pax_global_header00006660000000000000000000000064141733702470014522gustar00rootroot0000000000000052 comment=6f3bed86cd3b3679fb79bacfd9fc0108aeb8a9e4 cobrapy-0.23.0/000077500000000000000000000000001417337024700132435ustar00rootroot00000000000000cobrapy-0.23.0/.editorconfig000066400000000000000000000005071417337024700157220ustar00rootroot00000000000000# Editor Configuration (http://editorconfig.org) root = true [*] charset = utf-8 indent_style = space indent_size = 4 end_of_line = lf insert_final_newline = true trim_trailing_whitespace = true max_line_length = 88 [*.{json,yml}] indent_size = 2 [*.{md,rst}] trim_trailing_whitespace = false [Makefile] indent_style = tab cobrapy-0.23.0/.github/000077500000000000000000000000001417337024700146035ustar00rootroot00000000000000cobrapy-0.23.0/.github/CODE_OF_CONDUCT.md000066400000000000000000000127741417337024700174150ustar00rootroot00000000000000 # Contributor Covenant Code of Conduct ## Our Pledge We as members, contributors, and leaders pledge to make participation in our community a harassment-free experience for everyone, regardless of age, body size, visible or invisible disability, ethnicity, sex characteristics, gender identity and expression, level of experience, education, socio-economic status, nationality, personal appearance, race, religion, or sexual identity and orientation. We pledge to act and interact in ways that contribute to an open, welcoming, diverse, inclusive, and healthy community. ## Our Standards Examples of behavior that contributes to a positive environment for our community include: * Demonstrating empathy and kindness toward other people * Being respectful of differing opinions, viewpoints, and experiences * Giving and gracefully accepting constructive feedback * Accepting responsibility and apologizing to those affected by our mistakes, and learning from the experience * Focusing on what is best not just for us as individuals, but for the overall community Examples of unacceptable behavior include: * The use of sexualized language or imagery, and sexual attention or advances of any kind * Trolling, insulting or derogatory comments, and personal or political attacks * Public or private harassment * Publishing others' private information, such as a physical or email address, without their explicit permission * Other conduct which could reasonably be considered inappropriate in a professional setting ## Enforcement Responsibilities Community leaders are responsible for clarifying and enforcing our standards of acceptable behavior and will take appropriate and fair corrective action in response to any behavior that they deem inappropriate, threatening, offensive, or harmful. Community leaders have the right and responsibility to remove, edit, or reject comments, commits, code, wiki edits, issues, and other contributions that are not aligned to this Code of Conduct, and will communicate reasons for moderation decisions when appropriate. ## Scope This Code of Conduct applies within all community spaces, and also applies when an individual is officially representing the community in public spaces. Examples of representing our community include using an official e-mail address, posting via an official social media account, or acting as an appointed representative at an online or offline event. ## Enforcement Instances of abusive, harassing, or otherwise unacceptable behavior may be reported to the community leaders responsible for enforcement at [conduct@opencobra.org](mailto:conduct@opencobra.org). All complaints will be reviewed and investigated promptly and fairly. All community leaders are obligated to respect the privacy and security of the reporter of any incident. The current team handling Code of Conduct incidents consists of: * [Maureen Carey](mailto:MAC9JC@virginia.edu) * [Svetlana Kutuzova](mailto:svegal@biosustain.dtu.dk) * [Greg Medlock](mailto:GLM5UH@virginia.edu) If your issue is with one or more of these members of the team, please do not write to conduct@opencobra.org but contact the remaining members individually. ## Enforcement Guidelines Community leaders will follow these Community Impact Guidelines in determining the consequences for any action they deem in violation of this Code of Conduct: ### 1. Correction **Community Impact**: Use of inappropriate language or other behavior deemed unprofessional or unwelcome in the community. **Consequence**: A private, written warning from community leaders, providing clarity around the nature of the violation and an explanation of why the behavior was inappropriate. A public apology may be requested. ### 2. Warning **Community Impact**: A violation through a single incident or series of actions. **Consequence**: A warning with consequences for continued behavior. No interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, for a specified period of time. This includes avoiding interactions in community spaces as well as external channels like social media. Violating these terms may lead to a temporary or permanent ban. ### 3. Temporary Ban **Community Impact**: A serious violation of community standards, including sustained inappropriate behavior. **Consequence**: A temporary ban from any sort of interaction or public communication with the community for a specified period of time. No public or private interaction with the people involved, including unsolicited interaction with those enforcing the Code of Conduct, is allowed during this period. Violating these terms may lead to a permanent ban. ### 4. Permanent Ban **Community Impact**: Demonstrating a pattern of violation of community standards, including sustained inappropriate behavior, harassment of an individual, or aggression toward or disparagement of classes of individuals. **Consequence**: A permanent ban from any sort of public interaction within the community. ## Attribution This Code of Conduct is adapted from the [Contributor Covenant][homepage], version 2.0, available at https://www.contributor-covenant.org/version/2/0/code_of_conduct.html. Community Impact Guidelines were inspired by [Mozilla's code of conduct enforcement ladder](https://github.com/mozilla/diversity). [homepage]: https://www.contributor-covenant.org For answers to common questions about this code of conduct, see the FAQ at https://www.contributor-covenant.org/faq. Translations are available at https://www.contributor-covenant.org/translations. cobrapy-0.23.0/.github/CONTRIBUTING.rst000066400000000000000000000174301417337024700172510ustar00rootroot00000000000000============ Contributing ============ Contributions are welcome, and they are greatly appreciated! Every little bit helps, and credit will always be given. You can contribute in many ways: Report Bugs =========== Report bugs at https://github.com/opencobra/cobrapy/issues. If you are reporting a bug, please follow the template guide lines. The more detailed your report, the easier and thus faster we can help you. Fix Bugs ======== Look through the GitHub issues for bugs. Anything tagged with "bug" and "help wanted" is open to whoever wants to implement it. Implement Features ================== Look through the GitHub issues for features. Anything tagged with "enhancement" and "help wanted" is open to whoever wants to implement it. Write Documentation =================== cobrapy could always use more documentation, whether as part of the official documentation, in docstrings, or even on the web in blog posts, articles, and such. Submit Feedback =============== The best way to send feedback is to file an issue at https://github.com/opencobra/cobrapy/issues. If you are proposing a feature: * Explain in detail how it would work. * Keep the scope as narrow as possible, to make it easier to implement. * Remember that this is a volunteer-driven project, and that contributions are welcome :) Get Started! ============ Ready to contribute? Here's how to set up cobrapy for local development. 1. Fork the https://github.com/opencobra/cobrapy repository on GitHub. If you have never done this before, `follow the official guide `_ 2. Clone your fork locally as described in the same guide. 3. Install your local copy into a a Python virtual environment. You can `read this guide to learn more `_ about them and how to create one. Alternatively, particularly if you are a Windows or Mac user, you can also use `Anaconda `_. Assuming you have virtualenvwrapper installed, this is how you set up your fork for local development .. code-block:: console mkvirtualenv my-env cd cobrapy/ pip install -e ".[development]" 4. Create a branch for local development using the ``devel`` branch as a starting point. Use ``fix``, ``refactor``, or ``feat`` as a prefix .. code-block:: console git checkout devel git checkout -b fix-name-of-your-bugfix Now you can make your changes locally. 5. When making changes locally, it is helpful to ``git commit`` your work regularly. On one hand to save your work and on the other hand, the smaller the steps, the easier it is to review your work later. Please use `semantic commit messages `_. .. code-block:: console git add . git commit -m "fix: Your summary of changes" 6. When you're done making changes, check that your changes pass our test suite. This is all included with tox .. code-block:: console tox You can also run all ``tox`` tests in parallel. As of ``tox 3.7``, you can run .. code-block:: console tox --parallel 7. Push your branch to GitHub. .. code-block:: console git push origin fix-name-of-your-bugfix 8. Open the link displayed in the message when pushing your new branch in order to submit a pull request. Please follow the template presented to you in the web interface to complete your pull request. For larger features that you want to work on collaboratively with other cobrapy team members, you may consider to first request to join the cobrapy developers team to get write access to the repository so that you can create a branch in the main repository (or simply ask the maintainer to create a branch for you). Once you have a new branch you can push your changes directly to the main repository and when finished, submit a pull request from that branch to ``devel``. Pull Request Guidelines ----------------------- Before you submit a pull request, check that it meets these guidelines: 1. The pull request should include tests in the ``cobra/test`` directory. Except in rare circumstances, code coverage must not decrease (as reported by codecov which runs automatically when you submit your pull request) 2. If the pull request adds functionality, the docs should be updated. Put your new functionality into a function with a docstring and consider creating a notebook that demonstrates the usage in ``documentation_builder`` (documentation is written as jupyter notebooks in the ``documentation_builder`` directory, which are then converted to rst by the ``autodoc.sh`` script.) 3. The pull request will be tested for several different Python versions. 4. Someone from the @opencobra/cobrapy-core team will review your work and guide you to a successful contribution. Unit tests and benchmarks ------------------------- cobrapy uses `pytest `_ for its unit-tests and new features should in general always come with new tests that make sure that the code runs as intended. Since COBRA rapidly can become quite resource intensive fundamental methods such as model manipulation, adding and removing reactions, metabolites etc also must work efficiently. We use `pytest-benchmark `_ to compare different implementations to make sure that new code do not come with unacceptable increased computation time. If you add benchmarked tests, make sure to also include a test with and without the benchmark as we do not want to slow down continuous integration by running benchmarks, for examples, see e.g. ``test_add_metabolite`` in `test_model.py `_. ``test_add_metabolite`` is the main test, ``test_add_metabolite_benchmark`` takes the special ``benchmark`` fixture that enables profiling the important code snippet but is skipped when running:: (cobrapy)$ pytest --benchmark-skip When the test function itself is small and can safely be assumed to not take many resources, we can directly profile the test as in ``test_subtract_metabolite_benchmark`` which calls ``benchmark(self.test_subtract_metabolite, model)``. To run all tests and benchmarks do:: (cobrapy)$ pytest and to compare two implementations you may keep them in two branches e.g. ``old`` and ``new`` and then do:: (cobrapy)$ git checkout old (cobrapy)$ pytest --benchmark-save (cobrapy)$ git checkout new (cobrapy)$ pytest --benchmark-compare Branching model --------------- ``devel`` Is the branch all pull-requests should be based on. ``stable`` Is only touched by maintainers and is the branch with only tested, reviewed code that is released or ready for the next release. ``{fix, bugfix, doc, feature}/descriptive-name`` Is the recommended naming scheme for smaller improvements, bugfixes, documentation improvement and new features respectively. Please use concise descriptive commit messages and consider using ``git pull --rebase`` when you update your own fork to avoid merge commits. Thank you very much for contributing to cobrapy! FAQs ---- Q1. Why do all of the tests that involve loading a pickled model fail on my branch? A: Pickling is the standard method for serializing objects in python, which is commonly done during operations like multiprocessing. Because of this, we need to maintain tests that run on pickled models, otherwise contributors may inadvertantly break multiprocessing features. If changes you made to cobrapy modify attributes of the ``cobra.Model`` class, the pickled models stored in the repository won't contain those changes and may fail tests that you add or modify. To resolve these errors, just run ``cobra/test/data/update_pickles.py`` on your branch, which will repickle the models. cobrapy-0.23.0/.github/ISSUE_TEMPLATE/000077500000000000000000000000001417337024700167665ustar00rootroot00000000000000cobrapy-0.23.0/.github/ISSUE_TEMPLATE/01-bug-report.md000066400000000000000000000017601417337024700216200ustar00rootroot00000000000000--- name: Bug report about: Report a bug to help improve this project --- #### Problem description Please explain: * **what** you tried to achieve, * **how** you went about it (referring to the code sample), and * **why** the current behaviour is a problem and what output you expected instead. #### Code Sample Create a [minimal, complete, verifiable example](https://stackoverflow.com/help/mcve). ```python ``` ``` ``` ### Context
``` ```
cobrapy-0.23.0/.github/ISSUE_TEMPLATE/02-question.md000066400000000000000000000010001417337024700213650ustar00rootroot00000000000000--- name: Question about: Ask a question --- ### Checklist - [ ] I searched the [documentation](https://cobrapy.readthedocs.io). - [ ] I looked through [similar issues on GitHub](https://github.com/opencobra/cobrapy/issues). - [ ] I looked up "How to do ... in cobrapy" on a search engine. ### Question cobrapy-0.23.0/.github/ISSUE_TEMPLATE/03-feature-request.md000066400000000000000000000017451417337024700226600ustar00rootroot00000000000000--- name: Feature request about: Suggest an idea for this project --- ### Checklist - [ ] There are [no similar issues or pull requests](https://github.com/opencobra/cobrapy/issues) for this yet. ### Is your feature related to a problem? Please describe it. ## Describe the solution you would like. ## Describe alternatives you considered ## Additional context cobrapy-0.23.0/.github/ISSUE_TEMPLATE/config.yml000066400000000000000000000011561417337024700207610ustar00rootroot00000000000000# Ref: https://help.github.com/en/github/building-a-strong-community/configuring-issue-templates-for-your-repository#configuring-the-template-chooser blank_issues_enabled: true contact_links: - name: 📧 Google Group url: http://groups.google.com/group/cobra-pie about: > Please ask typical questions here: General constraint-based modelling problems or issues with genome-scale models in COBRApy. - name: 💬 Gitter url: https://gitter.im/opencobra/cobrapy about: > Please ask more specific programming questions in this Gitter channel or discuss ideas and feature requests with the developers. cobrapy-0.23.0/.github/PULL_REQUEST_TEMPLATE.md000066400000000000000000000002371417337024700204060ustar00rootroot00000000000000* [ ] fix #(issue number) * [ ] description of feature/fix * [ ] tests added/passed * [ ] add an entry to the [next release](../release-notes/next-release.md) cobrapy-0.23.0/.github/SUPPORT.rst000066400000000000000000000015501417337024700165120ustar00rootroot00000000000000======= Support ======= * The mailing list is a good place to ask about general modeling questions. Please use Google's excellent search capabilities before posting a new question. By writing a well formulated question, with sufficient detail, you are much more likely to quickly receive a good answer! Please refer to these `StackOverflow guidelines `_ on how to ask questions. `Google Group `_ * There is the cobrapy `gitter chat `_ where you can ask questions as well. It is a bit more developer-centric than the mailing list. * You can post questions in `GitHub issues `_, too. Please reserve this channel for code problems and reserve conceptual questions for the mailing list. cobrapy-0.23.0/.github/workflows/000077500000000000000000000000001417337024700166405ustar00rootroot00000000000000cobrapy-0.23.0/.github/workflows/biosimulators_dispatch.yml000066400000000000000000000011721417337024700241370ustar00rootroot00000000000000name: BioSimulators Dispatch on: release: types: [published] jobs: dispatch: runs-on: ubuntu-latest steps: - name: Get tag id: tag run: echo "::set-output name=version::${GITHUB_REF#refs/tags/}" - name: Dispatch new release version to BioSimulators uses: benc-uk/workflow-dispatch@v1 with: workflow: Continuous integration repo: biosimulators/Biosimulators_COBRApy ref: dev token: ${{ secrets.BIOSIM_DISPATCH_TOKEN }} inputs: '{ "simulatorVersion": "${{ steps.tag.outputs.version }}", "simulatorVersionLatest": "true" }' cobrapy-0.23.0/.github/workflows/main.yml000066400000000000000000000047351417337024700203200ustar00rootroot00000000000000name: CI-CD on: push: branches: - stable - devel tags: - '[0-9]+.[0-9]+.[0-9]+' - '[0-9]+.[0-9]+.[0-9]+a[0-9]+' pull_request: branches: - stable - devel jobs: test: runs-on: ${{ matrix.os }} strategy: fail-fast: false matrix: os: [ubuntu-latest, macos-latest, windows-latest] python-version: ['3.6', '3.7', '3.8', '3.9', '3.10'] steps: - uses: actions/checkout@v2 - name: Set up Python ${{ matrix.python-version }} uses: actions/setup-python@v2 with: python-version: ${{ matrix.python-version }} - name: Install dependencies run: | python -m pip install --upgrade pip setuptools wheel python -m pip install tox tox-gh-actions - name: Test with tox run: tox -- --cov-report=xml --benchmark-skip - name: Report coverage shell: bash run: bash <(curl -s https://codecov.io/bash) release: needs: test if: startsWith(github.ref, 'refs/tags') runs-on: ${{ matrix.os }} strategy: matrix: os: [ubuntu-latest] python-version: [3.8] steps: - uses: actions/checkout@v2 - name: Set up Python ${{ matrix.python-version }} uses: actions/setup-python@v2 with: python-version: ${{ matrix.python-version }} - name: Get tag id: tag run: echo "::set-output name=version::${GITHUB_REF#refs/tags/}" - name: Install dependencies run: | python -m pip install --upgrade pip setuptools wheel python -m pip install twine - name: Build package run: python setup.py sdist bdist_wheel - name: Check the package run: twine check dist/* - name: Publish to PyPI env: TWINE_USERNAME: ${{ secrets.PYPI_USERNAME }} TWINE_PASSWORD: ${{ secrets.PYPI_PASSWORD }} run: twine upload --skip-existing --non-interactive dist/* - name: Create GitHub release uses: actions/create-release@v1 env: GITHUB_TOKEN: ${{ secrets.GITHUB_TOKEN }} with: tag_name: ${{ github.ref }} release_name: ${{ github.ref }} body_path: "release-notes/${{ steps.tag.outputs.version }}.md" draft: false prerelease: false - name: Publish to website run: ./scripts/deploy_website.sh shell: bash env: TAG: ${{ steps.tag.outputs.version }} WORKSPACE: ${{ github.workspace }} WEBSITE_DEPLOY_TOKEN: ${{ secrets.WEBSITE_DEPLOY_TOKEN }} cobrapy-0.23.0/.gitignore000066400000000000000000000117431417337024700152410ustar00rootroot00000000000000# Created by .ignore support plugin (hsz.mobi) ### macOS template # General .DS_Store .AppleDouble .LSOverride # Icon must end with two \r Icon # Thumbnails ._* # Files that might appear in the root of a volume .DocumentRevisions-V100 .fseventsd .Spotlight-V100 .TemporaryItems .Trashes .VolumeIcon.icns .com.apple.timemachine.donotpresent # Directories potentially created on remote AFP share .AppleDB .AppleDesktop Network Trash Folder Temporary Items .apdisk ### Linux template *~ # temporary files which can be created if a process still has a handle open of a deleted file .fuse_hidden* # KDE directory preferences .directory # Linux trash folder which might appear on any partition or disk .Trash-* # .nfs files are created when an open file is removed but is still being accessed .nfs* ### Windows template # Windows thumbnail cache files Thumbs.db Thumbs.db:encryptable ehthumbs.db ehthumbs_vista.db # Dump file *.stackdump # Folder config file [Dd]esktop.ini # Recycle Bin used on file shares $RECYCLE.BIN/ # Windows Installer files *.cab *.msi *.msix *.msm *.msp # Windows shortcuts *.lnk ### JupyterNotebooks template # gitignore template for Jupyter Notebooks # website: http://jupyter.org/ .ipynb_checkpoints */.ipynb_checkpoints/* # IPython profile_default/ ipython_config.py # Remove previous ipynb_checkpoints # git rm -r .ipynb_checkpoints/ ### JetBrains template # Covers JetBrains IDEs: IntelliJ, RubyMine, PhpStorm, AppCode, PyCharm, CLion, Android Studio, WebStorm and Rider # Reference: https://intellij-support.jetbrains.com/hc/en-us/articles/206544839 # User-specific stuff .idea/**/workspace.xml .idea/**/tasks.xml .idea/**/usage.statistics.xml .idea/**/dictionaries .idea/**/shelf # Generated files .idea/**/contentModel.xml # Sensitive or high-churn files .idea/**/dataSources/ .idea/**/dataSources.ids .idea/**/dataSources.local.xml .idea/**/sqlDataSources.xml .idea/**/dynamic.xml .idea/**/uiDesigner.xml .idea/**/dbnavigator.xml # Gradle .idea/**/gradle.xml .idea/**/libraries # Gradle and Maven with auto-import # When using Gradle or Maven with auto-import, you should exclude module files, # since they will be recreated, and may cause churn. Uncomment if using # auto-import. # .idea/artifacts # .idea/compiler.xml # .idea/jarRepositories.xml # .idea/modules.xml # .idea/*.iml # .idea/modules # *.iml # *.ipr # CMake cmake-build-*/ # Mongo Explorer plugin .idea/**/mongoSettings.xml # File-based project format *.iws # IntelliJ out/ # mpeltonen/sbt-idea plugin .idea_modules/ # JIRA plugin atlassian-ide-plugin.xml # Cursive Clojure plugin .idea/replstate.xml # Crashlytics plugin (for Android Studio and IntelliJ) com_crashlytics_export_strings.xml crashlytics.properties crashlytics-build.properties fabric.properties # Editor-based Rest Client .idea/httpRequests # Android studio 3.1+ serialized cache file .idea/caches/build_file_checksums.ser ### Python template # Byte-compiled / optimized / DLL files __pycache__/ *.py[cod] *$py.class # C extensions *.so # Distribution / packaging .Python build/ develop-eggs/ dist/ downloads/ eggs/ .eggs/ lib/ lib64/ parts/ sdist/ var/ wheels/ pip-wheel-metadata/ share/python-wheels/ *.egg-info/ .installed.cfg *.egg MANIFEST # PyInstaller # Usually these files are written by a python script from a template # before PyInstaller builds the exe, so as to inject date/other infos into it. *.manifest *.spec # Installer logs pip-log.txt pip-delete-this-directory.txt # Unit test / coverage reports htmlcov/ .tox/ .nox/ .coverage .coverage.* .cache nosetests.xml coverage.xml *.cover *.py,cover .hypothesis/ .pytest_cache/ cover/ # Translations *.mo *.pot # Django stuff: *.log local_settings.py db.sqlite3 db.sqlite3-journal # Flask stuff: instance/ .webassets-cache # Scrapy stuff: .scrapy # Sphinx documentation docs/_build/ # PyBuilder .pybuilder/ target/ # Jupyter Notebook .ipynb_checkpoints # IPython profile_default/ ipython_config.py # pyenv # For a library or package, you might want to ignore these files since the code is # intended to run in multiple environments; otherwise, check them in: # .python-version # pipenv # According to pypa/pipenv#598, it is recommended to include Pipfile.lock in version control. # However, in case of collaboration, if having platform-specific dependencies or dependencies # having no cross-platform support, pipenv may install dependencies that don't work, or not # install all needed dependencies. #Pipfile.lock # PEP 582; used by e.g. github.com/David-OConnor/pyflow __pypackages__/ # Celery stuff celerybeat-schedule celerybeat.pid # SageMath parsed files *.sage.py # Environments .env .venv env/ venv/ ENV/ env.bak/ venv.bak/ # Spyder project settings .spyderproject .spyproject # Rope project settings .ropeproject # mkdocs documentation /site # mypy .mypy_cache/ .dmypy.json dmypy.json # Pyre type checker .pyre/ # pytype static type analyzer .pytype/ # Cython debug symbols cython_debug/ # custom gurobi.log /documentation /documentation_builder/test*\.* /.benchmarks /.testmondata cobrapy-0.23.0/INSTALL.rst000066400000000000000000000036541417337024700151130ustar00rootroot00000000000000======================= Installation of COBRApy ======================= For installation help, please use the `Google Group `_. For usage instructions, please see the `documentation `_. We only test against Python 3.6+, however, Python 3.4 or higher and even 2.7 should work mostly. For Windows users and possibly also Mac OS users, we recommend using the `Anaconda Python `_ distribution. Stable version installation =========================== COBRApy can be installed with any recent installation of pip. Instructions for several operating systems are below: Mac OS X or Linux ----------------- 1. We highly recommend that you create a `Python virtual environment `_. 2. Install COBRApy when an environment is active by running ``pip install cobra`` in the terminal. Microsoft Windows ----------------- If you heed our recommendation to use Anaconda, you can open an Anaconda shell and install COBRApy from the ``bioconda`` channel. Soon it should also be available from the ``conda-forge`` channel. .. code-block:: console conda install -c bioconda cobra Installation for development ============================ Get the `detailed contribution instructions <.github/CONTRIBUTING.rst>`_ for contributing to COBRApy. Solvers ======= COBRApy uses `optlang `_ to interface the mathematical solvers used to optimize the created COBRA models. At the time of writing the supported solvers are: - ILOG/CPLEX (available with `Academic `_ and `Commercial `_ licenses) - `Gurobi `_ - `GLPK `_ which is automatically installed as swiglpk cobrapy-0.23.0/LICENSE000066400000000000000000001155401417337024700142560ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Lesser General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. To protect your rights, we need to make restrictions that forbid anyone to deny you these rights or to ask you to surrender the rights. These restrictions translate to certain responsibilities for you if you distribute copies of the software, or if you modify it. For example, if you distribute copies of such a program, whether gratis or for a fee, you must give the recipients all the rights that you have. You must make sure that they, too, receive or can get the source code. And you must show them these terms so they know their rights. We protect your rights with two steps: (1) copyright the software, and (2) offer you this license which gives you legal permission to copy, distribute and/or modify the software. Also, for each author's protection and ours, we want to make certain that everyone understands that there is no warranty for this free software. If the software is modified by someone else and passed on, we want its recipients to know that what they have is not the original, so that any problems introduced by others will not reflect on the original authors' reputations. Finally, any free program is threatened constantly by software patents. We wish to avoid the danger that redistributors of a free program will individually obtain patent licenses, in effect making the program proprietary. To prevent this, we have made it clear that any patent must be licensed for everyone's free use or not licensed at all. The precise terms and conditions for copying, distribution and modification follow. GNU GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License applies to any program or other work which contains a notice placed by the copyright holder saying it may be distributed under the terms of this General Public License. The "Program", below, refers to any such program or work, and a "work based on the Program" means either the Program or any derivative work under copyright law: that is to say, a work containing the Program or a portion of it, either verbatim or with modifications and/or translated into another language. (Hereinafter, translation is included without limitation in the term "modification".) Each licensee is addressed as "you". Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running the Program is not restricted, and the output from the Program is covered only if its contents constitute a work based on the Program (independent of having been made by running the Program). Whether that is true depends on what the Program does. 1. You may copy and distribute verbatim copies of the Program's source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and give any other recipients of the Program a copy of this License along with the Program. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Program or any portion of it, thus forming a work based on the Program, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) You must cause the modified files to carry prominent notices stating that you changed the files and the date of any change. b) You must cause any work that you distribute or publish, that in whole or in part contains or is derived from the Program or any part thereof, to be licensed as a whole at no charge to all third parties under the terms of this License. c) If the modified program normally reads commands interactively when run, you must cause it, when started running for such interactive use in the most ordinary way, to print or display an announcement including an appropriate copyright notice and a notice that there is no warranty (or else, saying that you provide a warranty) and that users may redistribute the program under these conditions, and telling the user how to view a copy of this License. (Exception: if the Program itself is interactive but does not normally print such an announcement, your work based on the Program is not required to print an announcement.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Program, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Program, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Program. In addition, mere aggregation of another work not based on the Program with the Program (or with a work based on the Program) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may copy and distribute the Program (or a work based on it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you also do one of the following: a) Accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, b) Accompany it with a written offer, valid for at least three years, to give any third party, for a charge no more than your cost of physically performing source distribution, a complete machine-readable copy of the corresponding source code, to be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange; or, c) Accompany it with the information you received as to the offer to distribute corresponding source code. (This alternative is allowed only for noncommercial distribution and only if you received the program in object code or executable form with such an offer, in accord with Subsection b above.) The source code for a work means the preferred form of the work for making modifications to it. For an executable work, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the executable. However, as a special exception, the source code distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. If distribution of executable or object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place counts as distribution of the source code, even though third parties are not compelled to copy the source along with the object code. 4. You may not copy, modify, sublicense, or distribute the Program except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense or distribute the Program is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 5. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Program or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Program (or any work based on the Program), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Program or works based on it. 6. Each time you redistribute the Program (or any work based on the Program), the recipient automatically receives a license from the original licensor to copy, distribute or modify the Program subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties to this License. 7. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Program at all. For example, if a patent license would not permit royalty-free redistribution of the Program by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Program. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system, which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 8. If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS ---------------------------------------------------------------------------- GNU LESSER GENERAL PUBLIC LICENSE Version 2.1, February 1999 Copyright (C) 1991, 1999 Free Software Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. [This is the first released version of the Lesser GPL. It also counts as the successor of the GNU Library Public License, version 2, hence the version number 2.1.] Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public Licenses are intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This license, the Lesser General Public License, applies to some specially designated software packages--typically libraries--of the Free Software Foundation and other authors who decide to use it. You can use it too, but we suggest you first think carefully about whether this license or the ordinary General Public License is the better strategy to use in any particular case, based on the explanations below. When we speak of free software, we are referring to freedom of use, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish); that you receive source code or can get it if you want it; that you can change the software and use pieces of it in new free programs; and that you are informed that you can do these things. To protect your rights, we need to make restrictions that forbid distributors to deny you these rights or to ask you to surrender these rights. These restrictions translate to certain responsibilities for you if you distribute copies of the library or if you modify it. For example, if you distribute copies of the library, whether gratis or for a fee, you must give the recipients all the rights that we gave you. You must make sure that they, too, receive or can get the source code. If you link other code with the library, you must provide complete object files to the recipients, so that they can relink them with the library after making changes to the library and recompiling it. And you must show them these terms so they know their rights. We protect your rights with a two-step method: (1) we copyright the library, and (2) we offer you this license, which gives you legal permission to copy, distribute and/or modify the library. To protect each distributor, we want to make it very clear that there is no warranty for the free library. Also, if the library is modified by someone else and passed on, the recipients should know that what they have is not the original version, so that the original author's reputation will not be affected by problems that might be introduced by others. Finally, software patents pose a constant threat to the existence of any free program. We wish to make sure that a company cannot effectively restrict the users of a free program by obtaining a restrictive license from a patent holder. Therefore, we insist that any patent license obtained for a version of the library must be consistent with the full freedom of use specified in this license. Most GNU software, including some libraries, is covered by the ordinary GNU General Public License. This license, the GNU Lesser General Public License, applies to certain designated libraries, and is quite different from the ordinary General Public License. We use this license for certain libraries in order to permit linking those libraries into non-free programs. When a program is linked with a library, whether statically or using a shared library, the combination of the two is legally speaking a combined work, a derivative of the original library. The ordinary General Public License therefore permits such linking only if the entire combination fits its criteria of freedom. The Lesser General Public License permits more lax criteria for linking other code with the library. We call this license the "Lesser" General Public License because it does Less to protect the user's freedom than the ordinary General Public License. It also provides other free software developers Less of an advantage over competing non-free programs. These disadvantages are the reason we use the ordinary General Public License for many libraries. However, the Lesser license provides advantages in certain special circumstances. For example, on rare occasions, there may be a special need to encourage the widest possible use of a certain library, so that it becomes a de-facto standard. To achieve this, non-free programs must be allowed to use the library. A more frequent case is that a free library does the same job as widely used non-free libraries. In this case, there is little to gain by limiting the free library to free software only, so we use the Lesser General Public License. In other cases, permission to use a particular library in non-free programs enables a greater number of people to use a large body of free software. For example, permission to use the GNU C Library in non-free programs enables many more people to use the whole GNU operating system, as well as its variant, the GNU/Linux operating system. Although the Lesser General Public License is Less protective of the users' freedom, it does ensure that the user of a program that is linked with the Library has the freedom and the wherewithal to run that program using a modified version of the Library. The precise terms and conditions for copying, distribution and modification follow. Pay close attention to the difference between a "work based on the library" and a "work that uses the library". The former contains code derived from the library, whereas the latter must be combined with the library in order to run. GNU LESSER GENERAL PUBLIC LICENSE TERMS AND CONDITIONS FOR COPYING, DISTRIBUTION AND MODIFICATION 0. This License Agreement applies to any software library or other program which contains a notice placed by the copyright holder or other authorized party saying it may be distributed under the terms of this Lesser General Public License (also called "this License"). Each licensee is addressed as "you". A "library" means a collection of software functions and/or data prepared so as to be conveniently linked with application programs (which use some of those functions and data) to form executables. The "Library", below, refers to any such software library or work which has been distributed under these terms. A "work based on the Library" means either the Library or any derivative work under copyright law: that is to say, a work containing the Library or a portion of it, either verbatim or with modifications and/or translated straightforwardly into another language. (Hereinafter, translation is included without limitation in the term "modification".) "Source code" for a work means the preferred form of the work for making modifications to it. For a library, complete source code means all the source code for all modules it contains, plus any associated interface definition files, plus the scripts used to control compilation and installation of the library. Activities other than copying, distribution and modification are not covered by this License; they are outside its scope. The act of running a program using the Library is not restricted, and output from such a program is covered only if its contents constitute a work based on the Library (independent of the use of the Library in a tool for writing it). Whether that is true depends on what the Library does and what the program that uses the Library does. 1. You may copy and distribute verbatim copies of the Library's complete source code as you receive it, in any medium, provided that you conspicuously and appropriately publish on each copy an appropriate copyright notice and disclaimer of warranty; keep intact all the notices that refer to this License and to the absence of any warranty; and distribute a copy of this License along with the Library. You may charge a fee for the physical act of transferring a copy, and you may at your option offer warranty protection in exchange for a fee. 2. You may modify your copy or copies of the Library or any portion of it, thus forming a work based on the Library, and copy and distribute such modifications or work under the terms of Section 1 above, provided that you also meet all of these conditions: a) The modified work must itself be a software library. b) You must cause the files modified to carry prominent notices stating that you changed the files and the date of any change. c) You must cause the whole of the work to be licensed at no charge to all third parties under the terms of this License. d) If a facility in the modified Library refers to a function or a table of data to be supplied by an application program that uses the facility, other than as an argument passed when the facility is invoked, then you must make a good faith effort to ensure that, in the event an application does not supply such function or table, the facility still operates, and performs whatever part of its purpose remains meaningful. (For example, a function in a library to compute square roots has a purpose that is entirely well-defined independent of the application. Therefore, Subsection 2d requires that any application-supplied function or table used by this function must be optional: if the application does not supply it, the square root function must still compute square roots.) These requirements apply to the modified work as a whole. If identifiable sections of that work are not derived from the Library, and can be reasonably considered independent and separate works in themselves, then this License, and its terms, do not apply to those sections when you distribute them as separate works. But when you distribute the same sections as part of a whole which is a work based on the Library, the distribution of the whole must be on the terms of this License, whose permissions for other licensees extend to the entire whole, and thus to each and every part regardless of who wrote it. Thus, it is not the intent of this section to claim rights or contest your rights to work written entirely by you; rather, the intent is to exercise the right to control the distribution of derivative or collective works based on the Library. In addition, mere aggregation of another work not based on the Library with the Library (or with a work based on the Library) on a volume of a storage or distribution medium does not bring the other work under the scope of this License. 3. You may opt to apply the terms of the ordinary GNU General Public License instead of this License to a given copy of the Library. To do this, you must alter all the notices that refer to this License, so that they refer to the ordinary GNU General Public License, version 2, instead of to this License. (If a newer version than version 2 of the ordinary GNU General Public License has appeared, then you can specify that version instead if you wish.) Do not make any other change in these notices. Once this change is made in a given copy, it is irreversible for that copy, so the ordinary GNU General Public License applies to all subsequent copies and derivative works made from that copy. This option is useful when you wish to copy part of the code of the Library into a program that is not a library. 4. You may copy and distribute the Library (or a portion or derivative of it, under Section 2) in object code or executable form under the terms of Sections 1 and 2 above provided that you accompany it with the complete corresponding machine-readable source code, which must be distributed under the terms of Sections 1 and 2 above on a medium customarily used for software interchange. If distribution of object code is made by offering access to copy from a designated place, then offering equivalent access to copy the source code from the same place satisfies the requirement to distribute the source code, even though third parties are not compelled to copy the source along with the object code. 5. A program that contains no derivative of any portion of the Library, but is designed to work with the Library by being compiled or linked with it, is called a "work that uses the Library". Such a work, in isolation, is not a derivative work of the Library, and therefore falls outside the scope of this License. However, linking a "work that uses the Library" with the Library creates an executable that is a derivative of the Library (because it contains portions of the Library), rather than a "work that uses the library". The executable is therefore covered by this License. Section 6 states terms for distribution of such executables. When a "work that uses the Library" uses material from a header file that is part of the Library, the object code for the work may be a derivative work of the Library even though the source code is not. Whether this is true is especially significant if the work can be linked without the Library, or if the work is itself a library. The threshold for this to be true is not precisely defined by law. If such an object file uses only numerical parameters, data structure layouts and accessors, and small macros and small inline functions (ten lines or less in length), then the use of the object file is unrestricted, regardless of whether it is legally a derivative work. (Executables containing this object code plus portions of the Library will still fall under Section 6.) Otherwise, if the work is a derivative of the Library, you may distribute the object code for the work under the terms of Section 6. Any executables containing that work also fall under Section 6, whether or not they are linked directly with the Library itself. 6. As an exception to the Sections above, you may also combine or link a "work that uses the Library" with the Library to produce a work containing portions of the Library, and distribute that work under terms of your choice, provided that the terms permit modification of the work for the customer's own use and reverse engineering for debugging such modifications. You must give prominent notice with each copy of the work that the Library is used in it and that the Library and its use are covered by this License. You must supply a copy of this License. If the work during execution displays copyright notices, you must include the copyright notice for the Library among them, as well as a reference directing the user to the copy of this License. Also, you must do one of these things: a) Accompany the work with the complete corresponding machine-readable source code for the Library including whatever changes were used in the work (which must be distributed under Sections 1 and 2 above); and, if the work is an executable linked with the Library, with the complete machine-readable "work that uses the Library", as object code and/or source code, so that the user can modify the Library and then relink to produce a modified executable containing the modified Library. (It is understood that the user who changes the contents of definitions files in the Library will not necessarily be able to recompile the application to use the modified definitions.) b) Use a suitable shared library mechanism for linking with the Library. A suitable mechanism is one that (1) uses at run time a copy of the library already present on the user's computer system, rather than copying library functions into the executable, and (2) will operate properly with a modified version of the library, if the user installs one, as long as the modified version is interface-compatible with the version that the work was made with. c) Accompany the work with a written offer, valid for at least three years, to give the same user the materials specified in Subsection 6a, above, for a charge no more than the cost of performing this distribution. d) If distribution of the work is made by offering access to copy from a designated place, offer equivalent access to copy the above specified materials from the same place. e) Verify that the user has already received a copy of these materials or that you have already sent this user a copy. For an executable, the required form of the "work that uses the Library" must include any data and utility programs needed for reproducing the executable from it. However, as a special exception, the materials to be distributed need not include anything that is normally distributed (in either source or binary form) with the major components (compiler, kernel, and so on) of the operating system on which the executable runs, unless that component itself accompanies the executable. It may happen that this requirement contradicts the license restrictions of other proprietary libraries that do not normally accompany the operating system. Such a contradiction means you cannot use both them and the Library together in an executable that you distribute. 7. You may place library facilities that are a work based on the Library side-by-side in a single library together with other library facilities not covered by this License, and distribute such a combined library, provided that the separate distribution of the work based on the Library and of the other library facilities is otherwise permitted, and provided that you do these two things: a) Accompany the combined library with a copy of the same work based on the Library, uncombined with any other library facilities. This must be distributed under the terms of the Sections above. b) Give prominent notice with the combined library of the fact that part of it is a work based on the Library, and explaining where to find the accompanying uncombined form of the same work. 8. You may not copy, modify, sublicense, link with, or distribute the Library except as expressly provided under this License. Any attempt otherwise to copy, modify, sublicense, link with, or distribute the Library is void, and will automatically terminate your rights under this License. However, parties who have received copies, or rights, from you under this License will not have their licenses terminated so long as such parties remain in full compliance. 9. You are not required to accept this License, since you have not signed it. However, nothing else grants you permission to modify or distribute the Library or its derivative works. These actions are prohibited by law if you do not accept this License. Therefore, by modifying or distributing the Library (or any work based on the Library), you indicate your acceptance of this License to do so, and all its terms and conditions for copying, distributing or modifying the Library or works based on it. 10. Each time you redistribute the Library (or any work based on the Library), the recipient automatically receives a license from the original licensor to copy, distribute, link with or modify the Library subject to these terms and conditions. You may not impose any further restrictions on the recipients' exercise of the rights granted herein. You are not responsible for enforcing compliance by third parties with this License. 11. If, as a consequence of a court judgment or allegation of patent infringement or for any other reason (not limited to patent issues), conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot distribute so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not distribute the Library at all. For example, if a patent license would not permit royalty-free redistribution of the Library by all those who receive copies directly or indirectly through you, then the only way you could satisfy both it and this License would be to refrain entirely from distribution of the Library. If any portion of this section is held invalid or unenforceable under any particular circumstance, the balance of the section is intended to apply, and the section as a whole is intended to apply in other circumstances. It is not the purpose of this section to induce you to infringe any patents or other property right claims or to contest validity of any such claims; this section has the sole purpose of protecting the integrity of the free software distribution system which is implemented by public license practices. Many people have made generous contributions to the wide range of software distributed through that system in reliance on consistent application of that system; it is up to the author/donor to decide if he or she is willing to distribute software through any other system and a licensee cannot impose that choice. This section is intended to make thoroughly clear what is believed to be a consequence of the rest of this License. 12. If the distribution and/or use of the Library is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Library under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 13. The Free Software Foundation may publish revised and/or new versions of the Lesser General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Library specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Library does not specify a license version number, you may choose any version ever published by the Free Software Foundation. 14. If you wish to incorporate parts of the Library into other free programs whose distribution conditions are incompatible with these, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 15. BECAUSE THE LIBRARY IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE LIBRARY, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE LIBRARY "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE LIBRARY IS WITH YOU. SHOULD THE LIBRARY PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE LIBRARY AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE LIBRARY (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE LIBRARY TO OPERATE WITH ANY OTHER SOFTWARE), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS cobrapy-0.23.0/MANIFEST.in000066400000000000000000000000471417337024700150020ustar00rootroot00000000000000include README.rst INSTALL.rst LICENSE cobrapy-0.23.0/README.rst000066400000000000000000000121361417337024700147350ustar00rootroot00000000000000================================================================ COBRApy - Constraint-Based Reconstruction and Analysis in Python ================================================================ .. image:: https://img.shields.io/pypi/v/cobra.svg :target: https://pypi.org/project/cobra/ :alt: Current PyPI Version .. image:: https://img.shields.io/pypi/pyversions/cobra.svg :target: https://pypi.org/project/cobra/ :alt: Supported Python Versions .. image:: https://img.shields.io/pypi/l/cobra.svg :target: https://www.gnu.org/licenses/old-licenses/lgpl-2.0.html :alt: GNU Lesser General Public License 2 or later .. image:: https://img.shields.io/badge/Contributor%20Covenant-v2.0%20adopted-ff69b4.svg :target: https://github.com/opencobra/cobrapy/blob/devel/.github/CODE_OF_CONDUCT.md :alt: Code of Conduct .. image:: https://github.com/opencobra/cobrapy/workflows/CI-CD/badge.svg :target: https://github.com/opencobra/cobrapy/workflows/CI-CD :alt: GitHub Actions CI/CD Status .. image:: https://codecov.io/gh/opencobra/cobrapy/branch/master/graph/badge.svg :target: https://codecov.io/gh/opencobra/cobrapy :alt: Codecov .. image:: https://readthedocs.org/projects/cobrapy/badge/?version=latest :target: https://cobrapy.readthedocs.io/en/latest/?badge=latest :alt: Documentation Status .. image:: https://badges.gitter.im/opencobra/cobrapy.svg :target: https://gitter.im/opencobra/cobrapy :alt: Gitter Chat Room .. image:: https://img.shields.io/badge/code%20style-black-000000.svg :target: https://github.com/ambv/black :alt: Black .. image:: https://zenodo.org/badge/6510063.svg :target: https://zenodo.org/badge/latestdoi/6510063 :alt: Zenodo DOI What is COBRApy? ================ COBRA methods are widely used for genome-scale modeling of metabolic networks in both prokaryotes and eukaryotes. **COBRApy** is a constraint-based modeling package that is designed to accommodate the biological complexity of the next generation of COBRA models and provides access to commonly used COBRA methods, such as flux balance analysis, flux variability analysis, and gene deletion analyses. Our aim with COBRApy is to provide useful, efficient infrastructure for: - creating and managing metabolic models - accessing popular solvers - analyzing models with methods such as FVA, FBA, pFBA, MOMA etc. - inspecting models and drawing conclusions on gene essentiality, testing consequences of knock-outs etc. Our goal with COBRApy is for it to be useful on its own, and for it to be the natural choice of infrastructure for developers that want to build new COBRA related python packages for e.g. visualization, strain-design and data driven analysis. By re-using the same classes and design principles, we can make new methods both easier to implement and easier to use, thereby bringing the power of COBRA to more researchers. The documentation is browseable online at `readthedocs `_ and can also be `downloaded `_. Please use the `Google Group `_ for help. By writing a well formulated question, with sufficient detail, you are much more likely to quickly receive a good answer! Please refer to these `StackOverflow guidelines `_ on how to ask questions. Alternatively, you can use `gitter.im `_ for quick questions and discussions about COBRApy (faster response times). Please keep in mind that answers are provided on a volunteer basis. More information about opencobra is available at the `website `_. If you use COBRApy in a scientific publication, please cite `doi:10.1186/1752-0509-7-74 `_ Installation ============ Use pip to `install COBRApy from PyPI `_ (we recommend doing this inside a `virtual environment `_):: pip install cobra If you want to load MATLAB models, you will need additional dependencies. Please install:: pip install cobra[array] For further information, please follow the `detailed installation instructions `_. Contributing ============ Contributions are always welcome! Please read the `contributing guidelines `_ to get started. License ======= The COBRApy source is released under both the GPL and LGPL licenses version 2 or later. You may choose which license you choose to use the software under. This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License or the GNU Lesser General Public License as published by the Free Software Foundation, either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. cobrapy-0.23.0/benchmarks/000077500000000000000000000000001417337024700153605ustar00rootroot00000000000000cobrapy-0.23.0/benchmarks/cobra-cameo-merge-benchmarks-before-merge.ipynb000066400000000000000000000150771417337024700263520ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false }, "outputs": [], "source": [ "import cobra\n", "from cobra.io import read_sbml_model\n", "from cobra.test import create_test_model\n", "from cobra import Model" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "['/Users/niso/anaconda/envs/cameo3.4/lib/python3.4/site-packages/cobra']" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.__path__" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "'0.4.1'" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.__version__" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results = {}" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": true }, "outputs": [], "source": [ "m = create_test_model('ecoli')" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "10 loops, best of 3: 67.9 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "m2 = Model()\n", "for r in m.reactions:\n", " m2.add_reaction(r)" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['add_reaction'] = _" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "10 loops, best of 3: 28.2 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 9, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "m2 = Model()\n", "m2.add_reactions(m.reactions)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['add_reactions'] = _" ] }, { "cell_type": "code", "execution_count": 15, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 913 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 15, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")\n", "for reaction in model.reactions:\n", " model.remove_reactions([reaction])" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['remove_reaction'] = _" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 589 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['read_sbml_model'] = _" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "collapsed": false }, "outputs": [], "source": [ "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "collapsed": false }, "outputs": [], "source": [ "%%timeit -o\n", "for reaction in model.reactions:\n", " model.objective = reaction\n", " solution = model.optimize()\n", " solution.f" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['iteratete_all_reactions_set_objective_solve'] = _" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "10 loops, best of 3: 60.3 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 13, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model.copy()" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['model_copy'] = _" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "collapsed": true }, "outputs": [], "source": [] } ], "metadata": { "anaconda-cloud": {}, "kernelspec": { "display_name": "Python [conda env:cameo3.4]", "language": "python", "name": "conda-env-cameo3.4-py" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.4.5" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/benchmarks/cobra-cameo-merge-benchmarks.ipynb000066400000000000000000000326531417337024700240140ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/html": [] }, "metadata": {}, "output_type": "display_data" }, { "data": { "application/javascript": [ "\n", "(function(global) {\n", " function now() {\n", " return new Date();\n", " }\n", "\n", " var force = \"1\";\n", "\n", " if (typeof (window._bokeh_onload_callbacks) === \"undefined\" || force !== \"\") {\n", " window._bokeh_onload_callbacks = [];\n", " window._bokeh_is_loading = undefined;\n", " }\n", "\n", "\n", " \n", " if (typeof (window._bokeh_timeout) === \"undefined\" || force !== \"\") {\n", " window._bokeh_timeout = Date.now() + 5000;\n", " window._bokeh_failed_load = false;\n", " }\n", "\n", " var NB_LOAD_WARNING = {'data': {'text/html':\n", " \"
\\n\"+\n", " \"

\\n\"+\n", " \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n", " \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n", " \"

\\n\"+\n", " \"
    \\n\"+\n", " \"
  • re-rerun `output_notebook()` to attempt to load from CDN again, or
    • \\n\"+\n", " \"
  • use INLINE resources instead, as so:
    • \\n\"+\n", " \"
\\n\"+\n", " \"\\n\"+\n", " \"from bokeh.resources import INLINE\\n\"+\n", " \"output_notebook(resources=INLINE)\\n\"+\n", " \"\\n\"+\n", " \"
\"}};\n", "\n", " function display_loaded() {\n", " if (window.Bokeh !== undefined) {\n", " Bokeh.$(\"#\").text(\"BokehJS successfully loaded.\");\n", " } else if (Date.now() < window._bokeh_timeout) {\n", " setTimeout(display_loaded, 100)\n", " }\n", " }\n", "\n", " function run_callbacks() {\n", " window._bokeh_onload_callbacks.forEach(function(callback) { callback() });\n", " delete window._bokeh_onload_callbacks\n", " console.info(\"Bokeh: all callbacks have finished\");\n", " }\n", "\n", " function load_libs(js_urls, callback) {\n", " window._bokeh_onload_callbacks.push(callback);\n", " if (window._bokeh_is_loading > 0) {\n", " console.log(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n", " return null;\n", " }\n", " if (js_urls == null || js_urls.length === 0) {\n", " run_callbacks();\n", " return null;\n", " }\n", " console.log(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n", " window._bokeh_is_loading = js_urls.length;\n", " for (var i = 0; i < js_urls.length; i++) {\n", " var url = js_urls[i];\n", " var s = document.createElement('script');\n", " s.src = url;\n", " s.async = false;\n", " s.onreadystatechange = s.onload = function() {\n", " window._bokeh_is_loading--;\n", " if (window._bokeh_is_loading === 0) {\n", " console.log(\"Bokeh: all BokehJS libraries loaded\");\n", " run_callbacks()\n", " }\n", " };\n", " s.onerror = function() {\n", " console.warn(\"failed to load library \" + url);\n", " };\n", " console.log(\"Bokeh: injecting script tag for BokehJS library: \", url);\n", " document.getElementsByTagName(\"head\")[0].appendChild(s);\n", " }\n", " };\n", "\n", " var js_urls = ['https://cdn.pydata.org/bokeh/release/bokeh-0.12.2.min.js', 'https://cdn.pydata.org/bokeh/release/bokeh-widgets-0.12.2.min.js', 'https://cdn.pydata.org/bokeh/release/bokeh-compiler-0.12.2.min.js'];\n", "\n", " var inline_js = [\n", " function(Bokeh) {\n", " Bokeh.set_log_level(\"info\");\n", " },\n", " \n", " function(Bokeh) {\n", " \n", " Bokeh.$(\"#5a10f400-90ee-41ca-8c98-41a150f2b7a8\").text(\"BokehJS is loading...\");\n", " },\n", " function(Bokeh) {\n", " console.log(\"Bokeh: injecting CSS: https://cdn.pydata.org/bokeh/release/bokeh-0.12.2.min.css\");\n", " Bokeh.embed.inject_css(\"https://cdn.pydata.org/bokeh/release/bokeh-0.12.2.min.css\");\n", " console.log(\"Bokeh: injecting CSS: https://cdn.pydata.org/bokeh/release/bokeh-widgets-0.12.2.min.css\");\n", " Bokeh.embed.inject_css(\"https://cdn.pydata.org/bokeh/release/bokeh-widgets-0.12.2.min.css\");\n", " }\n", " ];\n", "\n", " function run_inline_js() {\n", " \n", " if ((window.Bokeh !== undefined) || (force === \"1\")) {\n", " for (var i = 0; i < inline_js.length; i++) {\n", " inline_js[i](window.Bokeh);\n", " }} else if (Date.now() < window._bokeh_timeout) {\n", " setTimeout(run_inline_js, 100);\n", " } else if (!window._bokeh_failed_load) {\n", " console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n", " window._bokeh_failed_load = true;\n", " } else if (!force) {\n", " var cell = $(\"#\").parents('.cell').data().cell;\n", " cell.output_area.append_execute_result(NB_LOAD_WARNING)\n", " }\n", "\n", " }\n", "\n", " if (window._bokeh_is_loading === 0) {\n", " console.log(\"Bokeh: BokehJS loaded, going straight to plotting\");\n", " run_inline_js();\n", " } else {\n", " load_libs(js_urls, function() {\n", " console.log(\"Bokeh: BokehJS plotting callback run at\", now());\n", " run_inline_js();\n", " });\n", " }\n", "}(this));" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "import cobra\n", "from cobra.io import read_sbml_model\n", "from cobra.test import create_test_model\n", "from cobra import Model" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "['/Users/niso/Dev/cobrapy-fork/cobra']" ] }, "execution_count": 2, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.__path__" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "'0.4.2b2.post32+gitf12ab3a'" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.__version__" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results = {}" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": true }, "outputs": [], "source": [ "m = create_test_model('ecoli')" ] }, { "cell_type": "code", "execution_count": 17, "metadata": { "collapsed": false }, "outputs": [], "source": [ "m.solver = 'glpk'" ] }, { "cell_type": "code", "execution_count": 18, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 2.58 s per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 18, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "m2 = Model()\n", "for r in m.reactions:\n", " m2.add_reaction(r)" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['add_reaction'] = _" ] }, { "cell_type": "code", "execution_count": 20, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 1.79 s per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 20, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "m2 = Model()\n", "m2.add_reactions(m.reactions)" ] }, { "cell_type": "code", "execution_count": 19, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['add_reactions'] = _" ] }, { "cell_type": "code", "execution_count": 27, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 7.67 s per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 27, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")\n", "for reaction in model.reactions:\n", " model.remove_reactions([reaction])" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['remove_reaction'] = _" ] }, { "cell_type": "code", "execution_count": 29, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 7.05 s per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 29, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")\n", "model.remove_reactions(model.reactions)" ] }, { "cell_type": "code", "execution_count": 28, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['remove_reactions'] = _" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "collapsed": true }, "outputs": [], "source": [ "%%timeit -o\n", "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")" ] }, { "cell_type": "code", "execution_count": 23, "metadata": { "collapsed": false }, "outputs": [], "source": [ "model = read_sbml_model(\"/Users/niso/Dev/cobrapy-fork/cobra/test/data/iJO1366.xml\")" ] }, { "cell_type": "code", "execution_count": 24, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 13.7 s per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "for reaction in model.reactions:\n", " model.objective = reaction\n", " solution = model.solve()\n", " solution.f" ] }, { "cell_type": "code", "execution_count": 25, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['iteratete_all_reactions_set_objective_solve'] = _" ] }, { "cell_type": "code", "execution_count": 13, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 loop, best of 3: 794 ms per loop\n" ] }, { "data": { "text/plain": [ "" ] }, "execution_count": 13, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%timeit -o\n", "model.copy()" ] }, { "cell_type": "code", "execution_count": 14, "metadata": { "collapsed": true }, "outputs": [], "source": [ "benchmark_results['model_copy'] = _" ] }, { "cell_type": "code", "execution_count": null, "metadata": { "collapsed": true }, "outputs": [], "source": [] } ], "metadata": { "anaconda-cloud": {}, "kernelspec": { "display_name": "Python [conda env:cobra-merge]", "language": "python", "name": "conda-env-cobra-merge-py" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.4.5" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/benchmarks/geometric_fba.ipynb000066400000000000000000000304551417337024700212200ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import logging" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "logging.basicConfig(level=\"DEBUG\")" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.util:Gurobi python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/gurobipy\n", "DEBUG:optlang.util:GLPK python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/swiglpk\n", "DEBUG:optlang.util:Mosek python bindings not available.\n", "DEBUG:optlang.util:CPLEX python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/cplex\n", "DEBUG:optlang.util:Scipy solver not available\n", "DEBUG:pip._internal.utils.misc:lzma module is not available\n", "DEBUG:pip._internal.vcs:Registered VCS backend: git\n", "DEBUG:pip._internal.vcs:Registered VCS backend: hg\n", "DEBUG:pip._internal.vcs:Registered VCS backend: svn\n", "DEBUG:pip._internal.vcs:Registered VCS backend: bzr\n" ] } ], "source": [ "from cobra.test import create_test_model" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "from cobra.flux_analysis import geometric_fba" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "model = create_test_model(\"textbook\")" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "model.solver = \"cplex\"" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "logging.getLogger().setLevel(logging.DEBUG)" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:cobra.flux_analysis.geometric:Iteration: 1; delta: 4e-13; status: optimal.\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 481 ms, sys: 0 ns, total: 481 ms\n", "Wall time: 480 ms\n" ] }, { "data": { "text/html": [ "Optimal solution with objective value 0.000
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
fluxesreduced_costs
ACALD0.0000000.0
ACALDt0.0000000.0
ACKr0.0000000.0
ACONTa6.0072500.0
ACONTb6.0072500.0
.........
TALA1.4969840.0
THD20.0000000.0
TKT11.4969840.0
TKT21.1814980.0
TPI7.4773820.0
\n", "

95 rows × 2 columns

\n", "
" ], "text/plain": [ "" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time geometric_fba(model)" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "model.solver = \"gurobi\"" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:cobra.flux_analysis.geometric:Iteration: 1; delta: 6.47e-12; status: optimal.\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 504 ms, sys: 2.91 ms, total: 507 ms\n", "Wall time: 505 ms\n" ] }, { "data": { "text/html": [ "Optimal solution with objective value 0.000
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
fluxesreduced_costs
ACALD0.0000000.000000e+00
ACALDt0.0000000.000000e+00
ACKr0.0000000.000000e+00
ACONTa6.0072500.000000e+00
ACONTb6.0072500.000000e+00
.........
TALA1.4969842.220446e-16
THD20.0000002.220446e-16
TKT11.4969840.000000e+00
TKT21.181498-1.110223e-16
TPI7.4773820.000000e+00
\n", "

95 rows × 2 columns

\n", "
" ], "text/plain": [ "" ] }, "execution_count": 10, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time geometric_fba(model)" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [], "source": [ "model.solver = \"glpk\"" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.glpk_interface:Status undefined. GLPK status code returned by glp_simplex was 1\n", "DEBUG:cobra.flux_analysis.geometric:Iteration: 1; delta: 2.96e-13; status: optimal.\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 263 ms, sys: 3.46 ms, total: 267 ms\n", "Wall time: 263 ms\n" ] }, { "data": { "text/html": [ "Optimal solution with objective value -0.000
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
fluxesreduced_costs
ACALD1.495879e-142.914335e-16
ACALDt1.495879e-140.000000e+00
ACKr1.554312e-151.110223e-16
ACONTa6.007250e+000.000000e+00
ACONTb6.007250e+000.000000e+00
.........
TALA1.496984e+00-1.665335e-15
THD25.789919e-140.000000e+00
TKT11.496984e+001.665335e-16
TKT21.181498e+00-2.220446e-16
TPI7.477382e+000.000000e+00
\n", "

95 rows × 2 columns

\n", "
" ], "text/plain": [ "" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time geometric_fba(model)" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.5" } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/benchmarks/objective_benchmark.ipynb000066400000000000000000000135271417337024700224170ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "from cobra.io import read_sbml_model" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "from optlang.symbolics import Zero, One, add, mul, Add, Mul, Real" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [], "source": [ "one = Real(1.0)" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "model = read_sbml_model(\"/home/moritz/Projects/memote/Models/iJO1366.xml.gz\")" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "import cobra.util.solver as sutil" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "from itertools import chain" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "model.solver = \"glpk\"" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [], "source": [ "reaction_variables = ((rxn.forward_variable, rxn.reverse_variable)\n", " for rxn in model.reactions)\n", "variables = list(chain(*reaction_variables))" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "146 ms ± 3.94 ms per loop (mean ± std. dev. of 7 runs, 10 loops each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " Zero, direction='min', sloppy=True,\n", " name=\"_pfba_objective\")\n", " model.objective.set_linear_coefficients({v: 1.0 for v in variables})" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "149 ms ± 2.13 ms per loop (mean ± std. dev. of 7 runs, 10 loops each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " add([mul(one, v) for v in variables]),\n", " direction='min', sloppy=True, name=\"_pfba_objective\")" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [], "source": [ "model.solver = \"gurobi\"" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [], "source": [ "reaction_variables = ((rxn.forward_variable, rxn.reverse_variable)\n", " for rxn in model.reactions)\n", "variables = list(chain(*reaction_variables))" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "13.7 ms ± 269 µs per loop (mean ± std. dev. of 7 runs, 100 loops each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " Zero, direction='min', sloppy=True,\n", " name=\"_pfba_objective\")\n", " model.objective.set_linear_coefficients({v: 1.0 for v in variables})" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "218 ms ± 2.55 ms per loop (mean ± std. dev. of 7 runs, 1 loop each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " add([mul(one, v) for v in variables]),\n", " direction='min', sloppy=True, name=\"_pfba_objective\")" ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [], "source": [ "model.solver = \"cplex\"" ] }, { "cell_type": "code", "execution_count": 16, "metadata": {}, "outputs": [], "source": [ "reaction_variables = ((rxn.forward_variable, rxn.reverse_variable)\n", " for rxn in model.reactions)\n", "variables = list(chain(*reaction_variables))" ] }, { "cell_type": "code", "execution_count": 17, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "2.04 s ± 32.9 ms per loop (mean ± std. dev. of 7 runs, 1 loop each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " Zero, direction='min', sloppy=True,\n", " name=\"_pfba_objective\")\n", " model.objective.set_linear_coefficients({v: 1.0 for v in variables})" ] }, { "cell_type": "code", "execution_count": 18, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "183 ms ± 5.28 ms per loop (mean ± std. dev. of 7 runs, 1 loop each)\n" ] } ], "source": [ "%%timeit\n", "with model:\n", " model.objective = model.problem.Objective(\n", " add([mul(one, v) for v in variables]),\n", " direction='min', sloppy=True, name=\"_pfba_objective\")" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.5" } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/benchmarks/parallel_fva.ipynb000066400000000000000000000747631417337024700210740ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import logging" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "logging.basicConfig(level=\"INFO\")" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [], "source": [ "from cobra.test import create_test_model" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "from cobra.flux_analysis import flux_variability_analysis" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "model = create_test_model(\"ecoli\")" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 5.71 s, sys: 0 ns, total: 5.71 s\n", "Wall time: 5.71 s\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
DM_4CRSOL0.0002080.000219
DM_5DRIB0.0002100.112258
DM_AACALD0.0000000.000000
DM_AMOB0.0000020.000002
DM_MTHTHF0.0004180.515309
DM_OXAM0.0000001.010167
Ec_biomass_iJO1366_WT_53p95M0.0000000.049326
Ec_biomass_iJO1366_core_53p95M0.9332530.982372
EX_12ppd__R_e0.0000000.724815
EX_12ppd__S_e0.0000000.713997
EX_14glucan_e0.0000000.000000
EX_15dap_e0.0000000.394750
EX_23camp_e0.0000000.000000
EX_23ccmp_e0.0000000.000000
EX_23cgmp_e0.0000000.000000
EX_23cump_e0.0000000.000000
EX_23dappa_e0.0000000.000000
EX_26dap__M_e0.0000000.000000
EX_2ddglcn_e0.0000000.000000
EX_34dhpac_e0.0000000.000000
EX_3amp_e0.0000000.000000
EX_3cmp_e0.0000000.000000
EX_3gmp_e0.0000000.000000
EX_3hcinnm_e0.0000000.000000
EX_3hpp_e0.0000000.631600
EX_3hpppn_e0.0000000.000000
EX_3ump_e0.0000000.000000
EX_4abut_e0.0000000.667183
EX_4hoxpacd_e0.0000000.000000
EX_5dglcn_e0.0000000.563929
.........
VALTRS0.0000000.000000
VALabcpp0.00000015.790000
VALt2rpp-15.7900000.000000
VALtex-0.5263330.000000
VPAMTr-999.605083999.457448
WCOS0.0000000.000000
X5PL3E0.0000000.000000
XAND0.0000001.263200
XANt2pp0.00000047.370000
XANtex-0.6444900.000000
XANtpp-47.3700000.000000
XMPtex0.0000000.000000
XPPT0.00000011.842500
XTSNH0.00000011.842500
XTSNt2rpp-0.3026840.000000
XTSNtex-0.3026840.000000
XYLI10.0000000.000000
XYLI2-11.84250019.342500
XYLK0.0000000.000000
XYLK20.0000000.000000
XYLUt2pp0.0000000.000000
XYLUtex0.0000000.000000
XYLabcpp0.0000000.000000
XYLt2pp0.0000000.000000
XYLtex0.0000000.000000
ZN2abcpp0.00000011.842500
ZN2t3pp0.00000047.370000
ZN2tpp0.00000047.370318
ZNabcpp0.0000009.474064
Zn2tex0.0003180.000335
\n", "

2583 rows × 2 columns

\n", "
" ], "text/plain": [ " minimum maximum\n", "DM_4CRSOL 0.000208 0.000219\n", "DM_5DRIB 0.000210 0.112258\n", "DM_AACALD 0.000000 0.000000\n", "DM_AMOB 0.000002 0.000002\n", "DM_MTHTHF 0.000418 0.515309\n", "DM_OXAM 0.000000 1.010167\n", "Ec_biomass_iJO1366_WT_53p95M 0.000000 0.049326\n", "Ec_biomass_iJO1366_core_53p95M 0.933253 0.982372\n", "EX_12ppd__R_e 0.000000 0.724815\n", "EX_12ppd__S_e 0.000000 0.713997\n", "EX_14glucan_e 0.000000 0.000000\n", "EX_15dap_e 0.000000 0.394750\n", "EX_23camp_e 0.000000 0.000000\n", "EX_23ccmp_e 0.000000 0.000000\n", "EX_23cgmp_e 0.000000 0.000000\n", "EX_23cump_e 0.000000 0.000000\n", "EX_23dappa_e 0.000000 0.000000\n", "EX_26dap__M_e 0.000000 0.000000\n", "EX_2ddglcn_e 0.000000 0.000000\n", "EX_34dhpac_e 0.000000 0.000000\n", "EX_3amp_e 0.000000 0.000000\n", "EX_3cmp_e 0.000000 0.000000\n", "EX_3gmp_e 0.000000 0.000000\n", "EX_3hcinnm_e 0.000000 0.000000\n", "EX_3hpp_e 0.000000 0.631600\n", "EX_3hpppn_e 0.000000 0.000000\n", "EX_3ump_e 0.000000 0.000000\n", "EX_4abut_e 0.000000 0.667183\n", "EX_4hoxpacd_e 0.000000 0.000000\n", "EX_5dglcn_e 0.000000 0.563929\n", "... ... ...\n", "VALTRS 0.000000 0.000000\n", "VALabcpp 0.000000 15.790000\n", "VALt2rpp -15.790000 0.000000\n", "VALtex -0.526333 0.000000\n", "VPAMTr -999.605083 999.457448\n", "WCOS 0.000000 0.000000\n", "X5PL3E 0.000000 0.000000\n", "XAND 0.000000 1.263200\n", "XANt2pp 0.000000 47.370000\n", "XANtex -0.644490 0.000000\n", "XANtpp -47.370000 0.000000\n", "XMPtex 0.000000 0.000000\n", "XPPT 0.000000 11.842500\n", "XTSNH 0.000000 11.842500\n", "XTSNt2rpp -0.302684 0.000000\n", "XTSNtex -0.302684 0.000000\n", "XYLI1 0.000000 0.000000\n", "XYLI2 -11.842500 19.342500\n", "XYLK 0.000000 0.000000\n", "XYLK2 0.000000 0.000000\n", "XYLUt2pp 0.000000 0.000000\n", "XYLUtex 0.000000 0.000000\n", "XYLabcpp 0.000000 0.000000\n", "XYLt2pp 0.000000 0.000000\n", "XYLtex 0.000000 0.000000\n", "ZN2abcpp 0.000000 11.842500\n", "ZN2t3pp 0.000000 47.370000\n", "ZN2tpp 0.000000 47.370318\n", "ZNabcpp 0.000000 9.474064\n", "Zn2tex 0.000318 0.000335\n", "\n", "[2583 rows x 2 columns]" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time flux_variability_analysis(model, fraction_of_optimum=0.95, processes=1)" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 68.9 ms, sys: 60.2 ms, total: 129 ms\n", "Wall time: 2.03 s\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
DM_4CRSOL0.0002080.000219
DM_5DRIB0.0002100.112258
DM_AACALD0.0000000.000000
DM_AMOB0.0000020.000002
DM_MTHTHF0.0004180.515309
DM_OXAM0.0000001.010167
Ec_biomass_iJO1366_WT_53p95M0.0000000.049326
Ec_biomass_iJO1366_core_53p95M0.9332530.982372
EX_12ppd__R_e0.0000000.724815
EX_12ppd__S_e0.0000000.713997
EX_14glucan_e0.0000000.000000
EX_15dap_e0.0000000.394750
EX_23camp_e0.0000000.000000
EX_23ccmp_e0.0000000.000000
EX_23cgmp_e0.0000000.000000
EX_23cump_e0.0000000.000000
EX_23dappa_e0.0000000.000000
EX_26dap__M_e0.0000000.000000
EX_2ddglcn_e0.0000000.000000
EX_34dhpac_e0.0000000.000000
EX_3amp_e0.0000000.000000
EX_3cmp_e0.0000000.000000
EX_3gmp_e0.0000000.000000
EX_3hcinnm_e0.0000000.000000
EX_3hpp_e0.0000000.631600
EX_3hpppn_e0.0000000.000000
EX_3ump_e0.0000000.000000
EX_4abut_e0.0000000.667183
EX_4hoxpacd_e0.0000000.000000
EX_5dglcn_e0.0000000.563929
.........
VALTRS0.0000000.000000
VALabcpp0.00000015.790000
VALt2rpp-15.7900000.000000
VALtex-0.5263330.000000
VPAMTr-999.605083999.457448
WCOS0.0000000.000000
X5PL3E0.0000000.000000
XAND0.0000001.263200
XANt2pp0.00000047.370000
XANtex-0.6444900.000000
XANtpp-47.3700000.000000
XMPtex0.0000000.000000
XPPT0.00000011.842500
XTSNH0.00000011.842500
XTSNt2rpp-0.3026840.000000
XTSNtex-0.3026840.000000
XYLI10.0000000.000000
XYLI2-11.84250019.342500
XYLK0.0000000.000000
XYLK20.0000000.000000
XYLUt2pp0.0000000.000000
XYLUtex0.0000000.000000
XYLabcpp0.0000000.000000
XYLt2pp0.0000000.000000
XYLtex0.0000000.000000
ZN2abcpp0.00000011.842500
ZN2t3pp0.00000047.370000
ZN2tpp0.00000047.370318
ZNabcpp0.0000009.474064
Zn2tex0.0003180.000335
\n", "

2583 rows × 2 columns

\n", "
" ], "text/plain": [ " minimum maximum\n", "DM_4CRSOL 0.000208 0.000219\n", "DM_5DRIB 0.000210 0.112258\n", "DM_AACALD 0.000000 0.000000\n", "DM_AMOB 0.000002 0.000002\n", "DM_MTHTHF 0.000418 0.515309\n", "DM_OXAM 0.000000 1.010167\n", "Ec_biomass_iJO1366_WT_53p95M 0.000000 0.049326\n", "Ec_biomass_iJO1366_core_53p95M 0.933253 0.982372\n", "EX_12ppd__R_e 0.000000 0.724815\n", "EX_12ppd__S_e 0.000000 0.713997\n", "EX_14glucan_e 0.000000 0.000000\n", "EX_15dap_e 0.000000 0.394750\n", "EX_23camp_e 0.000000 0.000000\n", "EX_23ccmp_e 0.000000 0.000000\n", "EX_23cgmp_e 0.000000 0.000000\n", "EX_23cump_e 0.000000 0.000000\n", "EX_23dappa_e 0.000000 0.000000\n", "EX_26dap__M_e 0.000000 0.000000\n", "EX_2ddglcn_e 0.000000 0.000000\n", "EX_34dhpac_e 0.000000 0.000000\n", "EX_3amp_e 0.000000 0.000000\n", "EX_3cmp_e 0.000000 0.000000\n", "EX_3gmp_e 0.000000 0.000000\n", "EX_3hcinnm_e 0.000000 0.000000\n", "EX_3hpp_e 0.000000 0.631600\n", "EX_3hpppn_e 0.000000 0.000000\n", "EX_3ump_e 0.000000 0.000000\n", "EX_4abut_e 0.000000 0.667183\n", "EX_4hoxpacd_e 0.000000 0.000000\n", "EX_5dglcn_e 0.000000 0.563929\n", "... ... ...\n", "VALTRS 0.000000 0.000000\n", "VALabcpp 0.000000 15.790000\n", "VALt2rpp -15.790000 0.000000\n", "VALtex -0.526333 0.000000\n", "VPAMTr -999.605083 999.457448\n", "WCOS 0.000000 0.000000\n", "X5PL3E 0.000000 0.000000\n", "XAND 0.000000 1.263200\n", "XANt2pp 0.000000 47.370000\n", "XANtex -0.644490 0.000000\n", "XANtpp -47.370000 0.000000\n", "XMPtex 0.000000 0.000000\n", "XPPT 0.000000 11.842500\n", "XTSNH 0.000000 11.842500\n", "XTSNt2rpp -0.302684 0.000000\n", "XTSNtex -0.302684 0.000000\n", "XYLI1 0.000000 0.000000\n", "XYLI2 -11.842500 19.342500\n", "XYLK 0.000000 0.000000\n", "XYLK2 0.000000 0.000000\n", "XYLUt2pp 0.000000 0.000000\n", "XYLUtex 0.000000 0.000000\n", "XYLabcpp 0.000000 0.000000\n", "XYLt2pp 0.000000 0.000000\n", "XYLtex 0.000000 0.000000\n", "ZN2abcpp 0.000000 11.842500\n", "ZN2t3pp 0.000000 47.370000\n", "ZN2tpp 0.000000 47.370318\n", "ZNabcpp 0.000000 9.474064\n", "Zn2tex 0.000318 0.000335\n", "\n", "[2583 rows x 2 columns]" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time flux_variability_analysis(model, fraction_of_optimum=0.95, processes=4)" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.6" }, "toc": { "base_numbering": 1, "nav_menu": {}, "number_sections": false, "sideBar": true, "skip_h1_title": true, "title_cell": "Table of Contents", "title_sidebar": "Table of Contents", "toc_cell": false, "toc_position": {}, "toc_section_display": true, "toc_window_display": true } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/benchmarks/single_gene_deletion_linear_room.ipynb000066400000000000000000000241101417337024700251510ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import logging" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "logging.basicConfig(level=\"DEBUG\")" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.util:Gurobi python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/gurobipy\n", "DEBUG:optlang.util:GLPK python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/swiglpk\n", "DEBUG:optlang.util:Mosek python bindings not available.\n", "DEBUG:optlang.util:CPLEX python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/cplex\n", "DEBUG:optlang.util:Scipy solver not available\n", "DEBUG:pip._internal.utils.misc:lzma module is not available\n", "DEBUG:pip._internal.vcs:Registered VCS backend: git\n", "DEBUG:pip._internal.vcs:Registered VCS backend: hg\n", "DEBUG:pip._internal.vcs:Registered VCS backend: svn\n", "DEBUG:pip._internal.vcs:Registered VCS backend: bzr\n" ] } ], "source": [ "from cobra.test import create_test_model" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "from cobra.flux_analysis import single_gene_deletion" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "model = create_test_model(\"textbook\")" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "genes = ['b0008', 'b0114', 'b2276', 'b1779']" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "model.solver = \"cplex\"" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [], "source": [ "logging.getLogger().setLevel(logging.DEBUG)" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 308 ms, sys: 0 ns, total: 308 ms\n", "Wall time: 307 ms\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)5.034815e+00optimal
(b2276)5.475871e+00optimal
(b0114)1.224159e+00optimal
(b0008)3.028591e-15optimal
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 5.034815e+00 optimal\n", "(b2276) 5.475871e+00 optimal\n", "(b0114) 1.224159e+00 optimal\n", "(b0008) 3.028591e-15 optimal" ] }, "execution_count": 9, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"linear room\", gene_list=genes, processes=1)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [], "source": [ "model.solver = \"gurobi\"" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 271 ms, sys: 0 ns, total: 271 ms\n", "Wall time: 265 ms\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)5.034815optimal
(b2276)5.475871optimal
(b0114)1.224159optimal
(b0008)0.000000optimal
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 5.034815 optimal\n", "(b2276) 5.475871 optimal\n", "(b0114) 1.224159 optimal\n", "(b0008) 0.000000 optimal" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"linear room\", gene_list=genes, processes=1)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [], "source": [ "model.solver = \"glpk\"" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [], "source": [ "model.solver.configuration.timeout = 20" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.glpk_interface:Status undefined. GLPK status code returned by glp_simplex was 1\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 205 ms, sys: 4.99 ms, total: 210 ms\n", "Wall time: 203 ms\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)5.034815e+00optimal
(b2276)5.475871e+00optimal
(b0114)1.224159e+00optimal
(b0008)-5.857507e-17optimal
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 5.034815e+00 optimal\n", "(b2276) 5.475871e+00 optimal\n", "(b0114) 1.224159e+00 optimal\n", "(b0008) -5.857507e-17 optimal" ] }, "execution_count": 14, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"linear room\", gene_list=genes, processes=1)" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.5" } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/benchmarks/single_gene_deletion_room.ipynb000066400000000000000000000237451417337024700236340ustar00rootroot00000000000000{ "cells": [ { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import logging" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "logging.basicConfig(level=\"DEBUG\")" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.util:Gurobi python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/gurobipy\n", "DEBUG:optlang.util:GLPK python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/swiglpk\n", "DEBUG:optlang.util:Mosek python bindings not available.\n", "DEBUG:optlang.util:CPLEX python bindings found at /home/moritz/.virtualenvs/cobra/lib/python3.5/site-packages/cplex\n", "DEBUG:optlang.util:Scipy solver not available\n", "DEBUG:pip._internal.utils.misc:lzma module is not available\n", "DEBUG:pip._internal.vcs:Registered VCS backend: git\n", "DEBUG:pip._internal.vcs:Registered VCS backend: hg\n", "DEBUG:pip._internal.vcs:Registered VCS backend: svn\n", "DEBUG:pip._internal.vcs:Registered VCS backend: bzr\n" ] } ], "source": [ "from cobra.test import create_test_model" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "from cobra.flux_analysis import single_gene_deletion" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "model = create_test_model(\"textbook\")" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "genes = ['b0008', 'b0114', 'b2276', 'b1779']" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "model.solver = \"cplex\"" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [], "source": [ "logging.getLogger().setLevel(logging.DEBUG)" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "WARNING:root:Warning: No solution found from 6 MIP starts.\n", "\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 21.4 s, sys: 84.2 ms, total: 21.5 s\n", "Wall time: 3.23 s\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)45.0optimal
(b0008)0.0optimal
(b0114)27.0optimal
(b2276)46.0optimal
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 45.0 optimal\n", "(b0008) 0.0 optimal\n", "(b0114) 27.0 optimal\n", "(b2276) 46.0 optimal" ] }, "execution_count": 9, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"room\", gene_list=genes, processes=1)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [], "source": [ "model.solver = \"gurobi\"" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 1.97 s, sys: 4.23 ms, total: 1.98 s\n", "Wall time: 1.97 s\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)45.0optimal
(b0008)0.0optimal
(b0114)27.0optimal
(b2276)46.0optimal
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 45.0 optimal\n", "(b0008) 0.0 optimal\n", "(b0114) 27.0 optimal\n", "(b2276) 46.0 optimal" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"room\", gene_list=genes, processes=1)" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [], "source": [ "model.solver = \"glpk\"" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [], "source": [ "model.solver.configuration.timeout = 20" ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "DEBUG:optlang.glpk_interface:Status undefined. GLPK status code returned by glp_simplex was 1\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 1min 21s, sys: 53.1 ms, total: 1min 21s\n", "Wall time: 1min 21s\n" ] }, { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
growthstatus
ids
(b1779)45.0optimal
(b0008)0.0optimal
(b0114)NaNtime_limit
(b2276)NaNtime_limit
\n", "
" ], "text/plain": [ " growth status\n", "ids \n", "(b1779) 45.0 optimal\n", "(b0008) 0.0 optimal\n", "(b0114) NaN time_limit\n", "(b2276) NaN time_limit" ] }, "execution_count": 15, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time single_gene_deletion(model, method=\"room\", gene_list=genes, processes=1)" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.5" } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/documentation_builder/000077500000000000000000000000001417337024700176225ustar00rootroot00000000000000cobrapy-0.23.0/documentation_builder/.gitignore000066400000000000000000000000121417337024700216030ustar00rootroot00000000000000_autogen/ cobrapy-0.23.0/documentation_builder/Makefile000066400000000000000000000130411417337024700212610ustar00rootroot00000000000000# Makefile for Sphinx documentation # # You can set these variables from the command line. SPHINXOPTS = SPHINXBUILD = sphinx-build PAPER = BUILDDIR = ../documentation AUTODIR = _autogen # Internal variables. PAPEROPT_a4 = -D latex_paper_size=a4 PAPEROPT_letter = -D latex_paper_size=letter ALLSPHINXOPTS = -d $(BUILDDIR)/doctrees $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) . # the i18n builder cannot share the environment and doctrees with the others I18NSPHINXOPTS = $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) . .PHONY: help clean html dirhtml singlehtml pickle json htmlhelp qthelp devhelp epub latex latexpdf text man changes linkcheck doctest gettext help: @echo "Please use \`make ' where is one of" @echo " html to make standalone HTML files" @echo " dirhtml to make HTML files named index.html in directories" @echo " singlehtml to make a single large HTML file" @echo " pickle to make pickle files" @echo " json to make JSON files" @echo " htmlhelp to make HTML files and a HTML help project" @echo " qthelp to make HTML files and a qthelp project" @echo " devhelp to make HTML files and a Devhelp project" @echo " epub to make an epub" @echo " latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter" @echo " latexpdf to make LaTeX files and run them through pdflatex" @echo " text to make text files" @echo " man to make manual pages" @echo " texinfo to make Texinfo files" @echo " info to make Texinfo files and run them through makeinfo" @echo " gettext to make PO message catalogs" @echo " changes to make an overview of all changed/added/deprecated items" @echo " linkcheck to check all external links for integrity" @echo " doctest to run all doctests embedded in the documentation (if enabled)" clean: -rm -rf $(AUTODIR) -rm -rf $(BUILDDIR)/* html: # sphinx-apidoc -f -d 2 -e -o $(AUTODIR) ../cobra $(SPHINXBUILD) -b html $(ALLSPHINXOPTS) $(BUILDDIR)/html @echo @echo "Build finished. The HTML pages are in $(BUILDDIR)/html." dirhtml: $(SPHINXBUILD) -b dirhtml $(ALLSPHINXOPTS) $(BUILDDIR)/dirhtml @echo @echo "Build finished. The HTML pages are in $(BUILDDIR)/dirhtml." singlehtml: $(SPHINXBUILD) -b singlehtml $(ALLSPHINXOPTS) $(BUILDDIR)/singlehtml @echo @echo "Build finished. The HTML page is in $(BUILDDIR)/singlehtml." pickle: $(SPHINXBUILD) -b pickle $(ALLSPHINXOPTS) $(BUILDDIR)/pickle @echo @echo "Build finished; now you can process the pickle files." json: $(SPHINXBUILD) -b json $(ALLSPHINXOPTS) $(BUILDDIR)/json @echo @echo "Build finished; now you can process the JSON files." htmlhelp: $(SPHINXBUILD) -b htmlhelp $(ALLSPHINXOPTS) $(BUILDDIR)/htmlhelp @echo @echo "Build finished; now you can run HTML Help Workshop with the" \ ".hhp project file in $(BUILDDIR)/htmlhelp." qthelp: $(SPHINXBUILD) -b qthelp $(ALLSPHINXOPTS) $(BUILDDIR)/qthelp @echo @echo "Build finished; now you can run "qcollectiongenerator" with the" \ ".qhcp project file in $(BUILDDIR)/qthelp, like this:" @echo "# qcollectiongenerator $(BUILDDIR)/qthelp/cobra.qhcp" @echo "To view the help file:" @echo "# assistant -collectionFile $(BUILDDIR)/qthelp/cobra.qhc" devhelp: $(SPHINXBUILD) -b devhelp $(ALLSPHINXOPTS) $(BUILDDIR)/devhelp @echo @echo "Build finished." @echo "To view the help file:" @echo "# mkdir -p $$HOME/.local/share/devhelp/cobra" @echo "# ln -s $(BUILDDIR)/devhelp $$HOME/.local/share/devhelp/cobra" @echo "# devhelp" epub: $(SPHINXBUILD) -b epub $(ALLSPHINXOPTS) $(BUILDDIR)/epub @echo @echo "Build finished. The epub file is in $(BUILDDIR)/epub." latex: $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex @echo @echo "Build finished; the LaTeX files are in $(BUILDDIR)/latex." @echo "Run \`make' in that directory to run these through (pdf)latex" \ "(use \`make latexpdf' here to do that automatically)." latexpdf: $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex @echo "Running LaTeX files through pdflatex..." $(MAKE) -C $(BUILDDIR)/latex all-pdf @echo "pdflatex finished; the PDF files are in $(BUILDDIR)/latex." text: $(SPHINXBUILD) -b text $(ALLSPHINXOPTS) $(BUILDDIR)/text @echo @echo "Build finished. The text files are in $(BUILDDIR)/text." man: $(SPHINXBUILD) -b man $(ALLSPHINXOPTS) $(BUILDDIR)/man @echo @echo "Build finished. The manual pages are in $(BUILDDIR)/man." texinfo: $(SPHINXBUILD) -b texinfo $(ALLSPHINXOPTS) $(BUILDDIR)/texinfo @echo @echo "Build finished. The Texinfo files are in $(BUILDDIR)/texinfo." @echo "Run \`make' in that directory to run these through makeinfo" \ "(use \`make info' here to do that automatically)." info: $(SPHINXBUILD) -b texinfo $(ALLSPHINXOPTS) $(BUILDDIR)/texinfo @echo "Running Texinfo files through makeinfo..." make -C $(BUILDDIR)/texinfo info @echo "makeinfo finished; the Info files are in $(BUILDDIR)/texinfo." gettext: $(SPHINXBUILD) -b gettext $(I18NSPHINXOPTS) $(BUILDDIR)/locale @echo @echo "Build finished. The message catalogs are in $(BUILDDIR)/locale." changes: $(SPHINXBUILD) -b changes $(ALLSPHINXOPTS) $(BUILDDIR)/changes @echo @echo "The overview file is in $(BUILDDIR)/changes." linkcheck: $(SPHINXBUILD) -b linkcheck $(ALLSPHINXOPTS) $(BUILDDIR)/linkcheck @echo @echo "Link check complete; look for any errors in the above output " \ "or in $(BUILDDIR)/linkcheck/output.txt." doctest: $(SPHINXBUILD) -b doctest $(ALLSPHINXOPTS) $(BUILDDIR)/doctest @echo "Testing of doctests in the sources finished, look at the " \ "results in $(BUILDDIR)/doctest/output.txt." cobrapy-0.23.0/documentation_builder/building_model.ipynb000066400000000000000000000477701417337024700236610ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "# Building a Model\n", "## Model, Reactions and Metabolites" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "This simple example demonstrates how to create a model, create a reaction, and then add the reaction to the model.\n", "\n", "We'll use the '3OAS140' reaction from the STM_1.0 model:\n", "\n", "1.0 malACP[c] + 1.0 h[c] + 1.0 ddcaACP[c] $\\rightarrow$ 1.0 co2[c] + 1.0 ACP[c] + 1.0 3omrsACP[c]\n", "\n", "First, create the model and reaction." ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "deletable": true, "editable": true }, "outputs": [], "source": [ "from cobra import Model, Reaction, Metabolite" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [], "source": [ "model = Model('example_model')\n", "\n", "reaction = Reaction('R_3OAS140')\n", "reaction.name = '3 oxoacyl acyl carrier protein synthase n C140 '\n", "reaction.subsystem = 'Cell Envelope Biosynthesis'\n", "reaction.lower_bound = 0. # This is the default\n", "reaction.upper_bound = 1000. # This is the default" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We need to create metabolites as well. If we were using an existing model, we could use `Model.get_by_id` to get the appropriate Metabolite objects instead." ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [], "source": [ "ACP_c = Metabolite(\n", " 'ACP_c',\n", " formula='C11H21N2O7PRS',\n", " name='acyl-carrier-protein',\n", " compartment='c')\n", "omrsACP_c = Metabolite(\n", " 'M3omrsACP_c',\n", " formula='C25H45N2O9PRS',\n", " name='3-Oxotetradecanoyl-acyl-carrier-protein',\n", " compartment='c')\n", "co2_c = Metabolite('co2_c', formula='CO2', name='CO2', compartment='c')\n", "malACP_c = Metabolite(\n", " 'malACP_c',\n", " formula='C14H22N2O10PRS',\n", " name='Malonyl-acyl-carrier-protein',\n", " compartment='c')\n", "h_c = Metabolite('h_c', formula='H', name='H', compartment='c')\n", "ddcaACP_c = Metabolite(\n", " 'ddcaACP_c',\n", " formula='C23H43N2O8PRS',\n", " name='Dodecanoyl-ACP-n-C120ACP',\n", " compartment='c')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "**Side note: SId**\n", "\n", "It is highly recommended that the ids for reactions, metabolites and genes are valid SBML identifiers (`SId`). \n", "`SId` is a data type derived from the basic XML typestring, but with restrictions about the characters \n", "permitted and the sequences in which those characters may appear. \n", "```\n", "letter ::= ’a’..’z’,’A’..’Z’\n", "digit ::= ’0’..’9’\n", "idChar ::= letter | digit | ’_’\n", "SId ::= ( letter | ’_’ ) idChar*\n", "```\n", "The main limitation is that ids cannot start with numbers. Using `SId`s allows serialization to SBML. In addition\n", "features such as code completion and object access via the dot syntax will work in `cobrapy`." ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Adding metabolites to a reaction uses a dictionary of the metabolites and their stoichiometric coefficients. A group of metabolites can be added all at once, or they can be added one at a time." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "data": { "text/plain": [ "'ddcaACP_c + h_c + malACP_c --> ACP_c + M3omrsACP_c + co2_c'" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "reaction.add_metabolites({\n", " malACP_c: -1.0,\n", " h_c: -1.0,\n", " ddcaACP_c: -1.0,\n", " co2_c: 1.0,\n", " ACP_c: 1.0,\n", " omrsACP_c: 1.0\n", "})\n", "\n", "reaction.reaction # This gives a string representation of the reaction" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "The gene_reaction_rule is a boolean representation of the gene requirements for this reaction to be active as described in [Schellenberger et al 2011 Nature Protocols 6(9):1290-307](http://dx.doi.org/doi:10.1038/nprot.2011.308). We will assign the gene reaction rule string, which will automatically create the corresponding gene objects." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "data": { "text/plain": [ "frozenset({, })" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "reaction.gene_reaction_rule = '( STM2378 or STM1197 )'\n", "reaction.genes" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "At this point in time, the model is still empty" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0 reactions initially\n", "0 metabolites initially\n", "0 genes initially\n" ] } ], "source": [ "print(f'{len(model.reactions)} reactions initially')\n", "print(f'{len(model.metabolites)} metabolites initially')\n", "print(f'{len(model.genes)} genes initially')" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We will add the reaction to the model, which will also add all associated metabolites and genes" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1 reactions\n", "6 metabolites\n", "2 genes\n" ] } ], "source": [ "model.add_reactions([reaction])\n", "\n", "# The objects have been added to the model\n", "print(f'{len(model.reactions)} reactions')\n", "print(f'{len(model.metabolites)} metabolites')\n", "print(f'{len(model.genes)} genes')" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We can iterate through the model objects to observe the contents" ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Reactions\n", "---------\n", "R_3OAS140 : ddcaACP_c + h_c + malACP_c --> ACP_c + M3omrsACP_c + co2_c\n", "\n", "Metabolites\n", "-----------\n", " malACP_c : C14H22N2O10PRS\n", " h_c : H\n", "ddcaACP_c : C23H43N2O8PRS\n", " co2_c : CO2\n", " ACP_c : C11H21N2O7PRS\n", "M3omrsACP_c : C25H45N2O9PRS\n", "\n", "Genes\n", "-----\n", "STM2378 is associated with reactions: {R_3OAS140}\n", "STM1197 is associated with reactions: {R_3OAS140}\n" ] } ], "source": [ "# Iterate through the the objects in the model\n", "print(\"Reactions\")\n", "print(\"---------\")\n", "for x in model.reactions:\n", " print(\"%s : %s\" % (x.id, x.reaction))\n", "\n", "print(\"\")\n", "print(\"Metabolites\")\n", "print(\"-----------\")\n", "for x in model.metabolites:\n", " print('%9s : %s' % (x.id, x.formula))\n", "\n", "print(\"\")\n", "print(\"Genes\")\n", "print(\"-----\")\n", "for x in model.genes:\n", " associated_ids = (i.id for i in x.reactions)\n", " print(\"%s is associated with reactions: %s\" %\n", " (x.id, \"{\" + \", \".join(associated_ids) + \"}\"))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Objective" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Last we need to set the objective of the model. Here, we just want this to be the maximization of the flux in the single reaction we added and we do this by assigning the reaction's identifier to the `objective` property of the model." ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [], "source": [ "model.objective = 'R_3OAS140'" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "The created objective is a symbolic algebraic expression and we can examine it by printing it" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "collapsed": false, "deletable": true, "editable": true, "jupyter": { "outputs_hidden": false } }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "1.0*R_3OAS140 - 1.0*R_3OAS140_reverse_60acb\n", "max\n" ] } ], "source": [ "print(model.objective.expression)\n", "print(model.objective.direction)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "which here shows that the solver will maximize the flux in the forward direction." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Model Validation" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For exchange with other tools you can validate and export the model to SBML.\n", "For more information on serialization and available formats see the section \"Reading and Writing Models\"" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "(,\n", " {'COBRA_CHECK': [],\n", " 'COBRA_ERROR': [],\n", " 'COBRA_FATAL': [],\n", " 'COBRA_WARNING': [],\n", " 'SBML_ERROR': [],\n", " 'SBML_FATAL': [],\n", " 'SBML_SCHEMA_ERROR': [],\n", " 'SBML_WARNING': []})\n" ] } ], "source": [ "import tempfile\n", "from pprint import pprint\n", "from cobra.io import write_sbml_model, validate_sbml_model\n", "with tempfile.NamedTemporaryFile(suffix='.xml') as f_sbml:\n", " write_sbml_model(model, filename=f_sbml.name)\n", " report = validate_sbml_model(filename=f_sbml.name)\n", "\n", "pprint(report)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The model is valid with no COBRA or SBML errors or warnings." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Exchanges, Sinks and Demands\n", "Boundary reactions can be added using the model's method `add_boundary`.\n", "There are three different types of pre-defined boundary reactions: exchange, demand, and sink reactions. All of them are unbalanced pseudo reactions, that means they fulfill a function for modeling by adding to or removing metabolites from the model system but are not based on real biology. An exchange reaction is a reversible reaction that adds to or removes an extracellular metabolite from the extracellular compartment. A demand reaction is an irreversible reaction that consumes an intracellular metabolite. A sink is similar to an exchange but specifically for intracellular metabolites, i.e., a reversible reaction that adds or removes an intracellular metabolite." ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "There are no boundary reactions in this model. Therefore specific types of boundary reactions such as 'exchanges', 'demands' or 'sinks' cannot be identified.\n", "There are no boundary reactions in this model. Therefore specific types of boundary reactions such as 'exchanges', 'demands' or 'sinks' cannot be identified.\n", "There are no boundary reactions in this model. Therefore specific types of boundary reactions such as 'exchanges', 'demands' or 'sinks' cannot be identified.\n" ] }, { "name": "stdout", "output_type": "stream", "text": [ "exchanges []\n", "demands []\n", "sinks []\n" ] } ], "source": [ "print(\"exchanges\", model.exchanges)\n", "print(\"demands\", model.demands)\n", "print(\"sinks\", model.sinks)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Boundary reactions are defined on metabolites. First we add two metabolites to the model then\n", "we define the boundary reactions. We add glycogen to the cytosolic compartment `c` and CO2 to the external compartment `e`." ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [], "source": [ "model.add_metabolites([\n", " Metabolite(\n", " 'glycogen_c',\n", " name='glycogen',\n", " compartment='c'\n", " ),\n", " Metabolite(\n", " 'co2_e',\n", " name='CO2',\n", " compartment='e'\n", " ),\n", "])" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierEX_co2_e
NameCO2 exchange
Memory address0x07fef04703d90
Stoichiometry\n", "

co2_e <=>

\n", "

CO2 <=>

\n", "
GPR
Lower bound-1000.0
Upper bound1000.0
\n", " " ], "text/plain": [ "" ] }, "execution_count": 14, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# create exchange reaction\n", "model.add_boundary(model.metabolites.get_by_id(\"co2_e\"), type=\"exchange\")" ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierSK_glycogen_c
Nameglycogen sink
Memory address0x07fef046eb2e0
Stoichiometry\n", "

glycogen_c <=>

\n", "

glycogen <=>

\n", "
GPR
Lower bound-1000.0
Upper bound1000.0
\n", " " ], "text/plain": [ "" ] }, "execution_count": 15, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# create exchange reaction\n", "model.add_boundary(model.metabolites.get_by_id(\"glycogen_c\"), type=\"sink\")" ] }, { "cell_type": "code", "execution_count": 16, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "exchanges []\n", "sinks []\n", "demands []\n" ] } ], "source": [ "# Now we have an additional exchange and sink reaction in the model\n", "print(\"exchanges\", model.exchanges)\n", "print(\"sinks\", model.sinks)\n", "print(\"demands\", model.demands)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "To create a demand reaction instead of a sink use type `demand` instead of `sink`." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Information on all boundary reactions is available via the model's property `boundary`." ] }, { "cell_type": "code", "execution_count": 17, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[,\n", " ]" ] }, "execution_count": 17, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# boundary reactions\n", "model.boundary" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "A neat trick to get all metabolic reactions is" ] }, { "cell_type": "code", "execution_count": 18, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{}" ] }, "execution_count": 18, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# metabolic reactions\n", "set(model.reactions) - set(model.boundary)" ] } ], "metadata": { "kernelspec": { "display_name": "cobrapy", "language": "python", "name": "cobrapy" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.8.5" } }, "nbformat": 4, "nbformat_minor": 4 } cobrapy-0.23.0/documentation_builder/conf.py000066400000000000000000000075451417337024700211340ustar00rootroot00000000000000# -*- coding: utf-8 -*- # # cobra documentation build configuration file, created by # sphinx-quickstart on Wed Jun 13 19:17:34 2012. # # This file is execfile()d with the current directory set to its containing # dir. # # Note that not all possible configuration values are present in this # autogenerated file. # # All configuration values have a default; values that are commented out # serve to show the default. import sys from os.path import dirname, join # If extensions (or modules to document with autodoc) are in another directory, # add these directories to sys.path here. If the directory is relative to the # documentation root, use os.path.abspath to make it absolute, like shown here. SRC_PATH = join(dirname(dirname(__file__)), "src") sys.path.insert(0, SRC_PATH) # -- General configuration ---------------------------------------------------- # Add any Sphinx extension module names here, as strings. They can be # extensions coming with Sphinx (named 'sphinx.ext.*') or your custom ones. extensions = [ "sphinx.ext.autodoc", "sphinx.ext.intersphinx", "sphinx.ext.mathjax", "sphinx.ext.viewcode", "sphinx.ext.napoleon", "sphinx.ext.autosummary", "autoapi.extension", "nbsphinx", ] # Document Python Code autoapi_dirs = [SRC_PATH] # Napoleon settings napoleon_numpy_docstring = True # The master toctree document. master_doc = "index" # General information about the project. project = "cobra" copyright = "2016-2019, The cobrapy core team" # The version info for the project you're documenting, acts as replacement for # |version| and |release|, also used in various other places throughout the # built documents. # This import has to be here. from cobra import __version__ as release # noqa: E402 version = ".".join(release.split(".")[:2]) # List of patterns, relative to source directory, that match files and # directories to ignore when looking for source files. exclude_patterns = ["_build", ".ipynb_checkpoints"] pygments_style = "sphinx" # -- Options for HTML output -------------------------------------------------- mathjax_path = ( "https://cdn.mathjax.org/mathjax/latest/" "MathJax.js?config=TeX-AMS-MML_HTMLorMML" ) # -- Options for LaTeX output -------------------------------------------------- latex_elements = { # The paper size ('letterpaper' or 'a4paper'). "papersize": "a4paper", # The font size ('10pt', '11pt' or '12pt'). # 'pointsize': '10pt', # Additional stuff for the LaTeX preamble. "preamble": r"\usepackage{amsmath,amssymb}", } # Grouping the document tree into LaTeX files. List of tuples # (source start file, target name, title, author, documentclass [howto/manual]). latex_documents = [ ( "index", "cobra.tex", "cobra Documentation", "The cobrapy core team", "manual", ) ] # -- Options for manual page output -------------------------------------------- # One entry per manual page. List of tuples # (source start file, name, description, authors, manual section). man_pages = [ ("index", "cobra", u"cobra Documentation", [u"The cobrapy core team"], 1) ] # -- Options for Texinfo output ------------------------------------------------ # Grouping the document tree into Texinfo files. List of tuples # (source start file, target name, title, author, # dir menu entry, description, category) texinfo_documents = [ ( "index", "cobra", "cobra Documentation", "The cobrapy core team", "cobra", "A package for constraints-based modeling of biological networks", "Miscellaneous", ) ] # Example configuration for intersphinx: refer to the Python standard library. intersphinx_mapping = { "http://docs.python.org/": None, "http://docs.scipy.org/doc/numpy/": None, "http://docs.scipy.org/doc/scipy/reference": None, } intersphinx_cache_limit = 10 # days to keep the cached inventories cobrapy-0.23.0/documentation_builder/configuration.ipynb000066400000000000000000000246721417337024700235470ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Global Configuration" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "With cobra > 0.13.4, we introduce a global configuration object. For now, you can configure default reaction bounds and optimization solver which will be respected by newly created reactions and models." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## The configuration object" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "You can get a configuration object[1](#f1) in the following way:" ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import cobra" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "cobra_config = cobra.Configuration()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "1The configuration object is a [singleton](https://en.wikipedia.org/wiki/Singleton_pattern). That means only one instance can exist and it is respected everywhere in COBRApy." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Reaction bounds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The object has the following attributes which you can inspect but also change as desired." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "-1000.0" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra_config.lower_bound" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "1000.0" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra_config.upper_bound" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "(-1000.0, 1000.0)" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra_config.bounds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Changing bounds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "If you modify the above values before creating a reaction they will be used." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "cobra_config.bounds = -10, 20" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierR1
Name
Memory address0x07f0426135fd0
Stoichiometry\n", "

-->

\n", "

-->

\n", "
GPR
Lower bound0.0
Upper bound20
\n", " " ], "text/plain": [ "" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.Reaction(\"R1\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Please note that by default reactions are irreversible. You can change this behavior by unsetting the lower bound argument." ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierR2
Name
Memory address0x07f04260d4438
Stoichiometry\n", "

<=>

\n", "

<=>

\n", "
GPR
Lower bound-10
Upper bound20
\n", " " ], "text/plain": [ "" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.Reaction(\"R2\", lower_bound=None)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "**N.B.: Most models define reaction bounds explicitly which takes precedence over the configured values.**" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "from cobra.test import create_test_model" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [], "source": [ "model = create_test_model(\"textbook\")" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierACt2r
NameR acetate reversible transport via proton - symport
Memory address0x07f042607c780
Stoichiometry\n", "

ac_e + h_e <=> ac_c + h_c

\n", "

Acetate + H+ <=> Acetate + H+

\n", "
GPR
Lower bound-1000.0
Upper bound1000.0
\n", " " ], "text/plain": [ "" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.reactions.ACt2r" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Solver" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "You can define the default solver used by newly instantiated models. The default solver depends on your environment. In order we test for the availability of Gurobi, CPLEX, and GLPK. GLPK is assumed to always be present in the environment." ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.solver" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Changing solver" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [], "source": [ "cobra_config.solver = \"glpk_exact\"" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [], "source": [ "new_model = create_test_model(\"textbook\")" ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "" ] }, "execution_count": 15, "metadata": {}, "output_type": "execute_result" } ], "source": [ "new_model.solver" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Changing global configuration values is mostly useful at the beginning of a work session." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.6" }, "toc": { "base_numbering": 1, "nav_menu": {}, "number_sections": false, "sideBar": true, "skip_h1_title": true, "title_cell": "Table of Contents", "title_sidebar": "Table of Contents", "toc_cell": false, "toc_position": {}, "toc_section_display": true, "toc_window_display": true } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/consistency.ipynb000066400000000000000000000124511417337024700232310ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Consistency testing" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For most problems, multiple flux states can achieve the same optimum and thus we try to obtain a consistent network. By this, we mean that there will be mulitple blocked reactions in the network, which gives rise to this inconsistency. To solve this problem, we use algorithms which can detect all the blocked reactions and also give us consistent networks." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Let us take a toy network, like so:\n", "\n", "\\begin{align}\n", "v_1 &: {} \\rightarrow 2A \\\\\n", "v_2 &: A \\leftrightarrow B \\\\\n", "v_3 &: A \\rightarrow D \\\\\n", "v_4 &: A \\rightarrow C \\\\\n", "v_5 &: C \\rightarrow D \\\\\n", "v_6 &: D \\rightarrow\n", "\\end{align}\n", "\n", "Here, $v_{x}$, where $x \\in \\{1, 2, \\ldots, 6\\}$ represent the flux carried by the reactions as shown above." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import cobra" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "unknown metabolite 'A' created\n", "unknown metabolite 'B' created\n", "unknown metabolite 'D' created\n", "unknown metabolite 'C' created\n" ] } ], "source": [ "test_model = cobra.Model(\"test_model\")\n", "v1 = cobra.Reaction(\"v1\")\n", "v2 = cobra.Reaction(\"v2\")\n", "v3 = cobra.Reaction(\"v3\")\n", "v4 = cobra.Reaction(\"v4\")\n", "v5 = cobra.Reaction(\"v5\")\n", "v6 = cobra.Reaction(\"v6\")\n", "\n", "test_model.add_reactions([v1, v2, v3, v4, v5, v6])\n", "\n", "v1.reaction = \"-> 2 A\"\n", "v2.reaction = \"A <-> B\"\n", "v3.reaction = \"A -> D\"\n", "v4.reaction = \"A -> C\"\n", "v5.reaction = \"C -> D\"\n", "v6.reaction = \"D ->\"\n", "\n", "v1.bounds = (0.0, 3.0)\n", "v2.bounds = (-3.0, 3.0)\n", "v3.bounds = (0.0, 3.0)\n", "v4.bounds = (0.0, 3.0)\n", "v5.bounds = (0.0, 3.0)\n", "v6.bounds = (0.0, 3.0)\n", "\n", "test_model.objective = v6" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Using FVA" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The first approach we can follow is to use FVA (Flux Variability Analysis) which among many other applications, is used to detect blocked reactions. The `cobra.flux_analysis.find_blocked_reactions()` function will return a list of all the blocked reactions obtained using FVA." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "['v2']" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.flux_analysis.find_blocked_reactions(test_model)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "As we see above, we are able to obtain the blocked reaction, which in this case is $v_2$." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Using FASTCC" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The second approach to obtaining consistent network in `cobrapy` is to use FASTCC. Using this method, you can expect to efficiently obtain an accurate consistent network. For more details regarding the algorithm, please see [Vlassis N, Pacheco MP, Sauter T (2014)](https://journals.plos.org/ploscompbiol/article?id=10.1371/journal.pcbi.1003424)." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[,\n", " ,\n", " ,\n", " ,\n", " ]" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "consistent_model = cobra.flux_analysis.fastcc(test_model)\n", "consistent_model.reactions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Similar to the FVA approach, we are able to identify that $v_2$ is indeed the blocked reaction." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.6" }, "toc": { "base_numbering": 1, "nav_menu": {}, "number_sections": false, "sideBar": true, "skip_h1_title": true, "title_cell": "Table of Contents", "title_sidebar": "Table of Contents", "toc_cell": false, "toc_position": {}, "toc_section_display": true, "toc_window_display": true } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/documentation_builder/constraints_objectives.ipynb000066400000000000000000002044671417337024700254660ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Tailored constraints, variables and objectives" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Thanks to the use of symbolic expressions via the optlang mathematical modeling package, it is relatively straight-forward to add new variables, constraints and advanced objectives that cannot be easily formulated as a combination of different reaction and their corresponding upper and lower bounds. Here we demonstrate this optlang functionality which is exposed via the `model.solver.interface`." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Constraints" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Suppose we want to ensure that two reactions have the same flux in our model. We can add this criteria as constraint to our model using the optlang solver interface by simply defining the relevant expression as follows." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import cobra.test\n", "model = cobra.test.create_test_model('textbook')" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "same_flux = model.problem.Constraint(\n", " model.reactions.FBA.flux_expression - model.reactions.NH4t.flux_expression,\n", " lb=0,\n", " ub=0)\n", "model.add_cons_vars(same_flux)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The flux for our reaction of interest is obtained by the `model.reactions.FBA.flux_expression` which is simply the sum of the forward and reverse flux, i.e.," ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "1.0*FBA - 1.0*FBA_reverse_84806" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.reactions.FBA.flux_expression" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Now I can maximize growth rate whilst the fluxes of reactions 'FBA' and 'NH4t' are constrained to be (near) identical." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "4.66274904774 4.66274904774 0.855110960926157\n" ] } ], "source": [ "solution = model.optimize()\n", "print(solution.fluxes['FBA'], solution.fluxes['NH4t'],\n", " solution.objective_value)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "It is also possible to add many constraints at once. For large models, with constraints involving many reactions, the efficient way to do this is to first build a dictionary of the linear coefficients for every flux, and then add the constraint at once. For example, suppose we want to add a constrain on the sum of the absolute values of every flux in the network to be less than 100:" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "coefficients = dict()\n", "for rxn in model.reactions:\n", " coefficients[rxn.forward_variable] = 1.\n", " coefficients[rxn.reverse_variable] = 1.\n", "constraint = model.problem.Constraint(0, lb=0, ub=100)\n", "model.add_cons_vars(constraint)\n", "model.solver.update()\n", "constraint.set_linear_coefficients(coefficients=coefficients)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Objectives\n", "\n", "\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Simple objective such as the maximization of the flux through one or more reactions can conveniently be done by simply \n", "assigning to the `model.objective` property as we have seen in previous chapters, e.g.," ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0.8739215069684307\n" ] } ], "source": [ "model = cobra.test.create_test_model('textbook')\n", "with model:\n", " model.objective = {model.reactions.Biomass_Ecoli_core: 1}\n", " model.optimize()\n", " print(model.reactions.Biomass_Ecoli_core.flux)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The objectives mathematical expression is seen by" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "-1.0*Biomass_Ecoli_core_reverse_2cdba + 1.0*Biomass_Ecoli_core" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.objective.expression" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "But suppose we need a more complicated objective, such as minimizing the Euclidean distance of the solution to the origin minus another variable, while subject to additional linear constraints. This is an objective function with both linear and quadratic components. " ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Consider the example problem:\n", "\n", "> **min** $\\frac{1}{2}\\left(x^2 + y^2 \\right) - y$\n", "\n", "> *subject to*\n", "\n", "> $x + y = 2$\n", "\n", "> $x \\ge 0$\n", "\n", "> $y \\ge 0$\n", "\n", "This (admittedly very artificial) problem can be visualized graphically where the optimum is indicated by the blue dot on the line of feasible solutions." ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "application/pdf": "JVBERi0xLjQKJazcIKu6CjEgMCBvYmoKPDwgL1R5cGUgL0NhdGFsb2cgL1BhZ2VzIDIgMCBSID4+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\n", "image/png": "iVBORw0KGgoAAAANSUhEUgAAAWQAAAElCAYAAADTH5jpAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nAAAAAElFTkSuQmCC\n", "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "%matplotlib inline\n", "import plot_helper\n", "\n", "plot_helper.plot_qp2()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We return to the textbook model and set the solver to one that can handle quadratic objectives such as cplex. We then add the linear constraint that the sum of our x and y reactions, that we set to FBA and NH4t, must equal 2." ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": true }, "outputs": [], "source": [ "model.solver = 'cplex'\n", "sum_two = model.problem.Constraint(\n", " model.reactions.FBA.flux_expression + model.reactions.NH4t.flux_expression,\n", " lb=2,\n", " ub=2)\n", "model.add_cons_vars(sum_two)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Next we add the quadratic objective" ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "quadratic_objective = model.problem.Objective(\n", " 0.5 * model.reactions.NH4t.flux_expression**2 + 0.5 *\n", " model.reactions.FBA.flux_expression**2 -\n", " model.reactions.FBA.flux_expression,\n", " direction='min')\n", "model.objective = quadratic_objective\n", "solution = model.optimize(objective_sense=None)" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0.5 1.5\n" ] } ], "source": [ "print(solution.fluxes['NH4t'], solution.fluxes['FBA'])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Variables" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can also create additional variables to facilitate studying the effects of new constraints and variables. Suppose we want to study the difference in flux between nitrogen and carbon uptake whilst we block other reactions. For this it will may help to add another variable representing this difference." ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "collapsed": true }, "outputs": [], "source": [ "model = cobra.test.create_test_model('textbook')\n", "difference = model.problem.Variable('difference')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We use constraints to define what values this variable shall take" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [], "source": [ "constraint = model.problem.Constraint(\n", " model.reactions.EX_glc__D_e.flux_expression -\n", " model.reactions.EX_nh4_e.flux_expression - difference,\n", " lb=0,\n", " ub=0)\n", "model.add_cons_vars([difference, constraint])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Now we can access that difference directly during our knock-out exploration by looking at its primal value." ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "-5.234680806802543\n", "-5.2346808068025386\n", "-5.234680806802525\n", "-1.8644444444444337\n", "-1.8644444444444466\n" ] } ], "source": [ "for reaction in model.reactions[:5]:\n", " with model:\n", " reaction.knock_out()\n", " model.optimize()\n", " print(model.solver.variables.difference.primal)" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.3" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/deletions.ipynb000066400000000000000000000551471417337024700226670ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "# Simulating Deletions" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "import pandas\n", "from time import time\n", "\n", "import cobra.test\n", "from cobra.flux_analysis import (\n", " single_gene_deletion, single_reaction_deletion, double_gene_deletion,\n", " double_reaction_deletion)\n", "\n", "cobra_model = cobra.test.create_test_model(\"textbook\")\n", "ecoli_model = cobra.test.create_test_model(\"ecoli\")" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Knocking out single genes and reactions" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "A commonly asked question when analyzing metabolic models is what will happen if a certain reaction was not allowed to have any flux at all. This can tested using cobrapy by" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false, "deletable": true, "editable": true, "tags": [] }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": "complete model: \npfk knocked out: \n" } ], "source": [ "print('complete model: ', cobra_model.optimize())\n", "with cobra_model:\n", " cobra_model.reactions.PFK.knock_out()\n", " print('pfk knocked out: ', cobra_model.optimize())" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For evaluating genetic manipulation strategies, it is more interesting to examine what happens if given genes are knocked out as doing so can affect no reactions in case of redundancy, or more reactions if gene when is participating in more than one reaction." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false, "tags": [] }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": "complete model: \npfkA knocked out: \npfkB knocked out: \n" } ], "source": [ "print('complete model: ', cobra_model.optimize())\n", "with cobra_model:\n", " cobra_model.genes.b1723.knock_out()\n", " print('pfkA knocked out: ', cobra_model.optimize())\n", " cobra_model.genes.b3916.knock_out()\n", " print('pfkB knocked out: ', cobra_model.optimize())" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Single Deletions" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Perform all single gene deletions on a model" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "deletion_results = single_gene_deletion(cobra_model)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "These can also be done for only a subset of genes" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "output_type": "execute_result", "data": { "text/plain": " ids growth status\n0 {b0351} 0.873922 optimal\n1 {b0727} 0.858307 optimal\n2 {b2587} 0.873922 optimal\n3 {b0474} 0.873922 optimal\n4 {b3734} 0.374230 optimal\n5 {b0726} 0.858307 optimal\n6 {b3735} 0.374230 optimal\n7 {b1241} 0.873922 optimal\n8 {b1276} 0.873922 optimal\n9 {b1849} 0.873922 optimal\n10 {b3732} 0.374230 optimal\n11 {s0001} 0.211141 optimal\n12 {b0118} 0.873922 optimal\n13 {b0356} 0.873922 optimal\n14 {b2296} 0.873922 optimal\n15 {b0116} 0.782351 optimal\n16 {b1478} 0.873922 optimal\n17 {b3115} 0.873922 optimal\n18 {b3736} 0.374230 optimal\n19 {b3733} 0.374230 optimal", "text/html": "
\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n
idsgrowthstatus
0{b0351}0.873922optimal
1{b0727}0.858307optimal
2{b2587}0.873922optimal
3{b0474}0.873922optimal
4{b3734}0.374230optimal
5{b0726}0.858307optimal
6{b3735}0.374230optimal
7{b1241}0.873922optimal
8{b1276}0.873922optimal
9{b1849}0.873922optimal
10{b3732}0.374230optimal
11{s0001}0.211141optimal
12{b0118}0.873922optimal
13{b0356}0.873922optimal
14{b2296}0.873922optimal
15{b0116}0.782351optimal
16{b1478}0.873922optimal
17{b3115}0.873922optimal
18{b3736}0.374230optimal
19{b3733}0.374230optimal
\n
" }, "metadata": {}, "execution_count": 6 } ], "source": [ "single_gene_deletion(cobra_model, cobra_model.genes[:20])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "This can also be done for reactions" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "output_type": "execute_result", "data": { "text/plain": " ids growth status\n0 {ACALDt} 0.873922 optimal\n1 {ATPS4r} 0.374230 optimal\n2 {EX_ac_e} 0.873922 optimal\n3 {AKGDH} 0.858307 optimal\n4 {ACKr} 0.873922 optimal\n5 {ETOHt2r} 0.873922 optimal\n6 {CS} 0.000000 optimal\n7 {ALCD2x} 0.873922 optimal\n8 {ACONTa} 0.000000 optimal\n9 {D_LACt2} 0.873922 optimal\n10 {ADK1} 0.873922 optimal\n11 {Biomass_Ecoli_core} 0.000000 optimal\n12 {ATPM} 0.916647 optimal\n13 {CYTBD} 0.211663 optimal\n14 {ACt2r} 0.873922 optimal\n15 {CO2t} 0.461670 optimal\n16 {ACALD} 0.873922 optimal\n17 {ENO} 0.000000 optimal\n18 {AKGt2r} 0.873922 optimal\n19 {ACONTb} 0.000000 optimal", "text/html": "
\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n
idsgrowthstatus
0{ACALDt}0.873922optimal
1{ATPS4r}0.374230optimal
2{EX_ac_e}0.873922optimal
3{AKGDH}0.858307optimal
4{ACKr}0.873922optimal
5{ETOHt2r}0.873922optimal
6{CS}0.000000optimal
7{ALCD2x}0.873922optimal
8{ACONTa}0.000000optimal
9{D_LACt2}0.873922optimal
10{ADK1}0.873922optimal
11{Biomass_Ecoli_core}0.000000optimal
12{ATPM}0.916647optimal
13{CYTBD}0.211663optimal
14{ACt2r}0.873922optimal
15{CO2t}0.461670optimal
16{ACALD}0.873922optimal
17{ENO}0.000000optimal
18{AKGt2r}0.873922optimal
19{ACONTb}0.000000optimal
\n
" }, "metadata": {}, "execution_count": 7 } ], "source": [ "single_reaction_deletion(cobra_model, cobra_model.reactions[:20])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Double Deletions" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Double deletions run in a similar way." ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "output_type": "execute_result", "data": { "text/plain": " ids growth status\n0 {b2935} 0.8739 optimal\n1 {b2465, b2464} 0.8739 optimal\n2 {b0008, b2464} 0.8739 optimal\n3 {b0008, b3919} 0.7040 optimal\n4 {b3919, b2465} 0.7040 optimal\n5 {b0008, b2935} 0.8739 optimal\n6 {b3919} 0.7040 optimal\n7 {b2465, b2935} 0.8739 optimal\n8 {b0008, b2465} 0.8739 optimal\n9 {b3919, b2464} 0.7040 optimal\n10 {b2464} 0.8739 optimal\n11 {b0008} 0.8739 optimal\n12 {b3919, b2935} 0.7040 optimal\n13 {b2935, b2464} 0.8739 optimal\n14 {b2465} 0.8739 optimal", "text/html": "
\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n
idsgrowthstatus
0{b2935}0.8739optimal
1{b2465, b2464}0.8739optimal
2{b0008, b2464}0.8739optimal
3{b0008, b3919}0.7040optimal
4{b3919, b2465}0.7040optimal
5{b0008, b2935}0.8739optimal
6{b3919}0.7040optimal
7{b2465, b2935}0.8739optimal
8{b0008, b2465}0.8739optimal
9{b3919, b2464}0.7040optimal
10{b2464}0.8739optimal
11{b0008}0.8739optimal
12{b3919, b2935}0.7040optimal
13{b2935, b2464}0.8739optimal
14{b2465}0.8739optimal
\n
" }, "metadata": {}, "execution_count": 8 } ], "source": [ "double_gene_deletion(\n", " cobra_model, cobra_model.genes[-5:]).round(4)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "By default, the double deletion function will automatically use multiprocessing, splitting the task over up to 4 cores if they are available. The number of cores can be manually specified as well. Setting use of a single core will disable use of the multiprocessing library, which often aids debugging." ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": false, "deletable": true, "editable": true, "tags": [] }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": "Double gene deletions for 200 genes completed in 9.02 sec with 2 cores\nDouble gene deletions for 200 genes completed in 15.48 sec with 1 core\nSpeedup of 1.72x\n" } ], "source": [ "start = time() # start timer()\n", "double_gene_deletion(\n", " ecoli_model, ecoli_model.genes[:25], processes=2)\n", "t1 = time() - start\n", "print(\"Double gene deletions for 200 genes completed in \"\n", " \"%.2f sec with 2 cores\" % t1)\n", "\n", "start = time() # start timer()\n", "double_gene_deletion(\n", " ecoli_model, ecoli_model.genes[:25], processes=1)\n", "t2 = time() - start\n", "print(\"Double gene deletions for 200 genes completed in \"\n", " \"%.2f sec with 1 core\" % t2)\n", "\n", "print(\"Speedup of %.2fx\" % (t2 / t1))" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Double deletions can also be run for reactions." ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "output_type": "execute_result", "data": { "text/plain": " ids growth status\n0 {ACt2r, ACKr} 0.8739 optimal\n1 {ACONTa, ACKr} 0.0000 optimal\n2 {ACONTa, ACONTb} 0.0000 optimal\n3 {ACONTa} 0.0000 optimal\n4 {ACONTb, ACt2r} 0.0000 optimal\n5 {ACt2r} 0.8739 optimal\n6 {ACONTa, ADK1} 0.0000 optimal\n7 {ACONTa, ACt2r} 0.0000 optimal\n8 {ADK1, ACt2r} 0.8739 optimal\n9 {ACONTb, ACKr} 0.0000 optimal\n10 {ADK1} 0.8739 optimal\n11 {ACONTb, ADK1} 0.0000 optimal\n12 {ADK1, ACKr} 0.8739 optimal\n13 {ACKr} 0.8739 optimal\n14 {ACONTb} 0.0000 optimal", "text/html": "
\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n \n
idsgrowthstatus
0{ACt2r, ACKr}0.8739optimal
1{ACONTa, ACKr}0.0000optimal
2{ACONTa, ACONTb}0.0000optimal
3{ACONTa}0.0000optimal
4{ACONTb, ACt2r}0.0000optimal
5{ACt2r}0.8739optimal
6{ACONTa, ADK1}0.0000optimal
7{ACONTa, ACt2r}0.0000optimal
8{ADK1, ACt2r}0.8739optimal
9{ACONTb, ACKr}0.0000optimal
10{ADK1}0.8739optimal
11{ACONTb, ADK1}0.0000optimal
12{ADK1, ACKr}0.8739optimal
13{ACKr}0.8739optimal
14{ACONTb}0.0000optimal
\n
" }, "metadata": {}, "execution_count": 10 } ], "source": [ "double_reaction_deletion(\n", " cobra_model, cobra_model.reactions[2:7]).round(4)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Accessing individual deletion results\n", "\n", "Note that the indices for deletions are python [set](https://docs.python.org/3.8/library/stdtypes.html#set-types-set-frozenset) objects. This is the appropriate type since the order of deletions does not matter. Deleting reaction 1 and reaction 2 will have the same effect as deleting reaction 2 and reaction 1. \n", "\n", "To make it easier to access results all DataFrames returned by COBRAPpy deletion functions have a `knockout` indexer that makes that a bit simpler. Each entry in the indexer is treated as a single deletion entry. So you need to pass sets for double deletions." ] }, { "cell_type": "code", "execution_count": 11, "metadata": { "tags": [] }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": "ids growth status\n89 {ATPM} 0.916647 optimal\n ids growth status\n2238 {ATPM, TKT1} 0.90584 optimal\n" } ], "source": [ "single = single_reaction_deletion(cobra_model)\n", "double = double_reaction_deletion(cobra_model)\n", "\n", "print(single.knockout[\"ATPM\"])\n", "print(double.knockout[{\"ATPM\", \"TKT1\"}])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "This can be used to get several deletions at once and will also work for Reaction or Gene objects (depending on what you deleted) directly." ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "tags": [] }, "outputs": [ { "output_type": "stream", "name": "stdout", "text": "ids growth status\n15 {PFK} 0.704037 optimal\n17 {TKT1} 0.864759 optimal\n89 {ATPM} 0.916647 optimal\n ids growth status\n762 {ATPM} 0.916647 optimal\n2238 {ATPM, TKT1} 0.905840 optimal\n2533 {PFK, ATPM} 0.704037 optimal\n" } ], "source": [ "atpm = cobra_model.reactions.ATPM\n", "tkt1 = cobra_model.reactions.TKT1\n", "pfk = cobra_model.reactions.PFK\n", "\n", "print(single.knockout[atpm, tkt1, pfk])\n", "print(double.knockout[{atpm, tkt1}, {atpm, pfk}, {atpm}])\n" ] }, { "cell_type": "code", "execution_count": null, "metadata": {}, "outputs": [], "source": [] } ], "metadata": { "kernelspec": { "display_name": "Python 3.8.5 64-bit", "language": "python", "name": "python38564bitf0104f1d307f43fe817f807276206b68" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.8.5-final" } }, "nbformat": 4, "nbformat_minor": 2 }cobrapy-0.23.0/documentation_builder/dfba.ipynb000066400000000000000000000727221417337024700215730ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Dynamic Flux Balance Analysis (dFBA) in COBRApy" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The following notebook shows a simple, but slow example of implementing dFBA using COBRApy and [scipy.integrate.solve_ivp](https://docs.scipy.org/doc/scipy/reference/generated/scipy.integrate.solve_ivp.html). This notebook shows a static optimization approach (SOA) implementation and should not be considered production ready.\n", "\n", "The model considers only basic Michaelis-Menten limited growth on glucose." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import numpy as np\n", "from tqdm import tqdm\n", "\n", "from scipy.integrate import solve_ivp\n", "\n", "import matplotlib.pyplot as plt\n", "%matplotlib inline" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Create or load a cobrapy model. Here, we use the 'textbook' e-coli core model." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "import cobra\n", "from cobra.test import create_test_model\n", "model = create_test_model('textbook')" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Set up the dynamic system" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Dynamic flux balance analysis couples a dynamic system in external cellular concentrations to a pseudo-steady state metabolic model.\n", "\n", "In this notebook, we define the function `add_dynamic_bounds(model, y)` to convert the external metabolite concentrations into bounds on the boundary fluxes in the metabolic model." ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "def add_dynamic_bounds(model, y):\n", " \"\"\"Use external concentrations to bound the uptake flux of glucose.\"\"\"\n", " biomass, glucose = y # expand the boundary species\n", " glucose_max_import = -10 * glucose / (5 + glucose)\n", " model.reactions.EX_glc__D_e.lower_bound = glucose_max_import\n", " \n", "\n", "def dynamic_system(t, y):\n", " \"\"\"Calculate the time derivative of external species.\"\"\"\n", "\n", " biomass, glucose = y # expand the boundary species\n", " \n", " # Calculate the specific exchanges fluxes at the given external concentrations.\n", " with model:\n", " add_dynamic_bounds(model, y)\n", " \n", " cobra.util.add_lp_feasibility(model)\n", " feasibility = cobra.util.fix_objective_as_constraint(model)\n", " lex_constraints = cobra.util.add_lexicographic_constraints(\n", " model, ['Biomass_Ecoli_core', 'EX_glc__D_e'], ['max', 'max'])\n", " \n", " # Since the calculated fluxes are specific rates, we multiply them by the\n", " # biomass concentration to get the bulk exchange rates.\n", " fluxes = lex_constraints.values\n", " fluxes *= biomass\n", " \n", " # This implementation is **not** efficient, so I display the current\n", " # simulation time using a progress bar.\n", " if dynamic_system.pbar is not None:\n", " dynamic_system.pbar.update(1)\n", " dynamic_system.pbar.set_description('t = {:.3f}'.format(t))\n", " \n", " return fluxes\n", "\n", "dynamic_system.pbar = None\n", "\n", "\n", "def infeasible_event(t, y):\n", " \"\"\"\n", " Determine solution feasibility.\n", " \n", " Avoiding infeasible solutions is handled by solve_ivp's built-in event detection.\n", " This function re-solves the LP to determine whether or not the solution is feasible\n", " (and if not, how far it is from feasibility). When the sign of this function changes\n", " from -epsilon to positive, we know the solution is no longer feasible.\n", " \n", " \"\"\"\n", " \n", " with model:\n", " \n", " add_dynamic_bounds(model, y)\n", " \n", " cobra.util.add_lp_feasibility(model)\n", " feasibility = cobra.util.fix_objective_as_constraint(model)\n", " \n", " return feasibility - infeasible_event.epsilon\n", "\n", "infeasible_event.epsilon = 1E-6\n", "infeasible_event.direction = 1\n", "infeasible_event.terminal = True" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Run the dynamic FBA simulation" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "t = 5.804: : 185it [00:16, 11.27it/s]\n" ] } ], "source": [ "ts = np.linspace(0, 15, 100) # Desired integration resolution and interval\n", "y0 = [0.1, 10]\n", "\n", "with tqdm() as pbar:\n", " dynamic_system.pbar = pbar\n", "\n", " sol = solve_ivp(\n", " fun=dynamic_system,\n", " events=[infeasible_event],\n", " t_span=(ts.min(), ts.max()),\n", " y0=y0,\n", " t_eval=ts,\n", " rtol=1e-6,\n", " atol=1e-8,\n", " method='BDF'\n", " )" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Because the culture runs out of glucose, the simulation terminates early. The exact time of this 'cell death' is recorded in `sol.t_events`." ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "data": { "text/plain": [ " message: 'A termination event occurred.'\n", " nfev: 179\n", " njev: 2\n", " nlu: 14\n", " sol: None\n", " status: 1\n", " success: True\n", " t: array([0. , 0.15151515, 0.3030303 , 0.45454545, 0.60606061,\n", " 0.75757576, 0.90909091, 1.06060606, 1.21212121, 1.36363636,\n", " 1.51515152, 1.66666667, 1.81818182, 1.96969697, 2.12121212,\n", " 2.27272727, 2.42424242, 2.57575758, 2.72727273, 2.87878788,\n", " 3.03030303, 3.18181818, 3.33333333, 3.48484848, 3.63636364,\n", " 3.78787879, 3.93939394, 4.09090909, 4.24242424, 4.39393939,\n", " 4.54545455, 4.6969697 , 4.84848485, 5. , 5.15151515,\n", " 5.3030303 , 5.45454545, 5.60606061, 5.75757576])\n", " t_events: [array([5.80191035])]\n", " y: array([[ 0.1 , 0.10897602, 0.11871674, 0.12927916, 0.14072254,\n", " 0.15310825, 0.16649936, 0.18095988, 0.19655403, 0.21334507,\n", " 0.23139394, 0.25075753, 0.27148649, 0.29362257, 0.31719545,\n", " 0.34221886, 0.36868605, 0.3965646 , 0.42579062, 0.4562623 ,\n", " 0.48783322, 0.52030582, 0.55342574, 0.58687742, 0.62028461,\n", " 0.65321433, 0.685188 , 0.71570065, 0.74425054, 0.77037369,\n", " 0.79368263, 0.81390289, 0.83089676, 0.84467165, 0.85535715,\n", " 0.8631722 , 0.86843813, 0.8715096 , 0.8727423 ],\n", " [10. , 9.8947027 , 9.78040248, 9.65642157, 9.52205334,\n", " 9.37656372, 9.21919615, 9.04917892, 8.86573366, 8.6680879 ,\n", " 8.45549026, 8.22722915, 7.98265735, 7.72122137, 7.442497 ,\n", " 7.14623236, 6.83239879, 6.50124888, 6.15338213, 5.78981735,\n", " 5.41206877, 5.02222068, 4.62299297, 4.21779303, 3.81071525,\n", " 3.40650104, 3.01042208, 2.6280723 , 2.26504645, 1.92656158,\n", " 1.61703023, 1.33965598, 1.09616507, 0.88670502, 0.70995892,\n", " 0.56344028, 0.44387781, 0.34762375, 0.27100065]])" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "sol" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Plot timelines of biomass and glucose" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "Text(0, 0.5, 'Glucose')" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" }, { "data": { "image/png": "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\n", "text/plain": [ "
" ] }, "metadata": { "needs_background": "light" }, "output_type": "display_data" } ], "source": [ "ax = plt.subplot(111)\n", "ax.plot(sol.t, sol.y.T[:, 0])\n", "ax2 = plt.twinx(ax)\n", "ax2.plot(sol.t, sol.y.T[:, 1], color='r')\n", "\n", "ax.set_ylabel('Biomass', color='b')\n", "ax2.set_ylabel('Glucose', color='r')" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.6" }, "toc": { "base_numbering": 1, "nav_menu": {}, "number_sections": false, "sideBar": true, "skip_h1_title": true, "title_cell": "Table of Contents", "title_sidebar": "Table of Contents", "toc_cell": false, "toc_position": {}, "toc_section_display": true, "toc_window_display": true } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/documentation_builder/faq.ipynb000066400000000000000000000211741417337024700214410ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# FAQ" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "This document will address frequently asked questions not addressed in other pages of the documentation." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I install cobrapy?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Please see the [INSTALL.rst](https://github.com/opencobra/cobrapy/blob/stable/INSTALL.rst) file." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I cite cobrapy?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Please cite the 2013 publication: [10.1186/1752-0509-7-74](http://dx.doi.org/doi:10.1186/1752-0509-7-74)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I rename reactions or metabolites?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "TL;DR Use `Model.repair` afterwards\n", "\n", "When renaming metabolites or reactions, there are issues because cobra indexes based off of ID's, which can cause errors. For example:" ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "from __future__ import print_function\n", "import cobra.test\n", "model = cobra.test.create_test_model()\n", "\n", "for metabolite in model.metabolites:\n", " metabolite.id = \"test_\" + metabolite.id\n", "\n", "try:\n", " model.metabolites.get_by_id(model.metabolites[0].id)\n", "except KeyError as e:\n", " print(repr(e))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The Model.repair function will rebuild the necessary indexes" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Metabolite identifiertest_dcaACP_c
NameDecanoyl-ACP-n-C100ACP
Memory address0x0110f09630
FormulaC21H39N2O8PRS
" ], "text/plain": [ "" ] }, "execution_count": 2, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.repair()\n", "model.metabolites.get_by_id(model.metabolites[0].id)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I delete a gene?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "That depends on what precisely you mean by delete a gene.\n", "\n", "If you want to simulate the model with a gene knockout, use the `cobra.manipulation.delete_model_genes` function. The effects of this function are reversed by `cobra.manipulation.undelete_model_genes`." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "bounds before knockout: (-1000.0, 1000.0)\n", "bounds after knockouts (0.0, 0.0)\n" ] } ], "source": [ "model = cobra.test.create_test_model()\n", "PGI = model.reactions.get_by_id(\"PGI\")\n", "print(\"bounds before knockout:\", (PGI.lower_bound, PGI.upper_bound))\n", "cobra.manipulation.delete_model_genes(model, [\"STM4221\"])\n", "print(\"bounds after knockouts\", (PGI.lower_bound, PGI.upper_bound))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "If you want to actually remove all traces of a gene from a model, this is more difficult because this will require changing all the `gene_reaction_rule` strings for reactions involving the gene." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I change the reversibility of a Reaction?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "`Reaction.reversibility` is a property in cobra which is computed when it is requested from the lower and upper bounds." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "True" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model = cobra.test.create_test_model()\n", "model.reactions.get_by_id(\"PGI\").reversibility" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Trying to set it directly will result in an error or warning: " ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "name": "stderr", "output_type": "stream", "text": [ "cobra/core/reaction.py:501 \u001b[1;31mUserWarning\u001b[0m: Setting reaction reversibility is ignored\n" ] } ], "source": [ "try:\n", " model.reactions.get_by_id(\"PGI\").reversibility = False\n", "except Exception as e:\n", " print(repr(e))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The way to change the reversibility is to change the bounds to make the reaction irreversible." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "False" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.reactions.get_by_id(\"PGI\").lower_bound = 10\n", "model.reactions.get_by_id(\"PGI\").reversibility" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## How do I generate an LP file from a COBRA model?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### For optlang based solvers" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "With optlang solvers, the LP formulation of a model is obtained by it's string representation. All solvers behave the same way." ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": true }, "outputs": [], "source": [ "with open('test.lp', 'w') as out:\n", " out.write(str(model.solver))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### For cobrapy's internal solvers" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "With the internal solvers, we first create the problem and use functions bundled with the solver. \n", "\n", "Please note that unlike the LP file format, the MPS file format does not specify objective direction and is always a minimization. Some (but not all) solvers will rewrite the maximization as a minimization." ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [], "source": [ "model = cobra.test.create_test_model()\n", "# glpk through cglpk\n", "glpk = cobra.solvers.cglpk.create_problem(model)\n", "glpk.write(\"test.lp\")\n", "glpk.write(\"test.mps\") # will not rewrite objective\n", "# cplex\n", "cplex = cobra.solvers.cplex_solver.create_problem(model)\n", "cplex.write(\"test.lp\")\n", "cplex.write(\"test.mps\") # rewrites objective" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### How do I visualize my flux solutions?" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Please browse the [visualization packages](https://opencobra.github.io/cobrapy/tags/visualization/) on our website for the most recent list of tools." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.7" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/gapfilling.ipynb000066400000000000000000000156211417337024700230060ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Gapfillling\n", "\n", "Model gap filling is the task of figuring out which reactions have to be added to a model to make it feasible. Several such algorithms have been reported e.g. [Kumar et al. 2009](http://dx.doi.org/10.1371/journal.pcbi.1000308) and [Reed et al. 2006](http://www.pnas.org/content/103/46/17480.short). Cobrapy has a gap filling implementation that is very similar to that of Reed et al. where we use a mixed-integer linear program to figure out the smallest number of reactions that need to be added for a user-defined collection of reactions, i.e. a universal model. Briefly, the problem that we try to solve is" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Minimize: $$\\sum_i c_i * z_i$$" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "subject to" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "$$Sv = 0$$\n", "$$v^\\star \\geq t$$\n", "$$l_i\\leq v_i \\leq u_i$$\n", "$$v_i = 0 \\textrm{ if } z_i = 0$$" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Where *l*, *u* are lower and upper bounds for reaction *i* and *z* is an indicator variable that is zero if the reaction is not used and otherwise 1, *c* is a user-defined cost associated with using the *i*th reaction, $v^\\star$ is the flux of the objective and *t* a lower bound for that objective. To demonstrate, let's take a model and remove some essential reactions from it." ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "import cobra.test\n", "from cobra.flux_analysis import gapfill\n", "model = cobra.test.create_test_model(\"salmonella\")" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "In this model D-Fructose-6-phosphate is an essential metabolite. We will remove all the reactions using it, and at them to a separate model." ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "universal = cobra.Model(\"universal_reactions\")\n", "for i in [i.id for i in model.metabolites.f6p_c.reactions]:\n", " reaction = model.reactions.get_by_id(i)\n", " universal.add_reaction(reaction.copy())\n", " model.remove_reactions([reaction])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Now, because of these gaps, the model won't grow." ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "data": { "text/plain": [ "0.0" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.optimize().objective_value" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We will use can use the model's original objective, growth, to figure out which of the removed reactions are required for the model be feasible again. This is very similar to making the 'no-growth but growth (NGG)' predictions of [Kumar et al. 2009](http://dx.doi.org/10.1371/journal.pcbi.1000308)." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "GF6PTA\n", "F6PP\n", "TKT2\n", "FBP\n", "MAN6PI\n" ] } ], "source": [ "solution = gapfill(model, universal, demand_reactions=False)\n", "for reaction in solution[0]:\n", " print(reaction.id)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We can obtain multiple possible reaction sets by having the algorithm go through multiple iterations." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "---- Run 1 ----\n", "GF6PTA\n", "F6PP\n", "TKT2\n", "FBP\n", "MAN6PI\n", "---- Run 2 ----\n", "GF6PTA\n", "TALA\n", "PGI\n", "F6PA\n", "MAN6PI\n", "---- Run 3 ----\n", "GF6PTA\n", "F6PP\n", "TKT2\n", "FBP\n", "MAN6PI\n", "---- Run 4 ----\n", "GF6PTA\n", "TALA\n", "PGI\n", "F6PA\n", "MAN6PI\n" ] } ], "source": [ "result = gapfill(model, universal, demand_reactions=False, iterations=4)\n", "for i, entries in enumerate(result):\n", " print(\"---- Run %d ----\" % (i + 1))\n", " for e in entries:\n", " print(e.id)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "We can also instead of using the original objective, specify a given metabolite that we want the model to be able to produce." ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "FBP\n" ] } ], "source": [ "with model:\n", " model.objective = model.add_boundary(model.metabolites.f6p_c, type='demand')\n", " solution = gapfill(model, universal)\n", " for reaction in solution[0]:\n", " print(reaction.id)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Finally, note that using mixed-integer linear programming is computationally quite expensive and for larger models you may want to consider alternative [gap filling methods](http://opencobra.github.io/cobrapy/tags/gapfilling/) and [reconstruction methods](http://opencobra.github.io/cobrapy/tags/reconstruction/)." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.0" } }, "nbformat": 4, "nbformat_minor": 0 } cobrapy-0.23.0/documentation_builder/getting_started.ipynb000066400000000000000000001021641417337024700240600ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Getting Started" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Loading a model and inspecting it" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "To begin with, cobrapy comes with bundled models for _Salmonella_ and _E. coli_, as well as a \"textbook\" model of _E. coli_ core metabolism. To load a test model, type" ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "from __future__ import print_function\n", "\n", "import cobra\n", "import cobra.test\n", "\n", "# \"ecoli\" and \"salmonella\" are also valid arguments\n", "model = cobra.test.create_test_model(\"textbook\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The reactions, metabolites, and genes attributes of the cobrapy model are a special type of list called a `cobra.DictList`, and each one is made up of `cobra.Reaction`, `cobra.Metabolite` and `cobra.Gene` objects respectively." ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "scrolled": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "95\n", "72\n", "137\n" ] } ], "source": [ "print(len(model.reactions))\n", "print(len(model.metabolites))\n", "print(len(model.genes))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "When using [Jupyter notebook](https://jupyter-notebook-beginner-guide.readthedocs.io/en/latest/) this type of information is rendered as a table." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namee_coli_core
Memory address0x01158878d00x010cb2d358
Number of metabolites72
Number of reactions95
Objective expression1.0*Biomass_Ecoli_core - 1.0*Biomass_Ecoli_core_reverse_2cdba
Compartmentscytosol, extracellular
" ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Just like a regular list, objects in the `DictList` can be retrieved by index. For example, to get the 30th reaction in the model (at index 29 because of [0-indexing](https://en.wikipedia.org/wiki/Zero-based_numbering)):" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierEX_glu__L_e
NameL-Glutamate exchange
Memory address0x011615e2e80x0117a94898
Stoichiometry\n", "

glu__L_e -->

\n", "

L-Glutamate -->

\n", "
GPR
Lower bound0.0
Upper bound1000.0
\n", " " ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.reactions[29]" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Additionally, items can be retrieved by their `id` using the `DictList.get_by_id()` function. For example, to get the cytosolic atp metabolite object (the id is \"atp_c\"), we can do the following:" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", " \n", ======= " PPCK, ATPS4r, ADK1, ATPM, GLNS, GLNabc, ACKr, PGK, PPS, PYK, SUCOAS, Biomass_Ecoli_core, PFK\n", >>>>>>> origin/devel " \n", "
Metabolite identifieratp_c
NameATP
Memory address0x01160d46300x01179dae48
FormulaC10H12N5O13P3
Compartmentc
In 13 reaction(s)\n", <<<<<<< HEAD " PPS, ADK1, ATPS4r, GLNS, SUCOAS, GLNabc, PGK, ATPM, PPCK, ACKr, PFK, Biomass_Ecoli_core, PYK
" ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.metabolites.get_by_id(\"atp_c\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "As an added bonus, users with an interactive shell such as IPython will be able to tab-complete to list elements inside a list. While this is not recommended behavior for most code because of the possibility for characters like \"-\" inside ids, this is very useful while in an interactive prompt:" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "(-10.0, 1000.0)" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.reactions.EX_glc__D_e.bounds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Reactions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We will consider the reaction glucose 6-phosphate isomerase, which interconverts glucose 6-phosphate and fructose 6-phosphate. The reaction id for this reaction in our test model is PGI." ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Reaction identifierPGI
Nameglucose-6-phosphate isomerase
Memory address0x0116188e480x0117afacc0
Stoichiometry\n", "

g6p_c <=> f6p_c

\n", "

D-Glucose 6-phosphate <=> D-Fructose 6-phosphate

\n", "
GPRb4025
Lower bound-1000.0
Upper bound1000.0
\n", " " ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi = model.reactions.get_by_id(\"PGI\")\n", "pgi" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can view the full name and reaction catalyzed as strings" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "glucose-6-phosphate isomerase\n", "g6p_c <=> f6p_c\n" ] } ], "source": [ "print(pgi.name)\n", "print(pgi.reaction)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can also view reaction upper and lower bounds. Because the `pgi.lower_bound` < 0, and `pgi.upper_bound` > 0, `pgi` is reversible." ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "-1000.0 < pgi < 1000.0\n", "True\n" ] } ], "source": [ "print(pgi.lower_bound, \"< pgi <\", pgi.upper_bound)\n", "print(pgi.reversibility)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The lower and upper bound of reactions can also be modified, and the reversibility attribute will automatically be updated. The preferred method for manipulating bounds is using `reaction.bounds`, e.g." ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0 < pgi < 1000.0\n", "Reversibility after modification: False\n", "Reversibility after resetting: True\n" ] } ], "source": [ "old_bounds = pgi.bounds\n", "pgi.bounds = (0, 1000.0)\n", "print(pgi.lower_bound, \"< pgi <\", pgi.upper_bound)\n", "print(\"Reversibility after modification:\", pgi.reversibility)\n", "pgi.bounds = old_bounds\n", "print(\"Reversibility after resetting:\", pgi.reversibility)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Bounds can also be modified one-at-a-time using `reaction.lower_bound` or `reaction.upper_bound`. This approach is less desirable than setting both bounds simultaneously with `reaction.bounds` because a user might accidently set a lower bound *higher* than an upper bound (or vice versa). Currently, cobrapy will automatically adjust the other bound (e.g. the bound the user didn't manually adjust) so that this violation doesn't occur, but this feature may be removed in the near future. " ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Upper bound prior to setting new lower bound: 1000.0\n", "Upper bound after setting new lower bound: 1100\n" ] } ], "source": [ "old_bounds = pgi.bounds\n", "print('Upper bound prior to setting new lower bound:', pgi.upper_bound)\n", "pgi.lower_bound = 1100\n", "print('Upper bound after setting new lower bound:', pgi.upper_bound)\n", "pgi.bounds = old_bounds" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can also ensure the reaction is mass balanced. This function will return elements which violate mass balance. If it comes back empty, then the reaction is mass balanced." ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{}" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.check_mass_balance()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "In order to add a metabolite, we pass in a `dict` with the metabolite object and its coefficient" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "'g6p_c + h_c <=> f6p_c'" ] }, "execution_count": 13, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.add_metabolites({model.metabolites.get_by_id(\"h_c\"): -1})\n", "pgi.reaction" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The reaction is no longer mass balanced" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'charge': -1.0, 'H': -1.0}" ] }, "execution_count": 14, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.check_mass_balance()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can remove the metabolite, and the reaction will be balanced once again." ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "g6p_c <=> f6p_c\n", "{}\n" ] } ], "source": [ "pgi.subtract_metabolites({model.metabolites.get_by_id(\"h_c\"): -1})\n", "print(pgi.reaction)\n", "print(pgi.check_mass_balance())" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "It is also possible to build the reaction from a string. However, care must be taken when doing this to ensure reaction id's match those in the model. The direction of the arrow is also used to update the upper and lower bounds." ] }, { "cell_type": "code", "execution_count": 16, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "unknown metabolite 'green_eggs' created\n", "unknown metabolite 'ham' created\n" ] } ], "source": [ "pgi.reaction = \"g6p_c --> f6p_c + h_c + green_eggs + ham\"" ] }, { "cell_type": "code", "execution_count": 17, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "'g6p_c --> f6p_c + green_eggs + h_c + ham'" ] }, "execution_count": 17, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.reaction" ] }, { "cell_type": "code", "execution_count": 18, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "'g6p_c <=> f6p_c'" ] }, "execution_count": 18, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.reaction = \"g6p_c <=> f6p_c\"\n", "pgi.reaction" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Metabolites" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We will consider cytosolic atp as our metabolite, which has the id `\"atp_c\"` in our test model." ] }, { "cell_type": "code", "execution_count": 19, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", " \n", ======= " PPCK, ATPS4r, ADK1, ATPM, GLNS, GLNabc, ACKr, PGK, PPS, PYK, SUCOAS, Biomass_Ecoli_core, PFK\n", >>>>>>> origin/devel " \n", "
Metabolite identifieratp_c
NameATP
Memory address0x01160d46300x01179dae48
FormulaC10H12N5O13P3
Compartmentc
In 13 reaction(s)\n", <<<<<<< HEAD " PPS, ADK1, ATPS4r, GLNS, SUCOAS, GLNabc, PGK, ATPM, PPCK, ACKr, PFK, Biomass_Ecoli_core, PYK
" ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 19, "metadata": {}, "output_type": "execute_result" } ], "source": [ "atp = model.metabolites.get_by_id(\"atp_c\")\n", "atp" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can print out the metabolite name and compartment (cytosol in this case) directly as string." ] }, { "cell_type": "code", "execution_count": 20, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "ATP\n", "c\n" ] } ], "source": [ "print(atp.name)\n", "print(atp.compartment)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can see that ATP is a charged molecule in our model." ] }, { "cell_type": "code", "execution_count": 21, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "-4" ] }, "execution_count": 21, "metadata": {}, "output_type": "execute_result" } ], "source": [ "atp.charge" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can see the chemical formula for the metabolite as well." ] }, { "cell_type": "code", "execution_count": 22, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "C10H12N5O13P3\n" ] } ], "source": [ "print(atp.formula)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The reactions attribute gives a `frozenset` of all reactions using the given metabolite. We can use this to count the number of reactions which use atp." ] }, { "cell_type": "code", "execution_count": 23, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "13" ] }, "execution_count": 23, "metadata": {}, "output_type": "execute_result" } ], "source": [ "len(atp.reactions)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "A metabolite like glucose 6-phosphate will participate in fewer reactions." ] }, { "cell_type": "code", "execution_count": 24, "metadata": {}, "outputs": [ { "data": { "text/plain": [ <<<<<<< HEAD "frozenset({,\n", " ,\n", " ,\n", " })" ======= "frozenset({,\n", " ,\n", " ,\n", " })" >>>>>>> origin/devel ] }, "execution_count": 24, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.metabolites.get_by_id(\"g6p_c\").reactions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Genes" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The `gene_reaction_rule` is a boolean representation of the gene requirements for this reaction to be active as described in [Schellenberger et al 2011 Nature Protocols 6(9):1290-307](http://dx.doi.org/doi:10.1038/nprot.2011.308).\n", "\n", "The GPR is stored as the gene_reaction_rule for a Reaction object as a string." ] }, { "cell_type": "code", "execution_count": 25, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "'b4025'" ] }, "execution_count": 25, "metadata": {}, "output_type": "execute_result" } ], "source": [ "gpr = pgi.gene_reaction_rule\n", "gpr" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Corresponding gene objects also exist. These objects are tracked by the reactions itself, as well as by the model" ] }, { "cell_type": "code", "execution_count": 26, "metadata": {}, "outputs": [ { "data": { "text/plain": [ <<<<<<< HEAD "frozenset({})" ======= "frozenset({})" >>>>>>> origin/devel ] }, "execution_count": 26, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.genes" ] }, { "cell_type": "code", "execution_count": 27, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", "
Gene identifierb4025
Namepgi
Memory address0x011610a2b00x01179cec18
FunctionalTrue
In 1 reaction(s)\n", " PGI
" ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 27, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi_gene = model.genes.get_by_id(\"b4025\")\n", "pgi_gene" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Each gene keeps track of the reactions it catalyzes" ] }, { "cell_type": "code", "execution_count": 28, "metadata": {}, "outputs": [ { "data": { "text/plain": [ <<<<<<< HEAD "frozenset({})" ======= "frozenset({})" >>>>>>> origin/devel ] }, "execution_count": 28, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi_gene.reactions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Altering the gene_reaction_rule will create new gene objects if necessary and update all relationships." ] }, { "cell_type": "code", "execution_count": 29, "metadata": {}, "outputs": [ { "data": { "text/plain": [ <<<<<<< HEAD "frozenset({, })" ======= "frozenset({, })" >>>>>>> origin/devel ] }, "execution_count": 29, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi.gene_reaction_rule = \"(spam or eggs)\"\n", "pgi.genes" ] }, { "cell_type": "code", "execution_count": 30, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "frozenset()" ] }, "execution_count": 30, "metadata": {}, "output_type": "execute_result" } ], "source": [ "pgi_gene.reactions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Newly created genes are also added to the model" ] }, { "cell_type": "code", "execution_count": 31, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", <<<<<<< HEAD " \n", ======= " \n", >>>>>>> origin/devel " \n", " \n", " \n", " \n", " \n", "
Gene identifierspam
Name
Memory address0x01160240800x011793d748
FunctionalTrue
In 1 reaction(s)\n", " PGI
" ], "text/plain": [ <<<<<<< HEAD "" ======= "" >>>>>>> origin/devel ] }, "execution_count": 31, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.genes.get_by_id(\"spam\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The `delete_model_genes` function will evaluate the GPR and set the upper and lower bounds to 0 if the reaction is knocked out. This function can preserve existing deletions or reset them using the `cumulative_deletions` flag." ] }, { "cell_type": "code", "execution_count": 32, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "after 1 KO: -1000 < flux_PGI < 1000\n", "after 2 KO: 0 < flux_PGI < 0\n" ] } ], "source": [ "cobra.manipulation.delete_model_genes(\n", " model, [\"spam\"], cumulative_deletions=True)\n", "print(\"after 1 KO: %4d < flux_PGI < %4d\" % (pgi.lower_bound, pgi.upper_bound))\n", "\n", "cobra.manipulation.delete_model_genes(\n", " model, [\"eggs\"], cumulative_deletions=True)\n", "print(\"after 2 KO: %4d < flux_PGI < %4d\" % (pgi.lower_bound, pgi.upper_bound))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The undelete_model_genes can be used to reset a gene deletion" ] }, { "cell_type": "code", "execution_count": 33, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "-1000 < pgi < 1000\n" ] } ], "source": [ "cobra.manipulation.undelete_model_genes(model)\n", "print(pgi.lower_bound, \"< pgi <\", pgi.upper_bound)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Making changes reversibly using models as contexts" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Quite often, one wants to make small changes to a model and evaluate the impacts of these. For example, we may want to knock-out all reactions sequentially, and see what the impact of this is on the objective function. One way of doing this would be to create a new copy of the model before each knock-out with `model.copy()`. However, even with small models, this is a very slow approach as models are quite complex objects. Better then would be to do the knock-out, optimizing and then manually resetting the reaction bounds before proceeding with the next reaction. Since this is such a common scenario however, cobrapy allows us to use the model as a context, to have changes reverted automatically." ] }, { "cell_type": "code", "execution_count": 34, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "ACALD blocked (bounds: (0, 0)), new growth rate 0.873922\n", "ACALDt blocked (bounds: (0, 0)), new growth rate 0.873922\n", "ACKr blocked (bounds: (0, 0)), new growth rate 0.873922\n", "ACONTa blocked (bounds: (0, 0)), new growth rate -0.000000\n", "ACONTb blocked (bounds: (0, 0)), new growth rate -0.000000\n" ] } ], "source": [ "model = cobra.test.create_test_model('textbook')\n", "for reaction in model.reactions[:5]:\n", " with model as model:\n", " reaction.knock_out()\n", " model.optimize()\n", " print('%s blocked (bounds: %s), new growth rate %f' %\n", " (reaction.id, str(reaction.bounds), model.objective.value))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "If we look at those knocked reactions, see that their bounds have all been reverted." ] }, { "cell_type": "code", "execution_count": 35, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[(-1000.0, 1000.0),\n", " (-1000.0, 1000.0),\n", " (-1000.0, 1000.0),\n", " (-1000.0, 1000.0),\n", " (-1000.0, 1000.0)]" ] }, "execution_count": 35, "metadata": {}, "output_type": "execute_result" } ], "source": [ "[reaction.bounds for reaction in model.reactions[:5]]" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Nested contexts are also supported" ] }, { "cell_type": "code", "execution_count": 36, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "original objective: 1.0*Biomass_Ecoli_core - 1.0*Biomass_Ecoli_core_reverse_2cdba\n", "print objective in first context: -1.0*ATPM_reverse_5b752 + 1.0*ATPM\n", "print objective in second context: 1.0*ACALD - 1.0*ACALD_reverse_fda2b\n", "objective after exiting second context: -1.0*ATPM_reverse_5b752 + 1.0*ATPM\n", "back to original objective: 1.0*Biomass_Ecoli_core - 1.0*Biomass_Ecoli_core_reverse_2cdba\n" ] } ], "source": [ "print('original objective: ', model.objective.expression)\n", "with model:\n", " model.objective = 'ATPM'\n", " print('print objective in first context:', model.objective.expression)\n", " with model:\n", " model.objective = 'ACALD'\n", " print('print objective in second context:', model.objective.expression)\n", " print('objective after exiting second context:',\n", " model.objective.expression)\n", "print('back to original objective:', model.objective.expression)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Most methods that modify the model are supported like this including adding and removing reactions and metabolites and setting the objective. Supported methods and functions mention this in the corresponding documentation." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "While it does not have any actual effect, for syntactic convenience it is also possible to refer to the model by a different name than outside the context. Such as" ] }, { "cell_type": "code", "execution_count": 37, "metadata": {}, "outputs": [], "source": [ "with model as inner:\n", " inner.reactions.PFK.knock_out" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.5" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/index.rst000066400000000000000000000014161417337024700214650ustar00rootroot00000000000000Documentation for COBRApy ========================= For installation instructions, please see `INSTALL.rst `_. Many of the examples below are viewable as IPython notebooks, which can be viewed at `nbviewer `_. .. toctree:: :numbered: :maxdepth: 2 getting_started configuration building_model io simulating deletions phenotype_phase_plane sampling loopless consistency gapfilling media solvers constraints_objectives dfba pymatbridge faq _autogen/modules Indices and tables ================== * :ref:`genindex` * :ref:`modindex` * :ref:`search` cobrapy-0.23.0/documentation_builder/io.ipynb000066400000000000000000000361341417337024700213030ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Reading and Writing Models" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Cobrapy supports reading and writing models in SBML (with and without FBC), JSON, YAML, MAT, and pickle formats. Generally, SBML with FBC version 2 is the preferred format for general use. The JSON format may be more useful for cobrapy-specific functionality.\n", "\n", "The package also ships with test models in various formats for testing purposes." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "mini test files: \n", "mini.json, mini.mat, mini.pickle, mini.yml, mini_cobra.xml, mini_fbc1.xml, mini_fbc2.xml, mini_fbc2.xml.bz2, mini_fbc2.xml.gz\n" ] } ], "source": [ "import cobra.test\n", "import os\n", "from os.path import join\n", "\n", "data_dir = cobra.test.data_dir\n", "\n", "print(\"mini test files: \")\n", "print(\", \".join(i for i in os.listdir(data_dir) if i.startswith(\"mini\")))\n", "\n", "textbook_model = cobra.test.create_test_model(\"textbook\")\n", "ecoli_model = cobra.test.create_test_model(\"ecoli\")\n", "salmonella_model = cobra.test.create_test_model(\"salmonella\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## SBML" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The [Systems Biology Markup Language](http://sbml.org) is an XML-based standard format for distributing models which has support for COBRA models through the [FBC extension](http://sbml.org/Documents/Specifications/SBML_Level_3/Packages/Flux_Balance_Constraints_%28flux%29) version 2.\n", "\n", "Cobrapy has native support for reading and writing SBML with FBCv2. Please note that all id's in the model must conform to the SBML SID requirements in order to generate a valid SBML file." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x01074fd080
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentscytosol, extracellular
" ], "text/plain": [ "" ] }, "execution_count": 2, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.read_sbml_model(join(data_dir, \"mini_fbc2.xml\"))" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": true }, "outputs": [], "source": [ "cobra.io.write_sbml_model(textbook_model, \"test_fbc2.xml\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "There are other dialects of SBML prior to FBC 2 which have previously been use to encode COBRA models. The primary ones is the \"COBRA\" dialect which used the \"notes\" fields in SBML files.\n", "\n", "Cobrapy can use [libsbml](http://sbml.org/Software/libSBML), which must be installed separately (see installation instructions) to read and write these files. When reading in a model, it will automatically detect whether FBC was used or not. When writing a model, the use_fbc_package flag can be used can be used to write files in this legacy \"cobra\" format.\n", "\n", "Consider having the [lxml](http://lxml.de/) package installed as it can speed up parsing considerably." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x0112fa6b38
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentscytosol, extracellular
" ], "text/plain": [ "" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.read_sbml_model(join(data_dir, \"mini_cobra.xml\"))" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": true }, "outputs": [], "source": [ "cobra.io.write_sbml_model(\n", " textbook_model, \"test_cobra.xml\", use_fbc_package=False)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## JSON" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Cobrapy models have a [JSON](https://en.wikipedia.org/wiki/JSON) (JavaScript Object Notation) representation. This format was created for interoperability with [escher](https://escher.github.io)." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x0113061080
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentscytosol, extracellular
" ], "text/plain": [ "" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.load_json_model(join(data_dir, \"mini.json\"))" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": true }, "outputs": [], "source": [ "cobra.io.save_json_model(textbook_model, \"test.json\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## YAML" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Cobrapy models have a [YAML](https://en.wikipedia.org/wiki/YAML) (YAML Ain't Markup Language) representation. This format was created for more human readable model representations and automatic diffs between models." ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x0113013390
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentsextracellular, cytosol
" ], "text/plain": [ "" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.load_yaml_model(join(data_dir, \"mini.yml\"))" ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": true }, "outputs": [], "source": [ "cobra.io.save_yaml_model(textbook_model, \"test.yml\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## MATLAB" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Often, models may be imported and exported solely for the purposes of working with the same models in cobrapy and the [MATLAB cobra toolbox](http://opencobra.github.io/cobratoolbox/). MATLAB has its own \".mat\" format for storing variables. Reading and writing to these mat files from python requires scipy.\n", "\n", "A mat file can contain multiple MATLAB variables. Therefore, the variable name of the model in the MATLAB file can be passed into the reading function:" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x0113000b70
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentsc, e
" ], "text/plain": [ "" ] }, "execution_count": 10, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.load_matlab_model(\n", " join(data_dir, \"mini.mat\"), variable_name=\"mini_textbook\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "If the mat file contains only a single model, cobra can figure out which variable to read from, and the variable_name parameter is unnecessary." ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "data": { "text/html": [ "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
Namemini_textbook
Memory address0x0113758438
Number of metabolites23
Number of reactions18
Objective expression-1.0*ATPM_reverse_5b752 - 1.0*PFK_reverse_d24a6 + 1.0*PFK + 1.0*ATPM
Compartmentsc, e
" ], "text/plain": [ "" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.io.load_matlab_model(join(data_dir, \"mini.mat\"))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Saving models to mat files is also relatively straightforward" ] }, { "cell_type": "code", "execution_count": 12, "metadata": { "collapsed": true }, "outputs": [], "source": [ "cobra.io.save_matlab_model(textbook_model, \"test.mat\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Pickle" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Cobra models can be serialized using the python serialization format, [pickle](https://docs.python.org/2/library/pickle.html).\n", "\n", "Please note that use of the pickle format is generally not recommended for most use cases. JSON, SBML, and MAT are generally the preferred formats." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.0" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/loopless.ipynb000066400000000000000000002021331417337024700225260ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "# Loopless FBA" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "The goal of this procedure is identification of a thermodynamically consistent flux state without loops, as implied by the name. You can find a more detailed description in the [method](#Method) section at the end of the notebook." ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "%matplotlib inline\n", "import plot_helper\n", "\n", "import cobra.test\n", "from cobra import Reaction, Metabolite, Model\n", "from cobra.flux_analysis.loopless import add_loopless, loopless_solution\n", "from cobra.flux_analysis import pfba" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Loopless solution" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Classical loopless approaches as described below are computationally expensive to solve due to the added mixed-integer constraints. A much faster, and pragmatic approach is instead to post-process flux distributions to simply set fluxes to zero wherever they can be zero without changing the fluxes of any exchange reactions in the model. [CycleFreeFlux](http://dx.doi.org/10.1093/bioinformatics/btv096) is an algorithm that can be used to achieve this and in cobrapy it is implemented in the `cobra.flux_analysis.loopless_solution` function. `loopless_solution` will identify the closest flux distribution (using only loopless elementary flux modes) to the original one. Note that this will not remove loops which you explicitly requested, for instance by forcing a loop reaction to carry non-zero flux. \n", "\n", "Using a larger model than the simple example above, this can be demonstrated as follows" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "salmonella = cobra.test.create_test_model('salmonella')\n", "nominal = salmonella.optimize()\n", "loopless = loopless_solution(salmonella)" ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "import pandas\n", "df = pandas.DataFrame(dict(loopless=loopless.fluxes, nominal=nominal.fluxes))" ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "data": { "text/plain": [ "" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" }, { "data": { "application/pdf": "JVBERi0xLjQKJazcIKu6CjEgMCBvYmoKPDwgL1BhZ2VzIDIgMCBSIC9UeXBlIC9DYXRhbG9nID4+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\nCnN0YXJ0eHJlZgoxNDM1MQolJUVPRgo=\n", "image/png": "iVBORw0KGgoAAAANSUhEUgAAAYoAAAEKCAYAAAAMzhLIAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nQmCC\n", "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "df.plot.scatter(x='loopless', y='nominal')" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "This functionality can also be used in FVA by using the `loopless=True` argument to avoid getting high flux ranges for reactions that essentially only can reach high fluxes if they are allowed to participate in loops (see the simulation notebook) leading to much narrower flux ranges." ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Loopless model" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Cobrapy also includes the \"classical\" loopless formulation by [Schellenberger et. al.](https://dx.doi.org/10.1016%2Fj.bpj.2010.12.3707) implemented in `cobra.flux_analysis.add_loopless` modify the model with additional mixed-integer constraints that make thermodynamically infeasible loops impossible. This is much slower than the strategy provided above and should only be used if one of the two following cases applies:\n", "\n", "1. You want to combine a non-linear (e.g. quadratic) objective with the loopless condition\n", "2. You want to force the model to be infeasible in the presence of loops independent of the set reaction bounds.\n", "\n", "We will demonstrate this with a toy model which has a simple loop cycling A $\\rightarrow$ B $\\rightarrow$ C $\\rightarrow$ A, with A allowed to enter the system and C allowed to leave. A graphical view of the system is drawn below:" ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": false, "deletable": true, "editable": true, "scrolled": true }, "outputs": [ { "data": { "application/pdf": "JVBERi0xLjQKJazcIKu6CjEgMCBvYmoKPDwgL1BhZ2VzIDIgMCBSIC9UeXBlIC9DYXRhbG9nID4+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\n", "image/png": "iVBORw0KGgoAAAANSUhEUgAAAncAAAEYCAYAAAA+gNBwAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz\nAAALEgAACxIB0t1+/AAAIABJREFUeJzt3Xe4JFWd//H3dyIzg0gYgggighFXBXeHAVTMCQYQBSPJ\ntArqKhgxgIpiAnXXwUV/KsFIGhBdUddVRIIoGFBWAVFZVAQJIjCJme/vjzrNXC433+6u7ur363nu\nUx2qur4Dt7s/95w650RmIkmSpGaYUXcBkiRJah/DnSRJUoMY7iRJkhrEcCdJktQghjtJkqQGMdxJ\nkiQ1iOFOkiSpQQx3kiRJDWK4kyRJahDDnSRJUoMY7iRJkhrEcCdJktQghjtJkqQGMdxJkiQ1iOFO\nkiSpQQx3kiRJDWK4kyRJahDDnSRJUoMY7iRJkhrEcCdJktQghjtJkqQGMdxJkiQ1iOFOkiSpQQx3\nkiRJDWK4kyRJahDDnSRJUoMY7iRJkhrEcCdJktQghjtJkqQGMdxJkiQ1iOFOkiSpQQx3kiRJDWK4\nkyRJahDDnSRJUoMY7iRJkhrEcCdJktQghjtJkqQGMdxJkiQ1iOFOkiSpQQx3kiRJDWK4kzRQIuLo\niMhRfu6KiKsj4uSI2LXuWiVpKgx3kgbZX4f83ATMAbYHDgQujIij6ytNkqbGcCdpYGXmFkN+NgPm\nAk8ALiu7HGULnqR+Y7iTpCIz12TmhcA+Qx7eu656JGkqDHeSNExmXg/cXO6uX2ctkjRZhjtJGiYi\nHghsUu7+ts5aJGmyDHeSVETEzIjYBVhWHroROKXGkiRp0mbVXYAk1SUibhhydwawMTATuB34EvDO\nzLytjtokaaoMd5IG2eajPD4fuH95/o/dK0eSps9uWUkDKzNj6A8wD9gROBnYE/hhROwz5otIUo8x\n3ElSkZkrMvPnmflKquvu5gInRcQGNZcmSRNmuJOkkX22bO8PPLfOQiRpMgx3kjSyodfabVtbFZI0\nSYY7SRrZVkNu31lbFZI0SYY7SRrZS4bc/mltVUjSJDkViiQNERFbAK8DDioPXQJcXF9FkjQ5hjtJ\nA2vYJMYA61ENoGi5Anh+Zmb3qpKk6THcSRpkwycxXg3cAPwCOAM4JTNXdb0qSZqG8A9SSZKk5nBA\nhSRJUoMY7iRJkhrEa+4kDaRLl14SwO7AEcBOwHzgLuBy4GPADxcdttjrViT1Ha+5kzRwLl16ybOB\nzwAbAQuAGPJ0Uk1afAvw6kWHLf529yuUpKkz3EkaKJcuveRg4ARg3gR2Xw4cuuiwxSd1siZJaifD\nnaSBUVrszmJiwa5lObDvosMWn9eZqiSpvQx3kgZCucbuj8DWUzj8OuDBXoMnqR84WlbSoNid6hq7\nqdgYeFIba5GkjjHcSRoUR1ANnpiKBeV4Sep5hjtJg2In7j0qdjKiHC9JPc9wJ2lQzK/5eEnqCsOd\npEFxV83HS1JXGO4kDYrLqSYonoq8+fabr2hnMZLUKYY7SYPiOKqVJybtR7+6cMVzj9zz2RGxVZtr\nkqS2M9xJGhTnA7dO5cAnPHq3m8rN/2tfOZLUGYY7SY0XETvt/LpdznjeUc+/mmrFiclYDrwa2Ly8\n1pfbXZ8ktZPhTlIjRcSMiNgrIi4DLgD2+fPNf94BOJSJB7zlwGsXHbb425l5I/BG4MUR4bQoknqW\ny49JapSIWAAcAhwJrA/cb8jTf8/MDcsasydSrTyxgHvPf5dU1+bdArx60WGLvz3s9VsfmjMzc21n\n/hWSNHWGO0mNUAY7vImqCzUYeTWKFZk5D+5Za/ZJwJuBHanmsbuLalTtx4ALRlpLNiLmlf2uzMwd\nOvBPkaRpMdxJ6msR8XjgncBzqC41mTPG7mszc2YbzrkncC6wT2aeM93Xk6R2MtxJ6jsRMRPYEzgK\neDiwHhO7hngtMC8zV7Whhl8AjwEWZKYTHEvqGYY7SX0jItZn3fV0C7j39XQTsQrYIjOnNCXKsFpm\nAGsAMnOqa9ZKUts5WlZSX4iIbYC/Ah8BtmDywQ7gbtq0RmwZTLFTqe1N7XhNSWoHw52kfnEz8Dmq\n0awrpvgaaxh5oMWUZObPgFOB4yNii3a9riRNh92ykvpKRGxCNcL19VR/oM6bxOG3A08uoaydNSXY\nPSupN9hyJ6mvZObNmfkO4IHAB4F/UE1NMqHDaVO37DBbAUTEZzrw2pI0KYY7SX0pM/+emccADwDe\nDdw2wUPb1i07pJY/Ae8AXhURj27360vSZNgtK6nvRURQTXMCcCNV69z6I+x6O3BwZi7rUB2tD9QZ\n6YerpJrYciepCT5Uto+i6iJ9HXA9cMew/YLOdMu2tEbwXtzBc0jSmAx3kvpaRGwPvBVYmpn/m5mr\nM/Nk4MHAK4BrWRfyZtKBbtmWzLwD2B/YOSKe1anzSNJY7JaV1LeGTiTMKF2hpct2D6rWvUcBb8rM\nT3a4rmuBbYH1MnNlJ88lScMZ7iT1rYg4A3g+sGVm/mWcfQPYBfhZZi7vcF0zqSZMXpmZ63XyXJI0\nnN2ykvpSROxMFewOHy/YAWTlok4Hu3KuNcBiYG5EvKbT55OkoWy5k9R3ImIOsBJ6e+LgiDgLeB6w\naWb+re56JA0Gw52kvhMRvwT+Cbh/Zt5edz2jGTpFSy+HUEnNYrespL4SEUuogt3+vRzsoOoKphpY\nQUR8vOZyJA0IW+4k9Y2IWEA1rcnvMnP7uuuZqIh4P/Au4OGZeVXd9UhqNsOdpL4REcuB9ejDKUZc\nvUJSt9gtK6kvRMRrqYLdE/st2BUblu1/11qFpMYz3EnqeRGxKXACcF5m/qjueqYiM/8OHAg8NSKe\nXHM5khrMbllJPW3oiFNgZmauHWv/XhcRNwKbAnMyc3Xd9UhqHlvuJPW6Y8v2kf0e7IoHlu2fa61C\nUmMZ7iT1rIjYDngb8B+Z+Zu662mH0lq3O7AwIg6qux5JzWO3rKSeFBEzgDXlbuNGmEbEd4BnABtl\n5m111yOpOWy5k9SrTi/bBzQt2BXPKttba61CUuMY7iT1nIhYBOwLvCkzb6i7nk4ogfVhABHxgZrL\nkdQgdstK6ikRMRtYBYOxHmtEHAccDjwkM39fdz2S+p/hTlJPiYgrgEcDG2TmP+qupxtcvUJSO9kt\nK6lnRMReVMHuBYMS7IqFZbus1iokNYItd5J6QkQsAO4Ars7Mh9VdT7dFxKuBE4FdM/PiuuuR1L8M\nd5J6QkSsBOYAczNzVd311CEi7gLmAbMz8+6665HUn+yWlVS7iHgtVbDbbVCDXbFR2V5TaxWS+prh\nTlKtImJT4ATgm5l5Ud311CkzVwLPBLaJiP3rrkdSf7JbVlKthowUndmQtWOnLSIuAnZhgEYMS2of\nW+4k1SYiPlxuPtxgdy9PKNvba61CUl8y3EmqRURsB7wV+ERmXlV3Pb2kBN1HA0TEkTWXI6nPGO6k\nHhcRm0XE6ojIMg/cWPu+r+zX0xfkR0SwbtDA4XXW0qsy89dUU6N8ICK27tZ5m/j7Jg0aw53U4zLz\nRuDb5e4Bo+1XAtPLyt1TO13XNJ1Rtlu4IsPoMvM15eZ15f9vN87ZxN83aaAY7qT+cErZLomIDUfZ\nZzdgWyDp4S/biFgE7Au8ITP/Wnc9fWCLsv1yF8/ZmN83aRAZ7qT+8HXg78BcYLQpMlqtLBdm5rVd\nqWqSImIW8GOAzPyPmsvpCyUAvwl4UUQ8vkunbcTvmzSoDHdSH8jMFcDp5e59usoiYuiXcC+3ovy8\nbNevtYo+k5mfKDd/GhEzu3C+pvy+SQPJcCf1j1ZX2W4Rse2w5/YENgRWAKcNfSIi1o+IoyPiGxFx\nQ7kA/qTOl3tv5eL8HYB9M/PObp+/ARaU7S+6dL6p/r7tFBHHR8QvIuL2iLgpIn4YEft0oWZJGO6k\nfvIj4PfA0AvZW1qtK+dm5m3DnlsIHAXsBPy0oxWOIiLmA+cAV2Xmsjpq6HeZeRewN7BDROzdhVNO\n9fftreX5i4G3AB+g6t5dFhHv71y5klpcoULqIxHxXuA9wNWZ+bDy2CbAX4DZwF6Zee6wY+YCCzPz\nTxGxHrAcODkzD+5i3atKfXMyc3W3zttEEXEF1Rx4C0rg6+S5pvL7titwWVlKrfXYTOAC4F+AzTPz\nlk7WLQ06W+6k/tK6vumhEbG43H4h1RftTcC3hh+QmSsz809dqu8+IuK1VPXtarBri8eVbTe6tqfy\n+3bR0GBXHlsDLANmAQ/vXLmSwHAn9ZXMvIaquwvWdY21tl/JzLu7X9XoImIhcALwjcy8eLz9Nb4S\nlB4PEBEdnQC6zb9vW5btje2oTdLoDHdS/2ld6P7CiNgBWDzs8V5yU9l24xqxgZGZl1PNe3dcRGwx\n3v7TNO3ft4jYCng58OPM/F2b65M0jOFO6j9fA1YBmwAnlceuzMzLaqtoBBHx4XLzYWWtVLVXa5DD\nXzp8nmn9vkXEPOBMqq7cV3WiQEn3ZriT+kxm3gp8o9z957LtqbnGImI7qlGTx2fm1XXX00Rl2bat\nASLiMx08z5R/3yJiDnAW1UjtF2fmFe2vUNJwhjupPw3tElsLfLGuQoYra45eA5CZR9RcTqNl5vXA\nO4FXRcQ/dfBUk/59i4jZVHPgPRM4JDPP6VBtkoZxKhRpgHRjKpSIOAt4HtWUF1483wUR0fogn9kL\nXeBl6pOvAi8AXp2Zn625JGmg2HInqW0iYhFVsHuDwa6rNijb2kckR8QM4GSqYPdGg53UfbbcSQMg\nIl5HtVzULKrVKn5GdS0UwA8z84dtOMcsYDVAZsZ0X0+TExH7Uw1+eHZmfrvGOo4DDqcKmieMsMtF\nmXltd6uSBovhThoAEfEHYJtRnn5vZh7dhnP8imrt2PVdO7YeQ/4/z8vMFTXV8ANg9zF2OSQzT+pO\nNdJgMtxJmraIWAJ8HXheZp5ddz2Dakjr6YrMnFd3PZLq4TV3kqYlIuZTBburDHb1KitG7AKsFxGv\nqbseSfWw5U7StETEaqpr+Wb32vJngyoizgH2AjbLzJvG219Ss9hyJ2nKIuJQqmC3i8Gup+xTto5Y\nlgaQ4U7SlETEQmApcG5mXlJ3PVqnrF7xEICI+HjN5UjqMrtlJU3JkIlzZ6QfJD0pIj4AHAk8IjN/\nW3c9krrDcCdp0iLiI8BbgIdm5jV116PR9drqFZI6z25ZSZMSEdtRBbvjDHZ9YeOy/W6tVUjqGlvu\nJE1YRATVwvGuQtFHIuIg4CTgKZn5g3qrkdRphjtJExYRy6hGYjrFRp+JiBuBTYH1MnNl3fVI6hy7\nZSVNSEQsogp2rzPY9aWtyvb/aq1CUsfZcidpXBExE7gb7I7tZxHxZOD7uL6r1GiGO0njiohfA48C\nFmTmXXXXo6mLiO8BTwU2zsxb665HUvvZLStpTBGxF1Ww28dg1wjPKNtbaq1CUscY7iSNKiLmAecA\nv8nMc+quR9NX5rp7JNwzybGkhrFbVtKoIuJuYCYw27Vjm6UsS/ZGYPvM/F3d9UhqH1vuJI0oIg6l\nCnaLDXbNk5lvKjevKfMXSmoIw52k+4iIhcBS4JzM/HHd9ahjNivbs2utQlJb2S0r6T6GrEc6I/2Q\naLSIeC1wArBbZl5Udz2Sps+WO0n3EhEfKTe3N9g1X2Z+GlgBXBgRc+quR9L0Ge4k3SMitgPeAnzU\ni+wHysZl+9taq5DUFnbLSgKgXFS/FlyFYhBFxLOBbwEvzsyv1l2PpKmz5U5Sy1llu2mtVagWmXke\ncCnwlYjYoO56JE2d4U4SEbEI2Ac4LDP/Vnc9qs2uZfv3WquQNC2GO2nARcRM4MfA2sw8oe56VJ/M\nXAM8FiAi3lVzOZKmyHAn6YqyXb/WKtQTMvOXwOeA90fEg+quR9LkOaBCGmARsRfV2rF7Zea5ddej\n3jB0cA3OdSj1HVvupAEVEfOogt2VBjsNVcLcA8vdL9dZi6TJM9xJg+uOsn1MrVWoJ2Xmn4E3Ay+K\niH+uux5JE2e3rDSAIuJQqrVjd87MS+uuR71ryFJ0czJzda3FSJoQW+6kARMRC6mC3TKDnSbgfmV7\nea1VSJoww500eG4q2+fXWoX6QmbeAewLPDoi9qm7HknjM9xJAyQiPlZubucISE1UZi4Dfg0siwin\nzJF6nNfcSQMiIrYDrgE+kplvq7se9ZeImA2sAtcelnqdLXfSACjzll0DYLDTVJTBFIsAIuLwmsuR\nNAbDnTQYlpXtwlqrUF/LzJ8AXwOOi4gt665H0sgMd9MUEUdHRE70Z8hxiyPi7vL4G8Y5xz9FxMqy\n77s78G/48JAav9Tu11e9ImJnYG/g0My8ue561PdeXLZ/Ki3CA2+U74G1EXF7RFwfERdFxNKIeEFE\nzBnjdR487DXOm8C59xt2zNFt/cdV59g2It4bERdExJ/L99E/IuLqiPhaRLw0Iua3+7yaOsNde/11\nAj8AZOYlQOvi9mMj4qEjvWD5IDgVmAP8BDi2nQVHxCzgwCEP7RsRG7bzHKpPRMwELgHWZOan665H\n/a8MxHlwufvZGkvpVa3P+huBBLYEdgEOBU4H/hwRr5ngaz0jIrYaZ5+XT7XQ8UTE7Ij4BHAV8B7g\nCcADgOVU+WF7YH/gi8DvImKPTtWiyTHctVFmbjHez7BDjqIagTYfODkiRvr/cRTwWGAFcFBm3t3m\nsvcAtih1/A+wHvCSNp9D9flV2d5vzL2kScjMP1J92b8iIh5bdz29ZNhn/v2B2VSrwBwB/B7YBPh0\nRHxpnJbPP1B9Rx842g4R8UDgmcCdwN/a9E9ovfYc4DvAvwGzgPOA5wALMnPDzFwAbEr1fXEB1ffI\nM9pZg6bOcFejzFwJHATcTfWX3ZuHPl+601oXv787M/+3A2W8omxPBU4Z9pj6WETsBTwC2Cszl9dd\nj5olM99fbv689ABoBJm5JjOvyMzjgUcDXy1PvQR4+xiHnly2B4+xz0FU3+OnUwW8dvok8ORy+/DM\nfE5mnpeZd7V2yMy/ZeZXMvNJwAuAW9tcg6bIcFezzLwM+GC5+76I2AHuWdT9ZGAmcCFwfLvPHREP\nAJ4LrKVqVj+T6gNiJ/8a72/l9+cc4MrMPLfuetRYG5XthbVW0SdKMDoI+Fl56O0RsfEou59P1dL3\n0Ih44ij7HFy2X2hbkUBEPAr413L385n58fGOycwzgfePt5+6w3DXG44Bfg7MpeqenQV8CHg4Vdg6\nODPXduC8B1GFx+9l5p/KTPRnludsvetvrb/iH1NrFWq0zLyNqgVqUUQ8p+56+kFmrmLdH/QbAKOt\n+pHASeX2IcOfLIHvocDvqLpF2+kwIIA1wPsmelCHvqc0BYa7HlDmjzqIaoLQx1M1sb++PP22zLym\nQ6duXYh7ypDHWl0BL42IuR06rzooIlofzIsyc03d9ajZMvMrwHXAfzlicsLOowpOALuPsd9JVD0r\n+42wMkjr8/sLHVht5mll+7NyfaX6jOGujSLihnF+PjnasZn5S+C95e4+VF/O3wNO6FCtT6L6q+8f\nwFlDnvo+8H/Axoz+F6V6VEQsBD4FnFXmJJO64WFle9OYewm4Z73ea8vd7cbY7zqqgW7rA/u1Hi9B\nbz+q4HfyyEdPTek5av3//NlY+6p3Ge7aa/Nxfu4/zvEnAquH3D+0g+t/trpdzxx2gWxSDa4Yuo/6\nR+vL9QW1VqGBUgaHPRGYHxGH1l1Pn7ilbEe75q7l82U7tGt2f2AB8N3MvL7NdW1M1bgA62pUnzHc\ntVFmxjg/B4/zEsdRDZtveWUn6oyIDVj35X/KCLu0/hJ8WkQ8qBM1qP0i4qPl5nYd/KNAGlFm/gj4\nJrA0Ijavu54GWQbcBjwxIrYvj93TJVtPSep1hrseERFLqK67A/ivsj0iIhZ34HQvoppb7zrgB8Of\nzMyrqCa+ncEIF/Kq90TEdlRT6Xw4M68db3+pQ/Yq2xtcvWJcrRa7MVeNycwVwFfK3UPKhPe7UU07\ncnYH6rqFajDH0BrVZwx3PSAiNgE+U+6eASyhmlpgBvCFiFivzadsdbc+CFg7yjJprVB5iB/Sva38\n/7kGIDPHmjdL6qgyWrK12s6o1xgPunLN3EPK3d9N4JBWC92BrOvR+XLpDm+rMlH+VeXuju1+fXWH\n4a43LKWa3ftG4LXlA/IQ4C6qSWjbNndQRDwaWDSJQ7YBnt6u86sjlpXtwlqrkIAyuv/DwOsj4pF1\n19Ojnk01DRWM0HsyXBkc9WtgK+CN5eFOdsl+r2x3jIhtOngedYjhrmYRsR/wwnL3NZn5N4DMvBo4\nsjx+eETs0qZTtlrtLqdakmqsn1aTf8fWLtT0lFVM9qb6o2DM7h2pi95RtleW9Y1VlGW9Wp/tf2fi\nXautgRVzgF+WCfA75QSqrtmZVMvMTcgoS2iqBv6PqFFEbMa6qU6+lJnLhu3y71STU7ale7Z8qLys\n3D0tM+8Y6wf4Wtn3eWPMoq6alC/NS4A1mfmfddcjtZQBPZuWu9+ts5ZeUlaOOYl13Z3HlomgJ+JU\nqkF3xzH2smXTlpm/Bj5b7r48It441v4AEbEP8K5O1qWJM9zV60SqrrS/sG7S4nuUD8hW9+zDqVay\nmI69Wdd1d9oE9j8XWE61csZLp3lutd+vynb45KZS7UovxCuAp0TEU+uupy4RMSMiHh0Rh1N1rb64\nPHUq8JGJvk5m3pSZby4/3+pErcO8gXUrX3w8Iv4rIp5VAioAEbFxROwXEf9DdXmIjQA9wnDXRhOY\nxPiGiNi17Psy1k0S/KrMHHHB5cz8Hev+SntT6/gpanXJXpaZvx9v58y8E2h9iNg120MiYm+q6zGX\nlNF0Us/JzM9TjQb93tBQMJISgM6OiIu7U11nDPu8v5Vq7tIrqFrctgX+RnUJzoG9PGVRGazxdKpr\nwu8GnkO1ssZdEXFbRNxB9f/2NOApwPWs+75QzWbVXUDDTGRupzkRsSVVlytUS8d8c5xjPgU8n2qZ\nmi9ExOMyc/lkCouIrYFnlLsTabVrOQ3YF3hcROyUmZdP5rxqv/IleTbwq8z8Rt31SOPYmqr34TrW\nddXeIyJ2BI4FnkTVSzDRbspe1foeSKo1nm+g+rf/jGqgwrllfdmeV+p8XUQcT9WL9FSqFTU2plou\n8xrgp1SfR2d3YvSupiZ6+A8HSSMoU9UAzHShbvWDiHga8N/AyzPzC+WxnYEPATtThbpWT9JfMnPL\nWgqVGsKWO6mPRMRh5ea/GOzULzLzexFxPvD5iLiJarToY4F5rFvqqsXLDKRpsuVO6hMRsZBq7dgz\nM9O1Y9U3ykTbz2Ji12RdmZk7dLgkqdEcUCH1j5vKdr9aq5AmKCp7UA0oOGOCh03qemJJ92W3bB8q\nI2bPmuRhF2Xmvp2oR50XEceVmw/p5RF2Etwzme0+VNfUPYDJTddzV0eKGjB+Tww2w11/msPERuYO\n5fxDfSoitgcOBz40kSlspLqUibX3oxr9upCpzcFouGsPvycGmNfcST2sXKu0FiAzh194LvWUiPgS\n1SS90/ldPSszn9+mkqSBZMud1NvOKdtNaq1CmpgPA+sBz6UKeHOn8Br/aGtF0gByQIXUoyJiMbCE\najb7W+quRxpPZv6ytLptB3wSuKP8TMZk95c0jOFO6kHl2qWLgdWZeWLd9UiTkZl/zsy3AZsBR1Ct\n0DDR0GbLnTRNhjupiIitI+JzEfGYumsBrizbDdr9whHxmPLv3Lrdry0NlZnLM/MzwIOpllC8gGqq\nkzWjHLIWW+7UYyLioIg4KiKmMkCoFg6okIqI2BM4k+qL5zvAWzLz6k6c69KllwTVWsFHADsB86lG\nCV7+7i+855LvXPbdY4A9J7Du8IRFxEOBjwLPBGYCz3dtWnVbRDwSeCvwIqr1V+e1nps5cyav3fNf\nlx/wjANuBS4HPgb8cNFhi/2iUm3K6iq7UP1h8l7ghMzs6ZVUbLmT7m051ZfNHsAvI+KUdrdwXbr0\nkmcDfwTOLefZEtgQ2HLFqhV7fOey7x6zzebbrP7xpy6+ux3nKy2SpwK/BPak+vc5UaxqkZn/m5mH\nAFs95iGPOW39eeuvnTenynezZsxi/noL5lG9J/YAvgH84dKllzyrvoolAGZT9aS8D7g+Il4dEbNr\nrmlUhjtpZLOoRv29CLgqIk6IiM2m+6KXLr3kYKqJRbemmgPsXlNG7H74UwLgq+/88mxgWdl/SiJi\ns4j4NPBb4IVU/56ZU309qZ1+/KmLl3z28BP3//aHvjXjHS9+G9tsvg0rV69k/tz5rV2C6j3yIKb5\nXpDaaAHV7AXHAX+MiBeXSbt7it2yUlG6Zb8I3H+Ep1dSddd+Cjg2M2+b7OuXFruzGNINNdRpPzid\n4844npPe8nkeuc0jWw8vB/ZddNji8yZ6nojYEHgH8DqqMDfSdBR/B15mt6zqMNJ7ITP5/Q2/58Gb\nP5gZM0b8rpz0e0Fqh9It+6RRnr6DamnINwLn9soKQj2XNqUeNZfqurjXUzXJvzMiFkz04HKN3WcY\nJdjddsdtHHfG8Tz1cU8ZGuwo+59Yjh9TRCyIiHcB1wNvKPVOZZ4xqWNGey9EBA95wENGC3YwifeC\n1EXrA9sCXwZ+FRFPq7kewHAnTdY8qmb5I4E/RcS/RcREAtTuwEajPfmstz8HgGNf+cGRnt6Y0f9q\nJCLmRsQbgT9RtdgtoOqClXrRmO+FcYz5XpBqtAB4FHBORPy4zFNaG8OdNDXzqbpvP0DVkveKiBhr\nxZcjqN789/HxMz8BwLL3jrrG94Jy/L1ExKyIeAVVS90xpZ75w/eTesyo74UJGPG9IPWQBcAi4HsR\n8b26ptaqbfmxiOiJfmlpmLWT3H9B+fl34OiIeFhmjjQSdSdGWW/zq9//Ggc980C23OQBo50jyvHr\nHoiYB1xF1ZIxlUB3P+DcaulaaVqWTPLazVHfCxNwn/fCmDtH/IOq20zqtvnAk4GfRMQnyqTeXVPn\n2rJHUo0YbBn+Zh/r/mT2bfr9Xqql7vvTfa1HUYWeEa+LG8Oa8lrnM/rkrKMGsB9+/AfMnT1uz+7w\n49cAPwSeV25PdhTsSqoLgVuTJU/0v6PPjf9cr9bVqecmu6LEdFuXJ3P84cCO5Xbd/538XerMc904\n95OZmhWs0toLAAAI3UlEQVRUn7WXTfH4Kast3GXmsXWdWxrJkNGyEw13a6neuN+lmvD4qjH2vYtq\nLrv7mECwax1/j8xcBbw0Ih5ONTHx06mus5toi8gq4OWOllUNRn0vTOL4CcnMz07jPBLAeKNlR3IX\n1R/d7wOWjtKb01FecydNzV1ULXW7Zube4wQ7qGbbn+qlCFmOv+8Tmb/NzL2AXYEfMIkvPqkmHXkv\nSD1gJXAn1coqD8zMj9UR7MBwJ03WncBPgKdn5lMz8+cTPO64cuxUz3ncWDtk5s8z86lULXg/nca5\npE7r6HtBqsEqqnkYTwC2ycyjMnOylyu0leFOmpg7qa5P2zszF2XmxZM8/nzg1ime+xaq6+vGVepa\nBOxDVa8hT72mK+8FqQvuprqu7hRgu8w8PDNvrrkmAFeokFpGWaGibbOPl/Uxl1Gu6bv9rtvZ851L\nWLl6FQCnv+c0HrTZfZaxXQ48b9Fhi7892fNFNRR2L+DjwKbce9SgK1SoNkPfC2vWruH7P/8+P/rV\nhfzq97/m1jtuZcWqFdxv3v3YerOtedx2j+XZ//Istttyuym/F6TpGOGauzXAauBs4B2Z+Yc66hqL\n4U4qhoW7O4HbqebU+lpmTnaKlBGV9TFPAOadfv7pfOz04+957sBnHMBhex86dPflwGsXHbb45Omc\nMyJmUq0texzVaOAFGO5Us0uXXnLwL6+94j/f/8Vj5l5343X3PD5r5izmz53PHcvvYO2Qt92DNnvQ\nT6+78brdymAiqWuGhLukaqn7H+DNmfmbWgsbg+FOKkq4O5sq+LwD+EJmrm73ecq6mie+9NgDtrrm\nT9fM2H/3/Tjt/NNZuMFCvn7M2Tlzxsw7qbqfXt3OVoqImA0cAhxLFWD3MdypLhGxJCLOzMzZGyzY\nIF/2tJfylMc9JVqt12vWrsnfXPeb5d+57Lt3n37+GbPWrF0zH9hoKus6S9MRET8AngBcCLwxM39W\nb0XjM9xJRUTMB/ag6n5d0clzzZo5a6c1a9dcNm/uvNXnHfutG190zIse8JdbbpjxrpceeemSXZa8\nBbhg0WGLO/LmjIj1gCXANzPT0bXquoh4KNXAnw2AKz/48mOOetpOTzuIak66+VSjvi+nGnV4wc6v\n22Uj4PPAwYY7dVtE7ABsmJkX1l3LRBnupBpExFLgUODEzHxNRBwNHAWcnZnPq7U4qcMi4mvA/lRd\nXI+dwFRCreNiOte9SoPCcCd1WWk5+wvVRK67ZeZFEfEQ4BqqC3W3ysy/1lmj1CkRsTnwZ6rZGj6X\nma+suSSpcZwKReq+51MFu2sy8yKAzLwW+BHVqjEH1lib1GlPYd13z7I6C5GaynAndd8ryvaUYY+3\n7r+8i7VI3bbDkNs9f2G61I8Md1IXle7XJ1MNqT912NOnUU1/8oiI2LXLpUndssmQ27fUVoXUYIY7\nqbsOAQK4YPjEl5l5O9VULLCudU+SpEkx3EldEhEzgIPL3eFdsi2tCYv3j4j1R9lHExARm0XE6ojI\niNhrnH3fV/a7plv1DbChyzNtXFsVUoMZ7qTueRawVbn9/0qYuNcPcF55fn2qqSI0RZl5I9CaBPqA\n0fYry7S9rNwd3lWu9vv1kNs71laF1GCGO6l7JtvVatfs9LVaSJdExIaj7LMbsC0jXwep9vs+0FpX\nzDkdpQ4w3EldEBGbAq2uwRdQrfE62s+ist+uEfHwLpfaNF+nWk5uLqO3hLZa9S4sU9Kog8ocjmeW\nuy+JiIdN9NjSyippHIY7qTsOAGZTBY1zM/OOMX5+ArQWpLb1bhrKMnKnl7v36ZqNiKGhz1a77nkX\ncAcwDzgrIh441s4RsVFEnEm1JrKkcRjupO5ohbRzMnPVBPZvBZIDI2JWh2oaFK2u2d0iYtthz+1J\nNaH0CqqpaO4REQ+KiC9GxG8i4vaIuCMifh0RR0fEBl2ou7HKcmMHAKuo5r37eUS8LSK2b+0TETMj\nYseIeB9wLbBvPdVK/cdwJ3VYRCwGHlXunj7WvkO09tsc2KPtRQ2WHwG/p5qC5mXDnmu15p07woL0\nm1MNgFkGvB04ArgIOBL4QUTM6VjFAyAzzwaeSrXs3kLgQ8DVEbEyIm6mCn6XA++marH7CnBnTeVK\nfcW1ZaUOi4jPAq+k6pLdbIItd0TElcAjqYLHmFN5aGwR8V7gPcDVmfmw8tgmVGv8zgb2ysxzJ/ha\nbwY+CuyZmd/sUMkDIyJmAvtRtaLuDGxG1V37d6rLE84HTs3M39ZWpNRnDHeSGq90911d7u6SmZdE\nxKHAUuAmYMvMvHuCr7UfVRfuyzLzSx0pWJKmwW5ZSY2XmdcAF5e7BwzbfmWsYBcR60XEwojYOiKW\nAMdSLRN3fscKlqRpMNxJGhStgRUvjIgdgMXDHh/NK6la966jmlplJbAkM6/vSJWSNE12y0oaCBGx\nEXADMAf4KfDPwJWZucM4x20FPILqov5dqQYBfCAzz+hsxZI0NYY7SQOjzJU2dEqNd2Tmhyb5Gq1r\n7p6Rmf/dzvokqR3slpU0SIZ2wa4FvjiF1ziLal68Q9pSkSS1mZOjShoYmXkO1Xx30zGLavqUjaZf\nkSS1ny13kjSCiNh8lKf+FZgJ/LiL5UjShHnNnSSNICJOolpZ5LvAH4H1gd2BJcBVwOIRVrWQpNoZ\n7iRpBBGxF/AqYEdgU+BuqqWyzgE+lpm311ieJI3KcCdJktQgXnMnSZLUIIY7SZKkBjHcSZIkNYjh\nTpIkqUEMd5IkSQ1iuJMkSWoQw50kSVKDGO4kSZIaxHAnSZLUIIY7SZKkBjHcSZIkNYjhTpIkqUEM\nd5IkSQ1iuJMkSWoQw50kSVKDGO4kSZIaxHAnSZLUIIY7SZKkBjHcSZIkNYjhTpIkqUEMd5IkSQ1i\nuJMkSWoQw50kSVKDGO4kSZIaxHAnSZLUIIY7SZKkBjHcSZIkNYjhTpIkqUEMd5IkSQ1iuJMkSWoQ\nw50kSVKDGO4kSZIaxHAnSZLUIIY7SZKkBjHcSZIkNYjhTpIkqUEMd5IkSQ1iuJMkSWoQw50kSVKD\n/H+ieuKtL2xjbwAAAABJRU5ErkJggg==\n", "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "plot_helper.plot_loop()" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "model = Model()\n", "model.add_metabolites([Metabolite(i) for i in \"ABC\"])\n", "model.add_reactions([Reaction(i) for i in [\"EX_A\", \"DM_C\", \"v1\", \"v2\", \"v3\"]])\n", "\n", "model.reactions.EX_A.add_metabolites({\"A\": 1})\n", "model.reactions.DM_C.add_metabolites({\"C\": -1})\n", "\n", "model.reactions.v1.add_metabolites({\"A\": -1, \"B\": 1})\n", "model.reactions.v2.add_metabolites({\"B\": -1, \"C\": 1})\n", "model.reactions.v3.add_metabolites({\"C\": -1, \"A\": 1})\n", "\n", "model.objective = 'DM_C'" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "While this model contains a loop, a flux state exists which has no flux through reaction v$_3$, and is identified by loopless FBA." ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "loopless solution: status = optimal\n", "loopless solution flux: v3 = 0.0\n" ] } ], "source": [ "with model:\n", " add_loopless(model)\n", " solution = model.optimize()\n", "print(\"loopless solution: status = \" + solution.status)\n", "print(\"loopless solution flux: v3 = %.1f\" % solution.fluxes[\"v3\"])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "If there is no forced flux through a loopless reaction, parsimonious FBA will also have no flux through the loop." ] }, { "cell_type": "code", "execution_count": 8, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "parsimonious solution: status = optimal\n", "loopless solution flux: v3 = 0.0\n" ] } ], "source": [ "solution = pfba(model)\n", "print(\"parsimonious solution: status = \" + solution.status)\n", "print(\"loopless solution flux: v3 = %.1f\" % solution.fluxes[\"v3\"])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "However, if flux is forced through v$_3$, then there is no longer a feasible loopless solution, but the parsimonious solution will still exist." ] }, { "cell_type": "code", "execution_count": 9, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "model is infeasible\n" ] }, { "name": "stderr", "output_type": "stream", "text": [ "cobra/util/solver.py:398 \u001b[1;31mUserWarning\u001b[0m: solver status is 'infeasible'\n" ] } ], "source": [ "model.reactions.v3.lower_bound = 1\n", "with model:\n", " add_loopless(model)\n", " try:\n", " solution = model.optimize()\n", " except:\n", " print('model is infeasible')" ] }, { "cell_type": "code", "execution_count": 10, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "parsimonious solution: status = optimal\n", "loopless solution flux: v3 = 1.0\n" ] } ], "source": [ "solution = pfba(model)\n", "print(\"parsimonious solution: status = \" + solution.status)\n", "print(\"loopless solution flux: v3 = %.1f\" % solution.fluxes[\"v3\"])" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Method" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "`loopless_solution` is based on a given reference flux distribution. It will look for a new flux distribution with the following requirements:\n", "\n", "1. The objective value is the same as in the reference fluxes.\n", "2. All exchange fluxes have the same value as in the reference distribution.\n", "3. All non-exchange fluxes have the same sign (flow in the same direction) as the reference fluxes.\n", "4. The sum of absolute non-exchange fluxes is minimized.\n", "\n", "As proven in the [original publication](http://dx.doi.org/10.1093/bioinformatics/btv096) this will identify the \"least-loopy\" solution closest to the reference fluxes.\n", "\n", "If you are using `add_loopless` this will use the method [described here](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3030201/). In summary, it will add $G \\approx \\Delta G$ proxy variables and make loops thermodynamically infeasible. This is achieved by the following formulation.\n", "\n", "$$\n", "\\begin{eqnarray}\n", "&\\text{maximize } v_{obj} \\\\\n", "s.t. & Sv = 0\\\\\n", "& lb_j \\leq v_j \\leq ub_j \\\\\n", "& -M\\cdot (1 - a_i) \\leq v_i \\leq M\\cdot a_i\\\\\n", "& -1000a_i + (1 - a_i) \\leq G_i \\leq -a_i + 1000(1 - a_i)\\\\\n", "& N_{int}G = 0\\\\\n", "& a_i \\in \\{0, 1\\}\n", "\\end{eqnarray}\n", "$$\n", "\n", "Here the index j runs over all reactions and the index i only over internal ones. $a_i$ are indicator variables which equal one if the reaction flux flows in hte forward direction and 0 otherwise. They are used to force the G proxies to always carry the opposite sign of the flux (as it is the case for the \"real\" $\\Delta G$ values). $N_{int}$ is the nullspace matrix for internal reactions and is used to find thermodinamically \"correct\" values for G. \n" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.2" } }, "nbformat": 4, "nbformat_minor": 0 } cobrapy-0.23.0/documentation_builder/make.bat000066400000000000000000000117601417337024700212340ustar00rootroot00000000000000@ECHO OFF REM Command file for Sphinx documentation if "%SPHINXBUILD%" == "" ( set SPHINXBUILD=sphinx-build ) set BUILDDIR=..\documentation set ALLSPHINXOPTS=-d %BUILDDIR%/doctrees %SPHINXOPTS% . set I18NSPHINXOPTS=%SPHINXOPTS% . if NOT "%PAPER%" == "" ( set ALLSPHINXOPTS=-D latex_paper_size=%PAPER% %ALLSPHINXOPTS% set I18NSPHINXOPTS=-D latex_paper_size=%PAPER% %I18NSPHINXOPTS% ) if "%1" == "" goto help if "%1" == "help" ( :help echo.Please use `make ^` where ^ is one of echo. html to make standalone HTML files echo. dirhtml to make HTML files named index.html in directories echo. singlehtml to make a single large HTML file echo. pickle to make pickle files echo. json to make JSON files echo. htmlhelp to make HTML files and a HTML help project echo. qthelp to make HTML files and a qthelp project echo. devhelp to make HTML files and a Devhelp project echo. epub to make an epub echo. latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter echo. text to make text files echo. man to make manual pages echo. texinfo to make Texinfo files echo. gettext to make PO message catalogs echo. changes to make an overview over all changed/added/deprecated items echo. linkcheck to check all external links for integrity echo. doctest to run all doctests embedded in the documentation if enabled goto end ) if "%1" == "clean" ( for /d %%i in (%BUILDDIR%\*) do rmdir /q /s %%i del /q /s %BUILDDIR%\* goto end ) if "%1" == "html" ( %SPHINXBUILD% -b html %ALLSPHINXOPTS% %BUILDDIR%/html if errorlevel 1 exit /b 1 echo. echo.Build finished. The HTML pages are in %BUILDDIR%/html. goto end ) if "%1" == "dirhtml" ( %SPHINXBUILD% -b dirhtml %ALLSPHINXOPTS% %BUILDDIR%/dirhtml if errorlevel 1 exit /b 1 echo. echo.Build finished. The HTML pages are in %BUILDDIR%/dirhtml. goto end ) if "%1" == "singlehtml" ( %SPHINXBUILD% -b singlehtml %ALLSPHINXOPTS% %BUILDDIR%/singlehtml if errorlevel 1 exit /b 1 echo. echo.Build finished. The HTML pages are in %BUILDDIR%/singlehtml. goto end ) if "%1" == "pickle" ( %SPHINXBUILD% -b pickle %ALLSPHINXOPTS% %BUILDDIR%/pickle if errorlevel 1 exit /b 1 echo. echo.Build finished; now you can process the pickle files. goto end ) if "%1" == "json" ( %SPHINXBUILD% -b json %ALLSPHINXOPTS% %BUILDDIR%/json if errorlevel 1 exit /b 1 echo. echo.Build finished; now you can process the JSON files. goto end ) if "%1" == "htmlhelp" ( %SPHINXBUILD% -b htmlhelp %ALLSPHINXOPTS% %BUILDDIR%/htmlhelp if errorlevel 1 exit /b 1 echo. echo.Build finished; now you can run HTML Help Workshop with the ^ .hhp project file in %BUILDDIR%/htmlhelp. goto end ) if "%1" == "qthelp" ( %SPHINXBUILD% -b qthelp %ALLSPHINXOPTS% %BUILDDIR%/qthelp if errorlevel 1 exit /b 1 echo. echo.Build finished; now you can run "qcollectiongenerator" with the ^ .qhcp project file in %BUILDDIR%/qthelp, like this: echo.^> qcollectiongenerator %BUILDDIR%\qthelp\cobra.qhcp echo.To view the help file: echo.^> assistant -collectionFile %BUILDDIR%\qthelp\cobra.ghc goto end ) if "%1" == "devhelp" ( %SPHINXBUILD% -b devhelp %ALLSPHINXOPTS% %BUILDDIR%/devhelp if errorlevel 1 exit /b 1 echo. echo.Build finished. goto end ) if "%1" == "epub" ( %SPHINXBUILD% -b epub %ALLSPHINXOPTS% %BUILDDIR%/epub if errorlevel 1 exit /b 1 echo. echo.Build finished. The epub file is in %BUILDDIR%/epub. goto end ) if "%1" == "latex" ( %SPHINXBUILD% -b latex %ALLSPHINXOPTS% %BUILDDIR%/latex if errorlevel 1 exit /b 1 echo. echo.Build finished; the LaTeX files are in %BUILDDIR%/latex. goto end ) if "%1" == "text" ( %SPHINXBUILD% -b text %ALLSPHINXOPTS% %BUILDDIR%/text if errorlevel 1 exit /b 1 echo. echo.Build finished. The text files are in %BUILDDIR%/text. goto end ) if "%1" == "man" ( %SPHINXBUILD% -b man %ALLSPHINXOPTS% %BUILDDIR%/man if errorlevel 1 exit /b 1 echo. echo.Build finished. The manual pages are in %BUILDDIR%/man. goto end ) if "%1" == "texinfo" ( %SPHINXBUILD% -b texinfo %ALLSPHINXOPTS% %BUILDDIR%/texinfo if errorlevel 1 exit /b 1 echo. echo.Build finished. The Texinfo files are in %BUILDDIR%/texinfo. goto end ) if "%1" == "gettext" ( %SPHINXBUILD% -b gettext %I18NSPHINXOPTS% %BUILDDIR%/locale if errorlevel 1 exit /b 1 echo. echo.Build finished. The message catalogs are in %BUILDDIR%/locale. goto end ) if "%1" == "changes" ( %SPHINXBUILD% -b changes %ALLSPHINXOPTS% %BUILDDIR%/changes if errorlevel 1 exit /b 1 echo. echo.The overview file is in %BUILDDIR%/changes. goto end ) if "%1" == "linkcheck" ( %SPHINXBUILD% -b linkcheck %ALLSPHINXOPTS% %BUILDDIR%/linkcheck if errorlevel 1 exit /b 1 echo. echo.Link check complete; look for any errors in the above output ^ or in %BUILDDIR%/linkcheck/output.txt. goto end ) if "%1" == "doctest" ( %SPHINXBUILD% -b doctest %ALLSPHINXOPTS% %BUILDDIR%/doctest if errorlevel 1 exit /b 1 echo. echo.Testing of doctests in the sources finished, look at the ^ results in %BUILDDIR%/doctest/output.txt. goto end ) :end cobrapy-0.23.0/documentation_builder/media.ipynb000066400000000000000000000402101417337024700217410ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Growth media\n", "\n", "The availability of nutrients has a major impact on metabolic fluxes and `cobrapy` provides some helpers to manage the exchanges between the external environment and your metabolic model. In experimental settings the \"environment\" is usually constituted by the growth medium, ergo the concentrations of all metabolites and co-factors available to the modeled organism. However, constraint-based metabolic models only consider fluxes. Thus, you can not simply use concentrations since fluxes have the unit `mmol / [gDW h]` (concentration per gram dry weight of cells and hour). \n", "\n", "Also, you are setting an upper bound for the particular import flux and not the flux itself. There are some crude approximations. For instance, if you supply 1 mol of glucose every 24h to 1 gram of bacteria you might set the upper exchange flux for glucose to `1 mol / [1 gDW * 24 h]` since that is the nominal maximum that can be imported. There is no guarantee however that glucose will be consumed with that flux. Thus, the preferred data for exchange fluxes are direct flux measurements as the ones obtained from timecourse exa-metabolome measurements for instance. \n", "\n", "So how does that look in COBRApy? The current growth medium of a model is managed by the `medium` attribute. " ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'EX_co2_e': 1000.0,\n", " 'EX_glc__D_e': 10.0,\n", " 'EX_h_e': 1000.0,\n", " 'EX_h2o_e': 1000.0,\n", " 'EX_nh4_e': 1000.0,\n", " 'EX_o2_e': 1000.0,\n", " 'EX_pi_e': 1000.0}" ] }, "execution_count": 1, "metadata": {}, "output_type": "execute_result" } ], "source": [ "from cobra.test import create_test_model\n", "\n", "model = create_test_model(\"textbook\")\n", "model.medium" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "This will return a dictionary that contains the upper flux bounds for all active exchange fluxes (the ones having non-zero flux bounds). Right now we see that we have enabled aerobic growth. You can modify a growth medium of a model by assigning a dictionary to `model.medium` that maps exchange reactions to their respective upper import bounds. For now let us enforce anaerobic growth by shutting off the oxygen import." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'EX_co2_e': 1000.0,\n", " 'EX_glc__D_e': 10.0,\n", " 'EX_h_e': 1000.0,\n", " 'EX_h2o_e': 1000.0,\n", " 'EX_nh4_e': 1000.0,\n", " 'EX_pi_e': 1000.0}" ] }, "execution_count": 2, "metadata": {}, "output_type": "execute_result" } ], "source": [ "medium = model.medium\n", "medium[\"EX_o2_e\"] = 0.0\n", "model.medium = medium\n", "\n", "model.medium" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "As we can see oxygen import is now removed from the list of active exchanges and we can verify that this also leads to a lower growth rate." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "0.21166294973530736" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.slim_optimize()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "There is a small trap here. `model.medium` can not be assigned to directly. So the following will not work:" ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'EX_co2_e': 1000.0,\n", " 'EX_glc__D_e': 10.0,\n", " 'EX_h_e': 1000.0,\n", " 'EX_h2o_e': 1000.0,\n", " 'EX_nh4_e': 1000.0,\n", " 'EX_pi_e': 1000.0}" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.medium[\"EX_co2_e\"] = 0.0\n", "model.medium" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "As you can see `EX_co2_e` is not set to zero. This is because model.medium is just a copy of the current exchange fluxes. Assigning to it directly with `model.medium[...] = ...` will **not** change the model. You have to assign an entire dictionary with the changed import flux upper bounds:" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{'EX_glc__D_e': 10.0,\n", " 'EX_h_e': 1000.0,\n", " 'EX_h2o_e': 1000.0,\n", " 'EX_nh4_e': 1000.0,\n", " 'EX_pi_e': 1000.0}" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "medium = model.medium\n", "medium[\"EX_co2_e\"] = 0.0\n", "model.medium = medium\n", "\n", "model.medium # now it worked" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Setting the growth medium also connects to the context manager, so you can set a specific growth medium in a reversible manner." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0.21166294973530736\n", "0.8739215069684102\n" ] }, { "data": { "text/plain": [ "{'EX_co2_e': 1000.0,\n", " 'EX_glc__D_e': 10.0,\n", " 'EX_h_e': 1000.0,\n", " 'EX_h2o_e': 1000.0,\n", " 'EX_nh4_e': 1000.0,\n", " 'EX_o2_e': 1000.0,\n", " 'EX_pi_e': 1000.0}" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model = create_test_model(\"textbook\")\n", "\n", "with model:\n", " medium = model.medium\n", " medium[\"EX_o2_e\"] = 0.0\n", " model.medium = medium\n", " print(model.slim_optimize())\n", "print(model.slim_optimize())\n", "model.medium" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "So the medium change is only applied within the `with` block and reverted automatically." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Minimal media\n", "\n", "In some cases you might be interested in the smallest growth medium that can maintain a specific growth rate, the so called \"minimal medium\". For this we provide the function `minimal_medium` which by default obtains the medium with the lowest total import flux. This function needs two arguments: the model and the minimum growth rate (or other objective) the model has to achieve." ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "EX_glc__D_e 10.000000\n", "EX_nh4_e 4.765319\n", "EX_o2_e 21.799493\n", "EX_pi_e 3.214895\n", "dtype: float64" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "from cobra.medium import minimal_medium\n", "\n", "max_growth = model.slim_optimize()\n", "minimal_medium(model, max_growth)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "So we see that growth is actually limited by glucose import.\n", "\n", "Alternatively you might be interested in a minimal medium with the smallest number of active imports. This can be achieved by using the `minimize_components` argument (note that this uses a MIP formulation and will therefore be much slower)." ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "EX_glc__D_e 10.000000\n", "EX_nh4_e 1.042503\n", "EX_pi_e 0.703318\n", "dtype: float64" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "minimal_medium(model, 0.1, minimize_components=True)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "When minimizing the number of import fluxes there may be many alternative solutions. To obtain several of those you can also pass a positive integer to `minimize_components` which will give you at most that many alternative solutions. Let us try that with our model and also use the `open_exchanges` argument which will assign a large upper bound to all import reactions in the model. The return type will be a `pandas.DataFrame`." ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
0123
EX_fru_e0.000000521.3577670.0000000.000000
EX_glc__D_e0.0000000.0000000.000000519.750758
EX_gln__L_e0.00000040.69805818.8486780.000000
EX_glu__L_e348.1019440.0000000.0000000.000000
EX_mal__L_e0.0000000.0000001000.0000000.000000
EX_nh4_e0.0000000.0000000.00000081.026921
EX_o2_e500.0000000.0000000.0000000.000000
EX_pi_e66.43152954.91341912.58345854.664344
\n", "
" ], "text/plain": [ " 0 1 2 3\n", "EX_fru_e 0.000000 521.357767 0.000000 0.000000\n", "EX_glc__D_e 0.000000 0.000000 0.000000 519.750758\n", "EX_gln__L_e 0.000000 40.698058 18.848678 0.000000\n", "EX_glu__L_e 348.101944 0.000000 0.000000 0.000000\n", "EX_mal__L_e 0.000000 0.000000 1000.000000 0.000000\n", "EX_nh4_e 0.000000 0.000000 0.000000 81.026921\n", "EX_o2_e 500.000000 0.000000 0.000000 0.000000\n", "EX_pi_e 66.431529 54.913419 12.583458 54.664344" ] }, "execution_count": 9, "metadata": {}, "output_type": "execute_result" } ], "source": [ "minimal_medium(model, 0.8, minimize_components=8, open_exchanges=True)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "So there are 4 alternative solutions in total. One aerobic and three anaerobic ones using different carbon sources." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Boundary reactions\n", "\n", "Apart from exchange reactions there are other types of boundary reactions such as demand or sink reactions. `cobrapy` uses various heuristics to identify those and they can be accessed by using the appropriate attribute.\n", "\n", "For exchange reactions:" ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[,\n", " ,\n", " ,\n", " ,\n", " ]" ] }, "execution_count": 10, "metadata": {}, "output_type": "execute_result" } ], "source": [ "ecoli = create_test_model(\"ecoli\")\n", "ecoli.exchanges[0:5]" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For demand reactions:" ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ]" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "ecoli.demands" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For sink reactions:" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[]" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "ecoli.sinks" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "All boundary reactions (any reaction that consumes or introduces mass into the system) can be obtained with the `boundary` attribute:" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "[,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ,\n", " ]" ] }, "execution_count": 13, "metadata": {}, "output_type": "execute_result" } ], "source": [ "ecoli.boundary[0:10]" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.5" } }, "nbformat": 4, "nbformat_minor": 2 } cobrapy-0.23.0/documentation_builder/phenotype_phase_plane.ipynb000066400000000000000000000711221417337024700252420ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Production envelopes" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Production envelopes (aka phenotype phase planes) will show distinct phases of optimal growth with different use of two different substrates. For more information, see [Edwards et al.](http://dx.doi.org/10.1002/bit.10047)\n", "\n", "Cobrapy supports calculating these production envelopes and they can easily be plotted using your favorite plotting package. Here, we will make one for the \"textbook\" _E. coli_ core model and demonstrate plotting using [matplotlib](http://matplotlib.org/)." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import cobra.test\n", "from cobra.flux_analysis import production_envelope\n", "\n", "model = cobra.test.create_test_model(\"textbook\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We want to make a phenotype phase plane to evaluate uptakes of Glucose and Oxygen." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [], "source": [ "prod_env = production_envelope(model, [\"EX_glc__D_e\", \"EX_o2_e\"])" ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
carbon_sourcecarbon_yield_maximumcarbon_yield_minimumflux_maximumflux_minimummass_yield_maximummass_yield_minimumEX_glc__D_eEX_o2_e
0EX_glc__D_e1.442300e-130.00.0000000.0NaNNaN-10.0-60.000000
1EX_glc__D_e1.310050e+000.00.0722440.0NaNNaN-10.0-56.842105
2EX_glc__D_e2.620100e+000.00.1444880.0NaNNaN-10.0-53.684211
3EX_glc__D_e3.930150e+000.00.2167320.0NaNNaN-10.0-50.526316
4EX_glc__D_e5.240200e+000.00.2889750.0NaNNaN-10.0-47.368421
\n", "
" ], "text/plain": [ " carbon_source carbon_yield_maximum carbon_yield_minimum flux_maximum \\\n", "0 EX_glc__D_e 1.442300e-13 0.0 0.000000 \n", "1 EX_glc__D_e 1.310050e+00 0.0 0.072244 \n", "2 EX_glc__D_e 2.620100e+00 0.0 0.144488 \n", "3 EX_glc__D_e 3.930150e+00 0.0 0.216732 \n", "4 EX_glc__D_e 5.240200e+00 0.0 0.288975 \n", "\n", " flux_minimum mass_yield_maximum mass_yield_minimum EX_glc__D_e \\\n", "0 0.0 NaN NaN -10.0 \n", "1 0.0 NaN NaN -10.0 \n", "2 0.0 NaN NaN -10.0 \n", "3 0.0 NaN NaN -10.0 \n", "4 0.0 NaN NaN -10.0 \n", "\n", " EX_o2_e \n", "0 -60.000000 \n", "1 -56.842105 \n", "2 -53.684211 \n", "3 -50.526316 \n", "4 -47.368421 " ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "prod_env.head()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "If we specify the carbon source, we can also get the carbon and mass yield. For example, temporarily setting the objective to produce acetate instead we could get production envelope as follows and pandas to quickly plot the results." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "prod_env = production_envelope(\n", " model, [\"EX_o2_e\"], objective=\"EX_ac_e\", carbon_sources=\"EX_glc__D_e\")" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
carbon_sourcecarbon_yield_maximumcarbon_yield_minimumflux_maximumflux_minimummass_yield_maximummass_yield_minimumEX_o2_e
0EX_glc__D_e2.385536e-150.00.0000000.02.345496e-150.0-60.000000
1EX_glc__D_e5.263158e-020.01.5789470.05.174819e-020.0-56.842105
2EX_glc__D_e1.052632e-010.03.1578950.01.034964e-010.0-53.684211
3EX_glc__D_e1.578947e-010.04.7368420.01.552446e-010.0-50.526316
4EX_glc__D_e2.105263e-010.06.3157890.02.069927e-010.0-47.368421
\n", "
" ], "text/plain": [ " carbon_source carbon_yield_maximum carbon_yield_minimum flux_maximum \\\n", "0 EX_glc__D_e 2.385536e-15 0.0 0.000000 \n", "1 EX_glc__D_e 5.263158e-02 0.0 1.578947 \n", "2 EX_glc__D_e 1.052632e-01 0.0 3.157895 \n", "3 EX_glc__D_e 1.578947e-01 0.0 4.736842 \n", "4 EX_glc__D_e 2.105263e-01 0.0 6.315789 \n", "\n", " flux_minimum mass_yield_maximum mass_yield_minimum EX_o2_e \n", "0 0.0 2.345496e-15 0.0 -60.000000 \n", "1 0.0 5.174819e-02 0.0 -56.842105 \n", "2 0.0 1.034964e-01 0.0 -53.684211 \n", "3 0.0 1.552446e-01 0.0 -50.526316 \n", "4 0.0 2.069927e-01 0.0 -47.368421 " ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "prod_env.head()" ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "%matplotlib inline" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "image/png": "iVBORw0KGgoAAAANSUhEUgAAAXcAAAELCAYAAAAiIMZEAAAABHNCSVQICAgIfAhkiAAAAAlwSFlz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\nTkSuQmCC\n", "text/plain": [ "" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "prod_env.plot(\n", " kind='line', x='EX_o2_e', y='carbon_yield_maximum');" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Previous versions of cobrapy included more tailored plots for phase planes which have now been dropped in order to improve maintainability and enhance the focus of cobrapy. Plotting for cobra models is intended for another package." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.3" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/plot_helper.py000066400000000000000000000053641417337024700225210ustar00rootroot00000000000000# -*- coding: utf-8 -*- from matplotlib.pyplot import figure, xlim, ylim, gca, arrow, text, scatter from mpl_toolkits.axes_grid.axislines import SubplotZero from numpy import linspace, arange, sqrt, pi, sin, cos, sign from IPython.display import set_matplotlib_formats set_matplotlib_formats('png', 'pdf') # axis style def make_plot_ax(): fig = figure(figsize=(6, 5)) ax = SubplotZero(fig, 111) fig.add_subplot(ax) for direction in ["xzero", "yzero"]: ax.axis[direction].set_axisline_style("-|>") ax.axis[direction].set_visible(True) for direction in ["left", "right", "bottom", "top"]: ax.axis[direction].set_visible(False) xlim(-0.1, 2.1) ylim(xlim()) ticks = [0.5 * i for i in range(1, 5)] labels = [str(i) if i == int(i) else "" for i in ticks] ax.set_xticks(ticks) ax.set_yticks(ticks) ax.set_xticklabels(labels) ax.set_yticklabels(labels) ax.axis["yzero"].set_axis_direction("left") return ax def plot_qp1(): ax = make_plot_ax() ax.plot((0, 2), (2, 0), 'b') ax.plot([1], [1], 'bo') # circular grid for r in sqrt(2.) + 0.125 * arange(-11, 6): t = linspace(0., pi/2., 100) ax.plot(r * cos(t), r * sin(t), '-.', color="gray") def plot_qp2(): ax = make_plot_ax() ax.plot((0, 2), (2, 0), 'b') ax.plot([0.5], [1.5], 'bo') yrange = linspace(1, 2, 11) for r in [y ** 2 / 2. - y for y in yrange]: t = linspace(-sqrt(2 * r + 1) + 0.000001, sqrt(2 * r + 1) - 0.000001, 1000) ax.plot(abs(t), [1 + sqrt(abs(2 * r + 1 - x ** 2)) * sign(x) for x in t], '-.', color="gray") def plot_loop(): figure(figsize=(10.5, 4.5), frameon=False) gca().axis("off") xlim(0.5, 3.5) ylim(0.7, 2.2) arrow_params = {"head_length": 0.08, "head_width": 0.1, "ec": "k", "fc": "k"} text_params = {"fontsize": 25, "horizontalalignment": "center", "verticalalignment": "center"} arrow(0.5, 1, 0.85, 0, **arrow_params) # EX_A arrow(1.5, 1, 0.425, 0.736, **arrow_params) # v1 arrow(2.04, 1.82, 0.42, -0.72, **arrow_params) # v2 arrow(2.4, 1, -0.75, 0, **arrow_params) # v3 arrow(2.6, 1, 0.75, 0, **arrow_params) # reaction labels text(0.9, 1.15, "EX_A", **text_params) text(1.6, 1.5, r"v$_1$", **text_params) text(2.4, 1.5, r"v$_2$", **text_params) text(2, 0.85, r"v$_3$", **text_params) text(2.9, 1.15, "DM_C", **text_params) # metabolite labels scatter(1.5, 1, s=250, color='#c994c7') text(1.5, 0.9, "A", **text_params) scatter(2, 1.84, s=250, color='#c994c7') text(2, 1.95, "B", **text_params) scatter(2.5, 1, s=250, color='#c994c7') text(2.5, 0.9, "C", **text_params) cobrapy-0.23.0/documentation_builder/pymatbridge.ipynb000066400000000000000000000117211417337024700231760ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": { "collapsed": false }, "source": [ "# Using the COBRA toolbox with cobrapy\n", "\n", "This example demonstrates using COBRA toolbox commands in MATLAB from python through [pymatbridge](http://arokem.github.io/python-matlab-bridge/)." ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "Starting MATLAB on ZMQ socket ipc:///tmp/pymatbridge-57ff5429-02d9-4e1a-8ed0-44e391fb0df7\n", "Send 'exit' command to kill the server\n", "....MATLAB started and connected!\n" ] } ], "source": [ "%load_ext pymatbridge" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": true }, "outputs": [], "source": [ "import cobra.test\n", "m = cobra.test.create_test_model(\"textbook\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The model_to_pymatbridge function will send the model to the workspace with the given variable name." ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false }, "outputs": [], "source": [ "from cobra.io.mat import model_to_pymatbridge\n", "model_to_pymatbridge(m, variable_name=\"model\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Now in the MATLAB workspace, the variable name 'model' holds a COBRA toolbox struct encoding the model." ] }, { "cell_type": "code", "execution_count": 4, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "\n", "model = \n", "\n", " rev: [95x1 double]\n", " metNames: {72x1 cell}\n", " b: [72x1 double]\n", " metCharge: [72x1 double]\n", " c: [95x1 double]\n", " csense: [72x1 char]\n", " genes: {137x1 cell}\n", " metFormulas: {72x1 cell}\n", " rxns: {95x1 cell}\n", " grRules: {95x1 cell}\n", " rxnNames: {95x1 cell}\n", " description: [11x1 char]\n", " S: [72x95 double]\n", " ub: [95x1 double]\n", " lb: [95x1 double]\n", " mets: {72x1 cell}\n", " subSystems: {95x1 cell}\n", "\n" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "%%matlab\n", "model" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "First, we have to initialize the COBRA toolbox in MATLAB." ] }, { "cell_type": "code", "execution_count": 5, "metadata": { "collapsed": true }, "outputs": [], "source": [ "%%matlab --silent\n", "warning('off'); % this works around a pymatbridge bug\n", "addpath(genpath('~/cobratoolbox/'));\n", "initCobraToolbox();" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Commands from the COBRA toolbox can now be run on the model" ] }, { "cell_type": "code", "execution_count": 6, "metadata": { "collapsed": false }, "outputs": [ { "data": { "text/plain": [ "\n", "ans = \n", "\n", " x: [95x1 double]\n", " f: 0.8739\n", " y: [71x1 double]\n", " w: [95x1 double]\n", " stat: 1\n", " origStat: 5\n", " solver: 'glpk'\n", " time: 3.2911\n", "\n" ] }, "metadata": {}, "output_type": "display_data" } ], "source": [ "%%matlab\n", "optimizeCbModel(model)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "FBA in the COBRA toolbox should give the same result as cobrapy (but maybe just a little bit slower :))" ] }, { "cell_type": "code", "execution_count": 7, "metadata": { "collapsed": false }, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 0 ns, sys: 0 ns, total: 0 ns\n", "Wall time: 5.48 µs\n" ] }, { "data": { "text/plain": [ "0.8739215069684909" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%time\n", "m.optimize().f" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.2" } }, "nbformat": 4, "nbformat_minor": 0 } cobrapy-0.23.0/documentation_builder/requirements.txt000066400000000000000000000001141417337024700231020ustar00rootroot00000000000000Sphinx~=2.2 sphinxcontrib-napoleon sphinx-autoapi nbsphinx>=0.2.4 ipykernel cobrapy-0.23.0/documentation_builder/sampling.ipynb000066400000000000000000000453721417337024700225120ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Flux sampling" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Basic usage" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The easiest way to get started with flux sampling is using the `sample` function in the `flux_analysis` submodule. `sample` takes at least two arguments: a cobra model and the number of samples you want to generate." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
ACALDACALDtACKrACONTaACONTbACt2rADK1AKGDHAKGt2rALCD2x...RPISUCCt2_2SUCCt3SUCDiSUCOASTALATHD2TKT1TKT2TPI
0-2.060626-0.766231-1.7467266.1366426.136642-1.74672613.9155412.174506-0.242290-1.294395...-6.11727033.45799034.319917704.483302-2.1745066.1096180.2304086.1096186.1065403.122076
1-1.518217-1.265778-0.2536089.0813319.081331-0.2536087.1944755.979050-0.225992-0.252439...-5.07273339.90289340.343192718.488475-5.9790504.9918430.1370194.9918434.9593154.172389
2-3.790368-1.292543-0.4575029.3407559.340755-0.45750223.4357941.652395-0.333891-2.497825...-0.6742200.1532761.506968844.889698-1.6523950.6736019.1980010.6736010.6733527.770955
3-5.173189-4.511308-2.3339627.3648367.364836-2.33396211.7254012.504044-0.051420-0.661881...-0.6812007.5067329.110446885.755585-2.5040440.6565617.5145200.6565610.6466538.450394
4-6.787036-5.645414-1.5215666.3732506.373250-1.5215664.8233733.452123-0.126943-1.141621...-0.5105989.30745910.941500749.854462-3.4521230.4748786.2359820.4748780.4605148.908012
\n", "

5 rows × 95 columns

\n", "
" ], "text/plain": [ " ACALD ACALDt ACKr ACONTa ACONTb ACt2r ADK1 \\\n", "0 -2.060626 -0.766231 -1.746726 6.136642 6.136642 -1.746726 13.915541 \n", "1 -1.518217 -1.265778 -0.253608 9.081331 9.081331 -0.253608 7.194475 \n", "2 -3.790368 -1.292543 -0.457502 9.340755 9.340755 -0.457502 23.435794 \n", "3 -5.173189 -4.511308 -2.333962 7.364836 7.364836 -2.333962 11.725401 \n", "4 -6.787036 -5.645414 -1.521566 6.373250 6.373250 -1.521566 4.823373 \n", "\n", " AKGDH AKGt2r ALCD2x ... RPI SUCCt2_2 SUCCt3 \\\n", "0 2.174506 -0.242290 -1.294395 ... -6.117270 33.457990 34.319917 \n", "1 5.979050 -0.225992 -0.252439 ... -5.072733 39.902893 40.343192 \n", "2 1.652395 -0.333891 -2.497825 ... -0.674220 0.153276 1.506968 \n", "3 2.504044 -0.051420 -0.661881 ... -0.681200 7.506732 9.110446 \n", "4 3.452123 -0.126943 -1.141621 ... -0.510598 9.307459 10.941500 \n", "\n", " SUCDi SUCOAS TALA THD2 TKT1 TKT2 TPI \n", "0 704.483302 -2.174506 6.109618 0.230408 6.109618 6.106540 3.122076 \n", "1 718.488475 -5.979050 4.991843 0.137019 4.991843 4.959315 4.172389 \n", "2 844.889698 -1.652395 0.673601 9.198001 0.673601 0.673352 7.770955 \n", "3 885.755585 -2.504044 0.656561 7.514520 0.656561 0.646653 8.450394 \n", "4 749.854462 -3.452123 0.474878 6.235982 0.474878 0.460514 8.908012 \n", "\n", "[5 rows x 95 columns]" ] }, "execution_count": 1, "metadata": {}, "output_type": "execute_result" } ], "source": [ "from cobra.test import create_test_model\n", "from cobra.sampling import sample\n", "\n", "model = create_test_model(\"textbook\")\n", "s = sample(model, 100)\n", "s.head()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "By default sample uses the `optgp` method based on the [method presented here](http://dx.doi.org/10.1371/journal.pone.0086587) as it is suited for larger models and can run in parallel. By default the sampler uses a single process. This can be changed by using the `processes` argument." ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "One process:\n", "CPU times: user 19.7 s, sys: 918 ms, total: 20.6 s\n", "Wall time: 16.1 s\n", "Two processes:\n", "CPU times: user 1.31 s, sys: 154 ms, total: 1.46 s\n", "Wall time: 8.76 s\n" ] } ], "source": [ "print(\"One process:\")\n", "%time s = sample(model, 1000)\n", "print(\"Two processes:\")\n", "%time s = sample(model, 1000, processes=2)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Alternatively you can also user Artificial Centering Hit-and-Run for sampling by setting the method to `achr`. `achr` does not support parallel execution but has good convergence and is almost Markovian." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [], "source": [ "s = sample(model, 100, method=\"achr\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "In general setting up the sampler is expensive since initial search directions are generated by solving many linear programming problems. Thus, we recommend to generate as many samples as possible in one go. However, this might require finer control over the sampling procedure as described in the following section." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Advanced usage" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Sampler objects" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The sampling process can be controlled on a lower level by using the sampler classes directly." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [], "source": [ "from cobra.sampling import OptGPSampler, ACHRSampler" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Both sampler classes have standardized interfaces and take some additional argument. For instance the `thinning` factor. \"Thinning\" means only recording samples every n iterations. A higher thinning factors mean less correlated samples but also larger computation times. By default the samplers use a thinning factor of 100 which creates roughly uncorrelated samples. If you want less samples but better mixing feel free to increase this parameter. If you want to study convergence for your own model you might want to set it to 1 to obtain all iterates." ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [], "source": [ "achr = ACHRSampler(model, thinning=10)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "`OptGPSampler` has an additional `processes` argument specifying how many processes are used to create parallel sampling chains. This should be in the order of your CPU cores for maximum efficiency. As noted before class initialization can take up to a few minutes due to generation of initial search directions. Sampling on the other hand is quick." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [], "source": [ "optgp = OptGPSampler(model, processes=4)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Sampling and validation" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Both samplers have a sample function that generates samples from the initialized object and act like the `sample` function described above, only that this time it will only accept a single argument, the number of samples. For `OptGPSampler` the number of samples should be a multiple of the number of processes, otherwise it will be increased to the nearest multiple automatically." ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [], "source": [ "s1 = achr.sample(100)\n", "\n", "s2 = optgp.sample(100)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "You can call `sample` repeatedly and both samplers are optimized to generate large amount of samples without falling into \"numerical traps\". All sampler objects have a `validate` function in order to check if a set of points are feasible and give detailed information about feasibility violations in a form of a short code denoting feasibility. Here the short code is a combination of any of the following letters:\n", "\n", "- \"v\" - valid point\n", "- \"l\" - lower bound violation\n", "- \"u\" - upper bound violation\n", "- \"e\" - equality violation (meaning the point is not a steady state)\n", "\n", "For instance for a random flux distribution (should not be feasible):" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "array(['le'], dtype=' 0.1) for s in optgp.batch(100, 10)]\n", "print(\"Usually {:.2f}% +- {:.2f}% grow...\".format(\n", " np.mean(counts) * 100.0, np.std(counts) * 100.0))" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Adding constraints" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Flux sampling will respect additional contraints defined in the model. For instance we can add a constraint enforcing growth in asimilar manner as the section before." ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [], "source": [ "co = model.problem.Constraint(model.reactions.Biomass_Ecoli_core.flux_expression, lb=0.1)\n", "model.add_cons_vars([co])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "*Note that this is only for demonstration purposes. usually you could set the lower bound of the reaction directly instead of creating a new constraint.*" ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "0 0.124471\n", "1 0.151331\n", "2 0.108145\n", "3 0.144076\n", "4 0.110480\n", "5 0.109024\n", "6 0.111399\n", "7 0.139682\n", "8 0.103511\n", "9 0.116880\n", "Name: Biomass_Ecoli_core, dtype: float64\n" ] } ], "source": [ "s = sample(model, 10)\n", "print(s.Biomass_Ecoli_core)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "As we can see our new constraint was respected." ] } ], "metadata": { "anaconda-cloud": {}, "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.6.7" } }, "nbformat": 4, "nbformat_minor": 4 } cobrapy-0.23.0/documentation_builder/simulating.ipynb000066400000000000000000001243251417337024700230500ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Simulating with FBA" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Simulations using flux balance analysis can be solved using `Model.optimize()`. This will maximize or minimize (maximizing is the default) flux through the objective reactions." ] }, { "cell_type": "code", "execution_count": 1, "metadata": {}, "outputs": [], "source": [ "import cobra.test\n", "model = cobra.test.create_test_model(\"textbook\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Running FBA" ] }, { "cell_type": "code", "execution_count": 2, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "\n" ] } ], "source": [ "solution = model.optimize()\n", "print(solution)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The Model.optimize() function will return a Solution object. A solution object has several attributes:\n", "\n", " - `objective_value`: the objective value\n", " - `status`: the status from the linear programming solver\n", " - `fluxes`: a pandas series with flux indexed by reaction identifier. The flux for a reaction variable is the difference of the primal values for the forward and reverse reaction variables.\n", " - `shadow_prices`: a pandas series with shadow price indexed by the metabolite identifier." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "For example, after the last call to `model.optimize()`, if the optimization succeeds it's status will be optimal. In case the model is infeasible an error is raised." ] }, { "cell_type": "code", "execution_count": 3, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "0.8739215069684307" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "solution.objective_value" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The solvers that can be used with cobrapy are so fast that for many small to mid-size models computing the solution can be even faster than it takes to collect the values from the solver and convert to them python objects. With `model.optimize`, we gather values for all reactions and metabolites and that can take a significant amount of time if done repeatedly. If we are only interested in the flux value of a single reaction or the objective, it is faster to instead use `model.slim_optimize` which only does the optimization and returns the objective value leaving it up to you to fetch other values that you may need." ] }, { "cell_type": "code", "execution_count": 4, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 590 µs, sys: 642 µs, total: 1.23 ms\n", "Wall time: 1.24 ms\n" ] }, { "data": { "text/plain": [ "0.8739215069684307" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%time\n", "model.optimize().objective_value" ] }, { "cell_type": "code", "execution_count": 5, "metadata": {}, "outputs": [ { "name": "stdout", "output_type": "stream", "text": [ "CPU times: user 85 µs, sys: 91 µs, total: 176 µs\n", "Wall time: 180 µs\n" ] }, { "data": { "text/plain": [ "0.8739215069684307" ] }, "execution_count": 5, "metadata": {}, "output_type": "execute_result" } ], "source": [ "%%time\n", "model.slim_optimize()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Analyzing FBA solutions" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Models solved using FBA can be further analyzed by using summary methods, which output printed text to give a quick representation of model behavior. Calling the summary method on the entire model displays information on the input and output behavior of the model, along with the optimized objective." ] }, { "cell_type": "code", "execution_count": 6, "metadata": {}, "outputs": [ { "data": { "text/html": [ "

Objective

1.0 Biomass_Ecoli_core = 0.8739215069684306

Uptake

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
MetaboliteReactionFluxC-NumberC-Flux
glc__D_eEX_glc__D_e106100.00%
nh4_eEX_nh4_e4.76500.00%
o2_eEX_o2_e21.800.00%
pi_eEX_pi_e3.21500.00%

Secretion

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
MetaboliteReactionFluxC-NumberC-Flux
co2_eEX_co2_e-22.811100.00%
h2o_eEX_h2o_e-29.1800.00%
h_eEX_h_e-17.5300.00%
" ], "text/plain": [ "" ] }, "execution_count": 6, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.summary()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "In addition, the input-output behavior of individual metabolites can also be inspected using summary methods. For instance, the following commands can be used to examine the overall redox balance of the model" ] }, { "cell_type": "code", "execution_count": 7, "metadata": {}, "outputs": [ { "data": { "text/html": [ "

nadh_c

C21H27N7O14P2

Producing Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxReactionDefinition
13.14%5.064AKGDHakg_c + coa_c + nad_c --> co2_c + nadh_c + succoa_c
8.04%3.1Biomass_Ecoli_core1.496 3pg_c + 3.7478 accoa_c + 59.81 atp_c + 0.361 e4p_c + 0.0709 f6p_c + 0.129 g3p_c + 0.205 g6p_c + 0.2557 gln__L_c + 4.9414 glu__L_c + 59.81 h2o_c + 3.547 nad_c + 13.0279 nadph_c + 1.7867 oaa_c + 0.5191 pep_c + 2.8328 pyr_c + 0.8977 r5p_c --> 59.81 adp_c + 4.1182 akg_c + 3.7478 coa_c + 59.81 h_c + 3.547 nadh_c + 13.0279 nadp_c + 59.81 pi_c
41.58%16.02GAPDg3p_c + nad_c + pi_c <=> 13dpg_c + h_c + nadh_c
13.14%5.064MDHmal__L_c + nad_c <=> h_c + nadh_c + oaa_c
24.09%9.283PDHcoa_c + nad_c + pyr_c --> accoa_c + co2_c + nadh_c

Consuming Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxReactionDefinition
100.00%-38.53NADH164.0 h_c + nadh_c + q8_c --> 3.0 h_e + nad_c + q8h2_c
" ], "text/plain": [ "" ] }, "execution_count": 7, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.metabolites.nadh_c.summary()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Or to get a sense of the main energy production and consumption reactions" ] }, { "cell_type": "code", "execution_count": 8, "metadata": {}, "outputs": [ { "data": { "text/html": [ "

atp_c

C10H12N5O13P3

Producing Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxReactionDefinition
66.58%45.51ATPS4radp_c + 4.0 h_e + pi_c <=> atp_c + h2o_c + 3.0 h_c
23.44%16.02PGK3pg_c + atp_c <=> 13dpg_c + adp_c
2.57%1.758PYKadp_c + h_c + pep_c --> atp_c + pyr_c
7.41%5.064SUCOASatp_c + coa_c + succ_c <=> adp_c + pi_c + succoa_c

Consuming Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxReactionDefinition
12.27%-8.39ATPMatp_c + h2o_c --> adp_c + h_c + pi_c
76.46%-52.27Biomass_Ecoli_core1.496 3pg_c + 3.7478 accoa_c + 59.81 atp_c + 0.361 e4p_c + 0.0709 f6p_c + 0.129 g3p_c + 0.205 g6p_c + 0.2557 gln__L_c + 4.9414 glu__L_c + 59.81 h2o_c + 3.547 nad_c + 13.0279 nadph_c + 1.7867 oaa_c + 0.5191 pep_c + 2.8328 pyr_c + 0.8977 r5p_c --> 59.81 adp_c + 4.1182 akg_c + 3.7478 coa_c + 59.81 h_c + 3.547 nadh_c + 13.0279 nadp_c + 59.81 pi_c
0.33%-0.2235GLNSatp_c + glu__L_c + nh4_c --> adp_c + gln__L_c + h_c + pi_c
10.94%-7.477PFKatp_c + f6p_c --> adp_c + fdp_c + h_c
" ], "text/plain": [ "" ] }, "execution_count": 8, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.metabolites.atp_c.summary()" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Changing the Objectives" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The objective function is determined from the objective_coefficient attribute of the objective reaction(s). Generally, a \"biomass\" function which describes the composition of metabolites which make up a cell is used." ] }, { "cell_type": "code", "execution_count": 9, "metadata": {}, "outputs": [], "source": [ "biomass_rxn = model.reactions.get_by_id(\"Biomass_Ecoli_core\")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Currently in the model, there is only one reaction in the objective (the biomass reaction), with an linear coefficient of 1." ] }, { "cell_type": "code", "execution_count": 10, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{: 1.0}" ] }, "execution_count": 10, "metadata": {}, "output_type": "execute_result" } ], "source": [ "from cobra.util.solver import linear_reaction_coefficients\n", "linear_reaction_coefficients(model)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The objective function can be changed by assigning Model.objective, which can be a reaction object (or just it's name), or a `dict` of `{Reaction: objective_coefficient}`." ] }, { "cell_type": "code", "execution_count": 11, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "{: 1.0}" ] }, "execution_count": 11, "metadata": {}, "output_type": "execute_result" } ], "source": [ "# change the objective to ATPM\n", "model.objective = \"ATPM\"\n", "\n", "# The upper bound should be 1000, so that we get\n", "# the actual optimal value\n", "model.reactions.get_by_id(\"ATPM\").upper_bound = 1000.\n", "linear_reaction_coefficients(model)" ] }, { "cell_type": "code", "execution_count": 12, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "174.99999999999983" ] }, "execution_count": 12, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.optimize().objective_value" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "We can also have more complicated objectives including quadratic terms." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Running FVA" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "FBA will not give always give unique solution, because multiple flux states can achieve the same optimum. FVA (or flux variability analysis) finds the ranges of each metabolic flux at the optimum." ] }, { "cell_type": "code", "execution_count": 13, "metadata": {}, "outputs": [], "source": [ "from cobra.flux_analysis import flux_variability_analysis" ] }, { "cell_type": "code", "execution_count": 14, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
ACALD-2.623542e-140.000000e+00
ACALDt-2.623542e-140.000000e+00
ACKr-4.012477e-140.000000e+00
ACONTa2.000000e+012.000000e+01
ACONTb2.000000e+012.000000e+01
ACt2r-4.012477e-140.000000e+00
ADK10.000000e+001.705303e-13
AKGDH2.000000e+012.000000e+01
AKGt2r-1.586328e-140.000000e+00
ALCD2x-2.273737e-140.000000e+00
\n", "
" ], "text/plain": [ " minimum maximum\n", "ACALD -2.623542e-14 0.000000e+00\n", "ACALDt -2.623542e-14 0.000000e+00\n", "ACKr -4.012477e-14 0.000000e+00\n", "ACONTa 2.000000e+01 2.000000e+01\n", "ACONTb 2.000000e+01 2.000000e+01\n", "ACt2r -4.012477e-14 0.000000e+00\n", "ADK1 0.000000e+00 1.705303e-13\n", "AKGDH 2.000000e+01 2.000000e+01\n", "AKGt2r -1.586328e-14 0.000000e+00\n", "ALCD2x -2.273737e-14 0.000000e+00" ] }, "execution_count": 14, "metadata": {}, "output_type": "execute_result" } ], "source": [ "flux_variability_analysis(model, model.reactions[:10])" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Setting parameter `fraction_of_optimium=0.90` would give the flux ranges for reactions at 90% optimality." ] }, { "cell_type": "code", "execution_count": 15, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
ACALD-2.6923080.0
ACALDt-2.6923080.0
ACKr-4.1176470.0
ACONTa8.46153820.0
ACONTb8.46153820.0
ACt2r-4.1176470.0
ADK10.00000017.5
AKGDH2.50000020.0
AKGt2r-1.4893620.0
ALCD2x-2.3333330.0
\n", "
" ], "text/plain": [ " minimum maximum\n", "ACALD -2.692308 0.0\n", "ACALDt -2.692308 0.0\n", "ACKr -4.117647 0.0\n", "ACONTa 8.461538 20.0\n", "ACONTb 8.461538 20.0\n", "ACt2r -4.117647 0.0\n", "ADK1 0.000000 17.5\n", "AKGDH 2.500000 20.0\n", "AKGt2r -1.489362 0.0\n", "ALCD2x -2.333333 0.0" ] }, "execution_count": 15, "metadata": {}, "output_type": "execute_result" } ], "source": [ "cobra.flux_analysis.flux_variability_analysis(\n", " model, model.reactions[:10], fraction_of_optimum=0.9)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "The standard FVA may contain loops, i.e. high absolute flux values that only can be high if they are allowed to participate in loops (a mathematical artifact that cannot happen in vivo). Use the `loopless` argument to avoid such loops. Below, we can see that FRD7 and SUCDi reactions can participate in loops but that this is avoided when using the looplesss FVA." ] }, { "cell_type": "code", "execution_count": 16, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
FRD70.0980.0
SUCDi20.01000.0
\n", "
" ], "text/plain": [ " minimum maximum\n", "FRD7 0.0 980.0\n", "SUCDi 20.0 1000.0" ] }, "execution_count": 16, "metadata": {}, "output_type": "execute_result" } ], "source": [ "loop_reactions = [model.reactions.FRD7, model.reactions.SUCDi]\n", "flux_variability_analysis(model, reaction_list=loop_reactions, loopless=False)" ] }, { "cell_type": "code", "execution_count": 17, "metadata": {}, "outputs": [ { "data": { "text/html": [ "
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
minimummaximum
FRD70.00.0
SUCDi20.020.0
\n", "
" ], "text/plain": [ " minimum maximum\n", "FRD7 0.0 0.0\n", "SUCDi 20.0 20.0" ] }, "execution_count": 17, "metadata": {}, "output_type": "execute_result" } ], "source": [ "flux_variability_analysis(model, reaction_list=loop_reactions, loopless=True)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "### Running FVA in summary methods" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Flux variability analysis can also be embedded in calls to summary methods. For instance, the expected variability in substrate consumption and product formation can be quickly found by" ] }, { "cell_type": "code", "execution_count": 18, "metadata": {}, "outputs": [ { "data": { "text/html": [ "

Objective

1.0 ATPM = 175.0

Uptake

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
MetaboliteReactionFluxRangeC-NumberC-Flux
glc__D_eEX_glc__D_e10[9.5; 10]6100.00%
o2_eEX_o2_e60[55.88; 60]00.00%

Secretion

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
MetaboliteReactionFluxRangeC-NumberC-Flux
ac_eEX_ac_e0[-2.059; 0]20.00%
acald_eEX_acald_e0[-1.346; 0]20.00%
akg_eEX_akg_e0[-0.7447; 0]50.00%
co2_eEX_co2_e-60[-60; -54.17]1100.00%
etoh_eEX_etoh_e0[-1.167; 0]20.00%
for_eEX_for_e0[-5.833; 0]10.00%
glu__L_eEX_glu__L_e0[-0.6731; 0]50.00%
h2o_eEX_h2o_e-60[-60; -54.17]00.00%
h_eEX_h_e0[-5.833; 0]00.00%
lac__D_eEX_lac__D_e0[-1.129; 0]30.00%
nh4_eEX_nh4_e0[0; 0.6731]00.00%
pi_eEX_pi_e0[0; 0.171]00.00%
pyr_eEX_pyr_e0[-1.346; 0]30.00%
succ_eEX_succ_e0[-0.875; 0]40.00%
" ], "text/plain": [ "" ] }, "execution_count": 18, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.optimize()\n", "model.summary(fva=0.95)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Similarly, variability in metabolite mass balances can also be checked with flux variability analysis." ] }, { "cell_type": "code", "execution_count": 19, "metadata": {}, "outputs": [ { "data": { "text/html": [ "

pyr_c

C3H3O3

Producing Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxRangeReactionDefinition
50.00%10[9.5; 10]GLCptsglc__D_e + pep_c --> g6p_c + pyr_c
0.00%0[-1.129; 0]LDH_Dlac__D_c + nad_c <=> h_c + nadh_c + pyr_c
0.00%0[0; 8.75]ME1mal__L_c + nad_c --> co2_c + nadh_c + pyr_c
0.00%0[0; 8.75]ME2mal__L_c + nadp_c --> co2_c + nadph_c + pyr_c
50.00%10[1.25; 18.75]PYKadp_c + h_c + pep_c --> atp_c + pyr_c
0.00%0[-1.346; 0]PYRt2h_e + pyr_e <=> h_c + pyr_c

Consuming Reactions

\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
PercentFluxRangeReactionDefinition
0.00%0[-0.1316; 0]Biomass_Ecoli_core1.496 3pg_c + 3.7478 accoa_c + 59.81 atp_c + 0.361 e4p_c + 0.0709 f6p_c + 0.129 g3p_c + 0.205 g6p_c + 0.2557 gln__L_c + 4.9414 glu__L_c + 59.81 h2o_c + 3.547 nad_c + 13.0279 nadph_c + 1.7867 oaa_c + 0.5191 pep_c + 2.8328 pyr_c + 0.8977 r5p_c --> 59.81 adp_c + 4.1182 akg_c + 3.7478 coa_c + 59.81 h_c + 3.547 nadh_c + 13.0279 nadp_c + 59.81 pi_c
100.00%-20[-28.75; -13]PDHcoa_c + nad_c + pyr_c --> accoa_c + co2_c + nadh_c
0.00%0[-5.833; 0]PFLcoa_c + pyr_c --> accoa_c + for_c
0.00%0[-8.75; 0]PPSatp_c + h2o_c + pyr_c --> amp_c + 2.0 h_c + pep_c + pi_c
" ], "text/plain": [ "" ] }, "execution_count": 19, "metadata": {}, "output_type": "execute_result" } ], "source": [ "model.metabolites.pyr_c.summary(fva=0.95)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "In these summary methods, the values are reported as a the center point +/- the range of the FVA solution, calculated from the maximum and minimum values." ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Running pFBA" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Parsimonious FBA (often written pFBA) finds a flux distribution which gives the optimal growth rate, but minimizes the total sum of flux. This involves solving two sequential linear programs, but is handled transparently by cobrapy. For more details on pFBA, please see [Lewis et al. (2010)](http://dx.doi.org/10.1038/msb.2010.47)." ] }, { "cell_type": "code", "execution_count": 20, "metadata": {}, "outputs": [], "source": [ "model.objective = 'Biomass_Ecoli_core'\n", "fba_solution = model.optimize()\n", "pfba_solution = cobra.flux_analysis.pfba(model)" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "These functions will likely give completely different objective values, because the objective value shown from pFBA is defined as `sum(abs(pfba_solution.fluxes.values))`, while the objective value for standard FBA is defined as the weighted flux through the reactions being optimized for (e.g. `fba_solution.fluxes[\"Biomass_Ecoli_core\"]`).\n", "\n", "Both pFBA and FBA should return identical results within solver tolerances for the objective being optimized. E.g. for a FBA problem which maximizes the reaction `Biomass_Ecoli_core`:" ] }, { "cell_type": "code", "execution_count": 21, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "8.881784197001252e-16" ] }, "execution_count": 21, "metadata": {}, "output_type": "execute_result" } ], "source": [ "abs(fba_solution.fluxes[\"Biomass_Ecoli_core\"] - pfba_solution.fluxes[\n", " \"Biomass_Ecoli_core\"])" ] }, { "cell_type": "code", "execution_count": 22, "metadata": {}, "outputs": [ { "data": { "text/plain": [ "True" ] }, "execution_count": 22, "metadata": {}, "output_type": "execute_result" } ], "source": [ "import numpy as np\n", "np.isclose(\n", " fba_solution.fluxes[\"Biomass_Ecoli_core\"], \n", " pfba_solution.fluxes[\"Biomass_Ecoli_core\"]\n", ")" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "## Running geometric FBA" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ "Geometric FBA finds a unique optimal flux distribution which is central to the range of possible fluxes. For more details on geometric FBA, please see [K Smallbone, E Simeonidis (2009)](http://dx.doi.org/10.1016/j.jtbi.2009.01.027)." ] }, { "cell_type": "code", "execution_count": 23, "metadata": {}, "outputs": [ { "data": { "text/html": [ "Optimal solution with objective value 0.000
\n", "\n", "\n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", " \n", "
fluxesreduced_costs
ACALD0.000000e+000.0
ACALDt0.000000e+000.0
ACKr7.454685e-150.0
ACONTa6.007250e+000.0
ACONTb6.007250e+000.0
.........
TALA1.496984e+000.0
THD20.000000e+000.0
TKT11.496984e+000.0
TKT21.181498e+000.0
TPI7.477382e+000.0
\n", "

95 rows × 2 columns

\n", "
" ], "text/plain": [ "" ] }, "execution_count": 23, "metadata": {}, "output_type": "execute_result" } ], "source": [ "geometric_fba_sol = cobra.flux_analysis.geometric_fba(model)\n", "geometric_fba_sol" ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.8.5" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/documentation_builder/solvers.ipynb000066400000000000000000000071301417337024700223630ustar00rootroot00000000000000{ "cells": [ { "cell_type": "markdown", "metadata": {}, "source": [ "# Solvers" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "A constraint-based reconstruction and analysis model for biological systems is actually just an application of a class of discrete optimization problems typically solved with [linear, mixed integer](https://en.wikipedia.org/wiki/Linear_programming) or [quadratic programming](https://en.wikipedia.org/wiki/Quadratic_programming) techniques. Cobrapy does not implement any algorithm to find solutions to such problems but rather creates a biologically motivated abstraction to these techniques to make it easier to think of how metabolic systems work without paying much attention to how that formulates to an optimization problem.\n", "\n", "The actual solving is instead done by tools such as the free software [glpk](https://www.gnu.org/software/glpk/) or commercial tools [gurobi](http://www.gurobi.com/) and [cplex](https://www-01.ibm.com/software/commerce/optimization/cplex-optimizer/) which are all made available as a common programmers interface via the [optlang](https://github.com/biosustain/optlang) package.\n", "\n", "When you have defined your model, you can switch solver backend by simply assigning to the `model.solver` property." ] }, { "cell_type": "code", "execution_count": 1, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "import cobra.test\n", "model = cobra.test.create_test_model('textbook')" ] }, { "cell_type": "code", "execution_count": 2, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [], "source": [ "model.solver = 'glpk'\n", "# or if you have cplex installed\n", "model.solver = 'cplex'" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "For information on how to configure and tune the solver, please see the [documentation for optlang project](http://optlang.readthedocs.io) and note that `model.solver` is simply an optlang object of class `Model`." ] }, { "cell_type": "code", "execution_count": 3, "metadata": { "collapsed": false, "deletable": true, "editable": true }, "outputs": [ { "data": { "text/plain": [ "optlang.cplex_interface.Model" ] }, "execution_count": 3, "metadata": {}, "output_type": "execute_result" } ], "source": [ "type(model.solver)" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "## Internal solver interfaces" ] }, { "cell_type": "markdown", "metadata": { "deletable": true, "editable": true }, "source": [ "Cobrapy also contains its own solver interfaces but these are now deprecated and will be removed completely in the near future. For documentation of how to use these, please refer to [older documentation](http://cobrapy.readthedocs.io/en/0.5.11/)." ] } ], "metadata": { "kernelspec": { "display_name": "Python 3", "language": "python", "name": "python3" }, "language_info": { "codemirror_mode": { "name": "ipython", "version": 3 }, "file_extension": ".py", "mimetype": "text/x-python", "name": "python", "nbconvert_exporter": "python", "pygments_lexer": "ipython3", "version": "3.5.2" } }, "nbformat": 4, "nbformat_minor": 1 } cobrapy-0.23.0/pyproject.toml000066400000000000000000000007171417337024700161640ustar00rootroot00000000000000[build-system] requires = [ 'setuptools>=40.6.0', 'wheel' ] build-backend = "setuptools.build_meta" [tool.black] line-length = 88 python-version = ['py36'] include = '\.pyi?$' exclude = ''' ( /( \.eggs # exclude a few common directories in the | \.git # root of the project | \.hg | \.mypy_cache | \.tox | \.venv | _build | buck-out | build | dist | release-notes | benchmarks )/ ) ''' cobrapy-0.23.0/release-notes/000077500000000000000000000000001417337024700160115ustar00rootroot00000000000000cobrapy-0.23.0/release-notes/0.10.0.md000066400000000000000000000014371417337024700170540ustar00rootroot00000000000000# Release notes for cobrapy 0.10.0 ## Fixes * The solvers packaged with cobrapy have been removed. * cobra is now a pure Python package and no longer has compiled extensions. * Massively simplified continuous testing and deployment. * The `solver` argument and configuration keyword arguments have been removed. Please set the solver on the model and configure it before calling optimization functions. * The deprecated `ArrayBasedModel` has been removed. Please use the function `create_stoichiometric_matrix` instead. * `scipy` is no longer required for MOMA based methods. * A few deprecated functions have been removed. * Test cases have been adjusted. * Small adjustments to loopless FVA. * The deletion study interface and functions were improved and now use the optlang interface. cobrapy-0.23.0/release-notes/0.10.1.md000066400000000000000000000004661417337024700170560ustar00rootroot00000000000000# Release notes for cobrapy 0.10.1 ## Fixes * `pandas` has dropped support for Python 3.4 and we are doing the same for our automated tests. If you are running Python 3.4 and have a working installation of numpy and pandas, adding cobrapy on top of that is no problem. * Updated some URLs in the links. cobrapy-0.23.0/release-notes/0.11.0.md000066400000000000000000000007011417337024700170460ustar00rootroot00000000000000# Release notes for cobrapy 0.11.0 ## New features * Add an argument `processes` to the functions `find_essential_genes` and `find_essential_reactions`. * Automatic documentation generation should hopefully mean that it's never out-of-date. ## Backwards incompatible changes * Homogenize all function and class arguments using multiprocessing to accept an integer for `processes`. This affects functions from deletion and sampling code. cobrapy-0.23.0/release-notes/0.11.1.md000066400000000000000000000002221417337024700170450ustar00rootroot00000000000000# Release notes for cobrapy 0.11.1 ## Fixes * Catch all `optlang` errors and re-raise them as `OptimizationError` with corresponding message. cobrapy-0.23.0/release-notes/0.11.2.md000066400000000000000000000001731417337024700170530ustar00rootroot00000000000000# Release notes for cobrapy 0.11.2 ## Fixes * Correctly set the constraint for a previous minimization objective in FVA. cobrapy-0.23.0/release-notes/0.11.3.md000066400000000000000000000003131417337024700170500ustar00rootroot00000000000000# Release notes for cobrapy 0.11.3 ## Fixes * Improve convergence and stability of sampling. * Reverse inplace operations after leaving a context. ## Docs * Better description of custom constraints. cobrapy-0.23.0/release-notes/0.12.0.md000066400000000000000000000013521417337024700170520ustar00rootroot00000000000000# Release notes for cobrapy 0.12.0 ## New features * Add geometric FBA as a method. * Add (linear) ROOM as a flux simulation method. * Allow a reference solution to be used with deletion methods when using MOMA or ROOM. ## Fixes * Extend MOMA docstrings and add references. * Vastly improve the time needed for adding MOMA/ROOM constraints. * Copy metabolites added from other models. * Change `.summary` methods to use a fractional threshold. * Fix unexpected behavior in loopless FBA. * Some internal improvements related to dependencies and continuous integration. ## Backwards incompatible changes * The `find_essential_*` functions no longer accept a reference solution. As their method of choice *FBA* doesn't accept one anyway. cobrapy-0.23.0/release-notes/0.12.1.md000066400000000000000000000021131417337024700170470ustar00rootroot00000000000000# Release notes for cobrapy 0.12.1 ## New features * Fix/feature that allows summaries to work properly for models with multiple exchange reactions for the same metabolite. * Require a later optlang version so that Gurobi can now be used for quadratic problems. * cobrapy can now extract primal values from a wider range of solver states. This is particularly useful to investigate problems in non-optimal states. ## Fixes * Test different solvers on more text cases than previously. * Improve the way benchmarks are run. * Restore automatic documentation builds on readthedocs.org. * Correct a problem in how geomtric FBA retrieved solutions. * Update the use of pandas interface of the sampler. * Correct the sanity checks for the new ROOM implementation. ## Deprecated features ## Backwards incompatible changes * cobrapy functions that return solution only raise `OptimizationError`s rather than also potentially raising a `RuntimeError`. * Linear MOMA is the new default method. It used to be MOMA which excludes GLPK as a solver due to being a quadratic optimization problem. cobrapy-0.23.0/release-notes/0.13.0.md000066400000000000000000000010171417337024700170510ustar00rootroot00000000000000# Release notes for cobrapy 0.13.0 ## New features * New properties for the `cobra.Model` that give access to specific boundary reactions. * New functions for handling media and computing minimal media. Please read the new documentation chapter on media. ## Backwards incompatible changes * The model class has gained new properties `exchanges`, `demands`, `sinks`, and `boundary`. `boundary` mirrors the previous behavior of `exchanges` whereas the other properties return the more specific boundary reactions. cobrapy-0.23.0/release-notes/0.13.1.md000066400000000000000000000003461417337024700170560ustar00rootroot00000000000000# Release notes for cobrapy 0.13.1 ## Fixes * Improve type checking of boundary reactions, i.e., avoid errors when there are no such reactions. * Add test cases for those situations. * Correct some typos in the documentation. cobrapy-0.23.0/release-notes/0.13.2.md000066400000000000000000000001411417337024700170500ustar00rootroot00000000000000# Release notes for cobrapy 0.13.2 ## Fixes * Fix the PyPI deployment configuration on Travis. cobrapy-0.23.0/release-notes/0.13.3.md000066400000000000000000000001321417337024700170510ustar00rootroot00000000000000# Release notes for cobrapy 0.13.3 * Make a clean release for PyPI, website, and GitHub. cobrapy-0.23.0/release-notes/0.13.4.md000066400000000000000000000003451417337024700170600ustar00rootroot00000000000000# Release notes for cobrapy 0.13.4 ## Fixes * Internal re-organization of the test suite. * Upgrade the `ruamel.yaml` version making it compatible with Python 3.7. * Fix a bug with a regular expression in the Matlab interface. cobrapy-0.23.0/release-notes/0.14.0.md000066400000000000000000000026621417337024700170610ustar00rootroot00000000000000# Release notes for cobrapy 0.14.0 ## New features * Adding boundary reactions is now much more flexible and accepts user-defined identifiers. * It is now possible to run FVA and loopless FVA in parallel. * Some utilities and an example of how to perform static optimization dynamic FBA. * There now is a global configuration singleton `cobra.Configuration()` that can be used to set default bounds for newly created reactions and set a default solver for all newly created or parsed models. * Setting a time limit on solvers now still allows users to retrieve the flux distribution at the point of time out. ## Fixes * Infinity values are now properly handled and passed down to optlang. * Properly update the model objective on leaving a model context. * New metabolites are now included in the gapfilling process. ## Deprecated features * We are deprecating a special case of lower and upper bound behavior. Please read more about it in #793 and let us know what you think. ## Backwards incompatible changes * The old solver interfaces that were deprecated for a long time have been removed. ## Documentation * Better documentation for the minimal medium functionality. * Additions to the contribution guidelines. ## Internal * Improve indexing for `find_blocked_reactions`. * Adjust the test suite for pytest 4.0 and update the configuration. * The module structure and corresponding tests are broken up and re-organized. cobrapy-0.23.0/release-notes/0.14.1.md000066400000000000000000000001671417337024700170600ustar00rootroot00000000000000# Release notes for cobrapy 0.14.1 ## Fixes * Always create an XML declaration when reading SBML from a byte stream. cobrapy-0.23.0/release-notes/0.14.2.md000066400000000000000000000002711417337024700170550ustar00rootroot00000000000000# Release notes for cobrapy 0.14.2 ## Fixes * Better identification of the external compartment. * Fix the installation of all optional dependencies, i.e., `pip install cobra[all]`. cobrapy-0.23.0/release-notes/0.15.0.md000066400000000000000000000010121417337024700170460ustar00rootroot00000000000000# Release notes for cobrapy 0.15.0 ## New features * An updated libsbml-based SBML parser. * Parsing and writing SBML groups to and from SBML is now possible. Support for JSON is coming soon. * The global configuration now contains a default solver tolerance. This is applied to models automatically. * `cobra.Model` now has a tolerance property that can directly be manipulated. ## Fixes * Better support for SBO terms on SBML elements. ## Backwards incompatible changes * Annotations are now read as triples. cobrapy-0.23.0/release-notes/0.15.1.md000066400000000000000000000001231417337024700170510ustar00rootroot00000000000000# Release notes for cobrapy 0.15.1 ## Fixes * Fix copying of models with groups. cobrapy-0.23.0/release-notes/0.15.2.md000066400000000000000000000012621417337024700170570ustar00rootroot00000000000000# Release notes for cobrapy 0.15.2 ## New features * We introduce a new `tolerance` attribute both on the global `Configuration` object as well as `Model`. The default for this is 1E-07. Many functions that use a zero cut-off will now use the set model tolerance value by default. This value can still be set manually via function arguments but attempting to set a threshold that is lower than the model tolerance now raises an error. ## Fixes * Geometric FBA now has a `processes` argument with a default of 1 which can be used for parallel processing. * Clean up the sampling code and make it respect global defaults. * Many SBML improvements, please see #835 for details. cobrapy-0.23.0/release-notes/0.15.3.md000066400000000000000000000003141417337024700170550ustar00rootroot00000000000000# Release notes for cobrapy 0.15.3 ## Fixes * Correct multiple issues with the new SBML parser (#822, #839, #840, #843, #844). * Function `validate_sbml_model` properly captures errors and warnings. cobrapy-0.23.0/release-notes/0.15.4.md000066400000000000000000000003211417337024700170540ustar00rootroot00000000000000# Release notes for cobrapy 0.15.4 ## Fixes * This release brings a number of bug fixes for SBML I/O (#852). ## Backwards incompatible changes * The deprecated `objective_coefficient` was removed (#871). cobrapy-0.23.0/release-notes/0.16.0.md000066400000000000000000000007641417337024700170640ustar00rootroot00000000000000# Release notes for cobrapy 0.16.0 ## New features * Summaries now return an object with string and HTML representations instead of simply printing output (#855). This is a breaking change but should not affect anyone in a harmful way. ## Fixes * The documentation was repaired (#884). * Further SBML handling improvements (#881). * FASTCC implementation is now iterative (#827). * Change the yaml import and dependency (#894). ## Deprecated features * End of life for Python 2 announced. cobrapy-0.23.0/release-notes/0.17.0.md000066400000000000000000000003071417337024700170560ustar00rootroot00000000000000# Release notes for cobrapy 0.17.0 ## Fixes * Improve handling of and problems with SBML notes. * Log SBML messages to a module logger rather than the root logger. * Repair documentation building. cobrapy-0.23.0/release-notes/0.17.1.md000066400000000000000000000003101417337024700170510ustar00rootroot00000000000000# Release notes for cobrapy 0.17.1 ## Fixes * Prevent an error with infeasible solutions in (loopless) FVA. * Correct a sampling problem with Gurobi as the solver. * Adjust sampling documentation. cobrapy-0.23.0/release-notes/0.18.0.md000066400000000000000000000010551417337024700170600ustar00rootroot00000000000000# Release notes for cobrapy 0.18.0 ## New features * Support writing SBML notes on model objects ## Fixes * Test alternative solver * Handle repeated infeasible optimizations in `minimal_medium` * Allow newline characters in SBML notes ## Backwards incompatible changes * Change the container type of `groups` from `set` to `DictList` * Expect annotation attributes to be of type `dict` ## Internal * Update Travis CI configuration * Add Python 3.8 to PyPI classifiers ## Contributors * @BenjaSanchez * @cdiener * @ecederstrand * @Hemant27031999 cobrapy-0.23.0/release-notes/0.18.1.md000066400000000000000000000002701417337024700170570ustar00rootroot00000000000000# Release notes for cobrapy 0.18.1 ## Fixes * Use the correct SBO term for unbounded (infinite bounds) reactions. ## Other * Pin dependency on python-libsbml-experimental 5.18.1. cobrapy-0.23.0/release-notes/0.19.0.md000066400000000000000000000031371417337024700170640ustar00rootroot00000000000000# Release notes for cobrapy 0.19.0 We now have an official code of conduct and a committee of three people to handle reports! You can contact them at [conduct@opencobra.org](mailto:conduct@opencobra.org). You can also contact them individually at: * [Maureen Carey](mailto:MAC9JC@virginia.edu) * [Svetlana Kutuzova](mailto:svegal@biosustain.dtu.dk) * [Greg Medlock](mailto:GLM5UH@virginia.edu) Many thanks to them for taking on this responsibility. ## New features - Deletion result DataFrames as returned by functions from `cobra.deletions` now have a new `knockout` accessor. See the docs on usage examples. - All summaries are now persistent objects. The same summary can be displayed in multiple ways. The underlying data for the summary can also be accessed. - The model summary now displays elementary (by default carbon) uptake and secretion. - The JSON schema is now available as a stand-alone JSON file. ## Fixes - Remove the frozenset indexing in deletion DataFrames that is now unsupported in pandas. - Summaries for models, metabolites, and reactions are now calculated instantaneously and thus also work with model contexts. - JSON models can now contain infinity and NaN values as bounds. - The Matlab bridge for reading Matlab models should be restored. Any testing or problem reports are greatly appreciated. ## Deprecated features - We are progressively updating our codebase. That means that more and more parts will require Python 3.6+. ## Backwards incompatible changes - Deletion result DataFrames have no frozenset index anymore but now carry the deleted elements in the `ids` column. cobrapy-0.23.0/release-notes/0.20.0.md000066400000000000000000000012211417337024700170440ustar00rootroot00000000000000# Release notes for cobrapy 0.20.0 ## New features * There is a new function inspired by [cameo](https://github.com/biosustain/cameo/) that can load models directly from [BiGG](http://bigg.ucsd.edu/) or [BioModels](https://www.ebi.ac.uk/biomodels/) and by default will cache them locally (#995), for example, ```py from cobra.io import load_model ecoli = load_model("iML1515") ylipo = load_model("MODEL1604280017") ``` ## Fixes * Over a series of pull requests, @synchon has been modernizing parts of the codebase for Python 3.6+ (#993, #999, #1000, #1003) * Upgrade the dependency python-libsbml-experimental to 5.18.3 cobrapy-0.23.0/release-notes/0.21.0.md000066400000000000000000000002071417337024700170500ustar00rootroot00000000000000# Release notes for cobrapy 0.21.0 ## Other * Update libSBML dependency to `python-libsbml==5.19.0`. * Docstring and style changes. cobrapy-0.23.0/release-notes/0.22.0.md000066400000000000000000000021731417337024700170550ustar00rootroot00000000000000# Release notes for cobrapy 0.22.0 ## New features - Add support for the OSQP and COIN-OR CBC solvers (#946) ## Fixes - Fix the `Reaction.compartments` attribute not updating after metabolite changes (#1055) - Lots of syntax, annotation, and docstring fixes (#1058, #1059, #1060, #1063, #1065, #1066, #1076, #1077, #1080) - Multiprocessing on windows now sends data to processes via a pickle file which should speed up any multiprocessing initialization (#1070) - Upgrade optlang and fix some tolerance issues (#1011) - Enable Python 3.9 (#1082) ## Documentation - Document boundary reactions (#1038) - Documentation is now built again on each release (#1047) - Clarify pfba in the documentation (#1049) ## Other - COBRApy source code releases are now deposited on Zenodo which provides a citeable DOI (#1061) - COBRApy creates automatic releases to BioSimulators (#1064) - Fix deployment of releases to the website (#1068) - Improve the `pyproject.toml` config (#1067) ## Backwards incompatible changes - Remove some particular `cobra.Reaction.lower_bound` and `.upper_bound` behaviour that has been deprecated for a long time. cobrapy-0.23.0/release-notes/0.22.1.md000066400000000000000000000005431417337024700170550ustar00rootroot00000000000000# Release notes for cobrapy 0.22.1 ## Fixes - Fix an old bug with double gene deletion that was not knocking-out combinations (#1103). - Lots of syntax, annotation, and docstring fixes (#1081, #1083, #1084, #1085, #1086, #1088, #1090, #1091, #1092, #1093, #1094, #1095, #1096). ## Deprecated features - `find_gene_knockout_reactions` is deprecated. cobrapy-0.23.0/release-notes/0.23.0.md000066400000000000000000000004251417337024700170540ustar00rootroot00000000000000# Release notes for cobrapy 0.23.0 ## Fixes - Make compatible with Python 3.10 - Use the internal semantic GPR parser in the SBML module - Setting a growth medium will not reset export flux bounds anymore ## Other - Clean up code (#1116, #1114, #1113, #1111, #1110, #1097) cobrapy-0.23.0/release-notes/0.6.0.md000066400000000000000000000217031417337024700167770ustar00rootroot00000000000000# Release notes for cobrapy 0.6.0 ## Highlights In this release we have made major changes to pretty much all corners of cobrapy and we hope that you will enjoy the new features as much as we do, and that any negative impacts on existing workflows will be limited. The major change is the ongoing move away from cobrapy's internal solver interfaces to those provided by [optlang](https://github.com/biosustain/optlang) which provides a single unified interface to glpk, cplex and gurobi enhanced by the ability to deal with symbolic expressions. This means formulating complex constraints no longer implies defining the necessary matrix algebra, but instead simply writing the expression and assigning that as an objective to the model. We feel that this, and the clarified scope and focus attained by separating the topic of linear programming (optlang) and metabolic flux analysis (cobrapy) to two packages is natural and makes both of these tasks less confusing and more fun. We hope that you after trying, feel the same and that in any case you let us know what you think by [raising an issue](https://github.com/opencobra/cobrapy/issues) or talking directly to us on [gitter](gitter.im/opencobra/cobrapy) or [google groups](https://groups.google.com/forum/#!forum/cobra-pie). ## New features ### The optlang solver interface The main change is the addition of `model.solver` which is the optlang interface to the chosen solver (cplex and glpk are currently well supported, gurobi interface is at the time of writing mostly working but improvements are still expected). The solver interface manages variables, constraints and the objective of the model and the task of turning these into a model formulation to be optimized by the solver. From cobrapy's point-of-view, this means that all aspects concerning generating problems, configuring solvers are handed over to optlang and consequently the whole `cobra.solver` has been deprecated, slated for removal in the next major release of cobrapy. Importantly, configuring the solver by passing `**solver_args` or `solver='solver'` is now instead done by assigning solver to `model.solver` and then configuring via `model.solver.configuration`. Creating new algorithms has been greatly facilitated as it no longer requires formulating objectives and constraints by matrix algebra but instead directly by expressions, e.g. see the implementation of `cobra.flux_analysis.moma.add_moma` and `cobra.flux_analysis.loopless.loopless_solution`. Instead of having only reactions as variables and metabolites as constraints, with optlang, cobrapy now supports arbitrary constraints and variables and these can be added/removed by `model.add_cons_vars` and `model.remove_cons_vars` which take care of adding these to `model.problem` which is the optlang's mathematical model associated with the cobra model. Reactions are now modeled by two variables, forward and reverse, and these can be seen by accessing `reaction.{forward,reverse}_variable` and the combined `reaction.flux_expression`. Objectives can now easily be made quite advanced by simply crafting the right expression and assigning this as usual to `model.objective`, see the [contraints and objectives notebook](http://cobrapy.readthedocs.io/en/latest/constraints_objectives.html). ### Temporary changes to a model Models are large complex objects and copying such objects is inevitably slow. To avoid that, cobrapy has drawn on the experience from the development of cameo to introduce the `HistoryManager` class and the concept of models as contexts. Now, most changes that can be made to a model such as changing the objective, setting reaction bounds, adding and removing reactions, is reversed upon exit when done inside a context, see the updated [getting started notebook](http://cobrapy.readthedocs.io/en/latest/getting_started.html). ### Improved solution handling Previously, cobra models lugged around their latest solution to enable providing `reaction.{flux,reduced_cost}` (formerly `reaction.{x,y}`). This was problematic because if the model had changed since last optimization, then this would effectively give the wrong result. On top of that, it was not easy to make a change, optimize and get values, and then undo that change to the model without having to copy the whole model object. To solve this, and many similar problem, we have completely refactored `cobra.Solution` so that `model.optimize()` now returns a solution and it is the user's responsibility to manage this object. `reaction.flux` gets its values directly from the `model.problem`. To sugar the new solution class, fluxes, reduced costs, and shadow prices are now pandas series! Fluxes and reduced costs can be returned as a data frame directlt with the `to_frame` method. ## Sampling Cobrapy now has flux sampling supported by `cobra.flux_analysis.sampling` see [the sampling notebook](http://cobrapy.readthedocs.io/en/latest/sampling.html). ## Loopless models and solutions Added implementations of [CycleFreeFlux](http://dx.doi.org/10.1093/bioinformatics/btv096) and the loopless model of [Schellenberger et al.](http://dx.doi.org/10.1016/j.bpj.2010.12.3707). See the [notebook on loopless](http://cobrapy.readthedocs.io/en/latest/loopless.html) and [simulating](http://cobrapy.readthedocs.io/en/latest/simulating.html) ## DataFrames as return values `flux_variability_analysis`, `single_{gene,reaction}_deletion`, `cobra.flux_analysis.sampling` and `cobra.util.create_stoichiometric_matrix` now return pandas data frames instead of nested dicts as these are more convenient and fun to work with. Pandas (and numpy) are therefore now hard requirements for cobrapy, which should not be a problem for neither linux, windows or mac users as there are reliable wheels for these packages now. ### Model medium `model.medium` is now a dict and setter for getting boundary feeding reactions and their bounds ### Knocking out genes Addition of `cobra.core.Gene.knock_out` which can be used to evaluate impact of knocking a gene (and all depending reactions). ### Adding boundary reactions The model class has new method `model.add_boundary` which can be used to add sink, exchange or demand reactions with the appropriate bounds and prefixes (DM, SK or EX). ### Gapfilling The `SMILEY` and `growMatch` implementations were refactored to a single new function `cobra.flux_analysis.gapfilling.gapfill` which handles both use-cases. ### New Output Format in YAML Models can now be round tripped to/from YAML documents. YAML is a file format that is even more legible than JSON. In the scope of cobrapy, YAML output is intended for `diff` comparisons between models. ## Fixes - Handle multiple IDs in Matlab models [#345](https://github.com/opencobra/cobrapy/issues) - `DictList.query` behavior changed so that attribute is `None` if the search parameter is not a regex or string, to enable `reactions.query(lambda x: x.boundary)` - Set charge from notes if not defined elsewhere [#352](https://github.com/opencobra/cobrapy/issues) - Warnings are no longer issued on package import if soft requirement scipy, python-libsbml is not available. ## Deprecated features These features are now deprecated and slated for complete removal in the next major cobrapy release. - The whole `cobra.solver` module is now deprecated, see New features. - `ArrayBasedModel` / `Model.to_array_based_model` are deprecated. This formulation makes little sense when handing over the matrix algebra to optlang, for the stoichiometry matrix (aka S), see `cobra.util.array.create_stoichiometric_matrix`. - `Metabolite.y` in favor of `Metabolite.shadow_price` - `Model.add_reaction` in favor of `Model.add_reactions` - `Reaction.x` in favor of `Reaction.flux` - `Reaction.y` in favor of `Reaction.reduced_cost` - `Solution.{x, y, x_dict, y_dict, f}` in favor of `Solution.{fluxes, reduced_costs}`. The setters are also deprecated. - `phenotype_phase_plane` in favor of `production_envelope`. The plotting capabilities are deprecated, to be re-implemented somewhere else. - `convert_to_irreverible`, `revert_to_irreversible`, `canonical_form` deprecated without replacement. - `check_reaction_bounds` deprecated without replacement. - `optimize_minimal_flux` was renamed to `pfba` ## Backwards incompatible changes - optknock was completely removed, users are advised to use cameo for this functionality - dual_problem was removed - `cobra.topology` was removed, possibly to be reintroduced in a different package - flux_variability_analysis results must be transformed to have them work as the previous nested dict, i.e. `flux_variability_analysis(model).T` should give behavior as previously. - In a major linting effort we renamed capitalized modules to lower-case, e.g. `cobra.core.Model` to `cobra.core.model`. Imports from `cobra` are unchanged though. - objective coefficients of reactions can now only be set once the reaction is attached to a model. - `Reaction.{x,y}`, `Metabolite.y` are defunct for legacy solvers. - `SMILEY` and `growMatch` algorithms are defunct in combination with the legacy solvers. cobrapy-0.23.0/release-notes/0.6.1.md000066400000000000000000000004501417337024700167740ustar00rootroot00000000000000# Release notes for cobrapy 0.6.1 ## Fixes - Debug `metabolite.add_metabolites` with `combine=False` [#503](https://github.com/opencobra/cobrapy/pull/503) - Fix broken printing of metabolites ([#502](https://github.com/opencobra/cobrapy/issues/502)), by removing unnecessary `Frozendict` cobrapy-0.23.0/release-notes/0.6.2.md000066400000000000000000000023521417337024700170000ustar00rootroot00000000000000# Release notes for cobrapy 0.6.2 ## Fixes - Fix in the ordering and rounding of FVA summary [#525](https://github.com/opencobra/cobrapy/pull/525) - Shared memory, improve speed during sampling [#521](https://github.com/opencobra/cobrapy/pull/521) - Debug `model.remove_reactions` to properly work with context manager. This lead to the deprecation of `reaction.delete` as this was not compatible with the concept of being able to later revert the change. [#506](https://github.com/opencobra/cobrapy/issues/506), [#508](https://github.com/opencobra/cobrapy/pull/508). - Adding two models (`modela + modelb`) again results in a model with the objective set to the sum of the two models objectives [#505](https://github.com/opencobra/cobrapy/issues/505). - When adding reactions to a model, the reactions with identifiers identical to those in the model are ignored. [#511](https://github.com/opencobra/cobrapy/issues/511) ## New features - `model.merge` can be used to merge two models, more flexibly than the overloaded + and += operators. ## Deprecated features - `reaction.delete` has been deprecated in favor of `reaction.remove_from_model` - overloaded `+` and `+=` for `cobra.Model` are deprecated in favor of `model.merge` cobrapy-0.23.0/release-notes/0.7.0.md000066400000000000000000000015641417337024700170030ustar00rootroot00000000000000# Release notes for cobrapy 0.7.0 ## Fixes - `cobra.flux_analysis.reaction.assess` [was broken](https://github.com/opencobra/cobrapy/issues/537) following the release of 0.6.0 and has now been fixed (and now with unit tests). - `production_envelope` failed when model C-source was formulated as -> x instead of x <-. Fixed added option to guess the C-source by taking the medium reaction with the highest input C flux. - `model_to_pymatbridge` needs scipy and that's correctly handled now. ## New features - `flux_variability_analysis` now has the `pfba_factor` parameter which enables the inclusion of a constraint on the max sum of absolute fluxes when doing FVA. ## Deprecated features - `cobra.flux_analysis.reaction.assess_{precursors,products}` were essentially copies of each other and have been merged to `cobra.flux_analysis.reaction.assess_component` cobrapy-0.23.0/release-notes/0.8.0.md000066400000000000000000000020461417337024700170000ustar00rootroot00000000000000# Release notes for cobrapy 0.8.0 ## Fixes - Tests no longer generates warnings about using deprecated functions. - Gapfilling integrality thresholds now supported for all optlang solvers. ## New features - `Model.slim_optimize()` can be used perform optimization without creating a solution. Can lead to significant speedup compared to `Model.optimize` when repeatedly doing optimizations and only making use of the objective value as avoiding the need to fetch all values from the solver object. - solution, model, metabolite and reaction now have html representation so they give more informative prints in jupyter notebooks. - New convenience functions `cobra.flux_analysis.find_essential_genes` and `cobra.flux_analysis.find_essential_reactions`. - `Model.optimize` has new parameter `raise_error` to enable option to get trigger exception if no feasible solution could be found. - `str(reaction)` now gives the more useful reaction id and the reaction string. ## Deprecated features - `str(reaction)` no longer gives `reaction.id`. cobrapy-0.23.0/release-notes/0.8.1.md000066400000000000000000000007171417337024700170040ustar00rootroot00000000000000# Release notes for cobrapy 0.8.1 ## Fixes - Fix bug related to inhomogeneous sampling [#558](https://github.com/opencobra/cobrapy/issues/558). During flux sampling, store the nullspace rather than the entire projection (N * N.T) which reduces the memory footprint since it uses memory in the order of `2 * n_reaction * n_metabolites` instead of `4 * n_reactions^2` (no change in speed). [PR #556](https://github.com/opencobra/cobrapy/pull/556) cobrapy-0.23.0/release-notes/0.8.2.md000066400000000000000000000021771417337024700170070ustar00rootroot00000000000000# Release notes for cobrapy 0.8.2 ## Fixes - Guarantee that sampler._reproject always returns a feasible point and will not attempt to reproject already feasible points. [#564](https://github.com/opencobra/cobrapy/pull/564) - `Model.summary` no longer fails when calling after the model has changed. Fixed by letting the summary function re-compute a solution (default) or letting user supply a prior computed solution object. [#566](https://github.com/opencobra/cobrapy/pull/566) - Metabolites must now have valid identifiers before being added to a model or `ValueError` is raised. - Fix use of underscores in key/value pairs in legacy sbml notes. [#547](https://github.com/opencobra/cobrapy/issues/547) ## Backwards incompatible changes - the Solution class no longer contains links progenitor model's reactions and metabolites. Removed since it those can change after the solution has been computed making them erroneous. This of course implies that `Solution` constructor changes to: ``` def __init__(self, objective_value, status, fluxes, reduced_costs=None, shadow_prices=None, **kwargs): ``` cobrapy-0.23.0/release-notes/0.9.0.md000066400000000000000000000031211417337024700167740ustar00rootroot00000000000000# Release notes for cobrapy 0.9.0 ## Fixes - `Model.compartment` is now a dynamic property fetching the compartments from all metabolites therefore always up-to-date. Assigning a dictionary to the same property updates the internal dictionary of compartment descriptions. This change removes the need for the check for missing compartments from `validation.check_metabolite_compartment_formula`. - Excessively long output of html representations in jupyter notebooks are now abbreviated [#577](https://github.com/opencobra/cobrapy/pull/577). - Reaction forward and reverse variables are no longer cached with those object. No visible effect but simplifies the code. - Fix bug in summary methods when used with exchange reaction sas objective. [#595](https://github.com/opencobra/cobrapy/pull/595). ## New features - `Model.objective_direction` is a new revertible property to set maximization / minimization using the context manager. - Change output of `production_envelope` to wide data frame format [#587](https://github.com/opencobra/cobrapy/pull/587). Also allow multiple carbon source reactions and better handling of zero-division exceptions. - Enable summing lists of reactions, see [#596](https://github.com/opencobra/cobrapy/pull/596) ## Deprecated features - `Model.get_metabolite_compartments` is deprecated (use `Model.compartments` instead). - `Reaction.get_compartments` is deprecated (use `Reaction.compartments` instead). ## Backwards incompatible changes - The format of the dataframe `production_envelope` changed listing max and min on different columns instead of the same. cobrapy-0.23.0/release-notes/0.9.1.md000066400000000000000000000013521417337024700170010ustar00rootroot00000000000000# Release notes for cobrapy 0.9.1 ## Fixes * All around improvements to cobrapy's continuous integration. * Pin the scipy version to 0.19.1 until we can upgrade our sparse matrix code to scipy 1.0. ## New features * Compatibility with symengine. Symengine can now power optlang and thus make many simulation tasks faster. Please try it out! It's as simple as `pip install symengine`. * When writing to JSON or YAML metabolites, reactions, and genes by default maintain the order of the model. Their annotations are alphabetically sorted. * Duplicate reactions are now properly ignored. They were causing `ValueError`s before. * Automatic GitHub releases upon tagged releases. * Automatic deployment of website upon tagged releases. cobrapy-0.23.0/release-notes/next-release.md000066400000000000000000000002021417337024700207210ustar00rootroot00000000000000# Release notes for cobrapy x.y.z ## New features ## Fixes ## Other ## Deprecated features ## Backwards incompatible changes cobrapy-0.23.0/scripts/000077500000000000000000000000001417337024700147325ustar00rootroot00000000000000cobrapy-0.23.0/scripts/compare-benchmark.py000066400000000000000000000025361417337024700206700ustar00rootroot00000000000000import argparse import json import re from os.path import basename import pandas as pd pd.set_option("display.width", 200) def benchmark_to_df(json_file): with open(json_file) as jf: content = json.load(jf) df = pd.DataFrame(columns=("test", "time [ms] ")) for b in content["benchmarks"]: df = df.append( {"test": b["name"], "time [ms] ": b["stats"]["mean"] * 1000.0}, ignore_index=True, ) return df if __name__ == "__main__": parser = argparse.ArgumentParser( description=""" compare cobrapy benchmarks. Run pytest with pytest --benchmark-save=without-cache --benchmark-min-rounds=20 then compare saved json files with this script. """ ) parser.add_argument("first", help="first json file") parser.add_argument("second", help="second json file") args = parser.parse_args() first = benchmark_to_df(args.first) second = benchmark_to_df(args.second) re_name = "^[0-9]+_(.+).json$" first_name = re.findall(re_name, basename(args.first))[0] second_name = re.findall(re_name, basename(args.second))[0] both = pd.merge( first, second, how="inner", on="test", suffixes=(first_name, second_name) ) both["fraction"] = both.iloc[:, 2] / both.iloc[:, 1] print(both.sort_values(by="fraction")) cobrapy-0.23.0/scripts/deploy_website.sh000077500000000000000000000011651417337024700203120ustar00rootroot00000000000000#!/usr/bin/env bash set -eu target="${HOME}/cobrapy-website" git clone "https://github.com/opencobra/cobrapy-website.git" "${target}" pushd "${target}" git config user.name "COBRApy Bot" git config user.email "opencobra.cobrapy@gmail.com" git remote rm origin git remote add origin "https://user:${WEBSITE_DEPLOY_TOKEN}@github.com/opencobra/cobrapy-website.git" &> /dev/null git checkout master python "${WORKSPACE}/scripts/publish_release.py" "${WORKSPACE}/release-notes" "${target}/content/releases" "${TAG}" git add . git commit -m "feat: publish ${TAG} on $(date --utc --iso-8601=seconds)" git push origin master popd cobrapy-0.23.0/scripts/publish_release.py000066400000000000000000000066201417337024700204560ustar00rootroot00000000000000#!/usr/bin/env python # -*- coding: utf-8 -*- """Insert a TOML header into the latest release note.""" from __future__ import absolute_import, print_function import sys from datetime import date from glob import glob from os.path import basename, join from shutil import copy def insert_break(lines, break_pos=9): """ Insert a tag for larger release notes. Parameters ---------- lines : list of str The content of the release note. break_pos : int Line number before which a break should approximately be inserted. Returns ------- list of str The text with the inserted tag or no modification if it was sufficiently short. """ def line_filter(line): if len(line) == 0: return True return any(line.startswith(c) for c in "-*+") if len(lines) <= break_pos: return lines newlines = [ i for i, line in enumerate(lines[break_pos:], start=break_pos) if line_filter(line.strip()) ] if len(newlines) > 0: break_pos = newlines[0] lines.insert(break_pos, "\n") return lines def build_hugo_md(filename, tag, bump): """ Build the markdown release notes for Hugo. Inserts the required TOML header with specific values and adds a break for long release notes. Parameters ---------- filename : str, path The release notes file. tag : str The tag, following semantic versioning, of the current release. bump : {"major", "minor", "patch", "alpha", "beta"} The type of release. """ header = [ "+++\n", 'date = "{}"\n'.format(date.today().isoformat()), 'title = "{}"\n'.format(tag), 'author = "The COBRApy Team"\n', 'release = "{}"\n'.format(bump), "+++\n", "\n", ] with open(filename, "r") as file_h: content = insert_break(file_h.readlines()) header.extend(content) with open(filename, "w") as file_h: file_h.writelines(header) def intify(filename): """ Turn a release note filename into something sortable. Parameters ---------- filename : str A release note of expected filename format '...md'. Returns ------- tuple A pair of the major and minor versions as integers. """ tmp = filename[:-3].split(".") return int(tmp[0]), int(tmp[1]) def find_bump(target, tag): """Identify the kind of release by comparing to existing ones.""" tmp = tag.split(".") existing = [intify(basename(f)) for f in glob(join(target, "[0-9]*.md"))] latest = max(existing) if int(tmp[0]) > latest[0]: return "major" elif int(tmp[1]) > latest[1]: return "minor" else: return "patch" def main(argv): """ Identify the release type and create a new target file with TOML header. Requires three arguments. """ source, target, tag = argv if "a" in tag: bump = "alpha" if "b" in tag: bump = "beta" else: bump = find_bump(target, tag) filename = "{}.md".format(tag) destination = copy(join(source, filename), target) build_hugo_md(destination, tag, bump) if __name__ == "__main__": if len(sys.argv) != 4: print("Usage:\n{} " "".format(sys.argv[0])) sys.exit(2) sys.exit(main(sys.argv[1:])) cobrapy-0.23.0/setup.cfg000066400000000000000000000046731417337024700150760ustar00rootroot00000000000000[bumpversion] current_version = 0.23.0 commit = True tag = True parse = (?P\d+) \.(?P\d+) \.(?P\d+) (?P[a]*)(?P\d*) serialize = {major}.{minor}.{patch}{release}{num} {major}.{minor}.{patch} tag_name = {new_version} [metadata] name = cobra url = https://opencobra.github.io/cobrapy download_url = https://pypi.org/project/cobra project_urls = Source Code = https://github.com/opencobra/cobrapy Documentation = https://cobrapy.readthedocs.io Bug Tracker = https://github.com/opencobra/cobrapy/issues author = The cobrapy core development team. author_email = cobra-pie@googlegroups.com maintainer = Moritz E. Beber maintainer_email = moritz.beber@gmail.com classifiers = Development Status :: 5 - Production/Stable Intended Audience :: Science/Research License :: OSI Approved :: GNU General Public License v2 or later (GPLv2+) License :: OSI Approved :: GNU Lesser General Public License v2 or later (LGPLv2+) Natural Language :: English Operating System :: OS Independent Programming Language :: Python :: 3.6 Programming Language :: Python :: 3.7 Programming Language :: Python :: 3.8 Programming Language :: Python :: Implementation :: CPython Topic :: Scientific/Engineering :: Bio-Informatics license = LGPL-2.0-or-later OR GPL-2.0-or-later description = COBRApy is a package for constraint-based modeling of metabolic networks. long_description = file: README.rst, INSTALL.rst long_description_content_type = text/x-rst keywords = metabolism biology constraint-based linear programming mixed-integer optimization flux-balance analysis reconstruction [options] zip_safe = True install_requires = appdirs ~=1.4 depinfo ~=1.7 diskcache ~=5.0 future httpx ~=0.14 importlib_resources numpy ~=1.13 optlang ~=1.5 pandas ~=1.0 pydantic ~=1.6 python-libsbml ==5.19.2 rich >=8.0 ruamel.yaml ~=0.16 swiglpk tests_require = tox packages = find: package_dir = = src [options.packages.find] where = src [options.package_data] cobra = io/*.json test/data/* [options.extras_require] array = scipy development = black bumpversion isort tox [bdist_wheel] universal = 1 [bumpversion:part:release] optional_value = placeholder first_value = placeholder values = placeholder a [bumpversion:file:setup.py] search = version="{current_version}" replace = version="{new_version}" [bumpversion:file:src/cobra/__init__.py] search = __version__ = "{current_version}" replace = __version__ = "{new_version}" cobrapy-0.23.0/setup.py000066400000000000000000000007061417337024700147600ustar00rootroot00000000000000#!/usr/bin/env python """Set up the cobra package.""" from sys import version_info from warnings import warn from setuptools import setup if version_info[:2] < (3, 6): warn( "We only explicitly test Python 3.6 and later, however, earlier versions may " "be functional if you can manage the dependencies yourself." ) # All other arguments are defined in `setup.cfg`. if __name__ == "__main__": setup(version="0.23.0") cobrapy-0.23.0/src/000077500000000000000000000000001417337024700140325ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/000077500000000000000000000000001417337024700151205ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/__init__.py000066400000000000000000000006111417337024700172270ustar00rootroot00000000000000__author__ = "The cobrapy core development team." __version__ = "0.23.0" from cobra.core import ( Configuration, DictList, Gene, Metabolite, Model, Object, Reaction, Solution, Species, ) from cobra import flux_analysis from cobra import io from cobra import medium from cobra import sampling from cobra import summary from cobra.util import show_versions cobrapy-0.23.0/src/cobra/core/000077500000000000000000000000001417337024700160505ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/core/__init__.py000066400000000000000000000006541417337024700201660ustar00rootroot00000000000000from cobra.core.configuration import Configuration from cobra.core.dictlist import DictList from cobra.core.gene import Gene from cobra.core.metabolite import Metabolite from cobra.core.model import Model from cobra.core.object import Object from cobra.core.reaction import Reaction from cobra.core.group import Group from cobra.core.solution import Solution, LegacySolution, get_solution from cobra.core.species import Species cobrapy-0.23.0/src/cobra/core/configuration.py000066400000000000000000000202451417337024700212740ustar00rootroot00000000000000"""Provide a global configuration object.""" import logging import pathlib import types from numbers import Number from os import cpu_count from textwrap import dedent from typing import Optional, Tuple, Union import appdirs from cobra.core.singleton import Singleton from cobra.exceptions import SolverNotFound from cobra.util.solver import interface_to_str from cobra.util.solver import solvers as SOLVERS __all__ = ("Configuration",) logger = logging.getLogger(__name__) class Configuration(metaclass=Singleton): """ Define a global configuration object. The attributes of this singleton object are used as default values by cobra functions. Attributes ---------- solver : {"glpk", "cplex", "gurobi", "glpk_exact"} The default solver for new models. The solver choices are the ones provided by `optlang` and depend on solvers installed in your environment. tolerance: float The default tolerance for the solver being used (default 1E-07). lower_bound : float, optional The standard lower bound for reversible reactions (default -1000). upper_bound : float, optional The standard upper bound for all reactions (default 1000). bounds : tuple of floats The default reaction bounds for newly created reactions. The bounds are in the form of lower_bound, upper_bound (default -1000.0, 1000.0). processes : int A default number of processes to use where multiprocessing is possible. The default number corresponds to the number of available cores (hyperthreads) minus one. cache_directory : pathlib.Path or str, optional A path where the model cache should reside if caching is desired. The default directory depends on the operating system. max_cache_size : int, optional The allowed maximum size of the model cache in bytes (default 1 GB). cache_expiration : int, optional The expiration time in seconds for the model cache if any (default None). """ def __init__(self, **kwargs) -> None: """Initialize the configuration with its default attribute values.""" super().__init__(**kwargs) self._solver = None self.tolerance = 1e-07 self.lower_bound = None self.upper_bound = None self.processes = None self._cache_directory = None # Set the cache size to a maximum of 100 MB. self.max_cache_size = 100 * (1024 ** 2) self.cache_expiration = None self.bounds = -1000.0, 1000.0 self._set_default_solver() self._set_default_processes() self._set_default_cache_directory() def _set_default_solver(self) -> None: """Set the default solver from a preferred order.""" for name in ["gurobi", "cplex", "glpk"]: try: self.solver = name except SolverNotFound: continue else: break def _set_default_processes(self) -> None: """Set the default number of processes.""" self.processes = cpu_count() if self.processes is None: logger.warning("The number of cores could not be detected - assuming one.") self.processes = 1 if self.processes > 1: self.processes -= 1 def _set_default_cache_directory(self) -> None: """Set the platform-dependent default cache directory.""" self.cache_directory = pathlib.Path( appdirs.user_cache_dir(appname="cobrapy", appauthor="opencobra") ) @property def solver(self) -> types.ModuleType: """Return the optlang solver interface.""" return self._solver @solver.setter def solver(self, value) -> None: """Set the optlang solver interface.""" not_valid_interface = SolverNotFound( f"'{value}' is not a valid solver interface. " f" Please pick one from {', '.join(SOLVERS)}." ) if isinstance(value, str): if value not in SOLVERS: raise not_valid_interface interface = SOLVERS[value] elif isinstance(value, types.ModuleType) and hasattr(value, "Model"): interface = value else: raise not_valid_interface self._solver = interface @property def bounds(self) -> Tuple[Optional[Number], Optional[Number]]: """Return the lower, upper reaction bound pair.""" return self.lower_bound, self.upper_bound @bounds.setter def bounds(self, bounds: Tuple[Optional[Number], Optional[Number]]) -> None: """Set the lower, upper reaction bound pair.""" if None not in bounds: assert bounds[0] <= bounds[1] self.lower_bound = bounds[0] self.upper_bound = bounds[1] @property def cache_directory(self) -> pathlib.Path: """Return the model cache directory.""" return self._cache_directory @cache_directory.setter def cache_directory(self, path: Union[pathlib.Path, str]): """ Set the model cache directory. The directory path is created if it doesn't exist yet. """ self._cache_directory = pathlib.Path(path) if not self._cache_directory.is_dir(): logger.debug(f"Creating cache directory '{str(self._cache_directory)}'.") self._cache_directory.mkdir(parents=True) def __repr__(self) -> str: """Return a string representation of the current configuration values.""" return dedent( f""" solver: {interface_to_str(self.solver)} tolerance: {self.tolerance} lower_bound: {self.lower_bound} upper_bound: {self.upper_bound} processes: {self.processes} cache_directory: {self.cache_directory} max_cache_size: {self.max_cache_size} cache_expiration: {self.cache_expiration} """ ) def _repr_html_(self) -> str: """ Return a rich HTML representation of the current configuration values. Notes ----- This special method is used automatically in Jupyter notebooks to display a result from a cell. """ return dedent( f"""
Attribute Description Value 
solver
 Mathematical optimization solver {interface_to_str(self.solver)} 
tolerance
 General solver tolerance (feasibility, integrality, etc.) {self.tolerance} 
lower_bound
 Default reaction lower bound {self.lower_bound} 
upper_bound
 Default reaction upper bound {self.upper_bound} 
processes
 Number of parallel processes {self.processes} 
cache_directory
 Path for the model cache {self.cache_directory} 
max_cache_size
 Maximum cache size in bytes {self.max_cache_size} 
cache_expiration
 Model cache expiration time in seconds (if any) {self.cache_expiration}
""" ) cobrapy-0.23.0/src/cobra/core/dictlist.py000066400000000000000000000346221417337024700202500ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import import re from itertools import islice from numpy import bool_ class DictList(list): """A combined dict and list This object behaves like a list, but has the O(1) speed benefits of a dict when looking up elements by their id. """ def __init__(self, *args): """Instantiate a combined dict and list. Parameters ---------- args : iterable iterable as single argument to create new DictList from """ if len(args) > 2: raise TypeError("takes at most 1 argument (%d given)" % len(args)) super(DictList, self).__init__(self) self._dict = {} if len(args) == 1: other = args[0] if isinstance(other, DictList): list.extend(self, other) self._dict = other._dict.copy() else: self.extend(other) def has_id(self, id): return id in self._dict def _check(self, id): """make sure duplicate id's are not added. This function is called before adding in elements. """ if id in self._dict: raise ValueError("id %s is already present in list" % str(id)) def _generate_index(self): """rebuild the _dict index""" self._dict = {v.id: k for k, v in enumerate(self)} def get_by_id(self, id): """return the element with a matching id""" return list.__getitem__(self, self._dict[id]) def list_attr(self, attribute): """return a list of the given attribute for every object""" return [getattr(i, attribute) for i in self] def get_by_any(self, iterable): """ Get a list of members using several different ways of indexing Parameters ---------- iterable : list (if not, turned into single element list) list where each element is either int (referring to an index in in this DictList), string (a id of a member in this DictList) or member of this DictList for pass-through Returns ------- list a list of members """ def get_item(item): if isinstance(item, int): return self[item] elif isinstance(item, str): return self.get_by_id(item) elif item in self: return item else: raise TypeError("item in iterable cannot be '%s'" % type(item)) if not isinstance(iterable, list): iterable = [iterable] return [get_item(item) for item in iterable] def query(self, search_function, attribute=None): """Query the list Parameters ---------- search_function : a string, regular expression or function Used to find the matching elements in the list. - a regular expression (possibly compiled), in which case the given attribute of the object should match the regular expression. - a function which takes one argument and returns True for desired values attribute : string or None the name attribute of the object to passed as argument to the `search_function`. If this is None, the object itself is used. Returns ------- DictList a new list of objects which match the query Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model('textbook') >>> model.reactions.query(lambda x: x.boundary) >>> import re >>> regex = re.compile('^g', flags=re.IGNORECASE) >>> model.metabolites.query(regex, attribute='name') """ def select_attribute(x): if attribute is None: return x else: return getattr(x, attribute) try: # if the search_function is a regular expression regex_searcher = re.compile(search_function) if attribute is not None: matches = ( i for i in self if regex_searcher.findall(select_attribute(i)) != [] ) else: # Don't regex on objects matches = ( i for i in self if regex_searcher.findall(getattr(i, "id")) != [] ) except TypeError: matches = (i for i in self if search_function(select_attribute(i))) results = self.__class__() results._extend_nocheck(matches) return results def _replace_on_id(self, new_object): """Replace an object by another with the same id.""" the_id = new_object.id the_index = self._dict[the_id] list.__setitem__(self, the_index, new_object) # overriding default list functions with new ones def append(self, object): """append object to end""" the_id = object.id self._check(the_id) self._dict[the_id] = len(self) list.append(self, object) def union(self, iterable): """adds elements with id's not already in the model""" _dict = self._dict append = self.append for i in iterable: if i.id not in _dict: append(i) def extend(self, iterable): """extend list by appending elements from the iterable""" # Sometimes during initialization from an older pickle, _dict # will not have initialized yet, because the initialization class was # left unspecified. This is an issue because unpickling calls # DictList.extend, which requires the presence of _dict. Therefore, # the issue is caught and addressed here. if not hasattr(self, "_dict") or self._dict is None: self._dict = {} _dict = self._dict current_length = len(self) list.extend(self, iterable) for i, obj in enumerate(islice(self, current_length, None), current_length): the_id = obj.id if the_id not in _dict: _dict[the_id] = i else: # undo the extend and raise an error self = self[:current_length] self._check(the_id) # if the above succeeded, then the id must be present # twice in the list being added raise ValueError( "id '%s' at index %d is non-unique. " "Is it present twice?" % (str(the_id), i) ) def _extend_nocheck(self, iterable): """extends without checking for uniqueness This function should only be used internally by DictList when it can guarantee elements are already unique (as in when coming from self or other DictList). It will be faster because it skips these checks. """ current_length = len(self) list.extend(self, iterable) _dict = self._dict if current_length is 0: self._generate_index() return for i, obj in enumerate(islice(self, current_length, None), current_length): _dict[obj.id] = i def __sub__(self, other): """x.__sub__(y) <==> x - y Parameters ---------- other : iterable other must contain only unique id's present in the list """ total = DictList() total.extend(self) for item in other: total.remove(item) return total def __isub__(self, other): """x.__sub__(y) <==> x -= y Parameters ---------- other : iterable other must contain only unique id's present in the list """ for item in other: self.remove(item) return self def __add__(self, other): """x.__add__(y) <==> x + y Parameters ---------- other : iterable other must contain only unique id's which do not intersect with self """ total = DictList() total.extend(self) total.extend(other) return total def __iadd__(self, other): """x.__iadd__(y) <==> x += y Parameters ---------- other : iterable other must contain only unique id's whcih do not intersect with self """ self.extend(other) return self def __reduce__(self): return (self.__class__, (), self.__getstate__(), self.__iter__()) def __getstate__(self): """gets internal state This is only provided for backwards compatibility so older versions of cobrapy can load pickles generated with cobrapy. In reality, the "_dict" state is ignored when loading a pickle""" return {"_dict": self._dict} def __setstate__(self, state): """sets internal state Ignore the passed in state and recalculate it. This is only for compatibility with older pickles which did not correctly specify the initialization class""" self._generate_index() def index(self, id, *args): """Determine the position in the list id: A string or a :class:`~cobra.core.Object.Object` """ # because values are unique, start and stop are not relevant if isinstance(id, str): try: return self._dict[id] except KeyError: raise ValueError("%s not found" % id) try: i = self._dict[id.id] if self[i] is not id: raise ValueError( "Another object with the identical id (%s) found" % id.id ) return i except KeyError: raise ValueError("%s not found" % str(id)) def __contains__(self, object): """DictList.__contains__(object) <==> object in DictList object: str or :class:`~cobra.core.Object.Object` """ if hasattr(object, "id"): the_id = object.id # allow to check with the object itself in addition to the id else: the_id = object return the_id in self._dict def __copy__(self): the_copy = DictList() list.extend(the_copy, self) the_copy._dict = self._dict.copy() return the_copy def insert(self, index, object): """insert object before index""" self._check(object.id) list.insert(self, index, object) # all subsequent entries now have been shifted up by 1 _dict = self._dict for i, j in _dict.items(): if j >= index: _dict[i] = j + 1 _dict[object.id] = index def pop(self, *args): """remove and return item at index (default last).""" value = list.pop(self, *args) index = self._dict.pop(value.id) # If the pop occured from a location other than the end of the list, # we will need to subtract 1 from every entry afterwards if len(args) == 0 or args == [-1]: # removing from the end of the list return value _dict = self._dict for i, j in _dict.items(): if j > index: _dict[i] = j - 1 return value def add(self, x): """Opposite of `remove`. Mirrors set.add""" self.extend([x]) def remove(self, x): """.. warning :: Internal use only""" # Each item is unique in the list which allows this # It is much faster to do a dict lookup than n string comparisons self.pop(self.index(x)) # these functions are slower because they rebuild the _dict every time def reverse(self): """reverse *IN PLACE*""" list.reverse(self) self._generate_index() def sort(self, cmp=None, key=None, reverse=False): """stable sort *IN PLACE* cmp(x, y) -> -1, 0, 1 """ if key is None: def key(i): return i.id list.sort(self, key=key, reverse=reverse) self._generate_index() def __getitem__(self, i): if isinstance(i, int): return list.__getitem__(self, i) elif isinstance(i, slice): selection = self.__class__() selection._extend_nocheck(list.__getitem__(self, i)) return selection elif hasattr(i, "__len__"): if len(i) == len(self) and isinstance(i[0], (bool, bool_)): selection = self.__class__() result = (o for j, o in enumerate(self) if i[j]) selection._extend_nocheck(result) return selection else: return self.__class__(list.__getitem__(self, i)) else: return list.__getitem__(self, i) def __setitem__(self, i, y): if isinstance(i, slice): # In this case, y needs to be a list. We will ensure all # the id's are unique for obj in y: # need to be setting to a list self._check(obj.id) # Insert a temporary placeholder so we catch the presence # of a duplicate in the items being added self._dict[obj.id] = None list.__setitem__(self, i, y) self._generate_index() return # in case a rename has occured if self._dict.get(self[i].id) == i: self._dict.pop(self[i].id) the_id = y.id self._check(the_id) list.__setitem__(self, i, y) self._dict[the_id] = i def __delitem__(self, index): removed = self[index] list.__delitem__(self, index) if isinstance(removed, list): self._generate_index() return _dict = self._dict _dict.pop(removed.id) for i, j in _dict.items(): if j > index: _dict[i] = j - 1 def __getslice__(self, i, j): return self.__getitem__(slice(i, j)) def __setslice__(self, i, j, y): self.__setitem__(slice(i, j), y) def __delslice__(self, i, j): self.__delitem__(slice(i, j)) def __getattr__(self, attr): try: return DictList.get_by_id(self, attr) except KeyError: raise AttributeError("DictList has no attribute or entry %s" % attr) def __dir__(self): # override this to allow tab complete of items by their id attributes = dir(self.__class__) attributes.append("_dict") attributes.extend(self._dict.keys()) return attributes cobrapy-0.23.0/src/cobra/core/formula.py000066400000000000000000000126641417337024700201000ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import import re from warnings import warn from cobra.core.object import Object # Numbers are not required because of the |(?=[A-Z])? block. See the # discussion in https://github.com/opencobra/cobrapy/issues/128 for # more details. element_re = re.compile("([A-Z][a-z]?)([0-9.]+[0-9.]?|(?=[A-Z])?)") class Formula(Object): """Describes a Chemical Formula Parameters --------- formula : string A legal formula string contains only letters and numbers. """ def __init__(self, formula=None): Object.__init__(self, formula) self.formula = formula self.elements = {} if self.formula is not None: self.parse_composition() def __add__(self, other_formula): """Combine two molecular formulas. Parameters ---------- other_formula : Formula, str string for a chemical formula Returns ------- Formula The combined formula """ return Formula(self.formula + other_formula.formula) def parse_composition(self): """Breaks the chemical formula down by element.""" tmp_formula = self.formula # commonly occuring characters in incorrectly constructed formulas if "*" in tmp_formula: warn("invalid character '*' found in formula '%s'" % self.formula) tmp_formula = self.formula.replace("*", "") if "(" in tmp_formula or ")" in tmp_formula: warn("parenthesis found in formula '%s'" % self.formula) return composition = {} parsed = element_re.findall(tmp_formula) for (element, count) in parsed: if count == "": count = 1 else: try: count = float(count) int_count = int(count) if count == int_count: count = int_count else: warn( "%s is not an integer (in formula %s)" % (count, self.formula) ) except ValueError: warn("failed to parse %s (in formula %s)" % (count, self.formula)) self.elements = {} return if element in composition: composition[element] += count else: composition[element] = count self.elements = composition @property def weight(self): """Calculate the mol mass of the compound Returns ------- float the mol mass """ try: return sum( [ count * elements_and_molecular_weights[element] for element, count in self.elements.items() ] ) except KeyError as e: warn("The element %s does not appear in the periodic table" % e) elements_and_molecular_weights = { "H": 1.007940, "He": 4.002602, "Li": 6.941000, "Be": 9.012182, "B": 10.811000, "C": 12.010700, "N": 14.006700, "O": 15.999400, "F": 18.998403, "Ne": 20.179700, "Na": 22.989770, "Mg": 24.305000, "Al": 26.981538, "Si": 28.085500, "P": 30.973761, "S": 32.065000, "Cl": 35.453000, "Ar": 39.948000, "K": 39.098300, "Ca": 40.078000, "Sc": 44.955910, "Ti": 47.867000, "V": 50.941500, "Cr": 51.996100, "Mn": 54.938049, "Fe": 55.845000, "Co": 58.933200, "Ni": 58.693400, "Cu": 63.546000, "Zn": 65.409000, "Ga": 69.723000, "Ge": 72.640000, "As": 74.921600, "Se": 78.960000, "Br": 79.904000, "Kr": 83.798000, "Rb": 85.467800, "Sr": 87.620000, "Y": 88.905850, "Zr": 91.224000, "Nb": 92.906380, "Mo": 95.940000, "Tc": 98.000000, "Ru": 101.070000, "Rh": 102.905500, "Pd": 106.420000, "Ag": 107.868200, "Cd": 112.411000, "In": 114.818000, "Sn": 118.710000, "Sb": 121.760000, "Te": 127.600000, "I": 126.904470, "Xe": 131.293000, "Cs": 132.905450, "Ba": 137.327000, "La": 138.905500, "Ce": 140.116000, "Pr": 140.907650, "Nd": 144.240000, "Pm": 145.000000, "Sm": 150.360000, "Eu": 151.964000, "Gd": 157.250000, "Tb": 158.925340, "Dy": 162.500000, "Ho": 164.930320, "Er": 167.259000, "Tm": 168.934210, "Yb": 173.040000, "Lu": 174.967000, "Hf": 178.490000, "Ta": 180.947900, "W": 183.840000, "Re": 186.207000, "Os": 190.230000, "Ir": 192.217000, "Pt": 195.078000, "Au": 196.966550, "Hg": 200.590000, "Tl": 204.383300, "Pb": 207.200000, "Bi": 208.980380, "Po": 209.000000, "At": 210.000000, "Rn": 222.000000, "Fr": 223.000000, "Ra": 226.000000, "Ac": 227.000000, "Th": 232.038100, "Pa": 231.035880, "U": 238.028910, "Np": 237.000000, "Pu": 244.000000, "Am": 243.000000, "Cm": 247.000000, "Bk": 247.000000, "Cf": 251.000000, "Es": 252.000000, "Fm": 257.000000, "Md": 258.000000, "No": 259.000000, "Lr": 262.000000, "Rf": 261.000000, "Db": 262.000000, "Sg": 266.000000, "Bh": 264.000000, "Hs": 277.000000, "Mt": 268.000000, "Ds": 281.000000, "Rg": 272.000000, "Cn": 285.000000, "Uuq": 289.000000, "Uuh": 292.000000, } cobrapy-0.23.0/src/cobra/core/gene.py000066400000000000000000000230601417337024700173410ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import import re from ast import And, BitAnd, BitOr, BoolOp, Expression, Name, NodeTransformer, Or from ast import parse as ast_parse from keyword import kwlist from warnings import warn from cobra.core.species import Species from cobra.util import resettable from cobra.util.util import format_long_string keywords = list(kwlist) keywords.remove("and") keywords.remove("or") keywords.extend(("True", "False")) keyword_re = re.compile(r"(?=\b(%s)\b)" % "|".join(keywords)) number_start_re = re.compile(r"(?=\b[0-9])") replacements = ( (".", "__COBRA_DOT__"), ("'", "__COBRA_SQUOTE__"), ('"', "__COBRA_DQUOTE__"), (":", "__COBRA_COLON__"), ("/", "__COBRA_FSLASH__"), ("\\", "__COBRA_BSLASH"), ("-", "__COBRA_DASH__"), ("=", "__COBRA_EQ__"), ) # functions for gene reaction rules def ast2str(expr, level=0, names=None): """convert compiled ast to gene_reaction_rule str Parameters ---------- expr : str string for a gene reaction rule, e.g "a and b" level : int internal use only names : dict Dict where each element id a gene identifier and the value is the gene name. Use this to get a rule str which uses names instead. This should be done for display purposes only. All gene_reaction_rule strings which are computed with should use the id. Returns ------ string The gene reaction rule """ if isinstance(expr, Expression): return ast2str(expr.body, 0, names) if hasattr(expr, "body") else "" elif isinstance(expr, Name): return names.get(expr.id, expr.id) if names else expr.id elif isinstance(expr, BoolOp): op = expr.op if isinstance(op, Or): str_exp = " or ".join(ast2str(i, level + 1, names) for i in expr.values) elif isinstance(op, And): str_exp = " and ".join(ast2str(i, level + 1, names) for i in expr.values) else: raise TypeError("unsupported operation " + op.__class__.__name) return "(" + str_exp + ")" if level else str_exp elif expr is None: return "" else: raise TypeError("unsupported operation " + repr(expr)) def eval_gpr(expr, knockouts): """evaluate compiled ast of gene_reaction_rule with knockouts Parameters ---------- expr : Expression The ast of the gene reaction rule knockouts : DictList, set Set of genes that are knocked out Returns ------- bool True if the gene reaction rule is true with the given knockouts otherwise false """ if isinstance(expr, Expression): return eval_gpr(expr.body, knockouts) elif isinstance(expr, Name): return expr.id not in knockouts elif isinstance(expr, BoolOp): op = expr.op if isinstance(op, Or): return any(eval_gpr(i, knockouts) for i in expr.values) elif isinstance(op, And): return all(eval_gpr(i, knockouts) for i in expr.values) else: raise TypeError("unsupported operation " + op.__class__.__name__) elif expr is None: return True else: raise TypeError("unsupported operation " + repr(expr)) class GPRCleaner(NodeTransformer): """Parses compiled ast of a gene_reaction_rule and identifies genes Parts of the tree are rewritten to allow periods in gene ID's and bitwise boolean operations""" def __init__(self): NodeTransformer.__init__(self) self.gene_set = set() def visit_Name(self, node): if node.id.startswith("__cobra_escape__"): node.id = node.id[16:] for char, escaped in replacements: if escaped in node.id: node.id = node.id.replace(escaped, char) self.gene_set.add(node.id) return node def visit_BinOp(self, node): self.generic_visit(node) if isinstance(node.op, BitAnd): return BoolOp(And(), (node.left, node.right)) elif isinstance(node.op, BitOr): return BoolOp(Or(), (node.left, node.right)) else: raise TypeError("unsupported operation '%s'" % node.op.__class__.__name__) def parse_gpr(str_expr): """parse gpr into AST Parameters ---------- str_expr : string string with the gene reaction rule to parse Returns ------- tuple elements ast_tree and gene_ids as a set """ str_expr = str_expr.strip() if len(str_expr) == 0: return None, set() for char, escaped in replacements: if char in str_expr: str_expr = str_expr.replace(char, escaped) escaped_str = keyword_re.sub("__cobra_escape__", str_expr) escaped_str = number_start_re.sub("__cobra_escape__", escaped_str) tree = ast_parse(escaped_str, "", "eval") cleaner = GPRCleaner() cleaner.visit(tree) eval_gpr(tree, set()) # ensure the rule can be evaluated return tree, cleaner.gene_set class Gene(Species): """A Gene in a cobra model Parameters ---------- id : string The identifier to associate the gene with name: string A longer human readable name for the gene functional: bool Indicates whether the gene is functional. If it is not functional then it cannot be used in an enzyme complex nor can its products be used. """ def __init__(self, id=None, name="", functional=True): Species.__init__(self, id=id, name=name) self._functional = functional @property def functional(self): """A flag indicating if the gene is functional. Changing the flag is reverted upon exit if executed within the model as context. """ return self._functional @functional.setter @resettable def functional(self, value): if not isinstance(value, bool): raise ValueError("expected boolean") self._functional = value def knock_out(self): """Knockout gene by marking it as non-functional and setting all associated reactions bounds to zero. The change is reverted upon exit if executed within the model as context. """ self.functional = False for reaction in self.reactions: if not reaction.functional: reaction.bounds = (0, 0) def remove_from_model( self, model=None, make_dependent_reactions_nonfunctional=True ): """Removes the association Parameters ---------- model : cobra model The model to remove the gene from make_dependent_reactions_nonfunctional : bool If True then replace the gene with 'False' in the gene association, else replace the gene with 'True' .. deprecated :: 0.4 Use cobra.manipulation.delete_model_genes to simulate knockouts and cobra.manipulation.remove_genes to remove genes from the model. """ warn("Use cobra.manipulation.remove_genes instead") if model is not None: if model != self._model: raise Exception( "%s is a member of %s, not %s" % (repr(self), repr(self._model), repr(model)) ) if self._model is None: raise Exception("%s is not in a model" % repr(self)) if make_dependent_reactions_nonfunctional: gene_state = "False" else: gene_state = "True" the_gene_re = re.compile("(^|(?<=( |\()))%s(?=( |\)|$))" % re.escape(self.id)) # remove reference to the gene in all groups associated_groups = self._model.get_associated_groups(self) for group in associated_groups: group.remove_members(self) self._model.genes.remove(self) self._model = None for the_reaction in list(self._reaction): the_reaction._gene_reaction_rule = the_gene_re.sub( gene_state, the_reaction.gene_reaction_rule ) the_reaction._genes.remove(self) # Now, deactivate the reaction if its gene association evaluates # to False the_gene_reaction_relation = the_reaction.gene_reaction_rule for other_gene in the_reaction._genes: other_gene_re = re.compile( "(^|(?<=( |\()))%s(?=( |\)|$))" % re.escape(other_gene.id) ) the_gene_reaction_relation = other_gene_re.sub( "True", the_gene_reaction_relation ) if not eval(the_gene_reaction_relation): the_reaction.lower_bound = 0 the_reaction.upper_bound = 0 self._reaction.clear() def _repr_html_(self): return """
Gene identifier{id}
Name{name}
Memory address {address}
Functional{functional}
In {n_reactions} reaction(s) {reactions}
""".format( id=self.id, name=self.name, functional=self.functional, address="0x0%x" % id(self), n_reactions=len(self.reactions), reactions=format_long_string(", ".join(r.id for r in self.reactions), 200), ) cobrapy-0.23.0/src/cobra/core/group.py000066400000000000000000000067131417337024700175650ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Define the group class.""" from __future__ import absolute_import from warnings import warn from cobra.core.dictlist import DictList from cobra.core.object import Object class Group(Object): """ Manage groups via this implementation of the SBML group specification. `Group` is a class for holding information regarding a pathways, subsystems, or other custom groupings of objects within a cobra.Model object. Parameters ---------- id : str The identifier to associate with this group name : str, optional A human readable name for the group members : iterable, optional A DictList containing references to cobra.Model-associated objects that belong to the group. kind : {"collection", "classification", "partonomy"}, optional The kind of group, as specified for the Groups feature in the SBML level 3 package specification. Can be any of "classification", "partonomy", or "collection". The default is "collection". Please consult the SBML level 3 package specification to ensure you are using the proper value for kind. In short, members of a "classification" group should have an "is-a" relationship to the group (e.g. member is-a polar compound, or member is-a transporter). Members of a "partonomy" group should have a "part-of" relationship (e.g. member is part-of glycolysis). Members of a "collection" group do not have an implied relationship between the members, so use this value for kind when in doubt (e.g. member is a gap-filled reaction, or member is involved in a disease phenotype). """ KIND_TYPES = ("collection", "classification", "partonomy") def __init__(self, id, name="", members=None, kind=None): Object.__init__(self, id, name) self._members = DictList() if members is None else DictList(members) self._kind = None self.kind = "collection" if kind is None else kind # self.model is None or refers to the cobra.Model that # contains self self._model = None def __len__(self): return len(self._members) # read-only @property def members(self): return self._members @property def kind(self): return self._kind @kind.setter def kind(self, kind): kind = kind.lower() if kind in self.KIND_TYPES: self._kind = kind else: raise ValueError( "Kind can only by one of: {}.".format(", ".join(self.KIND_TYPES)) ) def add_members(self, new_members): """ Add objects to the group. Parameters ---------- new_members : list A list of cobrapy objects to add to the group. """ if isinstance(new_members, str) or hasattr(new_members, "id"): warn("need to pass in a list") new_members = [new_members] self._members.union(new_members) def remove_members(self, to_remove): """ Remove objects from the group. Parameters ---------- to_remove : list A list of cobra objects to remove from the group """ if isinstance(to_remove, str) or hasattr(to_remove, "id"): warn("need to pass in a list") to_remove = [to_remove] for member_to_remove in to_remove: self._members.remove(member_to_remove) cobrapy-0.23.0/src/cobra/core/metabolite.py000066400000000000000000000230021417337024700205440ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Define the Metabolite class.""" from __future__ import absolute_import import re from warnings import warn from future.utils import raise_from, raise_with_traceback from cobra.core.formula import elements_and_molecular_weights from cobra.core.species import Species from cobra.exceptions import OptimizationError from cobra.util.solver import check_solver_status from cobra.util.util import format_long_string # Numbers are not required because of the |(?=[A-Z])? block. See the # discussion in https://github.com/opencobra/cobrapy/issues/128 for # more details. element_re = re.compile("([A-Z][a-z]?)([0-9.]+[0-9.]?|(?=[A-Z])?)") class Metabolite(Species): """Metabolite is a class for holding information regarding a metabolite in a cobra.Reaction object. Parameters ---------- id : str the identifier to associate with the metabolite formula : str Chemical formula (e.g. H2O) name : str A human readable name. charge : float The charge number of the metabolite compartment: str or None Compartment of the metabolite. """ def __init__(self, id=None, formula=None, name="", charge=None, compartment=None): Species.__init__(self, id, name) self.formula = formula # because in a Model a metabolite may participate in multiple Reactions self.compartment = compartment self.charge = charge self._bound = 0.0 def _set_id_with_model(self, value): if value in self.model.metabolites: raise ValueError( "The model already contains a metabolite with " "the id:", value ) self.model.constraints[self.id].name = value self._id = value self.model.metabolites._generate_index() @property def constraint(self): """Get the constraints associated with this metabolite from the solve Returns ------- optlang..Constraint the optlang constraint for this metabolite """ if self.model is not None: return self.model.constraints[self.id] @property def elements(self): """Dictionary of elements as keys and their count in the metabolite as integer. When set, the `formula` property is update accordingly""" tmp_formula = self.formula if tmp_formula is None: return {} # necessary for some old pickles which use the deprecated # Formula class tmp_formula = str(self.formula) # commonly occurring characters in incorrectly constructed formulas if "*" in tmp_formula: warn("invalid character '*' found in formula '%s'" % self.formula) tmp_formula = tmp_formula.replace("*", "") if "(" in tmp_formula or ")" in tmp_formula: warn("invalid formula (has parenthesis) in '%s'" % self.formula) return None composition = {} parsed = element_re.findall(tmp_formula) for (element, count) in parsed: if count == "": count = 1 else: try: count = float(count) int_count = int(count) if count == int_count: count = int_count else: warn( "%s is not an integer (in formula %s)" % (count, self.formula) ) except ValueError: warn("failed to parse %s (in formula %s)" % (count, self.formula)) return None if element in composition: composition[element] += count else: composition[element] = count return composition @elements.setter def elements(self, elements_dict): def stringify(element, number): return element if number == 1 else element + str(number) self.formula = "".join( stringify(e, n) for e, n in sorted(elements_dict.items()) ) @property def formula_weight(self): """Calculate the formula weight""" try: return sum( [ count * elements_and_molecular_weights[element] for element, count in self.elements.items() ] ) except KeyError as e: warn("The element %s does not appear in the periodic table" % e) @property def y(self): """The shadow price for the metabolite in the most recent solution Shadow prices are computed from the dual values of the bounds in the solution. """ warn("Please use metabolite.shadow_price instead.", DeprecationWarning) return self.shadow_price @property def shadow_price(self): """ The shadow price in the most recent solution. Shadow price is the dual value of the corresponding constraint in the model. Warnings -------- * Accessing shadow prices through a `Solution` object is the safer, preferred, and only guaranteed to be correct way. You can see how to do so easily in the examples. * Shadow price is retrieved from the currently defined `self._model.solver`. The solver status is checked but there are no guarantees that the current solver state is the one you are looking for. * If you modify the underlying model after an optimization, you will retrieve the old optimization values. Raises ------ RuntimeError If the underlying model was never optimized beforehand or the metabolite is not part of a model. OptimizationError If the solver status is anything other than 'optimal'. Examples -------- >>> import cobra >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> solution = model.optimize() >>> model.metabolites.glc__D_e.shadow_price -0.09166474637510488 >>> solution.shadow_prices.glc__D_e -0.091664746375104883 """ try: check_solver_status(self._model.solver.status) return self._model.constraints[self.id].dual except AttributeError: raise RuntimeError("metabolite '{}' is not part of a model".format(self.id)) # Due to below all-catch, which sucks, need to reraise these. except (RuntimeError, OptimizationError) as err: raise_with_traceback(err) # Would love to catch CplexSolverError and GurobiError here. except Exception as err: raise_from( OptimizationError( "Likely no solution exists. Original solver message: {}." "".format(str(err)) ), err, ) def remove_from_model(self, destructive=False): """Removes the association from self.model The change is reverted upon exit when using the model as a context. Parameters ---------- destructive : bool If False then the metabolite is removed from all associated reactions. If True then all associated reactions are removed from the Model. """ self._model.remove_metabolites(self, destructive) def summary(self, solution=None, fva=None): """ Create a summary of the producing and consuming fluxes. Parameters ---------- solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Returns ------- cobra.summary.MetaboliteSummary See Also -------- Reaction.summary Model.summary """ from cobra.summary import MetaboliteSummary return MetaboliteSummary( metabolite=self, model=self._model, solution=solution, fva=fva, ) def _repr_html_(self): return """
Metabolite identifier{id}
Name{name}
Memory address {address}
Formula{formula}
Compartment{compartment}
In {n_reactions} reaction(s) {reactions}
""".format( id=self.id, name=format_long_string(self.name), formula=self.formula, address="0x0%x" % id(self), compartment=self.compartment, n_reactions=len(self.reactions), reactions=format_long_string(", ".join(r.id for r in self.reactions), 200), ) cobrapy-0.23.0/src/cobra/core/model.py000066400000000000000000001406471417337024700175360ustar00rootroot00000000000000"""Define the Model class.""" import logging from copy import copy, deepcopy from functools import partial from warnings import warn import optlang from optlang.symbolics import Basic, Zero from cobra.core.configuration import Configuration from cobra.core.dictlist import DictList from cobra.core.gene import Gene from cobra.core.group import Group from cobra.core.metabolite import Metabolite from cobra.core.object import Object from cobra.core.reaction import Reaction from cobra.core.solution import get_solution from cobra.medium import find_boundary_types, find_external_compartment, sbo_terms from cobra.util.context import HistoryManager, get_context, resettable from cobra.util.solver import ( add_cons_vars_to_problem, assert_optimal, check_solver, interface_to_str, remove_cons_vars_from_problem, set_objective, ) from cobra.util.util import AutoVivification, format_long_string logger = logging.getLogger(__name__) configuration = Configuration() class Model(Object): """Class representation for a cobra model Parameters ---------- id_or_model : Model, string Either an existing Model object in which case a new model object is instantiated with the same properties as the original model, or an identifier to associate with the model as a string. name : string Human readable name for the model Attributes ---------- reactions : DictList A DictList where the key is the reaction identifier and the value a Reaction metabolites : DictList A DictList where the key is the metabolite identifier and the value a Metabolite genes : DictList A DictList where the key is the gene identifier and the value a Gene groups : DictList A DictList where the key is the group identifier and the value a Group solution : Solution The last obtained solution from optimizing the model. """ def __setstate__(self, state): """Make sure all cobra.Objects in the model point to the model.""" self.__dict__.update(state) for y in ["reactions", "genes", "metabolites"]: for x in getattr(self, y): x._model = self if not hasattr(self, "name"): self.name = None def __getstate__(self): """Get state for serialization. Ensures that the context stack is cleared prior to serialization, since partial functions cannot be pickled reliably. """ odict = self.__dict__.copy() odict["_contexts"] = [] return odict def __init__(self, id_or_model=None, name=None): if isinstance(id_or_model, Model): Object.__init__(self, name=name) self.__setstate__(id_or_model.__dict__) if not hasattr(self, "name"): self.name = None self._solver = id_or_model.solver else: Object.__init__(self, id_or_model, name=name) self._trimmed = False self._trimmed_genes = [] self._trimmed_reactions = {} self.genes = DictList() self.reactions = DictList() # A list of cobra.Reactions self.metabolites = DictList() # A list of cobra.Metabolites self.groups = DictList() # A list of cobra.Groups # genes based on their ids {Gene.id: Gene} self._compartments = {} self._contexts = [] # from cameo ... # if not hasattr(self, '_solver'): # backwards compatibility # with older cobrapy pickles? interface = check_solver(configuration.solver) self._solver = interface.Model() self._solver.objective = interface.Objective(Zero) self._populate_solver(self.reactions, self.metabolites) self._tolerance = None self.tolerance = configuration.tolerance @property def solver(self): """Get or set the attached solver instance. The associated the solver object, which manages the interaction with the associated solver, e.g. glpk. This property is useful for accessing the optimization problem directly and to define additional non-metabolic constraints. Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> new = model.problem.Constraint(model.objective.expression, >>> lb=0.99) >>> model.solver.add(new) """ return self._solver @solver.setter @resettable def solver(self, value): interface = check_solver(value) # Do nothing if the solver did not change if self.problem == interface: return self._solver = interface.Model.clone(self._solver) @property def tolerance(self): return self._tolerance @tolerance.setter def tolerance(self, value): solver_tolerances = self.solver.configuration.tolerances try: solver_tolerances.feasibility = value except AttributeError: logger.info( f"The current solver interface {interface_to_str(self.problem)} " f"doesn't support setting the feasibility tolerance." ) try: solver_tolerances.optimality = value except AttributeError: logger.info( f"The current solver interface {interface_to_str(self.problem)} " f"doesn't support setting the optimality tolerance." ) try: solver_tolerances.integrality = value except AttributeError: logger.info( f"The current solver interface {interface_to_str(self.problem)} " f"doesn't support setting the integrality tolerance." ) self._tolerance = value @property def description(self): warn("description deprecated", DeprecationWarning) return self.name if self.name is not None else "" @description.setter def description(self, value): self.name = value warn("description deprecated", DeprecationWarning) def get_metabolite_compartments(self): """Return all metabolites' compartments.""" warn("use Model.compartments instead", DeprecationWarning) return { met.compartment for met in self.metabolites if met.compartment is not None } @property def compartments(self): return { met.compartment: self._compartments.get(met.compartment, "") for met in self.metabolites if met.compartment is not None } @compartments.setter def compartments(self, value): """Get or set the dictionary of current compartment descriptions. Assigning a dictionary to this property updates the model's dictionary of compartment descriptions with the new values. Parameters ---------- value : dict Dictionary mapping compartments abbreviations to full names. Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> model.compartments = {'c': 'the cytosol'} {'c': 'the cytosol', 'e': 'extracellular'} """ self._compartments.update(value) @property def medium(self): def is_active(reaction): """Determine if a boundary reaction permits flux towards creating metabolites """ return (bool(reaction.products) and (reaction.upper_bound > 0)) or ( bool(reaction.reactants) and (reaction.lower_bound < 0) ) def get_active_bound(reaction): """For an active boundary reaction, return the relevant bound""" if reaction.reactants: return -reaction.lower_bound elif reaction.products: return reaction.upper_bound return { rxn.id: get_active_bound(rxn) for rxn in self.exchanges if is_active(rxn) } @medium.setter def medium(self, medium): """Get or set the constraints on the model exchanges. `model.medium` returns a dictionary of the bounds for each of the boundary reactions, in the form of `{rxn_id: bound}`, where `bound` specifies the absolute value of the bound in direction of metabolite creation (i.e., lower_bound for `met <--`, upper_bound for `met -->`) Parameters ---------- medium: dictionary-like The medium to initialize. medium should be a dictionary defining `{rxn_id: bound}` pairs. """ def set_active_bound(reaction, bound): if reaction.reactants: reaction.lower_bound = -bound elif reaction.products: reaction.upper_bound = bound # Set the given media bounds media_rxns = list() exchange_rxns = frozenset(self.exchanges) for rxn_id, bound in medium.items(): rxn = self.reactions.get_by_id(rxn_id) if rxn not in exchange_rxns: logger.warn( "%s does not seem to be an" " an exchange reaction. Applying bounds anyway.", rxn.id, ) media_rxns.append(rxn) set_active_bound(rxn, bound) media_rxns = frozenset(media_rxns) # Turn off reactions not present in media for rxn in exchange_rxns - media_rxns: is_export = rxn.reactants and not rxn.products set_active_bound( rxn, min(0, -rxn.lower_bound if is_export else rxn.upper_bound) ) def __add__(self, other_model): """Add the content of another model to this model (+). The model is copied as a new object, with a new model identifier, and copies of all the reactions in the other model are added to this model. The objective is the sum of the objective expressions for the two models. """ warn("use model.merge instead", DeprecationWarning) return self.merge(other_model, objective="sum", inplace=False) def __iadd__(self, other_model): """Incrementally add the content of another model to this model (+=). Copies of all the reactions in the other model are added to this model. The objective is the sum of the objective expressions for the two models. """ warn("use model.merge instead", DeprecationWarning) return self.merge(other_model, objective="sum", inplace=True) def copy(self): """Provides a partial 'deepcopy' of the Model. All of the Metabolite, Gene, and Reaction objects are created anew but in a faster fashion than deepcopy """ new = self.__class__() do_not_copy_by_ref = { "metabolites", "reactions", "genes", "notes", "annotation", "groups", } for attr in self.__dict__: if attr not in do_not_copy_by_ref: new.__dict__[attr] = self.__dict__[attr] new.notes = deepcopy(self.notes) new.annotation = deepcopy(self.annotation) new.metabolites = DictList() do_not_copy_by_ref = {"_reaction", "_model"} for metabolite in self.metabolites: new_met = metabolite.__class__() for attr, value in metabolite.__dict__.items(): if attr not in do_not_copy_by_ref: new_met.__dict__[attr] = copy(value) if attr == "formula" else value new_met._model = new new.metabolites.append(new_met) new.genes = DictList() for gene in self.genes: new_gene = gene.__class__(None) for attr, value in gene.__dict__.items(): if attr not in do_not_copy_by_ref: new_gene.__dict__[attr] = ( copy(value) if attr == "formula" else value ) new_gene._model = new new.genes.append(new_gene) new.reactions = DictList() do_not_copy_by_ref = {"_model", "_metabolites", "_genes"} for reaction in self.reactions: new_reaction = reaction.__class__() for attr, value in reaction.__dict__.items(): if attr not in do_not_copy_by_ref: new_reaction.__dict__[attr] = copy(value) new_reaction._model = new new.reactions.append(new_reaction) # update awareness for metabolite, stoic in reaction._metabolites.items(): new_met = new.metabolites.get_by_id(metabolite.id) new_reaction._metabolites[new_met] = stoic new_met._reaction.add(new_reaction) for gene in reaction._genes: new_gene = new.genes.get_by_id(gene.id) new_reaction._genes.add(new_gene) new_gene._reaction.add(new_reaction) new.groups = DictList() do_not_copy_by_ref = {"_model", "_members"} # Groups can be members of other groups. We initialize them first and # then update their members. for group in self.groups: new_group = group.__class__(group.id) for attr, value in group.__dict__.items(): if attr not in do_not_copy_by_ref: new_group.__dict__[attr] = copy(value) new_group._model = new new.groups.append(new_group) for group in self.groups: new_group = new.groups.get_by_id(group.id) # update awareness, as in the reaction copies new_objects = [] for member in group.members: if isinstance(member, Metabolite): new_object = new.metabolites.get_by_id(member.id) elif isinstance(member, Reaction): new_object = new.reactions.get_by_id(member.id) elif isinstance(member, Gene): new_object = new.genes.get_by_id(member.id) elif isinstance(member, Group): new_object = new.genes.get_by_id(member.id) else: raise TypeError( "The group member {!r} is unexpectedly not a " "metabolite, reaction, gene, nor another " "group.".format(member) ) new_objects.append(new_object) new_group.add_members(new_objects) try: new._solver = deepcopy(self.solver) # Cplex has an issue with deep copies except Exception: # pragma: no cover new._solver = copy(self.solver) # pragma: no cover # it doesn't make sense to retain the context of a copied model so # assign a new empty context new._contexts = list() return new def add_metabolites(self, metabolite_list): """Will add a list of metabolites to the model object and add new constraints accordingly. The change is reverted upon exit when using the model as a context. Parameters ---------- metabolite_list : A list of `cobra.core.Metabolite` objects """ if not hasattr(metabolite_list, "__iter__"): metabolite_list = [metabolite_list] if len(metabolite_list) == 0: return None # First check whether the metabolites exist in the model metabolite_list = [x for x in metabolite_list if x.id not in self.metabolites] bad_ids = [ m for m in metabolite_list if not isinstance(m.id, str) or len(m.id) < 1 ] if len(bad_ids) != 0: raise ValueError("invalid identifiers in {}".format(repr(bad_ids))) for x in metabolite_list: x._model = self self.metabolites += metabolite_list # from cameo ... to_add = [] for met in metabolite_list: if met.id not in self.constraints: constraint = self.problem.Constraint(Zero, name=met.id, lb=0, ub=0) to_add += [constraint] self.add_cons_vars(to_add) context = get_context(self) if context: context(partial(self.metabolites.__isub__, metabolite_list)) for x in metabolite_list: # Do we care? context(partial(setattr, x, "_model", None)) def remove_metabolites(self, metabolite_list, destructive=False): """Remove a list of metabolites from the the object. The change is reverted upon exit when using the model as a context. Parameters ---------- metabolite_list : list A list with `cobra.Metabolite` objects as elements. destructive : bool If False then the metabolite is removed from all associated reactions. If True then all associated reactions are removed from the Model. """ if not hasattr(metabolite_list, "__iter__"): metabolite_list = [metabolite_list] # Make sure metabolites exist in model metabolite_list = [x for x in metabolite_list if x.id in self.metabolites] for x in metabolite_list: x._model = None # remove reference to the metabolite in all groups associated_groups = self.get_associated_groups(x) for group in associated_groups: group.remove_members(x) if not destructive: for the_reaction in list(x._reaction): the_coefficient = the_reaction._metabolites[x] the_reaction.subtract_metabolites({x: the_coefficient}) else: for x in list(x._reaction): x.remove_from_model() self.metabolites -= metabolite_list to_remove = [self.solver.constraints[m.id] for m in metabolite_list] self.remove_cons_vars(to_remove) context = get_context(self) if context: context(partial(self.metabolites.__iadd__, metabolite_list)) for x in metabolite_list: context(partial(setattr, x, "_model", self)) def add_reaction(self, reaction): """Will add a cobra.Reaction object to the model, if reaction.id is not in self.reactions. Parameters ---------- reaction : cobra.Reaction The reaction to add Deprecated (0.6). Use `~cobra.Model.add_reactions` instead """ warn("add_reaction deprecated. Use add_reactions instead", DeprecationWarning) self.add_reactions([reaction]) def add_boundary( self, metabolite, type="exchange", reaction_id=None, lb=None, ub=None, sbo_term=None, ): """ Add a boundary reaction for a given metabolite. There are three different types of pre-defined boundary reactions: exchange, demand, and sink reactions. An exchange reaction is a reversible, unbalanced reaction that adds to or removes an extracellular metabolite from the extracellular compartment. A demand reaction is an irreversible reaction that consumes an intracellular metabolite. A sink is similar to an exchange but specifically for intracellular metabolites, i.e., a reversible reaction that adds or removes an intracellular metabolite. If you set the reaction `type` to something else, you must specify the desired identifier of the created reaction along with its upper and lower bound. The name will be given by the metabolite name and the given `type`. Parameters ---------- metabolite : cobra.Metabolite Any given metabolite. The compartment is not checked but you are encouraged to stick to the definition of exchanges and sinks. type : str, {"exchange", "demand", "sink"} Using one of the pre-defined reaction types is easiest. If you want to create your own kind of boundary reaction choose any other string, e.g., 'my-boundary'. reaction_id : str, optional The ID of the resulting reaction. This takes precedence over the auto-generated identifiers but beware that it might make boundary reactions harder to identify afterwards when using `model.boundary` or specifically `model.exchanges` etc. lb : float, optional The lower bound of the resulting reaction. ub : float, optional The upper bound of the resulting reaction. sbo_term : str, optional A correct SBO term is set for the available types. If a custom type is chosen, a suitable SBO term should also be set. Returns ------- cobra.Reaction The created boundary reaction. Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> demand = model.add_boundary(model.metabolites.atp_c, type="demand") >>> demand.id 'DM_atp_c' >>> demand.name 'ATP demand' >>> demand.bounds (0, 1000.0) >>> demand.build_reaction_string() 'atp_c --> ' """ ub = configuration.upper_bound if ub is None else ub lb = configuration.lower_bound if lb is None else lb types = { "exchange": ("EX", lb, ub, sbo_terms["exchange"]), "demand": ("DM", 0, ub, sbo_terms["demand"]), "sink": ("SK", lb, ub, sbo_terms["sink"]), } if type == "exchange": external = find_external_compartment(self) if metabolite.compartment != external: raise ValueError( "The metabolite is not an external metabolite" " (compartment is `%s` but should be `%s`). " "Did you mean to add a demand or sink? " "If not, either change its compartment or " "rename the model compartments to fix this." % (metabolite.compartment, external) ) if type in types: prefix, lb, ub, default_term = types[type] if reaction_id is None: reaction_id = "{}_{}".format(prefix, metabolite.id) if sbo_term is None: sbo_term = default_term if reaction_id is None: raise ValueError( "Custom types of boundary reactions require a custom " "identifier. Please set the `reaction_id`." ) if reaction_id in self.reactions: raise ValueError( "Boundary reaction '{}' already exists.".format(reaction_id) ) name = "{} {}".format(metabolite.name, type) rxn = Reaction(id=reaction_id, name=name, lower_bound=lb, upper_bound=ub) rxn.add_metabolites({metabolite: -1}) if sbo_term: rxn.annotation["sbo"] = sbo_term self.add_reactions([rxn]) return rxn def add_reactions(self, reaction_list): """Add reactions to the model. Reactions with identifiers identical to a reaction already in the model are ignored. The change is reverted upon exit when using the model as a context. Parameters ---------- reaction_list : list A list of `cobra.Reaction` objects """ def existing_filter(rxn): if rxn.id in self.reactions: logger.warning( "Ignoring reaction '%s' since it already exists.", rxn.id ) return False return True # First check whether the reactions exist in the model. pruned = DictList(filter(existing_filter, reaction_list)) context = get_context(self) # Add reactions. Also take care of genes and metabolites in the loop. for reaction in pruned: reaction._model = self # Build a `list()` because the dict will be modified in the loop. for metabolite in list(reaction.metabolites): # TODO: Should we add a copy of the metabolite instead? if metabolite not in self.metabolites: self.add_metabolites(metabolite) # A copy of the metabolite exists in the model, the reaction # needs to point to the metabolite in the model. else: # FIXME: Modifying 'private' attributes is horrible. stoichiometry = reaction._metabolites.pop(metabolite) model_metabolite = self.metabolites.get_by_id(metabolite.id) reaction._metabolites[model_metabolite] = stoichiometry model_metabolite._reaction.add(reaction) if context: context(partial(model_metabolite._reaction.remove, reaction)) for gene in list(reaction._genes): # If the gene is not in the model, add it if not self.genes.has_id(gene.id): self.genes += [gene] gene._model = self if context: # Remove the gene later context(partial(self.genes.__isub__, [gene])) context(partial(setattr, gene, "_model", None)) # Otherwise, make the gene point to the one in the model else: model_gene = self.genes.get_by_id(gene.id) if model_gene is not gene: reaction._dissociate_gene(gene) reaction._associate_gene(model_gene) self.reactions += pruned if context: context(partial(self.reactions.__isub__, pruned)) # from cameo ... self._populate_solver(pruned) def remove_reactions(self, reactions, remove_orphans=False): """Remove reactions from the model. The change is reverted upon exit when using the model as a context. Parameters ---------- reactions : list A list with reactions (`cobra.Reaction`), or their id's, to remove remove_orphans : bool Remove orphaned genes and metabolites from the model as well """ if isinstance(reactions, str) or hasattr(reactions, "id"): warn("need to pass in a list") reactions = [reactions] context = get_context(self) for reaction in reactions: # Make sure the reaction is in the model try: reaction = self.reactions[self.reactions.index(reaction)] except ValueError: warn("%s not in %s" % (reaction, self)) else: forward = reaction.forward_variable reverse = reaction.reverse_variable if context: obj_coef = reaction.objective_coefficient if obj_coef != 0: context( partial( self.solver.objective.set_linear_coefficients, {forward: obj_coef, reverse: -obj_coef}, ) ) context(partial(self._populate_solver, [reaction])) context(partial(setattr, reaction, "_model", self)) context(partial(self.reactions.add, reaction)) self.remove_cons_vars([forward, reverse]) self.reactions.remove(reaction) reaction._model = None for met in reaction._metabolites: if reaction in met._reaction: met._reaction.remove(reaction) if context: context(partial(met._reaction.add, reaction)) if remove_orphans and len(met._reaction) == 0: self.remove_metabolites(met) for gene in reaction._genes: if reaction in gene._reaction: gene._reaction.remove(reaction) if context: context(partial(gene._reaction.add, reaction)) if remove_orphans and len(gene._reaction) == 0: self.genes.remove(gene) if context: context(partial(self.genes.add, gene)) # remove reference to the reaction in all groups associated_groups = self.get_associated_groups(reaction) for group in associated_groups: group.remove_members(reaction) def add_groups(self, group_list): """Add groups to the model. Groups with identifiers identical to a group already in the model are ignored. If any group contains members that are not in the model, these members are added to the model as well. Only metabolites, reactions, and genes can have groups. Parameters ---------- group_list : list A list of `cobra.Group` objects to add to the model. """ def existing_filter(group): if group.id in self.groups: logger.warning("Ignoring group '%s' since it already exists.", group.id) return False return True if isinstance(group_list, str) or hasattr(group_list, "id"): warn("need to pass in a list") group_list = [group_list] pruned = DictList(filter(existing_filter, group_list)) for group in pruned: group._model = self for member in group.members: # If the member is not associated with the model, add it if isinstance(member, Metabolite): if member not in self.metabolites: self.add_metabolites([member]) if isinstance(member, Reaction): if member not in self.reactions: self.add_reactions([member]) # TODO(midnighter): `add_genes` method does not exist. # if isinstance(member, Gene): # if member not in self.genes: # self.add_genes([member]) self.groups += [group] def remove_groups(self, group_list): """Remove groups from the model. Members of each group are not removed from the model (i.e. metabolites, reactions, and genes in the group stay in the model after any groups containing them are removed). Parameters ---------- group_list : list A list of `cobra.Group` objects to remove from the model. """ if isinstance(group_list, str) or hasattr(group_list, "id"): warn("need to pass in a list") group_list = [group_list] for group in group_list: # make sure the group is in the model if group.id not in self.groups: logger.warning("%r not in %r. Ignored.", group, self) else: self.groups.remove(group) group._model = None def get_associated_groups(self, element): """Returns a list of groups that an element (reaction, metabolite, gene) is associated with. Parameters ---------- element: `cobra.Reaction`, `cobra.Metabolite`, or `cobra.Gene` Returns ------- list of `cobra.Group` All groups that the provided object is a member of """ # check whether the element is associated with the model return [g for g in self.groups if element in g.members] def add_cons_vars(self, what, **kwargs): """Add constraints and variables to the model's mathematical problem. Useful for variables and constraints that can not be expressed with reactions and simple lower and upper bounds. Additions are reversed upon exit if the model itself is used as context. Parameters ---------- what : list or tuple of optlang variables or constraints. The variables or constraints to add to the model. Must be of class `optlang.interface.Variable` or `optlang.interface.Constraint`. **kwargs : keyword arguments Passed to solver.add() """ add_cons_vars_to_problem(self, what, **kwargs) def remove_cons_vars(self, what): """Remove variables and constraints from the model's mathematical problem. Remove variables and constraints that were added directly to the model's underlying mathematical problem. Removals are reversed upon exit if the model itself is used as context. Parameters ---------- what : list or tuple of optlang variables or constraints. The variables or constraints to add to the model. Must be of class `optlang.interface.Variable` or `optlang.interface.Constraint`. """ remove_cons_vars_from_problem(self, what) @property def problem(self): """The interface to the model's underlying mathematical problem. Solutions to cobra models are obtained by formulating a mathematical problem and solving it. Cobrapy uses the optlang package to accomplish that and with this property you can get access to the problem interface directly. Returns ------- optlang.interface The problem interface that defines methods for interacting with the problem and associated solver directly. """ return self.solver.interface @property def variables(self): """The mathematical variables in the cobra model. In a cobra model, most variables are reactions. However, for specific use cases, it may also be useful to have other types of variables. This property defines all variables currently associated with the model's problem. Returns ------- optlang.container.Container A container with all associated variables. """ return self.solver.variables @property def constraints(self): """The constraints in the cobra model. In a cobra model, most constraints are metabolites and their stoichiometries. However, for specific use cases, it may also be useful to have other types of constraints. This property defines all constraints currently associated with the model's problem. Returns ------- optlang.container.Container A container with all associated constraints. """ return self.solver.constraints @property def boundary(self): """Boundary reactions in the model. Reactions that either have no substrate or product. """ return [rxn for rxn in self.reactions if rxn.boundary] @property def exchanges(self): """Exchange reactions in model. Reactions that exchange mass with the exterior. Uses annotations and heuristics to exclude non-exchanges such as sink reactions. """ return find_boundary_types(self, "exchange", None) @property def demands(self): """Demand reactions in model. Irreversible reactions that accumulate or consume a metabolite in the inside of the model. """ return find_boundary_types(self, "demand", None) @property def sinks(self): """Sink reactions in model. Reversible reactions that accumulate or consume a metabolite in the inside of the model. """ return find_boundary_types(self, "sink", None) def _populate_solver(self, reaction_list, metabolite_list=None): """Populate attached solver with constraints and variables that model the provided reactions. """ constraint_terms = AutoVivification() to_add = [] if metabolite_list is not None: for met in metabolite_list: to_add += [self.problem.Constraint(Zero, name=met.id, lb=0, ub=0)] self.add_cons_vars(to_add) for reaction in reaction_list: if reaction.id not in self.variables: forward_variable = self.problem.Variable(reaction.id) reverse_variable = self.problem.Variable(reaction.reverse_id) self.add_cons_vars([forward_variable, reverse_variable]) else: reaction = self.reactions.get_by_id(reaction.id) forward_variable = reaction.forward_variable reverse_variable = reaction.reverse_variable for metabolite, coeff in reaction.metabolites.items(): if metabolite.id in self.constraints: constraint = self.constraints[metabolite.id] else: constraint = self.problem.Constraint( Zero, name=metabolite.id, lb=0, ub=0 ) self.add_cons_vars(constraint, sloppy=True) constraint_terms[constraint][forward_variable] = coeff constraint_terms[constraint][reverse_variable] = -coeff self.solver.update() for reaction in reaction_list: reaction = self.reactions.get_by_id(reaction.id) reaction.update_variable_bounds() for constraint, terms in constraint_terms.items(): constraint.set_linear_coefficients(terms) def slim_optimize(self, error_value=float("nan"), message=None): """Optimize model without creating a solution object. Creating a full solution object implies fetching shadow prices and flux values for all reactions and metabolites from the solver object. This necessarily takes some time and in cases where only one or two values are of interest, it is recommended to instead use this function which does not create a solution object returning only the value of the objective. Note however that the `optimize()` function uses efficient means to fetch values so if you need fluxes/shadow prices for more than say 4 reactions/metabolites, then the total speed increase of `slim_optimize` versus `optimize` is expected to be small or even negative depending on how you fetch the values after optimization. Parameters ---------- error_value : float, None The value to return if optimization failed due to e.g. infeasibility. If None, raise `OptimizationError` if the optimization fails. message : string Error message to use if the model optimization did not succeed. Returns ------- float The objective value. """ self.solver.optimize() if self.solver.status == optlang.interface.OPTIMAL: return self.solver.objective.value elif error_value is not None: return error_value else: assert_optimal(self, message) def optimize(self, objective_sense=None, raise_error=False): """ Optimize the model using flux balance analysis. Parameters ---------- objective_sense : {None, 'maximize' 'minimize'}, optional Whether fluxes should be maximized or minimized. In case of None, the previous direction is used. raise_error : bool If true, raise an OptimizationError if solver status is not optimal. Notes ----- Only the most commonly used parameters are presented here. Additional parameters for cobra.solvers may be available and specified with the appropriate keyword argument. """ original_direction = self.objective.direction self.objective.direction = {"maximize": "max", "minimize": "min"}.get( objective_sense, original_direction ) self.slim_optimize() solution = get_solution(self, raise_error=raise_error) self.objective.direction = original_direction return solution def repair(self, rebuild_index=True, rebuild_relationships=True): """Update all indexes and pointers in a model Parameters ---------- rebuild_index : bool rebuild the indices kept in reactions, metabolites and genes rebuild_relationships : bool reset all associations between genes, metabolites, model and then re-add them. """ if rebuild_index: # DictList indexes self.reactions._generate_index() self.metabolites._generate_index() self.genes._generate_index() self.groups._generate_index() if rebuild_relationships: for met in self.metabolites: met._reaction.clear() for gene in self.genes: gene._reaction.clear() for rxn in self.reactions: for met in rxn._metabolites: met._reaction.add(rxn) for gene in rxn._genes: gene._reaction.add(rxn) # point _model to self for l in (self.reactions, self.genes, self.metabolites, self.groups): for e in l: e._model = self @property def objective(self): """Get or set the solver objective Before introduction of the optlang based problems, this function returned the objective reactions as a list. With optlang, the objective is not limited a simple linear summation of individual reaction fluxes, making that return value ambiguous. Henceforth, use `cobra.util.solver.linear_reaction_coefficients` to get a dictionary of reactions with their linear coefficients (empty if there are none) The set value can be dictionary (reactions as keys, linear coefficients as values), string (reaction identifier), int (reaction index), Reaction or problem.Objective or sympy expression directly interpreted as objectives. When using a `HistoryManager` context, this attribute can be set temporarily, reversed when the exiting the context. """ return self.solver.objective @objective.setter def objective(self, value): if isinstance(value, Basic): value = self.problem.Objective(value, sloppy=False) if not isinstance(value, (dict, optlang.interface.Objective)): try: reactions = self.reactions.get_by_any(value) except KeyError: raise ValueError("invalid objective") value = {rxn: 1 for rxn in reactions} set_objective(self, value, additive=False) @property def objective_direction(self): """ Get or set the objective direction. When using a `HistoryManager` context, this attribute can be set temporarily, reversed when exiting the context. """ return self.solver.objective.direction @objective_direction.setter @resettable def objective_direction(self, value): value = value.lower() if value.startswith("max"): self.solver.objective.direction = "max" elif value.startswith("min"): self.solver.objective.direction = "min" else: raise ValueError("Unknown objective direction '{}'.".format(value)) def summary(self, solution=None, fva=None): """ Create a summary of the exchange fluxes of the model. Parameters ---------- solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Returns ------- cobra.ModelSummary See Also -------- Reaction.summary Metabolite.summary """ from cobra.summary import ModelSummary return ModelSummary(model=self, solution=solution, fva=fva) def __enter__(self): """Record all future changes to the model, undoing them when a call to __exit__ is received""" # Create a new context and add it to the stack try: self._contexts.append(HistoryManager()) except AttributeError: self._contexts = [HistoryManager()] return self def __exit__(self, type, value, traceback): """Pop the top context manager and trigger the undo functions""" context = self._contexts.pop() context.reset() def merge(self, right, prefix_existing=None, inplace=True, objective="left"): """Merge two models to create a model with the reactions from both models. Custom constraints and variables from right models are also copied to left model, however note that, constraints and variables are assumed to be the same if they have the same name. right : cobra.Model The model to add reactions from prefix_existing : string Prefix the reaction identifier in the right that already exist in the left model with this string. inplace : bool Add reactions from right directly to left model object. Otherwise, create a new model leaving the left model untouched. When done within the model as context, changes to the models are reverted upon exit. objective : string One of 'left', 'right' or 'sum' for setting the objective of the resulting model to that of the corresponding model or the sum of both. """ if inplace: new_model = self else: new_model = self.copy() new_model.id = "{}_{}".format(self.id, right.id) new_reactions = deepcopy(right.reactions) if prefix_existing is not None: existing = new_reactions.query(lambda rxn: rxn.id in self.reactions) for reaction in existing: reaction.id = "{}{}".format(prefix_existing, reaction.id) new_model.add_reactions(new_reactions) interface = new_model.problem new_vars = [ interface.Variable.clone(v) for v in right.variables if v.name not in new_model.variables ] new_model.add_cons_vars(new_vars) new_cons = [ interface.Constraint.clone(c, model=new_model.solver) for c in right.constraints if c.name not in new_model.constraints ] new_model.add_cons_vars(new_cons, sloppy=True) new_model.objective = dict( left=self.objective, right=right.objective, sum=self.objective.expression + right.objective.expression, )[objective] return new_model def _repr_html_(self): return """
Name {name}
Memory address {address}
Number of metabolites {num_metabolites}
Number of reactions {num_reactions}
Number of groups {num_groups}
Objective expression {objective}
Compartments {compartments}
""".format( name=self.id, address="0x0%x" % id(self), num_metabolites=len(self.metabolites), num_reactions=len(self.reactions), num_groups=len(self.groups), objective=format_long_string(str(self.objective.expression), 100), compartments=", ".join(v if v else k for k, v in self.compartments.items()), ) cobrapy-0.23.0/src/cobra/core/object.py000066400000000000000000000031021417337024700176640ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import class Object(object): """Defines common behavior of object in cobra.core""" def __init__(self, id=None, name=""): """A simple object with an identifier Parameters ---------- id: None or a string the identifier to associate with the object """ self._id = id self.name = name self.notes = {} self._annotation = {} @property def id(self): return getattr(self, "_id", None) @id.setter def id(self, value): if value == self.id: pass elif not isinstance(value, str): raise TypeError("ID must be a string") elif getattr(self, "_model", None) is not None: self._set_id_with_model(value) else: self._id = value def _set_id_with_model(self, value): self._id = value @property def annotation(self): return self._annotation @annotation.setter def annotation(self, annotation): if not isinstance(annotation, dict): raise TypeError("Annotation must be a dict") else: self._annotation = annotation def __getstate__(self): """To prevent excessive replication during deepcopy.""" state = self.__dict__.copy() if "_model" in state: state["_model"] = None return state def __repr__(self): return "<%s %s at 0x%x>" % (self.__class__.__name__, self.id, id(self)) def __str__(self): return str(self.id) cobrapy-0.23.0/src/cobra/core/reaction.py000066400000000000000000001215601417337024700202330ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Define the Reaction class.""" from __future__ import absolute_import, print_function import hashlib import re from collections import defaultdict from copy import copy, deepcopy from functools import partial from math import isinf from operator import attrgetter from warnings import warn from future.utils import raise_from, raise_with_traceback from cobra.core.configuration import Configuration from cobra.core.gene import Gene, ast2str, eval_gpr, parse_gpr from cobra.core.metabolite import Metabolite from cobra.core.object import Object from cobra.exceptions import OptimizationError from cobra.util.context import get_context, resettable from cobra.util.solver import ( check_solver_status, linear_reaction_coefficients, set_objective, ) from cobra.util.util import format_long_string config = Configuration() # precompiled regular expressions # Matches and/or in a gene reaction rule and_or_search = re.compile(r"\(| and| or|\+|\)", re.IGNORECASE) uppercase_AND = re.compile(r"\bAND\b") uppercase_OR = re.compile(r"\bOR\b") gpr_clean = re.compile(" {2,}") # This regular expression finds any single letter compartment enclosed in # square brackets at the beginning of the string. For example [c] : foo --> bar compartment_finder = re.compile("^\s*(\[[A-Za-z]\])\s*:*") # Regular expressions to match the arrows _reversible_arrow_finder = re.compile("<(-+|=+)>") _forward_arrow_finder = re.compile("(-+|=+)>") _reverse_arrow_finder = re.compile("<(-+|=+)") class Reaction(Object): """Reaction is a class for holding information regarding a biochemical reaction in a cobra.Model object. Reactions are by default irreversible with bounds `(0.0, cobra.Configuration().upper_bound)` if no bounds are provided on creation. To create an irreversible reaction use `lower_bound=None`, resulting in reaction bounds of `(cobra.Configuration().lower_bound, cobra.Configuration().upper_bound)`. Parameters ---------- id : string The identifier to associate with this reaction name : string A human readable name for the reaction subsystem : string Subsystem where the reaction is meant to occur lower_bound : float The lower flux bound upper_bound : float The upper flux bound """ def __init__( self, id=None, name="", subsystem="", lower_bound=0.0, upper_bound=None ): Object.__init__(self, id, name) self._gene_reaction_rule = "" self.subsystem = subsystem # The cobra.Genes that are used to catalyze the reaction self._genes = set() # A dictionary of metabolites and their stoichiometric coefficients in # this reaction. self._metabolites = {} # self.model is None or refers to the cobra.Model that # contains self self._model = None # from cameo ... self._lower_bound = ( lower_bound if lower_bound is not None else config.lower_bound ) self._upper_bound = ( upper_bound if upper_bound is not None else config.upper_bound ) def _set_id_with_model(self, value): if value in self.model.reactions: raise ValueError( "The model already contains a reaction with" " the id:", value ) forward_variable = self.forward_variable reverse_variable = self.reverse_variable self._id = value self.model.reactions._generate_index() forward_variable.name = self.id reverse_variable.name = self.reverse_id @property def reverse_id(self): """Generate the id of reverse_variable from the reaction's id.""" return "_".join( (self.id, "reverse", hashlib.md5(self.id.encode("utf-8")).hexdigest()[0:5]) ) @property def flux_expression(self): """Forward flux expression Returns ------- sympy expression The expression representing the the forward flux (if associated with model), otherwise None. Representing the net flux if model.reversible_encoding == 'unsplit' or None if reaction is not associated with a model""" if self.model is not None: return 1.0 * self.forward_variable - 1.0 * self.reverse_variable else: return None @property def forward_variable(self): """An optlang variable representing the forward flux Returns ------- optlang.interface.Variable An optlang variable for the forward flux or None if reaction is not associated with a model. """ if self.model is not None: return self.model.variables[self.id] else: return None @property def reverse_variable(self): """An optlang variable representing the reverse flux Returns ------- optlang.interface.Variable An optlang variable for the reverse flux or None if reaction is not associated with a model. """ if self.model is not None: return self.model.variables[self.reverse_id] else: return None @property def objective_coefficient(self): """Get the coefficient for this reaction in a linear objective (float) Assuming that the objective of the associated model is summation of fluxes from a set of reactions, the coefficient for each reaction can be obtained individually using this property. A more general way is to use the `model.objective` property directly. """ return linear_reaction_coefficients(self.model, [self]).get(self, 0) @objective_coefficient.setter def objective_coefficient(self, value): if self.model is None: raise AttributeError("cannot assign objective to a missing model") if self.flux_expression is not None: set_objective(self.model, {self: value}, additive=True) def __copy__(self): cop = copy(super(Reaction, self)) return cop def __deepcopy__(self, memo): cop = deepcopy(super(Reaction, self), memo) return cop @staticmethod def _check_bounds(lb, ub): if lb > ub: raise ValueError( "The lower bound must be less than or equal to the upper " "bound ({} <= {}).".format(lb, ub) ) def update_variable_bounds(self): if self.model is None: return # We know that `lb <= ub`. if self._lower_bound > 0: self.forward_variable.set_bounds( lb=None if isinf(self._lower_bound) else self._lower_bound, ub=None if isinf(self._upper_bound) else self._upper_bound, ) self.reverse_variable.set_bounds(lb=0, ub=0) elif self._upper_bound < 0: self.forward_variable.set_bounds(lb=0, ub=0) self.reverse_variable.set_bounds( lb=None if isinf(self._upper_bound) else -self._upper_bound, ub=None if isinf(self._lower_bound) else -self._lower_bound, ) else: self.forward_variable.set_bounds( lb=0, ub=None if isinf(self._upper_bound) else self._upper_bound ) self.reverse_variable.set_bounds( lb=0, ub=None if isinf(self._lower_bound) else -self._lower_bound ) @property def lower_bound(self): """Get or set the lower bound Setting the lower bound (float) will also adjust the associated optlang variables associated with the reaction. Infeasible combinations, such as a lower bound higher than the current upper bound will update the other bound. When using a `HistoryManager` context, this attribute can be set temporarily, reversed when the exiting the context. """ return self._lower_bound @lower_bound.setter @resettable def lower_bound(self, value): # Validate bounds before setting them. self._check_bounds(value, self._upper_bound) self._lower_bound = value self.update_variable_bounds() @property def upper_bound(self): """Get or set the upper bound Setting the upper bound (float) will also adjust the associated optlang variables associated with the reaction. Infeasible combinations, such as a upper bound lower than the current lower bound will update the other bound. When using a `HistoryManager` context, this attribute can be set temporarily, reversed when the exiting the context. """ return self._upper_bound @upper_bound.setter @resettable def upper_bound(self, value): # Validate bounds before setting them. self._check_bounds(self._lower_bound, value) self._upper_bound = value self.update_variable_bounds() @property def bounds(self): """Get or set the bounds directly from a tuple Convenience method for setting upper and lower bounds in one line using a tuple of lower and upper bound. Invalid bounds will raise an AssertionError. When using a `HistoryManager` context, this attribute can be set temporarily, reversed when the exiting the context. """ return self.lower_bound, self.upper_bound @bounds.setter @resettable def bounds(self, value): lower, upper = value # Validate bounds before setting them. self._check_bounds(lower, upper) self._lower_bound = lower self._upper_bound = upper self.update_variable_bounds() @property def flux(self): """ The flux value in the most recent solution. Flux is the primal value of the corresponding variable in the model. Warnings -------- * Accessing reaction fluxes through a `Solution` object is the safer, preferred, and only guaranteed to be correct way. You can see how to do so easily in the examples. * Reaction flux is retrieved from the currently defined `self._model.solver`. The solver status is checked but there are no guarantees that the current solver state is the one you are looking for. * If you modify the underlying model after an optimization, you will retrieve the old optimization values. Raises ------ RuntimeError If the underlying model was never optimized beforehand or the reaction is not part of a model. OptimizationError If the solver status is anything other than 'optimal'. AssertionError If the flux value is not within the bounds. Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> solution = model.optimize() >>> model.reactions.PFK.flux 7.477381962160283 >>> solution.fluxes.PFK 7.4773819621602833 """ try: check_solver_status(self._model.solver.status) return self.forward_variable.primal - self.reverse_variable.primal except AttributeError: raise RuntimeError("reaction '{}' is not part of a model".format(self.id)) # Due to below all-catch, which sucks, need to reraise these. except (RuntimeError, OptimizationError) as err: raise_with_traceback(err) # Would love to catch CplexSolverError and GurobiError here. except Exception as err: raise_from( OptimizationError( "Likely no solution exists. Original solver message: {}." "".format(str(err)) ), err, ) @property def reduced_cost(self): """ The reduced cost in the most recent solution. Reduced cost is the dual value of the corresponding variable in the model. Warnings -------- * Accessing reduced costs through a `Solution` object is the safer, preferred, and only guaranteed to be correct way. You can see how to do so easily in the examples. * Reduced cost is retrieved from the currently defined `self._model.solver`. The solver status is checked but there are no guarantees that the current solver state is the one you are looking for. * If you modify the underlying model after an optimization, you will retrieve the old optimization values. Raises ------ RuntimeError If the underlying model was never optimized beforehand or the reaction is not part of a model. OptimizationError If the solver status is anything other than 'optimal'. Examples -------- >>> import cobra.test >>> model = cobra.test.create_test_model("textbook") >>> solution = model.optimize() >>> model.reactions.PFK.reduced_cost -8.673617379884035e-18 >>> solution.reduced_costs.PFK -8.6736173798840355e-18 """ try: check_solver_status(self._model.solver.status) return self.forward_variable.dual - self.reverse_variable.dual except AttributeError: raise RuntimeError("reaction '{}' is not part of a model".format(self.id)) # Due to below all-catch, which sucks, need to reraise these. except (RuntimeError, OptimizationError) as err: raise_with_traceback(err) # Would love to catch CplexSolverError and GurobiError here. except Exception as err: raise_from( OptimizationError( "Likely no solution exists. Original solver message: {}." "".format(str(err)) ), err, ) # read-only @property def metabolites(self): return self._metabolites.copy() @property def genes(self): return frozenset(self._genes) @property def gene_reaction_rule(self): return self._gene_reaction_rule @gene_reaction_rule.setter def gene_reaction_rule(self, new_rule): # TODO: Do this :) if get_context(self): warn("Context management not implemented for " "gene reaction rules") self._gene_reaction_rule = new_rule.strip() try: _, gene_names = parse_gpr(self._gene_reaction_rule) except (SyntaxError, TypeError) as e: if "AND" in new_rule or "OR" in new_rule: warn( "uppercase AND/OR found in rule '%s' for '%s'" % (new_rule, repr(self)) ) new_rule = uppercase_AND.sub("and", new_rule) new_rule = uppercase_OR.sub("or", new_rule) self.gene_reaction_rule = new_rule return warn("malformed gene_reaction_rule '%s' for %s" % (new_rule, repr(self))) tmp_str = and_or_search.sub("", self._gene_reaction_rule) gene_names = set((gpr_clean.sub(" ", tmp_str).split(" "))) if "" in gene_names: gene_names.remove("") old_genes = self._genes if self._model is None: self._genes = {Gene(i) for i in gene_names} else: model_genes = self._model.genes self._genes = set() for id in gene_names: if model_genes.has_id(id): self._genes.add(model_genes.get_by_id(id)) else: new_gene = Gene(id) new_gene._model = self._model self._genes.add(new_gene) model_genes.append(new_gene) # Make the genes aware that it is involved in this reaction for g in self._genes: g._reaction.add(self) # make the old genes aware they are no longer involved in this reaction for g in old_genes: if g not in self._genes: # if an old gene is not a new gene try: g._reaction.remove(self) except KeyError: warn( "could not remove old gene %s from reaction %s" % (g.id, self.id) ) @property def gene_name_reaction_rule(self): """Display gene_reaction_rule with names intead. Do NOT use this string for computation. It is intended to give a representation of the rule using more familiar gene names instead of the often cryptic ids. """ names = {i.id: i.name for i in self._genes} ast = parse_gpr(self._gene_reaction_rule)[0] return ast2str(ast, names=names) @property def functional(self): """All required enzymes for reaction are functional. Returns ------- bool True if the gene-protein-reaction (GPR) rule is fulfilled for this reaction, or if reaction is not associated to a model, otherwise False. """ if self._model: tree, _ = parse_gpr(self.gene_reaction_rule) return eval_gpr( tree, {gene.id for gene in self.genes if not gene.functional} ) return True @property def x(self): """The flux through the reaction in the most recent solution. Flux values are computed from the primal values of the variables in the solution. """ warn("Please use reaction.flux instead.", DeprecationWarning) return self.flux @property def y(self): """The reduced cost of the reaction in the most recent solution. Reduced costs are computed from the dual values of the variables in the solution. """ warn("Please use reaction.reduced_cost instead.", DeprecationWarning) return self.reduced_cost @property def reversibility(self): """Whether the reaction can proceed in both directions (reversible) This is computed from the current upper and lower bounds. """ return self._lower_bound < 0 < self._upper_bound @reversibility.setter def reversibility(self, value): warn("Setting reaction reversibility is ignored") @property def boundary(self): """Whether or not this reaction is an exchange reaction. Returns `True` if the reaction has either no products or reactants. """ return len(self.metabolites) == 1 and not (self.reactants and self.products) @property def model(self): """returns the model the reaction is a part of""" return self._model def _update_awareness(self): """Make sure all metabolites and genes that are associated with this reaction are aware of it. """ for x in self._metabolites: x._reaction.add(self) for x in self._genes: x._reaction.add(self) def remove_from_model(self, remove_orphans=False): """Removes the reaction from a model. This removes all associations between a reaction the associated model, metabolites and genes. The change is reverted upon exit when using the model as a context. Parameters ---------- remove_orphans : bool Remove orphaned genes and metabolites from the model as well """ self._model.remove_reactions([self], remove_orphans=remove_orphans) def delete(self, remove_orphans=False): """Removes the reaction from a model. This removes all associations between a reaction the associated model, metabolites and genes. The change is reverted upon exit when using the model as a context. Deprecated, use `reaction.remove_from_model` instead. Parameters ---------- remove_orphans : bool Remove orphaned genes and metabolites from the model as well """ warn( "delete is deprecated. Use reaction.remove_from_model instead", DeprecationWarning, ) self.remove_from_model(remove_orphans=remove_orphans) def __setstate__(self, state): """Probably not necessary to set _model as the cobra.Model that contains self sets the _model attribute for all metabolites and genes in the reaction. However, to increase performance speed we do want to let the metabolite and gene know that they are employed in this reaction """ # These are necessary for old pickles which store attributes # which have since been superceded by properties. if "reaction" in state: state.pop("reaction") if "gene_reaction_rule" in state: state["_gene_reaction_rule"] = state.pop("gene_reaction_rule") if "lower_bound" in state: state["_lower_bound"] = state.pop("lower_bound") if "upper_bound" in state: state["_upper_bound"] = state.pop("upper_bound") self.__dict__.update(state) for x in state["_metabolites"]: setattr(x, "_model", self._model) x._reaction.add(self) for x in state["_genes"]: setattr(x, "_model", self._model) x._reaction.add(self) def copy(self): """Copy a reaction The referenced metabolites and genes are also copied. """ # no references to model when copying model = self._model self._model = None for i in self._metabolites: i._model = None for i in self._genes: i._model = None # now we can copy new_reaction = deepcopy(self) # restore the references self._model = model for i in self._metabolites: i._model = model for i in self._genes: i._model = model return new_reaction def __add__(self, other): """Add two reactions The stoichiometry will be the combined stoichiometry of the two reactions, and the gene reaction rule will be both rules combined by an and. All other attributes (i.e. reaction bounds) will match those of the first reaction """ new_reaction = self.copy() if other == 0: return new_reaction else: new_reaction += other return new_reaction __radd__ = __add__ def __iadd__(self, other): self.add_metabolites(other._metabolites, combine=True) gpr1 = self.gene_reaction_rule.strip() gpr2 = other.gene_reaction_rule.strip() if gpr1 != "" and gpr2 != "": self.gene_reaction_rule = "(%s) and (%s)" % ( self.gene_reaction_rule, other.gene_reaction_rule, ) elif gpr1 != "" and gpr2 == "": self.gene_reaction_rule = gpr1 elif gpr1 == "" and gpr2 != "": self.gene_reaction_rule = gpr2 return self def __sub__(self, other): new = self.copy() new -= other return new def __isub__(self, other): self.subtract_metabolites(other._metabolites, combine=True) return self def __imul__(self, coefficient): """Scale coefficients in a reaction by a given value E.g. A -> B becomes 2A -> 2B. If coefficient is less than zero, the reaction is reversed and the bounds are swapped. """ self._metabolites = { met: value * coefficient for met, value in self._metabolites.items() } if coefficient < 0: self.bounds = (-self.upper_bound, -self.lower_bound) if self._model: self._model._populate_solver([self]) context = get_context(self) if context: context(partial(self._model._populate_solver, [self])) context(partial(self.__imul__, 1.0 / coefficient)) return self def __mul__(self, coefficient): new = self.copy() new *= coefficient return new @property def reactants(self): """Return a list of reactants for the reaction.""" return [k for k, v in self._metabolites.items() if v < 0] @property def products(self): """Return a list of products for the reaction""" return [k for k, v in self._metabolites.items() if v >= 0] def get_coefficient(self, metabolite_id): """ Return the stoichiometric coefficient of a metabolite. Parameters ---------- metabolite_id : str or cobra.Metabolite """ if isinstance(metabolite_id, Metabolite): return self._metabolites[metabolite_id] _id_to_metabolites = {m.id: m for m in self._metabolites} return self._metabolites[_id_to_metabolites[metabolite_id]] def get_coefficients(self, metabolite_ids): """ Return the stoichiometric coefficients for a list of metabolites. Parameters ---------- metabolite_ids : iterable Containing ``str`` or ``cobra.Metabolite``s. """ return map(self.get_coefficient, metabolite_ids) def add_metabolites(self, metabolites_to_add, combine=True, reversibly=True): """Add metabolites and stoichiometric coefficients to the reaction. If the final coefficient for a metabolite is 0 then it is removed from the reaction. The change is reverted upon exit when using the model as a context. Parameters ---------- metabolites_to_add : dict Dictionary with metabolite objects or metabolite identifiers as keys and coefficients as values. If keys are strings (name of a metabolite) the reaction must already be part of a model and a metabolite with the given name must exist in the model. combine : bool Describes behavior a metabolite already exists in the reaction. True causes the coefficients to be added. False causes the coefficient to be replaced. reversibly : bool Whether to add the change to the context to make the change reversibly or not (primarily intended for internal use). """ old_coefficients = self.metabolites new_metabolites = [] _id_to_metabolites = dict([(x.id, x) for x in self._metabolites]) for metabolite, coefficient in metabolites_to_add.items(): # Make sure metabolites being added belong to the same model, or # else copy them. if isinstance(metabolite, Metabolite): if (metabolite.model is not None) and ( metabolite.model is not self._model ): metabolite = metabolite.copy() met_id = str(metabolite) # If a metabolite already exists in the reaction then # just add them. if met_id in _id_to_metabolites: reaction_metabolite = _id_to_metabolites[met_id] if combine: self._metabolites[reaction_metabolite] += coefficient else: self._metabolites[reaction_metabolite] = coefficient else: # If the reaction is in a model, ensure we aren't using # a duplicate metabolite. if self._model: try: metabolite = self._model.metabolites.get_by_id(met_id) except KeyError as e: if isinstance(metabolite, Metabolite): new_metabolites.append(metabolite) else: # do we want to handle creation here? raise e elif isinstance(metabolite, str): # if we want to handle creation, this should be changed raise ValueError( "Reaction '%s' does not belong to a " "model. Either add the reaction to a " "model or use Metabolite objects instead " "of strings as keys." % self.id ) self._metabolites[metabolite] = coefficient # make the metabolite aware that it is involved in this # reaction metabolite._reaction.add(self) # from cameo ... model = self.model if model is not None: model.add_metabolites(new_metabolites) for metabolite, coefficient in self._metabolites.items(): model.constraints[metabolite.id].set_linear_coefficients( { self.forward_variable: coefficient, self.reverse_variable: -coefficient, } ) for metabolite, the_coefficient in list(self._metabolites.items()): if the_coefficient == 0: # make the metabolite aware that it no longer participates # in this reaction metabolite._reaction.remove(self) self._metabolites.pop(metabolite) context = get_context(self) if context and reversibly: if combine: # Just subtract the metabolites that were added context( partial( self.subtract_metabolites, metabolites_to_add, combine=True, reversibly=False, ) ) else: # Reset them with add_metabolites mets_to_reset = { key: old_coefficients[model.metabolites.get_by_any(key)[0]] for key in metabolites_to_add.keys() } context( partial( self.add_metabolites, mets_to_reset, combine=False, reversibly=False, ) ) def subtract_metabolites(self, metabolites, combine=True, reversibly=True): """Subtract metabolites from a reaction. That means add the metabolites with -1*coefficient. If the final coefficient for a metabolite is 0 then the metabolite is removed from the reaction. Notes ----- * A final coefficient < 0 implies a reactant. * The change is reverted upon exit when using the model as a context. Parameters ---------- metabolites : dict Dictionary where the keys are of class Metabolite and the values are the coefficients. These metabolites will be added to the reaction. combine : bool Describes behavior a metabolite already exists in the reaction. True causes the coefficients to be added. False causes the coefficient to be replaced. reversibly : bool Whether to add the change to the context to make the change reversibly or not (primarily intended for internal use). """ self.add_metabolites( {k: -v for k, v in metabolites.items()}, combine=combine, reversibly=reversibly, ) @property def reaction(self): """Human readable reaction string""" return self.build_reaction_string() @reaction.setter def reaction(self, value): return self.build_reaction_from_string(value) def build_reaction_string(self, use_metabolite_names=False): """Generate a human readable reaction string""" def format(number): return "" if number == 1 else str(number).rstrip(".") + " " id_type = "id" if use_metabolite_names: id_type = "name" reactant_bits = [] product_bits = [] for met in sorted(self._metabolites, key=attrgetter("id")): coefficient = self._metabolites[met] name = str(getattr(met, id_type)) if coefficient >= 0: product_bits.append(format(coefficient) + name) else: reactant_bits.append(format(abs(coefficient)) + name) reaction_string = " + ".join(reactant_bits) if not self.reversibility: if self.lower_bound < 0 and self.upper_bound <= 0: reaction_string += " <-- " else: reaction_string += " --> " else: reaction_string += " <=> " reaction_string += " + ".join(product_bits) return reaction_string def check_mass_balance(self): """Compute mass and charge balance for the reaction returns a dict of {element: amount} for unbalanced elements. "charge" is treated as an element in this dict This should be empty for balanced reactions. """ reaction_element_dict = defaultdict(int) for metabolite, coefficient in self._metabolites.items(): if metabolite.charge is not None: reaction_element_dict["charge"] += coefficient * metabolite.charge if metabolite.elements is None: raise ValueError("No elements found in metabolite %s" % metabolite.id) for element, amount in metabolite.elements.items(): reaction_element_dict[element] += coefficient * amount # filter out 0 values return {k: v for k, v in reaction_element_dict.items() if v != 0} @property def compartments(self): """lists compartments the metabolites are in""" return { met.compartment for met in self._metabolites if met.compartment is not None } def get_compartments(self): """lists compartments the metabolites are in""" warn("use Reaction.compartments instead", DeprecationWarning) return list(self.compartments) def _associate_gene(self, cobra_gene): """Associates a cobra.Gene object with a cobra.Reaction. Parameters ---------- cobra_gene : cobra.core.Gene.Gene """ self._genes.add(cobra_gene) cobra_gene._reaction.add(self) cobra_gene._model = self._model def _dissociate_gene(self, cobra_gene): """Dissociates a cobra.Gene object with a cobra.Reaction. Parameters ---------- cobra_gene : cobra.core.Gene.Gene """ self._genes.discard(cobra_gene) cobra_gene._reaction.discard(self) def knock_out(self): """Knockout reaction by setting its bounds to zero.""" self.bounds = (0, 0) def build_reaction_from_string( self, reaction_str, verbose=True, fwd_arrow=None, rev_arrow=None, reversible_arrow=None, term_split="+", ): """Builds reaction from reaction equation reaction_str using parser Takes a string and using the specifications supplied in the optional arguments infers a set of metabolites, metabolite compartments and stoichiometries for the reaction. It also infers the reversibility of the reaction from the reaction arrow. Changes to the associated model are reverted upon exit when using the model as a context. Parameters ---------- reaction_str : string a string containing a reaction formula (equation) verbose: bool setting verbosity of function fwd_arrow : re.compile for forward irreversible reaction arrows rev_arrow : re.compile for backward irreversible reaction arrows reversible_arrow : re.compile for reversible reaction arrows term_split : string dividing individual metabolite entries """ # set the arrows forward_arrow_finder = ( _forward_arrow_finder if fwd_arrow is None else re.compile(re.escape(fwd_arrow)) ) reverse_arrow_finder = ( _reverse_arrow_finder if rev_arrow is None else re.compile(re.escape(rev_arrow)) ) reversible_arrow_finder = ( _reversible_arrow_finder if reversible_arrow is None else re.compile(re.escape(reversible_arrow)) ) if self._model is None: warn("no model found") model = None else: model = self._model found_compartments = compartment_finder.findall(reaction_str) if len(found_compartments) == 1: compartment = found_compartments[0] reaction_str = compartment_finder.sub("", reaction_str) else: compartment = "" # reversible case arrow_match = reversible_arrow_finder.search(reaction_str) if arrow_match is not None: self.bounds = config.lower_bound, config.upper_bound else: # irreversible # try forward arrow_match = forward_arrow_finder.search(reaction_str) if arrow_match is not None: self.bounds = 0, config.upper_bound else: # must be reverse arrow_match = reverse_arrow_finder.search(reaction_str) if arrow_match is None: raise ValueError("no suitable arrow found in '%s'" % reaction_str) else: self.bounds = config.lower_bound, 0 reactant_str = reaction_str[: arrow_match.start()].strip() product_str = reaction_str[arrow_match.end() :].strip() self.subtract_metabolites(self.metabolites, combine=True) for substr, factor in ((reactant_str, -1), (product_str, 1)): if len(substr) == 0: continue for term in substr.split(term_split): term = term.strip() if term.lower() == "nothing": continue if " " in term: num_str, met_id = term.split() num = float(num_str.lstrip("(").rstrip(")")) * factor else: met_id = term num = factor met_id += compartment try: met = model.metabolites.get_by_id(met_id) except KeyError: if verbose: print("unknown metabolite '%s' created" % met_id) met = Metabolite(met_id) self.add_metabolites({met: num}) def summary(self, solution=None, fva=None): """ Create a summary of the reaction flux. Parameters ---------- solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Returns ------- cobra.summary.ReactionSummary See Also -------- Metabolite.summary Model.summary """ from cobra.summary import ReactionSummary return ReactionSummary( reaction=self, model=self._model, solution=solution, fva=fva, ) def __str__(self): return "{id}: {stoichiometry}".format( id=self.id, stoichiometry=self.build_reaction_string() ) def _repr_html_(self): return """
Reaction identifier{id}
Name{name}
Memory address {address}
Stoichiometry

{stoich_id}

{stoich_name}
GPR{gpr}
Lower bound{lb}
Upper bound{ub}
""".format( id=format_long_string(self.id, 100), name=format_long_string(self.name, 100), address="0x0%x" % id(self), stoich_id=format_long_string(self.build_reaction_string(), 200), stoich_name=format_long_string(self.build_reaction_string(True), 200), gpr=format_long_string(self.gene_reaction_rule, 100), lb=self.lower_bound, ub=self.upper_bound, ) cobrapy-0.23.0/src/cobra/core/singleton.py000066400000000000000000000007171417337024700204310ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Define the singleton meta class.""" from __future__ import absolute_import class Singleton(type): """Implementation of the singleton pattern as a meta class.""" _instances = {} def __call__(cls, *args, **kwargs): """Override an inheriting class' call.""" if cls not in cls._instances: cls._instances[cls] = super(Singleton, cls).__call__(*args, **kwargs) return cls._instances[cls] cobrapy-0.23.0/src/cobra/core/solution.py000066400000000000000000000203501417337024700202760ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Provide unified interfaces to optimization solutions.""" from __future__ import absolute_import import logging from builtins import object, super from warnings import warn from numpy import empty, nan from optlang.interface import OPTIMAL from pandas import DataFrame, Series, option_context from cobra.util.solver import check_solver_status __all__ = ("Solution", "LegacySolution", "get_solution") LOGGER = logging.getLogger(__name__) class Solution(object): """ A unified interface to a `cobra.Model` optimization solution. Notes ----- Solution is meant to be constructed by `get_solution` please look at that function to fully understand the `Solution` class. Attributes ---------- objective_value : float The (optimal) value for the objective function. status : str The solver status related to the solution. fluxes : pandas.Series Contains the reaction fluxes (primal values of variables). reduced_costs : pandas.Series Contains reaction reduced costs (dual values of variables). shadow_prices : pandas.Series Contains metabolite shadow prices (dual values of constraints). """ def __init__( self, objective_value, status, fluxes, reduced_costs=None, shadow_prices=None, **kwargs ): """ Initialize a `Solution` from its components. Parameters ---------- objective_value : float The (optimal) value for the objective function. status : str The solver status related to the solution. fluxes : pandas.Series Contains the reaction fluxes (primal values of variables). reduced_costs : pandas.Series Contains reaction reduced costs (dual values of variables). shadow_prices : pandas.Series Contains metabolite shadow prices (dual values of constraints). """ super(Solution, self).__init__(**kwargs) self.objective_value = objective_value self.status = status self.fluxes = fluxes self.reduced_costs = reduced_costs self.shadow_prices = shadow_prices def __repr__(self): """String representation of the solution instance.""" if self.status != OPTIMAL: return "".format(self.status, id(self)) return "".format(self.objective_value, id(self)) def _repr_html_(self): if self.status == OPTIMAL: with option_context("display.max_rows", 10): html = ( "Optimal solution with objective " "value {:.3f}
{}".format( self.objective_value, self.to_frame()._repr_html_() ) ) else: html = "{} solution".format(self.status) return html def __getitem__(self, reaction_id): """ Return the flux of a reaction. Parameters ---------- reaction : str A model reaction ID. """ return self.fluxes[reaction_id] get_primal_by_id = __getitem__ def to_frame(self): """Return the fluxes and reduced costs as a data frame""" return DataFrame({"fluxes": self.fluxes, "reduced_costs": self.reduced_costs}) class LegacySolution(object): """ Legacy support for an interface to a `cobra.Model` optimization solution. Attributes ---------- f : float The objective value solver : str A string indicating which solver package was used. x : iterable List or Array of the fluxes (primal values). x_dict : dict A dictionary of reaction IDs that maps to the respective primal values. y : iterable List or Array of the dual values. y_dict : dict A dictionary of reaction IDs that maps to the respective dual values. Warning ------- The LegacySolution class and its interface is deprecated. """ def __init__( self, f, x=None, x_dict=None, y=None, y_dict=None, solver=None, the_time=0, status="NA", **kwargs ): """ Initialize a `LegacySolution` from an objective value. Parameters ---------- f : float Objective value. solver : str, optional A string indicating which solver package was used. x : iterable, optional List or Array of the fluxes (primal values). x_dict : dict, optional A dictionary of reaction IDs that maps to the respective primal values. y : iterable, optional List or Array of the dual values. y_dict : dict, optional A dictionary of reaction IDs that maps to the respective dual values. the_time : int, optional status : str, optional .. warning :: deprecated """ super(LegacySolution, self).__init__(**kwargs) self.solver = solver self.f = f self.x = x self.x_dict = x_dict self.status = status self.y = y self.y_dict = y_dict def __repr__(self): """String representation of the solution instance.""" if self.status != "optimal": return "".format(self.status, id(self)) return "".format(self.f, id(self)) def __getitem__(self, reaction_id): """ Return the flux of a reaction. Parameters ---------- reaction_id : str A reaction ID. """ return self.x_dict[reaction_id] def dress_results(self, model): """ Method could be intended as a decorator. .. warning :: deprecated """ warn("unnecessary to call this deprecated function", DeprecationWarning) def get_solution(model, reactions=None, metabolites=None, raise_error=False): """ Generate a solution representation of the current solver state. Parameters --------- model : cobra.Model The model whose reactions to retrieve values for. reactions : list, optional An iterable of `cobra.Reaction` objects. Uses `model.reactions` by default. metabolites : list, optional An iterable of `cobra.Metabolite` objects. Uses `model.metabolites` by default. raise_error : bool If true, raise an OptimizationError if solver status is not optimal. Returns ------- cobra.Solution Note ---- This is only intended for the `optlang` solver interfaces and not the legacy solvers. """ check_solver_status(model.solver.status, raise_error=raise_error) if reactions is None: reactions = model.reactions if metabolites is None: metabolites = model.metabolites rxn_index = list() fluxes = empty(len(reactions)) reduced = empty(len(reactions)) var_primals = model.solver.primal_values shadow = empty(len(metabolites)) if model.solver.is_integer: reduced.fill(nan) shadow.fill(nan) for (i, rxn) in enumerate(reactions): rxn_index.append(rxn.id) fluxes[i] = var_primals[rxn.id] - var_primals[rxn.reverse_id] met_index = [met.id for met in metabolites] else: var_duals = model.solver.reduced_costs for (i, rxn) in enumerate(reactions): forward = rxn.id reverse = rxn.reverse_id rxn_index.append(forward) fluxes[i] = var_primals[forward] - var_primals[reverse] reduced[i] = var_duals[forward] - var_duals[reverse] met_index = list() constr_duals = model.solver.shadow_prices for (i, met) in enumerate(metabolites): met_index.append(met.id) shadow[i] = constr_duals[met.id] return Solution( model.solver.objective.value, model.solver.status, Series(index=rxn_index, data=fluxes, name="fluxes"), Series(index=rxn_index, data=reduced, name="reduced_costs"), Series(index=met_index, data=shadow, name="shadow_prices"), ) cobrapy-0.23.0/src/cobra/core/species.py000066400000000000000000000024701417337024700200600ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import from copy import deepcopy from cobra.core.object import Object class Species(Object): """Species is a class for holding information regarding a chemical Species Parameters ---------- id : string An identifier for the chemical species name : string A human readable name. """ def __init__(self, id=None, name=None): Object.__init__(self, id, name) self._model = None # references to reactions that operate on this species self._reaction = set() @property def reactions(self): return frozenset(self._reaction) def __getstate__(self): """Remove the references to container reactions when serializing to avoid problems associated with recursion. """ state = Object.__getstate__(self) state["_reaction"] = set() return state def copy(self): """When copying a reaction, it is necessary to deepcopy the components so the list references aren't carried over. Additionally, a copy of a reaction is no longer in a cobra.Model. This should be fixed with self.__deepcopy__ if possible """ return deepcopy(self) @property def model(self): return self._model cobrapy-0.23.0/src/cobra/exceptions.py000066400000000000000000000020421417337024700176510ustar00rootroot00000000000000"""Module for shared exceptions in the Cobra package.""" import optlang.interface class OptimizationError(Exception): """Exception for Optimization issues.""" def __init__(self, message): """Inherit parent behaviors.""" super(OptimizationError, self).__init__(message) class Infeasible(OptimizationError): """Exception for Infeasible issues.""" pass class Unbounded(OptimizationError): """Exception for Unbounded issues.""" pass class FeasibleButNotOptimal(OptimizationError): """Exception for Non-Optimal issues.""" pass class UndefinedSolution(OptimizationError): """Exception for Undefined issues.""" pass class SolverNotFound(Exception): """A simple Exception when a solver can not be found.""" pass OPTLANG_TO_EXCEPTIONS_DICT = dict( ( (optlang.interface.INFEASIBLE, Infeasible), (optlang.interface.UNBOUNDED, Unbounded), (optlang.interface.FEASIBLE, FeasibleButNotOptimal), (optlang.interface.UNDEFINED, UndefinedSolution), ) ) cobrapy-0.23.0/src/cobra/flux_analysis/000077500000000000000000000000001417337024700200015ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/flux_analysis/__init__.py000066400000000000000000000011101417337024700221030ustar00rootroot00000000000000from .deletion import ( double_gene_deletion, double_reaction_deletion, single_gene_deletion, single_reaction_deletion, ) from .fastcc import fastcc from .gapfilling import gapfill from .geometric import geometric_fba from .loopless import loopless_solution, add_loopless from .moma import add_moma, moma from .parsimonious import pfba from .variability import ( find_blocked_reactions, find_essential_genes, find_essential_reactions, flux_variability_analysis, ) from .phenotype_phase_plane import production_envelope from .room import add_room, room cobrapy-0.23.0/src/cobra/flux_analysis/deletion.py000066400000000000000000000474731417337024700221750ustar00rootroot00000000000000"""Provide functions for reaction and gene deletions.""" from functools import partial from itertools import product from typing import TYPE_CHECKING, List, Optional, Set, Tuple, Union import pandas as pd from optlang.exceptions import SolverError from ..core import Configuration, Gene, Model, Reaction from ..util import ProcessPool from ..util import solver as sutil from .moma import add_moma from .room import add_room if TYPE_CHECKING: from cobra import Solution configuration = Configuration() def _get_growth(model: Model) -> Tuple[float, str]: """Return the growth from the `model`. Parameters ---------- model : cobra.Model The model to obtain growth for. Returns ------- float The obtained growth value. Returns nan if there is some error while optimizing. """ try: if "moma_old_objective" in model.solver.variables: model.slim_optimize() growth = model.solver.variables.moma_old_objective.primal else: growth = model.slim_optimize() except SolverError: growth = float("nan") return growth, model.solver.status def _reaction_deletion( model: Model, reaction_ids: List[str] ) -> Tuple[List[str], float, str]: """Perform reaction deletion. Parameters ---------- model : cobra.Model The model to perform reaction deletion on. ids : list of str The reaction IDs to knock-out. Returns ------- tuple of (list of str, float, str) A tuple containing reaction IDs knocked out, growth of the model and the solver status. """ with model: for rxn_id in reaction_ids: model.reactions.get_by_id(rxn_id).knock_out() growth, status = _get_growth(model) return reaction_ids, growth, status def _reaction_deletion_worker(ids: List[str]) -> Tuple[List[str], float, str]: """Perform reaction deletions on worker process. Parameters ---------- ids : list of str The reaction IDs to knock-out. Returns ------- tuple of (list of str, float, str) A tuple containing reaction IDs knocked out, growth of the model and the solver status. """ global _model return _reaction_deletion(_model, ids) def _gene_deletion(model: Model, gene_ids: List[str]) -> Tuple[List[str], float, str]: """Perform gene deletions. Parameters ---------- model : cobra.Model The model to perform gene deletion on. ids : list of str The gene IDs to knock-out. Returns ------- tuple of (list of str, float, str) A tuple containing gene IDs knocked out, growth of the model and the solver status. """ with model: for gene_id in gene_ids: model.genes.get_by_id(gene_id).knock_out() growth, status = _get_growth(model) return gene_ids, growth, status def _gene_deletion_worker(ids: List[str]) -> Tuple[List[str], float, str]: """Perform gene deletions on worker process. Parameters ---------- ids : list of str The gene IDs to knock-out. Returns ------- tuple of (list of str, float, str) A tuple containing gene IDs knocked out, growth of the model and the solver status. """ global _model return _gene_deletion(_model, ids) def _init_worker(model: Model) -> None: """Initialize worker process.""" global _model _model = model def _multi_deletion( model: Model, entity: str, element_lists: List[Union[Gene, Reaction]], method: str = "fba", solution: Optional["Solution"] = None, processes: Optional[int] = None, **kwargs, ) -> pd.DataFrame: """Provide a common interface for single or multiple knockouts. Parameters ---------- model : cobra.Model The metabolic model to perform deletions in. entity : {"gene", "reaction"} The entity to knockout. element_lists : list of cobra.Gene or cobra.Reaction List of cobra.Gene or cobra.Reaction to be deleted. method : {"fba", "moma", "linear moma", "room", "linear room"}, optional Method used to predict the growth rate (default "fba"). solution : cobra.Solution, optional A previous solution to use as a reference for (linear) MOMA or ROOM (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not passed, will be set to `configuration.processes` (default None). **kwargs : Passed on to underlying simulation functions. Returns ------- pandas.DataFrame A representation of all combinations of entity deletions. The columns are 'growth' and 'status', where index : tuple(str) The gene or reaction identifiers that were knocked out. growth : float The growth rate of the adjusted model. status : str The solution's status. """ solver = sutil.interface_to_str(model.problem.__name__) if method == "moma" and solver not in sutil.qp_solvers: raise RuntimeError( f"Cannot use MOMA since '{solver}' is not QP-capable. " "Please choose a different solver or use FBA only." ) if processes is None: processes = configuration.processes with model: if "moma" in method: add_moma(model, solution=solution, linear="linear" in method) elif "room" in method: add_room(model, solution=solution, linear="linear" in method, **kwargs) args = set([frozenset(comb) for comb in product(*element_lists)]) processes = min(processes, len(args)) def extract_knockout_results(result_iter): result = pd.DataFrame( [ ( set(ids), growth, status, ) for (ids, growth, status) in result_iter ], columns=["ids", "growth", "status"], ) return result if processes > 1: worker = dict( gene=_gene_deletion_worker, reaction=_reaction_deletion_worker )[entity] chunk_size = len(args) // processes with ProcessPool( processes, initializer=_init_worker, initargs=(model,) ) as pool: results = extract_knockout_results( pool.imap_unordered(worker, args, chunksize=chunk_size) ) else: worker = dict(gene=_gene_deletion, reaction=_reaction_deletion)[entity] results = extract_knockout_results(map(partial(worker, model), args)) return results def _entities_ids(entities: List[Union[str, Gene, Reaction]]) -> List[str]: """Return the IDs of the `entities`. Parameters ---------- entities : list of str or cobra.Gene or cobra.Reaction The list of entities whose IDs need to be returned. Returns ------- list of str The IDs of the `entities`. """ try: return [e.id for e in entities] except AttributeError: return list(entities) def _element_lists( entities: List[Union[str, Gene, Reaction]], *ids: List[str] ) -> List[str]: """Return the elements. Parameters ---------- entities : list of str or cobra.Gene or cobra.Reaction The list of entities. *ids : list of str The list of IDs. Returns ------- list of str The list of IDs. """ lists = list(ids) if lists[0] is None: lists[0] = entities result = [_entities_ids(lists[0])] for _list in lists[1:]: if _list is None: result.append(result[-1]) else: result.append(_entities_ids(_list)) return result def single_reaction_deletion( model: Model, reaction_list: Optional[List[Union[Reaction, str]]] = None, method: str = "fba", solution: Optional["Solution"] = None, processes: Optional[int] = None, **kwargs, ) -> pd.DataFrame: """Knock out each reaction from `reaction_list`. Parameters ---------- model : cobra.Model The metabolic model to perform deletions in. reaction_list : list of cobra.Reaction or str, optional The reactions be knocked out. If not passed, all the reactions from the model are used (default None). method: {"fba", "moma", "linear moma", "room", "linear room"}, optional Method used to predict the growth rate (default "fba"). solution : cobra.Solution, optional A previous solution to use as a reference for (linear) MOMA or ROOM (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not passed, will be set to `configuration.processes` (default None). **kwargs : Keyword arguments are passed on to underlying simulation functions such as `add_room`. Returns ------- pandas.DataFrame A representation of all single reaction deletions. The columns are 'growth' and 'status', where index : tuple(str) The reaction identifier that was knocked out. growth : float The growth rate of the adjusted model. status : str The solution's status. """ return _multi_deletion( model, "reaction", element_lists=_element_lists(model.reactions, reaction_list), method=method, solution=solution, processes=processes, **kwargs, ) def single_gene_deletion( model: Model, gene_list: Optional[List[Union[Gene, str]]] = None, method: str = "fba", solution: Optional["Solution"] = None, processes: Optional[int] = None, **kwargs, ) -> pd.DataFrame: """Knock out each gene from `gene_list`. Parameters ---------- model : cobra.Model The metabolic model to perform deletions in. gene_list : list of cobra.Gene or str, optional The gene objects to be deleted. If not passed, all the genes from the model are used (default None). method : {"fba", "moma", "linear moma", "room", "linear room"}, optional Method used to predict the growth rate (default "fba"). solution : cobra.Solution, optional A previous solution to use as a reference for (linear) MOMA or ROOM (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not passed, will be set to `configuration.processes` (default None). **kwargs : Keyword arguments are passed on to underlying simulation functions such as `add_room`. Returns ------- pandas.DataFrame A representation of all single gene deletions. The columns are 'growth' and 'status', where index : tuple(str) The gene identifier that was knocked out. growth : float The growth rate of the adjusted model. status : str The solution's status. """ return _multi_deletion( model, "gene", element_lists=_element_lists(model.genes, gene_list), method=method, solution=solution, processes=processes, **kwargs, ) def double_reaction_deletion( model: Model, reaction_list1: Optional[List[Union[Reaction, str]]] = None, reaction_list2: Optional[List[Union[Reaction, str]]] = None, method: str = "fba", solution: Optional["Solution"] = None, processes: Optional[int] = None, **kwargs, ) -> pd.DataFrame: """Knock out each reaction pair from the combinations of two given lists. We say 'pair' here but the order order does not matter. Parameters ---------- model : cobra.Model The metabolic model to perform deletions in. reaction_list1 : list of cobra.Reaction or str, optional The first reaction list to be deleted. If not passed, all the reactions from the model are used (default None). reaction_list2 : list of cobra.Reaction or str, optional The second reaction list to be deleted. If not passed, all the reactions from the model are used (default None). method: {"fba", "moma", "linear moma", "room", "linear room"}, optional Method used to predict the growth rate (default "fba"). solution : cobra.Solution, optional A previous solution to use as a reference for (linear) MOMA or ROOM (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not passed, will be set to `configuration.processes` (default None). **kwargs : Keyword arguments are passed on to underlying simulation functions such as `add_room`. Returns ------- pandas.DataFrame A representation of all combinations of reaction deletions. The columns are 'growth' and 'status', where index : tuple(str) The reaction identifiers that were knocked out. growth : float The growth rate of the adjusted model. status : str The solution's status. """ reaction_list1, reaction_list2 = _element_lists( model.reactions, reaction_list1, reaction_list2 ) return _multi_deletion( model, "reaction", element_lists=[reaction_list1, reaction_list2], method=method, solution=solution, processes=processes, **kwargs, ) def double_gene_deletion( model: Model, gene_list1: Optional[List[Union[Gene, str]]] = None, gene_list2: Optional[List[Union[Gene, str]]] = None, method: str = "fba", solution: Optional["Solution"] = None, processes: Optional[int] = None, **kwargs, ) -> pd.DataFrame: """Knock out each gene pair from the combination of two given lists. We say 'pair' here but the order order does not matter. Parameters ---------- model : cobra.Model The metabolic model to perform deletions in. gene_list1 : list of cobra.Gene or str, optional The first gene list to be deleted. If not passed, all the genes from the model are used (default None). gene_list2 : list of cobra.Gene or str, optional The second gene list to be deleted. If not passed, all the genes from the model are used (default None). method : {"fba", "moma", "linear moma", "room", "linear room"}, optional Method used to predict the growth rate (default None). solution : cobra.Solution, optional A previous solution to use as a reference for (linear) MOMA or ROOM (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not passed, will be set to `configuration.processes` (default None). **kwargs : Keyword arguments are passed on to underlying simulation functions such as `add_room`. Returns ------- pandas.DataFrame A representation of all combinations of gene deletions. The columns are 'growth' and 'status', where index : tuple(str) The gene identifiers that were knocked out. growth : float The growth rate of the adjusted model. status : str The solution's status. """ gene_list1, gene_list2 = _element_lists(model.genes, gene_list1, gene_list2) return _multi_deletion( model, "gene", element_lists=[gene_list1, gene_list2], method=method, solution=solution, processes=processes, **kwargs, ) @pd.api.extensions.register_dataframe_accessor("knockout") class KnockoutAccessor: """ Access unique combinations of reactions in deletion results. This allows acces in the form of `results.knockout[rxn1]` or `results.knockout["rxn1_id"]`. Each individual entry will return a deletion so `results.knockout[rxn1, rxn2]` will return two deletions (for individual knockouts of rxn1 and rxn2 respectively). Multi-deletions can be accessed by passing in sets like `results.knockout[{rxn1, rxn2}]` which denotes the double deletion of both reactions. Thus, the following are allowed index elements: - single reactions or genes (depending on whether it is a gene or reaction deletion) - single reaction IDs or gene IDs - lists of single single reaction IDs or gene IDs (will return one row for each element in the list) - sets of reactions or genes (for multi-deletions) - sets of reactions IDs or gene IDs - list of sets of objects or IDs (to get several multi-deletions) Parameters: ----------- pandas_obj : pandas.DataFrame or pandas.Series A result from one of the deletion methods. """ def __init__(self, pandas_obj: Union[pd.DataFrame, pd.Series]) -> None: """Set up the accessor.""" self._validate(pandas_obj) self._result = pandas_obj @staticmethod def _validate(obj: pd.DataFrame) -> None: """Validate the object given. Parameters ---------- obj : pandas.DataFrame The object to validate. Raises ------ AttributeError If the object supplied is not a DataFrame. """ # verify it is a deletion results if any(name not in obj.columns for name in ["ids", "growth", "status"]): raise AttributeError("Must be DataFrame returned by a deletion method.") def __getitem__( self, args: Union[ Gene, List[Gene], Set[Gene], List[Set[Gene]], Reaction, List[Reaction], Set[Reaction], List[Set[Reaction]], str, List[str], Set[str], List[Set[str]], ], ) -> pd.DataFrame: """Return the deletion result for a particular set of knocked entities. Parameters ---------- args : cobra.Reaction, cobra.Gene, str, set, or list The deletions to be returned. Accepts: - single reactions or genes - single reaction IDs or gene IDs - lists of single single reaction IDs or gene IDs - sets of reactions or genes - sets of reactions IDs or gene IDs - list of sets of objects or IDs See the docs for usage examples. Returns ------- pandas.DataFrame The deletion result where the chosen entities have been deleted. Each row denotes a deletion. Raises ------ ValueError If any other object is used as index for lookup. """ if not any(isinstance(args, t) for t in [tuple, list]): args = [args] if any(isinstance(args[0], t) for t in [Reaction, Gene, str]): try: args = [{obj.id} for obj in args] except AttributeError: # are already strings args = [{obj} for obj in args] elif isinstance(args[0], set): try: args = [set(elem.id for elem in obj) for obj in args] except AttributeError: args = [set(obj) for obj in args] else: raise ValueError( "Allowed indices are single cobra.Reaction or cobra.Gene, " "lists of cobra.Reaction of cobra.Gene, or lists of sets " "of cobra.Reaction or cobra.Gene." ) found = [x in args for x in self._result.ids] return self._result[found] cobrapy-0.23.0/src/cobra/flux_analysis/fastcc.py000066400000000000000000000133661417337024700216270ustar00rootroot00000000000000"""Provide an implementation of FASTCC.""" from typing import TYPE_CHECKING, List, Optional from optlang.symbolics import Zero from .helpers import normalize_cutoff if TYPE_CHECKING: from cobra.core import Model, Reaction def _find_sparse_mode( model: "Model", rxns: List["Reaction"], flux_threshold: float, zero_cutoff: float ) -> List["Reaction"]: """Perform the LP required for FASTCC. Parameters ---------- model: cobra.Model The model to perform FASTCC on. rxns: list of cobra.Reaction The reactions to use for LP. flux_threshold: float The upper threshold an auxiliary variable can have. zero_cutoff: float The cutoff below which flux is considered zero. Returns ------- list of cobra.Reaction The list of reactions to consider as consistent. """ if rxns: obj_vars = [] vars_and_cons = [] prob = model.problem for rxn in rxns: var = prob.Variable( "auxiliary_{}".format(rxn.id), lb=0.0, ub=flux_threshold ) const = prob.Constraint( rxn.forward_variable + rxn.reverse_variable - var, name="constraint_{}".format(rxn.id), lb=0.0, ) vars_and_cons.extend([var, const]) obj_vars.append(var) model.add_cons_vars(vars_and_cons) model.objective = prob.Objective(Zero, sloppy=True) model.objective.set_linear_coefficients({v: 1.0 for v in obj_vars}) model.optimize(objective_sense="max") result = [rxn for rxn in model.reactions if abs(rxn.flux) > zero_cutoff] else: result = [] return result def _flip_coefficients(model: "Model", rxns: List["Reaction"]) -> None: """Flip the coefficients for optimizing in reverse direction. Parameters ---------- model: cobra.Model The model to operate on. rxns: list of cobra.Reaction The list of reactions whose coefficients will be flipped. """ # flip reactions for rxn in rxns: const = model.constraints.get("constraint_{}".format(rxn.id)) var = model.variables.get("auxiliary_{}".format(rxn.id)) coefs = const.get_linear_coefficients(const.variables) const.set_linear_coefficients({k: -v for k, v in coefs.items() if k is not var}) # flip objective objective = model.objective objective_coefs = objective.get_linear_coefficients(objective.variables) objective.set_linear_coefficients({k: -v for k, v in objective_coefs.items()}) def fastcc( model: "Model", flux_threshold: float = 1.0, zero_cutoff: Optional[float] = None ) -> "Model": r""" Check consistency of a metabolic network using FASTCC [1]_. FASTCC (Fast Consistency Check) is an algorithm for rapid and efficient consistency check in metabolic networks. FASTCC is a pure LP implementation and is low on computation resource demand. FASTCC also circumvents the problem associated with reversible reactions for the purpose. Given a global model, it will generate a consistent global model i.e., remove blocked reactions. For more details on FASTCC, please check [1]_. Parameters ---------- model: cobra.Model The model to operate on. flux_threshold: float, optional The flux threshold to consider (default 1.0). zero_cutoff: float, optional The cutoff to consider for zero flux (default model.tolerance). Returns ------- cobra.Model The consistent model. Notes ----- The LP used for FASTCC is like so: maximize: \sum_{i \in J} z_i s.t. : z_i \in [0, \varepsilon] \forall i \in J, z_i \in \mathbb{R}_+ v_i \ge z_i \forall i \in J Sv = 0 v \in B References ---------- .. [1] Vlassis N, Pacheco MP, Sauter T (2014) Fast Reconstruction of Compact Context-Specific Metabolic Network Models. PLoS Comput Biol 10(1): e1003424. doi:10.1371/journal.pcbi.1003424 """ zero_cutoff = normalize_cutoff(model, zero_cutoff) irreversible_rxns = [rxn for rxn in model.reactions if not rxn.reversibility] rxns_to_check = irreversible_rxns with model: rxns_to_keep = _find_sparse_mode( model, rxns_to_check, flux_threshold, zero_cutoff ) rxns_to_check = list(set(model.reactions).difference(rxns_to_keep)) while rxns_to_check: with model: new_rxns = _find_sparse_mode( model, rxns_to_check, flux_threshold, zero_cutoff ) rxns_to_keep.extend(new_rxns) # this condition will be valid for all but the last iteration if list(set(rxns_to_check).intersection(rxns_to_keep)): rxns_to_check = list(set(rxns_to_check).difference(rxns_to_keep)) else: rxns_to_flip = list(set(rxns_to_check).difference(irreversible_rxns)) _flip_coefficients(model, rxns_to_flip) sol = model.optimize(min) to_add_rxns = sol.fluxes.index[sol.fluxes.abs() > zero_cutoff].tolist() rxns_to_keep.extend( [model.reactions.get_by_id(rxn) for rxn in to_add_rxns] ) # since this is the last iteration, it needs to break or else # it will run forever since rxns_to_check won't be empty break consistent_rxns = set(rxns_to_keep) # need the ids since Reaction objects are created fresh with model.copy() rxns_to_remove = [ rxn.id for rxn in set(model.reactions).difference(consistent_rxns) ] consistent_model = model.copy() consistent_model.remove_reactions(rxns_to_remove, remove_orphans=True) return consistent_model cobrapy-0.23.0/src/cobra/flux_analysis/gapfilling.py000066400000000000000000000364551417337024700225040ustar00rootroot00000000000000"""Provide the base class and utility function for gap filling.""" import logging from typing import TYPE_CHECKING, Dict, List, Optional from optlang.interface import OPTIMAL from optlang.symbolics import Zero from ..core import Model from ..util import fix_objective_as_constraint, interface_to_str if TYPE_CHECKING: from cobra import Reaction logger = logging.getLogger(__name__) class GapFiller: r""" The base class for performing gap filling. This class implements gap filling based on a mixed-integer approach, very similar to that described in [1]_ and the 'no-growth but growth' part of [2]_ but with minor adjustments. In short, we add indicator variables for using the reactions in the universal model, z_i and then solve problem minimize: \sum_i c_i * z_i s.t. : Sv = 0 v_o \ge t lb_i \le v_i \le ub_i v_i = 0 if z_i = 0 where lb, ub are respectively the upper, lower flux bounds for reaction i, c_i is a cost parameter and the objective v_o is greater than the lower bound t. The default costs are 1 for reactions from the universal model, 100 for exchange (uptake) reactions added and 1 for added demand reactions. Note that this is a mixed-integer linear program and as such will be expensive to solve for large models. Consider using alternatives [3]_ such as CORDA instead [4,5]_ . Parameters ---------- model : cobra.Model The model to perform gap filling on. universal : cobra.Model, optional A universal model with reactions that can be used to complete the `model` (default None). lower_bound : float, optional The minimally accepted flux for the objective in the filled model (default 0.05). penalties : dict, optional A dictionary with keys being 'universal' (all reactions included in the universal model), 'exchange' and 'demand' (all additionally added exchange and demand reactions) for the three reaction types. Can also have reaction identifiers for reaction specific costs. Defaults are 1, 100 and 1 respectively (default None). exchange_reactions : bool, optional Consider adding exchange (uptake) reactions for all metabolites in the model (default False). demand_reactions : bool, optional Consider adding demand reactions for all metabolites (default True). integer_threshold : float, optional The threshold at which a value is considered non-zero (aka integrality threshold). If gapfilled models fail to validate, you may want to lower this value (default 1E-6). Attributes ---------- indicators: list of optlang.interface.Variable The list of symbolic indicator variables. costs: dict of {optlang.interface.Variable: float} The dictionary with symbolic variables as keys and their cost as values. References ---------- .. [1] Reed, Jennifer L., Trina R. Patel, Keri H. Chen, Andrew R. Joyce, Margaret K. Applebee, Christopher D. Herring, Olivia T. Bui, Eric M. Knight, Stephen S. Fong, and Bernhard O. Palsson. “Systems Approach to Refining Genome Annotation.” Proceedings of the National Academy of Sciences 103, no. 46 (2006): 17480–17484. .. [2] Kumar, Vinay Satish, and Costas D. Maranas. “GrowMatch: An Automated Method for Reconciling In Silico/In Vivo Growth Predictions.” Edited by Christos A. Ouzounis. PLoS Computational Biology 5, no. 3 (March 13, 2009): e1000308. doi:10.1371/journal.pcbi.1000308. .. [3] http://opencobra.github.io/cobrapy/tags/gapfilling/ .. [4] Schultz, André, and Amina A. Qutub. “Reconstruction of Tissue-Specific Metabolic Networks Using CORDA.” Edited by Costas D. Maranas. PLOS Computational Biology 12, no. 3 (March 4, 2016): e1004808. doi:10.1371/journal.pcbi.1004808. .. [5] Diener, Christian https://github.com/cdiener/corda """ def __init__( self, model: Model, universal: Optional[Model] = None, lower_bound: float = 0.05, penalties: Optional[Dict[str, "Reaction"]] = None, exchange_reactions: bool = False, demand_reactions: bool = True, integer_threshold: float = 1e-6, **kwargs, ) -> None: """Initialize a new GapFiller object. Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. """ self.original_model = model self.lower_bound = lower_bound self.model = model.copy() tolerances = self.model.solver.configuration.tolerances try: tolerances.integrality = integer_threshold except AttributeError: logger.warning( f"The current solver interface {interface_to_str(self.model.problem)} " f"doesn't support setting the integrality tolerance." ) # TODO (Midnighter): One could debate how useful it is to compare against this # threshold when it is not supported by the chosen solver. self.integer_threshold = integer_threshold self.universal = universal.copy() if universal else Model("universal") self.penalties = dict(universal=1, exchange=100, demand=1) if penalties is not None: self.penalties.update(penalties) self.indicators = [] self.costs = {} self.extend_model(exchange_reactions, demand_reactions) fix_objective_as_constraint(self.model, bound=lower_bound) self.add_switches_and_objective() def extend_model( self, exchange_reactions: bool = False, demand_reactions: bool = True ) -> None: """Extend gap filling model. Add reactions from universal model and optionally exchange and demand reactions for all metabolites in the model to perform gap filling on. Parameters ---------- exchange_reactions : bool, optional Consider adding exchange (uptake) reactions for all metabolites in the model (default False). demand_reactions : bool, optional Consider adding demand reactions for all metabolites (default True). """ for rxn in self.universal.reactions: rxn.gapfilling_type = "universal" new_metabolites = self.universal.metabolites.query( lambda metabolite: metabolite not in self.model.metabolites ) self.model.add_metabolites(new_metabolites) existing_exchanges = [] for rxn in self.universal.boundary: existing_exchanges = existing_exchanges + [ met.id for met in list(rxn.metabolites) ] for met in self.model.metabolites: if exchange_reactions: # check for exchange reaction in model already if met.id not in existing_exchanges: rxn = self.universal.add_boundary( met, type="exchange_smiley", lb=-1000, ub=0, reaction_id=f"EX_{met.id}", ) rxn.gapfilling_type = "exchange" if demand_reactions: rxn = self.universal.add_boundary( met, type="demand_smiley", lb=0, ub=1000, reaction_id=f"DM_{met.id}", ) rxn.gapfilling_type = "demand" new_reactions = self.universal.reactions.query( lambda reaction: reaction not in self.model.reactions ) self.model.add_reactions(new_reactions) def update_costs(self) -> None: """Update coefficients for the indicator variables in the objective. Done incrementally so that second time the function is called, active indicators in the current solutions gets higher cost than the unused indicators. """ for var in self.indicators: if var not in self.costs: self.costs[var] = var.cost else: if var._get_primal() > self.integer_threshold: self.costs[var] += var.cost self.model.objective.set_linear_coefficients(self.costs) def add_switches_and_objective(self) -> None: """Update gap filling model with switches and indicator objective.""" constraints = [] big_m = max(max(abs(b) for b in r.bounds) for r in self.model.reactions) prob = self.model.problem for rxn in self.model.reactions: if not hasattr(rxn, "gapfilling_type"): continue indicator = prob.Variable( name=f"indicator_{rxn.id}", lb=0, ub=1, type="binary" ) if rxn.id in self.penalties: indicator.cost = self.penalties[rxn.id] else: indicator.cost = self.penalties[rxn.gapfilling_type] indicator.rxn_id = rxn.id self.indicators.append(indicator) # if z = 1 v_i is allowed non-zero # v_i - Mz <= 0 and v_i + Mz >= 0 constraint_lb = prob.Constraint( rxn.flux_expression - big_m * indicator, ub=0, name=f"constraint_lb_{rxn.id}", sloppy=True, ) constraint_ub = prob.Constraint( rxn.flux_expression + big_m * indicator, lb=0, name=f"constraint_ub_{rxn.id}", sloppy=True, ) constraints.extend([constraint_lb, constraint_ub]) self.model.add_cons_vars(self.indicators) self.model.add_cons_vars(constraints, sloppy=True) self.model.objective = prob.Objective(Zero, direction="min", sloppy=True) self.model.objective.set_linear_coefficients({i: 1 for i in self.indicators}) self.update_costs() def fill(self, iterations: int = 1) -> List[List["Reaction"]]: """Perform the gap filling. With every iteration, it solves the model, updates the costs and records the used reactions. Parameters ---------- iterations : int, optional The number of rounds of gap filling to perform. For every iteration, the penalty for every used reaction increases linearly. This way, the algorithm is encouraged to search for alternative solutions which may include previously used reactions i.e., with enough iterations pathways including 10 steps will eventually be reported even if the shortest pathway is a single reaction (default 1). Returns ------- list of list of cobra.Reaction A list of lists where each element is a list of reactions that were used to gap fill the model. Raises ------ RuntimeError If the model fails to be validated (i.e. the original model with the proposed reactions added, still cannot get the required flux through the objective). """ used_reactions = [] for _ in range(iterations): self.model.slim_optimize( error_value=None, message="gap filling optimization failed" ) solution = [ self.model.reactions.get_by_id(ind.rxn_id) for ind in self.indicators if ind._get_primal() > self.integer_threshold ] if not self.validate(solution): raise RuntimeError( "Failed to validate gap filled model, " "try lowering the integer threshold." ) used_reactions.append(solution) self.update_costs() return used_reactions def validate(self, reactions: List["Reaction"]) -> bool: """Validate the model. Parameters ---------- reactions: list of cobra.Reaction The reactions to add to the model for validation. Returns ------- bool Whether the model is valid or not. """ with self.original_model as model: mets = [x.metabolites for x in reactions] all_keys = set().union(*(d.keys() for d in mets)) model.add_metabolites(all_keys) model.add_reactions(reactions) model.slim_optimize() return ( model.solver.status == OPTIMAL and model.solver.objective.value >= self.lower_bound ) def gapfill( model: Model, universal: Optional[Model] = None, lower_bound: float = 0.05, penalties: Optional[Dict[str, "Reaction"]] = None, demand_reactions: bool = True, exchange_reactions: bool = False, iterations: int = 1, ): """Perform gap filling on a model. Parameters ---------- model : cobra.Model The model to perform gap filling on. universal : cobra.Model, optional A universal model with reactions that can be used to complete the model. Only gapfill considering demand and exchange reactions if left missing (default None). lower_bound : float, optional The minimally accepted flux for the objective in the filled model. (default 0.05). penalties : dict, optional A dictionary with keys being 'universal' (all reactions included in the universal model), 'exchange' and 'demand' (all additionally added exchange and demand reactions) for the three reaction types. Can also have reaction identifiers for reaction specific costs. Defaults are 1, 100 and 1 respectively (default None). exchange_reactions : bool, optional Consider adding exchange (uptake) reactions for all metabolites in the model (default False). demand_reactions : bool, optional Consider adding demand reactions for all metabolites (default True). iterations : int, optional The number of rounds of gap filling to perform. For every iteration, the penalty for every used reaction increases linearly. This way, the algorithm is encouraged to search for alternative solutions which may include previously used reactions i.e., with enough iterations pathways including 10 steps will eventually be reported even if the shortest pathway is a single reaction (default 1). Returns ------- list of list of cobra.Reaction A list of lists with on set of reactions that completes the model per requested iteration. Examples -------- >>> import cobra.test as ct >>> from cobra import Model >>> from cobra.flux_analysis import gapfill >>> model = ct.create_test_model("salmonella") >>> universal = Model("universal") >>> universal.add_reactions([model.reactions.GF6PTA.copy()]) >>> model.remove_reactions([model.reactions.GF6PTA]) >>> gapfill(model, universal) [[]] """ gapfiller = GapFiller( model, universal=universal, lower_bound=lower_bound, penalties=penalties, demand_reactions=demand_reactions, exchange_reactions=exchange_reactions, ) return gapfiller.fill(iterations=iterations) cobrapy-0.23.0/src/cobra/flux_analysis/geometric.py000066400000000000000000000112321417337024700223300ustar00rootroot00000000000000"""Provide an implementation of geometric FBA.""" import logging from typing import TYPE_CHECKING, Optional from optlang.symbolics import Zero from .parsimonious import add_pfba from .variability import flux_variability_analysis logger = logging.getLogger(__name__) if TYPE_CHECKING: from cobra import Model, Solution def geometric_fba( model: "Model", epsilon: float = 1e-06, max_tries: int = 200, processes: Optional[int] = None, ) -> "Solution": """Perform geometric FBA to obtain a unique, centered flux distribution. Geometric FBA [1]_ formulates the problem as a polyhedron and then solves it by bounding the convex hull of the polyhedron. The bounding forms a box around the convex hull which reduces with every iteration and extracts a unique solution in this way. Parameters ---------- model: cobra.Model The model to perform geometric FBA on. epsilon: float, optional The convergence tolerance of the model (default 1E-06). max_tries: int, optional Maximum number of iterations (default 200). processes : int, optional The number of parallel processes to run. If not explicitly passed, will be set from the global configuration singleton (default None). Returns ------- cobra.Solution The solution object containing all the constraints required for geometric FBA. Raises ------ RuntimeError If iteration count becomes equal to `max_tries`. References ---------- .. [1] Smallbone, Kieran & Simeonidis, Vangelis. (2009). Flux balance analysis: A geometric perspective. Journal of theoretical biology.258. 311-5. 10.1016/j.jtbi.2009.01.027. """ with model: # Variables' and constraints' storage variables. consts = [] obj_vars = [] updating_vars_cons = [] # The first iteration. prob = model.problem add_pfba(model) # Minimize the solution space to a convex hull. model.optimize() fva_sol = flux_variability_analysis(model, processes=processes) mean_flux = (fva_sol["maximum"] + fva_sol["minimum"]).abs() / 2 # Set the gFBA constraints. for rxn in model.reactions: var = prob.Variable("geometric_fba_" + rxn.id, lb=0, ub=mean_flux[rxn.id]) upper_const = prob.Constraint( rxn.flux_expression - var, ub=mean_flux[rxn.id], name="geometric_fba_upper_const_" + rxn.id, ) lower_const = prob.Constraint( rxn.flux_expression + var, lb=fva_sol.at[rxn.id, "minimum"], name="geometric_fba_lower_const_" + rxn.id, ) updating_vars_cons.append((rxn.id, var, upper_const, lower_const)) consts.extend([var, upper_const, lower_const]) obj_vars.append(var) model.add_cons_vars(consts) # Minimize the distance between the flux distribution and center. model.objective = prob.Objective(Zero, sloppy=True, direction="min") model.objective.set_linear_coefficients({v: 1.0 for v in obj_vars}) # Update loop variables. sol = model.optimize() fva_sol = flux_variability_analysis(model, processes=processes) mean_flux = (fva_sol["maximum"] + fva_sol["minimum"]).abs() / 2 delta = (fva_sol["maximum"] - fva_sol["minimum"]).max() count = 1 logger.debug(f"Iteration: {count}; delta: {delta}; status: {sol.status}.") # Following iterations that minimize the distance below threshold. while delta > epsilon and count < max_tries: for rxn_id, var, u_c, l_c in updating_vars_cons: var.ub = mean_flux[rxn_id] u_c.ub = mean_flux[rxn_id] l_c.lb = fva_sol.at[rxn_id, "minimum"] # Update loop variables. sol = model.optimize() fva_sol = flux_variability_analysis(model, processes=processes) mean_flux = (fva_sol["maximum"] + fva_sol["minimum"]).abs() / 2 delta = (fva_sol["maximum"] - fva_sol["minimum"]).max() count += 1 logger.debug(f"Iteration: {count}; delta: {delta}; status: {sol.status}.") if count == max_tries: raise RuntimeError( "The iterations have exceeded the maximum value of " f"{max_tries}. This is probably due to the increased " "complexity of the model and can lead to inaccurate " "results. Please set a different convergence tolerance " "and/or increase the maximum iterations." ) return sol cobrapy-0.23.0/src/cobra/flux_analysis/helpers.py000066400000000000000000000017651417337024700220260ustar00rootroot00000000000000"""Helper functions for all flux analysis methods.""" from typing import TYPE_CHECKING, Optional if TYPE_CHECKING: from cobra import Model def normalize_cutoff(model: "Model", zero_cutoff: Optional[float] = None) -> float: """Return a valid zero cutoff value. Parameters ---------- model : cobra.Model The model to operate on. zero_cutoff : positive float, optional The zero cutoff value. If not specified, defaults to `model.tolerance` (default None). Returns ------- float The normalized zero cutoff value. Raises ------ ValueError If the specified `zero_cutoff` is lesser than `model.tolerance`. """ if zero_cutoff is None: return model.tolerance else: if zero_cutoff < model.tolerance: raise ValueError( "The chosen zero cutoff cannot be less than the model's " "tolerance value." ) else: return zero_cutoff cobrapy-0.23.0/src/cobra/flux_analysis/loopless.py000066400000000000000000000236531417337024700222240ustar00rootroot00000000000000"""Provide functions to remove thermodynamically infeasible loops.""" from typing import TYPE_CHECKING, Dict, Optional, Union import numpy as np from optlang.symbolics import Zero from ..core import get_solution from ..util import create_stoichiometric_matrix, nullspace from .helpers import normalize_cutoff if TYPE_CHECKING: from cobra import Model, Reaction, Solution def add_loopless(model: "Model", zero_cutoff: Optional[float] = None) -> None: """Modify a model so all feasible flux distributions are loopless. It adds variables and constraints to a model which will disallow flux distributions with loops. The used formulation is described in [1]_. This function *will* modify your model. In most cases you probably want to use the much faster `loopless_solution`. May be used in cases where you want to add complex constraints and objecives (for instance quadratic objectives) to the model afterwards or use an approximation of Gibbs free energy directions in your model. Parameters ---------- model : cobra.Model The model to which to add the constraints. zero_cutoff : positive float, optional Cutoff used for null space. Coefficients with an absolute value smaller than `zero_cutoff` are considered to be zero. The default uses the `model.tolerance` (default None). References ---------- .. [1] Elimination of thermodynamically infeasible loops in steady-state metabolic models. Schellenberger J, Lewis NE, Palsson BO. Biophys J. 2011 Feb 2;100(3):544-53. doi: 10.1016/j.bpj.2010.12.3707. Erratum in: Biophys J. 2011 Mar 2;100(5):1381. """ zero_cutoff = normalize_cutoff(model, zero_cutoff) internal = [i for i, r in enumerate(model.reactions) if not r.boundary] s_int = create_stoichiometric_matrix(model)[:, np.array(internal)] n_int = nullspace(s_int).T max_bound = max(max(abs(b) for b in r.bounds) for r in model.reactions) prob = model.problem # Add indicator variables and new constraints to_add = [] for i in internal: rxn = model.reactions[i] # indicator variable a_i indicator = prob.Variable(f"indicator_{rxn.id}", type="binary") # -M*(1 - a_i) <= v_i <= M*a_i on_off_constraint = prob.Constraint( rxn.flux_expression - max_bound * indicator, lb=-max_bound, ub=0, name=f"on_off_{rxn.id}", ) # -(max_bound + 1) * a_i + 1 <= G_i <= -(max_bound + 1) * a_i + 1000 delta_g = prob.Variable(f"delta_g_{rxn.id}") delta_g_range = prob.Constraint( delta_g + (max_bound + 1) * indicator, lb=1, ub=max_bound, name=f"delta_g_range_{rxn.id}", ) to_add.extend([indicator, on_off_constraint, delta_g, delta_g_range]) model.add_cons_vars(to_add) # Add nullspace constraints for G_i for i, row in enumerate(n_int): name = f"nullspace_constraint_{str(i)}" nullspace_constraint = prob.Constraint(Zero, lb=0, ub=0, name=name) model.add_cons_vars([nullspace_constraint]) coefs = { model.variables[f"delta_g_{model.reactions[ridx].id}"]: row[i] for i, ridx in enumerate(internal) if abs(row[i]) > zero_cutoff } model.constraints[name].set_linear_coefficients(coefs) def _add_cycle_free(model: "Model", fluxes: Dict[str, float]) -> None: """Add constraints for CycleFreeFlux. Parameters ---------- model : cobra.Model The model to operate on. fluxes : dict of {str: float} A dictionary having keys as reaction IDs and values as their flux values. """ model.objective = model.solver.interface.Objective( Zero, direction="min", sloppy=True ) objective_vars = [] for rxn in model.reactions: flux = fluxes[rxn.id] if rxn.boundary: rxn.bounds = (flux, flux) continue if flux >= 0: rxn.bounds = max(0, rxn.lower_bound), max(flux, rxn.upper_bound) objective_vars.append(rxn.forward_variable) else: rxn.bounds = min(flux, rxn.lower_bound), min(0, rxn.upper_bound) objective_vars.append(rxn.reverse_variable) model.objective.set_linear_coefficients({v: 1.0 for v in objective_vars}) def loopless_solution( model: "Model", fluxes: Optional[Dict[str, float]] = None ) -> "Solution": """Convert an existing solution to a loopless one. Removes as many loops as possible (see Notes). Uses the method from CycleFreeFlux [1]_ and is much faster than `add_loopless` and should therefore be the preferred option to get loopless flux distributions. Parameters ---------- model : cobra.Model The model to which to add the constraints. fluxes : dict of {str, float}, optional A dictionary having keys as reaction IDs and values as their flux values. If not None will use the provided flux values to obtain a close loopless solution (default None). Returns ------- cobra.Solution A solution object containing the fluxes with the least amount of loops possible or None if the optimization failed (usually happening if the flux distribution in `fluxes` is infeasible). Notes ----- The returned flux solution has the following properties: - It contains the minimal number of loops possible and no loops at all if all flux bounds include zero. - It has an objective value close to the original one and the same objective value id the objective expression can not form a cycle (which is usually true since it consumes metabolites). - It has the same exact exchange fluxes as the previous solution. - All fluxes have the same sign (flow in the same direction) as the previous solution. References ---------- .. [1] CycleFreeFlux: efficient removal of thermodynamically infeasible loops from flux distributions. Desouki AA, Jarre F, Gelius-Dietrich G, Lercher MJ. Bioinformatics. 2015 Jul 1;31(13):2159-65. doi: 10.1093/bioinformatics/btv096. """ # Need to reoptimize otherwise spurious solution artifacts can cause # all kinds of havoc # TODO: check solution status if fluxes is None: sol = model.optimize(objective_sense=None) fluxes = sol.fluxes with model: prob = model.problem # Needs one fixed bound for cplex... loopless_obj_constraint = prob.Constraint( model.objective.expression, lb=-1e32, name="loopless_obj_constraint", ) model.add_cons_vars([loopless_obj_constraint]) _add_cycle_free(model, fluxes) solution = model.optimize(objective_sense=None) solution.objective_value = loopless_obj_constraint.primal return solution def loopless_fva_iter( model: "Model", reaction: "Reaction", solution: bool = False, zero_cutoff: Optional[float] = None, ) -> Union[float, Dict[str, float]]: """Plugin to get a loopless FVA solution from single FVA iteration. Assumes the following about `model` and `reaction`: 1. The model objective is set to be `reaction`. 2. The model has been optimized and contains the minimum/maximum flux for `reaction`. 3. The model contains an auxiliary variable called "fva_old_objective" denoting the previous objective. Parameters ---------- model : cobra.Model The model to be used. reaction : cobra.Reaction The reaction currently minimized/maximized. solution : bool, optional Whether to return the entire solution or only the minimum/maximum for `reaction` (default False). zero_cutoff : positive float, optional Cutoff used for loop removal. Fluxes with an absolute value smaller than `zero_cutoff` are considered to be zero. The default is to use `model.tolerance` (default None). Returns ------- single float or dict of {str: float} Returns the minimized/maximized flux through `reaction` if `solution` is False. Otherwise, returns a loopless flux solution object containing the minimum/maximum flux for `reaction`. """ zero_cutoff = normalize_cutoff(model, zero_cutoff) current = model.objective.value sol = get_solution(model) objective_dir = model.objective.direction # Handle a suddenly infeasible solution, # usually due to numerical instability if current is None: return None # boundary reactions can not be part of cycles if reaction.boundary: if solution: return sol else: return current with model: _add_cycle_free(model, sol.fluxes) model.slim_optimize() # If the previous optimum is maintained in the loopless solution it was # loopless and we are done if abs(reaction.flux - current) < zero_cutoff: if solution: return sol return current # If previous optimum was not in the loopless solution create a new # almost loopless solution containing only loops including the current # reaction. Than remove all of those loops. ll_sol = get_solution(model).fluxes reaction.bounds = (current, current) model.slim_optimize() almost_ll_sol = get_solution(model).fluxes with model: # find the reactions with loops using the current reaction and remove # the loops for rxn in model.reactions: rid = rxn.id if (abs(ll_sol[rid]) < zero_cutoff) and ( abs(almost_ll_sol[rid]) > zero_cutoff ): rxn.bounds = max(0, rxn.lower_bound), min(0, rxn.upper_bound) if solution: best = model.optimize() else: model.slim_optimize() best = reaction.flux model.objective.direction = objective_dir return best cobrapy-0.23.0/src/cobra/flux_analysis/moma.py000066400000000000000000000134461417337024700213140ustar00rootroot00000000000000"""Provide minimization of metabolic adjustment (MOMA).""" from typing import TYPE_CHECKING, Optional from optlang.symbolics import Zero, add from ..util import solver as sutil from .parsimonious import pfba if TYPE_CHECKING: from cobra.core import Model, Solution def moma( model: "Model", solution: Optional["Solution"] = None, linear: bool = True ) -> "Solution": """Compute a single solution based on (linear) MOMA. Compute a new flux distribution that is at a minimal distance to a previous reference solution `solution`. Minimization of metabolic adjustment (MOMA) is generally used to assess the impact of knock-outs. Thus, the typical usage is to provide a wild-type flux distribution as reference and a model in knock-out state. Parameters ---------- model : cobra.Model The model state to compute a MOMA-based solution for. solution : cobra.Solution, optional A (wild-type) reference solution (default None). linear : bool, optional Whether to use the linear MOMA formulation or not (default True). Returns ------- cobra.Solution A flux distribution that is at a minimal distance compared to the reference solution. See Also -------- add_moma : add MOMA constraints and objective """ with model: add_moma(model=model, solution=solution, linear=linear) solution = model.optimize() return solution def add_moma( model: "Model", solution: Optional["Solution"] = None, linear: bool = True ) -> None: r""" Add MOMA constraints and objective representing to the `model`. This adds variables and constraints for the minimization of metabolic adjustment (MOMA) to the model. Parameters ---------- model : cobra.Model The model to add MOMA constraints and objective to. solution : cobra.Solution, optional A previous solution to use as a reference. If no solution is given, one will be computed using pFBA (default None). linear : bool, optional Whether to use the linear MOMA formulation or not (default True). Notes ----- In the original MOMA [1]_ specification, one looks for the flux distribution of the deletion (v^d) closest to the fluxes without the deletion (v). In math this means: minimize: \sum_i (v^d_i - v_i)^2 s.t. : Sv^d = 0 lb_i \le v^d_i \le ub_i Here, we use a variable transformation v^t := v^d_i - v_i. Substituting and using the fact that Sv = 0 gives: minimize: \sum_i (v^t_i)^2 s.t. : Sv^d = 0 v^t = v^d_i - v_i lb_i \le v^d_i \le ub_i So, basically we just re-center the flux space at the old solution and then find the flux distribution closest to the new zero (center). This is the same strategy as used in cameo. In the case of linear MOMA [2]_, we instead minimize \sum_i abs(v^t_i). The linear MOMA is typically significantly faster. Also, quadratic MOMA tends to give flux distributions in which all fluxes deviate from the reference fluxes a little bit whereas linear MOMA tends to give flux distributions where the majority of fluxes are the same reference with few fluxes deviating a lot (typical effect of L2 norm vs L1 norm). The former objective function is saved in the optlang solver interface as ``"moma_old_objective"`` and this can be used to immediately extract the value of the former objective after MOMA optimization. See Also -------- pfba : parsimonious FBA References ---------- .. [1] Segrè, Daniel, Dennis Vitkup, and George M. Church. “Analysis of Optimality in Natural and Perturbed Metabolic Networks.” Proceedings of the National Academy of Sciences 99, no. 23 (November 12, 2002): 15112. https://doi.org/10.1073/pnas.232349399. .. [2] Becker, Scott A, Adam M Feist, Monica L Mo, Gregory Hannum, Bernhard Ø Palsson, and Markus J Herrgard. “Quantitative Prediction of Cellular Metabolism with Constraint-Based Models: The COBRA Toolbox.” Nature Protocols 2 (March 29, 2007): 727. """ if "moma_old_objective" in model.solver.variables: raise ValueError("The model is already adjusted for MOMA.") # Fall back to default QP solver if current one has no QP capability if not linear and sutil.interface_to_str(model.problem) not in sutil.qp_solvers: model.solver = sutil.choose_solver(model, qp=True) if solution is None: solution = pfba(model) prob = model.problem v = prob.Variable("moma_old_objective") c = prob.Constraint( model.solver.objective.expression - v, lb=0.0, ub=0.0, name="moma_old_objective_constraint", ) to_add = [v, c] model.objective = prob.Objective(Zero, direction="min", sloppy=True) obj_vars = [] for r in model.reactions: flux = solution.fluxes[r.id] if linear: components = sutil.add_absolute_expression( model, r.flux_expression, name="moma_dist_" + r.id, difference=flux, add=False, ) to_add.extend(components) obj_vars.append(components.variable) else: dist = prob.Variable("moma_dist_" + r.id) const = prob.Constraint( r.flux_expression - dist, lb=flux, ub=flux, name="moma_constraint_" + r.id, ) to_add.extend([dist, const]) obj_vars.append(dist ** 2) model.add_cons_vars(to_add) if linear: model.objective.set_linear_coefficients({v: 1.0 for v in obj_vars}) else: model.objective = prob.Objective(add(obj_vars), direction="min", sloppy=True) cobrapy-0.23.0/src/cobra/flux_analysis/parsimonious.py000066400000000000000000000114361417337024700231100ustar00rootroot00000000000000"""Provide parsimonious FBA implementation.""" from itertools import chain from typing import TYPE_CHECKING, Callable, Dict, List, Optional, Union from warnings import warn from optlang.symbolics import Zero from ..core.solution import get_solution from ..util import solver as sutil if TYPE_CHECKING: from optlang.interface import Objective from cobra import Model, Reaction, Solution def optimize_minimal_flux( *args, **kwargs ) -> Callable[["Model", float, Union[Dict, "Objective"], List["Reaction"]], "Solution"]: """Perform basic pFBA to minimize total flux. .. deprecated:: 0.6.0a4 `optimize_minimal_flux` will be removed in cobrapy 1.0.0, it is replaced by `pfba`. Parameters ---------- *args: Any Non-keyword variable-length arguments. **kwargs: Any Keyword-only variable-length arguments. Returns ------- A function performing the parsimonious FBA. """ warn("optimize_minimal_flux has been renamed to pfba", DeprecationWarning) return pfba(*args, **kwargs) def pfba( model: "Model", fraction_of_optimum: float = 1.0, objective: Union[Dict, "Objective", None] = None, reactions: Optional[List["Reaction"]] = None, ) -> "Solution": """Perform basic pFBA (parsimonious Enzyme Usage Flux Balance Analysis). pFBA [1] adds the minimization of all fluxes the the objective of the model. This approach is motivated by the idea that high fluxes have a higher enzyme turn-over and that since producing enzymes is costly, the cell will try to minimize overall flux while still maximizing the original objective function, e.g. the growth rate. Parameters ---------- model : cobra.Model The model to perform pFBA on. fraction_of_optimum : float, optional The fraction of optimum which must be maintained. The original objective reaction is constrained to be greater than maximal value times the `fraction_of_optimum` (default 1.0). objective : dict or cobra.Model.objective, optional A desired objective to use during optimization in addition to the pFBA objective. Dictionaries (reaction as key, coefficient as value) can be used for linear objectives (default None). reactions : list of cobra.Reaction, optional List of cobra.Reaction. Implies `return_frame` to be true. Only return fluxes for the given reactions. Faster than fetching all fluxes if only a few are needed (default None). Returns ------- cobra.Solution The solution object to the optimized model with pFBA constraints added. References ---------- .. [1] Lewis, N. E., Hixson, K. K., Conrad, T. M., Lerman, J. A., Charusanti, P., Polpitiya, A. D., Palsson, B. O. (2010). Omic data from evolved E. coli are consistent with computed optimal growth from genome-scale models. Molecular Systems Biology, 6, 390. doi:10.1038/msb.2010.47 """ reactions = ( model.reactions if reactions is None else model.reactions.get_by_any(reactions) ) with model as m: add_pfba(m, objective=objective, fraction_of_optimum=fraction_of_optimum) m.slim_optimize(error_value=None) solution = get_solution(m, reactions=reactions) return solution def add_pfba( model: "Model", objective: Union[Dict, "Objective", None] = None, fraction_of_optimum: float = 1.0, ) -> None: """Add pFBA objective to the `model`. This adds objective to minimize the summed flux of all reactions to the current objective. Parameters ---------- model : cobra.Model The model to add the objective to. objective : dict or cobra.Model.objective, optional A desired objective to use during optimization in addition to the pFBA objective. Dictionaries (reaction as key, coefficient as value) can be used for linear objectives (default None). fraction_of_optimum : float, optional Fraction of optimum which must be maintained. The original objective reaction is constrained to be greater than maximal value times the `fraction_of_optimum`. See Also ------- pfba """ if objective is not None: model.objective = objective if model.solver.objective.name == "_pfba_objective": raise ValueError("The model already has a pFBA objective.") sutil.fix_objective_as_constraint(model, fraction=fraction_of_optimum) reaction_variables = ( (rxn.forward_variable, rxn.reverse_variable) for rxn in model.reactions ) variables = chain(*reaction_variables) model.objective = model.problem.Objective( Zero, direction="min", sloppy=True, name="_pfba_objective" ) model.objective.set_linear_coefficients({v: 1.0 for v in variables}) cobrapy-0.23.0/src/cobra/flux_analysis/phenotype_phase_plane.py000066400000000000000000000315061417337024700247320ustar00rootroot00000000000000"""Provide functions for phenotype phase plane analysis.""" from itertools import product from typing import TYPE_CHECKING, Dict, List, Optional, Union import numpy as np import pandas as pd from optlang.interface import OPTIMAL from ..exceptions import OptimizationError from ..util import solver as sutil from .helpers import normalize_cutoff from .variability import flux_variability_analysis as fva if TYPE_CHECKING: from optlang.interface import Objective from cobra import Model, Reaction def production_envelope( model: "Model", reactions: List["Reaction"], objective: Union[Dict, "Objective", None] = None, carbon_sources: Optional[List["Reaction"]] = None, points: int = 20, threshold: Optional[float] = None, ) -> pd.DataFrame: """Calculate the objective value conditioned on all flux combinations. The production envelope can be used to analyze a model's ability to produce a given compound conditional on the fluxes for another set of reactions, such as the uptake rates. The model is alternately optimized with respect to minimizing and maximizing the objective and the obtained fluxes are recorded. Ranges to compute production is set to the effective bounds, i.e., the minimum / maximum fluxes that can be obtained given current reaction bounds. Parameters ---------- model : cobra.Model The model to compute the production envelope for. reactions : list of cobra.Reaction A list of reaction objects. objective : dict or cobra.Model.objective, optional The objective (reaction) to use for the production envelope. Use the model's current objective if left missing (default None). carbon_sources : list of cobra.Reaction, optional One or more reactions that are the source of carbon for computing carbon (mol carbon in output over mol carbon in input) and mass yield (gram product over gram output). Only objectives with a carbon containing input and output metabolite is supported. Will identify active carbon sources in the medium if none are specified (default None). points : int, optional The number of points to calculate production for (default 20). threshold : float, optional A cut-off under which flux values will be considered to be zero. If not specified, it defaults to `model.tolerance` (default None). Returns ------- pandas.DataFrame A DataFrame with fixed columns as: - carbon_source : identifiers of carbon exchange reactions - flux_maximum : maximum objective flux - flux_minimum : minimum objective flux - carbon_yield_maximum : maximum yield of a carbon source - carbon_yield_minimum : minimum yield of a carbon source - mass_yield_maximum : maximum mass yield of a carbon source - mass_yield_minimum : minimum mass yield of a carbon source and variable columns (for each input `reactions`) as: - reaction_id : flux at each given point Raises ------ ValueError If model's objective is comprised of multiple reactions. Examples -------- >>> import cobra.test >>> from cobra.flux_analysis import production_envelope >>> model = cobra.test.create_test_model("textbook") >>> production_envelope(model, ["EX_glc__D_e", "EX_o2_e"]) carbon_source flux_minimum carbon_yield_minimum mass_yield_minimum ... 0 EX_glc__D_e 0.0 0.0 NaN ... 1 EX_glc__D_e 0.0 0.0 NaN ... 2 EX_glc__D_e 0.0 0.0 NaN ... 3 EX_glc__D_e 0.0 0.0 NaN ... 4 EX_glc__D_e 0.0 0.0 NaN ... .. ... ... ... ... ... 395 EX_glc__D_e NaN NaN NaN ... 396 EX_glc__D_e NaN NaN NaN ... 397 EX_glc__D_e NaN NaN NaN ... 398 EX_glc__D_e NaN NaN NaN ... 399 EX_glc__D_e NaN NaN NaN ... [400 rows x 9 columns] """ reactions = model.reactions.get_by_any(reactions) objective = model.solver.objective if objective is None else objective data = dict() if carbon_sources is None: c_input = _find_carbon_sources(model) else: c_input = model.reactions.get_by_any(carbon_sources) if c_input is None: data["carbon_source"] = None elif hasattr(c_input, "id"): data["carbon_source"] = c_input.id else: data["carbon_source"] = ", ".join(rxn.id for rxn in c_input) threshold = normalize_cutoff(model, threshold) size = points ** len(reactions) for direction in ("minimum", "maximum"): data[f"flux_{direction}"] = np.full(size, np.nan, dtype=float) data[f"carbon_yield_{direction}"] = np.full(size, np.nan, dtype=float) data[f"mass_yield_{direction}"] = np.full(size, np.nan, dtype=float) grid = pd.DataFrame(data) with model: model.objective = objective objective_reactions = list(sutil.linear_reaction_coefficients(model)) if len(objective_reactions) != 1: raise ValueError( "Cannot calculate yields for objectives with multiple reactions." ) c_output = objective_reactions[0] min_max = fva(model, reactions, fraction_of_optimum=0) min_max[min_max.abs() < threshold] = 0.0 points = list( product( *[ np.linspace( min_max.at[rxn.id, "minimum"], min_max.at[rxn.id, "maximum"], points, endpoint=True, ) for rxn in reactions ] ) ) tmp = pd.DataFrame(points, columns=[rxn.id for rxn in reactions]) grid = pd.concat([grid, tmp], axis=1, copy=False) _add_envelope(model, reactions, grid, c_input, c_output, threshold) return grid def _add_envelope( model: "Model", reactions: List["Reaction"], grid: pd.DataFrame, c_input: List["Reaction"], c_output: List["Reaction"], threshold: float, ) -> None: """Add a production envelope based on the parameters provided. Parameters ---------- model : cobra.Model The model to operate on. reactions : list of cobra.Reaction The input reaction objects. grid : pandas.DataFrame The DataFrame containing all the data regarding the operation. c_input : list of cobra.Reaction The list of reaction objects acting as carbon inputs. c_output : list of cobra.Reaction The list of reaction objects acting as carbon outputs. """ if c_input is not None: input_components = [_reaction_elements(rxn) for rxn in c_input] output_components = _reaction_elements(c_output) try: input_weights = [_reaction_weight(rxn) for rxn in c_input] output_weight = _reaction_weight(c_output) except ValueError: input_weights = [] output_weight = [] else: input_components = [] output_components = [] input_weights = [] output_weight = [] for direction in ("minimum", "maximum"): with model: model.objective_direction = direction for i in range(len(grid)): with model: for rxn in reactions: point = grid.at[i, rxn.id] rxn.bounds = point, point obj_val = model.slim_optimize() if model.solver.status != OPTIMAL: continue grid.at[i, f"flux_{direction}"] = ( 0.0 if np.abs(obj_val) < threshold else obj_val ) if c_input is not None: grid.at[i, f"carbon_yield_{direction}"] = _total_yield( [rxn.flux for rxn in c_input], input_components, obj_val, output_components, ) grid.at[i, f"mass_yield_{direction}"] = _total_yield( [rxn.flux for rxn in c_input], input_weights, obj_val, output_weight, ) def _total_yield( input_fluxes: List[float], input_elements: List[float], output_flux: List[float], output_elements: List[float], ) -> float: """Compute total output per input unit. Units are typically mol carbon atoms or gram of source and product. Parameters ---------- input_fluxes : list of float A list of input reaction fluxes in the same order as the `input_components`. input_elements : list of float A list of reaction components which are in turn list of numbers. output_flux : float The output flux value. output_elements : list A list of stoichiometrically weighted output reaction components. Returns ------- float The ratio between output (mol carbon atoms or grams of product) and input (mol carbon atoms or grams of source compounds). If input flux of carbon sources is zero then numpy.nan is returned. """ carbon_input_flux = sum( _total_components_flux(flux, components, consumption=True) for flux, components in zip(input_fluxes, input_elements) ) carbon_output_flux = _total_components_flux( output_flux, output_elements, consumption=False ) try: return carbon_output_flux / carbon_input_flux except ZeroDivisionError: return np.nan def _reaction_elements(reaction: "Reaction") -> List[float]: """Split metabolites into atoms times their stoichiometric coefficients. Parameters ---------- reaction : cobra.Reaction The reaction whose metabolite components are desired. Returns ------- list of float Each of the reaction's metabolites' desired carbon elements (if any) times that metabolite's stoichiometric coefficient. """ c_elements = [ coeff * met.elements.get("C", 0) for met, coeff in reaction.metabolites.items() ] return [elem for elem in c_elements if elem != 0] def _reaction_weight(reaction: "Reaction") -> List[float]: """Return the metabolite weight times its stoichiometric coefficient. Parameters ---------- reaction : cobra.Reaction The reaction whose metabolite component weights is desired. Returns ------- list of float Each of reaction's metabolite components' weights. Raises ------ ValueError If more than one metabolite comprises the `reaction`. """ if len(reaction.metabolites) != 1: raise ValueError( "Reaction weight is only defined for single " "metabolite products or educts." ) met, coeff = next(iter(reaction.metabolites.items())) return [coeff * met.formula_weight] def _total_components_flux( flux: float, components: List[float], consumption: bool = True ) -> float: """Compute the total components consumption or production flux. Parameters ---------- flux : float The reaction flux for the components. components : list of float List of stoichiometrically weighted components. consumption : bool, optional Whether to sum up consumption or production fluxes (default True). Returns ------- float The total consumption or production flux of `components`. """ direction = 1 if consumption else -1 c_flux = [elem * flux * direction for elem in components] return sum([flux for flux in c_flux if flux > 0]) def _find_carbon_sources(model: "Model") -> List["Reaction"]: """Find all active carbon source reactions. Parameters ---------- model : Model The model whose active carbon sources need to found. Returns ------- list of cobra.Reaction The medium reactions with carbon input flux. """ try: model.slim_optimize(error_value=None) except OptimizationError: return [] reactions = model.reactions.get_by_any(list(model.medium)) reactions_fluxes = [ ( rxn, _total_components_flux(rxn.flux, _reaction_elements(rxn), consumption=True), ) for rxn in reactions ] return [rxn for rxn, c_flux in reactions_fluxes if c_flux > 0] cobrapy-0.23.0/src/cobra/flux_analysis/reaction.py000066400000000000000000000233211417337024700221600ustar00rootroot00000000000000"""Provide functions for analyzing / creating objective functions.""" from operator import attrgetter from typing import TYPE_CHECKING, Dict, Union from warnings import warn from ..core import Reaction if TYPE_CHECKING: from cobra import Model def assess( model: "Model", reaction: Union[Reaction, str], flux_coefficient_cutoff: float = 0.001, solver: str = None, ) -> Union[bool, Dict]: """Assess production capacity. Assess the capacity of the `model` to produce the precursors for the `reaction` and absorb the production of the `reaction` while the `reaction` is operating at, or above, the specified `flux_coefficient_cutoff`. .. deprecated:: 0.10.0a1 `solver` argument will be removed in cobrapy 1.0.0, it is replaced by globally setting the solver via cobra.Configuration . Parameters ---------- model : cobra.Model The cobra model to assess production capacity for. reaction : str or cobra.Reaction The reaction to assess. flux_coefficient_cutoff : float, optional The minimum flux that reaction must carry to be considered active (default 0.001). solver : str, optional The solver name. If None, the default solver will be used (default None). Returns ------- bool or dict True if the model can produce the precursors and absorb the products for the reaction operating at, or above, `flux_coefficient_cutoff`. Otherwise, a dictionary of {'precursor': Status, 'product': Status}, where 'Status' is the results from `assess_precursors` and `assess_products`, respectively. """ reaction = model.reactions.get_by_any(reaction)[0] with model as m: m.objective = reaction if m.slim_optimize(error_value=0.0) >= flux_coefficient_cutoff: return True else: results = dict() results["precursors"] = assess_component( model, reaction, "reactants", flux_coefficient_cutoff ) results["products"] = assess_component( model, reaction, "products", flux_coefficient_cutoff ) return results def assess_component( model: "Model", reaction: Union[Reaction, str], side: str, flux_coefficient_cutoff: float = 0.001, solver: str = None, ) -> Union[bool, Dict]: """Assess production capacity of components. Assess the ability of the `model` to provide sufficient precursors, or absorb products, for a `reaction` operating at, or beyond, the specified `flux_coefficient_cutoff`. .. deprecated:: 0.10.0a1 `solver` argument will be removed in cobrapy 1.0.0, it is replaced by globally setting the solver via cobra.Configuration . Parameters ---------- model : cobra.Model The cobra model to assess production capacity for. reaction : str or cobra.Reaction The reaction to assess. side : {"products", "reactants"} The side of the reaction to assess. flux_coefficient_cutoff : float, optional The minimum flux that reaction must carry to be considered active (default 0.001). solver : str, optional The solver name. If None, the default solver will be used (default None). Returns ------- bool or dict True if the precursors can be simultaneously produced at the specified cutoff. False, if the model has the capacity to produce each individual precursor at the specified threshold but not all precursors at the required level simultaneously. Otherwise, a dictionary of the required and the produced fluxes for each reactant that is not produced in sufficient quantities. """ reaction = model.reactions.get_by_any(reaction)[0] result_key = dict(reactants="produced", products="capacity")[side] get_components = attrgetter(side) with model as m: m.objective = reaction if m.slim_optimize(error_value=0.0) >= flux_coefficient_cutoff: return True simulation_results = {} # build the demand reactions and add all at once demand_reactions = {} for component in get_components(reaction): coeff = reaction.metabolites[component] demand = m.add_boundary(component, type="demand") demand.metabolites[component] = coeff demand_reactions[demand] = (component, coeff) # First assess whether all precursors can be produced simultaneously joint_demand = Reaction("joint_demand") for demand_reaction in demand_reactions: joint_demand += demand_reaction m.add_reactions([joint_demand]) m.objective = joint_demand if m.slim_optimize(error_value=0.0) >= flux_coefficient_cutoff: return True # Otherwise assess the ability of the model to produce each precursor # individually. Now assess the ability of the model to produce each # reactant for a reaction for demand_reaction, (component, coeff) in demand_reactions.items(): # Calculate the maximum amount of the with m: m.objective = demand_reaction flux = m.slim_optimize(error_value=0.0) # metabolite that can be produced. if flux_coefficient_cutoff > flux: # Scale the results to a single unit simulation_results.update( { component: { "required": flux_coefficient_cutoff / abs(coeff), result_key: flux / abs(coeff), } } ) if len(simulation_results) == 0: simulation_results = False return simulation_results def _optimize_or_value(model: "Model", value: float = 0.0) -> float: """Perform quick optimization and return the objective value. The objective value is returned at `value` error value. .. deprecated:: 0.22.0 `_optimize_or_value` will be removed in cobrapy 1.0.0, its functionality can be achieved by using `cobra.Model.slim_optimize`. Parameters ---------- model: cobra.Model The model to optimize. value: float The error value to consider. Returns ------- float The optimized value of the model's objective. """ return model.slim_optimize(error_value=value) def assess_precursors( model: "Model", reaction: Reaction, flux_coefficient_cutoff: float = 0.001, solver: str = None, ) -> Union[bool, Dict]: """Assess production capacity of precursors. Assess the ability of the model to provide sufficient precursors for a reaction operating at, or beyond, the `flux_coefficient_cutoff`. .. deprecated:: 0.7.0 `assess_precursors` will be removed in cobrapy 1.0.0, it is replaced by `assess_component`. Parameters ---------- model : cobra.Model The cobra model to assess production capacity for. reaction : str or cobra.Reaction The reaction to assess. flux_coefficient_cutoff : float, optional The minimum flux that reaction must carry to be considered active (default 0.001). solver : str, optional The solver name. If None, the default solver will be used (default None). Returns ------- bool or dict True if the precursors can be simultaneously produced at the specified cutoff. False, if the model has the capacity to produce each individual precursor at the specified threshold but not all precursors at the required level simultaneously. Otherwise, a dictionary of the required and the produced fluxes for each reactant that is not produced in sufficient quantities. """ warn("Use cobra.sampling.reaction.assess_component() instead.", DeprecationWarning) return assess_component( model, reaction, "reactants", flux_coefficient_cutoff, solver ) def assess_products( model: "Model", reaction: Reaction, flux_coefficient_cutoff: float = 0.001, solver: str = None, ) -> Union[bool, Dict]: """Assesses absorption capacity of products. Assess the ability of the model to to absorb the products of a reaction at a given flux rate. Useful for identifying which components might be blocking a reaction from achieving a specific flux rate. .. deprecated:: 0.7.0 `assess_products` will be removed in cobrapy 1.0.0, it is replaced by `assess_component`. Parameters ---------- model : cobra.Model The cobra model to assess production capacity for. reaction : str or cobra.Reaction The reaction to assess. flux_coefficient_cutoff : float, optional The minimum flux that reaction must carry to be considered active (default 0.001). solver : str, optional The solver name. If None, the default solver will be used (default None). Returns ------- bool or dict True if the model has the capacity to absorb all the reaction products being simultaneously given the specified cutoff. False, if the model has the capacity to absorb each individual product but not all products at the required level simultaneously. Otherwise, a dictionary of the required and the capacity fluxes for each product that is not absorbed in sufficient quantities. """ warn("Use cobra.sampling.reaction.assess_component() instead.", DeprecationWarning) return assess_component( model, reaction, "products", flux_coefficient_cutoff, solver ) cobrapy-0.23.0/src/cobra/flux_analysis/room.py000066400000000000000000000123471417337024700213360ustar00rootroot00000000000000"""Provide regulatory on/off minimization (ROOM).""" from typing import TYPE_CHECKING, Optional from optlang.symbolics import Zero from .parsimonious import pfba if TYPE_CHECKING: from cobra import Model, Solution def room( model: "Model", solution: Optional["Solution"] = None, linear: bool = False, delta: float = 0.03, epsilon: float = 1e-03, ) -> "Solution": """Compute a solution based on regulatory on/off minimization (ROOM). Compute a new flux distribution that minimizes the number of active reactions needed to accommodate a previous reference solution. Regulatory on/off minimization (ROOM) is generally used to assess the impact of knock-outs. Thus, the typical usage is to provide a wild-type flux distribution as reference and a `model` in knock-out state. Parameters ---------- model : cobra.Model The model state to compute a ROOM-based solution for. solution : cobra.Solution, optional A (wild-type) reference solution (default None). linear : bool, optional Whether to use the linear ROOM formulation or not (default False). delta: float, optional The relative tolerance range (additive) (default 0.03). epsilon: float, optional The absolute tolerance range (multiplicative) (default 0.001). Returns ------- cobra.Solution A flux distribution with minimal active reaction changes compared to the reference. See Also -------- add_room : add ROOM constraints and objective """ with model: add_room( model=model, solution=solution, linear=linear, delta=delta, epsilon=epsilon ) solution = model.optimize() return solution def add_room( model: "Model", solution: Optional["Solution"] = None, linear: bool = False, delta: float = 0.03, epsilon: float = 1e-03, ) -> None: r""" Add constraints and objective for ROOM. This function adds variables and constraints for applying regulatory on/off minimization (ROOM) to the model. Parameters ---------- model : cobra.Model The model to add ROOM constraints and objective to. solution : cobra.Solution, optional A previous solution to use as a reference. If no solution is given, one will be computed using pFBA (default None). linear : bool, optional Whether to use the linear ROOM formulation or not (default False). delta: float, optional The relative tolerance range which is additive in nature (default 0.03). epsilon: float, optional The absolute range of tolerance which is multiplicative (default 0.001). Notes ----- The formulation used here is the same as stated in the original paper [1]_. The mathematical expression is given below: minimize: \sum_{i=1}^m y^i s.t. : Sv = 0 v_min \le v \le v_max v_j = 0 j \in A for 1 \le i \le m v_i - y_i(v_{max,i} - w_i^u) \le w_i^u (1) v_i - y_i(v_{min,i} - w_i^l) \le w_i^l (2) y_i \in {0,1} (3) w_i^u = w_i + \delta|w_i| + \epsilon w_i^l = w_i - \delta|w_i| - \epsilon So, for the linear version of the ROOM , constraint (3) is relaxed to 0 \le y_i \le 1. See Also -------- pfba : parsimonious FBA References ---------- .. [1] Tomer Shlomi, Omer Berkman and Eytan Ruppin, "Regulatory on/off minimization of metabolic flux changes after genetic perturbations", PNAS 2005 102 (21) 7695-7700; doi:10.1073/pnas.0406346102 """ if "room_old_objective" in model.solver.variables: raise ValueError("Model is already adjusted for ROOM.") # optimizes if no reference solution is provided if solution is None: solution = pfba(model) prob = model.problem variable = prob.Variable("room_old_objective", ub=solution.objective_value) constraint = prob.Constraint( model.solver.objective.expression - variable, ub=0.0, lb=0.0, name="room_old_objective_constraint", ) model.objective = prob.Objective(Zero, direction="min", sloppy=True) vars_and_cons = [variable, constraint] obj_vars = [] for rxn in model.reactions: flux = solution.fluxes[rxn.id] if linear: y = prob.Variable("y_" + rxn.id, lb=0, ub=1) delta = epsilon = 0.0 else: y = prob.Variable("y_" + rxn.id, type="binary") # upper constraint w_u = flux + (delta * abs(flux)) + epsilon upper_const = prob.Constraint( rxn.flux_expression - y * (rxn.upper_bound - w_u), ub=w_u, name="room_constraint_upper_" + rxn.id, ) # lower constraint w_l = flux - (delta * abs(flux)) - epsilon lower_const = prob.Constraint( rxn.flux_expression - y * (rxn.lower_bound - w_l), lb=w_l, name="room_constraint_lower_" + rxn.id, ) vars_and_cons.extend([y, upper_const, lower_const]) obj_vars.append(y) model.add_cons_vars(vars_and_cons) model.objective.set_linear_coefficients({v: 1.0 for v in obj_vars}) cobrapy-0.23.0/src/cobra/flux_analysis/variability.py000066400000000000000000000352161417337024700227010ustar00rootroot00000000000000"""Provide variability based methods such as flux variability or gene essentiality.""" import logging from typing import TYPE_CHECKING, List, Optional, Set, Tuple, Union from warnings import warn import numpy as np import pandas as pd from optlang.symbolics import Zero from ..core import Configuration, get_solution from ..util import ProcessPool from ..util import solver as sutil from .deletion import single_gene_deletion, single_reaction_deletion from .helpers import normalize_cutoff from .loopless import loopless_fva_iter from .parsimonious import add_pfba if TYPE_CHECKING: from cobra import Gene, Model, Reaction logger = logging.getLogger(__name__) configuration = Configuration() def _init_worker(model: "Model", loopless: bool, sense: str) -> None: """Initialize a global model object for multiprocessing. Parameters ---------- model: cobra.Model The model to operate on. loopless: bool Whether to use loopless version. sense: {"max", "min"} Whether to maximise or minimise objective. """ global _model global _loopless _model = model _model.solver.objective.direction = sense _loopless = loopless def _fva_step(reaction_id: str) -> Tuple[str, float]: """Take a step for calculating FVA. Parameters ---------- reaction_id: str The ID of the reaction. Returns ------- tuple of (str, float) The reaction ID with the flux value. """ global _model global _loopless rxn = _model.reactions.get_by_id(reaction_id) # The previous objective assignment already triggers a reset # so directly update coefs here to not trigger redundant resets # in the history manager which can take longer than the actual # FVA for small models _model.solver.objective.set_linear_coefficients( {rxn.forward_variable: 1, rxn.reverse_variable: -1} ) _model.slim_optimize() sutil.check_solver_status(_model.solver.status) if _loopless: value = loopless_fva_iter(_model, rxn) else: value = _model.solver.objective.value # handle infeasible case if value is None: value = float("nan") logger.warning( f"Could not get flux for reaction {rxn.id}, setting it to NaN. " "This is usually due to numerical instability." ) _model.solver.objective.set_linear_coefficients( {rxn.forward_variable: 0, rxn.reverse_variable: 0} ) return reaction_id, value def flux_variability_analysis( model: "Model", reaction_list: Optional[List[Union["Reaction", str]]] = None, loopless: bool = False, fraction_of_optimum: float = 1.0, pfba_factor: Optional[float] = None, processes: Optional[int] = None, ) -> pd.DataFrame: """Determine the minimum and maximum flux value for each reaction. Parameters ---------- model : cobra.Model The model for which to run the analysis. It will *not* be modified. reaction_list : list of cobra.Reaction or str, optional The reactions for which to obtain min/max fluxes. If None will use all reactions in the model (default None). loopless : bool, optional Whether to return only loopless solutions. This is significantly slower. Please also refer to the notes (default False). fraction_of_optimum : float, optional Must be <= 1.0. Requires that the objective value is at least the fraction times maximum objective value. A value of 0.85 for instance means that the objective has to be at least at 85% percent of its maximum (default 1.0). pfba_factor : float, optional Add an additional constraint to the model that requires the total sum of absolute fluxes must not be larger than this value times the smallest possible sum of absolute fluxes, i.e., by setting the value to 1.1 the total sum of absolute fluxes must not be more than 10% larger than the pFBA solution. Since the pFBA solution is the one that optimally minimizes the total flux sum, the `pfba_factor` should, if set, be larger than one. Setting this value may lead to more realistic predictions of the effective flux bounds (default None). processes : int, optional The number of parallel processes to run. If not explicitly passed, will be set from the global configuration singleton (default None). Returns ------- pandas.DataFrame A data frame with reaction identifiers as the index and two columns: - maximum: indicating the highest possible flux - minimum: indicating the lowest possible flux Notes ----- This implements the fast version as described in [1]_. Please note that the flux distribution containing all minimal/maximal fluxes does not have to be a feasible solution for the model. Fluxes are minimized/maximized individually and a single minimal flux might require all others to be sub-optimal. Using the loopless option will lead to a significant increase in computation time (about a factor of 100 for large models). However, the algorithm used here (see [2]_) is still more than 1000x faster than the "naive" version using `add_loopless(model)`. Also note that if you have included constraints that force a loop (for instance by setting all fluxes in a loop to be non-zero) this loop will be included in the solution. References ---------- .. [1] Computationally efficient flux variability analysis. Gudmundsson S, Thiele I. BMC Bioinformatics. 2010 Sep 29;11:489. doi: 10.1186/1471-2105-11-489, PMID: 20920235 .. [2] CycleFreeFlux: efficient removal of thermodynamically infeasible loops from flux distributions. Desouki AA, Jarre F, Gelius-Dietrich G, Lercher MJ. Bioinformatics. 2015 Jul 1;31(13):2159-65. doi: 10.1093/bioinformatics/btv096. """ if reaction_list is None: reaction_ids = [r.id for r in model.reactions] else: reaction_ids = [r.id for r in model.reactions.get_by_any(reaction_list)] if processes is None: processes = configuration.processes num_reactions = len(reaction_ids) processes = min(processes, num_reactions) fva_result = pd.DataFrame( { "minimum": np.zeros(num_reactions, dtype=float), "maximum": np.zeros(num_reactions, dtype=float), }, index=reaction_ids, ) prob = model.problem with model: # Safety check before setting up FVA. model.slim_optimize( error_value=None, message="There is no optimal solution for the chosen objective!", ) # Add the previous objective as a variable to the model then set it to # zero. This also uses the fraction to create the lower/upper bound for # the old objective. # TODO: Use utility function here (fix_objective_as_constraint)? if model.solver.objective.direction == "max": fva_old_objective = prob.Variable( "fva_old_objective", lb=fraction_of_optimum * model.solver.objective.value, ) else: fva_old_objective = prob.Variable( "fva_old_objective", ub=fraction_of_optimum * model.solver.objective.value, ) fva_old_obj_constraint = prob.Constraint( model.solver.objective.expression - fva_old_objective, lb=0, ub=0, name="fva_old_objective_constraint", ) model.add_cons_vars([fva_old_objective, fva_old_obj_constraint]) if pfba_factor is not None: if pfba_factor < 1.0: warn( "The 'pfba_factor' should be larger or equal to 1.", UserWarning, ) with model: add_pfba(model, fraction_of_optimum=0) ub = model.slim_optimize(error_value=None) flux_sum = prob.Variable("flux_sum", ub=pfba_factor * ub) flux_sum_constraint = prob.Constraint( model.solver.objective.expression - flux_sum, lb=0, ub=0, name="flux_sum_constraint", ) model.add_cons_vars([flux_sum, flux_sum_constraint]) model.objective = Zero # This will trigger the reset as well for what in ("minimum", "maximum"): if processes > 1: # We create and destroy a new pool here in order to set the # objective direction for all reactions. This creates a # slight overhead but seems the most clean. chunk_size = len(reaction_ids) // processes with ProcessPool( processes, initializer=_init_worker, initargs=(model, loopless, what[:3]), ) as pool: for rxn_id, value in pool.imap_unordered( _fva_step, reaction_ids, chunksize=chunk_size ): fva_result.at[rxn_id, what] = value else: _init_worker(model, loopless, what[:3]) for rxn_id, value in map(_fva_step, reaction_ids): fva_result.at[rxn_id, what] = value return fva_result[["minimum", "maximum"]] def find_blocked_reactions( model: "Model", reaction_list: Optional[List[Union["Reaction", str]]] = None, zero_cutoff: Optional[float] = None, open_exchanges: bool = False, processes: Optional[int] = None, ) -> List["Reaction"]: """Find reactions that cannot carry any flux. The question whether or not a reaction is blocked is highly dependent on the current exchange reaction settings for a COBRA model. Hence an argument is provided to open all exchange reactions. Parameters ---------- model : cobra.Model The model to analyze. reaction_list : list of cobra.Reaction or str, optional List of reactions to consider, the default includes all model reactions (default None). zero_cutoff : float, optional Flux value which is considered to effectively be zero. The default is set to use `model.tolerance` (default None). open_exchanges : bool, optional Whether or not to open all exchange reactions to very high flux ranges (default False). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of reactions is large. If not explicitly passed, it will be set from the global configuration singleton (default None). Returns ------- list of cobra.Reaction List with the identifiers of blocked reactions. Notes ----- Sink and demand reactions are left untouched. Please modify them manually. """ zero_cutoff = normalize_cutoff(model, zero_cutoff) with model: if open_exchanges: for reaction in model.exchanges: reaction.bounds = ( min(reaction.lower_bound, -1000), max(reaction.upper_bound, 1000), ) if reaction_list is None: reaction_list = model.reactions # Limit the search space to reactions which have zero flux. If the # reactions already carry flux in this solution, # then they cannot be blocked. model.slim_optimize() solution = get_solution(model, reactions=reaction_list) reaction_list = solution.fluxes[ solution.fluxes.abs() < zero_cutoff ].index.tolist() # Run FVA to find reactions where both the minimal and maximal flux # are zero (below the cut off). flux_span = flux_variability_analysis( model, fraction_of_optimum=0.0, reaction_list=reaction_list, processes=processes, ) return flux_span[flux_span.abs().max(axis=1) < zero_cutoff].index.tolist() def find_essential_genes( model: "Model", threshold: Optional[float] = None, processes: Optional[int] = None, ) -> Set["Gene"]: """Return a set of essential genes. A gene is considered essential if restricting the flux of all reactions that depend on it to zero causes the objective, e.g., the growth rate, to also be zero, below the threshold, or infeasible. Parameters ---------- model : cobra.Model The model to find the essential genes for. threshold : float, optional Minimal objective flux to be considered viable. By default this is 1% of the maximal objective (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not explicitly passed, it will be set from the global configuration singleton (default None). Returns ------- set of cobra.Gene Set of essential genes. """ if threshold is None: threshold = model.slim_optimize(error_value=None) * 1e-02 deletions = single_gene_deletion(model, method="fba", processes=processes) essential = deletions.loc[ deletions["growth"].isna() | (deletions["growth"] < threshold), : ].ids return {model.genes.get_by_id(g) for ids in essential for g in ids} def find_essential_reactions( model: "Model", threshold: Optional[float] = None, processes: Optional[int] = None, ) -> Set["Reaction"]: """Return a set of essential reactions. A reaction is considered essential if restricting its flux to zero causes the objective, e.g., the growth rate, to also be zero, below the threshold, or infeasible. Parameters ---------- model : cobra.Model The model to find the essential reactions for. threshold : float, optional Minimal objective flux to be considered viable. By default this is 1% of the maximal objective (default None). processes : int, optional The number of parallel processes to run. Can speed up the computations if the number of knockouts to perform is large. If not explicitly passed, it will be set from the global configuration singleton (default None). Returns ------- set of cobra.Reaction Set of essential reactions. """ if threshold is None: threshold = model.slim_optimize(error_value=None) * 1e-02 deletions = single_reaction_deletion(model, method="fba", processes=processes) essential = deletions.loc[ deletions["growth"].isna() | (deletions["growth"] < threshold), : ].ids return {model.reactions.get_by_id(r) for ids in essential for r in ids} cobrapy-0.23.0/src/cobra/io/000077500000000000000000000000001417337024700155275ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/io/__init__.py000066400000000000000000000007751417337024700176510ustar00rootroot00000000000000"""Provide functions for loading and saving metabolic models.""" from cobra.io.dict import model_from_dict, model_to_dict from cobra.io.json import from_json, load_json_model, save_json_model, to_json from cobra.io.mat import load_matlab_model, save_matlab_model from cobra.io.sbml import read_sbml_model, write_sbml_model, validate_sbml_model from cobra.io.yaml import from_yaml, load_yaml_model, save_yaml_model, to_yaml from cobra.io.web import AbstractModelRepository, BiGGModels, BioModels, load_model cobrapy-0.23.0/src/cobra/io/dict.py000066400000000000000000000172061417337024700170320ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import from collections import OrderedDict from operator import attrgetter, itemgetter import numpy as np from numpy import bool_, float_ from cobra.core import Gene, Metabolite, Model, Reaction from cobra.util.solver import set_objective _REQUIRED_REACTION_ATTRIBUTES = [ "id", "name", "metabolites", "lower_bound", "upper_bound", "gene_reaction_rule", ] _ORDERED_OPTIONAL_REACTION_KEYS = [ "objective_coefficient", "subsystem", "notes", "annotation", ] _OPTIONAL_REACTION_ATTRIBUTES = { "objective_coefficient": 0, "subsystem": "", "notes": {}, "annotation": {}, } _REQUIRED_METABOLITE_ATTRIBUTES = ["id", "name", "compartment"] _ORDERED_OPTIONAL_METABOLITE_KEYS = [ "charge", "formula", "_bound", "notes", "annotation", ] _OPTIONAL_METABOLITE_ATTRIBUTES = { "charge": None, "formula": None, "_bound": 0, "notes": {}, "annotation": {}, } _REQUIRED_GENE_ATTRIBUTES = ["id", "name"] _ORDERED_OPTIONAL_GENE_KEYS = ["notes", "annotation"] _OPTIONAL_GENE_ATTRIBUTES = { "notes": {}, "annotation": {}, } _ORDERED_OPTIONAL_MODEL_KEYS = ["name", "compartments", "notes", "annotation"] _OPTIONAL_MODEL_ATTRIBUTES = { "name": None, # "description": None, should not actually be included "compartments": [], "notes": {}, "annotation": {}, } def _fix_type(value): """convert possible types to str, float, and bool""" # Because numpy floats can not be pickled to json if isinstance(value, str): return str(value) if isinstance(value, float_): return float(value) if isinstance(value, bool_): return bool(value) if isinstance(value, set): return list(value) if isinstance(value, dict): return OrderedDict((key, value[key]) for key in sorted(value)) # handle legacy Formula type if value.__class__.__name__ == "Formula": return str(value) if value is None: return "" return value def _update_optional(cobra_object, new_dict, optional_attribute_dict, ordered_keys): """update new_dict with optional attributes from cobra_object""" for key in ordered_keys: default = optional_attribute_dict[key] value = getattr(cobra_object, key) if value is None or value == default: continue new_dict[key] = _fix_type(value) def metabolite_to_dict(metabolite): new_met = OrderedDict() for key in _REQUIRED_METABOLITE_ATTRIBUTES: new_met[key] = _fix_type(getattr(metabolite, key)) _update_optional( metabolite, new_met, _OPTIONAL_METABOLITE_ATTRIBUTES, _ORDERED_OPTIONAL_METABOLITE_KEYS, ) return new_met def metabolite_from_dict(metabolite): new_metabolite = Metabolite() for k, v in metabolite.items(): setattr(new_metabolite, k, v) return new_metabolite def gene_to_dict(gene): new_gene = OrderedDict() for key in _REQUIRED_GENE_ATTRIBUTES: new_gene[key] = _fix_type(getattr(gene, key)) _update_optional( gene, new_gene, _OPTIONAL_GENE_ATTRIBUTES, _ORDERED_OPTIONAL_GENE_KEYS ) return new_gene def gene_from_dict(gene): new_gene = Gene(gene["id"]) for k, v in gene.items(): setattr(new_gene, k, v) return new_gene def reaction_to_dict(reaction): new_reaction = OrderedDict() for key in _REQUIRED_REACTION_ATTRIBUTES: if key != "metabolites": if key == "lower_bound" and ( np.isnan(reaction.lower_bound) or np.isinf(reaction.lower_bound) ): new_reaction[key] = str(_fix_type(getattr(reaction, key))) elif key == "upper_bound" and ( np.isnan(reaction.upper_bound) or np.isinf(reaction.upper_bound) ): new_reaction[key] = str(_fix_type(getattr(reaction, key))) else: new_reaction[key] = _fix_type(getattr(reaction, key)) continue mets = OrderedDict() for met in sorted(reaction.metabolites, key=attrgetter("id")): mets[str(met)] = reaction.metabolites[met] new_reaction["metabolites"] = mets _update_optional( reaction, new_reaction, _OPTIONAL_REACTION_ATTRIBUTES, _ORDERED_OPTIONAL_REACTION_KEYS, ) return new_reaction def reaction_from_dict(reaction, model): new_reaction = Reaction() for k, v in reaction.items(): if k in {"objective_coefficient", "reversibility", "reaction"}: continue elif k == "metabolites": new_reaction.add_metabolites( OrderedDict( (model.metabolites.get_by_id(str(met)), coeff) for met, coeff in v.items() ) ) else: if k == "lower_bound" or k == "upper_bound": setattr(new_reaction, k, float(v)) else: setattr(new_reaction, k, v) return new_reaction def model_to_dict(model, sort=False): """Convert model to a dict. Parameters ---------- model : cobra.Model The model to reformulate as a dict. sort : bool, optional Whether to sort the metabolites, reactions, and genes or maintain the order defined in the model. Returns ------- OrderedDict A dictionary with elements, 'genes', 'compartments', 'id', 'metabolites', 'notes' and 'reactions'; where 'metabolites', 'genes' and 'metabolites' are in turn lists with dictionaries holding all attributes to form the corresponding object. See Also -------- cobra.io.model_from_dict """ obj = OrderedDict() obj["metabolites"] = list(map(metabolite_to_dict, model.metabolites)) obj["reactions"] = list(map(reaction_to_dict, model.reactions)) obj["genes"] = list(map(gene_to_dict, model.genes)) obj["id"] = model.id _update_optional( model, obj, _OPTIONAL_MODEL_ATTRIBUTES, _ORDERED_OPTIONAL_MODEL_KEYS ) if sort: get_id = itemgetter("id") obj["metabolites"].sort(key=get_id) obj["reactions"].sort(key=get_id) obj["genes"].sort(key=get_id) return obj def model_from_dict(obj): """Build a model from a dict. Models stored in json are first formulated as a dict that can be read to cobra model using this function. Parameters ---------- obj : dict A dictionary with elements, 'genes', 'compartments', 'id', 'metabolites', 'notes' and 'reactions'; where 'metabolites', 'genes' and 'metabolites' are in turn lists with dictionaries holding all attributes to form the corresponding object. Returns ------- cora.core.Model The generated model. See Also -------- cobra.io.model_to_dict """ if "reactions" not in obj: raise ValueError("Object has no reactions attribute. Cannot load.") model = Model() model.add_metabolites( [metabolite_from_dict(metabolite) for metabolite in obj["metabolites"]] ) model.genes.extend([gene_from_dict(gene) for gene in obj["genes"]]) model.add_reactions( [reaction_from_dict(reaction, model) for reaction in obj["reactions"]] ) objective_reactions = [ rxn for rxn in obj["reactions"] if rxn.get("objective_coefficient", 0) != 0 ] coefficients = { model.reactions.get_by_id(rxn["id"]): rxn["objective_coefficient"] for rxn in objective_reactions } set_objective(model, coefficients) for k, v in obj.items(): if k in {"id", "name", "notes", "compartments", "annotation"}: setattr(model, k, v) return model cobrapy-0.23.0/src/cobra/io/json.py000066400000000000000000000066341417337024700170630ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import from cobra.io.dict import model_from_dict, model_to_dict try: import simplejson as json except ImportError: import json JSON_SPEC = "1" def to_json(model, sort=False, **kwargs): """ Return the model as a JSON document. ``kwargs`` are passed on to ``json.dumps``. Parameters ---------- model : cobra.Model The cobra model to represent. sort : bool, optional Whether to sort the metabolites, reactions, and genes or maintain the order defined in the model. Returns ------- str String representation of the cobra model as a JSON document. See Also -------- save_json_model : Write directly to a file. json.dumps : Base function. """ obj = model_to_dict(model, sort=sort) obj[u"version"] = JSON_SPEC return json.dumps(obj, allow_nan=False, **kwargs) def from_json(document): """ Load a cobra model from a JSON document. Parameters ---------- document : str The JSON document representation of a cobra model. Returns ------- cobra.Model The cobra model as represented in the JSON document. See Also -------- load_json_model : Load directly from a file. """ return model_from_dict(json.loads(document)) def save_json_model(model, filename, sort=False, pretty=False, **kwargs): """ Write the cobra model to a file in JSON format. ``kwargs`` are passed on to ``json.dump``. Parameters ---------- model : cobra.Model The cobra model to represent. filename : str or file-like File path or descriptor that the JSON representation should be written to. sort : bool, optional Whether to sort the metabolites, reactions, and genes or maintain the order defined in the model. pretty : bool, optional Whether to format the JSON more compactly (default) or in a more verbose but easier to read fashion. Can be partially overwritten by the ``kwargs``. See Also -------- to_json : Return a string representation. json.dump : Base function. """ obj = model_to_dict(model, sort=sort) obj[u"version"] = JSON_SPEC if pretty: dump_opts = { "indent": 4, "separators": (",", ": "), "sort_keys": True, "allow_nan": False, } else: dump_opts = { "indent": 0, "separators": (",", ":"), "sort_keys": False, "allow_nan": False, } dump_opts.update(**kwargs) if isinstance(filename, str): with open(filename, "w") as file_handle: json.dump(obj, file_handle, **dump_opts) else: json.dump(obj, filename, **dump_opts) def load_json_model(filename): """ Load a cobra model from a file in JSON format. Parameters ---------- filename : str or file-like File path or descriptor that contains the JSON document describing the cobra model. Returns ------- cobra.Model The cobra model as represented in the JSON document. See Also -------- from_json : Load from a string. """ if isinstance(filename, str): with open(filename, "r") as file_handle: return model_from_dict(json.load(file_handle)) else: return model_from_dict(json.load(filename)) cobrapy-0.23.0/src/cobra/io/mat.py000066400000000000000000000255251417337024700166730ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Helpers to interface with Matlab models.""" from __future__ import absolute_import import re from collections import OrderedDict from uuid import uuid4 from warnings import warn from numpy import array, inf, isinf from numpy import object as np_object from cobra.core import Metabolite, Model, Reaction from cobra.util import create_stoichiometric_matrix from cobra.util.solver import set_objective try: from scipy import io as scipy_io from scipy import sparse as scipy_sparse except ImportError: scipy_sparse = None scipy_io = None # precompiled regular expressions _bracket_re = re.compile(r"\[(?P[a-z]+)\]$") _underscore_re = re.compile(r"_(?P[a-z]+)$") def _get_id_compartment(id): """Extract the compartment from the id string.""" bracket_search = _bracket_re.search(id) if bracket_search: return bracket_search.group("compartment") underscore_search = _underscore_re.search(id) if underscore_search: return underscore_search.group("compartment") return None def _cell(x): """Translate an array x into a MATLAB cell array.""" x_no_none = [i if i is not None else "" for i in x] return array(x_no_none, dtype=np_object) def load_matlab_model(infile_path, variable_name=None, inf=inf): """Load a cobra model stored as a .mat file. Parameters ---------- infile_path: str path to the file to to read variable_name: str, optional The variable name of the model in the .mat file. If this is not specified, then the first MATLAB variable which looks like a COBRA model will be used inf: value The value to use for infinite bounds. Some solvers do not handle infinite values so for using those, set this to a high numeric value. Returns ------- cobra.core.Model.Model: The resulting cobra model """ if not scipy_io: raise ImportError("load_matlab_model requires scipy") data = scipy_io.loadmat(infile_path) possible_names = [] if variable_name is None: # skip meta variables meta_vars = {"__globals__", "__header__", "__version__"} possible_names = sorted(i for i in data if i not in meta_vars) if len(possible_names) == 1: variable_name = possible_names[0] if variable_name is not None: return from_mat_struct(data[variable_name], model_id=variable_name, inf=inf) for possible_name in possible_names: try: return from_mat_struct(data[possible_name], model_id=possible_name, inf=inf) except ValueError: pass # If code here is executed, then no model was found. raise IOError("no COBRA model found") def save_matlab_model(model, file_name, varname=None): """Save the cobra model as a .mat file. This .mat file can be used directly in the MATLAB version of COBRA. Parameters ---------- model : cobra.core.Model.Model object The model to save file_name : str or file-like object The file to save to varname : string The name of the variable within the workspace """ if not scipy_io: raise ImportError("load_matlab_model requires scipy") if varname is None: varname = ( str(model.id) if model.id is not None and len(model.id) > 0 else "exported_model" ) mat = create_mat_dict(model) scipy_io.savemat(file_name, {varname: mat}, appendmat=True, oned_as="column") def create_mat_metabolite_id(model): """Obtain a metabolite id from a Matlab model.""" for met in model.metabolites: if not _get_id_compartment(met.id) and met.compartment: yield "{}[{}]".format(met.id, model.compartments[met.compartment].lower()) else: yield met.id def create_mat_dict(model): """Create a dict mapping model attributes to arrays.""" rxns = model.reactions mets = model.metabolites mat = OrderedDict() mat["mets"] = _cell([met_id for met_id in create_mat_metabolite_id(model)]) mat["metNames"] = _cell(mets.list_attr("name")) mat["metFormulas"] = _cell([str(m.formula) for m in mets]) try: mat["metCharge"] = array(mets.list_attr("charge")) * 1.0 except TypeError: # can't have any None entries for charge, or this will fail pass mat["genes"] = _cell(model.genes.list_attr("id")) # make a matrix for rxnGeneMat # reactions are rows, genes are columns rxn_gene = scipy_sparse.dok_matrix((len(model.reactions), len(model.genes))) if min(rxn_gene.shape) > 0: for i, reaction in enumerate(model.reactions): for gene in reaction.genes: rxn_gene[i, model.genes.index(gene)] = 1 mat["rxnGeneMat"] = rxn_gene mat["grRules"] = _cell(rxns.list_attr("gene_reaction_rule")) mat["rxns"] = _cell(rxns.list_attr("id")) mat["rxnNames"] = _cell(rxns.list_attr("name")) mat["subSystems"] = _cell(rxns.list_attr("subsystem")) stoich_mat = create_stoichiometric_matrix(model) mat["S"] = stoich_mat if stoich_mat is not None else [[]] # multiply by 1 to convert to float, working around scipy bug # https://github.com/scipy/scipy/issues/4537 mat["lb"] = array(rxns.list_attr("lower_bound")) * 1.0 mat["ub"] = array(rxns.list_attr("upper_bound")) * 1.0 mat["b"] = array(mets.list_attr("_bound")) * 1.0 mat["c"] = array(rxns.list_attr("objective_coefficient")) * 1.0 mat["rev"] = array(rxns.list_attr("reversibility")) * 1 mat["description"] = str(model.id) return mat def from_mat_struct(mat_struct, model_id=None, inf=inf): """Create a model from the COBRA toolbox struct. The struct will be a dict read in by scipy.io.loadmat """ m = mat_struct if m.dtype.names is None: raise ValueError("not a valid mat struct") if not {"rxns", "mets", "S", "lb", "ub"} <= set(m.dtype.names): raise ValueError("not a valid mat struct") if "c" in m.dtype.names: c_vec = m["c"][0, 0] else: c_vec = None warn("objective vector 'c' not found") model = Model() if model_id is not None: model.id = model_id elif "description" in m.dtype.names: description = m["description"][0, 0][0] if not isinstance(description, str) and len(description) > 1: model.id = description[0] warn("Several IDs detected, only using the first.") else: model.id = description else: model.id = "imported_model" for i, name in enumerate(m["mets"][0, 0]): new_metabolite = Metabolite() new_metabolite.id = str(name[0][0]) if all(var in m.dtype.names for var in ["metComps", "comps", "compNames"]): comp_index = m["metComps"][0, 0][i][0] - 1 new_metabolite.compartment = m["comps"][0, 0][comp_index][0][0] if new_metabolite.compartment not in model.compartments: comp_name = m["compNames"][0, 0][comp_index][0][0] model.compartments[new_metabolite.compartment] = comp_name else: new_metabolite.compartment = _get_id_compartment(new_metabolite.id) if new_metabolite.compartment not in model.compartments: model.compartments[ new_metabolite.compartment ] = new_metabolite.compartment try: new_metabolite.name = str(m["metNames"][0, 0][i][0][0]) except (IndexError, ValueError): pass try: new_metabolite.formula = str(m["metFormulas"][0][0][i][0][0]) except (IndexError, ValueError): pass try: new_metabolite.charge = float(m["metCharge"][0, 0][i][0]) int_charge = int(new_metabolite.charge) if new_metabolite.charge == int_charge: new_metabolite.charge = int_charge except (IndexError, ValueError): pass model.add_metabolites([new_metabolite]) new_reactions = [] coefficients = {} for i, name in enumerate(m["rxns"][0, 0]): new_reaction = Reaction() new_reaction.id = str(name[0][0]) new_reaction.lower_bound = float(m["lb"][0, 0][i][0]) new_reaction.upper_bound = float(m["ub"][0, 0][i][0]) if isinf(new_reaction.lower_bound) and new_reaction.lower_bound < 0: new_reaction.lower_bound = -inf if isinf(new_reaction.upper_bound) and new_reaction.upper_bound > 0: new_reaction.upper_bound = inf if c_vec is not None: coefficients[new_reaction] = float(c_vec[i][0]) try: new_reaction.gene_reaction_rule = str(m["grRules"][0, 0][i][0][0]) except (IndexError, ValueError): pass try: new_reaction.name = str(m["rxnNames"][0, 0][i][0][0]) except (IndexError, ValueError): pass try: new_reaction.subsystem = str(m["subSystems"][0, 0][i][0][0]) except (IndexError, ValueError): pass new_reactions.append(new_reaction) model.add_reactions(new_reactions) set_objective(model, coefficients) coo = scipy_sparse.coo_matrix(m["S"][0, 0]) for i, j, v in zip(coo.row, coo.col, coo.data): model.reactions[j].add_metabolites({model.metabolites[i]: v}) return model def _check(result): """Ensure success of a pymatbridge operation.""" if result["success"] is not True: raise RuntimeError(result["content"]["stdout"]) def model_to_pymatbridge(model, variable_name="model", matlab=None): """Send the model to a MATLAB workspace through pymatbridge. This model can then be manipulated through the COBRA toolbox Parameters ---------- variable_name : str The variable name to which the model will be assigned in the MATLAB workspace matlab : None or pymatbridge.Matlab instance The MATLAB workspace to which the variable will be sent. If this is None, then this will be sent to the same environment used in IPython magics. """ if scipy_sparse is None: raise ImportError("`model_to_pymatbridge` requires scipy!") if matlab is None: # assumed to be running an IPython magic from IPython import get_ipython matlab = get_ipython().magics_manager.registry["MatlabMagics"].Matlab model_info = create_mat_dict(model) S = scipy_sparse.dok_matrix(model_info["S"]) model_info["S"] = 0 temp_S_name = "cobra_pymatbridge_temp_" + uuid4().hex _check(matlab.set_variable(variable_name, model_info)) _check(matlab.set_variable(temp_S_name, S)) _check(matlab.run_code("%s.S = %s;" % (variable_name, temp_S_name))) # all vectors need to be transposed for i in model_info.keys(): if i == "S": continue _check(matlab.run_code("{0}.{1} = {0}.{1}';".format(variable_name, i))) _check(matlab.run_code("clear %s;" % temp_S_name)) cobrapy-0.23.0/src/cobra/io/sbml.py000066400000000000000000001774651417337024700170620ustar00rootroot00000000000000""" SBML import and export using python-libsbml. - The SBML importer supports all versions of SBML and the fbc package. - The SBML exporter writes SBML L3 models. - Annotation information is stored on the cobrapy objects - Information from the group package is read Parsing of fbc models was implemented as efficient as possible, whereas (discouraged) fallback solutions are not optimized for efficiency. Notes are only supported in a minimal way relevant for constraint-based models. I.e., structured information from notes in the form

key: value

is read into the Object.notes dictionary when reading SBML files. On writing the Object.notes dictionary is serialized to the SBML notes information. Annotations are read in the Object.annotation fields. Some SBML related issues are still open, please refer to the respective issue: - update annotation format and support qualifiers (depends on decision for new annotation format; https://github.com/opencobra/cobrapy/issues/684) - write compartment annotations and notes (depends on updated first-class compartments; see https://github.com/opencobra/cobrapy/issues/760) - support compression on file handles (depends on solution for https://github.com/opencobra/cobrapy/issues/812) """ from __future__ import absolute_import import datetime import logging import os import re from collections import defaultdict, namedtuple from copy import deepcopy from sys import platform import libsbml import cobra from cobra.core import Gene, Group, Metabolite, Model, Reaction from cobra.core.gene import ast2str, parse_gpr from cobra.manipulation.validate import check_metabolite_compartment_formula from cobra.util.solver import linear_reaction_coefficients, set_objective try: from cStringIO import StringIO # Python 2 except ImportError: from io import StringIO class CobraSBMLError(Exception): """SBML error class.""" pass LOGGER = logging.getLogger(__name__) # ----------------------------------------------------------------------------- # Defaults and constants for writing SBML # ----------------------------------------------------------------------------- config = cobra.Configuration() # for default bounds LOWER_BOUND_ID = "cobra_default_lb" UPPER_BOUND_ID = "cobra_default_ub" ZERO_BOUND_ID = "cobra_0_bound" BOUND_MINUS_INF = "minus_inf" BOUND_PLUS_INF = "plus_inf" SBO_FBA_FRAMEWORK = "SBO:0000624" SBO_DEFAULT_FLUX_BOUND = "SBO:0000626" SBO_FLUX_BOUND = "SBO:0000625" SBO_EXCHANGE_REACTION = "SBO:0000627" LONG_SHORT_DIRECTION = {"maximize": "max", "minimize": "min"} SHORT_LONG_DIRECTION = {"min": "minimize", "max": "maximize"} Unit = namedtuple("Unit", ["kind", "scale", "multiplier", "exponent"]) UNITS_FLUX = ( "mmol_per_gDW_per_hr", [ Unit(kind=libsbml.UNIT_KIND_MOLE, scale=-3, multiplier=1, exponent=1), Unit(kind=libsbml.UNIT_KIND_GRAM, scale=0, multiplier=1, exponent=-1), Unit(kind=libsbml.UNIT_KIND_SECOND, scale=0, multiplier=3600, exponent=-1), ], ) # ----------------------------------------------------------------------------- # Functions for id replacements (import/export) # ----------------------------------------------------------------------------- SBML_DOT = "__SBML_DOT__" # ----------------------------------------------------------------------------- # Precompiled note pattern # ----------------------------------------------------------------------------- pattern_notes = re.compile( r"<(?P(\w+:)?)p[^>]*>(?P.*?)", re.IGNORECASE | re.DOTALL, ) pattern_to_sbml = re.compile(r"([^0-9_a-zA-Z])") pattern_from_sbml = re.compile(r"__(\d+)__") def _escape_non_alphanum(nonASCII): """converts a non alphanumeric character to a string representation of its ascii number""" return "__" + str(ord(nonASCII.group())) + "__" def _number_to_chr(numberStr): """converts an ascii number to a character""" return chr(int(numberStr.group(1))) def _clip(sid, prefix): """Clips a prefix from the beginning of a string if it exists.""" return sid[len(prefix) :] if sid.startswith(prefix) else sid def _f_gene(sid, prefix="G_"): """Clips gene prefix from id.""" sid = sid.replace(SBML_DOT, ".") sid = pattern_from_sbml.sub(_number_to_chr, sid) return _clip(sid, prefix) def _f_gene_rev(sid, prefix="G_"): """Adds gene prefix to id.""" sid = pattern_to_sbml.sub(_escape_non_alphanum, sid) return prefix + sid.replace(".", SBML_DOT) def _f_specie(sid, prefix="M_"): """Clips specie/metabolite prefix from id.""" sid = pattern_from_sbml.sub(_number_to_chr, sid) return _clip(sid, prefix) def _f_specie_rev(sid, prefix="M_"): """Adds specie/metabolite prefix to id.""" sid = pattern_to_sbml.sub(_escape_non_alphanum, sid) return prefix + sid def _f_reaction(sid, prefix="R_"): """Clips reaction prefix from id.""" sid = pattern_from_sbml.sub(_number_to_chr, sid) return _clip(sid, prefix) def _f_reaction_rev(sid, prefix="R_"): """Adds reaction prefix to id.""" sid = pattern_to_sbml.sub(_escape_non_alphanum, sid) return prefix + sid def _f_group(sid, prefix="G_"): """Clips group prefix from id.""" sid = pattern_from_sbml.sub(_number_to_chr, sid) return _clip(sid, prefix) def _f_group_rev(sid, prefix="G_"): """Adds group prefix to id.""" sid = pattern_to_sbml.sub(_escape_non_alphanum, sid) return prefix + sid F_GENE = "F_GENE" F_GENE_REV = "F_GENE_REV" F_SPECIE = "F_SPECIE" F_SPECIE_REV = "F_SPECIE_REV" F_REACTION = "F_REACTION" F_REACTION_REV = "F_REACTION_REV" F_GROUP = "F_GROUP" F_GROUP_REV = "F_GROUP_REV" F_REPLACE = { F_GENE: _f_gene, F_GENE_REV: _f_gene_rev, F_SPECIE: _f_specie, F_SPECIE_REV: _f_specie_rev, F_REACTION: _f_reaction, F_REACTION_REV: _f_reaction_rev, F_GROUP: _f_group, F_GROUP_REV: _f_group_rev, } # ----------------------------------------------------------------------------- # Read SBML # ----------------------------------------------------------------------------- def read_sbml_model(filename, number=float, f_replace=F_REPLACE, **kwargs): """Reads SBML model from given filename. If the given filename ends with the suffix ''.gz'' (for example, ''myfile.xml.gz'),' the file is assumed to be compressed in gzip format and will be automatically decompressed upon reading. Similarly, if the given filename ends with ''.zip'' or ''.bz2',' the file is assumed to be compressed in zip or bzip2 format (respectively). Files whose names lack these suffixes will be read uncompressed. Note that if the file is in zip format but the archive contains more than one file, only the first file in the archive will be read and the rest ignored. To read a gzip/zip file, libSBML needs to be configured and linked with the zlib library at compile time. It also needs to be linked with the bzip2 library to read files in bzip2 format. (Both of these are the default configurations for libSBML.) This function supports SBML with FBC-v1 and FBC-v2. FBC-v1 models are converted to FBC-v2 models before reading. The parser tries to fall back to information in notes dictionaries if information is not available in the FBC packages, e.g., CHARGE, FORMULA on species, or GENE_ASSOCIATION, SUBSYSTEM on reactions. Parameters ---------- filename : path to SBML file, or SBML string, or SBML file handle SBML which is read into cobra model number: data type of stoichiometry: {float, int} In which data type should the stoichiometry be parsed. f_replace : dict of replacement functions for id replacement Dictionary of replacement functions for gene, specie, and reaction. By default the following id changes are performed on import: clip G_ from genes, clip M_ from species, clip R_ from reactions If no replacements should be performed, set f_replace={}, None Returns ------- cobra.core.Model Notes ----- Provided file handles cannot be opened in binary mode, i.e., use with open(path, "r" as f): read_sbml_model(f) File handles to compressed files are not supported yet. """ try: doc = _get_doc_from_filename(filename) return _sbml_to_model(doc, number=number, f_replace=f_replace, **kwargs) except IOError as e: raise e except Exception as original_error: cobra_error = CobraSBMLError( "Something went wrong reading the SBML model. Most likely the SBML" " model is not valid. Please check that your model is valid using " "the `cobra.io.sbml.validate_sbml_model` function or via the " "online validator at http://sbml.org/validator .\n" "\t`(model, errors) = validate_sbml_model(filename)`" "\nIf the model is valid and cannot be read please open an issue " "at https://github.com/opencobra/cobrapy/issues ." ) raise cobra_error from original_error def _get_doc_from_filename(filename): """Get SBMLDocument from given filename. Parameters ---------- filename : path to SBML, or SBML string, or filehandle Returns ------- libsbml.SBMLDocument """ if isinstance(filename, str): if ("win" in platform) and (len(filename) < 260) and os.path.exists(filename): # path (win) doc = libsbml.readSBMLFromFile( filename ) # noqa: E501 type: libsbml.SBMLDocument elif ("win" not in platform) and os.path.exists(filename): # path other doc = libsbml.readSBMLFromFile( filename ) # noqa: E501 type: libsbml.SBMLDocument else: # string representation if " 0: gpr = gpr.replace("(", ";") gpr = gpr.replace(")", ";") gpr = gpr.replace("or", ";") gpr = gpr.replace("and", ";") # Interaction of the above replacements can lead to multiple # ;, which results in empty gids gids = [t.strip() for t in gpr.split(";")] gids = set(gids).difference({""}) # create missing genes for gid in gids: if f_replace and F_GENE in f_replace: gid = f_replace[F_GENE](gid) if gid not in cobra_model.genes: cobra_gene = Gene(gid) cobra_gene.name = gid cobra_model.genes.append(cobra_gene) # GPR rules def process_association(ass): """Recursively convert gpr association to a gpr string. Defined as inline functions to not pass the replacement dict around. """ if ass.isFbcOr(): return " ".join( [ "(", " or ".join( process_association(c) for c in ass.getListOfAssociations() ), ")", ] ) elif ass.isFbcAnd(): return " ".join( [ "(", " and ".join( process_association(c) for c in ass.getListOfAssociations() ), ")", ] ) elif ass.isGeneProductRef(): gid = ass.getGeneProduct() if f_replace and F_GENE in f_replace: return f_replace[F_GENE](gid) else: return gid # Reactions missing_bounds = False reactions = [] if model.getNumReactions() == 0: LOGGER.warning("No reactions in model") for reaction in model.getListOfReactions(): # type: libsbml.Reaction rid = _check_required(reaction, reaction.getIdAttribute(), "id") if f_replace and F_REACTION in f_replace: rid = f_replace[F_REACTION](rid) cobra_reaction = Reaction(rid) cobra_reaction.name = reaction.getName() cobra_reaction.annotation = _parse_annotations(reaction) cobra_reaction.notes = _parse_notes_dict(reaction) # set bounds p_ub, p_lb = None, None r_fbc = reaction.getPlugin("fbc") # type: libsbml.FbcReactionPlugin if r_fbc: # bounds in fbc lb_id = r_fbc.getLowerFluxBound() if lb_id: p_lb = model.getParameter(lb_id) # type: libsbml.Parameter if p_lb and p_lb.getConstant() and (p_lb.getValue() is not None): cobra_reaction.lower_bound = p_lb.getValue() else: raise CobraSBMLError( "No constant bound '%s' for " "reaction: %s" % (p_lb, reaction) ) ub_id = r_fbc.getUpperFluxBound() if ub_id: p_ub = model.getParameter(ub_id) # type: libsbml.Parameter if p_ub and p_ub.getConstant() and (p_ub.getValue() is not None): cobra_reaction.upper_bound = p_ub.getValue() else: raise CobraSBMLError( "No constant bound '%s' for " "reaction: %s" % (p_ub, reaction) ) elif reaction.isSetKineticLaw(): # some legacy models encode bounds in kinetic laws klaw = reaction.getKineticLaw() # type: libsbml.KineticLaw p_lb = klaw.getParameter( "LOWER_BOUND" ) # noqa: E501 type: libsbml.LocalParameter if p_lb: cobra_reaction.lower_bound = p_lb.getValue() p_ub = klaw.getParameter( "UPPER_BOUND" ) # noqa: E501 type: libsbml.LocalParameter if p_ub: cobra_reaction.upper_bound = p_ub.getValue() if p_ub is not None or p_lb is not None: LOGGER.warning( "Encoding LOWER_BOUND and UPPER_BOUND in " "KineticLaw is discouraged, " "use fbc:fluxBounds instead: %s", reaction, ) if p_lb is None: missing_bounds = True lower_bound = config.lower_bound cobra_reaction.lower_bound = lower_bound LOGGER.warning( "Missing lower flux bound set to '%s' for " " reaction: '%s'", lower_bound, reaction, ) if p_ub is None: missing_bounds = True upper_bound = config.upper_bound cobra_reaction.upper_bound = upper_bound LOGGER.warning( "Missing upper flux bound set to '%s' for " " reaction: '%s'", upper_bound, reaction, ) # add reaction reactions.append(cobra_reaction) # parse equation stoichiometry = defaultdict(lambda: 0) for ( sref ) in reaction.getListOfReactants(): # noqa: E501 type: libsbml.SpeciesReference sid = _check_required(sref, sref.getSpecies(), "species") if f_replace and F_SPECIE in f_replace: sid = f_replace[F_SPECIE](sid) stoichiometry[sid] -= number( _check_required(sref, sref.getStoichiometry(), "stoichiometry") ) for ( sref ) in reaction.getListOfProducts(): # noqa: E501 type: libsbml.SpeciesReference sid = _check_required(sref, sref.getSpecies(), "species") if f_replace and F_SPECIE in f_replace: sid = f_replace[F_SPECIE](sid) stoichiometry[sid] += number( _check_required(sref, sref.getStoichiometry(), "stoichiometry") ) # convert to metabolite objects object_stoichiometry = {} for met_id in stoichiometry: metabolite = cobra_model.metabolites.get_by_id(met_id) object_stoichiometry[metabolite] = stoichiometry[met_id] cobra_reaction.add_metabolites(object_stoichiometry) # GPR if r_fbc: gpr = "" gpa = ( r_fbc.getGeneProductAssociation() ) # noqa: E501 type: libsbml.GeneProductAssociation if gpa is not None: association = ( gpa.getAssociation() ) # noqa: E501 type: libsbml.FbcAssociation gpr = process_association(association) else: # fallback to notes information notes = cobra_reaction.notes if "GENE ASSOCIATION" in notes: gpr = notes["GENE ASSOCIATION"] elif "GENE_ASSOCIATION" in notes: gpr = notes["GENE_ASSOCIATION"] else: gpr = "" if len(gpr) > 0: LOGGER.warning( "Use of GENE ASSOCIATION or GENE_ASSOCIATION " "in the notes element is discouraged, use " "fbc:gpr instead: %s", reaction, ) if f_replace and F_GENE in f_replace: gpr = " ".join(f_replace[F_GENE](t) for t in gpr.split(" ")) # remove outside parenthesis and format into standard form gpr = ast2str(parse_gpr(gpr)[0]) cobra_reaction.gene_reaction_rule = gpr cobra_model.add_reactions(reactions) # Objective obj_direction = "max" coefficients = {} if model_fbc: obj_list = ( model_fbc.getListOfObjectives() ) # noqa: E501 type: libsbml.ListOfObjectives if obj_list is None: LOGGER.warning("listOfObjectives element not found") elif obj_list.size() == 0: LOGGER.warning("No objective in listOfObjectives") elif not obj_list.getActiveObjective(): LOGGER.warning("No active objective in listOfObjectives") else: obj_id = obj_list.getActiveObjective() obj = model_fbc.getObjective(obj_id) # type: libsbml.Objective obj_direction = LONG_SHORT_DIRECTION[obj.getType()] for ( flux_obj ) in ( obj.getListOfFluxObjectives() ): # noqa: E501 type: libsbml.FluxObjective rid = flux_obj.getReaction() if f_replace and F_REACTION in f_replace: rid = f_replace[F_REACTION](rid) try: objective_reaction = cobra_model.reactions.get_by_id(rid) except KeyError: raise CobraSBMLError("Objective reaction '%s' " "not found" % rid) try: coefficients[objective_reaction] = number(flux_obj.getCoefficient()) except ValueError as e: LOGGER.warning(str(e)) else: # some legacy models encode objective coefficients in kinetic laws for reaction in model.getListOfReactions(): # type: libsbml.Reaction if reaction.isSetKineticLaw(): klaw = reaction.getKineticLaw() # type: libsbml.KineticLaw p_oc = klaw.getParameter( "OBJECTIVE_COEFFICIENT" ) # type: libsbml.LocalParameter if p_oc: rid = _check_required(reaction, reaction.getIdAttribute(), "id") if f_replace and F_REACTION in f_replace: rid = f_replace[F_REACTION](rid) try: objective_reaction = cobra_model.reactions.get_by_id(rid) except KeyError: raise CobraSBMLError( "Objective reaction '%s' " "not found", rid ) try: coefficients[objective_reaction] = number(p_oc.getValue()) except ValueError as e: LOGGER.warning(str(e)) LOGGER.warning( "Encoding OBJECTIVE_COEFFICIENT in " "KineticLaw is discouraged, " "use fbc:fluxObjective " "instead: %s", reaction, ) if len(coefficients) == 0: LOGGER.error( "No objective coefficients in model. Unclear what should " "be optimized" ) set_objective(cobra_model, coefficients) cobra_model.solver.objective.direction = obj_direction # parse groups model_groups = model.getPlugin("groups") # type: libsbml.GroupsModelPlugin groups = [] if model_groups: # calculate hashmaps to lookup objects in O(1) sid_map = {} metaid_map = {} for obj_list in [ model.getListOfCompartments(), model.getListOfSpecies(), model.getListOfReactions(), model_groups.getListOfGroups(), ]: for sbase in obj_list: # type: libsbml.SBase if sbase.isSetId(): sid_map[sbase.getIdAttribute()] = sbase if sbase.isSetMetaId(): metaid_map[sbase.getMetaId()] = sbase # create groups for group in model_groups.getListOfGroups(): # type: libsbml.Group gid = _check_required(group, group.getIdAttribute(), "id") if f_replace and F_GROUP in f_replace: gid = f_replace[F_GROUP](gid) cobra_group = Group(gid) cobra_group.name = group.getName() if group.isSetKind(): cobra_group.kind = group.getKindAsString() cobra_group.annotation = _parse_annotations(group) cobra_group.notes = _parse_notes_dict(group) cobra_members = [] for member in group.getListOfMembers(): # type: libsbml.Member if member.isSetIdRef(): obj = sid_map[member.getIdRef()] elif member.isSetMetaIdRef(): obj = metaid_map[member.getMetaIdRef()] typecode = obj.getTypeCode() obj_id = _check_required(obj, obj.getIdAttribute(), "id") # id replacements cobra_member = None if typecode == libsbml.SBML_SPECIES: if f_replace and F_SPECIE in f_replace: obj_id = f_replace[F_SPECIE](obj_id) cobra_member = cobra_model.metabolites.get_by_id(obj_id) elif typecode == libsbml.SBML_REACTION: if f_replace and F_REACTION in f_replace: obj_id = f_replace[F_REACTION](obj_id) cobra_member = cobra_model.reactions.get_by_id(obj_id) elif typecode == libsbml.SBML_FBC_GENEPRODUCT: if f_replace and F_GENE in f_replace: obj_id = f_replace[F_GENE](obj_id) cobra_member = cobra_model.genes.get_by_id(obj_id) else: LOGGER.warning( "Member %s could not be added to group %s." "unsupported type code: " "%s" % (member, group, typecode) ) if cobra_member: cobra_members.append(cobra_member) cobra_group.add_members(cobra_members) groups.append(cobra_group) else: # parse deprecated subsystems on reactions groups_dict = {} for cobra_reaction in cobra_model.reactions: if "SUBSYSTEM" in cobra_reaction.notes: g_name = cobra_reaction.notes["SUBSYSTEM"] if g_name in groups_dict: groups_dict[g_name].append(cobra_reaction) else: groups_dict[g_name] = [cobra_reaction] for gid, cobra_members in groups_dict.items(): if f_replace and F_GROUP in f_replace: gid = f_replace[F_GROUP](gid) cobra_group = Group(gid, name=gid, kind="collection") cobra_group.add_members(cobra_members) groups.append(cobra_group) cobra_model.add_groups(groups) # general hint for missing flux bounds if missing_bounds: LOGGER.warning( "Missing flux bounds on reactions set to default bounds." "As best practise and to avoid confusion flux bounds " "should be set explicitly on all reactions." ) return cobra_model # ----------------------------------------------------------------------------- # Write SBML # ----------------------------------------------------------------------------- def write_sbml_model(cobra_model, filename, f_replace=F_REPLACE, **kwargs): """Writes cobra model to filename. The created model is SBML level 3 version 1 (L1V3) with fbc package v2 (fbc-v2). If the given filename ends with the suffix ".gz" (for example, "myfile.xml.gz"), libSBML assumes the caller wants the file to be written compressed in gzip format. Similarly, if the given filename ends with ".zip" or ".bz2", libSBML assumes the caller wants the file to be compressed in zip or bzip2 format (respectively). Files whose names lack these suffixes will be written uncompressed. Special considerations for the zip format: If the given filename ends with ".zip", the file placed in the zip archive will have the suffix ".xml" or ".sbml". For example, the file in the zip archive will be named "test.xml" if the given filename is "test.xml.zip" or "test.zip". Similarly, the filename in the archive will be "test.sbml" if the given filename is "test.sbml.zip". Parameters ---------- cobra_model : cobra.core.Model Model instance which is written to SBML filename : string path to which the model is written f_replace: dict of replacement functions for id replacement """ doc = _model_to_sbml(cobra_model, f_replace=f_replace, **kwargs) if isinstance(filename, str): # write to path libsbml.writeSBMLToFile(doc, filename) elif hasattr(filename, "write"): # write to file handle sbml_str = libsbml.writeSBMLToString(doc) filename.write(sbml_str) def _model_to_sbml(cobra_model, f_replace=None, units=True): """Convert Cobra model to SBMLDocument. Parameters ---------- cobra_model : cobra.core.Model Cobra model instance f_replace : dict of replacement functions Replacement to apply on identifiers. units : boolean Should the FLUX_UNITS be written in the SBMLDocument. Returns ------- libsbml.SBMLDocument """ if f_replace is None: f_replace = {} sbml_ns = libsbml.SBMLNamespaces(3, 1) # SBML L3V1 sbml_ns.addPackageNamespace("fbc", 2) # fbc-v2 doc = libsbml.SBMLDocument(sbml_ns) # type: libsbml.SBMLDocument doc.setPackageRequired("fbc", False) doc.setSBOTerm(SBO_FBA_FRAMEWORK) model = doc.createModel() # type: libsbml.Model model_fbc = model.getPlugin("fbc") # type: libsbml.FbcModelPlugin model_fbc.setStrict(True) if cobra_model.id is not None: model.setId(cobra_model.id) model.setMetaId("meta_" + cobra_model.id) else: model.setMetaId("meta_model") if cobra_model.name is not None: model.setName(cobra_model.name) # for parsing annotation corresponding to the model _sbase_annotations(model, cobra_model.annotation) # for parsing notes corresponding to the model _sbase_notes_dict(model, cobra_model.notes) # Meta information (ModelHistory) related to SBMLDocument if hasattr(cobra_model, "_sbml"): meta = cobra_model._sbml if "annotation" in meta: _sbase_annotations(doc, meta["annotation"]) if "notes" in meta: _sbase_notes_dict(doc, meta["notes"]) history = libsbml.ModelHistory() # type: libsbml.ModelHistory if "created" in meta and meta["created"]: history.setCreatedDate(meta["created"]) else: time = datetime.datetime.now() timestr = time.strftime("%Y-%m-%dT%H:%M:%S") date = libsbml.Date(timestr) _check(history.setCreatedDate(date), "set creation date") _check(history.setModifiedDate(date), "set modified date") if "creators" in meta: for cobra_creator in meta[ "creators" ]: # noqa: E501 type: libsbml.ModelCreator creator = libsbml.ModelCreator() if cobra_creator.get("familyName", None): creator.setFamilyName(cobra_creator["familyName"]) if cobra_creator.get("givenName", None): creator.setGivenName(cobra_creator["givenName"]) if cobra_creator.get("organisation", None): creator.setOrganisation(cobra_creator["organisation"]) if cobra_creator.get("email", None): creator.setEmail(cobra_creator["email"]) _check(history.addCreator(creator), "adding creator to ModelHistory.") # TODO: Will be implemented as part of # https://github.com/opencobra/cobrapy/issues/810 # _check(model.setModelHistory(history), 'set model history') # Units if units: flux_udef = model.createUnitDefinition() # type:libsbml.UnitDefinition flux_udef.setId(UNITS_FLUX[0]) for u in UNITS_FLUX[1]: unit = flux_udef.createUnit() # type: libsbml.Unit unit.setKind(u.kind) unit.setExponent(u.exponent) unit.setScale(u.scale) unit.setMultiplier(u.multiplier) # minimum and maximum value from model if len(cobra_model.reactions) > 0: min_value = min(cobra_model.reactions.list_attr("lower_bound")) max_value = max(cobra_model.reactions.list_attr("upper_bound")) else: min_value = config.lower_bound max_value = config.upper_bound _create_parameter( model, pid=LOWER_BOUND_ID, value=min_value, sbo=SBO_DEFAULT_FLUX_BOUND ) _create_parameter( model, pid=UPPER_BOUND_ID, value=max_value, sbo=SBO_DEFAULT_FLUX_BOUND ) _create_parameter(model, pid=ZERO_BOUND_ID, value=0, sbo=SBO_DEFAULT_FLUX_BOUND) _create_parameter( model, pid=BOUND_MINUS_INF, value=-float("Inf"), sbo=SBO_DEFAULT_FLUX_BOUND ) _create_parameter( model, pid=BOUND_PLUS_INF, value=float("Inf"), sbo=SBO_DEFAULT_FLUX_BOUND ) # Compartments # FIXME: use first class compartment model (and write notes & annotations) # (https://github.com/opencobra/cobrapy/issues/811) for cid, name in cobra_model.compartments.items(): compartment = model.createCompartment() # type: libsbml.Compartment compartment.setId(cid) compartment.setName(name) compartment.setConstant(True) # FIXME: write annotations and notes # _sbase_notes(c, com.notes) # _sbase_annotations(c, com.annotation) # Species for metabolite in cobra_model.metabolites: specie = model.createSpecies() # type: libsbml.Species mid = metabolite.id if f_replace and F_SPECIE_REV in f_replace: mid = f_replace[F_SPECIE_REV](mid) specie.setId(mid) specie.setConstant(False) specie.setBoundaryCondition(False) specie.setHasOnlySubstanceUnits(False) specie.setName(metabolite.name) specie.setCompartment(metabolite.compartment) s_fbc = specie.getPlugin("fbc") # type: libsbml.FbcSpeciesPlugin if metabolite.charge is not None: s_fbc.setCharge(metabolite.charge) if metabolite.formula is not None: s_fbc.setChemicalFormula(metabolite.formula) _sbase_annotations(specie, metabolite.annotation) _sbase_notes_dict(specie, metabolite.notes) # Genes for cobra_gene in cobra_model.genes: gp = model_fbc.createGeneProduct() # type: libsbml.GeneProduct gid = cobra_gene.id if f_replace and F_GENE_REV in f_replace: gid = f_replace[F_GENE_REV](gid) gp.setId(gid) gname = cobra_gene.name if gname is None or len(gname) == 0: gname = gid gp.setName(gname) gp.setLabel(gid) _sbase_annotations(gp, cobra_gene.annotation) _sbase_notes_dict(gp, cobra_gene.notes) # Objective objective = model_fbc.createObjective() # type: libsbml.Objective objective.setId("obj") objective.setType(SHORT_LONG_DIRECTION[cobra_model.objective.direction]) model_fbc.setActiveObjectiveId("obj") # Reactions reaction_coefficients = linear_reaction_coefficients(cobra_model) for cobra_reaction in cobra_model.reactions: rid = cobra_reaction.id if f_replace and F_REACTION_REV in f_replace: rid = f_replace[F_REACTION_REV](rid) reaction = model.createReaction() # type: libsbml.Reaction reaction.setId(rid) reaction.setName(cobra_reaction.name) reaction.setFast(False) reaction.setReversible((cobra_reaction.lower_bound < 0)) _sbase_annotations(reaction, cobra_reaction.annotation) _sbase_notes_dict(reaction, cobra_reaction.notes) # stoichiometry for metabolite, stoichiometry in cobra_reaction._metabolites.items(): sid = metabolite.id if f_replace and F_SPECIE_REV in f_replace: sid = f_replace[F_SPECIE_REV](sid) if stoichiometry < 0: sref = ( reaction.createReactant() ) # noqa: E501 type: libsbml.SpeciesReference sref.setSpecies(sid) sref.setStoichiometry(-stoichiometry) sref.setConstant(True) else: sref = ( reaction.createProduct() ) # noqa: E501 type: libsbml.SpeciesReference sref.setSpecies(sid) sref.setStoichiometry(stoichiometry) sref.setConstant(True) # bounds r_fbc = reaction.getPlugin("fbc") # type: libsbml.FbcReactionPlugin r_fbc.setLowerFluxBound( _create_bound( model, cobra_reaction, "lower_bound", f_replace=f_replace, units=units, flux_udef=flux_udef, ) ) r_fbc.setUpperFluxBound( _create_bound( model, cobra_reaction, "upper_bound", f_replace=f_replace, units=units, flux_udef=flux_udef, ) ) # GPR gpr = cobra_reaction.gene_reaction_rule if gpr is not None and len(gpr) > 0: # we will parse the GPR to format them correctly for libSBML # avoids cases where a GPR can be parsed by cobrapy but not libSBML tree, gids = parse_gpr(gpr) # replace ids in string if f_replace and F_GENE_REV in f_replace: idmap = {gid: f_replace[F_GENE_REV](gid) for gid in gids} gpr_new = ast2str(tree, names=idmap) else: gpr_new = ast2str(tree) gpa = ( r_fbc.createGeneProductAssociation() ) # noqa: E501 type: libsbml.GeneProductAssociation # uses ids to identify GeneProducts (True), # does not create GeneProducts (False) _check(gpa.setAssociation(gpr_new, True, False), "set gpr: " + gpr_new) # objective coefficients if reaction_coefficients.get(cobra_reaction, 0) != 0: flux_obj = ( objective.createFluxObjective() ) # noqa: E501 type: libsbml.FluxObjective flux_obj.setReaction(rid) flux_obj.setCoefficient(cobra_reaction.objective_coefficient) # write groups if len(cobra_model.groups) > 0: doc.enablePackage( "http://www.sbml.org/sbml/level3/version1/groups/version1", "groups", True ) doc.setPackageRequired("groups", False) model_group = model.getPlugin( "groups" ) # noqa: E501 type: libsbml.GroupsModelPlugin for cobra_group in cobra_model.groups: group = model_group.createGroup() # type: libsbml.Group if f_replace and F_GROUP_REV in f_replace: gid = f_replace[F_GROUP_REV](cobra_group.id) else: gid = cobra_group.id group.setId(gid) group.setName(cobra_group.name) group.setKind(cobra_group.kind) _sbase_notes_dict(group, cobra_group.notes) _sbase_annotations(group, cobra_group.annotation) for cobra_member in cobra_group.members: member = group.createMember() # type: libsbml.Member mid = cobra_member.id m_type = str(type(cobra_member)) # id replacements if "Reaction" in m_type: if f_replace and F_REACTION_REV in f_replace: mid = f_replace[F_REACTION_REV](mid) if "Metabolite" in m_type: if f_replace and F_SPECIE_REV in f_replace: mid = f_replace[F_SPECIE_REV](mid) if "Gene" in m_type: if f_replace and F_GENE_REV in f_replace: mid = f_replace[F_GENE_REV](mid) member.setIdRef(mid) if cobra_member.name and len(cobra_member.name) > 0: member.setName(cobra_member.name) return doc def _create_bound(model, reaction, bound_type, f_replace, units=None, flux_udef=None): """Creates bound in model for given reaction. Adds the parameters for the bounds to the SBML model. Parameters ---------- model : libsbml.Model SBML model instance reaction : cobra.core.Reaction Cobra reaction instance from which the bounds are read. bound_type : {LOWER_BOUND, UPPER_BOUND} Type of bound f_replace : dict of id replacement functions units : flux units Returns ------- Id of bound parameter. """ value = getattr(reaction, bound_type) if value == config.lower_bound: return LOWER_BOUND_ID elif value == 0: return ZERO_BOUND_ID elif value == config.upper_bound: return UPPER_BOUND_ID elif value == -float("Inf"): return BOUND_MINUS_INF elif value == float("Inf"): return BOUND_PLUS_INF else: # new parameter rid = reaction.id if f_replace and F_REACTION_REV in f_replace: rid = f_replace[F_REACTION_REV](rid) pid = rid + "_" + bound_type _create_parameter( model, pid=pid, value=value, sbo=SBO_FLUX_BOUND, units=units, flux_udef=flux_udef, ) return pid def _create_parameter( model, pid, value, sbo=None, constant=True, units=None, flux_udef=None ): """Create parameter in SBML model.""" parameter = model.createParameter() # type: libsbml.Parameter parameter.setId(pid) parameter.setValue(value) parameter.setConstant(constant) if sbo: parameter.setSBOTerm(sbo) if units: parameter.setUnits(flux_udef.getId()) def _check_required(sbase, value, attribute): """Get required attribute from SBase. Parameters ---------- sbase : libsbml.SBase value : existing value attribute: name of attribute Returns ------- attribute value (or value if already set) """ if (value is None) or (value == ""): msg = "Required attribute '%s' cannot be found or parsed in " "'%s'." % ( attribute, sbase, ) if hasattr(sbase, "getId") and sbase.getId(): msg += " with id '%s'" % sbase.getId() elif hasattr(sbase, "getName") and sbase.getName(): msg += " with name '%s'" % sbase.getName() elif hasattr(sbase, "getMetaId") and sbase.getMetaId(): msg += " with metaId '%s'" % sbase.getName() raise CobraSBMLError(msg) if attribute == "id": if not libsbml.SyntaxChecker.isValidSBMLSId(value): LOGGER.error("'%s' is not a valid SBML 'SId'." % value) return value def _check(value, message): """ Checks the libsbml return value and logs error messages. If 'value' is None, logs an error message constructed using 'message' and then exits with status code 1. If 'value' is an integer, it assumes it is a libSBML return status code. If the code value is LIBSBML_OPERATION_SUCCESS, returns without further action; if it is not, prints an error message constructed using 'message' along with text from libSBML explaining the meaning of the code, and exits with status code 1. """ if value is None: LOGGER.error( "Error: LibSBML returned a null value trying " "to <" + message + ">." ) elif type(value) is int: if value == libsbml.LIBSBML_OPERATION_SUCCESS: return else: LOGGER.error("Error encountered trying to <" + message + ">.") LOGGER.error( "LibSBML error code {}: {}".format( str(value), libsbml.OperationReturnValue_toString(value).strip() ) ) else: return # ----------------------------------------------------------------------------- # Notes # ----------------------------------------------------------------------------- def _parse_notes_dict(sbase): """Creates dictionary of COBRA notes. Parameters ---------- sbase : libsbml.SBase Returns ------- dict of notes """ notes = sbase.getNotesString() if notes and len(notes) > 0: notes_store = dict() for match in pattern_notes.finditer(notes): try: # Python 2.7 does not allow keywords for split. # Python 3 can have (":", maxsplit=1) key, value = match.group("content").split(":", 1) except ValueError: LOGGER.debug("Unexpected content format '{}'.", match.group("content")) continue notes_store[key.strip()] = value.strip() return {k: v for k, v in notes_store.items() if len(v) > 0} else: return {} def _sbase_notes_dict(sbase, notes): """Set SBase notes based on dictionary. Parameters ---------- sbase : libsbml.SBase SBML object to set notes on notes : notes object notes information from cobra object """ if notes and len(notes) > 0: tokens = ( [''] + ["

{}: {}

".format(k, v) for (k, v) in notes.items()] + [""] ) _check( sbase.setNotes("\n".join(tokens)), "Setting notes on sbase: {}".format(sbase), ) # ----------------------------------------------------------------------------- # Annotations # ----------------------------------------------------------------------------- """ cobra annotations will be dictionaries of the form: object.annotation = { 'provider' : [(qualifier, entity), ...] } A concrete example for a metabolite would look like the following metabolite.annotation = { 'chebi': [(isVersionOf, "CHEBI:17234), (is, "CHEBI:4167),], 'kegg.compound': [(is, "C00031")] } The providers are hereby MIRIAM registry keys for collections https://www.ebi.ac.uk/miriam/main/collections The qualifiers are biomodel qualifiers https://co.mbine.org/standards/qualifiers In the current stage the new annotation format is not completely supported yet. """ URL_IDENTIFIERS_PATTERN = re.compile(r"^https?://identifiers.org/(.+?)[:/](.+)") URL_IDENTIFIERS_PREFIX = "https://identifiers.org" QUALIFIER_TYPES = { "is": libsbml.BQB_IS, "hasPart": libsbml.BQB_HAS_PART, "isPartOf": libsbml.BQB_IS_PART_OF, "isVersionOf": libsbml.BQB_IS_VERSION_OF, "hasVersion": libsbml.BQB_HAS_VERSION, "isHomologTo": libsbml.BQB_IS_HOMOLOG_TO, "isDescribedBy": libsbml.BQB_IS_DESCRIBED_BY, "isEncodedBy": libsbml.BQB_IS_ENCODED_BY, "encodes": libsbml.BQB_ENCODES, "occursIn": libsbml.BQB_OCCURS_IN, "hasProperty": libsbml.BQB_HAS_PROPERTY, "isPropertyOf": libsbml.BQB_IS_PROPERTY_OF, "hasTaxon": libsbml.BQB_HAS_TAXON, "unknown": libsbml.BQB_UNKNOWN, "bqm_is": libsbml.BQM_IS, "bqm_isDescribedBy": libsbml.BQM_IS_DESCRIBED_BY, "bqm_isDerivedFrom": libsbml.BQM_IS_DERIVED_FROM, "bqm_isInstanceOf": libsbml.BQM_IS_INSTANCE_OF, "bqm_hasInstance": libsbml.BQM_HAS_INSTANCE, "bqm_unknown": libsbml.BQM_UNKNOWN, } def _parse_annotations(sbase): """Parses cobra annotations from a given SBase object. Annotations are dictionaries with the providers as keys. Parameters ---------- sbase : libsbml.SBase SBase from which the SBML annotations are read Returns ------- dict (annotation dictionary) FIXME: annotation format must be updated (this is a big collection of fixes) - see: https://github.com/opencobra/cobrapy/issues/684) """ annotation = {} # SBO term if sbase.isSetSBOTerm(): # FIXME: correct handling of annotations annotation["sbo"] = sbase.getSBOTermID() # RDF annotation cvterms = sbase.getCVTerms() if cvterms is None: return annotation for cvterm in cvterms: # type: libsbml.CVTerm for k in range(cvterm.getNumResources()): # FIXME: read and store the qualifier uri = cvterm.getResourceURI(k) data = _parse_annotation_info(uri) if data is None: continue else: provider, identifier = data if provider in annotation: if isinstance(annotation[provider], str): annotation[provider] = [annotation[provider]] # FIXME: use a list if identifier not in annotation[provider]: annotation[provider].append(identifier) else: # FIXME: always in list annotation[provider] = identifier return annotation def _parse_annotation_info(uri): """Parses provider and term from given identifiers annotation uri. Parameters ---------- uri : str uri (identifiers.org url) Returns ------- (provider, identifier) if resolvable, None otherwise """ match = URL_IDENTIFIERS_PATTERN.match(uri) if match: provider, identifier = match.group(1), match.group(2) if provider.isupper(): identifier = "%s:%s" % (provider, identifier) provider = provider.lower() else: LOGGER.warning( "%s does not conform to " "'http(s)://identifiers.org/collection/id' or" "'http(s)://identifiers.org/COLLECTION:id", uri, ) return None return provider, identifier def _sbase_annotations(sbase, annotation): """Set SBase annotations based on cobra annotations. Parameters ---------- sbase : libsbml.SBase SBML object to annotate annotation : cobra annotation structure cobra object with annotation information FIXME: annotation format must be updated (https://github.com/opencobra/cobrapy/issues/684) """ if not annotation or len(annotation) == 0: return # standardize annotations annotation_data = deepcopy(annotation) for key, value in annotation_data.items(): # handling of non-string annotations (e.g. integers) if isinstance(value, (float, int)): value = str(value) if isinstance(value, str): annotation_data[key] = [("is", value)] for key, value in annotation_data.items(): for idx, item in enumerate(value): if isinstance(item, str): value[idx] = ("is", item) # set metaId meta_id = "meta_{}".format(sbase.getId()) sbase.setMetaId(meta_id) # rdf_items = [] for provider, data in annotation_data.items(): # set SBOTerm if provider in ["SBO", "sbo"]: if provider == "SBO": LOGGER.warning( "'SBO' provider is deprecated, " "use 'sbo' provider instead" ) sbo_term = data[0][1] _check(sbase.setSBOTerm(sbo_term), "Setting SBOTerm: {}".format(sbo_term)) # FIXME: sbo should also be written as CVTerm continue for item in data: qualifier_str, entity = item[0], item[1] qualifier = QUALIFIER_TYPES.get(qualifier_str, None) if qualifier is None: qualifier = libsbml.BQB_IS LOGGER.error( "Qualifier type is not supported on " "annotation: '{}'".format(qualifier_str) ) qualifier_type = libsbml.BIOLOGICAL_QUALIFIER if qualifier_str.startswith("bqm_"): qualifier_type = libsbml.MODEL_QUALIFIER cv = libsbml.CVTerm() # type: libsbml.CVTerm cv.setQualifierType(qualifier_type) if qualifier_type == libsbml.BIOLOGICAL_QUALIFIER: cv.setBiologicalQualifierType(qualifier) elif qualifier_type == libsbml.MODEL_QUALIFIER: cv.setModelQualifierType(qualifier) else: raise CobraSBMLError("Unsupported qualifier: " "%s" % qualifier) resource = "%s/%s/%s" % (URL_IDENTIFIERS_PREFIX, provider, entity) cv.addResource(resource) _check( sbase.addCVTerm(cv), "Setting cvterm: {}, resource: {}".format(cv, resource), ) # ----------------------------------------------------------------------------- # Validation # ----------------------------------------------------------------------------- def validate_sbml_model( filename, check_model=True, internal_consistency=True, check_units_consistency=False, check_modeling_practice=False, **kwargs ): """Validate SBML model and returns the model along with a list of errors. Parameters ---------- filename : str The filename (or SBML string) of the SBML model to be validated. internal_consistency: boolean {True, False} Check internal consistency. check_units_consistency: boolean {True, False} Check consistency of units. check_modeling_practice: boolean {True, False} Check modeling practise. check_model: boolean {True, False} Whether to also check some basic model properties such as reaction boundaries and compartment formulas. Returns ------- (model, errors) model : :class:`~cobra.core.Model.Model` object The cobra model if the file could be read successfully or None otherwise. errors : dict Warnings and errors grouped by their respective types. Raises ------ CobraSBMLError """ # Errors and warnings are grouped based on their type. SBML_* types are # from the libsbml validator. COBRA_* types are from the cobrapy SBML # parser. keys = ( "SBML_FATAL", "SBML_ERROR", "SBML_SCHEMA_ERROR", "SBML_WARNING", "COBRA_FATAL", "COBRA_ERROR", "COBRA_WARNING", "COBRA_CHECK", ) errors = {key: [] for key in keys} # [1] libsbml validation doc = _get_doc_from_filename(filename) # type: libsbml.SBMLDocument # set checking of units & modeling practise doc.setConsistencyChecks( libsbml.LIBSBML_CAT_UNITS_CONSISTENCY, check_units_consistency ) doc.setConsistencyChecks( libsbml.LIBSBML_CAT_MODELING_PRACTICE, check_modeling_practice ) # check internal consistency if internal_consistency: doc.checkInternalConsistency() doc.checkConsistency() for k in range(doc.getNumErrors()): e = doc.getError(k) # type: libsbml.SBMLError msg = _error_string(e, k=k) sev = e.getSeverity() if sev == libsbml.LIBSBML_SEV_FATAL: errors["SBML_FATAL"].append(msg) elif sev == libsbml.LIBSBML_SEV_ERROR: errors["SBML_ERROR"].append(msg) elif sev == libsbml.LIBSBML_SEV_SCHEMA_ERROR: errors["SBML_SCHEMA_ERROR"].append(msg) elif sev == libsbml.LIBSBML_SEV_WARNING: errors["SBML_WARNING"].append(msg) # [2] cobrapy validation (check that SBML can be read into model) # all warnings generated while loading will be logged as errors log_stream = StringIO() stream_handler = logging.StreamHandler(log_stream) formatter = logging.Formatter("%(levelname)s:%(message)s") stream_handler.setFormatter(formatter) stream_handler.setLevel(logging.INFO) LOGGER.addHandler(stream_handler) LOGGER.propagate = False try: # read model and allow additional parser arguments model = _sbml_to_model(doc, **kwargs) except CobraSBMLError as e: errors["COBRA_ERROR"].append(str(e)) return None, errors except Exception as e: errors["COBRA_FATAL"].append(str(e)) return None, errors cobra_errors = log_stream.getvalue().split("\n") for cobra_error in cobra_errors: tokens = cobra_error.split(":") error_type = tokens[0] error_msg = ":".join(tokens[1:]) if error_type == "WARNING": errors["COBRA_WARNING"].append(error_msg) elif error_type == "ERROR": errors["COBRA_ERROR"].append(error_msg) # remove stream handler LOGGER.removeHandler(stream_handler) LOGGER.propagate = True # [3] additional model tests if check_model: errors["COBRA_CHECK"].extend(check_metabolite_compartment_formula(model)) for key in ["SBML_FATAL", "SBML_ERROR", "SBML_SCHEMA_ERROR"]: if len(errors[key]) > 0: LOGGER.error("SBML errors in validation, check error log " "for details.") break for key in ["SBML_WARNING"]: if len(errors[key]) > 0: LOGGER.error("SBML warnings in validation, check error log " "for details.") break for key in ["COBRA_FATAL", "COBRA_ERROR"]: if len(errors[key]) > 0: LOGGER.error("COBRA errors in validation, check error log " "for details.") break for key in ["COBRA_WARNING", "COBRA_CHECK"]: if len(errors[key]) > 0: LOGGER.error( "COBRA warnings in validation, check error log " "for details." ) break return model, errors def _error_string(error, k=None): """String representation of SBMLError. Parameters ---------- error : libsbml.SBMLError k : index of error Returns ------- string representation of error """ package = error.getPackage() if package == "": package = "core" template = "E{} ({}): {} ({}, L{}); {}; {}" error_str = template.format( k, error.getSeverityAsString(), error.getCategoryAsString(), package, error.getLine(), error.getShortMessage(), error.getMessage(), ) return error_str cobrapy-0.23.0/src/cobra/io/schema_v1.json000066400000000000000000000061721417337024700202760ustar00rootroot00000000000000{ "$schema": "http://json-schema.org/draft-04/schema#", "title": "COBRA", "description": "JSON representation of COBRA model", "type": "object", "properties": { "id": { "type": "string" }, "name": { "type": "string" }, "version": { "type": "string", "default": "1" }, "reactions": { "type": "array", "items": { "type": "object", "properties": { "id": { "type": "string" }, "name": { "type": "string" }, "metabolites": { "type": "object", "patternProperties": { ".*": { "type": "number" } } }, "gene_reaction_rule": { "type": "string" }, "lower_bound": { "type": "number" }, "upper_bound": { "type": "number" }, "objective_coefficient": { "type": "number", "default": 0 }, "subsystem": { "type": "string" }, "notes": { "type": "object" }, "annotation": { "type": "object" } }, "required": [ "id", "name", "metabolites", "lower_bound", "upper_bound", "gene_reaction_rule" ], "additionalProperties": false } }, "metabolites": { "type": "array", "items": { "type": "object", "properties": { "id": { "type": "string" }, "name": { "type": "string" }, "compartment": { "type": "string", "pattern": "[a-z]{1,2}" }, "charge": { "type": "integer" }, "formula": { "type": "string" }, "_bound": { "type": "number", "default": 0 }, "notes": { "type": "object" }, "annotation": { "type": "object" } }, "required": [ "id", "name", "compartment" ], "additionalProperties": false } }, "genes": { "type": "array", "items": { "type": "object", "properties": { "id": { "type": "string" }, "name": { "type": "string" }, "notes": { "type": "object" }, "annotation": { "type": "object" } }, "required": [ "id", "name" ], "additionalProperties": false } }, "compartments": { "type": "object", "patternProperties": { "[a-z]{1,2}": { "type": "string" } } }, "notes": { "type": "object" }, "annotation": { "type": "object" } }, "required": [ "id", "reactions", "metabolites", "genes" ], "additionalProperties": false } cobrapy-0.23.0/src/cobra/io/web/000077500000000000000000000000001417337024700163045ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/io/web/__init__.py000066400000000000000000000003721417337024700204170ustar00rootroot00000000000000"""Provide functionality to access remote model repositories.""" from .abstract_model_repository import AbstractModelRepository from .bigg_models_repository import BiGGModels from .biomodels_repository import BioModels from .load import load_model cobrapy-0.23.0/src/cobra/io/web/abstract_model_repository.py000066400000000000000000000036601417337024700241450ustar00rootroot00000000000000"""Provide an abstract base class that describes a remote model repository.""" from abc import ABC, abstractmethod from typing import Union import httpx from rich.progress import ( BarColumn, DownloadColumn, Progress, TextColumn, TimeRemainingColumn, TransferSpeedColumn, ) class AbstractModelRepository(ABC): """ Define an abstract base class that describes a remote model repository. Attributes ---------- name : str The name of the remote repository. """ _progress = Progress( TextColumn("{task.fields[model_id]}", justify="right"), BarColumn(bar_width=None), "[progress.percentage]{task.percentage:>3.1f}%", DownloadColumn(), TransferSpeedColumn(), TimeRemainingColumn(), ) name: str = "Abstract" def __init__(self, *, url: Union[httpx.URL, str], **kwargs) -> None: """ Initialize the model repository. Parameters ---------- url : httpx.URL or str The base URL from where to load the models. Other Parameters ---------------- kwargs Passed to the parent constructor in order to enable multiple inheritance. """ super().__init__(**kwargs) self._url = httpx.URL(url=url) @property def url(self) -> httpx.URL: """Return the repository's URL.""" return self._url.copy_with() @abstractmethod def get_sbml(self, model_id: str) -> bytes: """ Attempt to download an SBML document from the repository. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. Returns ------- bytes A gzip-compressed, UTF-8 encoded SBML document. """ raise NotImplementedError("Implement `get_sbml` in a concrete child class.") cobrapy-0.23.0/src/cobra/io/web/bigg_models_repository.py000066400000000000000000000037141417337024700234350ustar00rootroot00000000000000"""Provide a concrete implementation of the BioModels repository interface.""" from io import BytesIO import httpx from .abstract_model_repository import AbstractModelRepository class BiGGModels(AbstractModelRepository): """ Define a concrete implementation of the BiGG Models repository. Attributes ---------- name : str The name of the BiGG Models repository. """ name: str = "BiGG Models" def __init__( self, **kwargs, ) -> None: """ Initialize a BiGG Models repository interface. Other Parameters ---------------- kwargs Passed to the parent constructor in order to enable multiple inheritance. """ super().__init__(url="http://bigg.ucsd.edu/static/models/", **kwargs) def get_sbml(self, model_id: str) -> bytes: """ Attempt to download an SBML document from the repository. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. Returns ------- bytes A gzip-compressed, UTF-8 encoded SBML document. Raises ------ httpx.HTTPError In case there are any connection problems. """ compressed = BytesIO() filename = f"{model_id}.xml.gz" with self._progress, httpx.stream( method="GET", url=self._url.join(filename) ) as response: response.raise_for_status() task_id = self._progress.add_task( description="download", total=int(response.headers["Content-Length"]), model_id=model_id, ) for chunk in response.iter_bytes(): compressed.write(chunk) self._progress.update(task_id=task_id, advance=len(chunk)) compressed.seek(0) return compressed.read() cobrapy-0.23.0/src/cobra/io/web/biomodels_repository.py000066400000000000000000000053141417337024700231350ustar00rootroot00000000000000"""Provide functions for loading metabolic models over the wire.""" import gzip from io import BytesIO from typing import List import httpx import pydantic from .abstract_model_repository import AbstractModelRepository class BioModelsFile(pydantic.BaseModel): """Define a single BioModels file description.""" name: str size: int = pydantic.Field(alias="fileSize") class BioModelsFilesResponse(pydantic.BaseModel): """Define the BioModels files JSON response.""" main: List[BioModelsFile] = [] class BioModels(AbstractModelRepository): """ Define a concrete implementation of the BioModels repository. Attributes ---------- name : str The name of the BioModels repository. """ name: str = "BioModels" def __init__( self, **kwargs, ) -> None: """ Initialize a BioModels repository interface. Other Parameters ---------------- kwargs Passed to the parent constructor in order to enable multiple inheritance. """ super().__init__(url="https://www.ebi.ac.uk/biomodels/model/", **kwargs) def get_sbml(self, model_id: str) -> bytes: """ Attempt to download an SBML document from the repository. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. Returns ------- bytes A gzip-compressed, UTF-8 encoded SBML document. Raises ------ httpx.HTTPError In case there are any connection problems. """ data = BytesIO() response = httpx.get( url=self._url.join(f"files/{model_id}"), headers={"Accept": "application/json"}, ) response.raise_for_status() files = BioModelsFilesResponse.parse_obj(response.json()) for model in files.main: if model.name.endswith("xml"): break else: RuntimeError(f"Could not find an SBML document for '{model_id}'.") with self._progress, httpx.stream( method="GET", url=self._url.join(f"download/{model_id}"), params={"filename": model.name}, ) as response: response.raise_for_status() task_id = self._progress.add_task( description="download", total=model.size, model_id=model_id, ) for chunk in response.iter_bytes(): data.write(chunk) self._progress.update(task_id=task_id, advance=len(chunk)) data.seek(0) return gzip.compress(data.read()) cobrapy-0.23.0/src/cobra/io/web/load.py000066400000000000000000000123731417337024700176030ustar00rootroot00000000000000"""Provide a function ``load_model`` to access remote model repositories.""" import gzip import logging from typing import TYPE_CHECKING, Iterable import diskcache import httpx import libsbml from ...core import Configuration from ..sbml import _sbml_to_model from .abstract_model_repository import AbstractModelRepository from .bigg_models_repository import BiGGModels from .biomodels_repository import BioModels if TYPE_CHECKING: from cobra.core import Model logger = logging.getLogger(__name__) configuration = Configuration() def load_model( model_id: str, repositories: Iterable[AbstractModelRepository] = (BiGGModels(), BioModels()), cache: bool = True, ) -> "Model": """ Download an SBML model from a remote repository. Downloaded SBML documents are by default stored in a cache on disk such that future access is much faster. By default, models can be loaded from the following repositories: * BiGG Models * BioModels You can use the ``AbstractModelRepository`` class as a parent to implement your own repository accessor which you pass to the ``load_model`` function. In case you implement a new interface, please consider submitting a pull request to COBRApy. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. repositories : iterable, optional An iterable of repository accessor instances. The model_id is searched in order. cache : bool, optional Whether or not to use the local caching mechanism (default yes). Returns ------- Model A model instance generated from the SBML document. Raises ------ RuntimeError As with any internet connection, there are multiple errors that can occur. Examples -------- # Most of the time calling `load_model` with an identifier should be enough. >>> print(load_model("e_coli_core")) e_coli_core >>> print(load_model("MODEL1510010000")) MODEL1510010000 See Also -------- BiGGModels BioModels """ if cache: data = _cached_load( model_id=model_id, repositories=repositories, ) else: data = _fetch_model(model_id=model_id, repositories=repositories) return get_model_from_gzip_sbml(data) def _cached_load( model_id: str, repositories: Iterable[AbstractModelRepository], ) -> bytes: """ Attempt to load a gzip-compressed SBML document from the cache. If the given model identifier is not in the cache, the remote repositories are searched. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. repositories : iterable An iterable of repository accessor instances. The model_id is searched in order. Returns ------- bytes A gzip-compressed, UTF-8 encoded SBML document. """ with diskcache.Cache( directory=str(configuration.cache_directory), size_limit=configuration.max_cache_size, ) as cache: try: return cache[model_id] except KeyError: data = _fetch_model(model_id=model_id, repositories=repositories) cache.set(key=model_id, value=data, expire=configuration.cache_expiration) return data def _fetch_model( model_id: str, repositories: Iterable[AbstractModelRepository], ) -> bytes: """ Attempt to load a gzip-compressed SBML document from the given repositories. Parameters ---------- model_id : str The identifier of the desired metabolic model. This is typically repository specific. repositories : iterable An iterable of repository accessor instances. The model_id is searched in order. Returns ------- bytes A gzip-compressed, UTF-8 encoded SBML document. """ for repository in repositories: logger.info( f"Attempting to fetch '{model_id}' from the {repository.name} repository." ) try: return repository.get_sbml(model_id=model_id) except httpx.HTTPStatusError as error: if error.response.status_code == 404: logger.debug( f"Model '{model_id}' not found in the {repository.name} repository." ) continue raise RuntimeError( f"The connection to the {repository.name} repository failed." ) from error except httpx.RequestError as error: raise RuntimeError( f"The connection to the {repository.name} repository failed." ) from error raise RuntimeError( f"The model '{model_id}' could not be found in any of the repositories." ) def get_model_from_gzip_sbml(stream: bytes) -> "Model": """ Generate a model instance from a gzip-compressed, UTF-8 encoded SBML document. Parameters ---------- stream : bytes A gzip-compressed, UTF-8 encoded SBML document. Returns ------- Model A model instance generated from the SBML document. """ return _sbml_to_model( libsbml.readSBMLFromString(gzip.decompress(stream).decode("utf-8")) ) cobrapy-0.23.0/src/cobra/io/yaml.py000066400000000000000000000062701417337024700170500ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import import io from ruamel.yaml.compat import StringIO from ruamel.yaml.main import YAML from cobra.io.dict import model_from_dict, model_to_dict YAML_SPEC = "1.2" class MyYAML(YAML): def dump(self, data, stream=None, **kwargs): inefficient = False if stream is None: inefficient = True stream = StringIO() YAML.dump(self, data, stream, **kwargs) if inefficient: return stream.getvalue() yaml = MyYAML(typ="rt") def to_yaml(model, sort=False, **kwargs): """ Return the model as a YAML document. ``kwargs`` are passed on to ``yaml.dump``. Parameters ---------- model : cobra.Model The cobra model to represent. sort : bool, optional Whether to sort the metabolites, reactions, and genes or maintain the order defined in the model. Returns ------- str String representation of the cobra model as a YAML document. See Also -------- save_yaml_model : Write directly to a file. ruamel.yaml.dump : Base function. """ obj = model_to_dict(model, sort=sort) obj["version"] = YAML_SPEC return yaml.dump(obj, **kwargs) def from_yaml(document): """ Load a cobra model from a YAML document. Parameters ---------- document : str The YAML document representation of a cobra model. Returns ------- cobra.Model The cobra model as represented in the YAML document. See Also -------- load_yaml_model : Load directly from a file. """ content = StringIO(document) return model_from_dict(yaml.load(content)) def save_yaml_model(model, filename, sort=False, **kwargs): """ Write the cobra model to a file in YAML format. ``kwargs`` are passed on to ``yaml.dump``. Parameters ---------- model : cobra.Model The cobra model to represent. filename : str or file-like File path or descriptor that the YAML representation should be written to. sort : bool, optional Whether to sort the metabolites, reactions, and genes or maintain the order defined in the model. See Also -------- to_yaml : Return a string representation. ruamel.yaml.dump : Base function. """ obj = model_to_dict(model, sort=sort) obj["version"] = YAML_SPEC if isinstance(filename, str): with io.open(filename, "w") as file_handle: yaml.dump(obj, file_handle, **kwargs) else: yaml.dump(obj, filename, **kwargs) def load_yaml_model(filename): """ Load a cobra model from a file in YAML format. Parameters ---------- filename : str or file-like File path or descriptor that contains the YAML document describing the cobra model. Returns ------- cobra.Model The cobra model as represented in the YAML document. See Also -------- from_yaml : Load from a string. """ if isinstance(filename, str): with io.open(filename, "r") as file_handle: return model_from_dict(yaml.load(file_handle)) else: return model_from_dict(yaml.load(filename)) cobrapy-0.23.0/src/cobra/manipulation/000077500000000000000000000000001417337024700176205ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/manipulation/__init__.py000066400000000000000000000006211417337024700217300ustar00rootroot00000000000000from .annotate import add_SBO from .delete import ( delete_model_genes, find_gene_knockout_reactions, prune_unused_metabolites, prune_unused_reactions, remove_genes, undelete_model_genes, ) from .modify import ( escape_ID, get_compiled_gene_reaction_rules, rename_genes, ) from .validate import ( check_mass_balance, check_metabolite_compartment_formula, ) cobrapy-0.23.0/src/cobra/manipulation/annotate.py000066400000000000000000000021331417337024700220020ustar00rootroot00000000000000"""Provide function for annotating demand and exchange reactions.""" from typing import TYPE_CHECKING if TYPE_CHECKING: from cobra import Model def add_SBO(model: "Model") -> None: """Add SBO terms for demands and exchanges. This works for models which follow the standard convention for constructing and naming these reactions. The reaction should only contain the single metabolite being exchanged, and the id should be EX_ or DM_ . Parameters ---------- model: cobra.Model The model whose demand and exchange reactions need to be annotated. """ for r in model.reactions: # don't annotate already annotated reactions if r.annotation.get("sbo"): continue # only doing exchanges if len(r.metabolites) != 1: continue met_id = list(r._metabolites)[0].id if r.id.startswith("EX_") and r.id == "EX_" + met_id: r.annotation["sbo"] = "SBO:0000627" elif r.id.startswith("DM_") and r.id == "DM_" + met_id: r.annotation["sbo"] = "SBO:0000628" cobrapy-0.23.0/src/cobra/manipulation/delete.py000066400000000000000000000255471417337024700214510ustar00rootroot00000000000000"""Provide functions for pruning reactions, metabolites and genes.""" from ast import And, Module, NodeTransformer from typing import TYPE_CHECKING, Dict, List, Optional, Tuple from warnings import warn from ..core.gene import ast2str, eval_gpr, parse_gpr if TYPE_CHECKING: from cobra import Gene, Metabolite, Model, Reaction def prune_unused_metabolites(model: "Model") -> Tuple["Model", List["Metabolite"]]: """Remove metabolites not involved in any reactions. Parameters ---------- model: cobra.Model The model to remove unused metabolites from. Returns ------- cobra.Model Input model with unused metabolites removed. list of cobra.Metabolite List of metabolites that were removed. """ output_model = model.copy() inactive_metabolites = [ m for m in output_model.metabolites if len(m.reactions) == 0 ] output_model.remove_metabolites(inactive_metabolites) return output_model, inactive_metabolites def prune_unused_reactions(model: "Model") -> Tuple["Model", List["Reaction"]]: """Remove reactions with no assigned metabolites, returns pruned model. Parameters ---------- model: cobra.Model The model to remove unused reactions from. Returns ------- cobra.Model Input model with unused reactions removed. list of cobra.Reaction List of reactions that were removed. """ output_model = model.copy() reactions_to_prune = [r for r in output_model.reactions if len(r.metabolites) == 0] output_model.remove_reactions(reactions_to_prune) return output_model, reactions_to_prune def undelete_model_genes(model: "Model") -> None: """Undo the effects of a call to `delete_model_genes` in place. Parameters ---------- model: cobra.Model The model which will be modified in place. """ if model._trimmed_genes is not None: for x in model._trimmed_genes: x.functional = True if model._trimmed_reactions is not None: for ( the_reaction, (lower_bound, upper_bound), ) in model._trimmed_reactions.items(): the_reaction.lower_bound = lower_bound the_reaction.upper_bound = upper_bound model._trimmed_genes = [] model._trimmed_reactions = {} model._trimmed = False def get_compiled_gene_reaction_rules(model: "Model") -> Dict["Reaction", Module]: """Generate a dictionary of compiled gene-reaction rules. Any gene-reaction rule expression which cannot be compiled or do not evaluate after compiling will be excluded. The result can be used in the `find_gene_knockout_reactions` function to speed up evaluation of these rules. Parameters ---------- model: cobra.Model The model to get gene-reaction rules for. Returns ------- dict of cobra.Reaction, ast.Module The dictionary of cobra.Reaction objects as keys and ast.Module objects as keys. """ return {r: parse_gpr(r.gene_reaction_rule)[0] for r in model.reactions} def find_gene_knockout_reactions( model: "Model", gene_list: List["Gene"], compiled_gene_reaction_rules: Optional[Dict["Reaction", Module]] = None, ) -> List["Reaction"]: """Identify reactions which will be disabled when genes are knocked out. Parameters ---------- model: cobra.Model The model for which to find gene knock-out reactions. gene_list: list of cobra.Gene The list of genes to knock-out. compiled_gene_reaction_rules: dict of {reaction: compiled_string}, optional If provided, this gives pre-compiled gene-reaction rule strings. The compiled rule strings can be evaluated much faster. If a rule is not provided, the regular expression evaluation will be used. Because not all gene-reaction rule strings can be evaluated, this dict must exclude any rules which can not be used with eval (default None). Returns ------- list of cobra.Reaction The list of cobra.Reaction objects which will be disabled. .. deprecated:: 0.22.1 Internal function that has outlived its purpose. """ warn( "The function `find_gene_knockout_reactions` has outlived its purpose. " "It will be removed in the next minor version (0.23.0).", DeprecationWarning, ) potential_reactions = set() for gene in gene_list: if isinstance(gene, str): gene = model.genes.get_by_id(gene) potential_reactions.update(gene._reaction) gene_set = {str(i) for i in gene_list} if compiled_gene_reaction_rules is None: compiled_gene_reaction_rules = { r: parse_gpr(r.gene_reaction_rule)[0] for r in potential_reactions } return [ r for r in potential_reactions if not eval_gpr(compiled_gene_reaction_rules[r], gene_set) ] def delete_model_genes( model: "Model", gene_list: List["Gene"], cumulative_deletions: bool = True, disable_orphans: bool = False, ) -> None: """Temporarily remove the effect of genes in `gene_list`. It sets the bounds to "zero" for reactions catalysed by the genes in `gene_list` if deleting the genes stops the reactions from proceeding. Parameters ---------- model: cobra.Model The model whose reaction bounds are to be set. gene_list: list of cobra.Gene The list of genes to knock-out. cumulative_deletions: bool, optional If True, then any previous deletions will be maintained in the model (default True). disable_orphans: bool, optional If True, then orphan reactions will be disabled. Currently, this is not implemented (default False). """ if disable_orphans: raise NotImplementedError("disable_orphans not implemented") if not hasattr(model, "_trimmed"): model._trimmed = False model._trimmed_genes = [] model._trimmed_reactions = {} # Store the old bounds in here. # older models have this if model._trimmed_genes is None: model._trimmed_genes = [] if model._trimmed_reactions is None: model._trimmed_reactions = {} # Allow a single gene to be fed in as a string instead of a list. if not hasattr(gene_list, "__iter__") or hasattr( gene_list, "id" ): # cobra.Gene has __iter__ gene_list = [gene_list] if not hasattr(gene_list[0], "id"): if gene_list[0] in model.genes: tmp_gene_dict = dict([(x.id, x) for x in model.genes]) else: # assume we're dealing with names if no match to an id tmp_gene_dict = dict([(x.name, x) for x in model.genes]) gene_list = [tmp_gene_dict[x] for x in gene_list] # Make the genes non-functional for x in gene_list: x.functional = False if cumulative_deletions: gene_list.extend(model._trimmed_genes) else: undelete_model_genes(model) for the_reaction in find_gene_knockout_reactions(model, gene_list): # Running this on an already deleted reaction will overwrite the # stored reaction bounds. if the_reaction in model._trimmed_reactions: continue old_lower_bound = the_reaction.lower_bound old_upper_bound = the_reaction.upper_bound model._trimmed_reactions[the_reaction] = ( old_lower_bound, old_upper_bound, ) the_reaction.lower_bound = 0.0 the_reaction.upper_bound = 0.0 model._trimmed = True model._trimmed_genes = list(set(model._trimmed_genes + gene_list)) class _GeneRemover(NodeTransformer): """ Class to represent a gene set remover. Parameters ---------- target_genes: list of cobra.Gene A list of genes to be removed. """ def __init__(self, target_genes: List["Gene"], **kwargs) -> None: """Initialize a new object. Other Parameters ---------------- kwargs: Further keyword arguments are passed on to the parent class. """ super().__init__(**kwargs) self.target_genes = {str(i) for i in target_genes} def visit_Name(self, node: "Gene") -> Optional["Gene"]: """Remove a gene. Parameters ---------- node: cobra.Gene The gene to remove. Returns ------- cobra.Gene or None None if gene object is in `target_genes`. """ return None if node.id in self.target_genes else node def visit_BoolOp(self, node: "Gene") -> Optional["Gene"]: """Rules for boolean operations. Parameters ---------- node: cobra.Gene The gene to apply rules to. Returns ------- cobra.Gene or None None if size of node values is less after applying rule. """ original_n = len(node.values) self.generic_visit(node) if len(node.values) == 0: return None # AND with any entities removed if len(node.values) < original_n and isinstance(node.op, And): return None # if one entity in an OR was removed, just that entity passed up if len(node.values) == 1: return node.values[0] return node def remove_genes( model: "Model", gene_list: List["Gene"], remove_reactions: bool = True ) -> None: """Remove genes entirely from the model. This will also simplify all gene-reaction rules with the genes inactivated. Parameters ---------- model: cobra.Model The model to remove genes from. gene_list: list of cobra.Gene The list of gene objects to remove. remove_reactions: bool, optional Whether to remove reactions associated with genes in `gene_list` (default True). """ gene_set = {model.genes.get_by_id(str(i)) for i in gene_list} gene_id_set = {i.id for i in gene_set} remover = _GeneRemover(gene_id_set) ast_rules = get_compiled_gene_reaction_rules(model) target_reactions = [] for reaction, rule in ast_rules.items(): if reaction.gene_reaction_rule is None or len(reaction.gene_reaction_rule) == 0: continue # reactions to remove if remove_reactions and not eval_gpr(rule, gene_id_set): target_reactions.append(reaction) else: # if the reaction is not removed, remove the gene # from its gpr remover.visit(rule) new_rule = ast2str(rule) if new_rule != reaction.gene_reaction_rule: reaction.gene_reaction_rule = new_rule for gene in gene_set: model.genes.remove(gene) # remove reference to the gene in all groups associated_groups = model.get_associated_groups(gene) for group in associated_groups: group.remove_members(gene) model.remove_reactions(target_reactions) cobrapy-0.23.0/src/cobra/manipulation/modify.py000066400000000000000000000123271417337024700214660ustar00rootroot00000000000000"""Provide functions to modify model components.""" from ast import NodeTransformer from itertools import chain from typing import TYPE_CHECKING, Dict from ..core.gene import ast2str from .delete import get_compiled_gene_reaction_rules if TYPE_CHECKING: from cobra import Gene, Model # Set of tuples of operators and their corresponding textual form _renames = ( (".", "_DOT_"), ("(", "_LPAREN_"), (")", "_RPAREN_"), ("-", "__"), ("[", "_LSQBKT"), ("]", "_RSQBKT"), (",", "_COMMA_"), (":", "_COLON_"), (">", "_GT_"), ("<", "_LT"), ("/", "_FLASH"), ("\\", "_BSLASH"), ("+", "_PLUS_"), ("=", "_EQ_"), (" ", "_SPACE_"), ("'", "_SQUOT_"), ('"', "_DQUOT_"), ) def _escape_str_id(id_str: str) -> str: """Make a single string ID SBML compliant. Parameters ---------- id_str: str The ID string to operate on. Returns ------- str The SBML compliant ID string. """ for c in ("'", '"'): if id_str.startswith(c) and id_str.endswith(c) and id_str.count(c) == 2: id_str = id_str.strip(c) for char, escaped_char in _renames: id_str = id_str.replace(char, escaped_char) return id_str class _GeneEscaper(NodeTransformer): """Class to represent a gene ID escaper.""" def visit_Name(self, node: "Gene") -> "Gene": """Escape string ID. Parameters ---------- node: cobra.Gene The gene object to work on. Returns ------- cobra.Gene The gene object whose ID has been escaped. """ node.id = _escape_str_id(node.id) return node def escape_ID(model: "Model") -> None: """Make all model component object IDs SBML compliant. Parameters ---------- model: cobra.Model The model to operate on. """ for x in chain([model], model.metabolites, model.reactions, model.genes): x.id = _escape_str_id(x.id) model.repair() gene_renamer = _GeneEscaper() for rxn, rule in get_compiled_gene_reaction_rules(model).items(): if rule is not None: rxn._gene_reaction_rule = ast2str(gene_renamer.visit(rule)) class _Renamer(NodeTransformer): """ Class to represent a gene renamer. Parameters ---------- rename_dict: dict of {str: str} The dictionary having keys as old gene names and value as new gene names. """ def __init__(self, rename_dict: Dict[str, str], **kwargs) -> None: """Initialize a new object. Other Parameters ---------------- **kwargs: Further keyword arguments are passed on to the parent class. """ super().__init__(**kwargs) self.rename_dict = rename_dict def visit_Name(self, node: "Gene") -> "Gene": """Rename a gene. Parameters ---------- node: cobra.Gene The gene to rename. Returns ------- cobra.Gene The renamed gene object. """ node.id = self.rename_dict.get(node.id, node.id) return node def rename_genes(model: "Model", rename_dict: Dict[str, str]) -> None: """Rename genes in a model from the `rename_dict`. Parameters ---------- model: cobra.Model The model to operate on. rename_dict: dict of {str: str} The dictionary having keys as old gene names and value as new gene names. """ recompute_reactions = set() # need to recompute related genes remove_genes = [] for old_name, new_name in rename_dict.items(): # undefined if there a value matches a different key try: gene_index = model.genes.index(old_name) except ValueError: gene_index = None old_gene_present = gene_index is not None new_gene_present = new_name in model.genes if old_gene_present and new_gene_present: old_gene = model.genes.get_by_id(old_name) # Added in case not renaming some genes: if old_gene is not model.genes.get_by_id(new_name): remove_genes.append(old_gene) recompute_reactions.update(old_gene._reaction) elif old_gene_present and not new_gene_present: # rename old gene to new gene gene = model.genes[gene_index] # trick DictList into updating index model.genes._dict.pop(gene.id) # ugh gene.id = new_name model.genes[gene_index] = gene elif not old_gene_present and new_gene_present: pass else: # if not old gene_present and not new_gene_present # the new gene's _model will be set by repair # This would add genes from rename_dict # that are not associated with a rxn # cobra_model.genes.append(Gene(new_name)) pass model.repair() gene_renamer = _Renamer(rename_dict) for rxn, rule in get_compiled_gene_reaction_rules(model).items(): if rule is not None: rxn._gene_reaction_rule = ast2str(gene_renamer.visit(rule)) for rxn in recompute_reactions: rxn.gene_reaction_rule = rxn._gene_reaction_rule for i in remove_genes: model.genes.remove(i) cobrapy-0.23.0/src/cobra/manipulation/validate.py000066400000000000000000000032621417337024700217660ustar00rootroot00000000000000"""Provide functions for model component validations.""" from typing import TYPE_CHECKING, Dict, List if TYPE_CHECKING: from cobra import Metabolite, Model, Reaction # Set of mass unbalanced SBO terms _NOT_MASS_BALANCED_TERMS = { "SBO:0000627", # EXCHANGE "SBO:0000628", # DEMAND "SBO:0000629", # BIOMASS "SBO:0000631", # PSEUDOREACTION "SBO:0000632", # SINK } def check_mass_balance(model: "Model") -> Dict["Reaction", Dict["Metabolite", float]]: """Check mass balance for reactions of `model` and return unbalanced ones. Parameters ---------- model: cobra.Model The model to perform check on. Returns ------- dict of {cobra.Reaction: dict of {cobra.Metabolite: float}} Returns an empty dict if all components are balanced. """ unbalanced = {} for reaction in model.reactions: if reaction.annotation.get("sbo") not in _NOT_MASS_BALANCED_TERMS: balance = reaction.check_mass_balance() if balance: unbalanced[reaction] = balance return unbalanced def check_metabolite_compartment_formula(model: "Model") -> List[str]: """Check metabolite formulae of `model`. Parameters ---------- model: cobra.Model The model to perform check on. Returns ------- list of str Returns an empty list if no errors are found. """ errors = [] for met in model.metabolites: if met.formula is not None and len(met.formula) > 0: if not met.formula.isalnum(): errors.append( f"Metabolite '{met.id}' formula '{met.formula}' not alphanumeric" ) return errors cobrapy-0.23.0/src/cobra/medium/000077500000000000000000000000001417337024700164005ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/medium/__init__.py000066400000000000000000000002501417337024700205060ustar00rootroot00000000000000from .boundary_types import ( find_boundary_types, find_external_compartment, is_boundary_type, sbo_terms, ) from .minimal_medium import minimal_medium cobrapy-0.23.0/src/cobra/medium/annotations.py000066400000000000000000000042441417337024700213130ustar00rootroot00000000000000"""Provide lists and annotations for compartment names and reactions. Please send a PR if you want to add something here :) """ # A dictionary having keys as reaction types and keys as prefixes of # reaction IDs that usually indicate that the reaction is *not* a reaction # of the specified type. excludes = { "demand": ["SN_", "SK_", "sink", "EX_", "exchange"], "exchange": [ "demand", "DM_", "biosynthesis", "transcription", "replication", "SN_", "SK_", "sink", ], "sink": [ "demand", "DM_", "biosynthesis", "transcription", "replication", "EX_", "exchange", ], } # A dictionary having SBO term identifiers as values and boundary types # as keys. sbo_terms = { "demand": "SBO:0000628", "exchange": "SBO:0000627", "sink": "SBO:0000632", "biomass": "SBO:0000629", "pseudoreaction": "SBO:0000631", } # A dictionary having keys as common compartment abbreviations and values # as alternative names. compartment_shortlist = { "ce": ["cell envelope"], "c": [ "cytoplasm", "cytosol", "default", "in", "intra cellular", "intracellular", "intracellular region", "intracellular space", ], "er": ["endoplasmic reticulum"], "erm": ["endoplasmic reticulum membrane"], "e": [ "extracellular", "extraorganism", "out", "extracellular space", "extra organism", "extra cellular", "extra-organism", "external", "external medium", ], "f": ["flagellum", "bacterial-type flagellum"], "g": ["golgi", "golgi apparatus"], "gm": ["golgi membrane"], "h": ["chloroplast"], "l": ["lysosome"], "im": ["mitochondrial intermembrane space"], "mm": ["mitochondrial membrane"], "m": ["mitochondrion", "mitochondria"], "n": ["nucleus"], "p": ["periplasm", "periplasmic space"], "x": ["peroxisome", "glyoxysome"], "u": ["thylakoid"], "vm": ["vacuolar membrane"], "v": ["vacuole"], "w": ["cell wall"], "s": ["eyespot", "eyespot apparatus", "stigma"], } cobrapy-0.23.0/src/cobra/medium/boundary_types.py000066400000000000000000000140201417337024700220160ustar00rootroot00000000000000"""Provide functions to identify the type of boundary reactions. This module uses various heuristics to decide whether a boundary reaction is an exchange, demand or sink reaction. It mostly orientates on the following paper: Thiele, I., & Palsson, B. Ø. (2010, January). A protocol for generating a high-quality genome-scale metabolic reconstruction. Nature protocols. Nature Publishing Group. http://doi.org/10.1038/nprot.2009.203 """ import logging from typing import TYPE_CHECKING, List, Optional import pandas as pd from .annotations import compartment_shortlist, excludes, sbo_terms if TYPE_CHECKING: from cobra import Model, Reaction logger = logging.getLogger(__name__) def find_external_compartment(model: "Model") -> str: """Find the external compartment in the model. Uses a simple heuristic where the external compartment should be the one with the most exchange reactions. Parameters ---------- model : cobra.Model The cobra model whose external compartments are to be identified. Returns ------- str The putative external compartment. Raises ------ RuntimeError If several compartments are similar and thus difficult to identify, or, recognized names usually used for external compartment are absent. """ if model.boundary: counts = pd.Series(tuple(r.compartments)[0] for r in model.boundary) most = counts.value_counts() most = most.index[most == most.max()].to_series() else: most = None like_external = compartment_shortlist["e"] + ["e"] matches = pd.Series( [co in like_external for co in model.compartments], index=model.compartments ) if matches.sum() == 1: compartment = matches.index[matches][0] logger.info( f"Compartment `{compartment}` sounds like an external compartment. " "Using this one without counting boundary reactions." ) return compartment elif most is not None and matches.sum() > 1 and matches[most].sum() == 1: compartment = most[matches[most]][0] logger.warning( "There are several compartments that look like an " f"external compartment but `{compartment}` has the most boundary " "reactions, so using that as the external compartment." ) return compartment elif matches.sum() > 1: raise RuntimeError( "There are several compartments that look " "like external compartments but we can't tell " "which one to use. Consider renaming your " "compartments please." ) if most is not None: return most[0] logger.warning( "Could not identify an external compartment by name and " "choosing one with the most boundary reactions. That " "might be complete nonsense or change suddenly. " "Consider renaming your compartments using " "`Model.compartments` to fix this." ) # No info in the model, so give up raise RuntimeError( "The heuristic for discovering an external compartment " "relies on names and boundary reactions. Yet, there " "are neither compartments with recognized names nor " "boundary reactions in the model." ) def is_boundary_type( reaction: "Reaction", boundary_type: str, external_compartment: str ) -> bool: """Check whether a reaction is an exchange reaction. Parameters ---------- reaction : cobra.Reaction The reaction to check. boundary_type : {"exchange", "demand", "sink"} Boundary type to check for. external_compartment : str The ID for the external compartment. Returns ------- bool Whether the reaction looks like the requested type. Might be based on a heuristic. """ # Check if the reaction has an annotation. Annotations dominate everything. sbo_term = reaction.annotation.get("sbo", "") if isinstance(sbo_term, list): sbo_term = sbo_term[0] sbo_term = sbo_term.upper() if sbo_term == sbo_terms[boundary_type]: return True if sbo_term in [sbo_terms[k] for k in sbo_terms if k != boundary_type]: return False # Check if the reaction is in the correct compartment (exterior or inside) correct_compartment = external_compartment in reaction.compartments if boundary_type != "exchange": correct_compartment = not correct_compartment # Check if the reaction has the correct reversibility rev_type = True if boundary_type == "demand": rev_type = not reaction.reversibility elif boundary_type == "sink": rev_type = reaction.reversibility return ( reaction.boundary and not any(ex in reaction.id for ex in excludes[boundary_type]) and correct_compartment and rev_type ) def find_boundary_types( model: "Model", boundary_type: str, external_compartment: Optional[str] = None ) -> List["Reaction"]: """Find specific boundary reactions. Parameters ---------- model : cobra.Model The cobra model whose boundary reactions are to be found. boundary_type : {"exchange", "demand", "sink"} Boundary type to check for. external_compartment : str, optional The ID for the external compartment. If None, it will be detected automatically (default None). Returns ------- list of cobra.Reaction or an empty list A list of likely boundary reactions of a user defined type. """ if not model.boundary: logger.warning( "There are no boundary reactions in this model. " "Therefore, specific types of boundary reactions such " "as 'exchanges', 'demands' or 'sinks' cannot be " "identified." ) return [] if external_compartment is None: external_compartment = find_external_compartment(model) return model.reactions.query( lambda r: is_boundary_type(r, boundary_type, external_compartment) ) cobrapy-0.23.0/src/cobra/medium/minimal_medium.py000066400000000000000000000227531417337024700217510ustar00rootroot00000000000000"""Provide functions and helpers to obtain minimal growth media.""" import logging from typing import TYPE_CHECKING, Iterable, Union import pandas as pd from optlang.interface import OPTIMAL from optlang.symbolics import Zero from .boundary_types import find_boundary_types if TYPE_CHECKING: from cobra import Model, Reaction logger = logging.getLogger(__name__) def add_linear_obj(model: "Model") -> None: r"""Add a linear version of a minimal medium to the model solver. Changes the optimization objective to finding the growth medium requiring the smallest total import flux: ..math:: minimize \sum_{r_i in import_reactions} |r_i| Parameters ---------- model : cobra.Model The cobra model to modify. """ coefs = {} for rxn in find_boundary_types(model, "exchange"): export = len(rxn.reactants) == 1 if export: coefs[rxn.reverse_variable] = 1 else: coefs[rxn.forward_variable] = 1 model.objective.set_linear_coefficients(coefs) model.objective.direction = "min" def add_mip_obj(model: "Model") -> None: """Add a mixed-integer version of a minimal medium to the model. Changes the optimization objective to finding the medium with the least components: minimize size(R) where R part of import_reactions Arguments --------- model : cobra.model The model to modify. """ if len(model.variables) > 1e4: logger.warning( "The MIP version of minimal media is extremely slow for " "models that large :(" ) exchange_rxns = find_boundary_types(model, "exchange") big_m = max(abs(b) for r in exchange_rxns for b in r.bounds) prob = model.problem coefs = {} to_add = [] for rxn in exchange_rxns: export = len(rxn.reactants) == 1 indicator = prob.Variable("ind_" + rxn.id, lb=0, ub=1, type="binary") if export: vrv = rxn.reverse_variable indicator_const = prob.Constraint( vrv - indicator * big_m, ub=0, name="ind_constraint_" + rxn.id ) else: vfw = rxn.forward_variable indicator_const = prob.Constraint( vfw - indicator * big_m, ub=0, name="ind_constraint_" + rxn.id ) to_add.extend([indicator, indicator_const]) coefs[indicator] = 1 model.add_cons_vars(to_add) model.solver.update() model.objective.set_linear_coefficients(coefs) model.objective.direction = "min" def _as_medium( exchanges: Iterable["Reaction"], tolerance: float = 1e-6, exports: bool = False ) -> pd.Series: """Convert a solution to medium. Parameters ---------- exchanges : list of cobra.reaction The exchange reactions to consider. tolerance : float > 0, optional The absolute tolerance for fluxes. Fluxes with an absolute value smaller than this number will be ignored (default 1e-6). exports : bool, optional Whether to return export fluxes as well (default False). Returns ------- pandas.Series The "medium", meaning all active import fluxes in the solution. """ logger.debug("Formatting medium.") medium = pd.Series() for rxn in exchanges: export = len(rxn.reactants) == 1 flux = rxn.flux if abs(flux) < tolerance: continue if export: medium[rxn.id] = -flux elif not export: medium[rxn.id] = flux if not exports: medium = medium[medium > 0] return medium def minimal_medium( model: "Model", min_objective_value: float = 0.1, exports: bool = False, minimize_components: Union[bool, int] = False, open_exchanges: bool = False, ) -> Union[pd.Series, pd.DataFrame, None]: """Find the minimal growth medium for the `model`. Finds the minimal growth medium for the `model` which allows for model as well as individual growth. Here, a minimal medium can either be the medium requiring the smallest total import flux or the medium requiring the least components (ergo ingredients), which will be much slower due to being a mixed integer problem (MIP). Parameters ---------- model : cobra.model The model to modify. min_objective_value : float > 0 or array-like object, optional The minimum growth rate (objective) that has to be achieved (default 0.1). exports : bool, optional Whether to include export fluxes in the returned medium. Defaults to False which will only return import fluxes (default False). minimize_components : bool or int > 0, optional Whether to minimize the number of components instead of the total import flux. Might be more intuitive if set to True, but may also be slow to calculate for large communities. If set to a number `n` will return up to `n` alternative solutions all with the same number of components (default False). open_exchanges : bool or number, optional Whether to ignore currently set bounds and make all exchange reactions in the `model` possible. If set to a `number`, all exchange reactions will be opened with (-`number`, `number`) as bounds (default False). Returns ------- pandas.Series, pandas.DataFrame or None A pandas.Series giving the import flux for each required import reaction and (optionally) the associated export fluxes. All exchange fluxes are oriented into the import reaction e.g. positive fluxes denote imports and negative fluxes exports. If `minimize_components` is a number larger than 1, may return a pandas.DataFrame where each column is a minimal medium. Returns None, if the minimization is infeasible (for instance if min_growth > maximum growth rate). Notes ----- Due to numerical issues, the `minimize_components` option will usually only minimize the number of "large" import fluxes. Specifically, the detection limit is given by ``integrality_tolerance * max_bound`` where ``max_bound`` is the largest bound on an import reaction. Thus, if you are interested in small import fluxes as well you may have to adjust the solver tolerance at first with `model.tolerance = 1e-7` for instance. However, this will be *very* slow for large models especially with GLPK. """ exchange_rxns = find_boundary_types(model, "exchange") if isinstance(open_exchanges, bool): open_bound = 1000 else: open_bound = open_exchanges with model as mod: if open_exchanges: logger.debug(f"Opening exchanges for {len(exchange_rxns)} imports.") for rxn in exchange_rxns: rxn.bounds = (-open_bound, open_bound) logger.debug("Applying objective value constraints.") obj_const = mod.problem.Constraint( mod.objective.expression, lb=min_objective_value, name="medium_obj_constraint", ) mod.add_cons_vars([obj_const]) mod.solver.update() mod.objective = Zero logger.debug("Adding new media objective.") tol = mod.solver.configuration.tolerances.feasibility if minimize_components: add_mip_obj(mod) if isinstance(minimize_components, bool): minimize_components = 1 seen = set() best = num_components = mod.slim_optimize() if mod.solver.status != OPTIMAL: logger.warning("Minimization of medium was infeasible.") return None exclusion = mod.problem.Constraint(Zero, ub=0) mod.add_cons_vars([exclusion]) mod.solver.update() media = [] for i in range(minimize_components): logger.info(f"Finding alternative medium #{(i + 1)}.") vars = [mod.variables["ind_" + s] for s in seen] if len(seen) > 0: exclusion.set_linear_coefficients(dict.fromkeys(vars, 1)) exclusion.ub = best - 1 num_components = mod.slim_optimize() if mod.solver.status != OPTIMAL or num_components > best: if i == 0: logger.warning( "Could not get an optimal solution. " "This is usually due to numerical instability. " "Possible remedies are relaoding the model " "from scratch, switching to a different solver, " "or decreasing the solver tolerance. Please, " "carefully read the note on numerical instability " "in the function documentation." ) return None break medium = _as_medium(exchange_rxns, tol, exports=exports) media.append(medium) seen.update(medium[medium > 0].index) if len(media) > 1: medium = pd.concat(media, axis=1, sort=True).fillna(0.0) medium.sort_index(axis=1, inplace=True) else: medium = media[0] else: add_linear_obj(mod) mod.slim_optimize() if mod.solver.status != OPTIMAL: logger.warning("Minimization of medium was infeasible.") return None medium = _as_medium(exchange_rxns, tol, exports=exports) return medium cobrapy-0.23.0/src/cobra/sampling/000077500000000000000000000000001417337024700167325ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/sampling/__init__.py000066400000000000000000000002451417337024700210440ustar00rootroot00000000000000from .hr_sampler import HRSampler, shared_np_array from .achr import ACHRSampler from .core import step from .optgp import OptGPSampler from .sampling import sample cobrapy-0.23.0/src/cobra/sampling/achr.py000066400000000000000000000135121417337024700202230ustar00rootroot00000000000000"""Provide the ACHR sampler class.""" from typing import TYPE_CHECKING, Optional import numpy as np import pandas as pd from .core import step from .hr_sampler import HRSampler if TYPE_CHECKING: from cobra import Model class ACHRSampler(HRSampler): """ Artificial Centering Hit-and-Run sampler. A sampler with low memory footprint and good convergence. Parameters ---------- model : cobra.Model The cobra model from which to generate samples. thinning : int, optional The thinning factor of the generated sampling chain. A thinning of 10 means samples are returned every 10 steps (default 100). nproj : int > 0, optional How often to reproject the sampling point into the feasibility space. Avoids numerical issues at the cost of lower sampling. If you observe many equality constraint violations with `sampler.validate` you should lower this number (default None). seed : int > 0, optional Sets the random number seed. Initialized to the current time stamp if None (default None). Attributes ---------- n_samples : int The total number of samples that have been generated by this sampler instance. problem : typing.NamedTuple A NamedTuple whose attributes define the entire sampling problem in matrix form. warmup : numpy.matrix A numpy matrix with as many columns as reactions in the model and more than 3 rows containing a warmup sample in each row. None if no warmup points have been generated yet. retries : int The overall of sampling retries the sampler has observed. Larger values indicate numerical instabilities. fwd_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective forward variable. rev_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective reverse variable. prev : numpy.array The current/last flux sample generated. center : numpy.array The center of the sampling space as estimated by the mean of all previously generated samples. Notes ----- ACHR generates samples by choosing new directions from the sampling space's center and the warmup points. The implementation used here is the same as in the MATLAB COBRA Toolbox [2]_ and uses only the initial warmup points to generate new directions and not any other previous iterations. This usually gives better mixing, since the startup points are chosen to span the space in a wide manner. This also makes the generated sampling chain quasi-Markovian since the center converges rapidly. Memory usage is roughly in the order of (2 * number of reactions) ^ 2 due to the required nullspace matrices and warmup points. So, large models easily take up a few GBs of RAM. References ---------- .. [1] Direction Choice for Accelerated Convergence in Hit-and-Run Sampling David E. Kaufman, Robert L. Smith Operations Research 199846:1 , 84-95 https://doi.org/10.1287/opre.46.1.84 .. [2] https://github.com/opencobra/cobratoolbox """ def __init__( self, model: "Model", thinning: int = 100, nproj: Optional[int] = None, seed: Optional[int] = None, **kwargs ) -> None: """Initialize a new ACHRSampler.""" super().__init__(model, thinning, nproj=nproj, seed=seed, **kwargs) self.generate_fva_warmup() self.prev = self.center = self.warmup.mean(axis=0) np.random.seed(self._seed) def __single_iteration(self) -> None: """Run a single iteration of the sampling.""" pi = np.random.randint(self.n_warmup) # mix in the original warmup points to not get stuck delta = self.warmup[pi, :] - self.center self.prev = step(self, self.prev, delta) if self.problem.homogeneous and ( self.n_samples * self.thinning % self.nproj == 0 ): self.prev = self._reproject(self.prev) self.center = self._reproject(self.center) self.center = (self.n_samples * self.center) / ( self.n_samples + 1 ) + self.prev / (self.n_samples + 1) self.n_samples += 1 def sample(self, n: int, fluxes: bool = True) -> pd.DataFrame: """Generate a set of samples. This is the basic sampling function for all hit-and-run samplers. Parameters ---------- n : int The number of samples that are generated at once. fluxes : bool, optional Whether to return fluxes or the internal solver variables. If set to False, will return a variable for each forward and backward flux as well as all additional variables you might have defined in the model (default True). Returns ------- pandas.DataFrame Returns a pandas DataFrame with `n` rows, each containing a flux sample. Notes ----- Performance of this function linearly depends on the number of reactions in your model and the thinning factor. """ samples = np.zeros((n, self.warmup.shape[1])) for i in range(1, self.thinning * n + 1): self.__single_iteration() if i % self.thinning == 0: samples[i // self.thinning - 1, :] = self.prev if fluxes: names = [r.id for r in self.model.reactions] return pd.DataFrame( samples[:, self.fwd_idx] - samples[:, self.rev_idx], columns=names, ) else: names = [v.name for v in self.model.variables] return pd.DataFrame(samples, columns=names) cobrapy-0.23.0/src/cobra/sampling/core.py000066400000000000000000000070571417337024700202450ustar00rootroot00000000000000"""Provide low-level sampling stepper functions and helpers.""" import logging from typing import Optional import numpy as np from .hr_sampler import HRSampler logger = logging.getLogger(__name__) # Maximum number of retries for sampling MAX_TRIES = 100 def step( sampler: HRSampler, x: np.ndarray, delta: np.ndarray, fraction: Optional[float] = None, tries: int = 0, ) -> np.ndarray: """Sample a new feasible point from the point `x` in direction `delta`. This is the low-level sampling stepper for samplers derived from `HRSampler`. Currently, it's used by `ACHRSampler` and `OptGPSampler`. It's declared outside of the base sampling class to facilitate use of multiprocessing. Parameters ---------- sampler : cobra.sampling.HRSampler The sampler to sample a step for. x : np.array A point in the sampling region. delta : np.array The direction to take the step in. fraction : float, optional A float controlling the part of alpha difference to contribute to the fraction of `delta` (default None). If None, alpha is obtained from a normal distribution. tries : int, optional Total number of tries (default 0). Returns ------- np.array The new numpy array obtained after a step of sampling. Raises ------ RuntimeError If `tries` exceeds `MAX_TRIES`. """ prob = sampler.problem valid = (np.abs(delta) > sampler.feasibility_tol) & np.logical_not( prob.variable_fixed ) # permissible alphas for staying in variable bounds valphas = ((1.0 - sampler.bounds_tol) * prob.variable_bounds - x)[:, valid] valphas = (valphas / delta[valid]).flatten() if prob.bounds.shape[0] > 0: # permissible alphas for staying in constraint bounds ineqs = prob.inequalities.dot(delta) valid = np.abs(ineqs) > sampler.feasibility_tol balphas = ((1.0 - sampler.bounds_tol) * prob.bounds - prob.inequalities.dot(x))[ :, valid ] balphas = (balphas / ineqs[valid]).flatten() # combined alphas alphas = np.hstack([valphas, balphas]) else: alphas = valphas pos_alphas = alphas[alphas > 0.0] neg_alphas = alphas[alphas <= 0.0] alpha_range = np.array( [ neg_alphas.max() if len(neg_alphas) > 0 else 0, pos_alphas.min() if len(pos_alphas) > 0 else 0, ] ) if fraction: alpha = alpha_range[0] + fraction * (alpha_range[1] - alpha_range[0]) else: alpha = np.random.uniform(alpha_range[0], alpha_range[1]) p = x + alpha * delta # Numerical instabilities may cause bounds invalidation # reset sampler and sample from one of the original warmup directions # if that occurs. Also reset if we got stuck. if ( np.any(sampler._bounds_dist(p) < -sampler.bounds_tol) or np.abs(np.abs(alpha_range).max() * delta).max() < sampler.bounds_tol ): if tries > MAX_TRIES: raise RuntimeError( "Cannot escape sampling region, model seems to be " "numerically unstable. Reporting the model to " "https://github.com/opencobra/cobrapy/issues " "will help us to fix this." ) logger.info("Found bounds infeasibility in sample, resetting to center.") newdir = sampler.warmup[np.random.randint(sampler.n_warmup)] sampler.retries += 1 return step(sampler, sampler.center, newdir - sampler.center, None, tries + 1) return p cobrapy-0.23.0/src/cobra/sampling/hr_sampler.py000066400000000000000000000477631417337024700214610ustar00rootroot00000000000000"""Provide the base class and associated functions for Hit-and-Run samplers.""" import ctypes import logging from abc import ABC, abstractmethod from multiprocessing import Array from time import time from typing import TYPE_CHECKING, NamedTuple, Optional, Tuple import numpy as np import pandas as pd from optlang.interface import OPTIMAL from optlang.symbolics import Zero from cobra.util import constraint_matrices, create_stoichiometric_matrix, nullspace if TYPE_CHECKING: from cobra import Model logger = logging.getLogger(__name__) Problem = NamedTuple( "Problem", [ ("equalities", np.ndarray), ("b", np.ndarray), ("inequalities", np.ndarray), ("bounds", np.ndarray), ("variable_fixed", np.ndarray), ("variable_bounds", np.ndarray), ("nullspace", np.matrix), ("homogeneous", bool), ], ) """Define the matrix representation of a sampling problem. A named tuple consisting of 6 arrays, 1 matrix and 1 boolean. Attributes ---------- equalities : numpy.array All equality constraints in the model. b : numpy.array The right side of the equality constraints. inequalities : numpy.array All inequality constraints in the model. bounds : numpy.array The lower and upper bounds for the inequality constraints. variable_fixed : numpy.array A boolean vector indicating whether the variable at that index is fixed i.e., whether `variable.lower_bound == variable.upper_bound`. variable_bounds : numpy.array The lower and upper bounds for the variables. nullspace : numpy.matrix A matrix containing the nullspace of the equality constraints. Each column is one basis vector. homogeneous: bool Indicates whether the sampling problem is homogeneous, e.g. whether there exist no non-zero fixed variables or constraints. """ def shared_np_array( shape: Tuple[int, int], data: Optional[np.ndarray] = None, integer: bool = False ) -> np.ndarray: """Create a new numpy array that resides in shared memory. Parameters ---------- shape : tuple of int The shape of the new array. data : numpy.array, optional Data to copy to the new array. Has to have the same shape (default None). integer : bool, optional Whether to use an integer array. By default, float array is used (default False). Returns ------- numpy.array The newly created shared numpy array. Raises ------ ValueError If the input `data` (if provided) size is not equal to the created array. """ size = np.prod(shape) if integer: array = Array(ctypes.c_int64, int(size)) np_array = np.frombuffer(array.get_obj(), dtype="int64") else: array = Array(ctypes.c_double, int(size)) np_array = np.frombuffer(array.get_obj()) np_array = np_array.reshape(shape) if data is not None: if len(shape) != len(data.shape): raise ValueError("`data` must have the same shape as the created array.") same = all(x == y for x, y in zip(shape, data.shape)) if not same: raise ValueError("`data` must have the same shape as the created array.") np_array[:] = data return np_array class HRSampler(ABC): """ The abstract base class for hit-and-run samplers. New samplers should derive from this class where possible to provide a uniform interface. Parameters ---------- model : cobra.Model The cobra model from which to generate samples. thinning : int The thinning factor of the generated sampling chain. A thinning of 10 means samples are returned every 10 steps. nproj : int > 0, optional How often to reproject the sampling point into the feasibility space. Avoids numerical issues at the cost of lower sampling. If you observe many equality constraint violations with `sampler.validate` you should lower this number (default None). seed : int > 0, optional Sets the random number seed. Initialized to the current time stamp if None (default None). Attributes ---------- feasibility_tol: float The tolerance used for checking equalities feasibility. bounds_tol: float The tolerance used for checking bounds feasibility. n_samples : int The total number of samples that have been generated by this sampler instance. retries : int The overall of sampling retries the sampler has observed. Larger values indicate numerical instabilities. problem : Problem A NamedTuple whose attributes define the entire sampling problem in matrix form. warmup : numpy.matrix A numpy matrix with as many columns as reactions in the model and more than 3 rows containing a warmup sample in each row. None if no warmup points have been generated yet. fwd_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective forward variable. rev_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective reverse variable. """ def __init__( self, model: "Model", thinning: int, nproj: Optional[int] = None, seed: Optional[int] = None, **kwargs, ) -> None: """Initialize a new sampler object. Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. Raises ------ TypeError If integer problem is found. """ # This currently has to be done to reset the solver basis which is # required to get deterministic warmup point generation # (in turn required for a working `seed`) if model.solver.is_integer: raise TypeError("Sampling does not work with integer problems.") self.model = model.copy() self.feasibility_tol = model.tolerance self.bounds_tol = model.tolerance self.thinning = thinning if nproj is None: self.nproj = int(min(len(self.model.variables) ** 3, 1e6)) else: self.nproj = nproj self.n_samples = 0 self.retries = 0 self.problem = self.__build_problem() # Set up a map from reaction -> forward/reverse variable var_idx = {v: idx for idx, v in enumerate(self.model.variables)} self.fwd_idx = np.array( [var_idx[r.forward_variable] for r in self.model.reactions] ) self.rev_idx = np.array( [var_idx[r.reverse_variable] for r in self.model.reactions] ) self.warmup = None if seed is None: self._seed = int(time()) else: self._seed = seed # Avoid overflow self._seed = self._seed % np.iinfo(np.int32).max def __build_problem(self) -> Problem: """Build the matrix representation of the sampling problem. Returns ------- Problem The matrix representation in the form of a NamedTuple. """ # Set up the mathematical problem prob = constraint_matrices(self.model, zero_tol=self.feasibility_tol) # check if there any non-zero equality constraints equalities = prob.equalities b = prob.b bounds = np.atleast_2d(prob.bounds).T var_bounds = np.atleast_2d(prob.variable_bounds).T homogeneous = all(np.abs(b) < self.feasibility_tol) fixed_non_zero = np.abs(prob.variable_bounds[:, 1]) > self.feasibility_tol fixed_non_zero &= prob.variable_fixed # check if there are any non-zero fixed variables, add them as # equalities to the stoichiometric matrix if any(fixed_non_zero): n_fixed = fixed_non_zero.sum() rows = np.zeros((n_fixed, prob.equalities.shape[1])) rows[range(n_fixed), np.where(fixed_non_zero)] = 1.0 equalities = np.vstack([equalities, rows]) var_b = prob.variable_bounds[:, 1] b = np.hstack([b, var_b[fixed_non_zero]]) homogeneous = False # Set up a projection that can cast point into the nullspace nulls = nullspace(equalities) # convert bounds to a matrix and add variable bounds as well return Problem( equalities=shared_np_array(equalities.shape, equalities), b=shared_np_array(b.shape, b), inequalities=shared_np_array(prob.inequalities.shape, prob.inequalities), bounds=shared_np_array(bounds.shape, bounds), variable_fixed=shared_np_array( prob.variable_fixed.shape, prob.variable_fixed, integer=True ), variable_bounds=shared_np_array(var_bounds.shape, var_bounds), nullspace=shared_np_array(nulls.shape, nulls), homogeneous=homogeneous, ) def generate_fva_warmup(self) -> None: """Generate the warmup points for the sampler. Generates warmup points by setting each flux as the sole objective and minimizing/maximizing it. Also caches the projection of the warmup points into the nullspace for non-homogeneous problems (only if necessary). Raises ------ ValueError If flux cone contains a single point or the problem is inhomogeneous. """ self.n_warmup = 0 reactions = self.model.reactions self.warmup = np.zeros((2 * len(reactions), len(self.model.variables))) self.model.objective = Zero for sense in ("min", "max"): self.model.objective_direction = sense for i, r in enumerate(reactions): variables = ( self.model.variables[self.fwd_idx[i]], self.model.variables[self.rev_idx[i]], ) # Omit fixed reactions if they are non-homogeneous if r.upper_bound - r.lower_bound < self.bounds_tol: logger.info(f"Skipping fixed reaction {r.id}") continue self.model.objective.set_linear_coefficients( {variables[0]: 1, variables[1]: -1} ) self.model.slim_optimize() if not self.model.solver.status == OPTIMAL: logger.info(f"Cannot maximize reaction {r.id}, skipping it.") continue primals = self.model.solver.primal_values sol = [primals[v.name] for v in self.model.variables] self.warmup[ self.n_warmup, ] = sol self.n_warmup += 1 # Reset objective self.model.objective.set_linear_coefficients( {variables[0]: 0, variables[1]: 0} ) # Shrink to measure self.warmup = self.warmup[0 : self.n_warmup, :] # Remove redundant search directions keep = np.logical_not(self._is_redundant(self.warmup)) self.warmup = self.warmup[keep, :] self.n_warmup = self.warmup.shape[0] # Catch some special cases if len(self.warmup.shape) == 1 or self.warmup.shape[0] == 1: raise ValueError("Flux cone only consists a single point.") elif self.n_warmup == 2: if not self.problem.homogeneous: raise ValueError( "Cannot sample from an inhomogenous problem " "with only 2 search directions." ) logger.info("All search directions on a line, adding another one.") newdir = self.warmup.T.dot([0.25, 0.25]) self.warmup = np.vstack([self.warmup, newdir]) self.n_warmup += 1 # Shrink warmup points to measure self.warmup = shared_np_array( (self.n_warmup, len(self.model.variables)), self.warmup ) def _reproject(self, p: np.ndarray) -> np.ndarray: """Reproject a point into the feasibility region. This function is guaranteed to return a new feasible point. However, no guarantee can be made in terms of proximity to the original point. Parameters ---------- p : numpy.array The current sample point. Returns ------- numpy.array A new feasible point. If `p` is feasible, it will return `p`. """ nulls = self.problem.nullspace equalities = self.problem.equalities # don't reproject if point is feasible if np.allclose( equalities.dot(p), self.problem.b, rtol=0, atol=self.feasibility_tol ): new = p else: logger.info( f"Feasibility violated in sample {self.n_samples}, trying to reproject." ) new = nulls.dot(nulls.T.dot(p)) # Projections may violate bounds # set to random point in space in that case if any(new != p): logger.info( f"Re-projection failed in sample {self.n_samples}, " "using random point in space." ) new = self._random_point() return new def _random_point(self) -> np.ndarray: """Find an approximately random point in the flux cone.""" idx = np.random.randint( self.n_warmup, size=min(2, np.ceil(np.sqrt(self.n_warmup))) ) return self.warmup[idx, :].mean(axis=0) def _is_redundant(self, matrix: np.matrix, cutoff: Optional[float] = None) -> bool: """Identify redundant rows in a matrix that can be removed.""" cutoff = 1.0 - self.feasibility_tol # Avoid zero variances extra_col = matrix[:, 0] + 1 # Avoid zero rows being correlated with constant rows extra_col[matrix.sum(axis=1) == 0] = 2 corr = np.corrcoef(np.c_[matrix, extra_col]) corr = np.tril(corr, -1) return (np.abs(corr) > cutoff).any(axis=1) def _bounds_dist(self, p: np.ndarray) -> np.ndarray: """Get the lower and upper bound distances. Negative is bad.""" prob = self.problem lb_dist = ( p - prob.variable_bounds[ 0, ] ).min() ub_dist = ( prob.variable_bounds[ 1, ] - p ).min() if prob.bounds.shape[0] > 0: const = prob.inequalities.dot(p) const_lb_dist = ( const - prob.bounds[ 0, ] ).min() const_ub_dist = ( prob.bounds[ 1, ] - const ).min() lb_dist = min(lb_dist, const_lb_dist) ub_dist = min(ub_dist, const_ub_dist) return np.array([lb_dist, ub_dist]) @abstractmethod def sample(self, n: int, fluxes: bool = True) -> pd.DataFrame: """Abstract sampling function. Should be overwritten by child classes. Parameters ---------- n : int The number of samples that are generated at once. fluxes : bool, optional Whether to return fluxes or the internal solver variables. If set to False, will return a variable for each forward and backward flux as well as all additional variables you might have defined in the model (default True). Returns ------- pandas.DataFrame Returns a pandas DataFrame with `n` rows, each containing a flux sample. """ raise NotImplementedError( "This method needs to be implemented by the subclass." ) def batch( self, batch_size: int, batch_num: int, fluxes: bool = True ) -> pd.DataFrame: """Create a batch generator. This is useful to generate `batch_num` batches of `batch_size` samples each. Parameters ---------- batch_size : int The number of samples contained in each batch. batch_num : int The number of batches in the generator. fluxes : bool, optional Whether to return fluxes or the internal solver variables. If set to False, will return a variable for each forward and backward flux as well as all additional variables you might have defined in the model (default True). Yields ------ pandas.DataFrame A DataFrame with dimensions (batch_size x n_r) containing a valid flux sample for a total of n_r reactions (or variables if fluxes=False) in each row. """ for _ in range(batch_num): yield self.sample(batch_size, fluxes=fluxes) def validate(self, samples: np.matrix) -> np.ndarray: """Validate a set of samples for equality and inequality feasibility. Can be used to check whether the generated samples and warmup points are feasible. Parameters ---------- samples : numpy.matrix Must be of dimension (samples x n_reactions). Contains the samples to be validated. Samples must be from fluxes. Returns ------- numpy.array A one-dimensional numpy array containing a code of 1 to 3 letters denoting the validation result: - 'v' means feasible in bounds and equality constraints - 'l' means a lower bound violation - 'u' means a lower bound validation - 'e' means and equality constraint violation Raises ------ ValueError If wrong number of columns. """ samples = np.atleast_2d(samples) prob = self.problem if samples.shape[1] == len(self.model.reactions): S = create_stoichiometric_matrix(self.model) b = np.array( [self.model.constraints[m.id].lb for m in self.model.metabolites] ) bounds = np.array([r.bounds for r in self.model.reactions]).T elif samples.shape[1] == len(self.model.variables): S = prob.equalities b = prob.b bounds = prob.variable_bounds else: raise ValueError( "Wrong number of columns. Samples must have a " "column for each flux or variable defined in the " "model." ) feasibility = np.abs(S.dot(samples.T).T - b).max(axis=1) lb_error = ( samples - bounds[ 0, ] ).min(axis=1) ub_error = ( bounds[ 1, ] - samples ).min(axis=1) if samples.shape[1] == len(self.model.variables) and prob.inequalities.shape[0]: consts = prob.inequalities.dot(samples.T) lb_error = np.minimum( lb_error, ( consts - prob.bounds[ 0, ] ).min(axis=1), ) ub_error = np.minimum( ub_error, ( prob.bounds[ 1, ] - consts ).min(axis=1), ) valid = ( (feasibility < self.feasibility_tol) & (lb_error > -self.bounds_tol) & (ub_error > -self.bounds_tol) ) codes = np.repeat("", valid.shape[0]).astype(np.dtype((str, 3))) codes[valid] = "v" codes[lb_error <= -self.bounds_tol] = np.char.add( codes[lb_error <= -self.bounds_tol], "l" ) codes[ub_error <= -self.bounds_tol] = np.char.add( codes[ub_error <= -self.bounds_tol], "u" ) codes[feasibility > self.feasibility_tol] = np.char.add( codes[feasibility > self.feasibility_tol], "e" ) return codes cobrapy-0.23.0/src/cobra/sampling/optgp.py000066400000000000000000000212641417337024700204420ustar00rootroot00000000000000"""Provide the OptGP sampler class and helper functions.""" from typing import TYPE_CHECKING, Dict, Optional, Tuple import numpy as np import pandas as pd from ..core.configuration import Configuration from ..util import ProcessPool from .core import step from .hr_sampler import HRSampler, shared_np_array if TYPE_CHECKING: from cobra import Model __all__ = ("OptGPSampler",) configuration = Configuration() class OptGPSampler(HRSampler): """ Improved Artificial Centering Hit-and-Run sampler. A parallel sampler with fast convergence and parallel execution. See [1]_ for details. Parameters ---------- model : cobra.Model The cobra model from which to generate samples. processes: int, optional The number of processes used during sampling (default cobra.Configuration.processes). thinning : int, optional The thinning factor of the generated sampling chain. A thinning of 10 means samples are returned every 10 steps (default 100). nproj : int > 0, optional How often to reproject the sampling point into the feasibility space. Avoids numerical issues at the cost of lower sampling. If you observe many equality constraint violations with `sampler.validate` you should lower this number (default None). seed : int > 0, optional Sets the random number seed. Initialized to the current time stamp if None (default None). Attributes ---------- n_samples : int The total number of samples that have been generated by this sampler instance. problem : typing.NamedTuple A NamedTuple whose attributes define the entire sampling problem in matrix form. warmup : numpy.matrix A numpy matrix with as many columns as reactions in the model and more than 3 rows containing a warmup sample in each row. None if no warmup points have been generated yet. retries : int The overall of sampling retries the sampler has observed. Larger values indicate numerical instabilities. fwd_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective forward variable. rev_idx : numpy.array A numpy array having one entry for each reaction in the model, containing the index of the respective reverse variable. prev : numpy.array The current/last flux sample generated. center : numpy.array The center of the sampling space as estimated by the mean of all previously generated samples. Notes ----- The sampler is very similar to artificial centering where each process samples its own chain. Initial points are chosen randomly from the warmup points followed by a linear transformation that pulls the points a little bit towards the center of the sampling space. If the number of processes used is larger than the one requested, number of samples is adjusted to the smallest multiple of the number of processes larger than the requested sample number. For instance, if you have 3 processes and request 8 samples, you will receive 9. Memory usage is roughly in the order of (2 * number of reactions)^2 due to the required nullspace matrices and warmup points. So, large models easily take up a few GBs of RAM. However, most of the large matrices are kept in shared memory. So the RAM usage is independent of the number of processes. References ---------- .. [1] Megchelenbrink W, Huynen M, Marchiori E (2014) optGpSampler: An Improved Tool for Uniformly Sampling the Solution-Space of Genome-Scale Metabolic Networks. PLoS ONE 9(2): e86587. https://doi.org/10.1371/journal.pone.0086587 """ def __init__( self, model: "Model", thinning: int = 100, processes: Optional[int] = None, nproj: Optional[int] = None, seed: Optional[int] = None, **kwargs ) -> None: """Initialize a new OptGPSampler.""" super().__init__(model, thinning, nproj=nproj, seed=seed, *kwargs) self.generate_fva_warmup() if processes is None: self.processes = configuration.processes else: self.processes = processes # This maps our saved center into shared memory, # meaning they are synchronized across processes self.center = shared_np_array( (len(self.model.variables),), self.warmup.mean(axis=0) ) def sample(self, n: int, fluxes: bool = True) -> pd.DataFrame: """Generate a set of samples. This is the basic sampling function for all hit-and-run samplers. Parameters ---------- n : int The minimum number of samples that are generated at once. fluxes : bool, optional Whether to return fluxes or the internal solver variables. If set to False, will return a variable for each forward and backward flux as well as all additional variables you might have defined in the model (default True). Returns ------- pandas.DataFrame Returns a pandas DataFrame with `n` rows, each containing a flux sample. Notes ----- Performance of this function linearly depends on the number of reactions in your model and the thinning factor. If the number of processes is larger than one, computation is split across the CPU cores of your machine. This may shorten computation time. However, there is also overhead in setting up parallel computation primitives so, we recommend to calculate large numbers of samples at once (`n` > 1000). """ if self.processes > 1: n_process = np.ceil(n / self.processes).astype(int) n = n_process * self.processes # The cast to list is weird but not doing it gives recursion # limit errors, something weird going on with multiprocessing args = list(zip([n_process] * self.processes, range(self.processes))) with ProcessPool( self.processes, initializer=mp_init, initargs=(self,) ) as pool: results = pool.map(_sample_chain, args, chunksize=1) chains = np.vstack([r[1] for r in results]) self.retries += sum(r[0] for r in results) else: mp_init(self) results = _sample_chain((n, 0)) chains = results[1] # Update the global center self.center = (self.n_samples * self.center + np.atleast_2d(chains).sum(0)) / ( self.n_samples + n ) self.n_samples += n if fluxes: names = [r.id for r in self.model.reactions] return pd.DataFrame( chains[:, self.fwd_idx] - chains[:, self.rev_idx], columns=names, ) else: names = [v.name for v in self.model.variables] return pd.DataFrame(chains, columns=names) # Models can be large so don't pass them around during multiprocessing def __getstate__(self) -> Dict: """Return the object for serialization.""" d = dict(self.__dict__) del d["model"] return d def mp_init(obj: OptGPSampler) -> None: """Initialize the multiprocessing pool.""" global sampler sampler = obj # Unfortunately this has to be outside the class to be usable with # multiprocessing :() def _sample_chain(args: Tuple[int, int]) -> Tuple[int, OptGPSampler]: """Sample a single chain for OptGPSampler. `center` and `n_samples` are updated locally and forgotten afterwards. """ n, idx = args # has to be this way to work in Python 2.7 center = sampler.center np.random.seed((sampler._seed + idx) % np.iinfo(np.int32).max) pi = np.random.randint(sampler.n_warmup) prev = sampler.warmup[pi, :] prev = step(sampler, center, prev - center, 0.95) n_samples = max(sampler.n_samples, 1) samples = np.zeros((n, center.shape[0])) for i in range(1, sampler.thinning * n + 1): pi = np.random.randint(sampler.n_warmup) delta = sampler.warmup[pi, :] - center prev = step(sampler, prev, delta) if sampler.problem.homogeneous and ( n_samples * sampler.thinning % sampler.nproj == 0 ): prev = sampler._reproject(prev) center = sampler._reproject(center) if i % sampler.thinning == 0: samples[i // sampler.thinning - 1, :] = prev center = (n_samples * center) / (n_samples + 1) + prev / (n_samples + 1) n_samples += 1 return (sampler.retries, samples) cobrapy-0.23.0/src/cobra/sampling/sampling.py000066400000000000000000000064261417337024700211260ustar00rootroot00000000000000"""Provide a wrapper function for performing flux sampling of cobra models.""" from typing import TYPE_CHECKING, Optional import pandas as pd from .achr import ACHRSampler from .optgp import OptGPSampler if TYPE_CHECKING: from cobra import Model def sample( model: "Model", n: int, method: str = "optgp", thinning: int = 100, processes: int = 1, seed: Optional[int] = None, ) -> pd.DataFrame: """Sample valid flux distributions from a cobra model. Currently, two methods are supported: 1. 'optgp' (default) which uses the OptGPSampler that supports parallel sampling. Requires large numbers of samples to be performant (`n` > 1000). For smaller samples, 'achr' might be better suited. For details, refer [1]_ . 2. 'achr' which uses artificial centering hit-and-run. This is a single process method with good convergence. For details, refer [2]_ . Parameters ---------- model : cobra.Model The model from which to sample flux distributions. n : int The number of samples to obtain. When using 'optgp', this must be a multiple of `processes`, otherwise a larger number of samples will be returned. method : {"optgp", "achr"}, optional The sampling algorithm to use (default "optgp"). thinning : int, optional The thinning factor of the generated sampling chain. A thinning of 10 means samples are returned every 10 steps. Defaults to 100 which in benchmarks gives approximately uncorrelated samples. If set to 1 will return all iterates (default 100). processes : int, optional Only used for 'optgp'. The number of processes used to generate samples (default 1). seed : int > 0, optional Sets the random number seed. Initialized to the current time stamp if None (default None). Returns ------- pandas.DataFrame The generated flux samples. Each row corresponds to a sample of the fluxes and the columns are the reactions. Notes ----- The samplers have a correction method to ensure equality feasibility for long-running chains, however this will only work for homogeneous models, meaning models with no non-zero fixed variables or constraints ( right-hand side of the equalities are zero). References ---------- .. [1] Megchelenbrink W, Huynen M, Marchiori E (2014) optGpSampler: An Improved Tool for Uniformly Sampling the Solution-Space of Genome-Scale Metabolic Networks. PLoS ONE 9(2): e86587. https://doi.org/10.1371/journal.pone.0086587 .. [2] Direction Choice for Accelerated Convergence in Hit-and-Run Sampling David E. Kaufman, Robert L. Smith Operations Research 199846:1 , 84-95 https://doi.org/10.1287/opre.46.1.84 """ if method == "optgp": sampler = OptGPSampler(model, processes=processes, thinning=thinning, seed=seed) elif method == "achr": sampler = ACHRSampler(model, thinning=thinning, seed=seed) else: raise ValueError( f'Invalid value: "{method}" for method used. ' 'The value must be "optgp" or "achr".' ) return pd.DataFrame( columns=[rxn.id for rxn in model.reactions], data=sampler.sample(n) ) cobrapy-0.23.0/src/cobra/summary/000077500000000000000000000000001417337024700166155ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/summary/__init__.py000066400000000000000000000002451417337024700207270ustar00rootroot00000000000000from .summary import Summary from .metabolite_summary import MetaboliteSummary from .reaction_summary import ReactionSummary from .model_summary import ModelSummary cobrapy-0.23.0/src/cobra/summary/metabolite_summary.py000066400000000000000000000333561417337024700231030ustar00rootroot00000000000000"""Provide the metabolite summary class.""" import logging from operator import attrgetter from textwrap import shorten from typing import TYPE_CHECKING, List, Optional, Union import pandas as pd from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import Summary if TYPE_CHECKING: from cobra.core import Metabolite, Model, Reaction, Solution logger = logging.getLogger(__name__) class MetaboliteSummary(Summary): """ Define the metabolite summary. Attributes ---------- producing_flux : pandas.DataFrame A pandas DataFrame of only the producing fluxes. consuming_flux : pandas.DataFrame A pandas DataFrame of only the consuming fluxes. See Also -------- Summary : Parent that defines further attributes. ReactionSummary ModelSummary """ def __init__( self, *, metabolite: "Metabolite", model: "Model", solution: Optional["Solution"] = None, fva: Optional[Union[float, pd.DataFrame]] = None, **kwargs, ) -> None: """ Initialize a metabolite summary. Parameters ---------- metabolite : cobra.Metabolite The metabolite object whose summary we intend to get. model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. See Also -------- Summary : Parent that has further default parameters. ReactionSummary ModelSummary """ super().__init__(**kwargs) self._metabolite = metabolite.copy() self._reactions: List["Reaction"] = [ r.copy() for r in sorted(metabolite.reactions, key=attrgetter("id")) ] self.producing_flux: Optional[pd.DataFrame] = None self.consuming_flux: Optional[pd.DataFrame] = None self._generate(model, solution, fva) def _generate( self, model: "Model", solution: Optional["Solution"], fva: Optional[Union[float, pd.DataFrame]], ) -> None: """ Prepare the data for the summary instance. Parameters ---------- model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution. fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched. """ super()._generate(model=model, solution=solution, fva=fva) if solution is None: logger.info("Generating new parsimonious flux distribution.") solution = pfba(model) if isinstance(fva, float): logger.info("Performing flux variability analysis.") fva = flux_variability_analysis( model=model, reaction_list=[r.id for r in self._reactions], fraction_of_optimum=fva, ) # Create the basic flux table. flux = pd.DataFrame( data=[ ( r.id, solution[r.id], r.get_coefficient(self._metabolite.id), ) for r in self._reactions ], columns=["reaction", "flux", "factor"], index=[r.id for r in self._reactions], ) # Scale fluxes by stoichiometric coefficient. flux["flux"] *= flux["factor"] if fva is not None: flux = flux.join(fva) view = flux[["flux", "minimum", "maximum"]] # Set fluxes below model tolerance to zero. flux[["flux", "minimum", "maximum"]] = view.where( view.abs() >= model.tolerance, 0 ) # Create the scaled compound flux. flux[["minimum", "maximum"]] = flux[["minimum", "maximum"]].mul( flux["factor"], axis=0 ) # Negative factors invert the minimum/maximum relationship. negative = flux["factor"] < 0 tmp = flux.loc[negative, "maximum"] flux.loc[negative, "maximum"] = flux.loc[negative, "minimum"] flux.loc[negative, "minimum"] = tmp # Add zero to turn negative zero into positive zero for nicer display later. flux[["flux", "minimum", "maximum"]] += 0 else: # Set fluxes below model tolerance to zero. flux.loc[flux["flux"].abs() < model.tolerance, "flux"] = 0 # Add zero to turn negative zero into positive zero for nicer display later. flux["flux"] += 0 # Create production table from producing fluxes or zero fluxes where the # metabolite is a product in the reaction. is_produced = (flux["flux"] > 0) | ((flux["flux"] == 0) & (flux["factor"] > 0)) if fva is not None: self.producing_flux = flux.loc[ is_produced, ["flux", "minimum", "maximum", "reaction"] ].copy() else: self.producing_flux = flux.loc[is_produced, ["flux", "reaction"]].copy() production = self.producing_flux["flux"].abs() self.producing_flux["percent"] = production / production.sum() # Create consumption table from consuming fluxes or zero fluxes where the # metabolite is a substrate in the reaction. is_consumed = (flux["flux"] < 0) | ((flux["flux"] == 0) & (flux["factor"] < 0)) if fva is not None: self.consuming_flux = flux.loc[ is_consumed, ["flux", "minimum", "maximum", "reaction"] ].copy() else: self.consuming_flux = flux.loc[is_consumed, ["flux", "reaction"]].copy() consumption = self.consuming_flux["flux"].abs() self.consuming_flux["percent"] = consumption / consumption.sum() self._flux = flux def _display_flux( self, frame: pd.DataFrame, names: bool, threshold: float ) -> pd.DataFrame: """ Transform a flux data frame for display. Parameters ---------- frame : pandas.DataFrame Either the producing or the consuming fluxes. names : bool Whether or not elements should be displayed by their common names. threshold : float Hide fluxes below the threshold from being displayed. Returns ------- pandas.DataFrame The transformed pandas DataFrame with flux percentages and reaction definitions. """ if "minimum" in frame.columns and "maximum" in frame.columns: frame = frame.loc[ (frame["flux"].abs() >= threshold) | (frame["minimum"].abs() >= threshold) | (frame["maximum"].abs() >= threshold), :, ].copy() else: frame = frame.loc[frame["flux"].abs() >= threshold, :].copy() reactions = {r.id: r for r in self._reactions} frame["definition"] = [ reactions[rxn_id].build_reaction_string(names) for rxn_id in frame["reaction"] ] if "minimum" in frame.columns and "maximum" in frame.columns: frame["range"] = list( frame[["minimum", "maximum"]].itertuples(index=False, name=None) ) return frame[["percent", "flux", "range", "reaction", "definition"]] else: return frame[["percent", "flux", "reaction", "definition"]] @staticmethod def _string_table(frame: pd.DataFrame, float_format: str, column_width: int) -> str: """ Create a pretty string representation of the data frame. Parameters ---------- frame : pandas.DataFrame A pandas DataFrame of fluxes. float_format : str Format string for floats. column_width : int The maximum column width for each row. Returns ------- str The data frame formatted as a pretty string. """ frame.columns = [header.title() for header in frame.columns] return frame.to_string( header=True, index=False, na_rep="", formatters={ "Percent": "{:.2%}".format, "Flux": f"{{:{float_format}}}".format, "Range": lambda pair: f"[{pair[0]:{float_format}}; " f"{pair[1]:{float_format}}]", }, max_colwidth=column_width, ) @staticmethod def _html_table(frame: pd.DataFrame, float_format: str) -> str: """ Create an HTML representation of the data frame. Parameters ---------- frame : pandas.DataFrame A pandas DataFrame of fluxes. float_format : str Format string for floats. Returns ------- str The data frame formatted as HTML. """ frame.columns = [header.title() for header in frame.columns] return frame.to_html( header=True, index=False, na_rep="", formatters={ "Percent": "{:.2%}".format, "Flux": f"{{:{float_format}}}".format, "Range": lambda pair: f"[{pair[0]:{float_format}}; " f" {pair[1]:{float_format}}]", }, ) def to_string( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", column_width: int = 79, ) -> str: """ Return a pretty string representation of the metabolite summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). column_width : int, optional The maximum column width for each row (default 79). Returns ------- str The summary formatted as a pretty string. """ threshold = self._normalize_threshold(threshold) if names: metabolite = shorten( self._metabolite.name, width=column_width, placeholder="..." ) else: metabolite = shorten( self._metabolite.id, width=column_width, placeholder="..." ) production = self._string_table( self._display_flux(self.producing_flux, names, threshold), float_format, column_width, ) consumption = self._string_table( self._display_flux(self.consuming_flux, names, threshold), float_format, column_width, ) return ( f"{metabolite}\n" f"{'=' * len(metabolite)}\n" f"Formula: {self._metabolite.formula}\n\n" f"Producing Reactions\n" f"-------------------\n" f"{production}\n\n" f"Consuming Reactions\n" f"-------------------\n" f"{consumption}" ) def to_html( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", ) -> str: """ Return a rich HTML representation of the metabolite summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). Returns ------- str The summary formatted as HTML. """ threshold = self._normalize_threshold(threshold) if names: metabolite = self._metabolite.name else: metabolite = self._metabolite.id production = self._html_table( self._display_flux(self.producing_flux, names, threshold), float_format, ) consumption = self._html_table( self._display_flux(self.consuming_flux, names, threshold), float_format, ) return ( f"

{metabolite}

" f"

{self._metabolite.formula}

" f"

Producing Reactions

" f"{production}" f"

Consuming Reactions

" f"{consumption}" ) cobrapy-0.23.0/src/cobra/summary/model_summary.py000066400000000000000000000372241417337024700220540ustar00rootroot00000000000000"""Provide the model summary class.""" import logging from operator import attrgetter from typing import TYPE_CHECKING, Dict, List, Optional, Union import pandas as pd from cobra.core import Reaction from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import Summary from cobra.util.solver import linear_reaction_coefficients if TYPE_CHECKING: from cobra.core import Metabolite, Model, Solution logger = logging.getLogger(__name__) class ModelSummary(Summary): """ Define the model summary. Attributes ---------- uptake_flux : pandas.DataFrame A pandas DataFrame of only the uptake fluxes. secretion_flux : pandas.DataFrame A pandas DataFrame of only the consuming fluxes. See Also -------- Summary : Parent that defines further attributes. MetaboliteSummary ReactionSummary """ def __init__( self, *, model: "Model", solution: Optional["Solution"] = None, fva: Optional[Union[float, pd.DataFrame]] = None, **kwargs, ): """ Initialize a model summary. Parameters ---------- model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. See Also -------- Summary : Parent that has further default parameters. MetaboliteSummary ReactionSummary """ super().__init__(**kwargs) self._objective = None self._objective_value = None self._boundary = None self._boundary_metabolites = None self.uptake_flux: Optional[pd.DataFrame] = None self.secretion_flux: Optional[pd.DataFrame] = None self._generate(model, solution, fva) def _generate( self, model: "Model", solution: Optional["Solution"], fva: Optional[Union[float, pd.DataFrame]], ) -> None: """ Prepare the data for the summary instance. Parameters ---------- model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution. fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched. """ super()._generate(model=model, solution=solution, fva=fva) coefficients = linear_reaction_coefficients(model) if solution is None: logger.info("Generating new parsimonious flux distribution.") solution = pfba(model) if isinstance(fva, float): logger.info("Performing flux variability analysis.") fva = flux_variability_analysis( model=model, reaction_list=model.boundary, fraction_of_optimum=fva, ) if coefficients: self._objective: Dict["Reaction", float] = { rxn.copy(): coef for rxn, coef in coefficients.items() } self._objective_value: float = sum( solution[rxn.id] * coef for rxn, coef in self._objective.items() ) else: logger.warning( "Non-linear or non-reaction model objective. Falling back to minimal " "display." ) self._objective = { Reaction(id="Expression", name="Expression"): float("nan") } self._objective_value: float = float("nan") self._boundary: List["Reaction"] = [ rxn.copy() for rxn in sorted(model.boundary, key=attrgetter("id")) ] self._boundary_metabolites: List["Metabolite"] = [ met.copy() for rxn in self._boundary for met in rxn.metabolites ] flux = pd.DataFrame( data=[ (rxn.id, met.id, rxn.get_coefficient(met.id), solution[rxn.id]) for rxn, met in zip(self._boundary, self._boundary_metabolites) ], columns=["reaction", "metabolite", "factor", "flux"], index=[r.id for r in self._boundary], ) # Scale fluxes by stoichiometric coefficient. flux["flux"] *= flux["factor"] if fva is not None: flux = flux.join(fva) view = flux[["flux", "minimum", "maximum"]] # Set fluxes below model tolerance to zero. flux[["flux", "minimum", "maximum"]] = view.where( view.abs() >= model.tolerance, 0 ) # Create the scaled compound flux. flux[["minimum", "maximum"]] = flux[["minimum", "maximum"]].mul( flux["factor"], axis=0 ) # Negative factors invert the minimum/maximum relationship. negative = flux["factor"] < 0 tmp = flux.loc[negative, "maximum"] flux.loc[negative, "maximum"] = flux.loc[negative, "minimum"] flux.loc[negative, "minimum"] = tmp # Add zero to turn negative zero into positive zero for nicer display later. flux[["flux", "minimum", "maximum"]] += 0 else: # Set fluxes below model tolerance to zero. flux.loc[flux["flux"].abs() < model.tolerance, "flux"] = 0 # Add zero to turn negative zero into positive zero for nicer display later. flux["flux"] += 0 # Create production table from producing fluxes or zero fluxes where the # metabolite is a product in the reaction. is_produced = (flux["flux"] > 0) | ((flux["flux"] == 0) & (flux["factor"] > 0)) if fva is not None: self.uptake_flux = flux.loc[ is_produced, ["flux", "minimum", "maximum", "reaction", "metabolite"] ].copy() else: self.uptake_flux = flux.loc[ is_produced, ["flux", "reaction", "metabolite"] ].copy() # Create consumption table from consuming fluxes or zero fluxes where the # metabolite is a substrate in the reaction. is_consumed = (flux["flux"] < 0) | ((flux["flux"] == 0) & (flux["factor"] < 0)) if fva is not None: self.secretion_flux = flux.loc[ is_consumed, ["flux", "minimum", "maximum", "reaction", "metabolite"] ].copy() else: self.secretion_flux = flux.loc[ is_consumed, ["flux", "reaction", "metabolite"] ].copy() self._flux = flux def _display_flux( self, frame: pd.DataFrame, names: bool, element: str, threshold: float ) -> pd.DataFrame: """ Transform a flux data frame for display. Parameters ---------- frame : pandas.DataFrame Either the producing or the consuming fluxes. names : bool Whether or not elements should be displayed by their common names. element : str The atomic element to summarize fluxes for. threshold : float Hide fluxes below the threshold from being displayed. Returns ------- pandas.DataFrame The transformed pandas DataFrame with flux percentages and reaction definitions. """ if "minimum" in frame.columns and "maximum" in frame.columns: frame = frame.loc[ (frame["flux"].abs() >= threshold) | (frame["minimum"].abs() >= threshold) | (frame["maximum"].abs() >= threshold), :, ].copy() else: frame = frame.loc[frame["flux"].abs() >= threshold, :].copy() metabolites = {m.id: m for m in self._boundary_metabolites} element_num = f"{element}-Number" frame[element_num] = [ metabolites[met_id].elements.get(element, 0) for met_id in frame["metabolite"] ] element_percent = f"{element}-Flux" frame[element_percent] = frame[element_num] * frame["flux"].abs() total = frame[element_percent].sum() if total > 0.0: frame[element_percent] /= total frame[element_percent] = [f"{x:.2%}" for x in frame[element_percent]] if names: frame["metabolite"] = [ metabolites[met_id].name for met_id in frame["metabolite"] ] if "minimum" in frame.columns and "maximum" in frame.columns: frame["range"] = list( frame[["minimum", "maximum"]].itertuples(index=False, name=None) ) return frame[ [ "metabolite", "reaction", "flux", "range", element_num, element_percent, ] ] else: return frame[ ["metabolite", "reaction", "flux", element_num, element_percent] ] @staticmethod def _string_table(frame: pd.DataFrame, float_format: str, column_width: int) -> str: """ Create a pretty string representation of the data frame. Parameters ---------- frame : pandas.DataFrame A pandas DataFrame of fluxes. float_format : str Format string for floats. column_width : int The maximum column width for each row. Returns ------- str The data frame formatted as a pretty string. """ frame.columns = [header.title() for header in frame.columns] return frame.to_string( header=True, index=False, na_rep="", formatters={ "Flux": f"{{:{float_format}}}".format, "Range": lambda pair: f"[{pair[0]:{float_format}}; " f"{pair[1]:{float_format}}]", }, max_colwidth=column_width, ) @staticmethod def _html_table(frame: pd.DataFrame, float_format: str) -> str: """ Create an HTML representation of the data frame. Parameters ---------- frame : pandas.DataFrame A pandas DataFrame of fluxes. float_format : str Format string for floats. Returns ------- str The data frame formatted as HTML. """ frame.columns = [header.title() for header in frame.columns] return frame.to_html( header=True, index=False, na_rep="", formatters={ "Flux": f"{{:{float_format}}}".format, "Range": lambda pair: f"[{pair[0]:{float_format}}; " f" {pair[1]:{float_format}}]", }, ) def _string_objective(self, names: bool) -> str: """ Return a string representation of the objective. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names. Returns ------- str The objective expression and value as a string. """ if names: objective = " + ".join( [f"{coef} {rxn.name}" for rxn, coef in self._objective.items()] ) else: objective = " + ".join( [f"{coef} {rxn.id}" for rxn, coef in self._objective.items()] ) return f"{objective} = {self._objective_value}" def to_string( self, names: bool = False, element: str = "C", threshold: Optional[float] = None, float_format: str = ".4G", column_width: int = 79, ) -> str: """ Return a pretty string representation of the model summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). element : str, optional The atomic element to summarize uptake and secretion for (default 'C'). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). column_width : int, optional The maximum column width for each row (default 79). Returns ------- str The summary formatted as a pretty string. """ threshold = self._normalize_threshold(threshold) objective = self._string_objective(names) uptake = self._string_table( self._display_flux(self.uptake_flux, names, element, threshold), float_format, column_width, ) secretion = self._string_table( self._display_flux(self.secretion_flux, names, element, threshold), float_format, column_width, ) return ( f"Objective\n" f"=========\n" f"{objective}\n\n" f"Uptake\n" f"------\n" f"{uptake}\n\n" f"Secretion\n" f"---------\n" f"{secretion}\n" ) def to_html( self, names: bool = False, element: str = "C", threshold: Optional[float] = None, float_format: str = ".4G", ) -> str: """ Return a rich HTML representation of the model summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). element : str, optional The atomic element to summarize uptake and secretion for (default 'C'). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). Returns ------- str The summary formatted as HTML. """ threshold = self._normalize_threshold(threshold) objective = self._string_objective(names) uptake = self._html_table( self._display_flux(self.uptake_flux, names, element, threshold), float_format, ) secretion = self._html_table( self._display_flux(self.secretion_flux, names, element, threshold), float_format, ) return ( f"

Objective

" f"

{objective}

" f"

Uptake

" f"{uptake}" f"

Secretion

" f"{secretion}" ) cobrapy-0.23.0/src/cobra/summary/reaction_summary.py000066400000000000000000000173301417337024700225540ustar00rootroot00000000000000"""Provide the reaction summary class.""" import logging from textwrap import dedent, shorten from typing import TYPE_CHECKING, Optional, Union import pandas as pd from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import Summary if TYPE_CHECKING: from cobra import Model, Reaction, Solution logger = logging.getLogger(__name__) class ReactionSummary(Summary): """ Define the reaction summary. See Also -------- Summary : Parent that defines further attributes. MetaboliteSummary ModelSummary """ def __init__( self, *, reaction: "Reaction", model: "Model", solution: Optional["Solution"] = None, fva: Optional[Union[float, pd.DataFrame]] = None, **kwargs, ) -> None: """ Initialize a reaction summary. Parameters ---------- reaction: cobra.Reaction The reaction object whose summary we intend to get. model : cobra.Model The metabolic model in which to generate a reaction summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution (default None). fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched (default None). Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. See Also -------- Summary : Parent that has further default parameters. MetaboliteSummary ModelSummary """ super(ReactionSummary, self).__init__(**kwargs) self._reaction = reaction.copy() self._generate(model, solution, fva) def _generate( self, model: "Model", solution: Optional["Solution"], fva: Optional[Union[float, pd.DataFrame]], ) -> None: """ Prepare the data for the summary instance. Parameters ---------- model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution. fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched. """ super()._generate(model=model, solution=solution, fva=fva) if solution is None: logger.info("Generating new parsimonious flux distribution.") solution = pfba(model) if isinstance(fva, float): logger.info("Performing flux variability analysis.") fva = flux_variability_analysis( model, reaction_list=[self._reaction], fraction_of_optimum=fva, ) # Create the basic flux table. self._flux = pd.DataFrame( data={"flux": [solution[self._reaction.id]]}, index=[self._reaction.id], ) if fva is not None: self._flux = self._flux.join(fva) def _string_flux( self, threshold: float, float_format: str, ) -> str: """ Transform a flux data frame to a string. Parameters ---------- threshold : float Hide fluxes below the threshold from being displayed. float_format : str Format string for floats. Returns ------- str A string representation of the flux (with ranges). """ if "minimum" in self._flux.columns and "maximum" in self._flux.columns: frame = self._flux.loc[ (self._flux["flux"].abs() >= threshold) | (self._flux["minimum"].abs() >= threshold) | (self._flux["maximum"].abs() >= threshold), :, ].copy() return ( f"{frame.at[self._reaction.id, 'flux']:{float_format}} " f"[{frame.at[self._reaction.id, 'minimum']:{float_format}}; " f"{frame.at[self._reaction.id, 'maximum']:{float_format}}]" ) else: frame = self._flux.loc[self._flux["flux"].abs() >= threshold, :].copy() return f"{frame.at[self._reaction.id, 'flux']:{float_format}}" def to_string( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", column_width: int = 79, ) -> str: """ Return a pretty string representation of the reaction summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). column_width : int, optional The maximum column width for each row (default 79). Returns ------- str The summary formatted as a pretty string. """ threshold = self._normalize_threshold(threshold) if names: header = shorten(self._reaction.name, width=column_width, placeholder="...") else: header = shorten(self._reaction.id, width=column_width, placeholder="...") flux = self._string_flux(threshold, float_format) return dedent( f""" {header} {'=' * len(header)} {self._reaction.build_reaction_string(use_metabolite_names=names)} Bounds: {self._reaction.lower_bound}, {self._reaction.upper_bound} Flux: {flux} """ ) def to_html( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", ) -> str: """ Return a rich HTML representation of the reaction summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). Returns ------- str The summary formatted as HTML. """ threshold = self._normalize_threshold(threshold) if names: header = self._reaction.name else: header = self._reaction.id flux = self._string_flux(threshold, float_format) return ( f"

{header}

" f"

{self._reaction.build_reaction_string(use_metabolite_names=names)}

" f"

Bounds: {self._reaction.lower_bound}, {self._reaction.upper_bound}

" f"

Flux: {flux}

" ) cobrapy-0.23.0/src/cobra/summary/summary.py000066400000000000000000000112411417337024700206630ustar00rootroot00000000000000"""Provide the abstract base summary class.""" import logging from abc import ABC, abstractmethod from typing import TYPE_CHECKING, Optional, Union import pandas as pd if TYPE_CHECKING: from cobra import Model, Solution logger = logging.getLogger(__name__) class Summary(ABC): """ Define the abstract base summary. See Also -------- MetaboliteSummary ReactionSummary ModelSummary """ def __init__( self, **kwargs, ) -> None: """ Initialize a summary. Other Parameters ---------------- kwargs : Further keyword arguments are passed on to the parent class. """ super().__init__(**kwargs) self._flux = None self._tolerance = None def _generate( self, model: "Model", solution: Optional["Solution"], fva: Optional[Union[float, pd.DataFrame]], ) -> None: """ Prepare the data for the summary instance. Parameters ---------- model : cobra.Model The metabolic model for which to generate a metabolite summary. solution : cobra.Solution, optional A previous model solution to use for generating the summary. If ``None``, the summary method will generate a parsimonious flux distribution. fva : pandas.DataFrame or float, optional Whether or not to include flux variability analysis in the output. If given, `fva` should either be a previous FVA solution matching the model or a float between 0 and 1 representing the fraction of the optimum objective to be searched. """ self._tolerance = model.tolerance def __str__(self) -> str: """Return a string representation of the summary.""" return self.to_string() def _repr_html_(self) -> str: """Return a rich HTML representation of the summary.""" return self.to_html() @property def tolerance(self) -> float: """Return the set threshold.""" return self._tolerance def _normalize_threshold(self, threshold: Optional[float]): """Return a sensible threshold value.""" if threshold is None: return self.tolerance else: if threshold < self.tolerance: logger.warning( "The chosen threshold cannot be less than the model's " "tolerance value. Using the tolerance instead." ) return self.tolerance else: return threshold @abstractmethod def to_string( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", column_width: int = 79, ) -> str: """ Return a pretty string representation of the summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). column_width : int, optional The maximum column width for each row (default 79). Returns ------- str The summary formatted as a pretty string. """ raise NotImplementedError( "This method needs to be implemented by the subclass." ) @abstractmethod def to_html( self, names: bool = False, threshold: Optional[float] = None, float_format: str = ".4G", ) -> str: """ Return a rich HTML representation of the metabolite summary. Parameters ---------- names : bool, optional Whether or not elements should be displayed by their common names (default False). threshold : float, optional Hide fluxes below the threshold from being displayed. If no value is given, the model tolerance is used (default None). float_format : str, optional Format string for floats (default '.4G'). Returns ------- str The summary formatted as HTML. """ raise NotImplementedError( "This method needs to be implemented by the subclass." ) def to_frame(self) -> pd.DataFrame: """Return the a data frame representation of the summary.""" return self._flux.copy() cobrapy-0.23.0/src/cobra/test/000077500000000000000000000000001417337024700160775ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/__init__.py000066400000000000000000000032621417337024700202130ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import from os.path import abspath, dirname, join from cobra.io import read_sbml_model try: import pytest import pytest_benchmark except ImportError: pytest = None try: from cPickle import load as _load except ImportError: from pickle import load as _load cobra_directory = abspath(join(dirname(abspath(__file__)), "..")) cobra_location = abspath(join(cobra_directory, "..")) data_dir = join(cobra_directory, "test", "data", "") def create_test_model(model_name="salmonella"): """Returns a cobra model for testing model_name: str One of 'ecoli', 'textbook', or 'salmonella', or the path to a pickled cobra.Model """ if model_name == "ecoli": ecoli_sbml = join(data_dir, "iJO1366.xml.gz") return read_sbml_model(ecoli_sbml) elif model_name == "textbook": textbook_sbml = join(data_dir, "textbook.xml.gz") return read_sbml_model(textbook_sbml) elif model_name == "mini": mini_sbml = join(data_dir, "mini_fbc2.xml") return read_sbml_model(mini_sbml) elif model_name == "salmonella": salmonella_pickle = join(data_dir, "salmonella.pickle") model_name = salmonella_pickle with open(model_name, "rb") as infile: return _load(infile) def test_all(args=None): """alias for running all unit-tests on installed cobra""" if pytest: args = args if args else [] return pytest.main( ["--pyargs", "cobra", "--benchmark-skip", "-v", "-rs"] + args ) else: raise ImportError( "missing package pytest and pytest_benchmark" " required for testing" ) cobrapy-0.23.0/src/cobra/test/conftest.py000066400000000000000000000056321417337024700203040ustar00rootroot00000000000000"""Define global fixtures.""" from os.path import join import pytest from cobra import Metabolite, Model, Reaction from cobra.test import create_test_model, data_dir from cobra.util import solver as sutil try: from cPickle import load as _load except ImportError: from pickle import load as _load def pytest_addoption(parser): try: parser.addoption("--run-slow", action="store_true", help="run slow tests") parser.addoption( "--run-non-deterministic", action="store_true", help="run tests that sometimes (rarely) fail", ) except ValueError: pass @pytest.fixture(scope="session") def data_directory(): return data_dir @pytest.fixture(scope="session") def empty_once(): return Model() @pytest.fixture(scope="function") def empty_model(empty_once): return empty_once.copy() @pytest.fixture(scope="session") def small_model(): return create_test_model("textbook") @pytest.fixture(scope="function") def model(small_model): return small_model.copy() @pytest.fixture(scope="session") def large_once(): return create_test_model("ecoli") @pytest.fixture(scope="function") def large_model(large_once): return large_once.copy() @pytest.fixture(scope="session") def medium_model(): return create_test_model("salmonella") @pytest.fixture(scope="function") def salmonella(medium_model): return medium_model.copy() @pytest.fixture(scope="function") def solved_model(data_directory): model = create_test_model("textbook") with open(join(data_directory, "textbook_solution.pickle"), "rb") as infile: solution = _load(infile) return solution, model @pytest.fixture(scope="session") def tiny_toy_model(): tiny = Model("Toy Model") m1 = Metabolite("M1") d1 = Reaction("ex1") d1.add_metabolites({m1: -1}) d1.upper_bound = 0 d1.lower_bound = -1000 tiny.add_reactions([d1]) tiny.objective = "ex1" return tiny stable_optlang = ["glpk", "cplex", "gurobi"] all_solvers = ["optlang-" + s for s in stable_optlang if s in sutil.solvers] @pytest.fixture(params=all_solvers, scope="session") def opt_solver(request): return request.param @pytest.fixture(scope="function") def metabolites(model, request): if request.param == "exchange": return [ met for met in model.metabolites if met.compartment == "e" and "EX_" + met.id not in model.reactions ] elif request.param == "demand": return [ met for met in model.metabolites if met.compartment == "c" and "DM_" + met.id not in model.reactions ] elif request.param == "sink": return [ met for met in model.metabolites if met.compartment == "c" and "SK_" + met.id not in model.reactions ] else: raise ValueError("unknown metabolites {}".format(request.param)) cobrapy-0.23.0/src/cobra/test/data/000077500000000000000000000000001417337024700170105ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/data/JSON_with_inf_bounds.json000066400000000000000000000055121417337024700237200ustar00rootroot00000000000000{ "metabolites": [ { "id": "Glcxt", "name": "glucose", "compartment": "bioreactor", "charge": 0, "formula": "" }, { "id": "Ac", "name": "acetate", "compartment": "bioreactor", "charge": 0, "formula": "" }, { "id": "O2", "name": "oxygen", "compartment": "bioreactor", "charge": 0, "formula": "" }, { "id": "X", "name": "biomass", "compartment": "bioreactor", "charge": 0, "formula": "" } ], "reactions": [ { "id": "v1", "name": "v1 (39.43 Ac + 35 O2 -> X)", "metabolites": { "Ac": -39.43, "O2": -35, "X": 1 }, "lower_bound": 0, "upper_bound": "inf", "gene_reaction_rule": "", "objective_coefficient": 1 }, { "id": "v2", "name": "v2 (9.46 Glcxt + 12.92 O2 -> X)", "metabolites": { "Glcxt": -9.46, "O2": -12.92, "X": 1 }, "lower_bound": 0, "upper_bound": "inf", "gene_reaction_rule": "", "objective_coefficient": 1 }, { "id": "v3", "name": "v3 (9.84 Glcxt + 12.73 O2 -> 1.24 Ac + X)", "metabolites": { "Ac": 1.24, "Glcxt": -9.84, "O2": -12.73, "X": 1 }, "lower_bound": 0, "upper_bound": "inf", "gene_reaction_rule": "", "objective_coefficient": 1 }, { "id": "v4", "name": "v4 (19.23 Glcxt -> 12.12 Ac + X)", "metabolites": { "Ac": 12.12, "Glcxt": -19.23, "X": 1 }, "lower_bound": 0, "upper_bound": "inf", "gene_reaction_rule": "", "objective_coefficient": 1 }, { "id": "EX_Ac", "name": "EX_Ac", "metabolites": { "Ac": -1 }, "lower_bound": "-inf", "upper_bound": "inf", "gene_reaction_rule": "", "annotation": { "sbo": "SBO:0000627" } }, { "id": "EX_O2", "name": "EX_O2", "metabolites": { "O2": -1 }, "lower_bound": -10, "upper_bound": 0, "gene_reaction_rule": "", "annotation": { "sbo": "SBO:0000627" } }, { "id": "EX_Glcxt", "name": "EX_Glcxt", "metabolites": { "Glcxt": -1 }, "lower_bound": -15, "upper_bound": 0, "gene_reaction_rule": "", "annotation": { "sbo": "SBO:0000627" } }, { "id": "EX_X", "name": "EX_X", "metabolites": { "X": -1 }, "lower_bound": "-inf", "upper_bound": "inf", "gene_reaction_rule": "", "annotation": { "sbo": "SBO:0000627" } } ], "genes": [], "id": "fbc_ex1_1", "name": "fbc_ex1_1", "compartments": { "bioreactor": "bioreactor" }, "version": "1" } cobrapy-0.23.0/src/cobra/test/data/annotation.xml000066400000000000000000000353661417337024700217210ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/e_coli_core.xml000066400000000000000000017052241417337024700220070ustar00rootroot00000000000000

e_coli_core - Escherichia coli str. K-12 substr. MG1655

Description

This is a metabolism model of Escherichia coli str. K-12 substr. MG1655 in SBML format.

The content of this model has been carefully created in a manual research effort. This file has been exported from the software COBRApy and further processed with the JSBML-based ModelPolisher application.
This file has been produced by the Systems Biology Research Group using BiGG Models knowledge-base version of Feb 24, 2018, where it is currently hosted and identified by: e_coli_core.

Terms of use

Copyright © 2017 The Regents of the University of California.

Redistribution and use of any part of this model from BiGG Models knowledge-base, with or without modification, are permitted provided that the following conditions are met:

  1. Redistributions of this SBML file must retain the above copyright notice, this list of conditions and the following disclaimer.
  2. Redistributions in a different form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
This model is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

For specific licensing terms about this particular model and regulations of commercial use, see this model in BiGG Models knowledge-base.

References

When using content from BiGG Models knowledge-base in your research works, please cite
King ZA, Lu JS, Dräger A, Miller PC, Federowicz S, Lerman JA, Ebrahim A, Palsson BO, and Lewis NE. (2015).
BiGG Models: A platform for integrating, standardizing, and sharing genome-scale models. Nucl Acids Res. doi:10.1093/nar/gkv1049
 cobrapy-0.23.0/src/cobra/test/data/example_notes.xml000066400000000000000000000340141417337024700223770ustar00rootroot00000000000000 CHARGE: -1 FORMULA: C4H7O3 SMILES: CCC(O)C(O)=O CHARGE: -1 FORMULA: C21H26N7O14P2 SMILES: NC(=O)c1ccc[n+](c1)[C@@H]1O[C@H](COP([O-])(=O)OP([O-])(=O)OC[C@H]2O[C@H]([C@H](O)[C@@H]2O)n2cnc3c(N)ncnc23)[C@@H](O)[C@H]1O CHARGE: 1 FORMULA: H SMILES: [1H+] CHARGE: -1 FORMULA: C4H5O3 SMILES: CCC(=O)C([O-])=O CHARGE: -2 FORMULA: C21H27N7O14P2 SMILES: NC(=O)C1=CN(C=CC1)[C@@H]1O[C@H](COP([O-])(=O)OP([O-])(=O)OC[C@H]2O[C@H]([C@H](O)[C@@H]2O)n2cnc3c(N)ncnc23)[C@@H](O)[C@H]1O CONFIDENCE_LEVEL: 4 GENE_ASSOCIATION: (HGNC:8546 and HGNC:8548) or (HGNC:8547 and HGNC:8548) NOTES: NCD SUBSYSTEM: Propanoate metabolism FLUX_VALUE cobrapy-0.23.0/src/cobra/test/data/fbc_ex1.xml000066400000000000000000000247111417337024700210460ustar00rootroot00000000000000 Koenig Matthias koenigmx@hu-berlin.de Humboldt-University Berlin, Institute for Theoretical Biology 2019-03-06T14:40:55Z 2019-03-06T14:40:55Z cobrapy-0.23.0/src/cobra/test/data/fbc_ex2.xml000066400000000000000000000235641417337024700210540ustar00rootroot00000000000000 Koenig Matthias koenigmx@hu-berlin.de Humboldt-University Berlin, Institute for Theoretical Biology 2019-03-06T14:40:55Z 2019-03-06T14:40:55Z cobrapy-0.23.0/src/cobra/test/data/iJO1366.pickle000066400000000000000000137062761417337024700212300ustar00rootroot00000000000000ccobra.core.model Model q)q}q(X_idqXiJO1366qXnameqX)Escherichia coli str. K-12 substr. MG1655qXnotesq}q(XaThis is a metabolism model of Escherichia coli str. K-12 substr. MG1655 in SBML format.q XRedistribution and use of any part of this model from BiGG Models knowledge-base, with or without modification, are permitted provided that the following conditions are metq X=
  1. Redistributions of this SBML file must retain the above copyright notice, this list of conditions and the following disclaimer.
  2. Redistributions in a different form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
This model is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.q XvFor specific licensing terms about this particular model and regulations of commercial use, see this model in BiGG Models knowledge-base.quX _annotationq}q(XtaxonomyqX511145qX bigg.modelqXiJO1366qXpubmedqX21988831quX_trimmedqX_trimmed_genesq]qX_trimmed_reactionsq}qXgenesqccobra.core.dictlist DictList q)Rq(ccobra.core.gene Gene q)q }q!(hXb1377q"hXq#h}q$h}q%(Xuniprotq&XP77747q'Xasapq(X ABE-0004608q)Xecogeneq*XEG13375q+Xncbigeneq,X946313q-Xncbigiq.X gi:16129338q/uX_modelq0NX _reactionq1c__builtin__ set q2]q3q4Rq5X _functionalq6ubh)q7}q8(hXb2215q9hh#h}q:h}q;(XuniprotqX ABE-0007321q?Xecogeneq@XEG10670qAXncbigeneqBX946716qCXncbigiqDX gi:16130152qEuh0Nh1h2]qFqGRqHh6ubh)qI}qJ(hXb0929qKhh#h}qLh}qM(XuniprotqNXP02931qOXasapqPX ABE-0003153qQXecogeneqRXEG10671qSXncbigeneqTX945554qUXncbigiqVX gi:16128896qWuh0Nh1h2]qXqYRqZh6ubh)q[}q\(hXb0241q]hh#h}q^h}q_(Xuniprotq`XP02932qaXasapqbX ABE-0000823qcXecogeneqdXEG10729qeXncbigeneqfX944926qgXncbigiqhX gi:16128227qiuh0Nh1h2]qjqkRqlh6ubh)qm}qn(hXb4034qohh#h}qph}qq(XuniprotqrXP0AEX9qsXasapqtX ABE-0013200quXecogeneqvXEG10554qwXncbigeneqxX948538qyXncbigiqzX gi:16131860q{uh0Nh1h2]q|q}Rq~h6ubh)q}q(hXb4033qhh#h}qh}q(XuniprotqXP02916qXasapqX ABE-0013195qXecogeneqXEG10555qXncbigeneqX948532qXncbigiqX gi:16131859quh0Nh1h2]qqRqh6ubh)q}q(hXb4032qhh#h}qh}q(XuniprotqXP68183qXasapqX ABE-0013193qXecogeneqXEG10556qXncbigeneqX948530qXncbigiqX gi:16131858quh0Nh1h2]qqRqh6ubh)q}q(hXb4035qhh#h}qh}q(XuniprotqXP68187qXasapqX ABE-0013216qXecogeneqXEG10558qXncbigeneqX948537qXncbigiqX gi:16131861quh0Nh1h2]qqRqh6ubh)q}q(hXb4036qhh#h}qh}q(XuniprotqXP02943qXasapqX ABE-0013218qXecogeneqXEG10528qXncbigeneqX948548qXncbigiqX gi:16131862quh0Nh1h2]qąqRqh6ubh)q}q(hXb4213qhh#h}qh}q(XuniprotqXP08331qXasapqX ABE-0013782qXecogeneqXEG10160qXncbigeneqX948729qXncbigiqX gi:16132035quh0Nh1h2]qօqRqh6ubh)q}q(hXb2835qhh#h}qh}q(XuniprotqXP39196qXasapqX ABE-0009300qXecogeneqXEG12455qXncbigeneqX947317qXncbigiqX gi:16130739quh0Nh1h2]qqRqh6ubh)q}q(hXb2836qhh#h}qh}q(XuniprotqXP31119qXasapqX ABE-0009302qXecogeneqXEG11679qXncbigeneqX947315qXncbigiqX gi:16130740quh0Nh1h2]qqRqh6ubh)q}q(hXb3553qhh#h}rh}r(XuniprotrXP37666rXasaprX ABE-0011604rXecogenerXEG12272rXncbigenerX948074r Xncbigir X gi:90111614r uh0Nh1h2]r r Rrh6ubh)r}r(hXb1134rhh#h}rh}r(XuniprotrXP0AEI6rXasaprX ABE-0003818rXecogenerXEG13446rXncbigenerX945689rXncbigirX gi:16129097ruh0Nh1h2]rrRr h6ubh)r!}r"(hXb0446r#hh#h}r$h}r%(Xuniprotr&XP46891r'Xasapr(X ABE-0001548r)Xecogener*XEG13216r+Xncbigener,X945089r-Xncbigir.X gi:90111136r/uh0Nh1h2]r0r1Rr2h6ubh)r3}r4(hXb1009r5hh#h}r6h}r7(Xuniprotr8XP75895r9Xasapr:X ABE-0003410r;Xecogener<XEG13856r=Xncbigener>X946586r?Xncbigir@X gi:16128975rAuh0Nh1h2]rBrCRrDh6ubh)rE}rF(hXb0954rGhh#h}rHh}rI(XuniprotrJXP0A6Q3rKXasaprLX ABE-0003229rMXecogenerNXEG10273rOXncbigenerPX945568rQXncbigirRX gi:16128921rSuh0Nh1h2]rTrURrVh6ubh)rW}rX(hXb0180rYhh#h}rZh}r[(Xuniprotr\XP0A6Q6r]Xasapr^X ABE-0000613r_Xecogener`XEG11284raXncbigenerbX944888rcXncbigirdX gi:16128173reuh0Nh1h2]rfrgRrhh6ubh)ri}rj(hXb0347rkhh#h}rlh}rm(XuniprotrnXP77397roXasaprpX ABE-0001196rqXecogenerrXEG20273rsXncbigenertX945197ruXncbigirvX gi:16128332rwuh0Nh1h2]rxryRrzh6ubh)r{}r|(hXb3580r}hh#h}r~h}r(XuniprotrXP37677rXasaprX ABE-0011696rXecogenerXEG12284rXncbigenerX948101rXncbigirX gi:16131451ruh0Nh1h2]rrRrh6ubh)r}r(hXb1093rhh#h}rh}r(XuniprotrXP0AEK2rXasaprX ABE-0003700rXecogenerXEG11318rXncbigenerX945645rXncbigirX gi:16129056ruh0Nh1h2]rrRrh6ubh)r}r(hXb2323rhh#h}rh}r(XuniprotrXP0A953rXasaprX ABE-0007675rXecogenerXEG10274rXncbigenerX946799rXncbigirX gi:16130258ruh0Nh1h2]rrRrh6ubh)r}r(hXb1095rhh#h}rh}r(XuniprotrXP0AAI5rXasaprX ABE-0003705rXecogenerXEG12606rXncbigenerX946665rXncbigirX gi:16129058ruh0Nh1h2]rrRrh6ubh)r}r(hXb1397rhh#h}rh}r(XuniprotrXP0C7L2rXasaprX ABE-0004668rXecogenerXEG13744rXncbigenerX946121rXncbigirX gi:16129358ruh0Nh1h2]rrRrh6ubh)r}r(hXb1245rhh#h}rh}r(XuniprotrXP0AFH6rXasaprX ABE-0004176rXecogenerXEG10676rXncbigenerX945810rXncbigirX gi:16129206ruh0Nh1h2]rrRrh6ubh)r}r(hXb1244rhh#h}rh}r(XuniprotrXP0AFH2rXasaprX ABE-0004174rXecogenerXEG10675rXncbigenerX945823rXncbigirX gi:16129205ruh0Nh1h2]rrRrh6ubh)r}r(hXb1329rhh#h}rh}r(XuniprotrXP77348rXasaprX ABE-0004460rXecogenerXEG13376rXncbigenerX945951rXncbigirX gi:90111250ruh0Nh1h2]rr Rr h6ubh)r }r (hXb1246r hh#h}rh}r(XuniprotrXP76027rXasaprX ABE-0004178rXecogenerXEG10677rXncbigenerX945802rXncbigirX gi:49176090ruh0Nh1h2]rrRrh6ubh)r}r(hXb1247rhh#h}r h}r!(Xuniprotr"XP77737r#Xasapr$X ABE-0004182r%Xecogener&XEG10678r'Xncbigener(X945818r)Xncbigir*X gi:16129208r+uh0Nh1h2]r,r-Rr.h6ubh)r/}r0(hXb1386r1hh#h}r2h}r3(Xuniprotr4XP46883r5Xasapr6X ABE-0004639r7Xecogener8XEG13140r9Xncbigener:X945939r;Xncbigir<X gi:162135920r=uh0Nh1h2]r>r?Rr@h6ubh)rA}rB(hXb0004rChh#h}rDh}rE(XuniprotrFXP00934rGXasaprHX ABE-0000012rIXecogenerJXEG11000rKXncbigenerLX945198rMXncbigirNX gi:16127998rOuh0Nh1h2]rPrQRrRh6ubh)rS}rT(hXb1192rUhh#h}rVh}rW(XuniprotrXXP76008rYXasaprZX ABE-0004002r[Xecogener\XEG13898r]Xncbigener^X945756r_Xncbigir`X gi:16129155rauh0Nh1h2]rbrcRrdh6ubh)re}rf(hXb1243rghh#h}rhh}ri(XuniprotrjXP23843rkXasaprlX ABE-0004172rmXecogenernXEG10674roXncbigenerpX945830rqXncbigirrX gi:16129204rsuh0Nh1h2]rtruRrvh6ubh)rw}rx(hXb4266ryhh#h}rzh}r{(Xuniprotr|XP0A9P9r}Xasapr~X ABE-0013971rXecogenerXEG12540rXncbigenerX947109rXncbigirX gi:16132088ruh0Nh1h2]rrRrh6ubh)r}r(hXb4265rhh#h}rh}r(XuniprotrXP39344rXasaprX ABE-0013969rXecogenerXEG12539rXncbigenerX948798rXncbigirX gi:16132087ruh0Nh1h2]rrRrh6ubh)r}r(hXb0159rhh#h}rh}r(XuniprotrXP0AF12rXasaprX ABE-0000545rXecogenerXEG11090rXncbigenerX948542rXncbigirX gi:16128152ruh0Nh1h2]rrRrh6ubh)r}r(hXb3197rhh#h}rh}r(XuniprotrXP45395rXasaprX ABE-0010504rXecogenerXEG12803rXncbigenerX947734rXncbigirX gi:16131087ruh0Nh1h2]rrRrh6ubh)r}r(hXb2708rhh#h}rh}r(XuniprotrXP17115rXasaprX ABE-0008902rXecogenerXEG10973rXncbigenerX947587rXncbigirX gi:90111480ruh0Nh1h2]rrRrh6ubh)r}r(hXb1094rhh#h}rh}r(XuniprotrXP0A6A8rXasaprX ABE-0003703rXecogenerXEG50003rXncbigenerX944805rXncbigirX gi:16129057ruh0Nh1h2]rrRrh6ubh)r}r(hXb4481rhh#h}rh}r(XuniprotrXP56258rXasaprX ABE-0174115rXecogenerXEG14320rXncbigenerX2847677rXncbigirX gi:49176413ruh0Nh1h2]rrRrh6ubh)r}r(hXb1927rhh#h}rh}r(XuniprotrXP26612rXasaprX ABE-0006414rXecogenerXEG11387rXncbigenerX946434rXncbigirX gi:16129874ruh0Nh1h2]rrRrh6ubh)r}r(hXb3571r hh#h}r h}r (Xuniprotr XP25718r XasaprX ABE-0011668rXecogenerXEG11316rXncbigenerX948088rXncbigirX gi:16131442ruh0Nh1h2]rrRrh6ubh)r}r(hXb2901rhh#h}rh}r(XuniprotrXQ46829rXasapr X ABE-0009523r!Xecogener"XEG13079r#Xncbigener$X947378r%Xncbigir&X gi:16130803r'uh0Nh1h2]r(r)Rr*h6ubh)r+}r,(hXb1302r-hh#h}r.h}r/(Xuniprotr0XP50457r1Xasapr2X ABE-0004380r3Xecogener4XEG13187r5Xncbigener6X945446r7Xncbigir8X gi:16129263r9uh0Nh1h2]r:r;Rr<h6ubh)r=}r>(hXb2662r?hh#h}r@h}rA(XuniprotrBXP22256rCXasaprDX ABE-0008760rEXecogenerFXEG10361rGXncbigenerHX948067rIXncbigirJX gi:16130576rKuh0Nh1h2]rLrMRrNh6ubh)rO}rP(hXb1444rQhh#h}rRh}rS(XuniprotrTXP77674rUXasaprVX ABE-0004813rWXecogenerXXEG13766rYXncbigenerZX945876r[Xncbigir\X gi:16129403r]uh0Nh1h2]r^r_Rr`h6ubh)ra}rb(hXb2663rchh#h}rdh}re(XuniprotrfXP25527rgXasaprhX ABE-0008763riXecogenerjXEG11330rkXncbigenerlX948049rmXncbigirnX gi:16130577rouh0Nh1h2]rprqRrrh6ubh)rs}rt(hXb2222ruhh#h}rvh}rw(XuniprotrxXP76459ryXasaprzX ABE-0007349r{Xecogener|XEG11670r}Xncbigener~X946719rXncbigirX gi:16130159ruh0Nh1h2]rrRrh6ubh)r}r(hXb2221rhh#h}rh}r(XuniprotrXP76458rXasaprX ABE-0007347rXecogenerXEG11669rXncbigenerX947525rXncbigirX gi:16130158ruh0Nh1h2]rrRrh6ubh)r}r(hXb2224rhh#h}rh}r(XuniprotrXP76461rXasaprX ABE-0007355rXecogenerXEG11672rXncbigenerX946727rXncbigirX gi:16130161ruh0Nh1h2]rrRrh6ubh)r}r(hXb2342rhh#h}rh}r(XuniprotrXP76503rXasaprX ABE-0007725rXecogenerXEG14128rXncbigenerX948823rXncbigirX gi:16130275ruh0Nh1h2]rrRrh6ubh)r}r(hXb3845rhh#h}rh}r(XuniprotrXP21151rXasaprX ABE-0012562rXecogenerXEG10278rXncbigenerX948324rXncbigirX gi:49176430ruh0Nh1h2]rrRrh6ubh)r}r(hXb2223rhh#h}rh}r(XuniprotrXP76460rXasaprX ABE-0007353rXecogenerXEG11671rXncbigenerX946721rXncbigirX gi:16130160ruh0Nh1h2]rrRrh6ubh)r}r(hXb1241rhh#h}rh}r(XuniprotrXP0A9Q7rXasaprX ABE-0004164rXecogenerXEG10031rXncbigenerX945837rXncbigirX gi:16129202ruh0Nh1h2]rrRrh6ubh)r}r(hXb0351rhh#h}rh}r(XuniprotrXP77580rXasaprX ABE-0001207rXecogenerXEG13625rXncbigenerX945008rXncbigirX gi:16128336ruh0Nh1h2]rrRrh6ubh)r}r(hXs0001rhh#h}rh}rh0Nh1h2]rr Rr h6ubh)r }r (hXb1463r hh#h}rh}r(XuniprotrXP77567rXasaprX ABE-0004882rXecogenerXEG13780rXncbigenerX947251rXncbigirX gi:16129422ruh0Nh1h2]rrRrh6ubh)r}r(hXb1993rhh#h}r h}r!(Xuniprotr"XP0AE76r#Xasapr$X ABE-0006616r%Xecogener&XEG13238r'Xncbigener(X946519r)Xncbigir*X gi:16129934r+uh0Nh1h2]r,r-Rr.h6ubh)r/}r0(hXb2316r1hh#h}r2h}r3(Xuniprotr4XP0A9Q5r5Xasapr6X ABE-0007648r7Xecogener8XEG10217r9Xncbigener:X946796r;Xncbigir<X gi:16130251r=uh0Nh1h2]r>r?Rr@h6ubh)rA}rB(hXb3255rChh#h}rDh}rE(XuniprotrFXP0ABD8rGXasaprHX ABE-0010675rIXecogenerJXEG10275rKXncbigenerLX947758rMXncbigirNX gi:16131143rOuh0Nh1h2]rPrQRrRh6ubh)rS}rT(hXb0185rUhh#h}rVh}rW(XuniprotrXXP0ABD5rYXasaprZX ABE-0000630r[Xecogener\XEG11647r]Xncbigener^X944895r_Xncbigir`X gi:16128178rauh0Nh1h2]rbrcRrdh6ubh)re}rf(hXb3256rghh#h}rhh}ri(XuniprotrjXP24182rkXasaprlX ABE-0010677rmXecogenernXEG10276roXncbigenerpX947761rqXncbigirrX gi:16131144rsuh0Nh1h2]rtruRrvh6ubh)rw}rx(hXb4069ryhh#h}rzh}r{(Xuniprotr|XP27550r}Xasapr~X ABE-0013337rXecogenerXEG11448rXncbigenerX948572rXncbigirX gi:16131895ruh0Nh1h2]rrRrh6ubh)r}r(hXb1119rhh#h}rh}r(XuniprotrXP75959rXasaprX ABE-0003778rXecogenerXEG13442rXncbigenerX945664rXncbigirX gi:16129082ruh0Nh1h2]rrRrh6ubh)r}r(hXb3784rhh#h}rh}r(XuniprotrXP0AC78rXasaprX ABE-0012366rXecogenerXEG10840rXncbigenerX948789rXncbigirX gi:16131640ruh0Nh1h2]rrRrh6ubh)r}r(hXb2415rhh#h}rh}r(XuniprotrXP0AA04rXasaprX ABE-0007962rXecogenerXEG10788rXncbigenerX946886rXncbigirX gi:16130341ruh0Nh1h2]rrRrh6ubh)r}r(hXb0679rhh#h}rh}r(XuniprotrXP09323rXasaprX ABE-0002312rXecogenerXEG10635rXncbigenerX945292rXncbigirX gi:16128655ruh0Nh1h2]rrRrh6ubh)r}r(hXb1101rhh#h}rh}r(XuniprotrXP69786rXasaprX ABE-0003722rXecogenerXEG10787rXncbigenerX945651rXncbigirX gi:16129064ruh0Nh1h2]rrRrh6ubh)r}r(hXb2417rhh#h}rh}r(XuniprotrXP69783rXasaprX ABE-0007971rXecogenerXEG10165rXncbigenerX946880rXncbigirX gi:16130343ruh0Nh1h2]rrRrh6ubh)r}r(hXb2416rhh#h}rh}r(XuniprotrXP08839rXasaprX ABE-0007967rXecogenerXEG10789rXncbigenerX946879rXncbigirX gi:16130342ruh0Nh1h2]rrRrh6ubh)r}r(hXb3959r hh#h}r h}r (Xuniprotr XP0A6C8r XasaprX ABE-0012967rXecogenerXEG10064rXncbigenerX948464rXncbigirX gi:145698337ruh0Nh1h2]rrRrh6ubh)r}r(hXb2818rhh#h}rh}r(XuniprotrXP0A6C5rXasapr X ABE-0009245r!Xecogener"XEG10063r#Xncbigener$X947289r%Xncbigir&X gi:16130722r'uh0Nh1h2]r(r)Rr*h6ubh)r+}r,(hXb0078r-hh#h}r.h}r/(Xuniprotr0XP00894r1Xasapr2X ABE-0000294r3Xecogener4XEG10499r5Xncbigener6X947267r7Xncbigir8X gi:16128071r9uh0Nh1h2]r:r;Rr<h6ubh)r=}r>(hXb3670r?hh#h}r@h}rA(XuniprotrBXP0ADF8rCXasaprDX ABE-0011997rEXecogenerFXEG10502rGXncbigenerHX948183rIXncbigirJX gi:16131540rKuh0Nh1h2]rLrMRrNh6ubh)rO}rP(hXb3671rQhh#h}rRh}rS(XuniprotrTXP08142rUXasaprVX ABE-0011999rWXecogenerXXEG10494rYXncbigenerZX948182r[Xncbigir\X gi:16131541r]uh0Nh1h2]r^r_Rr`h6ubh)ra}rb(hXb0077rchh#h}rdh}re(XuniprotrfXP00893rgXasaprhX ABE-0000290riXecogenerjXEG10500rkXncbigenerlX948793rmXncbigirnX gi:90111084rouh0Nh1h2]rprqRrrh6ubh)rs}rt(hXb3115ruhh#h}rvh}rw(XuniprotrxXP11868ryXasaprzX ABE-0010245r{Xecogener|XEG11172r}Xncbigener~X947635rXncbigirX gi:145698313ruh0Nh1h2]rrRrh6ubh)r}r(hXb1849rhh#h}rh}r(XuniprotrXP33221rXasaprX ABE-0006162rXecogenerXEG11809rXncbigenerX946368rXncbigirX gi:16129802ruh0Nh1h2]rrRrh6ubh)r}r(hXb2296rhh#h}rh}r(XuniprotrXP0A6A3rXasaprX ABE-0007579rXecogenerXEG10027rXncbigenerX946775rXncbigirX gi:16130231ruh0Nh1h2]rrRrh6ubh)r}r(hXb2428rhh#h}rh}r(XuniprotrXP76535rXasaprX ABE-0008007rXecogenerXEG14162rXncbigenerX946893rXncbigirX gi:16130353ruh0Nh1h2]rrRrh6ubh)r}r(hXb3794rhh#h}rh}r(XuniprotrXP27836rXasaprX ABE-0012394rXecogenerXEG11458rXncbigenerX948301rXncbigirX gi:16131650ruh0Nh1h2]rrRrh6ubh)r}r(hXb1818rhh#h}rh}r(XuniprotrXP69801rXasaprX ABE-0006056rXecogenerXEG10568rXncbigenerX946332rXncbigirX gi:16129772ruh0Nh1h2]rrRrh6ubh)r}r(hXb1819rhh#h}rh}r(XuniprotrXP69805rXasaprX ABE-0006058rXecogenerXEG10569rXncbigenerX946342rXncbigirX gi:345452720ruh0Nh1h2]rrRrh6ubh)r}r(hXb1817rhh#h}rh}r(XuniprotrXP69797rXasaprX ABE-0006054rXecogenerXEG10567rXncbigenerX946334rXncbigirX gi:16129771ruh0Nh1h2]rrRrh6ubh)r}r(hXb2429rhh#h}rh}r(XuniprotrXP77272r Xasapr X ABE-0008009r Xecogener XEG14163r XncbigenerX946894rXncbigirX gi:16130354ruh0Nh1h2]rrRrh6ubh)r}r(hXb3224rhh#h}rh}r(XuniprotrXP41036rXasaprX ABE-0010577rXecogenerXEG20145rXncbigener X947740r!Xncbigir"X gi:90111559r#uh0Nh1h2]r$r%Rr&h6ubh)r'}r((hXb4311r)hh#h}r*h}r+(Xuniprotr,XP69856r-Xasapr.X ABE-0014136r/Xecogener0XEG12389r1Xncbigener2X946843r3Xncbigir4X gi:90111728r5uh0Nh1h2]r6r7Rr8h6ubh)r9}r:(hXb3225r;hh#h}r<h}r=(Xuniprotr>XP0A6L4r?Xasapr@X ABE-0010579rAXecogenerBXEG10637rCXncbigenerDX947742rEXncbigirFX gi:16131115rGuh0Nh1h2]rHrIRrJh6ubh)rK}rL(hXb0221rMhh#h}rNh}rO(XuniprotrPXQ47146rQXasaprRX ABE-0000743rSXecogenerTXEG13145rUXncbigenerVX949007rWXncbigirXX gi:90111100rYuh0Nh1h2]rZr[Rr\h6ubh)r]}r^(hXb1091r_hh#h}r`h}ra(XuniprotrbXP0A6R0rcXasaprdX ABE-0003696reXecogenerfXEG10277rgXncbigenerhX946003riXncbigirjX gi:16129054rkuh0Nh1h2]rlrmRrnh6ubh)ro}rp(hXb3957rqhh#h}rrh}rs(XuniprotrtXP23908ruXasaprvX ABE-0012955rwXecogenerxXEG11286ryXncbigenerzX948456r{Xncbigir|X gi:16131795r}uh0Nh1h2]r~rRrh6ubh)r}r(hXb3200rhh#h}rh}r(XuniprotrXP0ADV1rXasaprX ABE-0010510rXecogenerXEG12618rXncbigenerX947920rXncbigirX gi:16131090ruh0Nh1h2]rrRrh6ubh)r}r(hXb4261rhh#h}rh}r(XuniprotrXP0AF98rXasaprX ABE-0013958rXecogenerXEG12535rXncbigenerX948795rXncbigirX gi:16132083ruh0Nh1h2]rrRrh6ubh)r}r(hXb3201rhh#h}rh}r(XuniprotrXP0A9V1rXasaprX ABE-0010512rXecogenerXEG11680rXncbigenerX947725rXncbigirX gi:16131091ruh0Nh1h2]rrRrh6ubh)r}r(hXb4262rhh#h}rh}r(XuniprotrXP0ADC6rXasaprX ABE-0013960rXecogenerXEG12536rXncbigenerX945324rXncbigirX gi:90111715ruh0Nh1h2]rrRrh6ubh)r}r(hXb3199rhh#h}rh}r(XuniprotrXP0ADV9rXasaprX ABE-0010508rXecogenerXEG12806rXncbigenerX947722rXncbigirX gi:16131089ruh0Nh1h2]rrRrh6ubh)r}r(hXb1519rhh#h}rh}r(XuniprotrXP76145rXasaprX ABE-0005070rXecogenerXEG13812rXncbigenerX946074rXncbigirX gi:16129478ruh0Nh1h2]rrRrh6ubh)r}r(hXb1276rhh#h}rh}r(XuniprotrXP25516rXasaprX ABE-0004283rXecogenerXEG11325rXncbigenerX946724rXncbigirX gi:16129237ruh0Nh1h2]rrRrh6ubh)r}r(hXb0118rhh#h}rh}r(XuniprotrXP36683rXasaprX ABE-0000411rXecogenerXEG12316r Xncbigener X944864r Xncbigir X gi:16128111r uh0Nh1h2]rrRrh6ubh)r}r(hXb1748rhh#h}rh}r(XuniprotrXP77581rXasaprX ABE-0005824rXecogenerXEG13999rXncbigenerX946255rXncbigirX gi:16129702ruh0Nh1h2]r r!Rr"h6ubh)r#}r$(hXb3359r%hh#h}r&h}r'(Xuniprotr(XP18335r)Xasapr*X ABE-0010976r+Xecogener,XEG10066r-Xncbigener.X947864r/Xncbigir0X gi:16131238r1uh0Nh1h2]r2r3Rr4h6ubh)r5}r6(hXb1090r7hh#h}r8h}r9(Xuniprotr:XP27247r;Xasapr<X ABE-0003692r=Xecogener>XEG11437r?Xncbigener@X946165rAXncbigirBX gi:90111212rCuh0Nh1h2]rDrERrFh6ubh)rG}rH(hXb3475rIhh#h}rJh}rK(XuniprotrLXP37623rMXasaprNX ABE-0011351rOXecogenerPXEG12221rQXncbigenerRX947979rSXncbigirTX gi:16131347rUuh0Nh1h2]rVrWRrXh6ubh)rY}rZ(hXb2563r[hh#h}r\h}r](Xuniprotr^XP24224r_Xasapr`X ABE-0008433raXecogenerbXEG10247rcXncbigenerdX947037reXncbigirfX gi:16130488rguh0Nh1h2]rhriRrjh6ubh)rk}rl(hXb2578rmhh#h}rnh}ro(XuniprotrpXP38101rqXasaprrX ABE-0008487rsXecogenertXEG12445ruXncbigenervX947065rwXncbigirxX gi:16130503ryuh0Nh1h2]rzr{Rr|h6ubh)r}}r~(hXb1533rhh#h}rh}r(XuniprotrXP31125rXasaprX ABE-0005116rXecogenerXEG11639rXncbigenerX946081rXncbigirX gi:90111291ruh0Nh1h2]rrRrh6ubh)r}r(hXb4067rhh#h}rh}r(XuniprotrXP32705rXasaprX ABE-0013328rXecogenerXEG11942rXncbigenerX948575rXncbigirX gi:16131893ruh0Nh1h2]rrRrh6ubh)r}r(hXb1623rhh#h}rh}r(XuniprotrXP22333rXasaprX ABE-0005435rXecogenerXEG10030rXncbigenerX945851rXncbigirX gi:16129581ruh0Nh1h2]rrRrh6ubh)r}r(hXb1096rhh#h}rh}r(XuniprotrXP28305rXasaprX ABE-0003709rXecogenerXEG11493rXncbigenerX946647rXncbigirX gi:16129059ruh0Nh1h2]rrRrh6ubh)r}r(hXb1812rhh#h}rh}r(XuniprotrXP05041rXasaprX ABE-0006031rXecogenerXEG10683rXncbigenerX946337rXncbigirX gi:16129766ruh0Nh1h2]rrRrh6ubh)r}r(hXb3360rhh#h}rh}r(XuniprotrXP00903rXasaprX ABE-0010983rXecogenerXEG10682rXncbigenerX947873rXncbigirX gi:16131239ruh0Nh1h2]rrRrh6ubh)r}r(hXb3665rhh#h}rh}r(XuniprotrXP31441rXasaprX ABE-0011979rXecogenerXEG11692rXncbigenerX948210rXncbigirX gi:16131535ruh0Nh1h2]rrRrh6ubh)r}r(hXb3654rhh#h}rh}r(XuniprotrXP0AGM9rXasaprX ABE-0011946rXecogenerXEG11194rXncbigenerX948172rXncbigirX gi:16131525r uh0Nh1h2]r r Rr h6ubh)r }r(hXb3714rhh#h}rh}r(XuniprotrXP31466rXasaprX ABE-0012148rXecogenerXEG11724rXncbigenerX948224rXncbigirX gi:16131582ruh0Nh1h2]rrRrh6ubh)r}r (hXb0474r!hh#h}r"h}r#(Xuniprotr$XP69441r%Xasapr&X ABE-0001645r'Xecogener(XEG10032r)Xncbigener*X945097r+Xncbigir,X gi:16128458r-uh0Nh1h2]r.r/Rr0h6ubh)r1}r2(hXb0120r3hh#h}r4h}r5(Xuniprotr6XP0A7F6r7Xasapr8X ABE-0000416r9Xecogener:XEG10962r;Xncbigener<X947719r=Xncbigir>X gi:16128113r?uh0Nh1h2]r@rARrBh6ubh)rC}rD(hXb3806rEhh#h}rFh}rG(XuniprotrHXP00936rIXasaprJX ABE-0012432rKXecogenerLXEG10170rMXncbigenerNX947755rOXncbigirPX gi:16131658rQuh0Nh1h2]rRrSRrTh6ubh)rU}rV(hXb0030rWhh#h}rXh}rY(XuniprotrZXP22564r[Xasapr\X ABE-0000109r]Xecogener^XEG11082r_Xncbigener`X944796raXncbigirbX gi:16128024rcuh0Nh1h2]rdreRrfh6ubh)rg}rh(hXb2393rihh#h}rjh}rk(XuniprotrlXP0AFF2rmXasaprnX ABE-0007893roXecogenerpXEG11971rqXncbigenerrX946895rsXncbigirtX gi:16130325ruuh0Nh1h2]rvrwRrxh6ubh)ry}rz(hXb2964r{hh#h}r|h}r}(Xuniprotr~XP0AFF4rXasaprX ABE-0009728rXecogenerXEG10664rXncbigenerX946282rXncbigirX gi:90111521ruh0Nh1h2]rrRrh6ubh)r}r(hXb2406rhh#h}rh}r(XuniprotrXP45562rXasaprX ABE-0007925rXecogenerXEG13159rXncbigenerX946868rXncbigirX gi:16130332ruh0Nh1h2]rrRrh6ubh)r}r(hXb0411rhh#h}rh}r(XuniprotrXP0A927rXasaprX ABE-0001425rXecogenerXEG11035rXncbigenerX946242rXncbigirX gi:16128396ruh0Nh1h2]rrRrh6ubh)r}r(hXb1992rhh#h}rh}r(XuniprotrXP36561rXasaprX ABE-0006613rXecogenerXEG12150rXncbigenerX946520rXncbigirX gi:16129933ruh0Nh1h2]rrRrh6ubh)r}r(hXb1709rhh#h}rh}r(XuniprotrXP06611rXasaprX ABE-0005707rXecogenerXEG10128rXncbigenerX945751rXncbigirX gi:16129665ruh0Nh1h2]rrRrh6ubh)r}r(hXb0158rhh#h}rh}r(XuniprotrXP37028rXasaprX ABE-0000542rXecogenerXEG12334rXncbigenerX947574rXncbigirX gi:16128151ruh0Nh1h2]rrRrh6ubh)r}r(hXb1711rhh#h}rh}r(XuniprotrXP06609rXasaprX ABE-0005712rXecogenerXEG10127rXncbigenerX945877rXncbigirX gi:16129667ruh0Nh1h2]rrRrh6ubh)r}r(hXb3966rhh#h}rh}r(XuniprotrXP06129rXasaprX ABE-0012987rXecogener XEG10126r Xncbigener X948468r Xncbigir X gi:16131804r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3005r hh#h}r h}r (Xuniprotr XP0ABV2r Xasapr X ABE-0009866r Xecogener XEG10272r Xncbigener X946345r Xncbigir X gi:16130903r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3006r hh#h}r h}r (Xuniprotr XP0ABU7r! Xasapr" X ABE-0009869r# Xecogener$ XEG10271r% Xncbigener& X945420r' Xncbigir( X gi:16130904r) uh0Nh1h2]r* r+ Rr, h6ubh)r- }r. (hXb1252r/ hh#h}r0 h}r1 (Xuniprotr2 XP02929r3 Xasapr4 X ABE-0004196r5 Xecogener6 XEG11012r7 Xncbigener8 X945843r9 Xncbigir: X gi:16129213r; uh0Nh1h2]r< r= Rr> h6ubh)r? }r@ (hXb3397rA hh#h}rB h}rC (XuniprotrD XP45799rE XasaprF X ABE-0011086rG XecogenerH XEG12926rI XncbigenerJ X947906rK XncbigirL X gi:16131274rM uh0Nh1h2]rN rO RrP h6ubh)rQ }rR (hXb3034rS hh#h}rT h}rU (XuniprotrV XQ93K97rW XasaprX X ABE-0009961rY XecogenerZ XEG12184r[ Xncbigener\ X947519r] Xncbigir^ X gi:16130930r_ uh0Nh1h2]r` ra Rrb h6ubh)rc }rd (hXb0469re hh#h}rf h}rg (Xuniprotrh XP69503ri Xasaprj X ABE-0001628rk Xecogenerl XEG10051rm Xncbigenern X945113ro Xncbigirp X gi:16128453rq uh0Nh1h2]rr rs Rrt h6ubh)ru }rv (hXb2750rw hh#h}rx h}ry (Xuniprotrz XP0A6J1r{ Xasapr| X ABE-0009023r} Xecogener~ XEG10185r Xncbigener X947221r Xncbigir X gi:16130657r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1131r hh#h}r h}r (Xuniprotr XP0AB89r Xasapr X ABE-0003810r Xecogener XEG11314r Xncbigener X945695r Xncbigir X gi:16129094r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4177r hh#h}r h}r (Xuniprotr XP0A7D4r Xasapr X ABE-0013672r Xecogener XEG10790r Xncbigener X948695r Xncbigir X gi:16131999r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0677r hh#h}r h}r (Xuniprotr XP0AF18r Xasapr X ABE-0002301r Xecogener XEG10632r Xncbigener X945289r Xncbigir X gi:16128653r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0110r hh#h}r h}r (Xuniprotr XP13016r Xasapr X ABE-0000380r Xecogener XEG10041r Xncbigener X948877r Xncbigir X gi:16128103r uh0Nh1h2]r r Rr h6ubh)r }r (hXb2817r hh#h}r h}r (Xuniprotr XP63883r Xasapr X ABE-0009238r Xecogener XEG13086r Xncbigener X947293r Xncbigir X gi:90111492r uh0Nh1h2]r r Rr h6ubh)r }r (hXb2435r hh#h}r h}r (Xuniprotr XP36548r Xasapr X ABE-0008032r Xecogener XEG11823r Xncbigener X946916r Xncbigir X gi:16130360r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4169r hh#h}r h}r (Xuniprotr XP26365r Xasapr X ABE-0013653r Xecogener XEG11363r Xncbigener X948683r Xncbigir X gi:16131991r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1107r hh#h}r h}r (Xuniprotr XP75949r Xasapr X ABE-0003737r Xecogener XEG13433r Xncbigener X945671r Xncbigir X gi:16129070r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0433r hh#h}r h}r (Xuniprotr XP0AE16r Xasapr X ABE-0001501r Xecogener XEG12183r! Xncbigener" X946438r# Xncbigir$ X gi:16128418r% uh0Nh1h2]r& r' Rr( h6ubh)r) }r* (hXb3619r+ hh#h}r, h}r- (Xuniprotr. XP67910r/ Xasapr0 X ABE-0011843r1 Xecogener2 XEG10838r3 Xncbigener4 X948134r5 Xncbigir6 X gi:16131490r7 uh0Nh1h2]r8 r9 Rr: h6ubh)r; }r< (hXb2937r= hh#h}r> h}r? (Xuniprotr@ XP60651rA XasaprB X ABE-0009632rC XecogenerD XEG10960rE XncbigenerF X947715rG XncbigirH X gi:16130838rI uh0Nh1h2]rJ rK RrL h6ubh)rM }rN (hXb3018rO hh#h}rP h}rQ (XuniprotrR XP26647rS XasaprT X ABE-0009910rU XecogenerV XEG11377rW XncbigenerX X947496rY XncbigirZ X gi:16130914r[ uh0Nh1h2]r\ r] Rr^ h6ubh)r_ }r` (hXb3958ra hh#h}rb h}rc (Xuniprotrd XP11446re Xasaprf X ABE-0012964rg Xecogenerh XEG10065ri Xncbigenerj X948455rk Xncbigirl X gi:16131796rm uh0Nh1h2]rn ro Rrp h6ubh)rq }rr (hXb0575rs hh#h}rt h}ru (Xuniprotrv XP38054rw Xasaprx X ABE-0001971ry Xecogenerz XEG12367r{ Xncbigener| X945191r} Xncbigir~ X gi:16128558r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0572r hh#h}r h}r (Xuniprotr XP77211r Xasapr X ABE-0001958r Xecogener XEG14233r Xncbigener X946288r Xncbigir X gi:16128555r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0573r hh#h}r h}r (Xuniprotr XP77214r Xasapr X ABE-0001967r Xecogener XEG14234r Xncbigener X945188r Xncbigir X gi:16128556r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0574r hh#h}r h}r (Xuniprotr XP77239r Xasapr X ABE-0001969r Xecogener XEG14235r Xncbigener X945189r Xncbigir X gi:16128557r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4006r hh#h}r h}r (Xuniprotr XP15639r Xasapr X ABE-0013097r Xecogener XEG10795r Xncbigener X948503r Xncbigir X gi:16131836r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0522r hh#h}r h}r (Xuniprotr XP09029r Xasapr X ABE-0001794r Xecogener XEG10796r Xncbigener X945153r Xncbigir X gi:16128506r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0523r hh#h}r h}r (Xuniprotr XP0AG18r Xasapr X ABE-0001796r Xecogener XEG10793r Xncbigener X949031r Xncbigir X gi:16128507r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0727r hh#h}r h}r (Xuniprotr XP0AFG6r Xasapr X ABE-0002480r Xecogener XEG10980r Xncbigener X945307r Xncbigir X gi:16128702r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0116r hh#h}r h}r (Xuniprotr XP0A9P0r Xasapr X ABE-0000404r Xecogener XEG10543r Xncbigener X944854r Xncbigir X gi:16128109r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0726r hh#h}r h}r (Xuniprotr XP0AFG3r Xasapr X ABE-0002478r Xecogener XEG10979r Xncbigener X945303r Xncbigir X gi:16128701r! uh0Nh1h2]r" r# Rr$ h6ubh)r% }r& (hXb2587r' hh#h}r( h}r) (Xuniprotr* XP0AEX3r+ Xasapr, X ABE-0008515r- Xecogener. XEG10522r/ Xncbigener0 X947069r1 Xncbigir2 X gi:16130512r3 uh0Nh1h2]r4 r5 Rr6 h6ubh)r7 }r8 (hXb1488r9 hh#h}r: h}r; (Xuniprotr< XP77790r= Xasapr> X ABE-0004960r? Xecogener@ XEG13791rA XncbigenerB X945532rC XncbigirD X gi:16129447rE uh0Nh1h2]rF rG RrH h6ubh)rI }rJ (hXb3542rK hh#h}rL h}rM (XuniprotrN XP0AEG1rO XasaprP X ABE-0011570rQ XecogenerR XEG12626rS XncbigenerT X948064rU XncbigirV X gi:16131414rW uh0Nh1h2]rX rY RrZ h6ubh)r[ }r\ (hXb1486r] hh#h}r^ h}r_ (Xuniprotr` XP77308ra Xasaprb X ABE-0004955rc Xecogenerd XEG13789re Xncbigenerf X946044rg Xncbigirh X gi:16129445ri uh0Nh1h2]rj rk Rrl h6ubh)rm }rn (hXb1485ro hh#h}rp h}rq (Xuniprotrr XP77463rs Xasaprt X ABE-0004953ru Xecogenerv XEG13788rw Xncbigenerx X946028ry Xncbigirz X gi:16129444r{ uh0Nh1h2]r| r} Rr~ h6ubh)r }r (hXb3543r hh#h}r h}r (Xuniprotr XP0AEF8r Xasapr X ABE-0011572r Xecogener XEG12625r Xncbigener X948063r Xncbigir X gi:16131415r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3541r hh#h}r h}r (Xuniprotr XP0AAG0r Xasapr X ABE-0011566r Xecogener XEG12627r Xncbigener X948065r Xncbigir X gi:16131413r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1484r hh#h}r h}r (Xuniprotr XP77268r Xasapr X ABE-0004949r Xecogener XEG13787r Xncbigener X946002r Xncbigir X gi:16129443r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3540r hh#h}r h}r (Xuniprotr XP37313r Xasapr X ABE-0011564r Xecogener XEG12628r Xncbigener X948056r Xncbigir X gi:16131412r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3544r hh#h}r h}r (Xuniprotr XP23847r Xasapr X ABE-0011576r Xecogener XEG10248r Xncbigener X948062r Xncbigir X gi:16131416r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1483r hh#h}r h}r (Xuniprotr XP77622r Xasapr X ABE-0004947r Xecogener XEG13786r Xncbigener X946020r Xncbigir X gi:16129442r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1487r hh#h}r h}r (Xuniprotr XP76128r Xasapr X ABE-0004958r Xecogener XEG13790r Xncbigener X946052r Xncbigir X gi:16129446r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0092r hh#h}r h}r (Xuniprotr XP07862r Xasapr X ABE-0000326r Xecogener XEG10214r Xncbigener X946324r Xncbigir X gi:16128085r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0381r hh#h}r h}r (Xuniprotr XP0A6J8r Xasapr X ABE-0001309r Xecogener XEG10213r Xncbigener X945313r Xncbigir X gi:16128366r uh0Nh1h2]r r Rr h6ubh)r! }r" (hXb1325r# hh#h}r$ h}r% (Xuniprotr& XP51981r' Xasapr( X ABE-0004448r) Xecogener* XEG13228r+ Xncbigener, X946013r- Xncbigir. X gi:90111249r/ uh0Nh1h2]r0 r1 Rr2 h6ubh)r3 }r4 (hXb1190r5 hh#h}r6 h}r7 (Xuniprotr8 XP29012r9 Xasapr: X ABE-0003997r; Xecogener< XEG11408r= Xncbigener> X945754r? Xncbigir@ X gi:16129153rA uh0Nh1h2]rB rC RrD h6ubh)rE }rF (hXb4053rG hh#h}rH h}rI (XuniprotrJ XP0A6B4rK XasaprL X ABE-0013272rM XecogenerN XEG10001rO XncbigenerP X948564rQ XncbigirR X gi:16131879rS uh0Nh1h2]rT rU RrV h6ubh)rW }rX (hXb2551rY hh#h}rZ h}r[ (Xuniprotr\ XP0A825r] Xasapr^ X ABE-0008389r_ Xecogener` XEG10408ra Xncbigenerb X947022rc Xncbigird X gi:16130476re uh0Nh1h2]rf rg Rrh h6ubh)ri }rj (hXb0870rk hh#h}rl h}rm (Xuniprotrn XP75823ro Xasaprp X ABE-0002954rq Xecogenerr XEG13690rs Xncbigenert X944955ru Xncbigirv X gi:16128838rw uh0Nh1h2]rx ry Rrz h6ubh)r{ }r| (hXb2379r} hh#h}r~ h}r (Xuniprotr XP77434r Xasapr X ABE-0007850r Xecogener XEG14198r Xncbigener X946850r Xncbigir X gi:16130311r uh0Nh1h2]r r Rr h6ubh)r }r (hXb2290r hh#h}r h}r (Xuniprotr XP0A959r Xasapr X ABE-0007560r Xecogener XEG14101r Xncbigener X946772r Xncbigir X gi:16130225r uh0Nh1h2]r r Rr h6ubh)r }r (hXb2697r hh#h}r h}r (Xuniprotr XP00957r Xasapr X ABE-0008869r Xecogener XEG10034r Xncbigener X947175r Xncbigir X gi:16130604r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3460r hh#h}r h}r (Xuniprotr XP0AD96r Xasapr X ABE-0011299r Xecogener XEG10539r Xncbigener X947971r Xncbigir X gi:49176358r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3456r hh#h}r h}r (Xuniprotr XP22729r Xasapr X ABE-0011287r Xecogener XEG10541r Xncbigener X947966r Xncbigir X gi:16131328r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3457r hh#h}r h}r (Xuniprotr XP0AEX7r Xasapr X ABE-0011290r Xecogener XEG10538r Xncbigener X947965r Xncbigir X gi:16131329r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3455r hh#h}r h}r (Xuniprotr XP0A9S7r Xasapr X ABE-0011284r Xecogener XEG10537r Xncbigener X947967r Xncbigir X gi:16131327r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3454r hh#h}r h}r (Xuniprotr XP22731r Xasapr X ABE-0011282r Xecogener XEG10536r Xncbigener X947961r Xncbigir X gi:90111594r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4208r hh#h}r h}r (Xuniprotr XP0AAE0r Xasapr X ABE-0013764r Xecogener XEG12504r Xncbigener X948725r Xncbigir X gi:16132030r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0007r hh#h}r h}r! (Xuniprotr" XP30143r# Xasapr$ X ABE-0000020r% Xecogener& XEG11555r' Xncbigener( X944745r) Xncbigir* X gi:16128001r+ uh0Nh1h2]r, r- Rr. h6ubh)r/ }r0 (hXb0356r1 hh#h}r2 h}r3 (Xuniprotr4 XP25437r5 Xasapr6 X ABE-0001221r7 Xecogener8 XEG50010r9 Xncbigener: X944988r; Xncbigir< X gi:16128341r= uh0Nh1h2]r> r? Rr@ h6ubh)rA }rB (hXb1478rC hh#h}rD h}rE (XuniprotrF XP39451rG XasaprH X ABE-0004928rI XecogenerJ XEG12622rK XncbigenerL X946036rM XncbigirN X gi:90111280rO uh0Nh1h2]rP rQ RrR h6ubh)rS }rT (hXb1385rU hh#h}rV h}rW (XuniprotrX XP80668rY XasaprZ X ABE-0004637r[ Xecogener\ XEG13179r] Xncbigener^ X945933r_ Xncbigir` X gi:90111264ra uh0Nh1h2]rb rc Rrd h6ubh)re }rf (hXb1300rg hh#h}rh h}ri (Xuniprotrj XP23883rk Xasaprl X ABE-0004376rm Xecogenern XEG10036ro Xncbigenerp X947003rq Xncbigirr X gi:16129261rs uh0Nh1h2]rt ru Rrv h6ubh)rw }rx (hXb3588ry hh#h}rz h}r{ (Xuniprotr| XP37685r} Xasapr~ X ABE-0011718r Xecogener XEG12292r Xncbigener X948104r Xncbigir X gi:90111619r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4084r hh#h}r h}r (Xuniprotr XP32718r Xasapr X ABE-0013380r Xecogener XEG11956r Xncbigener X948596r Xncbigir X gi:16131910r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4090r hh#h}r h}r (Xuniprotr XP37351r Xasapr X ABE-0013405r Xecogener XEG11827r Xncbigener X948602r Xncbigir X gi:16131916r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0516r hh#h}r h}r (Xuniprotr XP77425r Xasapr X ABE-0001777r Xecogener XEG13623r Xncbigener X945150r Xncbigir X gi:16128500r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0512r hh#h}r h}r (Xuniprotr XP77671r Xasapr X ABE-0001768r Xecogener XEG13619r Xncbigener X945134r Xncbigir X gi:16128496r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0511r hh#h}r h}r (Xuniprotr XP75712r Xasapr X ABE-0001764r Xecogener XEG13618r Xncbigener X945138r Xncbigir X gi:90111144r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4085r hh#h}r h}r (Xuniprotr XP32719r Xasapr X ABE-0013382r Xecogener XEG11957r Xncbigener X948595r Xncbigir X gi:16131911r uh0Nh1h2]r r Rr h6ubh)r }r (hXb4087r hh#h}r h}r (Xuniprotr XP32721r Xasapr X ABE-0013394r Xecogener XEG11959r XncbigenerX948593rXncbigirX gi:16131913ruh0Nh1h2]rrRrh6ubh)r}r(hXb4086r hh#h}r h}r (Xuniprotr XP32720r XasaprX ABE-0013392rXecogenerXEG11958rXncbigenerX948594rXncbigirX gi:16131912ruh0Nh1h2]rrRrh6ubh)r}r(hXb4088rhh#h}rh}r(XuniprotrXP39265rXasapr X ABE-0013398r!Xecogener"XEG12458r#Xncbigener$X948604r%Xncbigir&X gi:16131914r'uh0Nh1h2]r(r)Rr*h6ubh)r+}r,(hXb0657r-hh#h}r.h}r/(Xuniprotr0XP23930r1Xasapr2X ABE-0002250r3Xecogener4XEG10168r5Xncbigener6X946201r7Xncbigir8X gi:16128640r9uh0Nh1h2]r:r;Rr<h6ubh)r=}r>(hXb1677r?hh#h}r@h}rA(XuniprotrBXP69776rCXasaprDX ABE-0005603rEXecogenerFXEG10544rGXncbigenerHX946175rIXncbigirJX gi:16129633rKuh0Nh1h2]rLrMRrNh6ubh)rO}rP(hXb1781rQhh#h}rRh}rS(XuniprotrTXP76234rUXasaprVX ABE-0005925rWXecogenerXXEG13491rYXncbigenerZX946302r[Xncbigir\X gi:16129735r]uh0Nh1h2]r^r_Rr`h6ubh)ra}rb(hXb3001rchh#h}rdh}re(XuniprotrfXQ46851rgXasaprhX ABE-0009848riXecogenerjXEG13010rkXncbigenerlX947480rmXncbigirnX gi:16130899rouh0Nh1h2]rprqRrrh6ubh)rs}rt(hXb0207ruhh#h}rvh}rw(XuniprotrxXP30863ryXasaprzX ABE-0000692r{Xecogener|XEG11648r}Xncbigener~X944901rXncbigirX gi:16128194ruh0Nh1h2]rrRrh6ubh)r}r(hXb3012rhh#h}rh}r(XuniprotrXQ46857rXasaprX ABE-0009892rXecogenerXEG13015rXncbigenerX947495rXncbigirX gi:90111527ruh0Nh1h2]rrRrh6ubh)r}r(hXb3945rhh#h}rh}r(XuniprotrXP0A9S5rXasaprX ABE-0012912rXecogenerXEG11904rXncbigenerX948440rXncbigirX gi:90111668ruh0Nh1h2]rrRrh6ubh)r}r(hXb3091rhh#h}rh}r(XuniprotrXP42604rXasaprX ABE-0010164rXecogenerXEG12734rXncbigenerX947603rXncbigirX gi:16130986ruh0Nh1h2]rrRrh6ubh)r}r(hXb3416rhh#h}rh}r(XuniprotrXP15977rXasaprX ABE-0011151rXecogenerXEG10561rXncbigenerX947923rXncbigirX gi:16131292ruh0Nh1h2]rrRrh6ubh)r}r(hXb3223rhh#h}rh}r(XuniprotrXP0A761rXasaprX ABE-0010575rXecogenerXEG12816rXncbigenerX947745rXncbigirX gi:16131113ruh0Nh1h2]rrRrh6ubh)r}r(hXb3222rhh#h}rh}r(XuniprotrXP45425rXasaprX ABE-0010571rXecogenerXEG12815rXncbigenerX947757rXncbigirX gi:90111558ruh0Nh1h2]rrRrh6ubh)r}r(hXb0774rhh#h}rh}r(XuniprotrXP12995rXasaprX ABE-0002635rXecogenerXEG10117rXncbigenerX945376rXncbigirX gi:16128742ruh0Nh1h2]rrRrh6ubh)r}r(hXb3833rhh#h}rh}r(XuniprotrXP0A887r Xasapr X ABE-0012534r Xecogener XEG11473r XncbigenerX948926rXncbigirX gi:49176426ruh0Nh1h2]rrRrh6ubh)r}r(hXb3994rhh#h}rh}r(XuniprotrXP30136rXasaprX ABE-0013057rXecogenerXEG11585rXncbigener X948492r!Xncbigir"X gi:16131824r#uh0Nh1h2]r$r%Rr&h6ubh)r'}r((hXb1982r)hh#h}r*h}r+(Xuniprotr,XP0AE12r-Xasapr.X ABE-0006579r/Xecogener0XEG10039r1Xncbigener2X946508r3Xncbigir4X gi:16129926r5uh0Nh1h2]r6r7Rr8h6ubh)r9}r:(hXb0932r;hh#h}r<h}r=(Xuniprotr>XP04825r?Xasapr@X ABE-0003171rAXecogenerBXEG10696rCXncbigenerDX947253rEXncbigirFX gi:16128899rGuh0Nh1h2]rHrIRrJh6ubh)rK}rL(hXb0237rMhh#h}rNh}rO(XuniprotrPXP15288rQXasaprRX ABE-0000809rSXecogenerTXEG10695rUXncbigenerVX945013rWXncbigirXX gi:16128223rYuh0Nh1h2]rZr[Rr\h6ubh)r]}r^(hXb4260r_hh#h}r`h}ra(XuniprotrbXP68767rcXasaprdX ABE-0013953reXecogenerfXEG10694rgXncbigenerhX948791riXncbigirjX gi:16132082rkuh0Nh1h2]rlrmRrnh6ubh)ro}rp(hXb2523rqhh#h}rrh}rs(XuniprotrtXP37095ruXasaprvX ABE-0008305rwXecogenerxXEG12310ryXncbigenerzX948766r{Xncbigir|X gi:90111453r}uh0Nh1h2]r~rRrh6ubh)r}r(hXb1640rhh#h}rh}r(XuniprotrXP77570rXasaprX ABE-0005488rXecogenerXEG13942rXncbigenerX946810rXncbigirX gi:16129598ruh0Nh1h2]rrRrh6ubh)r}r(hXb1263rhh#h}rh}r(XuniprotrXP00904rXasaprX ABE-0004241rXecogenerXEG11027rXncbigenerX945109rXncbigirX gi:16129224ruh0Nh1h2]rrRrh6ubh)r}r(hXb1264rhh#h}rh}r(XuniprotrXP00895rXasaprX ABE-0004244rXecogenerXEG11028rXncbigenerX945846rXncbigirX gi:16129225ruh0Nh1h2]rrRrh6ubh)r}r(hXb0776rhh#h}rh}r(XuniprotrXP12998rXasaprX ABE-0002646rXecogenerXEG10121rXncbigenerX945384rXncbigirX gi:16128744ruh0Nh1h2]rrRrh6ubh)r}r(hXb0049rhh#h}rh}r(XuniprotrXP05637rXasaprX ABE-0000167rXecogenerXEG10048rXncbigenerX944770rXncbigirX gi:16128043ruh0Nh1h2]rrRrh6ubh)r}r(hXb4129rhh#h}rh}r(XuniprotrXP0A8N5rXasaprX ABE-0013520rXecogenerXEG10553rXncbigenerX948645rXncbigirX gi:16131955ruh0Nh1h2]rrRrh6ubh)r}r(hXb0121rhh#h}rh}r(XuniprotrXP09158rXasaprX ABE-0000418rXecogenerXEG10963rXncbigenerX947726rXncbigirX gi:16128114ruh0Nh1h2]rrRrh6ubh)r}r(hXb3059rhh#h}rh}r(XuniprotrXP60782rXasaprX ABE-0010042rXecogenerXEG11674r Xncbigener X947561r Xncbigir X gi:16130955r uh0Nh1h2]rrRrh6ubh)r}r(hXb0968rhh#h}rh}r(XuniprotrXP0AB65rXasaprX ABE-0003276rXecogenerXEG13726rXncbigenerX945304rXncbigirX gi:16128935ruh0Nh1h2]r r!Rr"h6ubh)r#}r$(hXb0414r%hh#h}r&h}r'(Xuniprotr(XP25539r)Xasapr*X ABE-0001441r+Xecogener,XEG11321r-Xncbigener.X945620r/Xncbigir0X gi:16128399r1uh0Nh1h2]r2r3Rr4h6ubh)r5}r6(hXb0062r7hh#h}r8h}r9(Xuniprotr:XP08202r;Xasapr<X ABE-0000221r=Xecogener>XEG10052r?Xncbigener@X947511rAXncbigirBX gi:16128056rCuh0Nh1h2]rDrERrFh6ubh)rG}rH(hXb0153rIhh#h}rJh}rK(XuniprotrLXP06972rMXasaprNX ABE-0000526rOXecogenerPXEG10303rQXncbigenerRX946890rSXncbigirTX gi:16128146rUuh0Nh1h2]rVrWRrXh6ubh)rY}rZ(hXb0151r[hh#h}r\h}r](Xuniprotr^XP07821r_Xasapr`X ABE-0000522raXecogenerbXEG10304rcXncbigenerdX945250reXncbigirfX gi:16128144rguh0Nh1h2]rhriRrjh6ubh)rk}rl(hXb0152rmhh#h}rnh}ro(XuniprotrpXP07822rqXasaprrX ABE-0000524rsXecogenertXEG10305ruXncbigenervX947510rwXncbigirxX gi:16128145ryuh0Nh1h2]rzr{Rr|h6ubh)r}}r~(hXb2715rhh#h}rh}r(XuniprotrXP24241rXasaprX ABE-0008926rXecogenerXEG10086rXncbigenerX947154rXncbigirX gi:49176263ruh0Nh1h2]rrRrh6ubh)r}r(hXb3722rhh#h}rh}r(XuniprotrXP08722rXasaprX ABE-0012171rXecogenerXEG10115rXncbigenerX948236rXncbigirX gi:16131590ruh0Nh1h2]rrRrh6ubh)r}r(hXb1900rhh#h}rh}r(XuniprotrXP0AAF3rXasaprX ABE-0006328rXecogenerXEG10058rXncbigenerX946408rXncbigirX gi:16129850ruh0Nh1h2]rrRrh6ubh)r}r(hXb4460rhh#h}rh}r(XuniprotrXP0AE26rXasaprX ABE-0174093rXecogenerXEG10059rXncbigenerX948923rXncbigirX gi:145698280ruh0Nh1h2]rrRrh6ubh)r}r(hXb1901rhh#h}rh}r(XuniprotrXP02924rXasaprX ABE-0006330rXecogenerXEG10057rXncbigenerX946409rXncbigirX gi:16129851ruh0Nh1h2]rrRrh6ubh)r}r(hXb2841rhh#h}rh}r(XuniprotrXP0AE24rXasaprX ABE-0009319rXecogenerXEG10056rXncbigenerX947341rXncbigirX gi:16130745ruh0Nh1h2]rrRrh6ubh)r}r(hXb1528rhh#h}rh}r(XuniprotrXP31122rXasaprX ABE-0005103rXecogenerXEG11636rXncbigenerX947218rXncbigirX gi:16129487ruh0Nh1h2]rrRrh6ubh)r}r(hXb4115rhh#h}rh}r(XuniprotrXP60061rXasaprX ABE-0013473rXecogenerXEG12462rXncbigenerX948628rXncbigirX gi:16131941r uh0Nh1h2]r r Rr h6ubh)r }r(hXb4117rhh#h}rh}r(XuniprotrXP28629rXasaprX ABE-0013483rXecogenerXEG11501rXncbigenerX948638rXncbigirX gi:221800782ruh0Nh1h2]rrRrh6ubh)r}r (hXb2938r!hh#h}r"h}r#(Xuniprotr$XP21170r%Xasapr&X ABE-0009634r'Xecogener(XEG10959r)Xncbigener*X947432r+Xncbigir,X gi:16130839r-uh0Nh1h2]r.r/Rr0h6ubh)r1}r2(hXb1605r3hh#h}r4h}r5(Xuniprotr6XP0AAE5r7Xasapr8X ABE-0005362r9Xecogener:XEG13930r;Xncbigener<X945159r=Xncbigir>X gi:16129563r?uh0Nh1h2]r@rARrBh6ubh)rC}rD(hXb3960rEhh#h}rFh}rG(XuniprotrHXP11447rIXasaprJX ABE-0012969rKXecogenerLXEG11223rMXncbigenerNX948463rOXncbigirPX gi:16131798rQuh0Nh1h2]rRrSRrTh6ubh)rU}rV(hXb3172rWhh#h}rXh}rY(XuniprotrZXP0A6E4r[Xasapr\X ABE-0010428r]Xecogener^XEG10068r_Xncbigener`X947590raXncbigirbX gi:16131063rcuh0Nh1h2]rdreRrfh6ubh)rg}rh(hXb1876rihh#h}rjh}rk(XuniprotrlXP11875rmXasaprnX ABE-0006264roXecogenerpXEG10071rqXncbigenerrX946452rsXncbigirtX gi:16129828ruuh0Nh1h2]rvrwRrxh6ubh)ry}rz(hXb2310r{hh#h}r|h}r}(Xuniprotr~XP09551rXasaprX ABE-0007621rXecogenerXEG10072rXncbigenerX949030rXncbigirX gi:16130245ruh0Nh1h2]rrRrh6ubh)r}r(hXb0863rhh#h}rh}r(XuniprotrXP30859rXasaprX ABE-0002937rXecogenerXEG11625rXncbigenerX948988rXncbigirX gi:16128831ruh0Nh1h2]rrRrh6ubh)r}r(hXb0860rhh#h}rh}r(XuniprotrXP30860rXasaprX ABE-0002927rXecogenerXEG11628rXncbigenerX948981rXncbigirX gi:16128828ruh0Nh1h2]rrRrh6ubh)r}r(hXb2307rhh#h}rh}r(XuniprotrXP0AEU3rXasaprX ABE-0007613rXecogenerXEG10007rXncbigenerX946790rXncbigirX gi:16130242ruh0Nh1h2]rrRrh6ubh)r}r(hXb2308rhh#h}rh}r(XuniprotrXP52094rXasaprX ABE-0007615rXecogenerXEG12125rXncbigenerX947235rXncbigirX gi:16130243ruh0Nh1h2]rrRrh6ubh)r}r(hXb0862rhh#h}rh}r(XuniprotrXP0AE34rXasaprX ABE-0002933rXecogenerXEG11626rXncbigenerX949046rXncbigirX gi:16128830ruh0Nh1h2]rrRrh6ubh)r}r(hXb2306rhh#h}rh}r(XuniprotrXP07109rXasaprX ABE-0007610rXecogenerXEG10452rXncbigenerX946789rXncbigirX gi:16130241ruh0Nh1h2]rrRrh6ubh)r}r(hXb0864rhh#h}rh}r(XuniprotrXP0AAF6rXasaprX ABE-0002939rXecogenerXEG11624rXncbigenerX945489rXncbigirX gi:16128832ruh0Nh1h2]rrRrh6ubh)r }r (hXb0861r hh#h}r h}r (XuniprotrXP0AE30rXasaprX ABE-0002931rXecogenerXEG11627rXncbigenerX949066rXncbigirX gi:16128829ruh0Nh1h2]rrRrh6ubh)r}r(hXb2923rhh#h}rh}r(Xuniprotr XP11667r!Xasapr"X ABE-0009591r#Xecogener$XEG11159r%Xncbigener&X947418r'Xncbigir(X gi:16130824r)uh0Nh1h2]r*r+Rr,h6ubh)r-}r.(hXb3433r/hh#h}r0h}r1(Xuniprotr2XP0A9Q9r3Xasapr4X ABE-0011211r5Xecogener6XEG10088r7Xncbigener8X947939r9Xncbigir:X gi:16131307r;uh0Nh1h2]r<r=Rr>h6ubh)r?}r@(hXb4192rAhh#h}rBh}rC(XuniprotrDXP39300rEXasaprFX ABE-0013717rGXecogenerHXEG12492rIXncbigenerJX948705rKXncbigirLX gi:90111702rMuh0Nh1h2]rNrORrPh6ubh)rQ}rR(hXb4194rShh#h}rTh}rU(XuniprotrVXP69822rWXasaprXX ABE-0013725rYXecogenerZXEG12494r[Xncbigener\X948716r]Xncbigir^X gi:16132016r_uh0Nh1h2]r`raRrbh6ubh)rc}rd(hXb4193rehh#h}rfh}rg(XuniprotrhXP39301riXasaprjX ABE-0013723rkXecogenerlXEG12493rmXncbigenernX948717roXncbigirpX gi:90111703rquh0Nh1h2]rrrsRrth6ubh)ru}rv(hXb4195rwhh#h}rxh}ry(XuniprotrzXP69820r{Xasapr|X ABE-0013727r}Xecogener~XEG12495rXncbigenerX948715rXncbigirX gi:16132017ruh0Nh1h2]rrRrh6ubh)r}r(hXb1767rhh#h}rh}r(XuniprotrXP0A962rXasaprX ABE-0005886rXecogenerXEG10045rXncbigenerX946278rXncbigirX gi:16129721ruh0Nh1h2]rrRrh6ubh)r}r(hXb0828rhh#h}rh}r(XuniprotrXP37595rXasaprX ABE-0002828rXecogenerXEG12407rXncbigenerX945456rXncbigirX gi:16128796ruh0Nh1h2]rrRrh6ubh)r}r(hXb2957rhh#h}rh}r(XuniprotrXP00805rXasaprX ABE-0009700rXecogenerXEG10046rXncbigenerX947454rXncbigirX gi:16130858ruh0Nh1h2]rrRrh6ubh)r}r(hXb0674rhh#h}rh}r(XuniprotrXP22106rXasaprX ABE-0002292rXecogenerXEG10092rXncbigenerX945281rXncbigirX gi:16128650ruh0Nh1h2]rrRrh6ubh)r}r(hXb3744rhh#h}rh}r(XuniprotrXP00963rXasaprX ABE-0012242rXecogenerXEG10091rXncbigenerX948258rXncbigirX gi:16131612ruh0Nh1h2]rrRrh6ubh)r}r(hXb0930rhh#h}rh}r(XuniprotrXP0A8M0rXasaprX ABE-0003162rXecogenerXEG10094rXncbigenerX945555rXncbigirX gi:16128897ruh0Nh1h2]rrRrh6ubh)r}r(hXb1453rhh#h}rh}r(XuniprotrXP77610rXasaprX ABE-0004845rXecogenerXEG13776rXncbigenerX946019rXncbigirX gi:90111277ruh0Nh1h2]rrRrh6ubh)r}r(hXb3502rhh#h}rh}r (Xuniprotr XP0AB93r Xasapr X ABE-0011437r XecogenerXEG12236rXncbigenerX948011rXncbigirX gi:90111602ruh0Nh1h2]rrRrh6ubh)r}r(hXb0131rhh#h}rh}r(XuniprotrXP0A790rXasaprX ABE-0000459rXecogener XEG11747r!Xncbigener"X945686r#Xncbigir$X gi:16128124r%uh0Nh1h2]r&r'Rr(h6ubh)r)}r*(hXb4245r+hh#h}r,h}r-(Xuniprotr.XP0A786r/Xasapr0X ABE-0013892r1Xecogener2XEG10805r3Xncbigener4X948767r5Xncbigir6X gi:16132067r7uh0Nh1h2]r8r9Rr:h6ubh)r;}r<(hXb4244r=hh#h}r>h}r?(Xuniprotr@XP0A7F3rAXasaprBX ABE-0013889rCXecogenerDXEG10811rEXncbigenerFX948763rGXncbigirHX gi:16132066rIuh0Nh1h2]rJrKRrLh6ubh)rM}rN(hXb0002rOhh#h}rPh}rQ(XuniprotrRXP00561rSXasaprTX ABE-0000008rUXecogenerVXEG10998rWXncbigenerXX945803rYXncbigirZX gi:16127996r[uh0Nh1h2]r\r]Rr^h6ubh)r_}r`(hXb4024rahh#h}rbh}rc(XuniprotrdXP08660reXasaprfX ABE-0013156rgXecogenerhXEG10550riXncbigenerjX948531rkXncbigirlX gi:16131850rmuh0Nh1h2]rnroRrph6ubh)rq}rr(hXb3940rshh#h}rth}ru(XuniprotrvXP00562rwXasaprxX ABE-0012889ryXecogenerzXEG10590r{Xncbigener|X948433r}Xncbigir~X gi:16131778ruh0Nh1h2]rrRrh6ubh)r}r(hXb2574rhh#h}rh}r(XuniprotrXP10902rXasaprX ABE-0008471rXecogenerXEG10631rXncbigenerX947049rXncbigirX gi:16130499ruh0Nh1h2]rrRrh6ubh)r}r(hXb4139rhh#h}rh}r(XuniprotrXP0AC38rXasaprX ABE-0013551rXecogenerXEG10095rXncbigenerX948658rXncbigirX gi:90111690ruh0Nh1h2]rrRrh6ubh)r}r(hXb0928rhh#h}rh}r(XuniprotrXP00509rXasaprX ABE-0003150rXecogenerXEG10096rXncbigenerX945553rXncbigirX gi:16128895ruh0Nh1h2]rrRrh6ubh)r}r(hXb1866rhh#h}rh}r(XuniprotrXP21889rXasaprX ABE-0006226rXecogenerXEG10097rXncbigenerX946385rXncbigirX gi:16129819ruh0Nh1h2]rrRrh6ubh)r}r(hXb0654rhh#h}rh}r(XuniprotrXP0AER3rXasaprX ABE-0002239rXecogenerXEG12661rXncbigenerX945443rXncbigirX gi:16128637ruh0Nh1h2]rrRrh6ubh)r}r(hXb0655rhh#h}rh}r(XuniprotrXP37902rXasaprX ABE-0002241rXecogenerXEG12700rXncbigenerX946938rXncbigirX gi:16128638ruh0Nh1h2]rrRrh6ubh)r}r(hXb0652rhh#h}rh}r(XuniprotrXP0AAG3rXasaprX ABE-0002232rXecogenerXEG12663rXncbigenerX945254rXncbigirX gi:16128635ruh0Nh1h2]rrRrh6ubh)r}r(hXb0653rhh#h}rh}r(XuniprotrXP0AER5rXasaprX ABE-0002234r Xecogener XEG12662r Xncbigener X947354r XncbigirX gi:16128636ruh0Nh1h2]rrRrh6ubh)r}r(hXb3528rhh#h}rh}r(XuniprotrXP0A830rXasaprX ABE-0011527rXecogenerXEG20044rXncbigenerX948039rXncbigir X gi:16131400r!uh0Nh1h2]r"r#Rr$h6ubh)r%}r&(hXb4123r'hh#h}r(h}r)(Xuniprotr*XP0ABN9r+Xasapr,X ABE-0013503r-Xecogener.XEG10006r/Xncbigener0X948641r1Xncbigir2X gi:16131949r3uh0Nh1h2]r4r5Rr6h6ubh)r7}r8(hXb4138r9hh#h}r:h}r;(Xuniprotr<XP0ABN5r=Xasapr>X ABE-0013546r?Xecogener@XEG11225rAXncbigenerBX948659rCXncbigirDX gi:16131963rEuh0Nh1h2]rFrGRrHh6ubh)rI}rJ(hXb4077rKhh#h}rLh}rM(XuniprotrNXP21345rOXasaprPX ABE-0013357rQXecogenerRXEG10405rSXncbigenerTX948591rUXncbigirVX gi:16131903rWuh0Nh1h2]rXrYRrZh6ubh)r[}r\(hXb3503r]hh#h}r^h}r_(Xuniprotr`XP0AB96raXasaprbX ABE-0011439rcXecogenerdXEG12237reXncbigenerfX948018rgXncbigirhX gi:16131375riuh0Nh1h2]rjrkRrlh6ubh)rm}rn(hXb1064rohh#h}rph}rq(XuniprotrrXP0AC59rsXasaprtX ABE-0003615ruXecogenervXEG12688rwXncbigenerxX946926ryXncbigirzX gi:16129027r{uh0Nh1h2]r|r}Rr~h6ubh)r}r(hXb1747rhh#h}rh}r(XuniprotrXP0AE37rXasaprX ABE-0005822rXecogenerXEG13998rXncbigenerX946261rXncbigirX gi:16129701ruh0Nh1h2]rrRrh6ubh)r}r(hXb1539rhh#h}rh}r(XuniprotrXP39831rXasaprX ABE-0005137rXecogenerXEG12345rXncbigenerX946085rXncbigirX gi:16129498ruh0Nh1h2]rrRrh6ubh)r}r(hXb2019rhh#h}rh}r(XuniprotrXP60757rXasaprX ABE-0006713rXecogenerXEG10449rXncbigenerX946549rXncbigirX gi:16129960ruh0Nh1h2]rrRrh6ubh)r}r(hXb3738rhh#h}rh}r(XuniprotrXP0AB98rXasaprX ABE-0012222rXecogenerXEG10099rXncbigenerX948252rXncbigirX gi:16131606ruh0Nh1h2]rrRrh6ubh)r}r(hXb3733rhh#h}rh}r(XuniprotrXP0ABA6rXasaprX ABE-0012211rXecogenerXEG10104rXncbigenerX948243rXncbigirX gi:16131601ruh0Nh1h2]rrRrh6ubh)r}r(hXb3732rhh#h}rh}r(XuniprotrXP0ABB4rXasaprX ABE-0012208rXecogenerXEG10101rXncbigenerX948244rXncbigirX gi:16131600ruh0Nh1h2]rrRrh6ubh)r}r(hXb3739rhh#h}rh}r(XuniprotrXP0ABC0rXasaprX ABE-0012224rXecogenerXEG10106rXncbigenerX948251rXncbigirX gi:90111645ruh0Nh1h2]rrRrh6ubh)r}r(hXb3736rhh#h}rh}r(XuniprotrXP0ABA0rXasaprX ABE-0012217rXecogenerXEG10103rXncbigenerX948247r Xncbigir X gi:16131604r uh0Nh1h2]r r Rrh6ubh)r}r(hXb3737rhh#h}rh}r(XuniprotrXP68699rXasaprX ABE-0012220rXecogenerXEG10102rXncbigenerX948253rXncbigirX gi:16131605ruh0Nh1h2]rrRr h6ubh)r!}r"(hXb3734r#hh#h}r$h}r%(Xuniprotr&XP0ABB0r'Xasapr(X ABE-0012213r)Xecogener*XEG10098r+Xncbigener,X948242r-Xncbigir.X gi:16131602r/uh0Nh1h2]r0r1Rr2h6ubh)r3}r4(hXb3735r5hh#h}r6h}r7(Xuniprotr8XP0ABA4r9Xasapr:X ABE-0012215r;Xecogener<XEG10105r=Xncbigener>X948254r?Xncbigir@X gi:16131603rAuh0Nh1h2]rBrCRrDh6ubh)rE}rF(hXb3731rGhh#h}rHh}rI(XuniprotrJXP0A6E6rKXasaprLX ABE-0012206rMXecogenerNXEG10100rOXncbigenerPX948245rQXncbigirRX gi:16131599rSuh0Nh1h2]rTrURrVh6ubh)rW}rX(hXb0312rYhh#h}rZh}r[(Xuniprotr\XP17445r]Xasapr^X ABE-0001072r_Xecogener`XEG10110raXncbigenerbX947376rcXncbigirdX gi:16128297reuh0Nh1h2]rfrgRrhh6ubh)ri}rj(hXb0827rkhh#h}rlh}rm(XuniprotrnXP12281roXasaprpX ABE-0002823rqXecogenerrXEG10153rsXncbigenertX945454ruXncbigirvX gi:16128795rwuh0Nh1h2]rxryRrzh6ubh)r{}r|(hXb3857r}hh#h}r~h}r(XuniprotrXP32173rXasaprX ABE-0012593rXecogenerXEG11829rXncbigenerX948349rXncbigirX gi:16131698ruh0Nh1h2]rrRrh6ubh)r}r(hXb3856rhh#h}rh}r(XuniprotrXP32125rXasaprX ABE-0012591rXecogenerXEG11828rXncbigenerX948343rXncbigirX gi:145698333ruh0Nh1h2]rrRrh6ubh)r}r(hXb4214rhh#h}rh}r(XuniprotrXP22255rXasaprX ABE-0013786rXecogenerXEG10043rXncbigenerX948728rXncbigirX gi:16132036ruh0Nh1h2]rrRrh6ubh)r}r(hXb3551rhh#h}rh}r(XuniprotrXP20099rXasaprX ABE-0011597rXecogenerXEG10124rXncbigenerX946915rXncbigirX gi:145698325ruh0Nh1h2]rrRrh6ubh)r}r(hXb0775rhh#h}rh}r(XuniprotrXP12996rXasaprX ABE-0002644rXecogenerXEG10118rXncbigenerX945370rXncbigirX gi:16128743ruh0Nh1h2]rrRrh6ubh)r}r(hXb0934rhh#h}rh}r(XuniprotrXP75851rXasaprX ABE-0003175rXecogenerXEG13705rXncbigenerX947216rXncbigirX gi:90111188ruh0Nh1h2]rrRrh6ubh)r}r(hXb0367rhh#h}rh}r(XuniprotrXQ47539rXasaprX ABE-0001261rXecogenerXEG13301rXncbigenerX945026rXncbigirX gi:16128352ruh0Nh1h2]rrRrh6ubh)r}r(hXb0933rhh#h}rh}r(XuniprotrXP0AAI1rXasaprX ABE-0003173rXecogenerXEG12358rXncbigenerX947220rXncbigirX gi:16128900ruh0Nh1h2]rr Rr h6ubh)r }r (hXb0936r hh#h}rh}r(XuniprotrXP75853rXasaprX ABE-0003180rXecogenerXEG13707rXncbigenerX945560rXncbigirX gi:90111189ruh0Nh1h2]rrRrh6ubh)r}r(hXb0365rhh#h}r h}r!(Xuniprotr"XQ47537r#Xasapr$X ABE-0001256r%Xecogener&XEG13300r'Xncbigener(X945030r)Xncbigir*X gi:90111122r+uh0Nh1h2]r,r-Rr.h6ubh)r/}r0(hXb0366r1hh#h}r2h}r3(Xuniprotr4XQ47538r5Xasapr6X ABE-0001259r7Xecogener8XEG13299r9Xncbigener:X945027r;Xncbigir<X gi:16128351r=uh0Nh1h2]r>r?Rr@h6ubh)rA}rB(hXb1216rChh#h}rDh}rE(XuniprotrFXP31801rGXasaprHX ABE-0004082rIXecogenerJXEG11753rKXncbigenerLX945790rMXncbigirNX gi:16129179rOuh0Nh1h2]rPrQRrRh6ubh)rS}rT(hXb4132rUhh#h}rVh}rW(XuniprotrXXP0AAE8rYXasaprZX ABE-0013530r[Xecogener\XEG10132r]Xncbigener^X948654r_Xncbigir`X gi:16131958rauh0Nh1h2]rbrcRrdh6ubh)re}rf(hXb3942rghh#h}rhh}ri(XuniprotrjXP13029rkXasaprlX ABE-0012901rmXecogenernXEG10511roXncbigenerpX948431rqXncbigirrX gi:16131780rsuh0Nh1h2]rtruRrvh6ubh)rw}rx(hXb1732ryhh#h}rzh}r{(Xuniprotr|XP21179r}Xasapr~X ABE-0005780rXecogenerXEG10509rXncbigenerX946234rXncbigirX gi:49176140ruh0Nh1h2]rrRrh6ubh)r}r(hXb3196rhh#h}rh}r(XuniprotrXP45394rXasaprX ABE-0010502rXecogenerXEG12802rXncbigenerX947730rXncbigirX gi:16131086ruh0Nh1h2]rrRrh6ubh)r}r(hXb1270rhh#h}rh}r(XuniprotrXP0A9H5rXasaprX ABE-0004261rXecogenerXEG10130rXncbigenerX945839rXncbigirX gi:16129231ruh0Nh1h2]rrRrh6ubh)r}r(hXb2874rhh#h}rh}r(XuniprotrXQ46807rXasaprX ABE-0009438rXecogenerXEG13057rXncbigenerX947358rXncbigirX gi:16130776ruh0Nh1h2]rrRrh6ubh)r}r(hXb0521rhh#h}rh}r(XuniprotrXP37306rXasaprX ABE-0001791rXecogenerXEG12384rXncbigenerX944972rXncbigirX gi:16128505ruh0Nh1h2]rrRrh6ubh)r}r(hXb0323rhh#h}rh}r(XuniprotrXP77624rXasaprX ABE-0001107rXecogenerXEG13593rXncbigenerX944984rXncbigirX gi:16128308ruh0Nh1h2]rrRrh6ubh)r}r(hXb0033rhh#h}rh}r(XuniprotrXP00968rXasaprX ABE-0000121rXecogenerXEG10135rXncbigenerX944775rXncbigirX gi:16128027ruh0Nh1h2]rrRrh6ubh)r}r(hXb0032rhh#h}rh}r(XuniprotrXP0A6F1rXasaprX ABE-0000118rXecogenerXEG10134rXncbigenerX949025rXncbigirX gi:16128026ruh0Nh1h2]rrRrh6ubh)r}r(hXb0444r hh#h}r h}r (Xuniprotr XP77756r XasaprX ABE-0001539rXecogenerXEG13252rXncbigenerX947034rXncbigirX gi:16128429ruh0Nh1h2]rrRrh6ubh)r}r(hXb3469rhh#h}rh}r(XuniprotrXP37617rXasapr X ABE-0011332r!Xecogener"XEG12215r#Xncbigener$X947972r%Xncbigir&X gi:16131341r'uh0Nh1h2]r(r)Rr*h6ubh)r+}r,(hXb3915r-hh#h}r.h}r/(Xuniprotr0XP69380r1Xasapr2X ABE-0012786r3Xecogener4XEG11873r5Xncbigener6X948413r7Xncbigir8X gi:16131753r9uh0Nh1h2]r:r;Rr<h6ubh)r=}r>(hXb0752r?hh#h}r@h}rA(XuniprotrBXP75757rCXasaprDX ABE-0002549rEXecogenerFXEG13662rGXncbigenerHX945348rIXncbigirJX gi:16128720rKuh0Nh1h2]rLrMRrNh6ubh)rO}rP(hXb3040rQhh#h}rRh}rS(XuniprotrTXP0A8H3rUXasaprVX ABE-0009977rWXecogenerXXEG11167rYXncbigenerZX947035r[Xncbigir\X gi:16130936r]uh0Nh1h2]r^r_Rr`h6ubh)ra}rb(hXb3918rchh#h}rdh}re(XuniprotrfXP06282rgXasaprhX ABE-0012797riXecogenerjXEG10138rkXncbigenerlX948410rmXncbigirnX gi:16131756rouh0Nh1h2]rprqRrrh6ubh)rs}rt(hXb2794ruhh#h}rvh}rw(XuniprotrxXQ46920ryXasaprzX ABE-0009162r{Xecogener|XEG13173r}Xncbigener~X947270rXncbigirX gi:16130701ruh0Nh1h2]rrRrh6ubh)r}r(hXb1208rhh#h}rh}r(XuniprotrXP62615rXasaprX ABE-0004056rXecogenerXEG11294rXncbigenerX945774rXncbigirX gi:16129171ruh0Nh1h2]rrRrh6ubh)r}r(hXb1661rhh#h}rh}r(XuniprotrXP0A9H7rXasaprX ABE-0005555rXecogenerXEG11531rXncbigenerX944811rXncbigirX gi:16129619ruh0Nh1h2]rrRrh6ubh)r}r(hXb2129rhh#h}rh}r(XuniprotrXP33360rXasaprX ABE-0007034rXecogenerXEG12010rXncbigenerX946659rXncbigirX gi:16130067ruh0Nh1h2]rrRrh6ubh)r}r(hXb2128rhh#h}rh}r(XuniprotrXP33359rXasaprX ABE-0007032rXecogenerXEG12009rXncbigenerX949028rXncbigirX gi:16130066ruh0Nh1h2]rrRrh6ubh)r}r(hXb2131rhh#h}rh}r(XuniprotrXP33362rXasaprX ABE-0007040rXecogenerXEG12012rXncbigenerX946681rXncbigirX gi:16130069ruh0Nh1h2]rrRrh6ubh)r}r(hXb2130rhh#h}rh}r(XuniprotrXP33361rXasaprX ABE-0007038rXecogenerXEG12011rXncbigenerX946660rXncbigirX gi:16130068ruh0Nh1h2]rrRrh6ubh)r}r(hXb1801rhh#h}rh}r(XuniprotrXP0ABD1rXasaprX ABE-0005995rXecogenerXEG13508rXncbigenerX947326rXncbigirX gi:16129755ruh0Nh1h2]rrRrh6ubh)r}r(hXb0314rhh#h}rh}r(XuniprotrXP0ABC9r Xasapr X ABE-0001080r Xecogener XEG10112r XncbigenerX945079rXncbigirX gi:16128299ruh0Nh1h2]rrRrh6ubh)r}r(hXb0311rhh#h}rh}r(XuniprotrXP17444rXasaprX ABE-0001070rXecogenerXEG10109rXncbigener X945716r!Xncbigir"X gi:16128296r#uh0Nh1h2]r$r%Rr&h6ubh)r'}r((hXb2600r)hh#h}r*h}r+(Xuniprotr,XP07023r-Xasapr.X ABE-0008547r/Xecogener0XEG11039r1Xncbigener2X947115r3Xncbigir4X gi:16130521r5uh0Nh1h2]r6r7Rr8h6ubh)r9}r:(hXb2599r;hh#h}r<h}r=(Xuniprotr>XP0A9J8r?Xasapr@X ABE-0008545rAXecogenerBXEG10707rCXncbigenerDX947081rEXncbigirFX gi:16130520rGuh0Nh1h2]rHrIRrJh6ubh)rK}rL(hXb2329rMhh#h}rNh}rO(XuniprotrPXP12008rQXasaprRX ABE-0007693rSXecogenerTXEG10075rUXncbigenerVX946814rWXncbigirXX gi:16130264rYuh0Nh1h2]rZr[Rr\h6ubh)r]}r^(hXb4039r_hh#h}r`h}ra(XuniprotrbXP26602rcXasaprdX ABE-0013227reXecogenerfXEG11369rgXncbigenerhX948545riXncbigirjX gi:90111677rkuh0Nh1h2]rlrmRrnh6ubh)ro}rp(hXb2542rqhh#h}rrh}rs(XuniprotrtXP77650ruXasaprvX ABE-0008363rwXecogenerxXEG13460ryXncbigenerzX945427r{Xncbigir|X gi:16130467r}uh0Nh1h2]r~rRrh6ubh)r}r(hXb2540rhh#h}rh}r(XuniprotrXP0ABW0rXasaprX ABE-0008359rXecogenerXEG13458rXncbigenerX947015rXncbigirX gi:16130465ruh0Nh1h2]rrRrh6ubh)r}r(hXb2538rhh#h}rh}r(XuniprotrXP0ABR5rXasaprX ABE-0008355rXecogenerXEG13456rXncbigenerX946998rXncbigirX gi:16130463ruh0Nh1h2]rrRrh6ubh)r}r(hXb2539rhh#h}rh}r(XuniprotrXQ47140rXasaprX ABE-0008357rXecogenerXEG13457rXncbigenerX946997rXncbigirX gi:16130464ruh0Nh1h2]rrRrh6ubh)r}r(hXb0617rhh#h}rh}r(XuniprotrXP69330rXasaprX ABE-0002124rXecogenerXEG13543rXncbigenerX945415rXncbigirX gi:16128600ruh0Nh1h2]rrRrh6ubh)r}r(hXb0614rhh#h}rh}r(XuniprotrXP0A6G5rXasaprX ABE-0002116rXecogenerXEG13540rXncbigenerX949084rXncbigirX gi:16128597ruh0Nh1h2]rrRrh6ubh)r}r(hXb0616rhh#h}rh}r(XuniprotrXP0A9I1rXasaprX ABE-0002122rXecogenerXEG13542rXncbigenerX945406rXncbigirX gi:90111153ruh0Nh1h2]rrRrh6ubh)r}r(hXb0615rhh#h}rh}r(XuniprotrXP75726rXasaprX ABE-0002119rXecogenerXEG13541rXncbigenerX945230rXncbigirX gi:16128598ruh0Nh1h2]rrRrh6ubh)r}r(hXb0612rhh#h}rh}r(XuniprotrXP0AE74rXasaprX ABE-0002110rXecogenerXEG13538r Xncbigener X949070r Xncbigir X gi:16128595r uh0Nh1h2]rrRrh6ubh)r}r(hXb0789rhh#h}rh}r(XuniprotrXP0AA84rXasaprX ABE-0002692rXecogenerXEG13671rXncbigenerX945409rXncbigirX gi:16128757ruh0Nh1h2]r r!Rr"h6ubh)r#}r$(hXb1249r%hh#h}r&h}r'(Xuniprotr(XP0A6H8r)Xasapr*X ABE-0004186r+Xecogener,XEG11608r-Xncbigener.X945821r/Xncbigir0X gi:16129210r1uh0Nh1h2]r2r3Rr4h6ubh)r5}r6(hXb0155r7hh#h}r8h}r9(Xuniprotr:XP37019r;Xasapr<X ABE-0000533r=Xecogener>XEG12331r?Xncbigener@X946715rAXncbigirBX gi:16128148rCuh0Nh1h2]rDrERrFh6ubh)rG}rH(hXb1592rIhh#h}rJh}rK(XuniprotrLXP76175rMXasaprNX ABE-0005317rOXecogenerPXEG13848rQXncbigenerRX947179rSXncbigirTX gi:90111303rUuh0Nh1h2]rVrWRrXh6ubh)rY}rZ(hXb3035r[hh#h}r\h}r](Xuniprotr^XP02930r_Xasapr`X ABE-0009965raXecogenerbXEG11009rcXncbigenerdX947521reXncbigirfX gi:90111528rguh0Nh1h2]rhriRrjh6ubh)rk}rl(hXb2470rmhh#h}rnh}ro(XuniprotrpXP24177rqXasaprrX ABE-0008136rsXecogenertXEG10014ruXncbigenervX945464rwXncbigirxX gi:16130395ryuh0Nh1h2]rzr{Rr|h6ubh)r}}r~(hXb0463rhh#h}rh}r(XuniprotrXP0AE06rXasaprX ABE-0001603rXecogenerXEG11703rXncbigenerX945112rXncbigirX gi:16128447ruh0Nh1h2]rrRrh6ubh)r}r(hXb0462rhh#h}rh}r(XuniprotrXP31224rXasaprX ABE-0001601rXecogenerXEG11704rXncbigenerX945108rXncbigirX gi:16128446ruh0Nh1h2]rrRrh6ubh)r}r(hXb3816rhh#h}rh}r(XuniprotrXP0ABI4rXasaprX ABE-0012464rXecogenerXEG11463rXncbigenerX948351rXncbigirX gi:16131666ruh0Nh1h2]rrRrh6ubh)r}r(hXb2174rhh#h}rh}r(XuniprotrXP76445rXasaprX ABE-0007196rXecogenerXEG14075rXncbigenerX946693rXncbigirX gi:90111400ruh0Nh1h2]rrRrh6ubh)r}r(hXb0914rhh#h}rh}r(XuniprotrXP60752rXasaprX ABE-0003113rXecogenerXEG10613rXncbigenerX945530rXncbigirX gi:16128881ruh0Nh1h2]rrRrh6ubh)r}r(hXb1102rhh#h}rh}r(XuniprotrXP16869rXasaprX ABE-0003724rXecogenerXEG10306rXncbigenerX945649rXncbigirX gi:16129065ruh0Nh1h2]rrRrh6ubh)r}r(hXb2765rhh#h}rh}r(XuniprotrXP65870rXasaprX ABE-0009068rXecogenerXEG13120rXncbigenerX945123rXncbigirX gi:16130672ruh0Nh1h2]rrRrh6ubh)r}r(hXb0783rhh#h}rh}r(XuniprotrXP0A738rXasaprX ABE-0002673rXecogenerXEG11666rXncbigenerX945397rXncbigirX gi:16128751r uh0Nh1h2]r r Rr h6ubh)r }r(hXb0781rhh#h}rh}r(XuniprotrXP30745rXasaprX ABE-0002669rXecogenerXEG11595rXncbigenerX945392rXncbigirX gi:16128749ruh0Nh1h2]rrRrh6ubh)r}r (hXb2436r!hh#h}r"h}r#(Xuniprotr$XP36553r%Xasapr&X ABE-0008034r'Xecogener(XEG12189r)Xncbigener*X946908r+Xncbigir,X gi:16130361r-uh0Nh1h2]r.r/Rr0h6ubh)r1}r2(hXb3867r3hh#h}r4h}r5(Xuniprotr6XP32131r7Xasapr8X ABE-0012629r9Xecogener:XEG11836r;Xncbigener<X948362r=Xncbigir>X gi:90111657r?uh0Nh1h2]r@rARrBh6ubh)rC}rD(hXb0038rEhh#h}rFh}rG(XuniprotrHXP31572rIXasaprJX ABE-0000136rKXecogenerLXEG11559rMXncbigenerNX948997rOXncbigirPX gi:16128032rQuh0Nh1h2]rRrSRrTh6ubh)rU}rV(hXb0037rWhh#h}rXh}rY(XuniprotrZXP31552r[Xasapr\X ABE-0000133r]Xecogener^XEG11558r_Xncbigener`X944886raXncbigirbX gi:221800780rcuh0Nh1h2]rdreRrfh6ubh)rg}rh(hXb0036rihh#h}rjh}rk(XuniprotrlXP31551rmXasaprnX ABE-0000130roXecogenerpXEG11557rqXncbigenerrX948995rsXncbigirtX gi:221800779ruuh0Nh1h2]rvrwRrxh6ubh)ry}rz(hXb2679r{hh#h}r|h}r}(Xuniprotr~XP0AFM2rXasaprX ABE-0008818rXecogenerXEG10773rXncbigenerX947165rXncbigirX gi:16130593ruh0Nh1h2]rrRrh6ubh)r}r(hXb2677rhh#h}rh}r(XuniprotrXP14175rXasaprX ABE-0008814rXecogenerXEG10771rXncbigenerX947148rXncbigirX gi:16130591ruh0Nh1h2]rrRrh6ubh)r}r(hXb2678rhh#h}rh}r(XuniprotrXP14176rXasaprX ABE-0008816rXecogenerXEG10772rXncbigenerX947145rXncbigirX gi:16130592ruh0Nh1h2]rrRrh6ubh)r}r(hXb4111rhh#h}rh}r(XuniprotrXP0C0L7rXasaprX ABE-0013462rXecogenerXEG11612rXncbigenerX948626rXncbigirX gi:16131937ruh0Nh1h2]rrRrh6ubh)r}r(hXb0040rhh#h}rh}r(XuniprotrXP31553rXasaprX ABE-0000141rXecogenerXEG11561rXncbigenerX944765rXncbigirX gi:16128034ruh0Nh1h2]rrRrh6ubh)r}r(hXb0720rhh#h}rh}r(XuniprotrXP0ABH7rXasaprX ABE-0002451rXecogenerXEG10402rXncbigenerX945323rXncbigirX gi:16128695ruh0Nh1h2]rrRrh6ubh)r}r(hXb0337rhh#h}rh}r(XuniprotrXP25524rXasaprX ABE-0001161rXecogenerXEG11326rXncbigenerX944996rXncbigirX gi:16128322ruh0Nh1h2]rrRrh6ubh)r}r(hXb0336rhh#h}rh}r(XuniprotrXP0AA82rXasaprX ABE-0001159rXecogenerXEG11327rXncbigenerX944994rXncbigirX gi:16128321ruh0Nh1h2]rrRrh6ubh)r }r (hXb3846r hh#h}r h}r (XuniprotrXP21177rXasaprX ABE-0012564rXecogenerXEG10279rXncbigenerX948336rXncbigirX gi:16131692ruh0Nh1h2]rrRrh6ubh)r}r(hXb2780rhh#h}rh}r(Xuniprotr XP0A7E5r!Xasapr"X ABE-0009112r#Xecogener$XEG10810r%Xncbigener&X946116r'Xncbigir(X gi:16130687r)uh0Nh1h2]r*r+Rr,h6ubh)r-}r.(hXb0123r/hh#h}r0h}r1(Xuniprotr2XP36649r3Xasapr4X ABE-0000430r5Xecogener6XEG12318r7Xncbigener8X947736r9Xncbigir:X gi:16128116r;uh0Nh1h2]r<r=Rr>h6ubh)r?}r@(hXb0484rAhh#h}rBh}rC(XuniprotrDXQ59385rEXasaprFX ABE-0001681rGXecogenerHXEG13246rIXncbigenerJX946106rKXncbigirLX gi:16128468rMuh0Nh1h2]rNrORrPh6ubh)rQ}rR(hXb3425rShh#h}rTh}rU(XuniprotrVXP0A6V5rWXasaprXX ABE-0011182rYXecogenerZXEG10395r[Xncbigener\X947935r]Xncbigir^X gi:16131299r_uh0Nh1h2]r`raRrbh6ubh)rc}rd(hXb1308rehh#h}rfh}rg(XuniprotrhXP23857riXasaprjX ABE-0004397rkXecogenerlXEG10780rmXncbigenernX945652roXncbigirpX gi:16129269rquh0Nh1h2]rrrsRrth6ubh)ru}rv(hXb0340rwhh#h}rxh}ry(XuniprotrzXP00816r{Xasapr|X ABE-0001173r}Xecogener~XEG10175rXncbigenerX948998rXncbigirX gi:16128325ruh0Nh1h2]rrRrh6ubh)r}r(hXb0341rhh#h}rh}r(XuniprotrXP17583rXasaprX ABE-0001175rXecogenerXEG10177rXncbigenerX946770rXncbigirX gi:16128326ruh0Nh1h2]rrRrh6ubh)r}r(hXb1919rhh#h}rh}r(XuniprotrXP76316rXasaprX ABE-0006389rXecogenerXEG14038rXncbigenerX946831rXncbigirX gi:90111355ruh0Nh1h2]rrRrh6ubh)r}r(hXb3008rhh#h}rh}r(XuniprotrXP06721rXasaprX ABE-0009878rXecogenerXEG10583rXncbigenerX946240rXncbigirX gi:16130906ruh0Nh1h2]rrRrh6ubh)r}r(hXb3708rhh#h}rh}r(XuniprotrXP0A853rXasaprX ABE-0012133rXecogenerXEG11005rXncbigenerX948221rXncbigirX gi:90111643ruh0Nh1h2]rrRrh6ubh)r}r(hXb2414rhh#h}rh}r(XuniprotrXP0ABK5rXasaprX ABE-0007957rXecogenerXEG10192rXncbigenerX946877rXncbigirX gi:16130340ruh0Nh1h2]rrRrh6ubh)r}r(hXb2421rhh#h}rh}r(XuniprotrXP16703rXasaprX ABE-0007982rXecogenerXEG10193rXncbigenerX946888rXncbigirX gi:16130347ruh0Nh1h2]rrRrh6ubh)r}r(hXb2810rhh#h}rh}r(XuniprotrXQ46925rXasaprX ABE-0009218rXecogenerXEG13082rXncbigenerX947275rXncbigirX gi:16130717ruh0Nh1h2]rrRrh6ubh)r}r(hXb1622rhh#h}rh}r (Xuniprotr XP23256r Xasapr X ABE-0005432r XecogenerXEG10564rXncbigenerX945937rXncbigirX gi:16129580ruh0Nh1h2]rrRrh6ubh)r}r(hXb0526rhh#h}rh}r(XuniprotrXP21888rXasaprX ABE-0001810rXecogener XEG10196r!Xncbigener"X946969r#Xncbigir$X gi:16128510r%uh0Nh1h2]r&r'Rr(h6ubh)r)}r*(hXb0886r+hh#h}r,h}r-(Xuniprotr.XP23886r/Xasapr0X ABE-0003012r1Xecogener2XEG10012r3Xncbigener4X945504r5Xncbigir6X gi:16128853r7uh0Nh1h2]r8r9Rr:h6ubh)r;}r<(hXb0887r=hh#h}r>h}r?(Xuniprotr@XP29018rAXasaprBX ABE-0003015rCXecogenerDXEG11405rEXncbigenerFX949052rGXncbigirHX gi:16128854rIuh0Nh1h2]rJrKRrLh6ubh)rM}rN(hXb0978rOhh#h}rPh}rQ(XuniprotrRXP26459rSXasaprTX ABE-0003300rUXecogenerVXEG11380rWXncbigenerXX945585rYXncbigirZX gi:16128944r[uh0Nh1h2]r\r]Rr^h6ubh)r_}r`(hXb0979rahh#h}rbh}rc(XuniprotrdXP26458reXasaprfX ABE-0003302rgXecogenerhXEG11379riXncbigenerjX947547rkXncbigirlX gi:16128945rmuh0Nh1h2]rnroRrph6ubh)rq}rr(hXb0734rshh#h}rth}ru(XuniprotrvXP0ABK2rwXasaprxX ABE-0002501ryXecogenerzXEG10174r{Xncbigener|X945347r}Xncbigir~X gi:16128709ruh0Nh1h2]rrRrh6ubh)r}r(hXb0733rhh#h}rh}r(XuniprotrXP0ABJ9rXasaprX ABE-0002499rXecogenerXEG10173rXncbigenerX945341rXncbigirX gi:90111166ruh0Nh1h2]rrRrh6ubh)r}r(hXb0432rhh#h}rh}r(XuniprotrXP0ABJ1rXasaprX ABE-0001495rXecogenerXEG10178rXncbigenerX945080rXncbigirX gi:16128417ruh0Nh1h2]rrRrh6ubh)r}r(hXb0430rhh#h}rh}r(XuniprotrXP0ABJ3rXasaprX ABE-0001491rXecogenerXEG10180rXncbigenerX946897rXncbigirX gi:16128415ruh0Nh1h2]rrRrh6ubh)r}r(hXb0429rhh#h}rh}r(XuniprotrXP0ABJ6rXasaprX ABE-0001487rXecogenerXEG10181rXncbigenerX944918rXncbigirX gi:16128414ruh0Nh1h2]rrRrh6ubh)r}r(hXb0431rhh#h}rh}r(XuniprotrXP0ABI8rXasaprX ABE-0001493rXecogenerXEG10179rXncbigenerX945615rXncbigirX gi:16128416ruh0Nh1h2]rrRrh6ubh)r}r(hXb2143rhh#h}rh}r(XuniprotrXP0ABF6rXasaprX ABE-0007086rXecogenerXEG10137rXncbigenerX946663rXncbigirX gi:16130081ruh0Nh1h2]rrRrh6ubh)r}r(hXb0651rhh#h}rh}r(XuniprotrXP41409rXasaprX ABE-0002227rXecogenerXEG12701rXncbigenerX945503rXncbigirX gi:16128634ruh0Nh1h2]rrRrh6ubh)r}r(hXb2162rhh#h}rh}r(XuniprotrXP33022rXasaprX ABE-0007156r Xecogener XEG12030r Xncbigener X946646r XncbigirX gi:16130100ruh0Nh1h2]rrRrh6ubh)r}r(hXb2066rhh#h}rh}r(XuniprotrXP0A8F4rXasaprX ABE-0006840rXecogenerXEG11701rXncbigenerX946597rXncbigir X gi:90111379r!uh0Nh1h2]r"r#Rr$h6ubh)r%}r&(hXb0910r'hh#h}r(h}r)(Xuniprotr*XP0A6I0r+Xasapr,X ABE-0003101r-Xecogener.XEG11265r/Xncbigener0X945535r1Xncbigir2X gi:16128877r3uh0Nh1h2]r4r5Rr6h6ubh)r7}r8(hXb2975r9hh#h}r:h}r;(Xuniprotr<XQ46839r=Xasapr>X ABE-0009763r?Xecogener@XEG12995rAXncbigenerBX947259rCXncbigirDX gi:16130875rEuh0Nh1h2]rFrGRrHh6ubh)rI}rJ(hXb3603rKhh#h}rLh}rM(XuniprotrNXP33231rOXasaprPX ABE-0011777rQXecogenerRXEG11961rSXncbigenerTX948114rUXncbigirVX gi:16131474rWuh0Nh1h2]rXrYRrZh6ubh)r[}r\(hXb1189r]hh#h}r^h}r_(Xuniprotr`XP0A6J5raXasaprbX ABE-0003995rcXecogenerdXEG11407reXncbigenerfX945752rgXncbigirhX gi:16129152riuh0Nh1h2]rjrkRrlh6ubh)rm}rn(hXb4042rohh#h}rph}rq(XuniprotrrXP0ABN1rsXasaprtX ABE-0013235ruXecogenervXEG10224rwXncbigenerxX948543ryXncbigirzX gi:16131868r{uh0Nh1h2]r|r}Rr~h6ubh)r}r(hXb2871rhh#h}rh}r(XuniprotrXP66899rXasaprX ABE-0009428rXecogenerXEG13054rXncbigenerX947012rXncbigirX gi:16130773ruh0Nh1h2]rrRrh6ubh)r}r(hXb2838rhh#h}rh}r(XuniprotrXP00861rXasaprX ABE-0009309rXecogenerXEG10549rXncbigenerX947313rXncbigirX gi:16130742ruh0Nh1h2]rrRrh6ubh)r}r(hXb3809rhh#h}rh}r(XuniprotrXP0A6K1rXasaprX ABE-0012442rXecogenerXEG10209rXncbigenerX948364rXncbigirX gi:90111650ruh0Nh1h2]rrRrh6ubh)r}r(hXb0175rhh#h}rh}r(XuniprotrXP0ABG1rXasaprX ABE-0000600rXecogenerXEG10139rXncbigenerX944876rXncbigirX gi:90111095ruh0Nh1h2]rrRrh6ubh)r}r(hXb3041rhh#h}rh}r(XuniprotrXP0A7J0rXasaprX ABE-0009980rXecogenerXEG10465rXncbigenerX947526rXncbigirX gi:16130937ruh0Nh1h2]rrRrh6ubh)r}r(hXb0778rhh#h}rh}r(XuniprotrXP13000rXasaprX ABE-0002650rXecogenerXEG10120rXncbigenerX945387rXncbigirX gi:16128746ruh0Nh1h2]rrRrh6ubh)r}r(hXb1734rhh#h}rh}r(XuniprotrXP17411rXasaprX ABE-0005785rXecogenerXEG10144rXncbigenerX946266rXncbigirX gi:16129688ruh0Nh1h2]rrRrh6ubh)r}r(hXb2065rhh#h}rh}r(XuniprotrXP28248rXasaprX ABE-0006835rXecogenerXEG11418rXncbigenerX946593r Xncbigir X gi:16130005r uh0Nh1h2]r r Rrh6ubh)r}r(hXb2344rhh#h}rh}r(XuniprotrXP10384rXasaprX ABE-0007740rXecogenerXEG10280rXncbigenerX946820rXncbigirX gi:145698292ruh0Nh1h2]rrRr h6ubh)r!}r"(hXb3693r#hh#h}r$h}r%(Xuniprotr&XP31459r'Xasapr(X ABE-0012076r)Xecogener*XEG11717r+Xncbigener,X948207r-Xncbigir.X gi:16131561r/uh0Nh1h2]r0r1Rr2h6ubh)r3}r4(hXb3909r5hh#h}r6h}r7(Xuniprotr8XP0A712r9Xasapr:X ABE-0012764r;Xecogener<XEG11869r=Xncbigener>X948407r?Xncbigir@X gi:90111665rAuh0Nh1h2]rBrCRrDh6ubh)rE}rF(hXb3526rGhh#h}rHh}rI(XuniprotrJXP37647rKXasaprLX ABE-0011519rMXecogenerNXEG12253rOXncbigenerPX948041rQXncbigirRX gi:90111606rSuh0Nh1h2]rTrURrVh6ubh)rW}rX(hXb1704rYhh#h}rZh}r[(Xuniprotr\XP00887r]Xasapr^X ABE-0005686r_Xecogener`XEG10080raXncbigenerbX946229rcXncbigirdX gi:16129660reuh0Nh1h2]rfrgRrhh6ubh)ri}rj(hXb2601rkhh#h}rlh}rm(XuniprotrnXP00888roXasaprpX ABE-0008549rqXecogenerrXEG10078rsXncbigenertX947084ruXncbigirvX gi:16130522rwuh0Nh1h2]rxryRrzh6ubh)r{}r|(hXb0754r}hh#h}r~h}r(XuniprotrXP0AB91rXasaprX ABE-0002560rXecogenerXEG10079rXncbigenerX945605rXncbigirX gi:16128722ruh0Nh1h2]rrRrh6ubh)r}r(hXb4477rhh#h}rh}r(XuniprotrXQ6BF16rXasaprX ABE-0174107rXecogenerXEG11716rXncbigenerX2847766rXncbigirX gi:49176391ruh0Nh1h2]rrRrh6ubh)r}r(hXb3648rhh#h}rh}r(XuniprotrXP60546rXasaprX ABE-0011930rXecogenerXEG10965rXncbigenerX948163rXncbigirX gi:16131519ruh0Nh1h2]rrRrh6ubh)r}r(hXb1393rhh#h}rh}r(XuniprotrXP76082rXasaprX ABE-0004659rXecogenerXEG13740rXncbigenerX946011rXncbigirX gi:16129354ruh0Nh1h2]rrRrh6ubh)r}r(hXb3771rhh#h}rh}r(XuniprotrXP05791rXasaprX ABE-0012318rXecogenerXEG10496rXncbigenerX948277rXncbigirX gi:49176404ruh0Nh1h2]rrRrh6ubh)r}r(hXb1198rhh#h}rh}r(XuniprotrXP37349rXasaprX ABE-0004024rXecogenerXEG12399rXncbigenerX945749rXncbigirX gi:226524708ruh0Nh1h2]rrRrh6ubh)r}r(hXb1199rhh#h}rh}r(XuniprotrXP76014rXasaprX ABE-0004026rXecogenerXEG13900rXncbigenerX945748rXncbigirX gi:16129162ruh0Nh1h2]rrRrh6ubh)r}r(hXb1200rhh#h}rh}r(XuniprotrXP76015rXasaprX ABE-0004029rXecogenerXEG13901rXncbigenerX945747rXncbigirX gi:162135900ruh0Nh1h2]rr Rr h6ubh)r }r (hXb0596r hh#h}rh}r(XuniprotrXP15047rXasaprX ABE-0002054rXecogenerXEG10259rXncbigenerX945284rXncbigirX gi:16128579ruh0Nh1h2]rrRrh6ubh)r}r(hXb0594rhh#h}r h}r!(Xuniprotr"XP10378r#Xasapr$X ABE-0002049r%Xecogener&XEG10263r'Xncbigener(X947426r)Xncbigir*X gi:16128577r+uh0Nh1h2]r,r-Rr.h6ubh)r/}r0(hXb2541r1hh#h}r2h}r3(Xuniprotr4XP0CI31r5Xasapr6X ABE-0008361r7Xecogener8XEG13459r9Xncbigener:X945346r;Xncbigir<X gi:16130466r=uh0Nh1h2]r>r?Rr@h6ubh)rA}rB(hXb0348rChh#h}rDh}rE(XuniprotrFXP0ABR9rGXasaprHX ABE-0001198rIXecogenerJXEG20274rKXncbigenerLX945047rMXncbigirNX gi:16128333rOuh0Nh1h2]rPrQRrRh6ubh)rS}rT(hXb0031rUhh#h}rVh}rW(XuniprotrXXP04036rYXasaprZX ABE-0000112r[Xecogener\XEG10206r]Xncbigener^X944762r_Xncbigir`X gi:16128025rauh0Nh1h2]rbrcRrdh6ubh)re}rf(hXb2478rghh#h}rhh}ri(XuniprotrjXP0A6L2rkXasaprlX ABE-0008163rmXecogenernXEG10205roXncbigenerpX946952rqXncbigirrX gi:16130403rsuh0Nh1h2]rtruRrvh6ubh)rw}rx(hXb0048ryhh#h}rzh}r{(Xuniprotr|XP0ABQ4r}Xasapr~X ABE-0000164rXecogenerXEG10326rXncbigenerX944790rXncbigirX gi:16128042ruh0Nh1h2]rrRrh6ubh)r}r(hXb1606rhh#h}rh}r(XuniprotrXP0AFS3rXasaprX ABE-0005364rXecogenerXEG13189rXncbigenerX949096rXncbigirX gi:16129564ruh0Nh1h2]rrRrh6ubh)r}r(hXb2315rhh#h}rh}r(XuniprotrXP08192rXasaprX ABE-0007645rXecogenerXEG10327rXncbigenerX945451rXncbigirX gi:16130250ruh0Nh1h2]rrRrh6ubh)r}r(hXb3930rhh#h}rh}r(XuniprotrXP32166rXasaprX ABE-0012841rXecogenerXEG11880rXncbigenerX948418rXncbigirX gi:16131768ruh0Nh1h2]rrRrh6ubh)r}r(hXb2262rhh#h}rh}r(XuniprotrXP0ABU0rXasaprX ABE-0007476rXecogenerXEG11368rXncbigenerX946747rXncbigirX gi:16130197ruh0Nh1h2]rrRrh6ubh)r}r(hXb0736rhh#h}rh}r(XuniprotrXP0A8Z3rXasaprX ABE-0002508rXecogenerXEG11110rXncbigenerX948907rXncbigirX gi:16128711ruh0Nh1h2]rrRrh6ubh)r}r(hXb3058rhh#h}rh}r(XuniprotrXP0AC16rXasaprX ABE-0010036rXecogenerXEG11673rXncbigenerX947544rXncbigirX gi:90111533ruh0Nh1h2]rrRrh6ubh)r}r(hXb0945rhh#h}rh}r(XuniprotrXP0A7E1rXasaprX ABE-0003201rXecogenerXEG10807rXncbigener X945556r Xncbigir X gi:16128912r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1062r hh#h}r h}r (Xuniprotr XP05020r Xasapr X ABE-0003607r Xecogener XEG10806r Xncbigener X945787r Xncbigir X gi:16129025r uh0Nh1h2]r r Rr h6ubh)r }r (hXb3177r hh#h}r h}r (Xuniprotr XP0AC13r Xasapr X ABE-0010441r! Xecogener" XEG50011r# Xncbigener$ X947691r% Xncbigir& X gi:90111553r' uh0Nh1h2]r( r) Rr* h6ubh)r+ }r, (hXb0578r- hh#h}r. h}r/ (Xuniprotr0 XP38489r1 Xasapr2 X ABE-0001981r3 Xecogener4 XEG20151r5 Xncbigener6 X945778r7 Xncbigir8 X gi:16128561r9 uh0Nh1h2]r: r; Rr< h6ubh)r= }r> (hXb2303r? hh#h}r@ h}rA (XuniprotrB XP0AC19rC XasaprD X ABE-0007603rE XecogenerF XEG14263rG XncbigenerH X946781rI XncbigirJ X gi:16130238rK uh0Nh1h2]rL rM RrN h6ubh)rO }rP (hXb3389rQ hh#h}rR h}rS (XuniprotrT XP07639rU XasaprV X ABE-0011067rW XecogenerX XEG10074rY XncbigenerZ X947927r[ Xncbigir\ X gi:16131267r] uh0Nh1h2]r^ r_ Rr` h6ubh)ra }rb (hXb1693rc hh#h}rd h}re (Xuniprotrf XP05194rg Xasaprh X ABE-0005653ri Xecogenerj XEG10076rk Xncbigenerl X946210rm Xncbigirn X gi:16129649ro uh0Nh1h2]rp rq Rrr h6ubh)rs }rt (hXb0421ru hh#h}rv h}rw (Xuniprotrx XP22939ry Xasaprz X ABE-0001463r{ Xecogener| XEG10508r} Xncbigener~ X945064r Xncbigir X gi:16128406r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0029r hh#h}r h}r (Xuniprotr XP62623r Xasapr X ABE-0000103r Xecogener XEG11081r Xncbigener X944777r Xncbigir X gi:16128023r uh0Nh1h2]r r Rr h6ubh)r }r (hXb2232r hh#h}r h}r (Xuniprotr XP17993r Xasapr X ABE-0007374r Xecogener XEG11143r Xncbigener X946607r Xncbigir X gi:16130167r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1588r hh#h}r h}r (Xuniprotr XP77783r Xasapr X ABE-0005307r Xecogener XEG13844r Xncbigener X945268r Xncbigir X gi:171701681r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0895r hh#h}r h}r (Xuniprotr XP18776r Xasapr X ABE-0003046r Xecogener XEG10233r Xncbigener X945507r Xncbigir X gi:16128862r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1587r hh#h}r h}r (Xuniprotr XP77374r Xasapr X ABE-0005302r Xecogener XEG13843r Xncbigener X946135r Xncbigir X gi:16129545r uh0Nh1h2]r r Rr h6ubh)r }r (hXb0894r hh#h}r h}r (Xuniprotr XP18775r Xasapr X ABE-0003044r Xecogener XEG10232r Xncbigener X945508r Xncbigir X gi:90111183r uh0Nh1h2]r r Rr h6ubh)r }r (hXb1590r hh#h}r h}r (Xuniprotr XP76173r Xasapr X ABE-0005311r Xecogener XEG13846r Xncbigener X945822r Xncbigir X gi:16129548r uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb0896r!hh#h}r!h}r!(Xuniprotr!XP18777r !Xasapr !X ABE-0003048r !Xecogener !XEG10234r !Xncbigener!X945502r!Xncbigir!X gi:16128863r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb1589r!hh#h}r!h}r!(Xuniprotr!XP0AAJ1r!Xasapr!X ABE-0005309r!Xecogener!XEG13845r!Xncbigener !X945638r!!Xncbigir"!X gi:16129547r#!uh0Nh1h2]r$!r%!Rr&!h6ubh)r'!}r(!(hXb1872r)!hh#h}r*!h}r+!(Xuniprotr,!XP46923r-!Xasapr.!X ABE-0006244r/!Xecogener0!XEG13276r1!Xncbigener2!X946389r3!Xncbigir4!X gi:90111350r5!uh0Nh1h2]r6!r7!Rr8!h6ubh)r9!}r:!(hXb1873r;!hh#h}r!XP52005r?!Xasapr@!X ABE-0006246rA!XecogenerB!XEG13277rC!XncbigenerD!X946490rE!XncbigirF!X gi:16129826rG!uh0Nh1h2]rH!rI!RrJ!h6ubh)rK!}rL!(hXb0099rM!hh#h}rN!h}rO!(XuniprotrP!XP08337rQ!XasaprR!X ABE-0000346rS!XecogenerT!XEG10626rU!XncbigenerV!X944824rW!XncbigirX!X gi:16128092rY!uh0Nh1h2]rZ!r[!Rr\!h6ubh)r]!}r^!(hXb1865r_!hh#h}r`!h}ra!(Xuniprotrb!XP0AFC0rc!Xasaprd!X ABE-0006223re!Xecogenerf!XEG11138rg!Xncbigenerh!X946383ri!Xncbigirj!X gi:16129818rk!uh0Nh1h2]rl!rm!Rrn!h6ubh)ro!}rp!(hXb3575rq!hh#h}rr!h}rs!(Xuniprotrt!XP37672ru!Xasaprv!X ABE-0011682rw!Xecogenerx!XEG12279ry!Xncbigenerz!X948096r{!Xncbigir|!X gi:16131446r}!uh0Nh1h2]r~!r!Rr!h6ubh)r!}r!(hXb0103r!hh#h}r!h}r!(Xuniprotr!XP0A6I9r!Xasapr!X ABE-0000357r!Xecogener!XEG12312r!Xncbigener!X949060r!Xncbigir!X gi:16128096r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb3774r!hh#h}r!h}r!(Xuniprotr!XP05793r!Xasapr!X ABE-0012331r!Xecogener!XEG10495r!Xncbigener!X948286r!Xncbigir!X gi:16131632r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb0425r!hh#h}r!h}r!(Xuniprotr!XP0A9J4r!Xasapr!X ABE-0001474r!Xecogener!XEG13271r!Xncbigener!X945065r!Xncbigir!X gi:16128410r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb4381r!hh#h}r!h}r!(Xuniprotr!XP0A6L0r!Xasapr!X ABE-0014371r!Xecogener!XEG10221r!Xncbigener!X948902r!Xncbigir!X gi:16132198r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb1185r!hh#h}r!h}r!(Xuniprotr!XP0A6M2r!Xasapr!X ABE-0003979r!Xecogener!XEG11393r!Xncbigener!X946344r!Xncbigir!X gi:49176085r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb3860r!hh#h}r!h}r!(Xuniprotr!XP0AEG4r!Xasapr!X ABE-0012606r!Xecogener!XEG11297r!Xncbigener!X948353r!Xncbigir!X gi:16131701r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r!(hXb2893r!hh#h}r!h}r!(Xuniprotr!XP0AEG6r!Xasapr!X ABE-0009494r!Xecogener!XEG11070r!Xncbigener!X947363r!Xncbigir!X gi:16130795r!uh0Nh1h2]r!r!Rr!h6ubh)r!}r"(hXb2582r"hh#h}r"h}r"(Xuniprotr"XP0AGG4r"Xasapr"X ABE-0008501r"Xecogener"XEG11887r "Xncbigener "X947062r "Xncbigir "X gi:16130507r "uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb4136r"hh#h}r"h}r"(Xuniprotr"XP36655r"Xasapr"X ABE-0013539r"Xecogener"XEG12178r"Xncbigener"X948649r"Xncbigir"X gi:16131961r"uh0Nh1h2]r "r!"Rr""h6ubh)r#"}r$"(hXb3781r%"hh#h}r&"h}r'"(Xuniprotr("XP0AA25r)"Xasapr*"X ABE-0012357r+"Xecogener,"XEG11031r-"Xncbigener."X948289r/"Xncbigir0"X gi:67005950r1"uh0Nh1h2]r2"r3"Rr4"h6ubh)r5"}r6"(hXb0604r7"hh#h}r8"h}r9"(Xuniprotr:"XP77202r;"Xasapr<"X ABE-0002084r="Xecogener>"XEG13535r?"Xncbigener@"X945224rA"XncbigirB"X gi:90111151rC"uh0Nh1h2]rD"rE"RrF"h6ubh)rG"}rH"(hXb4122rI"hh#h}rJ"h}rK"(XuniprotrL"XP14407rM"XasaprN"X ABE-0013501rO"XecogenerP"XEG10357rQ"XncbigenerR"X948642rS"XncbigirT"X gi:16131948rU"uh0Nh1h2]rV"rW"RrX"h6ubh)rY"}rZ"(hXb1098r["hh#h}r\"h}r]"(Xuniprotr^"XP0A720r_"Xasapr`"X ABE-0003714ra"Xecogenerb"XEG12302rc"Xncbigenerd"X945663re"Xncbigirf"X gi:16129061rg"uh0Nh1h2]rh"ri"Rrj"h6ubh)rk"}rl"(hXb2146rm"hh#h}rn"h}ro"(Xuniprotrp"XP76440rq"Xasaprr"X ABE-0007096rs"Xecogenert"XEG14074ru"Xncbigenerv"X949049rw"Xncbigirx"X gi:16130084ry"uh0Nh1h2]rz"r{"Rr|"h6ubh)r}"}r~"(hXb2147r"hh#h}r"h}r"(Xuniprotr"XP25889r"Xasapr"X ABE-0007098r"Xecogener"XEG11289r"Xncbigener"X949037r"Xncbigir"X gi:90111398r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb1238r"hh#h}r"h}r"(Xuniprotr"XP23331r"Xasapr"X ABE-0004157r"Xecogener"XEG10994r"Xncbigener"X945834r"Xncbigir"X gi:16129199r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb4384r"hh#h}r"h}r"(Xuniprotr"XP0ABP8r"Xasapr"X ABE-0014379r"Xecogener"XEG10222r"Xncbigener"X945654r"Xncbigir"X gi:16132201r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb4382r"hh#h}r"h}r"(Xuniprotr"XP07650r"Xasapr"X ABE-0014374r"Xecogener"XEG10219r"Xncbigener"X948901r"Xncbigir"X gi:16132199r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb2251r"hh#h}r"h}r"(Xuniprotr"XP52006r"Xasapr"X ABE-0007449r"Xecogener"XEG13275r"Xncbigener"X946740r"Xncbigir"X gi:16130186r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb3640r"hh#h}r"h}r"(Xuniprotr"XP06968r"Xasapr"X ABE-0011899r"Xecogener"XEG10251r"Xncbigener"X948607r"Xncbigir"X gi:16131511r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb0173r"hh#h}r"h}r"(Xuniprotr"XP45568r"Xasapr"X ABE-0000592r"Xecogener"XEG12715r"Xncbigener"X945019r"Xncbigir"X gi:16128166r"uh0Nh1h2]r"r"Rr"h6ubh)r"}r"(hXb0420r"hh#h}r"h}r"(Xuniprotr#XP77488r#Xasapr#X ABE-0001461r#Xecogener#XEG13612r#Xncbigener#X945060r#Xncbigir#X gi:16128405r #uh0Nh1h2]r #r #Rr #h6ubh)r #}r#(hXb3564r#hh#h}r#h}r#(Xuniprotr#XP09099r#Xasapr#X ABE-0011637r#Xecogener#XEG11075r#Xncbigener#X948133r#Xncbigir#X gi:16131435r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r #(hXb1779r!#hh#h}r"#h}r##(Xuniprotr$#XP0A9B2r%#Xasapr&#X ABE-0005920r'#Xecogener(#XEG10367r)#Xncbigener*#X947679r+#Xncbigir,#X gi:16129733r-#uh0Nh1h2]r.#r/#Rr0#h6ubh)r1#}r2#(hXb2927r3#hh#h}r4#h}r5#(Xuniprotr6#XP0A9B6r7#Xasapr8#X ABE-0009607r9#Xecogener:#XEG10368r;#Xncbigener<#X947413r=#Xncbigir>#X gi:16130828r?#uh0Nh1h2]r@#rA#RrB#h6ubh)rC#}rD#(hXb1288rE#hh#h}rF#h}rG#(XuniprotrH#XP0AEK4rI#XasaprJ#X ABE-0004327rK#XecogenerL#XEG11528rM#XncbigenerN#X945870rO#XncbigirP#X gi:16129249rQ#uh0Nh1h2]rR#rS#RrT#h6ubh)rU#}rV#(hXb3622rW#hh#h}rX#h}rY#(XuniprotrZ#XP27243r[#Xasapr\#X ABE-0011849r]#Xecogener^#XEG11424r_#Xncbigener`#X948148ra#Xncbigirb#X gi:16131493rc#uh0Nh1h2]rd#re#Rrf#h6ubh)rg#}rh#(hXb3793ri#hh#h}rj#h}rk#(Xuniprotrl#XP27835rm#Xasaprn#X ABE-0012392ro#Xecogenerp#XEG11457rq#Xncbigenerr#X948293rs#Xncbigirt#X gi:16131649ru#uh0Nh1h2]rv#rw#Rrx#h6ubh)ry#}rz#(hXb3785r{#hh#h}r|#h}r}#(Xuniprotr~#XP0AG00r#Xasapr#X ABE-0012370r#Xecogener#XEG11295r#Xncbigener#X944815r#Xncbigir#X gi:90111649r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb3792r#hh#h}r#h}r#(Xuniprotr#XP0AAA7r#Xasapr#X ABE-0012386r#Xecogener#XEG11486r#Xncbigener#X948294r#Xncbigir#X gi:16131648r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb2341r#hh#h}r#h}r#(Xuniprotr#XP77399r#Xasapr#X ABE-0007723r#Xecogener#XEG14127r#Xncbigener#X949097r#Xncbigir#X gi:16130274r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb1850r#hh#h}r#h}r#(Xuniprotr#XP0A955r#Xasapr#X ABE-0006164r#Xecogener#XEG10256r#Xncbigener#X946367r#Xncbigir#X gi:16129803r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb1851r#hh#h}r#h}r#(Xuniprotr#XP0ADF6r#Xasapr#X ABE-0006166r#Xecogener#XEG10257r#Xncbigener#X946362r#Xncbigir#X gi:16129804r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb1054r#hh#h}r#h}r#(Xuniprotr#XP0ACV0r#Xasapr#X ABE-0003574r#Xecogener#XEG10464r#Xncbigener#X946216r#Xncbigir#X gi:16129017r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb1855r#hh#h}r#h}r#(Xuniprotr#XP24205r#Xasapr#X ABE-0006185r#Xecogener#XEG10614r#Xncbigener#X945143r#Xncbigir#X gi:16129808r#uh0Nh1h2]r#r#Rr#h6ubh)r#}r#(hXb2378r#hh#h}r#h}r#(Xuniprotr#XP0ACV2r#Xasapr#X ABE-0007848r#Xecogener$XEG12901r$Xncbigener$X946847r$Xncbigir$X gi:90111426r$uh0Nh1h2]r$r$Rr$h6ubh)r $}r $(hXb2779r $hh#h}r $h}r $(Xuniprotr$XP0A6P9r$Xasapr$X ABE-0009110r$Xecogener$XEG10258r$Xncbigener$X945032r$Xncbigir$X gi:16130686r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb0583r$hh#h}r$h}r$(Xuniprotr $XP19925r!$Xasapr"$X ABE-0002009r#$Xecogener$$XEG10262r%$Xncbigener&$X945194r'$Xncbigir($X gi:345452717r)$uh0Nh1h2]r*$r+$Rr,$h6ubh)r-$}r.$(hXb0585r/$hh#h}r0$h}r1$(Xuniprotr2$XP13039r3$Xasapr4$X ABE-0002019r5$Xecogener6$XEG10299r7$Xncbigener8$X945181r9$Xncbigir:$X gi:635341462r;$uh0Nh1h2]r<$r=$Rr>$h6ubh)r?$}r@$(hXb2441rA$hh#h}rB$h}rC$(XuniprotrD$XP0AEJ6rE$XasaprF$X ABE-0008046rG$XecogenerH$XEG50006rI$XncbigenerJ$X946924rK$XncbigirL$X gi:90111437rM$uh0Nh1h2]rN$rO$RrP$h6ubh)rQ$}rR$(hXb2440rS$hh#h}rT$h}rU$(XuniprotrV$XP19636rW$XasaprX$X ABE-0008043rY$XecogenerZ$XEG50007r[$Xncbigener\$X946925r]$Xncbigir^$X gi:16130365r_$uh0Nh1h2]r`$ra$Rrb$h6ubh)rc$}rd$(hXb3946re$hh#h}rf$h}rg$(Xuniprotrh$XP32669ri$Xasaprj$X ABE-0012915rk$Xecogenerl$XEG11905rm$Xncbigenern$X948439ro$Xncbigirp$X gi:16131784rq$uh0Nh1h2]rr$rs$Rrt$h6ubh)ru$}rv$(hXb0825rw$hh#h}rx$h}ry$(Xuniprotrz$XP78055r{$Xasapr|$X ABE-0002818r}$Xecogener~$XEG13471r$Xncbigener$X945449r$Xncbigir$X gi:90111174r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb0822r$hh#h}r$h}r$(Xuniprotr$XP75792r$Xasapr$X ABE-0002807r$Xecogener$XEG13327r$Xncbigener$X945432r$Xncbigir$X gi:16128790r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb3666r$hh#h}r$h}r$(Xuniprotr$XP0AGC0r$Xasapr$X ABE-0011981r$Xecogener$XEG11054r$Xncbigener$X948201r$Xncbigir$X gi:16131536r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb0404r$hh#h}r$h}r$(Xuniprotr$XP21515r$Xasapr$X ABE-0001404r$Xecogener$XEG11095r$Xncbigener$X949132r$Xncbigir$X gi:16128389r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb0452r$hh#h}r$h}r$(Xuniprotr$XP0AGG2r$Xasapr$X ABE-0001566r$Xecogener$XEG10995r$Xncbigener$X945074r$Xncbigir$X gi:16128437r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb1805r$hh#h}r$h}r$(Xuniprotr$XP69451r$Xasapr$X ABE-0006005r$Xecogener$XEG11530r$Xncbigener$X946327r$Xncbigir$X gi:16129759r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb1701r$hh#h}r$h}r$(Xuniprotr$XP38135r$Xasapr$X ABE-0005676r$Xecogener$XEG12357r$Xncbigener$X946213r$Xncbigir$X gi:145698273r$uh0Nh1h2]r$r$Rr$h6ubh)r$}r$(hXb3844r$hh#h}r$h}r$(Xuniprotr$XP0AEN1r$Xasapr$X ABE-0012559r$Xecogener$XEG10334r$Xncbigener$X948325r$Xncbigir%X gi:16131690r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2764r%hh#h}r%h}r %(Xuniprotr %XP38038r %Xasapr %X ABE-0009063r %Xecogener%XEG10191r%Xncbigener%X947239r%Xncbigir%X gi:16130671r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2763r%hh#h}r%h}r%(Xuniprotr%XP17846r%Xasapr%X ABE-0009061r%Xecogener %XEG10190r!%Xncbigener"%X947231r#%Xncbigir$%X gi:16130670r%%uh0Nh1h2]r&%r'%Rr(%h6ubh)r)%}r*%(hXb2925r+%hh#h}r,%h}r-%(Xuniprotr.%XP0AB71r/%Xasapr0%X ABE-0009600r1%Xecogener2%XEG10282r3%Xncbigener4%X947415r5%Xncbigir6%X gi:16130826r7%uh0Nh1h2]r8%r9%Rr:%h6ubh)r;%}r<%(hXb1773r=%hh#h}r>%h}r?%(Xuniprotr@%XP77704rA%XasaprB%X ABE-0005906rC%XecogenerD%XEG13485rE%XncbigenerF%X946291rG%XncbigirH%X gi:16129727rI%uh0Nh1h2]rJ%rK%RrL%h6ubh)rM%}rN%(hXb2097rO%hh#h}rP%h}rQ%(XuniprotrR%XP0A991rS%XasaprT%X ABE-0006941rU%XecogenerV%XEG14062rW%XncbigenerX%X946632rY%XncbigirZ%X gi:90111385r[%uh0Nh1h2]r\%r]%Rr^%h6ubh)r_%}r`%(hXb3925ra%hh#h}rb%h}rc%(Xuniprotrd%XP0A9C9re%Xasaprf%X ABE-0012821rg%Xecogenerh%XEG11517ri%Xncbigenerj%X948424rk%Xncbigirl%X gi:16131763rm%uh0Nh1h2]rn%ro%Rrp%h6ubh)rq%}rr%(hXb2930rs%hh#h}rt%h}ru%(Xuniprotrv%XP21437rw%Xasaprx%X ABE-0009615ry%Xecogenerz%XEG11245r{%Xncbigener|%X947410r}%Xncbigir~%X gi:16130831r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb4232r%hh#h}r%h}r%(Xuniprotr%XP0A993r%Xasapr%X ABE-0013842r%Xecogener%XEG10283r%Xncbigener%X948753r%Xncbigir%X gi:16132054r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2802r%hh#h}r%h}r%(Xuniprotr%XP69922r%Xasapr%X ABE-0009189r%Xecogener%XEG10349r%Xncbigener%X946195r%Xncbigir%X gi:16130709r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2803r%hh#h}r%h}r%(Xuniprotr%XP11553r%Xasapr%X ABE-0009191r%Xecogener%XEG10350r%Xncbigener%X946022r%Xncbigir%X gi:674842733r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2738r%hh#h}r%h}r%(Xuniprotr%XQ46890r%Xasapr%X ABE-0008994r%Xecogener%XEG13106r%Xncbigener%X947197r%Xncbigir%X gi:16130645r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb2800r%hh#h}r%h}r%(Xuniprotr%XP0AB87r%Xasapr%X ABE-0009179r%Xecogener%XEG10348r%Xncbigener%X947282r%Xncbigir%X gi:16130707r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb0475r%hh#h}r%h}r%(Xuniprotr%XP23871r%Xasapr%X ABE-0001649r%Xecogener%XEG10431r%Xncbigener%X947532r%Xncbigir%X gi:16128459r%uh0Nh1h2]r%r%Rr%h6ubh)r%}r%(hXb1476r%hh#h}r%h}r%(Xuniprotr%XP0AEK7r%Xasapr%X ABE-0004921r%Xecogener%XEG11229r%Xncbigener%X946038r%Xncbigir%X gi:16129435r%uh0Nh1h2]r%r%Rr&h6ubh)r&}r&(hXb1474r&hh#h}r&h}r&(Xuniprotr&XP24183r&Xasapr&X ABE-0004917r &Xecogener &XEG11227r &Xncbigener &X946035r &Xncbigir&X gi:16129433r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb1475r&hh#h}r&h}r&(Xuniprotr&XP0AAJ3r&Xasapr&X ABE-0004919r&Xecogener&XEG11228r&Xncbigener&X948794r&Xncbigir &X gi:16129434r!&uh0Nh1h2]r"&r#&Rr$&h6ubh)r%&}r&&(hXb3892r'&hh#h}r(&h}r)&(Xuniprotr*&XP0AEL0r+&Xasapr,&X ABE-0012705r-&Xecogener.&XEG11856r/&Xncbigener0&X948383r1&Xncbigir2&X gi:16131732r3&uh0Nh1h2]r4&r5&Rr6&h6ubh)r7&}r8&(hXb3893r9&hh#h}r:&h}r;&(Xuniprotr<&XP0AAJ5r=&Xasapr>&X ABE-0012708r?&Xecogener@&XEG11857rA&XncbigenerB&X948395rC&XncbigirD&X gi:16131733rE&uh0Nh1h2]rF&rG&RrH&h6ubh)rI&}rJ&(hXb3894rK&hh#h}rL&h}rM&(XuniprotrN&XP32176rO&XasaprP&X ABE-0012710rQ&XecogenerR&XEG11858rS&XncbigenerT&X948394rU&XncbigirV&X gi:16131734rW&uh0Nh1h2]rX&rY&RrZ&h6ubh)r[&}r\&(hXb0935r]&hh#h}r^&h}r_&(Xuniprotr`&XP80645ra&Xasaprb&X ABE-0003178rc&Xecogenerd&XEG13706re&Xncbigenerf&X945557rg&Xncbigirh&X gi:16128902ri&uh0Nh1h2]rj&rk&Rrl&h6ubh)rm&}rn&(hXb3409ro&hh#h}rp&h}rq&(Xuniprotrr&XP33650rs&Xasaprt&X ABE-0011126ru&Xecogenerv&XEG12102rw&Xncbigenerx&X947919ry&Xncbigirz&X gi:16131285r{&uh0Nh1h2]r|&r}&Rr~&h6ubh)r&}r&(hXb2392r&hh#h}r&h}r&(Xuniprotr&XP0A769r&Xasapr&X ABE-0007889r&Xecogener&XEG14157r&Xncbigener&X946899r&Xncbigir&X gi:16130324r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb4290r&hh#h}r&h}r&(Xuniprotr&XP15028r&Xasapr&X ABE-0014065r&Xecogener&XEG10287r&Xncbigener&X946838r&Xncbigir&X gi:162135917r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb4288r&hh#h}r&h}r&(Xuniprotr&XP15029r&Xasapr&X ABE-0014059r&Xecogener&XEG10289r&Xncbigener&X946816r&Xncbigir&X gi:16132109r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb4287r&hh#h}r&h}r&(Xuniprotr&XP15031r&Xasapr&X ABE-0014057r&Xecogener&XEG10290r&Xncbigener&X948819r&Xncbigir&X gi:16132108r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb4289r&hh#h}r&h}r&(Xuniprotr&XP15030r&Xasapr&X ABE-0014063r&Xecogener&XEG10288r&Xncbigener&X948826r&Xncbigir&X gi:16132110r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb4291r&hh#h}r&h}r&(Xuniprotr&XP13036r&Xasapr&X ABE-0014067r&Xecogener&XEG10286r&Xncbigener&X946427r&Xncbigir&X gi:16132112r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb0589r&hh#h}r&h}r&(Xuniprotr&XP23877r&Xasapr&X ABE-0002027r&Xecogener&XEG10298r&Xncbigener&X945209r&Xncbigir&X gi:16128572r&uh0Nh1h2]r&r&Rr&h6ubh)r&}r&(hXb0588r&hh#h}r'h}r'(Xuniprotr'XP23878r'Xasapr'X ABE-0002025r'Xecogener'XEG10295r'Xncbigener'X945201r 'Xncbigir 'X gi:16128571r 'uh0Nh1h2]r 'r 'Rr'h6ubh)r'}r'(hXb0592r'hh#h}r'h}r'(Xuniprotr'XP0AEL6r'Xasapr'X ABE-0002038r'Xecogener'XEG10294r'Xncbigener'X947538r'Xncbigir'X gi:16128575r'uh0Nh1h2]r'r'Rr 'h6ubh)r!'}r"'(hXb0590r#'hh#h}r$'h}r%'(Xuniprotr&'XP23876r''Xasapr('X ABE-0002031r)'Xecogener*'XEG10296r+'Xncbigener,'X945214r-'Xncbigir.'X gi:16128573r/'uh0Nh1h2]r0'r1'Rr2'h6ubh)r3'}r4'(hXb2155r5'hh#h}r6'h}r7'(Xuniprotr8'XP17315r9'Xasapr:'X ABE-0007126r;'Xecogener<'XEG10155r='Xncbigener>'X949042r?'Xncbigir@'X gi:16130093rA'uh0Nh1h2]rB'rC'RrD'h6ubh)rE'}rF'(hXb0805rG'hh#h}rH'h}rI'(XuniprotrJ'XP75780rK'XasaprL'X ABE-0002749rM'XecogenerN'XEG13317rO'XncbigenerP'X946246rQ'XncbigirR'X gi:16128773rS'uh0Nh1h2]rT'rU'RrV'h6ubh)rW'}rX'(hXb0150rY'hh#h}rZ'h}r['(Xuniprotr\'XP06971r]'Xasapr^'X ABE-0000520r_'Xecogener`'XEG10302ra'Xncbigenerb'X944856rc'Xncbigird'X gi:16128143re'uh0Nh1h2]rf'rg'Rrh'h6ubh)ri'}rj'(hXb0584rk'hh#h}rl'h}rm'(Xuniprotrn'XP05825ro'Xasaprp'X ABE-0002014rq'Xecogenerr'XEG10293rs'Xncbigenert'X945193ru'Xncbigirv'X gi:16128567rw'uh0Nh1h2]rx'ry'Rrz'h6ubh)r{'}r|'(hXb0591r}'hh#h}r~'h}r'(Xuniprotr'XP24077r'Xasapr'X ABE-0002036r'Xecogener'XEG11104r'Xncbigener'X946268r'Xncbigir'X gi:16128574r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb4367r'hh#h}r'h}r'(Xuniprotr'XP39405r'Xasapr'X ABE-0014326r'Xecogener'XEG12595r'Xncbigener'X948891r'Xncbigir'X gi:16132188r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb4209r'hh#h}r'h}r'(Xuniprotr'XP69506r'Xasapr'X ABE-0013766r'Xecogener'XEG12505r'Xncbigener'X948724r'Xncbigir'X gi:16132031r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb2486r'hh#h}r'h}r'(Xuniprotr'XP77437r'Xasapr'X ABE-0008191r'Xecogener'XEG14214r'Xncbigener'X946962r'Xncbigir'X gi:16130411r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb4079r'hh#h}r'h}r'(Xuniprotr'XP07658r'Xasapr'X ABE-0013363r'Xecogener'XEG10285r'Xncbigener'X948584r'Xncbigir'X gi:16131905r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb2722r'hh#h}r'h}r'(Xuniprotr'XP16430r'Xasapr'X ABE-0008946r'Xecogener'XEG10477r'Xncbigener'X948994r'Xncbigir'X gi:16130629r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb2483r'hh#h}r'h}r'(Xuniprotr'XP77858r'Xasapr'X ABE-0008183r'Xecogener'XEG14211r'Xncbigener'X947492r'Xncbigir'X gi:90111445r'uh0Nh1h2]r'r'Rr'h6ubh)r'}r'(hXb2719r'hh#h}r'h}r'(Xuniprotr'XP16433r'Xasapr(X ABE-0008936r(Xecogener(XEG10480r(Xncbigener(X947191r(Xncbigir(X gi:16130626r(uh0Nh1h2]r(r (Rr (h6ubh)r (}r ((hXb2723r (hh#h}r(h}r((Xuniprotr(XP16429r(Xasapr(X ABE-0008948r(Xecogener(XEG10476r(Xncbigener(X945327r(Xncbigir(X gi:16130630r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2721r(hh#h}r (h}r!((Xuniprotr"(XP16431r#(Xasapr$(X ABE-0008944r%(Xecogener&(XEG10478r'(Xncbigener((X947396r)(Xncbigir*(X gi:16130628r+(uh0Nh1h2]r,(r-(Rr.(h6ubh)r/(}r0((hXb2481r1(hh#h}r2(h}r3((Xuniprotr4(XP23481r5(Xasapr6(X ABE-0008179r7(Xecogener8(XEG11150r9(Xncbigener:(X946959r;(Xncbigir<(X gi:90111444r=(uh0Nh1h2]r>(r?(Rr@(h6ubh)rA(}rB((hXb2485rC(hh#h}rD(h}rE((XuniprotrF(XP0AEW1rG(XasaprH(X ABE-0008188rI(XecogenerJ(XEG14213rK(XncbigenerL(X945298rM(XncbigirN(X gi:16130410rO(uh0Nh1h2]rP(rQ(RrR(h6ubh)rS(}rT((hXb2484rU(hh#h}rV(h}rW((XuniprotrX(XP77416rY(XasaprZ(X ABE-0008185r[(Xecogener\(XEG14212r](Xncbigener^(X947290r_(Xncbigir`(X gi:16130409ra(uh0Nh1h2]rb(rc(Rrd(h6ubh)re(}rf((hXb2724rg(hh#h}rh(h}ri((Xuniprotrj(XP0AAK1rk(Xasaprl(X ABE-0008950rm(Xecogenern(XEG10475ro(Xncbigenerp(X948002rq(Xncbigirr(X gi:16130631rs(uh0Nh1h2]rt(ru(Rrv(h6ubh)rw(}rx((hXb2482ry(hh#h}rz(h}r{((Xuniprotr|(XP23482r}(Xasapr~(X ABE-0008181r(Xecogener(XEG11282r(Xncbigener(X946961r(Xncbigir(X gi:16130407r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2489r(hh#h}r(h}r((Xuniprotr(XP77668r(Xasapr(X ABE-0008198r(Xecogener(XEG14217r(Xncbigener(X946966r(Xncbigir(X gi:16130414r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2720r(hh#h}r(h}r((Xuniprotr(XP16432r(Xasapr(X ABE-0008942r(Xecogener(XEG10479r(Xncbigener(X947048r(Xncbigir(X gi:16130627r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2488r(hh#h}r(h}r((Xuniprotr(XP77423r(Xasapr(X ABE-0008196r(Xecogener(XEG14216r(Xncbigener(X946965r(Xncbigir(X gi:16130413r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2490r(hh#h}r(h}r((Xuniprotr(XP77453r(Xasapr(X ABE-0008200r(Xecogener(XEG14218r(Xncbigener(X947713r(Xncbigir(X gi:90111446r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb2487r(hh#h}r(h}r((Xuniprotr(XP77329r(Xasapr(X ABE-0008194r(Xecogener(XEG14215r(Xncbigener(X946964r(Xncbigir(X gi:16130412r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb3924r(hh#h}r(h}r((Xuniprotr(XP28861r(Xasapr(X ABE-0012818r(Xecogener(XEG11518r(Xncbigener(X948414r(Xncbigir(X gi:16131762r(uh0Nh1h2]r(r(Rr(h6ubh)r(}r((hXb0684r(hh#h}r(h}r((Xuniprotr(XP61949r(Xasapr(X ABE-0002332r(Xecogener(XEG10318r(Xncbigener)X945293r)Xncbigir)X gi:16128660r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb2895r )hh#h}r )h}r )(Xuniprotr )XP0ABY4r )Xasapr)X ABE-0009503r)Xecogener)XEG12697r)Xncbigener)X947361r)Xncbigir)X gi:16130797r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb3288r)hh#h}r)h}r)(Xuniprotr)XP23882r)Xasapr )X ABE-0010781r!)Xecogener")XEG11268r#)Xncbigener$)X947779r%)Xncbigir&)X gi:16131167r')uh0Nh1h2]r()r))Rr*)h6ubh)r+)}r,)(hXb0025r-)hh#h}r.)h}r/)(Xuniprotr0)XP0AG40r1)Xasapr2)X ABE-0000091r3)Xecogener4)XEG11079r5)Xncbigener6)X949129r7)Xncbigir8)X gi:16128019r9)uh0Nh1h2]r:)r;)Rr<)h6ubh)r=)}r>)(hXb0937r?)hh#h}r@)h}rA)(XuniprotrB)XP80644rC)XasaprD)X ABE-0003182rE)XecogenerF)XEG13708rG)XncbigenerH)X945947rI)XncbigirJ)X gi:16128904rK)uh0Nh1h2]rL)rM)RrN)h6ubh)rO)}rP)(hXb2912rQ)hh#h}rR)h}rS)(XuniprotrT)XP0AC28rU)XasaprV)X ABE-0009559rW)XecogenerX)XEG11158rY)XncbigenerZ)X945167r[)Xncbigir\)X gi:49176282r])uh0Nh1h2]r^)r_)Rr`)h6ubh)ra)}rb)(hXb2374rc)hh#h}rd)h}re)(Xuniprotrf)XP69902rg)Xasaprh)X ABE-0007828ri)Xecogenerj)XEG14145rk)Xncbigenerl)X946842rm)Xncbigirn)X gi:16130306ro)uh0Nh1h2]rp)rq)Rrr)h6ubh)rs)}rt)(hXb2492ru)hh#h}rv)h}rw)(Xuniprotrx)XP77733ry)Xasaprz)X ABE-0008206r{)Xecogener|)XEG14220r})Xncbigener~)X949032r)Xncbigir)X gi:16130417r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb0904r)hh#h}r)h}r)(Xuniprotr)XP0AC23r)Xasapr)X ABE-0003073r)Xecogener)XEG11258r)Xncbigener)X945513r)Xncbigir)X gi:16128871r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb4154r)hh#h}r)h}r)(Xuniprotr)XP00363r)Xasapr)X ABE-0013604r)Xecogener)XEG10330r)Xncbigener)X948667r)Xncbigir)X gi:16131979r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb4152r)hh#h}r)h}r)(Xuniprotr)XP0A8Q0r)Xasapr)X ABE-0013598r)Xecogener)XEG10332r)Xncbigener)X948680r)Xncbigir)X gi:16131977r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb4153r)hh#h}r)h}r)(Xuniprotr)XP0AC47r)Xasapr)X ABE-0013602r)Xecogener)XEG10331r)Xncbigener)X948666r)Xncbigir)X gi:16131978r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb4151r)hh#h}r)h}r)(Xuniprotr)XP0A8Q3r)Xasapr)X ABE-0013595r)Xecogener)XEG10333r)Xncbigener)X948668r)Xncbigir)X gi:16131976r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb2168r)hh#h}r)h}r)(Xuniprotr)XP0AEW9r)Xasapr)X ABE-0007174r)Xecogener)XEG10337r)Xncbigener)X946676r)Xncbigir)X gi:16130106r)uh0Nh1h2]r)r)Rr)h6ubh)r)}r)(hXb3371r)hh#h}r)h}r)(Xuniprotr)XP0AC00r)Xasapr)X ABE-0011021r)Xecogener)XEG12909r)Xncbigener)X947875r)Xncbigir)X gi:162135909r)uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb4474r*hh#h}r*h}r*(Xuniprotr*XP45541r *Xasapr *X ABE-0174114r *Xecogener *XEG12910r *Xncbigener*X2847758r*Xncbigir*X gi:49176341r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb3374r*hh#h}r*h}r*(Xuniprotr*XP45543r*Xasapr*X ABE-0011029r*Xecogener*XEG12912r*Xncbigener *X947886r!*Xncbigir"*X gi:16131252r#*uh0Nh1h2]r$*r%*Rr&*h6ubh)r'*}r(*(hXb3370r)*hh#h}r**h}r+*(Xuniprotr,*XP45539r-*Xasapr.*X ABE-0011019r/*Xecogener0*XEG12908r1*Xncbigener2*X947878r3*Xncbigir4*X gi:90111576r5*uh0Nh1h2]r6*r7*Rr8*h6ubh)r9*}r:*(hXb4321r;*hh#h}r<*h}r=*(Xuniprotr>*XP0AC94r?*Xasapr@*X ABE-0014161rA*XecogenerB*XEG12563rC*XncbigenerD*X948848rE*XncbigirF*X gi:16132142rG*uh0Nh1h2]rH*rI*RrJ*h6ubh)rK*}rL*(hXb2169rM*hh#h}rN*h}rO*(XuniprotrP*XP69811rQ*XasaprR*X ABE-0007180rS*XecogenerT*XEG10005rU*XncbigenerV*X946677rW*XncbigirX*X gi:16130107rY*uh0Nh1h2]rZ*r[*Rr\*h6ubh)r]*}r^*(hXb2167r_*hh#h}r`*h}ra*(Xuniprotrb*XP20966rc*Xasaprd*X ABE-0007172re*Xecogenerf*XEG10336rg*Xncbigenerh*X946672ri*Xncbigirj*X gi:16130105rk*uh0Nh1h2]rl*rm*Rrn*h6ubh)ro*}rp*(hXb1232rq*hh#h}rr*h}rs*(Xuniprotrt*XP37051ru*Xasaprv*X ABE-0004138rw*Xecogenerx*XEG11819ry*Xncbigenerz*X945827r{*Xncbigir|*X gi:16129193r}*uh0Nh1h2]r~*r*Rr*h6ubh)r*}r*(hXb2801r*hh#h}r*h}r*(Xuniprotr*XP11551r*Xasapr*X ABE-0009187r*Xecogener*XEG10352r*Xncbigener*X947487r*Xncbigir*X gi:16130708r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb1611r*hh#h}r*h}r*(Xuniprotr*XP05042r*Xasapr*X ABE-0005380r*Xecogener*XEG10358r*Xncbigener*X946147r*Xncbigir*X gi:16129569r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb1612r*hh#h}r*h}r*(Xuniprotr*XP0AC33r*Xasapr*X ABE-0005392r*Xecogener*XEG10356r*Xncbigener*X946826r*Xncbigir*X gi:16129570r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb0621r*hh#h}r*h}r*(Xuniprotr*XP0ABP3r*Xasapr*X ABE-0002133r*Xecogener*XEG13545r*Xncbigener*X945000r*Xncbigir*X gi:16128604r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb3730r*hh#h}r*h}r*(Xuniprotr*XP0ACC7r*Xasapr*X ABE-0012201r*Xecogener*XEG11198r*Xncbigener*X948246r*Xncbigir*X gi:16131598r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb1002r*hh#h}r*h}r*(Xuniprotr*XP19926r*Xasapr*X ABE-0003388r*Xecogener*XEG10033r*Xncbigener*X945773r*Xncbigir*X gi:16128968r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r*(hXb3789r*hh#h}r*h}r*(Xuniprotr*XP61887r*Xasapr*X ABE-0012379r*Xecogener*XEG11454r*Xncbigener*X948299r*Xncbigir*X gi:16131645r*uh0Nh1h2]r*r*Rr*h6ubh)r*}r+(hXb2039r+hh#h}r+h}r+(Xuniprotr+XP37744r+Xasapr+X ABE-0006762r+Xecogener+XEG11978r +Xncbigener +X945154r +Xncbigir +X gi:16129979r +uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb0154r+hh#h}r+h}r+(Xuniprotr+XP23893r+Xasapr+X ABE-0000529r+Xecogener+XEG10432r+Xncbigener+X946892r+Xncbigir+X gi:16128147r+uh0Nh1h2]r +r!+Rr"+h6ubh)r#+}r$+(hXb2533r%+hh#h}r&+h}r'+(Xuniprotr(+XP0ADG4r)+Xasapr*+X ABE-0008337r++Xecogener,+XEG10983r-+Xncbigener.+X947285r/+Xncbigir0+X gi:16130458r1+uh0Nh1h2]r2+r3+Rr4+h6ubh)r5+}r6+(hXb4055r7+hh#h}r8+h}r9+(Xuniprotr:+XP0AE22r;+Xasapr<+X ABE-0013283r=+Xecogener>+XEG11934r?+Xncbigener@+X948562rA+XncbigirB+X gi:16131881rC+uh0Nh1h2]rD+rE+RrF+h6ubh)rG+}rH+(hXb4041rI+hh#h}rJ+h}rK+(XuniprotrL+XP0A7A7rM+XasaprN+X ABE-0013232rO+XecogenerP+XEG10740rQ+XncbigenerR+X948541rS+XncbigirT+X gi:90111678rU+uh0Nh1h2]rV+rW+RrX+h6ubh)rY+}rZ+(hXb3451r[+hh#h}r\+h}r]+(Xuniprotr^+XP10906r_+Xasapr`+X ABE-0011270ra+Xecogenerb+XEG11049rc+Xncbigenerd+X947959re+Xncbigirf+X gi:16131323rg+uh0Nh1h2]rh+ri+Rrj+h6ubh)rk+}rl+(hXb3452rm+hh#h}rn+h}ro+(Xuniprotrp+XP10905rq+Xasaprr+X ABE-0011272rs+Xecogenert+XEG11046ru+Xncbigenerv+X947957rw+Xncbigirx+X gi:16131324ry+uh0Nh1h2]rz+r{+Rr|+h6ubh)r}+}r~+(hXb3453r+hh#h}r+h}r+(Xuniprotr+XP0AG80r+Xasapr+X ABE-0011274r+Xecogener+XEG11047r+Xncbigener+X947962r+Xncbigir+X gi:16131325r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb3450r+hh#h}r+h}r+(Xuniprotr+XP10907r+Xasapr+X ABE-0011266r+Xecogener+XEG11048r+Xncbigener+X947953r+Xncbigir+X gi:90111593r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb3608r+hh#h}r+h}r+(Xuniprotr+XP0A6S7r+Xasapr+X ABE-0011795r+Xecogener+XEG20091r+Xncbigener+X948125r+Xncbigir+X gi:16131479r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb2242r+hh#h}r+h}r+(Xuniprotr+XP13033r+Xasapr+X ABE-0007424r+Xecogener+XEG10392r+Xncbigener+X946733r+Xncbigir+X gi:16130177r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb2241r+hh#h}r+h}r+(Xuniprotr+XP0A9C0r+Xasapr+X ABE-0007422r+Xecogener+XEG10391r+Xncbigener+X946713r+Xncbigir+X gi:16130176r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb2243r+hh#h}r+h}r+(Xuniprotr+XP0A996r+Xasapr+X ABE-0007426r+Xecogener+XEG10393r+Xncbigener+X946735r+Xncbigir+X gi:16130178r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb3426r+hh#h}r+h}r+(Xuniprotr+XP13035r+Xasapr+X ABE-0011191r+Xecogener+XEG10394r+Xncbigener+X947934r+Xncbigir+X gi:16131300r+uh0Nh1h2]r+r+Rr+h6ubh)r+}r+(hXb0243r+hh#h}r+h}r+(Xuniprotr,XP07004r,Xasapr,X ABE-0000832r,Xecogener,XEG10767r,Xncbigener,X946680r,Xncbigir,X gi:16128229r ,uh0Nh1h2]r ,r ,Rr ,h6ubh)r ,}r,(hXb0678r,hh#h}r,h}r,(Xuniprotr,XP0A759r,Xasapr,X ABE-0002304r,Xecogener,XEG10633r,Xncbigener,X945290r,Xncbigir,X gi:16128654r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r ,(hXb1852r!,hh#h}r",h}r#,(Xuniprotr$,XP0AC53r%,Xasapr&,X ABE-0006171r',Xecogener(,XEG11221r),Xncbigener*,X946370r+,Xncbigir,,X gi:16129805r-,uh0Nh1h2]r.,r/,Rr0,h6ubh)r1,}r2,(hXb3128r3,hh#h}r4,h}r5,(Xuniprotr6,XP39829r7,Xasapr8,X ABE-0010284r9,Xecogener:,XEG12522r;,Xncbigener<,X947641r=,Xncbigir>,X gi:16131020r?,uh0Nh1h2]r@,rA,RrB,h6ubh)rC,}rD,(hXb4358rE,hh#h}rF,h}rG,(XuniprotrH,XP39400rI,XasaprJ,X ABE-0014294rK,XecogenerL,XEG12590rM,XncbigenerN,X948883rO,XncbigirP,X gi:226524765rQ,uh0Nh1h2]rR,rS,RrT,h6ubh)rU,}rV,(hXb4478rW,hh#h}rX,h}rY,(XuniprotrZ,XQ6BF17r[,Xasapr\,X ABE-0174106r],Xecogener^,XEG20050r_,Xncbigener`,X2847765ra,Xncbigirb,X gi:49176390rc,uh0Nh1h2]rd,re,Rrf,h6ubh)rg,}rh,(hXb4356ri,hh#h}rj,h}rk,(Xuniprotrl,XP39398rm,Xasaprn,X ABE-0014284ro,Xecogenerp,XEG12588rq,Xncbigenerr,X948879rs,Xncbigirt,X gi:16132177ru,uh0Nh1h2]rv,rw,Rrx,h6ubh)ry,}rz,(hXb3691r{,hh#h}r|,h}r},(Xuniprotr~,XP0AA76r,Xasapr,X ABE-0012072r,Xecogener,XEG11715r,Xncbigener,X948196r,Xncbigir,X gi:90111641r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb3127r,hh#h}r,h}r,(Xuniprotr,XP0AA80r,Xasapr,X ABE-0010279r,Xecogener,XEG12760r,Xncbigener,X947642r,Xncbigir,X gi:16131019r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb2789r,hh#h}r,h}r,(Xuniprotr,XQ46916r,Xasapr,X ABE-0009139r,Xecogener,XEG13169r,Xncbigener,X947265r,Xncbigir,X gi:16130696r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb0757r,hh#h}r,h}r,(Xuniprotr,XP0A6T3r,Xasapr,X ABE-0002568r,Xecogener,XEG10363r,Xncbigener,X945358r,Xncbigir,X gi:16128725r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb2045r,hh#h}r,h}r,(Xuniprotr,XP71242r,Xasapr,X ABE-0006780r,Xecogener,XEG13577r,Xncbigener,X946569r,Xncbigir,X gi:16129985r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb0756r,hh#h}r,h}r,(Xuniprotr,XP0A9C3r,Xasapr,X ABE-0002566r,Xecogener,XEG11698r,Xncbigener,X944943r,Xncbigir,X gi:16128724r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb4119r,hh#h}r,h}r,(Xuniprotr,XP06720r,Xasapr,X ABE-0013493r,Xecogener,XEG10577r,Xncbigener,X948636r,Xncbigir,X gi:16131945r,uh0Nh1h2]r,r,Rr,h6ubh)r,}r,(hXb3628r,hh#h}r,h}r,(Xuniprotr,XP27127r,Xasapr,X ABE-0011862r,Xecogener-XEG11351r-Xncbigener-X948144r-Xncbigir-X gi:226524757r-uh0Nh1h2]r-r-Rr-h6ubh)r -}r -(hXb2093r -hh#h}r -h}r -(Xuniprotr-XP37188r-Xasapr-X ABE-0006930r-Xecogener-XEG12415r-Xncbigener-X946610r-Xncbigir-X gi:16130031r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb2092r-hh#h}r-h}r-(Xuniprotr -XP69831r!-Xasapr"-X ABE-0006928r#-Xecogener$-XEG12416r%-Xncbigener&-X946603r'-uh0Nh1h2]r(-r)-Rr*-h6ubh)r+-}r,-(hXb2094r--hh#h}r.-h}r/-(Xuniprotr0-XP69828r1-Xasapr2-X ABE-0006932r3-Xecogener4-XEG12414r5-Xncbigener6-X946633r7-Xncbigir8-X gi:16130032r9-uh0Nh1h2]r:-r;-Rr<-h6ubh)r=-}r>-(hXb3093r?-hh#h}r@-h}rA-(XuniprotrB-XP0AA78rC-XasaprD-X ABE-0010171rE-XecogenerF-XEG12738rG-XncbigenerH-X947601rI-XncbigirJ-X gi:674842734rK-uh0Nh1h2]rL-rM-RrN-h6ubh)rO-}rP-(hXb1236rQ-hh#h}rR-h}rS-(XuniprotrT-XP0AEP3rU-XasaprV-X ABE-0004150rW-XecogenerX-XEG11319rY-XncbigenerZ-X945730r[-Xncbigir\-X gi:16129197r]-uh0Nh1h2]r^-r_-Rr`-h6ubh)ra-}rb-(hXb4230rc-hh#h}rd-h}re-(Xuniprotrf-XP39328rg-Xasaprh-X ABE-0013838ri-Xecogenerj-XEG12520rk-Xncbigenerl-X948743rm-Xncbigirn-X gi:145698343ro-uh0Nh1h2]rp-rq-Rrr-h6ubh)rs-}rt-(hXb2148ru-hh#h}rv-h}rw-(Xuniprotrx-XP23200ry-Xasaprz-X ABE-0007101r{-Xecogener|-XEG10594r}-Xncbigener~-X949039r-Xncbigir-X gi:16130086r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb2149r-hh#h}r-h}r-(Xuniprotr-XP0AAG8r-Xasapr-X ABE-0007103r-Xecogener-XEG10592r-Xncbigener-X949036r-Xncbigir-X gi:16130087r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb2150r-hh#h}r-h}r-(Xuniprotr-XP0AEE5r-Xasapr-X ABE-0007108r-Xecogener-XEG10593r-Xncbigener-X949041r-Xncbigir-X gi:16130088r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb4231r-hh#h}r-h}r-(Xuniprotr-XP37772r-Xasapr-X ABE-0013840r-Xecogener-XEG12439r-Xncbigener-X948754r-Xncbigir-X gi:90111710r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb4485r-hh#h}r-h}r-(Xuniprotr-XQ6BEX0r-Xasapr-X ABE-0174118r-Xecogener-XEG12518r-Xncbigener-X2847725r-Xncbigir-X gi:49176475r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb4227r-hh#h}r-h}r-(Xuniprotr-XP39325r-Xasapr-X ABE-0013829r-Xecogener-XEG12517r-Xncbigener-X948746r-Xncbigir-X gi:16132049r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb2943r-hh#h}r-h}r-(Xuniprotr-XP0AEP1r-Xasapr-X ABE-0009654r-Xecogener-XEG12148r-Xncbigener-X947434r-Xncbigir-X gi:16130844r-uh0Nh1h2]r-r-Rr-h6ubh)r-}r-(hXb2500r-hh#h}r-h}r-(Xuniprotr-XP08179r-Xasapr-X ABE-0008232r-Xecogener-XEG10799r-Xncbigener-X946973r-Xncbigir-X gi:16130425r-uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb1415r.hh#h}r.h}r.(Xuniprotr.XP25553r .Xasapr .X ABE-0004725r .Xecogener .XEG10035r .Xncbigener.X945672r.Xncbigir.X gi:16129376r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb2052r.hh#h}r.h}r.(Xuniprotr.XP32055r.Xasapr.X ABE-0006801r.Xecogener.XEG11788r.Xncbigener .X946563r!.Xncbigir".X gi:16129992r#.uh0Nh1h2]r$.r%.Rr&.h6ubh)r'.}r(.(hXb2784r).hh#h}r*.h}r+.(Xuniprotr,.XP0AG20r-.Xasapr..X ABE-0009125r/.Xecogener0.XEG10835r1.Xncbigener2.X947244r3.Xncbigir4.X gi:16130691r5.uh0Nh1h2]r6.r7.Rr8.h6ubh)r9.}r:.(hXb3650r;.hh#h}r<.h}r=.(Xuniprotr>.XP0AG24r?.Xasapr@.X ABE-0011935rA.XecogenerB.XEG10966rC.XncbigenerD.X948159rE.XncbigirF.X gi:16131521rG.uh0Nh1h2]rH.rI.RrJ.h6ubh)rK.}rL.(hXb2051rM.hh#h}rN.h}rO.(XuniprotrP.XP32056rQ.XasaprR.X ABE-0006796rS.XecogenerT.XEG11789rU.XncbigenerV.X946559rW.XncbigirX.X gi:90111376rY.uh0Nh1h2]rZ.r[.Rr\.h6ubh)r].}r^.(hXb2467r_.hh#h}r`.h}ra.(Xuniprotrb.XP37128rc.Xasaprd.X ABE-0008123re.Xecogenerf.XEG12410rg.Xncbigenerh.X947072ri.Xncbigirj.X gi:16130392rk.uh0Nh1h2]rl.rm.Rrn.h6ubh)ro.}rp.(hXb3729rq.hh#h}rr.h}rs.(Xuniprotrt.XP17169ru.Xasaprv.X ABE-0012198rw.Xecogenerx.XEG10382ry.Xncbigenerz.X948241r{.Xncbigir|.X gi:16131597r}.uh0Nh1h2]r~.r.Rr.h6ubh)r.}r.(hXb1298r.hh#h}r.h}r.(Xuniprotr.XP76038r.Xasapr.X ABE-0004369r.Xecogener.XEG13909r.Xncbigener.X945882r.Xncbigir.X gi:90111245r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb1301r.hh#h}r.h}r.(Xuniprotr.XP37906r.Xasapr.X ABE-0004378r.Xecogener.XEG11822r.Xncbigener.X945072r.Xncbigir.X gi:16129262r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb1297r.hh#h}r.h}r.(Xuniprotr.XP78061r.Xasapr.X ABE-0004365r.Xecogener.XEG13908r.Xncbigener.X946202r.Xncbigir.X gi:90111244r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb3882r.hh#h}r.h}r.(Xuniprotr.XP0A9V8r.Xasapr.X ABE-0012678r.Xecogener.XEG11847r.Xncbigener.X948372r.Xncbigir.X gi:16131722r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb3432r.hh#h}r.h}r.(Xuniprotr.XP07762r.Xasapr.X ABE-0011209r.Xecogener.XEG10378r.Xncbigener.X947940r.Xncbigir.X gi:16131306r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb0459r.hh#h}r.h}r.(Xuniprotr.XP77791r.Xasapr.X ABE-0001591r.Xecogener.XEG14239r.Xncbigener.X945096r.Xncbigir.X gi:16128443r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r.(hXb0124r.hh#h}r.h}r.(Xuniprotr.XP15877r.Xasapr.X ABE-0000433r.Xecogener.XEG10369r.Xncbigener.X944830r.Xncbigir.X gi:16128117r.uh0Nh1h2]r.r.Rr.h6ubh)r.}r/(hXb0837r/hh#h}r/h}r/(Xuniprotr/XP75804r/Xasapr/X ABE-0002852r/Xecogener/XEG13480r /Xncbigener /X945467r /Xncbigir /X gi:16128805r /uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb4476r/hh#h}r/h}r/(Xuniprotr/XP0AC96r/Xasapr/X ABE-0174105r/Xecogener/XEG12631r/Xncbigener/X2847760r/Xncbigir/X gi:49176355r/uh0Nh1h2]r /r!/Rr"/h6ubh)r#/}r$/(hXb3415r%/hh#h}r&/h}r'/(Xuniprotr(/XP39835r)/Xasapr*/X ABE-0011148r+/Xecogener,/XEG12380r-/Xncbigener./X947924r//Xncbigir0/X gi:49176350r1/uh0Nh1h2]r2/r3/Rr4/h6ubh)r5/}r6/(hXb3417r7/hh#h}r8/h}r9/(Xuniprotr:/XP00490r;/Xasapr/XEG10560r?/Xncbigener@/X947922rA/XncbigirB/X gi:49176351rC/uh0Nh1h2]rD/rE/RrF/h6ubh)rG/}rH/(hXb3428rI/hh#h}rJ/h}rK/(XuniprotrL/XP0AC86rM/XasaprN/X ABE-0011198rO/XecogenerP/XEG10380rQ/XncbigenerR/X947931rS/XncbigirT/X gi:16131302rU/uh0Nh1h2]rV/rW/RrX/h6ubh)rY/}rZ/(hXb3126r[/hh#h}r\/h}r]/(Xuniprotr^/XP23522r_/Xasapr`/X ABE-0010276ra/Xecogenerb/XEG10016rc/Xncbigenerd/X947630re/Xncbigirf/X gi:16131018rg/uh0Nh1h2]rh/ri/Rrj/h6ubh)rk/}rl/(hXb2787rm/hh#h}rn/h}ro/(Xuniprotrp/XP0AES2rq/Xasaprr/X ABE-0009134rs/Xecogenert/XEG13167ru/Xncbigenerv/X947258rw/Xncbigirx/X gi:16130694ry/uh0Nh1h2]rz/r{/Rr|/h6ubh)r}/}r~/(hXb2788r/hh#h}r/h}r/(Xuniprotr/XQ46915r/Xasapr/X ABE-0009136r/Xecogener/XEG13168r/Xncbigener/X947261r/Xncbigir/X gi:16130695r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3429r/hh#h}r/h}r/(Xuniprotr/XP0A6U8r/Xasapr/X ABE-0011200r/Xecogener/XEG10377r/Xncbigener/X947932r/Xncbigir/X gi:16131303r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3631r/hh#h}r/h}r/(Xuniprotr/XP25740r/Xasapr/X ABE-0011868r/Xecogener/XEG11339r/Xncbigener/X948149r/Xncbigir/X gi:16131502r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3627r/hh#h}r/h}r/(Xuniprotr/XP27128r/Xasapr/X ABE-0011860r/Xecogener/XEG11352r/Xncbigener/X948143r/Xncbigir/X gi:16131498r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3626r/hh#h}r/h}r/(Xuniprotr/XP27129r/Xasapr/X ABE-0011858r/Xecogener/XEG11353r/Xncbigener/X948142r/Xncbigir/X gi:16131497r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb1621r/hh#h}r/h}r/(Xuniprotr/XP19642r/Xasapr/X ABE-0005429r/Xecogener/XEG10563r/Xncbigener/X946009r/Xncbigir/X gi:16129579r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3431r/hh#h}r/h}r/(Xuniprotr/XP15067r/Xasapr/X ABE-0011206r/Xecogener/XEG10381r/Xncbigener/X947941r/Xncbigir/X gi:16131305r/uh0Nh1h2]r/r/Rr/h6ubh)r/}r/(hXb3430r/hh#h}r/h}r/(Xuniprotr0XP0A6V1r0Xasapr0X ABE-0011204r0Xecogener0XEG10379r0Xncbigener0X947942r0Xncbigir0X gi:16131304r 0uh0Nh1h2]r 0r 0Rr 0h6ubh)r 0}r0(hXb3870r0hh#h}r0h}r0(Xuniprotr0XP0A9C5r0Xasapr0X ABE-0012640r0Xecogener0XEG10383r0Xncbigener0X948370r0Xncbigir0X gi:16131710r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r 0(hXb0680r!0hh#h}r"0h}r#0(Xuniprotr$0XP00962r%0Xasapr&0X ABE-0002317r'0Xecogener(0XEG10390r)0Xncbigener*0X945310r+0Xncbigir,0X gi:16128656r-0uh0Nh1h2]r.0r/0Rr00h6ubh)r10}r20(hXb0809r30hh#h}r40h}r50(Xuniprotr60XP10346r70Xasapr80X ABE-0002764r90Xecogener:0XEG10389r;0Xncbigener<0X945435r=0Xncbigir>0X gi:16128777r?0uh0Nh1h2]r@0rA0RrB0h6ubh)rC0}rD0(hXb0810rE0hh#h}rF0h}rG0(XuniprotrH0XP0AEQ6rI0XasaprJ0X ABE-0002766rK0XecogenerL0XEG10388rM0XncbigenerN0X945621rO0XncbigirP0X gi:16128778rQ0uh0Nh1h2]rR0rS0RrT0h6ubh)rU0}rV0(hXb0811rW0hh#h}rX0h}rY0(XuniprotrZ0XP0AEQ3r[0Xasapr\0X ABE-0002771r]0Xecogener^0XEG10386r_0Xncbigener`0X944872ra0Xncbigirb0X gi:16128779rc0uh0Nh1h2]rd0re0Rrf0h6ubh)rg0}rh0(hXb2091ri0hh#h}rj0h}rk0(Xuniprotrl0XP0A9S3rm0Xasaprn0X ABE-0006924ro0Xecogenerp0XEG12417rq0Xncbigenerr0X946598rs0Xncbigirt0X gi:16130029ru0uh0Nh1h2]rv0rw0Rrx0h6ubh)ry0}rz0(hXb0242r{0hh#h}r|0h}r}0(Xuniprotr~0XP0A7B5r0Xasapr0X ABE-0000830r0Xecogener0XEG10768r0Xncbigener0X946425r0Xncbigir0X gi:16128228r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb1492r0hh#h}r0h}r0(Xuniprotr0XP63235r0Xasapr0X ABE-0004973r0Xecogener0XEG12456r0Xncbigener0X946057r0Xncbigir0X gi:16129451r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb2688r0hh#h}r0h}r0(Xuniprotr0XP0A6W9r0Xasapr0X ABE-0008845r0Xecogener0XEG10418r0Xncbigener0X944881r0Xncbigir0X gi:16130600r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb1493r0hh#h}r0h}r0(Xuniprotr0XP69910r0Xasapr0X ABE-0004976r0Xecogener0XEG11490r0Xncbigener0X946058r0Xncbigir0X gi:16129452r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb3517r0hh#h}r0h}r0(Xuniprotr0XP69908r0Xasapr0X ABE-0011490r0Xecogener0XEG50009r0Xncbigener0X948027r0Xncbigir0X gi:16131389r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb1761r0hh#h}r0h}r0(Xuniprotr0XP00370r0Xasapr0X ABE-0005865r0Xecogener0XEG10372r0Xncbigener0X946802r0Xncbigir0X gi:16129715r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb1524r0hh#h}r0h}r0(Xuniprotr0XP0A6W0r0Xasapr0X ABE-0005086r0Xecogener0XEG13816r0Xncbigener0X944973r0Xncbigir0X gi:16129483r0uh0Nh1h2]r0r0Rr0h6ubh)r0}r0(hXb0485r0hh#h}r0h}r0(Xuniprotr0XP77454r0Xasapr0X ABE-0001688r0Xecogener1XEG13247r1Xncbigener1X946187r1Xncbigir1X gi:16128469r1uh0Nh1h2]r1r1Rr1h6ubh)r 1}r 1(hXb2312r 1hh#h}r 1h}r 1(Xuniprotr1XP0AG16r1Xasapr1X ABE-0007631r1Xecogener1XEG10794r1Xncbigener1X946794r1Xncbigir1X gi:16130247r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb3967r1hh#h}r1h}r1(Xuniprotr 1XP22634r!1Xasapr"1X ABE-0012989r#1Xecogener$1XEG11204r%1Xncbigener&1X948467r'1Xncbigir(1X gi:90111671r)1uh0Nh1h2]r*1r+1Rr,1h6ubh)r-1}r.1(hXb3213r/1hh#h}r01h}r11(Xuniprotr21XP09832r31Xasapr41X ABE-0010547r51Xecogener61XEG10404r71Xncbigener81X947723r91Xncbigir:1X gi:16131103r;1uh0Nh1h2]r<1r=1Rr>1h6ubh)r?1}r@1(hXb3212rA1hh#h}rB1h}rC1(XuniprotrD1XP09831rE1XasaprF1X ABE-0010545rG1XecogenerH1XEG10403rI1XncbigenerJ1X947724rK1XncbigirL1X gi:308209621rM1uh0Nh1h2]rN1rO1RrP1h6ubh)rQ1}rR1(hXb1210rS1hh#h}rT1h}rU1(XuniprotrV1XP0A6X1rW1XasaprX1X ABE-0004064rY1XecogenerZ1XEG10427r[1Xncbigener\1X945777r]1Xncbigir^1X gi:16129173r_1uh0Nh1h2]r`1ra1Rrb1h6ubh)rc1}rd1(hXb2400re1hh#h}rf1h}rg1(Xuniprotrh1XP04805ri1Xasaprj1X ABE-0007911rk1Xecogenerl1XEG10407rm1Xncbigenern1X946906ro1Xncbigirp1X gi:16130330rq1uh0Nh1h2]rr1rs1Rrt1h6ubh)ru1}rv1(hXb3653rw1hh#h}rx1h}ry1(Xuniprotrz1XP0AER8r{1Xasapr|1X ABE-0011941r}1Xecogener~1XEG10406r1Xncbigener1X948166r1Xncbigir1X gi:16131524r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb0507r1hh#h}r1h}r1(Xuniprotr1XP0AEP7r1Xasapr1X ABE-0001754r1Xecogener1XEG11583r1Xncbigener1X945394r1Xncbigir1X gi:16128491r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb3927r1hh#h}r1h}r1(Xuniprotr1XP0AER0r1Xasapr1X ABE-0012828r1Xecogener1XEG10396r1Xncbigener1X948422r1Xncbigir1X gi:16131765r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb3617r1hh#h}r1h}r1(Xuniprotr1XP0AB77r1Xasapr1X ABE-0011832r1Xecogener1XEG10512r1Xncbigener1X948138r1Xncbigir1X gi:16131488r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb2240r1hh#h}r1h}r1(Xuniprotr1XP08194r1Xasapr1X ABE-0007401r1Xecogener1XEG10401r1Xncbigener1X946704r1Xncbigir1X gi:16130175r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb0514r1hh#h}r1h}r1(Xuniprotr1XP77364r1Xasapr1X ABE-0001773r1Xecogener1XEG13621r1Xncbigener1X945129r1Xncbigir1X gi:16128498r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb3124r1hh#h}r1h}r1(Xuniprotr1XP23524r1Xasapr1X ABE-0010271r1Xecogener1XEG11175r1Xncbigener1X947632r1Xncbigir1X gi:145698314r1uh0Nh1h2]r1r1Rr1h6ubh)r1}r1(hXb2904r1hh#h}r1h}r1(Xuniprotr1XP0A6T9r1Xasapr1X ABE-0009534r1Xecogener1XEG10371r1Xncbigener1X947393r1Xncbigir2X gi:16130806r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb2903r2hh#h}r2h}r 2(Xuniprotr 2XP33195r 2Xasapr 2X ABE-0009531r 2Xecogener2XEG11810r2Xncbigener2X947394r2Xncbigir2X gi:16130805r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb2905r2hh#h}r2h}r2(Xuniprotr2XP27248r2Xasapr2X ABE-0009536r2Xecogener 2XEG11442r!2Xncbigener"2X947390r#2Xncbigir$2X gi:16130807r%2uh0Nh1h2]r&2r'2Rr(2h6ubh)r)2}r*2(hXb1033r+2hh#h}r,2h}r-2(Xuniprotr.2XP75913r/2Xasapr02X ABE-0003503r12Xecogener22XEG13869r32Xncbigener42X946431r52Xncbigir62X gi:90111205r72uh0Nh1h2]r82r92Rr:2h6ubh)r;2}r<2(hXb4468r=2hh#h}r>2h}r?2(Xuniprotr@2XP52073rA2XasaprB2X ABE-0174098rC2XecogenerD2XEG12996rE2XncbigenerF2X2847718rG2XncbigirH2X gi:49176295rI2uh0Nh1h2]rJ2rK2RrL2h6ubh)rM2}rN2(hXb4467rO2hh#h}rP2h}rQ2(XuniprotrR2XP52074rS2XasaprT2X ABE-0174097rU2XecogenerV2XEG13291rW2XncbigenerX2X2847717rY2XncbigirZ2X gi:49176294r[2uh0Nh1h2]r\2r]2Rr^2h6ubh)r_2}r`2(hXb2979ra2hh#h}rb2h}rc2(Xuniprotrd2XP0AEP9re2Xasaprf2X ABE-0009773rg2Xecogenerh2XEG12997ri2Xncbigenerj2X947353rk2Xncbigirl2X gi:16130879rm2uh0Nh1h2]rn2ro2Rrp2h6ubh)rq2}rr2(hXb3926rs2hh#h}rt2h}ru2(Xuniprotrv2XP0A6F3rw2Xasaprx2X ABE-0012825ry2Xecogenerz2XEG10398r{2Xncbigener|2X948423r}2Xncbigir~2X gi:16131764r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb0212r2hh#h}r2h}r2(Xuniprotr2XP0AC84r2Xasapr2X ABE-0000707r2Xecogener2XEG13330r2Xncbigener2X944902r2Xncbigir2X gi:16128199r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb3559r2hh#h}r2h}r2(Xuniprotr2XP00961r2Xasapr2X ABE-0011624r2Xecogener2XEG10410r2Xncbigener2X948080r2Xncbigir2X gi:16131430r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb3560r2hh#h}r2h}r2(Xuniprotr2XP00960r2Xasapr2X ABE-0011626r2Xecogener2XEG10409r2Xncbigener2X948079r2Xncbigir2X gi:16131431r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb2053r2hh#h}r2h}r2(Xuniprotr2XP0AC88r2Xasapr2X ABE-0006803r2Xecogener2XEG11787r2Xncbigener2X946562r2Xncbigir2X gi:16129993r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb3052r2hh#h}r2h}r2(Xuniprotr2XP76658r2Xasapr2X ABE-0010015r2Xecogener2XEG13416r2Xncbigener2X947548r2Xncbigir2X gi:16130948r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb0200r2hh#h}r2h}r2(Xuniprotr2XP63228r2Xasapr2X ABE-0000675r2Xecogener2XEG11736r2Xncbigener2X944879r2Xncbigir2X gi:16128193r2uh0Nh1h2]r2r2Rr2h6ubh)r2}r2(hXb0104r2hh#h}r2h}r2(Xuniprotr2XP60560r2Xasapr2X ABE-0000362r2Xecogener2XEG10422r2Xncbigener2X948986r2Xncbigir2X gi:16128097r2uh0Nh1h2]r2r2Rr3h6ubh)r3}r3(hXb2507r3hh#h}r3h}r3(Xuniprotr3XP04079r3Xasapr3X ABE-0008254r 3Xecogener 3XEG10420r 3Xncbigener 3X947334r 3Xncbigir3X gi:16130432r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb2029r3hh#h}r3h}r3(Xuniprotr3XP00350r3Xasapr3X ABE-0006737r3Xecogener3XEG10411r3Xncbigener3X946554r3Xncbigir 3X gi:16129970r!3uh0Nh1h2]r"3r#3Rr$3h6ubh)r%3}r&3(hXb3437r'3hh#h}r(3h}r)3(Xuniprotr*3XP46859r+3Xasapr,3X ABE-0011224r-3Xecogener.3XEG12629r/3Xncbigener03X947937r13Xncbigir23X gi:90111591r33uh0Nh1h2]r43r53Rr63h6ubh)r73}r83(hXb4268r93hh#h}r:3h}r;3(Xuniprotr<3XP39208r=3Xasapr>3X ABE-0013980r?3Xecogener@3XEG12152rA3XncbigenerB3X946066rC3XncbigirD3X gi:16132090rE3uh0Nh1h2]rF3rG3RrH3h6ubh)rI3}rJ3(hXb3449rK3hh#h}rL3h}rM3(XuniprotrN3XP10908rO3XasaprP3X ABE-0011264rQ3XecogenerR3XEG11050rS3XncbigenerT3X947955rU3XncbigirV3X gi:16131321rW3uh0Nh1h2]rX3rY3RrZ3h6ubh)r[3}r\3(hXb2239r]3hh#h}r^3h}r_3(Xuniprotr`3XP09394ra3Xasaprb3X ABE-0007399rc3Xecogenerd3XEG10399re3Xncbigenerf3X946725rg3Xncbigirh3X gi:16130174ri3uh0Nh1h2]rj3rk3Rrl3h6ubh)rm3}rn3(hXb1654ro3hh#h}rp3h}rq3(Xuniprotrr3XP0AC69rs3Xasaprt3X ABE-0005527ru3Xecogenerv3XEG12181rw3Xncbigenerx3X946169ry3Xncbigirz3X gi:16129612r{3uh0Nh1h2]r|3r}3Rr~3h6ubh)r3}r3(hXb3610r3hh#h}r3h}r3(Xuniprotr3XP0AC62r3Xasapr3X ABE-0011801r3Xecogener3XEG12294r3Xncbigener3X948132r3Xncbigir3X gi:16131481r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb0849r3hh#h}r3h}r3(Xuniprotr3XP68688r3Xasapr3X ABE-0002893r3Xecogener3XEG10417r3Xncbigener3X945479r3Xncbigir3X gi:16128817r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb0477r3hh#h}r3h}r3(Xuniprotr3XP0AEW6r3Xasapr3X ABE-0001655r3Xecogener3XEG11102r3Xncbigener3X946584r3Xncbigir3X gi:16128461r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb2988r3hh#h}r3h}r3(Xuniprotr3XP0AES0r3Xasapr3X ABE-0009804r3Xecogener3XEG12882r3Xncbigener3X947474r3Xncbigir3X gi:16130888r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb3500r3hh#h}r3h}r3(Xuniprotr3XP06715r3Xasapr3X ABE-0011432r3Xecogener3XEG10412r3Xncbigener3X948014r3Xncbigir3X gi:16131372r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb1710r3hh#h}r3h}r3(Xuniprotr3XP06610r3Xasapr3X ABE-0005709r3Xecogener3XEG10129r3Xncbigener3X945915r3Xncbigir3X gi:16129666r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb3447r3hh#h}r3h}r3(Xuniprotr3XP18956r3Xasapr3X ABE-0011257r3Xecogener3XEG10374r3Xncbigener3X947947r3Xncbigir3X gi:16131319r3uh0Nh1h2]r3r3Rr3h6ubh)r3}r3(hXb0832r3hh#h}r4h}r4(Xuniprotr4XP75799r4Xasapr4X ABE-0002836r4Xecogener4XEG13475r4Xncbigener4X945461r 4Xncbigir 4X gi:16128800r 4uh0Nh1h2]r 4r 4Rr4h6ubh)r4}r4(hXb0829r4hh#h}r4h}r4(Xuniprotr4XP75796r4Xasapr4X ABE-0002830r4Xecogener4XEG13472r4Xncbigener4X945457r4Xncbigir4X gi:145698235r4uh0Nh1h2]r4r4Rr 4h6ubh)r!4}r"4(hXb0831r#4hh#h}r$4h}r%4(Xuniprotr&4XP75798r'4Xasapr(4X ABE-0002834r)4Xecogener*4XEG13474r+4Xncbigener,4X945460r-4Xncbigir.4X gi:16128799r/4uh0Nh1h2]r04r14Rr24h6ubh)r34}r44(hXb0830r54hh#h}r64h}r74(Xuniprotr84XP75797r94Xasapr:4X ABE-0002832r;4Xecogener<4XEG13473r=4Xncbigener>4X945459r?4Xncbigir@4X gi:16128798rA4uh0Nh1h2]rB4rC4RrD4h6ubh)rE4}rF4(hXb2947rG4hh#h}rH4h}rI4(XuniprotrJ4XP04425rK4XasaprL4X ABE-0009667rM4XecogenerN4XEG10419rO4XncbigenerP4X947445rQ4XncbigirR4X gi:16130848rS4uh0Nh1h2]rT4rU4RrV4h6ubh)rW4}rX4(hXb2153rY4hh#h}rZ4h}r[4(Xuniprotr\4XP0A6T5r]4Xasapr^4X ABE-0007117r_4Xecogener`4XEG11375ra4Xncbigenerb4X949040rc4Xncbigird4X gi:16130091re4uh0Nh1h2]rf4rg4Rrh4h6ubh)ri4}rj4(hXb1277rk4hh#h}rl4h}rm4(Xuniprotrn4XP0A7I7ro4Xasaprp4X ABE-0004285rq4Xecogenerr4XEG11331rs4Xncbigenert4X945763ru4Xncbigirv4X gi:16129238rw4uh0Nh1h2]rx4ry4Rrz4h6ubh)r{4}r|4(hXb3779r}4hh#h}r~4h}r4(Xuniprotr4XP25552r4Xasapr4X ABE-0012347r4Xecogener4XEG10413r4Xncbigener4X948291r4Xncbigir4X gi:49176408r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb2883r4hh#h}r4h}r4(Xuniprotr4XP76641r4Xasapr4X ABE-0009465r4Xecogener4XEG13066r4Xncbigener4X947366r4Xncbigir4X gi:16130785r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb0125r4hh#h}r4h}r4(Xuniprotr4XP0A9M2r4Xasapr4X ABE-0000440r4Xecogener4XEG20098r4Xncbigener4X946624r4Xncbigir4X gi:90111088r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb0238r4hh#h}r4h}r4(Xuniprotr4XP0A9M5r4Xasapr4X ABE-0000814r4Xecogener4XEG10414r4Xncbigener4X944817r4Xncbigir4X gi:16128224r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb3092r4hh#h}r4h}r4(Xuniprotr4XP0A8G3r4Xasapr4X ABE-0010167r4Xecogener4XEG12737r4Xncbigener4X947599r4Xncbigir4X gi:16130987r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb1319r4hh#h}r4h}r4(Xuniprotr4XP76045r4Xasapr4X ABE-0004425r4Xecogener4XEG13428r4Xncbigener4X945889r4Xncbigir4X gi:16129280r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb3875r4hh#h}r4h}r4(Xuniprotr4XP76773r4Xasapr4X ABE-0012659r4Xecogener4XEG13374r4Xncbigener4X948366r4Xncbigir4X gi:16131715r4uh0Nh1h2]r4r4Rr4h6ubh)r4}r4(hXb0957r4hh#h}r4h}r4(Xuniprotr4XP0A910r4Xasapr5X ABE-0003240r5Xecogener5XEG10669r5Xncbigener5X945571r5Xncbigir5X gi:16128924r5uh0Nh1h2]r5r 5Rr 5h6ubh)r 5}r 5(hXb0875r 5hh#h}r5h}r5(Xuniprotr5XP60844r5Xasapr5X ABE-0002976r5Xecogener5XEG13270r5Xncbigener5X945497r5Xncbigir5X gi:16128843r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb1395r5hh#h}r 5h}r!5(Xuniprotr"5XP76083r#5Xasapr$5X ABE-0004663r%5Xecogener&5XEG13742r'5Xncbigener(5X945940r)5Xncbigir*5X gi:16129356r+5uh0Nh1h2]r,5r-5Rr.5h6ubh)r/5}r05(hXb4040r15hh#h}r25h}r35(Xuniprotr45XP0AGK1r55Xasapr65X ABE-0013229r75Xecogener85XEG11370r95Xncbigener:5X948540r;5Xncbigir<5X gi:16131866r=5uh0Nh1h2]r>5r?5Rr@5h6ubh)rA5}rB5(hXb0353rC5hh#h}rD5h}rE5(XuniprotrF5XP77589rG5XasaprH5X ABE-0001213rI5XecogenerJ5XEG13293rK5XncbigenerL5X944997rM5XncbigirN5X gi:90111117rO5uh0Nh1h2]rP5rQ5RrR5h6ubh)rS5}rT5(hXb0339rU5hh#h}rV5h}rW5(XuniprotrX5XP0ABE9rY5XasaprZ5X ABE-0001171r[5Xecogener\5XEG10176r]5Xncbigener^5X946548r_5Xncbigir`5X gi:16128324ra5uh0Nh1h2]rb5rc5Rrd5h6ubh)re5}rf5(hXb0126rg5hh#h}rh5h}ri5(Xuniprotrj5XP61517rk5Xasaprl5X ABE-0000442rm5Xecogenern5XEG12319ro5Xncbigenerp5X944832rq5Xncbigirr5X gi:16128119rs5uh0Nh1h2]rt5ru5Rrv5h6ubh)rw5}rx5(hXb0261ry5hh#h}rz5h}r{5(Xuniprotr|5XQ47690r}5Xasapr~5X ABE-0000895r5Xecogener5XEG13343r5Xncbigener5X946143r5Xncbigir5X gi:16128246r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb0428r5hh#h}r5h}r5(Xuniprotr5XP0AEA5r5Xasapr5X ABE-0001484r5Xecogener5XEG10182r5Xncbigener5X945073r5Xncbigir5X gi:16128413r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3630r5hh#h}r5h}r5(Xuniprotr5XP25741r5Xasapr5X ABE-0011866r5Xecogener5XEG11340r5Xncbigener5X948150r5Xncbigir5X gi:16131501r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3625r5hh#h}r5h}r5(Xuniprotr5XP27240r5Xasapr5X ABE-0011856r5Xecogener5XEG11425r5Xncbigener5X948145r5Xncbigir5X gi:16131496r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3621r5hh#h}r5h}r5(Xuniprotr5XP24173r5Xasapr5X ABE-0011847r5Xecogener5XEG11189r5Xncbigener5X948136r5Xncbigir5X gi:16131492r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3620r5hh#h}r5h}r5(Xuniprotr5XP37692r5Xasapr5X ABE-0011845r5Xecogener5XEG12210r5Xncbigener5X948135r5Xncbigir5X gi:16131491r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3632r5hh#h}r5h}r5(Xuniprotr5XP25742r5Xasapr5X ABE-0011870r5Xecogener5XEG11341r5Xncbigener5X948155r5Xncbigir5X gi:16131503r5uh0Nh1h2]r5r5Rr5h6ubh)r5}r5(hXb3623r5hh#h}r5h}r5(Xuniprotr5XP27242r5Xasapr5X ABE-0011851r5Xecogener5XEG11423r5Xncbigener6X948147r6Xncbigir6X gi:16131494r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb2104r 6hh#h}r 6h}r 6(Xuniprotr 6XP76423r 6Xasapr6X ABE-0006960r6Xecogener6XEG14069r6Xncbigener6X945142r6Xncbigir6X gi:16130042r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb2388r6hh#h}r6h}r6(Xuniprotr6XP0A6V8r6Xasapr 6X ABE-0007875r!6Xecogener"6XEG12957r#6Xncbigener$6X946858r%6Xncbigir&6X gi:16130320r'6uh0Nh1h2]r(6r)6Rr*6h6ubh)r+6}r,6(hXb0394r-6hh#h}r.6h}r/6(Xuniprotr06XP23917r16Xasapr26X ABE-0001372r36Xecogener46XEG11288r56Xncbigener66X949086r76Xncbigir86X gi:90111128r96uh0Nh1h2]r:6r;6Rr<6h6ubh)r=6}r>6(hXb2020r?6hh#h}r@6h}rA6(XuniprotrB6XP06988rC6XasaprD6X ABE-0006715rE6XecogenerF6XEG10447rG6XncbigenerH6X946531rI6XncbigirJ6X gi:16129961rK6uh0Nh1h2]rL6rM6RrN6h6ubh)rO6}rP6(hXb2022rQ6hh#h}rR6h}rS6(XuniprotrT6XP06987rU6XasaprV6X ABE-0006720rW6XecogenerX6XEG10445rY6XncbigenerZ6X946552r[6Xncbigir\6X gi:90111373r]6uh0Nh1h2]r^6r_6Rr`6h6ubh)ra6}rb6(hXb2514rc6hh#h}rd6h}re6(Xuniprotrf6XP60906rg6Xasaprh6X ABE-0008278ri6Xecogenerj6XEG10453rk6Xncbigenerl6X946989rm6Xncbigirn6X gi:16130439ro6uh0Nh1h2]rp6rq6Rrr6h6ubh)rs6}rt6(hXb2309ru6hh#h}rv6h}rw6(Xuniprotrx6XP0AEU0ry6Xasaprz6X ABE-0007617r{6Xecogener|6XEG12124r}6Xncbigener~6X945309r6Xncbigir6X gi:16130244r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb0112r6hh#h}r6h}r6(Xuniprotr6XP15993r6Xasapr6X ABE-0000384r6Xecogener6XEG10084r6Xncbigener6X946018r6Xncbigir6X gi:16128105r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb0349r6hh#h}r6h}r6(Xuniprotr6XP77044r6Xasapr6X ABE-0001201r6Xecogener6XEG20275r6Xncbigener6X944954r6Xncbigir6X gi:459201369r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb3805r6hh#h}r6h}r6(Xuniprotr6XP06983r6Xasapr6X ABE-0012427r6Xecogener6XEG10429r6Xncbigener6X947759r6Xncbigir6X gi:49176416r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb2418r6hh#h}r6h}r6(Xuniprotr6XP40191r6Xasapr6X ABE-0007973r6Xecogener6XEG12642r6Xncbigener6X946881r6Xncbigir6X gi:16130344r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb2103r6hh#h}r6h}r6(Xuniprotr6XP76422r6Xasapr6X ABE-0006958r6Xecogener6XEG14068r6Xncbigener6X946459r6Xncbigir6X gi:16130041r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb0813r6hh#h}r6h}r6(Xuniprotr6XP0AA67r6Xasapr6X ABE-0002779r6Xecogener6XEG12134r6Xncbigener6X947045r6Xncbigir6X gi:16128781r6uh0Nh1h2]r6r6Rr6h6ubh)r6}r6(hXb3824r6hh#h}r6h}r6(Xuniprotr6XP0AG34r6Xasapr6X ABE-0012490r6Xecogener6XEG11469r6Xncbigener6X948316r6Xncbigir6X gi:49176422r6uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb0352r7hh#h}r7h}r7(Xuniprotr7XP51020r 7Xasapr 7X ABE-0001209r 7Xecogener 7XEG13292r 7Xncbigener7X945012r7Xncbigir7X gi:16128337r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb0142r7hh#h}r7h}r7(Xuniprotr7XP26281r7Xasapr7X ABE-0000491r7Xecogener7XEG11374r7Xncbigener 7X948792r!7Xncbigir"7X gi:16128135r#7uh0Nh1h2]r$7r%7Rr&7h6ubh)r'7}r(7(hXb0508r)7hh#h}r*7h}r+7(Xuniprotr,7XP30147r-7Xasapr.7X ABE-0001756r/7Xecogener07XEG11584r17Xncbigener27X946186r37Xncbigir47X gi:16128492r57uh0Nh1h2]r67r77Rr87h6ubh)r97}r:7(hXb0003r;7hh#h}r<7h}r=7(Xuniprotr>7XP00547r?7Xasapr@7X ABE-0000010rA7XecogenerB7XEG10999rC7XncbigenerD7X947498rE7XncbigirF7X gi:16127997rG7uh0Nh1h2]rH7rI7RrJ7h6ubh)rK7}rL7(hXb4013rM7hh#h}rN7h}rO7(XuniprotrP7XP07623rQ7XasaprR7X ABE-0013121rS7XecogenerT7XEG10581rU7XncbigenerV7X948513rW7XncbigirX7X gi:16131839rY7uh0Nh1h2]rZ7r[7Rr\7h6ubh)r]7}r^7(hXb2021r_7hh#h}r`7h}ra7(Xuniprotrb7XP06986rc7Xasaprd7X ABE-0006717re7Xecogenerf7XEG10446rg7Xncbigenerh7X946551ri7Xncbigirj7X gi:16129962rk7uh0Nh1h2]rl7rm7Rrn7h6ubh)ro7}rp7(hXb2867rq7hh#h}rr7h}rs7(Xuniprotrt7XQ46800ru7Xasaprv7X ABE-0009416rw7Xecogenerx7XEG13050ry7Xncbigenerz7X947205r{7Xncbigir|7X gi:16130769r}7uh0Nh1h2]r~7r7Rr7h6ubh)r7}r7(hXb2866r7hh#h}r7h}r7(Xuniprotr7XQ46799r7Xasapr7X ABE-0009413r7Xecogener7XEG13049r7Xncbigener7X947116r7Xncbigir7X gi:16130768r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb2868r7hh#h}r7h}r7(Xuniprotr7XQ46801r7Xasapr7X ABE-0009418r7Xecogener7XEG13051r7Xncbigener7X945148r7Xncbigir7X gi:16130770r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb2994r7hh#h}r7h}r7(Xuniprotr7XP0ACE0r7Xasapr7X ABE-0009828r7Xecogener7XEG11801r7Xncbigener7X945182r7Xncbigir7X gi:16130894r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb0973r7hh#h}r7h}r7(Xuniprotr7XP0ACD8r7Xasapr7X ABE-0003288r7Xecogener7XEG10469r7Xncbigener7X945580r7Xncbigir7X gi:16128939r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb0974r7hh#h}r7h}r7(Xuniprotr7XP0AAM1r7Xasapr7X ABE-0003290r7Xecogener7XEG10470r7Xncbigener7X945581r7Xncbigir7X gi:16128940r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb2997r7hh#h}r7h}r7(Xuniprotr7XP69741r7Xasapr7X ABE-0009834r7Xecogener7XEG13006r7Xncbigener7X945902r7Xncbigir7X gi:16130897r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r7(hXb2995r7hh#h}r7h}r7(Xuniprotr7XP37180r7Xasapr7X ABE-0009830r7Xecogener7XEG11800r7Xncbigener7X948615r7Xncbigir7X gi:16130895r7uh0Nh1h2]r7r7Rr7h6ubh)r7}r8(hXb2996r8hh#h}r8h}r8(Xuniprotr8XP0AAJ8r8Xasapr8X ABE-0009832r8Xecogener8XEG11799r 8Xncbigener 8X944842r 8Xncbigir 8X gi:16130896r 8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb0972r8hh#h}r8h}r8(Xuniprotr8XP69739r8Xasapr8X ABE-0003286r8Xecogener8XEG10468r8Xncbigener8X945579r8Xncbigir8X gi:16128938r8uh0Nh1h2]r 8r!8Rr"8h6ubh)r#8}r$8(hXb2530r%8hh#h}r&8h}r'8(Xuniprotr(8XP0A6B7r)8Xasapr*8X ABE-0008324r+8Xecogener,8XEG12677r-8Xncbigener.8X947004r/8Xncbigir08X gi:49176235r18uh0Nh1h2]r28r38Rr48h6ubh)r58}r68(hXb2529r78hh#h}r88h}r98(Xuniprotr:8XP0ACD4r;8Xasapr<8X ABE-0008321r=8Xecogener>8XEG13395r?8Xncbigener@8X947002rA8XncbigirB8X gi:16130454rC8uh0Nh1h2]rD8rE8RrF8h6ubh)rG8}rH8(hXb3807rI8hh#h}rJ8h}rK8(XuniprotrL8XP27838rM8XasaprN8X ABE-0012435rO8XecogenerP8XEG11653rQ8XncbigenerR8X947754rS8XncbigirT8X gi:16131659rU8uh0Nh1h2]rV8rW8RrX8h6ubh)rY8}rZ8(hXb2528r[8hh#h}r\8h}r]8(Xuniprotr^8XP0AAC8r_8Xasapr`8X ABE-0008319ra8Xecogenerb8XEG12132rc8Xncbigenerd8X946999re8Xncbigirf8X gi:16130453rg8uh0Nh1h2]rh8ri8Rrj8h6ubh)rk8}rl8(hXb1136rm8hh#h}rn8h}ro8(Xuniprotrp8XP08200rq8Xasaprr8X ABE-0003823rs8Xecogenert8XEG10489ru8Xncbigenerv8X945702rw8Xncbigirx8X gi:16129099ry8uh0Nh1h2]rz8r{8Rr|8h6ubh)r}8}r~8(hXb2265r8hh#h}r8h}r8(Xuniprotr8XP38051r8Xasapr8X ABE-0007485r8Xecogener8XEG12362r8Xncbigener8X946712r8Xncbigir8X gi:90111411r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb0593r8hh#h}r8h}r8(Xuniprotr8XP0AEJ2r8Xasapr8X ABE-0002047r8Xecogener8XEG10261r8Xncbigener8X945511r8Xncbigir8X gi:16128576r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb0595r8hh#h}r8h}r8(Xuniprotr8XP0ADI4r8Xasapr8X ABE-0002052r8Xecogener8XEG10260r8Xncbigener8X946178r8Xncbigir8X gi:16128578r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb4015r8hh#h}r8h}r8(Xuniprotr8XP0A9G6r8Xasapr8X ABE-0013128r8Xecogener8XEG10022r8Xncbigener8X948517r8Xncbigir8X gi:16131841r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb4267r8hh#h}r8h}r8(Xuniprotr8XP39346r8Xasapr8X ABE-0013975r8Xecogener8XEG12541r8Xncbigener8X944769r8Xncbigir8X gi:16132089r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb2023r8hh#h}r8h}r8(Xuniprotr8XP60595r8Xasapr8X ABE-0006722r8Xecogener8XEG10450r8Xncbigener8X946544r8Xncbigir8X gi:16129964r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb2025r8hh#h}r8h}r8(Xuniprotr8XP60664r8Xasapr8X ABE-0006727r8Xecogener8XEG10448r8Xncbigener8X946516r8Xncbigir8X gi:16129966r8uh0Nh1h2]r8r8Rr8h6ubh)r8}r8(hXb1262r8hh#h}r8h}r8(Xuniprotr9XP00909r9Xasapr9X ABE-0004238r9Xecogener9XEG11026r9Xncbigener9X945519r9Xncbigir9X gi:635341464r 9uh0Nh1h2]r 9r 9Rr 9h6ubh)r 9}r9(hXb3770r9hh#h}r9h}r9(Xuniprotr9XP0AB80r9Xasapr9X ABE-0012316r9Xecogener9XEG10497r9Xncbigener9X948278r9Xncbigir9X gi:49176403r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r 9(hXb0026r!9hh#h}r"9h}r#9(Xuniprotr$9XP00956r%9Xasapr&9X ABE-0000094r'9Xecogener(9XEG10492r)9Xncbigener*9X944761r+9Xncbigir,9X gi:16128020r-9uh0Nh1h2]r.9r/9Rr09h6ubh)r19}r29(hXb0401r39hh#h}r49h}r59(Xuniprotr69XP0AD99r79Xasapr89X ABE-0001394r99Xecogener:9XEG12168r;9Xncbigener<9X945042r=9Xncbigir>9X gi:16128386r?9uh0Nh1h2]r@9rA9RrB9h6ubh)rC9}rD9(hXb2508rE9hh#h}rF9h}rG9(XuniprotrH9XP0ADG7rI9XasaprJ9X ABE-0008257rK9XecogenerL9XEG10421rM9XncbigenerN9X946985rO9XncbigirP9X gi:16130433rQ9uh0Nh1h2]rR9rS9RrT9h6ubh)rU9}rV9(hXb3265rW9hh#h}rX9h}rY9(XuniprotrZ9XP24180r[9Xasapr\9X ABE-0010722r]9Xecogener^9XEG10266r_9Xncbigener`9X947706ra9Xncbigirb9X gi:16131153rc9uh0Nh1h2]rd9re9Rrf9h6ubh)rg9}rh9(hXb3266ri9hh#h}rj9h}rk9(Xuniprotrl9XP24181rm9Xasaprn9X ABE-0010724ro9Xecogenerp9XEG10267rq9Xncbigenerr9X947768rs9Xncbigirt9X gi:16131154ru9uh0Nh1h2]rv9rw9Rrx9h6ubh)ry9}rz9(hXb3161r{9hh#h}r|9h}r}9(Xuniprotr~9XP0AAD2r9Xasapr9X ABE-0010387r9Xecogener9XEG10617r9Xncbigener9X947675r9Xncbigir9X gi:16131053r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb3679r9hh#h}r9h}r9(Xuniprotr9XP31448r9Xasapr9X ABE-0012026r9Xecogener9XEG11706r9Xncbigener9X948185r9Xncbigir9X gi:16131549r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb2889r9hh#h}r9h}r9(Xuniprotr9XQ46822r9Xasapr9X ABE-0009484r9Xecogener9XEG13072r9Xncbigener9X949020r9Xncbigir9X gi:16130791r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb0073r9hh#h}r9h}r9(Xuniprotr9XP30125r9Xasapr9X ABE-0000265r9Xecogener9XEG11577r9Xncbigener9X944798r9Xncbigir9X gi:90111082r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb0071r9hh#h}r9h}r9(Xuniprotr9XP30126r9Xasapr9X ABE-0000259r9Xecogener9XEG11575r9Xncbigener9X945642r9Xncbigir9X gi:16128065r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb0072r9hh#h}r9h}r9(Xuniprotr9XP0A6A6r9Xasapr9X ABE-0000261r9Xecogener9XEG11576r9Xncbigener9X945076r9Xncbigir9X gi:16128066r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb0074r9hh#h}r9h}r9(Xuniprotr9XP09151r9Xasapr9X ABE-0000267r9Xecogener9XEG11226r9Xncbigener9X947465r9Xncbigir9X gi:16128068r9uh0Nh1h2]r9r9Rr9h6ubh)r9}r9(hXb0918r9hh#h}r9h}r9(Xuniprotr9XP04951r9Xasapr9X ABE-0003122r9Xecogener:XEG10519r:Xncbigener:X945539r:Xncbigir:X gi:16128885r:uh0Nh1h2]r:r:Rr:h6ubh)r :}r :(hXb3198r :hh#h}r :h}r :(Xuniprotr:XP0ABZ4r:Xasapr:X ABE-0010506r:Xecogener:XEG12804r:Xncbigener:X947717r:Xncbigir:X gi:16131088r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb1215r:hh#h}r:h}r:(Xuniprotr :XP0A715r!:Xasapr":X ABE-0004077r#:Xecogener$:XEG10518r%:Xncbigener&:X945785r':Xncbigir(:X gi:16129178r):uh0Nh1h2]r*:r+:Rr,:h6ubh)r-:}r.:(hXb4196r/:hh#h}r0:h}r1:(Xuniprotr2:XP39304r3:Xasapr4:X ABE-0013729r5:Xecogener6:XEG12496r7:Xncbigener8:X948714r9:Xncbigir::X gi:16132018r;:uh0Nh1h2]r<:r=:Rr>:h6ubh)r?:}r@:(hXb3581rA:hh#h}rB:h}rC:(XuniprotrD:XP37678rE:XasaprF:X ABE-0011698rG:XecogenerH:XEG12285rI:XncbigenerJ:X948098rK:XncbigirL:X gi:16131452rM:uh0Nh1h2]rN:rO:RrP:h6ubh)rQ:}rR:(hXb0697rS:hh#h}rT:h}rU:(XuniprotrV:XP03960rW:XasaprX:X ABE-0002376rY:XecogenerZ:XEG10514r[:Xncbigener\:X947450r]:Xncbigir^:X gi:16128673r_:uh0Nh1h2]r`:ra:Rrb:h6ubh)rc:}rd:(hXb4513re:hh#h}rf:h}rg:(Xuniprotrh:XP36937ri:Xasaprj:X ABE-0285034rk:Xecogenerl:XEG12126rm:Xncbigenern:X948946ro:Xncbigirp:X gi:94541101rq:uh0Nh1h2]rr:rs:Rrt:h6ubh)ru:}rv:(hXb0698rw:hh#h}rx:h}ry:(Xuniprotrz:XP03959r{:Xasapr|:X ABE-0002381r}:Xecogener~:XEG10513r:Xncbigener:X946045r:Xncbigir:X gi:16128674r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb0696r:hh#h}r:h}r:(Xuniprotr:XP03961r:Xasapr:X ABE-0002374r:Xecogener:XEG10515r:Xncbigener:X947508r:Xncbigir:X gi:16128672r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb3747r:hh#h}r:h}r:(Xuniprotr:XP63183r:Xasapr:X ABE-0012251r:Xecogener:XEG11541r:Xncbigener:X948255r:Xncbigir:X gi:49176400r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb1363r:hh#h}r:h}r:(Xuniprotr:XP23849r:Xasapr:X ABE-0004567r:Xecogener:XEG11020r:Xncbigener:X945932r:Xncbigir:X gi:16129324r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb1250r:hh#h}r:h}r:(Xuniprotr:XP31069r:Xasapr:X ABE-0004189r:Xecogener:XEG11606r:Xncbigener:X945841r:Xncbigir:X gi:16129211r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb3849r:hh#h}r:h}r:(Xuniprotr:XP0AFZ7r:Xasapr:X ABE-0012574r:Xecogener:XEG11021r:Xncbigener:X948333r:Xncbigir:X gi:49176432r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb1291r:hh#h}r:h}r:(Xuniprotr:XP0AAH4r:Xasapr:X ABE-0004342r:Xecogener:XEG12304r:Xncbigener:X946203r:Xncbigir:X gi:16129252r:uh0Nh1h2]r:r:Rr:h6ubh)r:}r:(hXb3290r:hh#h}r:h}r:(Xuniprotr:XP0AGI8r:Xasapr:X ABE-0010787r:Xecogener:XEG11019r:Xncbigener:X947788r:Xncbigir;X gi:16131169r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb0047r;hh#h}r;h}r ;(Xuniprotr ;XP03819r ;Xasapr ;X ABE-0000161r ;Xecogener;XEG10521r;Xncbigener;X944773r;Xncbigir;X gi:16128041r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb0842r;hh#h}r;h}r;(Xuniprotr;XP0AEY8r;Xasapr;X ABE-0002871r;Xecogener ;XEG13696r!;Xncbigener";X945448r#;Xncbigir$;X gi:16128810r%;uh0Nh1h2]r&;r';Rr(;h6ubh)r);}r*;(hXb3350r+;hh#h}r,;h}r-;(Xuniprotr.;XP45522r/;Xasapr0;X ABE-0010949r1;Xecogener2;XEG20110r3;Xncbigener4;X947858r5;Xncbigir6;X gi:16131229r7;uh0Nh1h2]r8;r9;Rr:;h6ubh)r;;}r<;(hXb3605r=;hh#h}r>;h}r?;(Xuniprotr@;XP33232rA;XasaprB;X ABE-0011784rC;XecogenerD;XEG11963rE;XncbigenerF;X948121rG;XncbigirH;X gi:16131476rI;uh0Nh1h2]rJ;rK;RrL;h6ubh)rM;}rN;(hXb0306rO;hh#h}rP;h}rQ;(XuniprotrR;XP77252rS;XasaprT;X ABE-0001058rU;XecogenerV;XEG13582rW;XncbigenerX;X948438rY;XncbigirZ;X gi:16128291r[;uh0Nh1h2]r\;r];Rr^;h6ubh)r_;}r`;(hXb0307ra;hh#h}rb;h}rc;(Xuniprotrd;XP77536re;Xasaprf;X ABE-0001060rg;Xecogenerh;XEG13583ri;Xncbigenerj;X944980rk;Xncbigirl;X gi:16128292rm;uh0Nh1h2]rn;ro;Rrp;h6ubh)rq;}rr;(hXb0308rs;hh#h}rt;h}ru;(Xuniprotrv;XP77433rw;Xasaprx;X ABE-0001062ry;Xecogenerz;XEG13584r{;Xncbigener|;X945906r};Xncbigir~;X gi:90111113r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb2257r;hh#h}r;h}r;(Xuniprotr;XP76473r;Xasapr;X ABE-0007464r;Xecogener;XEG14093r;Xncbigener;X947297r;Xncbigir;X gi:16130192r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb0344r;hh#h}r;h}r;(Xuniprotr;XP00722r;Xasapr;X ABE-0001183r;Xecogener;XEG10527r;Xncbigener;X945006r;Xncbigir;X gi:16128329r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb2132r;hh#h}r;h}r;(Xuniprotr;XP33363r;Xasapr;X ABE-0007043r;Xecogener;XEG12013r;Xncbigener;X946682r;Xncbigir;X gi:16130070r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb1326r;hh#h}r;h}r;(Xuniprotr;XP0ACV6r;Xasapr;X ABE-0004450r;Xecogener;XEG13906r;Xncbigener;X945969r;Xncbigir;X gi:226524711r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb4130r;hh#h}r;h}r;(Xuniprotr;XP39276r;Xasapr;X ABE-0013524r;Xecogener;XEG12469r;Xncbigener;X948644r;Xncbigir;X gi:16131956r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb3496r;hh#h}r;h}r;(Xuniprotr;XP36837r;Xasapr;X ABE-0011417r;Xecogener;XEG12232r;Xncbigener;X948006r;Xncbigir;X gi:16131368r;uh0Nh1h2]r;r;Rr;h6ubh)r;}r;(hXb0709r;hh#h}r;h}r;(Xuniprotr;XP75742r;Xasapr;X ABE-0002420r;Xecogener;XEG13304r;Xncbigener;X947368r;Xncbigir;X gi:16128684r;uh0Nh1h2]r;r;Rr<h6ubh)r<}r<(hXb1634r<hh#h}r<h}r<(Xuniprotr<XP77304r<Xasapr<X ABE-0005469r <Xecogener <XEG13939r <Xncbigener <X947436r <Xncbigir<X gi:16129592r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb2799r<hh#h}r<h}r<(Xuniprotr<XP0A9S1r<Xasapr<X ABE-0009177r<Xecogener<XEG10351r<Xncbigener<X947273r<Xncbigir <X gi:345452723r!<uh0Nh1h2]r"<r#<Rr$<h6ubh)r%<}r&<(hXb2170r'<hh#h}r(<h}r)<(Xuniprotr*<XP33026r+<Xasapr,<X ABE-0007184r-<Xecogener.<XEG12034r/<Xncbigener0<X946673r1<Xncbigir2<X gi:16130108r3<uh0Nh1h2]r4<r5<Rr6<h6ubh)r7<}r8<(hXb0070r9<hh#h}r:<h}r;<(Xuniprotr<<XP31675r=<Xasapr><X ABE-0000257r?<Xecogener@<XEG11754rA<XncbigenerB<X944793rC<XncbigirD<X gi:49175994rE<uh0Nh1h2]rF<rG<RrH<h6ubh)rI<}rJ<(hXb0343rK<hh#h}rL<h}rM<(XuniprotrN<XP02920rO<XasaprP<X ABE-0001181rQ<XecogenerR<XEG10526rS<XncbigenerT<X949083rU<XncbigirV<X gi:16128328rW<uh0Nh1h2]rX<rY<RrZ<h6ubh)r[<}r\<(hXb1380r]<hh#h}r^<h}r_<(Xuniprotr`<XP52643ra<Xasaprb<X ABE-0004619rc<Xecogenerd<XEG13186re<Xncbigenerf<X946315rg<Xncbigirh<X gi:16129341ri<uh0Nh1h2]rj<rk<Rrl<h6ubh)rm<}rn<(hXb2133ro<hh#h}rp<h}rq<(Xuniprotrr<XP06149rs<Xasaprt<X ABE-0007048ru<Xecogenerv<XEG10231rw<Xncbigenerx<X946653ry<Xncbigirz<X gi:16130071r{<uh0Nh1h2]r|<r}<Rr~<h6ubh)r<}r<(hXb4054r<hh#h}r<h}r<(Xuniprotr<XP04693r<Xasapr<X ABE-0013278r<Xecogener<XEG11040r<Xncbigener<X948563r<Xncbigir<X gi:16131880r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb0642r<hh#h}r<h}r<(Xuniprotr<XP07813r<Xasapr<X ABE-0002196r<Xecogener<XEG10532r<Xncbigener<X947497r<Xncbigir<X gi:16128625r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb3458r<hh#h}r<h}r<(Xuniprotr<XP04816r<Xasapr<X ABE-0011292r<Xecogener<XEG10540r<Xncbigener<X947964r<Xncbigir<X gi:16131330r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb1651r<hh#h}r<h}r<(Xuniprotr<XP0AC81r<Xasapr<X ABE-0005520r<Xecogener<XEG13421r<Xncbigener<X946161r<Xncbigir<X gi:16129609r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb0622r<hh#h}r<h}r<(Xuniprotr<XP37001r<Xasapr<X ABE-0002139r<Xecogener<XEG12180r<Xncbigener<X946360r<Xncbigir<X gi:16128605r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb4386r<hh#h}r<h}r<(Xuniprotr<XP32099r<Xasapr<X ABE-0014385r<Xecogener<XEG11796r<Xncbigener<X944865r<Xncbigir<X gi:16132203r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb0630r<hh#h}r<h}r<(Xuniprotr<XP60720r<Xasapr<X ABE-0002160r<Xecogener<XEG11591r<Xncbigener<X945217r<Xncbigir<X gi:90111156r<uh0Nh1h2]r<r<Rr<h6ubh)r<}r<(hXb0628r<hh#h}r=h}r=(Xuniprotr=XP60716r=Xasapr=X ABE-0002155r=Xecogener=XEG11306r=Xncbigener=X945227r =Xncbigir =X gi:16128611r =uh0Nh1h2]r =r =Rr=h6ubh)r=}r=(hXb0182r=hh#h}r=h}r=(Xuniprotr=XP10441r=Xasapr=X ABE-0000620r=Xecogener=XEG10546r=Xncbigener=X944838r=Xncbigir=X gi:16128175r=uh0Nh1h2]r=r=Rr =h6ubh)r!=}r"=(hXb0494r#=hh#h}r$=h}r%=(Xuniprotr&=XP0ADA1r'=Xasapr(=X ABE-0001713r)=Xecogener*=XEG11542r+=Xncbigener,=X945127r-=Xncbigir.=X gi:16128478r/=uh0Nh1h2]r0=r1=Rr2=h6ubh)r3=}r4=(hXb3825r5=hh#h}r6=h}r7=(Xuniprotr8=XP07000r9=Xasapr:=X ABE-0012494r;=Xecogener<=XEG10739r==Xncbigener>=X948314r?=Xncbigir@=X gi:49176423rA=uh0Nh1h2]rB=rC=RrD=h6ubh)rE=}rF=(hXb0186rG=hh#h}rH=h}rI=(XuniprotrJ=XP52095rK=XasaprL=X ABE-0000633rM=XecogenerN=XEG13219rO=XncbigenerP=X944887rQ=XncbigirR=X gi:16128179rS=uh0Nh1h2]rT=rU=RrV=h6ubh)rW=}rX=(hXb4131rY=hh#h}rZ=h}r[=(Xuniprotr\=XP0A9H3r]=Xasapr^=X ABE-0013526r_=Xecogener`=XEG10131ra=Xncbigenerb=X948643rc=Xncbigird=X gi:16131957re=uh0Nh1h2]rf=rg=Rrh=h6ubh)ri=}rj=(hXb2890rk=hh#h}rl=h}rm=(Xuniprotrn=XP0A8N3ro=Xasaprp=X ABE-0009486rq=Xecogenerr=XEG10552rs=Xncbigenert=X947372ru=Xncbigirv=X gi:16130792rw=uh0Nh1h2]rx=ry=Rrz=h6ubh)r{=}r|=(hXb2156r}=hh#h}r~=h}r=(Xuniprotr=XP25737r=Xasapr=X ABE-0007131r=Xecogener=XEG11337r=Xncbigener=X946667r=Xncbigir=X gi:16130094r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb3903r=hh#h}r=h}r=(Xuniprotr=XP32170r=Xasapr=X ABE-0012736r=Xecogener=XEG11867r=Xncbigener=X948400r=Xncbigir=X gi:49176441r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb3907r=hh#h}r=h}r=(Xuniprotr=XP27125r=Xasapr=X ABE-0012749r=Xecogener=XEG11313r=Xncbigener=X948398r=Xncbigir=X gi:16131747r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb3600r=hh#h}r=h}r=(Xuniprotr=XP09424r=Xasapr=X ABE-0011767r=Xecogener=XEG10616r=Xncbigener=X948117r=Xncbigir=X gi:16131471r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb0777r=hh#h}r=h}r=(Xuniprotr=XP12999r=Xasapr=X ABE-0002648r=Xecogener=XEG10119r=Xncbigener=X945388r=Xncbigir=X gi:16128745r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb1800r=hh#h}r=h}r=(Xuniprotr=XP76251r=Xasapr=X ABE-0005991r=Xecogener=XEG13507r=Xncbigener=X946319r=Xncbigir=X gi:16129754r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb4014r=hh#h}r=h}r=(Xuniprotr=XP08997r=Xasapr=X ABE-0013125r=Xecogener=XEG10023r=Xncbigener=X948512r=Xncbigir=X gi:16131840r=uh0Nh1h2]r=r=Rr=h6ubh)r=}r=(hXb2976r=hh#h}r=h}r=(Xuniprotr=XP37330r=Xasapr>X ABE-0009767r>Xecogener>XEG20080r>Xncbigener>X948857r>Xncbigir>X gi:16130876r>uh0Nh1h2]r>r >Rr >h6ubh)r >}r >(hXb2049r >hh#h}r>h}r>(Xuniprotr>XP24174r>Xasapr>X ABE-0006791r>Xecogener>XEG10161r>Xncbigener>X946580r>Xncbigir>X gi:16129989r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb1613r>hh#h}r >h}r!>(Xuniprotr">XP00946r#>Xasapr$>X ABE-0005398r%>Xecogener&>XEG10566r'>Xncbigener(>X944840r)>Xncbigir*>X gi:49176125r+>uh0Nh1h2]r,>r->Rr.>h6ubh)r/>}r0>(hXb4323r1>hh#h}r2>h}r3>(Xuniprotr4>XP39160r5>Xasapr6>X ABE-0014175r7>Xecogener8>XEG20248r9>Xncbigener:>X946795r;>Xncbigir<>X gi:16132144r=>uh0Nh1h2]r>>r?>Rr@>h6ubh)rA>}rB>(hXb0731rC>hh#h}rD>h}rE>(XuniprotrF>XP54745rG>XasaprH>X ABE-0002493rI>XecogenerJ>XEG13235rK>XncbigenerL>X945355rM>XncbigirN>X gi:16128706rO>uh0Nh1h2]rP>rQ>RrR>h6ubh)rS>}rT>(hXb0732rU>hh#h}rV>h}rW>(XuniprotrX>XP54746rY>XasaprZ>X ABE-0002495r[>Xecogener\>XEG13236r]>Xncbigener^>X945359r_>Xncbigir`>X gi:16128707ra>uh0Nh1h2]rb>rc>Rrd>h6ubh)re>}rf>(hXb0334rg>hh#h}rh>h}ri>(Xuniprotrj>XP77243rk>Xasaprl>X ABE-0001152rm>Xecogenern>XEG13603ro>Xncbigenerp>X945931rq>Xncbigirr>X gi:16128319rs>uh0Nh1h2]rt>ru>Rrv>h6ubh)rw>}rx>(hXb0331ry>hh#h}rz>h}r{>(Xuniprotr|>XP77541r}>Xasapr~>X ABE-0001138r>Xecogener>XEG13601r>Xncbigener>X944990r>Xncbigir>X gi:16128316r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb0333r>hh#h}r>h}r>(Xuniprotr>XP31660r>Xasapr>X ABE-0001148r>Xecogener>XEG11756r>Xncbigener>X947528r>Xncbigir>X gi:16128318r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb1092r>hh#h}r>h}r>(Xuniprotr>XP0AAI9r>Xasapr>X ABE-0003698r>Xecogener>XEG11317r>Xncbigener>X945766r>Xncbigir>X gi:16129055r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb2521r>hh#h}r>h}r>(Xuniprotr>XP31142r>Xasapr>X ABE-0008299r>Xecogener>XEG11600r>Xncbigener>X946993r>Xncbigir>X gi:90111451r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb0149r>hh#h}r>h}r>(Xuniprotr>XP02919r>Xasapr>X ABE-0000516r>Xecogener>XEG10605r>Xncbigener>X944843r>Xncbigir>X gi:16128142r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb0635r>hh#h}r>h}r>(Xuniprotr>XP0AD65r>Xasapr>X ABE-0002178r>Xecogener>XEG10606r>Xncbigener>X945240r>Xncbigir>X gi:16128618r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb3396r>hh#h}r>h}r>(Xuniprotr>XP02918r>Xasapr>X ABE-0011082r>Xecogener>XEG10748r>Xncbigener>X947907r>Xncbigir>X gi:162135911r>uh0Nh1h2]r>r>Rr>h6ubh)r>}r>(hXb0084r>hh#h}r>h}r>(Xuniprotr>XP0AD68r>Xasapr>X ABE-0000309r>Xecogener>XEG10341r>Xncbigener?X944799r?Xncbigir?X gi:16128077r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb0839r ?hh#h}r ?h}r ?(Xuniprotr ?XP08506r ?Xasapr?X ABE-0002860r?Xecogener?XEG10203r?Xncbigener?X945455r?Xncbigir?X gi:16128807r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2010r?hh#h}r?h}r?(Xuniprotr?XP33013r?Xasapr ?X ABE-0006680r!?Xecogener"?XEG11893r#?Xncbigener$?X946518r%?Xncbigir&?X gi:162135904r'?uh0Nh1h2]r(?r)?Rr*?h6ubh)r+?}r,?(hXb3182r-?hh#h}r.?h}r/?(Xuniprotr0?XP24228r1?Xasapr2?X ABE-0010458r3?Xecogener4?XEG10202r5?Xncbigener6?X947693r7?Xncbigir8?X gi:16131072r9?uh0Nh1h2]r:?r;?Rr?(hXb0632r??hh#h}r@?h}rA?(XuniprotrB?XP0AEB2rC?XasaprD?X ABE-0002168rE?XecogenerF?XEG10201rG?XncbigenerH?X945222rI?XncbigirJ?X gi:16128615rK?uh0Nh1h2]rL?rM?RrN?h6ubh)rO?}rP?(hXb2134rQ?hh#h}rR?h}rS?(XuniprotrT?XP0AFI5rU?XasaprV?X ABE-0007050rW?XecogenerX?XEG12015rY?XncbigenerZ?X946662r[?Xncbigir\?X gi:162135905r]?uh0Nh1h2]r^?r_?Rr`?h6ubh)ra?}rb?(hXb2328rc?hh#h}rd?h}re?(Xuniprotrf?XP0C0T5rg?Xasaprh?X ABE-0007691ri?Xecogenerj?XEG10580rk?Xncbigenerl?X946812rm?Xncbigirn?X gi:16130263ro?uh0Nh1h2]rp?rq?Rrr?h6ubh)rs?}rt?(hXb3236ru?hh#h}rv?h}rw?(Xuniprotrx?XP61889ry?Xasaprz?X ABE-0010613r{?Xecogener|?XEG10576r}?Xncbigener~?X947854r?Xncbigir?X gi:16131126r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2210r?hh#h}r?h}r?(Xuniprotr?XP33940r?Xasapr?X ABE-0007300r?Xecogener?XEG12069r?Xncbigener?X946702r?Xncbigir?X gi:16130147r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb1479r?hh#h}r?h}r?(Xuniprotr?XP26616r?Xasapr?X ABE-0004931r?Xecogener?XEG10948r?Xncbigener?X946031r?Xncbigir?X gi:90111281r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2463r?hh#h}r?h}r?(Xuniprotr?XP76558r?Xasapr?X ABE-0008111r?Xecogener?XEG14193r?Xncbigener?X946947r?Xncbigir?X gi:16130388r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2515r?hh#h}r?h}r?(Xuniprotr?XP62620r?Xasapr?X ABE-0008281r?Xecogener?XEG10370r?Xncbigener?X946991r?Xncbigir?X gi:16130440r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2746r?hh#h}r?h}r?(Xuniprotr?XP62617r?Xasapr?X ABE-0009013r?Xecogener?XEG11816r?Xncbigener?X945057r?Xncbigir?X gi:16130653r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb4120r?hh#h}r?h}r?(Xuniprotr?XP02921r?Xasapr?X ABE-0013495r?Xecogener?XEG10578r?Xncbigener?X948635r?Xncbigir?X gi:345452725r?uh0Nh1h2]r?r?Rr?h6ubh)r?}r?(hXb2747r?hh#h}r?h}r?(Xuniprotr?XQ46893r?Xasapr?X ABE-0009017r?Xecogener?XEG13110r?Xncbigener?X948269r?Xncbigir?X gi:16130654r?uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb2942r@hh#h}r@h}r@(Xuniprotr@XP0A817r @Xasapr @X ABE-0009650r @Xecogener @XEG10589r @Xncbigener@X945389r@Xncbigir@X gi:16130843r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb0199r@hh#h}r@h}r@(Xuniprotr@XP30750r@Xasapr@X ABE-0000671r@Xecogener@XEG11621r@Xncbigener @X944896r!@Xncbigir"@X gi:16128192r#@uh0Nh1h2]r$@r%@Rr&@h6ubh)r'@}r(@(hXb0197r)@hh#h}r*@h}r+@(Xuniprotr,@XP28635r-@Xasapr.@X ABE-0000666r/@Xecogener0@XEG11504r1@Xncbigener2@X944893r3@Xncbigir4@X gi:16128190r5@uh0Nh1h2]r6@r7@Rr8@h6ubh)r9@}r:@(hXb0198r;@hh#h}r<@h}r=@(Xuniprotr>@XP31547r?@Xasapr@@X ABE-0000668rA@XecogenerB@XEG11737rC@XncbigenerD@X944894rE@XncbigirF@X gi:16128191rG@uh0Nh1h2]rH@rI@RrJ@h6ubh)rK@}rL@(hXb4019rM@hh#h}rN@h}rO@(XuniprotrP@XP13009rQ@XasaprR@X ABE-0013140rS@XecogenerT@XEG10587rU@XncbigenerV@X948522rW@XncbigirX@X gi:16131845rY@uh0Nh1h2]rZ@r[@Rr\@h6ubh)r]@}r^@(hXb3829r_@hh#h}r`@h}ra@(Xuniprotrb@XP25665rc@Xasaprd@X ABE-0012520re@Xecogenerf@XEG10584rg@Xncbigenerh@X948323ri@Xncbigirj@X gi:16131678rk@uh0Nh1h2]rl@rm@Rrn@h6ubh)ro@}rp@(hXb4219rq@hh#h}rr@h}rs@(Xuniprotrt@XP0A744ru@Xasaprv@X ABE-0013804rw@Xecogenerx@XEG11433ry@Xncbigenerz@X948734r{@Xncbigir|@X gi:16132041r}@uh0Nh1h2]r~@r@Rr@h6ubh)r@}r@(hXb1778r@hh#h}r@h}r@(Xuniprotr@XP0A746r@Xasapr@X ABE-0005916r@Xecogener@XEG12394r@Xncbigener@X947188r@Xncbigir@X gi:16129732r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb2114r@hh#h}r@h}r@(Xuniprotr@XP00959r@Xasapr@X ABE-0006991r@Xecogener@XEG10586r@Xncbigener@X946643r@Xncbigir@X gi:16130052r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb4242r@hh#h}r@h}r@(Xuniprotr@XP0ABB8r@Xasapr@X ABE-0013883r@Xecogener@XEG12525r@Xncbigener@X948778r@Xncbigir@X gi:16132064r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb0963r@hh#h}r@h}r@(Xuniprotr@XP0A731r@Xasapr@X ABE-0003259r@Xecogener@XEG12307r@Xncbigener@X945574r@Xncbigir@X gi:90111195r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb0403r@hh#h}r@h}r@(Xuniprotr@XP21517r@Xasapr@X ABE-0001402r@Xecogener@XEG10565r@Xncbigener@X949131r@Xncbigir@X gi:345452716r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb4392r@hh#h}r@h}r@(Xuniprotr@XP0AGC3r@Xasapr@X ABE-0014404r@Xecogener@XEG10950r@Xncbigener@X948908r@Xncbigir@X gi:90111747r@uh0Nh1h2]r@r@Rr@h6ubh)r@}r@(hXb2963r@hh#h}r@h}r@(Xuniprotr@XP0C066r@Xasapr@X ABE-0009725r@Xecogener@XEG12986r@Xncbigener@X945428r@Xncbigir@X gi:90111520r@uh0Nh1h2]r@r@Rr@h6ubh)r@}rA(hXb2558rAhh#h}rAh}rA(XuniprotrAXP0AGC5rAXasaprAX ABE-0008417rAXecogenerAXEG11373r AXncbigener AX947028r AXncbigir AX gi:171701683r Auh0Nh1h2]rArARrAh6ubh)rA}rA(hXb2813rAhh#h}rAh}rA(XuniprotrAXP0A935rAXasaprAX ABE-0009228rAXecogenerAXEG13085rAXncbigenerAX944964rAXncbigirAX gi:16130720rAuh0Nh1h2]r Ar!ARr"Ah6ubh)r#A}r$A(hXb2701r%Ahh#h}r&Ah}r'A(Xuniprotr(AXP41052r)AXasapr*AX ABE-0008885r+AXecogener,AXEG12699r-AXncbigener.AX947184r/AXncbigir0AX gi:16130608r1Auh0Nh1h2]r2Ar3ARr4Ah6ubh)r5A}r6A(hXb1193r7Ahh#h}r8Ah}r9A(Xuniprotr:AXP0C960r;AXasaprAXEG13897r?AXncbigener@AX945655rAAXncbigirBAX gi:90111231rCAuh0Nh1h2]rDArEARrFAh6ubh)rGA}rHA(hXb2919rIAhh#h}rJAh}rKA(XuniprotrLAXP52045rMAXasaprNAX ABE-0009581rOAXecogenerPAXEG12972rQAXncbigenerRAX947408rSAXncbigirTAX gi:90111512rUAuh0Nh1h2]rVArWARrXAh6ubh)rYA}rZA(hXb0260r[Ahh#h}r\Ah}r]A(Xuniprotr^AXQ47689r_AXasapr`AX ABE-0000893raAXecogenerbAXEG13342rcAXncbigenerdAX946284reAXncbigirfAX gi:90111105rgAuh0Nh1h2]rhAriARrjAh6ubh)rkA}rlA(hXb2917rmAhh#h}rnAh}roA(XuniprotrpAXP27253rqAXasaprrAX ABE-0009577rsAXecogenertAXEG11444ruAXncbigenervAX945576rwAXncbigirxAX gi:16130818ryAuh0Nh1h2]rzAr{ARr|Ah6ubh)r}A}r~A(hXb3599rAhh#h}rAh}rA(XuniprotrAXP00550rAXasaprAX ABE-0011761rAXecogenerAXEG10615rAXncbigenerAX948118rAXncbigirAX gi:16131470rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb4322rAhh#h}rAh}rA(XuniprotrAXP24215rAXasaprAX ABE-0014173rAXecogenerAXEG11066rAXncbigenerAX947082rAXncbigirAX gi:16132143rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb0784rAhh#h}rAh}rA(XuniprotrAXP30748rAXasaprAX ABE-0002675rAXecogenerAXEG11597rAXncbigenerAX945398rAXncbigirAX gi:16128752rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb3633rAhh#h}rAh}rA(XuniprotrAXP0AC75rAXasaprAX ABE-0011873rAXecogenerAXEG10520rAXncbigenerAX949048rAXncbigirAX gi:16131504rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb3624rAhh#h}rAh}rA(XuniprotrAXP27241rAXasaprAX ABE-0011854rAXecogenerAXEG11426rAXncbigenerAX948146rAXncbigirAX gi:16131495rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb3917rAhh#h}rAh}rA(XuniprotrAXP0AG78rAXasaprAX ABE-0012794rAXecogenerAXEG10929rAXncbigenerAX948411rAXncbigirAX gi:16131755rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb0763rAhh#h}rAh}rA(XuniprotrAXP37329rAXasaprAX ABE-0002601rAXecogenerAXEG12427rAXncbigenerAX945364rAXncbigirAX gi:16128731rAuh0Nh1h2]rArARrAh6ubh)rA}rA(hXb2423rAhh#h}rAh}rA(XuniprotrBXP0AEB0rBXasaprBX ABE-0007988rBXecogenerBXEG10198rBXncbigenerBX2847743rBXncbigirBX gi:90111430r Buh0Nh1h2]r Br BRr Bh6ubh)r B}rB(hXb0765rBhh#h}rBh}rB(XuniprotrBXP09833rBXasaprBX ABE-0002605rBXecogenerBXEG10152rBXncbigenerBX945362rBXncbigirBX gi:16128733rBuh0Nh1h2]rBrBRrBh6ubh)rB}r B(hXb2425r!Bhh#h}r"Bh}r#B(Xuniprotr$BXP16700r%BXasapr&BX ABE-0007992r'BXecogener(BXEG10195r)BXncbigener*BX946883r+BXncbigir,BX gi:16130350r-Buh0Nh1h2]r.Br/BRr0Bh6ubh)r1B}r2B(hXb2422r3Bhh#h}r4Bh}r5B(Xuniprotr6BXP16676r7BXasapr8BX ABE-0007986r9BXecogener:BXEG10183r;BXncbigenerBX gi:16130348r?Buh0Nh1h2]r@BrABRrBBh6ubh)rCB}rDB(hXb0764rEBhh#h}rFBh}rGB(XuniprotrHBXP0AF01rIBXasaprJBX ABE-0002603rKBXecogenerLBXEG10002rMBXncbigenerNBX945361rOBXncbigirPBX gi:16128732rQBuh0Nh1h2]rRBrSBRrTBh6ubh)rUB}rVB(hXb2424rWBhh#h}rXBh}rYB(XuniprotrZBXP16701r[BXasapr\BX ABE-0007990r]BXecogener^BXEG10197r_BXncbigener`BX946882raBXncbigirbBX gi:16130349rcBuh0Nh1h2]rdBreBRrfBh6ubh)rgB}rhB(hXb2877riBhh#h}rjBh}rkB(XuniprotrlBXQ46810rmBXasaprnBX ABE-0009447roBXecogenerpBXEG13060rqBXncbigenerrBX947356rsBXncbigirtBX gi:16130779ruBuh0Nh1h2]rvBrwBRrxBh6ubh)ryB}rzB(hXb0134r{Bhh#h}r|Bh}r}B(Xuniprotr~BXP31057rBXasaprBX ABE-0000467rBXecogenerBXEG11675rBXncbigenerBX944839rBXncbigirBX gi:16128127rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb0009rBhh#h}rBh}rB(XuniprotrBXP0AF03rBXasaprBX ABE-0000030rBXecogenerBXEG11511rBXncbigenerBX944760rBXncbigirBX gi:16128003rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb2519rBhh#h}rBh}rB(XuniprotrBXP76577rBXasaprBX ABE-0008294rBXecogenerBXEG14210rBXncbigenerBX947152rBXncbigirBX gi:16130444rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb1069rBhh#h}rBh}rB(XuniprotrBXP0AF16rBXasaprBX ABE-0003630rBXecogenerBXEG13880rBXncbigenerBX945487rBXncbigirBX gi:16129032rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb0785rBhh#h}rBh}rB(XuniprotrBXP30749rBXasaprBX ABE-0002678rBXecogenerBXEG11598rBXncbigenerBX945399rBXncbigirBX gi:16128753rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb0826rBhh#h}rBh}rB(XuniprotrBXP12282rBXasaprBX ABE-0002820rBXecogenerBXEG10154rBXncbigenerBX945452rBXncbigirBX gi:16128794rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb1008rBhh#h}rBh}rB(XuniprotrBXP75894rBXasaprBX ABE-0003407rBXecogenerBXEG13855rBXncbigenerBX946591rBXncbigirBX gi:16128974rBuh0Nh1h2]rBrBRrBh6ubh)rB}rB(hXb0529rBhh#h}rBh}rB(XuniprotrBXP24186rBXasaprBX ABE-0001818rBXecogenerCXEG10328rCXncbigenerCX945221rCXncbigirCX gi:16128513rCuh0Nh1h2]rCrCRrCh6ubh)r C}r C(hXb3941r Chh#h}r Ch}r C(XuniprotrCXP0AEZ1rCXasaprCX ABE-0012897rCXecogenerCXEG10585rCXncbigenerCX948432rCXncbigirCX gi:16131779rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb1059rChh#h}rCh}rC(Xuniprotr CXP40874r!CXasapr"CX ABE-0003590r#CXecogener$CXEG12669r%CXncbigener&CX944983r'CXncbigir(CX gi:16129022r)Cuh0Nh1h2]r*Cr+CRr,Ch6ubh)r-C}r.C(hXb3996r/Chh#h}r0Ch}r1C(Xuniprotr2CXP32664r3CXasapr4CX ABE-0013063r5CXecogener6CXEG11702r7CXncbigener8CX948498r9CXncbigir:CX gi:49176450r;Cuh0Nh1h2]rCh6ubh)r?C}r@C(hXb2411rAChh#h}rBCh}rCC(XuniprotrDCXP15042rECXasaprFCX ABE-0007938rGCXecogenerHCXEG10534rICXncbigenerJCX946885rKCXncbigirLCX gi:16130337rMCuh0Nh1h2]rNCrOCRrPCh6ubh)rQC}rRC(hXb1109rSChh#h}rTCh}rUC(XuniprotrVCXP00393rWCXasaprXCX ABE-0003746rYCXecogenerZCXEG10649r[CXncbigener\CX946792r]CXncbigir^CX gi:16129072r_Cuh0Nh1h2]r`CraCRrbCh6ubh)rcC}rdC(hXb2284reChh#h}rfCh}rgC(XuniprotrhCXP31979riCXasaprjCX ABE-0007545rkCXecogenerlCXEG11774rmCXncbigenernCX946753roCXncbigirpCX gi:16130219rqCuh0Nh1h2]rrCrsCRrtCh6ubh)ruC}rvC(hXb2288rwChh#h}rxCh}ryC(XuniprotrzCXP0AFC3r{CXasapr|CX ABE-0007553r}CXecogener~CXEG12082rCXncbigenerCX946764rCXncbigirCX gi:49176207rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2280rChh#h}rCh}rC(XuniprotrCXP0AFE0rCXasaprCX ABE-0007536rCXecogenerCXEG12090rCXncbigenerCX946756rCXncbigirCX gi:16130215rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2282rChh#h}rCh}rC(XuniprotrCXP0AFD4rCXasaprCX ABE-0007541rCXecogenerCXEG12088rCXncbigenerCX946761rCXncbigirCX gi:16130217rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2277rChh#h}rCh}rC(XuniprotrCXP0AFE8rCXasaprCX ABE-0007529rCXecogenerCXEG11773rCXncbigenerCX947731rCXncbigirCX gi:16130212rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2287rChh#h}rCh}rC(XuniprotrCXP0AFC7rCXasaprCX ABE-0007551rCXecogenerCXEG12083rCXncbigenerCX946738rCXncbigirCX gi:16130222rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2276rChh#h}rCh}rC(XuniprotrCXP0AFF0rCXasaprCX ABE-0007526rCXecogenerCXEG12093rCXncbigenerCX945136rCXncbigirCX gi:145698289rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2278rChh#h}rCh}rC(XuniprotrCXP33607rCXasaprCX ABE-0007532rCXecogenerCXEG12092rCXncbigenerCX945540rCXncbigirCX gi:16130213rCuh0Nh1h2]rCrCRrCh6ubh)rC}rC(hXb2286rChh#h}rCh}rC(XuniprotrCXP33599rCXasaprCX ABE-0007549rCXecogenerCXEG12084rCXncbigenerCX946759rCXncbigirDX gi:145698291rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb2283rDhh#h}rDh}r D(Xuniprotr DXP33602r DXasapr DX ABE-0007543r DXecogenerDXEG12087rDXncbigenerDX946762rDXncbigirDX gi:145698290rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb2279rDhh#h}rDh}rD(XuniprotrDXP0AFE4rDXasaprDX ABE-0007534rDXecogener DXEG12091r!DXncbigener"DX947580r#DXncbigir$DX gi:16130214r%Duh0Nh1h2]r&Dr'DRr(Dh6ubh)r)D}r*D(hXb2285r+Dhh#h}r,Dh}r-D(Xuniprotr.DXP0AFD1r/DXasapr0DX ABE-0007547r1DXecogener2DXEG12086r3DXncbigener4DX946746r5DXncbigir6DX gi:16130220r7Duh0Nh1h2]r8Dr9DRr:Dh6ubh)r;D}rDh}r?D(Xuniprotr@DXP0AFD6rADXasaprBDX ABE-0007539rCDXecogenerDDXEG12089rEDXncbigenerFDX946757rGDXncbigirHDX gi:16130216rIDuh0Nh1h2]rJDrKDRrLDh6ubh)rMD}rND(hXb2615rODhh#h}rPDh}rQD(XuniprotrRDXP0A7B3rSDXasaprTDX ABE-0008603rUDXecogenerVDXEG12192rWDXncbigenerXDX947092rYDXncbigirZDX gi:16130534r[Duh0Nh1h2]r\Dr]DRr^Dh6ubh)r_D}r`D(hXb3028raDhh#h}rbDh}rcD(XuniprotrdDXP0AEY5reDXasaprfDX ABE-0009946rgDXecogenerhDXEG12656riDXncbigenerjDX947512rkDXncbigirlDX gi:16130924rmDuh0Nh1h2]rnDroDRrpDh6ubh)rqD}rrD(hXb1740rsDhh#h}rtDh}ruD(XuniprotrvDXP18843rwDXasaprxDX ABE-0005803ryDXecogenerzDXEG10663r{DXncbigener|DX946946r}DXncbigir~DX gi:16129694rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb1602rDhh#h}rDh}rD(XuniprotrDXP0AB67rDXasaprDX ABE-0005352rDXecogenerDXEG10745rDXncbigenerDX946144rDXncbigirDX gi:16129560rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb1603rDhh#h}rDh}rD(XuniprotrDXP07001rDXasaprDX ABE-0005354rDXecogenerDXEG10744rDXncbigenerDX946628rDXncbigirDX gi:16129561rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb3962rDhh#h}rDh}rD(XuniprotrDXP27306rDXasaprDX ABE-0012975rDXecogenerDXEG11428rDXncbigenerDX948461rDXncbigirDX gi:90111670rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb0931rDhh#h}rDh}rD(XuniprotrDXP18133rDXasaprDX ABE-0003167rDXecogenerDXEG10742rDXncbigenerDX946648rDXncbigirDX gi:16128898rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb1186rDhh#h}rDh}rD(XuniprotrDXP0AFA7rDXasaprDX ABE-0003984rDXecogenerDXEG11392rDXncbigenerDX944822rDXncbigirDX gi:16129149rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb0019rDhh#h}rDh}rD(XuniprotrDXP13738rDXasaprDX ABE-0000068rDXecogenerDXEG10652rDXncbigenerDX944758rDXncbigirDX gi:16128013rDuh0Nh1h2]rDrDRrDh6ubh)rD}rD(hXb2518rDhh#h}rDh}rD(XuniprotrDXP0A763rDXasaprDX ABE-0008291rDXecogenerDXEG10650rDXncbigenerDX945611rDXncbigirDX gi:16130443rDuh0Nh1h2]rDrDRrEh6ubh)rE}rE(hXb0451rEhh#h}rEh}rE(XuniprotrEXP69681rEXasaprEX ABE-0001564r EXecogener EXEG11821r EXncbigener EX945084r EXncbigirEX gi:16128436rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb2711rEhh#h}rEh}rE(XuniprotrEXP37596rEXasaprEX ABE-0008912rEXecogenerEXEG12450rEXncbigenerEX947088rEXncbigir EX gi:16130618r!Euh0Nh1h2]r"Er#ERr$Eh6ubh)r%E}r&E(hXb2710r'Ehh#h}r(Eh}r)E(Xuniprotr*EXQ46877r+EXasapr,EX ABE-0008910r-EXecogener.EXEG12963r/EXncbigener0EX948979r1EXncbigir2EX gi:16130617r3Euh0Nh1h2]r4Er5ERr6Eh6ubh)r7E}r8E(hXb3477r9Ehh#h}r:Eh}r;E(XuniprotrEX ABE-0011356r?EXecogener@EXEG12076rAEXncbigenerBEX947986rCEXncbigirDEX gi:16131349rEEuh0Nh1h2]rFErGERrHEh6ubh)rIE}rJE(hXb3476rKEhh#h}rLEh}rME(XuniprotrNEXP33590rOEXasaprPEX ABE-0011354rQEXecogenerREXEG12075rSEXncbigenerTEX947981rUEXncbigirVEX gi:16131348rWEuh0Nh1h2]rXErYERrZEh6ubh)r[E}r\E(hXb3479r]Ehh#h}r^Eh}r_E(Xuniprotr`EXP33593raEXasaprbEX ABE-0011360rcEXecogenerdEXEG12078reEXncbigenerfEX947989rgEXncbigirhEX gi:16131351riEuh0Nh1h2]rjErkERrlEh6ubh)rmE}rnE(hXb3480roEhh#h}rpEh}rqE(XuniprotrrEXP33594rsEXasaprtEX ABE-0011362ruEXecogenervEXEG12079rwEXncbigenerxEX947987ryEXncbigirzEX gi:16131352r{Euh0Nh1h2]r|Er}ERr~Eh6ubh)rE}rE(hXb3478rEhh#h}rEh}rE(XuniprotrEXP0AFA9rEXasaprEX ABE-0011358rEXecogenerEXEG12077rEXncbigenerEX947990rEXncbigirEX gi:16131350rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb4390rEhh#h}rEh}rE(XuniprotrEXP27278rEXasaprEX ABE-0014397rEXecogenerEXEG11335rEXncbigenerEX948911rEXncbigirEX gi:90111746rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb0639rEhh#h}rEh}rE(XuniprotrEXP0A752rEXasaprEX ABE-0002187rEXecogenerEXEG13241rEXncbigenerEX945248rEXncbigirEX gi:16128622rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb0751rEhh#h}rEh}rE(XuniprotrEXP0AFK2rEXasaprEX ABE-0002547rEXecogenerEXEG11700rEXncbigenerEX945350rEXncbigirEX gi:16128719rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb1768rEhh#h}rEh}rE(XuniprotrEXP21369rEXasaprEX ABE-0005891rEXecogenerEXEG11135rEXncbigenerEX946276rEXncbigirEX gi:90111327rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb1991rEhh#h}rEh}rE(XuniprotrEXP36562rEXasaprEX ABE-0006611rEXecogenerEXEG12151rEXncbigenerEX946517rEXncbigirEX gi:16129932rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb0109rEhh#h}rEh}rE(XuniprotrEXP30011rEXasaprEX ABE-0000374rEXecogenerEXEG11546rEXncbigenerEX948869rEXncbigirEX gi:16128102rEuh0Nh1h2]rErERrEh6ubh)rE}rE(hXb3367rEhh#h}rFh}rF(XuniprotrFXP0AC26rFXasaprFX ABE-0011008rFXecogenerFXEG10654rFXncbigenerFX2847757r FXncbigir FX gi:90111575r Fuh0Nh1h2]r Fr FRrFh6ubh)rF}rF(hXb1223rFhh#h}rFh}rF(XuniprotrFXP10903rFXasaprFX ABE-0004111rFXecogenerFXEG10642rFXncbigenerFX945783rFXncbigirFX gi:16129186rFuh0Nh1h2]rFrFRr Fh6ubh)r!F}r"F(hXb2206r#Fhh#h}r$Fh}r%F(Xuniprotr&FXP33937r'FXasapr(FX ABE-0007289r)FXecogener*FXEG12067r+FXncbigener,FX947093r-FXncbigir.FX gi:16130143r/Fuh0Nh1h2]r0Fr1FRr2Fh6ubh)r3F}r4F(hXb2204r5Fhh#h}r6Fh}r7F(Xuniprotr8FXP33934r9FXasapr:FX ABE-0007285r;FXecogenerFX945984r?FXncbigir@FX gi:16130141rAFuh0Nh1h2]rBFrCFRrDFh6ubh)rEF}rFF(hXb2203rGFhh#h}rHFh}rIF(XuniprotrJFXP0ABL3rKFXasaprLFX ABE-0007283rMFXecogenerNFXEG12061rOFXncbigenerPFX946698rQFXncbigirRFX gi:90111403rSFuh0Nh1h2]rTFrUFRrVFh6ubh)rWF}rXF(hXb2205rYFhh#h}rZFh}r[F(Xuniprotr\FXP0AAL3r]FXasapr^FX ABE-0007287r_FXecogener`FXEG12064raFXncbigenerbFX945544rcFXncbigirdFX gi:16130142reFuh0Nh1h2]rfFrgFRrhFh6ube(h)riF}rjF(hXb2202rkFhh#h}rlFh}rmF(XuniprotrnFXP0ABL5roFXasaprpFX ABE-0007281rqFXecogenerrFXEG12060rsFXncbigenertFX946706ruFXncbigirvFX gi:16130139rwFuh0Nh1h2]rxFryFRrzFh6ubh)r{F}r|F(hXb1468r}Fhh#h}r~Fh}rF(XuniprotrFXP19319rFXasaprFX ABE-0004898rFXecogenerFXEG10648rFXncbigenerFX945999rFXncbigirFX gi:16129427rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1226rFhh#h}rFh}rF(XuniprotrFXP0AF26rFXasaprFX ABE-0004123rFXecogenerFXEG10641rFXncbigenerFX945807rFXncbigirFX gi:16129189rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1227rFhh#h}rFh}rF(XuniprotrFXP11350rFXasaprFX ABE-0004125rFXecogenerFXEG10640rFXncbigenerFX945808rFXncbigirFX gi:16129190rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1225rFhh#h}rFh}rF(XuniprotrFXP11349rFXasaprFX ABE-0004121rFXecogenerFXEG10639rFXncbigenerFX945780rFXncbigirFX gi:16129188rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1465rFhh#h}rFh}rF(XuniprotrFXP0AF32rFXasaprFX ABE-0004889rFXecogenerFXEG10644rFXncbigenerFX946029rFXncbigirFX gi:16129424rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1224rFhh#h}rFh}rF(XuniprotrFXP09152rFXasaprFX ABE-0004119rFXecogenerFXEG10638rFXncbigenerFX945782rFXncbigirFX gi:16129187rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1466rFhh#h}rFh}rF(XuniprotrFXP19317rFXasaprFX ABE-0004892rFXecogenerFXEG10645rFXncbigenerFX946032rFXncbigirFX gi:16129425rFuh0Nh1h2]rFrFRrFh6ubh)rF}rF(hXb1467rFhh#h}rFh}rF(XuniprotrFXP19318rFXasaprGX ABE-0004896rGXecogenerGXEG10647rGXncbigenerGX946034rGXncbigirGX gi:16129426rGuh0Nh1h2]rGr GRr Gh6ubh)r G}r G(hXb1469r Ghh#h}rGh}rG(XuniprotrGXP37758rGXasaprGX ABE-0004901rGXecogenerGXEG12153rGXncbigenerGX945799rGXncbigirGX gi:16129428rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb2552rGhh#h}r Gh}r!G(Xuniprotr"GXP24232r#GXasapr$GX ABE-0008396r%GXecogener&GXEG10456r'GXncbigener(GX947018r)GXncbigir*GX gi:16130477r+Guh0Nh1h2]r,Gr-GRr.Gh6ubh)r/G}r0G(hXb4374r1Ghh#h}r2Gh}r3G(Xuniprotr4GXP0A8Y1r5GXasapr6GX ABE-0014344r7GXecogener8GXEG12115r9GXncbigener:GX948899r;GXncbigirGr?GRr@Gh6ubh)rAG}rBG(hXb2291rCGhh#h}rDGh}rEG(XuniprotrFGXP76491rGGXasaprHGX ABE-0007563rIGXecogenerJGXEG14102rKGXncbigenerLGX946771rMGXncbigirNGX gi:16130226rOGuh0Nh1h2]rPGrQGRrRGh6ubh)rSG}rTG(hXb2744rUGhh#h}rVGh}rWG(XuniprotrXGXP0A840rYGXasaprZGX ABE-0009008r[GXecogener\GXEG11817r]GXncbigener^GX947211r_GXncbigir`GX gi:16130651raGuh0Nh1h2]rbGrcGRrdGh6ubh)reG}rfG(hXb0480rgGhh#h}rhGh}riG(XuniprotrjGXP07024rkGXasaprlGX ABE-0001668rmGXecogenernGXEG11060roGXncbigenerpGX947331rqGXncbigirrGX gi:16128464rsGuh0Nh1h2]rtGruGRrvGh6ubh)rwG}rxG(hXb4161ryGhh#h}rzGh}r{G(Xuniprotr|GXP39286r}GXasapr~GX ABE-0013626rGXecogenerGXEG12479rGXncbigenerGX948674rGXncbigirGX gi:90111696rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb0650rGhh#h}rGh}rG(XuniprotrGXP77319rGXasaprGX ABE-0002225rGXecogenerGXEG13653rGXncbigenerGX945218rGXncbigirGX gi:16128633rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb4394rGhh#h}rGh}rG(XuniprotrGXP39411rGXasaprGX ABE-0014411rGXecogenerGXEG12600rGXncbigenerGX948919rGXncbigirGX gi:90111748rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb0980rGhh#h}rGh}rG(XuniprotrGXP07102rGXasaprGX ABE-0003305rGXecogenerGXEG10049rGXncbigenerGX946206rGXncbigirGX gi:16128946rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb2781rGhh#h}rGh}rG(XuniprotrGXP0AEY3rGXasaprGX ABE-0009117rGXecogenerGXEG10572rGXncbigenerGX947254rGXncbigirGX gi:16130688rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb2954rGhh#h}rGh}rG(XuniprotrGXP52061rGXasaprGX ABE-0009692rGXecogenerGXEG12982rGXncbigenerGX947429rGXncbigirGX gi:16130855rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb1759rGhh#h}rGh}rG(XuniprotrGXP77788rGXasaprGX ABE-0005855rGXecogenerGXEG14009rGXncbigenerGX946277rGXncbigirGX gi:16129713rGuh0Nh1h2]rGrGRrGh6ubh)rG}rG(hXb0160rGhh#h}rGh}rG(XuniprotrGXP15723rGXasaprGX ABE-0000548rGXecogenerGXEG10225rGXncbigenerHX947177rHXncbigirHX gi:16128153rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb3365r Hhh#h}r Hh}r H(Xuniprotr HXP08201r HXasaprHX ABE-0011003rHXecogenerHXEG10653rHXncbigenerHX947868rHXncbigirHX gi:16131244rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb3366rHhh#h}rHh}rH(XuniprotrHXP0A9I8rHXasapr HX ABE-0011005r!HXecogener"HXEG10655r#HXncbigener$HX947881r%HXncbigir&HX gi:16131245r'Huh0Nh1h2]r(Hr)HRr*Hh6ubh)r+H}r,H(hXb4073r-Hhh#h}r.Hh}r/H(Xuniprotr0HXP32709r1HXasapr2HX ABE-0013348r3HXecogener4HXEG11947r5HXncbigener6HX948580r7HXncbigir8HX gi:16131899r9Huh0Nh1h2]r:Hr;HRrH(hXb4071r?Hhh#h}r@Hh}rAH(XuniprotrBHXP0ABL1rCHXasaprDHX ABE-0013344rEHXecogenerFHXEG11945rGHXncbigenerHHX948573rIHXncbigirJHX gi:90111682rKHuh0Nh1h2]rLHrMHRrNHh6ubh)rOH}rPH(hXb4070rQHhh#h}rRHh}rSH(XuniprotrTHXP0ABK9rUHXasaprVHX ABE-0013342rWHXecogenerXHXEG11781rYHXncbigenerZHX948571r[HXncbigir\HX gi:16131896r]Huh0Nh1h2]r^Hr_HRr`Hh6ubh)raH}rbH(hXb4072rcHhh#h}rdHh}reH(XuniprotrfHXP0AAK7rgHXasaprhHX ABE-0013346riHXecogenerjHXEG11946rkHXncbigenerlHX948581rmHXncbigirnHX gi:16131898roHuh0Nh1h2]rpHrqHRrrHh6ubh)rsH}rtH(hXb2035ruHhh#h}rvHh}rwH(XuniprotrxHXP37748ryHXasaprzHX ABE-0006753r{HXecogener|HXEG11982r}HXncbigener~HX945179rHXncbigirHX gi:16129975rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb2027rHhh#h}rHh}rH(XuniprotrHXP76372rHXasaprHX ABE-0006731rHXecogenerHXEG13406rHXncbigenerHX946553rHXncbigirHX gi:90111375rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb2033rHhh#h}rHh}rH(XuniprotrHXP37750rHXasaprHX ABE-0006749rHXecogenerHXEG11984rHXncbigenerHX946556rHXncbigirHX gi:16129973rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb2037rHhh#h}rHh}rH(XuniprotrHXP37746rHXasaprHX ABE-0006757rHXecogenerHXEG11980rHXncbigenerHX946557rHXncbigirHX gi:16129977rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb2034rHhh#h}rHh}rH(XuniprotrHXP37749rHXasaprHX ABE-0006751rHXecogenerHXEG11983rHXncbigenerHX947041rHXncbigirHX gi:16129974rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb2032rHhh#h}rHh}rH(XuniprotrHXP37751rHXasaprHX ABE-0006747rHXecogenerHXEG11985rHXncbigenerHX946555rHXncbigirHX gi:16129972rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb3114rHhh#h}rHh}rH(XuniprotrHXP42632rHXasaprHX ABE-0010242rHXecogenerHXEG12758rHXncbigenerHX947623rHXncbigirHX gi:49176316rHuh0Nh1h2]rHrHRrHh6ubh)rH}rH(hXb0903rHhh#h}rHh}rH(XuniprotrHXP09373rHXasaprHX ABE-0003071rHXecogenerHXEG10701rHXncbigenerHX945514rHXncbigirHX gi:16128870rHuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb0902rIhh#h}rIh}rI(XuniprotrIXP0A9N4r IXasapr IX ABE-0003068r IXecogener IXEG10028r IXncbigenerIX945517rIXncbigirIX gi:16128869rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb2579rIhh#h}rIh}rI(XuniprotrIXP68066rIXasaprIX ABE-0008489rIXecogenerIXEG11784rIXncbigener IX947068r!IXncbigir"IX gi:16130504r#Iuh0Nh1h2]r$Ir%IRr&Ih6ubh)r'I}r(I(hXb0273r)Ihh#h}r*Ih}r+I(Xuniprotr,IXP06960r-IXasapr.IX ABE-0000939r/IXecogener0IXEG10067r1IXncbigener2IX944844r3IXncbigir4IX gi:16128258r5Iuh0Nh1h2]r6Ir7IRr8Ih6ubh)r9I}r:I(hXb4254r;Ihh#h}rIXP04391r?IXasapr@IX ABE-0013927rAIXecogenerBIXEG10069rCIXncbigenerDIX948774rEIXncbigirFIX gi:16132076rGIuh0Nh1h2]rHIrIIRrJIh6ubh)rKI}rLI(hXb3187rMIhh#h}rNIh}rOI(XuniprotrPIXP0AD57rQIXasaprRIX ABE-0010474rSIXecogenerTIXEG10017rUIXncbigenerVIX947364rWIXncbigirXIX gi:16131077rYIuh0Nh1h2]rZIr[IRr\Ih6ubh)r]I}r^I(hXb0907r_Ihh#h}r`Ih}raI(XuniprotrbIXP23721rcIXasaprdIX ABE-0003093reIXecogenerfIXEG10946rgIXncbigenerhIX945527riIXncbigirjIX gi:16128874rkIuh0Nh1h2]rlIrmIRrnIh6ubh)roI}rpI(hXb0662rqIhh#h}rrIh}rsI(XuniprotrtIXP75728ruIXasaprvIX ABE-0002265rwIXecogenerxIXEG13658ryIXncbigenerzIX945261r{IXncbigir|IX gi:16128645r}Iuh0Nh1h2]r~IrIRrIh6ubh)rI}rI(hXb1281rIhh#h}rIh}rI(XuniprotrIXP08244rIXasaprIX ABE-0004304rIXecogenerIXEG10809rIXncbigenerIX947121rIXncbigirIX gi:16129242rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb2907rIhh#h}rIh}rI(XuniprotrIXP25534rIXasaprIX ABE-0009545rIXecogenerIXEG11324rIXncbigenerIX947388rIXncbigirIX gi:16130809rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb0350rIhh#h}rIh}rI(XuniprotrIXP77608rIXasaprIX ABE-0001205rIXecogenerIXEG14274rIXncbigenerIX944768rIXncbigirIX gi:90111116rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb3843rIhh#h}rIh}rI(XuniprotrIXP0AAB4rIXasaprIX ABE-0012557rIXecogenerIXEG11396rIXncbigenerIX948326rIXncbigirIX gi:16131689rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb2311rIhh#h}rIh}rI(XuniprotrIXP0AG03rIXasaprIX ABE-0007628rIXecogenerIXEG11044rIXncbigenerIX949033rIXncbigirIX gi:16130246rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb3835rIhh#h}rIh}rI(XuniprotrIXP0A6A0rIXasaprIX ABE-0012539rIXecogenerIXEG11476rIXncbigenerIX948322rIXncbigirIX gi:16131684rIuh0Nh1h2]rIrIRrIh6ubh)rI}rI(hXb2965rIhh#h}rIh}rI(XuniprotrIXP21169rIXasaprIX ABE-0009730rIXecogenerIXEG10961rIXncbigenerIX947457rIXncbigirIX gi:90111522rIuh0Nh1h2]rIrIRrIh6ubh)rI}rJ(hXb0693rJhh#h}rJh}rJ(XuniprotrJXP24169rJXasaprJX ABE-0002362rJXecogenerJXEG10964r JXncbigener JX945297r JXncbigir JX gi:16128669r Juh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb3642rJhh#h}rJh}rJ(XuniprotrJXP0A7E3rJXasaprJX ABE-0011904rJXecogenerJXEG10808rJXncbigenerJX948157rJXncbigirJX gi:16131513rJuh0Nh1h2]r Jr!JRr"Jh6ubh)r#J}r$J(hXb2373r%Jhh#h}r&Jh}r'J(Xuniprotr(JXP0AFI0r)JXasapr*JX ABE-0007826r+JXecogener,JXEG14143r-JXncbigener.JX946845r/JXncbigir0JX gi:16130305r1Juh0Nh1h2]r2Jr3JRr4Jh6ubh)r5J}r6J(hXb1387r7Jhh#h}r8Jh}r9J(Xuniprotr:JXP77455r;JXasaprJXEG13735r?JXncbigener@JX945954rAJXncbigirBJX gi:16129348rCJuh0Nh1h2]rDJrEJRrFJh6ubh)rGJ}rHJ(hXb1394rIJhh#h}rJJh}rKJ(XuniprotrLJXP77467rMJXasaprNJX ABE-0004661rOJXecogenerPJXEG13741rQJXncbigenerRJX946263rSJXncbigirTJX gi:16129355rUJuh0Nh1h2]rVJrWJRrXJh6ubh)rYJ}rZJ(hXb1014r[Jhh#h}r\Jh}r]J(Xuniprotr^JXP09546r_JXasapr`JX ABE-0003424raJXecogenerbJXEG10801rcJXncbigenerdJX945600reJXncbigirfJX gi:16128980rgJuh0Nh1h2]rhJriJRrjJh6ubh)rkJ}rlJ(hXb0386rmJhh#h}rnJh}roJ(XuniprotrpJXP0A9L8rqJXasaprrJX ABE-0001338rsJXecogenertJXEG10769ruJXncbigenervJX945034rwJXncbigirxJX gi:16128371ryJuh0Nh1h2]rzJr{JRr|Jh6ubh)r}J}r~J(hXb1391rJhh#h}rJh}rJ(XuniprotrJXP76080rJXasaprJX ABE-0004655rJXecogenerJXEG13738rJXncbigenerJX945959rJXncbigirJX gi:226524712rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1390rJhh#h}rJh}rJ(XuniprotrJXP76079rJXasaprJX ABE-0004653rJXecogenerJXEG13737rJXncbigenerJX945956rJXncbigirJX gi:16129351rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1392rJhh#h}rJh}rJ(XuniprotrJXP76081rJXasaprJX ABE-0004657rJXecogenerJXEG13739rJXncbigenerJX945962rJXncbigirJX gi:16129353rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1388rJhh#h}rJh}rJ(XuniprotrJXP76077rJXasaprJX ABE-0004649rJXecogenerJXEG13736rJXncbigenerJX945833rJXncbigirJX gi:16129349rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1389rJhh#h}rJh}rJ(XuniprotrJXP76078rJXasaprJX ABE-0004651rJXecogenerJXEG14299rJXncbigenerJX947595rJXncbigirJX gi:16129350rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1398rJhh#h}rJh}rJ(XuniprotrJXP76085rJXasaprJX ABE-0004671rJXecogenerJXEG13745rJXncbigenerJX945963rJXncbigirJX gi:16129359rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb0133rJhh#h}rJh}rJ(XuniprotrJXP31663rJXasaprJX ABE-0000465rJXecogenerJXEG11746rJXncbigenerJX944958rJXncbigirJX gi:16128126rJuh0Nh1h2]rJrJRrJh6ubh)rJ}rJ(hXb1278rJhh#h}rJh}rJ(XuniprotrKXP0A924rKXasaprKX ABE-0004294rKXecogenerKXEG10705rKXncbigenerKX945863rKXncbigirKX gi:16129239r Kuh0Nh1h2]r Kr KRr Kh6ubh)r K}rK(hXb0087rKhh#h}rKh}rK(XuniprotrKXP0A6W3rKXasaprKX ABE-0000316rKXecogenerKXEG10604rKXncbigenerKX944814rKXncbigirKX gi:16128080rKuh0Nh1h2]rKrKRrKh6ubh)rK}r K(hXb2762r!Khh#h}r"Kh}r#K(Xuniprotr$KXP17854r%KXasapr&KX ABE-0009057r'KXecogener(KXEG10189r)KXncbigener*KX947230r+KXncbigir,KX gi:16130669r-Kuh0Nh1h2]r.Kr/KRr0Kh6ubh)r1K}r2K(hXb1489r3Khh#h}r4Kh}r5K(Xuniprotr6KXP76129r7KXasapr8KX ABE-0004963r9KXecogener:KXEG13792r;KXncbigenerKX gi:162135902r?Kuh0Nh1h2]r@KrAKRrBKh6ubh)rCK}rDK(hXb0114rEKhh#h}rFKh}rGK(XuniprotrHKXP0AFG8rIKXasaprJKX ABE-0000397rKKXecogenerLKXEG10024rMKXncbigenerNKX944834rOKXncbigirPKX gi:16128107rQKuh0Nh1h2]rRKrSKRrTKh6ubh)rUK}rVK(hXb0115rWKhh#h}rXKh}rYK(XuniprotrZKXP06959r[KXasapr\KX ABE-0000400r]KXecogener^KXEG10025r_KXncbigener`KX944794raKXncbigirbKX gi:16128108rcKuh0Nh1h2]rdKreKRrfKh6ubh)rgK}rhK(hXb1638riKhh#h}rjKh}rkK(XuniprotrlKXP0AFI7rmKXasaprnKX ABE-0005482roKXecogenerpKXEG11487rqKXncbigenerrKX946806rsKXncbigirtKX gi:16129596ruKuh0Nh1h2]rvKrwKRrxKh6ubh)ryK}rzK(hXb2564r{Khh#h}r|Kh}r}K(Xuniprotr~KXP0A794rKXasaprKX ABE-0008435rKXecogenerKXEG10693rKXncbigenerKX947039rKXncbigirKX gi:16130489rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb0052rKhh#h}rKh}rK(XuniprotrKXP19624rKXasaprKX ABE-0000178rKXecogenerKXEG10691rKXncbigenerKX944919rKXncbigirKX gi:16128046rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb0766rKhh#h}rKh}rK(XuniprotrKXP21829rKXasaprKX ABE-0002607rKXecogenerKXEG11239rKXncbigenerKX945372rKXncbigirKX gi:16128734rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb2320rKhh#h}rKh}rK(XuniprotrKXP05459rKXasaprKX ABE-0007663rKXecogenerKXEG10692rKXncbigenerKX946785rKXncbigirKX gi:16130255rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb3546rKhh#h}rKh}rK(XuniprotrKXP37661rKXasaprKX ABE-0011581rKXecogenerKXEG12267rKXncbigenerKX948068rKXncbigirKX gi:90111611rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb1723rKhh#h}rKh}rK(XuniprotrKXP06999rKXasaprKX ABE-0005748rKXecogenerKXEG10700rKXncbigenerKX946230rKXncbigirKX gi:49176138rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb3916rKhh#h}rKh}rK(XuniprotrKXP0A796rKXasaprKX ABE-0012789rKXecogenerKXEG10699rKXncbigenerKX948412rKXncbigirKX gi:16131754rKuh0Nh1h2]rKrKRrKh6ubh)rK}rK(hXb3952rKhh#h}rKh}rK(XuniprotrKXP32675rKXasaprKX ABE-0012937rKXecogenerLXEG11911rLXncbigenerLX948453rLXncbigirLX gi:49176447rLuh0Nh1h2]rLrLRrLh6ubh)r L}r L(hXb3951r Lhh#h}r Lh}r L(XuniprotrLXP32674rLXasaprLX ABE-0012934rLXecogenerLXEG11910rLXncbigenerLX948454rLXncbigirLX gi:16131789rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb3176rLhh#h}rLh}rL(Xuniprotr LXP31120r!LXasapr"LX ABE-0010439r#LXecogener$LXEG11553r%LXncbigener&LX947692r'LXncbigir(LX gi:16131066r)Luh0Nh1h2]r*Lr+LRr,Lh6ubh)r-L}r.L(hXb2913r/Lhh#h}r0Lh}r1L(Xuniprotr2LXP0A9T0r3LXasapr4LX ABE-0009561r5LXecogener6LXEG10944r7LXncbigener8LX945258r9LXncbigir:LX gi:16130814r;Luh0Nh1h2]rLh6ubh)r?L}r@L(hXb4025rALhh#h}rBLh}rCL(XuniprotrDLXP0A6T1rELXasaprFLX ABE-0013163rGLXecogenerHLXEG10702rILXncbigenerJLX948535rKLXncbigirLLX gi:16131851rMLuh0Nh1h2]rNLrOLRrPLh6ubh)rQL}rRL(hXb2926rSLhh#h}rTLh}rUL(XuniprotrVLXP0A799rWLXasaprXLX ABE-0009605rYLXecogenerZLXEG10703r[LXncbigener\LX947414r]LXncbigir^LX gi:16130827r_Luh0Nh1h2]r`LraLRrbLh6ubh)rcL}rdL(hXb0767reLhh#h}rfLh}rgL(XuniprotrhLXP52697riLXasaprjLX ABE-0002611rkLXecogenerlLXEG13231rmLXncbigenernLX946398roLXncbigirpLX gi:16128735rqLuh0Nh1h2]rrLrsLRrtLh6ubh)ruL}rvL(hXb3385rwLhh#h}rxLh}ryL(XuniprotrzLXP32662r{LXasapr|LX ABE-0011058r}LXecogener~LXEG11871rLXncbigenerLX947895rLXncbigirLX gi:16131263rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb3612rLhh#h}rLh}rL(XuniprotrLXP37689rLXasaprLX ABE-0011818rLXecogenerLXEG12296rLXncbigenerLX948130rLXncbigirLX gi:16131483rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb0755rLhh#h}rLh}rL(XuniprotrLXP62707rLXasaprLX ABE-0002563rLXecogenerLXEG11699rLXncbigenerLX945068rLXncbigirLX gi:16128723rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb4395rLhh#h}rLh}rL(XuniprotrLXP0A7A2rLXasaprLX ABE-0014416rLXecogenerLXEG12164rLXncbigenerLX948918rLXncbigirLX gi:16132212rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb0688rLhh#h}rLh}rL(XuniprotrLXP36938rLXasaprLX ABE-0002345rLXecogenerLXEG12144rLXncbigenerLX945271rLXncbigirLX gi:16128664rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb2690rLhh#h}rLh}rL(XuniprotrLXP77475rLXasaprLX ABE-0008850rLXecogenerLXEG13530rLXncbigenerLX945776rLXncbigirLX gi:16130602rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb0418rLhh#h}rLh}rL(XuniprotrLXP18200rLXasaprLX ABE-0001454rLXecogenerLXEG10704rLXncbigenerLX947542rLXncbigirLX gi:16128403rLuh0Nh1h2]rLrLRrLh6ubh)rL}rL(hXb1912rLhh#h}rLh}rL(XuniprotrLXP0ABF8rLXasaprLX ABE-0006367rLXecogenerLXEG10706rLXncbigenerLX945791rLXncbigirMX gi:16129859rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb2199rMhh#h}rMh}r M(Xuniprotr MXP0ABM1r MXasapr MX ABE-0007275r MXecogenerMXEG12057rMXncbigenerMX946703rMXncbigirMX gi:16130136rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb2200rMhh#h}rMh}rM(XuniprotrMXP0ABL8rMXasaprMX ABE-0007277rMXecogener MXEG12058r!MXncbigener"MX946692r#MXncbigir$MX gi:16130137r%Muh0Nh1h2]r&Mr'MRr(Mh6ubh)r)M}r*M(hXb2197r+Mhh#h}r,Mh}r-M(Xuniprotr.MXP69490r/MXasapr0MX ABE-0007271r1MXecogener2MXEG12055r3MXncbigener4MX946697r5MXncbigir6MX gi:16130134r7Muh0Nh1h2]r8Mr9MRr:Mh6ubh)r;M}rMh}r?M(Xuniprotr@MXP0ABM5rAMXasaprBMX ABE-0007273rCMXecogenerDMXEG12169rEMXncbigenerFMX946709rGMXncbigirHMX gi:16130135rIMuh0Nh1h2]rJMrKMRrLMh6ubh)rMM}rNM(hXb2201rOMhh#h}rPMh}rQM(XuniprotrRMXP33931rSMXasaprTMX ABE-0007279rUMXecogenerVMXEG12059rWMXncbigenerXMX946714rYMXncbigirZMX gi:90111402r[Muh0Nh1h2]r\Mr]MRr^Mh6ubh)r_M}r`M(hXb1713raMhh#h}rbMh}rcM(XuniprotrdMXP07395reMXasaprfMX ABE-0005717rgMXecogenerhMXEG10710riMXncbigenerjMX945382rkMXncbigirlMX gi:16129669rmMuh0Nh1h2]rnMroMRrpMh6ubh)rqM}rrM(hXb1714rsMhh#h}rtMh}ruM(XuniprotrvMXP08312rwMXasaprxMX ABE-0005722ryMXecogenerzMXEG10709r{MXncbigener|MX946223r}MXncbigir~MX gi:16129670rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb1473rMhh#h}rMh}rM(XuniprotrMXP46136rMXasaprMX ABE-0004912rMXecogenerMXEG12713rMXncbigenerMX945942rMXncbigirMX gi:145698260rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb0576rMhh#h}rMh}rM(XuniprotrMXP24207rMXasaprMX ABE-0001976rMXecogenerMXEG10708rMXncbigenerMX945199rMXncbigirMX gi:16128559rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb3493rMhh#h}rMh}rM(XuniprotrMXP0AFJ7rMXasaprMX ABE-0011407rMXecogenerMXEG12230rMXncbigenerMX948009rMXncbigirMX gi:16131365rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb2987rMhh#h}rMh}rM(XuniprotrMXP43676rMXasaprMX ABE-0009800rMXecogenerMXEG12883rMXncbigenerMX947475rMXncbigirMX gi:16130887rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb3725rMhh#h}rMh}rM(XuniprotrMXP0AAH0rMXasaprMX ABE-0012179rMXecogenerMXEG10783rMXncbigenerMX948240rMXncbigirMX gi:16131593rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb3726rMhh#h}rMh}rM(XuniprotrMXP07654rMXasaprMX ABE-0012184rMXecogenerMXEG10782rMXncbigenerMX948239rMXncbigirMX gi:16131594rMuh0Nh1h2]rMrMRrMh6ubh)rM}rM(hXb3727rMhh#h}rMh}rM(XuniprotrMXP0AGH8rMXasaprMX ABE-0012186rMXecogenerMXEG10784rMXncbigenerMX948238rMXncbigirMX gi:16131595rMuh0Nh1h2]rMrMRrNh6ubh)rN}rN(hXb3728rNhh#h}rNh}rN(XuniprotrNXP0AG82rNXasaprNX ABE-0012190r NXecogener NXEG10734r NXncbigener NX948237r NXncbigirNX gi:16131596rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb3821rNhh#h}rNh}rN(XuniprotrNXP0A921rNXasaprNX ABE-0012479rNXecogenerNXEG10738rNXncbigenerNX948307rNXncbigir NX gi:16131671r!Nuh0Nh1h2]r"Nr#NRr$Nh6ubh)r%N}r&N(hXb2048r'Nhh#h}r(Nh}r)N(Xuniprotr*NXP24175r+NXasapr,NX ABE-0006788r-NXecogener.NXEG10162r/NXncbigener0NX946574r1NXncbigir2NX gi:16129988r3Nuh0Nh1h2]r4Nr5NRr6Nh6ubh)r7N}r8N(hXb3412r9Nhh#h}r:Nh}r;N(XuniprotrNX ABE-0011136r?NXecogener@NXEG10122rANXncbigenerBNX947916rCNXncbigirDNX gi:16131288rENuh0Nh1h2]rFNrGNRrHNh6ubh)rIN}rJN(hXb3974rKNhh#h}rLNh}rMN(XuniprotrNNXP0A6I3rONXasaprPNX ABE-0013003rQNXecogenerRNXEG10922rSNXncbigenerTNX948479rUNXncbigirVNX gi:16131808rWNuh0Nh1h2]rXNrYNRrZNh6ubh)r[N}r\N(hXb3258r]Nhh#h}r^Nh}r_N(Xuniprotr`NXP16256raNXasaprbNX ABE-0010695rcNXecogenerdNXEG10685reNXncbigenerfNX947752rgNXncbigirhNX gi:90111565riNuh0Nh1h2]rjNrkNRrlNh6ubh)rmN}rnN(hXb1010roNhh#h}rpNh}rqN(XuniprotrrNXP0AFQ5rsNXasaprtNX ABE-0003412ruNXecogenervNXEG13857rwNXncbigenerxNX945599ryNXncbigirzNX gi:16128976r{Nuh0Nh1h2]r|Nr}NRr~Nh6ubh)rN}rN(hXb1378rNhh#h}rNh}rN(XuniprotrNXP52647rNXasaprNX ABE-0004613rNXecogenerNXEG13183rNXncbigenerNX946587rNXncbigirNX gi:16129339rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb0871rNhh#h}rNh}rN(XuniprotrNXP07003rNXasaprNX ABE-0002958rNXecogenerNXEG10754rNXncbigenerNX946132rNXncbigirNX gi:16128839rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb4226rNhh#h}rNh}rN(XuniprotrNXP0A7A9rNXasaprNX ABE-0013824rNXecogenerNXEG10755rNXncbigenerNX948748rNXncbigirNX gi:16132048rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb2502rNhh#h}rNh}rN(XuniprotrNXP0AFL6rNXasaprNX ABE-0008238rNXecogenerNXEG11403rNXncbigenerNX946970rNXncbigirNX gi:16130427rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb1015rNhh#h}rNh}rN(XuniprotrNXP07117rNXasaprNX ABE-0003433rNXecogenerNXEG10802rNXncbigenerNX945602rNXncbigirNX gi:16128981rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb0369rNhh#h}rNh}rN(XuniprotrNXP0ACB2rNXasaprNX ABE-0001266rNXecogenerNXEG10428rNXncbigenerNX945017rNXncbigirNX gi:90111123rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb3956rNhh#h}rNh}rN(XuniprotrNXP00864rNXasaprNX ABE-0012950rNXecogenerNXEG10756rNXncbigenerNX948457rNXncbigirNX gi:16131794rNuh0Nh1h2]rNrNRrNh6ubh)rN}rN(hXb3639rNhh#h}rOh}rO(XuniprotrOXP0ABQ0rOXasaprOX ABE-0011896rOXecogenerOXEG10004rOXncbigenerOX949047r OXncbigir OX gi:90111624r Ouh0Nh1h2]r Or ORrOh6ubh)rO}rO(hXb3403rOhh#h}rOh}rO(XuniprotrOXP22259rOXasaprOX ABE-0011106rOXecogenerOXEG10688rOXncbigenerOX945667rOXncbigirOX gi:16131280rOuh0Nh1h2]rOrORr Oh6ubh)r!O}r"O(hXb2920r#Ohh#h}r$Oh}r%O(Xuniprotr&OXP52043r'OXasapr(OX ABE-0009583r)OXecogener*OXEG12973r+OXncbigener,OX947402r-OXncbigir.OX gi:16130821r/Ouh0Nh1h2]r0Or1ORr2Oh6ubh)r3O}r4O(hXb2501r5Ohh#h}r6Oh}r7O(Xuniprotr8OXP0A7B1r9OXasapr:OX ABE-0008235r;OXecogenerOX946971r?OXncbigir@OX gi:16130426rAOuh0Nh1h2]rBOrCORrDOh6ubh)rEO}rFO(hXb4383rGOhh#h}rHOh}rIO(XuniprotrJOXP0A6K6rKOXasaprLOX ABE-0014377rMOXecogenerNOXEG10220rOOXncbigenerPOX948910rQOXncbigirROX gi:16132200rSOuh0Nh1h2]rTOrUORrVOh6ubh)rWO}rXO(hXb3380rYOhh#h}rZOh}r[O(Xuniprotr\OXP45549r]OXasapr^OX ABE-0011046r_OXecogener`OXEG12918raOXncbigenerbOX947890rcOXncbigirdOX gi:16131258reOuh0Nh1h2]rfOrgORrhOh6ubh)riO}rjO(hXb3850rkOhh#h}rlOh}rmO(XuniprotrnOXP0ACB4roOXasaprpOX ABE-0012577rqOXecogenerrOXEG11485rsOXncbigenertOX948331ruOXncbigirvOX gi:16131696rwOuh0Nh1h2]rxOryORrzOh6ubh)r{O}r|O(hXb2536r}Ohh#h}r~Oh}rO(XuniprotrOXQ47142rOXasaprOX ABE-0008348rOXecogenerOXEG13454rOXncbigenerOX947007rOXncbigirOX gi:16130461rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb1702rOhh#h}rOh}rO(XuniprotrOXP23538rOXasaprOX ABE-0005678rOXecogenerOXEG10759rOXncbigenerOX946209rOXncbigirOX gi:16129658rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb0383rOhh#h}rOh}rO(XuniprotrOXP00634rOXasaprOX ABE-0001328rOXecogenerOXEG10727rOXncbigenerOX945041rOXncbigirOX gi:49176017rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb4005rOhh#h}rOh}rO(XuniprotrOXP15640rOXasaprOX ABE-0013095rOXecogenerOXEG10792rOXncbigenerOX948504rOXncbigirOX gi:16131835rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb2499rOhh#h}rOh}rO(XuniprotrOXP08178rOXasaprOX ABE-0008230rOXecogenerOXEG10798rOXncbigenerOX946975rOXncbigirOX gi:16130424rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb2026rOhh#h}rOh}rO(XuniprotrOXP06989rOXasaprOX ABE-0006729rOXecogenerOXEG10451rOXncbigenerOX946515rOXncbigirOX gi:16129967rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb2476rOhh#h}rOh}rO(XuniprotrOXP0A7D7rOXasaprOX ABE-0008156rOXecogenerOXEG10791rOXncbigenerOX946957rOXncbigirOX gi:16130401rOuh0Nh1h2]rOrORrOh6ubh)rO}rO(hXb2557rOhh#h}rOh}rO(XuniprotrOXP15254rOXasaprPX ABE-0008412rPXecogenerPXEG10797rPXncbigenerPX947032rPXncbigirPX gi:49176239rPuh0Nh1h2]rPr PRr Ph6ubh)r P}r P(hXb2024r Phh#h}rPh}rP(XuniprotrPXP10371rPXasaprPX ABE-0006725rPXecogenerPXEG10444rPXncbigenerPX946521rPXncbigirPX gi:90111374rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb0194rPhh#h}r Ph}r!P(Xuniprotr"PXP16659r#PXasapr$PX ABE-0000657r%PXecogener&PXEG10770r'PXncbigener(PX949116r)PXncbigir*PX gi:16128187r+Puh0Nh1h2]r,Pr-PRr.Ph6ubh)r/P}r0P(hXb1207r1Phh#h}r2Ph}r3P(Xuniprotr4PXP0A717r5PXasapr6PX ABE-0004054r7PXecogener8PXEG10774r9PXncbigener:PX945772r;PXncbigirPr?PRr@Ph6ubh)rAP}rBP(hXb0908rCPhh#h}rDPh}rEP(XuniprotrFPXP0A6D3rGPXasaprHPX ABE-0003095rIPXecogenerJPXEG10073rKPXncbigenerLPX945528rMPXncbigirNPX gi:16128875rOPuh0Nh1h2]rPPrQPRrRPh6ubh)rSP}rTP(hXb4160rUPhh#h}rVPh}rWP(XuniprotrXPXP0A8K1rYPXasaprZPX ABE-0013623r[PXecogener\PXEG10775r]PXncbigener^PX948673r_PXncbigir`PX gi:16131985raPuh0Nh1h2]rbPrcPRrdPh6ubh)reP}rfP(hXb4388rgPhh#h}rhPh}riP(XuniprotrjPXP0AGB0rkPXasaprlPX ABE-0014393rmPXecogenernPXEG10945roPXncbigenerpPX948913rqPXncbigirrPX gi:16132205rsPuh0Nh1h2]rtPruPRrvPh6ubh)rwP}rxP(hXb2585ryPhh#h}rzPh}r{P(Xuniprotr|PXP23830r}PXasapr~PX ABE-0008510rPXecogenerPXEG10781rPXncbigenerPX947059rPXncbigirPX gi:90111464rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb2297rPhh#h}rPh}rP(XuniprotrPXP0A9M8rPXasaprPX ABE-0007582rPXecogenerPXEG20173rPXncbigenerPX946778rPXncbigirPX gi:16130232rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb2458rPhh#h}rPh}rP(XuniprotrPXP77218rPXasaprPX ABE-0008097rPXecogenerPXEG14188rPXncbigenerPX946940rPXncbigirPX gi:16130383rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb3634rPhh#h}rPh}rP(XuniprotrPXP0A6I6rPXasaprPX ABE-0011875rPXecogenerPXEG11190rPXncbigenerPX947386rPXncbigirPX gi:16131505rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb0692rPhh#h}rPh}rP(XuniprotrPXP0AAF1rPXasaprPX ABE-0002360rPXecogenerPXEG10753rPXncbigenerPX945422rPXncbigirPX gi:16128668rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb3073rPhh#h}rPh}rP(XuniprotrPXP42588rPXasaprPX ABE-0010092rPXecogenerPXEG12718rPXncbigenerPX947120rPXncbigirPX gi:145698310rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb0854rPhh#h}rPh}rP(XuniprotrPXP31133rPXasaprPX ABE-0002913rPXecogenerPXEG11629rPXncbigenerPX945480rPXncbigirPX gi:16128822rPuh0Nh1h2]rPrPRrPh6ubh)rP}rP(hXb1123rPhh#h}rPh}rP(XuniprotrPXP0AFK9rPXasaprPX ABE-0003789rPXecogenerPXEG10752rPXncbigenerQX945682rQXncbigirQX gi:16129086rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb0856r Qhh#h}r Qh}r Q(Xuniprotr QXP31135r QXasaprQX ABE-0002917rQXecogenerQXEG11631rQXncbigenerQX945475rQXncbigirQX gi:16128824rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1442rQhh#h}rQh}rQ(XuniprotrQXP77156rQXasapr QX ABE-0004807r!QXecogener"QXEG13764r#QXncbigener$QX945976r%QXncbigir&QX gi:16129401r'Quh0Nh1h2]r(Qr)QRr*Qh6ubh)r+Q}r,Q(hXb0857r-Qhh#h}r.Qh}r/Q(Xuniprotr0QXP0AFL1r1QXasapr2QX ABE-0002919r3QXecogener4QXEG11632r5QXncbigener6QX945485r7QXncbigir8QX gi:16128825r9Quh0Nh1h2]r:Qr;QRrQ(hXb0855r?Qhh#h}r@Qh}rAQ(XuniprotrBQXP31134rCQXasaprDQX ABE-0002915rEQXecogenerFQXEG11630rGQXncbigenerHQX945476rIQXncbigirJQX gi:90111177rKQuh0Nh1h2]rLQrMQRrNQh6ubh)rOQ}rPQ(hXb1124rQQhh#h}rRQh}rSQ(XuniprotrTQXP0AFK6rUQXasaprVQX ABE-0003791rWQXecogenerXQXEG10751rYQXncbigenerZQX945691r[QXncbigir\QX gi:16129087r]Quh0Nh1h2]r^Qr_QRr`Qh6ubh)raQ}rbQ(hXb1443rcQhh#h}rdQh}reQ(XuniprotrfQXP0AFR9rgQXasaprhQX ABE-0004809riQXecogenerjQXEG13765rkQXncbigenerlQX945903rmQXncbigirnQX gi:16129402roQuh0Nh1h2]rpQrqQRrrQh6ubh)rsQ}rtQ(hXb1440ruQhh#h}rvQh}rwQ(XuniprotrxQXP76108ryQXasaprzQX ABE-0004803r{QXecogener|QXEG13762r}QXncbigener~QX946005rQXncbigirQX gi:16129399rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1126rQhh#h}rQh}rQ(XuniprotrQXP69874rQXasaprQX ABE-0003796rQXecogenerQXEG10749rQXncbigenerQX946323rQXncbigirQX gi:16129089rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1125rQhh#h}rQh}rQ(XuniprotrQXP0AFK4rQXasaprQX ABE-0003794rQXecogenerQXEG10750rQXncbigenerQX945692rQXncbigirQX gi:162135921rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1441rQhh#h}rQh}rQ(XuniprotrQXP77795rQXasaprQX ABE-0004805rQXecogenerQXEG13763rQXncbigenerQX946007rQXncbigirQX gi:16129400rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1296rQhh#h}rQh}rQ(XuniprotrQXP76037rQXasaprQX ABE-0004362rQXecogenerQXEG13907rQXncbigenerQX946287rQXncbigirQX gi:90111243rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb2407rQhh#h}rQh}rQ(XuniprotrQXP45563rQXasaprQX ABE-0007927rQXecogenerQXEG20250rQXncbigenerQX946878rQXncbigirQX gi:16130333rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb1636rQhh#h}rQh}rQ(XuniprotrQXP77150rQXasaprQX ABE-0005475rQXecogenerQXEG13940rQXncbigenerQX946162rQXncbigirQX gi:16129594rQuh0Nh1h2]rQrQRrQh6ubh)rQ}rQ(hXb3826rQhh#h}rQh}rQ(XuniprotrQXP27848rQXasaprQX ABE-0012500rQXecogenerQXEG11470rQXncbigenerQX2847768rQXncbigirQX gi:49176424rQuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb1854rRhh#h}rRh}rR(XuniprotrRXP21599r RXasapr RX ABE-0006182r RXecogener RXEG10803r RXncbigenerRX946527rRXncbigirRX gi:16129807rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb1676rRhh#h}rRh}rR(XuniprotrRXP0AD61rRXasaprRX ABE-0005600rRXecogenerRXEG10804rRXncbigener RX946179r!RXncbigir"RX gi:16129632r#Ruh0Nh1h2]r$Rr%RRr&Rh6ubh)r'R}r(R(hXb3831r)Rhh#h}r*Rh}r+R(Xuniprotr,RXP12758r-RXasapr.RX ABE-0012528r/RXecogener0RXEG11045r1RXncbigener2RX948987r3RXncbigir4RX gi:16131680r5Ruh0Nh1h2]r6Rr7RRr8Rh6ubh)r9R}r:R(hXb1007r;Rhh#h}rRXP75893r?RXasapr@RX ABE-0003403rARXecogenerBRXEG13854rCRXncbigenerDRX946594rERXncbigirFRX gi:90111202rGRuh0Nh1h2]rHRrIRRrJRh6ubh)rKR}rLR(hXb1012rMRhh#h}rNRh}rOR(XuniprotrPRXP75898rQRXasaprRRX ABE-0003416rSRXecogenerTRXEG13859rURXncbigenerVRX945643rWRXncbigirXRX gi:49176071rYRuh0Nh1h2]rZRr[RRr\Rh6ubh)r]R}r^R(hXb3029r_Rhh#h}r`Rh}raR(XuniprotrbRXP0ADU2rcRXasaprdRX ABE-0009948reRXecogenerfRXEG12657rgRXncbigenerhRX947506riRXncbigirjRX gi:16130925rkRuh0Nh1h2]rlRrmRRrnRh6ubh)roR}rpR(hXb1692rqRhh#h}rrRh}rsR(XuniprotrtRXP0A6D5ruRXasaprvRX ABE-0005651rwRXecogenerxRXEG11234ryRXncbigenerzRX946200r{RXncbigir|RX gi:16129648r}Ruh0Nh1h2]r~RrRRrRh6ubh)rR}rR(hXb0750rRhh#h}rRh}rR(XuniprotrRXP11458rRXasaprRX ABE-0002541rRXecogenerRXEG10630rRXncbigenerRX945351rRXncbigirRX gi:16128718rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb4094rRhh#h}rRh}rR(XuniprotrRXP16690rRXasaprRX ABE-0013417rRXecogenerRXEG10723rRXncbigenerRX948608rRXncbigirRX gi:16131920rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb1662rRhh#h}rRh}rR(XuniprotrRXP0AFU8rRXasaprRX ABE-0005557rRXecogenerRXEG11406rRXncbigenerRX945848rRXncbigirRX gi:16129620rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb0415rRhh#h}rRh}rR(XuniprotrRXP61714rRXasaprRX ABE-0001444rRXecogenerRXEG11322rRXncbigenerRX946453rRXncbigirRX gi:16128400rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb3752rRhh#h}rRh}rR(XuniprotrRXP0A9J6rRXasaprRX ABE-0012266rRXecogenerRXEG10818rRXncbigenerRX948260rRXncbigirRX gi:16131620rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb0063rRhh#h}rRh}rR(XuniprotrRXP08204rRXasaprRX ABE-0000223rRXecogenerRXEG10053rRXncbigenerRX946017rRXncbigirRX gi:16128057rRuh0Nh1h2]rRrRRrRh6ubh)rR}rR(hXb4198rRhh#h}rRh}rR(XuniprotrRXP39306rRXasaprRX ABE-0013734rRXecogenerRXEG12498rRXncbigenerRX948711rRXncbigirRX gi:16132020rRuh0Nh1h2]rRrRRrRh6ubh)rR}rS(hXb3583rShh#h}rSh}rS(XuniprotrSXP37680rSXasaprSX ABE-0011702rSXecogenerSXEG12287r SXncbigener SX948099r SXncbigir SX gi:16131454r Suh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb0061rShh#h}rSh}rS(XuniprotrSXP08203rSXasaprSX ABE-0000209rSXecogenerSXEG10055rSXncbigenerSX945294rSXncbigirSX gi:16128055rSuh0Nh1h2]r Sr!SRr"Sh6ubh)r#S}r$S(hXb3629r%Shh#h}r&Sh}r'S(Xuniprotr(SXP27126r)SXasapr*SX ABE-0011864r+SXecogener,SXEG11350r-SXncbigener.SX948151r/SXncbigir0SX gi:16131500r1Suh0Nh1h2]r2Sr3SRr4Sh6ubh)r5S}r6S(hXb2687r7Shh#h}r8Sh}r9S(Xuniprotr:SXP45578r;SXasaprSXEG12712r?SXncbigener@SX947168rASXncbigirBSX gi:16130599rCSuh0Nh1h2]rDSrESRrFSh6ubh)rGS}rHS(hXb3748rIShh#h}rJSh}rKS(XuniprotrLSXP04982rMSXasaprNSX ABE-0012256rOSXecogenerPSXEG10817rQSXncbigenerRSX948267rSSXncbigirTSX gi:90111647rUSuh0Nh1h2]rVSrWSRrXSh6ubh)rYS}rZS(hXb3749r[Shh#h}r\Sh}r]S(Xuniprotr^SXP04983r_SXasapr`SX ABE-0012259raSXecogenerbSXEG10814rcSXncbigenerdSX948264reSXncbigirfSX gi:16131617rgSuh0Nh1h2]rhSriSRrjSh6ubh)rkS}rlS(hXb3751rmShh#h}rnSh}roS(XuniprotrpSXP02925rqSXasaprrSX ABE-0012264rsSXecogenertSXEG10815ruSXncbigenervSX948261rwSXncbigirxSX gi:16131619rySuh0Nh1h2]rzSr{SRr|Sh6ubh)r}S}r~S(hXb3750rShh#h}rSh}rS(XuniprotrSXP0AGI1rSXasaprSX ABE-0012261rSXecogenerSXEG10816rSXncbigenerSX948262rSXncbigirSX gi:16131618rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb3904rShh#h}rSh}rS(XuniprotrSXP32171rSXasaprSX ABE-0012738rSXecogenerSXEG11868rSXncbigenerSX948399rSXncbigirSX gi:16131744rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb3902rShh#h}rSh}rS(XuniprotrSXP32169rSXasaprSX ABE-0012731rSXecogenerSXEG11866rSXncbigenerSX948401rSXncbigirSX gi:16131742rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb2234rShh#h}rSh}rS(XuniprotrSXP00452rSXasaprSX ABE-0007383rSXecogenerSXEG10660rSXncbigenerSX946612rSXncbigirSX gi:16130169rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb2235rShh#h}rSh}rS(XuniprotrSXP69924rSXasaprSX ABE-0007386rSXecogenerSXEG10661rSXncbigenerSX946732rSXncbigirSX gi:16130170rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb2676rShh#h}rSh}rS(XuniprotrSXP37146rSXasaprSX ABE-0008808rSXecogenerSXEG12381rSXncbigenerSX947149rSXncbigirSX gi:16130590rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb2675rShh#h}rSh}rS(XuniprotrSXP39452rSXasaprSX ABE-0008806rSXecogenerSXEG20257rSXncbigenerSX947155rSXncbigirSX gi:16130589rSuh0Nh1h2]rSrSRrSh6ubh)rS}rS(hXb4238rShh#h}rSh}rS(XuniprotrTXP28903rTXasaprTX ABE-0013865rTXecogenerTXEG11417rTXncbigenerTX948755rTXncbigirTX gi:16132060r Tuh0Nh1h2]r Tr TRr Th6ubh)r T}rT(hXb4237rThh#h}rTh}rT(XuniprotrTXP0A9N8rTXasaprTX ABE-0013860rTXecogenerTXEG12523rTXncbigenerTX948757rTXncbigirTX gi:16132059rTuh0Nh1h2]rTrTRrTh6ubh)rT}r T(hXb3386r!Thh#h}r"Th}r#T(Xuniprotr$TXP0AG07r%TXasapr&TX ABE-0011061r'TXecogener(TXEG11960r)TXncbigener*TX947896r+TXncbigir,TX gi:16131264r-Tuh0Nh1h2]r.Tr/TRr0Th6ubh)r1T}r2T(hXb4301r3Thh#h}r4Th}r5T(Xuniprotr6TXP39362r7TXasapr8TX ABE-0014097r9TXecogener:TXEG12553r;TXncbigenerTX gi:16132122r?Tuh0Nh1h2]r@TrATRrBTh6ubh)rCT}rDT(hXb2914rEThh#h}rFTh}rGT(XuniprotrHTXP0A7Z0rITXasaprJTX ABE-0009567rKTXecogenerLTXEG11443rMTXncbigenerNTX947407rOTXncbigirPTX gi:16130815rQTuh0Nh1h2]rRTrSTRrTTh6ubh)rUT}rVT(hXb0638rWThh#h}rXTh}rYT(XuniprotrZTXP52086r[TXasapr\TX ABE-0002185r]TXecogener^TXEG13240r_TXncbigener`TX945246raTXncbigirbTX gi:16128621rcTuh0Nh1h2]rdTreTRrfTh6ubh)rgT}rhT(hXb1683riThh#h}rjTh}rkT(XuniprotrlTXP77522rmTXasaprnTX ABE-0005621roTXecogenerpTXEG13965rqTXncbigenerrTX945753rsTXncbigirtTX gi:90111315ruTuh0Nh1h2]rvTrwTRrxTh6ubh)ryT}rzT(hXb1679r{Thh#h}r|Th}r}T(Xuniprotr~TXP76194rTXasaprTX ABE-0005608rTXecogenerTXEG13961rTXncbigenerTX946173rTXncbigirTX gi:16129635rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb1680rThh#h}rTh}rT(XuniprotrTXP77444rTXasaprTX ABE-0005610rTXecogenerTXEG13962rTXncbigenerTX946185rTXncbigirTX gi:16129636rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb1682rThh#h}rTh}rT(XuniprotrTXP77499rTXasaprTX ABE-0005619rTXecogenerTXEG13964rTXncbigenerTX946128rTXncbigirTX gi:16129638rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb1681rThh#h}rTh}rT(XuniprotrTXP77689rTXasaprTX ABE-0005617rTXecogenerTXEG13963rTXncbigenerTX944878rTXncbigirTX gi:16129637rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb1684rThh#h}rTh}rT(XuniprotrTXP77667rTXasaprTX ABE-0005624rTXecogenerTXEG11378rTXncbigenerTX949014rTXncbigirTX gi:16129640rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb0222rThh#h}rTh}rT(XuniprotrTXP63224rTXasaprTX ABE-0000751rTXecogenerTXEG13146rTXncbigenerTX949134rTXncbigirTX gi:16128208rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb1745rThh#h}rTh}rT(XuniprotrTXP76216rTXasaprTX ABE-0005817rTXecogenerTXEG13996rTXncbigenerTX946259rTXncbigirTX gi:16129699rTuh0Nh1h2]rTrTRrTh6ubh)rT}rT(hXb2751rThh#h}rTh}rT(XuniprotrTXP23845rTXasaprTX ABE-0009026rTXecogenerUXEG10194rUXncbigenerUX947219rUXncbigirUX gi:16130658rUuh0Nh1h2]rUrURrUh6ubh)r U}r U(hXb2752r Uhh#h}r Uh}r U(XuniprotrUXP21156rUXasaprUX ABE-0009029rUXecogenerUXEG10186rUXncbigenerUX947217rUXncbigirUX gi:16130659rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb2705rUhh#h}rUh}rU(Xuniprotr UXP05707r!UXasapr"UX ABE-0008896r#UXecogener$UXEG10971r%UXncbigener&UX948937r'UXncbigir(UX gi:16130612r)Uuh0Nh1h2]r*Ur+URr,Uh6ubh)r-U}r.U(hXb2703r/Uhh#h}r0Uh}r1U(Xuniprotr2UXP56580r3UXasapr4UX ABE-0008892r5UXecogener6UXEG14373r7UXncbigener8UX948933r9UXncbigir:UX gi:49176261r;Uuh0Nh1h2]rUh6ubh)r?U}r@U(hXb2704rAUhh#h}rBUh}rCU(XuniprotrDUXP05706rEUXasaprFUX ABE-0008894rGUXecogenerHUXEG10970rIUXncbigenerJUX948971rKUXncbigirLUX gi:16130611rMUuh0Nh1h2]rNUrOURrPUh6ubh)rQU}rRU(hXb2702rSUhh#h}rTUh}rUU(XuniprotrVUXP56579rWUXasaprXUX ABE-0008890rYUXecogenerZUXEG10969r[UXncbigener\UX947575r]UXncbigir^UX gi:49176260r_Uuh0Nh1h2]r`UraURrbUh6ubh)rcU}rdU(hXb2472reUhh#h}rfUh}rgU(XuniprotrhUXP0AED7riUXasaprjUX ABE-0008142rkUXecogenerlUXEG10208rmUXncbigenernUX948313roUXncbigirpUX gi:16130397rqUuh0Nh1h2]rrUrsURrtUh6ubh)ruU}rvU(hXb3591rwUhh#h}rxUh}ryU(XuniprotrzUXP0A821r{UXasapr|UX ABE-0011731r}UXecogener~UXEG10941rUXncbigenerUX948124rUXncbigirUX gi:16131462rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb1764rUhh#h}rUh}rU(XuniprotrUXP16456rUXasaprUX ABE-0005872rUXecogenerUXEG10943rUXncbigenerUX946768rUXncbigirUX gi:16129718rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb2264rUhh#h}rUh}rU(XuniprotrUXP17109rUXasaprUX ABE-0007482rUXecogenerUXEG10579rUXncbigenerUX946720rUXncbigirUX gi:16130199rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb0586rUhh#h}rUh}rU(XuniprotrUXP11454rUXasaprUX ABE-0002021rUXecogenerUXEG10264rUXncbigenerUX945184rUXncbigirUX gi:16128569rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb3607rUhh#h}rUh}rU(XuniprotrUXP0A9D4rUXasaprUX ABE-0011793rUXecogenerUXEG10187rUXncbigenerUX948126rUXncbigirUX gi:16131478rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb2366rUhh#h}rUh}rU(XuniprotrUXP00926rUXasaprUX ABE-0007804rUXecogenerUXEG10249rUXncbigenerUX946837rUXncbigirUX gi:16130298rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb2797rUhh#h}rUh}rU(XuniprotrUXP30744rUXasaprUX ABE-0009172rUXecogenerUXEG11623rUXncbigenerUX947262rUXncbigirUX gi:16130704rUuh0Nh1h2]rUrURrUh6ubh)rU}rU(hXb4471rUhh#h}rUh}rU(XuniprotrUXP42630rUXasaprUX ABE-0174101rUXecogenerUXEG12756rUXncbigenerUX2847724rUXncbigirVX gi:49176314rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb1814rVhh#h}rVh}r V(Xuniprotr VXP16095r VXasapr VX ABE-0006039r VXecogenerVXEG10930rVXncbigenerVX946331rVXncbigirVX gi:16129768rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb0893rVhh#h}rVh}rV(XuniprotrVXP0A8L1rVXasaprVX ABE-0003038rVXecogener VXEG10947r!VXncbigener"VX945506r#VXncbigir$VX gi:16128860r%Vuh0Nh1h2]r&Vr'VRr(Vh6ubh)r)V}r*V(hXb2796r+Vhh#h}r,Vh}r-V(Xuniprotr.VXP0AAD6r/VXasapr0VX ABE-0009169r1VXecogener2VXEG12142r3VXncbigener4VX947264r5VXncbigir6VX gi:16130703r7Vuh0Nh1h2]r8Vr9VRr:Vh6ubh)r;V}rVh}r?V(Xuniprotr@VXP0AAD8rAVXasaprBVX ABE-0010247rCVXecogenerDVXEG10991rEVXncbigenerFVX947629rGVXncbigirHVX gi:16131009rIVuh0Nh1h2]rJVrKVRrLVh6ubh)rMV}rNV(hXb3089rOVhh#h}rPVh}rQV(XuniprotrRVXP0AGE4rSVXasaprTVX ABE-0010159rUVXecogenerVVXEG12732rWVXncbigenerXVX947605rYVXncbigirZVX gi:16130984r[Vuh0Nh1h2]r\Vr]VRr^Vh6ubh)r_V}r`V(hXb2154raVhh#h}rbVh}rcV(XuniprotrdVXP33018reVXasaprfVX ABE-0007124rgVXecogenerhVXEG12026riVXncbigenerjVX949045rkVXncbigirlVX gi:16130092rmVuh0Nh1h2]rnVroVRrpVh6ubh)rqV}rrV(hXb0355rsVhh#h}rtVh}ruV(XuniprotrvVXP51025rwVXasaprxVX ABE-0001219ryVXecogenerzVXEG13295r{VXncbigener|VX944991r}VXncbigir~VX gi:16128340rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb1744rVhh#h}rVh}rV(XuniprotrVXP76215rVXasaprVX ABE-0005815rVXecogenerVXEG13995rVXncbigenerVX946256rVXncbigirVX gi:16129698rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb1746rVhh#h}rVh}rV(XuniprotrVXP76217rVXasaprVX ABE-0005820rVXecogenerVXEG13997rVXncbigenerVX946260rVXncbigirVX gi:16129700rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb2263rVhh#h}rVh}rV(XuniprotrVXP37355rVXasaprVX ABE-0007478rVXecogenerVXEG12438rVXncbigenerVX946736rVXncbigirVX gi:16130198rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb3368rVhh#h}rVh}rV(XuniprotrVXP0AEA8rVXasaprVX ABE-0011010rVXecogenerVXEG10188rVXncbigenerVX947880rVXncbigirVX gi:16131246rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb3281rVhh#h}rVh}rV(XuniprotrVXP15770rVXasaprVX ABE-0010763rVXecogenerVXEG10077rVXncbigenerVX947776rVXncbigirVX gi:16131162rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb0388rVhh#h}rVh}rV(XuniprotrVXP0A6E1rVXasaprVX ABE-0001353rVXecogenerVXEG10082rVXncbigenerVX945031rVXncbigirVX gi:16128373rVuh0Nh1h2]rVrVRrVh6ubh)rV}rV(hXb3390rVhh#h}rVh}rV(XuniprotrVXP0A6D7rVXasaprVX ABE-0011069rVXecogenerVXEG10081rVXncbigenerVX2847759rVXncbigirVX gi:90111581rVuh0Nh1h2]rVrVRrWh6ubh)rW}rW(hXb3939rWhh#h}rWh}rW(XuniprotrWXP00935rWXasaprWX ABE-0012887r WXecogener WXEG10582r WXncbigener WX948434r WXncbigirWX gi:16131777rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb1981rWhh#h}rWh}rW(XuniprotrWXP76350rWXasaprWX ABE-0006572rWXecogenerWXEG20205rWXncbigenerWX946495rWXncbigir WX gi:16129925r!Wuh0Nh1h2]r"Wr#WRr$Wh6ubh)r%W}r&W(hXb1206r'Whh#h}r(Wh}r)W(Xuniprotr*WXP0AFR2r+WXasapr,WX ABE-0004051r-WXecogener.WXEG12392r/WXncbigener0WX945770r1WXncbigir2WX gi:90111235r3Wuh0Nh1h2]r4Wr5WRr6Wh6ubh)r7W}r8W(hXb1584r9Whh#h}r:Wh}r;W(XuniprotrWX ABE-0005286r?WXecogener@WXEG12447rAWXncbigenerBWX946117rCWXncbigirDWX gi:16129542rEWuh0Nh1h2]rFWrGWRrHWh6ubh)rIW}rJW(hXb1599rKWhh#h}rLWh}rMW(XuniprotrNWXP69210rOWXasaprPWX ABE-0005343rQWXecogenerRWXEG13926rSWXncbigenerTWX947333rUWXncbigirVWX gi:16129557rWWuh0Nh1h2]rXWrYWRrZWh6ubh)r[W}r\W(hXb1600r]Whh#h}r^Wh}r_W(Xuniprotr`WXP69212raWXasaprbWX ABE-0005345rcWXecogenerdWXEG13927reWXncbigenerfWX946139rgWXncbigirhWX gi:16129558riWuh0Nh1h2]rjWrkWRrlWh6ubh)rmW}rnW(hXb3908roWhh#h}rpWh}rqW(XuniprotrrWXP00448rsWXasaprtWX ABE-0012761ruWXecogenervWXEG10953rwWXncbigenerxWX948403ryWXncbigirzWX gi:49176442r{Wuh0Nh1h2]r|Wr}WRr~Wh6ubh)rW}rW(hXb1656rWhh#h}rWh}rW(XuniprotrWXP0AGD3rWXasaprWX ABE-0005537rWXecogenerWXEG10954rWXncbigenerWX944953rWXncbigirWX gi:16129614rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb1646rWhh#h}rWh}rW(XuniprotrWXP0AGD1rWXasaprWX ABE-0005505rWXecogenerWXEG13419rWXncbigenerWX945343rWXncbigirWX gi:16129604rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb1525rWhh#h}rWh}rW(XuniprotrWXP76149rWXasaprWX ABE-0005092rWXecogenerWXEG13817rWXncbigenerWX947440rWXncbigirWX gi:90111288rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb2661rWhh#h}rWh}rW(XuniprotrWXP25526rWXasaprWX ABE-0008758rWXecogenerWXEG11329rWXncbigenerWX948060rWXncbigirWX gi:16130575rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb2260rWhh#h}rWh}rW(XuniprotrWXP37353rWXasaprWX ABE-0007471rWXecogenerWXEG12437rWXncbigenerWX946741rWXncbigirWX gi:16130195rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb2261rWhh#h}rWh}rW(XuniprotrWXP29208rWXasaprWX ABE-0007473rWXecogenerWXEG11532rWXncbigenerWX946734rWXncbigirWX gi:16130196rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb0721rWhh#h}rWh}rW(XuniprotrWXP69054rWXasaprWX ABE-0002460rWXecogenerWXEG10933rWXncbigenerWX945316rWXncbigirWX gi:16128696rWuh0Nh1h2]rWrWRrWh6ubh)rW}rW(hXb0722rWhh#h}rXh}rX(XuniprotrXXP0AC44rXXasaprXX ABE-0002464rXXecogenerXXEG10934rXXncbigenerXX945322r XXncbigir XX gi:16128697r Xuh0Nh1h2]r Xr XRrXh6ubh)rX}rX(hXb0724rXhh#h}rXh}rX(XuniprotrXXP07014rXXasaprXX ABE-0002468rXXecogenerXXEG10932rXXncbigenerXX945300rXXncbigirXX gi:16128699rXuh0Nh1h2]rXrXRr Xh6ubh)r!X}r"X(hXb0723r#Xhh#h}r$Xh}r%X(Xuniprotr&XXP0AC41r'XXasapr(XX ABE-0002466r)XXecogener*XXEG10931r+XXncbigener,XX945402r-XXncbigir.XX gi:16128698r/Xuh0Nh1h2]r0Xr1XRr2Xh6ubh)r3X}r4X(hXb0728r5Xhh#h}r6Xh}r7X(Xuniprotr8XXP0A836r9XXasapr:XX ABE-0002483r;XXecogenerXX945312r?XXncbigir@XX gi:16128703rAXuh0Nh1h2]rBXrCXRrDXh6ubh)rEX}rFX(hXb0729rGXhh#h}rHXh}rIX(XuniprotrJXXP0AGE9rKXXasaprLXX ABE-0002485rMXXecogenerNXXEG10982rOXXncbigenerPXX945314rQXXncbigirRXX gi:16128704rSXuh0Nh1h2]rTXrUXRrVXh6ubh)rWX}rXX(hXb1521rYXhh#h}rZXh}r[X(Xuniprotr\XXP0A6L7r]XXasapr^XX ABE-0005076r_XXecogener`XXEG11065raXXncbigenerbXX945542rcXXncbigirdXX gi:49176119reXuh0Nh1h2]rfXrgXRrhXh6ubh)riX}rjX(hXb2464rkXhh#h}rlXh}rmX(XuniprotrnXXP0A867roXXasaprpXX ABE-0008115rqXXecogenerrXXEG11797rsXXncbigenertXX947006ruXXncbigirvXX gi:16130389rwXuh0Nh1h2]rxXryXRrzXh6ubh)r{X}r|X(hXb0008r}Xhh#h}r~Xh}rX(XuniprotrXXP0A870rXXasaprXX ABE-0000027rXXecogenerXXEG11556rXXncbigenerXX944748rXXncbigirXX gi:16128002rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb3062rXhh#h}rXh}rX(XuniprotrXXP0AC35rXXasaprXX ABE-0010052rXXecogenerXXEG11169rXXncbigenerXX947568rXXncbigirXX gi:16130958rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb3061rXhh#h}rXh}rX(XuniprotrXXP05847rXXasaprXX ABE-0010050rXXecogenerXXEG11168rXXncbigenerXX947565rXXncbigirXX gi:16130957rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb3063rXhh#h}rXh}rX(XuniprotrXXP39414rXXasaprXX ABE-0010056rXXecogenerXXEG12393rXXncbigenerXX947576rXXncbigirXX gi:16130959rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb0368rXhh#h}rXh}rX(XuniprotrXXP37610rXXasaprXX ABE-0001263rXXecogenerXXEG12423rXXncbigenerXX945021rXXncbigirXX gi:16128353rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb3790rXhh#h}rXh}rX(XuniprotrXXP27832rXXasaprXX ABE-0012382rXXecogenerXXEG11455rXXncbigenerXX948298rXXncbigirXX gi:145698332rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb3791rXhh#h}rXh}rX(XuniprotrXXP27833rXXasaprXX ABE-0012384rXXecogenerXXEG11456rXXncbigenerXX948296rXXncbigirXX gi:16131647rXuh0Nh1h2]rXrXRrXh6ubh)rX}rX(hXb2038rXhh#h}rXh}rX(XuniprotrXXP37745rXXasaprYX ABE-0006759rYXecogenerYXEG11979rYXncbigenerYX947482rYXncbigirYX gi:16129978rYuh0Nh1h2]rYr YRr Yh6ubh)r Y}r Y(hXb2040r Yhh#h}rYh}rY(XuniprotrYXP37760rYXasaprYX ABE-0006764rYXecogenerYXEG12411rYXncbigenerYX947117rYXncbigirYX gi:16129980rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb2041rYhh#h}r Yh}r!Y(Xuniprotr"YXP37759r#YXasapr$YX ABE-0006766r%YXecogener&YXEG12412r'YXncbigener(YX945276r)YXncbigir*YX gi:16129981r+Yuh0Nh1h2]r,Yr-YRr.Yh6ubh)r/Y}r0Y(hXb3788r1Yhh#h}r2Yh}r3Y(Xuniprotr4YXP27830r5YXasapr6YX ABE-0012376r7YXecogener8YXEG11453r9YXncbigener:YX948300r;YXncbigirYr?YRr@Yh6ubh)rAY}rBY(hXb0915rCYhh#h}rDYh}rEY(XuniprotrFYXP27300rGYXasaprHYX ABE-0003115rIYXecogenerJYXEG11409rKYXncbigenerLYX945526rMYXncbigirNYX gi:16128882rOYuh0Nh1h2]rPYrQYRrRYh6ubh)rSY}rTY(hXb2095rUYhh#h}rVYh}rWY(XuniprotrXYXP0C8J8rYYXasaprZYX ABE-0006934r[YXecogener\YXEG12418r]YXncbigener^YX946641r_YXncbigir`YX gi:16130033raYuh0Nh1h2]rbYrcYRrdYh6ubh)reY}rfY(hXb3137rgYhh#h}rhYh}riY(XuniprotrjYXP0AB74rkYXasaprlYX ABE-0010307rmYXecogenernYXEG12768roYXncbigenerpYX947644rqYXncbigirrYX gi:16131029rsYuh0Nh1h2]rtYruYRrvYh6ubh)rwY}rxY(hXb2096ryYhh#h}rzYh}r{Y(Xuniprotr|YXP0C8J6r}YXasapr~YX ABE-0006938rYXecogenerYXEG12419rYXncbigenerYX946636rYXncbigirYX gi:90111384rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb3132rYhh#h}rYh}rY(XuniprotrYXP0C8K0rYXasaprYX ABE-0010295rYXecogenerYXEG12763rYXncbigenerYX947637rYXncbigirYX gi:16131024rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb0166rYhh#h}rYh}rY(XuniprotrYXP0A9D8rYXasaprYX ABE-0000565rYXecogenerYXEG10207rYXncbigenerYX944862rYXncbigirYX gi:16128159rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb2480rYhh#h}rYh}rY(XuniprotrYXP0AE52rYXasaprYX ABE-0008171rYXecogenerYXEG10108rYXncbigenerYX946949rYXncbigirYX gi:16130405rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb0066rYhh#h}rYh}rY(XuniprotrYXP31548rYXasaprYX ABE-0000244rYXecogenerYXEG11572rYXncbigenerYX944785rYXncbigirYX gi:16128060rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb0067rYhh#h}rYh}rY(XuniprotrYXP31549rYXasaprYX ABE-0000246rYXecogenerYXEG11573rYXncbigenerYX944784rYXncbigirYX gi:16128061rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb0068rYhh#h}rYh}rY(XuniprotrYXP31550rYXasaprYX ABE-0000249rYXecogenerYXEG11574rYXncbigenerYX946306rYXncbigirYX gi:16128062rYuh0Nh1h2]rYrYRrYh6ubh)rY}rY(hXb3616rYhh#h}rYh}rY(XuniprotrYXP07913rYXasaprYX ABE-0011830rYXecogenerYXEG10993rYXncbigenerZX948139rZXncbigirZX gi:16131487rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb3772r Zhh#h}r Zh}r Z(Xuniprotr ZXP04968r ZXasaprZX ABE-0012321rZXecogenerZXEG10493rZXncbigenerZX948287rZXncbigirZX gi:16131630rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb3117rZhh#h}rZh}rZ(XuniprotrZXP0AGF6rZXasapr ZX ABE-0010249r!ZXecogener"ZXEG10990r#ZXncbigener$ZX947633r%ZXncbigir&ZX gi:16131010r'Zuh0Nh1h2]r(Zr)ZRr*Zh6ubh)r+Z}r,Z(hXb1719r-Zhh#h}r.Zh}r/Z(Xuniprotr0ZXP0A8M3r1ZXasapr2ZX ABE-0005736r3ZXecogener4ZXEG11001r5ZXncbigener6ZX946222r7ZXncbigir8ZX gi:16129675r9Zuh0Nh1h2]r:Zr;ZRrZ(hXb3823r?Zhh#h}r@Zh}rAZ(XuniprotrBZXP0AG38rCZXasaprDZX ABE-0012487rEZXecogenerFZXEG11468rGZXncbigenerHZX948317rIZXncbigirJZX gi:49176421rKZuh0Nh1h2]rLZrMZRrNZh6ubh)rOZ}rPZ(hXb3992rQZhh#h}rRZh}rSZ(XuniprotrTZXP30138rUZXasaprVZX ABE-0013053rWZXecogenerXZXEG11587rYZXncbigenerZZX948500r[ZXncbigir\ZX gi:90111672r]Zuh0Nh1h2]r^Zr_ZRr`Zh6ubh)raZ}rbZ(hXb3990rcZhh#h}rdZh}reZ(XuniprotrfZXP30140rgZXasaprhZX ABE-0013048riZXecogenerjZXEG11590rkZXncbigenerlZX948494rmZXncbigirnZX gi:16131820roZuh0Nh1h2]rpZrqZRrrZh6ubh)rsZ}rtZ(hXb0423ruZhh#h}rvZh}rwZ(XuniprotrxZXP77718ryZXasaprzZX ABE-0001470r{ZXecogener|ZXEG13273r}ZXncbigener~ZX945067rZXncbigirZX gi:16128408rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb4407rZhh#h}rZh}rZ(XuniprotrZXO32583rZXasaprZX ABE-0023907rZXecogenerZXEG14363rZXncbigenerZX2847702rZXncbigirZX gi:49176448rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb2935rZhh#h}rZh}rZ(XuniprotrZXP27302rZXasaprZX ABE-0009625rZXecogenerZXEG11427rZXncbigenerZX947420rZXncbigirZX gi:49176286rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb2465rZhh#h}rZh}rZ(XuniprotrZXP33570rZXasaprZX ABE-0008117rZXecogenerZXEG12100rZXncbigenerZX945865rZXncbigirZX gi:16130390rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb0997rZhh#h}rZh}rZ(XuniprotrZXP33225rZXasaprZX ABE-0003372rZXecogenerZXEG11814rZXncbigenerZX946267rZXncbigirZX gi:16128963rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb0996rZhh#h}rZh}rZ(XuniprotrZXP33226rZXasaprZX ABE-0003370rZXecogenerZXEG11815rZXncbigenerZX946252rZXncbigirZX gi:16128962rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb2827rZhh#h}rZh}rZ(XuniprotrZXP0A884rZXasaprZX ABE-0009268rZXecogenerZXEG11002rZXncbigenerZX949035rZXncbigirZX gi:16130731rZuh0Nh1h2]rZrZRrZh6ubh)rZ}rZ(hXb1106rZhh#h}rZh}rZ(XuniprotrZXP75948rZXasaprZX ABE-0003735rZXecogenerZXEG13432rZXncbigenerZX948525rZXncbigirZX gi:16129069rZuh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb0417r[hh#h}r[h}r[(Xuniprotr[XP0AGG0r [Xasapr [X ABE-0001452r [Xecogener [XEG20227r [Xncbigener[X947387r[Xncbigir[X gi:16128402r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb3993r[hh#h}r[h}r[(Xuniprotr[XP30137rasapr[X ABE-0013055r[Xecogener[XEG11586r[Xncbigener [X948491r![Xncbigir"[X gi:16131823r#[uh0Nh1h2]r$[r%[Rr&[h6ubh)r'[}r([(hXb3919r)[hh#h}r*[h}r+[(Xuniprotr,[XP0A858r-[Xasapr.[X ABE-0012799r/[Xecogener0[XEG11015r1[Xncbigener2[X948409r3[Xncbigir4[X gi:16131757r5[uh0Nh1h2]r6[r7[Rr8[h6ubh)r9[}r:[(hXb0613r;[hh#h}r<[h}r=[(Xuniprotr>[XP77231r?[Xasapr@[X ABE-0002114rA[XecogenerB[XEG13539rC[XncbigenerD[X946395rE[XncbigirF[X gi:16128596rG[uh0Nh1h2]rH[rI[RrJ[h6ubh)rK[}rL[(hXb0888rM[hh#h}rN[h}rO[(XuniprotrP[XP0A9P4rQ[XasaprR[X ABE-0003018rS[XecogenerT[XEG11032rU[XncbigenerV[X949054rW[XncbigirX[X gi:16128855rY[uh0Nh1h2]rZ[r[[Rr\[h6ubh)r][}r^[(hXb4239r_[hh#h}r`[h}ra[(Xuniprotrb[XP28904rc[Xasaprd[X ABE-0013870re[Xecogenerf[XEG11402rg[Xncbigenerh[X948762ri[Xncbigirj[X gi:16132061rk[uh0Nh1h2]rl[rm[Rrn[h6ubh)ro[}rp[(hXb1897rq[hh#h}rr[h}rs[(Xuniprotrt[XP31678ru[Xasaprv[X ABE-0006320rw[Xecogenerx[XEG11752ry[Xncbigenerz[X946406r{[Xncbigir|[X gi:16129849r}[uh0Nh1h2]r~[r[Rr[h6ubh)r[}r[(hXb1896r[hh#h}r[h}r[(Xuniprotr[XP31677r[Xasapr[X ABE-0006318r[Xecogener[XEG11751r[Xncbigener[X946405r[Xncbigir[X gi:16129848r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb3519r[hh#h}r[h}r[(Xuniprotr[XP62601r[Xasapr[X ABE-0011497r[Xecogener[XEG12245r[Xncbigener[X948037r[Xncbigir[X gi:16131391r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb1197r[hh#h}r[h}r[(Xuniprotr[XP13482r[Xasapr[X ABE-0004021r[Xecogener[XEG11017r[Xncbigener[X945757r[Xncbigir[X gi:16129160r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb4240r[hh#h}r[h}r[(Xuniprotr[XP36672r[Xasapr[X ABE-0013872r[Xecogener[XEG12127r[Xncbigener[X948761r[Xncbigir[X gi:16132062r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb1260r[hh#h}r[h}r[(Xuniprotr[XP0A877r[Xasapr[X ABE-0004232r[Xecogener[XEG11024r[Xncbigener[X946204r[Xncbigir[X gi:16129221r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb1261r[hh#h}r[h}r[(Xuniprotr[XP0A879r[Xasapr[X ABE-0004234r[Xecogener[XEG11025r[Xncbigener[X945768r[Xncbigir[X gi:16129222r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r[(hXb3384r[hh#h}r[h}r[(Xuniprotr[XP00954r[Xasapr[X ABE-0011056r[Xecogener[XEG11030r[Xncbigener[X947894r[Xncbigir[X gi:16131262r[uh0Nh1h2]r[r[Rr[h6ubh)r[}r\(hXb3709r\hh#h}r\h}r\(Xuniprotr\XP23173r\Xasapr\X ABE-0012135r\Xecogener\XEG11006r \Xncbigener \X948220r \Xncbigir \X gi:16131577r \uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb0509r\hh#h}r\h}r\(Xuniprotr\XP77161r\Xasapr\X ABE-0001759r\Xecogener\XEG13265r\Xncbigener\X945146r\Xncbigir\X gi:16128493r\uh0Nh1h2]r \r!\Rr"\h6ubh)r#\}r$\(hXb3125r%\hh#h}r&\h}r'\(Xuniprotr(\XP0ABQ2r)\Xasapr*\X ABE-0010273r+\Xecogener,\XEG11176r-\Xncbigener.\X947631r/\Xncbigir0\X gi:145698315r1\uh0Nh1h2]r2\r3\Rr4\h6ubh)r5\}r6\(hXb3991r7\hh#h}r8\h}r9\(Xuniprotr:\XP30139r;\Xasapr<\X ABE-0013050r=\Xecogener>\XEG11589r?\Xncbigener@\X948493rA\XncbigirB\X gi:33347812rC\uh0Nh1h2]rD\rE\RrF\h6ubh)rG\}rH\(hXb1637rI\hh#h}rJ\h}rK\(XuniprotrL\XP0AGJ9rM\XasaprN\X ABE-0005477rO\XecogenerP\XEG11043rQ\XncbigenerR\X948855rS\XncbigirT\X gi:16129595rU\uh0Nh1h2]rV\rW\RrX\h6ubh)rY\}rZ\(hXb1907r[\hh#h}r\\h}r]\(Xuniprotr^\XP0AAD4r_\Xasapr`\X ABE-0006355ra\Xecogenerb\XEG11041rc\Xncbigenerd\X946412re\Xncbigirf\X gi:16129857rg\uh0Nh1h2]rh\ri\Rrj\h6ubh)rk\}rl\(hXb0179rm\hh#h}rn\h}ro\(Xuniprotrp\XP21645rq\Xasaprr\X ABE-0000610rs\Xecogenert\XEG10316ru\Xncbigenerv\X944882rw\Xncbigirx\X gi:16128172ry\uh0Nh1h2]rz\r{\Rr|\h6ubh)r}\}r~\(hXb0085r\hh#h}r\h}r\(Xuniprotr\XP22188r\Xasapr\X ABE-0000311r\Xecogener\XEG10621r\Xncbigener\X944791r\Xncbigir\X gi:16128078r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb3787r\hh#h}r\h}r\(Xuniprotr\XP27829r\Xasapr\X ABE-0012374r\Xecogener\XEG11452r\Xncbigener\X948977r\Xncbigir\X gi:49176410r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb3786r\hh#h}r\h}r\(Xuniprotr\XP27828r\Xasapr\X ABE-0012372r\Xecogener\XEG11451r\Xncbigener\X944789r\Xncbigir\X gi:49176409r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb0181r\hh#h}r\h}r\(Xuniprotr\XP0A722r\Xasapr\X ABE-0000618r\Xecogener\XEG10545r\Xncbigener\X944849r\Xncbigir\X gi:16128174r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb3189r\hh#h}r\h}r\(Xuniprotr\XP0A749r\Xasapr\X ABE-0010479r\Xecogener\XEG11358r\Xncbigener\X947703r\Xncbigir\X gi:16131079r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb0090r\hh#h}r\h}r\(Xuniprotr\XP17443r\Xasapr\X ABE-0000322r\Xecogener\XEG10623r\Xncbigener\X946321r\Xncbigir\X gi:16128083r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb0088r\hh#h}r\h}r\(Xuniprotr\XP14900r\Xasapr\X ABE-0000318r\Xecogener\XEG10620r\Xncbigener\X944818r\Xncbigir\X gi:16128081r\uh0Nh1h2]r\r\Rr\h6ubh)r\}r\(hXb0091r\hh#h}r\h}r\(Xuniprotr]XP17952r]Xasapr]X ABE-0000324r]Xecogener]XEG10619r]Xncbigener]X946153r]Xncbigir]X gi:16128084r ]uh0Nh1h2]r ]r ]Rr ]h6ubh)r ]}r](hXb3972r]hh#h}r]h}r](Xuniprotr]XP08373r]Xasapr]X ABE-0012999r]Xecogener]XEG11205r]Xncbigener]X948470r]Xncbigir]X gi:16131806r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r ](hXb0841r!]hh#h}r"]h}r#](Xuniprotr$]XP75806r%]Xasapr&]X ABE-0002865r']Xecogener(]XEG13676r)]Xncbigener*]X945450r+]Xncbigir,]X gi:16128809r-]uh0Nh1h2]r.]r/]Rr0]h6ubh)r1]}r2](hXb3057r3]hh#h}r4]h}r5](Xuniprotr6]XP60932r7]Xasapr8]X ABE-0010034r9]Xecogener:]XEG11665r;]Xncbigener<]X947551r=]Xncbigir>]X gi:16130953r?]uh0Nh1h2]r@]rA]RrB]h6ubh)rC]}rD](hXb0174rE]hh#h}rF]h}rG](XuniprotrH]XP60472rI]XasaprJ]X ABE-0000595rK]XecogenerL]XEG13329rM]XncbigenerN]X944874rO]XncbigirP]X gi:16128167rQ]uh0Nh1h2]rR]rS]RrT]h6ubh)rU]}rV](hXb0759rW]hh#h}rX]h}rY](XuniprotrZ]XP09147r[]Xasapr\]X ABE-0002575r]]Xecogener^]XEG10362r_]Xncbigener`]X945354ra]Xncbigirb]X gi:49176045rc]uh0Nh1h2]rd]re]Rrf]h6ubh)rg]}rh](hXb2036ri]hh#h}rj]h}rk](Xuniprotrl]XP37747rm]Xasaprn]X ABE-0006755ro]Xecogenerp]XEG11981rq]Xncbigenerr]X945235rs]Xncbigirt]X gi:16129976ru]uh0Nh1h2]rv]rw]Rrx]h6ubh)ry]}rz](hXb2028r{]hh#h}r|]h}r}](Xuniprotr~]XP76373r]Xasapr]X ABE-0006734r]Xecogener]XEG13407r]Xncbigener]X946571r]Xncbigir]X gi:16129969r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb2255r]hh#h}r]h}r](Xuniprotr]XP77398r]Xasapr]X ABE-0007460r]Xecogener]XEG14091r]Xncbigener]X947683r]Xncbigir]X gi:16130190r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb2253r]hh#h}r]h}r](Xuniprotr]XP77690r]Xasapr]X ABE-0007456r]Xecogener]XEG14089r]Xncbigener]X947375r]Xncbigir]X gi:145698288r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb0758r]hh#h}r]h}r](Xuniprotr]XP09148r]Xasapr]X ABE-0002573r]Xecogener]XEG10366r]Xncbigener]X945357r]Xncbigir]X gi:16128726r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb0505r]hh#h}r]h}r](Xuniprotr]XP77731r]Xasapr]X ABE-0001747r]Xecogener]XEG13615r]Xncbigener]X945141r]Xncbigir]X gi:16128489r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb0086r]hh#h}r]h}r](Xuniprotr]XP11880r]Xasapr]X ABE-0000313r]Xecogener]XEG10622r]Xncbigener]X944813r]Xncbigir]X gi:16128079r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb0096r]hh#h}r]h}r](Xuniprotr]XP0A725r]Xasapr]X ABE-0000336r]Xecogener]XEG10265r]Xncbigener]X944816r]Xncbigir]X gi:16128089r]uh0Nh1h2]r]r]Rr]h6ubh)r]}r](hXb2258r]hh#h}r]h}r](Xuniprotr]XP76474r]Xasapr]X ABE-0007466r]Xecogener^XEG14094r^Xncbigener^X945344r^Xncbigir^X gi:90111409r^uh0Nh1h2]r^r^Rr^h6ubh)r ^}r ^(hXb4544r ^hh#h}r ^h}r ^(Xuniprotr^XQ47377r^Xasapr^X ABE-0285065r^Xecogener^XEG14344r^Xncbigener^X1450282r^Xncbigir^X gi:94541119r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb4233r^hh#h}r^h}r^(Xuniprotr ^XP37773r!^Xasapr"^X ABE-0013847r#^Xecogener$^XEG12440r%^Xncbigener&^X948752r'^Xncbigir(^X gi:16132055r)^uh0Nh1h2]r*^r+^Rr,^h6ubh)r-^}r.^(hXb0171r/^hh#h}r0^h}r1^(Xuniprotr2^XP0A7E9r3^Xasapr4^X ABE-0000582r5^Xecogener6^XEG11539r7^Xncbigener8^X944989r9^Xncbigir:^X gi:16128164r;^uh0Nh1h2]r<^r=^Rr>^h6ubh)r?^}r@^(hXb2256rA^hh#h}rB^h}rC^(XuniprotrD^XP76472rE^XasaprF^X ABE-0007462rG^XecogenerH^XEG14092rI^XncbigenerJ^X945334rK^XncbigirL^X gi:16130191rM^uh0Nh1h2]rN^rO^RrP^h6ubh)rQ^}rR^(hXb2254rS^hh#h}rT^h}rU^(XuniprotrV^XP77757rW^XasaprX^X ABE-0007458rY^XecogenerZ^XEG14090r[^Xncbigener\^X945275r]^Xncbigir^^X gi:16130189r_^uh0Nh1h2]r`^ra^Rrb^h6ubh)rc^}rd^(hXb3803re^hh#h}rf^h}rg^(Xuniprotrh^XP09127ri^Xasaprj^X ABE-0012419rk^Xecogenerl^XEG10433rm^Xncbigenern^X948446ro^Xncbigirp^X gi:16131655rq^uh0Nh1h2]rr^rs^Rrt^h6ubh)ru^}rv^(hXb3804rw^hh#h}rx^h}ry^(Xuniprotrz^XP09126r{^Xasapr|^X ABE-0012425r}^Xecogener~^XEG10430r^Xncbigener^X948587r^Xncbigir^X gi:16131656r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb3997r^hh#h}r^h}r^(Xuniprotr^XP29680r^Xasapr^X ABE-0013066r^Xecogener^XEG11543r^Xncbigener^X948497r^Xncbigir^X gi:16131827r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb2498r^hh#h}r^h}r^(Xuniprotr^XP0A8F0r^Xasapr^X ABE-0008224r^Xecogener^XEG11332r^Xncbigener^X946979r^Xncbigir^X gi:90111448r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb1011r^hh#h}r^h}r^(Xuniprotr^XP75897r^Xasapr^X ABE-0003414r^Xecogener^XEG13858r^Xncbigener^X945699r^Xncbigir^X gi:90111203r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb2497r^hh#h}r^h}r^(Xuniprotr^XP0AGM7r^Xasapr^X ABE-0008219r^Xecogener^XEG12129r^Xncbigener^X946978r^Xncbigir^X gi:16130422r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb1006r^hh#h}r^h}r^(Xuniprotr^XP75892r^Xasapr^X ABE-0003401r^Xecogener^XEG13853r^Xncbigener^X946589r^Xncbigir^X gi:90111201r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb0517r^hh#h}r^h}r^(Xuniprotr^XP77555r^Xasapr^X ABE-0001780r^Xecogener^XEG13624r^Xncbigener^X948342r^Xncbigir^X gi:16128501r^uh0Nh1h2]r^r^Rr^h6ubh)r^}r^(hXb0524r^hh#h}r^h}r^(Xuniprotr^XP43341r^Xasapr^X ABE-0001804r^Xecogener^XEG12666r^Xncbigener^X949053r^Xncbigir_X gi:16128508r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb4258r_hh#h}r_h}r _(Xuniprotr _XP07118r _Xasapr _X ABE-0013946r _Xecogener_XEG11067r_Xncbigener_X948785r_Xncbigir_X gi:16132080r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb2682r_hh#h}r_h}r_(Xuniprotr_XP76630r_Xasapr_X ABE-0008829r_Xecogener _XEG13528r!_Xncbigener"_X945093r#_Xncbigir$_X gi:16130594r%_uh0Nh1h2]r&_r'_Rr(_h6ubh)r)_}r*_(hXb2683r+_hh#h}r,_h}r-_(Xuniprotr._XP43667r/_Xasapr0_X ABE-0008831r1_Xecogener2_XEG12940r3_Xncbigener4_X945111r5_Xncbigir6_X gi:16130595r7_uh0Nh1h2]r8_r9_Rr:_h6ubh)r;_}r<_(hXb3572r=_hh#h}r>_h}r?_(Xuniprotr@_XP09053rA_XasaprB_X ABE-0011671rC_XecogenerD_XEG10107rE_XncbigenerF_X948087rG_XncbigirH_X gi:49176374rI_uh0Nh1h2]rJ_rK_RrL_h6ubh)rM_}rN_(hXb4197rO_hh#h}rP_h}rQ_(XuniprotrR_XP39305rS_XasaprT_X ABE-0013732rU_XecogenerV_XEG12497rW_XncbigenerX_X948712rY_XncbigirZ_X gi:16132019r[_uh0Nh1h2]r\_r]_Rr^_h6ubh)r__}r`_(hXb2882ra_hh#h}rb_h}rc_(Xuniprotrd_XP67444re_Xasaprf_X ABE-0009463rg_Xecogenerh_XEG13065ri_Xncbigenerj_X949075rk_Xncbigirl_X gi:90111507rm_uh0Nh1h2]rn_ro_Rrp_h6ubh)rq_}rr_(hXb3565rs_hh#h}rt_h}ru_(Xuniprotrv_XP00944rw_Xasaprx_X ABE-0011639ry_Xecogenerz_XEG11074r{_Xncbigener|_X948141r}_Xncbigir~_X gi:16131436r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3579r_hh#h}r_h}r_(Xuniprotr_XP37676r_Xasapr_X ABE-0011694r_Xecogener_XEG12283r_Xncbigener_X948091r_Xncbigir_X gi:16131450r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3577r_hh#h}r_h}r_(Xuniprotr_XP37674r_Xasapr_X ABE-0011690r_Xecogener_XEG12281r_Xncbigener_X948093r_Xncbigir_X gi:16131448r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3578r_hh#h}r_h}r_(Xuniprotr_XP37675r_Xasapr_X ABE-0011692r_Xecogener_XEG12282r_Xncbigener_X948092r_Xncbigir_X gi:49176375r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3567r_hh#h}r_h}r_(Xuniprotr_XP37388r_Xasapr_X ABE-0011648r_Xecogener_XEG12275r_Xncbigener_X948127r_Xncbigir_X gi:16131438r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3568r_hh#h}r_h}r_(Xuniprotr_XP0AGI4r_Xasapr_X ABE-0011650r_Xecogener_XEG12276r_Xncbigener_X948083r_Xncbigir_X gi:16131439r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb3566r_hh#h}r_h}r_(Xuniprotr_XP37387r_Xasapr_X ABE-0011646r_Xecogener_XEG20252r_Xncbigener_X948090r_Xncbigir_X gi:16131437r_uh0Nh1h2]r_r_Rr_h6ubh)r_}r_(hXb4031r_hh#h}r_h}r_(Xuniprotr_XP0AGF4r_Xasapr_X ABE-0013189r_Xecogener_XEG11076r_Xncbigener_X948529r_Xncbigir_X gi:16131857r_uh0Nh1h2]r_r_Rr`h6ubh)r`}r`(hXb1857r`hh#h}r`h}r`(Xuniprotr`XP39172r`Xasapr`X ABE-0006191r `Xecogener `XEG12678r `Xncbigener `X946375r `Xncbigir`X gi:90111346r`uh0Nh1h2]r`r`Rr`h6ubh)r`}r`(hXb1859r`hh#h}r`h}r`(Xuniprotr`XP39832r`Xasapr`X ABE-0006201r`Xecogener`XEG12368r`Xncbigener`X946372r`Xncbigir `X gi:16129812r!`uh0Nh1h2]r"`r#`Rr$`h6ubh)r%`}r&`(hXb1858r'`hh#h}r(`h}r)`(Xuniprotr*`XP0A9X1r+`Xasapr,`X ABE-0006198r-`Xecogener.`XEG13132r/`Xncbigener0`X946374r1`Xncbigir2`X gi:16129811r3`uh0Nh1h2]r4`r5`Rr6`h6ube}r7`X_dictr8`}r9`(h"Kh9KhKKh]KhoKhKhKhKhKhK hK hK hK jK j#Kj5KjGKjYKjkKj}KjKjKjKjKjKjKjKj KjKj1KjCKjUKjgK jyK!jK"jK#jK$jK%jK&jK'jK(j K)jK*j-K+j?K,jQK-jcK.juK/jK0jK1jK2jK3jK4jK5jK6jK7j K8jK9j1K:jCK;jUKjK?jK@jKAjKBjKCjKDjKEj KFjKGj-KHj?KIjQKJjcKKjuKLjKMjKNjKOjKPjKQjKRjKSjKTjKUj)KVj;KWjMKXj_KYjqKZjK[jK\jK]jK^jK_jK`jKajKbjKcj%Kdj7KejIKfj[KgjmKhjKijKjjKkjKljKmjKnjKojKpjKqj!Krj3KsjEKtjWKujiKvj{KwjKxjKyjKzjK{jK|jK}jK~j Kj Kj/ KjA KjS Kje Kjw Kj Kj Kj Kj Kj Kj Kj Kj Kj Kj+ Kj= KjO Kja Kjs Kj Kj Kj Kj Kj Kj Kj Kj Kj Kj' Kj9 KjK Kj] Kjo Kj Kj Kj Kj Kj Kj Kj Kj Kj Kj# Kj5 KjG KjY Kjk Kj} Kj Kj Kj Kj Kj Kj Kj Kj Kj Kj1 KjC KjU Kjg Kjy Kj Kj Kj Kj Kj Kj Kj Kj KjKj-Kj?KjQKjcKjuKjKjKjKjKjKjKjKjKjKj)Kj;KjMKj_KjqKjKjKjKjKjKjKjKjKjKj%Kj7KjIKj[KjmKjKjKjKjKjKjKjKjKjKj!Kj3KjEKjWKjiKj{KjKjKjKjKjKjKjKj KjMj/MjAMjSMjeMjwMjMjMjMjM jM jM jM jM jMj+Mj=MjOMjaMjsMjMjMjMjMjMjMjMjMjMj'Mj9MjKMj]M joM!jM"jM#jM$jM%jM&jM'jM(jM)jM*j#M+j5M,jGM-jYM.jkM/j}M0jM1jM2jM3jM4jM5jM6jM7j M8jM9j1M:jCM;jUM<jgM=jyM>jM?jM@jMAjMBjMCjMDjMEj MFjMGj-MHj?MIjQMJjcMKjuMLjMMjMNjMOjMPjMQjMRjMSjMTjMUj)MVj;MWjMMXj_MYjqMZjM[jM\jM]jM^jM_jM`jMajMbjMcj%Mdj7MejIMfj[MgjmMhjMijMjjMkjMljMmjMnjMojMpjMqj!Mrj3MsjEMtjWMujiMvj{MwjMxjMyjMzjM{jM|jM}jM~j MjMj/MjAMjSMjeMjwMjMjMjMjMjMjMjMjMjMj+Mj=MjOMjaMjsMjMjMjMjMjMjMjMjMjMj'Mj9MjKMj]MjoMjMjMjMjMjMjMjMjMjMj#Mj5MjGMjYMjkMj}MjMjMjMjMjMjMjMj MjMj1MjCMjUMjgMjyMjMjMjMjMjMjMjMj Mj Mj- Mj? MjQ Mjc Mju Mj Mj Mj Mj Mj Mj Mj Mj!Mj!Mj)!Mj;!MjM!Mj_!Mjq!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj"Mj"Mj%"Mj7"MjI"Mj["Mjm"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj#Mj!#Mj3#MjE#MjW#Mji#Mj{#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj $Mj$Mj/$MjA$MjS$Mje$Mjw$Mj$Mj$Mj$Mj$M j$M j$M j$M j%M j%Mj+%Mj=%MjO%Mja%Mjs%Mj%Mj%Mj%Mj%Mj%Mj%Mj%Mj&Mj&Mj'&Mj9&MjK&Mj]&M jo&M!j&M"j&M#j&M$j&M%j&M&j&M'j&M(j&M)j'M*j#'M+j5'M,jG'M-jY'M.jk'M/j}'M0j'M1j'M2j'M3j'M4j'M5j'M6j'M7j (M8j(M9j1(M:jC(M;jU(M<jg(M=jy(M>j(M?j(M@j(MAj(MBj(MCj(MDj(MEj )MFj)MGj-)MHj?)MIjQ)MJjc)MKju)MLj)MMj)MNj)MOj)MPj)MQj)MRj)MSj*MTj*MUj)*MVj;*MWjM*MXj_*MYjq*MZj*M[j*M\j*M]j*M^j*M_j*M`j*Maj+Mbj+Mcj%+Mdj7+MejI+Mfj[+Mgjm+Mhj+Mij+Mjj+Mkj+Mlj+Mmj+Mnj+Moj+Mpj,Mqj!,Mrj3,MsjE,MtjW,Muji,Mvj{,Mwj,Mxj,Myj,Mzj,M{j,M|j,M}j,M~j -Mj-Mj--Mj?-MjQ-Mjc-Mju-Mj-Mj-Mj-Mj-Mj-Mj-Mj-Mj.Mj.Mj).Mj;.MjM.Mj_.Mjq.Mj.Mj.Mj.Mj.Mj.Mj.Mj.Mj/Mj/Mj%/Mj7/MjI/Mj[/Mjm/Mj/Mj/Mj/Mj/Mj/Mj/Mj/Mj/Mj0Mj!0Mj30MjE0MjW0Mji0Mj{0Mj0Mj0Mj0Mj0Mj0Mj0Mj0Mj 1Mj1Mj/1MjA1MjS1Mje1Mjw1Mj1Mj1Mj1Mj1Mj1Mj1Mj1Mj2Mj2Mj+2Mj=2MjO2Mja2Mjs2Mj2Mj2Mj2Mj2Mj2Mj2Mj2Mj3Mj3Mj'3Mj93MjK3Mj]3Mjo3Mj3Mj3Mj3Mj3Mj3Mj3Mj3Mj3Mj4Mj#4Mj54MjG4MjY4Mjk4Mj}4Mj4Mj4Mj4Mj4Mj4Mj4Mj4Mj 5Mj5Mj15MjC5MjU5Mjg5Mjy5Mj5Mj5Mj5Mj5Mj5Mj5Mj5Mj 6Mj6Mj-6Mj?6MjQ6Mjc6Mju6Mj6Mj6Mj6Mj6M j6M j6M j6M j7M j7Mj)7Mj;7MjM7Mj_7Mjq7Mj7Mj7Mj7Mj7Mj7Mj7Mj7Mj8Mj8Mj%8Mj78MjI8Mj[8M jm8M!j8M"j8M#j8M$j8M%j8M&j8M'j8M(j8M)j9M*j!9M+j39M,jE9M-jW9M.ji9M/j{9M0j9M1j9M2j9M3j9M4j9M5j9M6j9M7j :M8j:M9j/:M:jA:M;jS:M<je:M=jw:M>j:M?j:M@j:MAj:MBj:MCj:MDj:MEj;MFj;MGj+;MHj=;MIjO;MJja;MKjs;MLj;MMj;MNj;MOj;MPj;MQj;MRj;MSj<MTj<MUj'<MVj9<MWjK<MXj]<MYjo<MZj<M[j<M\j<M]j<M^j<M_j<M`j<Maj<Mbj=Mcj#=Mdj5=MejG=MfjY=Mgjk=Mhj}=Mij=Mjj=Mkj=Mlj=Mmj=Mnj=Moj=Mpj >Mqj>Mrj1>MsjC>MtjU>Mujg>Mvjy>Mwj>Mxj>Myj>Mzj>M{j>M|j>M}j>M~j ?Mj?Mj-?Mj??MjQ?Mjc?Mju?Mj?Mj?Mj?Mj?Mj?Mj?Mj?Mj@Mj@Mj)@Mj;@MjM@Mj_@Mjq@Mj@Mj@Mj@Mj@Mj@Mj@Mj@MjAMjAMj%AMj7AMjIAMj[AMjmAMjAMjAMjAMjAMjAMjAMjAMjAMjBMj!BMj3BMjEBMjWBMjiBMj{BMjBMjBMjBMjBMjBMjBMjBMj CMjCMj/CMjACMjSCMjeCMjwCMjCMjCMjCMjCMjCMjCMjCMjDMjDMj+DMj=DMjODMjaDMjsDMjDMjDMjDMjDMjDMjDMjDMjEMjEMj'EMj9EMjKEMj]EMjoEMjEMjEMjEMjEMjEMjEMjEMjEMjFMj#FMj5FMjGFMjYFMu(jkFMj}FMjFMjFMjFMjFMjFMjFMjFMj GMjGMj1GMjCGMjUGMjgGMjyGMjGMjGMjGMjGMjGMjGMjGMj HMjHMj-HMj?HMjQHMjcHMjuHMjHMjHMjHMjHM jHM jHM jHM jIM jIMj)IMj;IMjMIMj_IMjqIMjIMjIMjIMjIMjIMjIMjIMjJMjJMj%JMj7JMjIJMj[JM jmJM!jJM"jJM#jJM$jJM%jJM&jJM'jJM(jJM)jKM*j!KM+j3KM,jEKM-jWKM.jiKM/j{KM0jKM1jKM2jKM3jKM4jKM5jKM6jKM7j LM8jLM9j/LM:jALM;jSLM<jeLM=jwLM>jLM?jLM@jLMAjLMBjLMCjLMDjLMEjMMFjMMGj+MMHj=MMIjOMMJjaMMKjsMMLjMMMjMMNjMMOjMMPjMMQjMMRjMMSjNMTjNMUj'NMVj9NMWjKNMXj]NMYjoNMZjNM[jNM\jNM]jNM^jNM_jNM`jNMajNMbjOMcj#OMdj5OMejGOMfjYOMgjkOMhj}OMijOMjjOMkjOMljOMmjOMnjOMojOMpj PMqjPMrj1PMsjCPMtjUPMujgPMvjyPMwjPMxjPMyjPMzjPM{jPM|jPM}jPM~j QMjQMj-QMj?QMjQQMjcQMjuQMjQMjQMjQMjQMjQMjQMjQMjRMjRMj)RMj;RMjMRMj_RMjqRMjRMjRMjRMjRMjRMjRMjRMjSMjSMj%SMj7SMjISMj[SMjmSMjSMjSMjSMjSMjSMjSMjSMjSMjTMj!TMj3TMjETMjWTMjiTMj{TMjTMjTMjTMjTMjTMjTMjTMj UMjUMj/UMjAUMjSUMjeUMjwUMjUMjUMjUMjUMjUMjUMjUMjVMjVMj+VMj=VMjOVMjaVMjsVMjVMjVMjVMjVMjVMjVMjVMjWMjWMj'WMj9WMjKWMj]WMjoWMjWMjWMjWMjWMjWMjWMjWMjWMjXMj#XMj5XMjGXMjYXMjkXMj}XMjXMjXMjXMjXMjXMjXMjXMj YMjYMj1YMjCYMjUYMjgYMjyYMjYMjYMjYMjYMjYMjYMjYMj ZMjZMj-ZMj?ZMjQZMjcZMjuZMjZMjZMjZMjZM jZM jZM jZM j[M j[Mj)[Mj;[MjM[Mj_[Mjq[Mj[Mj[Mj[Mj[Mj[Mj[Mj[Mj\Mj\Mj%\Mj7\MjI\Mj[\M jm\M!j\M"j\M#j\M$j\M%j\M&j\M'j\M(j\M)j]M*j!]M+j3]M,jE]M-jW]M.ji]M/j{]M0j]M1j]M2j]M3j]M4j]M5j]M6j]M7j ^M8j^M9j/^M:jA^M;jS^M<je^M=jw^M>j^M?j^M@j^MAj^MBj^MCj^MDj^MEj_MFj_MGj+_MHj=_MIjO_MJja_MKjs_MLj_MMj_MNj_MOj_MPj_MQj_MRj_MSj`MTj`MUj'`MVusbX reactionsr:`h)Rr;`(ccobra.core.reaction Reaction r<`)r=`}r>`(hX DM_4crsol_cr?`hX-Sink needed to allow p-Cresol to leave systemr@`h}rA`h}rB`(XsborC`X SBO:0000628rD`X bigg.reactionrE`X4crsolrF`uX_gene_reaction_rulerG`h#X subsystemrH`h#X_genesrI`h2]rJ`rK`RrL`X _metabolitesrM`}rN`ccobra.core.metabolite Metabolite rO`)rP`}rQ`(hX4crsol_crR`hXP-CresolrS`h}rT`h}rU`(Xbigg.metaboliterV`X4crsolrW`XbiocycrX`X META:CPD-108rY`XchebirZ`]r[`(X CHEBI:11981r\`X CHEBI:17847r]`X CHEBI:1816r^`X CHEBI:20352r_`X CHEBI:44726r``eXhmdbra`]rb`(X HMDB01858rc`X HMDB13762rd`eX kegg.compoundre`XC01468rf`Xmetanetx.chemicalrg`XMNXM828rh`X seed.compoundri`Xcpd01042rj`uh0Nh1h2]rk`rl`Rrm`Xformularn`XC7H8Oro`X compartmentrp`Xcrq`Xchargerr`KX_boundrs`GubGsh0NX _lower_boundrt`GX _upper_boundru`G@@ubj<`)rv`}rw`(hX DM_5drib_crx`hX3Sink needed to allow 5'-deoxyribose to leave systemry`h}rz`h}r{`(jC`X SBO:0000628r|`X bigg.reactionr}`X5dribr~`ujG`h#jH`h#jI`h2]r`r`Rr`jM`}r`jO`)r`}r`(hX5drib_cr`hX5'-deoxyriboser`h}r`h}r`(Xbigg.metaboliter`X5dribr`Xbiocycr`XMETA:CPD0-2167r`Xchebir`X CHEBI:62012r`Xmetanetx.chemicalr`XMNXM4391r`X seed.compoundr`]r`(Xcpd15380r`Xcpd17002r`euh0Nh1h2]r`r`Rr`jn`XC5H10O4r`jp`jq`jr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r`}r`(hX DM_aacald_cr`hX6Sink needed to allow aminoacetaldehyde to leave systemr`h}r`h}r`(jC`X SBO:0000628r`X bigg.reactionr`Xaacaldr`ujG`h#jH`h#jI`h2]r`r`Rr`jM`}r`jO`)r`}r`(hXaacald_cr`hXAminoacetaldehyder`h}r`h}r`(Xbigg.metaboliter`Xaacaldr`Xbiocycr`X META:CPD-1772r`Xchebir`]r`(X CHEBI:13766r`X CHEBI:17628r`X CHEBI:22486r`X CHEBI:2647r`X CHEBI:42833r`X CHEBI:58213r`eX kegg.compoundr`XC06735r`Xmetanetx.chemicalr`XMNXM2212r`X seed.compoundr`Xcpd04122r`uh0Nh1h2]r`r`Rr`jn`XC2H6NOr`jp`jq`jr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r`}r`(hX DM_amob_cr`hXKSink needed to allow S-Adenosyl-4-methylthio-2-oxobutanoate to leave systemr`h}r`h}r`(jC`X SBO:0000628r`X bigg.reactionr`Xamobr`ujG`h#jH`h#jI`h2]r`r`Rr`jM`}r`jO`)r`}r`(hXamob_cr`hX&S-Adenosyl-4-methylthio-2-oxobutanoater`h}r`h}r`(Xbigg.metaboliter`Xamobr`Xbiocycr`X+META:S-ADENOSYL-4-METHYLTHIO-2-OXOBUTANOATEr`Xchebir`]r`(X CHEBI:12758r`X CHEBI:16490r`X CHEBI:22033r`X CHEBI:8944r`eX kegg.compoundr`XC04425r`Xmetanetx.chemicalr`XMNXM3090r`X seed.compoundr`Xcpd02701r`uh0Nh1h2]r`r`Rr`jn`X C15H19N5O6Sr`jp`jq`jr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r`}r`(hX DM_mththf_cr`hXYSink needed to allow (2R,4S)-2-methyl-2,3,3,4-tetrahydroxytetrahydrofuran to leave systemr`h}r`h}r`(jC`X SBO:0000628r`X bigg.reactionr`Xmththfr`ujG`h#jH`h#jI`h2]r`r`Rr`jM`}r`jO`)r`}r`(hXmththf_cr`hX4(2R,4S)-2-methyl-2,3,3,4-tetrahydroxytetrahydrofuranr`h}r`h}r`(Xbigg.metaboliter`Xmththfr`Xbiocycr`XMETA:CPD-10774r`XchebiraX CHEBI:44800raX kegg.compoundraXC21382raXmetanetx.chemicalraX MNXM30887rauh0Nh1h2]raraRrajn`XC5H10O5r ajp`jq`jr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r a}r a(hX DM_oxam_cr ahX,Sink needed to allow oxamate to leave systemr ah}rah}ra(jC`X SBO:0000628raX bigg.reactionraXoxamraujG`h#jH`h#jI`h2]raraRrajM`}rajO`)ra}ra(hXoxam_crahXOxamaterah}rah}ra(Xbigg.metaboliteraXoxamraXbiocycraX META:OXAMATEr aXchebir!a]r"a(X CHEBI:14708r#aX CHEBI:18058r$aX CHEBI:25740r%aX CHEBI:44589r&aX CHEBI:58363r'aX CHEBI:7818r(aeX kegg.compoundr)aXC01444r*aXmetanetx.chemicalr+aXMNXM3329r,aX seed.compoundr-aXcpd01027r.auh0Nh1h2]r/ar0aRr1ajn`XC2H2NO3r2ajp`jq`jr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r3a}r4a(hXBIOMASS_Ec_iJO1366_WT_53p95Mr5ahXKE. coli biomass objective function (iJO1366) - WT - with 53.95 GAM estimater6ah}r7ah}r8a(jC`X SBO:0000629r9aX bigg.reactionr:aXEc_iJO1366_WT_53p95Mr;aujG`h#jH`h#jI`h2]rajM`}r?a(jO`)r@a}rAa(hX10fthf_crBahX10-FormyltetrahydrofolaterCah}rDah}rEa(Xbigg.metaboliterFaX10fthfrGaXbiocycrHaXMETA:10-FORMYL-THFrIaXchebirJa]rKa(X CHEBI:11304rLaX CHEBI:15637rMaX CHEBI:19108rNaX CHEBI:19109rOaX CHEBI:57454rPaX CHEBI:698rQaeXhmdbrRaX HMDB00972rSaX kegg.compoundrTaXC00234rUaXmetanetx.chemicalrVaXMNXM237rWaX seed.compoundrXaXcpd00201rYauh0Nh1h2]rZar[aRr\ajn`X C20H21N7O7r]ajp`jq`jr`Jjs`GubG-:ijO`)r^a}r_a(hX 2dmmql8_cr`ahX2-Demethylmenaquinol 8raah}rbah}rca(Xbigg.metaboliterdaX2dmmql8reaXbiocycrfaXMETA:CPD-12115rgaXchebirhaX CHEBI:61873riaXmetanetx.chemicalrjaXMNXM558rkauh0Nh1h2]rlarmaRrnajn`XC50H72O2roajp`jq`jr`Kjs`GubG-:ijO`)rpa}rqa(hX2fe2s_crrahX[2Fe-2S] iron-sulfur clusterrsah}rtah}rua(Xbigg.metabolitervaX2fe2srwaXchebirxa]rya(X CHEBI:21134rzaX CHEBI:49600r{aX CHEBI:49601r|aX CHEBI:64605r}aeXmetanetx.chemicalr~aX MNXM151647raX seed.compoundraXcpd24604rauh0Nh1h2]raraRrajn`XS2Fe2rajp`jq`jr`Kjs`GubG6C-jO`)ra}ra(hX4fe4s_crahX[4Fe-4S] iron-sulfur clusterrah}rah}ra(Xbigg.metaboliteraX4fe4sraXbiocycraX META:CPD-7raXchebiraX CHEBI:33725raXmetanetx.chemicalraX MNXM37766rauh0Nh1h2]raraRrajn`XS4Fe4rajp`jq`jr`Kjs`GubG0@>!jO`)ra}ra(hX5mthf_crahX5-Methyltetrahydrofolaterah}rah}ra(Xbigg.metaboliteraX5mthfraXbiocycraXMETA:5-METHYL-THFraXchebira]ra(X CHEBI:12146raX CHEBI:136009raX CHEBI:15641raX CHEBI:18608raX CHEBI:20612raX CHEBI:2097raeXhmdbraX HMDB01396raX kegg.compoundraXC00440raX kegg.drugraXD09353raXmetanetx.chemicalraXMNXM318raX seed.compoundraXcpd00345rauh0Nh1h2]raraRrajn`X C20H24N7O6rajp`jq`jr`Jjs`GubG-:ijO`)ra}ra(hXaccoa_crahX Acetyl-CoArah}rah}ra(Xbigg.metaboliteraXaccoaraXbiocycraXMETA:ACETYL-COAraXchebira]ra(X CHEBI:13712raX CHEBI:15351raX CHEBI:22192raX CHEBI:2408raX CHEBI:40470raX CHEBI:57288raeXhmdbraX HMDB01206raX kegg.compoundraXC00024raX lipidmapsra]ra(X LMFA07050029raX LMFA07050281raeXmetanetx.chemicalraXMNXM21raX seed.compoundraXcpd00022rauh0Nh1h2]raraRrajn`XC23H34N7O17P3Srajp`jq`jr`Jjs`GubG2H&EjO`)ra}ra(hXadocbl_crahXAdenosylcobalaminrah}rah}ra(Xbigg.metaboliteraXadocblraXbiocycraXMETA:ADENOSYLCOBALAMINraXhmdbraX HMDB02086raX kegg.compoundraXC00194raX kegg.drugraXD00042raXmetanetx.chemicalraX MNXM90703raX seed.compoundraXcpd00166rauh0Nh1h2]raraRrajn`XC72H100CoN18O17Prajp`jq`jr`Kjs`GubG-:ijO`)ra}ra(hXala__L_crahX L-Alaninerah}rah}ra(Xbigg.metaboliteraXala__LraXbiocycraXMETA:L-ALPHA-ALANINEraXchebira]ra(X CHEBI:13069raX CHEBI:132498raX CHEBI:13748rbX CHEBI:16449rbX CHEBI:16977rbX CHEBI:21216rbX CHEBI:22277rbX CHEBI:2539rbX CHEBI:32431rbX CHEBI:32432rbX CHEBI:32439rbX CHEBI:32440r bX CHEBI:40734r bX CHEBI:40735r bX CHEBI:46308r bX CHEBI:57972r bX CHEBI:6171rbX CHEBI:66916rbX CHEBI:76050rbeXhmdbrb]rb(X HMDB00161rbX HMDB62251rbeX kegg.compoundrb]rb(XC00041rbXC01401rbeX kegg.drugrbXD00012rbXmetanetx.chemicalrbXMNXM32rbX seed.compoundrb]rb(Xcpd00035rbXcpd01003r beuh0Nh1h2]r!br"bRr#bjn`XC3H7NO2r$bjp`jq`jr`Kjs`GubG0jO`)r%b}r&b(hXamet_cr'bhXS-Adenosyl-L-methioniner(bh}r)bh}r*b(Xbigg.metaboliter+bXametr,bXbiocycr-bXMETA:S-ADENOSYLMETHIONINEr.bXchebir/b]r0b(X CHEBI:10786r1bX CHEBI:10833r2bX CHEBI:12742r3bX CHEBI:12757r4bX CHEBI:12760r5bX CHEBI:15414r6bX CHEBI:22036r7bX CHEBI:33440r8bX CHEBI:33442r9bX CHEBI:45607r:bX CHEBI:527887r;bX CHEBI:59789rbeXhmdbr?b]r@b(X HMDB01185rAbX HMDB62709rBbeX kegg.compoundrCbXC00019rDbXmetanetx.chemicalrEbXMNXM16rFbX seed.compoundrGbXcpd00017rHbuh0Nh1h2]rIbrJbRrKbjn`X C15H23N6O5SrLbjp`jq`jr`Kjs`GubG-:ijO`)rMb}rNb(hXarg__L_crObhX L-ArgininerPbh}rQbh}rRb(Xbigg.metaboliterSbXarg__LrTbXbiocycrUbXMETA:ARGrVbXchebirWb]rXb(X CHEBI:13077rYbX CHEBI:133495rZbX CHEBI:16467r[bX CHEBI:21235r\bX CHEBI:22616r]bX CHEBI:2643r^bX CHEBI:29016r_bX CHEBI:32681r`bX CHEBI:32682rabX CHEBI:32683rbbX CHEBI:32695rcbX CHEBI:32696rdbX CHEBI:32697rebX CHEBI:42927rfbX CHEBI:6185rgbeXhmdbrhb]rib(X HMDB00517rjbX HMDB62762rkbeX kegg.compoundrlb]rmb(XC00062rnbXC02385robeX kegg.drugrpbXD02982rqbXmetanetx.chemicalrrbXMNXM70rsbX seed.compoundrtb]rub(Xcpd00051rvbXcpd19021rwbeuh0Nh1h2]rxbrybRrzbjn`X C6H15N4O2r{bjp`jq`jr`Kjs`GubGe 0jO`)r|b}r}b(hXasn__L_cr~bhX L-Asparaginerbh}rbh}rb(Xbigg.metaboliterbXasn__LrbXbiocycrbXMETA:ASNrbXchebirb]rb(X CHEBI:13083rbX CHEBI:17196rbX CHEBI:21242rbX CHEBI:22653rbX CHEBI:32650rbX CHEBI:32651rbX CHEBI:32660rbX CHEBI:32661rbX CHEBI:40902rbX CHEBI:58048rbX CHEBI:6191rbeXhmdbrbX HMDB00168rbX kegg.compoundrb]rb(XC00152rbXC16438rbeXmetanetx.chemicalrbXMNXM147rbX seed.compoundrb]rb(Xcpd00132rbXcpd15142rbeuh0Nh1h2]rbrbRrbjn`XC4H8N2O3rbjp`jq`jr`Kjs`GubGPm֝0jO`)rb}rb(hXasp__L_crbhX L-Aspartaterbh}rbh}rb(Xbigg.metaboliterbXasp__LrbXbiocycrbXMETA:L-ASPARTATErbXchebirb]rb(X CHEBI:13085rbX CHEBI:132943rbX CHEBI:17053rbX CHEBI:21244rbX CHEBI:21247rbX CHEBI:22659rbX CHEBI:22660rbX CHEBI:29991rbX CHEBI:29992rbX CHEBI:29993rbX CHEBI:29995rbX CHEBI:35391rbX CHEBI:40853rbX CHEBI:40900rbX CHEBI:40913rbX CHEBI:40942rbX CHEBI:6193rbeXhmdbrb]rb(X HMDB00191rbX HMDB62186rbX HMDB62501rbeX kegg.compoundrb]rb(XC00049rbXC16433rbeX kegg.drugrbXD00013rbXmetanetx.chemicalrbXMNXM42rbX seed.compoundrb]rb(Xcpd00041rbXcpd19181rbeuh0Nh1h2]rbrbRrbjn`XC4H6NO4rbjp`jq`jr`Jjs`GubGPm֝0jO`)rb}rb(hXatp_crbhXATP C10H12N5O13P3rbh}rbh}rb(Xbigg.metaboliterbXatprbXbiocycrb]rb(XMETA:ATPrbXMETA:CPD0-1634rbeXchebirb]rb(X CHEBI:10789rbX CHEBI:10841rbX CHEBI:13236rbX CHEBI:15422rbX CHEBI:22249rbX CHEBI:2359rbX CHEBI:237958rbX CHEBI:30616rbX CHEBI:40938rbX CHEBI:57299rbeX kegg.compoundrbXC00002rbX kegg.drugrbXD08646rbXmetanetx.chemicalrbXMNXM3rbX seed.compoundrbXcpd00002rbuh0Nh1h2]rbrbRrbjn`X C10H12N5O13P3rbjp`jq`jr`Jjs`GubGK[W>6jO`)rb}rb(hX bmocogdp_crbhX&Bis-molybdopterin guanine dinucleotiderbh}rbh}rb(Xbigg.metaboliterbXbmocogdprcXmetanetx.chemicalrcX MNXM147054rcuh0Nh1h2]rcrcRrcjn`XC40H44N20O27P4S4Morcjp`jq`jr`Jjs`GubGhIjO`)rc}rc(hXbtn_cr chXBiotinr ch}r ch}r c(Xbigg.metaboliter cXbtnrcXbiocycrcX META:BIOTINrcXchebirc]rc(X CHEBI:13905rcX CHEBI:15956rcX CHEBI:22882rcX CHEBI:22884rcX CHEBI:3108rcX CHEBI:41236rcX CHEBI:57586rceXhmdbrcX HMDB00030rcX kegg.compoundrcXC00120rcX kegg.drugrcXD00029rcXmetanetx.chemicalr cXMNXM304r!cX seed.compoundr"cXcpd00104r#cuh0Nh1h2]r$cr%cRr&cjn`X C10H15N2O3Sr'cjp`jq`jr`Jjs`GubGjO`)r(c}r)c(hXca2_cr*chXCalciumr+ch}r,ch}r-c(Xbigg.metaboliter.cXca2r/cXchebir0c]r1c(X CHEBI:22988r2cX CHEBI:29108r3cX CHEBI:3308r4cX CHEBI:39123r5cX CHEBI:48760r6ceXhmdbr7cX HMDB00464r8cX kegg.compoundr9c]r:c(XC00076r;cXC08130rcXC13189r?cXC17392r@cXC18381rAceX kegg.drugrBc]rCc(XD01083rDcXD01679rEcXD01723rFceXmetanetx.chemicalrGcXMNXM128rHcX seed.compoundrIc]rJc(Xcpd00063rKcXcpd29674rLceuh0Nh1h2]rMcrNcRrOcjn`XCarPcjp`jq`jr`Kjs`GubGtH`jO`)rQc}rRc(hXchor_crSchX ChorismaterTch}rUch}rVc(Xbigg.metaboliterWcXchorrXcXbiocycrYcXMETA:CHORISMATErZcXchebir[c]r\c(X CHEBI:13993r]cX CHEBI:17333r^cX CHEBI:23225r_cX CHEBI:23227r`cX CHEBI:29748racX CHEBI:3677rbceXhmdbrccX HMDB12199rdcX kegg.compoundrecXC00251rfcXmetanetx.chemicalrgcXMNXM337rhcX seed.compoundricXcpd00216rjcuh0Nh1h2]rkcrlcRrmcjn`XC10H8O6rncjp`jq`jr`Jjs`GubG-:ijO`)roc}rpc(hXcl_crqchXChloriderrch}rsch}rtc(Xbigg.metaboliterucXclrvcXbiocycrwc]rxc(XMETA:CL-rycXMETA:HCLrzceXchebir{c]r|c(X CHEBI:13291r}cX CHEBI:13364r~cX CHEBI:13970rcX CHEBI:17883rcX CHEBI:17996rcX CHEBI:24635rcX CHEBI:3616rcX CHEBI:3731rcX CHEBI:48804rcX CHEBI:50315rcX CHEBI:5590rceXhmdbrc]rc(X HMDB00492rcX HMDB02073rcX HMDB02162rcX HMDB02306rceX kegg.compoundrc]rc(XC00698rcXC01327rceX kegg.drugrcXD02057rcXmetanetx.chemicalrcXMNXM43rcX seed.compoundrcXcpd00099rcuh0Nh1h2]rcrcRrcjn`XClrcjp`jq`jr`Jjs`GubGtH`jO`)rc}rc(hX clpn160_prchX(Cardiolipin (tetrahexadecanoyl, n-C16:0)rch}rch}rc(Xbigg.metabolitercXclpn160rcXbiocycrcXMETA:CPD-12824rcXchebircX CHEBI:104586rcX lipidmapsrcX LMGP12010007rcXmetanetx.chemicalrcX MNXM45654rcX seed.compoundrc]rc(Xcpd15428rcXcpd23601rceuh0Nh1h2]rcrcRrcjn`X C73H140O17P2rcjp`Xprcjr`Jjs`GubGh{jO`)rc}rc(hX clpn161_prchX+Cardiolipin (tetrahexadec-9-enoyl, n-C16:1)rch}rch}rc(Xbigg.metabolitercXclpn161rcXbiocycrcXMETA:CPD-19674rcXchebircX CHEBI:104873rcXmetanetx.chemicalrcXMNXM4501rcuh0Nh1h2]rcrcRrcjn`X C73H132O17P2rcjp`jcjr`Jjs`GubGbzcsljO`)rc}rc(hX clpn181_prchX,Cardiolipin (tetraoctadec-11-enoyl, n-C18:1)rch}rch}rc(Xbigg.metabolitercXclpn181rcXbiocycrcXMETA:CPD-19675rcXchebircX CHEBI:105685rcXmetanetx.chemicalrcXMNXM4503rcuh0Nh1h2]rcrcRrcjn`X C81H148O17P2rcjp`jcjr`Jjs`GubGSUGZ1jO`)rc}rc(hXcoa_crchX Coenzyme Arch}rch}rc(Xbigg.metabolitercXcoarcXbiocycrc]rc(X META:CO-ArcXMETA:COA-GROUPrceXchebirc]rc(X CHEBI:13294rcX CHEBI:13295rcX CHEBI:13298rcX CHEBI:15346rcX CHEBI:23355rcX CHEBI:3771rcX CHEBI:41597rcX CHEBI:41631rcX CHEBI:57287rcX CHEBI:741566rceXhmdbrcX HMDB01423rcX kegg.compoundrcXC00010rcXmetanetx.chemicalrcXMNXM12rcX seed.compoundrc]rc(Xcpd00010rcXcpd22528rceuh0Nh1h2]rcrcRrcjn`XC21H32N7O16P3Srcjp`jq`jr`Jjs`GubG&%jO`)rc}rd(hX cobalt2_crdhXCo2+rdh}rdh}rd(Xbigg.metaboliterdXcobalt2rdXchebird]rd(X CHEBI:23337r dX CHEBI:48827r dX CHEBI:48828r deXhmdbr dX HMDB00608r dX kegg.compoundrdXC00175rdXmetanetx.chemicalrdX MNXM90960rdX seed.compoundrdXcpd00149rduh0Nh1h2]rdrdRrdjn`XCordjp`jq`jr`Kjs`GubG*sqTjO`)rd}rd(hXcolipa_erdhXCore oligosaccharide lipid Ardh}rdh}rd(Xbigg.metaboliterdXcolipardXbiocycr dXMETA:CPD0-2271r!dXmetanetx.chemicalr"dX MNXM47647r#dX seed.compoundr$dXcpd15432r%duh0Nh1h2]r&dr'dRr(djn`XC176H303N2O100P4r)djp`Xer*djr`Jjs`GubGxpujO`)r+d}r,d(hXctp_cr-dhXCTP C9H12N3O14P3r.dh}r/dh}r0d(Xbigg.metaboliter1dXctpr2dXbiocycr3dXMETA:CTPr4dXchebir5d]r6d(X CHEBI:13286r7dX CHEBI:17677r8dX CHEBI:23522r9dX CHEBI:3285r:dX CHEBI:37563r;dX CHEBI:41675rdXC00063r?dXmetanetx.chemicalr@dXMNXM63rAdX seed.compoundrBdXcpd00052rCduh0Nh1h2]rDdrEdRrFdjn`X C9H12N3O14P3rGdjp`jq`jr`Jjs`GubG@8jO`)rHd}rId(hXcu2_crJdhXCopperrKdh}rLdh}rMd(Xbigg.metaboliterNdXcu2rOdXchebirPd]rQd(X CHEBI:20882rRdX CHEBI:23380rSdX CHEBI:29036rTdX CHEBI:49550rUdeXhmdbrVdX HMDB00657rWdX kegg.compoundrXdXC00070rYdXmetanetx.chemicalrZdXMNXM632r[dX seed.compoundr\dXcpd00058r]duh0Nh1h2]r^dr_dRr`djn`XCuradjp`jq`jr`Kjs`GubGF}jO`)rbd}rcd(hXcys__L_crddhX L-Cysteineredh}rfdh}rgd(Xbigg.metaboliterhdXcys__LridXbiocycrjdXMETA:CYSrkdXchebirld]rmd(X CHEBI:13095rndX CHEBI:14061rodX CHEBI:15356rpdX CHEBI:17561rqdX CHEBI:21261rrdX CHEBI:23508rsdX CHEBI:32442rtdX CHEBI:32443rudX CHEBI:32445rvdX CHEBI:32456rwdX CHEBI:32457rxdX CHEBI:32458rydX CHEBI:35235rzdX CHEBI:35237r{dX CHEBI:4050r|dX CHEBI:41227r}dX CHEBI:41700r~dX CHEBI:41768rdX CHEBI:41781rdX CHEBI:41811rdX CHEBI:6207rdeXhmdbrdX HMDB00574rdX kegg.compoundrd]rd(XC00097rdXC00736rdeX kegg.drugrdXD00026rdXmetanetx.chemicalrdXMNXM55rdX seed.compoundrd]rd(Xcpd00084rdXcpd00547rdeuh0Nh1h2]rdrdRrdjn`XC3H7NO2Srdjp`jq`jr`Kjs`GubG弇jO`)rd}rd(hXdatp_crdhXDATP C10H12N5O12P3rdh}rdh}rd(Xbigg.metaboliterdXdatprdXbiocycrdX META:DATPrdXchebird]rd(X CHEBI:10491rdX CHEBI:14069rdX CHEBI:16284rdX CHEBI:19238rdX CHEBI:42290rdX CHEBI:495505rdX CHEBI:61404rdeX kegg.compoundrdXC00131rdXmetanetx.chemicalrdXMNXM286rdX seed.compoundrdXcpd00115rduh0Nh1h2]rdrdRrdjn`X C10H12N5O12P3rdjp`jq`jr`Jjs`GubGf{_JjO`)rd}rd(hXdctp_crdhXDCTP C9H12N3O13P3rdh}rdh}rd(Xbigg.metaboliterdXdctprdXbiocycrdX META:DCTPrdXchebird]rd(X CHEBI:10494rdX CHEBI:14072rdX CHEBI:16311rdX CHEBI:19243rdX CHEBI:57724rdX CHEBI:61481rdeXhmdbrdX HMDB00998rdX kegg.compoundrdXC00458rdXmetanetx.chemicalrdXMNXM360rdX seed.compoundrdXcpd00356rduh0Nh1h2]rdrdRrdjn`X C9H12N3O13P3rdjp`jq`jr`Jjs`GubG:9eIjO`)rd}rd(hXdgtp_crdhXDGTP C10H12N5O13P3rdh}rdh}rd(Xbigg.metaboliterdXdgtprdXbiocycrdX META:DGTPrdXchebird]rd(X CHEBI:10497rdX CHEBI:14076rdX CHEBI:16497rdX CHEBI:19247rdX CHEBI:57794rdX CHEBI:61429rdeXhmdbrdX HMDB01440rdX kegg.compoundrdXC00286rdXmetanetx.chemicalrdXMNXM344rdX seed.compoundrdXcpd00241rduh0Nh1h2]rdrdRrdjn`X C10H12N5O13P3rdjp`jq`jr`Jjs`GubG:9eIjO`)rd}rd(hXdttp_crdhXDTTP C10H13N2O14P3rdh}rdh}rd(Xbigg.metaboliterdXdttprdXbiocycrdXMETA:TTPrdXchebird]rd(X CHEBI:10530rdX CHEBI:14093rdX CHEBI:18077rdX CHEBI:27000rdX CHEBI:37568rdX CHEBI:46175rdX CHEBI:58370reeX kegg.compoundreXC00459reXmetanetx.chemicalreXMNXM394reX seed.compoundreXcpd00357reuh0Nh1h2]rereRr ejn`X C10H13N2O14P3r ejp`jq`jr`Jjs`GubGf{_JjO`)r e}r e(hXenter_cr ehX Enterochelinreh}reh}re(Xbigg.metabolitereXenterreXbiocycreXMETA:ENTEROBACTINreXchebire]re(X CHEBI:23923reX CHEBI:28855reX CHEBI:38150reX CHEBI:4799reX CHEBI:77805reeX kegg.compoundreXC05821reXmetanetx.chemicalreXMNXM883reX seed.compoundr eXcpd03453r!euh0Nh1h2]r"er#eRr$ejn`X C30H27N3O15r%ejp`jq`jr`Kjs`GubG-:ijO`)r&e}r'e(hXfad_cr(ehX$Flavin adenine dinucleotide oxidizedr)eh}r*eh}r+e(Xbigg.metaboliter,eXfadr-eXbiocycr.eXMETA:FADr/eXchebir0e]r1e(X CHEBI:13315r2eX CHEBI:16238r3eX CHEBI:21125r4eX CHEBI:42388r5eX CHEBI:4956r6eX CHEBI:57692r7eeXhmdbr8eX HMDB01248r9eX kegg.compoundr:eXC00016r;eX kegg.drugreXMNXM33r?eX seed.compoundr@eXcpd00015rAeuh0Nh1h2]rBerCeRrDejn`X C27H31N9O15P2rEejp`jq`jr`Jjs`GubG-:ijO`)rFe}rGe(hXfe2_crHehXFe2+ mitochondriarIeh}rJeh}rKe(Xbigg.metaboliterLeXfe2rMeXchebirNe]rOe(X CHEBI:13319rPeX CHEBI:13321rQeX CHEBI:21129rReX CHEBI:24876rSeX CHEBI:29033rTeX CHEBI:34754rUeX CHEBI:49599rVeeXhmdbrWeX HMDB00692rXeX kegg.compoundrYeXC14818rZeXmetanetx.chemicalr[eXMNXM111r\eX seed.compoundr]eXcpd10515r^euh0Nh1h2]r_er`eRraejn`XFerbejp`jq`jr`Kjs`GubGz*McjO`)rce}rde(hXfe3_creehX Iron (Fe3+)rfeh}rgeh}rhe(Xbigg.metaboliterieXfe3rjeXchebirke]rle(X CHEBI:13320rmeX CHEBI:21130rneX CHEBI:24877roeX CHEBI:29034rpeX CHEBI:34755rqeX CHEBI:49595rreeXhmdbrseX HMDB12943rteX kegg.compoundrueXC14819rveXmetanetx.chemicalrweXMNXM196rxeX seed.compoundryeXcpd10516rzeuh0Nh1h2]r{er|eRr}ejn`XFer~ejp`jq`jr`Kjs`GubG~lґ1 jO`)re}re(hXgln__L_crehX L-Glutaminereh}reh}re(Xbigg.metabolitereXgln__LreXbiocycreXMETA:GLNreXchebire]re(X CHEBI:13110reX CHEBI:18050reX CHEBI:21308reX CHEBI:24316reX CHEBI:28300reX CHEBI:32665reX CHEBI:32666reX CHEBI:32678reX CHEBI:32679reX CHEBI:42812reX CHEBI:42814reX CHEBI:42899reX CHEBI:42943reX CHEBI:5432reX CHEBI:58359reX CHEBI:6227reeXhmdbreX HMDB00641reX kegg.compoundre]re(XC00064reXC00303reeX kegg.drugreXD00015reXmetanetx.chemicalreXMNXM37reX seed.compoundre]re(Xcpd00053reXcpd00253reeuh0Nh1h2]rereRrejn`X C5H10N2O3rejp`jq`jr`Kjs`GubG]LvjO`)re}re(hXglu__L_crehX L-Glutamatereh}reh}re(Xbigg.metabolitereXglu__LreXbiocycre]re(XMETA:GLTreXMETA:GlutamatesreeXchebire]re(X CHEBI:13107reX CHEBI:14321reX CHEBI:16015reX CHEBI:18237reX CHEBI:21301reX CHEBI:21304reX CHEBI:24314reX CHEBI:29985reX CHEBI:29987reX CHEBI:29988reX CHEBI:42825reX CHEBI:5431reX CHEBI:6224reX CHEBI:76051reeXhmdbre]re(X HMDB00148reX HMDB60475reeX kegg.compoundre]re(XC00025reXC00302reeX kegg.drugre]re(XD00007reXD04341reeXmetanetx.chemicalreX MNXM89557reX seed.compoundre]re(Xcpd00023reXcpd19002reXcpd27177reeuh0Nh1h2]rereRrejn`XC5H8NO4rejp`jq`jr`Jjs`GubG]LvjO`)re}re(hXgly_crehXGlycinereh}reh}re(Xbigg.metabolitereXglyreXbiocycreXMETA:GLYreXchebire]re(X CHEBI:10792reX CHEBI:132194reX CHEBI:14344reX CHEBI:15428reX CHEBI:24368reX CHEBI:32507reX CHEBI:32508reX CHEBI:42964reX CHEBI:5460reX CHEBI:57305reeXhmdbreX HMDB00123reX kegg.compoundreXC00037reX kegg.drugreXD00011reXmetanetx.chemicalreXMNXM29reX seed.compoundreXcpd00033reuh0Nh1h2]rfrfRrfjn`XC2H5NO2rfjp`jq`jr`Kjs`GubG KMljO`)rf}rf(hX glycogen_crfhXGlycogen C6H10O5rfh}rfh}r f(Xbigg.metaboliter fXglycogenr fXbiocycr fXMETA:Glycogensr fXchebirf]rf(X CHEBI:24379rfX CHEBI:24384rfX CHEBI:28087rfX CHEBI:5466rfeXhmdbrfX HMDB00757rfX kegg.compoundrfXC00182rfX kegg.glycanrfXG11603rfXmetanetx.chemicalrfX MNXM55375rfX seed.compoundrf]rf(Xcpd00155rfXcpd27186rfeuh0Nh1h2]r fr!fRr"fjn`XC6H10O5r#fjp`jq`jr`Kjs`GubGüfM;jO`)r$f}r%f(hXgthrd_cr&fhXReduced glutathioner'fh}r(fh}r)f(Xbigg.metaboliter*fXgthrdr+fXbiocycr,fXMETA:GLUTATHIONEr-fXchebir.f]r/f(X CHEBI:12402r0fX CHEBI:14327r1fX CHEBI:16856r2fX CHEBI:24334r3fX CHEBI:42873r4fX CHEBI:43049r5fX CHEBI:5437r6fX CHEBI:57925r7feXhmdbr8f]r9f(X HMDB00125r:fX HMDB01463r;fX HMDB06960rfXC00051r?fX kegg.drugr@fXD00014rAfXmetanetx.chemicalrBfXMNXM57rCfX seed.compoundrDfXcpd00042rEfuh0Nh1h2]rFfrGfRrHfjn`X C10H16N3O6SrIfjp`jq`jr`Jjs`GubG-:ijO`)rJf}rKf(hXgtp_crLfhXGTP C10H12N5O14P3rMfh}rNfh}rOf(Xbigg.metaboliterPfXgtprQfXbiocycrRfXMETA:GTPrSfXchebirTf]rUf(X CHEBI:13342rVfX CHEBI:15996rWfX CHEBI:24451rXfX CHEBI:37565rYfX CHEBI:42934rZfX CHEBI:5234r[fX CHEBI:57600r\feX kegg.compoundr]fXC00044r^fXmetanetx.chemicalr_fXMNXM51r`fX seed.compoundrafXcpd00038rbfuh0Nh1h2]rcfrdfRrefjn`X C10H12N5O14P3rffjp`jq`jr`Jjs`GubGzjO`)rgf}rhf(hXh2o_crifhXH2O H2Orjfh}rkfh}rlf(Xbigg.metabolitermfXh2ornfXbiocycrof]rpf(XMETA:CPD-15815rqfXMETA:HYDROXYL-GROUPrrfXMETA:OHrsfX META:OXONIUMrtfX META:WATERrufeXchebirvf]rwf(X CHEBI:10743rxfX CHEBI:13352ryfX CHEBI:13365rzfX CHEBI:13419r{fX CHEBI:15377r|fX CHEBI:16234r}fX CHEBI:27313r~fX CHEBI:29356rfX CHEBI:29373rfX CHEBI:29374rfX CHEBI:29375rfX CHEBI:29412rfX CHEBI:30490rfX CHEBI:33806rfX CHEBI:33811rfX CHEBI:33813rfX CHEBI:41979rfX CHEBI:41981rfX CHEBI:42043rfX CHEBI:42857rfX CHEBI:43228rfX CHEBI:44292rfX CHEBI:44641rfX CHEBI:44701rfX CHEBI:44819rfX CHEBI:5585rfX CHEBI:5594rfeXhmdbrfX HMDB02111rfX kegg.compoundrf]rf(XC00001rfXC01328rfXC18714rfeX kegg.drugrf]rf(XD00001rfXD03703rfXD06322rfeXmetanetx.chemicalrfXMNXM2rfX seed.compoundrf]rf(Xcpd00001rfXcpd15275rfXcpd27222rfeuh0Nh1h2]rfrfRrfjn`XH2Orfjp`jq`jr`Kjs`GubGH`_.QLjO`)rf}rf(hXhemeO_crfhXHeme O C49H56FeN4O5rfh}rfh}rf(Xbigg.metaboliterfXhemeOrfXbiocycrf]rf(XMETA:CPD-17063rfX META:HEME_OrfeXchebirf]rf(X CHEBI:24480rfX CHEBI:36301rfX CHEBI:60530rfX CHEBI:61719rfeXhmdbrfX HMDB01162rfX kegg.compoundrfXC15672rfXmetanetx.chemicalrfXMNXM1278rfX seed.compoundrfXcpd11313rfuh0Nh1h2]rfrfRrfjn`X C49H56FeN4O5rfjp`jq`jr`Jjs`GubG-:ijO`)rf}rf(hXhis__L_crfhX L-Histidinerfh}rfh}rf(Xbigg.metaboliterfXhis__LrfXbiocycrfXMETA:HISrfXchebirf]rf(X CHEBI:13117rfX CHEBI:15971rfX CHEBI:21324rfX CHEBI:24598rfX CHEBI:27570rfX CHEBI:32510rfX CHEBI:32511rfX CHEBI:32512rfX CHEBI:32513rfX CHEBI:32529rfX CHEBI:32530rfX CHEBI:32531rfX CHEBI:32532rfX CHEBI:43048rfX CHEBI:43114rfX CHEBI:43118rfX CHEBI:43190rfX CHEBI:43239rfX CHEBI:5733rfX CHEBI:57595rfX CHEBI:6240rfeXhmdbrf]rf(X HMDB00177rfX HMDB03412rfeX kegg.compoundrf]rf(XC00135rfXC00768rfeX kegg.drugrfXD00032rfXmetanetx.chemicalrfXMNXM134rfX seed.compoundrf]rf(Xcpd00119rfXcpd00572rfeuh0Nh1h2]rfrfRrfjn`XC6H9N3O2rfjp`jq`jr`Kjs`GubGef&jO`)rf}rf(hXile__L_crfhX L-Isoleucinergh}rgh}rg(Xbigg.metabolitergXile__LrgXbiocycrgXMETA:ILErgXchebirg]rg(X CHEBI:13127r gX CHEBI:17191r gX CHEBI:21344r gX CHEBI:24898r gX CHEBI:32604r gX CHEBI:32605rgX CHEBI:32612rgX CHEBI:32613rgX CHEBI:43290rgX CHEBI:43342rgX CHEBI:43366rgX CHEBI:58045rgX CHEBI:6255rgeXhmdbrgX HMDB00172rgX kegg.compoundrgXC00407rgX kegg.drugrgXD00065rgX lipidmapsrgX LMFA01100047rgXmetanetx.chemicalrgXMNXM231rgX seed.compoundr gXcpd00322r!guh0Nh1h2]r"gr#gRr$gjn`XC6H13NO2r%gjp`jq`jr`Kjs`GubGM/]jO`)r&g}r'g(hXk_cr(ghX Potassiumr)gh}r*gh}r+g(Xbigg.metaboliter,gXkr-gXbiocycr.gXMETA:KCLr/gXchebir0g]r1g(X CHEBI:26219r2gX CHEBI:29103r3gX CHEBI:49685r4gX CHEBI:8345r5geXhmdbr6gX HMDB00586r7gX kegg.compoundr8g]r9g(XC00238r:gXC12568r;geX kegg.drugrgXD08403r?geXmetanetx.chemicalr@gXMNXM95rAgX seed.compoundrBgXcpd00205rCguh0Nh1h2]rDgrEgRrFgjn`XKrGgjp`jq`jr`Kjs`GubGİjO`)rHg}rIg(hXleu__L_crJghX L-LeucinerKgh}rLgh}rMg(Xbigg.metaboliterNgXleu__LrOgXbiocycrPgXMETA:LEUrQgXchebirRg]rSg(X CHEBI:10866rTgX CHEBI:13131rUgX CHEBI:15603rVgX CHEBI:21348rWgX CHEBI:25017rXgX CHEBI:32619rYgX CHEBI:32620rZgX CHEBI:32627r[gX CHEBI:32628r\gX CHEBI:43646r]gX CHEBI:43695r^gX CHEBI:43733r_gX CHEBI:43814r`gX CHEBI:57427ragX CHEBI:6260rbgeXhmdbrcg]rdg(X HMDB00687regX HMDB62203rfgeX kegg.compoundrgg]rhg(XC00123rigXC16439rjgeX kegg.drugrkgXD00030rlgX lipidmapsrmgX LMFA01100048rngXmetanetx.chemicalrogXMNXM140rpgX seed.compoundrqg]rrg(Xcpd00107rsgXcpd15143rtgeuh0Nh1h2]rugrvgRrwgjn`XC6H13NO2rxgjp`jq`jr`Kjs`GubG:!djO`)ryg}rzg(hXlipopb_cr{ghXLipoate (protein bound)r|gh}r}gh}r~g(Xbigg.metabolitergXlipopbrgXmetanetx.chemicalrgX MNXM147499rguh0Nh1h2]rgrgRrgjn`XC8H13OS2rgjp`jq`jr`Kjs`GubG*sqTjO`)rg}rg(hXlys__L_crghXL-Lysinergh}rgh}rg(Xbigg.metabolitergXlys__LrgXbiocycrgXMETA:LYSrgXchebirg]rg(X CHEBI:13135rgX CHEBI:133538rgX CHEBI:18019rgX CHEBI:21351rgX CHEBI:25094rgX CHEBI:32550rgX CHEBI:32551rgX CHEBI:32552rgX CHEBI:32563rgX CHEBI:32564rgX CHEBI:32565rgX CHEBI:43950rgX CHEBI:6264rgeXhmdbrgX HMDB62809rgX kegg.compoundrg]rg(XC00047rgXC16440rgeX kegg.drugrgXD02304rgXmetanetx.chemicalrgXMNXM78rgX seed.compoundrg]rg(Xcpd00039rgXcpd19182rgeuh0Nh1h2]rgrgRrgjn`X C6H15N2O2rgjp`jq`jr`Kjs`GubGW6GjO`)rg}rg(hXmalcoa_crghXMalonyl CoA C24H33N7O19P3Srgh}rgh}rg(Xbigg.metabolitergXmalcoargXbiocycrgXMETA:MALONYL-COArgXchebirg]rg(X CHEBI:14565rgX CHEBI:15531rgX CHEBI:25135rgX CHEBI:43979rgX CHEBI:57384rgX CHEBI:6661rgeXhmdbrgX HMDB01175rgX kegg.compoundrgXC00083rgX lipidmapsrg]rg(X LMFA07050031rgX LMFA07050345rgeXmetanetx.chemicalrgXMNXM40rgX seed.compoundrg]rg(Xcpd00070rgXcpd12270rgeuh0Nh1h2]rgrgRrgjn`XC24H33N7O19P3Srgjp`jq`jr`Jjs`GubG@>!jO`)rg}rg(hXmet__L_crghX L-Methioninergh}rgh}rg(Xbigg.metabolitergXmet__LrgXbiocycrgXMETA:METrgXchebirg]rg(X CHEBI:13141rgX CHEBI:14590rgX CHEBI:16643rgX CHEBI:16811rgX CHEBI:21360rgX CHEBI:25229rgX CHEBI:32631rgX CHEBI:32632rgX CHEBI:32644rgX CHEBI:32646rgX CHEBI:43990rgX CHEBI:57844rgX CHEBI:6271rgX CHEBI:64558rgX CHEBI:6829rgeXhmdbrg]rg(X HMDB00696rgX HMDB33951rgeX kegg.compoundrg]rg(XC00073rgXC01733rgeX kegg.drugrg]rg(XD00019rgXD04983rgXD04984rgeXmetanetx.chemicalrgXMNXM61rgX seed.compoundrh]rh(Xcpd00060rhXcpd30746rheuh0Nh1h2]rhrhRrhjn`X C5H11NO2Srhjp`jq`jr`Kjs`GubGq*CjO`)rh}r h(hXmg2_cr hhX Magnesiumr hh}r hh}r h(Xbigg.metaboliterhXmg2rhXchebirh]rh(X CHEBI:13379rhX CHEBI:18420rhX CHEBI:25112rhX CHEBI:39127rhX CHEBI:49736rhX CHEBI:6635rheXhmdbrhX HMDB00547rhX kegg.compoundrh]rh(XC00305rhXC07755rhXC07876rhXC12567rheX kegg.drugr h]r!h(XD00731r"hXD01167r#heXmetanetx.chemicalr$hXMNXM653r%hX seed.compoundr&hXcpd00254r'huh0Nh1h2]r(hr)hRr*hjn`XMgr+hjp`jq`jr`Kjs`GubGHZjO`)r,h}r-h(hXmlthf_cr.hhX5,10-Methylenetetrahydrofolater/hh}r0hh}r1h(Xbigg.metaboliter2hXmlthfr3hXbiocycr4hXMETA:METHYLENE-THFr5hXchebir6h]r7h(X CHEBI:10925r8hX CHEBI:15636r9hX CHEBI:18602r:hX CHEBI:1989r;heX kegg.compoundrhXMNXM183r?hX seed.compoundr@hXcpd00125rAhuh0Nh1h2]rBhrChRrDhjn`X C20H21N7O6rEhjp`jq`jr`Jjs`GubG-:ijO`)rFh}rGh(hXmn2_crHhhX ManganeserIhh}rJhh}rKh(Xbigg.metaboliterLhXmn2rMhXchebirNh]rOh(X CHEBI:21435rPhX CHEBI:25156rQhX CHEBI:29035rRhX CHEBI:49749rSheXhmdbrThX HMDB01333rUhX kegg.compoundrVhXC19610rWhXmetanetx.chemicalrXhXMNXM2255rYhX seed.compoundrZh]r[h(Xcpd00030r\hXcpd20863r]heuh0Nh1h2]r^hr_hRr`hjn`XMnrahjp`jq`jr`Kjs`GubGE=JjO`)rbh}rch(hXmobd_crdhhX Molybdaterehh}rfhh}rgh(Xbigg.metaboliterhhXmobdrihXbiocycrjhX META:CPD-3rkhXchebirlh]rmh(X CHEBI:25368rnhX CHEBI:25371rohX CHEBI:36263rphX CHEBI:36264rqhX CHEBI:6967rrheXhmdbrshX HMDB12260rthX kegg.compoundruh]rvh(XC06232rwhXC15455rxheXmetanetx.chemicalryhXMNXM1026rzhX seed.compoundr{hXcpd11574r|huh0Nh1h2]r}hr~hRrhjn`XMoO4rhjp`jq`jr`Jjs`GubG\1Y>_jO`)rh}rh(hX mococdp_crhhX#Molybdopterin cytosine dinucleotiderhh}rhh}rh(Xbigg.metaboliterhXmococdprhXchebirh]rh(X CHEBI:25373rhX CHEBI:43948rhX CHEBI:43955rhX CHEBI:60536rheXmetanetx.chemicalrhX MNXM62330rhuh0Nh1h2]rhrhRrhjn`XC19H22N8O15P2S2Morhjp`jq`jr`Jjs`GubG\1Y>_jO`)rh}rh(hX mocogdp_crhhX"Molybdopterin guanine dinucleotiderhh}rhh}rh(Xbigg.metaboliterhXmocogdprhXchebirh]rh(X CHEBI:25374rhX CHEBI:30403rhX CHEBI:30404rhX CHEBI:30405rhX CHEBI:30406rhX CHEBI:39830rhX CHEBI:44012rhX CHEBI:45054rhX CHEBI:60535rheX kegg.compoundrhXC19928rhXmetanetx.chemicalrhX MNXM62333rhX seed.compoundrhXcpd21167rhuh0Nh1h2]rhrhRrhjn`XC20H22N10O15P2S2Morhjp`jq`jr`Jjs`GubG\1Y>_jO`)rh}rh(hXmql8_crhhX Menaquinol 8rhh}rhh}rh(Xbigg.metaboliterhXmql8rhXbiocycrhXMETA:REDUCED-MENAQUINONErhXchebirhX CHEBI:61684rhXmetanetx.chemicalrhXMNXM223rhX seed.compoundrhXcpd15499rhuh0Nh1h2]rhrhRrhjn`XC51H74O2rhjp`jq`jr`Kjs`GubG-:ijO`)rh}rh(hX murein3p3p_prhhXOTwo linked disacharide tripeptide murein units (uncrosslinked, middle of chain)rhh}rhh}rh(Xbigg.metaboliterhX murein3p3prhXmetanetx.chemicalrhX MNXM88348rhX seed.compoundrhXcpd15501rhuh0Nh1h2]rhrhRrhjn`X C68H104N12O38rhjp`jcjr`Jjs`GubGV VEjO`)rh}rh(hX murein3px4p_prhhXhTwo disacharide linked murein units, tripeptide crosslinked tetrapeptide (A2pm->D-ala) (middle of chain)rhh}rhh}rh(Xbigg.metaboliterhX murein3px4prhXbiocycrhXMETA:CPD0-2273rhXmetanetx.chemicalrhX MNXM88341rhX seed.compoundrhXcpd15503rhuh0Nh1h2]rhrhRrhjn`X C71H107N13O38rhjp`jcjr`Jjs`GubGCf3jO`)rh}rh(hX murein4p4p_prhhXQTwo linked disacharide tetrapeptide murein units (uncrosslinked, middle of chain)rhh}rhh}rh(Xbigg.metaboliterhX murein4p4prhXbiocycrhXMETA:CPD0-2269rhXmetanetx.chemicalrhX MNXM88347rhX seed.compoundrhXcpd15505rhuh0Nh1h2]rhrhRrhjn`X C74H114N14O40rhjp`jcjr`Jjs`GubGv c0QjO`)rh}rh(hX murein4px4p_prhhXjTwo disacharide linked murein units, tetrapeptide corsslinked tetrapeptide (A2pm->D-ala) (middle of chain)rhh}rhh}rh(Xbigg.metaboliteriX murein4px4priXmetanetx.chemicalriXMNXM5316riX seed.compoundriXcpd15506riuh0Nh1h2]ririRrijn`X C74H112N14O39r ijp`jcjr`Jjs`GubGvP]AvjO`)r i}r i(hXmurein4px4px4p_pr ihXThree disacharide linked murein units (tetrapeptide crosslinked tetrapeptide (A2pm->D-ala) & tetrapeptide corsslinked tetrapeptide (A2pm->D-ala)) (middle of chain)r ih}rih}ri(Xbigg.metaboliteriXmurein4px4px4priXmetanetx.chemicalriXMNXM6451riX seed.compoundriXcpd15508riuh0Nh1h2]ririRrijn`XC111H167N21O58rijp`jcjr`Jjs`GubGF ~"jO`)ri}ri(hXnad_crihX!Nicotinamide adenine dinucleotiderih}rih}ri(Xbigg.metaboliter iXnadr!iXbiocycr"iXMETA:NADr#iXchebir$i]r%i(X CHEBI:13393r&iX CHEBI:13394r'iX CHEBI:15846r(iX CHEBI:21901r)iX CHEBI:29867r*iX CHEBI:44214r+iX CHEBI:44215r,iX CHEBI:44281r-iX CHEBI:57540r.iX CHEBI:7422r/ieX kegg.compoundr0iXC00003r1iX kegg.drugr2iXD00002r3iXmetanetx.chemicalr4iXMNXM8r5iX seed.compoundr6iXcpd00003r7iuh0Nh1h2]r8ir9iRr:ijn`X C21H26N7O14P2r;ijp`jq`jr`Jjs`GubG]G8|NjO`)rihX+Nicotinamide adenine dinucleotide - reducedr?ih}r@ih}rAi(Xbigg.metaboliterBiXnadhrCiXbiocycrDiX META:NADHrEiXchebirFi]rGi(X CHEBI:13395rHiX CHEBI:13396rIiX CHEBI:16908rJiX CHEBI:21902rKiX CHEBI:44216rLiX CHEBI:57945rMiX CHEBI:7423rNieXhmdbrOiX HMDB01487rPiX kegg.compoundrQiXC00004rRiXmetanetx.chemicalrSiXMNXM10rTiX seed.compoundrUiXcpd00004rViuh0Nh1h2]rWirXiRrYijn`X C21H27N7O14P2rZijp`jq`jr`Jjs`GubG9jO`)r[i}r\i(hXnadp_cr]ihX+Nicotinamide adenine dinucleotide phosphater^ih}r_ih}r`i(Xbigg.metaboliteraiXnadprbiXbiocycrciX META:NADPrdiXchebirei]rfi(X CHEBI:13397rgiX CHEBI:13398rhiX CHEBI:18009riiX CHEBI:21903rjiX CHEBI:25523rkiX CHEBI:29868rliX CHEBI:44405rmiX CHEBI:44409rniX CHEBI:58349roiX CHEBI:7424rpieX kegg.compoundrqiXC00006rriXmetanetx.chemicalrsiXMNXM5rtiX seed.compoundruiXcpd00006rviuh0Nh1h2]rwirxiRryijn`X C21H25N7O17P3rzijp`jq`jr`Jjs`GubG\1Y>_jO`)r{i}r|i(hXnadph_cr}ihX5Nicotinamide adenine dinucleotide phosphate - reducedr~ih}rih}ri(Xbigg.metaboliteriXnadphriXbiocycriX META:NADPHriXchebiri]ri(X CHEBI:13399riX CHEBI:13400riX CHEBI:16474riX CHEBI:21904riX CHEBI:44286riX CHEBI:57783riX CHEBI:7425rieXhmdbri]ri(X HMDB00221riX HMDB00799riX HMDB06341rieX kegg.compoundriXC00005riXmetanetx.chemicalriXMNXM6riX seed.compoundriXcpd00005riuh0Nh1h2]ririRrijn`X C21H26N7O17P3rijp`jq`jr`Jjs`GubG5^ NjO`)ri}ri(hXnh4_crihXAmmoniumrih}rih}ri(Xbigg.metaboliteriXnh4riXbiocycri]ri(X META:AMMONIAriX META:AMMONIUMrieXchebiri]ri(X CHEBI:13405riX CHEBI:13406riX CHEBI:13407riX CHEBI:135980riX CHEBI:13771riX CHEBI:16134riX CHEBI:22533riX CHEBI:22534riX CHEBI:28938riX CHEBI:29337riX CHEBI:29340riX CHEBI:44269riX CHEBI:44284riX CHEBI:44404riX CHEBI:49783riX CHEBI:7434riX CHEBI:7435rieXhmdbri]ri(X HMDB00051riX HMDB41827rieX kegg.compoundri]ri(XC00014riXC01342rieX kegg.drugri]ri(XD02915riXD02916rieXmetanetx.chemicalriXMNXM15riX seed.compoundri]ri(Xcpd00013riXcpd19013rieuh0Nh1h2]ririRrijn`XH4Nrijp`jq`jr`Kjs`GubGZ)AAjO`)ri}ri(hXni2_crihXNickelrih}rih}ri(Xbigg.metaboliteriXni2riXchebiri]ri(X CHEBI:25517riX CHEBI:49785riX CHEBI:49786rieXhmdbriX HMDB02457riX kegg.compoundri]ri(XC14711riXC19609rieXmetanetx.chemicalriXMNXM3673riX seed.compoundriXcpd20862riuh0Nh1h2]ririRrijn`XNirijp`jq`jr`Kjs`GubG4+jO`)ri}ri(hXpe160_crihX2Phosphatidylethanolamine (dihexadecanoyl, n-C16:0)rih}rih}ri(Xbigg.metaboliteriXpe160riXbiocycriXMETA:CPD-12819riXchebiri]ri(X CHEBI:73005riX CHEBI:73127rieXhmdbri]ri(X HMDB05317riX HMDB08923rieX lipidmapsriX LMGP02010037rjXmetanetx.chemicalrjX MNXM32178rjX seed.compoundrj]rj(Xcpd15531rjXcpd23597rjXcpd29054rjeuh0Nh1h2]rjr jRr jjn`X C37H74N1O8P1r jjp`jq`jr`Kjs`GubGSXljO`)r j}r j(hXpe160_prjhX2Phosphatidylethanolamine (dihexadecanoyl, n-C16:0)rjh}rjh}rj(Xbigg.metaboliterjXpe160rjXbiocycrjXMETA:CPD-12819rjXchebirj]rj(X CHEBI:73005rjX CHEBI:73127rjeXhmdbrj]rj(X HMDB05317rjX HMDB08923rjeX lipidmapsrjX LMGP02010037rjXmetanetx.chemicalr jX MNXM32178r!jX seed.compoundr"j]r#j(Xcpd15531r$jXcpd23597r%jXcpd29054r&jeuh0Nh1h2]r'jr(jRr)jjn`X C37H74N1O8P1r*jjp`jcjr`Kjs`GubGG( jO`)r+j}r,j(hXpe161_cr-jhX4Phosphatidylethanolamine (dihexadec-9enoyl, n-C16:1)r.jh}r/jh}r0j(Xbigg.metaboliter1jXpe161r2jXbiocycr3jXMETA:CPD-17086r4jXhmdbr5j]r6j(X HMDB05342r7jX HMDB08957r8jeX lipidmapsr9jX LMGP02010108r:jXmetanetx.chemicalr;jX MNXM71458rjuh0Nh1h2]r?jr@jRrAjjn`X C37H70N1O8P1rBjjp`jq`jr`Kjs`GubGjO`)rCj}rDj(hXpe161_prEjhX4Phosphatidylethanolamine (dihexadec-9enoyl, n-C16:1)rFjh}rGjh}rHj(Xbigg.metaboliterIjXpe161rJjXbiocycrKjXMETA:CPD-17086rLjXhmdbrMj]rNj(X HMDB05342rOjX HMDB08957rPjeX lipidmapsrQjX LMGP02010108rRjXmetanetx.chemicalrSjX MNXM71458rTjX seed.compoundrUjXcpd29055rVjuh0Nh1h2]rWjrXjRrYjjn`X C37H70N1O8P1rZjjp`jcjr`Kjs`GubGSXljO`)r[j}r\j(hXpe181_cr]jhX6Phosphatidylethanolamine (dioctadec-11-enoyl, n-C18:1)r^jh}r_jh}r`j(Xbigg.metaboliterajXpe181rbjXmetanetx.chemicalrcjXMNXM2150rdjuh0Nh1h2]rejrfjRrgjjn`X C41H78N1O8P1rhjjp`jq`jr`Kjs`GubGtMʎ.+jO`)rij}rjj(hXpe181_prkjhX6Phosphatidylethanolamine (dioctadec-11-enoyl, n-C18:1)rljh}rmjh}rnj(Xbigg.metaboliterojXpe181rpjXmetanetx.chemicalrqjXMNXM2150rrjuh0Nh1h2]rsjrtjRrujjn`X C41H78N1O8P1rvjjp`jcjr`Kjs`GubG`jO`)rwj}rxj(hXpg160_cryjhX.Phosphatidylglycerol (dihexadecanoyl, n-C16:0)rzjh}r{jh}r|j(Xbigg.metaboliter}jXpg160r~jXbiocycrjX META:CPD-8260rjXchebirj]rj(X CHEBI:72829rjX CHEBI:73205rjX CHEBI:75159rjeXhmdbrjX HMDB10570rjX lipidmapsrjX LMGP04010986rjXmetanetx.chemicalrjX MNXM32179rjX seed.compoundrj]rj(Xcpd15538rjXcpd25117rjeuh0Nh1h2]rjrjRrjjn`X C38H74O10P1rjjp`jq`jr`Jjs`GubGw`9%{ljO`)rj}rj(hXpg160_prjhX.Phosphatidylglycerol (dihexadecanoyl, n-C16:0)rjh}rjh}rj(Xbigg.metaboliterjXpg160rjXbiocycrjX META:CPD-8260rjXchebirj]rj(X CHEBI:72829rjX CHEBI:73205rjX CHEBI:75159rjeXhmdbrjX HMDB10570rjX lipidmapsrjX LMGP04010986rjXmetanetx.chemicalrjX MNXM32179rjX seed.compoundrj]rj(Xcpd15538rjXcpd25117rjeuh0Nh1h2]rjrjRrjjn`X C38H74O10P1rjjp`jcjr`Jjs`GubGt @1HwjO`)rj}rj(hXpg161_crjhX1Phosphatidylglycerol (dihexadec-9-enoyl, n-C16:1)rjh}rjh}rj(Xbigg.metaboliterjXpg161rjXbiocycrjXMETA:CPD0-2330rjXmetanetx.chemicalrjX MNXM75101rjX seed.compoundrj]rj(Xcpd15539rjXcpd26463rjeuh0Nh1h2]rjrjRrjjn`X C38H70O10P1rjjp`jq`jr`Jjs`GubGr.;)jO`)rj}rj(hXpg161_prjhX1Phosphatidylglycerol (dihexadec-9-enoyl, n-C16:1)rjh}rjh}rj(Xbigg.metaboliterjXpg161rjXbiocycrjXMETA:CPD0-2330rjXmetanetx.chemicalrjX MNXM75101rjX seed.compoundrj]rj(Xcpd15539rjXcpd26463rjeuh0Nh1h2]rjrjRrjjn`X C38H70O10P1rjjp`jcjr`Jjs`GubGo+yjO`)rj}rj(hXpg181_crjhX2Phosphatidylglycerol (dioctadec-11-enoyl, n-C18:1)rjh}rjh}rj(Xbigg.metaboliterjXpg181rjXbiocycrjXMETA:CPD-18396rjXmetanetx.chemicalrjXMNXM1773rjuh0Nh1h2]rjrjRrjjn`X C42H78O10P1rjjp`jq`jr`Jjs`GubGbH?djO`)rj}rj(hXpg181_prjhX2Phosphatidylglycerol (dioctadec-11-enoyl, n-C18:1)rjh}rjh}rj(Xbigg.metaboliterjXpg181rjXbiocycrjXMETA:CPD-18396rjXmetanetx.chemicalrjXMNXM1773rjuh0Nh1h2]rjrjRrjjn`X C42H78O10P1rjjp`jcjr`Jjs`GubG`3jO`)rj}rj(hXphe__L_crjhXL-Phenylalaninerjh}rjh}rj(Xbigg.metaboliterjXphe__LrkXbiocycrkXMETA:PHErkXchebirk]rk(X CHEBI:13151rkX CHEBI:17295rkX CHEBI:21370rkX CHEBI:25984rkX CHEBI:28044r kX CHEBI:32486r kX CHEBI:32487r kX CHEBI:32504r kX CHEBI:32505r kX CHEBI:44851rkX CHEBI:44885rkX CHEBI:45079rkX CHEBI:58095rkX CHEBI:6282rkX CHEBI:76052rkX CHEBI:8089rkeXhmdbrk]rk(X HMDB00159rkX HMDB00612rkeX kegg.compoundrk]rk(XC00079rkXC02057rkeX kegg.drugrkXD00021rkXmetanetx.chemicalrkXMNXM97r kX seed.compoundr!k]r"k(Xcpd00066r#kXcpd01400r$keuh0Nh1h2]r%kr&kRr'kjn`XC9H11NO2r(kjp`jq`jr`Kjs`GubG jO`)r)k}r*k(hXpheme_cr+khXProtoheme C34H30FeN4O4r,kh}r-kh}r.k(Xbigg.metaboliter/kXphemer0kXbiocycr1kXMETA:PROTOHEMEr2kXchebir3k]r4k(X CHEBI:14957r5kX CHEBI:17627r6kX CHEBI:26355r7kX CHEBI:5651r8kX CHEBI:60344r9keX kegg.compoundr:kXC00032r;kXmetanetx.chemicalrkr?kRr@kjn`X C34H30FeN4O4rAkjp`jq`jr`Jjs`GubG-:ijO`)rBk}rCk(hXpro__L_crDkhX L-ProlinerEkh}rFkh}rGk(Xbigg.metaboliterHkXpro__LrIkXbiocycrJkXMETA:PROrKkXchebirLk]rMk(X CHEBI:13154rNkX CHEBI:17203rOkX CHEBI:184637rPkX CHEBI:21373rQkX CHEBI:26271rRkX CHEBI:32862rSkX CHEBI:32864rTkX CHEBI:32871rUkX CHEBI:32872rVkX CHEBI:42067rWkX CHEBI:45040rXkX CHEBI:45100rYkX CHEBI:45159rZkX CHEBI:58054r[kX CHEBI:60039r\kX CHEBI:6286r]keXhmdbr^kX HMDB00162r_kX kegg.compoundr`k]rak(XC00148rbkXC16435rckeX kegg.drugrdkXD00035rekXmetanetx.chemicalrfkXMNXM114rgkX seed.compoundrhk]rik(Xcpd00129rjkXcpd15140rkkeuh0Nh1h2]rlkrmkRrnkjn`XC5H9NO2rokjp`jq`jr`Kjs`GubG~8jO`)rpk}rqk(hXptrc_crrkhX Putrescinerskh}rtkh}ruk(Xbigg.metabolitervkXptrcrwkXbiocycrxkXMETA:PUTRESCINErykXchebirzk]r{k(X CHEBI:14972r|kX CHEBI:17148r}kX CHEBI:26405r~kX CHEBI:326268rkX CHEBI:45092rkX CHEBI:8650rkeXhmdbrk]rk(X HMDB01414rkX HMDB60243rkeX kegg.compoundrkXC00134rkXmetanetx.chemicalrkXMNXM118rkX seed.compoundrk]rk(Xcpd00118rkXcpd12215rkeuh0Nh1h2]rkrkRrkjn`XC4H14N2rkjp`jq`jr`Kjs`GubG7 jO`)rk}rk(hXpydx5p_crkhXPyridoxal 5'-phosphaterkh}rkh}rk(Xbigg.metaboliterkXpydx5prkXbiocycrkXMETA:PYRIDOXAL_PHOSPHATErkXchebirk]rk(X CHEBI:14977rkX CHEBI:18405rkX CHEBI:234571rkX CHEBI:26424rkX CHEBI:358848rkX CHEBI:45145rkX CHEBI:597326rkX CHEBI:8668rkeXhmdbrkX HMDB01491rkX kegg.compoundrkXC00018rkXmetanetx.chemicalrkXMNXM161rkX seed.compoundrkXcpd00016rkuh0Nh1h2]rkrkRrkjn`XC8H8NO6Prkjp`jq`jr`Jjs`GubG-:ijO`)rk}rk(hXq8h2_crkhX Ubiquinol-8rkh}rkh}rk(Xbigg.metaboliterkXq8h2rkXbiocycrkX META:CPD-9956rkXchebirkX CHEBI:61682rkXhmdbrkX HMDB01060rkXmetanetx.chemicalrkXMNXM191rkX seed.compoundrk]rk(Xcpd15561rkXcpd29608rkeuh0Nh1h2]rkrkRrkjn`XC49H76O4rkjp`jq`jr`Kjs`GubG-:ijO`)rk}rk(hXribflv_crkhXRiboflavin C17H20N4O6rkh}rkh}rk(Xbigg.metaboliterkXribflvrkXbiocycrkXMETA:RIBOFLAVINrkXchebirk]rk(X CHEBI:15044rkX CHEBI:17015rkX CHEBI:27299rkX CHEBI:45214rkX CHEBI:529204rkX CHEBI:57986rkX CHEBI:8843rkeXhmdbrkX HMDB00244rkX kegg.compoundrkXC00255rkX kegg.drugrkXD00050rkXmetanetx.chemicalrkXMNXM270rkX seed.compoundrkXcpd00220rkuh0Nh1h2]rkrkRrkjn`X C17H20N4O6rkjp`jq`jr`Kjs`GubG-:ijO`)rk}rk(hXser__L_crkhXL-Serinerkh}rkh}rk(Xbigg.metaboliterkXser__LrkXbiocycrk]rk(XMETA:SERrkX META:SerinesrkeXchebirk]rk(X CHEBI:13167rkX CHEBI:15081rkX CHEBI:17115rkX CHEBI:17822rkX CHEBI:21387rkX CHEBI:26648rkX CHEBI:32836rkX CHEBI:32837rlX CHEBI:32845rlX CHEBI:32846rlX CHEBI:33384rlX CHEBI:35243rlX CHEBI:45440rlX CHEBI:45451rlX CHEBI:45590rlX CHEBI:45597rlX CHEBI:45677r lX CHEBI:6301r lX CHEBI:9116r leXhmdbr l]r l(X HMDB00187rlX HMDB00589rlX HMDB62263rleX kegg.compoundrl]rl(XC00065rlXC00716rleX kegg.drugrlXD00016rlX lipidmapsrlX LMFA01100045rlXmetanetx.chemicalrlXMNXM53rlX seed.compoundrl]rl(Xcpd00054rlXcpd28171rlXcpd30743rleuh0Nh1h2]r lr!lRr"ljn`XC3H7NO3r#ljp`jq`jr`Kjs`GubG?JjO`)r$l}r%l(hXsheme_cr&lhXSiroheme C42H36FeN4O16r'lh}r(lh}r)l(Xbigg.metaboliter*lXshemer+lXbiocycr,lX META:SIROHEMEr-lXchebir.l]r/l(X CHEBI:26690r0lX CHEBI:28599r1lX CHEBI:60052r2lX CHEBI:9166r3leX kegg.compoundr4lXC00748r5lXmetanetx.chemicalr6lX MNXM82173r7lX seed.compoundr8lXcpd00557r9luh0Nh1h2]r:lr;lRrl}r?l(hXso4_cr@lhXSulfaterAlh}rBlh}rCl(Xbigg.metaboliterDlXso4rElXbiocycrFl]rGl(X META:HSO4rHlX META:SULFATErIleXchebirJl]rKl(X CHEBI:15135rLlX CHEBI:16189rMlX CHEBI:26836rNlX CHEBI:29199rOlX CHEBI:45687rPlX CHEBI:45693rQlX CHEBI:45696rRlX CHEBI:9335rSleXhmdbrTlX HMDB01448rUlX kegg.compoundrVlXC00059rWlX kegg.drugrXlXD05963rYlXmetanetx.chemicalrZlXMNXM58r[lX seed.compoundr\lXcpd00048r]luh0Nh1h2]r^lr_lRr`ljn`XO4Sraljp`jq`jr`Jjs`GubGplBjO`)rbl}rcl(hXspmd_crdlhX Spermidinerelh}rflh}rgl(Xbigg.metaboliterhlXspmdrilXbiocycrjlXMETA:SPERMIDINErklXchebirll]rml(X CHEBI:15095rnlX CHEBI:15097rolX CHEBI:16610rplX CHEBI:26732rqlX CHEBI:26733rrlX CHEBI:45647rslX CHEBI:57834rtlX CHEBI:9218ruleXhmdbrvlX HMDB01257rwlX kegg.compoundrxlXC00315rylXmetanetx.chemicalrzlXMNXM124r{lX seed.compoundr|lXcpd00264r}luh0Nh1h2]r~lrlRrljn`XC7H22N3rljp`jq`jr`Kjs`GubG{jO`)rl}rl(hXsuccoa_crlhX Succinyl-CoArlh}rlh}rl(Xbigg.metaboliterlXsuccoarlXbiocycrlX META:SUC-COArlXchebirl]rl(X CHEBI:10746rlX CHEBI:15127rlX CHEBI:15380rlX CHEBI:26811rlX CHEBI:45541rlX CHEBI:57292rlX CHEBI:9310rleXhmdbrlX HMDB01022rlX kegg.compoundrlXC00091rlX lipidmapsrlX LMFA07050370rlXmetanetx.chemicalrlXMNXM92rlX seed.compoundrlXcpd00078rluh0Nh1h2]rlrlRrljn`XC25H35N7O19P3Srljp`jq`jr`Jjs`GubG.jO`)rl}rl(hXthf_crlhX5,6,7,8-Tetrahydrofolaterlh}rlh}rl(Xbigg.metaboliterlXthfrlXbiocycrlXMETA:THFrlXchebirl]rl(X CHEBI:10931rlX CHEBI:12075rlX CHEBI:15220rlX CHEBI:15635rlX CHEBI:18606rlX CHEBI:20506rlX CHEBI:46069rlX CHEBI:57453rlX CHEBI:68437rlX CHEBI:9482rleXhmdbrlX HMDB62806rlX kegg.compoundrlXC00101rlXmetanetx.chemicalrlXMNXM79rlX seed.compoundrlXcpd00087rluh0Nh1h2]rlrlRrljn`X C19H21N7O6rljp`jq`jr`Jjs`GubG-:ijO`)rl}rl(hXthmpp_crlhXThiamine diphosphaterlh}rlh}rl(Xbigg.metaboliterlXthmpprlXbiocycrlXMETA:THIAMINE-PYROPHOSPHATErlXchebirl]rl(X CHEBI:15229rlX CHEBI:45930rlX CHEBI:45931rlX CHEBI:49939rlX CHEBI:58937rlX CHEBI:9532rleXhmdbrlX HMDB62636rlX kegg.compoundrlXC00068rlXmetanetx.chemicalrlXMNXM256rlX seed.compoundrlXcpd00056rluh0Nh1h2]rlrlRrljn`X C12H16N4O7P2Srljp`jq`jr`Jjs`GubG-:ijO`)rl}rl(hXthr__L_crlhX L-Threoninerlh}rlh}rl(Xbigg.metaboliterlXthr__LrlXbiocycrlXMETA:THRrlXchebirl]rl(X CHEBI:13175rlX CHEBI:16857rlX CHEBI:21403rlX CHEBI:26986rlX CHEBI:32820rlX CHEBI:32822rlX CHEBI:32832rlX CHEBI:32833rlX CHEBI:42083rlX CHEBI:45843rlX CHEBI:45983rlX CHEBI:57926rlX CHEBI:6308rleXhmdbrlX HMDB00167rlX kegg.compoundrlXC00188rlX kegg.drugrmXD00041rmXmetanetx.chemicalrmXMNXM142rmX seed.compoundrmXcpd00161rmuh0Nh1h2]rmrmRrmjn`XC4H9NO3r mjp`jq`jr`Kjs`GubGύ4"F|jO`)r m}r m(hXtrp__L_cr mhX L-Tryptophanr mh}rmh}rm(Xbigg.metabolitermXtrp__LrmXbiocycrmXMETA:TRPrmXchebirm]rm(X CHEBI:13178rmX CHEBI:16828rmX CHEBI:184633rmX CHEBI:21407rmX CHEBI:27163rmX CHEBI:27897rmX CHEBI:32702rmX CHEBI:32704rmX CHEBI:32727rmX CHEBI:32728rmX CHEBI:45988r mX CHEBI:46086r!mX CHEBI:46125r"mX CHEBI:46225r#mX CHEBI:57912r$mX CHEBI:6310r%mX CHEBI:64554r&mX CHEBI:9769r'meXhmdbr(m]r)m(X HMDB00929r*mX HMDB30396r+meX kegg.compoundr,m]r-m(XC00078r.mXC00806r/meX kegg.drugr0mXD00020r1mXmetanetx.chemicalr2mXMNXM94r3mX seed.compoundr4m]r5m(Xcpd00065r6mXcpd19007r7meuh0Nh1h2]r8mr9mRr:mjn`X C11H12N2O2r;mjp`jq`jr`Kjs`GubGGA(jO`)rmhX L-Tyrosiner?mh}r@mh}rAm(Xbigg.metaboliterBmXtyr__LrCmXbiocycrDmXMETA:TYRrEmXchebirFm]rGm(X CHEBI:13181rHmX CHEBI:15277rImX CHEBI:17895rJmX CHEBI:18186rKmX CHEBI:21411rLmX CHEBI:27176rMmX CHEBI:32760rNmX CHEBI:32761rOmX CHEBI:32762rPmX CHEBI:32784rQmX CHEBI:32785rRmX CHEBI:32786rSmX CHEBI:46070rTmX CHEBI:46161rUmX CHEBI:58315rVmX CHEBI:6313rWmX CHEBI:9800rXmeXhmdbrYm]rZm(X HMDB00158r[mX HMDB00647r\meX kegg.compoundr]m]r^m(XC00082r_mXC01536r`meX kegg.drugramXD00022rbmXmetanetx.chemicalrcmXMNXM76rdmX seed.compoundrem]rfm(Xcpd00069rgmXcpd30745rhmeuh0Nh1h2]rimrjmRrkmjn`XC9H11NO3rlmjp`jq`jr`Kjs`GubG&rKwjO`)rmm}rnm(hXudcpdp_cromhXUndecaprenyl diphosphaterpmh}rqmh}rrm(Xbigg.metabolitersmXudcpdprtmXbiocycrumX META:CPD-9649rvmXchebirwm]rxm(X CHEBI:15284rymX CHEBI:17047rzmX CHEBI:27192r{mX CHEBI:53042r|mX CHEBI:57995r}mX CHEBI:9863r~meXhmdbrmX HMDB01469rmX lipidmapsrmX LMPR03030004rmXmetanetx.chemicalrmXMNXM5043rmX seed.compoundrmXcpd25775rmuh0Nh1h2]rmrmRrmjn`X C55H89O7P2rmjp`jq`jr`Jjs`GubG 8KjO`)rm}rm(hXutp_crmhXUTP C9H11N2O15P3rmh}rmh}rm(Xbigg.metabolitermXutprmXbiocycrmXMETA:UTPrmXchebirm]rm(X CHEBI:13510rmX CHEBI:15713rmX CHEBI:27233rmX CHEBI:37567rmX CHEBI:46397rmX CHEBI:46398rmX CHEBI:57481rmX CHEBI:9850rmeX kegg.compoundrmXC00075rmXmetanetx.chemicalrmXMNXM121rmX seed.compoundrmXcpd00062rmuh0Nh1h2]rmrmRrmjn`X C9H11N2O15P3rmjp`jq`jr`Jjs`GubG^jO`)rm}rm(hXval__L_crmhXL-Valinermh}rmh}rm(Xbigg.metabolitermXval__LrmXbiocycrmXMETA:VALrmXchebirm]rm(X CHEBI:13186rmX CHEBI:16414rmX CHEBI:21417rmX CHEBI:27266rmX CHEBI:32851rmX CHEBI:32852rmX CHEBI:32859rmX CHEBI:32860rmX CHEBI:46282rmX CHEBI:46376rmX CHEBI:46418rmX CHEBI:46484rmX CHEBI:57762rmX CHEBI:6321rmX CHEBI:87977rmeXhmdbrm]rm(X HMDB00883rmX HMDB34366rmeX kegg.compoundrm]rm(XC00183rmXC16436rmeX kegg.drugrmXD00039rmX lipidmapsrmX LMFA01100046rmXmetanetx.chemicalrmXMNXM199rmX seed.compoundrm]rm(Xcpd00156rmXcpd15141rmeuh0Nh1h2]rmrmRrmjn`XC5H11NO2rmjp`jq`jr`Kjs`GubGPֲ(ܘjO`)rm}rm(hXzn2_crmhXZincrmh}rmh}rm(Xbigg.metabolitermXzn2rmXchebirm]rm(X CHEBI:10113rmX CHEBI:27368rmX CHEBI:29105rmX CHEBI:49972rmX CHEBI:49982rmeXhmdbrmX HMDB01303rmX kegg.compoundrm]rm(XC00038rmXC12570rmeX kegg.drugrmXD01170rmXmetanetx.chemicalrmXMNXM149rmX seed.compoundrmXcpd00034rmuh0Nh1h2]rmrmRrmjn`XZnrmjp`jq`jr`Kjs`GubG5;gf@jO`)rm}rm(hXadp_crmhXADP C10H12N5O10P2rmh}rmh}rm(Xbigg.metabolitermXadprnXbiocycrn]rn(XMETA:ADPrnXMETA:CPD0-1651rneXchebirn]rn(X CHEBI:13222rnX CHEBI:16761rnX CHEBI:22244r nX CHEBI:2342r nX CHEBI:40553r nX CHEBI:456216r nX CHEBI:87518r neXhmdbrnX HMDB01341rnX kegg.compoundrnXC00008rnX kegg.glycanrnXG11113rnXmetanetx.chemicalrnXMNXM7rnX seed.compoundrnXcpd00008rnuh0Nh1h2]rnrnRrnjn`X C10H12N5O10P2rnjp`jq`jr`Jjs`GubG@JjO`)rn}rn(hXh_crnhXH+rnh}r nh}r!n(Xbigg.metaboliter"nXhr#nXbiocycr$nX META:PROTONr%nXchebir&n]r'n(X CHEBI:10744r(nX CHEBI:13357r)nX CHEBI:15378r*nX CHEBI:24636r+nX CHEBI:29233r,nX CHEBI:29234r-nX CHEBI:5584r.neXhmdbr/nX HMDB59597r0nX kegg.compoundr1nXC00080r2nXmetanetx.chemicalr3nXMNXM1r4nX seed.compoundr5nXcpd00067r6nuh0Nh1h2]r7nr8nRr9njn`XHr:njp`jq`jr`Kjs`GubG@JjO`)r;n}rnh}r?nh}r@n(Xbigg.metaboliterAnXpirBnXbiocycrCn]rDn(XMETA:CPD-16459rEnX META:CPD-9010rFnXMETA:PHOSPHATE-GROUPrGnXMETA:PirHneXchebirIn]rJn(X CHEBI:14791rKnX CHEBI:18367rLnX CHEBI:26078rMnX CHEBI:29137rNnX CHEBI:29139rOnX CHEBI:35780rPnX CHEBI:39739rQnX CHEBI:39745rRnX CHEBI:43470rSnX CHEBI:43474rTnX CHEBI:45024rUnX CHEBI:7793rVneXhmdbrWn]rXn(X HMDB00973rYnX HMDB01429rZnX HMDB02105r[nX HMDB02142r\nX HMDB05947r]neX kegg.compoundr^n]r_n(XC00009r`nXC13558raneX kegg.drugrbnXD05467rcnXmetanetx.chemicalrdnXMNXM9renX seed.compoundrfn]rgn(Xcpd00009rhnXcpd27787rineuh0Nh1h2]rjnrknRrlnjn`XHO4Prmnjp`jq`jr`Jjs`GubG@Jf4jO`)rnn}ron(hXppi_crpnhX Diphosphaterqnh}rrnh}rsn(Xbigg.metabolitertnXppirunXbiocycrvn]rwn(XMETA:PPIrxnXMETA:PYROPHOSPHATE-GROUPryneXchebirzn]r{n(X CHEBI:13420r|nX CHEBI:18361r}nX CHEBI:29888r~nX CHEBI:33017rnX CHEBI:33018rnX CHEBI:33019rnX CHEBI:42009rnX CHEBI:45067rnX CHEBI:45208rnX CHEBI:45212rnX CHEBI:8683rneXhmdbrnX HMDB00250rnX kegg.compoundrnXC00013rnXmetanetx.chemicalrnXMNXM11rnX seed.compoundrn]rn(Xcpd00012rnXcpd27828rneuh0Nh1h2]rnrnRrnjn`XHO7P2rnjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rn}rn(hXBIOMASS_Ec_iJO1366_core_53p95MrnhXME. coli biomass objective function (iJO1366) - core - with 53.95 GAM estimaternh}rnh}rn(jC`X SBO:0000629rnX bigg.reactionrnXEc_iJO1366_core_53p95MrnujG`h#jH`h#jI`h2]rnrnRrnjM`}rn(j@aG-:ijpaGCRe'jO`)rn}rn(hX2ohph_crnhX2-Octaprenyl-6-hydroxyphenolrnh}rnh}rn(Xbigg.metaboliternX2ohphrnXbiocycrnX!META:2-OCTAPRENYL-6-HYDROXYPHENOLrnXchebirn]rn(X CHEBI:1233rnX CHEBI:62730rneX kegg.compoundrnXC05811rnXmetanetx.chemicalrnXMNXM1635rnX seed.compoundrnXcpd03445rnuh0Nh1h2]rnrnRrnjn`XC46H70O2rnjp`jq`jr`Kjs`GubG-:ijaG1 8CjaGp#j%bG-:ijMbGAǗj|bGŗjbGŗjbGKvSCtjbGH ZjcGj(cGuQ֌i/ojocGuQ֌i/ojcGB̫֔?jcG6C-j+dGF!jHdGG; tjbdGqpjdGBjdGX-,jdGX-,jdGBj&eG-:ijFeG{0H@jceGH ZjeGם gbjeGם gbjeG㚻-jJfGˈD jgfGHL4TjfG@>!jfGҘbj&gG=jO`)rn}rn(hX kdo2lipid4_ernhXKDO(2)-lipid IV(A)rnh}rnh}rn(Xbigg.metaboliternX kdo2lipid4rnXbiocycrnXMETA:KDO2-LIPID-IVArnXchebirn]rn(X CHEBI:23657rnX CHEBI:28526rnX CHEBI:4477rnX CHEBI:60365rneX kegg.compoundrnXC06025rnX kegg.glycanrnXG11160rnX lipidmapsrnX LMSL02000003rnXmetanetx.chemicalrnXMNXM824rnX seed.compoundrnXcpd03586rnuh0Nh1h2]rnrnRrnjn`XC84H148N2O37P2rnjp`j*djr`Jjs`GubGF jHgGc$jgGY[jgGë0jhG2Wj,hG-:ijFhGF3ejbhG\1Y>_jO`)rn}rn(hX murein5px4p_prnhXjTwo disacharide linked murein units, pentapeptide crosslinked tetrapeptide (A2pm->D-ala) (middle of chain)rnh}rnh}rn(Xbigg.metaboliternX murein5px4prnXbiocycrnXMETA:CPD0-2278rnXmetanetx.chemicalrnX MNXM88338rnX seed.compoundrnXcpd15514rnuh0Nh1h2]rnrnRrnjn`X C77H117N15O40rnjp`jcjr`Jjs`GubGtujiG]GMj[iG=KjajiGKa"jiG5+ oŊjiGK.hj jG;×j+jG)jCjG٩jjGǶv j)kG-:ijBkGKjkG-:ijkG-:ijkG˟^j$lG-:ij>lGqĹ6jlG-:ijlG-:ijlGoh}r?o(jC`X SBO:0000627r@oX bigg.reactionrAoX14glucanrBoujG`h#jH`h#jI`h2]rCorDoRrEojM`}rFojO`)rGo}rHo(hX 14glucan_erIohX1,4-alpha-D-glucanrJoh}rKoh}rLo(Xbigg.metaboliterMoX14glucanrNoXbiocycrOoXMETA:1-4-alpha-D-GlucanrPoXmetanetx.chemicalrQoXMNXM2905rRoX seed.compoundrSoXcpd21754rTouh0Nh1h2]rUorVoRrWojn`X C36H62O31rXojp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rYo}rZo(hX EX_15dap_er[ohX1,5-Diaminopentane exchanger\oh}r]oh}r^o(jC`X SBO:0000627r_oX bigg.reactionr`oX15dapraoujG`h#jH`h#jI`h2]rborcoRrdojM`}reojO`)rfo}rgo(hX15dap_erhohX1,5-Diaminopentanerioh}rjoh}rko(Xbigg.metaboliterloX15daprmoXbiocycrnoXMETA:CADAVERINErooXchebirpo]rqo(X CHEBI:13928rroX CHEBI:18127rsoX CHEBI:22974rtoX CHEBI:3288ruoX CHEBI:44370rvoX CHEBI:58384rwoeXhmdbrxoX HMDB02322ryoX kegg.compoundrzoXC01672r{oXmetanetx.chemicalr|oXMNXM943r}oX seed.compoundr~oXcpd01155rouh0Nh1h2]roroRrojn`XC5H16N2rojp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ro}ro(hX EX_23camp_erohX2',3'-Cyclic AMP exchangeroh}roh}ro(jC`X SBO:0000627roX bigg.reactionroX23camproujG`h#jH`h#jI`h2]roroRrojM`}rojO`)ro}ro(hX23camp_erohX2',3'-Cyclic AMProh}roh}ro(Xbigg.metaboliteroX23camproXbiocycroX META:CPD-3707roXchebiro]ro(X CHEBI:19212roX CHEBI:27844roX CHEBI:40469roX CHEBI:60879roX CHEBI:823roeX kegg.compoundroXC02353roXmetanetx.chemicalroXMNXM2598roX seed.compoundroXcpd01570rouh0Nh1h2]roroRrojn`X C10H11N5O6Projp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ro}ro(hX EX_23ccmp_erohX2',3'-Cyclic CMP exchangeroh}roh}ro(jC`X SBO:0000627roX bigg.reactionroX23ccmproujG`h#jH`h#jI`h2]roroRrojM`}rojO`)ro}ro(hX23ccmp_erohX2',3'-Cyclic CMProh}roh}ro(Xbigg.metaboliteroX23ccmproXbiocycroX META:CPD-3713roXchebiro]ro(X CHEBI:19213roX CHEBI:27652roX CHEBI:60877roX CHEBI:824roeX kegg.compoundroXC02354roXmetanetx.chemicalroXMNXM3148roX seed.compoundroXcpd01571rouh0Nh1h2]roroRrojn`X C9H11N3O7Projp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ro}ro(hX EX_23cgmp_erohX2',3'-Cyclic GMP exchangeroh}roh}ro(jC`X SBO:0000627roX bigg.reactionroX23cgmproujG`h#jH`h#jI`h2]roroRrojM`}rojO`)ro}ro(hX23cgmp_erohX2',3'-Cyclic GMProh}roh}ro(Xbigg.metaboliteroX23cgmproXbiocycroX META:CPD-3709roXchebiro]ro(X CHEBI:19214roX CHEBI:28181roX CHEBI:60837roX CHEBI:825roeX kegg.compoundroXC06194roXmetanetx.chemicalroXMNXM3149roX seed.compoundroXcpd03702rouh0Nh1h2]roroRrojn`X C10H11N5O7Projp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ro}ro(hX EX_23cump_erohX2',3'-Cyclic UMP exchangeroh}roh}ro(jC`X SBO:0000627rpX bigg.reactionrpX23cumprpujG`h#jH`h#jI`h2]rprpRrpjM`}rpjO`)rp}rp(hX23cump_er phX2',3'-Cyclic UMPr ph}r ph}r p(Xbigg.metaboliter pX23cumprpXbiocycrpX META:CPD-3725rpXchebirp]rp(X CHEBI:19215rpX CHEBI:28637rpX CHEBI:60873rpX CHEBI:826rpeX kegg.compoundrpXC02355rpXmetanetx.chemicalrpXMNXM3150rpX seed.compoundrpXcpd01572rpuh0Nh1h2]rprpRrpjn`X C9H10N2O8Pr pjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r!p}r"p(hX EX_23dappa_er#phX2,3-diaminopropionate exchanger$ph}r%ph}r&p(jC`X SBO:0000627r'pX bigg.reactionr(pX23dappar)pujG`h#jH`h#jI`h2]r*pr+pRr,pjM`}r-pjO`)r.p}r/p(hX 23dappa_er0phX2,3-diaminopropionater1ph}r2ph}r3p(Xbigg.metaboliter4pX23dappar5pXbiocycr6p]r7p(XMETA:23-Diaminopropanoater8pXMETA:L-23-DIAMINOPROPANOATEr9peXchebir:p]r;p(X CHEBI:11419rpX CHEBI:18383r?pX CHEBI:19309r@pX CHEBI:21190rApX CHEBI:42159rBpX CHEBI:42164rCpX CHEBI:49983rDpX CHEBI:57721rEpX CHEBI:58468rFpX CHEBI:6153rGpX CHEBI:84374rHpX CHEBI:876rIpeXhmdbrJpX HMDB02006rKpX kegg.compoundrLp]rMp(XC03401rNpXC06393rOpeX lipidmapsrPpX LMFA01100051rQpXmetanetx.chemicalrRpX MNXM91374rSpX seed.compoundrTp]rUp(Xcpd02150rVpXcpd03828rWpXcpd21925rXpeuh0Nh1h2]rYprZpRr[pjn`XC3H9N2O2r\pjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r]p}r^p(hX EX_26dap__M_er_phX&Meso-2,6-Diaminoheptanedioate exchanger`ph}raph}rbp(jC`X SBO:0000627rcpX bigg.reactionrdpX26dap__MrepujG`h#jH`h#jI`h2]rfprgpRrhpjM`}ripjO`)rjp}rkp(hX 26dap__M_erlphXMeso-2,6-Diaminoheptanedioatermph}rnph}rop(Xbigg.metaboliterppX26dap__MrqpXbiocycrrpXMETA:MESO-DIAMINOPIMELATErspXchebirtp]rup(X CHEBI:10598rvpX CHEBI:12822rwpX CHEBI:12823rxpX CHEBI:12825rypX CHEBI:16488rzpX CHEBI:25203r{pX CHEBI:25204r|pX CHEBI:30308r}pX CHEBI:40838r~pX CHEBI:57791rpeX kegg.compoundrpXC00680rpXmetanetx.chemicalrpXMNXM529rpX seed.compoundrpXcpd00516rpuh0Nh1h2]rprpRrpjn`X C7H14N2O4rpjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rp}rp(hX EX_2ddglcn_erphX&2-Dehydro-3-deoxy-D-gluconate exchangerph}rph}rp(jC`X SBO:0000627rpX bigg.reactionrpX2ddglcnrpujG`h#jH`h#jI`h2]rprpRrpjM`}rpjO`)rp}rp(hX 2ddglcn_erphX2-Dehydro-3-deoxy-D-gluconaterph}rph}rp(Xbigg.metaboliterpX2ddglcnrpXbiocycrp]rp(X$META:2-DEHYDRO-3-DEOXY-D-GALACTONATErpX"META:2-DEHYDRO-3-DEOXY-D-GLUCONATErpeXchebirp]rp(X CHEBI:1056rpX CHEBI:1059rpX CHEBI:11547rpX CHEBI:11550rpX CHEBI:17028rpX CHEBI:17032rpX CHEBI:19527rpX CHEBI:19530rpX CHEBI:57989rpX CHEBI:57990rpeXhmdbrpX HMDB01353rpX kegg.compoundrp]rp(XC00204rpXC01216rpeX lipidmapsrp]rp(X LMFA01050475rpX LMFA01050486rpeXmetanetx.chemicalrpXMNXM1627rpX seed.compoundrp]rp(Xcpd00176rpXcpd00894rpeuh0Nh1h2]rprpRrpjn`XC6H9O6rpjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rp}rp(hX EX_34dhpac_erphX(3,4-Dihydroxyphenylacetaldehyde exchangerph}rph}rp(jC`X SBO:0000627rpX bigg.reactionrpX34dhpacrpujG`h#jH`h#jI`h2]rprpRrpjM`}rpjO`)rp}rp(hX 34dhpac_erphX3,4-Dihydroxyphenylacetaldehyderph}rph}rp(Xbigg.metaboliterpX34dhpacrpXbiocycrpX#META:34-DIHYDROXYPHENYLACETALDEHYDErpXchebirp]rp(X CHEBI:1385rpX CHEBI:19888rpX CHEBI:27978rpeXhmdbrp]rp(X HMDB03791rpX HMDB06256rpX HMDB06778rpeX kegg.compoundrpXC04043rpXmetanetx.chemicalrpXMNXM1401rpX seed.compoundrpXcpd02500rpuh0Nh1h2]rprpRrpjn`XC8H8O3rpjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rp}rp(hX EX_3amp_erphX3'-AMP exchangerph}rph}rp(jC`X SBO:0000627rpX bigg.reactionrpX3amprpujG`h#jH`h#jI`h2]rprpRrpjM`}rpjO`)rp}rp(hX3amp_erphX3 AMP C10H12N5O7Prph}rph}rq(Xbigg.metaboliterqX3amprqXbiocycrqX META:CPD-3706rqXchebirq]rq(X CHEBI:1333rqX CHEBI:22241rqX CHEBI:28931r qX CHEBI:40872r qX CHEBI:60880r qeXhmdbr q]r q(X HMDB03540rqX HMDB06550rqeX kegg.compoundrqXC01367rqXmetanetx.chemicalrqXMNXM1985rqX seed.compoundrqXcpd00988rquh0Nh1h2]rqrqRrqjn`X C10H12N5O7Prqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rq(hX EX_3cmp_erqhX3'-cmp exchangerqh}rqh}rq(jC`X SBO:0000627r qX bigg.reactionr!qX3cmpr"qujG`h#jH`h#jI`h2]r#qr$qRr%qjM`}r&qjO`)r'q}r(q(hX3cmp_er)qhX3 CMP C9H12N3O8Pr*qh}r+qh}r,q(Xbigg.metaboliter-qX3cmpr.qXbiocycr/qX META:CPD-3711r0qXchebir1q]r2q(X CHEBI:1335r3qX CHEBI:23517r4qX CHEBI:28929r5qX CHEBI:41345r6qX CHEBI:41615r7qX CHEBI:53013r8qX CHEBI:60875r9qeX kegg.compoundr:qXC05822r;qXmetanetx.chemicalrqXcpd03454r?quh0Nh1h2]r@qrAqRrBqjn`X C9H12N3O8PrCqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rDq}rEq(hX EX_3gmp_erFqhX3'-GMP exchangerGqh}rHqh}rIq(jC`X SBO:0000627rJqX bigg.reactionrKqX3gmprLqujG`h#jH`h#jI`h2]rMqrNqRrOqjM`}rPqjO`)rQq}rRq(hX3gmp_erSqhX"Guanosine 3 phosphate C10H12N5O8PrTqh}rUqh}rVq(Xbigg.metaboliterWqX3gmprXqXbiocycrYqX META:CPD-3708rZqXchebir[q]r\q(X CHEBI:24447r]qX CHEBI:28072r^qX CHEBI:39948r_qX CHEBI:42888r`qX CHEBI:5567raqX CHEBI:60732rbqeX kegg.compoundrcqXC06193rdqXmetanetx.chemicalreqXMNXM2183rfqX seed.compoundrgqXcpd03701rhquh0Nh1h2]riqrjqRrkqjn`X C10H12N5O8Prlqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rmq}rnq(hX EX_3hcinnm_eroqhX3-hydroxycinnamic acid exchangerpqh}rqqh}rrq(jC`X SBO:0000627rsqX bigg.reactionrtqX3hcinnmruqujG`h#jH`h#jI`h2]rvqrwqRrxqjM`}ryqjO`)rzq}r{q(hX 3hcinnm_er|qhX3-hydroxycinnamic acidr}qh}r~qh}rq(Xbigg.metaboliterqX3hcinnmrqXbiocycrqXMETA:CPD-10797rqXchebirq]rq(X CHEBI:32357rqX CHEBI:47925rqX CHEBI:47927rqX CHEBI:47928rqeXhmdbrqX HMDB62774rqX kegg.compoundrqXC12621rqXmetanetx.chemicalrqXMNXM1799rqX seed.compoundrqXcpd09252rquh0Nh1h2]rqrqRrqjn`XC9H7O3rqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rq(hX EX_3hpp_erqhX3-Hydroxypropanoate exchangerqh}rqh}rq(jC`X SBO:0000627rqX bigg.reactionrqX3hpprqujG`h#jH`h#jI`h2]rqrqRrqjM`}rqjO`)rq}rq(hX3hpp_erqhX3-Hydroxypropanoaterqh}rqh}rq(Xbigg.metaboliterqX3hpprqXbiocycrqXMETA:3-HYDROXY-PROPIONATErqXchebirq]rq(X CHEBI:11836rqX CHEBI:1553rqX CHEBI:16510rqX CHEBI:20071rqX CHEBI:20079rqX CHEBI:33404rqX CHEBI:40000rqeX kegg.compoundrqXC01013rqXmetanetx.chemicalrqXMNXM872rqX seed.compoundrqXcpd00745rquh0Nh1h2]rqrqRrqjn`XC3H5O3rqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rq(hX EX_3hpppn_erqhX'3-(3-hydroxy-phenyl)propionate exchangerqh}rqh}rq(jC`X SBO:0000627rqX bigg.reactionrqX3hpppnrqujG`h#jH`h#jI`h2]rqrqRrqjM`}rqjO`)rq}rq(hX3hpppn_erqhX3-(3-hydroxy-phenyl)propionaterqh}rqh}rq(Xbigg.metaboliterqX3hpppnrqXbiocycrqXMETA:3-HYDROXYPHENYL-PROPIONATErqXchebirq]rq(X CHEBI:1427rqX CHEBI:57277rqeXhmdbrqX HMDB00375rqX kegg.compoundrqXC11457rqXmetanetx.chemicalrqXMNXM1634rqX seed.compoundrqXcpd08304rquh0Nh1h2]rqrqRrqjn`XC9H9O3rqjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rq(hX EX_3ump_erqhX3'-UMP exchangerqh}rqh}rq(jC`X SBO:0000627rqX bigg.reactionrqX3umprqujG`h#jH`h#jI`h2]rqrqRrqjM`}rqjO`)rq}rq(hX3ump_erqhX3 UMP C9H11N2O9Prqh}rqh}rq(Xbigg.metaboliterqX3umprqXbiocycrqX META:CPD-3724rqXchebirq]rq(X CHEBI:1361rrX CHEBI:27229rrX CHEBI:28895rrX CHEBI:46259rrX CHEBI:556513rrX CHEBI:60784rreXhmdbrrX HMDB60282rrX kegg.compoundrrXC01368r rXmetanetx.chemicalr rXMNXM2184r rX seed.compoundr rXcpd00989r ruh0Nh1h2]rrrrRrrjn`X C9H11N2O9Prrjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rr}rr(hX EX_4abut_errhX4-Aminobutanoate exchangerrh}rrh}rr(jC`X SBO:0000627rrX bigg.reactionrrX4abutrrujG`h#jH`h#jI`h2]rrrrRrrjM`}rrjO`)rr}r r(hX4abut_er!rhX4-Aminobutanoater"rh}r#rh}r$r(Xbigg.metaboliter%rX4abutr&rXbiocycr'rXMETA:4-AMINO-BUTYRATEr(rXchebir)r]r*r(X CHEBI:11961r+rX CHEBI:16865r,rX CHEBI:1786r-rX CHEBI:193777r.rX CHEBI:20317r/rX CHEBI:20318r0rX CHEBI:30566r1rX CHEBI:40483r2rX CHEBI:59888r3reXhmdbr4rX HMDB00112r5rX kegg.compoundr6rXC00334r7rX kegg.drugr8rXD00058r9rX lipidmapsr:rX LMFA01100039r;rXmetanetx.chemicalrrXcpd00281r?ruh0Nh1h2]r@rrArRrBrjn`XC4H9NO2rCrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rDr}rEr(hX EX_4hoxpacd_erFrhX$4-Hydroxyphenylacetaldehyde exchangerGrh}rHrh}rIr(jC`X SBO:0000627rJrX bigg.reactionrKrX4hoxpacdrLrujG`h#jH`h#jI`h2]rMrrNrRrOrjM`}rPrjO`)rQr}rRr(hX 4hoxpacd_erSrhX4-HydroxyphenylacetaldehyderTrh}rUrh}rVr(Xbigg.metaboliterWrX4hoxpacdrXrXbiocycrYrXMETA:HYDRPHENYLAC-CPDrZrXchebir[r]r\r(X CHEBI:10899r]rX CHEBI:12012r^rX CHEBI:15621r_rX CHEBI:1872r`rX CHEBI:20417rareXhmdbrbrX HMDB03767rcrX kegg.compoundrdrXC03765rerXmetanetx.chemicalrfrXMNXM479rgrX seed.compoundrhrXcpd02361riruh0Nh1h2]rjrrkrRrlrjn`XC8H8O2rmrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rnr}ror(hX EX_5dglcn_erprhX5-Dehydro-D-gluconate exchangerqrh}rrrh}rsr(jC`X SBO:0000627rtrX bigg.reactionrurX5dglcnrvrujG`h#jH`h#jI`h2]rwrrxrRryrjM`}rzrjO`)r{r}r|r(hX5dglcn_er}rhX5-Dehydro-D-gluconater~rh}rrh}rr(Xbigg.metaboliterrX5dglcnrrXbiocycrrXMETA:5-DEHYDROGLUCONATErrXchebirr]rr(X CHEBI:12120rrX CHEBI:12121rrX CHEBI:17426rrX CHEBI:2051rrX CHEBI:20564rrX CHEBI:58143rreX kegg.compoundrrXC01062rrXmetanetx.chemicalrrXMNXM963rrX seed.compoundrrXcpd00781rruh0Nh1h2]rrrrRrrjn`XC6H9O7rrjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rr}rr(hX EX_5mtr_errhX5-Methylthio-D-ribose exchangerrh}rrh}rr(jC`X SBO:0000627rrX bigg.reactionrrX5mtrrrujG`h#jH`h#jI`h2]rrrrRrrjM`}rrjO`)rr}rr(hX5mtr_errhX5-Methylthio-D-riboserrh}rrh}rr(Xbigg.metaboliterrX5mtrrrXbiocycrrX META:CPD-560rrXchebirr]rr(X CHEBI:12148rrX CHEBI:16895rrX CHEBI:2101rrX CHEBI:22007rrX CHEBI:57941rrX CHEBI:78440rreX kegg.compoundrrXC03089rrXmetanetx.chemicalrrXMNXM1592rrX seed.compoundrrXcpd01981rruh0Nh1h2]rrrrRrrjn`XC6H12O4Srrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rr}rr(hX EX_LalaDglu_errhXL-alanine-D-glutamate exchangerrh}rrh}rr(jC`X SBO:0000627rrX bigg.reactionrrXLalaDglurrujG`h#jH`h#jI`h2]rrrrRrrjM`}rrjO`)rr}rr(hX LalaDglu_errhXL-alanine-D-glutamaterrh}rrh}rr(Xbigg.metaboliterrXLalaDglurrXbiocycrrXMETA:CPD0-2190rrXchebirr]rr(X CHEBI:61395rrX CHEBI:61566rreX kegg.compoundrrXC20957rrXmetanetx.chemicalrrXMNXM3630rrX seed.compoundrrXcpd15385rruh0Nh1h2]rrrrRrrjn`X C8H13N2O5rrjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rr}rr(hXEX_LalaDgluMdap_errhX<L-alanine-D-glutamate-meso-2,6-diaminoheptanedioate exchangerrh}rrh}rr(jC`X SBO:0000627rrX bigg.reactionrrX LalaDgluMdaprrujG`h#jH`h#jI`h2]rrrrRrrjM`}rrjO`)rr}rr(hXLalaDgluMdap_errhX3L-alanine-D-glutamate-meso-2,6-diaminoheptanedioaterrh}rrh}rr(Xbigg.metaboliterrX LalaDgluMdaprrXmetanetx.chemicalrrX MNXM90242rrX seed.compoundrrXcpd15386rruh0Nh1h2]rrrrRrsjn`X C15H25N4O8rsjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rs}rs(hXEX_LalaDgluMdapDala_ershXFL-alanine-D-glutamate-meso-2,6-diaminoheptanedioate-D-alanine exchangersh}rsh}rs(jC`X SBO:0000627rsX bigg.reactionr sXLalaDgluMdapDalar sujG`h#jH`h#jI`h2]r sr sRr sjM`}rsjO`)rs}rs(hXLalaDgluMdapDala_ershX=L-alanine-D-glutamate-meso-2,6-diaminoheptanedioate-D-alaninersh}rsh}rs(Xbigg.metabolitersXLalaDgluMdapDalarsXmetanetx.chemicalrsX MNXM59271rsX seed.compoundrsXcpd15387rsuh0Nh1h2]rsrsRrsjn`X C18H30N5O9rsjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rs}r s(hX EX_LalaLglu_er!shXL-alanine-L-glutamate exchanger"sh}r#sh}r$s(jC`X SBO:0000627r%sX bigg.reactionr&sXLalaLglur'sujG`h#jH`h#jI`h2]r(sr)sRr*sjM`}r+sjO`)r,s}r-s(hX LalaLglu_er.shXL-alanine-L-glutamater/sh}r0sh}r1s(Xbigg.metaboliter2sXLalaLglur3sXbiocycr4sXMETA:CPD0-1445r5sXchebir6s]r7s(X CHEBI:61396r8sX CHEBI:61565r9seX kegg.compoundr:sXC20958r;sXmetanetx.chemicalrsXcpd15388r?suh0Nh1h2]r@srAsRrBsjn`X C8H13N2O5rCsjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rDs}rEs(hXEX_ac_erFshXAcetate exchangerGsh}rHsh}rIs(jC`X SBO:0000627rJsX bigg.reactionrKsXacrLsujG`h#jH`h#jI`h2]rMsrNsRrOsjM`}rPsjO`)rQs}rRs(hXac_erSshXAcetaterTsh}rUsh}rVs(Xbigg.metaboliterWsXacrXsXbiocycrYsX META:ACETrZsXchebir[s]r\s(X CHEBI:13704r]sX CHEBI:15366r^sX CHEBI:22165r_sX CHEBI:22169r`sX CHEBI:2387rasX CHEBI:30089rbsX CHEBI:40480rcsX CHEBI:40486rdseXhmdbresX HMDB00042rfsX kegg.compoundrgsXC00033rhsX kegg.drugrisXD00010rjsX lipidmapsrksX LMFA01010002rlsXmetanetx.chemicalrmsXMNXM26rnsX seed.compoundrosXcpd00029rpsuh0Nh1h2]rqsrrsRrssjn`XC2H3O2rtsjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rus}rvs(hX EX_acac_erwshXAcetoacetate exchangerxsh}rysh}rzs(jC`X SBO:0000627r{sX bigg.reactionr|sXacacr}sujG`h#jH`h#jI`h2]r~srsRrsjM`}rsjO`)rs}rs(hXacac_ershX Acetoacetatersh}rsh}rs(Xbigg.metabolitersXacacrsXbiocycrsXMETA:3-KETOBUTYRATErsXchebirs]rs(X CHEBI:131367rsX CHEBI:13705rsX CHEBI:15344rsX CHEBI:22172rsX CHEBI:2391rsX CHEBI:38871rsX CHEBI:40507rseXhmdbrsX HMDB00060rsX kegg.compoundrsXC00164rsX lipidmapsrs]rs(X LMFA01030978rsX LMFA01060003rseXmetanetx.chemicalrsXMNXM154rsX seed.compoundrsXcpd00142rsuh0Nh1h2]rsrsRrsjn`XC4H5O3rsjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rs}rs(hX EX_acald_ershXAcetaldehyde exchangersh}rsh}rs(jC`X SBO:0000627rsX bigg.reactionrsXacaldrsujG`h#jH`h#jI`h2]rsrsRrsjM`}rsjO`)rs}rs(hXacald_ershX Acetaldehydersh}rsh}rs(Xbigg.metabolitersXacaldrsXbiocycrsX META:ACETALDrsXchebirs]rs(X CHEBI:13703rsX CHEBI:15343rsX CHEBI:22158rsX CHEBI:2383rsX CHEBI:40533rseXhmdbrsX HMDB00990rsX kegg.compoundrsXC00084rsXmetanetx.chemicalrsXMNXM75rsX seed.compoundrsXcpd00071rsuh0Nh1h2]rsrsRrsjn`XC2H4Orsjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rs}rs(hX EX_acgal_ershX!N-Acetyl-D-galactosamine exchangersh}rsh}rs(jC`X SBO:0000627rsX bigg.reactionrsXacgalrsujG`h#jH`h#jI`h2]rsrsRrsjM`}rsjO`)rs}rs(hXacgal_ershXN-Acetyl-D-galactosaminersh}rsh}rs(Xbigg.metabolitersXacgalrsXbiocycrsXMETA:N-acetyl-D-galactosaminersXchebirs]rs(X CHEBI:21502rsX CHEBI:21600rsX CHEBI:28037rsX CHEBI:28800rsX CHEBI:546804rsX CHEBI:7110rsX CHEBI:7201rseX kegg.compoundrsXC01132rsXmetanetx.chemicalrsXMNXM395rsX seed.compoundrs]rs(Xcpd00832rsXcpd27607rseuh0Nh1h2]rsrsRrsjn`XC8H15NO6rsjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rs}rs(hX EX_acgal1p_ershX-N-Acetyl-D-galactosamine 1-phosphate exchangersh}rsh}rt(jC`X SBO:0000627rtX bigg.reactionrtXacgal1prtujG`h#jH`h#jI`h2]rtrtRrtjM`}rtjO`)rt}r t(hX acgal1p_er thX$N-Acetyl-D-galactosamine 1-phosphater th}r th}r t(Xbigg.metabolitertXacgal1prtXbiocycrtX META:CPD-7246rtXchebirt]rt(X CHEBI:44313rtX CHEBI:55404rtX CHEBI:61970rteXhmdbrt]rt(X HMDB06480rtX HMDB59626rteX kegg.compoundrtXC18060rtXmetanetx.chemicalrtXMNXM2401rtX seed.compoundrt]r t(Xcpd15390r!tXcpd18043r"teuh0Nh1h2]r#tr$tRr%tjn`X C8H14NO9Pr&tjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r't}r(t(hX EX_acgam_er)thXN-Acetyl-D-glucosamine exchanger*th}r+th}r,t(jC`X SBO:0000627r-tX bigg.reactionr.tXacgamr/tujG`h#jH`h#jI`h2]r0tr1tRr2tjM`}r3tjO`)r4t}r5t(hXacgam_er6thXN-Acetyl-D-glucosaminer7th}r8th}r9t(Xbigg.metaboliter:tXacgamr;tXbiocycrt]r?t(X CHEBI:12455r@tX CHEBI:12563rAtX CHEBI:17411rBtX CHEBI:21517rCtX CHEBI:506227rDtX CHEBI:58134rEtX CHEBI:7123rFteXhmdbrGt]rHt(X HMDB00215rItX HMDB00533rJtX HMDB14288rKtX HMDB62641rLteX kegg.compoundrMtXC00140rNtXmetanetx.chemicalrOtXMNXM143rPtX seed.compoundrQt]rRt(Xcpd00122rStXcpd27608rTteuh0Nh1h2]rUtrVtRrWtjn`XC8H15NO6rXtjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rYt}rZt(hX EX_acgam1p_er[thX+N-Acetyl-D-glucosamine 1-phosphate exchanger\th}r]th}r^t(jC`X SBO:0000627r_tX bigg.reactionr`tXacgam1pratujG`h#jH`h#jI`h2]rbtrctRrdtjM`}retjO`)rft}rgt(hX acgam1p_erhthX"N-Acetyl-D-glucosamine 1-phosphaterith}rjth}rkt(Xbigg.metaboliterltXacgam1prmtXchebirntX CHEBI:7125rotX kegg.compoundrptXC04256rqtXmetanetx.chemicalrrtX MNXM91871rstX seed.compoundrttXcpd02611rutuh0Nh1h2]rvtrwtRrxtjn`X C8H14NO9Prytjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rzt}r{t(hX EX_acmana_er|thXN-Acetyl-D-mannosamine exchanger}th}r~th}rt(jC`X SBO:0000627rtX bigg.reactionrtXacmanartujG`h#jH`h#jI`h2]rtrtRrtjM`}rtjO`)rt}rt(hXacmana_erthXN-Acetyl-D-mannosaminerth}rth}rt(Xbigg.metabolitertXacmanartXbiocycrtXMETA:N-acetyl-D-mannosaminertXchebirt]rt(X CHEBI:12459rtX CHEBI:12573rtX CHEBI:17122rtX CHEBI:21538rtX CHEBI:58019rtX CHEBI:63153rtX CHEBI:7141rteXhmdbrtX HMDB62724rtX kegg.compoundrtXC00645rtXmetanetx.chemicalrtXMNXM2403rtX seed.compoundrtXcpd00492rtuh0Nh1h2]rtrtRrtjn`XC8H15NO6rtjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rt}rt(hX EX_acmum_erthXN-Acetylmuramate exchangerth}rth}rt(jC`X SBO:0000627rtX bigg.reactionrtXacmumrtujG`h#jH`h#jI`h2]rtrtRrtjM`}rtjO`)rt}rt(hXacmum_erthXN-Acetylmuramaterth}rth}rt(Xbigg.metabolitertXacmumrtXbiocycrtX META:NACMURrtXchebirt]rt(X CHEBI:21615rtX CHEBI:28881rtX CHEBI:47965rtX CHEBI:47978rtX CHEBI:7212rteXhmdbrtX HMDB60493rtX kegg.compoundrtXC02713rtXmetanetx.chemicalrtXMNXM2263rtX seed.compoundrtXcpd01757rtuh0Nh1h2]rtrtRrtjn`X C11H18NO8rtjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rt}rt(hX EX_acnam_erthXN-Acetylneuraminate exchangerth}rth}rt(jC`X SBO:0000627rtX bigg.reactionrtXacnamrtujG`h#jH`h#jI`h2]rtrtRrtjM`}rtjO`)rt}rt(hXacnam_erthXN-Acetylneuraminaterth}rth}rt(Xbigg.metabolitertXacnamrtXbiocycrtXMETA:N-ACETYLNEURAMINATErtXchebirt]rt(X CHEBI:12471rtX CHEBI:12579rtX CHEBI:17012rtX CHEBI:21617rtX CHEBI:21620rtX CHEBI:29087rtX CHEBI:33987rtX CHEBI:35418rtX CHEBI:7214rteXhmdbrt]rt(X HMDB00230rtX HMDB00800rteX kegg.compoundrtXC00270rtXmetanetx.chemicalrtXMNXM227rtX seed.compoundrt]rt(Xcpd00232rtXcpd27569rteuh0Nh1h2]rtrtRrujn`X C11H18NO9rujp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ru}ru(hX EX_acolipa_eruhXJ4-Amino-4-deoxy-L-arabinose modified core oligosaccharide lipid A exchangeruh}ruh}ru(jC`X SBO:0000627ruX bigg.reactionr uXacolipar uujG`h#jH`h#jI`h2]r ur uRr ujM`}rujO`)ru}ru(hX acolipa_eruhXA4-Amino-4-deoxy-L-arabinose modified core oligosaccharide lipid Aruh}ruh}ru(Xbigg.metaboliteruXacoliparuXbiocycruXMETA:CPD0-2293ruXmetanetx.chemicalruX MNXM37330ruX seed.compoundruXcpd15392ruuh0Nh1h2]ruruRrujn`XC181H314N3O103P4r ujp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r!u}r"u(hX EX_acser_er#uhXO-Acetyl-L-serine exchanger$uh}r%uh}r&u(jC`X SBO:0000627r'uX bigg.reactionr(uXacserr)uujG`h#jH`h#jI`h2]r*ur+uRr,ujM`}r-ujO`)r.u}r/u(hXacser_er0uhXO-Acetyl-L-seriner1uh}r2uh}r3u(Xbigg.metaboliter4uXacserr5uXbiocycr6uXMETA:ACETYLSERINEr7uXchebir8u]r9u(X CHEBI:12685r:uX CHEBI:12710r;uX CHEBI:12724ruX CHEBI:44568r?uX CHEBI:58340r@uX CHEBI:7668rAueXhmdbrBuX HMDB03011rCuX kegg.compoundrDuXC00979rEuXmetanetx.chemicalrFuXMNXM418rGuX seed.compoundrHuXcpd00722rIuuh0Nh1h2]rJurKuRrLujn`XC5H9NO4rMujp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rNu}rOu(hXEX_ade_erPuhXAdenine exchangerQuh}rRuh}rSu(jC`X SBO:0000627rTuX bigg.reactionrUuXaderVuujG`h#jH`h#jI`h2]rWurXuRrYujM`}rZujO`)r[u}r\u(hXade_er]uhXAdeniner^uh}r_uh}r`u(Xbigg.metaboliterauXaderbuXbiocycrcu]rdu(X META:ADENINEreuXMETA:ADENINE-RINGrfueXchebirgu]rhu(X CHEBI:13733riuX CHEBI:16708rjuX CHEBI:22236rkuX CHEBI:2470rluX CHEBI:40579rmueXhmdbrnuX HMDB00034rouX kegg.compoundrpuXC00147rquX kegg.drugrruXD00034rsuXmetanetx.chemicalrtuXMNXM168ruuX seed.compoundrvu]rwu(Xcpd00128rxuXcpd22238ryueuh0Nh1h2]rzur{uRr|ujn`XC5H5N5r}ujp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r~u}ru(hXEX_adn_eruhXAdenosine exchangeruh}ruh}ru(jC`X SBO:0000627ruX bigg.reactionruXadnruujG`h#jH`h#jI`h2]ruruRrujM`}rujO`)ru}ru(hXadn_eruhX Adenosineruh}ruh}ru(Xbigg.metaboliteruXadnruXbiocycruXMETA:ADENOSINEruXchebiru]ru(X CHEBI:13734ruX CHEBI:16335ruX CHEBI:22237ruX CHEBI:2472ruX CHEBI:40558ruX CHEBI:40825ruX CHEBI:40906ruX CHEBI:40911rueXhmdbru]ru(X HMDB00050ruX HMDB04401ruX HMDB04402ruX HMDB04421rueX kegg.compoundruXC00212ruX kegg.drugruXD00045ruXmetanetx.chemicalruXMNXM212ruX seed.compoundruXcpd00182ruuh0Nh1h2]ruruRrujn`X C10H13N5O4rujp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ru}ru(hX EX_adocbl_eruhXAdenosylcobalamin exchangeruh}ruh}ru(jC`X SBO:0000627ruX bigg.reactionruXadocblruujG`h#jH`h#jI`h2]ruruRrujM`}rujO`)ru}ru(hXadocbl_eruhXAdenosylcobalaminruh}ruh}ru(Xbigg.metaboliteruXadocblruXbiocycruXMETA:ADENOSYLCOBALAMINruXhmdbruX HMDB02086ruX kegg.compoundruXC00194ruX kegg.drugruXD00042ruXmetanetx.chemicalruX MNXM90703ruX seed.compoundruXcpd00166ruuh0Nh1h2]ruruRrujn`XC72H100CoN18O17Prujp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ru}ru(hXEX_ag_eruhXSilver exchangeruh}ruh}ru(jC`X SBO:0000627ruX bigg.reactionruXagruujG`h#jH`h#jI`h2]ruruRrujM`}rujO`)ru}ru(hXag_eruhXSilverruh}ruh}ru(Xbigg.metaboliteruXagruXchebiru]ru(X CHEBI:30051ruX CHEBI:49467ruX CHEBI:49468rueXhmdbruX HMDB02659ruX kegg.compoundruXC06710ruXmetanetx.chemicalruXMNXM5928ruX seed.compoundruXcpd04100ruuh0Nh1h2]ruruRrujn`XAgrujp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ru}ru(hXEX_agm_eruhXAgmatine exchangeruh}rvh}rv(jC`X SBO:0000627rvX bigg.reactionrvXagmrvujG`h#jH`h#jI`h2]rvrvRrvjM`}rvjO`)r v}r v(hXagm_er vhXAgmatiner vh}r vh}rv(Xbigg.metabolitervXagmrvXbiocycrvXMETA:AGMATHINErvXchebirv]rv(X CHEBI:13747rvX CHEBI:17431rvX CHEBI:18576rvX CHEBI:2514rvX CHEBI:40556rvX CHEBI:58145rveXhmdbrv]rv(X HMDB01432rvX HMDB60259rveX kegg.compoundrvXC00179r vXmetanetx.chemicalr!vXMNXM328r"vX seed.compoundr#vXcpd00152r$vuh0Nh1h2]r%vr&vRr'vjn`XC5H16N4r(vjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r)v}r*v(hXEX_akg_er+vhX2-Oxoglutarate exchanger,vh}r-vh}r.v(jC`X SBO:0000627r/vX bigg.reactionr0vXakgr1vujG`h#jH`h#jI`h2]r2vr3vRr4vjM`}r5vjO`)r6v}r7v(hXakg_er8vhX2-Oxoglutarater9vh}r:vh}r;v(Xbigg.metaboliterv]r?v(XMETA:2-KETOGLUTARATEr@vXMETA:CPD-16852rAveXchebirBv]rCv(X CHEBI:11638rDvX CHEBI:1253rEvX CHEBI:16810rFvX CHEBI:19748rGvX CHEBI:19749rHvX CHEBI:30915rIvX CHEBI:30916rJvX CHEBI:40661rKveXhmdbrLvX HMDB62781rMvX kegg.compoundrNvXC00026rOvXmetanetx.chemicalrPvXMNXM20rQvX seed.compoundrRvXcpd00024rSvuh0Nh1h2]rTvrUvRrVvjn`XC5H4O5rWvjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rXv}rYv(hX EX_ala_B_erZvhXBeta-Alanine exchanger[vh}r\vh}r]v(jC`X SBO:0000627r^vX bigg.reactionr_vXala_Br`vujG`h#jH`h#jI`h2]ravrbvRrcvjM`}rdvjO`)rev}rfv(hXala_B_ergvhX Beta-Alaninerhvh}rivh}rjv(Xbigg.metaboliterkvXala_BrlvXbiocycrmvXMETA:B-ALANINErnvXchebirov]rpv(X CHEBI:10343rqvX CHEBI:12389rrvX CHEBI:16958rsvX CHEBI:22821rtvX CHEBI:41050ruvX CHEBI:57966rvvX CHEBI:63070rwveXhmdbrxvX HMDB00056ryvX kegg.compoundrzvXC00099r{vX kegg.drugr|vXD07561r}vXmetanetx.chemicalr~vXMNXM144rvX seed.compoundrvXcpd00085rvuh0Nh1h2]rvrvRrvjn`XC3H7NO2rvjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rv}rv(hX EX_ala__D_ervhXD-Alanine exchangervh}rvh}rv(jC`X SBO:0000627rvX bigg.reactionrvXala__DrvujG`h#jH`h#jI`h2]rvrvRrvjM`}rvjO`)rv}rv(hXala__D_ervhX D-Alaninervh}rvh}rv(Xbigg.metabolitervXala__DrvXbiocycrvXMETA:D-ALANINErvXchebirv]rv(X CHEBI:10840rvX CHEBI:12899rvX CHEBI:15570rvX CHEBI:20893rvX CHEBI:32435rvX CHEBI:32436rvX CHEBI:4087rvX CHEBI:41756rvX CHEBI:41798rvX CHEBI:41848rvX CHEBI:41877rvX CHEBI:57416rveXhmdbrvX HMDB01310rvX kegg.compoundrvXC00133rvXmetanetx.chemicalrvXMNXM156rvX seed.compoundrvXcpd00117rvuh0Nh1h2]rvrvRrvjn`XC3H7NO2rvjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rv}rv(hX EX_ala__L_ervhXL-Alanine exchangervh}rvh}rv(jC`X SBO:0000627rvX bigg.reactionrvXala__LrvujG`h#jH`h#jI`h2]rvrvRrvjM`}rvjO`)rv}rv(hXala__L_ervhX L-Alaninervh}rvh}rv(Xbigg.metabolitervXala__LrvXbiocycrvXMETA:L-ALPHA-ALANINErvXchebirv]rv(X CHEBI:13069rvX CHEBI:132498rvX CHEBI:13748rvX CHEBI:16449rvX CHEBI:16977rvX CHEBI:21216rvX CHEBI:22277rvX CHEBI:2539rvX CHEBI:32431rvX CHEBI:32432rvX CHEBI:32439rvX CHEBI:32440rvX CHEBI:40734rvX CHEBI:40735rvX CHEBI:46308rvX CHEBI:57972rvX CHEBI:6171rvX CHEBI:66916rvX CHEBI:76050rveXhmdbrv]rv(X HMDB00161rvX HMDB62251rveX kegg.compoundrv]rv(XC00041rvXC01401rveX kegg.drugrvXD00012rvXmetanetx.chemicalrvXMNXM32rvX seed.compoundrv]rv(Xcpd00035rvXcpd01003rveuh0Nh1h2]rvrvRrvjn`XC3H7NO2rvjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rv}rv(hX EX_alaala_ervhXD-Alanyl-D-alanine exchangervh}rvh}rv(jC`X SBO:0000627rvX bigg.reactionrvXalaalarvujG`h#jH`h#jI`h2]rwrwRrwjM`}rwjO`)rw}rw(hXalaala_erwhXD-Alanyl-D-alaninerwh}rwh}r w(Xbigg.metaboliter wXalaalar wXbiocycr wXMETA:D-ALA-D-ALAr wXchebirw]rw(X CHEBI:12900rwX CHEBI:13749rwX CHEBI:16576rwX CHEBI:20894rwX CHEBI:4088rwX CHEBI:57822rweXhmdbrw]rw(X HMDB03459rwX HMDB28680rweX kegg.compoundrwXC00993rwXmetanetx.chemicalrwXMNXM669rwX seed.compoundrwXcpd00731rwuh0Nh1h2]r wr!wRr"wjn`X C6H12N2O3r#wjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r$w}r%w(hX EX_all__D_er&whXD-Allose exchanger'wh}r(wh}r)w(jC`X SBO:0000627r*wX bigg.reactionr+wXall__Dr,wujG`h#jH`h#jI`h2]r-wr.wRr/wjM`}r0wjO`)r1w}r2w(hXall__D_er3whXD-Alloser4wh}r5wh}r6w(Xbigg.metaboliter7wXall__Dr8wXbiocycr9w]r:w(X META:ALLOSEr;wXMETA:D-AllopyranoserwX kegg.compoundr?wXC01487r@wXmetanetx.chemicalrAwXMNXM1919rBwX seed.compoundrCwXcpd01055rDwuh0Nh1h2]rEwrFwRrGwjn`XC6H12O6rHwjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rIw}rJw(hX EX_alltn_erKwhXAllantoin exchangerLwh}rMwh}rNw(jC`X SBO:0000627rOwX bigg.reactionrPwXalltnrQwujG`h#jH`h#jI`h2]rRwrSwRrTwjM`}rUwjO`)rVw}rWw(hXalltn_erXwhX AllantoinrYwh}rZwh}r[w(Xbigg.metaboliter\wXalltnr]wXbiocycr^wXMETA:ALLANTOINr_wXchebir`w]raw(X CHEBI:13761rbwX CHEBI:15676rcwX CHEBI:22354rdwX CHEBI:2594rewX CHEBI:74345rfweXhmdbrgwX HMDB00462rhwX kegg.compoundriwXC01551rjwX kegg.drugrkwXD00121rlwXmetanetx.chemicalrmwXMNXM612rnwX seed.compoundrowXcpd01092rpwuh0Nh1h2]rqwrrwRrswjn`XC4H6N4O3rtwjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ruw}rvw(hXEX_amp_erwwhX AMP exchangerxwh}rywh}rzw(jC`X SBO:0000627r{wX bigg.reactionr|wXampr}wujG`h#jH`h#jI`h2]r~wrwRrwjM`}rwjO`)rw}rw(hXamp_erwhXAMP C10H12N5O7Prwh}rwh}rw(Xbigg.metaboliterwXamprwXbiocycrw]rw(XMETA:AMPrwXMETA:AMP-GROUPrweXchebirw]rw(X CHEBI:12056rwX CHEBI:13234rwX CHEBI:13235rwX CHEBI:13736rwX CHEBI:13740rwX CHEBI:16027rwX CHEBI:22242rwX CHEBI:22245rwX CHEBI:2356rwX CHEBI:40510rwX CHEBI:40721rwX CHEBI:40726rwX CHEBI:40786rwX CHEBI:40826rwX CHEBI:456215rwX CHEBI:47222rweX kegg.compoundrwXC00020rwX kegg.drugrwXD02769rwXmetanetx.chemicalrwXMNXM14rwX seed.compoundrw]rw(Xcpd00018rwXcpd22272rweuh0Nh1h2]rwrwRrwjn`X C10H12N5O7Prwjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rw}rw(hX EX_anhgm_erwhX>N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramic acid exchangerwh}rwh}rw(jC`X SBO:0000627rwX bigg.reactionrwXanhgmrwujG`h#jH`h#jI`h2]rwrwRrwjM`}rwjO`)rw}rw(hXanhgm_erwhX5N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramic acidrwh}rwh}rw(Xbigg.metaboliterwXanhgmrwXmetanetx.chemicalrwXMNXM3060rwX seed.compoundrwXcpd15396rwuh0Nh1h2]rwrwRrwjn`X C19H29N2O12rwjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rw}rw(hX EX_arab__L_erwhXL-Arabinose exchangerwh}rwh}rw(jC`X SBO:0000627rwX bigg.reactionrwXarab__LrwujG`h#jH`h#jI`h2]rwrwRrwjM`}rwjO`)rw}rw(hX arab__L_erwhX L-Arabinoserwh}rwh}rw(Xbigg.metaboliterwXarab__LrwXbiocycrw]rw(XMETA:CPD-15699rwXMETA:L-ARABINOSErweXchebirwX CHEBI:6182rwX kegg.compoundrwXC11476rwXmetanetx.chemicalrwX MNXM91126rwX seed.compoundrw]rw(Xcpd19109rwXcpd27351rweuh0Nh1h2]rwrwRrwjn`XC5H10O5rwjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rw}rw(hX EX_arbt_erwhXArbutin exchangerwh}rwh}rw(jC`X SBO:0000627rwX bigg.reactionrwXarbtrwujG`h#jH`h#jI`h2]rwrwRrwjM`}rwjO`)rw}rx(hXarbt_erxhXArbutin C12H16O7rxh}rxh}rx(Xbigg.metaboliterxXarbtrxXbiocycrxX*META:HYDROQUINONE-O-BETA-D-GLUCOPYRANOSIDErxXchebir x]r x(X CHEBI:14417r xX CHEBI:18305r xX CHEBI:2806r xeXhmdbrxX HMDB29943rxX kegg.compoundrxXC06186rxXmetanetx.chemicalrxXMNXM2683rxX seed.compoundrxXcpd03696rxuh0Nh1h2]rxrxRrxjn`XC12H16O7rxjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rx}rx(hX EX_arbtn_erxhXAerobactin minus Fe3 exchangerxh}rxh}rx(jC`X SBO:0000627r xX bigg.reactionr!xXarbtnr"xujG`h#jH`h#jI`h2]r#xr$xRr%xjM`}r&xjO`)r'x}r(x(hXarbtn_er)xhXAerobactin minus Fe3r*xh}r+xh}r,x(Xbigg.metaboliter-xXarbtnr.xXmetanetx.chemicalr/xX MNXM96506r0xX seed.compoundr1xXcpd15411r2xuh0Nh1h2]r3xr4xRr5xjn`X C22H33N4O13r6xjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r7x}r8x(hXEX_arbtn_fe3_er9xhXAerobactin exchanger:xh}r;xh}rxX arbtn_fe3r?xujG`h#jH`h#jI`h2]r@xrAxRrBxjM`}rCxjO`)rDx}rEx(hX arbtn_fe3_erFxhX AerobactinrGxh}rHxh}rIx(Xbigg.metaboliterJxX arbtn_fe3rKxXbiocycrLx]rMx(XMETA:AEROBACTINrNxXMETA:CPD0-2234rOxeXchebirPx]rQx(X CHEBI:13745rRxX CHEBI:18157rSxX CHEBI:2499rTxX CHEBI:58396rUxeXhmdbrVxX HMDB04051rWxX kegg.compoundrXxXC05554rYxXmetanetx.chemicalrZxXMNXM1464r[xX seed.compoundr\x]r]x(Xcpd03294r^xXcpd26452r_xeuh0Nh1h2]r`xraxRrbxjn`X C22H33FeN4O13rcxjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rdx}rex(hX EX_arg__L_erfxhXL-Arginine exchangergxh}rhxh}rix(jC`X SBO:0000627rjxX bigg.reactionrkxXarg__LrlxujG`h#jH`h#jI`h2]rmxrnxRroxjM`}rpxjO`)rqx}rrx(hXarg__L_ersxhX L-Argininertxh}ruxh}rvx(Xbigg.metaboliterwxXarg__LrxxXbiocycryxXMETA:ARGrzxXchebir{x]r|x(X CHEBI:13077r}xX CHEBI:133495r~xX CHEBI:16467rxX CHEBI:21235rxX CHEBI:22616rxX CHEBI:2643rxX CHEBI:29016rxX CHEBI:32681rxX CHEBI:32682rxX CHEBI:32683rxX CHEBI:32695rxX CHEBI:32696rxX CHEBI:32697rxX CHEBI:42927rxX CHEBI:6185rxeXhmdbrx]rx(X HMDB00517rxX HMDB62762rxeX kegg.compoundrx]rx(XC00062rxXC02385rxeX kegg.drugrxXD02982rxXmetanetx.chemicalrxXMNXM70rxX seed.compoundrx]rx(Xcpd00051rxXcpd19021rxeuh0Nh1h2]rxrxRrxjn`X C6H15N4O2rxjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rx}rx(hX EX_ascb__L_erxhXL-Ascorbate exchangerxh}rxh}rx(jC`X SBO:0000627rxX bigg.reactionrxXascb__LrxujG`h#jH`h#jI`h2]rxrxRrxjM`}rxjO`)rx}rx(hX ascb__L_erxhX L-Ascorbaterxh}rxh}rx(Xbigg.metaboliterxXascb__LrxXbiocycrxXMETA:ASCORBATErxXchebirx]rx(X CHEBI:13082rxX CHEBI:13861rxX CHEBI:17208rxX CHEBI:21240rxX CHEBI:2868rxX CHEBI:29073rxX CHEBI:38290rxX CHEBI:40892rxX CHEBI:43473rxeXhmdbrx]rx(X HMDB00044rxX HMDB14273rxX HMDB29945rxeX kegg.compoundrx]rx(XC00072rxXC20364rxeX kegg.drugrxXD00018rxXmetanetx.chemicalrxX MNXM89592rxX seed.compoundrxXcpd00059rxuh0Nh1h2]rxrxRrxjn`XC6H8O6rxjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rx}rx(hX EX_asn__L_erxhXL-Asparagine exchangerxh}rxh}rx(jC`X SBO:0000627rxX bigg.reactionrxXasn__LrxujG`h#jH`h#jI`h2]rxrxRrxjM`}rxjO`)rx}rx(hXasn__L_erxhX L-Asparaginerxh}rxh}rx(Xbigg.metaboliterxXasn__LrxXbiocycrxXMETA:ASNrxXchebirx]rx(X CHEBI:13083rxX CHEBI:17196rxX CHEBI:21242rxX CHEBI:22653rxX CHEBI:32650rxX CHEBI:32651rxX CHEBI:32660rxX CHEBI:32661rxX CHEBI:40902rxX CHEBI:58048rxX CHEBI:6191rxeXhmdbrxX HMDB00168rxX kegg.compoundrx]rx(XC00152rxXC16438rxeXmetanetx.chemicalrxXMNXM147ryX seed.compoundry]ry(Xcpd00132ryXcpd15142ryeuh0Nh1h2]ryryRryjn`XC4H8N2O3ryjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r y}r y(hX EX_aso3_er yhXArsenite exchanger yh}r yh}ry(jC`X SBO:0000627ryX bigg.reactionryXaso3ryujG`h#jH`h#jI`h2]ryryRryjM`}ryjO`)ry}ry(hXaso3_eryhXArseniteryh}ryh}ry(Xbigg.metaboliteryXaso3ryXbiocycry]ry(X META:CPD-763r yXMETA:CPD0-2040r!yeXchebir"y]r#y(X CHEBI:13857r$yX CHEBI:22635r%yX CHEBI:2846r&yX CHEBI:29242r'yX CHEBI:29243r(yX CHEBI:29866r)yX CHEBI:49899r*yX CHEBI:49900r+yeXhmdbr,yX HMDB11620r-yX kegg.compoundr.yXC06697r/yXmetanetx.chemicalr0yXMNXM658r1yX seed.compoundr2y]r3y(Xcpd04098r4yXcpd26385r5yeuh0Nh1h2]r6yr7yRr8yjn`XAsO3r9yjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r:y}r;y(hX EX_asp__L_eryh}r?y(jC`X SBO:0000627r@yX bigg.reactionrAyXasp__LrByujG`h#jH`h#jI`h2]rCyrDyRrEyjM`}rFyjO`)rGy}rHy(hXasp__L_erIyhX L-AspartaterJyh}rKyh}rLy(Xbigg.metaboliterMyXasp__LrNyXbiocycrOyXMETA:L-ASPARTATErPyXchebirQy]rRy(X CHEBI:13085rSyX CHEBI:132943rTyX CHEBI:17053rUyX CHEBI:21244rVyX CHEBI:21247rWyX CHEBI:22659rXyX CHEBI:22660rYyX CHEBI:29991rZyX CHEBI:29992r[yX CHEBI:29993r\yX CHEBI:29995r]yX CHEBI:35391r^yX CHEBI:40853r_yX CHEBI:40900r`yX CHEBI:40913rayX CHEBI:40942rbyX CHEBI:6193rcyeXhmdbrdy]rey(X HMDB00191rfyX HMDB62186rgyX HMDB62501rhyeX kegg.compoundriy]rjy(XC00049rkyXC16433rlyeX kegg.drugrmyXD00013rnyXmetanetx.chemicalroyXMNXM42rpyX seed.compoundrqy]rry(Xcpd00041rsyXcpd19181rtyeuh0Nh1h2]ruyrvyRrwyjn`XC4H6NO4rxyjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ryy}rzy(hXEX_btn_er{yhXBiotin exchanger|yh}r}yh}r~y(jC`X SBO:0000627ryX bigg.reactionryXbtnryujG`h#jH`h#jI`h2]ryryRryjM`}ryjO`)ry}ry(hXbtn_eryhXBiotinryh}ryh}ry(Xbigg.metaboliteryXbtnryXbiocycryX META:BIOTINryXchebiry]ry(X CHEBI:13905ryX CHEBI:15956ryX CHEBI:22882ryX CHEBI:22884ryX CHEBI:3108ryX CHEBI:41236ryX CHEBI:57586ryeXhmdbryX HMDB00030ryX kegg.compoundryXC00120ryX kegg.drugryXD00029ryXmetanetx.chemicalryXMNXM304ryX seed.compoundryXcpd00104ryuh0Nh1h2]ryryRryjn`X C10H15N2O3Sryjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ry}ry(hXEX_but_eryhXButyrate (n-C4:0) exchangeryh}ryh}ry(jC`X SBO:0000627ryX bigg.reactionryXbutryujG`h#jH`h#jI`h2]ryryRryjM`}ryjO`)ry}ry(hXbut_eryhXButyrate (n-C4:0)ryh}ryh}ry(Xbigg.metaboliteryXbutryXmetanetx.chemicalryX MNXM162281ryuh0Nh1h2]ryryRryjn`XC4H7O2ryjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ry}ry(hX EX_butso3_eryhXButanesulfonate exchangeryh}ryh}ry(jC`X SBO:0000627ryX bigg.reactionryXbutso3ryujG`h#jH`h#jI`h2]ryryRryjM`}ryjO`)ry}ry(hXbutso3_eryhXButanesulfonateryh}ryh}ry(Xbigg.metaboliteryXbutso3ryXmetanetx.chemicalryXMNXM7138ryX seed.compoundryXcpd11596ryuh0Nh1h2]ryryRryjn`XC4H9O3Sryjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ry}ry(hXEX_ca2_eryhXCalcium exchangeryh}ryh}ry(jC`X SBO:0000627ryX bigg.reactionryXca2ryujG`h#jH`h#jI`h2]ryryRryjM`}ryjO`)ry}ry(hXca2_eryhXCalciumryh}ryh}ry(Xbigg.metaboliteryXca2ryXchebiry]ry(X CHEBI:22988ryX CHEBI:29108ryX CHEBI:3308ryX CHEBI:39123ryX CHEBI:48760ryeXhmdbryX HMDB00464ryX kegg.compoundry]ry(XC00076ryXC08130rzXC12277rzXC13140rzXC13189rzXC17392rzXC18381rzeX kegg.drugrz]rz(XD01083rzXD01679r zXD01723r zeXmetanetx.chemicalr zXMNXM128r zX seed.compoundr z]rz(Xcpd00063rzXcpd29674rzeuh0Nh1h2]rzrzRrzjn`XCarzjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)rz}rz(hXEX_cbi_erzhXCobinamide exchangerzh}rzh}rz(jC`X SBO:0000627rzX bigg.reactionrzXcbirzujG`h#jH`h#jI`h2]rzrzRr zjM`}r!zjO`)r"z}r#z(hXcbi_er$zhX Cobinamider%zh}r&zh}r'z(Xbigg.metaboliter(zXcbir)zXbiocycr*zXMETA:COBINAMIDEr+zXchebir,zX CHEBI:48529r-zXmetanetx.chemicalr.zXMNXM1549r/zuh0Nh1h2]r0zr1zRr2zjn`X C48H72CoN11O8r3zjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r4z}r5z(hX EX_cbl1_er6zhXCob(I)alamin exchanger7zh}r8zh}r9z(jC`X SBO:0000627r:zX bigg.reactionr;zXcbl1rzRr?zjM`}r@zjO`)rAz}rBz(hXcbl1_erCzhX Cob(I)alaminrDzh}rEzh}rFz(Xbigg.metaboliterGzXcbl1rHzXbiocycrIzXMETA:COB-I-ALAMINrJzXchebirKz]rLz(X CHEBI:14004rMzX CHEBI:15982rNzX CHEBI:23328rOzX CHEBI:3784rPzX CHEBI:60488rQzeXhmdbrRz]rSz(X HMDB03429rTzX HMDB06470rUzeX kegg.compoundrVzXC00853rWzXmetanetx.chemicalrXzX MNXM91519rYzuh0Nh1h2]rZzr[zRr\zjn`XC62H88CoN13O14Pr]zjp`j*djr`Jjs`GubGsh0Njt`GzG{ju`G@@ubj<`)r^z}r_z(hXEX_cd2_er`zhXCadmium exchangerazh}rbzh}rcz(jC`X SBO:0000627rdzX bigg.reactionrezXcd2rfzujG`h#jH`h#jI`h2]rgzrhzRrizjM`}rjzjO`)rkz}rlz(hXcd2_ermzhXCadmiumrnzh}rozh}rpz(Xbigg.metaboliterqzXcd2rrzXbiocycrszXMETA:CPD0-1355rtzXchebiruz]rvz(X CHEBI:3290rwzX CHEBI:48773rxzX CHEBI:48775ryzeXhmdbrzzX HMDB03638r{zX kegg.compoundr|zXC15233r}zXmetanetx.chemicalr~zXMNXM4505rzX seed.compoundrzXcpd10924rzuh0Nh1h2]rzrzRrzjn`XCdrzjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rz}rz(hX EX_cgly_erzhXCys-Gly exchangerzh}rzh}rz(jC`X SBO:0000627rzX bigg.reactionrzXcglyrzujG`h#jH`h#jI`h2]rzrzRrzjM`}rzjO`)rz}rz(hXcgly_erzhXCys Gly C5H10N2O3Srzh}rzh}rz(Xbigg.metaboliterzXcglyrzXbiocycrzX META:CYS-GLYrzXchebirz]rz(X CHEBI:4047rzX CHEBI:61694rzeXhmdbrz]rz(X HMDB00078rzX HMDB28775rzeX kegg.compoundrzXC01419rzXmetanetx.chemicalrzXMNXM683rzX seed.compoundrzXcpd01017rzuh0Nh1h2]rzrzRrzjn`X C5H10N2O3Srzjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rz}rz(hX EX_chol_erzhXCholine exchangerzh}rzh}rz(jC`X SBO:0000627rzX bigg.reactionrzXcholrzujG`h#jH`h#jI`h2]rzrzRrzjM`}rzjO`)rz}rz(hXchol_erzhXCholine C5H14NOrzh}rzh}rz(Xbigg.metaboliterzXcholrzXbiocycrzX META:CHOLINErzXchebirz]rz(X CHEBI:13985rzX CHEBI:15354rzX CHEBI:23212rzX CHEBI:3665rzX CHEBI:41524rzX CHEBI:72322rzeXhmdbrzX HMDB00097rzX kegg.compoundrzXC00114rzX kegg.drugrz]rz(XD07690rzXD10498rzeXmetanetx.chemicalrzXMNXM90rzX seed.compoundrzXcpd00098rzuh0Nh1h2]rzrzRrzjn`XC5H14NOrzjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rz}rz(hX EX_chtbs_erzhXChitobiose exchangerzh}rzh}rz(jC`X SBO:0000627rzX bigg.reactionrzXchtbsrzujG`h#jH`h#jI`h2]rzrzRrzjM`}rzjO`)rz}rz(hXchtbs_erzhXN,N'-diacetylchitobioserzh}rzh}rz(Xbigg.metaboliterzXchtbsrzXbiocycrzXMETA:CHITOBIOSErzXchebirz]rz(X CHEBI:28681rzX CHEBI:3597rzX CHEBI:701011rzeXhmdbrzX HMDB62702rzX kegg.compoundrzXC01674rzX kegg.glycanrzXG10336rzXmetanetx.chemicalr{XMNXM1680r{X seed.compoundr{Xcpd01157r{uh0Nh1h2]r{r{Rr{jn`X C16H28N2O11r{jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r{}r {(hXEX_cit_er {hXCitrate exchanger {h}r {h}r {(jC`X SBO:0000627r{X bigg.reactionr{Xcitr{ujG`h#jH`h#jI`h2]r{r{Rr{jM`}r{jO`)r{}r{(hXcit_er{hXCitrater{h}r{h}r{(Xbigg.metaboliter{Xcitr{Xbiocycr{XMETA:CITr{Xchebir{]r {(X CHEBI:132362r!{X CHEBI:133748r"{X CHEBI:13999r#{X CHEBI:16947r${X CHEBI:23321r%{X CHEBI:23322r&{X CHEBI:30769r'{X CHEBI:35802r({X CHEBI:35804r){X CHEBI:35806r*{X CHEBI:35808r+{X CHEBI:35809r,{X CHEBI:35810r-{X CHEBI:3727r.{X CHEBI:41523r/{X CHEBI:42563r0{X CHEBI:76049r1{X CHEBI:79399r2{eXhmdbr3{X HMDB00094r4{X kegg.compoundr5{]r6{(XC00158r7{XC13660r8{eX kegg.drugr9{XD00037r:{Xmetanetx.chemicalr;{XMNXM131r<{X seed.compoundr={Xcpd00137r>{uh0Nh1h2]r?{r@{RrA{jn`XC6H5O7rB{jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rC{}rD{(hXEX_cl_erE{hXChloride exchangerF{h}rG{h}rH{(jC`X SBO:0000627rI{X bigg.reactionrJ{XclrK{ujG`h#jH`h#jI`h2]rL{rM{RrN{jM`}rO{jO`)rP{}rQ{(hXcl_erR{hXChloriderS{h}rT{h}rU{(Xbigg.metaboliterV{XclrW{XbiocycrX{]rY{(XMETA:CL-rZ{XMETA:HCLr[{eXchebir\{]r]{(X CHEBI:13291r^{X CHEBI:13364r_{X CHEBI:13970r`{X CHEBI:17883ra{X CHEBI:17996rb{X CHEBI:24635rc{X CHEBI:3616rd{X CHEBI:3731re{X CHEBI:48804rf{X CHEBI:50315rg{X CHEBI:5590rh{eXhmdbri{]rj{(X HMDB00492rk{X HMDB02073rl{X HMDB02162rm{X HMDB02306rn{eX kegg.compoundro{]rp{(XC00698rq{XC01327rr{eX kegg.drugrs{XD02057rt{Xmetanetx.chemicalru{XMNXM43rv{X seed.compoundrw{Xcpd00099rx{uh0Nh1h2]ry{rz{Rr{{jn`XClr|{jp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)r}{}r~{(hXEX_cm_er{hXChloramphenicol exchanger{h}r{h}r{(jC`X SBO:0000627r{X bigg.reactionr{Xcmr{ujG`h#jH`h#jI`h2]r{r{Rr{jM`}r{jO`)r{}r{(hXcm_er{hXChloramphenicolr{h}r{h}r{(Xbigg.metaboliter{Xcmr{Xbiocycr{XMETA:CHLORAMPHENICOLr{Xchebir{]r{(X CHEBI:13965r{X CHEBI:17698r{X CHEBI:23106r{X CHEBI:23108r{X CHEBI:3603r{X CHEBI:47327r{X CHEBI:94390r{eXhmdbr{X HMDB14589r{X kegg.compoundr{XC00918r{X kegg.drugr{XD00104r{Xmetanetx.chemicalr{XMNXM4519r{X seed.compoundr{Xcpd00680r{uh0Nh1h2]r{r{Rr{jn`X C11H12Cl2N2O5r{jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r{}r{(hXEX_cmp_er{hX CMP exchanger{h}r{h}r{(jC`X SBO:0000627r{X bigg.reactionr{Xcmpr{ujG`h#jH`h#jI`h2]r{r{Rr{jM`}r{jO`)r{}r{(hXcmp_er{hXCMP C9H12N3O8Pr{h}r{h}r{(Xbigg.metaboliter{Xcmpr{Xbiocycr{XMETA:CMPr{Xchebir{]r{(X CHEBI:13274r{X CHEBI:17361r{X CHEBI:23520r{X CHEBI:3275r{X CHEBI:41312r{X CHEBI:41319r{X CHEBI:41666r{X CHEBI:41691r{X CHEBI:47362r{X CHEBI:48799r{X CHEBI:58120r{X CHEBI:60377r{eX kegg.compoundr{XC00055r{X kegg.glycanr{XG10621r{Xmetanetx.chemicalr{XMNXM31r{X seed.compoundr{Xcpd00046r{uh0Nh1h2]r{r{Rr{jn`X C9H12N3O8Pr{jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r{}r{(hXEX_co2_er{hX CO2 exchanger{h}r{h}r{(jC`X SBO:0000627r{X bigg.reactionr{Xco2r{ujG`h#jH`h#jI`h2]r{r{Rr{jM`}r{jO`)r{}r{(hXco2_er{hXCO2 CO2r{h}r{h}r{(Xbigg.metaboliter{Xco2r{Xbiocycr{XMETA:CARBON-DIOXIDEr{Xchebir{]r{(X CHEBI:13282r{X CHEBI:13283r{X CHEBI:13284r{X CHEBI:13285r{X CHEBI:16526r{X CHEBI:23011r{X CHEBI:3283r{X CHEBI:48829r{eXhmdbr{X HMDB01967r{X kegg.compoundr{XC00011r|X kegg.drugr|XD00004r|Xmetanetx.chemicalr|XMNXM13r|X seed.compoundr|Xcpd00011r|uh0Nh1h2]r|r|Rr |jn`XCO2r |jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r |}r |(hX EX_cobalt2_er |hX Co2+ exchanger|h}r|h}r|(jC`X SBO:0000627r|X bigg.reactionr|Xcobalt2r|ujG`h#jH`h#jI`h2]r|r|Rr|jM`}r|jO`)r|}r|(hX cobalt2_er|hXCo2+r|h}r|h}r|(Xbigg.metaboliter|Xcobalt2r|Xchebir |]r!|(X CHEBI:23337r"|X CHEBI:48827r#|X CHEBI:48828r$|eXhmdbr%|X HMDB00608r&|X kegg.compoundr'|XC00175r(|Xmetanetx.chemicalr)|X MNXM90960r*|X seed.compoundr+|Xcpd00149r,|uh0Nh1h2]r-|r.|Rr/|jn`XCor0|jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r1|}r2|(hX EX_colipa_er3|hX%Core oligosaccharide lipid A exchanger4|h}r5|h}r6|(jC`X SBO:0000627r7|X bigg.reactionr8|Xcolipar9|ujG`h#jH`h#jI`h2]r:|r;|Rr<|jM`}r=|jdGsh0Njt`Gju`G@@ubj<`)r>|}r?|(hX EX_colipap_er@|hX1Core oligosaccharide lipid A diphosphate exchangerA|h}rB|h}rC|(jC`X SBO:0000627rD|X bigg.reactionrE|XcolipaprF|ujG`h#jH`h#jI`h2]rG|rH|RrI|jM`}rJ|jO`)rK|}rL|(hX colipap_erM|hX(Core oligosaccharide lipid A diphosphaterN|h}rO|h}rP|(Xbigg.metaboliterQ|XcolipaprR|Xmetanetx.chemicalrS|X MNXM147454rT|uh0Nh1h2]rU|rV|RrW|jn`XC176H303N2O103P5rX|jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rY|}rZ|(hX EX_cpgn_er[|hXCoprogen exchanger\|h}r]|h}r^|(jC`X SBO:0000627r_|X bigg.reactionr`|Xcpgnra|ujG`h#jH`h#jI`h2]rb|rc|Rrd|jM`}re|jO`)rf|}rg|(hXcpgn_erh|hXCoprogenri|h}rj|h}rk|(Xbigg.metaboliterl|Xcpgnrm|Xchebirn|X CHEBI:83101ro|Xmetanetx.chemicalrp|X MNXM114191rq|X seed.compoundrr|Xcpd15437rs|uh0Nh1h2]rt|ru|Rrv|jn`X C35H52N6O13Ferw|jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rx|}ry|(hX EX_cpgn_un_erz|hX'Coprogen unloaded (no Fe(III)) exchanger{|h}r||h}r}|(jC`X SBO:0000627r~|X bigg.reactionr|Xcpgn_unr|ujG`h#jH`h#jI`h2]r|r|Rr|jM`}r|jO`)r|}r|(hX cpgn_un_er|hXCoprogen unloaded (no Fe(III))r|h}r|h}r|(Xbigg.metaboliter|Xcpgn_unr|Xbiocycr|XMETA:CPD0-2262r|Xmetanetx.chemicalr|XMNXM2999r|X seed.compoundr|Xcpd15438r|uh0Nh1h2]r|r|Rr|jn`X C35H52N6O13r|jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r|}r|(hXEX_crn_er|hXL-Carnitine exchanger|h}r|h}r|(jC`X SBO:0000627r|X bigg.reactionr|Xcrnr|ujG`h#jH`h#jI`h2]r|r|Rr|jM`}r|jO`)r|}r|(hXcrn_er|hX L-Carnitiner|h}r|h}r|(Xbigg.metaboliter|Xcrnr|Xbiocycr|XMETA:CARNITINEr|Xchebir|]r|(X CHEBI:11817r|X CHEBI:13091r|X CHEBI:13947r|X CHEBI:16347r|X CHEBI:17126r|X CHEBI:20047r|X CHEBI:21256r|X CHEBI:23038r|X CHEBI:29085r|X CHEBI:3424r|X CHEBI:39547r|X CHEBI:6202r|eXhmdbr|]r|(X HMDB00062r|X HMDB01467r|X HMDB62496r|eX kegg.compoundr|]r|(XC00318r|XC00487r|eX kegg.drugr|XD02176r|Xmetanetx.chemicalr|XMNXM173r|X seed.compoundr|]r|(Xcpd00266r|Xcpd19003r|euh0Nh1h2]r|r|Rr|jn`XC7H15NO3r|jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r|}r|(hX EX_crn__D_er|hXD-carnitine exchanger|h}r|h}r|(jC`X SBO:0000627r|X bigg.reactionr|Xcrn__Dr|ujG`h#jH`h#jI`h2]r|r|Rr|jM`}r|jO`)r|}r|(hXcrn__D_er|hX D-Carnitiner|h}r|h}r|(Xbigg.metaboliter|Xcrn__Dr|Xbiocycr|XMETA:D-CARNITINEr|Xchebir|]r|(X CHEBI:11060r|X CHEBI:51453r|eXhmdbr|X HMDB62634r|X kegg.compoundr|XC15025r|Xmetanetx.chemicalr|XMNXM246r|X seed.compoundr|Xcpd10719r|uh0Nh1h2]r|r|Rr|jn`XC7H15NO3r|jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r|}r|(hXEX_csn_er|hXCytosine exchanger|h}r|h}r|(jC`X SBO:0000627r|X bigg.reactionr|Xcsnr}ujG`h#jH`h#jI`h2]r}r}Rr}jM`}r}jO`)r}}r}(hXcsn_er}hXCytosiner}h}r }h}r }(Xbigg.metaboliter }Xcsnr }Xbiocycr }X META:CYTOSINEr}Xchebir}]r}(X CHEBI:14066r}X CHEBI:16040r}X CHEBI:23531r}X CHEBI:4072r}X CHEBI:41732r}eXhmdbr}X HMDB00630r}X kegg.compoundr}XC00380r}Xmetanetx.chemicalr}XMNXM761r}X seed.compoundr}Xcpd00307r}uh0Nh1h2]r}r}Rr }jn`XC4H5N3Or!}jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r"}}r#}(hXEX_cu_er$}hX Cu+ exchanger%}h}r&}h}r'}(jC`X SBO:0000627r(}X bigg.reactionr)}Xcur*}ujG`h#jH`h#jI`h2]r+}r,}Rr-}jM`}r.}jO`)r/}}r0}(hXcu_er1}hXCu+r2}h}r3}h}r4}(Xbigg.metaboliter5}Xcur6}Xchebir7}]r8}(X CHEBI:23379r9}X CHEBI:49551r:}X CHEBI:49552r;}eXmetanetx.chemicalr<}XMNXM3568r=}X seed.compoundr>}Xcpd30760r?}uh0Nh1h2]r@}rA}RrB}jn`XCurC}jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rD}}rE}(hXEX_cu2_erF}hX Cu2+ exchangerG}h}rH}h}rI}(jC`X SBO:0000627rJ}X bigg.reactionrK}Xcu2rL}ujG`h#jH`h#jI`h2]rM}rN}RrO}jM`}rP}jO`)rQ}}rR}(hXcu2_erS}hXCopperrT}h}rU}h}rV}(Xbigg.metaboliterW}Xcu2rX}XchebirY}]rZ}(X CHEBI:20882r[}X CHEBI:23380r\}X CHEBI:29036r]}X CHEBI:49550r^}eXhmdbr_}X HMDB00657r`}X kegg.compoundra}XC00070rb}Xmetanetx.chemicalrc}XMNXM632rd}X seed.compoundre}Xcpd00058rf}uh0Nh1h2]rg}rh}Rri}jn`XCurj}jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)rk}}rl}(hX EX_cyan_erm}hXHydrogen cyanide exchangern}h}ro}h}rp}(jC`X SBO:0000627rq}X bigg.reactionrr}Xcyanrs}ujG`h#jH`h#jI`h2]rt}ru}Rrv}jM`}rw}jO`)rx}}ry}(hXcyan_erz}hXHydrogen cyanider{}h}r|}h}r}}(Xbigg.metaboliter~}Xcyanr}Xbiocycr}]r}(XMETA:CPD-13584r}XMETA:HCNr}eXchebir}]r}(X CHEBI:13362r}X CHEBI:14038r}X CHEBI:17514r}X CHEBI:18407r}X CHEBI:36856r}X CHEBI:3969r}X CHEBI:41780r}X CHEBI:5786r}eXhmdbr}X HMDB60292r}X kegg.compoundr}]r}(XC00177r}XC01326r}XC18673r}eXmetanetx.chemicalr}XMNXM254r}X seed.compoundr}]r}(Xcpd00150r}Xcpd19012r}euh0Nh1h2]r}r}Rr}jn`XCHNr}jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}}r}(hX EX_cynt_er}hXCyanate exchanger}h}r}h}r}(jC`X SBO:0000627r}X bigg.reactionr}Xcyntr}ujG`h#jH`h#jI`h2]r}r}Rr}jM`}r}jO`)r}}r}(hXcynt_er}hXCyanater}h}r}h}r}(Xbigg.metaboliter}Xcyntr}Xbiocycr}X META:CPD-69r}Xchebir}]r}(X CHEBI:14037r}X CHEBI:23419r}X CHEBI:23422r}X CHEBI:28024r}X CHEBI:29195r}X CHEBI:29202r}X CHEBI:3968r}eXhmdbr}X HMDB02078r}X kegg.compoundr}]r}(XC01417r}XC19067r}eXmetanetx.chemicalr}XMNXM1191r}X seed.compoundr}Xcpd01015r}uh0Nh1h2]r}r}Rr}jn`XCNOr}jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}}r}(hX EX_cys__D_er}hXD-Cysteine exchanger}h}r}h}r}(jC`X SBO:0000627r}X bigg.reactionr}Xcys__Dr}ujG`h#jH`h#jI`h2]r}r}Rr}jM`}r}jO`)r}}r}(hXcys__D_er}hX D-Cysteiner}h}r}h}r}(Xbigg.metaboliter}Xcys__Dr}Xbiocycr}XMETA:D-CYSTEINEr}Xchebir}]r}(X CHEBI:12919r}X CHEBI:16375r}X CHEBI:20921r}X CHEBI:32449r}X CHEBI:32450r}X CHEBI:32451r}X CHEBI:35236r}X CHEBI:4111r}X CHEBI:41887r}eXhmdbr}X HMDB03417r}X kegg.compoundr}XC00793r}Xmetanetx.chemicalr}XMNXM2112r}X seed.compoundr}Xcpd00587r}uh0Nh1h2]r}r}Rr}jn`XC3H7NO2Sr}jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}}r}(hX EX_cys__L_er}hXL-Cysteine exchanger}h}r}h}r~(jC`X SBO:0000627r~X bigg.reactionr~Xcys__Lr~ujG`h#jH`h#jI`h2]r~r~Rr~jM`}r~jO`)r~}r ~(hXcys__L_er ~hX L-Cysteiner ~h}r ~h}r ~(Xbigg.metaboliter~Xcys__Lr~Xbiocycr~XMETA:CYSr~Xchebir~]r~(X CHEBI:13095r~X CHEBI:14061r~X CHEBI:15356r~X CHEBI:17561r~X CHEBI:21261r~X CHEBI:23508r~X CHEBI:32442r~X CHEBI:32443r~X CHEBI:32445r~X CHEBI:32456r~X CHEBI:32457r~X CHEBI:32458r~X CHEBI:35235r ~X CHEBI:35237r!~X CHEBI:4050r"~X CHEBI:41227r#~X CHEBI:41700r$~X CHEBI:41768r%~X CHEBI:41781r&~X CHEBI:41811r'~X CHEBI:6207r(~eXhmdbr)~X HMDB00574r*~X kegg.compoundr+~]r,~(XC00097r-~XC00736r.~eX kegg.drugr/~XD00026r0~Xmetanetx.chemicalr1~XMNXM55r2~X seed.compoundr3~]r4~(Xcpd00084r5~Xcpd00547r6~euh0Nh1h2]r7~r8~Rr9~jn`XC3H7NO2Sr:~jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r;~}r<~(hX EX_cytd_er=~hXCytidine exchanger>~h}r?~h}r@~(jC`X SBO:0000627rA~X bigg.reactionrB~XcytdrC~ujG`h#jH`h#jI`h2]rD~rE~RrF~jM`}rG~jO`)rH~}rI~(hXcytd_erJ~hXCytidinerK~h}rL~h}rM~(Xbigg.metaboliterN~XcytdrO~XbiocycrP~X META:CYTIDINErQ~XchebirR~]rS~(X CHEBI:14063rT~X CHEBI:17562rU~X CHEBI:23515rV~X CHEBI:4053rW~X CHEBI:41649rX~X CHEBI:41686rY~X CHEBI:41704rZ~X CHEBI:41709r[~eXhmdbr\~X HMDB00089r]~X kegg.compoundr^~XC00475r_~X kegg.drugr`~XD07769ra~Xmetanetx.chemicalrb~XMNXM338rc~X seed.compoundrd~Xcpd00367re~uh0Nh1h2]rf~rg~Rrh~jn`X C9H13N3O5ri~jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rj~}rk~(hX EX_dad_2_erl~hXDeoxyadenosine exchangerm~h}rn~h}ro~(jC`X SBO:0000627rp~X bigg.reactionrq~Xdad_2rr~ujG`h#jH`h#jI`h2]rs~rt~Rru~jM`}rv~jO`)rw~}rx~(hXdad_2_ery~hXDeoxyadenosinerz~h}r{~h}r|~(Xbigg.metaboliter}~Xdad_2r~~Xbiocycr~XMETA:DEOXYADENOSINEr~Xchebir~]r~(X CHEBI:14112r~X CHEBI:17256r~X CHEBI:19234r~X CHEBI:39863r~X CHEBI:40535r~X CHEBI:40560r~X CHEBI:40565r~X CHEBI:4405r~eXhmdbr~]r~(X HMDB00101r~X HMDB05778r~X HMDB11722r~eX kegg.compoundr~XC00559r~Xmetanetx.chemicalr~XMNXM625r~X seed.compoundr~Xcpd00438r~uh0Nh1h2]r~r~Rr~jn`X C10H13N5O3r~jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r~}r~(hX EX_damp_er~hX DAMP exchanger~h}r~h}r~(jC`X SBO:0000627r~X bigg.reactionr~Xdampr~ujG`h#jH`h#jI`h2]r~r~Rr~jM`}r~jO`)r~}r~(hXdamp_er~hXDAMP C10H12N5O6Pr~h}r~h}r~(Xbigg.metaboliter~Xdampr~Xbiocycr~X META:DAMPr~Xchebir~]r~(X CHEBI:10490r~X CHEBI:14068r~X CHEBI:17713r~X CHEBI:19236r~X CHEBI:40419r~X CHEBI:40499r~X CHEBI:40505r~X CHEBI:40544r~X CHEBI:40607r~X CHEBI:40614r~X CHEBI:41815r~X CHEBI:41864r~X CHEBI:41870r~X CHEBI:58245r~eX kegg.compoundr~XC00360r~Xmetanetx.chemicalr~XMNXM432r~X seed.compoundr~Xcpd00294r~uh0Nh1h2]r~r~Rr~jn`X C10H12N5O6Pr~jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r~}r~(hXEX_dca_er~hXDecanoate (n-C10:0) exchanger~h}r~h}r~(jC`X SBO:0000627r~X bigg.reactionr~Xdcar~ujG`h#jH`h#jI`h2]r~r~Rr~jM`}r~jO`)r~}r~(hXdca_er~hXDecanoate (n-C10:0)r~h}r~h}r~(Xbigg.metaboliter~Xdcar~Xmetanetx.chemicalr~X MNXM162295r~uh0Nh1h2]r~r~Rr~jn`XC10H19O2r~jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r~}r~(hX EX_dcmp_er~hX DCMP exchanger~h}r~h}r~(jC`X SBO:0000627r~X bigg.reactionr~Xdcmpr~ujG`h#jH`h#jI`h2]r~r~Rr~jM`}r~jO`)r~}r~(hXdcmp_er~hXDCMP C9H12N3O7Pr~h}r~h}r~(Xbigg.metaboliter~Xdcmpr~Xbiocycr~X META:DCMPr~Xchebir~]r~(X CHEBI:10493r~X CHEBI:14070rX CHEBI:14071rX CHEBI:14115rX CHEBI:15918rX CHEBI:19242rX CHEBI:41838rX CHEBI:41875rX CHEBI:41881rX CHEBI:57566reXhmdbr X HMDB01202r X kegg.compoundr XC00239r Xmetanetx.chemicalr XMNXM266rX seed.compoundrXcpd00206ruh0Nh1h2]rrRrjn`X C9H12N3O7Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_dcyt_erhXDeoxycytidine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdcytrujG`h#jH`h#jI`h2]rrRr jM`}r!jO`)r"}r#(hXdcyt_er$hX Deoxycytidiner%h}r&h}r'(Xbigg.metaboliter(Xdcytr)Xbiocycr*XMETA:DEOXYCYTIDINEr+Xchebir,]r-(X CHEBI:15698r.X CHEBI:19240r/X CHEBI:41417r0X CHEBI:41430r1X CHEBI:41434r2X CHEBI:41806r3X CHEBI:4407r4eXhmdbr5X HMDB00014r6X kegg.compoundr7XC00881r8Xmetanetx.chemicalr9XMNXM704r:X seed.compoundr;Xcpd00654r<uh0Nh1h2]r=r>Rr?jn`X C9H13N3O4r@jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rA}rB(hX EX_ddca_erChXDodecanoate (n-C12:0) exchangerDh}rEh}rF(jC`X SBO:0000627rGX bigg.reactionrHXddcarIujG`h#jH`h#jI`h2]rJrKRrLjM`}rMjO`)rN}rO(hXddca_erPhXDodecanoate (n-C12:0)rQh}rRh}rS(Xbigg.metaboliterTXddcarUXmetanetx.chemicalrVX MNXM162258rWuh0Nh1h2]rXrYRrZjn`XC12H23O2r[jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r\}r](hX EX_dgmp_er^hX DGMP exchanger_h}r`h}ra(jC`X SBO:0000627rbX bigg.reactionrcXdgmprdujG`h#jH`h#jI`h2]rerfRrgjM`}rhjO`)ri}rj(hXdgmp_erkhXDGMP C10H12N5O7Prlh}rmh}rn(Xbigg.metaboliteroXdgmprpXbiocycrqX META:DGMPrrXchebirs]rt(X CHEBI:10496ruX CHEBI:14074rvX CHEBI:16192rwX CHEBI:19246rxX CHEBI:41902ryX CHEBI:41939rzX CHEBI:41944r{X CHEBI:42676r|X CHEBI:42726r}X CHEBI:42733r~X CHEBI:45049rX CHEBI:47449rX CHEBI:57673reX kegg.compoundrXC00362rXmetanetx.chemicalrXMNXM546rX seed.compoundrXcpd00296ruh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_dgsn_erhXDeoxyguanosine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdgsnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXdgsn_erhXDeoxyguanosinerh}rh}r(Xbigg.metaboliterXdgsnrXbiocycrXMETA:DEOXYGUANOSINErXchebir]r(X CHEBI:14116rX CHEBI:17172rX CHEBI:19244rX CHEBI:23624rX CHEBI:42667rX CHEBI:42867rX CHEBI:42874rX CHEBI:42987rX CHEBI:4412reXhmdbrX HMDB00085rX kegg.compoundrXC00330rXmetanetx.chemicalrXMNXM647rX seed.compoundrXcpd00277ruh0Nh1h2]rrRrjn`X C10H13N5O4rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_dha_erhXDihydroxyacetone exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdharujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXdha_erhXDihydroxyacetonerh}rh}r(Xbigg.metaboliterXdharXbiocycrXMETA:DIHYDROXYACETONErXchebir]r(X CHEBI:14340rX CHEBI:16016rX CHEBI:24354rX CHEBI:39809rX CHEBI:5453reXhmdbrX HMDB01882rX kegg.compoundrXC00184rX kegg.drugrXD07841rXmetanetx.chemicalrXMNXM460rX seed.compoundrXcpd00157ruh0Nh1h2]rrRrjn`XC3H6O3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_dimp_erhX DIMP exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdimprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXdimp_erhXDIMP C10H12N4O7Prh}rh}r(Xbigg.metaboliterXdimprXbiocycrX META:DIMPrXchebir]r(X CHEBI:19250rX CHEBI:28806rX CHEBI:41998rX CHEBI:43315rX CHEBI:43377rX CHEBI:43384rX CHEBI:43389rX CHEBI:44500rX CHEBI:61194rX CHEBI:837reXhmdbr X HMDB06555r X kegg.compoundr XC06196r Xmetanetx.chemicalr XMNXM1922rX seed.compoundrXcpd03704ruh0Nh1h2]rrRrjn`X C10H11N4O7Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_din_erhXDeoxyinosine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdinrujG`h#jH`h#jI`h2]rrRr jM`}r!jO`)r"}r#(hXdin_er$hX Deoxyinosiner%h}r&h}r'(Xbigg.metaboliter(Xdinr)Xbiocycr*XMETA:DEOXYINOSINEr+Xchebir,]r-(X CHEBI:19248r.X CHEBI:23629r/X CHEBI:28997r0X CHEBI:39841r1X CHEBI:43293r2X CHEBI:43436r3X CHEBI:43437r4X CHEBI:4413r5eXhmdbr6X HMDB00071r7X kegg.compoundr8XC05512r9Xmetanetx.chemicalr:XMNXM935r;X seed.compoundr<Xcpd03279r=uh0Nh1h2]r>r?Rr@jn`X C10H12N4O4rAjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rB}rC(hXEX_dms_erDhXDimethyl sulfide exchangerEh}rFh}rG(jC`X SBO:0000627rHX bigg.reactionrIXdmsrJujG`h#jH`h#jI`h2]rKrLRrMjM`}rNjO`)rO}rP(hXdms_erQhXDimethyl sulfiderRh}rSh}rT(Xbigg.metaboliterUXdmsrVXbiocycrWX META:CPD-7670rXXchebirY]rZ(X CHEBI:14168r[X CHEBI:14175r\X CHEBI:17437r]X CHEBI:23800r^X CHEBI:44169r_X CHEBI:4611r`eXhmdbraX HMDB02303rbX kegg.compoundrcXC00580rdXmetanetx.chemicalreXMNXM444rfX seed.compoundrgXcpd00450rhuh0Nh1h2]rirjRrkjn`XC2H6Srljp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rm}rn(hX EX_dmso_erohXDimethyl sulfoxide exchangerph}rqh}rr(jC`X SBO:0000627rsX bigg.reactionrtXdmsoruujG`h#jH`h#jI`h2]rvrwRrxjM`}ryjO`)rz}r{(hXdmso_er|hXDimethyl sulfoxider}h}r~h}r(Xbigg.metaboliterXdmsorXbiocycrX META:DMSOrXchebir]r(X CHEBI:23801rX CHEBI:28262rX CHEBI:42138rX CHEBI:4612reXhmdbrX HMDB02151rX kegg.compoundrXC11143rX kegg.drugrXD01043rXmetanetx.chemicalrXMNXM745rX seed.compoundrXcpd08021ruh0Nh1h2]rrRrjn`XC2H6OSrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_dopa_erhXDopamine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdoparujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXdopa_erhXDopaminerh}rh}r(Xbigg.metaboliterXdoparXbiocycrX META:DOPAMINErXchebir]r(X CHEBI:11695rX CHEBI:11930rX CHEBI:14203rX CHEBI:1764rX CHEBI:18243rX CHEBI:23886rX CHEBI:43686rX CHEBI:59905reXhmdbrX HMDB00073rX kegg.compoundrXC03758rX kegg.drugrXD07870rXmetanetx.chemicalrXMNXM205rX seed.compoundrXcpd02357r€uh0Nh1h2]rÀrĀRrŀjn`XC8H12NO2rƀjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rǀ}rȀ(hX EX_doxrbcn_erɀhXDoxorubicin exchangerʀh}rˀh}r̀(jC`X SBO:0000627r̀X bigg.reactionr΀XdoxrbcnrπujG`h#jH`h#jI`h2]rЀrрRrҀjM`}rӀjO`)rԀ}rՀ(hX doxrbcn_erրhX Doxorubicinr׀h}r؀h}rـ(Xbigg.metaboliterڀXdoxrbcnrۀXbiocycr܀XMETA:CPD-13973r݀Xchebirހ]r߀(X CHEBI:22270rX CHEBI:2496rX CHEBI:28748rX CHEBI:42031rX CHEBI:64816reXhmdbrX HMDB15132rX kegg.compoundrXC01661rX kegg.drugrXD03899rX lipidmapsrX LMPK13050001rXmetanetx.chemicalrX MNXM37015rX seed.compoundrXcpd01151ruh0Nh1h2]rrRrjn`X C27H29NO11rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_dtmp_erhX DTMP exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXdtmprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXdtmp_erhXDTMP C10H13N2O8Prh}rh}r(Xbigg.metaboliterXdtmpr Xbiocycr XMETA:TMPr Xchebir ]r (X CHEBI:10529rX CHEBI:14092rX CHEBI:15246rX CHEBI:17013rX CHEBI:26999rX CHEBI:45759rX CHEBI:45762rX CHEBI:45772rX CHEBI:45926rX CHEBI:46013rX CHEBI:46036rX CHEBI:46960rX CHEBI:47711rX CHEBI:63528rX CHEBI:63549reX kegg.compoundrXC00364rXmetanetx.chemicalrXMNXM257r X seed.compoundr!Xcpd00298r"uh0Nh1h2]r#r$Rr%jn`X C10H13N2O8Pr&jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r'}r((hX EX_dump_er)hX DUMP exchanger*h}r+h}r,(jC`X SBO:0000627r-X bigg.reactionr.Xdumpr/ujG`h#jH`h#jI`h2]r0r1Rr2jM`}r3jO`)r4}r5(hXdump_er6hXDUMP C9H11N2O8Pr7h}r8h}r9(Xbigg.metaboliter:Xdumpr;Xbiocycr<X META:DUMPr=Xchebir>]r?(X CHEBI:10532r@X CHEBI:14094rAX CHEBI:17622rBX CHEBI:19263rCX CHEBI:246422rDX CHEBI:42245rEX CHEBI:46286rFX CHEBI:46288rGX CHEBI:47722rHeXhmdbrIX HMDB01409rJX kegg.compoundrKXC00365rLXmetanetx.chemicalrMXMNXM234rNX seed.compoundrOXcpd00299rPuh0Nh1h2]rQrRRrSjn`X C9H11N2O8PrTjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rU}rV(hX EX_duri_erWhXDeoxyuridine exchangerXh}rYh}rZ(jC`X SBO:0000627r[X bigg.reactionr\Xdurir]ujG`h#jH`h#jI`h2]r^r_Rr`jM`}rajO`)rb}rc(hXduri_erdhX Deoxyuridinereh}rfh}rg(Xbigg.metaboliterhXduririXbiocycrjXMETA:DEOXYURIDINErkXchebirl]rm(X CHEBI:11398rnX CHEBI:11572roX CHEBI:14123rpX CHEBI:16450rqX CHEBI:19261rrX CHEBI:23640rsX CHEBI:29113rtX CHEBI:42178ruX CHEBI:4434rvX CHEBI:46165rwX CHEBI:46289rxX CHEBI:46293ryeXhmdbrzX HMDB00012r{X kegg.compoundr|XC00526r}Xmetanetx.chemicalr~XMNXM492rX seed.compoundrXcpd00412ruh0Nh1h2]rrRrjn`X C9H12N2O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_eca4colipa_erhXH(enterobacterial common antigen)x4 core oligosaccharide lipid A exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrX eca4coliparujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX eca4colipa_erhX?(enterobacterial common antigen)x4 core oligosaccharide lipid Arh}rh}r(Xbigg.metaboliterX eca4coliparXmetanetx.chemicalrX MNXM91786rX seed.compoundrXcpd15457ruh0Nh1h2]rrRrjn`XC272H447N14O160P4rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_enlipa_erhX-Phosphoethanolamine KDO(2)-lipid (A) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXenliparujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXenlipa_erhX$Phosphoethanolamine KDO(2)-lipid (A)rh}rh}r(Xbigg.metaboliterXenliparXchebir]r(X CHEBI:47762rX CHEBI:60085reX kegg.compoundrXC21173rXmetanetx.chemicalrXMNXM7670rX seed.compoundrXcpd15459ruh0Nh1h2]rrÁRrājn`XC112H202N3O42P3rŁjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rƁ}rǁ(hX EX_enter_erȁhXEnterochelin exchangerɁh}rʁh}rˁ(jC`X SBO:0000627ŕX bigg.reactionŕXenterr΁ujG`h#jH`h#jI`h2]rρrЁRrсjM`}rҁjO`)rӁ}rԁ(hXenter_erՁhX Enterochelinrցh}rׁh}r؁(Xbigg.metaboliterفXenterrځXbiocycrہXMETA:ENTEROBACTINr܁Xchebir݁]rށ(X CHEBI:23923r߁X CHEBI:28855rX CHEBI:38150rX CHEBI:4799rX CHEBI:77805reX kegg.compoundrXC05821rXmetanetx.chemicalrXMNXM883rX seed.compoundrXcpd03453ruh0Nh1h2]rrRrjn`X C30H27N3O15rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_etha_erhXEthanolamine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXetharujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXetha_erhX Ethanolaminerh}rh}r(Xbigg.metaboliterXetharXbiocycrXMETA:ETHANOL-AMINErXchebir]r(X CHEBI:14223rX CHEBI:16000rX CHEBI:23979r X CHEBI:272066r X CHEBI:42323r X CHEBI:4880r X CHEBI:57603r eXhmdbr]r(X HMDB00149rX HMDB62693reX kegg.compoundrXC00189rX kegg.drugrXD05074rXmetanetx.chemicalrXMNXM218rX seed.compoundrXcpd00162ruh0Nh1h2]rrRrjn`XC2H8NOrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ethso3_er hXEthanesulfonate exchanger!h}r"h}r#(jC`X SBO:0000627r$X bigg.reactionr%Xethso3r&ujG`h#jH`h#jI`h2]r'r(Rr)jM`}r*jO`)r+}r,(hXethso3_er-hXEthanesulfonater.h}r/h}r0(Xbigg.metaboliter1Xethso3r2Xbiocycr3XMETA:CPD-10434r4Xchebir5]r6(X CHEBI:42465r7X CHEBI:61909r8eXmetanetx.chemicalr9XMNXM7343r:X seed.compoundr;Xcpd11579r<uh0Nh1h2]r=r>Rr?jn`XC2H5O3Sr@jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rA}rB(hX EX_etoh_erChXEthanol exchangerDh}rEh}rF(jC`X SBO:0000627rGX bigg.reactionrHXetohrIujG`h#jH`h#jI`h2]rJrKRrLjM`}rMjO`)rN}rO(hXetoh_erPhXEthanolrQh}rRh}rS(Xbigg.metaboliterTXetohrUXbiocycrVX META:ETOHrWXchebirX]rY(X CHEBI:14222rZX CHEBI:16236r[X CHEBI:23978r\X CHEBI:30878r]X CHEBI:30880r^X CHEBI:42377r_X CHEBI:44594r`X CHEBI:4879raX CHEBI:52092rbeXhmdbrcX HMDB00108rdX kegg.compoundreXC00469rfX kegg.drugrg]rh(XD00068riXD02798rjXD04855rkXD06542rleXmetanetx.chemicalrmXMNXM303rnX seed.compoundroXcpd00363rpuh0Nh1h2]rqrrRrsjn`XC2H6Ortjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ru}rv(hXEX_f6p_erwhXD-fructose 6-phosphate exchangerxh}ryh}rz(jC`X SBO:0000627r{X bigg.reactionr|Xf6pr}ujG`h#jH`h#jI`h2]r~rRrjM`}rjO`)r}r(hXf6p_erhXD-Fructose 6-phosphaterh}rh}r(Xbigg.metaboliterXf6prXbiocycrXMETA:FRUCTOSE-6PrXchebir]r(X CHEBI:10375rX CHEBI:12352rX CHEBI:16084rX CHEBI:22768rX CHEBI:42378rX CHEBI:57634reXhmdbrX HMDB03971rX kegg.compoundrXC05345rXmetanetx.chemicalrX MNXM89621rX seed.compoundrXcpd19035ruh0Nh1h2]rrRrjn`XC6H11O9Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_fald_erhXFormaldehyde exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfaldrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfald_erhX Formaldehyderh}rh}r(Xbigg.metaboliterXfaldrXbiocycr]r(XMETA:CARBONYL-GROUPrXMETA:FORMALDEHYDEreXchebir]r(X CHEBI:14274rX CHEBI:16842rX CHEBI:24077rX CHEBI:337763rX CHEBI:5142reXhmdbrX HMDB01426rX kegg.compoundr‚XC00067rÂX kegg.drugrĂXD00017rłXmetanetx.chemicalrƂXMNXM56rǂX seed.compoundrȂXcpd00055rɂuh0Nh1h2]rʂr˂Rr̂jn`XCH2Or͂jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r΂}rς(hXEX_fe2_erЂhX Fe2+ exchangerтh}r҂h}rӂ(jC`X SBO:0000627rԂX bigg.reactionrՂXfe2rւujG`h#jH`h#jI`h2]rׂr؂RrقjM`}rڂjO`)rۂ}r܂(hXfe2_er݂hXFe2+ mitochondriarނh}r߂h}r(Xbigg.metaboliterXfe2rXchebir]r(X CHEBI:13319rX CHEBI:13321rX CHEBI:21129rX CHEBI:24876rX CHEBI:29033rX CHEBI:34754rX CHEBI:49599reXhmdbrX HMDB00692rX kegg.compoundrXC14818rXmetanetx.chemicalrXMNXM111rX seed.compoundrXcpd10515ruh0Nh1h2]rrRrjn`XFerjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r}r(hXEX_fe3_erhX Fe3+ exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfe3rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfe3_erhX Iron (Fe3+)rh}r h}r (Xbigg.metaboliter Xfe3r Xchebir ]r(X CHEBI:13320rX CHEBI:21130rX CHEBI:24877rX CHEBI:29034rX CHEBI:34755rX CHEBI:49595reXhmdbrX HMDB12943rX kegg.compoundrXC14819rXmetanetx.chemicalrXMNXM196rX seed.compoundrXcpd10516ruh0Nh1h2]rrRrjn`XFer jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r!}r"(hX EX_fe3dcit_er#hXFe(III)dicitrate exchanger$h}r%h}r&(jC`X SBO:0000627r'X bigg.reactionr(Xfe3dcitr)ujG`h#jH`h#jI`h2]r*r+Rr,jM`}r-jO`)r.}r/(hX fe3dcit_er0hXFe(III)dicitrater1h}r2h}r3(Xbigg.metaboliter4Xfe3dcitr5X kegg.compoundr6XC06229r7Xmetanetx.chemicalr8X MNXM146388r9X seed.compoundr:Xcpd03725r;uh0Nh1h2]r<r=Rr>jn`X C12H10FeO14r?jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r@}rA(hX EX_fe3dhbzs_erBhX*Ferric 2,3-dihydroxybenzoylserine exchangerCh}rDh}rE(jC`X SBO:0000627rFX bigg.reactionrGXfe3dhbzsrHujG`h#jH`h#jI`h2]rIrJRrKjM`}rLjO`)rM}rN(hX fe3dhbzs_erOhX!Ferric 2,3-dihydroxybenzoylserinerPh}rQh}rR(Xbigg.metaboliterSXfe3dhbzsrTXmetanetx.chemicalrUXMNXM5748rVX seed.compoundrWXcpd15460rXuh0Nh1h2]rYrZRr[jn`X C10H10NO6Fer\jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r]}r^(hX EX_fe3hox_er_hXFe(III)hydroxamate exchanger`h}rah}rb(jC`X SBO:0000627rcX bigg.reactionrdXfe3hoxreujG`h#jH`h#jI`h2]rfrgRrhjM`}rijO`)rj}rk(hXfe3hox_erlhXFe(III)hydroxamatermh}rnh}ro(Xbigg.metaboliterpXfe3hoxrqXbiocycrrXMETA:CPD0-2114rsXchebirt]ru(X CHEBI:21131rvX CHEBI:28163rwX CHEBI:4992rxeX kegg.compoundryXC06227rzXmetanetx.chemicalr{X MNXM57764r|X seed.compoundr}Xcpd12843r~uh0Nh1h2]rrRrjn`X C9H18O6N3Ferjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_fe3hox_un_erhX$Fe(III)hydoxamate, unloaded exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrX fe3hox_unrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX fe3hox_un_erhXFe(III)hydoxamate, unloadedrh}rh}r(Xbigg.metaboliterX fe3hox_unrXbiocycrXMETA:CPD0-2175rXmetanetx.chemicalrX MNXM90823rX seed.compoundrXcpd15461ruh0Nh1h2]rrRrjn`X C9H18O6N3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_fecrm_erhXFerrichrome exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfecrmrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfecrm_erhX Ferrichromerh}rh}r(Xbigg.metaboliterXfecrmrXbiocycrXMETA:CPD0-2241rXchebirX CHEBI:5019rX kegg.compoundrXC06228rXmetanetx.chemicalrXMNXM2825rX seed.compoundrXcpd03724ruh0Nh1h2]rrƒRrÃjn`X C27H42FeN9O12răjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rŃ}rƃ(hX EX_fecrm_un_erǃhX"Ferrichrome minus Fe(III) exchangerȃh}rɃh}rʃ(jC`X SBO:0000627r˃X bigg.reactionr̃Xfecrm_unr̓ujG`h#jH`h#jI`h2]r΃rσRrЃjM`}rуjO`)r҃}rӃ(hX fecrm_un_erԃhXFerrichrome minus Fe(III)rՃh}rփh}r׃(Xbigg.metaboliter؃Xfecrm_unrكXbiocycrڃXMETA:CPD0-2205rۃXmetanetx.chemicalr܃X MNXM53290r݃X seed.compoundrރXcpd15462r߃uh0Nh1h2]rrRrjn`X C27H42N9O12rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_feenter_erhXFe-enterobactin exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfeenterrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX feenter_erhXFe-enterobactinrh}rh}r(Xbigg.metaboliterXfeenterrXchebir]r(X CHEBI:21133rX CHEBI:28199rX CHEBI:38151rX CHEBI:4993rX CHEBI:70745reX kegg.compoundrXC06230rXmetanetx.chemicalrXMNXM7354ruh0Nh1h2]rrRrjn`X C30H27FeN3O15rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r (hX EX_feoxam_er hXFerroxamine exchanger h}r h}r (jC`X SBO:0000627rX bigg.reactionrXfeoxamrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfeoxam_erhXGeneric ferrioxamine-Fe-IIIrh}rh}r(Xbigg.metaboliterXfeoxamrXbiocycr]r(X META:CPD-3764rXMETA:CPD0-2124r eXchebir!]r"(X CHEBI:4356r#X CHEBI:84700r$eXhmdbr%X HMDB14884r&X kegg.compoundr'XC06940r(X kegg.drugr)XD03670r*X lipidmapsr+]r,(X LMFA08020169r-X LMFA08020175r.eXmetanetx.chemicalr/X MNXM94790r0X seed.compoundr1]r2(Xcpd04273r3Xcpd23947r4euh0Nh1h2]r5r6Rr7jn`X C25H46FeN6O8r8jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r9}r:(hXEX_feoxam_un_er;hX Ferroxamine minus Fe(3) exchanger<h}r=h}r>(jC`X SBO:0000627r?X bigg.reactionr@X feoxam_unrAujG`h#jH`h#jI`h2]rBrCRrDjM`}rEjO`)rF}rG(hX feoxam_un_erHhXFerroxamine minus Fe(3)rIh}rJh}rK(Xbigg.metaboliterLX feoxam_unrMXmetanetx.chemicalrNX MNXM90827rOX seed.compoundrPXcpd15463rQuh0Nh1h2]rRrSRrTjn`X C25H46N6O8rUjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rV}rW(hXEX_for_erXhXFormate exchangerYh}rZh}r[(jC`X SBO:0000627r\X bigg.reactionr]Xforr^ujG`h#jH`h#jI`h2]r_r`RrajM`}rbjO`)rc}rd(hXfor_erehXFormaterfh}rgh}rh(Xbigg.metaboliteriXforrjXbiocycrk]rl(XMETA:CARBOXYL-GROUPrmX META:CPD-9845rnXMETA:CPD1G-1532roXMETA:CPD1G-1533rpXMETA:CPD1G-1534rqXMETA:CPD1G-1535rrX META:FORMATErseXchebirt]ru(X CHEBI:14276rvX CHEBI:15740rwX CHEBI:24081rxX CHEBI:24082ryX CHEBI:30751rzX CHEBI:42460r{X CHEBI:5145r|eXhmdbr}X HMDB00142r~X kegg.compoundrXC00058rXmetanetx.chemicalrXMNXM39rX seed.compoundr]r(Xcpd00047rXcpd22511reuh0Nh1h2]rrRrjn`XCH1O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_fru_erhXD-Fructose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfrurujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfru_erhX D-Fructoserh}rh}r(Xbigg.metaboliterXfrurXbiocycr]r(XMETA:CPD-15382rXMETA:D-FructopyranoserXMETA:FRUrXMETA:FructofuranosereXchebir]r(X CHEBI:12923rX CHEBI:15824rX CHEBI:20929rX CHEBI:24104rX CHEBI:24110rX CHEBI:28757rX CHEBI:37714rX CHEBI:37721rX CHEBI:4118rX CHEBI:4119rX CHEBI:47424rX CHEBI:48095rX CHEBI:5172reXhmdbrX HMDB62538rX kegg.compoundr]r(XC00095rXC01496rXC05003rXC10906reX kegg.drugrXD00114rXmetanetx.chemicalrXMNXM175rX seed.compoundr]r„(Xcpd00082rÄXcpd19015rĄXcpd27040rńeuh0Nh1h2]rƄrDŽRrȄjn`XC6H12O6rɄjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rʄ}r˄(hX EX_frulys_er̄hXFructoselysine exchanger̈́h}r΄h}rτ(jC`X SBO:0000627rЄX bigg.reactionrфXfrulysr҄ujG`h#jH`h#jI`h2]rӄrԄRrՄjM`}rքjO`)rׄ}r؄(hXfrulys_erلhXFructoselysinerڄh}rۄh}r܄(Xbigg.metaboliter݄XfrulysrބXbiocycr߄XMETA:FRUCTOSELYSINErXchebir]r(X CHEBI:24109rX CHEBI:61393rX CHEBI:63523reX kegg.compoundrXC16488rXmetanetx.chemicalrXMNXM1742rX seed.compoundrXcpd15466ruh0Nh1h2]rrRrjn`X C12H25N2O7rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_fruur_erhXD-Fructuronate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXfruurrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfruur_erhXD-Fructuronaterh}rh}r(Xbigg.metaboliterXfruurrXbiocycrXMETA:FRUCTURONATErXchebir]r(X CHEBI:12927r X CHEBI:16849r X CHEBI:20936r X CHEBI:20937r X CHEBI:24112r X CHEBI:24113rX CHEBI:4126rX CHEBI:47950rX CHEBI:59863rX CHEBI:59881reX kegg.compoundrXC00905rXmetanetx.chemicalrXMNXM1660rX seed.compoundr]r(Xcpd00672rXcpd27042reuh0Nh1h2]rrRrjn`XC6H9O7rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r (hX EX_fuc__L_er!hXL-Fucose exchanger"h}r#h}r$(jC`X SBO:0000627r%X bigg.reactionr&Xfuc__Lr'ujG`h#jH`h#jI`h2]r(r)Rr*jM`}r+jO`)r,}r-(hXfuc__L_er.hXL-Fucoser/h}r0h}r1(Xbigg.metaboliter2Xfuc__Lr3Xbiocycr4]r5(XMETA:CPD-15619r6XMETA:L-fucosesr7eXchebir8X CHEBI:48204r9Xhmdbr:X HMDB62489r;Xmetanetx.chemicalr<X MNXM40586r=uh0Nh1h2]r>r?Rr@jn`XC6H12O5rAjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rB}rC(hXEX_fum_erDhXFumarate exchangerEh}rFh}rG(jC`X SBO:0000627rHX bigg.reactionrIXfumrJujG`h#jH`h#jI`h2]rKrLRrMjM`}rNjO`)rO}rP(hXfum_erQhXFumaraterRh}rSh}rT(Xbigg.metaboliterUXfumrVXbiocycrWXMETA:FUMrXXchebirY]rZ(X CHEBI:14284r[X CHEBI:18012r\X CHEBI:22956r]X CHEBI:22957r^X CHEBI:22958r_X CHEBI:24122r`X CHEBI:24124raX CHEBI:29806rbX CHEBI:36180rcX CHEBI:37154rdX CHEBI:37155reX CHEBI:42511rfX CHEBI:42743rgX CHEBI:5190rheXhmdbriX HMDB00134rjX kegg.compoundrkXC00122rlX kegg.drugrmXD02308rnXmetanetx.chemicalroXMNXM93rpX seed.compoundrqXcpd00106rruh0Nh1h2]rsrtRrujn`XC4H2O4rvjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rw}rx(hX EX_fusa_eryhXFusidic acid exchangerzh}r{h}r|(jC`X SBO:0000627r}X bigg.reactionr~XfusarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXfusa_erhX Fusidic acidrh}rh}r(Xbigg.metaboliterXfusarXbiocycrXMETA:CPD0-1606rXchebir]r(X CHEBI:24133rX CHEBI:29013rX CHEBI:42742rX CHEBI:5201rX CHEBI:71321reXhmdbrX HMDB15570rX kegg.compoundrXC06694rX kegg.drugrXD04281rX lipidmapsrXLMPR0106040001rXmetanetx.chemicalrX MNXM125818rX seed.compoundrXcpd04095ruh0Nh1h2]rrRrjn`XC31H48O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_g1p_erhXD-Glucose 1-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXg1prujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXg1p_erhXD-Glucose 1-phosphaterh}rh}r(Xbigg.metaboliterXg1prXbiocycr]r(XMETA:D-glucose-1-phosphatesrX META:GLC-1-PreXchebir]r(X CHEBI:10246rX CHEBI:12320rX CHEBI:12967r…X CHEBI:12970rÅX CHEBI:16077rąX CHEBI:21001rŅX CHEBI:21004rƅX CHEBI:29042rDžX CHEBI:4169rȅX CHEBI:42623rɅX CHEBI:57629rʅX CHEBI:58601r˅eXhmdbr̅]rͅ(X HMDB01306r΅X HMDB01586rυeX kegg.compoundrЅXC00103rхXmetanetx.chemicalr҅X MNXM89588rӅX seed.compoundrԅ]rՅ(Xcpd00089rօXcpd28817rׅeuh0Nh1h2]r؅rمRrڅjn`XC6H11O9Prۅjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r܅}r݅(hX EX_g3pc_erޅhX$Sn-Glycero-3-phosphocholine exchanger߅h}rh}r(jC`X SBO:0000627rX bigg.reactionrXg3pcrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXg3pc_erhXSn-Glycero-3-phosphocholinerh}rh}r(Xbigg.metaboliterXg3pcrXbiocycrX"META:L-1-GLYCERO-PHOSPHORYLCHOLINErXchebir]r(X CHEBI:10646rX CHEBI:12841rX CHEBI:12847rX CHEBI:14343rX CHEBI:16870rX CHEBI:26697rX CHEBI:41458rX CHEBI:55397rX CHEBI:76433reX kegg.compoundrXC00670rX kegg.drugrXD07349rXmetanetx.chemicalrXMNXM367rX seed.compoundrXcpd00507ruh0Nh1h2]rrRrjn`X C8H20NO6Pr jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hX EX_g3pe_er hX)Sn-Glycero-3-phosphoethanolamine exchanger h}rh}r(jC`X SBO:0000627rX bigg.reactionrXg3perujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXg3pe_erhX Sn-Glycero-3-phosphoethanolaminerh}rh}r(Xbigg.metaboliterXg3perXbiocycrX'META:L-1-GLYCEROPHOSPHORYLETHANOL-AMINEr Xchebir!]r"(X CHEBI:10647r#X CHEBI:12842r$X CHEBI:16929r%X CHEBI:26699r&X CHEBI:57952r'eXhmdbr(X HMDB59660r)X kegg.compoundr*XC01233r+Xmetanetx.chemicalr,XMNXM368r-X seed.compoundr.Xcpd00908r/uh0Nh1h2]r0r1Rr2jn`X C5H14NO6Pr3jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r4}r5(hX EX_g3pg_er6hXGlycerophosphoglycerol exchanger7h}r8h}r9(jC`X SBO:0000627r:X bigg.reactionr;Xg3pgr<ujG`h#jH`h#jI`h2]r=r>Rr?jM`}r@jO`)rA}rB(hXg3pg_erChXGlycerophosphoglycerolrDh}rEh}rF(Xbigg.metaboliterGXg3pgrHXbiocycrIXMETA:GLYCEROPHOSPHOGLYCEROLrJXchebirK]rL(X CHEBI:5457rMX CHEBI:61933rNeX kegg.compoundrOXC03274rPXmetanetx.chemicalrQXMNXM598rRX seed.compoundrSXcpd02090rTuh0Nh1h2]rUrVRrWjn`XC6H14O8PrXjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rY}rZ(hX EX_g3pi_er[hX(Sn-Glycero-3-phospho-1-inositol exchanger\h}r]h}r^(jC`X SBO:0000627r_X bigg.reactionr`Xg3piraujG`h#jH`h#jI`h2]rbrcRrdjM`}rejO`)rf}rg(hXg3pi_erhhXSn-Glycero-3-phospho-1-inositolrih}rjh}rk(Xbigg.metaboliterlXg3pirmXbiocycrnX META:CPD-541roXchebirp]rq(X CHEBI:10645rrX CHEBI:11200rsX CHEBI:18321rtX CHEBI:26695ruX CHEBI:58444rvX CHEBI:64715rweXhmdbrxX HMDB11649ryX kegg.compoundrzXC01225r{Xmetanetx.chemicalr|XMNXM1517r}X seed.compoundr~Xcpd00902ruh0Nh1h2]rrRrjn`X C9H18O11Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_g3ps_erhXGlycerophosphoserine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXg3psrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXg3ps_erhXGlycerophosphoserinerh}rh}r(Xbigg.metaboliterXg3psrXbiocycrXMETA:CPD0-2030rXchebir]r(X CHEBI:61931rX CHEBI:62013rX CHEBI:64765rX CHEBI:64945reXmetanetx.chemicalrX MNXM97117rX seed.compoundrXcpd15468ruh0Nh1h2]rrRrjn`X C6H13NO8Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_g6p_erhXD-Glucose 6-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXg6prujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXg6p_erhXD-Glucose 6-phosphaterh}rh}r(Xbigg.metaboliterXg6prXbiocycrX META:D-glucopyranose-6-phosphaterXchebir]r(X CHEBI:14314r†X CHEBI:4170rÆX CHEBI:61548rĆeXhmdbrņ]rƆ(X HMDB01401rdžX HMDB01549rȆX HMDB06793rɆeX kegg.compoundrʆXC00092rˆXmetanetx.chemicalr̆XMNXM160r͆X seed.compoundrΆ]rφ(Xcpd00079rІXcpd26836rцeuh0Nh1h2]r҆rӆRrԆjn`XC6H11O9PrՆjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rֆ}r׆(hXEX_gal_er؆hXD-Galactose exchangerنh}rچh}rۆ(jC`X SBO:0000627r܆X bigg.reactionr݆XgalrކujG`h#jH`h#jI`h2]r߆rRrjM`}rjO`)r}r(hXgal_erhX D-Galactoserh}rh}r(Xbigg.metaboliterXgalrXbiocycr]r(XMETA:ALPHA-D-GALACTOSErXMETA:D-galactopyranosereXchebir]r(X CHEBI:10231rX CHEBI:12936rX CHEBI:22373rX CHEBI:28061rX CHEBI:4139rX CHEBI:42741reXhmdbr]r(X HMDB00143rX HMDB05762reX kegg.compoundr]r(XC00124rXC00984reX kegg.drugrXD04291rXmetanetx.chemicalrXMNXM390rX seed.compoundr]r(Xcpd00108rXcpd00724reuh0Nh1h2]rrRr jn`XC6H12O6r jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hX EX_gal_bD_er hXBeta D-Galactose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgal_bDrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgal_bD_erhXBeta D-Galactoserh}rh}r(Xbigg.metaboliterXgal_bDrXbiocycr XMETA:GALACTOSEr!Xchebir"]r#(X CHEBI:10383r$X CHEBI:22774r%X CHEBI:27667r&X CHEBI:42776r'X CHEBI:42889r(eXhmdbr)X HMDB03449r*X kegg.compoundr+XC00962r,Xmetanetx.chemicalr-XMNXM112r.X seed.compoundr/Xcpd00709r0uh0Nh1h2]r1r2Rr3jn`XC6H12O6r4jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r5}r6(hX EX_gal1p_er7hX&Alpha-D-Galactose 1-phosphate exchanger8h}r9h}r:(jC`X SBO:0000627r;X bigg.reactionr<Xgal1pr=ujG`h#jH`h#jI`h2]r>r?Rr@jM`}rAjO`)rB}rC(hXgal1p_erDhXAlpha-D-Galactose 1-phosphaterEh}rFh}rG(Xbigg.metaboliterHXgal1prIXbiocycrJXMETA:GALACTOSE-1PrKXchebirL]rM(X CHEBI:10232rNX CHEBI:12305rOX CHEBI:12306rPX CHEBI:17973rQX CHEBI:22374rRX CHEBI:42878rSX CHEBI:58336rTeXhmdbrU]rV(X HMDB00645rWX HMDB03359rXeX kegg.compoundrYXC00446rZXmetanetx.chemicalr[XMNXM336r\X seed.compoundr]]r^(Xcpd00348r_Xcpd19025r`euh0Nh1h2]rarbRrcjn`XC6H11O9Prdjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)re}rf(hX EX_galct__D_erghXD-Galactarate exchangerhh}rih}rj(jC`X SBO:0000627rkX bigg.reactionrlXgalct__DrmujG`h#jH`h#jI`h2]rnroRrpjM`}rqjO`)rr}rs(hX galct__D_erthX D-Galactarateruh}rvh}rw(Xbigg.metaboliterxXgalct__DryXbiocycrzXMETA:D-GALACTARATEr{Xchebir|]r}(X CHEBI:12929r~X CHEBI:14285rX CHEBI:16537rX CHEBI:17444rX CHEBI:20944rX CHEBI:24135rX CHEBI:24136rX CHEBI:24137rX CHEBI:30852rX CHEBI:33799rX CHEBI:35390rX CHEBI:4130rX CHEBI:48871rX CHEBI:5250reXhmdbr]r(X HMDB00639rX HMDB03435reX kegg.compoundrXC00879rX lipidmapsrX LMFA01170107rXmetanetx.chemicalrXMNXM1080rX seed.compoundrXcpd00652ruh0Nh1h2]rrRrjn`XC6H8O8rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_galctn__D_erhXD-Galactonate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrX galctn__DrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX galctn__D_erhX D-Galactonaterh}rh}r(Xbigg.metaboliterX galctn__DrXbiocycrXMETA:D-GALACTONATErXchebir]r(X CHEBI:12931rX CHEBI:16534rX CHEBI:24148rX CHEBI:24149rX CHEBI:4132reXhmdbrX HMDB00565rX kegg.compoundrXC00880rXmetanetx.chemicalrXMNXM1734rX seed.compoundrXcpd00653ruh0Nh1h2]r‡rÇRrćjn`XC6H11O7rŇjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rƇ}rLJ(hXEX_galctn__L_erȇhXL-Galactonate exchangerɇh}rʇh}rˇ(jC`X SBO:0000627ṙX bigg.reactionr͇X galctn__Lr·ujG`h#jH`h#jI`h2]rχrЇRrчjM`}r҇jO`)rӇ}rԇ(hX galctn__L_erՇhX L-Galactonaterևh}rׇh}r؇(Xbigg.metaboliterهX galctn__LrڇXbiocycrۇXMETA:CPD0-1083r܇Xchebir݇]rއ(X CHEBI:37425r߇X CHEBI:53071reX kegg.compoundrXC15930rXmetanetx.chemicalrXMNXM636rX seed.compoundrXcpd14659ruh0Nh1h2]rrRrjn`XC6H11O7rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_galt_erhXGalactitol exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgaltrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgalt_erhX Galactitolrh}rh}r(Xbigg.metaboliterXgaltrXbiocycrXMETA:GALACTITOLrXchebir]r(X CHEBI:14286rX CHEBI:16813rX CHEBI:24139rX CHEBI:5251rX CHEBI:53575reXhmdbr X HMDB00107r X kegg.compoundr XC01697r Xmetanetx.chemicalr XMNXM1233rX seed.compoundrXcpd01171ruh0Nh1h2]rrRrjn`XC6H14O6rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_galur_erhXD-Galacturonate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgalurrujG`h#jH`h#jI`h2]rrRr jM`}r!jO`)r"}r#(hXgalur_er$hXD-Galacturonater%h}r&h}r'(Xbigg.metaboliter(Xgalurr)Xbiocycr*XMETA:D-Galactopyranuronater+Xchebir,]r-(X CHEBI:18024r.X CHEBI:20976r/X CHEBI:20978r0X CHEBI:4153r1X CHEBI:75525r2eX kegg.compoundr3XC00333r4Xmetanetx.chemicalr5X MNXM48464r6X seed.compoundr7Xcpd00280r8uh0Nh1h2]r9r:Rr;jn`XC6H9O7r<jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r=}r>(hXEX_gam_er?hXD-Glucosamine exchanger@h}rAh}rB(jC`X SBO:0000627rCX bigg.reactionrDXgamrEujG`h#jH`h#jI`h2]rFrGRrHjM`}rIjO`)rJ}rK(hXgam_erLhX D-GlucosaminerMh}rNh}rO(Xbigg.metaboliterPXgamrQXbiocycrRXMETA:GLUCOSAMINErSXchebirT]rU(X CHEBI:12961rVX CHEBI:17315rWX CHEBI:4162rXX CHEBI:47972rYX CHEBI:47977rZX CHEBI:5417r[X CHEBI:58723r\eX kegg.compoundr]XC00329r^X kegg.drugr_XD04334r`Xmetanetx.chemicalraXMNXM533rbX seed.compoundrc]rd(Xcpd00276reXcpd01247rfXcpd27103rgeuh0Nh1h2]rhriRrjjn`XC6H14NO5rkjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rl}rm(hX EX_gam6p_ernhX"D-Glucosamine 6-phosphate exchangeroh}rph}rq(jC`X SBO:0000627rrX bigg.reactionrsXgam6prtujG`h#jH`h#jI`h2]rurvRrwjM`}rxjO`)ry}rz(hXgam6p_er{hXD-Glucosamine 6-phosphater|h}r}h}r~(Xbigg.metaboliterXgam6prXbiocycrXMETA:D-GLUCOSAMINE-6-PrXchebir]r(X CHEBI:12962rX CHEBI:47987rX CHEBI:58725reX kegg.compoundrXC00352rXmetanetx.chemicalrXMNXM370rX seed.compoundrXcpd00288ruh0Nh1h2]rrRrjn`X C6H13NO8Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_gbbtn_erhXGamma-butyrobetaine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgbbtnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgbbtn_erhXGamma-butyrobetainerh}rh}r(Xbigg.metaboliterXgbbtnrXbiocycrXMETA:GAMMA-BUTYROBETAINErXchebir]r(X CHEBI:12047rX CHEBI:16244rX CHEBI:1941rX CHEBI:20484reXhmdbr]r(X HMDB01161rX HMDB06831reX kegg.compoundrXC01181rXmetanetx.chemicalrXMNXM626rX seed.compoundrXcpd00870ruh0Nh1h2]rrRrjn`XC7H15NO2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_gdp_erhX GDP exchangerh}rh}rˆ(jC`X SBO:0000627rÈX bigg.reactionrĈXgdprňujG`h#jH`h#jI`h2]rƈrLjRrȈjM`}rɈjO`)rʈ}rˈ(hXgdp_er̈hXGDP C10H12N5O11P2r͈h}rΈh}rψ(Xbigg.metaboliterЈXgdprшXbiocycr҈XMETA:GDPrӈXchebirԈ]rՈ(X CHEBI:13327rֈX CHEBI:14379r׈X CHEBI:17552r؈X CHEBI:24448rوX CHEBI:42738rڈX CHEBI:5212rۈX CHEBI:58189r܈X CHEBI:65180r݈eX kegg.compoundrވXC00035r߈X kegg.glycanrXG10620rXmetanetx.chemicalrXMNXM30rX seed.compoundrXcpd00031ruh0Nh1h2]rrRrjn`X C10H12N5O11P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glc__D_erhXD-Glucose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglc__DrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglc__D_erhX D-Glucoserh}rh}r(Xbigg.metaboliterXglc__DrXbiocycrXMETA:GlucopyranoserXchebir]r(X CHEBI:12965rX CHEBI:17634rX CHEBI:20999rX CHEBI:4167reXhmdbr]r(X HMDB00122r X HMDB06564r eX kegg.compoundr XC00031r X kegg.drugr XD00009rXmetanetx.chemicalrXMNXM41rX seed.compoundr]r(Xcpd00027rXcpd26821reuh0Nh1h2]rrRrjn`XC6H12O6rjp`j*djr`Kjs`GubGsh0Njt`G$ju`G@@ubj<`)r}r(hX EX_glcn_erhXD-Gluconate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionr Xglcnr!ujG`h#jH`h#jI`h2]r"r#Rr$jM`}r%jO`)r&}r'(hXglcn_er(hX D-Gluconater)h}r*h}r+(Xbigg.metaboliter,Xglcnr-Xbiocycr.XMETA:GLUCONATEr/Xchebir0]r1(X CHEBI:12955r2X CHEBI:18391r3X CHEBI:20983r4X CHEBI:20985r5X CHEBI:20986r6X CHEBI:24265r7X CHEBI:24266r8X CHEBI:33198r9X CHEBI:4157r:X CHEBI:42715r;eXhmdbr<]r=(X HMDB00625r>X HMDB03373r?eX kegg.compoundr@XC00257rAXmetanetx.chemicalrBXMNXM341rCX seed.compoundrDXcpd00222rEuh0Nh1h2]rFrGRrHjn`XC6H11O7rIjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rJ}rK(hX EX_glcr_erLhXD-Glucarate exchangerMh}rNh}rO(jC`X SBO:0000627rPX bigg.reactionrQXglcrrRujG`h#jH`h#jI`h2]rSrTRrUjM`}rVjO`)rW}rX(hXglcr_erYhX D-GlucaraterZh}r[h}r\(Xbigg.metaboliter]Xglcrr^Xbiocycr_XMETA:D-GLUCARATEr`Xchebira]rb(X CHEBI:12953rcX CHEBI:16002rdX CHEBI:20980reX CHEBI:20982rfX CHEBI:30612rgX CHEBI:33801rhX CHEBI:4155riX CHEBI:42731rjeXhmdbrkX HMDB29881rlX kegg.compoundrmXC00818rnX lipidmapsroX LMFA01170108rpXmetanetx.chemicalrqXMNXM744rrX seed.compoundrsXcpd00609rtuh0Nh1h2]rurvRrwjn`XC6H8O8rxjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)ry}rz(hX EX_glcur_er{hXD-Glucuronate exchanger|h}r}h}r~(jC`X SBO:0000627rX bigg.reactionrXglcurrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglcur_erhX D-Glucuronaterh}rh}r(Xbigg.metaboliterXglcurrXbiocycrXMETA:D-GlucopyranuronaterXchebir]r(X CHEBI:12975rX CHEBI:15748rX CHEBI:21013rX CHEBI:24297rX CHEBI:24298rX CHEBI:4178rX CHEBI:47952rX CHEBI:58720reX kegg.compoundrXC00191rXmetanetx.chemicalrXMNXM241rX seed.compoundrXcpd00164ruh0Nh1h2]rrRrjn`XC6H9O7rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glcur1p_erhX"D-Glucuronate 1-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglcur1prujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX glcur1p_erhXD-Glucuronate 1-phosphaterh}rh}r(Xbigg.metaboliterXglcur1prXbiocycrX META:CPD-510rXchebir]r(X CHEBI:11294rX CHEBI:16787rX CHEBI:19090rX CHEBI:21014rX CHEBI:28547rX CHEBI:35145r‰X CHEBI:4179rÉX CHEBI:57897rĉX CHEBI:681rʼneXhmdbrƉ]rlj(X HMDB03976rȉX HMDB06329rɉeX kegg.compoundrʉXC05385rˉXmetanetx.chemicalr̉XMNXM1165r͉X seed.compoundrΉ]rω(Xcpd00880rЉXcpd03191rщeuh0Nh1h2]r҉rӉRrԉjn`XC6H8O10PrՉjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r։}r׉(hX EX_gln__L_er؉hXL-Glutamine exchangerىh}rډh}rۉ(jC`X SBO:0000627r܉X bigg.reactionr݉Xgln__LrމujG`h#jH`h#jI`h2]r߉rRrjM`}rjO`)r}r(hXgln__L_erhX L-Glutaminerh}rh}r(Xbigg.metaboliterXgln__LrXbiocycrXMETA:GLNrXchebir]r(X CHEBI:13110rX CHEBI:18050rX CHEBI:21308rX CHEBI:24316rX CHEBI:28300rX CHEBI:32665rX CHEBI:32666rX CHEBI:32678rX CHEBI:32679rX CHEBI:42812rX CHEBI:42814rX CHEBI:42899rX CHEBI:42943rX CHEBI:5432rX CHEBI:58359rX CHEBI:6227reXhmdbrX HMDB00641rX kegg.compoundr]r(XC00064rXC00303reX kegg.drugrXD00015rXmetanetx.chemicalrXMNXM37rX seed.compoundr ]r (Xcpd00053r Xcpd00253r euh0Nh1h2]r rRrjn`X C5H10N2O3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glu__L_erhXL-Glutamate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglu__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglu__L_er hX L-Glutamater!h}r"h}r#(Xbigg.metaboliter$Xglu__Lr%Xbiocycr&]r'(XMETA:GLTr(XMETA:Glutamatesr)eXchebir*]r+(X CHEBI:13107r,X CHEBI:14321r-X CHEBI:16015r.X CHEBI:18237r/X CHEBI:21301r0X CHEBI:21304r1X CHEBI:24314r2X CHEBI:29985r3X CHEBI:29987r4X CHEBI:29988r5X CHEBI:42825r6X CHEBI:5431r7X CHEBI:6224r8X CHEBI:76051r9eXhmdbr:]r;(X HMDB00148r<X HMDB60475r=eX kegg.compoundr>]r?(XC00025r@XC00302rAeX kegg.drugrB]rC(XD00007rDXD04341rEeXmetanetx.chemicalrFX MNXM89557rGX seed.compoundrH]rI(Xcpd00023rJXcpd19002rKXcpd27177rLeuh0Nh1h2]rMrNRrOjn`XC5H8NO4rPjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rQ}rR(hXEX_gly_erShXGlycine exchangerTh}rUh}rV(jC`X SBO:0000627rWX bigg.reactionrXXglyrYujG`h#jH`h#jI`h2]rZr[Rr\jM`}r]jO`)r^}r_(hXgly_er`hXGlycinerah}rbh}rc(Xbigg.metaboliterdXglyreXbiocycrfXMETA:GLYrgXchebirh]ri(X CHEBI:10792rjX CHEBI:132194rkX CHEBI:14344rlX CHEBI:15428rmX CHEBI:24368rnX CHEBI:32507roX CHEBI:32508rpX CHEBI:42964rqX CHEBI:5460rrX CHEBI:57305rseXhmdbrtX HMDB00123ruX kegg.compoundrvXC00037rwX kegg.drugrxXD00011ryXmetanetx.chemicalrzXMNXM29r{X seed.compoundr|Xcpd00033r}uh0Nh1h2]r~rRrjn`XC2H5NO2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glyald_erhXD-Glyceraldehyde exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglyaldrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglyald_erhXD-Glyceraldehyderh}rh}r(Xbigg.metaboliterXglyaldrXbiocycrXMETA:GLYCERALDrXchebir]r(X CHEBI:12982rX CHEBI:17378rX CHEBI:21025rX CHEBI:39973rX CHEBI:4186reX kegg.compoundrXC00577rXmetanetx.chemicalrXMNXM435rX seed.compoundrXcpd00448ruh0Nh1h2]rrRrjn`XC3H6O3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glyb_erhXGlycine betaine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglybrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglyb_erhXGlycine betainerh}rh}r(Xbigg.metaboliterXglybrXbiocycrX META:BETAINErXchebir]rŠ(X CHEBI:12531rÊX CHEBI:13895rĊX CHEBI:15264rŊX CHEBI:17750rƊX CHEBI:22858rNJX CHEBI:24370rȊX CHEBI:27128rɊX CHEBI:29050rʊX CHEBI:3073rˊX CHEBI:41134r̊X CHEBI:41139r͊eXhmdbrΊX HMDB00043rϊX kegg.compoundrЊXC00719rъX kegg.drugrҊXD07523rӊXmetanetx.chemicalrԊXMNXM289rՊX seed.compoundr֊Xcpd00540r׊uh0Nh1h2]r؊rيRrڊjn`XC5H11NO2rۊjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r܊}r݊(hX EX_glyc_erފhXGlycerol exchangerߊh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglycrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglyc_erhXGlycerolrh}rh}r(Xbigg.metaboliterXglycrXbiocycrX META:GLYCEROLrXchebir]r(X CHEBI:131422rX CHEBI:14334rX CHEBI:17754rX CHEBI:24351rX CHEBI:42998rX CHEBI:5448reXhmdbrX HMDB00131rX kegg.compoundrXC00116rX kegg.drugrXD00028rXmetanetx.chemicalrX MNXM89612rX seed.compoundrXcpd00100ruh0Nh1h2]rrRrjn`XC3H8O3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hX EX_glyc__R_er hX(R)-Glycerate exchanger h}r h}r(jC`X SBO:0000627rX bigg.reactionrXglyc__RrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX glyc__R_erhX (R)-Glyceraterh}rh}r(Xbigg.metaboliterXglyc__RrXbiocycrXMETA:GLYCERATErXchebir ]r!(X CHEBI:10999r"X CHEBI:12985r#X CHEBI:16659r$X CHEBI:21027r%X CHEBI:21030r&X CHEBI:24348r'X CHEBI:24349r(X CHEBI:32398r)X CHEBI:33508r*X CHEBI:33846r+X CHEBI:33871r,X CHEBI:4187r-X CHEBI:41990r.eXhmdbr/X HMDB00139r0X kegg.compoundr1XC00258r2Xmetanetx.chemicalr3XMNXM189r4X seed.compoundr5Xcpd00223r6uh0Nh1h2]r7r8Rr9jn`XC3H5O4r:jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r;}r<(hX EX_glyc2p_er=hXGlycerol 2-phosphate exchanger>h}r?h}r@(jC`X SBO:0000627rAX bigg.reactionrBXglyc2prCujG`h#jH`h#jI`h2]rDrERrFjM`}rGjO`)rH}rI(hXglyc2p_erJhXGlycerol 2-phosphaterKh}rLh}rM(Xbigg.metaboliterNXglyc2prOXbiocycrPX META:CPD-536rQXchebirR]rS(X CHEBI:14337rTX CHEBI:17270rUX CHEBI:26704rVX CHEBI:42620rWX CHEBI:5451rXX CHEBI:58083rYeX kegg.compoundrZXC02979r[Xmetanetx.chemicalr\XMNXM2527r]X seed.compoundr^Xcpd01908r_uh0Nh1h2]r`raRrbjn`XC3H7O6Prcjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rd}re(hX EX_glyc3p_erfhXGlycerol 3-phosphate exchangergh}rhh}ri(jC`X SBO:0000627rjX bigg.reactionrkXglyc3prlujG`h#jH`h#jI`h2]rmrnRrojM`}rpjO`)rq}rr(hXglyc3p_ershXGlycerol 3-phosphaterth}ruh}rv(Xbigg.metaboliterwXglyc3prxXbiocycryXMETA:GLYCEROL-3PrzXchebir{]r|(X CHEBI:10648r}X CHEBI:12843r~X CHEBI:12848rX CHEBI:15978rX CHEBI:26705rX CHEBI:42793rX CHEBI:57597reX kegg.compoundrXC00093rXmetanetx.chemicalrXMNXM66rX seed.compoundrXcpd00080ruh0Nh1h2]rrRrjn`XC3H7O6Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_glyclt_erhXGlycolate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXglycltrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXglyclt_erhXGlycolate C2H3O3rh}rh}r(Xbigg.metaboliterXglycltrXbiocycrXMETA:GLYCOLLATErXchebir]r(X CHEBI:14348rX CHEBI:17497rX CHEBI:24388rX CHEBI:24390rX CHEBI:29805rX CHEBI:42865rX CHEBI:5475reXhmdbr]r(X HMDB00115rX HMDB03035reX kegg.compoundrXC00160rXmetanetx.chemicalrXMNXM222rX seed.compoundr]r(Xcpd00139rXcpd12347reuh0Nh1h2]rrRrjn`XC2H3O3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_gmp_erhX GMP exchangerh}r‹h}rË(jC`X SBO:0000627rċX bigg.reactionrŋXgmprƋujG`h#jH`h#jI`h2]rNjrȋRrɋjM`}rʋjO`)rˋ}r̋(hXgmp_er͋hXGMP C10H12N5O8Pr΋h}rϋh}rЋ(Xbigg.metaboliterыXgmprҋXbiocycrӋXMETA:GMPrԋXchebirՋ]r֋(X CHEBI:13341r׋X CHEBI:14381r؋X CHEBI:17345rًX CHEBI:24449rڋX CHEBI:24450rۋX CHEBI:29058r܋X CHEBI:40119r݋X CHEBI:42615rދX CHEBI:42647rߋX CHEBI:42831rX CHEBI:42887rX CHEBI:42892rX CHEBI:42979rX CHEBI:47450rX CHEBI:5228rX CHEBI:58115reX kegg.compoundrXC00144rXmetanetx.chemicalrXMNXM113rX seed.compoundrXcpd00126ruh0Nh1h2]rrRrjn`X C10H12N5O8Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_gsn_erhXGuanosine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgsnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgsn_erhX Guanosinerh}rh}r(Xbigg.metaboliterXgsnrXbiocycrXMETA:GUANOSINErXchebir]r (X CHEBI:14375r X CHEBI:16750r X CHEBI:24444r X CHEBI:42840r X CHEBI:42847rX CHEBI:42853rX CHEBI:471737rX CHEBI:5564reXhmdbrX HMDB00133rX kegg.compoundrXC00387rXmetanetx.chemicalrXMNXM401rX seed.compoundrXcpd00311ruh0Nh1h2]rrRrjn`X C10H13N5O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_gthox_er hXOxidized glutathione exchanger!h}r"h}r#(jC`X SBO:0000627r$X bigg.reactionr%Xgthoxr&ujG`h#jH`h#jI`h2]r'r(Rr)jM`}r*jO`)r+}r,(hXgthox_er-hXOxidized glutathioner.h}r/h}r0(Xbigg.metaboliter1Xgthoxr2Xbiocycr3XMETA:OXIDIZED-GLUTATHIONEr4Xchebir5]r6(X CHEBI:14328r7X CHEBI:14720r8X CHEBI:17858r9X CHEBI:24336r:X CHEBI:42832r;X CHEBI:58297r<X CHEBI:7840r=eXhmdbr>X HMDB03337r?X kegg.compoundr@XC00127rAX kegg.drugrBXD00031rCXmetanetx.chemicalrDXMNXM151rEX seed.compoundrFXcpd00111rGuh0Nh1h2]rHrIRrJjn`X C20H30N6O12S2rKjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rL}rM(hX EX_gthrd_erNhXReduced glutathione exchangerOh}rPh}rQ(jC`X SBO:0000627rRX bigg.reactionrSXgthrdrTujG`h#jH`h#jI`h2]rUrVRrWjM`}rXjO`)rY}rZ(hXgthrd_er[hXReduced glutathioner\h}r]h}r^(Xbigg.metaboliter_Xgthrdr`XbiocycraXMETA:GLUTATHIONErbXchebirc]rd(X CHEBI:12402reX CHEBI:14327rfX CHEBI:16856rgX CHEBI:24334rhX CHEBI:42873riX CHEBI:43049rjX CHEBI:5437rkX CHEBI:57925rleXhmdbrm]rn(X HMDB00125roX HMDB01463rpX HMDB06960rqX HMDB62697rreX kegg.compoundrsXC00051rtX kegg.drugruXD00014rvXmetanetx.chemicalrwXMNXM57rxX seed.compoundryXcpd00042rzuh0Nh1h2]r{r|Rr}jn`X C10H16N3O6Sr~jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_gtp_erhX GTP exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXgtprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgtp_erhXGTP C10H12N5O14P3rh}rh}r(Xbigg.metaboliterXgtprXbiocycrXMETA:GTPrXchebir]r(X CHEBI:13342rX CHEBI:15996rX CHEBI:24451rX CHEBI:37565rX CHEBI:42934rX CHEBI:5234rX CHEBI:57600reX kegg.compoundrXC00044rXmetanetx.chemicalrXMNXM51rX seed.compoundrXcpd00038ruh0Nh1h2]rrRrjn`X C10H12N5O14P3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_gua_erhXGuanine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXguarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXgua_erhXGuaninerh}rh}r(Xbigg.metaboliterXguarXbiocycrX META:GUANINErXchebir]r(X CHEBI:14371rŒX CHEBI:14372rÌX CHEBI:16235rČX CHEBI:24443rŌX CHEBI:42948rƌX CHEBI:5563rnjeXhmdbrȌX HMDB00132rɌX kegg.compoundrʌXC00242rˌXmetanetx.chemicalřXMNXM259r͌X seed.compoundrΌXcpd00207rόuh0Nh1h2]rЌrьRrҌjn`XC5H5N5Orӌjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rԌ}rՌ(hXEX_h_er֌hX H+ exchanger׌h}r،h}rٌ(jC`X SBO:0000627rڌX bigg.reactionrیj#nujG`h#jH`h#jI`h2]r܌r݌RrތjM`}rߌjO`)r}r(hXh_erhXH+rh}rh}r(Xbigg.metaboliterj#nXbiocycrX META:PROTONrXchebir]r(X CHEBI:10744rX CHEBI:13357rX CHEBI:15378rX CHEBI:24636rX CHEBI:29233rX CHEBI:29234rX CHEBI:5584reXhmdbrX HMDB59597rX kegg.compoundrXC00080rXmetanetx.chemicalrXMNXM1rX seed.compoundrXcpd00067ruh0Nh1h2]rrRrjn`j:njp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r}r(hXEX_h2_erhX H2 exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXh2rujG`h#jH`h#jI`h2]rrRrjM`}r jO`)r }r (hXh2_er hXHydrogenr h}rh}r(Xbigg.metaboliterXh2rXbiocycrXMETA:HYDROGEN-MOLECULErXchebir]r(X CHEBI:13350rX CHEBI:18276rX CHEBI:25363rX CHEBI:29294rX CHEBI:29298rX CHEBI:29299rX CHEBI:5785reXhmdbrX HMDB01362rX kegg.compoundrXC00282r Xmetanetx.chemicalr!XMNXM195r"X seed.compoundr#Xcpd11640r$uh0Nh1h2]r%r&Rr'jn`XH2r(jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r)}r*(hXEX_h2o_er+hX H2O exchanger,h}r-h}r.(jC`X SBO:0000627r/X bigg.reactionr0Xh2or1ujG`h#jH`h#jI`h2]r2r3Rr4jM`}r5jO`)r6}r7(hXh2o_er8hXH2O H2Or9h}r:h}r;(Xbigg.metaboliter<Xh2or=Xbiocycr>]r?(XMETA:CPD-15815r@XMETA:HYDROXYL-GROUPrAXMETA:OHrBX META:OXONIUMrCX META:WATERrDeXchebirE]rF(X CHEBI:10743rGX CHEBI:13352rHX CHEBI:13365rIX CHEBI:13419rJX CHEBI:15377rKX CHEBI:16234rLX CHEBI:27313rMX CHEBI:29356rNX CHEBI:29373rOX CHEBI:29374rPX CHEBI:29375rQX CHEBI:29412rRX CHEBI:30490rSX CHEBI:33806rTX CHEBI:33811rUX CHEBI:33813rVX CHEBI:41979rWX CHEBI:41981rXX CHEBI:42043rYX CHEBI:42857rZX CHEBI:43228r[X CHEBI:44292r\X CHEBI:44641r]X CHEBI:44701r^X CHEBI:44819r_X CHEBI:5585r`X CHEBI:5594raeXhmdbrbX HMDB02111rcX kegg.compoundrd]re(XC00001rfXC01328rgXC18714rheX kegg.drugri]rj(XD00001rkXD03703rlXD06322rmeXmetanetx.chemicalrnXMNXM2roX seed.compoundrp]rq(Xcpd00001rrXcpd15275rsXcpd27222rteuh0Nh1h2]rurvRrwjn`XH2Orxjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)ry}rz(hX EX_h2o2_er{hXHydrogen peroxide exchanger|h}r}h}r~(jC`X SBO:0000627rX bigg.reactionrXh2o2rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXh2o2_erhXHydrogen peroxiderh}rh}r(Xbigg.metaboliterXh2o2rXbiocycrXMETA:HYDROGEN-PEROXIDErXchebir]r(X CHEBI:13354rX CHEBI:13355rX CHEBI:16240rX CHEBI:24637rX CHEBI:25940rX CHEBI:29192rX CHEBI:29370rX CHEBI:44782rX CHEBI:44785rX CHEBI:44812rX CHEBI:5586reXhmdbr]r(X HMDB03125rX HMDB06491reX kegg.compoundr]r(XC00027rXC17732rXC18566reX kegg.drugrXD00008rXmetanetx.chemicalrXMNXM22rX seed.compoundrXcpd00025ruh0Nh1h2]rrRrjn`XH2O2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_h2s_erhXHydrogen sulfide exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXh2srujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXh2s_erhXHydrogen sulfiderh}rh}r(Xbigg.metaboliterÍXh2srčXbiocycrō]rƍ(X META:CPD-7046rǍX META:CPD-846rȍXMETA:HSrɍeXchebirʍ]rˍ(X CHEBI:13356r̍X CHEBI:14414r͍X CHEBI:15138r΍X CHEBI:16136rύX CHEBI:24639rЍX CHEBI:29919rэX CHEBI:30488rҍX CHEBI:30489rӍX CHEBI:43058rԍX CHEBI:45489rՍX CHEBI:5787r֍eXhmdbr׍X HMDB03276r؍X kegg.compoundrٍXC00283rڍXmetanetx.chemicalrۍX MNXM89582r܍X seed.compoundrݍ]rލ(Xcpd00239rߍXcpd24697reuh0Nh1h2]rrRrjn`XH2Srjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_hacolipa_erhX>Hepta-acylated core oligosaccharide lipid A (E. coli) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXhacoliparujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX hacolipa_erhX5Hepta-acylated core oligosaccharide lipid A (E. coli)rh}rh}r(Xbigg.metaboliterXhacoliparXmetanetx.chemicalrX MNXM11799ruh0Nh1h2]rrRrjn`XC192H333N2O101P4rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_halipa_erhX(Hepta-acylated KDO(2)-lipid (A) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXhaliparujG`h#jH`h#jI`h2]r r Rr jM`}r jO`)r }r(hXhalipa_erhXHepta-acylated KDO(2)-lipid (A)rh}rh}r(Xbigg.metaboliterXhaliparXmetanetx.chemicalrX MNXM93466rX seed.compoundrXcpd15483ruh0Nh1h2]rrRrjn`XC126H226N2O40P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_hdca_erhX Hexadecanoate (n-C16:0) exchanger h}r!h}r"(jC`X SBO:0000627r#X bigg.reactionr$Xhdcar%ujG`h#jH`h#jI`h2]r&r'Rr(jM`}r)jO`)r*}r+(hXhdca_er,hXHexadecanoate (n-C16:0)r-h}r.h}r/(Xbigg.metaboliter0Xhdcar1Xbiocycr2XMETA:PALMITATEr3Xchebir4]r5(X CHEBI:14730r6X CHEBI:15756r7X CHEBI:231736r8X CHEBI:233028r9X CHEBI:24540r:X CHEBI:24541r;X CHEBI:24542r<X CHEBI:24550r=X CHEBI:29889r>X CHEBI:35978r?X CHEBI:44952r@X CHEBI:7896rAeXhmdbrB]rC(X HMDB00220rDX HMDB60083rEeX kegg.compoundrFXC00249rGX kegg.drugrHXD05341rIX lipidmapsrJ]rK(X LMFA01010001rLX LMFA01010046rMeXmetanetx.chemicalrNXMNXM108rOX seed.compoundrPXcpd00214rQuh0Nh1h2]rRrSRrTjn`XC16H31O2rUjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rV}rW(hX EX_hdcea_erXhX Hexadecenoate (n-C16:1) exchangerYh}rZh}r[(jC`X SBO:0000627r\X bigg.reactionr]Xhdcear^ujG`h#jH`h#jI`h2]r_r`RrajM`}rbjO`)rc}rd(hXhdcea_erehXHexadecenoate (n-C16:1)rfh}rgh}rh(Xbigg.metaboliteriXhdcearjXmetanetx.chemicalrkXMNXM950rluh0Nh1h2]rmrnRrojn`XC16H29O2rpjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rr(hXEX_hg2_ershX Hg2+ exchangerth}ruh}rv(jC`X SBO:0000627rwX bigg.reactionrxXhg2ryujG`h#jH`h#jI`h2]rzr{Rr|jM`}r}jO`)r~}r(hXhg2_erhXMercury charged 2 Hgrh}rh}r(Xbigg.metaboliterXhg2rXchebir]r(X CHEBI:13370rX CHEBI:16793rX CHEBI:25199rX CHEBI:25200rX CHEBI:49640rX CHEBI:5714reXhmdbrX HMDB03625rX kegg.compoundr]r(XC00703rXC13377rXC18670reX kegg.drugrXD01905rXmetanetx.chemicalrXMNXM1562rX seed.compoundrXcpd00531ruh0Nh1h2]rrRrjn`XHgrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_his__L_erhXL-Histidine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXhis__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXhis__L_erhX L-Histidinerh}rh}r(Xbigg.metaboliterXhis__LrXbiocycrXMETA:HISrXchebir]r(X CHEBI:13117rX CHEBI:15971rX CHEBI:21324rX CHEBI:24598rX CHEBI:27570rX CHEBI:32510rX CHEBI:32511rX CHEBI:32512rX CHEBI:32513rX CHEBI:32529rX CHEBI:32530rŽX CHEBI:32531rÎX CHEBI:32532rĎX CHEBI:43048rŎX CHEBI:43114rƎX CHEBI:43118rǎX CHEBI:43190rȎX CHEBI:43239rɎX CHEBI:5733rʎX CHEBI:57595rˎX CHEBI:6240r̎eXhmdbr͎]rΎ(X HMDB00177rώX HMDB03412rЎeX kegg.compoundrю]rҎ(XC00135rӎXC00768rԎeX kegg.drugrՎXD00032r֎Xmetanetx.chemicalr׎XMNXM134r؎X seed.compoundrَ]rڎ(Xcpd00119rێXcpd00572r܎euh0Nh1h2]rݎrގRrߎjn`XC6H9N3O2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_hom__L_erhXL-Homoserine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXhom__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXhom__L_erhX L-Homoserinerh}rh}r(Xbigg.metaboliterXhom__LrXbiocycrX META:HOMO-SERrXchebir]r(X CHEBI:13123rX CHEBI:15699rX CHEBI:21330rX CHEBI:43131rX CHEBI:57476rX CHEBI:6246reXhmdbrX HMDB00719rX kegg.compoundrXC00263rXmetanetx.chemicalrXMNXM353rX seed.compoundrXcpd00227ruh0Nh1h2]rr Rr jn`XC4H9NO3r jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hXEX_hxa_erhXHexanoate (n-C6:0) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXhxarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXhxa_erhXHexanoate (n-C6:0)rh}rh}r(Xbigg.metaboliterXhxar Xbiocycr!XMETA:HEXANOATEr"Xchebir#]r$(X CHEBI:14398r%X CHEBI:17120r&X CHEBI:24569r'X CHEBI:24571r(X CHEBI:30776r)X CHEBI:40213r*X CHEBI:5702r+eXhmdbr,]r-(X HMDB00535r.X HMDB61883r/eX kegg.compoundr0XC01585r1X lipidmapsr2X LMFA01010006r3Xmetanetx.chemicalr4XMNXM1653r5X seed.compoundr6Xcpd01113r7uh0Nh1h2]r8r9Rr:jn`XC6H11O2r;jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r<}r=(hX EX_hxan_er>hXHypoxanthine exchanger?h}r@h}rA(jC`X SBO:0000627rBX bigg.reactionrCXhxanrDujG`h#jH`h#jI`h2]rErFRrGjM`}rHjO`)rI}rJ(hXhxan_erKhX HypoxanthinerLh}rMh}rN(Xbigg.metaboliterOXhxanrPXbiocycrQXMETA:HYPOXANTHINErRXchebirS]rT(X CHEBI:14431rUX CHEBI:17368rVX CHEBI:24762rWX CHEBI:43237rXX CHEBI:5841rYeXhmdbrZX HMDB00157r[X kegg.compoundr\XC00262r]Xmetanetx.chemicalr^XMNXM213r_X seed.compoundr`Xcpd00226rauh0Nh1h2]rbrcRrdjn`XC5H4N4Orejp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rf}rg(hX EX_idon__L_erhhXL-Idonate exchangerih}rjh}rk(jC`X SBO:0000627rlX bigg.reactionrmXidon__LrnujG`h#jH`h#jI`h2]rorpRrqjM`}rrjO`)rs}rt(hX idon__L_eruhX L-Idonatervh}rwh}rx(Xbigg.metaboliteryXidon__LrzXbiocycr{XMETA:L-IDONATEr|Xchebir}]r~(X CHEBI:13126rX CHEBI:17796rX CHEBI:21335rX CHEBI:21336rX CHEBI:57659rX CHEBI:58494rX CHEBI:6250reX kegg.compoundrXC00770rXmetanetx.chemicalrXMNXM1565rX seed.compoundrXcpd00573ruh0Nh1h2]rrRrjn`XC6H11O7rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ile__L_erhXL-Isoleucine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXile__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXile__L_erhX L-Isoleucinerh}rh}r(Xbigg.metaboliterXile__LrXbiocycrXMETA:ILErXchebir]r(X CHEBI:13127rX CHEBI:17191rX CHEBI:21344rX CHEBI:24898rX CHEBI:32604rX CHEBI:32605rX CHEBI:32612rX CHEBI:32613rX CHEBI:43290rX CHEBI:43342rX CHEBI:43366rX CHEBI:58045rX CHEBI:6255reXhmdbrX HMDB00172rX kegg.compoundrXC00407rX kegg.drugrXD00065rX lipidmapsrX LMFA01100047rXmetanetx.chemicalrXMNXM231rX seed.compoundrXcpd00322ruh0Nh1h2]rrÏRrďjn`XC6H13NO2rŏjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rƏ}rǏ(hXEX_imp_erȏhX IMP exchangerɏh}rʏh}rˏ(jC`X SBO:0000627ȑX bigg.reactionr͏XimprΏujG`h#jH`h#jI`h2]rϏrЏRrяjM`}rҏjO`)rӏ}rԏ(hXimp_erՏhXIMP C10H11N4O8Pr֏h}r׏h}r؏(Xbigg.metaboliterُXimprڏXbiocycrۏXMETA:IMPr܏Xchebirݏ]rޏ(X CHEBI:12057rߏX CHEBI:12063rX CHEBI:13372rX CHEBI:13373rX CHEBI:14457rX CHEBI:17202rX CHEBI:19271rX CHEBI:43418rX CHEBI:43475rX CHEBI:43524rX CHEBI:43528rX CHEBI:43563rX CHEBI:43611rX CHEBI:47501rX CHEBI:58053rX CHEBI:5849reX kegg.compoundrXC00130rXmetanetx.chemicalrXMNXM125rX seed.compoundrXcpd00114ruh0Nh1h2]rrRrjn`X C10H11N4O8Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_indole_erhXIndole exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXindolerujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXindole_erhXIndoler h}r h}r (Xbigg.metaboliter Xindoler XbiocycrX META:INDOLErXchebir]r(X CHEBI:14444rX CHEBI:16881rX CHEBI:24794rX CHEBI:35579rX CHEBI:35581rX CHEBI:43537rX CHEBI:5900reXhmdbrX HMDB00738rX kegg.compoundrXC00463rXmetanetx.chemicalrXMNXM377rX seed.compoundrXcpd00359r uh0Nh1h2]r!r"Rr#jn`XC8H7Nr$jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r%}r&(hX EX_inost_er'hXMyo-Inositol exchanger(h}r)h}r*(jC`X SBO:0000627r+X bigg.reactionr,Xinostr-ujG`h#jH`h#jI`h2]r.r/Rr0jM`}r1jO`)r2}r3(hXinost_er4hX Myo-Inositolr5h}r6h}r7(Xbigg.metaboliter8Xinostr9Xbiocycr:]r;(X META:CPD-8052r<XMETA:MYO-INOSITOLr=eXchebir>]r?(X CHEBI:10601r@X CHEBI:12826rAX CHEBI:12831rBX CHEBI:17268rCX CHEBI:19183rDX CHEBI:24848rEX CHEBI:25451rFX CHEBI:27372rGX CHEBI:4200rHX CHEBI:43559rIX CHEBI:52772rJeXhmdbrK]rL(X HMDB00211rMX HMDB02256rNX HMDB34220rOeX kegg.compoundrP]rQ(XC00137rRXC19891rSeX kegg.drugrTXD08079rUXmetanetx.chemicalrVXMNXM127rWX seed.compoundrX]rY(Xcpd00121rZXcpd21131r[euh0Nh1h2]r\r]Rr^jn`XC6H12O6r_jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r`}ra(hXEX_ins_erbhXInosine exchangerch}rdh}re(jC`X SBO:0000627rfX bigg.reactionrgXinsrhujG`h#jH`h#jI`h2]rirjRrkjM`}rljO`)rm}rn(hXins_erohXInosinerph}rqh}rr(Xbigg.metabolitersXinsrtXbiocycruX META:INOSINErvXchebirw]rx(X CHEBI:14456ryX CHEBI:17596rzX CHEBI:24841r{X CHEBI:44407r|X CHEBI:5927r}eXhmdbr~X HMDB00195rX kegg.compoundrXC00294rX kegg.drugrXD00054rXmetanetx.chemicalrXMNXM334rX seed.compoundrXcpd00246ruh0Nh1h2]rrRrjn`X C10H12N4O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_isetac_erhXIsethionic acid exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXisetacrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXisetac_erhXIsethionic acidrh}rh}r(Xbigg.metaboliterXisetacrXbiocycrX META:CPD-3745rXchebir]r(X CHEBI:1157rX CHEBI:61904reXhmdbrX HMDB03903rX kegg.compoundrXC05123rXmetanetx.chemicalrXMNXM1630rX seed.compoundrXcpd03048ruh0Nh1h2]rrRrjn`XC2H5O4Srjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_k_erhX K+ exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrj-gujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXk_erhX Potassiumrh}rÐh}rĐ(Xbigg.metaboliterŐj-gXbiocycrƐXMETA:KCLrǐXchebirȐ]rɐ(X CHEBI:26219rʐX CHEBI:29103rːX CHEBI:49685r̐X CHEBI:8345r͐eXhmdbrΐX HMDB00586rϐX kegg.compoundrА]rѐ(XC00238rҐXC12568rӐeX kegg.drugrԐ]rՐ(XD01168r֐XD08403rאeXmetanetx.chemicalrؐXMNXM95rِX seed.compoundrڐXcpd00205rېuh0Nh1h2]rܐrݐRrސjn`jGgjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)rߐ}r(hXEX_kdo2lipid4_erhXKDO(2)-lipid IV(A) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrX kdo2lipid4rujG`h#jH`h#jI`h2]rrRrjM`}rjnGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_lac__D_erhXD-lactate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXlac__DrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXlac__D_erhX D-Lactaterh}rh}r(Xbigg.metaboliterXlac__DrXbiocycrXMETA:D-LACTATErXchebir]r(X CHEBI:11001rX CHEBI:16004rX CHEBI:18684rX CHEBI:341rX CHEBI:42105r X CHEBI:42111r X CHEBI:43701r eXhmdbr ]r (X HMDB00171rX HMDB01311reX kegg.compoundrXC00256rXmetanetx.chemicalrXMNXM285rX seed.compoundrXcpd00221ruh0Nh1h2]rrRrjn`XC3H5O3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_lac__L_erhXL-Lactate exchangerh}rh}r(jC`X SBO:0000627r X bigg.reactionr!Xlac__Lr"ujG`h#jH`h#jI`h2]r#r$Rr%jM`}r&jO`)r'}r((hXlac__L_er)hX L-Lactater*h}r+h}r,(Xbigg.metaboliter-Xlac__Lr.Xbiocycr/XMETA:L-LACTATEr0Xchebir1]r2(X CHEBI:11065r3X CHEBI:12411r4X CHEBI:16651r5X CHEBI:18783r6X CHEBI:422r7eXhmdbr8]r9(X HMDB00190r:X HMDB03328r;X HMDB62492r<eX kegg.compoundr=XC00186r>Xmetanetx.chemicalr?XMNXM179r@X seed.compoundrAXcpd00159rBuh0Nh1h2]rCrDRrEjn`XC3H5O3rFjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rG}rH(hX EX_lcts_erIhXLactose exchangerJh}rKh}rL(jC`X SBO:0000627rMX bigg.reactionrNXlctsrOujG`h#jH`h#jI`h2]rPrQRrRjM`}rSjO`)rT}rU(hXlcts_erVhXLactose C12H22O11rWh}rXh}rY(Xbigg.metaboliterZXlctsr[Xbiocycr\]r](XMETA:CPD-15971r^XMETA:CPD-15972r_eXchebir`]ra(X CHEBI:10296rbX CHEBI:10380rcX CHEBI:10428rdX CHEBI:14497reX CHEBI:17716rfX CHEBI:22460rgX CHEBI:22760rhX CHEBI:22846riX CHEBI:25005rjX CHEBI:27755rkX CHEBI:27968rlX CHEBI:28577rmX CHEBI:35463rnX CHEBI:36218roX CHEBI:43665rpX CHEBI:613009rqeXhmdbrrX HMDB41627rsX kegg.compoundrt]ru(XC00243rvXC01970rweX kegg.drugrxXD00046ryX kegg.glycanrzXG10504r{Xmetanetx.chemicalr|XMNXM362r}X seed.compoundr~]r(Xcpd00208rXcpd01354rXcpd03809reuh0Nh1h2]rrRrjn`X C12H22O11rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_leu__L_erhXL-Leucine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXleu__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXleu__L_erhX L-Leucinerh}rh}r(Xbigg.metaboliterXleu__LrXbiocycrXMETA:LEUrXchebir]r(X CHEBI:10866rX CHEBI:13131rX CHEBI:15603rX CHEBI:21348rX CHEBI:25017rX CHEBI:32619rX CHEBI:32620rX CHEBI:32627rX CHEBI:32628rX CHEBI:43646rX CHEBI:43695rX CHEBI:43733rX CHEBI:43814rX CHEBI:57427rX CHEBI:6260reXhmdbr]r(X HMDB00687rX HMDB62203reX kegg.compoundr]r(XC00123rXC16439reX kegg.drugrXD00030rX lipidmapsrX LMFA01100048rXmetanetx.chemicalrXMNXM140rX seed.compoundr]r(Xcpd00107rXcpd15143reuh0Nh1h2]rr‘RrÑjn`XC6H13NO2rđjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rő}rƑ(hX EX_lipa_erǑhXKDO(2)-lipid (A) exchangerȑh}rɑh}rʑ(jC`X SBO:0000627rˑX bigg.reactionȓXlipar͑ujG`h#jH`h#jI`h2]rΑrϑRrБjM`}rёjO`)rґ}rӑ(hXlipa_erԑhXKDO(2)-lipid (A)rՑh}r֑h}rב(Xbigg.metaboliterؑXliparّXchebirڑ]rۑ(X CHEBI:23656rܑX CHEBI:27963rݑX CHEBI:4476rޑX CHEBI:58540rߑeX kegg.compoundrXC06026rX lipidmapsrX LMSL02000001rXmetanetx.chemicalrXMNXM946rX seed.compoundrXcpd03587ruh0Nh1h2]rrRrjn`XC110H196N2O39P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_lipa_cold_erhX&Cold adapted KDO(2)-lipid (A) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrX lipa_coldrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX lipa_cold_erhXCold adapted KDO(2)-lipid (A)rh}rh}r(Xbigg.metaboliterX lipa_coldrXbiocycrXMETA:KDO2-LIPID-IVA-COLDrXchebir]r(X CHEBI:61522rX CHEBI:61556reXmetanetx.chemicalrXMNXM6016rX seed.compoundr Xcpd15493r uh0Nh1h2]r r Rr jn`XC114H202N2O39P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_lipoate_erhXLipoate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXlipoaterujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX lipoate_erhXLipoaterh}r h}r!(Xbigg.metaboliter"Xlipoater#Xbiocycr$XMETA:LIPOIC-ACIDr%Xchebir&]r'(X CHEBI:14519r(X CHEBI:146958r)X CHEBI:16494r*X CHEBI:25056r+X CHEBI:25058r,X CHEBI:30313r-X CHEBI:30314r.X CHEBI:30315r/X CHEBI:43790r0X CHEBI:43796r1X CHEBI:6492r2X CHEBI:83088r3eXhmdbr4]r5(X HMDB01451r6X HMDB14312r7eX kegg.compoundr8]r9(XC00725r:XC16241r;eX kegg.drugr<XD00086r=X lipidmapsr>X LMFA01130001r?Xmetanetx.chemicalr@XMNXM1484rAX seed.compoundrB]rC(Xcpd00541rDXcpd14958rEeuh0Nh1h2]rFrGRrHjn`X C8H14O2S2rIjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rJ}rK(hX EX_lys__L_erLhXL-Lysine exchangerMh}rNh}rO(jC`X SBO:0000627rPX bigg.reactionrQXlys__LrRujG`h#jH`h#jI`h2]rSrTRrUjM`}rVjO`)rW}rX(hXlys__L_erYhXL-LysinerZh}r[h}r\(Xbigg.metaboliter]Xlys__Lr^Xbiocycr_XMETA:LYSr`Xchebira]rb(X CHEBI:13135rcX CHEBI:133538rdX CHEBI:18019reX CHEBI:21351rfX CHEBI:25094rgX CHEBI:32550rhX CHEBI:32551riX CHEBI:32552rjX CHEBI:32563rkX CHEBI:32564rlX CHEBI:32565rmX CHEBI:43950rnX CHEBI:6264roeXhmdbrpX HMDB62809rqX kegg.compoundrr]rs(XC00047rtXC16440rueX kegg.drugrvXD02304rwXmetanetx.chemicalrxXMNXM78ryX seed.compoundrz]r{(Xcpd00039r|Xcpd19182r}euh0Nh1h2]r~rRrjn`X C6H15N2O2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_lyx__L_erhXL-Lyxose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXlyx__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXlyx__L_erhXL-Lyxoserh}rh}r(Xbigg.metaboliterXlyx__LrXbiocycrXMETA:CPD-15867rXchebirX CHEBI:62321rX kegg.compoundrXC01508rXmetanetx.chemicalrXMNXM4641rX seed.compoundrXcpd01067ruh0Nh1h2]rrRrjn`XC5H10O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_mal__D_erhXD-Malate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmal__DrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmal__D_erhXD-Malaterh}rh}r(Xbigg.metaboliterXmal__DrXbiocycrX META:CPD-660rXchebir]r(X CHEBI:11002rX CHEBI:15588rX CHEBI:18685rX CHEBI:18686rX CHEBI:30796r’X CHEBI:342rÒX CHEBI:42060rĒX CHEBI:44073rŒeXhmdbrƒX HMDB31518rǒX kegg.compoundrȒXC00497rɒXmetanetx.chemicalrʒXMNXM1608r˒X seed.compoundr̒Xcpd00386r͒uh0Nh1h2]rΒrϒRrВjn`XC4H4O5rђjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rҒ}rӒ(hX EX_mal__L_erԒhXL-Malate exchangerՒh}r֒h}rג(jC`X SBO:0000627rؒX bigg.reactionrْXmal__LrڒujG`h#jH`h#jI`h2]rےrܒRrݒjM`}rޒjO`)rߒ}r(hXmal__L_erhXL-Malaterh}rh}r(Xbigg.metaboliterXmal__LrXbiocycrXMETA:MALrXchebir]r(X CHEBI:11066rX CHEBI:13140rX CHEBI:15589rX CHEBI:18784rX CHEBI:18785rX CHEBI:30797rX CHEBI:423reXhmdbrX HMDB00156rX kegg.compoundrXC00149rXmetanetx.chemicalrXMNXM98rX seed.compoundrXcpd00130ruh0Nh1h2]rrRrjn`XC4H4O5rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_malt_erhXMaltose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmaltrujG`h#jH`h#jI`h2]rrRr jM`}r jO`)r }r (hXmalt_er hXMaltose C12H22O11rh}rh}r(Xbigg.metaboliterXmaltrXbiocycr]r(XMETA:ALPHA-MALTOSErX META:MALTOSEreXchebir]r(X CHEBI:10300rX CHEBI:12340rX CHEBI:14568rX CHEBI:17306rX CHEBI:18167rX CHEBI:22463rX CHEBI:25144rX CHEBI:43893r X CHEBI:6668r!eX kegg.compoundr"]r#(XC00208r$XC00897r%eX kegg.drugr&XD00044r'X kegg.glycanr(XG00275r)Xmetanetx.chemicalr*XMNXM165r+X seed.compoundr,]r-(Xcpd00179r.Xcpd00665r/euh0Nh1h2]r0r1Rr2jn`X C12H22O11r3jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r4}r5(hX EX_malthx_er6hXMaltohexaose exchanger7h}r8h}r9(jC`X SBO:0000627r:X bigg.reactionr;Xmalthxr<ujG`h#jH`h#jI`h2]r=r>Rr?jM`}r@jO`)rA}rB(hXmalthx_erChX MaltohexaoserDh}rEh}rF(Xbigg.metaboliterGXmalthxrHXbiocycrIXMETA:MALTOHEXAOSErJXchebirK]rL(X CHEBI:25141rMX CHEBI:27445rNX CHEBI:61953rOX CHEBI:6667rPeXhmdbrQX HMDB12253rRX kegg.compoundrSXC01936rTX kegg.glycanrUXG00755rVXmetanetx.chemicalrWXMNXM1317rXX seed.compoundrYXcpd01329rZuh0Nh1h2]r[r\Rr]jn`X C36H62O31r^jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r_}r`(hX EX_maltpt_erahXMaltopentaose exchangerbh}rch}rd(jC`X SBO:0000627reX bigg.reactionrfXmaltptrgujG`h#jH`h#jI`h2]rhriRrjjM`}rkjO`)rl}rm(hXmaltpt_ernhX Maltopentaoseroh}rph}rq(Xbigg.metaboliterrXmaltptrsXbiocycrtXMETA:MALTOPENTAOSEruXchebirv]rw(X CHEBI:61952rxX CHEBI:62006ryeXhmdbrzX HMDB12254r{X kegg.glycanr|XG00343r}Xmetanetx.chemicalr~XMNXM1538rX seed.compoundrXcpd15495ruh0Nh1h2]rrRrjn`X C30H52O26rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_malttr_erhXMaltotriose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmalttrrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmalttr_erhXMaltotriose C18H32O16rh}rh}r(Xbigg.metaboliterXmalttrrXbiocycrXMETA:MALTOTRIOSErXchebir]r(X CHEBI:25146rX CHEBI:27931rX CHEBI:43937rX CHEBI:61993rX CHEBI:6672reXhmdbrX HMDB01262rX kegg.compoundrXC01835rXmetanetx.chemicalrXMNXM468rX seed.compoundrXcpd01262ruh0Nh1h2]rrRrjn`X C18H32O16rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_maltttr_erhXMaltotetraose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmaltttrrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX maltttr_erhX Maltotetraoserh}rh}r“(Xbigg.metaboliterÓXmaltttrrēXbiocycrœ]rƓ(XMETA:CPD-13205rǓXMETA:CPD0-2595rȓXMETA:MALTOTETRAOSErɓeXchebirʓ]r˓(X CHEBI:25145r̓X CHEBI:28460r͓X CHEBI:44299rΓX CHEBI:61988rϓX CHEBI:62974rГX CHEBI:6671rѓeXhmdbrғX HMDB01296rӓX kegg.compoundrԓ]rՓ(XC02013r֓XC02052rדeX kegg.glycanrؓXG00459rٓXmetanetx.chemicalrړXMNXM5663rۓX seed.compoundrܓ]rݓ(Xcpd01376rޓXcpd01399rߓeuh0Nh1h2]rrRrjn`X C24H42O21rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_man_erhXD-Mannose exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmanrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXman_erhX D-Mannoserh}rh}r(Xbigg.metaboliterXmanrXbiocycrXMETA:D-mannopyranoserXchebir]r(X CHEBI:12999rX CHEBI:14575rX CHEBI:16024rX CHEBI:21057rX CHEBI:33930rX CHEBI:37684rX CHEBI:4208reXhmdbrX HMDB00169rX kegg.compoundrXC00159rXmetanetx.chemicalrXMNXM182r X seed.compoundr ]r (Xcpd00138r Xcpd27437r euh0Nh1h2]rrRrjn`XC6H12O6rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_man6p_erhXD-Mannose 6-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXman6prujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r (hXman6p_er!hXD-Mannose 6-phosphater"h}r#h}r$(Xbigg.metaboliter%Xman6pr&Xbiocycr']r((XMETA:CPD-15979r)XMETA:CPD-15980r*XMETA:Mannose-6-phosphater+eXchebir,]r-(X CHEBI:13000r.X CHEBI:17369r/X CHEBI:4211r0X CHEBI:48042r1X CHEBI:48066r2X CHEBI:58735r3eX kegg.compoundr4XC00275r5Xmetanetx.chemicalr6XMNXM427r7X seed.compoundr8Xcpd00235r9uh0Nh1h2]r:r;Rr<jn`XC6H11O9Pr=jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r>}r?(hX EX_manglyc_er@hX(2(alpha-D-Mannosyl)-D-glycerate exchangerAh}rBh}rC(jC`X SBO:0000627rDX bigg.reactionrEXmanglycrFujG`h#jH`h#jI`h2]rGrHRrIjM`}rJjO`)rK}rL(hX manglyc_erMhX2(alpha-D-Mannosyl)-D-glyceraterNh}rOh}rP(Xbigg.metaboliterQXmanglycrRXbiocycrSX#META:2-O-ALPHA-MANNOSYL-D-GLYCERATErTXchebirU]rV(X CHEBI:11403rWX CHEBI:15847rXX CHEBI:57541rYX CHEBI:851rZeX kegg.compoundr[XC11544r\Xmetanetx.chemicalr]XMNXM1624r^X seed.compoundr_Xcpd08374r`uh0Nh1h2]rarbRrcjn`XC9H15O9rdjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)re}rf(hX EX_melib_erghXMelibiose exchangerhh}rih}rj(jC`X SBO:0000627rkX bigg.reactionrlXmelibrmujG`h#jH`h#jI`h2]rnroRrpjM`}rqjO`)rr}rs(hXmelib_erthXMelibiose C12H22O11ruh}rvh}rw(Xbigg.metaboliterxXmelibryXbiocycrzXMETA:MELIBIOSEr{Xchebir|]r}(X CHEBI:20943r~X CHEBI:25182rX CHEBI:28053rX CHEBI:60170rX CHEBI:61827rX CHEBI:6733reXhmdbrX HMDB00048rX kegg.compoundrXC05402rX kegg.glycanr]r(XG00835rXG01275reXmetanetx.chemicalrXMNXM1434rX seed.compoundrXcpd03198ruh0Nh1h2]rrRrjn`X C12H22O11rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_meoh_erhXMethanol exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmeohrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmeoh_erhXMethanolrh}rh}r(Xbigg.metaboliterXmeohrXbiocycr]r(XMETA:ALCOHOL-GROUPrX META:METOHreXchebir]r(X CHEBI:14588rX CHEBI:17790rX CHEBI:25227rX CHEBI:44080rX CHEBI:44553rX CHEBI:52090rX CHEBI:6816reXhmdbrX HMDB01875rX kegg.compoundrXC00132rX kegg.drugrXD02309rXmetanetx.chemicalrXMNXM157rX seed.compoundrXcpd00116ruh0Nh1h2]rrRr”jn`XCH4O1rÔjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rĔ}rŔ(hX EX_met__D_erƔhXD-Methionine exchangerǔh}rȔh}rɔ(jC`X SBO:0000627rʔX bigg.reactionr˔Xmet__Dr̔ujG`h#jH`h#jI`h2]r͔rΔRrϔjM`}rДjO`)rє}rҔ(hXmet__D_erӔhX D-MethioninerԔh}rՔh}r֔(Xbigg.metaboliterהXmet__DrؔXbiocycrٔX META:CPD-218rڔXchebir۔]rܔ(X CHEBI:13005rݔX CHEBI:16867rޔX CHEBI:21065rߔX CHEBI:32637rX CHEBI:32638rX CHEBI:4215rX CHEBI:44071rX CHEBI:57932reX kegg.compoundrXC00855rXmetanetx.chemicalrXMNXM1275rX seed.compoundrXcpd00637ruh0Nh1h2]rrRrjn`X C5H10NO2Srjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_met__L_erhXL-Methionine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmet__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmet__L_erhX L-Methioninerh}rh}r(Xbigg.metaboliterXmet__LrXbiocycrXMETA:METrXchebir]r(X CHEBI:13141rX CHEBI:14590r X CHEBI:16643r X CHEBI:16811r X CHEBI:21360r X CHEBI:25229r X CHEBI:32631rX CHEBI:32632rX CHEBI:32644rX CHEBI:32646rX CHEBI:43990rX CHEBI:57844rX CHEBI:6271rX CHEBI:64558rX CHEBI:6829reXhmdbr]r(X HMDB00696rX HMDB33951reX kegg.compoundr]r(XC00073rXC01733reX kegg.drugr]r (XD00019r!XD04983r"XD04984r#eXmetanetx.chemicalr$XMNXM61r%X seed.compoundr&]r'(Xcpd00060r(Xcpd30746r)euh0Nh1h2]r*r+Rr,jn`X C5H11NO2Sr-jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r.}r/(hXEX_metsox_R__L_er0hX!L-methionine-R-sulfoxide exchanger1h}r2h}r3(jC`X SBO:0000627r4X bigg.reactionr5X metsox_R__Lr6ujG`h#jH`h#jI`h2]r7r8Rr9jM`}r:jO`)r;}r<(hX metsox_R__L_er=hXL-methionine-R-sulfoxider>h}r?h}r@(Xbigg.metaboliterAX metsox_R__LrBXbiocycrC]rD(X META:CPD-8989rEX META:CPD-8990rFXMETA:L-Methionine-sulfoxidesrGeXchebirH]rI(X CHEBI:13142rJX CHEBI:17016rKX CHEBI:21361rLX CHEBI:49031rMX CHEBI:49032rNX CHEBI:58772rOX CHEBI:58773rPX CHEBI:6272rQeX kegg.compoundrR]rS(XC02989rTXC15998rUXC15999rVeXmetanetx.chemicalrWXMNXM2246rXX seed.compoundrY]rZ(Xcpd01914r[Xcpd14720r\Xcpd14721r]Xcpd15497r^Xcpd15498r_Xcpd29319r`euh0Nh1h2]rarbRrcjn`X C5H11NO3Srdjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)re}rf(hXEX_metsox_S__L_erghXL-Methionine S-oxide exchangerhh}rih}rj(jC`X SBO:0000627rkX bigg.reactionrlX metsox_S__LrmujG`h#jH`h#jI`h2]rnroRrpjM`}rqjO`)rr}rs(hX metsox_S__L_erthXL-Methionine Sulfoxideruh}rvh}rw(Xbigg.metaboliterxX metsox_S__LryXbiocycrz]r{(X META:CPD-8989r|X META:CPD-8990r}XMETA:L-Methionine-sulfoxidesr~eXchebir]r(X CHEBI:13142rX CHEBI:17016rX CHEBI:21361rX CHEBI:49031rX CHEBI:49032rX CHEBI:58772rX CHEBI:58773rX CHEBI:6272reX kegg.compoundr]r(XC02989rXC15998rXC15999reXmetanetx.chemicalrXMNXM2246rX seed.compoundr]r(Xcpd01914rXcpd14720rXcpd14721rXcpd15497rXcpd15498rXcpd29319reuh0Nh1h2]rrRrjn`X C5H11NO3Srjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_mg2_erhX Mg exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmg2rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmg2_erhX Magnesiumrh}rh}r(Xbigg.metaboliterXmg2rXchebir]r(X CHEBI:13379rX CHEBI:18420rX CHEBI:25112rX CHEBI:39127rX CHEBI:49736rX CHEBI:6635reXhmdbrX HMDB00547rX kegg.compoundr]r(XC00305rXC07755rXC07876rXC12567reX kegg.drugr]r•(XD00731rÕXD01167rĕeXmetanetx.chemicalrŕXMNXM653rƕX seed.compoundrǕXcpd00254rȕuh0Nh1h2]rɕrʕRr˕jn`XMgr̕jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r͕}rΕ(hX EX_mincyc_erϕhXMinocycline exchangerЕh}rѕh}rҕ(jC`X SBO:0000627rӕX bigg.reactionrԕXmincycrՕujG`h#jH`h#jI`h2]r֕rוRrؕjM`}rٕjO`)rڕ}rە(hXmincyc_erܕhX Minocyclinerݕh}rޕh}rߕ(Xbigg.metaboliterXmincycrXbiocycrXMETA:CPD-19259rXchebir]r(X CHEBI:44053rX CHEBI:50694rX CHEBI:6939rX CHEBI:71337rX CHEBI:77906reXhmdbrX HMDB15152rX kegg.compoundrXC07225rX kegg.drugrXD05045rX lipidmapsrX LMPK07000002rXmetanetx.chemicalrX MNXM128081rX seed.compoundrXcpd04461ruh0Nh1h2]rrRrjn`X C23H27N3O7rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_minohp_erhX&Myo-Inositol hexakisphosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXminohprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r (hXminohp_er hXMyo-Inositol hexakisphosphater h}r h}r (Xbigg.metaboliterXminohprXbiocycrXMETA:MI-HEXAKISPHOSPHATErXchebir]r(X CHEBI:10603rX CHEBI:11366rX CHEBI:12829rX CHEBI:12832rX CHEBI:17401rX CHEBI:19200rX CHEBI:58130reXhmdbr]r(X HMDB03502rX HMDB60271reX kegg.compoundrXC01204r Xmetanetx.chemicalr!XMNXM491r"X seed.compoundr#]r$(Xcpd00885r%Xcpd16891r&euh0Nh1h2]r'r(Rr)jn`X C6H6O24P6r*jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r+}r,(hX EX_mmet_er-hXS-Methyl-L-methionine exchanger.h}r/h}r0(jC`X SBO:0000627r1X bigg.reactionr2Xmmetr3ujG`h#jH`h#jI`h2]r4r5Rr6jM`}r7jO`)r8}r9(hXmmet_er:hXS-Methyl-L-methioniner;h}r<h}r=(Xbigg.metaboliter>Xmmetr?Xbiocycr@X META:CPD-397rAXchebirB]rC(X CHEBI:12772rDX CHEBI:17728rEX CHEBI:22057rFX CHEBI:58252rGX CHEBI:67050rHX CHEBI:8965rIeX kegg.compoundrJXC03172rKXmetanetx.chemicalrLXMNXM1119rMX seed.compoundrNXcpd02027rOuh0Nh1h2]rPrQRrRjn`X C6H14NO2SrSjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rT}rU(hXEX_mn2_erVhX Mn2+ exchangerWh}rXh}rY(jC`X SBO:0000627rZX bigg.reactionr[Xmn2r\ujG`h#jH`h#jI`h2]r]r^Rr_jM`}r`jO`)ra}rb(hXmn2_erchX Manganeserdh}reh}rf(Xbigg.metabolitergXmn2rhXchebiri]rj(X CHEBI:21435rkX CHEBI:25156rlX CHEBI:29035rmX CHEBI:49749rneXhmdbroX HMDB01333rpX kegg.compoundrqXC19610rrXmetanetx.chemicalrsXMNXM2255rtX seed.compoundru]rv(Xcpd00030rwXcpd20863rxeuh0Nh1h2]ryrzRr{jn`XMnr|jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r}}r~(hXEX_mnl_erhXD-Mannitol exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmnlrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmnl_erhX D-Mannitolrh}rh}r(Xbigg.metaboliterXmnlrXbiocycrX META:MANNITOLrXchebir]r(X CHEBI:12996rX CHEBI:130180rX CHEBI:14574rX CHEBI:16899rX CHEBI:21050rX CHEBI:25163rX CHEBI:29864rX CHEBI:44192rX CHEBI:6686reXhmdbr]r(X HMDB00765rX HMDB01363reX kegg.compoundrXC00392rX kegg.drugrXD00062rXmetanetx.chemicalrXMNXM615rX seed.compoundrXcpd00314ruh0Nh1h2]rrRrjn`XC6H14O6rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_mobd_erhXMolybdate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXmobdrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmobd_erhX Molybdaterh}rh}r(Xbigg.metaboliter–XmobdrÖXbiocycrĖX META:CPD-3rŖXchebirƖ]rǖ(X CHEBI:25368rȖX CHEBI:25371rɖX CHEBI:36263rʖX CHEBI:36264r˖X CHEBI:6967r̖eXhmdbr͖X HMDB12260rΖX kegg.compoundrϖ]rЖ(XC06232rіXC15455rҖeXmetanetx.chemicalrӖXMNXM1026rԖX seed.compoundrՖXcpd11574r֖uh0Nh1h2]rזrؖRrٖjn`XMoO4rږjp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)rۖ}rܖ(hX EX_mso3_erݖhXMethanesulfonate exchangerޖh}rߖh}r(jC`X SBO:0000627rX bigg.reactionrXmso3rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXmso3_erhXMethanesulfonaterh}rh}r(Xbigg.metaboliterXmso3rXbiocycrX META:CPD-3746rXchebir]r(X CHEBI:25224rX CHEBI:27376rX CHEBI:6813reX kegg.compoundrXC11145rXmetanetx.chemicalrXMNXM1485rX seed.compoundrXcpd08023ruh0Nh1h2]rrRrjn`XCH3O3Srjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_n2o_erhXNitrous oxide exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXn2or ujG`h#jH`h#jI`h2]r r Rr jM`}r jO`)r}r(hXn2o_erhX Nitrous oxiderh}rh}r(Xbigg.metaboliterXn2orXbiocycrXMETA:NITROUS-OXIDErXchebir]r(X CHEBI:14661rX CHEBI:17045rX CHEBI:25568rX CHEBI:44250rX CHEBI:7598reXhmdbrX HMDB35807r X kegg.compoundr!XC00887r"X kegg.drugr#XD00102r$Xmetanetx.chemicalr%XMNXM579r&X seed.compoundr'Xcpd00659r(uh0Nh1h2]r)r*Rr+jn`XN2Or,jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r-}r.(hXEX_na1_er/hXSodium exchanger0h}r1h}r2(jC`X SBO:0000627r3X bigg.reactionr4Xna1r5ujG`h#jH`h#jI`h2]r6r7Rr8jM`}r9jO`)r:}r;(hXna1_er<hXSodiumr=h}r>h}r?(Xbigg.metaboliter@Xna1rAXbiocycrB]rC(XMETA:CPD0-2422rDX META:NACLrEXMETA:NaFrFeXchebirG]rH(X CHEBI:26717rIX CHEBI:29101rJX CHEBI:49766rKX CHEBI:9175rLeXhmdbrMX HMDB00588rNX kegg.compoundrO]rP(XC01330rQXC14042rReX kegg.drugrSXD04874rTXmetanetx.chemicalrUXMNXM27rVX seed.compoundrWXcpd00971rXuh0Nh1h2]rYrZRr[jn`XNar\jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r]}r^(hXEX_nac_er_hXNicotinate exchanger`h}rah}rb(jC`X SBO:0000627rcX bigg.reactionrdXnacreujG`h#jH`h#jI`h2]rfrgRrhjM`}rijO`)rj}rk(hXnac_erlhX Nicotinatermh}rnh}ro(Xbigg.metaboliterpXnacrqXbiocycrrX META:NIACINErsXchebirt]ru(X CHEBI:14650rvX CHEBI:15940rwX CHEBI:22851rxX CHEBI:25530ryX CHEBI:25538rzX CHEBI:32544r{X CHEBI:44319r|X CHEBI:7559r}eXhmdbr~X HMDB01488rX kegg.compoundrXC00253rX kegg.drugrXD00049rXmetanetx.chemicalrXMNXM274rX seed.compoundrXcpd00218ruh0Nh1h2]rrRrjn`XC6H4NO2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_nh4_erhXAmmonia exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXnh4rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXnh4_erhXAmmoniumrh}rh}r(Xbigg.metaboliterXnh4rXbiocycr]r(X META:AMMONIArX META:AMMONIUMreXchebir]r(X CHEBI:13405rX CHEBI:13406rX CHEBI:13407rX CHEBI:135980rX CHEBI:13771rX CHEBI:16134rX CHEBI:22533rX CHEBI:22534rX CHEBI:28938rX CHEBI:29337rX CHEBI:29340rX CHEBI:44269rX CHEBI:44284rX CHEBI:44404rX CHEBI:49783rX CHEBI:7434rX CHEBI:7435reXhmdbr]r(X HMDB00051rX HMDB41827reX kegg.compoundr]r(XC00014rXC01342reX kegg.drugr]r(XD02915r—XD02916r×eXmetanetx.chemicalrėXMNXM15rŗX seed.compoundrƗ]rǗ(Xcpd00013rȗXcpd19013rɗeuh0Nh1h2]rʗr˗Rr̗jn`XH4Nr͗jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)rΗ}rϗ(hXEX_ni2_erЗhX Ni2+ exchangerїh}rҗh}rӗ(jC`X SBO:0000627rԗX bigg.reactionr՗Xni2r֗ujG`h#jH`h#jI`h2]rחrؗRrٗjM`}rڗjO`)rۗ}rܗ(hXni2_erݗhXNickelrޗh}rߗh}r(Xbigg.metaboliterXni2rXchebir]r(X CHEBI:25517rX CHEBI:49785rX CHEBI:49786reXhmdbrX HMDB02457rX kegg.compoundr]r(XC14711rXC19609reXmetanetx.chemicalrXMNXM3673rX seed.compoundrXcpd20862ruh0Nh1h2]rrRrjn`XNirjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r}r(hXEX_nmn_erhX NMN exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXnmnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXnmn_erhXNMN C11H14N2O8Prh}rh}r(Xbigg.metaboliter Xnmnr Xbiocycr XMETA:NICOTINAMIDE_NUCLEOTIDEr Xchebir ]r(X CHEBI:10433rX CHEBI:12397rX CHEBI:13409rX CHEBI:14646rX CHEBI:14647rX CHEBI:14648rX CHEBI:14649rX CHEBI:16171rX CHEBI:18201rX CHEBI:22850rX CHEBI:25522rX CHEBI:7557reXhmdbrX HMDB59645rX kegg.compoundrXC00455rXmetanetx.chemicalrXMNXM355r X seed.compoundr!Xcpd00355r"uh0Nh1h2]r#r$Rr%jn`X C11H14N2O8Pr&jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r'}r((hXEX_no_er)hXNitric oxide exchanger*h}r+h}r,(jC`X SBO:0000627r-X bigg.reactionr.Xnor/ujG`h#jH`h#jI`h2]r0r1Rr2jM`}r3jO`)r4}r5(hXno_er6hX Nitric oxider7h}r8h}r9(Xbigg.metaboliter:Xnor;Xbiocycr<XMETA:NITRIC-OXIDEr=Xchebir>]r?(X CHEBI:14657r@X CHEBI:16480rAX CHEBI:25546rBX CHEBI:44452rCX CHEBI:7583rDeXhmdbrEX HMDB03378rFX kegg.compoundrGXC00533rHX kegg.drugrIXD00074rJXmetanetx.chemicalrKXMNXM228rLuh0Nh1h2]rMrNRrOjn`XNOrPjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rQ}rR(hXEX_no2_erShXNitrite exchangerTh}rUh}rV(jC`X SBO:0000627rWX bigg.reactionrXXno2rYujG`h#jH`h#jI`h2]rZr[Rr\jM`}r]jO`)r^}r_(hXno2_er`hXNitriterah}rbh}rc(Xbigg.metaboliterdXno2reXbiocycrfX META:NITRITErgXchebirh]ri(X CHEBI:14658rjX CHEBI:16301rkX CHEBI:25567rlX CHEBI:44396rmX CHEBI:7585rneXhmdbroX HMDB02786rpX kegg.compoundrqXC00088rrXmetanetx.chemicalrsXMNXM107rtX seed.compoundruXcpd00075rvuh0Nh1h2]rwrxRryjn`XNO2rzjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r{}r|(hXEX_no3_er}hXNitrate exchanger~h}rh}r(jC`X SBO:0000627rX bigg.reactionrXno3rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXno3_erhXNitraterh}rh}r(Xbigg.metaboliterXno3rXbiocycr]r(XMETA:CPD-15028rX META:NITRATEreXchebir]r(X CHEBI:14654rX CHEBI:17632rX CHEBI:25545rX CHEBI:44487rX CHEBI:48107rX CHEBI:71263rX CHEBI:7580reXhmdbr]r(X HMDB01853rX HMDB02878reX kegg.compoundrXC00244rX kegg.drugrXD02313rXmetanetx.chemicalrXMNXM207rX seed.compoundrXcpd00209ruh0Nh1h2]rrRrjn`XNO3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_novbcn_erhXNovobiocin exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXnovbcnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXnovbcn_erhX Novobiocinrh}rh}r(Xbigg.metaboliterXnovbcnrXbiocycr˜XMETA:CPD-15417rØXchebirĘ]rŘ(X CHEBI:25597rƘX CHEBI:28368rǘX CHEBI:44505rȘX CHEBI:71339rɘX CHEBI:7644rʘeXhmdbr˘X HMDB15185r̘X kegg.compoundr͘XC05080rΘXmetanetx.chemicalrϘX MNXM65002rИX seed.compoundrјXcpd03032rҘuh0Nh1h2]rӘrԘRr՘jn`X C31H36N2O11r֘jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rט}rؘ(hXEX_o16a4colipa_er٘hX5(O16 antigen)x4 core oligosaccharide lipid A exchangerژh}rۘh}rܘ(jC`X SBO:0000627rݘX bigg.reactionrޘX o16a4coliparߘujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX o16a4colipa_erhX,(O16 antigen)x4 core oligosaccharide lipid Arh}rh}r(Xbigg.metaboliterX o16a4coliparXmetanetx.chemicalrX MNXM91789rX seed.compoundrXcpd15518ruh0Nh1h2]rrRrjn`XC312H523N6O200P4rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_o2_erhX O2 exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXo2rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXo2_erhXO2 O2rh}rh}r(Xbigg.metaboliterXo2rXbiocycr XMETA:OXYGEN-MOLECULEr Xchebir ]r (X CHEBI:10745r X CHEBI:13416rX CHEBI:15379rX CHEBI:23833rX CHEBI:25366rX CHEBI:26689rX CHEBI:27140rX CHEBI:29097rX CHEBI:29793rX CHEBI:30491rX CHEBI:44742rX CHEBI:7860reXhmdbrX HMDB01377rX kegg.compoundrXC00007rX kegg.drugrXD00003rXmetanetx.chemicalrXMNXM4r X seed.compoundr!Xcpd00007r"uh0Nh1h2]r#r$Rr%jn`XO2r&jp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)r'}r((hXEX_o2s_er)hXSuperoxide anion exchanger*h}r+h}r,(jC`X SBO:0000627r-X bigg.reactionr.Xo2sr/ujG`h#jH`h#jI`h2]r0r1Rr2jM`}r3jO`)r4}r5(hXo2s_er6hXSuperoxide anionr7h}r8h}r9(Xbigg.metaboliter:Xo2sr;Xbiocycr<XMETA:SUPER-OXIDEr=Xchebir>]r?(X CHEBI:15143r@X CHEBI:18421rAX CHEBI:25935rBX CHEBI:26839rCX CHEBI:30492rDX CHEBI:7710rEeXhmdbrFX HMDB02168rGX kegg.compoundrHXC00704rIXmetanetx.chemicalrJXMNXM330rKuh0Nh1h2]rLrMRrNjn`XO2rOjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rP}rQ(hX EX_ocdca_erRhX Octadecanoate (n-C18:0) exchangerSh}rTh}rU(jC`X SBO:0000627rVX bigg.reactionrWXocdcarXujG`h#jH`h#jI`h2]rYrZRr[jM`}r\jO`)r]}r^(hXocdca_er_hXOctadecanoate (n-C18:0)r`h}rah}rb(Xbigg.metabolitercXocdcardXbiocycreXMETA:STEARIC_ACIDrfXchebirg]rh(X CHEBI:231588riX CHEBI:25629rjX CHEBI:25631rkX CHEBI:28842rlX CHEBI:45710rmeXhmdbrnX HMDB00827roX kegg.compoundrpXC01530rqX kegg.drugrrXD00119rsX lipidmapsrt]ru(X LMFA01010018rvX LMFA01010047rweXmetanetx.chemicalrxXMNXM236ryX seed.compoundrzXcpd01080r{uh0Nh1h2]r|r}Rr~jn`XC18H35O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ocdcea_erhX Octadecenoate (n-C18:1) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXocdcearujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXocdcea_erhXOctadecenoate (n-C18:1)rh}rh}r(Xbigg.metaboliterXocdcearXbiocycrXMETA:OLEATE-CPDrXchebir]r(X CHEBI:104361rX CHEBI:14684rX CHEBI:16196rX CHEBI:25663rX CHEBI:25664rX CHEBI:30823rX CHEBI:44741rX CHEBI:7741reX kegg.compoundrXC00712rX kegg.drugrXD02315rX lipidmapsr]r(X LMFA01030002rX LMFA01030763rX LMFA01030810reXmetanetx.chemicalrXMNXM306rX seed.compoundrXcpd00536ruh0Nh1h2]rrRrjn`XC18H33O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_octa_erhXOctanoate (n-C8:0) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXoctarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXocta_erhXOctanoate (n-C8:0)r™h}rÙh}rę(Xbigg.metaboliterřXoctarƙXbiocycrǙX META:CPD-195rșXchebirə]rʙ(X CHEBI:25646r˙X CHEBI:25648r̙X CHEBI:28837r͙X CHEBI:3373rΙX CHEBI:44501rϙeXhmdbrЙ]rљ(X HMDB00482rҙX HMDB62511rәeX kegg.compoundrԙXC06423rՙX kegg.drugr֙XD05220rיX lipidmapsrؙX LMFA01010008rٙXmetanetx.chemicalrڙXMNXM750rۙX seed.compoundrܙXcpd03846rݙuh0Nh1h2]rޙrߙRrjn`XC8H15O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_orn_erhXOrnithine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXornrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXorn_erhX Ornithinerh}rh}r(Xbigg.metaboliterXornrXbiocycrXMETA:L-ORNITHINErXchebir]r(X CHEBI:11448rX CHEBI:13148rX CHEBI:15729rX CHEBI:18257rX CHEBI:19370rX CHEBI:21367rX CHEBI:32964rX CHEBI:44667rX CHEBI:46911rX CHEBI:46912rX CHEBI:46913rX CHEBI:46914rX CHEBI:6280rX CHEBI:7784reXhmdbr ]r (X HMDB00214r X HMDB00818r X HMDB04984r X HMDB62654rX HMDB62718reX kegg.compoundr]r(XC00077rXC01602reX kegg.drugrXD08302rX lipidmapsrX LMFA01100057rXmetanetx.chemicalrX MNXM89689rX seed.compoundr]r(Xcpd00064rXcpd19016reuh0Nh1h2]rrRr jn`X C5H13N2O2r!jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r"}r#(hX EX_orot_er$hXOrotate exchanger%h}r&h}r'(jC`X SBO:0000627r(X bigg.reactionr)Xorotr*ujG`h#jH`h#jI`h2]r+r,Rr-jM`}r.jO`)r/}r0(hXorot_er1hXOrotate C5H3N2O4r2h}r3h}r4(Xbigg.metaboliter5Xorotr6Xbiocycr7X META:OROTATEr8Xchebir9]r:(X CHEBI:14698r;X CHEBI:16742r<X CHEBI:25719r=X CHEBI:25720r>X CHEBI:30839r?X CHEBI:44781r@X CHEBI:7787rAeXhmdbrBX HMDB00226rCX kegg.compoundrDXC00295rEX kegg.drugrFXD00055rGXmetanetx.chemicalrHXMNXM235rIX seed.compoundrJXcpd00247rKuh0Nh1h2]rLrMRrNjn`XC5H3N2O4rOjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rP}rQ(hX EX_pacald_erRhXPhenylacetaldehyde exchangerSh}rTh}rU(jC`X SBO:0000627rVX bigg.reactionrWXpacaldrXujG`h#jH`h#jI`h2]rYrZRr[jM`}r\jO`)r]}r^(hXpacald_er_hXPhenylacetaldehyder`h}rah}rb(Xbigg.metabolitercXpacaldrdXbiocycreXMETA:PHENYLACETALDEHYDErfXchebirg]rh(X CHEBI:14778riX CHEBI:16424rjX CHEBI:25972rkX CHEBI:43163rlX CHEBI:8084rmeXhmdbrnX HMDB06236roX kegg.compoundrpXC00601rqXmetanetx.chemicalrrXMNXM473rsX seed.compoundrtXcpd00464ruuh0Nh1h2]rvrwRrxjn`XC8H8Oryjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rz}r{(hX EX_peamn_er|hXPhenethylamine exchanger}h}r~h}r(jC`X SBO:0000627rX bigg.reactionrXpeamnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpeamn_erhXPhenethylaminerh}rh}r(Xbigg.metaboliterXpeamnrXbiocycrXMETA:PHENYLETHYLAMINErXchebir]r(X CHEBI:14782rX CHEBI:18397rX CHEBI:225237rX CHEBI:25965rX CHEBI:45001rX CHEBI:50048rX CHEBI:8063reXhmdbr]r(X HMDB12275rX HMDB60276reX kegg.compoundrXC05332rXmetanetx.chemicalrXMNXM660rX seed.compoundrXcpd03161ruh0Nh1h2]rrRrjn`XC8H12Nrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_phe__L_erhXL-Phenylalanine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXphe__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXphe__L_erhXL-Phenylalaninerh}rh}r(Xbigg.metaboliterXphe__LrXbiocycrXMETA:PHErXchebir]r(X CHEBI:13151rX CHEBI:17295ršX CHEBI:21370rÚX CHEBI:25984rĚX CHEBI:28044rŚX CHEBI:32486rƚX CHEBI:32487rǚX CHEBI:32504rȚX CHEBI:32505rɚX CHEBI:44851rʚX CHEBI:44885r˚X CHEBI:45079r̚X CHEBI:58095r͚X CHEBI:6282rΚX CHEBI:76052rϚX CHEBI:8089rКeXhmdbrњ]rҚ(X HMDB00159rӚX HMDB00612rԚeX kegg.compoundr՚]r֚(XC00079rךXC02057rؚeX kegg.drugrٚXD00021rښXmetanetx.chemicalrۚXMNXM97rܚX seed.compoundrݚ]rޚ(Xcpd00066rߚXcpd01400reuh0Nh1h2]rrRrjn`XC9H11NO2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_pheme_erhXProtoheme exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXphemerujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpheme_erhXProtoheme C34H30FeN4O4rh}rh}r(Xbigg.metaboliterXphemerXbiocycrXMETA:PROTOHEMErXchebir]r(X CHEBI:14957rX CHEBI:17627rX CHEBI:26355rX CHEBI:5651rX CHEBI:60344reX kegg.compoundrXC00032rXmetanetx.chemicalrXMNXM249ruh0Nh1h2]rrRr jn`X C34H30FeN4O4r jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hXEX_pi_er hXPhosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpirujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpi_erhX Phosphaterh}rh}r(Xbigg.metaboliterXpirXbiocycr ]r!(XMETA:CPD-16459r"X META:CPD-9010r#XMETA:PHOSPHATE-GROUPr$XMETA:Pir%eXchebir&]r'(X CHEBI:14791r(X CHEBI:18367r)X CHEBI:26078r*X CHEBI:29137r+X CHEBI:29139r,X CHEBI:35780r-X CHEBI:39739r.X CHEBI:39745r/X CHEBI:43470r0X CHEBI:43474r1X CHEBI:45024r2X CHEBI:7793r3eXhmdbr4]r5(X HMDB00973r6X HMDB01429r7X HMDB02105r8X HMDB02142r9X HMDB05947r:eX kegg.compoundr;]r<(XC00009r=XC13558r>eX kegg.drugr?XD05467r@Xmetanetx.chemicalrAXMNXM9rBX seed.compoundrC]rD(Xcpd00009rEXcpd27787rFeuh0Nh1h2]rGrHRrIjn`XHO4PrJjp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)rK}rL(hX EX_pnto__R_erMhX(R)-Pantothenate exchangerNh}rOh}rP(jC`X SBO:0000627rQX bigg.reactionrRXpnto__RrSujG`h#jH`h#jI`h2]rTrURrVjM`}rWjO`)rX}rY(hX pnto__R_erZhX(R)-Pantothenater[h}r\h}r](Xbigg.metaboliter^Xpnto__Rr_Xbiocycr`XMETA:PANTOTHENATEraXchebirb]rc(X CHEBI:11008rdX CHEBI:14739reX CHEBI:16454rfX CHEBI:18700rgX CHEBI:18701rhX CHEBI:25846riX CHEBI:29032rjX CHEBI:44679rkX CHEBI:46905rlX CHEBI:7916rmeXhmdbrn]ro(X HMDB00210rpX HMDB62717rqeX kegg.compoundrrXC00864rsX kegg.drugrtXD07413ruXmetanetx.chemicalrvXMNXM364rwX seed.compoundrxXcpd00644ryuh0Nh1h2]rzr{Rr|jn`XC9H16NO5r}jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r~}r(hXEX_ppa_erhXPropionate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpparujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXppa_erhXPropionate (n-C3:0)rh}rh}r(Xbigg.metaboliterXpparXmetanetx.chemicalrX MNXM162260ruh0Nh1h2]rrRrjn`XC3H5O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ppal_erhXPropanal exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXppalrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXppal_erhXPropanalrh}rh}r(Xbigg.metaboliterXppalrXbiocycrX META:CPD-665rXchebir]r(X CHEBI:14898rX CHEBI:17153rX CHEBI:26281rX CHEBI:41359rX CHEBI:45052rX CHEBI:8468reXhmdbrX HMDB03366rX kegg.compoundrXC00479rXmetanetx.chemicalrXMNXM821rX seed.compoundrXcpd00371ruh0Nh1h2]rrRr›jn`XC3H6OrÛjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rě}rś(hX EX_pppn_erƛhXPhenylpropanoate exchangerǛh}rțh}rɛ(jC`X SBO:0000627rʛX bigg.reactionr˛Xpppnr̛ujG`h#jH`h#jI`h2]r͛rΛRrϛjM`}rЛjO`)rћ}rқ(hXpppn_erӛhXPhenylpropanoaterԛh}r՛h}r֛(Xbigg.metaboliterכXpppnr؛XbiocycrٛXMETA:3-PHENYLPROPIONATErڛXchebirۛ]rܛ(X CHEBI:20186rݛX CHEBI:20187rޛX CHEBI:26002rߛX CHEBI:26005rX CHEBI:28631rX CHEBI:43112rX CHEBI:51057rX CHEBI:8103reXhmdbrX HMDB00764rX kegg.compoundrXC05629rXmetanetx.chemicalrXMNXM1403rX seed.compoundrXcpd03343ruh0Nh1h2]rrRrjn`XC9H9O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_ppt_erhXPhosphonate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpptrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXppt_erhX Phosphonaterh}rh}r(Xbigg.metaboliterXpptrXbiocycr]r(XMETA:CPD-12755rXMETA:CPD-12756r XMETA:PHOSPHONATEr XMETA:X-PHOSPHATE-GROUPr eXchebir ]r (X CHEBI:14820rX CHEBI:16215rX CHEBI:26066rX CHEBI:26067rX CHEBI:26081rX CHEBI:29196rX CHEBI:29197rX CHEBI:29258rX CHEBI:29259rX CHEBI:33462rX CHEBI:36361rX CHEBI:39856rX CHEBI:44976rX CHEBI:45060rX CHEBI:45064rX CHEBI:8154reXhmdbrX HMDB01443rX kegg.compoundr XC06701r!Xmetanetx.chemicalr"XMNXM1683r#X seed.compoundr$]r%(Xcpd04099r&Xcpd28344r'euh0Nh1h2]r(r)Rr*jn`XHO3Pr+jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r,}r-(hX EX_pro__L_er.hXL-Proline exchanger/h}r0h}r1(jC`X SBO:0000627r2X bigg.reactionr3Xpro__Lr4ujG`h#jH`h#jI`h2]r5r6Rr7jM`}r8jO`)r9}r:(hXpro__L_er;hX L-Proliner<h}r=h}r>(Xbigg.metaboliter?Xpro__Lr@XbiocycrAXMETA:PROrBXchebirC]rD(X CHEBI:13154rEX CHEBI:17203rFX CHEBI:184637rGX CHEBI:21373rHX CHEBI:26271rIX CHEBI:32862rJX CHEBI:32864rKX CHEBI:32871rLX CHEBI:32872rMX CHEBI:42067rNX CHEBI:45040rOX CHEBI:45100rPX CHEBI:45159rQX CHEBI:58054rRX CHEBI:60039rSX CHEBI:6286rTeXhmdbrUX HMDB00162rVX kegg.compoundrW]rX(XC00148rYXC16435rZeX kegg.drugr[XD00035r\Xmetanetx.chemicalr]XMNXM114r^X seed.compoundr_]r`(Xcpd00129raXcpd15140rbeuh0Nh1h2]rcrdRrejn`XC5H9NO2rfjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rg}rh(hX EX_progly_erihXL-Prolinylglycine exchangerjh}rkh}rl(jC`X SBO:0000627rmX bigg.reactionrnXproglyroujG`h#jH`h#jI`h2]rprqRrrjM`}rsjO`)rt}ru(hXprogly_ervhXL-Prolinylglycinerwh}rxh}ry(Xbigg.metaboliterzXproglyr{Xbiocycr|XMETA:CPD0-2182r}Xchebir~]r(X CHEBI:61695rX CHEBI:61696rX CHEBI:73594reXmetanetx.chemicalrXMNXM7481rX seed.compoundrXcpd15551ruh0Nh1h2]rrRrjn`X C7H12N2O3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_psclys_erhXPsicoselysine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpsclysrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpsclys_erhX Psicoselysinerh}rh}r(Xbigg.metaboliterXpsclysrXbiocycrXMETA:PSICOSELYSINErXchebir]r(X CHEBI:61403rX CHEBI:61425reXmetanetx.chemicalrXMNXM6409rX seed.compoundrXcpd15559ruh0Nh1h2]rrRrjn`X C12H25N2O7rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_pser__L_erhXO-Phospho-L-serine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpser__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX pser__L_erhXO-Phospho-L-serinerh}rh}r(Xbigg.metaboliterXpser__LrœXbiocycrÜXMETA:3-P-SERINErĜXchebirŜ]rƜ(X CHEBI:12718rǜX CHEBI:15811rȜX CHEBI:21966rɜX CHEBI:57524rʜX CHEBI:7692r˜eXhmdbr̜X HMDB00272r͜X kegg.compoundrΜXC01005rϜXmetanetx.chemicalrМXMNXM379rќX seed.compoundrҜXcpd00738rӜuh0Nh1h2]rԜr՜Rr֜jn`XC3H6NO6Prלjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r؜}rٜ(hX EX_ptrc_erڜhXPutrescine exchangerۜh}rܜh}rݜ(jC`X SBO:0000627rޜX bigg.reactionrߜXptrcrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXptrc_erhX Putrescinerh}rh}r(Xbigg.metaboliterXptrcrXbiocycrXMETA:PUTRESCINErXchebir]r(X CHEBI:14972rX CHEBI:17148rX CHEBI:26405rX CHEBI:326268rX CHEBI:45092rX CHEBI:8650reXhmdbr]r(X HMDB01414rX HMDB60243reX kegg.compoundrXC00134rXmetanetx.chemicalrXMNXM118rX seed.compoundr]r(Xcpd00118rXcpd12215reuh0Nh1h2]rrRrjn`XC4H14N2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_pydam_er hXPyridoxamine exchanger h}r h}r (jC`X SBO:0000627r X bigg.reactionrXpydamrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpydam_erhX Pyridoxaminerh}rh}r(Xbigg.metaboliterXpydamrXbiocycrXMETA:PYRIDOXAMINErXchebir]r(X CHEBI:131533r X CHEBI:14978r!X CHEBI:16410r"X CHEBI:26426r#X CHEBI:45228r$X CHEBI:57761r%X CHEBI:8669r&eXhmdbr']r((X HMDB01431r)X HMDB62696r*eX kegg.compoundr+XC00534r,Xmetanetx.chemicalr-XMNXM548r.X seed.compoundr/Xcpd00419r0uh0Nh1h2]r1r2Rr3jn`X C8H13N2O2r4jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r5}r6(hX EX_pydx_er7hXPyridoxal exchanger8h}r9h}r:(jC`X SBO:0000627r;X bigg.reactionr<Xpydxr=ujG`h#jH`h#jI`h2]r>r?Rr@jM`}rAjO`)rB}rC(hXpydx_erDhX PyridoxalrEh}rFh}rG(Xbigg.metaboliterHXpydxrIXbiocycrJXMETA:PYRIDOXALrKXchebirL]rM(X CHEBI:131530rNX CHEBI:14976rOX CHEBI:17310rPX CHEBI:26423rQX CHEBI:45112rRX CHEBI:8667rSeXhmdbrTX HMDB01545rUX kegg.compoundrVXC00250rWXmetanetx.chemicalrXXMNXM311rYX seed.compoundrZXcpd00215r[uh0Nh1h2]r\r]Rr^jn`XC8H9NO3r_jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r`}ra(hX EX_pydxn_erbhXPyridoxine exchangerch}rdh}re(jC`X SBO:0000627rfX bigg.reactionrgXpydxnrhujG`h#jH`h#jI`h2]rirjRrkjM`}rljO`)rm}rn(hXpydxn_erohX Pyridoxinerph}rqh}rr(Xbigg.metabolitersXpydxnrtXbiocycruXMETA:PYRIDOXINErvXchebirw]rx(X CHEBI:14981ryX CHEBI:16709rzX CHEBI:26429r{X CHEBI:8671r|eXhmdbr}]r~(X HMDB00239rX HMDB02075reX kegg.compoundrXC00314rX kegg.drugrXD08454rXmetanetx.chemicalrXMNXM419rX seed.compoundrXcpd00263ruh0Nh1h2]rrRrjn`XC8H11NO3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_pyr_erhXPyruvate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXpyrrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXpyr_erhXPyruvaterh}rh}r(Xbigg.metaboliterXpyrrXbiocycrX META:PYRUVATErXchebir]r(X CHEBI:14987rX CHEBI:15361rX CHEBI:26462rX CHEBI:26466rX CHEBI:32816rX CHEBI:45253rX CHEBI:86354rX CHEBI:8685reXhmdbr]r(X HMDB00243rX HMDB62676reX kegg.compoundrXC00022rX lipidmapsrX LMFA01060077rXmetanetx.chemicalrXMNXM23rX seed.compoundrXcpd00020ruh0Nh1h2]rrRrjn`XC3H3O3rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_quin_erhXQuinate exchangerh}rh}rÝ(jC`X SBO:0000627rĝX bigg.reactionrŝXquinrƝujG`h#jH`h#jI`h2]rǝrȝRrɝjM`}rʝjO`)r˝}r̝(hXquin_er͝hXQuinaterΝh}rϝh}rН(Xbigg.metaboliterѝXquinrҝXbiocycrӝX META:QUINATErԝXchebir՝]r֝(X CHEBI:15000rםX CHEBI:17521r؝X CHEBI:26489rٝX CHEBI:26492rڝX CHEBI:29751r۝X CHEBI:8715rܝeX kegg.compoundrݝXC00296rޝXmetanetx.chemicalrߝXMNXM474rX seed.compoundrXcpd00248ruh0Nh1h2]rrRrjn`XC7H12O6rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_r5p_erhX#Alpha-D-Ribose 5-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXr5prujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXr5p_erhXAlpha-D-Ribose 5-phosphaterh}rh}r(Xbigg.metaboliterXr5prXbiocycrXMETA:CPD-15318rXchebir]r(X CHEBI:10270rX CHEBI:12331rX CHEBI:18189rX CHEBI:22413reX kegg.compoundrXC03736rXmetanetx.chemicalrX MNXM15900rX seed.compoundrXcpd19028r uh0Nh1h2]r r Rr jn`XC5H9O8Pr jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_rfamp_erhXRifampin exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXrfamprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXrfamp_erhXRifampinrh}rh}r (Xbigg.metaboliter!Xrfampr"Xbiocycr#XMETA:CPD-18727r$Xchebir%]r&(X CHEBI:26577r'X CHEBI:28077r(X CHEBI:45308r)X CHEBI:71365r*X CHEBI:8858r+eXhmdbr,X HMDB15179r-X kegg.compoundr.XC06688r/X kegg.drugr0XD00211r1Xmetanetx.chemicalr2X MNXM80952r3X seed.compoundr4Xcpd04089r5uh0Nh1h2]r6r7Rr8jn`X C43H58N4O12r9jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r:}r;(hX EX_rib__D_er<hXD-Ribose exchanger=h}r>h}r?(jC`X SBO:0000627r@X bigg.reactionrAXrib__DrBujG`h#jH`h#jI`h2]rCrDRrEjM`}rFjO`)rG}rH(hXrib__D_erIhXD-RiboserJh}rKh}rL(Xbigg.metaboliterMXrib__DrNXbiocycrO]rP(XMETA:D-RibofuranoserQXMETA:D-RibopyranoserReXchebirS]rT(X CHEBI:13011rUX CHEBI:16988rVX CHEBI:21078rWX CHEBI:4233rXX CHEBI:46999rYX CHEBI:47006rZX CHEBI:47013r[eXhmdbr\X HMDB00283r]X kegg.compoundr^]r_(XC00121r`XC21057raeXmetanetx.chemicalrbXMNXM242rcX seed.compoundrdXcpd00105reuh0Nh1h2]rfrgRrhjn`XC5H10O5rijp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rj}rk(hXEX_rmn_erlhXL-Rhamnose exchangermh}rnh}ro(jC`X SBO:0000627rpX bigg.reactionrqXrmnrrujG`h#jH`h#jI`h2]rsrtRrujM`}rvjO`)rw}rx(hXrmn_eryhX L-Rhamnoserzh}r{h}r|(Xbigg.metaboliter}Xrmnr~Xbiocycr]r(XMETA:CPD-15405rXMETA:L-rhamnopyranoserXMETA:L-rhamnosereXchebir]r(X CHEBI:13160rX CHEBI:16055rX CHEBI:21378rX CHEBI:26546rX CHEBI:45427rX CHEBI:57622rX CHEBI:62345rX CHEBI:62346rX CHEBI:6292reXhmdbrX HMDB00849rX kegg.compoundrXC00507rXmetanetx.chemicalrXMNXM2967rX seed.compoundr]r(Xcpd00396rXcpd27379reuh0Nh1h2]rrRrjn`XC6H12O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_sbt__D_erhXD-Sorbitol exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXsbt__DrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXsbt__D_erhX D-Sorbitolrh}rh}r(Xbigg.metaboliterXsbt__DrXbiocycrX META:SORBITOLrXchebir]r(X CHEBI:12954rX CHEBI:13020rX CHEBI:15093rX CHEBI:17220rX CHEBI:17924rX CHEBI:21091rX CHEBI:26724rX CHEBI:26726rX CHEBI:30911rX CHEBI:33795rX CHEBI:33796rX CHEBI:4246rX CHEBI:45559ržX CHEBI:87978rÞX CHEBI:9201rĞeXhmdbrŞX HMDB00247rƞX kegg.compoundrǞXC00794rȞX kegg.drugrɞXD00096rʞXmetanetx.chemicalr˞XMNXM469r̞X seed.compoundr͞Xcpd00588rΞuh0Nh1h2]rϞrОRrўjn`XC6H14O6rҞjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rӞ}rԞ(hXEX_sel_er՞hXSelenate exchanger֞h}rמh}r؞(jC`X SBO:0000627rٞX bigg.reactionrڞXselr۞ujG`h#jH`h#jI`h2]rܞrݞRrޞjM`}rߞjO`)r}r(hXsel_erhXSelenaterh}rh}r(Xbigg.metaboliterXselrXbiocycrX META:SELENATErXchebir]r(X CHEBI:15075rX CHEBI:18170rX CHEBI:26624rX CHEBI:33490rX CHEBI:9088reXhmdbrX HMDB62761rX kegg.compoundrXC05697rXmetanetx.chemicalrXMNXM2282rX seed.compoundrXcpd03396ruh0Nh1h2]rrRrjn`XO4Serjp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)r}r(hX EX_ser__D_erhXD-Serine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXser__DrujG`h#jH`h#jI`h2]rrRrjM`}r jO`)r }r (hXser__D_er hXD-Seriner h}rh}r(Xbigg.metaboliterXser__DrXbiocycrX META:D-SERINErXchebir]r(X CHEBI:13019rX CHEBI:143888rX CHEBI:16523rX CHEBI:21090rX CHEBI:32840rX CHEBI:32841rX CHEBI:35247rX CHEBI:42262rX CHEBI:4245reXhmdbrX HMDB03406r X kegg.compoundr!XC00740r"Xmetanetx.chemicalr#XMNXM694r$X seed.compoundr%Xcpd00550r&uh0Nh1h2]r'r(Rr)jn`XC3H7NO3r*jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r+}r,(hX EX_ser__L_er-hXL-Serine exchanger.h}r/h}r0(jC`X SBO:0000627r1X bigg.reactionr2Xser__Lr3ujG`h#jH`h#jI`h2]r4r5Rr6jM`}r7jO`)r8}r9(hXser__L_er:hXL-Seriner;h}r<h}r=(Xbigg.metaboliter>Xser__Lr?Xbiocycr@]rA(XMETA:SERrBX META:SerinesrCeXchebirD]rE(X CHEBI:13167rFX CHEBI:15081rGX CHEBI:17115rHX CHEBI:17822rIX CHEBI:21387rJX CHEBI:26648rKX CHEBI:32836rLX CHEBI:32837rMX CHEBI:32845rNX CHEBI:32846rOX CHEBI:33384rPX CHEBI:35243rQX CHEBI:45440rRX CHEBI:45451rSX CHEBI:45590rTX CHEBI:45597rUX CHEBI:45677rVX CHEBI:6301rWX CHEBI:9116rXeXhmdbrY]rZ(X HMDB00187r[X HMDB00589r\X HMDB62263r]eX kegg.compoundr^]r_(XC00065r`XC00716raeX kegg.drugrbXD00016rcX lipidmapsrdX LMFA01100045reXmetanetx.chemicalrfXMNXM53rgX seed.compoundrh]ri(Xcpd00054rjXcpd28171rkXcpd30743rleuh0Nh1h2]rmrnRrojn`XC3H7NO3rpjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rq}rr(hXEX_skm_ershXShikimate exchangerth}ruh}rv(jC`X SBO:0000627rwX bigg.reactionrxXskmryujG`h#jH`h#jI`h2]rzr{Rr|jM`}r}jO`)r~}r(hXskm_erhX Shikimaterh}rh}r(Xbigg.metaboliterXskmrXbiocycrXMETA:SHIKIMATErXchebir]r(X CHEBI:15083rX CHEBI:16119rX CHEBI:26662rX CHEBI:26663rX CHEBI:26664rX CHEBI:36208rX CHEBI:45740rX CHEBI:9133reXhmdbrX HMDB03070rX kegg.compoundrXC00493rXmetanetx.chemicalrXMNXM602rX seed.compoundrXcpd00383ruh0Nh1h2]rrRrjn`XC7H9O5rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_slnt_erhXSelenite exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXslntrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXslnt_erhXSeleniterh}rh}r(Xbigg.metaboliterXslntrXbiocycrX META:SELENITErXchebir]r(X CHEBI:15077rX CHEBI:18212rX CHEBI:26642rX CHEBI:29924rX CHEBI:9090reXhmdbrX HMDB11119rX kegg.compoundrXC05684rX kegg.drugr]r(XD05814rŸXD10530rßeXmetanetx.chemicalrğXMNXM1157rşX seed.compoundrƟXcpd03387rǟuh0Nh1h2]rȟrɟRrʟjn`XO3Ser˟jp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)r̟}r͟(hXEX_so2_erΟhXSulfur dioxide exchangerϟh}rПh}rџ(jC`X SBO:0000627rҟX bigg.reactionrӟXso2rԟujG`h#jH`h#jI`h2]r՟r֟RrןjM`}r؟jO`)rٟ}rڟ(hXso2_er۟hXSulfur dioxiderܟh}rݟh}rޟ(Xbigg.metaboliterߟXso2rXbiocycrXMETA:SULFUR-DIOXIDErXchebir]r(X CHEBI:18422rX CHEBI:45789rX CHEBI:8992rX CHEBI:9351reXhmdbrX HMDB34834rX kegg.compoundrXC09306rX kegg.drugrXD05961rXmetanetx.chemicalrXMNXM4835rX seed.compoundrXcpd06201ruh0Nh1h2]rrRrjn`XO2Srjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_so3_erhXSulfite exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXso3rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXso3_erhXSulfiterh}rh}r (Xbigg.metaboliter Xso3r Xbiocycr ]r (X META:H2SO3rX META:HSO3rXMETA:SO3reXchebir]r(X CHEBI:13367rX CHEBI:15139rX CHEBI:17137rX CHEBI:17359rX CHEBI:26837rX CHEBI:29214rX CHEBI:33543rX CHEBI:45548rX CHEBI:48854rX CHEBI:5598rX CHEBI:9344reXhmdbr]r(X HMDB00240r X HMDB01033r!X HMDB03008r"X HMDB34829r#eX kegg.compoundr$]r%(XC00094r&XC11481r'eXmetanetx.chemicalr(X MNXM105630r)X seed.compoundr*Xcpd00081r+uh0Nh1h2]r,r-Rr.jn`XO3Sr/jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r0}r1(hXEX_so4_er2hXSulfate exchanger3h}r4h}r5(jC`X SBO:0000627r6X bigg.reactionr7Xso4r8ujG`h#jH`h#jI`h2]r9r:Rr;jM`}r<jO`)r=}r>(hXso4_er?hXSulfater@h}rAh}rB(Xbigg.metaboliterCXso4rDXbiocycrE]rF(X META:HSO4rGX META:SULFATErHeXchebirI]rJ(X CHEBI:15135rKX CHEBI:16189rLX CHEBI:26836rMX CHEBI:29199rNX CHEBI:45687rOX CHEBI:45693rPX CHEBI:45696rQX CHEBI:9335rReXhmdbrSX HMDB01448rTX kegg.compoundrUXC00059rVX kegg.drugrWXD05963rXXmetanetx.chemicalrYXMNXM58rZX seed.compoundr[Xcpd00048r\uh0Nh1h2]r]r^Rr_jn`XO4Sr`jp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)ra}rb(hX EX_spmd_erchXSpermidine exchangerdh}reh}rf(jC`X SBO:0000627rgX bigg.reactionrhXspmdriujG`h#jH`h#jI`h2]rjrkRrljM`}rmjO`)rn}ro(hXspmd_erphX Spermidinerqh}rrh}rs(Xbigg.metabolitertXspmdruXbiocycrvXMETA:SPERMIDINErwXchebirx]ry(X CHEBI:15095rzX CHEBI:15097r{X CHEBI:16610r|X CHEBI:26732r}X CHEBI:26733r~X CHEBI:45647rX CHEBI:57834rX CHEBI:9218reXhmdbrX HMDB01257rX kegg.compoundrXC00315rXmetanetx.chemicalrXMNXM124rX seed.compoundrXcpd00264ruh0Nh1h2]rrRrjn`XC7H22N3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_succ_erhXSuccinate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXsuccrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXsucc_erhX Succinaterh}rh}r(Xbigg.metaboliterXsuccrXbiocycrXMETA:SUCrXchebir]r(X CHEBI:132287rX CHEBI:15125rX CHEBI:15741rX CHEBI:22941rX CHEBI:22943rX CHEBI:26803rX CHEBI:26807rX CHEBI:30031rX CHEBI:30779rX CHEBI:45639rX CHEBI:90372rX CHEBI:9304reXhmdbrX HMDB00254rX kegg.compoundrXC00042rX lipidmapsrX LMFA01170043rXmetanetx.chemicalrXMNXM25rX seed.compoundrXcpd00036ruh0Nh1h2]rrRrjn`XC4H4O4rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r (hX EX_sucr_eràhXSucrose exchangerĠh}rŠh}rƠ(jC`X SBO:0000627rǠX bigg.reactionrȠXsucrrɠujG`h#jH`h#jI`h2]rʠrˠRr̠jM`}r͠jO`)rΠ}rϠ(hXsucr_erРhXSucrose C12H22O11rѠh}rҠh}rӠ(Xbigg.metaboliterԠXsucrrՠXbiocycr֠X META:SUCROSErנXchebirؠ]r٠(X CHEBI:15128rڠX CHEBI:17992r۠X CHEBI:26812rܠX CHEBI:45795rݠX CHEBI:9314rޠeXhmdbrߠX HMDB00258rX kegg.compoundrXC00089rX kegg.drugrXD00025rX kegg.glycanrXG00370rXmetanetx.chemicalrXMNXM167rX seed.compoundrXcpd00076ruh0Nh1h2]rrRrjn`X C12H22O11rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_sulfac_erhXSulfoacetate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXsulfacrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXsulfac_erhX Sulfoacetaterh}rh}r(Xbigg.metaboliterXsulfacrXbiocycrXMETA:CPD-10246rXchebir]r(X CHEBI:34987rX CHEBI:49876r X CHEBI:50519r X CHEBI:58824r eX kegg.compoundr XC14179r Xmetanetx.chemicalrXMNXM1949rX seed.compoundrXcpd09878ruh0Nh1h2]rrRrjn`XC2H2O5Srjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_tartr__D_erhXD-tartrate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtartr__DrujG`h#jH`h#jI`h2]rr Rr!jM`}r"jO`)r#}r$(hX tartr__D_er%hX D-tartrater&h}r'h}r((Xbigg.metaboliter)Xtartr__Dr*Xbiocycr+XMETA:D-TARTRATEr,Xchebir-]r.(X CHEBI:11077r/X CHEBI:15672r0X CHEBI:18806r1X CHEBI:18807r2X CHEBI:30927r3X CHEBI:35399r4X CHEBI:446r5X CHEBI:45873r6eXhmdbr7X HMDB29878r8X kegg.compoundr9XC02107r:Xmetanetx.chemicalr;XMNXM7948r<X seed.compoundr=Xcpd19018r>uh0Nh1h2]r?r@RrAjn`XC4H4O6rBjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rC}rD(hX EX_tartr__L_erEhXL-tartrate exchangerFh}rGh}rH(jC`X SBO:0000627rIX bigg.reactionrJXtartr__LrKujG`h#jH`h#jI`h2]rLrMRrNjM`}rOjO`)rP}rQ(hX tartr__L_erRhX L-tartraterSh}rTh}rU(Xbigg.metaboliterVXtartr__LrWXbiocycrXX META:TARTRATErYXchebirZ]r[(X CHEBI:10961r\X CHEBI:11018r]X CHEBI:15193r^X CHEBI:15671r_X CHEBI:18710r`X CHEBI:18711raX CHEBI:26849rbX CHEBI:30924rcX CHEBI:35397rdX CHEBI:35398reX CHEBI:358rfX CHEBI:45866rgeXhmdbrhX HMDB00956riX kegg.compoundrjXC00898rkX kegg.drugrlXD00103rmXmetanetx.chemicalrnXMNXM816roX seed.compoundrpXcpd00666rquh0Nh1h2]rrrsRrtjn`XC4H4O6rujp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rv}rw(hX EX_taur_erxhXTaurine exchangeryh}rzh}r{(jC`X SBO:0000627r|X bigg.reactionr}Xtaurr~ujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtaur_erhXTaurine C2H7NO3Srh}rh}r(Xbigg.metaboliterXtaurrXbiocycrX META:TAURINErXchebir]r(X CHEBI:15195rX CHEBI:15891rX CHEBI:26852rX CHEBI:32970rX CHEBI:45877rX CHEBI:507393rX CHEBI:9406reXhmdbrX HMDB00251rX kegg.compoundrXC00245rX kegg.drugrXD00047rXmetanetx.chemicalrXMNXM282rX seed.compoundrXcpd00210ruh0Nh1h2]rrRrjn`XC2H7NO3Srjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_tcynt_erhXThiocyanate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtcyntrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtcynt_erhX Thiocyanaterh}rh}r(Xbigg.metaboliterXtcyntrXbiocycr]r(XMETA:CPD-19512rX META:HSCNreXchebir]r(X CHEBI:15234rX CHEBI:18022rX CHEBI:24926rX CHEBI:24928r¡X CHEBI:26954ráX CHEBI:26956rġX CHEBI:29200ršX CHEBI:45576rơX CHEBI:9550rǡeXhmdbrȡX HMDB01453rɡX kegg.compoundrʡXC01755rˡXmetanetx.chemicalr̡XMNXM762r͡X seed.compoundrΡXcpd01211rϡuh0Nh1h2]rСrѡRrҡjn`XCNSrӡjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rԡ}rա(hXEX_thm_er֡hXThiamin exchangerסh}rءh}r١(jC`X SBO:0000627rڡX bigg.reactionrۡXthmrܡujG`h#jH`h#jI`h2]rݡrޡRrߡjM`}rjO`)r}r(hXthm_erhXThiaminrh}rh}r(Xbigg.metaboliterXthmrXbiocycrX META:THIAMINErXchebir]r(X CHEBI:15227rX CHEBI:18385rX CHEBI:26941rX CHEBI:46393rX CHEBI:49107rX CHEBI:9530reXhmdbrX HMDB00235rX kegg.compoundrXC00378rXmetanetx.chemicalrXMNXM322rX seed.compoundrXcpd00305ruh0Nh1h2]rrRrjn`X C12H17N4OSrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_thr__L_erhXL-Threonine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXthr__LrujG`h#jH`h#jI`h2]rr Rr jM`}r jO`)r }r (hXthr__L_erhX L-Threoninerh}rh}r(Xbigg.metaboliterXthr__LrXbiocycrXMETA:THRrXchebir]r(X CHEBI:13175rX CHEBI:16857rX CHEBI:21403rX CHEBI:26986rX CHEBI:32820rX CHEBI:32822rX CHEBI:32832rX CHEBI:32833rX CHEBI:42083r X CHEBI:45843r!X CHEBI:45983r"X CHEBI:57926r#X CHEBI:6308r$eXhmdbr%X HMDB00167r&X kegg.compoundr'XC00188r(X kegg.drugr)XD00041r*Xmetanetx.chemicalr+XMNXM142r,X seed.compoundr-Xcpd00161r.uh0Nh1h2]r/r0Rr1jn`XC4H9NO3r2jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r3}r4(hX EX_thrp_er5hX"L-Threonine O-3-phosphate exchanger6h}r7h}r8(jC`X SBO:0000627r9X bigg.reactionr:Xthrpr;ujG`h#jH`h#jI`h2]r<r=Rr>jM`}r?jO`)r@}rA(hXthrp_erBhXL-Threonine O-3-phosphaterCh}rDh}rE(Xbigg.metaboliterFXthrprGXbiocycrHXMETA:L-THREONINE-O-3-PHOSPHATErIXchebirJ]rK(X CHEBI:21967rLX CHEBI:31757rMX CHEBI:37525rNX CHEBI:45955rOX CHEBI:58675rPeX kegg.compoundrQXC12147rRXmetanetx.chemicalrSXMNXM1492rTX seed.compoundrUXcpd08928rVuh0Nh1h2]rWrXRrYjn`XC4H8NO6PrZjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r[}r\(hX EX_thym_er]hXThymine exchanger^h}r_h}r`(jC`X SBO:0000627raX bigg.reactionrbXthymrcujG`h#jH`h#jI`h2]rdreRrfjM`}rgjO`)rh}ri(hXthym_erjhXThymine C5H6N2O2rkh}rlh}rm(Xbigg.metaboliternXthymroXbiocycrpX META:THYMINErqXchebirr]rs(X CHEBI:15247rtX CHEBI:17821ruX CHEBI:27004rvX CHEBI:46017rwX CHEBI:9580rxeXhmdbryX HMDB00262rzX kegg.compoundr{XC00178r|Xmetanetx.chemicalr}XMNXM386r~X seed.compoundrXcpd00151ruh0Nh1h2]rrRrjn`XC5H6N2O2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_thymd_erhXThymidine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXthymdrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXthymd_erhXThymidine C10H14N2O5rh}rh}r(Xbigg.metaboliterXthymdrXbiocycrXMETA:THYMIDINErXchebir]r(X CHEBI:15244rX CHEBI:17748rX CHEBI:19273rX CHEBI:45782rX CHEBI:45834rX CHEBI:45917rX CHEBI:45918rX CHEBI:53527rX CHEBI:9579reXhmdbrX HMDB00273rX kegg.compoundrXC00214rXmetanetx.chemicalrXMNXM420rX seed.compoundrXcpd00184ruh0Nh1h2]rrRrjn`X C10H14N2O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_tma_erhXTrimethylamine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtmarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtma_er¢hXTrimethylaminerâh}rĢh}rŢ(Xbigg.metaboliterƢXtmarǢXbiocycrȢXMETA:TRIMETHYLAMINErɢXchebirʢ]rˢ(X CHEBI:15261r̢X CHEBI:18139r͢X CHEBI:27125r΢X CHEBI:27127rϢX CHEBI:58389rТX CHEBI:9732rѢeXhmdbrҢX HMDB00906rӢX kegg.compoundrԢXC00565rբXmetanetx.chemicalr֢XMNXM352rעX seed.compoundrآXcpd00441r٢uh0Nh1h2]rڢrۢRrܢjn`XC3H10Nrݢjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rޢ}rߢ(hX EX_tmao_erhXTrimethylamine N-oxide exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtmaorujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtmao_erhXTrimethylamine N-oxiderh}rh}r(Xbigg.metaboliterXtmaorXbiocycrXMETA:TRIMETHYLAMINE-N-OrXchebir]r(X CHEBI:15262rX CHEBI:15263rX CHEBI:15724rX CHEBI:27126rX CHEBI:9733reXhmdbrX HMDB00925rX kegg.compoundrXC01104rXmetanetx.chemicalrXMNXM437rX seed.compoundrXcpd00811ruh0Nh1h2]rrRrjn`XC3H9NOrjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r (hXEX_tre_er hXTrehalose exchanger h}r h}r (jC`X SBO:0000627rX bigg.reactionrXtrerujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtre_erhX Trehaloserh}rh}r(Xbigg.metaboliterXtrerXbiocycr]r(XMETA:CPD-15990rXMETA:TREHALOSEr eXchebir!]r"(X CHEBI:10202r#X CHEBI:12281r$X CHEBI:12284r%X CHEBI:12287r&X CHEBI:15251r'X CHEBI:16551r(X CHEBI:22365r)X CHEBI:27082r*X CHEBI:46211r+eXhmdbr,X HMDB00975r-X kegg.compoundr.XC01083r/X kegg.glycanr0XG00293r1Xmetanetx.chemicalr2XMNXM198r3X seed.compoundr4Xcpd00794r5uh0Nh1h2]r6r7Rr8jn`X C12H22O11r9jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r:}r;(hX EX_trp__L_er<hXL-Tryptophan exchanger=h}r>h}r?(jC`X SBO:0000627r@X bigg.reactionrAXtrp__LrBujG`h#jH`h#jI`h2]rCrDRrEjM`}rFjO`)rG}rH(hXtrp__L_erIhX L-TryptophanrJh}rKh}rL(Xbigg.metaboliterMXtrp__LrNXbiocycrOXMETA:TRPrPXchebirQ]rR(X CHEBI:13178rSX CHEBI:16828rTX CHEBI:184633rUX CHEBI:21407rVX CHEBI:27163rWX CHEBI:27897rXX CHEBI:32702rYX CHEBI:32704rZX CHEBI:32727r[X CHEBI:32728r\X CHEBI:45988r]X CHEBI:46086r^X CHEBI:46125r_X CHEBI:46225r`X CHEBI:57912raX CHEBI:6310rbX CHEBI:64554rcX CHEBI:9769rdeXhmdbre]rf(X HMDB00929rgX HMDB30396rheX kegg.compoundri]rj(XC00078rkXC00806rleX kegg.drugrmXD00020rnXmetanetx.chemicalroXMNXM94rpX seed.compoundrq]rr(Xcpd00065rsXcpd19007rteuh0Nh1h2]rurvRrwjn`X C11H12N2O2rxjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)ry}rz(hX EX_tsul_er{hXThiosulfate exchanger|h}r}h}r~(jC`X SBO:0000627rX bigg.reactionrXtsulrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtsul_erhX Thiosulfaterh}rh}r(Xbigg.metaboliterXtsulrXbiocycrX META:S2O3rXchebir]r(X CHEBI:15242rX CHEBI:16094rX CHEBI:26977rX CHEBI:29279rX CHEBI:33539rX CHEBI:33540rX CHEBI:33541rX CHEBI:33542rX CHEBI:45922rX CHEBI:5587rX CHEBI:9569reXhmdbrX HMDB00257rX kegg.compoundr]r(XC00320rXC05529reXmetanetx.chemicalrXMNXM323rX seed.compoundrXcpd00268ruh0Nh1h2]rrRrjn`XO3S2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ttdca_erhX!Tetradecanoate (n-C14:0) exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXttdcarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXttdca_erhXTetradecanoate (n-C14:0)rh}rh}r(Xbigg.metaboliterXttdcarXmetanetx.chemicalrX MNXM162239ruh0Nh1h2]r£rãRrģjn`XC14H27O2rţjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rƣ}rǣ(hX EX_ttdcea_erȣhX!Tetradecenoate (n-C14:1) exchangerɣh}rʣh}rˣ(jC`X SBO:0000627ṛX bigg.reactionrͣXttdcearΣujG`h#jH`h#jI`h2]rϣrУRrѣjM`}rңjO`)rӣ}rԣ(hXttdcea_erգhXTetradecenoate (n-C14:1)r֣h}rףh}rأ(Xbigg.metaboliter٣XttdcearڣXmetanetx.chemicalrۣXMNXM641rܣuh0Nh1h2]rݣrޣRrߣjn`XC14H25O2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_ttrcyc_erhXTetracycline exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXttrcycrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXttrcyc_erhX Tetracyclinerh}rh}r(Xbigg.metaboliterXttrcycrXbiocycrXMETA:CPD0-1414rXchebir]r(X CHEBI:26894rX CHEBI:27902rX CHEBI:45729rX CHEBI:71392rX CHEBI:77932rX CHEBI:9474reXhmdbrX HMDB14897rX kegg.compoundrXC06570rX kegg.drugrXD00201rXmetanetx.chemicalrX MNXM97613rX seed.compoundrXcpd03977r uh0Nh1h2]r r Rr jn`X C22H24N2O8r jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_tungs_erhXTungstate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtungsrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtungs_erhX Tungstaterh}rh}r (Xbigg.metaboliter!Xtungsr"Xbiocycr#XMETA:TUNGSTATEr$Xchebir%]r&(X CHEBI:30518r'X CHEBI:36271r(X CHEBI:36272r)X CHEBI:46497r*X CHEBI:46502r+eX kegg.compoundr,XC20679r-Xmetanetx.chemicalr.X MNXM88308r/X seed.compoundr0Xcpd15574r1uh0Nh1h2]r2r3Rr4jn`XO4W1r5jp`j*djr`Jjs`GubGsh0Njt`G@ju`G@@ubj<`)r6}r7(hXEX_tym_er8hXTyramine exchanger9h}r:h}r;(jC`X SBO:0000627r<X bigg.reactionr=Xtymr>ujG`h#jH`h#jI`h2]r?r@RrAjM`}rBjO`)rC}rD(hXtym_erEhXTyraminerFh}rGh}rH(Xbigg.metaboliterIXtymrJXbiocycrKX META:TYRAMINErLXchebirM]rN(X CHEBI:15276rOX CHEBI:15760rPX CHEBI:27174rQX CHEBI:327995rRX CHEBI:9799rSeXhmdbrT]rU(X HMDB00306rVX HMDB62629rWeX kegg.compoundrXXC00483rYXmetanetx.chemicalrZXMNXM603r[X seed.compoundr\Xcpd00374r]uh0Nh1h2]r^r_Rr`jn`XC8H12NOrajp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rb}rc(hX EX_tyr__L_erdhXL-Tyrosine exchangereh}rfh}rg(jC`X SBO:0000627rhX bigg.reactionriXtyr__LrjujG`h#jH`h#jI`h2]rkrlRrmjM`}rnjO`)ro}rp(hXtyr__L_erqhX L-Tyrosinerrh}rsh}rt(Xbigg.metaboliteruXtyr__LrvXbiocycrwXMETA:TYRrxXchebiry]rz(X CHEBI:13181r{X CHEBI:15277r|X CHEBI:17895r}X CHEBI:18186r~X CHEBI:21411rX CHEBI:27176rX CHEBI:32760rX CHEBI:32761rX CHEBI:32762rX CHEBI:32784rX CHEBI:32785rX CHEBI:32786rX CHEBI:46070rX CHEBI:46161rX CHEBI:58315rX CHEBI:6313rX CHEBI:9800reXhmdbr]r(X HMDB00158rX HMDB00647reX kegg.compoundr]r(XC00082rXC01536reX kegg.drugrXD00022rXmetanetx.chemicalrXMNXM76rX seed.compoundr]r(Xcpd00069rXcpd30745reuh0Nh1h2]rrRrjn`XC9H11NO3rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_tyrp_erhXPhosphotyrosine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXtyrprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXtyrp_erhXPhosphotyrosinerh}rh}r(Xbigg.metaboliterXtyrprXbiocycrX META:CPD-3728rXchebir]r(X CHEBI:21991rX CHEBI:37788rX CHEBI:45080rX CHEBI:45158rX CHEBI:45187rX CHEBI:45209rX CHEBI:62338rX CHEBI:8171reX kegg.compoundrXC06501r¤Xmetanetx.chemicalräXMNXM3323rĤX seed.compoundrŤXcpd03912rƤuh0Nh1h2]rǤrȤRrɤjn`X C9H10NO6Prʤjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)rˤ}r̤(hX EX_uacgam_erͤhX#UDP-N-acetyl-D-glucosamine exchangerΤh}rϤh}rФ(jC`X SBO:0000627rѤX bigg.reactionrҤXuacgamrӤujG`h#jH`h#jI`h2]rԤrդRr֤jM`}rפjO`)rؤ}r٤(hXuacgam_erڤhXUDP-N-acetyl-D-glucosaminerۤh}rܤh}rݤ(Xbigg.metaboliterޤXuacgamrߤXbiocycrXMETA:UDP-N-ACETYL-D-GLUCOSAMINErXchebir]r(X CHEBI:13456rX CHEBI:13473rX CHEBI:13475rX CHEBI:13476rX CHEBI:16264rX CHEBI:22115rX CHEBI:46243rX CHEBI:46287rX CHEBI:57705rX CHEBI:9823reXhmdbrX HMDB62760rX kegg.compoundrXC00043rX kegg.glycanrXG10610rX lipidmapsrX LMSL01010002rXmetanetx.chemicalrXMNXM47rX seed.compoundrXcpd00037ruh0Nh1h2]rrRrjn`X C17H25N3O17P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_udpacgal_erhX%UDP-N-acetyl-D-galactosamine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXudpacgalrujG`h#jH`h#jI`h2]rrRr jM`}r jO`)r }r (hX udpacgal_er hXUDP-N-acetyl-D-galactosaminerh}rh}r(Xbigg.metaboliterXudpacgalrXbiocycrXMETA:UDP-N-ACETYL-GALACTOSAMINErXchebir]r(X CHEBI:13455rX CHEBI:13470rX CHEBI:16650rX CHEBI:22112rX CHEBI:57847rX CHEBI:9820reX kegg.compoundrXC00203rX kegg.glycanrXG10611r Xmetanetx.chemicalr!X MNXM162233r"X seed.compoundr#Xcpd00175r$uh0Nh1h2]r%r&Rr'jn`X C17H25N3O17P2r(jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r)}r*(hX EX_udpg_er+hXUDPglucose exchanger,h}r-h}r.(jC`X SBO:0000627r/X bigg.reactionr0Xudpgr1ujG`h#jH`h#jI`h2]r2r3Rr4jM`}r5jO`)r6}r7(hXudpg_er8hX UDPglucoser9h}r:h}r;(Xbigg.metaboliter<Xudpgr=Xbiocycr>XMETA:CPD-12575r?Xchebir@]rA(X CHEBI:13498rBX CHEBI:13505rCX CHEBI:18066rDX CHEBI:22103rEX CHEBI:27234rFX CHEBI:28532rGX CHEBI:42885rHX CHEBI:46228rIX CHEBI:46229rJX CHEBI:52249rKX CHEBI:58367rLX CHEBI:58885rMX CHEBI:9845rNX CHEBI:9895rOeX kegg.compoundrPXC00029rQX kegg.glycanrRXG10608rSXmetanetx.chemicalrTXMNXM52rUX seed.compoundrV]rW(Xcpd00026rXXcpd28293rYeuh0Nh1h2]rZr[Rr\jn`X C15H22N2O17P2r]jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r^}r_(hX EX_udpgal_er`hXUDPgalactose exchangerah}rbh}rc(jC`X SBO:0000627rdX bigg.reactionreXudpgalrfujG`h#jH`h#jI`h2]rgrhRrijM`}rjjO`)rk}rl(hXudpgal_ermhX UDPgalactosernh}roh}rp(Xbigg.metaboliterqXudpgalrrXbiocycrsXMETA:CPD-14553rtXchebiru]rv(X CHEBI:13487rwX CHEBI:13495rxX CHEBI:18307ryX CHEBI:22100rzX CHEBI:42751r{X CHEBI:58439r|X CHEBI:66914r}X CHEBI:67119r~X CHEBI:9811reXhmdbrX HMDB62573rX kegg.compoundrXC00052rX kegg.glycanrXG10609rXmetanetx.chemicalrX MNXM89795rX seed.compoundr]r(Xcpd00043rXcpd30770reuh0Nh1h2]rrRrjn`X C15H22N2O17P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_udpglcur_erhXUDP-D-glucuronate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXudpglcurrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hX udpglcur_erhXUDP-D-glucuronaterh}rh}r(Xbigg.metaboliterXudpglcurrXbiocycrXMETA:UDP-GLUCURONATErXchebir]r(X CHEBI:13489rX CHEBI:13506rX CHEBI:17200rX CHEBI:22104rX CHEBI:46309rX CHEBI:58052rX CHEBI:9846reX kegg.compoundrXC00167rX kegg.glycanrXG10612rXmetanetx.chemicalrXMNXM87rX seed.compoundrXcpd00144ruh0Nh1h2]rrRrjn`X C15H19N2O18P2rjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_ump_erhX UMP exchangerh}rh}r(jC`X SBO:0000627r¥X bigg.reactionråXumprĥujG`h#jH`h#jI`h2]rťrƥRrǥjM`}rȥjO`)rɥ}rʥ(hXump_er˥hXUMP C9H11N2O9Pr̥h}rͥh}rΥ(Xbigg.metaboliterϥXumprХXbiocycrѥXMETA:UMPrҥXchebirӥ]rԥ(X CHEBI:13508rեX CHEBI:13509r֥X CHEBI:16695rץX CHEBI:27231rإX CHEBI:46362r٥X CHEBI:46382rڥX CHEBI:46385rۥX CHEBI:47721rܥX CHEBI:57865rݥX CHEBI:9849rޥeX kegg.compoundrߥXC00105rXmetanetx.chemicalrXMNXM80rX seed.compoundrXcpd00091ruh0Nh1h2]rrRrjn`X C9H11N2O9Prjp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_ura_erhXUracil exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXurarujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXura_erhXUracilrh}rh}r(Xbigg.metaboliterXurarXbiocycrX META:URACILrXchebir]r(X CHEBI:15288rX CHEBI:17568rX CHEBI:27210rX CHEBI:43254rX CHEBI:46375rX CHEBI:9882reXhmdbrX HMDB00300r X kegg.compoundr XC00106r X kegg.drugr ]r (XD00027rXD09776reXmetanetx.chemicalrXMNXM158rX seed.compoundrXcpd00092ruh0Nh1h2]rrRrjn`XC4H4N2O2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hX EX_urea_erhX Urea exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXurear ujG`h#jH`h#jI`h2]r!r"Rr#jM`}r$jO`)r%}r&(hXurea_er'hX Urea CH4N2Or(h}r)h}r*(Xbigg.metaboliter+Xurear,Xbiocycr-X META:UREAr.Xchebir/]r0(X CHEBI:134711r1X CHEBI:15292r2X CHEBI:16199r3X CHEBI:27218r4X CHEBI:32285r5X CHEBI:46379r6X CHEBI:48376r7X CHEBI:9888r8eXhmdbr9X HMDB00294r:X kegg.compoundr;XC00086r<X kegg.drugr=]r>(XD00023r?XD01749r@XD10496rAeXmetanetx.chemicalrBXMNXM117rCX seed.compoundrDXcpd00073rEuh0Nh1h2]rFrGRrHjn`XCH4N2OrIjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rJ}rK(hXEX_uri_erLhXUridine exchangerMh}rNh}rO(jC`X SBO:0000627rPX bigg.reactionrQXurirRujG`h#jH`h#jI`h2]rSrTRrUjM`}rVjO`)rW}rX(hXuri_erYhXUridinerZh}r[h}r\(Xbigg.metaboliter]Xurir^Xbiocycr_X META:URIDINEr`Xchebira]rb(X CHEBI:15296rcX CHEBI:16704rdX CHEBI:27227reX CHEBI:46386rfX CHEBI:46391rgX CHEBI:46460rhX CHEBI:46463riX CHEBI:9893rjeXhmdbrkX HMDB00296rlX kegg.compoundrmXC00299rnXmetanetx.chemicalroXMNXM288rpX seed.compoundrqXcpd00249rruh0Nh1h2]rsrtRrujn`X C9H12N2O6rvjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)rw}rx(hX EX_val__L_eryhXL-Valine exchangerzh}r{h}r|(jC`X SBO:0000627r}X bigg.reactionr~Xval__LrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXval__L_erhXL-Valinerh}rh}r(Xbigg.metaboliterXval__LrXbiocycrXMETA:VALrXchebir]r(X CHEBI:13186rX CHEBI:16414rX CHEBI:21417rX CHEBI:27266rX CHEBI:32851rX CHEBI:32852rX CHEBI:32859rX CHEBI:32860rX CHEBI:46282rX CHEBI:46376rX CHEBI:46418rX CHEBI:46484rX CHEBI:57762rX CHEBI:6321rX CHEBI:87977reXhmdbr]r(X HMDB00883rX HMDB34366reX kegg.compoundr]r(XC00183rXC16436reX kegg.drugrXD00039rX lipidmapsrX LMFA01100046rXmetanetx.chemicalrXMNXM199rX seed.compoundr]r(Xcpd00156rXcpd15141reuh0Nh1h2]rrRrjn`XC5H11NO2rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_xan_erhXXanthine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXxanrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r¦}ræ(hXxan_erĦhXXanthinerŦh}rƦh}rǦ(Xbigg.metaboliterȦXxanrɦXbiocycrʦX META:XANTHINEr˦Xchebir̦]rͦ(X CHEBI:10059rΦX CHEBI:15318rϦX CHEBI:17712rЦX CHEBI:27317rѦX CHEBI:46377rҦX CHEBI:48517rӦeXhmdbrԦX HMDB00292rզX kegg.compoundr֦XC00385rצXmetanetx.chemicalrئXMNXM174r٦X seed.compoundrڦXcpd00309rۦuh0Nh1h2]rܦrݦRrަjn`XC5H4N4O2rߦjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_xmp_erhX Xanthosine 5'-phosphate exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXxmprujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXxmp_erhXXanthosine 5'-phosphaterh}rh}r(Xbigg.metaboliterXxmprXbiocycrXMETA:XANTHOSINE-5-PHOSPHATErXchebir]r(X CHEBI:10067rX CHEBI:10938rX CHEBI:15324rX CHEBI:15652rX CHEBI:27328rX CHEBI:57464reXhmdbrX HMDB62755rX kegg.compoundrXC00655rXmetanetx.chemicalrXMNXM298rX seed.compoundrXcpd00497ruh0Nh1h2]rrRr jn`X C10H11N4O9Pr jp`j*djr`Jjs`GubGsh0Njt`Gju`G@@ubj<`)r }r (hX EX_xtsn_er hXXanthosine exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXxtsnrujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXxtsn_erhX Xanthosinerh}rh}r(Xbigg.metaboliterXxtsnrXbiocycr XMETA:XANTHOSINEr!Xchebir"]r#(X CHEBI:10066r$X CHEBI:15323r%X CHEBI:18107r&X CHEBI:27327r'eXhmdbr(X HMDB00299r)X kegg.compoundr*XC01762r+Xmetanetx.chemicalr,XMNXM687r-X seed.compoundr.Xcpd01217r/uh0Nh1h2]r0r1Rr2jn`X C10H12N4O6r3jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r4}r5(hX EX_xyl__D_er6hXD-Xylose exchanger7h}r8h}r9(jC`X SBO:0000627r:X bigg.reactionr;Xxyl__Dr<ujG`h#jH`h#jI`h2]r=r>Rr?jM`}r@jO`)rA}rB(hXxyl__D_erChXD-XyloserDh}rEh}rF(Xbigg.metaboliterGXxyl__DrHXbiocycrIXMETA:D-XylopyranoserJXchebirK]rL(X CHEBI:53455rMX CHEBI:65327rNeXhmdbrO]rP(X HMDB00098rQX HMDB03763rReX kegg.compoundrSXC00181rTX kegg.drugrUXD06346rVXmetanetx.chemicalrWXMNXM348rXX seed.compoundrYXcpd00154rZuh0Nh1h2]r[r\Rr]jn`XC5H10O5r^jp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r_}r`(hX EX_xylu__L_erahXL-Xylulose exchangerbh}rch}rd(jC`X SBO:0000627reX bigg.reactionrfXxylu__LrgujG`h#jH`h#jI`h2]rhriRrjjM`}rkjO`)rl}rm(hX xylu__L_ernhX L-Xyluloseroh}rph}rq(Xbigg.metaboliterrXxylu__LrsXbiocycrt]ru(XMETA:D-XYLULOSErvXMETA:L-XYLULOSErweXchebirx]ry(X CHEBI:13035rzX CHEBI:13190r{X CHEBI:17140r|X CHEBI:17399r}X CHEBI:21120r~X CHEBI:21425rX CHEBI:27353rX CHEBI:4268rX CHEBI:46514rX CHEBI:6326reXhmdbr]r(X HMDB00654rX HMDB00751rX HMDB01644rX HMDB02245reX kegg.compoundr]r(XC00310rXC00312reXmetanetx.chemicalrXMNXM597rX seed.compoundr]r(Xcpd00259rXcpd00261reuh0Nh1h2]rrRrjn`XC5H10O5rjp`j*djr`Kjs`GubGsh0Njt`Gju`G@@ubj<`)r}r(hXEX_zn2_erhX Zinc exchangerh}rh}r(jC`X SBO:0000627rX bigg.reactionrXzn2rujG`h#jH`h#jI`h2]rrRrjM`}rjO`)r}r(hXzn2_erhXZincrh}rh}r(Xbigg.metaboliterXzn2rXchebir]r(X CHEBI:10113rX CHEBI:27368rX CHEBI:29105rX CHEBI:49972rX CHEBI:49982reXhmdbrX HMDB01303rX kegg.compoundr]r(XC00038rXC12570reX kegg.drugrXD01170rXmetanetx.chemicalrXMNXM149rX seed.compoundrXcpd00034ruh0Nh1h2]rrRr§jn`XZnrçjp`j*djr`Kjs`GubGsh0Njt`G@ju`G@@ubj<`)rħ}rŧ(hX 12DGR120tipprƧhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C12:0)rǧh}rȧh}rɧ(jC`X SBO:0000375rʧX bigg.reactionr˧X 12DGR120tippŗXmetanetx.reactionrͧX MNXR94675rΧujG`h#jH`h#jI`h2]rϧrЧRrѧjM`}rҧ(jO`)rӧ}rԧ(hX 12dgr120_prէhX.1,2-Diacyl-sn-glycerol (didodecanoyl, n-C12:0)r֧h}rקh}rا(Xbigg.metaboliter٧X12dgr120rڧXmetanetx.chemicalrۧXMNXM4939rܧuh0Nh1h2]rݧrާRrߧjn`XC27H52O5rjp`jcjr`Kjs`GubGjO`)r}r(hX 12dgr120_crhX.1,2-Diacyl-sn-glycerol (didodecanoyl, n-C12:0)rh}rh}r(Xbigg.metaboliterX12dgr120rXmetanetx.chemicalrXMNXM4939ruh0Nh1h2]rrRrjn`XC27H52O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 12DGR140tipprhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 12DGR140tipprXmetanetx.reactionrX MNXR94676rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX 12dgr140_prhX11,2-Diacyl-sn-glycerol (ditetradecanoyl, n-C14:0)rh}rh}r(Xbigg.metaboliterX12dgr140rXmetanetx.chemicalrX MNXM146479ruh0Nh1h2]rr Rr jn`XC31H60O5r jp`jcjr`Kjs`GubGjO`)r }r (hX 12dgr140_crhX11,2-Diacyl-sn-glycerol (ditetradecanoyl, n-C14:0)rh}rh}r(Xbigg.metaboliterX12dgr140rXmetanetx.chemicalrX MNXM146479ruh0Nh1h2]rrRrjn`XC31H60O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 12DGR141tipprhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C14:1)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr!X 12DGR141tippr"Xmetanetx.reactionr#X MNXR94677r$ujG`h#jH`h#jI`h2]r%r&Rr'jM`}r((jO`)r)}r*(hX 12dgr141_pr+hX41,2-Diacyl-sn-glycerol (ditetradec-7-enoyl, n-C14:1)r,h}r-h}r.(Xbigg.metaboliter/X12dgr141r0Xmetanetx.chemicalr1XMNXM4940r2uh0Nh1h2]r3r4Rr5jn`XC31H56O5r6jp`jcjr`Kjs`GubGjO`)r7}r8(hX 12dgr141_cr9hX41,2-Diacyl-sn-glycerol (ditetradec-7-enoyl, n-C14:1)r:h}r;h}r<(Xbigg.metaboliter=X12dgr141r>Xmetanetx.chemicalr?XMNXM4940r@uh0Nh1h2]rArBRrCjn`XC31H56O5rDjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rE}rF(hX 12DGR160tipprGhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C16:0)rHh}rIh}rJ(jC`X SBO:0000375rKX bigg.reactionrLX 12DGR160tipprMXmetanetx.reactionrNX MNXR94678rOujG`h#jH`h#jI`h2]rPrQRrRjM`}rS(jO`)rT}rU(hX 12dgr160_prVhX01,2-Diacyl-sn-glycerol (dihexadecanoyl, n-C16:0)rWh}rXh}rY(Xbigg.metaboliterZX12dgr160r[Xmetanetx.chemicalr\XMNXM3132r]uh0Nh1h2]r^r_Rr`jn`XC35H68O5rajp`jcjr`Kjs`GubGjO`)rb}rc(hX 12dgr160_crdhX01,2-Diacyl-sn-glycerol (dihexadecanoyl, n-C16:0)reh}rfh}rg(Xbigg.metaboliterhX12dgr160riXmetanetx.chemicalrjXMNXM3132rkuh0Nh1h2]rlrmRrnjn`XC35H68O5rojp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rp}rq(hX 12DGR161tipprrhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C16:1)rsh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwX 12DGR161tipprxXmetanetx.reactionryX MNXR94679rzujG`h#jH`h#jI`h2]r{r|Rr}jM`}r~(jO`)r}r(hX 12dgr161_prhX31,2-Diacyl-sn-glycerol (dihexadec-9-enoyl, n-C16:1)rh}rh}r(Xbigg.metaboliterX12dgr161rXmetanetx.chemicalrXMNXM3774ruh0Nh1h2]rrRrjn`XC35H64O5rjp`jcjr`Kjs`GubGjO`)r}r(hX 12dgr161_crhX31,2-Diacyl-sn-glycerol (dihexadec-9-enoyl, n-C16:1)rh}rh}r(Xbigg.metaboliterX12dgr161rXmetanetx.chemicalrXMNXM3774ruh0Nh1h2]rrRrjn`XC35H64O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 12DGR180tipprhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 12DGR180tipprXmetanetx.reactionrX MNXR94680rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX 12dgr180_prhX01,2-Diacyl-sn-glycerol (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterX12dgr180rXmetanetx.chemicalrXMNXM4217ruh0Nh1h2]rrRrjn`XC39H76O5rjp`jcjr`Kjs`GubGjO`)r}r(hX 12dgr180_crhX01,2-Diacyl-sn-glycerol (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterX12dgr180rXmetanetx.chemicalrXMNXM4217ruh0Nh1h2]r¨rèRrĨjn`XC39H76O5rŨjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rƨ}rǨ(hX 12DGR181tipprȨhXK1,2 diacylglycerol transport via flipping (periplasm to cytoplasm, n-C18:1)rɨh}rʨh}r˨(jC`X SBO:0000375r̨X bigg.reactionrͨX 12DGR181tipprΨXmetanetx.reactionrϨX MNXR94681rШujG`h#jH`h#jI`h2]rѨrҨRrӨjM`}rԨ(jO`)rը}r֨(hX 12dgr181_prרhX41,2-Diacyl-sn-glycerol (dioctadec-11-enoyl, n-C18:1)rبh}r٨h}rڨ(Xbigg.metaboliterۨX12dgr181rܨXmetanetx.chemicalrݨXMNXM3775rިuh0Nh1h2]rߨrRrjn`XC39H72O5rjp`jcjr`Kjs`GubGjO`)r}r(hX 12dgr181_crhX41,2-Diacyl-sn-glycerol (dioctadec-11-enoyl, n-C18:1)rh}rh}r(Xbigg.metaboliterX12dgr181rXmetanetx.chemicalrXMNXM3775ruh0Nh1h2]rrRrjn`XC39H72O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 12PPDRtexrhXI(R)-Propane-1,2-diol transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 12PPDRtexrXbiocycrXMETA:TRANS-RXN0-467rXmetanetx.reactionrX MNXR94683rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jnGjO`)r}r(hX 12ppd__R_prhX(R)-Propane-1,2-diolrh}rh}r(Xbigg.metaboliter X12ppd__Rr Xbiocycr X META:CPD-8891r Xchebir ]r(X CHEBI:18705rX CHEBI:28972rX CHEBI:352rX CHEBI:44863reX kegg.compoundrXC02912rXmetanetx.chemicalrX MNXM90191rX seed.compoundrXcpd01861ruh0Nh1h2]rrRrjn`XC3H8O2rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 12PPDRtpprhX6(R)-Propane-1,2-diol facilitated transport (periplasm)r h}r!h}r"(jC`X SBO:0000375r#X bigg.reactionr$X 12PPDRtppr%Xbiocycr&XMETA:TRANS-RXN0-467r'Xmetanetx.reactionr(X MNXR94683r)ujG`h#jH`h#jI`h2]r*r+Rr,jM`}r-(jGjO`)r.}r/(hX 12ppd__R_cr0hX(R)-Propane-1,2-diolr1h}r2h}r3(Xbigg.metaboliter4X12ppd__Rr5Xbiocycr6X META:CPD-8891r7Xchebir8]r9(X CHEBI:18705r:X CHEBI:28972r;X CHEBI:352r<X CHEBI:44863r=eX kegg.compoundr>XC02912r?Xmetanetx.chemicalr@X MNXM90191rAX seed.compoundrBXcpd01861rCuh0Nh1h2]rDrERrFjn`XC3H8O2rGjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rH}rI(hX 12PPDStexrJhXI(S)-Propane-1,2-diol transport via diffusion (extracellular to periplasm)rKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOX 12PPDStexrPXmetanetx.reactionrQX MNXR94684rRujG`X b1377 or b0241 or b0929 or b2215rSjH`h#jI`h2]rT(hIh[h7h erURrVjM`}rW(joGjO`)rX}rY(hX 12ppd__S_prZhX(S)-Propane-1,2-diolr[h}r\h}r](Xbigg.metaboliter^X12ppd__Sr_Xbiocycr`XMETA:PROPANE-1-2-DIOLraXchebirb]rc(X CHEBI:18799rdX CHEBI:29002reX CHEBI:440rfX CHEBI:45065rgeXhmdbrhX HMDB06213riX kegg.compoundrjXC02917rkXmetanetx.chemicalrlXMNXM1255rmX seed.compoundrnXcpd19024rouh0Nh1h2]rprqRrrjn`XC3H8O2rsjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rt}ru(hX 12PPDStpprvhX6(S)-Propane-1,2-diol facilitated transport (periplasm)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{X 12PPDStppr|Xmetanetx.reactionr}X MNXR94684r~ujG`h#jH`h#jI`h2]rrRrjM`}r(jXGjO`)r}r(hX 12ppd__S_crhX(S)-Propane-1,2-diolrh}rh}r(Xbigg.metaboliterX12ppd__SrXbiocycrXMETA:PROPANE-1-2-DIOLrXchebir]r(X CHEBI:18799rX CHEBI:29002rX CHEBI:440rX CHEBI:45065reXhmdbrX HMDB06213rX kegg.compoundrXC02917rXmetanetx.chemicalrXMNXM1255rX seed.compoundrXcpd19024ruh0Nh1h2]rrRrjn`XC3H8O2rjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 14GLUCANabcpprhX71,4-alpha-D-glucan transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 14GLUCANabcpprXmetanetx.reactionrX MNXR94693rujG`X#b4032 and b4034 and b4033 and b4035rjH`h#jI`h2]r(hhhmherRrjM`}r(jO`)r}r(hX 14glucan_prhX1,4-alpha-D-glucanrh}rh}r(Xbigg.metaboliterX14glucanrXbiocycrXMETA:1-4-alpha-D-GlucanrXmetanetx.chemicalrXMNXM2905rX seed.compoundrXcpd21754ruh0Nh1h2]rrRrjn`X C36H62O31rjp`jcjr`Kjs`GubGjbGjgfGjO`)r}r©(hX 14glucan_créhX1,4-alpha-D-glucanrĩh}rũh}rƩ(Xbigg.metaboliterǩX14glucanrȩXbiocycrɩXMETA:1-4-alpha-D-GlucanrʩXmetanetx.chemicalr˩XMNXM2905r̩X seed.compoundrͩXcpd21754rΩuh0Nh1h2]rϩrЩRrѩjn`X C36H62O31rҩjp`jq`jr`Kjs`GubG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rө}rԩ(hX 14GLUCANtexirթhXT1,4-alpha-D-glucan transport via diffusion (extracellular to periplasm) irreversibler֩h}rשh}rة(jC`X SBO:0000375r٩X bigg.reactionrکX 14GLUCANtexir۩Xec-coderܩX 2.4.1.161rݩXmetanetx.reactionrީX MNXR94694rߩujG`Xb4036rjH`h#jI`h2]rharRrjM`}r(jGoGjG?uh0Njt`Gju`G@@ubj<`)r}r(hX 23CAMPtexrhX;23cAMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 23CAMPtexrXmetanetx.reactionrX MNXR94718rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(joGjO`)r}r(hX23camp_prhX2',3'-Cyclic AMPrh}rh}r(Xbigg.metaboliterX23camprXbiocycrX META:CPD-3707rXchebir]r(X CHEBI:19212rX CHEBI:27844rX CHEBI:40469rX CHEBI:60879rX CHEBI:823reX kegg.compoundrXC02353rXmetanetx.chemicalrXMNXM2598r X seed.compoundr Xcpd01570r uh0Nh1h2]r r Rrjn`X C10H11N5O6Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 23CCMPtexrhX;23cCMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 23CCMPtexrXmetanetx.reactionrX MNXR94720rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(joGjO`)r }r!(hX23ccmp_pr"hX2',3'-Cyclic CMPr#h}r$h}r%(Xbigg.metaboliter&X23ccmpr'Xbiocycr(X META:CPD-3713r)Xchebir*]r+(X CHEBI:19213r,X CHEBI:27652r-X CHEBI:60877r.X CHEBI:824r/eX kegg.compoundr0XC02354r1Xmetanetx.chemicalr2XMNXM3148r3X seed.compoundr4Xcpd01571r5uh0Nh1h2]r6r7Rr8jn`X C9H11N3O7Pr9jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r:}r;(hX 23CGMPtexr<hX;23cGMP transport via diffusion (extracellular to periplasm)r=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAX 23CGMPtexrBXmetanetx.reactionrCX MNXR94721rDujG`X b1377 or b0241 or b0929 or b2215rEjH`h#jI`h2]rF(hIh[h7h erGRrHjM`}rI(joGjO`)rJ}rK(hX23cgmp_prLhX2',3'-Cyclic GMPrMh}rNh}rO(Xbigg.metaboliterPX23cgmprQXbiocycrRX META:CPD-3709rSXchebirT]rU(X CHEBI:19214rVX CHEBI:28181rWX CHEBI:60837rXX CHEBI:825rYeX kegg.compoundrZXC06194r[Xmetanetx.chemicalr\XMNXM3149r]X seed.compoundr^Xcpd03702r_uh0Nh1h2]r`raRrbjn`X C10H11N5O7Prcjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rd}re(hX 23CUMPtexrfhX;23cUMP transport via diffusion (extracellular to periplasm)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkX 23CUMPtexrlXmetanetx.reactionrmX MNXR94726rnujG`X b1377 or b0241 or b0929 or b2215rojH`h#jI`h2]rp(hIh[h7h erqRrrjM`}rs(jpGjO`)rt}ru(hX23cump_prvhX2',3'-Cyclic UMPrwh}rxh}ry(Xbigg.metaboliterzX23cumpr{Xbiocycr|X META:CPD-3725r}Xchebir~]r(X CHEBI:19215rX CHEBI:28637rX CHEBI:60873rX CHEBI:826reX kegg.compoundrXC02355rXmetanetx.chemicalrXMNXM3150rX seed.compoundrXcpd01572ruh0Nh1h2]rrRrjn`X C9H10N2O8Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 23DAPPAt2pprhX52,3-diaminopropionate transport in via proton symportrh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 23DAPPAt2pprXmetanetx.reactionrX MNXR94727rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX 23dappa_prhX2,3-diaminopropionaterh}rh}r(Xbigg.metaboliterX23dapparXbiocycr]r(XMETA:23-DiaminopropanoaterXMETA:L-23-DIAMINOPROPANOATEreXchebir]r(X CHEBI:11419rX CHEBI:13043rX CHEBI:16303rX CHEBI:18383rX CHEBI:19309rX CHEBI:21190rX CHEBI:42159rX CHEBI:42164rX CHEBI:49983rX CHEBI:57721rX CHEBI:58468rX CHEBI:6153rX CHEBI:84374rX CHEBI:876reXhmdbrX HMDB02006rX kegg.compoundr]r(XC03401rXC06393reX lipidmapsrX LMFA01100051rXmetanetx.chemicalrX MNXM91374rªX seed.compoundrê]rĪ(Xcpd02150rŪXcpd03828rƪXcpd21925rǪeuh0Nh1h2]rȪrɪRrʪjn`XC3H9N2O2r˪jp`jcjr`Kjs`GubGjO`)r̪}rͪ(hXh_prΪhXH+rϪh}rЪh}rѪ(Xbigg.metaboliterҪj#nXbiocycrӪX META:PROTONrԪXchebirժ]r֪(X CHEBI:10744rתX CHEBI:13357rتX CHEBI:15378r٪X CHEBI:24636rڪX CHEBI:29233r۪X CHEBI:29234rܪX CHEBI:5584rݪeXhmdbrުX HMDB59597rߪX kegg.compoundrXC00080rXmetanetx.chemicalrXMNXM1rX seed.compoundrXcpd00067ruh0Nh1h2]rrRrjn`j:njp`jcjr`Kjs`GubGjO`)r}r(hX 23dappa_crhX2,3-diaminopropionaterh}rh}r(Xbigg.metaboliterX23dapparXbiocycr]r(XMETA:23-DiaminopropanoaterXMETA:L-23-DIAMINOPROPANOATEreXchebir]r(X CHEBI:11419rX CHEBI:13043rX CHEBI:16303rX CHEBI:18383rX CHEBI:19309rX CHEBI:21190rX CHEBI:42159rX CHEBI:42164rX CHEBI:49983rX CHEBI:57721rX CHEBI:58468rX CHEBI:6153rX CHEBI:84374rX CHEBI:876reXhmdbrX HMDB02006rX kegg.compoundr]r(XC03401r XC06393r eX lipidmapsr X LMFA01100051r Xmetanetx.chemicalr X MNXM91374rX seed.compoundr]r(Xcpd02150rXcpd03828rXcpd21925reuh0Nh1h2]rrRrjn`XC3H9N2O2rjp`jq`jr`Kjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 23DAPPAtexrhX-2,3-diaminopropionate transport via diffusionrh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 23DAPPAtexr Xmetanetx.reactionr!X MNXR94728r"ujG`X b1377 or b0241 or b0929 or b2215r#jH`h#jI`h2]r$(hIh[h7h er%Rr&jM`}r'(j.pGjG?uh0Njt`G@ju`G@@ubj<`)r(}r)(hX23PDE2ppr*hX;2',3'-cyclic-nucleotide phosphodiesterase (UMP) (periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/X23PDE2ppr0Xbiocycr1XMETA:RXN-14091r2Xec-coder3X3.1.4.16r4X kegg.reactionr5XR03538r6Xmetanetx.reactionr7X MNXR94723r8Xrhear9]r:(X27878r;X27879r<X27880r=X27881r>eujG`Xb4213r?jH`h#jI`h2]r@harARrBjM`}rC(jtGjO`)rD}rE(hXh2o_prFhXH2O H2OrGh}rHh}rI(Xbigg.metaboliterJXh2orKXbiocycrL]rM(XMETA:CPD-15815rNXMETA:HYDROXYL-GROUPrOXMETA:OHrPX META:OXONIUMrQX META:WATERrReXchebirS]rT(X CHEBI:10743rUX CHEBI:13352rVX CHEBI:13365rWX CHEBI:13419rXX CHEBI:15377rYX CHEBI:16234rZX CHEBI:27313r[X CHEBI:29356r\X CHEBI:29373r]X CHEBI:29374r^X CHEBI:29375r_X CHEBI:29412r`X CHEBI:30490raX CHEBI:33806rbX CHEBI:33811rcX CHEBI:33813rdX CHEBI:41979reX CHEBI:41981rfX CHEBI:42043rgX CHEBI:42857rhX CHEBI:43228riX CHEBI:44292rjX CHEBI:44641rkX CHEBI:44701rlX CHEBI:44819rmX CHEBI:5585rnX CHEBI:5594roeXhmdbrpX HMDB02111rqX kegg.compoundrr]rs(XC00001rtXC01328ruXC18714rveX kegg.drugrw]rx(XD00001ryXD03703rzXD06322r{eXmetanetx.chemicalr|XMNXM2r}X seed.compoundr~]r(Xcpd00001rXcpd15275rXcpd27222reuh0Nh1h2]rrRrjn`XH2Orjp`jcjr`Kjs`GubGjO`)r}r(hX3ump_prhX3 UMP C9H11N2O9Prh}rh}r(Xbigg.metaboliterX3umprXbiocycrX META:CPD-3724rXchebir]r(X CHEBI:1361rX CHEBI:27229rX CHEBI:28895rX CHEBI:46259rX CHEBI:556513rX CHEBI:60784reXhmdbrX HMDB60282rX kegg.compoundrXC01368rXmetanetx.chemicalrXMNXM2184rX seed.compoundrXcpd00989ruh0Nh1h2]rrRrjn`X C9H11N2O9Prjp`jcjr`Jjs`GubG?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hX23PDE4pprhX;2',3'-cyclic-nucleotide phosphodiesterase (CMP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX23PDE4pprXbiocycrXMETA:RXN-14112rXec-coderX3.1.4.16rX kegg.reactionrXR03929rXmetanetx.reactionrX MNXR94724rXrhear]r(X27882rX27883rX27884rX27885reujG`Xb4213rjH`h#jI`h2]rharRrjM`}r(j GjDGjO`)r}r«(hX3cmp_prëhX3 CMP C9H12N3O8Prīh}rūh}rƫ(Xbigg.metaboliterǫX3cmprȫXbiocycrɫX META:CPD-3711rʫXchebir˫]r̫(X CHEBI:1335rͫX CHEBI:23517rΫX CHEBI:28929rϫX CHEBI:41345rЫX CHEBI:41615rѫX CHEBI:53013rҫX CHEBI:60875rӫeX kegg.compoundrԫXC05822rիXmetanetx.chemicalr֫XMNXM2182r׫X seed.compoundrثXcpd03454r٫uh0Nh1h2]rګr۫Rrܫjn`X C9H12N3O8Prݫjp`jcjr`Jjs`GubG?j̪G?uh0Njt`Gju`G@@ubj<`)rޫ}r߫(hX23PDE7pprhX;2',3'-cyclic-nucleotide phosphodiesterase (AMP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX23PDE7pprXbiocycrXMETA:RXN-14113rXec-coderX3.1.4.16rX kegg.reactionrXR03537rXmetanetx.reactionrX MNXR94722rXrhear]r(X27886rX27887rX27888rX27889reujG`Xb4213rjH`h#jI`h2]rharRrjM`}r(jGjDGjO`)r}r(hX3amp_prhX3 AMP C10H12N5O7Prh}rh}r(Xbigg.metaboliterX3amprXbiocycrX META:CPD-3706rXchebir]r(X CHEBI:1333rX CHEBI:22241rX CHEBI:28931rX CHEBI:40872r X CHEBI:60880r eXhmdbr ]r (X HMDB03540r X HMDB06550reX kegg.compoundrXC01367rXmetanetx.chemicalrXMNXM1985rX seed.compoundrXcpd00988ruh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`jcjr`Jjs`GubG?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hX23PDE9pprhX;2',3'-cyclic-nucleotide phosphodiesterase (GMP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr X23PDE9ppr!Xbiocycr"XMETA:RXN-14064r#Xec-coder$X3.1.4.16r%X kegg.reactionr&XR05135r'Xmetanetx.reactionr(X MNXR94725r)Xrhear*]r+(X27858r,X27859r-X27860r.X27861r/eujG`Xb4213r0jH`h#jI`h2]r1har2Rr3jM`}r4(jJGjDGjO`)r5}r6(hX3gmp_pr7hX"Guanosine 3 phosphate C10H12N5O8Pr8h}r9h}r:(Xbigg.metaboliter;X3gmpr<Xbiocycr=X META:CPD-3708r>Xchebir?]r@(X CHEBI:24447rAX CHEBI:28072rBX CHEBI:39948rCX CHEBI:42888rDX CHEBI:5567rEX CHEBI:60732rFeX kegg.compoundrGXC06193rHXmetanetx.chemicalrIXMNXM2183rJX seed.compoundrKXcpd03701rLuh0Nh1h2]rMrNRrOjn`X C10H12N5O8PrPjp`jcjr`Jjs`GubG?j̪G?uh0Njt`Gju`G@@ubj<`)rQ}rR(hX26DAHtexrShXRMeso-2,6-Diaminoheptanedioate transport via diffusion (extracellular to periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXX26DAHtexrYXmetanetx.reactionrZX MNXR94741r[ujG`X b1377 or b0241 or b0929 or b2215r\jH`h#jI`h2]r](hIh[h7h er^Rr_jM`}r`(jjpGjO`)ra}rb(hX 26dap__M_prchXMeso-2,6-Diaminoheptanedioaterdh}reh}rf(Xbigg.metabolitergX26dap__MrhXbiocycriXMETA:MESO-DIAMINOPIMELATErjXchebirk]rl(X CHEBI:10598rmX CHEBI:12822rnX CHEBI:12823roX CHEBI:12825rpX CHEBI:16488rqX CHEBI:25203rrX CHEBI:25204rsX CHEBI:30308rtX CHEBI:40838ruX CHEBI:57791rveX kegg.compoundrwXC00680rxXmetanetx.chemicalryXMNXM529rzX seed.compoundr{Xcpd00516r|uh0Nh1h2]r}r~Rrjn`X C7H14N2O4rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 2AGPA120tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C12:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA120tipprXmetanetx.reactionrX MNXR94743rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2ddecg3p_prhX$2-dodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX2ddecg3prXmetanetx.chemicalrXMNXM5461rX seed.compoundrXcpd15350ruh0Nh1h2]rrRrjn`X C15H30O7P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2ddecg3p_crhX$2-dodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX2ddecg3prXmetanetx.chemicalrXMNXM5461rX seed.compoundrXcpd15350ruh0Nh1h2]rrRrjn`X C15H30O7P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPA140tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C14:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA140tipprXmetanetx.reactionrX MNXR94744rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r¬(hX 2tdecg3p_prìhX'2-tetradecanoyl-sn-glycerol 3-phosphaterĬh}rŬh}rƬ(Xbigg.metaboliterǬX2tdecg3prȬXmetanetx.chemicalrɬXMNXM5491rʬX seed.compoundrˬXcpd15363r̬uh0Nh1h2]rͬrάRrϬjn`X C17H34O7P1rЬjp`jcjr`Jjs`GubGjO`)rѬ}rҬ(hX 2tdecg3p_crӬhX'2-tetradecanoyl-sn-glycerol 3-phosphaterԬh}rլh}r֬(Xbigg.metaboliter׬X2tdecg3prجXmetanetx.chemicalr٬XMNXM5491rڬX seed.compoundr۬Xcpd15363rܬuh0Nh1h2]rݬrެRr߬jn`X C17H34O7P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPA141tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C14:1) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA141tipprXmetanetx.reactionrX MNXR94745rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2tdec7eg3p_prhX*2-tetradec-7-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX 2tdec7eg3prXmetanetx.chemicalrXMNXM5490rX seed.compoundrXcpd15362ruh0Nh1h2]rrRrjn`X C17H32O7P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2tdec7eg3p_crhX*2-tetradec-7-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX 2tdec7eg3prXmetanetx.chemicalr XMNXM5490r X seed.compoundr Xcpd15362r uh0Nh1h2]r rRrjn`X C17H32O7P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPA160tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C16:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA160tipprXmetanetx.reactionrX MNXR94746rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r (jO`)r!}r"(hX 2hdecg3p_pr#hX&2-hexadecanoyl-sn-glycerol 3-phosphater$h}r%h}r&(Xbigg.metaboliter'X2hdecg3pr(Xbiocycr)XMETA:CPD-17276r*Xhmdbr+X HMDB07849r,X lipidmapsr-X LMGP10050042r.Xmetanetx.chemicalr/XMNXM5465r0X seed.compoundr1Xcpd15355r2uh0Nh1h2]r3r4Rr5jn`X C19H38O7P1r6jp`jcjr`Jjs`GubGjO`)r7}r8(hX 2hdecg3p_cr9hX&2-hexadecanoyl-sn-glycerol 3-phosphater:h}r;h}r<(Xbigg.metaboliter=X2hdecg3pr>Xbiocycr?XMETA:CPD-17276r@XhmdbrAX HMDB07849rBX lipidmapsrCX LMGP10050042rDXmetanetx.chemicalrEXMNXM5465rFX seed.compoundrGXcpd15355rHuh0Nh1h2]rIrJRrKjn`X C19H38O7P1rLjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rM}rN(hX 2AGPA161tipprOhX]2-Acyl-sn-glycero-3-phosphatidate (n-C16:1) transporter via facilitated diffusion (periplasm)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTX 2AGPA161tipprUXmetanetx.reactionrVX MNXR94747rWujG`Xb2835rXjH`h#jI`h2]rYharZRr[jM`}r\(jO`)r]}r^(hX 2hdec9eg3p_pr_hX)2-hexadec-9-enoyl-sn-glycerol 3-phosphater`h}rah}rb(Xbigg.metabolitercX 2hdec9eg3prdXmetanetx.chemicalreXMNXM5464rfX seed.compoundrgXcpd15354rhuh0Nh1h2]rirjRrkjn`X C19H36O7P1rljp`jcjr`Jjs`GubGjO`)rm}rn(hX 2hdec9eg3p_crohX)2-hexadec-9-enoyl-sn-glycerol 3-phosphaterph}rqh}rr(Xbigg.metabolitersX 2hdec9eg3prtXmetanetx.chemicalruXMNXM5464rvX seed.compoundrwXcpd15354rxuh0Nh1h2]ryrzRr{jn`X C19H36O7P1r|jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}}r~(hX 2AGPA180tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C18:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA180tipprXmetanetx.reactionrX MNXR94748rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2odecg3p_prhX&2-octadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX2odecg3prXbiocycrXMETA:CPD-17274rXhmdbrX HMDB07850rX lipidmapsrX LMGP10050043rXmetanetx.chemicalrXMNXM5481rX seed.compoundrXcpd15358ruh0Nh1h2]rrRrjn`X C21H42O7P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2odecg3p_crhX&2-octadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX2odecg3prXbiocycrXMETA:CPD-17274rXhmdbrX HMDB07850rX lipidmapsrX LMGP10050043rXmetanetx.chemicalrXMNXM5481rX seed.compoundrXcpd15358ruh0Nh1h2]rrRrjn`X C21H42O7P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPA181tipprhX]2-Acyl-sn-glycero-3-phosphatidate (n-C18:1) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPA181tipprXmetanetx.reactionr­X MNXR94749ríujG`Xb2835rĭjH`h#jI`h2]rŭharƭRrǭjM`}rȭ(jO`)rɭ}rʭ(hX 2odec11eg3p_pr˭hX*2-octadec-11-enoyl-sn-glycerol 3-phosphater̭h}rͭh}rέ(Xbigg.metaboliterϭX 2odec11eg3prЭXmetanetx.chemicalrѭXMNXM5480rҭX seed.compoundrӭXcpd15357rԭuh0Nh1h2]rխr֭Rr׭jn`X C21H40O7P1rحjp`jcjr`Jjs`GubGjO`)r٭}rڭ(hX 2odec11eg3p_crۭhX*2-octadec-11-enoyl-sn-glycerol 3-phosphaterܭh}rݭh}rޭ(Xbigg.metaboliter߭X 2odec11eg3prXmetanetx.chemicalrXMNXM5480rX seed.compoundrXcpd15357ruh0Nh1h2]rrRrjn`X C21H40O7P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPE120tipprhXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C12:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPE120tipprXmetanetx.reactionrX MNXR94750rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2agpe120_prhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C12:0)rh}rh}r(Xbigg.metaboliterX2agpe120rXbiocycrXMETA:CPD0-2178rXmetanetx.chemicalrX MNXM34808rX seed.compoundrXcpd26439ruh0Nh1h2]rrRr jn`X C17H36NO7P1r jp`jcjr`Kjs`GubGjO`)r }r (hX 2agpe120_cr hX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C12:0)rh}rh}r(Xbigg.metaboliterX2agpe120rXbiocycrXMETA:CPD0-2178rXmetanetx.chemicalrX MNXM34808rX seed.compoundrXcpd26439ruh0Nh1h2]rrRrjn`X C17H36NO7P1rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPE140tipprhXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:0) transporter via facilitated diffusion (periplasm)r h}r!h}r"(jC`X SBO:0000375r#X bigg.reactionr$X 2AGPE140tippr%Xmetanetx.reactionr&X MNXR94751r'ujG`Xb2835r(jH`h#jI`h2]r)har*Rr+jM`}r,(jO`)r-}r.(hX 2agpe140_pr/hX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:0)r0h}r1h}r2(Xbigg.metaboliter3X2agpe140r4Xbiocycr5XMETA:CPD0-2165r6Xhmdbr7X HMDB11470r8X lipidmapsr9X LMGP02050033r:Xmetanetx.chemicalr;X MNXM34809r<X seed.compoundr=Xcpd26435r>uh0Nh1h2]r?r@RrAjn`X C19H40NO7P1rBjp`jcjr`Kjs`GubGjO`)rC}rD(hX 2agpe140_crEhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:0)rFh}rGh}rH(Xbigg.metaboliterIX2agpe140rJXbiocycrKXMETA:CPD0-2165rLXhmdbrMX HMDB11470rNX lipidmapsrOX LMGP02050033rPXmetanetx.chemicalrQX MNXM34809rRX seed.compoundrSXcpd26435rTuh0Nh1h2]rUrVRrWjn`X C19H40NO7P1rXjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rY}rZ(hX 2AGPE141tippr[hXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:1) transporter via facilitated diffusion (periplasm)r\h}r]h}r^(jC`X SBO:0000375r_X bigg.reactionr`X 2AGPE141tippraXmetanetx.reactionrbX MNXR94752rcujG`Xb2835rdjH`h#jI`h2]reharfRrgjM`}rh(jO`)ri}rj(hX 2agpe141_prkhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:1)rlh}rmh}rn(Xbigg.metaboliteroX2agpe141rpXmetanetx.chemicalrqXMNXM3447rruh0Nh1h2]rsrtRrujn`X C19H38NO7P1rvjp`jcjr`Kjs`GubGjO`)rw}rx(hX 2agpe141_cryhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:1)rzh}r{h}r|(Xbigg.metaboliter}X2agpe141r~Xmetanetx.chemicalrXMNXM3447ruh0Nh1h2]rrRrjn`X C19H38NO7P1rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPE160tipprhXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPE160tipprXmetanetx.reactionrX MNXR94753rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2agpe160_prhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:0)rh}rh}r(Xbigg.metaboliterX2agpe160rXbiocycrXMETA:CPD0-2177rXchebir]r(X CHEBI:131743rX CHEBI:132926reXhmdbrX HMDB11473rX lipidmapsrX LMGP02050036rXmetanetx.chemicalrX MNXM34810rX seed.compoundr]r(Xcpd15339rXcpd26438reuh0Nh1h2]rrRrjn`X C21H44NO7P1rjp`jcjr`Kjs`GubGjO`)r}r(hX 2agpe160_crhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:0)rh}rh}r(Xbigg.metaboliterX2agpe160rXbiocycrXMETA:CPD0-2177rXchebir]r(X CHEBI:131743rX CHEBI:132926reXhmdbrX HMDB11473rX lipidmapsrX LMGP02050036r®Xmetanetx.chemicalrîX MNXM34810rĮX seed.compoundrŮ]rƮ(Xcpd15339rǮXcpd26438rȮeuh0Nh1h2]rɮrʮRrˮjn`X C21H44NO7P1r̮jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rͮ}rή(hX 2AGPE161tipprϮhXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:1) transporter via facilitated diffusion (periplasm)rЮh}rѮh}rҮ(jC`X SBO:0000375rӮX bigg.reactionrԮX 2AGPE161tipprծXmetanetx.reactionr֮X MNXR94754r׮ujG`Xb2835rخjH`h#jI`h2]rٮharڮRrۮjM`}rܮ(jO`)rݮ}rޮ(hX 2agpe161_pr߮hX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:1)rh}rh}r(Xbigg.metaboliterX2agpe161rXmetanetx.chemicalrXMNXM3448ruh0Nh1h2]rrRrjn`X C21H42NO7P1rjp`jcjr`Kjs`GubGjO`)r}r(hX 2agpe161_crhX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:1)rh}rh}r(Xbigg.metaboliterX2agpe161rXmetanetx.chemicalrXMNXM3448ruh0Nh1h2]rrRrjn`X C21H42NO7P1rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPE180tipprhXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPE180tipprXmetanetx.reactionrX MNXR94755rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r }r (hX 2agpe180_pr hX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:0)r h}r h}r(Xbigg.metaboliterX2agpe180rXbiocycrXMETA:CPD0-2223rXchebir]r(X CHEBI:133144rX CHEBI:133145reXhmdbrX HMDB11129rX lipidmapsrX LMGP02050038rXmetanetx.chemicalrX MNXM34811rX seed.compoundr]r(Xcpd15341rXcpd26450r euh0Nh1h2]r!r"Rr#jn`X C23H48NO7P1r$jp`jcjr`Kjs`GubGjO`)r%}r&(hX 2agpe180_cr'hX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:0)r(h}r)h}r*(Xbigg.metaboliter+X2agpe180r,Xbiocycr-XMETA:CPD0-2223r.Xchebir/]r0(X CHEBI:133144r1X CHEBI:133145r2eXhmdbr3X HMDB11129r4X lipidmapsr5X LMGP02050038r6Xmetanetx.chemicalr7X MNXM34811r8X seed.compoundr9]r:(Xcpd15341r;Xcpd26450r<euh0Nh1h2]r=r>Rr?jn`X C23H48NO7P1r@jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rA}rB(hX 2AGPE181tipprChXc2-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:1) transporter via facilitated diffusion (periplasm)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHX 2AGPE181tipprIXmetanetx.reactionrJX MNXR94756rKujG`Xb2835rLjH`h#jI`h2]rMharNRrOjM`}rP(jO`)rQ}rR(hX 2agpe181_prShX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:1)rTh}rUh}rV(Xbigg.metaboliterWX2agpe181rXXmetanetx.chemicalrYXMNXM3449rZuh0Nh1h2]r[r\Rr]jn`X C23H46NO7P1r^jp`jcjr`Kjs`GubGjO`)r_}r`(hX 2agpe181_crahX12-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:1)rbh}rch}rd(Xbigg.metabolitereX2agpe181rfXmetanetx.chemicalrgXMNXM3449rhuh0Nh1h2]rirjRrkjn`X C23H46NO7P1rljp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rm}rn(hX 2AGPEAT120rohX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C12:0)rph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtX 2AGPEAT120ruXmetanetx.reactionrvX MNXR94757rwujG`Xb2836rxjH`h#jI`h2]ryharzRr{jM`}r|(j GjbGjO`)r}}r~(hXddca_crhXDodecanoate (n-C12:0)rh}rh}r(Xbigg.metaboliterXddcarXmetanetx.chemicalrX MNXM162258ruh0Nh1h2]rrRrjn`XC12H23O2rjp`jq`jr`Jjs`GubGjO`)r}r(hXamp_crhXAMP C10H12N5O7Prh}rh}r(Xbigg.metaboliterXamprXbiocycr]r(XMETA:AMPrXMETA:AMP-GROUPreXchebir]r(X CHEBI:12056rX CHEBI:13234rX CHEBI:13235rX CHEBI:13736rX CHEBI:13740rX CHEBI:16027rX CHEBI:22242rX CHEBI:22245rX CHEBI:2356rX CHEBI:40510rX CHEBI:40721rX CHEBI:40726rX CHEBI:40786rX CHEBI:40826rX CHEBI:456215rX CHEBI:47222reX kegg.compoundrXC00020rX kegg.drugrXD02769rXmetanetx.chemicalrXMNXM14rX seed.compoundr]r(Xcpd00018rXcpd22272reuh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`jq`jr`Jjs`GubG?jO`)r}r(hXpe120_crhX0Phosphatidylethanolamine (didodecanoyl, n-C12:0)rh}rh}r(Xbigg.metaboliterXpe120rXbiocycrXMETA:CPD-17088rX lipidmapsrX LMGP02010098r¯Xmetanetx.chemicalrïXMNXM2858rįuh0Nh1h2]růrƯRrǯjn`X C29H58N1O8P1rȯjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rɯ}rʯ(hX 2AGPEAT140r˯hX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C14:0)r̯h}rͯh}rί(jC`X SBO:0000375rϯX bigg.reactionrЯX 2AGPEAT140rѯXmetanetx.reactionrүX MNXR94758rӯujG`Xb2836rԯjH`h#jI`h2]rկhar֯RrׯjM`}rد(jCGjbGjO`)rٯ}rگ(hXttdca_crۯhXTetradecanoate (n-C14:0)rܯh}rݯh}rޯ(Xbigg.metaboliter߯XttdcarXmetanetx.chemicalrX MNXM162239ruh0Nh1h2]rrRrjn`XC14H27O2rjp`jq`jr`Jjs`GubGjG?jO`)r}r(hXpe140_crhX3Phosphatidylethanolamine (ditetradecanoyl, n-C14:0)rh}rh}r(Xbigg.metaboliterXpe140rXbiocycrXMETA:CPD-17087rXhmdbr]r(X HMDB05313rX HMDB08821reX lipidmapsrX LMGP02010352rXmetanetx.chemicalrXMNXM2859ruh0Nh1h2]rrRrjn`X C33H66N1O8P1rjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPEAT141rhX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPEAT141rXmetanetx.reactionrX MNXR94759rujG`Xb2836rjH`h#jI`h2]r har Rr jM`}r (jwGjbGjO`)r }r(hXttdcea_crhXTetradecenoate (n-C14:1)rh}rh}r(Xbigg.metaboliterXttdcearXmetanetx.chemicalrXMNXM641ruh0Nh1h2]rrRrjn`XC14H25O2rjp`jq`jr`Jjs`GubGjG?jO`)r}r(hXpe141_crhX6Phosphatidylethanolamine (ditetradec-7-enoyl, n-C14:1)rh}rh}r (Xbigg.metaboliter!Xpe141r"Xmetanetx.chemicalr#XMNXM3693r$uh0Nh1h2]r%r&Rr'jn`X C33H62N1O8P1r(jp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r)}r*(hX 2AGPEAT160r+hX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C16:0)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0X 2AGPEAT160r1Xec-coder2X2.3.1.40r3Xmetanetx.reactionr4X MNXR94760r5ujG`Xb2836r6jH`h#jI`h2]r7har8Rr9jM`}r:(jGjbGjO`)r;}r<(hXhdca_cr=hXHexadecanoate (n-C16:0)r>h}r?h}r@(Xbigg.metaboliterAXhdcarBXbiocycrCXMETA:PALMITATErDXchebirE]rF(X CHEBI:14730rGX CHEBI:15756rHX CHEBI:231736rIX CHEBI:233028rJX CHEBI:24540rKX CHEBI:24541rLX CHEBI:24542rMX CHEBI:24550rNX CHEBI:29889rOX CHEBI:35978rPX CHEBI:44952rQX CHEBI:7896rReXhmdbrS]rT(X HMDB00220rUX HMDB60083rVeX kegg.compoundrWXC00249rXX kegg.drugrYXD05341rZX lipidmapsr[]r\(X LMFA01010001r]X LMFA01010046r^eXmetanetx.chemicalr_XMNXM108r`X seed.compoundraXcpd00214rbuh0Nh1h2]rcrdRrejn`XC16H31O2rfjp`jq`jr`Jjs`GubGjG?jiG?jnnG?uh0Njt`Gju`G@@ubj<`)rg}rh(hX 2AGPEAT161rihX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C16:1)rjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnX 2AGPEAT161roXmetanetx.reactionrpX MNXR94761rqujG`Xb2836rrjH`h#jI`h2]rshartRrujM`}rv(jGjbGjO`)rw}rx(hXhdcea_cryhXHexadecenoate (n-C16:1)rzh}r{h}r|(Xbigg.metaboliter}Xhdcear~Xmetanetx.chemicalrXMNXM950ruh0Nh1h2]rrRrjn`XC16H29O2rjp`jq`jr`Jjs`GubGjG?j+jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPEAT180rhX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPEAT180rXec-coderX2.3.1.40rXmetanetx.reactionrX MNXR94762rujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(j%GjbGjO`)r}r(hXocdca_crhXOctadecanoate (n-C18:0)rh}rh}r(Xbigg.metaboliterXocdcarXbiocycrXMETA:STEARIC_ACIDrXchebir]r(X CHEBI:231588rX CHEBI:25629rX CHEBI:25631rX CHEBI:28842rX CHEBI:45710reXhmdbrX HMDB00827rX kegg.compoundrXC01530rX kegg.drugrXD00119rX lipidmapsr]r(X LMFA01010018rX LMFA01010047reXmetanetx.chemicalrXMNXM236rX seed.compoundrXcpd01080ruh0Nh1h2]rrRrjn`XC18H35O2rjp`jq`jr`Jjs`GubGjG?jO`)r}r(hXpe180_crhX2Phosphatidylethanolamine (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterXpe180rXbiocycr°XMETA:CPD-12818rðXchebirİ]rŰ(X CHEBI:39934rưX CHEBI:44886rǰX CHEBI:47765rȰX CHEBI:47766rɰeXhmdbrʰ]r˰(X HMDB05327r̰X HMDB08991rͰeX lipidmapsrΰX LMGP02010097rϰXmetanetx.chemicalrаX MNXM31536rѰX seed.compoundrҰ]rӰ(Xcpd15533r԰Xcpd23596rհeuh0Nh1h2]rְrװRrذjn`X C41H82N1O8P1rٰjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rڰ}r۰(hX 2AGPEAT181rܰhX<2-acyl-glycerophospho-ethanolamine acyltransferase (n-C18:1)rݰh}rްh}r߰(jC`X SBO:0000375rX bigg.reactionrX 2AGPEAT181rXmetanetx.reactionrX MNXR94763rujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(j_GjbGjO`)r}r(hXocdcea_crhXOctadecenoate (n-C18:1)rh}rh}r(Xbigg.metaboliterXocdcearXbiocycrXMETA:OLEATE-CPDrXchebir]r(X CHEBI:104361rX CHEBI:14684rX CHEBI:16196rX CHEBI:25663rX CHEBI:25664rX CHEBI:30823rX CHEBI:44741rX CHEBI:7741reX kegg.compoundrXC00712rX kegg.drugrXD02315rX lipidmapsr]r(X LMFA01030002rX LMFA01030763rX LMFA01030810reXmetanetx.chemicalrXMNXM306rX seed.compoundr Xcpd00536r uh0Nh1h2]r r Rr jn`XC18H33O2rjp`jq`jr`Jjs`GubGjG?j[jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPG120tipprhX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C12:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPG120tipprXmetanetx.reactionrX MNXR94764rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r (hX 2agpg120_pr!hX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C12:0)r"h}r#h}r$(Xbigg.metaboliter%X2agpg120r&Xmetanetx.chemicalr'XMNXM3450r(uh0Nh1h2]r)r*Rr+jn`X C18H36O9P1r,jp`jcjr`Jjs`GubGjO`)r-}r.(hX 2agpg120_cr/hX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C12:0)r0h}r1h}r2(Xbigg.metaboliter3X2agpg120r4Xmetanetx.chemicalr5XMNXM3450r6uh0Nh1h2]r7r8Rr9jn`X C18H36O9P1r:jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r;}r<(hX 2AGPG140tippr=hX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:0) transporter via facilitated diffusion (periplasm)r>h}r?h}r@(jC`X SBO:0000375rAX bigg.reactionrBX 2AGPG140tipprCXmetanetx.reactionrDX MNXR94765rEujG`Xb2835rFjH`h#jI`h2]rGharHRrIjM`}rJ(jO`)rK}rL(hX 2agpg140_prMhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:0)rNh}rOh}rP(Xbigg.metaboliterQX2agpg140rRXbiocycrSXMETA:CPD0-2173rTXmetanetx.chemicalrUX MNXM34739rVX seed.compoundrWXcpd26437rXuh0Nh1h2]rYrZRr[jn`X C20H40O9P1r\jp`jcjr`Jjs`GubGjO`)r]}r^(hX 2agpg140_cr_hX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:0)r`h}rah}rb(Xbigg.metabolitercX2agpg140rdXbiocycreXMETA:CPD0-2173rfXmetanetx.chemicalrgX MNXM34739rhX seed.compoundriXcpd26437rjuh0Nh1h2]rkrlRrmjn`X C20H40O9P1rnjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)ro}rp(hX 2AGPG141tipprqhX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:1) transporter via facilitated diffusion (periplasm)rrh}rsh}rt(jC`X SBO:0000375ruX bigg.reactionrvX 2AGPG141tipprwXmetanetx.reactionrxX MNXR94766ryujG`Xb2835rzjH`h#jI`h2]r{har|Rr}jM`}r~(jO`)r}r(hX 2agpg141_prhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:1)rh}rh}r(Xbigg.metaboliterX2agpg141rXmetanetx.chemicalrXMNXM3452ruh0Nh1h2]rrRrjn`X C20H38O9P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2agpg141_crhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C14:1)rh}rh}r(Xbigg.metaboliterX2agpg141rXmetanetx.chemicalrXMNXM3452ruh0Nh1h2]rrRrjn`X C20H38O9P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPG160tipprhX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPG160tipprXmetanetx.reactionrX MNXR94767rujG`Xb2835rjH`h#jI`h2]rharRrjM`}r(jO`)r}r(hX 2agpg160_prhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:0)rh}rh}r(Xbigg.metaboliterX2agpg160rXbiocycrX META:CPD-8363rXmetanetx.chemicalrX MNXM34740rX seed.compoundrXcpd25200ruh0Nh1h2]rrRrjn`X C22H44O9P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2agpg160_crhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:0)rh}rh}r±(Xbigg.metaboliterñX2agpg160rıXbiocycrűX META:CPD-8363rƱXmetanetx.chemicalrDZX MNXM34740rȱX seed.compoundrɱXcpd25200rʱuh0Nh1h2]r˱ṟRrͱjn`X C22H44O9P1rαjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rϱ}rб(hX 2AGPG161tipprѱhX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:1) transporter via facilitated diffusion (periplasm)rұh}rӱh}rԱ(jC`X SBO:0000375rձX bigg.reactionrֱX 2AGPG161tipprױXmetanetx.reactionrرX MNXR94768rٱujG`Xb2835rڱjH`h#jI`h2]r۱harܱRrݱjM`}rޱ(jO`)r߱}r(hX 2agpg161_prhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:1)rh}rh}r(Xbigg.metaboliterX2agpg161rXmetanetx.chemicalrXMNXM3453ruh0Nh1h2]rrRrjn`X C22H42O9P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2agpg161_crhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C16:1)rh}rh}r(Xbigg.metaboliterX2agpg161rXmetanetx.chemicalrXMNXM3453ruh0Nh1h2]rrRrjn`X C22H42O9P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPG180tipprhX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:0) transporter via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPG180tipprXmetanetx.reactionrX MNXR94769rujG`Xb2835rjH`h#jI`h2]rharRr jM`}r (jO`)r }r (hX 2agpg180_pr hX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:0)rh}rh}r(Xbigg.metaboliterX2agpg180rXbiocycrXMETA:CPD0-2133rXmetanetx.chemicalrX MNXM150642rX seed.compoundrXcpd26427ruh0Nh1h2]rrRrjn`X C24H48O9P1rjp`jcjr`Jjs`GubGjO`)r}r(hX 2agpg180_crhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:0)r h}r!h}r"(Xbigg.metaboliter#X2agpg180r$Xbiocycr%XMETA:CPD0-2133r&Xmetanetx.chemicalr'X MNXM150642r(X seed.compoundr)Xcpd26427r*uh0Nh1h2]r+r,Rr-jn`X C24H48O9P1r.jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r/}r0(hX 2AGPG181tippr1hX_2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:1) transporter via facilitated diffusion (periplasm)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6X 2AGPG181tippr7Xmetanetx.reactionr8X MNXR94770r9ujG`Xb2835r:jH`h#jI`h2]r;har<Rr=jM`}r>(jO`)r?}r@(hX 2agpg181_prAhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:1)rBh}rCh}rD(Xbigg.metaboliterEX2agpg181rFXmetanetx.chemicalrGXMNXM3455rHuh0Nh1h2]rIrJRrKjn`X C24H46O9P1rLjp`jcjr`Jjs`GubGjO`)rM}rN(hX 2agpg181_crOhX-2-Acyl-sn-glycero-3-phosphoglycerol (n-C18:1)rPh}rQh}rR(Xbigg.metaboliterSX2agpg181rTXmetanetx.chemicalrUXMNXM3455rVuh0Nh1h2]rWrXRrYjn`X C24H46O9P1rZjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r[}r\(hX 2AGPGAT120r]hX82-acyl-glycerophospho-glycerol acyltransferase (n-C12:0)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbX 2AGPGAT120rcXmetanetx.reactionrdX MNXR94771reujG`Xb2836rfjH`h#jI`h2]rgharhRrijM`}rj(j-GjbGj}GjG?jO`)rk}rl(hXpg120_crmhX,Phosphatidylglycerol (didodecanoyl, n-C12:0)rnh}roh}rp(Xbigg.metaboliterqXpg120rrXmetanetx.chemicalrsXMNXM1771rtuh0Nh1h2]rurvRrwjn`X C30H58O10P1rxjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)ry}rz(hX 2AGPGAT140r{hX82-acyl-glycerophospho-glycerol acyltransferase (n-C14:0)r|h}r}h}r~(jC`X SBO:0000375rX bigg.reactionrX 2AGPGAT140rXmetanetx.reactionrX MNXR94772rujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(j]GjbGjٯGjG?jO`)r}r(hXpg140_crhX/Phosphatidylglycerol (ditetradecanoyl, n-C14:0)rh}rh}r(Xbigg.metaboliterXpg140rXbiocycrXMETA:CPD-19677rXchebirX CHEBI:60723rX lipidmapsrX LMGP04010005rXmetanetx.chemicalrX MNXM51019ruh0Nh1h2]rrRrjn`X C34H66O10P1rjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPGAT141rhX82-acyl-glycerophospho-glycerol acyltransferase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPGAT141rXmetanetx.reactionrX MNXR94773rujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(jGjbGj GjG?jO`)r}r(hXpg141_crhX2Phosphatidylglycerol (ditetradec-7-enoyl, n-C14:1)rh}rh}r(Xbigg.metaboliterXpg141rXmetanetx.chemicalrXMNXM2029ruh0Nh1h2]rrRrjn`X C34H62O10P1rjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPGAT160rhX82-acyl-glycerophospho-glycerol acyltransferase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr²X 2AGPGAT160ròXmetanetx.reactionrIJX MNXR94774rŲujG`Xb2836rƲjH`h#jI`h2]rDzharȲRrɲjM`}rʲ(jGjbGj;GjG?jwjG?jnnG?uh0Njt`Gju`G@@ubj<`)r˲}r̲(hX 2AGPGAT161rͲhX82-acyl-glycerophospho-glycerol acyltransferase (n-C16:1)rβh}rϲh}rв(jC`X SBO:0000375rѲX bigg.reactionrҲX 2AGPGAT161rӲXmetanetx.reactionrԲX MNXR94775rղujG`Xb2836rֲjH`h#jI`h2]rײharزRrٲjM`}rڲ(jGjbGjwGjG?jjG?jnnG?uh0Njt`Gju`G@@ubj<`)r۲}rܲ(hX 2AGPGAT180rݲhX82-acyl-glycerophospho-glycerol acyltransferase (n-C18:0)r޲h}r߲h}r(jC`X SBO:0000375rX bigg.reactionrX 2AGPGAT180rXmetanetx.reactionrX MNXR94776rujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(jGjbGjGjG?jO`)r}r(hXpg180_crhX.Phosphatidylglycerol (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterXpg180rXbiocycrXMETA:CPD-12822rXhmdbrX HMDB10602rX lipidmapsrX LMGP04010038rXmetanetx.chemicalrX MNXM75102rX seed.compoundr]r(Xcpd15540rXcpd23600reuh0Nh1h2]rrRrjn`X C42H82O10P1rjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX 2AGPGAT181rhX82-acyl-glycerophospho-glycerol acyltransferase (n-C18:1)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr X 2AGPGAT181r Xmetanetx.reactionr X MNXR94777r ujG`Xb2836rjH`h#jI`h2]rharRrjM`}r(jMGjbGjGjG?jjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX2DGULRGxrhX22-Dehydro-L-gulonate reductase to gluconate (NADH)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX2DGULRGxrXmetanetx.reactionrX MNXR94785rujG`Xb3553rjH`h#jI`h2]rhar Rr!jM`}r"(jO`)r#}r$(hX 2dhguln_cr%hX2-Dehydro-L-gulonater&h}r'h}r((Xbigg.metaboliter)X2dhgulnr*Xmetanetx.chemicalr+X MNXM114283r,X seed.compoundr-Xcpd15351r.uh0Nh1h2]r/r0Rr1jn`XC6H9O7r2jp`jq`jr`Jjs`GubGjnGj(X CHEBI:12955r?X CHEBI:18391r@X CHEBI:20983rAX CHEBI:20985rBX CHEBI:20986rCX CHEBI:24265rDX CHEBI:24266rEX CHEBI:33198rFX CHEBI:4157rGX CHEBI:42715rHeXhmdbrI]rJ(X HMDB00625rKX HMDB03373rLeX kegg.compoundrMXC00257rNXmetanetx.chemicalrOXMNXM341rPX seed.compoundrQXcpd00222rRuh0Nh1h2]rSrTRrUjn`XC6H11O7rVjp`jq`jr`Jjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)rW}rX(hX2DGULRGyrYhX32-Dehydro-L-gulonate reductase to gluconate (NADPH)rZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^X2DGULRGyr_Xmetanetx.reactionr`X MNXR94786raujG`Xb3553rbjH`h#jI`h2]rchardRrejM`}rf(j#GjnGj{iGj3G?j[iG?uh0Njt`Gju`G@@ubj<`)rg}rh(hX2DGULRxrihX%2-dehydro-L-gulonate reductase (NADH)rjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnX2DGULRxroXmetanetx.reactionrpX MNXR94787rqujG`Xb3553rrjH`h#jI`h2]rshartRrujM`}rv(j#GjnGjjH`h#jI`h2]r?j3ar@RrAjM`}rB(jO`)rC}rD(hX3amac_crEhX3-AminoacrylaterFh}rGh}rH(Xbigg.metaboliterIX3amacrJXbiocycrKXMETA:CPD0-2339rLXchebirM]rN(X CHEBI:59893rOX CHEBI:59894rPeX kegg.compoundrQXC20253rRXmetanetx.chemicalrSX MNXM162288rTX seed.compoundrUXcpd21486rVuh0Nh1h2]rWrXRrYjn`XC3H4NO2rZjp`jq`jr`Jjs`GubGjgfGjnGjO`)r[}r\(hXmsa_cr]hXMalonate semialdehyder^h}r_h}r`(Xbigg.metaboliteraXmsarbXbiocycrc]rd(X META:CPD-1135reXMETA:MALONATE-S-ALDrfeXchebirg]rh(X CHEBI:11877riX CHEBI:14564rjX CHEBI:1651rkX CHEBI:17960rlX CHEBI:20180rmX CHEBI:29480rnX CHEBI:33190roeX kegg.compoundrp]rq(XC00222rrXC12069rseXmetanetx.chemicalrtXMNXM244ruX seed.compoundrv]rw(Xcpd00191rxXcpd08857ryeuh0Nh1h2]rzr{Rr|jn`XC3H3O3r}jp`jq`jr`Jjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)r~}r(hX3AMPtexrhX93AMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3AMPtexrXmetanetx.reactionrX MNXR94857rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jpGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3CMPtexrhX93CMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3CMPtexrXmetanetx.reactionrX MNXR94861rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j'qGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3GMPtexrhX93GMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3GMPtexrXmetanetx.reactionrX MNXR94868rujG`X b2215 or b0929 or b1377 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jQqGj5G?uh0Njt`G@ju`G@@ubj<`)r}r(hX3HAD100rhX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C10:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HAD100rXec-coder]r(X2.3.1.-rX2.3.1.85rX2.3.1.86rX4.2.1.58rX4.2.1.59rX4.2.1.60rX4.2.1.61reX kegg.reactionrXR04535rXmetanetx.reactionr´X MNXR94876rôujG`Xb0954 or b0180rĴjH`h#jI`h2]rŴ(jWjEerƴRrǴjM`}rȴ(jO`)rɴ}rʴ(hX 3hdecACP_cr˴hX,(R)-3-Hydroxydecanoyl-[acyl-carrier protein]r̴h}rʹh}rδ(Xbigg.metaboliterϴX3hdecACPrдXbiocycrѴXMETA:Beta-hydroxydecanoyl-ACPsrҴX kegg.compoundrӴXC04619rԴXmetanetx.chemicalrմXMNXM7127rִX seed.compoundr״Xcpd11482rشuh0Nh1h2]rٴrڴRr۴jn`X C21H39N2O9PRSrܴjp`jq`jr`Jjs`GubGjgfG?jO`)rݴ}r޴(hX tdec2eACP_crߴhX(Trans-Dec-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX tdec2eACPrXchebirX CHEBI:10724rX kegg.compoundrXC05754rX lipidmapsrX LMFA07060012rXmetanetx.chemicalrX MNXM28221rX seed.compoundrXcpd11475ruh0Nh1h2]rrRrjn`X C21H37N2O8PRSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3HAD120rhX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HAD120rXec-coder]r(X2.3.1.-rX2.3.1.85rX2.3.1.86rX4.2.1.58rX4.2.1.59rX4.2.1.60rX4.2.1.61reX kegg.reactionrXR04965rXmetanetx.reactionrX MNXR94877rujG`Xb0180 or b0954r jH`h#jI`h2]r (jWjEer Rr jM`}r (jO`)r}r(hX 3hddecACP_crhX.(R)-3-Hydroxydodecanoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3hddecACPrXchebirX CHEBI:325rX kegg.compoundrXC05757rX lipidmapsrX LMFA07060015rXmetanetx.chemicalrX MNXM27066rX seed.compoundrXcpd11480ruh0Nh1h2]r r!Rr"jn`X C23H43N2O9PRSr#jp`jq`jr`Jjs`GubGjgfG?jO`)r$}r%(hX tddec2eACP_cr&hX*Trans-Dodec-2-enoyl-[acyl-carrier protein]r'h}r(h}r)(Xbigg.metaboliter*X tddec2eACPr+Xbiocycr,XMETA:Dodec-2-enoyl-ACPsr-Xchebir.X CHEBI:10725r/X kegg.compoundr0XC05758r1X lipidmapsr2X LMFA07060016r3Xmetanetx.chemicalr4X MNXM23842r5X seed.compoundr6Xcpd11469r7uh0Nh1h2]r8r9Rr:jn`X C23H41N2O8PRSr;jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r<}r=(hX3HAD121r>hX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C12:1)r?h}r@h}rA(jC`X SBO:0000375rBX bigg.reactionrCX3HAD121rDXec-coderEX4.2.1.61rFXmetanetx.reactionrGX MNXR94878rHujG`Xb0180 or b0954rIjH`h#jI`h2]rJ(jWjEerKRrLjM`}rM(jO`)rN}rO(hX3hcddec5eACP_crPhX6(R)-3-hydroxy-cis-dodec-5-enoyl-[acyl-carrier protein]rQh}rRh}rS(Xbigg.metaboliterTX 3hcddec5eACPrUXmetanetx.chemicalrVXMNXM5389rWX seed.compoundrXXcpd15366rYuh0Nh1h2]rZr[Rr\jn`X C23H41N2O9PRSr]jp`jq`jr`Jjs`GubGjgfG?jO`)r^}r_(hXt3c5ddeceACP_cr`hX/Trans-3-cis-5-dodecenoyl-[acyl-carrier protein]rah}rbh}rc(Xbigg.metaboliterdX t3c5ddeceACPreXmetanetx.chemicalrfXMNXM5959rgX seed.compoundrhXcpd15569riuh0Nh1h2]rjrkRrljn`X C23H39N2O8PRSrmjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rn}ro(hX3HAD140rphX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C14:0)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruX3HAD140rvXbiocycrwX META:RXN-9537rxXec-codery]rz(X2.3.1.-r{X2.3.1.85r|X2.3.1.86r}X4.2.1.59r~X4.2.1.61reX kegg.reactionrXR04568rXmetanetx.reactionrX MNXR94879rujG`Xb0954 or b0180rjH`h#jI`h2]r(jWjEerRrjM`}r(jO`)r}r(hX 3hmrsACP_crhX1(R)-3-Hydroxytetradecanoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX3hmrsACPrXbiocycrXMETA:R-3-hydroxymyristoyl-ACPsrX kegg.compoundrXC04688rXmetanetx.chemicalrXMNXM7733rX seed.compoundrXcpd11484ruh0Nh1h2]rrRrjn`X C25H47N2O9PRSrjp`jq`jr`Jjs`GubGjgfG?jO`)r}r(hX tmrs2eACP_crhX-Trans-Tetradec-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX tmrs2eACPrXbiocycrXMETA:Tetradec-2-enoyl-ACPsrXchebirX CHEBI:10735rX kegg.compoundrXC05760rX lipidmapsrX LMFA07060018rXmetanetx.chemicalrX MNXM24297rX seed.compoundrXcpd11467ruh0Nh1h2]rrRrjn`X C25H45N2O8PRSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3HAD141rhX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HAD141rXec-coderX4.2.1.61rXmetanetx.reactionrX MNXR94880rujG`Xb0954 or b0180rµjH`h#jI`h2]rõ(jWjEerĵRrŵjM`}rƵ(jO`)rǵ}rȵ(hX 3hcmrs7eACP_crɵhX8(R)-3-hydroxy-cis-myristol-7-eoyl-[acyl-carrier protein]rʵh}r˵h}r̵(Xbigg.metaboliter͵X 3hcmrs7eACPrεXmetanetx.chemicalrϵXMNXM5390rеX seed.compoundrѵXcpd15368rҵuh0Nh1h2]rӵrԵRrյjn`X C25H45N2O9PRSrֵjp`jq`jr`Jjs`GubGjgfG?jO`)r׵}rص(hX t3c7mrseACP_crٵhX1Trans-3-cis-7-myristoleoyl-[acyl-carrier protein]rڵh}r۵h}rܵ(Xbigg.metaboliterݵX t3c7mrseACPr޵Xmetanetx.chemicalrߵXMNXM5960rX seed.compoundrXcpd15570ruh0Nh1h2]rrRrjn`X C25H43N2O8PRSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3HAD160rhX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HAD160rXec-coder]r(X2.3.1.-rX2.3.1.85rX2.3.1.86rX4.2.1.59rX4.2.1.61reX kegg.reactionrXR04544rXmetanetx.reactionrX MNXR94881rujG`Xb0954 or b0180rjH`h#jI`h2]r(jWjEerRrjM`}r(jO`)r}r(hX 3hpalmACP_crhX+R-3-hydroxypalmitoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3hpalmACPrX kegg.compoundrXC04633r Xmetanetx.chemicalr XMNXM2576r X seed.compoundr Xcpd11481r uh0Nh1h2]rrRrjn`X C27H51N2O9PRSrjp`jq`jr`Jjs`GubGjgfG?jO`)r}r(hX tpalm2eACP_crhX,Trans-Hexadec-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX tpalm2eACPrXbiocycrXMETA:2-Hexadecenoyl-ACPsrXchebirX CHEBI:10729rX kegg.compoundrXC05763rX lipidmapsr X LMFA07060020r!Xmetanetx.chemicalr"X MNXM29072r#X seed.compoundr$Xcpd11477r%uh0Nh1h2]r&r'Rr(jn`X C27H49N2O8PRSr)jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r*}r+(hX3HAD161r,hX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C16:1)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1X3HAD161r2Xec-coder3X4.2.1.61r4Xmetanetx.reactionr5X MNXR94882r6ujG`Xb0180 or b0954r7jH`h#jI`h2]r8(jWjEer9Rr:jM`}r;(jO`)r<}r=(hX3hcpalm9eACP_cr>hX4(R)-3-hydroxy-cis-palm-9-eoyl-[acyl-carrier protein]r?h}r@h}rA(Xbigg.metaboliterBX 3hcpalm9eACPrCXmetanetx.chemicalrDXMNXM6556rEX seed.compoundrFXcpd15369rGuh0Nh1h2]rHrIRrJjn`X C27H49N2O9PRSrKjp`jq`jr`Jjs`GubGjgfG?jO`)rL}rM(hXt3c9palmeACP_crNhX1Trans-3-cis-9-palmitoleoyl-[acyl-carrier protein]rOh}rPh}rQ(Xbigg.metaboliterRX t3c9palmeACPrSXmetanetx.chemicalrTXMNXM5961rUX seed.compoundrVXcpd15571rWuh0Nh1h2]rXrYRrZjn`X C27H47N2O8PRSr[jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r\}r](hX3HAD180r^hX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C18:0)r_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcX3HAD180rdXec-codere]rf(X2.3.1.-rgX4.2.1.-rhX4.2.1.61rieX kegg.reactionrjXR07764rkXmetanetx.reactionrlX MNXR94883rmujG`Xb0954 or b0180rnjH`h#jI`h2]ro(jWjEerpRrqjM`}rr(jO`)rs}rt(hX 3hoctaACP_cruhX0(R)-3-Hydroxyoctadecanoyl-[acyl-carrier protein]rvh}rwh}rx(Xbigg.metaboliteryX 3hoctaACPrzX kegg.compoundr{XC16220r|Xmetanetx.chemicalr}XMNXM6417r~X seed.compoundrXcpd15371ruh0Nh1h2]rrRrjn`X C29H55N2O9PRSrjp`jq`jr`Jjs`GubGjgfG?jO`)r}r(hX toctd2eACP_crhX,Trans-octadec-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX toctd2eACPrXbiocycrXMETA:Octadec-2-enoyl-ACPsrXchebirX CHEBI:80388rX kegg.compoundrXC16221rXmetanetx.chemicalrXMNXM2573rX seed.compoundr]r(Xcpd14940rXcpd15572reuh0Nh1h2]rrRrjn`X C29H53N2O8PRSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3HAD181rhX:3-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HAD181rXec-coderX4.2.1.61rXmetanetx.reactionrX MNXR94884rujG`Xb0954 or b0180rjH`h#jI`h2]r(jWjEerRrjM`}r(jO`)r}r(hX3hcvac11eACP_crhX6(R)-3-hydroxy-cis-vacc-11-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3hcvac11eACPrXmetanetx.chemicalrXMNXM6557rX seed.compoundrXcpd15370ruh0Nh1h2]rrRrjn`X C29H53N2O9PRSrjp`jq`jr`Jjs`GubGjgfG?jO`)r}r(hXt3c11vaceACP_crhX.Trans-3-cis-11-vacceoyl-[acyl-carrier protein]r¶h}röh}rĶ(Xbigg.metaboliterŶX t3c11vaceACPrƶXmetanetx.chemicalrǶXMNXM5958rȶX seed.compoundrɶXcpd15568rʶuh0Nh1h2]r˶r̶RrͶjn`X C29H51N2O8PRSrζjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r϶}rж(hX3HAD40rѶhX93-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C4:0)rҶh}rӶh}rԶ(jC`X SBO:0000375rնX bigg.reactionrֶX3HAD40r׶Xec-coderضX4.2.1.58rٶXmetanetx.reactionrڶX MNXR94885r۶ujG`Xb0954 or b0180rܶjH`h#jI`h2]rݶ(jWjEer޶Rr߶jM`}r(jO`)r}r(hX3haACP_crhX)(3R)-3-Hydroxyacyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX3haACPrXbiocycrXMETA:OH-ACYL-ACPrXchebirX CHEBI:84648rX kegg.compoundrXC01271rXmetanetx.chemicalrXMNXM5861rX seed.compoundrXcpd11836ruh0Nh1h2]rrRrjn`X C15H27N2O9PRSrjp`jq`jr`Jjs`GubGjO`)r}r(hX but2eACP_crhX"But-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterXbut2eACPrX kegg.compoundrXC04246rXmetanetx.chemicalrXMNXM3229rX seed.compoundrXcpd11465ruh0Nh1h2]rrRrjn`X C15H25N2O8PRSrjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r }r (hX3HAD60r hX93-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C6:0)r h}r h}r(jC`X SBO:0000375rX bigg.reactionrX3HAD60rXec-coder]r(X2.3.1.-rX2.3.1.85rX2.3.1.86rX4.2.1.58rX4.2.1.59reX kegg.reactionrXR04954rXmetanetx.reactionrX MNXR94887rujG`Xb0954 or b0180rjH`h#jI`h2]r(jWjEerRr jM`}r!(jO`)r"}r#(hX 3hhexACP_cr$hX,(R)-3-Hydroxyhexanoyl-[acyl-carrier protein]r%h}r&h}r'(Xbigg.metaboliter(X3hhexACPr)Xchebir*X CHEBI:326r+X kegg.compoundr,XC05747r-X lipidmapsr.X LMFA07060006r/Xmetanetx.chemicalr0X MNXM25370r1X seed.compoundr2Xcpd11479r3uh0Nh1h2]r4r5Rr6jn`X C17H31N2O9PRSr7jp`jq`jr`Jjs`GubGjgfG?jO`)r8}r9(hX thex2eACP_cr:hX(Trans-Hex-2-enoyl-[acyl-carrier protein]r;h}r<h}r=(Xbigg.metaboliter>X thex2eACPr?Xbiocycr@XMETA:Hex-2-enoyl-ACPsrAXchebirBX CHEBI:10727rCX kegg.compoundrDXC05748rEX lipidmapsrFX LMFA07060007rGXmetanetx.chemicalrHX MNXM24502rIX seed.compoundrJXcpd11473rKuh0Nh1h2]rLrMRrNjn`X C17H29N2O8PRSrOjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rP}rQ(hX3HAD80rRhX93-hydroxyacyl-[acyl-carrier-protein] dehydratase (n-C8:0)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWX3HAD80rXXbiocycrYXMETA:4.2.1.59-RXNrZXec-coder[]r\(X2.3.1.-r]X2.3.1.85r^X2.3.1.86r_X4.2.1.58r`X4.2.1.59raX4.2.1.61rbeX kegg.reactionrcXR04537rdXmetanetx.reactionreX MNXR94888rfujG`Xb0954 or b0180rgjH`h#jI`h2]rh(jWjEeriRrjjM`}rk(jO`)rl}rm(hX 3hoctACP_crnhX,(R)-3-Hydroxyoctanoyl-[acyl-carrier protein]roh}rph}rq(Xbigg.metaboliterrX3hoctACPrsXbiocycrtXMETA:3-Hydroxy-octanoyl-ACPsruX kegg.compoundrvXC04620rwXmetanetx.chemicalrxX MNXM10019ryX seed.compoundrzXcpd11483r{uh0Nh1h2]r|r}Rr~jn`X C19H35N2O9PRSrjp`jq`jr`Jjs`GubGjgfG?jO`)r}r(hX toct2eACP_crhX(Trans-Oct-2-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX toct2eACPrXbiocycrXMETA:2-Octenoyl-ACPsrX kegg.compoundrXC05751rX lipidmapsrX LMFA07060009rXmetanetx.chemicalrX MNXM23766rX seed.compoundrXcpd11471ruh0Nh1h2]rrRrjn`X C19H33N2O8PRSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3HCINNMHrhX3-hydroxycinnamate hydroxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3HCINNMHrXbiocycrXMETA:RXN-10040rXec-coderX 1.14.13.127rX kegg.reactionrXR06787rXmetanetx.reactionrX MNXR94893rXrhear]r(X27846rX27847rX27848rX27849reujG`Xb0347rjH`h#jI`h2]rjiarRrjM`}r(jO`)r}r(hX 3hcinnm_crhX3-hydroxycinnamic acidrh}rh}r(Xbigg.metaboliterX3hcinnmrXbiocycrXMETA:CPD-10797rXchebir]r(X CHEBI:32357rX CHEBI:47925rX CHEBI:47927rX CHEBI:47928reXhmdbr·X HMDB62774r÷X kegg.compoundrķXC12621rŷXmetanetx.chemicalrƷXMNXM1799rǷX seed.compoundrȷXcpd09252rɷuh0Nh1h2]rʷr˷Rr̷jn`XC9H7O3rͷjp`jq`jr`Jjs`GubGjnGjX seed.compoundr?Xcpd08304r@uh0Nh1h2]rArBRrCjn`XC9H9O3rDjp`jq`jr`Jjs`GubGjnGj]r?(X CHEBI:14791r@X CHEBI:18367rAX CHEBI:26078rBX CHEBI:29137rCX CHEBI:29139rDX CHEBI:35780rEX CHEBI:39739rFX CHEBI:39745rGX CHEBI:43470rHX CHEBI:43474rIX CHEBI:45024rJX CHEBI:7793rKeXhmdbrL]rM(X HMDB00973rNX HMDB01429rOX HMDB02105rPX HMDB02142rQX HMDB05947rReX kegg.compoundrS]rT(XC00009rUXC13558rVeX kegg.drugrWXD05467rXXmetanetx.chemicalrYXMNXM9rZX seed.compoundr[]r\(Xcpd00009r]Xcpd27787r^euh0Nh1h2]r_r`Rrajn`XHO4Prbjp`jcjr`Jjs`GubG?jO`)rc}rd(hXuri_prehXUridinerfh}rgh}rh(Xbigg.metaboliteriXurirjXbiocycrkX META:URIDINErlXchebirm]rn(X CHEBI:15296roX CHEBI:16704rpX CHEBI:27227rqX CHEBI:46386rrX CHEBI:46391rsX CHEBI:46460rtX CHEBI:46463ruX CHEBI:9893rveXhmdbrwX HMDB00296rxX kegg.compoundryXC00299rzXmetanetx.chemicalr{XMNXM288r|X seed.compoundr}Xcpd00249r~uh0Nh1h2]rrRrjn`X C9H12N2O6rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3NTD4pprhX!3'-nucleotidase (CMP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3NTD4pprXbiocycrXMETA:RXN-14090rXec-coderX3.1.3.6rX kegg.reactionrXR02370rXmetanetx.reactionrX MNXR94934rXrhear]r(X27894rX27895rX27896rX27897reujG`Xb4213rjH`h#jI`h2]rharRrjM`}r(jGjDGjO`)r}r(hXcytd_prhXCytidinerh}rh}r(Xbigg.metaboliterXcytdrXbiocycrX META:CYTIDINErXchebir]r(X CHEBI:14063rX CHEBI:17562rX CHEBI:23515rX CHEBI:4053rX CHEBI:41649rX CHEBI:41686rX CHEBI:41704rX CHEBI:41709reXhmdbrX HMDB00089rX kegg.compoundrXC00475rX kegg.drugrXD07769rXmetanetx.chemicalrXMNXM338rX seed.compoundrXcpd00367ruh0Nh1h2]rrRrjn`X C9H13N3O5rjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)r}r¹(hX3NTD7pprùhX!3'-nucleotidase (AMP) (periplasm)rĹh}rŹh}rƹ(jC`X SBO:0000375rǹX bigg.reactionrȹX3NTD7pprɹXbiocycrʹXMETA:RXN-14126r˹Xec-coder̹X3.1.3.6r͹X kegg.reactionrιXR01562rϹXmetanetx.reactionrйX MNXR94935rѹXrhearҹ]rӹ(X27898rԹX27899rչX27900rֹX27901r׹eujG`Xb4213rعjH`h#jI`h2]rٹharڹRr۹jM`}rܹ(jGjDGjO`)rݹ}r޹(hXadn_pr߹hX Adenosinerh}rh}r(Xbigg.metaboliterXadnrXbiocycrXMETA:ADENOSINErXchebir]r(X CHEBI:13734rX CHEBI:16335rX CHEBI:22237rX CHEBI:2472rX CHEBI:40558rX CHEBI:40825rX CHEBI:40906rX CHEBI:40911reXhmdbr]r(X HMDB00050rX HMDB04401rX HMDB04402rX HMDB04421reX kegg.compoundrXC00212rX kegg.drugrXD00045rXmetanetx.chemicalrXMNXM212rX seed.compoundrXcpd00182ruh0Nh1h2]rrRrjn`X C10H13N5O4rjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hX3NTD9pprhX!3'-nucleotidase (GMP) (periplasm)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr X3NTD9ppr Xbiocycr XMETA:RXN-14124r Xec-coderX3.1.3.6rX kegg.reactionrXR02148rXmetanetx.reactionrX MNXR94936rXrhear]r(X27862rX27863rX27864rX27865reujG`Xb4213rjH`h#jI`h2]rharRrjM`}r(j5GjDGjO`)r}r (hXgsn_pr!hX Guanosiner"h}r#h}r$(Xbigg.metaboliter%Xgsnr&Xbiocycr'XMETA:GUANOSINEr(Xchebir)]r*(X CHEBI:14375r+X CHEBI:16750r,X CHEBI:24444r-X CHEBI:42840r.X CHEBI:42847r/X CHEBI:42853r0X CHEBI:471737r1X CHEBI:5564r2eXhmdbr3X HMDB00133r4X kegg.compoundr5XC00387r6Xmetanetx.chemicalr7XMNXM401r8X seed.compoundr9Xcpd00311r:uh0Nh1h2]r;r<Rr=jn`X C10H13N5O5r>jp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)r?}r@(hX3OAR100rAhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C10:0)rBh}rCh}rD(jC`X SBO:0000375rEX bigg.reactionrFX3OAR100rGXbiocycrHX META:RXN-9528rIXec-coderJ]rK(X 1.1.1.100rLX2.3.1.-rMX2.3.1.85rNX2.3.1.86rOeX kegg.reactionrPXR04534rQXmetanetx.reactionrRX MNXR94941rSujG`Xb1093rTjH`h#jI`h2]rUjarVRrWjM`}rX(jO`)rY}rZ(hX 3odecACP_cr[hX$3-Oxodecanoyl-[acyl-carrier protein]r\h}r]h}r^(Xbigg.metaboliter_X3odecACPr`XbiocycraXMETA:3-oxo-decanoyl-ACPsrbXchebircX CHEBI:1634rdX kegg.compoundreXC05753rfX lipidmapsrgX LMFA07060011rhXmetanetx.chemicalriX MNXM26616rjX seed.compoundrkXcpd11487rluh0Nh1h2]rmrnRrojn`X C21H37N2O9PRSrpjp`jq`jr`Jjs`GubGjnGj{iGjɴG?j[iG?uh0Njt`G@ju`G@@ubj<`)rq}rr(hX3OAR120rshX43-oxoacyl-[acyl-carrier-protein] reductase (n-C12:0)rth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxX3OAR120ryXec-coderz]r{(X 1.1.1.100r|X2.3.1.-r}X2.3.1.85r~X2.3.1.86reX kegg.reactionrXR04964rXmetanetx.reactionrX MNXR94942rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX 3oddecACP_crhX&3-Oxododecanoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3oddecACPrXbiocycrXMETA:3-oxo-dodecanoyl-ACPsrXchebirX CHEBI:1637rX kegg.compoundrXC05756rX lipidmapsrX LMFA07060014rXmetanetx.chemicalrX MNXM28933rX seed.compoundrXcpd11489ruh0Nh1h2]rrRrjn`X C23H41N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGjG?j[iG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3OAR121rhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C12:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAR121rXec-coderX 1.1.1.100rXmetanetx.reactionrX MNXR94943rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX3ocddec5eACP_crhX.3-oxo-cis-dodec-5-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3ocddec5eACPrXmetanetx.chemicalrXMNXM6837rX seed.compoundrXcpd15373ruh0Nh1h2]rrRrjn`X C23H39N2O9PRSrºjp`jq`jr`Jjs`GubGjnGj{iGjNG?j[iG?uh0Njt`Gju`G@@ubj<`)rú}rĺ(hX3OAR140rźhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C14:0)rƺh}rǺh}rȺ(jC`X SBO:0000375rɺX bigg.reactionrʺX3OAR140r˺Xbiocycr̺X META:RXN-9536rͺXec-coderκ]rϺ(X 1.1.1.100rкX2.3.1.-rѺX2.3.1.85rҺX2.3.1.86rӺeX kegg.reactionrԺXR04566rպXmetanetx.reactionrֺX MNXR94944r׺ujG`Xb1093rغjH`h#jI`h2]rٺjarںRrۺjM`}rܺ(jO`)rݺ}r޺(hX 3omrsACP_crߺhX)3-Oxotetradecanoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX3omrsACPrXbiocycrXMETA:3-oxo-myristoyl-ACPsrXchebirX CHEBI:1655rX kegg.compoundrXC05759rX lipidmapsrX LMFA07060017rXmetanetx.chemicalrX MNXM26095rX seed.compoundrXcpd11491ruh0Nh1h2]rrRrjn`X C25H45N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGjG?j[iG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3OAR141rhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAR141rXec-coderX 1.1.1.100rXmetanetx.reactionrX MNXR94945rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX 3ocmrs7eACP_cr hX03-oxo-cis-myristol-7-eoyl-[acyl-carrier protein]r h}r h}r (Xbigg.metaboliter X 3ocmrs7eACPrXmetanetx.chemicalrXMNXM6838rX seed.compoundrXcpd15374ruh0Nh1h2]rrRrjn`X C25H43N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGjǵG?j[iG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAR160rhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAR160rXec-coder ]r!(X 1.1.1.100r"X2.3.1.-r#X2.3.1.85r$X2.3.1.86r%eX kegg.reactionr&XR04543r'Xmetanetx.reactionr(X MNXR94946r)ujG`Xb1093r*jH`h#jI`h2]r+jar,Rr-jM`}r.(jO`)r/}r0(hX 3opalmACP_cr1hX(3-Oxohexadecanoyl-[acyl-carrier protein]r2h}r3h}r4(Xbigg.metaboliter5X 3opalmACPr6Xbiocycr7XMETA:3-oxo-palmitoyl-ACPsr8Xchebir9X CHEBI:1639r:X kegg.compoundr;XC05762r<X lipidmapsr=X LMFA07060019r>Xmetanetx.chemicalr?XMNXM4345r@X seed.compoundrAXcpd11485rBuh0Nh1h2]rCrDRrEjn`X C27H49N2O9PRSrFjp`jq`jr`Jjs`GubGjnGj{iGjG?j[iG?uh0Njt`G@ju`G@@ubj<`)rG}rH(hX3OAR161rIhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C16:1)rJh}rKh}rL(jC`X SBO:0000375rMX bigg.reactionrNX3OAR161rOXec-coderPX 1.1.1.100rQXmetanetx.reactionrRX MNXR94947rSujG`Xb1093rTjH`h#jI`h2]rUjarVRrWjM`}rX(jO`)rY}rZ(hX3ocpalm9eACP_cr[hX,3-oxo-cis-palm-9-eoyl-[acyl-carrier protein]r\h}r]h}r^(Xbigg.metaboliter_X 3ocpalm9eACPr`Xmetanetx.chemicalraXMNXM6839rbX seed.compoundrcXcpd15375rduh0Nh1h2]rerfRrgjn`X C27H47N2O9PRSrhjp`jq`jr`Jjs`GubGjnGj{iGj<G?j[iG?uh0Njt`Gju`G@@ubj<`)ri}rj(hX3OAR180rkhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C18:0)rlh}rmh}rn(jC`X SBO:0000375roX bigg.reactionrpX3OAR180rqXec-coderrX 1.1.1.100rsXmetanetx.reactionrtX MNXR94948ruujG`Xb1093rvjH`h#jI`h2]rwjarxRryjM`}rz(jO`)r{}r|(hX 3ooctdACP_cr}hX(3-Oxooctadecanoyl-[acyl-carrier protein]r~h}rh}r(Xbigg.metaboliterX 3ooctdACPrXmetanetx.chemicalrXMNXM3491rX seed.compoundrXcpd15377ruh0Nh1h2]rrRrjn`X C29H53N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGjsG?j[iG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3OAR181rhX43-oxoacyl-[acyl-carrier-protein] reductase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAR181rXec-coderX 1.1.1.100rXmetanetx.reactionrX MNXR94949rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX3ocvac11eACP_crhX.3-oxo-cis-vacc-11-enoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX 3ocvac11eACPrXmetanetx.chemicalrXMNXM6840rX seed.compoundrXcpd15376ruh0Nh1h2]rrRrjn`X C29H51N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGjG?j[iG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAR40rhX33-oxoacyl-[acyl-carrier-protein] reductase (n-C4:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAR40rXec-coderX 1.1.1.100rXmetanetx.reactionrX MNXR94950rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXactACP_crhXAcetoacetyl-ACPr»h}rûh}rĻ(Xbigg.metaboliterŻXactACPrƻXbiocycrǻ]rȻ(XMETA:Acetoacetyl-ACPrɻXMETA:Acetoacetyl-ACPsrʻeXchebir˻X CHEBI:2393r̻X kegg.compoundrͻXC05744rλXmetanetx.chemicalrϻXMNXM1223rлX seed.compoundrѻXcpd11488rһuh0Nh1h2]rӻrԻRrջjn`X C15H25N2O9PRSrֻjp`jq`jr`Jjs`GubGjnGj{iGjG?j[iG?uh0Njt`G@ju`G@@ubj<`)r׻}rػ(hX3OAR60rٻhX33-oxoacyl-[acyl-carrier-protein] reductase (n-C6:0)rڻh}rۻh}rܻ(jC`X SBO:0000375rݻX bigg.reactionr޻X3OAR60r߻Xec-coder]r(X 1.1.1.100rX2.3.1.-rX2.3.1.85rX2.3.1.86reX kegg.reactionrXR04953rXmetanetx.reactionrX MNXR94952rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX 3ohexACP_crhX$3-Oxohexanoyl-[acyl-carrier protein]rh}rh}r(Xbigg.metaboliterX3ohexACPrXbiocycrXMETA:3-oxo-hexanoyl-ACPsrXchebirX CHEBI:1642rX kegg.compoundrXC05746rX lipidmapsrX LMFA07060005rXmetanetx.chemicalrX MNXM25602rX seed.compoundrXcpd11486ruh0Nh1h2]rrRrjn`X C17H29N2O9PRSrjp`jq`jr`Jjs`GubGjnGj{iGj"G?j[iG?uh0Njt`G@ju`G@@ubj<`)r}r(hX3OAR80r hX33-oxoacyl-[acyl-carrier-protein] reductase (n-C8:0)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrX3OAR80rXbiocycrX META:RXN-9524rXec-coder]r(X 1.1.1.100rX2.3.1.-rX2.3.1.85rX2.3.1.86reX kegg.reactionrXR04536rXmetanetx.reactionrX MNXR94953rujG`Xb1093rjH`h#jI`h2]rjarRrjM`}r (jO`)r!}r"(hX 3ooctACP_cr#hX$3-Oxooctanoyl-[acyl-carrier protein]r$h}r%h}r&(Xbigg.metaboliter'X3ooctACPr(Xbiocycr)XMETA:3-Oxo-octanoyl-ACPsr*Xchebir+X CHEBI:1646r,X kegg.compoundr-XC05750r.X lipidmapsr/X LMFA07060008r0Xmetanetx.chemicalr1X MNXM28031r2X seed.compoundr3Xcpd11490r4uh0Nh1h2]r5r6Rr7jn`X C19H33N2O9PRSr8jp`jq`jr`Jjs`GubGjnGj{iGjlG?j[iG?uh0Njt`G@ju`G@@ubj<`)r9}r:(hX3OAS100r;hX33-oxoacyl-[acyl-carrier-protein] synthase (n-C10:0)r<h}r=h}r>(jC`X SBO:0000375r?X bigg.reactionr@X3OAS100rAXec-coderBX2.3.1.86rCXmetanetx.reactionrDX MNXR94954rEujG`Xb2323 or b1095rFjH`h#jI`h2]rG(jjerHRrIjM`}rJ(jnGjO`)rK}rL(hXmalACP_crMhXMalonyl-[acyl-carrier protein]rNh}rOh}rP(Xbigg.metaboliterQXmalACPrRXbiocycrSXMETA:MALONYL-ACPrTXchebirU]rV(X CHEBI:14566rWX CHEBI:17330rXX CHEBI:6662rYeX kegg.compoundrZXC01209r[Xmetanetx.chemicalr\XMNXM184r]X seed.compoundr^Xcpd11492r_uh0Nh1h2]r`raRrbjn`XC14H22N2O10PRSrcjp`jq`jr`Jjs`GubGjO`)rd}re(hXocACP_crfhXOctanoyl-ACP (n-C8:0ACP)rgh}rhh}ri(Xbigg.metaboliterjXocACPrkXmetanetx.chemicalrlX MNXM90185rmuh0Nh1h2]rnroRrpjn`X C19H35N2O8PRSrqjp`jq`jr`Jjs`GubGjYG?jO`)rr}rs(hXACP_crthXAcyl carrier proteinruh}rvh}rw(Xbigg.metaboliterxXACPryXbiocycrzXMETA:ACPr{Xchebir|]r}(X CHEBI:14405r~X CHEBI:18359rX CHEBI:2458reX kegg.compoundrXC00229rXmetanetx.chemicalrXMNXM925rX seed.compoundrXcpd11493ruh0Nh1h2]rrRrjn`X C11H21N2O7PRSrjp`jq`jr`Jjs`GubG?jO`)r}r(hXco2_crhXCO2 CO2rh}rh}r(Xbigg.metaboliterXco2rXbiocycrXMETA:CARBON-DIOXIDErXchebir]r(X CHEBI:13282rX CHEBI:13283rX CHEBI:13284rX CHEBI:13285rX CHEBI:16526rX CHEBI:23011rX CHEBI:3283rX CHEBI:48829reXhmdbrX HMDB01967rX kegg.compoundrXC00011rX kegg.drugrXD00004rXmetanetx.chemicalrXMNXM13rX seed.compoundrXcpd00011ruh0Nh1h2]rrRrjn`XCO2rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAS120rhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAS120rXec-coderX2.3.1.86rXmetanetx.reactionrX MNXR94955rujG`Xb1095 or b2323rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hXdcaACP_crhXDecanoyl-ACP (n-C10:0ACP)r¼h}rüh}rļ(Xbigg.metaboliterżXdcaACPrƼXmetanetx.chemicalrǼX MNXM90236rȼuh0Nh1h2]rɼrʼRr˼jn`X C21H39N2O8PRSr̼jp`jq`jr`Jjs`GubGjnGjKGjG?jrG?jG?uh0Njt`Gju`G@@ubj<`)rͼ}rμ(hX3OAS121rϼhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C12:1)rмh}rѼh}rҼ(jC`X SBO:0000375rӼX bigg.reactionrԼX3OAS121rռXec-coderּX2.3.1.41r׼Xmetanetx.reactionrؼX MNXR94956rټujG`Xb2323rڼjH`h#jI`h2]rۼjarܼRrݼjM`}r޼(jO`)r߼}r(hX cdec3eACP_crhX0Cis-dec-3-enoyl-[acyl-carrier protein] (n-C10:1)rh}rh}r(Xbigg.metaboliterX cdec3eACPrXmetanetx.chemicalrXMNXM7186ruh0Nh1h2]rrRrjn`X C21H37N2O8PRSrjp`jq`jr`Jjs`GubGjnGjKGjG?jrG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAS140rhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAS140rXec-coderX2.3.1.86rXmetanetx.reactionrX MNXR94957rujG`Xb2323 or b1095rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hX ddcaACP_crhXDodecanoyl-ACP (n-C12:0ACP)rh}rh}r(Xbigg.metaboliterXddcaACPrXmetanetx.chemicalrX MNXM89851ruh0Nh1h2]r r Rr jn`X C23H43N2O8PRSr jp`jq`jr`Jjs`GubGjnGjKGjݺG?jrG?jG?uh0Njt`Gju`G@@ubj<`)r }r(hX3OAS141rhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAS141rXec-coderX2.3.1.41rXmetanetx.reactionrX MNXR94958rujG`Xb2323rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r (hX cddec5eACP_cr!hX2Cis-dodec-5-enoyl-[acyl-carrier protein] (n-C12:1)r"h}r#h}r$(Xbigg.metaboliter%X cddec5eACPr&Xmetanetx.chemicalr'X MNXM163784r(uh0Nh1h2]r)r*Rr+jn`X C23H41N2O8PRSr,jp`jq`jr`Jjs`GubGjnGjKGjG?jrG?jG?uh0Njt`Gju`G@@ubj<`)r-}r.(hX3OAS160r/hX33-oxoacyl-[acyl-carrier-protein] synthase (n-C16:0)r0h}r1h}r2(jC`X SBO:0000375r3X bigg.reactionr4X3OAS160r5Xec-coder6X2.3.1.86r7Xmetanetx.reactionr8X MNXR94959r9ujG`Xb2323 or b1095r:jH`h#jI`h2]r;(jjer<Rr=jM`}r>(jnGjKGjO`)r?}r@(hX myrsACP_crAhXMyristoyl-ACP (n-C14:0ACP)rBh}rCh}rD(Xbigg.metaboliterEXmyrsACPrFXmetanetx.chemicalrGX MNXM89779rHuh0Nh1h2]rIrJRrKjn`X C25H47N2O8PRSrLjp`jq`jr`Jjs`GubGj/G?jrG?jG?uh0Njt`Gju`G@@ubj<`)rM}rN(hX3OAS161rOhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C16:1)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTX3OAS161rUXec-coderVX2.3.1.41rWXmetanetx.reactionrXX MNXR94960rYujG`Xb2323rZjH`h#jI`h2]r[jar\Rr]jM`}r^(jnGjKGjO`)r_}r`(hXtdeACP_crahX5Cis-tetradec-7-enoyl-[acyl-carrier protein] (n-C14:1)rbh}rch}rd(Xbigg.metabolitereXtdeACPrfXmetanetx.chemicalrgX MNXM162426rhuh0Nh1h2]rirjRrkjn`X C25H45N2O8PRSrljp`jq`jr`Jjs`GubGjYG?jrG?jG?uh0Njt`Gju`G@@ubj<`)rm}rn(hX3OAS180rohX33-oxoacyl-[acyl-carrier-protein] synthase (n-C18:0)rph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtX3OAS180ruXec-codervX2.3.1.41rwXmetanetx.reactionrxX MNXR94961ryujG`Xb1095 or b2323rzjH`h#jI`h2]r{(jjer|Rr}jM`}r~(jnGjKGjO`)r}r(hX palmACP_crhXPalmitoyl-ACP (n-C16:0ACP)rh}rh}r(Xbigg.metaboliterXpalmACPrXmetanetx.chemicalrXMNXM2026ruh0Nh1h2]rrRrjn`X C27H51N2O8PRSrjp`jq`jr`Jjs`GubGj{G?jrG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAS181rhX33-oxoacyl-[acyl-carrier-protein] synthase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAS181rXec-coderX 2.3.1.179rXmetanetx.reactionrX MNXR94962rujG`Xb1095rjH`h#jI`h2]rjarRrjM`}r(jnGjO`)r}r(hXhdeACP_crhX4Cis-hexadec-9-enoyl-[acyl-carrier protein] (n-C16:1)rh}rh}r(Xbigg.metaboliterXhdeACPrXmetanetx.chemicalrX MNXM89949ruh0Nh1h2]rrRrjn`X C27H49N2O8PRSrjp`jq`jr`Jjs`GubGjKGjG?jrG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OAS60rhX23-oxoacyl-[acyl-carrier-protein] synthase (n-C6:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OAS60rXec-coderX2.3.1.86rXmetanetx.reactionrX MNXR94963rujG`Xb1095 or b2323rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hXbutACP_crhXButyryl-ACP (n-C4:0ACP)r½h}rýh}rĽ(Xbigg.metaboliterŽXbutACPrƽXmetanetx.chemicalrǽX MNXM90458rȽuh0Nh1h2]rɽrʽRr˽jn`X C15H27N2O8PRSr̽jp`jq`jr`Jjs`GubGjnGjKGjG?jrG?jG?uh0Njt`Gju`G@@ubj<`)rͽ}rν(hX3OAS80rϽhX23-oxoacyl-[acyl-carrier-protein] synthase (n-C8:0)rнh}rѽh}rҽ(jC`X SBO:0000375rӽX bigg.reactionrԽX3OAS80rսXec-coderֽX2.3.1.86r׽Xmetanetx.reactionrؽX MNXR94964rٽujG`Xb2323 or b1095rڽjH`h#jI`h2]r۽(jjerܽRrݽjM`}r޽(jnGjO`)r߽}r(hXhexACP_crhXHexanoyl-ACP (n-C6:0ACP)rh}rh}r(Xbigg.metaboliterXhexACPrXmetanetx.chemicalrX MNXM90722ruh0Nh1h2]rrRrjn`X C17H31N2O8PRSrjp`jq`jr`Jjs`GubGjKGj!G?jrG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX3OXCOATrhX3-oxoadipyl-CoA thiolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrX3OXCOATrXbiocycrX META:RXN-3641rXec-coder]r(X2.3.1.16rX 2.3.1.174reX kegg.reactionrXR00829rXmetanetx.reactionrX MNXR94967rXrhear]r(X19481rX19482rX19483rX19484reujG`Xb1397rjH`h#jI`h2]rjarRr jM`}r (jcGjO`)r }r (hX oxadpcoa_cr hX3-Oxoadipyl-CoArh}rh}r(Xbigg.metaboliterXoxadpcoarXbiocycrXMETA:3-KETO-ADIPYL-COArXchebir]r(X CHEBI:11872rX CHEBI:15490rX CHEBI:1632rX CHEBI:20164rX CHEBI:57348reXhmdbrX HMDB60378rX kegg.compoundrXC02232rX lipidmapsr X LMFA07050237r!Xmetanetx.chemicalr"XMNXM1264r#X seed.compoundr$Xcpd01507r%uh0Nh1h2]r&r'Rr(jn`XC27H37N7O20P3Sr)jp`jq`jr`Jjs`GubGjaG?jlG?uh0Njt`Gju`G@@ubj<`)r*}r+(hX 3PEPTabcppr,hX>Tripeptide (LalaDgluMdap) transport via ABC system (periplasm)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1X 3PEPTabcppr2Xmetanetx.reactionr3X MNXR94970r4ujG`X-b1246 and b1244 and b1329 and b1245 and b1247r5jH`h#jI`h2]r6(jjjjj er7Rr8jM`}r9(jO`)r:}r;(hXLalaDgluMdap_pr<hX3L-alanine-D-glutamate-meso-2,6-diaminoheptanedioater=h}r>h}r?(Xbigg.metaboliter@X LalaDgluMdaprAXmetanetx.chemicalrBX MNXM90242rCX seed.compoundrDXcpd15386rEuh0Nh1h2]rFrGRrHjn`X C15H25N4O8rIjp`jcjr`Jjs`GubGjbGjgfGjO`)rJ}rK(hXLalaDgluMdap_crLhX3L-alanine-D-glutamate-meso-2,6-diaminoheptanedioaterMh}rNh}rO(Xbigg.metaboliterPX LalaDgluMdaprQXmetanetx.chemicalrRX MNXM90242rSX seed.compoundrTXcpd15386rUuh0Nh1h2]rVrWRrXjn`X C15H25N4O8rYjp`jq`jr`Jjs`GubG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rZ}r[(hX3PEPTtexr\hXNLalaDgluMdap (tripeptide) transport via diffusion (extracellular to periplasm)r]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraX3PEPTtexrbXmetanetx.reactionrcX MNXR94971rdujG`X b1377 or b0241 or b0929 or b2215rejH`h#jI`h2]rf(hIh[h7h ergRrhjM`}ri(jrGj:G?uh0Njt`G@ju`G@@ubj<`)rj}rk(hX3UMPtexrlhX93UMP transport via diffusion (extracellular to periplasm)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqX3UMPtexrrXmetanetx.reactionrsX MNXR94983rtujG`X b1377 or b0241 or b0929 or b2215rujH`h#jI`h2]rv(hIh[h7h erwRrxjM`}ry(jqGjG?uh0Njt`G@ju`G@@ubj<`)rz}r{(hX 42A12BOOXppr|hXV4-(2-Aminoethyl)-1,2-benzenediol:oxygen oxidoreductase(deaminating)(flavin-containing)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrX 42A12BOOXpprXbiocycrXMETA:RXN6666-4rXec-coder]r(X1.4.3.21rX1.4.3.4rX1.4.9.2rX1.4.99.4reX kegg.reactionrXR04300rXmetanetx.reactionrX MNXR94989rXrhear]r(X27946rX27947rX27948rX27949reujG`Xb1386rjH`h#jI`h2]rj/arRrjM`}r(jO`)r}r(hXdopa_prhXDopaminerh}rh}r(Xbigg.metaboliterXdoparXbiocycrX META:DOPAMINErXchebir]r(X CHEBI:11695rX CHEBI:11930rX CHEBI:14203rX CHEBI:1764rX CHEBI:18243rX CHEBI:23886rX CHEBI:43686rX CHEBI:59905reXhmdbrX HMDB00073rX kegg.compoundrXC03758rX kegg.drugrXD07870rXmetanetx.chemicalrXMNXM205rX seed.compoundrXcpd02357ruh0Nh1h2]rrRrjn`XC8H12NO2rjp`jcjr`Kjs`GubGjDGjO`)r}r(hXo2_prhXO2 O2rh}rh}r(Xbigg.metaboliter¾Xo2rþXbiocycrľXMETA:OXYGEN-MOLECULEržXchebirƾ]rǾ(X CHEBI:10745rȾX CHEBI:13416rɾX CHEBI:15379rʾX CHEBI:23833r˾X CHEBI:25366r̾X CHEBI:26689r;X CHEBI:27140rξX CHEBI:29097rϾX CHEBI:29793rоX CHEBI:30491rѾX CHEBI:44742rҾX CHEBI:7860rӾeXhmdbrԾX HMDB01377rվX kegg.compoundr־XC00007r׾X kegg.drugrؾXD00003rپXmetanetx.chemicalrھXMNXM4r۾X seed.compoundrܾXcpd00007rݾuh0Nh1h2]r޾r߾Rrjn`XO2rjp`jcjr`Kjs`GubGj G?jO`)r}r(hXh2o2_prhXHydrogen peroxiderh}rh}r(Xbigg.metaboliterXh2o2rXbiocycrXMETA:HYDROGEN-PEROXIDErXchebir]r(X CHEBI:13354rX CHEBI:13355rX CHEBI:16240rX CHEBI:24637rX CHEBI:25940rX CHEBI:29192rX CHEBI:29370rX CHEBI:44782rX CHEBI:44785rX CHEBI:44812rX CHEBI:5586reXhmdbr]r(X HMDB03125rX HMDB06491reX kegg.compoundr]r(XC00027rXC17732rXC18566reX kegg.drugrXD00008rXmetanetx.chemicalrXMNXM22rX seed.compoundrXcpd00025ruh0Nh1h2]rr Rr jn`XH2O2r jp`jcjr`Kjs`GubG?jO`)r }r (hXnh4_prhXAmmoniumrh}rh}r(Xbigg.metaboliterXnh4rXbiocycr]r(X META:AMMONIArX META:AMMONIUMreXchebir]r(X CHEBI:13405rX CHEBI:13406rX CHEBI:13407rX CHEBI:135980rX CHEBI:13771rX CHEBI:16134rX CHEBI:22533r X CHEBI:22534r!X CHEBI:28938r"X CHEBI:29337r#X CHEBI:29340r$X CHEBI:44269r%X CHEBI:44284r&X CHEBI:44404r'X CHEBI:49783r(X CHEBI:7434r)X CHEBI:7435r*eXhmdbr+]r,(X HMDB00051r-X HMDB41827r.eX kegg.compoundr/]r0(XC00014r1XC01342r2eX kegg.drugr3]r4(XD02915r5XD02916r6eXmetanetx.chemicalr7XMNXM15r8X seed.compoundr9]r:(Xcpd00013r;Xcpd19013r<euh0Nh1h2]r=r>Rr?jn`XH4Nr@jp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rA}rB(hX 4HOXPACDtexrChXP4-hydroxyphenylacetaldehyde transport via diffusion (extracellular to periplasm)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHX 4HOXPACDtexrIXmetanetx.reactionrJX MNXR95017rKujG`X b1377 or b0241 or b0929 or b2215rLjH`h#jI`h2]rM(hIh[h7h erNRrOjM`}rP(jQrGjO`)rQ}rR(hX 4hoxpacd_prShX4-HydroxyphenylacetaldehyderTh}rUh}rV(Xbigg.metaboliterWX4hoxpacdrXXbiocycrYXMETA:HYDRPHENYLAC-CPDrZXchebir[]r\(X CHEBI:10899r]X CHEBI:12012r^X CHEBI:15621r_X CHEBI:1872r`X CHEBI:20417raeXhmdbrbX HMDB03767rcX kegg.compoundrdXC03765reXmetanetx.chemicalrfXMNXM479rgX seed.compoundrhXcpd02361riuh0Nh1h2]rjrkRrljn`XC8H8O2rmjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rn}ro(hX4HTHRSrphX4-Hydroxy-L-threonine synthaserqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruX4HTHRSrvXbiocycrwXMETA:RXN-14125rxXec-codery]rz(X4.2.3.-r{X4.2.3.1r|eX kegg.reactionr}XR05086r~Xmetanetx.reactionrX MNXR95024rXrhear]r(X30659rX30660rX30661rX30662reujG`Xb0004rjH`h#jI`h2]rjAarRrjM`}r(jgfGjO`)r}r(hXphthr_crhXO-Phospho-4-hydroxy-L-threoninerh}rh}r(Xbigg.metaboliterXphthrrXbiocycrXMETA:4-PHOSPHONOOXY-THREONINErXchebir]r(X CHEBI:11945rX CHEBI:18336rX CHEBI:21963rX CHEBI:58452rX CHEBI:59459rX CHEBI:7690reXhmdbrX HMDB06802rX kegg.compoundrXC06055rXmetanetx.chemicalrXMNXM759rX seed.compoundr]r(Xcpd03607rXcpd22119reuh0Nh1h2]rrRrjn`XC4H8NO7Prjp`jq`jr`Jjs`GubGjO`)r}r(hX4hthr_crhX4-Hydroxy-L-threoninerh}rh}r(Xbigg.metaboliterX4hthrrXbiocycrXMETA:CPD0-2189rXchebir]r(X CHEBI:1853rX CHEBI:20393rX CHEBI:28330rX CHEBI:60904reX kegg.compoundrXC06056rXmetanetx.chemicalrXMNXM1802rX seed.compoundrXcpd03608ruh0Nh1h2]r¿rÿRrĿjn`XC4H9NO4rſjp`jq`jr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)rƿ}rǿ(hX4PCPrȿhX!Tetrapeptide L,D-carboxypeptidaserɿh}rʿh}r˿(jC`X SBO:0000375r̿X bigg.reactionrͿX4PCPrοXmetanetx.reactionrϿX MNXR95049rпujG`Xb1192rѿjH`h#jI`h2]rҿjSarӿRrԿjM`}rտ(jO`)rֿ}r׿(hXLalaDgluMdapDala_crؿhX=L-alanine-D-glutamate-meso-2,6-diaminoheptanedioate-D-alaninerٿh}rڿh}rۿ(Xbigg.metaboliterܿXLalaDgluMdapDalarݿXmetanetx.chemicalr޿X MNXM59271r߿X seed.compoundrXcpd15387ruh0Nh1h2]rrRrjn`X C18H30N5O9rjp`jq`jr`Jjs`GubGjgfGjJG?jO`)r}r(hXala__D_crhX D-Alaninerh}rh}r(Xbigg.metaboliterXala__DrXbiocycrXMETA:D-ALANINErXchebir]r(X CHEBI:10840rX CHEBI:12899rX CHEBI:15570rX CHEBI:20893rX CHEBI:32435rX CHEBI:32436rX CHEBI:4087rX CHEBI:41756rX CHEBI:41798rX CHEBI:41848rX CHEBI:41877rX CHEBI:57416reXhmdbrX HMDB01310rX kegg.compoundrXC00133rXmetanetx.chemicalrXMNXM156rX seed.compoundrXcpd00117ruh0Nh1h2]rrRrjn`XC3H7NO2r jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r (hX4PCPppr hX-Tetrapeptide L,D-carboxypeptidase (periplasm)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrX4PCPpprXmetanetx.reactionrX MNXR95049rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hXLalaDgluMdapDala_prhX=L-alanine-D-glutamate-meso-2,6-diaminoheptanedioate-D-alaninerh}rh}r(Xbigg.metaboliterXLalaDgluMdapDalar Xmetanetx.chemicalr!X MNXM59271r"X seed.compoundr#Xcpd15387r$uh0Nh1h2]r%r&Rr'jn`X C18H30N5O9r(jp`jcjr`Jjs`GubGjDGj:G?jO`)r)}r*(hXala__D_pr+hX D-Alaniner,h}r-h}r.(Xbigg.metaboliter/Xala__Dr0Xbiocycr1XMETA:D-ALANINEr2Xchebir3]r4(X CHEBI:10840r5X CHEBI:12899r6X CHEBI:15570r7X CHEBI:20893r8X CHEBI:32435r9X CHEBI:32436r:X CHEBI:4087r;X CHEBI:41756r<X CHEBI:41798r=X CHEBI:41848r>X CHEBI:41877r?X CHEBI:57416r@eXhmdbrAX HMDB01310rBX kegg.compoundrCXC00133rDXmetanetx.chemicalrEXMNXM156rFX seed.compoundrGXcpd00117rHuh0Nh1h2]rIrJRrKjn`XC3H7NO2rLjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rM}rN(hX 4PEPTabcpprOhXDTetrapeptide (LalaDgluMdapDala) transport via ABC system (periplasm)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTX 4PEPTabcpprUXmetanetx.reactionrVX MNXR95050rWujG`X-b1246 and b1244 and b1243 and b1245 and b1247rXjH`h#jI`h2]rY(jejjjj erZRr[jM`}r\(jGjbGjgfGjֿG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r]}r^(hX4PEPTtexr_hXTLalaDgluMdapDala (pentapeptide) transport via diffusion (extracellular to periplasm)r`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdX4PEPTtexreXmetanetx.reactionrfX MNXR95051rgujG`X b1377 or b0241 or b0929 or b2215rhjH`h#jI`h2]ri(hIh[h7h erjRrkjM`}rl(jsGjG?uh0Njt`G@ju`G@@ubj<`)rm}rn(hX5DGLCNRrohX5-dehydro-D-gluconate reductaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtX5DGLCNRruXbiocycrvXMETA:RXN-14367rwXec-coderx]ry(X1.1.1.-rzX1.1.1.69r{eX kegg.reactionr|XR01740r}Xmetanetx.reactionr~X MNXR95065rXrhear]r(X23936rX23937rX23938rX23939reujG`Xb4266rjH`h#jI`h2]rjwarRrjM`}r(jO`)r}r(hX5dglcn_crhX5-Dehydro-D-gluconaterh}rh}r(Xbigg.metaboliterX5dglcnrXbiocycrXMETA:5-DEHYDROGLUCONATErXchebir]r(X CHEBI:12120rX CHEBI:12121rX CHEBI:17426rX CHEBI:2051rX CHEBI:20564rX CHEBI:58143reX kegg.compoundrXC01062rXmetanetx.chemicalrXMNXM963rX seed.compoundrXcpd00781ruh0Nh1h2]rrRrjn`XC6H9O7rjp`jq`jr`Jjs`GubGjnGj{iGj3G?j[iG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 5DGLCNt2rpprhXJ5-Dehydro-D-gluconate transport via proton symport, reversible (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 5DGLCNt2rpprXbiocycrXMETA:TRANS-RXN0-228rXmetanetx.reactionrX MNXR95066rXrhear]r(X28819rX28820rX28821rX28822reujG`Xb4265rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX5dglcn_prhX5-Dehydro-D-gluconaterh}rh}r(Xbigg.metaboliterX5dglcnrXbiocycrXMETA:5-DEHYDROGLUCONATErXchebir]r(X CHEBI:12120rX CHEBI:12121rX CHEBI:17426rX CHEBI:2051rX CHEBI:20564rX CHEBI:58143reX kegg.compoundrXC01062rXmetanetx.chemicalrXMNXM963rX seed.compoundrXcpd00781ruh0Nh1h2]rrRrjn`XC6H9O7rjp`jcjr`Jjs`GubGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hX 5DGLCNtexrhXJ5-Dehydro-D-gluconate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX 5DGLCNtexrXmetanetx.reactionrX MNXR95067rujG`X b2215 or b0241 or b0929 or b1377rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j{rGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX5DOANrhX5'-deoxyadenosine nuclosidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrX5DOANrXbiocycrXMETA:RXN0-6550rXmetanetx.reactionrX MNXR95069rXrhear]r(X29859rX29860rX29861rX29862reujG`Xb0159rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXdad_5_crhX5'-Deoxyadenosinerh}rh}r(Xbigg.metaboliter Xdad_5r Xbiocycr X META:CH33ADOr Xchebir ]r(X CHEBI:12061rX CHEBI:17319rX CHEBI:1960rX CHEBI:20493rX CHEBI:40099reXhmdbrX HMDB01983rX kegg.compoundrXC05198rXmetanetx.chemicalrXMNXM316rX seed.compoundrXcpd03091ruh0Nh1h2]rrRrjn`X C10H13N5O3rjp`jq`jr`Kjs`GubGjgfGj`G?jO`)r }r!(hXade_cr"hXAdeniner#h}r$h}r%(Xbigg.metaboliter&Xader'Xbiocycr(]r)(X META:ADENINEr*XMETA:ADENINE-RINGr+eXchebir,]r-(X CHEBI:13733r.X CHEBI:16708r/X CHEBI:22236r0X CHEBI:2470r1X CHEBI:40579r2eXhmdbr3X HMDB00034r4X kegg.compoundr5XC00147r6X kegg.drugr7XD00034r8Xmetanetx.chemicalr9XMNXM168r:X seed.compoundr;]r<(Xcpd00128r=Xcpd22238r>euh0Nh1h2]r?r@RrAjn`XC5H5N5rBjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rC}rD(hX5MTRtexrEhXQ5-Methylthio-D-ribose transport via proton diffusion (extracellular to periplasm)rFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJX5MTRtexrKXbiocycrLXMETA:TRANS-RXN0-461rMXmetanetx.reactionrNX MNXR95091rOXrhearP]rQ(X34955rRX34956rSX34957rTX34958rUeujG`X b2215 or b1377 or b0929 or b0241rVjH`h#jI`h2]rW(hIh[h7h erXRrYjM`}rZ(jrGjO`)r[}r\(hX5mtr_pr]hX5-Methylthio-D-riboser^h}r_h}r`(Xbigg.metaboliteraX5mtrrbXbiocycrcX META:CPD-560rdXchebire]rf(X CHEBI:12148rgX CHEBI:16895rhX CHEBI:2101riX CHEBI:22007rjX CHEBI:57941rkX CHEBI:78440rleX kegg.compoundrmXC03089rnXmetanetx.chemicalroXMNXM1592rpX seed.compoundrqXcpd01981rruh0Nh1h2]rsrtRrujn`XC6H12O4Srvjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rw}rx(hX5MTRtppryhX>5-Methylthio-D-ribose transport via proton symport (periplasm)rzh}r{h}r|(jC`X SBO:0000375r}X bigg.reactionr~X5MTRtpprXmetanetx.reactionrX MNXR95090rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX5mtr_crhX5-Methylthio-D-riboserh}rh}r(Xbigg.metaboliterX5mtrrXbiocycrX META:CPD-560rXchebir]r(X CHEBI:12148rX CHEBI:16895rX CHEBI:2101rX CHEBI:22007rX CHEBI:57941rX CHEBI:78440reX kegg.compoundrXC03089rXmetanetx.chemicalrXMNXM1592rX seed.compoundrXcpd01981ruh0Nh1h2]rrRrjn`XC6H12O4Srjp`jq`jr`Kjs`GubGjnGj[G?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hXA5PISOrhXArabinose-5-phosphate isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXA5PISOrXbiocycrXMETA:DARAB5PISOM-RXNrXec-coderX5.3.1.13rX kegg.reactionrXR01530rXmetanetx.reactionrX MNXR95132rXrhear]r(X23104rX23105rX23106rX23107reujG`Xb3197 or b2708rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hX ru5p__D_crhXD-Ribulose 5-phosphaterh}rh}r(Xbigg.metaboliterXru5p__DrXbiocycrXMETA:RIBULOSE-5PrXchebir]r(X CHEBI:13018rX CHEBI:13040rX CHEBI:17363rX CHEBI:21088rX CHEBI:26572rX CHEBI:37455rX CHEBI:40192rX CHEBI:4243rX CHEBI:58121reXhmdbr]r(X HMDB00618rX HMDB02033rX HMDB02694reX kegg.compoundrXC00199rXmetanetx.chemicalrXMNXM145rX seed.compoundrXcpd00171ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubGjO`)r}r(hXara5p_crhXD-Arabinose 5-phosphaterh}rh}r(Xbigg.metaboliterXara5prXbiocycrXMETA:ARABINOSE-5PrXchebir]r(X CHEBI:12916rX CHEBI:16241rX CHEBI:20915rX CHEBI:4104rX CHEBI:57693rX CHEBI:79058reXhmdbrX HMDB11734rX kegg.compoundrXC01112rXmetanetx.chemicalrXMNXM1184rX seed.compoundrXcpd00817ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAACPS1rhX0Acyl-[acyl-carrier-protein] synthetase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACPS1rXec-coder X6.2.1.20r Xmetanetx.reactionr X MNXR95138r ujG`Xb2836 and b1094r jH`h#jI`h2]r(jherRrjM`}r(jrGjbGjٯGjG?j?G?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAACPS2rhX1Acyl-[acyl-carrier-protein] synthetase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACPS2rXec-coderX6.2.1.20rXmetanetx.reactionrX MNXR95141rujG`Xb2836 and b1094rjH`h#jI`h2]r (hjer!Rr"jM`}r#(jrGjbGj GjG?jnnG?j_G?uh0Njt`Gju`G@@ubj<`)r$}r%(hXAACPS3r&hX1Acyl-[acyl-carrier-protein] synthetase (n-C16:0)r'h}r(h}r)(jC`X SBO:0000375r*X bigg.reactionr+XAACPS3r,Xec-coder-X6.2.1.20r.Xmetanetx.reactionr/X MNXR95142r0ujG`Xb2836 and b1094r1jH`h#jI`h2]r2(hjer3Rr4jM`}r5(jrGjbGj;GjG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r6}r7(hXAACPS4r8hX1Acyl-[acyl-carrier-protein] synthetase (n-C16:1)r9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=XAACPS4r>Xmetanetx.reactionr?X MNXR95143r@ujG`Xb2836 and b1094rAjH`h#jI`h2]rB(hjerCRrDjM`}rE(jrGjbGjwGjG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)rF}rG(hXAACPS5rHhX1Acyl-[acyl-carrier-protein] synthetase (n-C18:1)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXAACPS5rNXmetanetx.reactionrOX MNXR95144rPujG`Xb2836 and b1094rQjH`h#jI`h2]rR(hjerSRrTjM`}rU(jrGjbGjGjG?jO`)rV}rW(hX octeACP_crXhX5Cis-octadec-11-enoyl-[acyl-carrier protein] (n-C18:1)rYh}rZh}r[(Xbigg.metaboliter\XocteACPr]Xmetanetx.chemicalr^X MNXM89950r_uh0Nh1h2]r`raRrbjn`X C29H53N2O8PRSrcjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rd}re(hXAACPS6rfhX1Acyl-[acyl-carrier-protein] synthetase (n-C18:0)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkXAACPS6rlXec-codermX6.2.1.20rnXmetanetx.reactionroX MNXR95145rpujG`Xb2836 and b1094rqjH`h#jI`h2]rr(hjersRrtjM`}ru(jrGjbGjGjG?jO`)rv}rw(hX ocdcaACP_crxhXOctadecanoyl-ACP (n-C18:0ACP)ryh}rzh}r{(Xbigg.metaboliter|XocdcaACPr}Xmetanetx.chemicalr~XMNXM3075ruh0Nh1h2]rrRrjn`X C29H55N2O8PRSrjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAACPS7rhX1Acyl-[acyl-carrier-protein] synthetase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACPS7rXec-coderX6.2.1.lrXmetanetx.reactionrX MNXR95146rujG`Xb2836 and b1094rjH`h#jI`h2]r(hjerRrjM`}r(jrGjbGj}GjG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAACPS8rhX1Acyl-[acyl-carrier-protein] synthetase (n-C10:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACPS8rXec-coderX6.2.1.20rXmetanetx.reactionrX MNXR95147rujG`Xb2836 and b1094rjH`h#jI`h2]r(jherRrjM`}r(jrGjbGjO`)r}r(hXdca_crhXDecanoate (n-C10:0)rh}rh}r(Xbigg.metaboliterXdcarXmetanetx.chemicalrX MNXM162295ruh0Nh1h2]rrRrjn`XC10H19O2rjp`jq`jr`Jjs`GubGjG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAACPS9rhX0Acyl-[acyl-carrier-protein] synthetase (n-C8:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACPS9rXec-coderX6.2.1.lrXmetanetx.reactionrX MNXR95148rujG`Xb2836 and b1094rjH`h#jI`h2]r(hjerRrjM`}r(jrGjbGjO`)r}r(hXocta_crhXOctanoate (n-C8:0)rh}rh}r(Xbigg.metaboliterXoctarXbiocycrX META:CPD-195rXchebir]r(X CHEBI:25646rX CHEBI:25648rX CHEBI:28837rX CHEBI:3373rX CHEBI:44501reXhmdbr]r(X HMDB00482rX HMDB62511reX kegg.compoundrXC06423rX kegg.drugrXD05220rX lipidmapsrX LMFA01010008rXmetanetx.chemicalrXMNXM750rX seed.compoundrXcpd03846ruh0Nh1h2]rrRrjn`XC8H15O2rjp`jq`jr`Jjs`GubGjG?jdG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAACTOORrhXBAminoacetone:oxygen oxidoreductase(deaminating)(flavin-containing)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAACTOORrXbiocycrXMETA:AMACETOXID-RXNrXec-coder]r(X1.4.3.21rX1.4.3.4rX1.4.3.6reX kegg.reactionrXR02529rXmetanetx.reactionrX MNXR95149rXrhear]r(X28186rX28187rX28188rX28189reujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r }r (hXaact_cr hX Aminoacetoner h}r h}r(Xbigg.metaboliterXaactrXbiocycrXMETA:AMINO-ACETONErXchebir]r(X CHEBI:13767rX CHEBI:17906rX CHEBI:19025rX CHEBI:2648rX CHEBI:42749rX CHEBI:42849rX CHEBI:58320reXhmdbr]r(X HMDB02134rX HMDB60177reX kegg.compoundr XC01888r!Xmetanetx.chemicalr"XMNXM1106r#X seed.compoundr$Xcpd01298r%uh0Nh1h2]r&r'Rr(jn`XC3H8NOr)jp`jq`jr`Kjs`GubGjgfGjηGjO`)r*}r+(hXh2o2_cr,hXHydrogen peroxider-h}r.h}r/(Xbigg.metaboliter0Xh2o2r1Xbiocycr2XMETA:HYDROGEN-PEROXIDEr3Xchebir4]r5(X CHEBI:13354r6X CHEBI:13355r7X CHEBI:16240r8X CHEBI:24637r9X CHEBI:25940r:X CHEBI:29192r;X CHEBI:29370r<X CHEBI:44782r=X CHEBI:44785r>X CHEBI:44812r?X CHEBI:5586r@eXhmdbrA]rB(X HMDB03125rCX HMDB06491rDeX kegg.compoundrE]rF(XC00027rGXC17732rHXC18566rIeX kegg.drugrJXD00008rKXmetanetx.chemicalrLXMNXM22rMX seed.compoundrNXcpd00025rOuh0Nh1h2]rPrQRrRjn`XH2O2rSjp`jq`jr`Kjs`GubG?jO`)rT}rU(hXmthgxl_crVhX MethylglyoxalrWh}rXh}rY(Xbigg.metaboliterZXmthgxlr[Xbiocycr\]r](XMETA:CPD-10807r^XMETA:METHYL-GLYOXALr_eXchebir`]ra(X CHEBI:11643rbX CHEBI:14599rcX CHEBI:17158rdX CHEBI:25303reX CHEBI:6875rfeXhmdbrgX HMDB01167rhX kegg.compoundriXC00546rjXmetanetx.chemicalrkXMNXM310rlX seed.compoundrm]rn(Xcpd00428roXcpd22830rpeuh0Nh1h2]rqrrRrsjn`XC3H4O2rtjp`jq`jr`Kjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)ru}rv(hXAADDGTrwhX6DTDP-N-4-acetamido-4,6-dideoxy-D-galactose transferaserxh}ryh}rz(jC`X SBO:0000375r{X bigg.reactionr|XAADDGTr}Xbiocycr~XMETA:FUC4NACTRANS-RXNrXec-coderX 2.4.1.325rXmetanetx.reactionrX MNXR95151rujG`Xb4481rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX dtdp4aaddg_crhX(DTDP-4-acetamido-4,6-dideoxy-D-galactoserh}rh}r(Xbigg.metaboliterX dtdp4aaddgrXbiocycrXMETA:TDP-FUC4NACrXchebir]r(X CHEBI:61562rX CHEBI:61661rX CHEBI:68493rX CHEBI:68518reXhmdbrX HMDB12222rX kegg.compoundrXC20415rXmetanetx.chemicalrXMNXM3015rX seed.compoundrXcpd15454ruh0Nh1h2]rrRrjn`X C18H27N3O15P2rjp`jq`jr`Jjs`GubGjO`)r}r(hX unagamu_crhXDUndecaprenyl-diphospho-N-acetylglucosamine-N-acetylmannosaminuronaterh}rh}r(Xbigg.metaboliterXunagamurXbiocycrXMETA:C55-PP-GLCNAC-MANNACArXchebir]r(X CHEBI:61495rX CHEBI:61561rX CHEBI:62960reXhmdbrX HMDB12306rX kegg.compoundrXC20497rXmetanetx.chemicalrXMNXM2504rX seed.compoundrXcpd15581ruh0Nh1h2]rrRrjn`XC71H113N2O18P2rjp`jq`jr`Jjs`GubGjO`)r}r(hXdtdp_crhXDTDP C10H13N2O11P2rh}rh}r(Xbigg.metaboliterXdtdprXbiocycrXMETA:TDPrXchebir]r(X CHEBI:10500rX CHEBI:14077rX CHEBI:18075rX CHEBI:26998rX CHEBI:46061rX CHEBI:58369reXhmdbrX HMDB01274rX kegg.compoundrXC00363rXmetanetx.chemicalrXMNXM152rX seed.compoundrXcpd00297ruh0Nh1h2]rrRrjn`X C10H13N2O11P2rjp`jq`jr`Jjs`GubG?jnG?jO`)r}r(hX unagamuf_crhXhUndecaprenyl-diphospho N-acetylglucosamine-N-acetylmannosaminuronate-N-acetamido-4,6-dideoxy-D-galactoserh}rh}r(Xbigg.metaboliterXunagamufrXbiocycrX"META:C55-PP-GLCNAC-MANNACA-FUC4NACrXmetanetx.chemicalrXMNXM6160rX seed.compoundrXcpd15582ruh0Nh1h2]rrRrjn`XC79H126N3O22P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAAMYLrhX Alpha-amylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAAMYLrXmetanetx.reactionrX MNXR95153rujG`Xb1927rjH`h#jI`h2]rjarRrjM`}r(jGjO`)r}r(hXmalthx_crhX Maltohexaoserh}rh}r(Xbigg.metaboliterXmalthxrXbiocycrXMETA:MALTOHEXAOSEr Xchebir ]r (X CHEBI:25141r X CHEBI:27445r X CHEBI:61953rX CHEBI:6667reXhmdbrX HMDB12253rX kegg.compoundrXC01936rX kegg.glycanrXG00755rXmetanetx.chemicalrXMNXM1317rX seed.compoundrXcpd01329ruh0Nh1h2]rrRrjn`X C36H62O31rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAAMYLppr hXAlpha-amylase (periplasm)r!h}r"h}r#(jC`X SBO:0000375r$X bigg.reactionr%XAAMYLppr&Xmetanetx.reactionr'X MNXR95153r(ujG`Xb3571r)jH`h#jI`h2]r*jar+Rr,jM`}r-(jGjO`)r.}r/(hXmalthx_pr0hX Maltohexaoser1h}r2h}r3(Xbigg.metaboliter4Xmalthxr5Xbiocycr6XMETA:MALTOHEXAOSEr7Xchebir8]r9(X CHEBI:25141r:X CHEBI:27445r;X CHEBI:61953r<X CHEBI:6667r=eXhmdbr>X HMDB12253r?X kegg.compoundr@XC01936rAX kegg.glycanrBXG00755rCXmetanetx.chemicalrDXMNXM1317rEX seed.compoundrFXcpd01329rGuh0Nh1h2]rHrIRrJjn`X C36H62O31rKjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rL}rM(hXAB6PGHrNhX"Arbutin 6-phosphate glucohydrolaserOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXAB6PGHrTXec-coderUX3.2.1.86rVXmetanetx.reactionrWX MNXR95165rXujG`Xb2901rYjH`h#jI`h2]rZjar[Rr\jM`}r](jO`)r^}r_(hXarbt6p_cr`hXArbutin 6-phosphaterah}rbh}rc(Xbigg.metaboliterdXarbt6preXbiocycrfX META:CPD-1162rgXchebirh]ri(X CHEBI:2807rjX CHEBI:60929rkeX kegg.compoundrlXC06187rmXmetanetx.chemicalrnXMNXM2806roX seed.compoundrpXcpd03697rquh0Nh1h2]rrrsRrtjn`X C12H15O10Prujp`jq`jr`Jjs`GubGjgfGjO`)rv}rw(hXg6p_crxhXD-Glucose 6-phosphateryh}rzh}r{(Xbigg.metaboliter|Xg6pr}Xbiocycr~X META:D-glucopyranose-6-phosphaterXchebir]r(X CHEBI:14314rX CHEBI:4170rX CHEBI:61548reXhmdbr]r(X HMDB01401rX HMDB01549rX HMDB06793reX kegg.compoundrXC00092rXmetanetx.chemicalrXMNXM160rX seed.compoundr]r(Xcpd00079rXcpd26836reuh0Nh1h2]rrRrjn`XC6H11O9Prjp`jq`jr`Jjs`GubG?jO`)r}r(hXhqn_crhX Hydroquinonerh}rh}r(Xbigg.metaboliterXhqnrXbiocycrXMETA:HYDROQUINONErXchebir]r(X CHEBI:14416rX CHEBI:17594rX CHEBI:24645rX CHEBI:5793reXhmdbrX HMDB02434rX kegg.compoundrXC00530rX kegg.drugrXD00073rXmetanetx.chemicalrXMNXM376rX seed.compoundrXcpd00415ruh0Nh1h2]rrRrjn`XC6H6O2rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXABTArhX4-aminobutyrate transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXABTArXbiocycrXMETA:GABATRANSAM-RXNrXec-coderX2.6.1.19rX kegg.reactionrXR01648rXmetanetx.reactionrX MNXR95186rXrhear]r(X23352rX23353rX23354rX23355reujG`Xb2662 or b1302rjH`h#jI`h2]r(j=j+erRrjM`}r(jO`)r}r(hX4abut_crhX4-Aminobutanoaterh}rh}r(Xbigg.metaboliterX4abutrXbiocycrXMETA:4-AMINO-BUTYRATErXchebir]r(X CHEBI:11961rX CHEBI:16865rX CHEBI:1786rX CHEBI:193777rX CHEBI:20317rX CHEBI:20318rX CHEBI:30566rX CHEBI:40483rX CHEBI:59888reXhmdbrX HMDB00112rX kegg.compoundrXC00334rX kegg.drugrXD00058rX lipidmapsrX LMFA01100039rXmetanetx.chemicalrXMNXM192rX seed.compoundrXcpd00281ruh0Nh1h2]rrRrjn`XC4H9NO2rjp`jq`jr`Kjs`GubGjO`)r}r(hXakg_crhX2-Oxoglutaraterh}rh}r(Xbigg.metaboliterXakgrXbiocycr]r(XMETA:2-KETOGLUTARATErXMETA:CPD-16852reXchebir]r(X CHEBI:11638rX CHEBI:1253rX CHEBI:16810rX CHEBI:19748rX CHEBI:19749rX CHEBI:30915rX CHEBI:30916r X CHEBI:40661r eXhmdbr X HMDB62781r X kegg.compoundr XC00026rXmetanetx.chemicalrXMNXM20rX seed.compoundrXcpd00024ruh0Nh1h2]rrRrjn`XC5H4O5rjp`jq`jr`Jjs`GubGjeG?jO`)r}r(hXsucsal_crhXSuccinic semialdehyderh}rh}r(Xbigg.metaboliterXsucsalrXbiocycrXMETA:SUCC-S-ALDr Xchebir!]r"(X CHEBI:15126r#X CHEBI:16265r$X CHEBI:26804r%X CHEBI:26805r&X CHEBI:57706r'X CHEBI:9305r(eXhmdbr)X HMDB01259r*X kegg.compoundr+XC00232r,X lipidmapsr-X LMFA06000118r.Xmetanetx.chemicalr/XMNXM172r0X seed.compoundr1Xcpd00199r2uh0Nh1h2]r3r4Rr5jn`XC4H5O3r6jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r7}r8(hXABUTDr9hX Aminobutyraldehyde dehydrogenaser:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XABUTDr?Xbiocycr@XMETA:AMINOBUTDEHYDROG-RXNrAXec-coderB]rC(X1.2.1.-rDX1.2.1.19rEX1.2.1.3rFeX kegg.reactionrGXR02549rHXmetanetx.reactionrIX MNXR95191rJXrhearK]rL(X19105rMX19106rNX19107rOX19108rPeujG`Xb1444rQjH`h#jI`h2]rRjOarSRrTjM`}rU(jO`)rV}rW(hX4abutn_crXhX4-AminobutanalrYh}rZh}r[(Xbigg.metaboliter\X4abutnr]Xbiocycr^XMETA:4-AMINO-BUTYRALDEHYDEr_Xchebir`]ra(X CHEBI:11960rbX CHEBI:17769rcX CHEBI:1785rdX CHEBI:20316reX CHEBI:58264rfeXhmdbrg]rh(X HMDB01080riX HMDB60247rjeX kegg.compoundrkXC00555rlXmetanetx.chemicalrmXMNXM422rnX seed.compoundro]rp(Xcpd00434rqXcpd12219rreuh0Nh1h2]rsrtRrujn`XC4H10NOrvjp`jq`jr`Kjs`GubGjgfGjiGjG?jnG@jX CHEBI:30089r?X CHEBI:40480r@X CHEBI:40486rAeXhmdbrBX HMDB00042rCX kegg.compoundrDXC00033rEX kegg.drugrFXD00010rGX lipidmapsrHX LMFA01010002rIXmetanetx.chemicalrJXMNXM26rKX seed.compoundrLXcpd00029rMuh0Nh1h2]rNrORrPjn`XC2H3O2rQjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rR}rS(hXACACT1rrThXAcetyl-CoA C-acetyltransferaserUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYXACACT1rrZXbiocycr[X"META:ACETYL-COA-ACETYLTRANSFER-RXNr\Xec-coder]X2.3.1.9r^X kegg.reactionr_XR00238r`Xmetanetx.reactionraX MNXR95194rbXrhearc]rd(X21036reX21037rfX21038rgX21039rheujG`Xb2342 or b2224 or b3845rijH`h#jI`h2]rj(jjjerkRrljM`}rm(jaGj G?jcG?uh0Njt`G@ju`G@@ubj<`)rn}ro(hXACACT2rrphX/Acetyl-CoA C-acyltransferase (butanoyl-CoA) (r)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXACACT2rrvXbiocycrwXMETA:RXN-12565rxXec-codery]rz(X2.3.1.16r{X2.3.1.9r|eX kegg.reactionr}XR01177r~Xmetanetx.reactionrX MNXR95196rXrhear]r(X31111rX31112rX31113rX31114reujG`Xb2342 or b3845rjH`h#jI`h2]r(jjerRrjM`}r(jaGjO`)r}r(hXbtcoa_crhX Butanoyl-CoArh}rh}r(Xbigg.metaboliterXbtcoarXbiocycrXMETA:BUTYRYL-COArXchebir]r(X CHEBI:13926rX CHEBI:15517rX CHEBI:22953rX CHEBI:22973rX CHEBI:3235rX CHEBI:57371reXhmdbrX HMDB01088rX kegg.compoundrXC00136rX lipidmapsrX LMFA07050292rXmetanetx.chemicalrXMNXM233rX seed.compoundrXcpd00120ruh0Nh1h2]rrRrjn`XC25H38N7O17P3Srjp`jq`jr`Jjs`GubGjO`)r}r(hX3ohcoa_crhX3-Oxohexanoyl-CoArh}rh}r(Xbigg.metaboliterX3ohcoarXbiocycrXMETA:K-HEXANOYL-COArXchebir]r(X CHEBI:1641rX CHEBI:20172rX CHEBI:27648rX CHEBI:62418reXhmdbr]r(X HMDB03943rX HMDB62372reX kegg.compoundrXC05269rX lipidmapsr]r(X LMFA07050018rX LMFA07050242reXmetanetx.chemicalrXMNXM717rX seed.compoundrXcpd03123ruh0Nh1h2]rrRrjn`XC27H40N7O18P3Srjp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACACT3rrhX/Acetyl-CoA C-acyltransferase (hexanoyl-CoA) (r)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACT3rrXec-coderX2.3.1.9rXmetanetx.reactionrX MNXR95197rujG`Xb2342 or b3845rjH`h#jI`h2]r(jjerRrjM`}r(jaGjO`)r}r(hXhxcoa_crhXHexanoyl-CoA (n-C6:0CoA)rh}rh}r(Xbigg.metaboliterXhxcoarXmetanetx.chemicalrX MNXM162502ruh0Nh1h2]rrRrjn`XC27H42N7O17P3Srjp`jq`jr`Jjs`GubGjO`)r}r(hX3oocoa_crhX3-Oxooctanoyl-CoArh}rh}r(Xbigg.metaboliterX3oocoarXbiocycrXMETA:CPD0-2106rXchebir]r(X CHEBI:1645rX CHEBI:20175rX CHEBI:28264rX CHEBI:62619reX kegg.compoundrXC05267rX lipidmapsrX LMFA07050249rXmetanetx.chemicalrXMNXM706rX seed.compoundrXcpd03121ruh0Nh1h2]rrRrjn`XC29H44N7O18P3Sr jp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)r }r (hXACACT4rr hX/Acetyl-CoA C-acyltransferase (octanoyl-CoA) (r)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACT4rrXbiocycrXMETA:RXN-13617rXec-coder]r(X2.3.1.16rX2.3.1.9reX kegg.reactionrXR03778rXmetanetx.reactionrX MNXR95198rXrhear]r(X31087rX31088r X31089r!X31090r"eujG`Xb2342 or b3845r#jH`h#jI`h2]r$(jjer%Rr&jM`}r'(jaGjO`)r(}r)(hXoccoa_cr*hXOctanoyl-CoA (n-C8:0CoA)r+h}r,h}r-(Xbigg.metaboliter.Xoccoar/Xbiocycr0X META:CPD-196r1Xchebir2]r3(X CHEBI:14681r4X CHEBI:15533r5X CHEBI:25651r6X CHEBI:41542r7X CHEBI:57386r8X CHEBI:7724r9eXhmdbr:]r;(X HMDB01070r<X HMDB06257r=eX kegg.compoundr>XC01944r?X lipidmapsr@X LMFA07050355rAXmetanetx.chemicalrBXMNXM342rCX seed.compoundrDXcpd01335rEuh0Nh1h2]rFrGRrHjn`XC29H46N7O17P3SrIjp`jq`jr`Jjs`GubGjO`)rJ}rK(hX3odcoa_crLhX3-Oxodecanoyl-CoArMh}rNh}rO(Xbigg.metaboliterPX3odcoarQXbiocycrRXMETA:CPD0-2123rSXchebirT]rU(X CHEBI:1633rVX CHEBI:20166rWX CHEBI:28528rXX CHEBI:62548rYeXhmdbrZ]r[(X HMDB03939r\X HMDB06349r]eX kegg.compoundr^XC05265r_X lipidmapsr`X LMFA07050239raXmetanetx.chemicalrbXMNXM677rcX seed.compoundrdXcpd03119reuh0Nh1h2]rfrgRrhjn`XC31H48N7O18P3Srijp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)rj}rk(hXACACT5rrlhX/Acetyl-CoA C-acyltransferase (decanoyl-CoA) (r)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXACACT5rrrXec-codersX2.3.1.9rtXmetanetx.reactionruX MNXR95199rvujG`Xb2342 or b3845rwjH`h#jI`h2]rx(jjeryRrzjM`}r{(jaGjO`)r|}r}(hXdcacoa_cr~hXDecanoyl-CoA (n-C10:0CoA)rh}rh}r(Xbigg.metaboliterXdcacoarXhmdbrX HMDB06404rXmetanetx.chemicalrX MNXM162283ruh0Nh1h2]rrRrjn`XC31H50N7O17P3Srjp`jq`jr`Jjs`GubGjO`)r}r(hX 3oddcoa_crhX3-Oxododecanoyl-CoArh}rh}r(Xbigg.metaboliterX3oddcoarXbiocycrXMETA:CPD0-2105rXchebir]r(X CHEBI:1636rX CHEBI:20169rX CHEBI:27868rX CHEBI:62615reXhmdbr]r(X HMDB03937rX HMDB06350rX HMDB62368reX kegg.compoundrXC05263rX lipidmapsr]r(X LMFA07050013rX LMFA07050247reXmetanetx.chemicalrXMNXM705rX seed.compoundrXcpd03117ruh0Nh1h2]rrRrjn`XC33H52N7O18P3Srjp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACACT6rrhX1Acetyl-CoA C-acyltransferase (dodecanoyl-CoA) (r)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACT6rrXbiocycrXMETA:RXN-14268rXec-coder]r(X2.3.1.16rX2.3.1.9reX kegg.reactionrXR03858rXmetanetx.reactionrX MNXR95201rXrhear]r(X31091rX31092rX31093rX31094reujG`Xb2342 or b3845rjH`h#jI`h2]r(jjerRrjM`}r(jaGjO`)r}r(hX ddcacoa_crhXDodecanoyl-CoA (n-C12:0CoA)rh}rh}r(Xbigg.metaboliterXddcacoarXbiocycrXMETA:LAUROYLCOA-CPDrXchebir]r(X CHEBI:14188rX CHEBI:14501rX CHEBI:15521rX CHEBI:25014rX CHEBI:41874rX CHEBI:57375rX CHEBI:6392reXhmdbrX HMDB03571rX kegg.compoundrXC01832rX lipidmapsr]r(X LMFA07050005rX LMFA07050340reXmetanetx.chemicalrXMNXM363rX seed.compoundrXcpd01260ruh0Nh1h2]rrRrjn`XC33H54N7O17P3Srjp`jq`jr`Jjs`GubGjO`)r}r(hX 3otdcoa_crhX3-Oxotetradecanoyl-CoArh}rh}r(Xbigg.metaboliterX3otdcoarXbiocycrXMETA:CPD-10284rXchebir]r(X CHEBI:1654rX CHEBI:20183rX CHEBI:28726rX CHEBI:62543reXhmdbr]r(X HMDB03935rX HMDB06527reX kegg.compoundrXC05261rX lipidmapsrX LMFA07050256rXmetanetx.chemicalrXMNXM707r X seed.compoundr Xcpd12689r uh0Nh1h2]r r Rrjn`XC35H56N7O18P3Srjp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACACT7rrhX4Acetyl-CoA C-acyltransferase (tetradecanoyl-CoA) (r)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACT7rrXbiocycr]r(XMETA:2.3.1.155-RXNrXMETA:RXN-16560reXec-coder]r(X 2.3.1.155rX2.3.1.16r X2.3.1.9r!eX kegg.reactionr"XR03991r#Xmetanetx.reactionr$X MNXR95203r%Xrhear&]r'(X18161r(X18162r)X18163r*X18164r+eujG`Xb2342 or b3845r,jH`h#jI`h2]r-(jjer.Rr/jM`}r0(jaGjO`)r1}r2(hXtdcoa_cr3hXTetradecanoyl-CoA (n-C14:0CoA)r4h}r5h}r6(Xbigg.metaboliter7Xtdcoar8Xbiocycr9XMETA:TETRADECANOYL-COAr:Xchebir;]r<(X CHEBI:14637r=X CHEBI:15218r>X CHEBI:15532r?X CHEBI:26898r@X CHEBI:52969rAX CHEBI:57385rBX CHEBI:9475rCeXhmdbrD]rE(X HMDB01521rFX HMDB06517rGeX kegg.compoundrHXC02593rIX lipidmapsrJ]rK(X LMFA07050008rLX LMFA07050352rMX LMFA07050373rNeXmetanetx.chemicalrOXMNXM224rPX seed.compoundrQXcpd01695rRuh0Nh1h2]rSrTRrUjn`XC35H58N7O17P3SrVjp`jq`jr`Jjs`GubGjO`)rW}rX(hX 3ohdcoa_crYhX3-Oxohexadecanoyl-CoArZh}r[h}r\(Xbigg.metaboliter]X3ohdcoar^Xbiocycr_XMETA:3-OXOPALMITOYL-COAr`Xchebira]rb(X CHEBI:11875rcX CHEBI:15491rdX CHEBI:1647reX CHEBI:20176rfX CHEBI:57349rgeXhmdbrhX HMDB06402riX kegg.compoundrjXC05259rkX lipidmapsrlX LMFA07050250rmXmetanetx.chemicalrnXMNXM738roX seed.compoundrpXcpd03114rquh0Nh1h2]rrrsRrtjn`XC37H60N7O18P3Srujp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)rv}rw(hXACACT8rrxhX2Acetyl-CoA acyltransferase (hexadecanoyl-CoA), (r)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}XACACT8rr~Xmetanetx.reactionrX MNXR95204rXrhear]r(X35279rX35280rX35281rX35282reujG`Xb2342 or b3845rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hX 3ohodcoa_crhX3-Oxooctadecanoyl-CoArh}rh}r(Xbigg.metaboliterX3ohodcoarXbiocycrXMETA:CPD-10260rXchebir]r(X CHEBI:50571rX CHEBI:71407reXhmdbrX HMDB06498rX kegg.compoundrXC16216rX lipidmapsrX LMFA07050248rXmetanetx.chemicalrXMNXM513rX seed.compoundrXcpd14935ruh0Nh1h2]rrRrjn`XC39H64N7O18P3Srjp`jq`jr`Jjs`GubGjcGjaG?jO`)r}r(hXpmtcoa_crhXPalmitoyl-CoA (n-C16:0CoA)rh}rh}r(Xbigg.metaboliterXpmtcoarXbiocycrXMETA:PALMITYL-COArXchebir]r(X CHEBI:14397rX CHEBI:14732rX CHEBI:15525rX CHEBI:24543rX CHEBI:57379rX CHEBI:7898reXhmdbr]r(X HMDB01338rX HMDB59623reX kegg.compoundrXC00154rX lipidmapsrX LMFA07050360rXmetanetx.chemicalrXMNXM88rX seed.compoundrXcpd00134ruh0Nh1h2]rrRrjn`XC37H62N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACACt2pprhX6Acetoacetate transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACt2pprXmetanetx.reactionrX MNXR95207rujG`Xb2223rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXacac_prhX Acetoacetaterh}rh}r(Xbigg.metaboliterXacacrXbiocycrXMETA:3-KETOBUTYRATErXchebir]r(X CHEBI:131367rX CHEBI:13705rX CHEBI:15344rX CHEBI:22172rX CHEBI:2391rX CHEBI:38871rX CHEBI:40507reXhmdbrX HMDB00060rX kegg.compoundrXC00164rX lipidmapsr]r(X LMFA01030978rX LMFA01060003reXmetanetx.chemicalrXMNXM154rX seed.compoundrXcpd00142ruh0Nh1h2]rrRrjn`XC4H5O3rjp`jcjr`Jjs`GubGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACACtexrhXAAcetoacetate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACACtexrXbiocycrXMETA:TRANS-RXN0-281rXmetanetx.reactionrX MNXR95208r Xrhear ]r (X29751r X29752r X29753rX29754reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jsGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACALDrhX(Acetaldehyde dehydrogenase (acetylating)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACALDrXbiocycrXMETA:ACETALD-DEHYDROG-RXNrXec-coder X1.2.1.10r!X kegg.reactionr"XR00228r#Xmetanetx.reactionr$X MNXR95210r%Xrhear&]r'(X23288r(X23289r)X23290r*X23291r+eujG`Xb0351 or b1241r,jH`h#jI`h2]r-(jjer.Rr/jM`}r0(jO`)r1}r2(hXacald_cr3hX Acetaldehyder4h}r5h}r6(Xbigg.metaboliter7Xacaldr8Xbiocycr9X META:ACETALDr:Xchebir;]r<(X CHEBI:13703r=X CHEBI:15343r>X CHEBI:22158r?X CHEBI:2383r@X CHEBI:40533rAeXhmdbrBX HMDB00990rCX kegg.compoundrDXC00084rEXmetanetx.chemicalrFXMNXM75rGX seed.compoundrHXcpd00071rIuh0Nh1h2]rJrKRrLjn`XC2H4OrMjp`jq`jr`Kjs`GubGjcGjiGjaG?jnG?jXrhear?]r@(X11308rAX11309rBX11310rCX11311rDeujG`X#b3255 and b0185 and b2316 and b3256rEjH`h#jI`h2]rF(jej/jAjSerGRrHjM`}rI(jaGjbGjO`)rJ}rK(hXhco3_crLhX BicarbonaterMh}rNh}rO(Xbigg.metaboliterPXhco3rQXbiocycrR]rS(XMETA:CO3rTX META:H2CO3rUX META:HCO3rVeXchebirW]rX(X CHEBI:13351rYX CHEBI:13363rZX CHEBI:17544r[X CHEBI:22863r\X CHEBI:23017r]X CHEBI:23744r^X CHEBI:28976r_X CHEBI:29201r`X CHEBI:3401raX CHEBI:40961rbX CHEBI:41605rcX CHEBI:41609rdX CHEBI:5589reeXhmdbrf]rg(X HMDB00595rhX HMDB03538riX HMDB31453rjeX kegg.compoundrk]rl(XC00288rmXC01353rnXC12893roeXmetanetx.chemicalrpXMNXM60rqX seed.compoundrrXcpd00242rsuh0Nh1h2]rtruRrvjn`XCHO3rwjp`jq`jr`Jjs`GubGjmG?jnG?jgG?j;nG?uh0Njt`Gju`G@@ubj<`)rx}ry(hXACCOALrzhX Acetate-CoA ligase (ADP-forming)r{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXACCOALrXec-coderX6.2.1.13rXmetanetx.reactionrX MNXR95221rujG`Xb4069rjH`h#jI`h2]rjwarRrjM`}r(jbGjcGjO`)r}r(hXppa_crhXPropionate (n-C3:0)rh}rh}r(Xbigg.metaboliterXpparXmetanetx.chemicalrX MNXM162260ruh0Nh1h2]rrRrjn`XC3H5O2rjp`jq`jr`Jjs`GubGjmG?j;nG?jO`)r}r(hXppcoa_crhX Propanoyl-CoArh}rh}r(Xbigg.metaboliterXppcoarXbiocycrXMETA:PROPIONYL-COArXchebir]r(X CHEBI:14904rX CHEBI:14907rX CHEBI:15539rX CHEBI:26295rX CHEBI:57392rX CHEBI:8479reXhmdbrX HMDB01275rX kegg.compoundrXC00100rX lipidmapsrX LMFA07050364rXmetanetx.chemicalrXMNXM86rX seed.compoundr]r(Xcpd00086rXcpd12196reuh0Nh1h2]rrRrjn`XC24H36N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACGAL1PPpprhX2N-acetyl-D-galactosamine 1-phosphatase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACGAL1PPpprXec-coderX3.1.3.10rXmetanetx.reactionrX MNXR95233rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX acgal1p_prhX$N-Acetyl-D-galactosamine 1-phosphaterh}rh}r(Xbigg.metaboliterXacgal1prXbiocycrX META:CPD-7246rXchebir]r(X CHEBI:44313rX CHEBI:55404rX CHEBI:61970reXhmdbr]r(X HMDB06480rX HMDB59626reX kegg.compoundrXC18060rXmetanetx.chemicalrXMNXM2401rX seed.compoundr]r(Xcpd15390rXcpd18043reuh0Nh1h2]rrRrjn`X C8H14NO9Prjp`jcjr`Jjs`GubGjDGjO`)r}r(hXacgal_prhXN-Acetyl-D-galactosaminerh}rh}r(Xbigg.metaboliterXacgalrXbiocycrXMETA:N-acetyl-D-galactosaminerXchebir]r(X CHEBI:21502rX CHEBI:21600rX CHEBI:28037rX CHEBI:28800rX CHEBI:546804rX CHEBI:7110rX CHEBI:7201reX kegg.compoundrXC01132rXmetanetx.chemicalrXMNXM395rX seed.compoundr]r(Xcpd00832rXcpd27607reuh0Nh1h2]rrRrjn`XC8H15NO6rjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)r }r (hX ACGAL1Ptexr hXYN-acetyl-D-galactosamine 1-phosphate transport via diffusion (extracellular to periplasm)r h}r h}r(jC`X SBO:0000375rX bigg.reactionrX ACGAL1PtexrXmetanetx.reactionrX MNXR95234rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jtGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACGALtexrhXMN-acetyl-D-galactosamine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr XACGALtexr!Xmetanetx.reactionr"X MNXR95244r#ujG`X b1377 or b0241 or b0929 or b2215r$jH`h#jI`h2]r%(hIh[h7h er&Rr'jM`}r((jsGjG?uh0Njt`G@ju`G@@ubj<`)r)}r*(hX ACGAM1PPppr+hX0N-acetyl-D-glucosamine 1-phosphatase (periplasm)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0X ACGAM1PPppr1Xec-coder2X3.1.3.10r3Xmetanetx.reactionr4X MNXR95245r5ujG`h#jH`h#jI`h2]r6r7Rr8jM`}r9(jO`)r:}r;(hX acgam1p_pr<hX"N-Acetyl-D-glucosamine 1-phosphater=h}r>h}r?(Xbigg.metaboliter@Xacgam1prAXchebirBX CHEBI:7125rCX kegg.compoundrDXC04256rEXmetanetx.chemicalrFX MNXM91871rGX seed.compoundrHXcpd02611rIuh0Nh1h2]rJrKRrLjn`X C8H14NO9PrMjp`jcjr`Jjs`GubGjDGjO`)rN}rO(hXacgam_prPhXN-Acetyl-D-glucosaminerQh}rRh}rS(Xbigg.metaboliterTXacgamrUXbiocycrVXMETA:N-acetyl-D-glucosaminerWXchebirX]rY(X CHEBI:12455rZX CHEBI:12563r[X CHEBI:17411r\X CHEBI:21517r]X CHEBI:506227r^X CHEBI:58134r_X CHEBI:7123r`eXhmdbra]rb(X HMDB00215rcX HMDB00533rdX HMDB14288reX HMDB62641rfeX kegg.compoundrgXC00140rhXmetanetx.chemicalriXMNXM143rjX seed.compoundrk]rl(Xcpd00122rmXcpd27608rneuh0Nh1h2]rorpRrqjn`XC8H15NO6rrjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)rs}rt(hX ACGAM1PtexruhXWN-acetyl-D-glucosamine 1-phosphate transport via diffusion (extracellular to periplasm)rvh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzX ACGAM1Ptexr{Xmetanetx.reactionr|X MNXR95246r}ujG`X b1377 or b0241 or b0929 or b2215r~jH`h#jI`h2]r(hIh[h7h erRrjM`}r(jftGj:G?uh0Njt`G@ju`G@@ubj<`)r}r(hXACGAMKrhXN-acetylglucosamine kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACGAMKrXbiocycrX#META:N-ACETYLGLUCOSAMINE-KINASE-RXNrXec-coderX2.7.1.59rX kegg.reactionrXR01201rXmetanetx.reactionrX MNXR95249rXrhear]r(X17417rX17418rX17419rX17420reujG`Xb1119rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXacgam_crhXN-Acetyl-D-glucosaminerh}rh}r(Xbigg.metaboliterXacgamrXbiocycrXMETA:N-acetyl-D-glucosaminerXchebir]r(X CHEBI:12455rX CHEBI:12563rX CHEBI:17411rX CHEBI:21517rX CHEBI:506227rX CHEBI:58134rX CHEBI:7123reXhmdbr]r(X HMDB00215rX HMDB00533rX HMDB14288rX HMDB62641reX kegg.compoundrXC00140rXmetanetx.chemicalrXMNXM143rX seed.compoundr]r(Xcpd00122rXcpd27608reuh0Nh1h2]rrRrjn`XC8H15NO6rjp`jq`jr`Kjs`GubGjbGjO`)r}r(hX acgam6p_crhX"N-Acetyl-D-glucosamine 6-phosphaterh}rh}r(Xbigg.metaboliterXacgam6prXbiocycr]r(XMETA:CPD-16168rXMETA:N-ACETYL-D-GLUCOSAMINE-6-PreXchebir]r(X CHEBI:12456rX CHEBI:12564rX CHEBI:15784rX CHEBI:21521rX CHEBI:39577rX CHEBI:49353rX CHEBI:49359rX CHEBI:57513rX CHEBI:7127reXhmdbrX HMDB01062rX kegg.compoundrXC00357rXmetanetx.chemicalrX MNXM63556rX seed.compoundrXcpd00293ruh0Nh1h2]rrRrjn`X C8H14NO9Prjp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXACGAMTrhXZUDP-N-acetylglucosamine:undecaprenylphosphate N-acetylglucosamine -1-phosphate transferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACGAMTrXmetanetx.reactionrX MNXR95251rujG`Xb3784rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXuacgam_crhXUDP-N-acetyl-D-glucosaminerh}rh}r(Xbigg.metaboliterXuacgamrXbiocycrXMETA:UDP-N-ACETYL-D-GLUCOSAMINErXchebir]r(X CHEBI:13456rX CHEBI:13473rX CHEBI:13475rX CHEBI:13476rX CHEBI:16264rX CHEBI:22115rX CHEBI:46243r X CHEBI:46287r X CHEBI:57705r X CHEBI:9823r eXhmdbr X HMDB62760rX kegg.compoundrXC00043rX kegg.glycanrXG10610rX lipidmapsrX LMSL01010002rXmetanetx.chemicalrXMNXM47rX seed.compoundrXcpd00037ruh0Nh1h2]rrRrjn`X C17H25N3O17P2rjp`jq`jr`Jjs`GubGjO`)r}r(hXudcpp_crhXUndecaprenyl phosphater h}r!h}r"(Xbigg.metaboliter#Xudcppr$Xbiocycr%XMETA:UNDECAPRENYL-Pr&Xchebir']r((X CHEBI:15285r)X CHEBI:15286r*X CHEBI:16141r+X CHEBI:57654r,X CHEBI:9864r-eX kegg.compoundr.XC00348r/X lipidmapsr0X LMPR03020006r1Xmetanetx.chemicalr2XMNXM251r3X seed.compoundr4Xcpd00286r5uh0Nh1h2]r6r7Rr8jn`X C55H89O4Pr9jp`jq`jr`Jjs`GubGjO`)r:}r;(hXump_cr<hXUMP C9H11N2O9Pr=h}r>h}r?(Xbigg.metaboliter@XumprAXbiocycrBXMETA:UMPrCXchebirD]rE(X CHEBI:13508rFX CHEBI:13509rGX CHEBI:16695rHX CHEBI:27231rIX CHEBI:46362rJX CHEBI:46382rKX CHEBI:46385rLX CHEBI:47721rMX CHEBI:57865rNX CHEBI:9849rOeX kegg.compoundrPXC00105rQXmetanetx.chemicalrRXMNXM80rSX seed.compoundrTXcpd00091rUuh0Nh1h2]rVrWRrXjn`X C9H11N2O9PrYjp`jq`jr`Jjs`GubG?jO`)rZ}r[(hXunaga_cr\hX+Undecaprenyl diphospho N-acetyl-glucosaminer]h}r^h}r_(Xbigg.metaboliter`XunagaraXbiocycrbX-META:ACETYL-D-GLUCOSAMINYLDIPHOSPHO-UNDECAPRErcXchebird]re(X CHEBI:62958rfX CHEBI:62959rgeX kegg.compoundrhXC01289riXmetanetx.chemicalrjXMNXM1333rkX seed.compoundrlXcpd00946rmuh0Nh1h2]rnroRrpjn`X C63H103NO12P2rqjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rr}rs(hX ACGAptspprthX=N-Acetyl-D-glucosamine transport via PEP:Pyr PTS (periplasm)ruh}rvh}rw(jC`X SBO:0000375rxX bigg.reactionryX ACGAptspprzXmetanetx.reactionr{X MNXR95253r|ujG`XH( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b0679 and b2416 )r}jH`h#jI`h2]r~(jjjjjerRrjM`}r(jNGjO`)r}r(hXpep_crhXPhosphoenolpyruvaterh}rh}r(Xbigg.metaboliterXpeprXbiocycrXMETA:PHOSPHO-ENOL-PYRUVATErXchebir]r(X CHEBI:14812rX CHEBI:18021rX CHEBI:26054rX CHEBI:26055rX CHEBI:44894rX CHEBI:44897rX CHEBI:58702rX CHEBI:8147reXhmdbrX HMDB00263rX kegg.compoundrXC00074rXmetanetx.chemicalrXMNXM73rX seed.compoundrXcpd00061ruh0Nh1h2]rrRrjn`XC3H2O6Prjp`jq`jr`Jjs`GubGjG?jO`)r}r(hXpyr_crhXPyruvaterh}rh}r(Xbigg.metaboliterXpyrrXbiocycrX META:PYRUVATErXchebir]r(X CHEBI:14987rX CHEBI:15361rX CHEBI:26462rX CHEBI:26466rX CHEBI:32816rX CHEBI:45253rX CHEBI:86354rX CHEBI:8685reXhmdbr]r(X HMDB00243rX HMDB62676reX kegg.compoundrXC00022rX lipidmapsrX LMFA01060077rXmetanetx.chemicalrXMNXM23rX seed.compoundrXcpd00020ruh0Nh1h2]rrRrjn`XC3H3O3rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXACGAtexrhXKN-Acetyl-D-glucosamine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACGAtexrXmetanetx.reactionrX MNXR95252rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j4tGjNG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACGKrhXAcetylglutamate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACGKrXbiocycrXMETA:ACETYLGLUTKIN-RXNrXec-coderX2.7.2.8rX kegg.reactionrXR02649rXmetanetx.reactionrX MNXR95256rXrhear]r(X14629rX14630rX14631rX14632reujG`Xb3959rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXacglu_crhXN-Acetyl-L-glutamaterh}rh}r(Xbigg.metaboliterXacglurXbiocycrXMETA:ACETYL-GLUrXchebir]r(X CHEBI:12575rX CHEBI:17533rX CHEBI:21549rX CHEBI:21552rX CHEBI:44335rX CHEBI:44337rX CHEBI:64040rX CHEBI:7150rX CHEBI:87274reX kegg.compoundrXC00624rXmetanetx.chemicalr XMNXM730r X seed.compoundr Xcpd00477r uh0Nh1h2]r rRrjn`XC7H9NO5rjp`jq`jr`Jjs`GubGjbGjO`)r}r(hXacg5p_crhXN-Acetyl-L-glutamyl 5-phosphaterh}rh}r(Xbigg.metaboliterXacg5prXbiocycrXMETA:N-ACETYL-GLUTAMYL-PrXchebir]r(X CHEBI:12441rX CHEBI:12576rX CHEBI:16878rX CHEBI:21550r X CHEBI:57936r!X CHEBI:7151r"eXhmdbr#X HMDB06456r$X kegg.compoundr%XC04133r&Xmetanetx.chemicalr'XMNXM1384r(X seed.compoundr)Xcpd02552r*uh0Nh1h2]r+r,Rr-jn`XC7H9NO8Pr.jp`jq`jr`Jjs`GubG?jmG?uh0Njt`Gju`G@@ubj<`)r/}r0(hXACGSr1hXN-acetylglutamate synthaser2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XACGSr7Xbiocycr8XMETA:N-ACETYLTRANSFER-RXNr9Xec-coder:X2.3.1.1r;X kegg.reactionr<XR00259r=Xmetanetx.reactionr>X MNXR95259r?Xrhear@]rA(X24292rBX24293rCX24294rDX24295rEeujG`Xb2818rFjH`h#jI`h2]rGjarHRrIjM`}rJ(jaGjeGjG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)rK}rL(hXACHBSrMhX#2-aceto-2-hydroxybutanoate synthaserNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXACHBSrSXbiocycrTXMETA:ACETOOHBUTSYN-RXNrUXec-coderVX2.2.1.6rWX kegg.reactionrXXR08648rYXmetanetx.reactionrZX MNXR95260r[Xrhear\]r](X27654r^X27655r_X27656r`X27657raeujG`X*( b3670 and b3671 ) or ( b0077 and b0078 )rbjH`h#jI`h2]rc(j+j=jOjaerdRrejM`}rf(jO`)rg}rh(hX2obut_crihX2-Oxobutanoaterjh}rkh}rl(Xbigg.metabolitermX2obutrnXbiocycroXMETA:2-OXOBUTANOATErpXchebirq]rr(X CHEBI:11636rsX CHEBI:1250rtX CHEBI:16763ruX CHEBI:19741rvX CHEBI:19743rwX CHEBI:30831rxX CHEBI:39748ryeX kegg.compoundrzXC00109r{X lipidmapsr|X LMFA01060002r}Xmetanetx.chemicalr~XMNXM159rX seed.compoundrXcpd00094ruh0Nh1h2]rrRrjn`XC4H5O3rjp`jq`jr`Jjs`GubGjnGjGjO`)r}r(hX2ahbut_crhX(S)-2-Aceto-2-hydroxybutanoaterh}rh}r(Xbigg.metaboliterX2ahbutrXbiocycrXMETA:2-ACETO-2-HYDROXY-BUTYRATErXchebir]r(X CHEBI:18730rX CHEBI:27681rX CHEBI:373rX CHEBI:49256reXhmdbr]r(X HMDB06854rX HMDB06900reX kegg.compoundrXC06006rX lipidmapsrX LMFA01050383rXmetanetx.chemicalrX MNXM114220rX seed.compoundrXcpd19045ruh0Nh1h2]rrRrjn`XC6H9O4rjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXACKrrhXAcetate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACKrrXbiocycrXMETA:ACETATEKIN-RXNrXec-coder]r(X2.7.2.1rX2.7.2.15reX kegg.reactionrXR00315rXmetanetx.reactionrX MNXR95269rXrhear]r(X11352rX11353rX11354rX11355reujG`Xb2296 or b3115 or b1849rjH`h#jI`h2]r(jsjjerRrjM`}r(j.GjbGjO`)r}r(hXactp_crhXAcetyl phosphaterh}rh}r(Xbigg.metaboliterXactprXbiocycrX META:ACETYL-PrXchebir]r(X CHEBI:13711rX CHEBI:15350rX CHEBI:22191rX CHEBI:2407rX CHEBI:46262reXhmdbrX HMDB01494rX kegg.compoundrXC00227rXmetanetx.chemicalrXMNXM280rX seed.compoundrXcpd00196ruh0Nh1h2]rrRrjn`XC2H3O5Prjp`jq`jr`Jjs`GubG?jmG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACLSrhXAcetolactate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACLSrXbiocycrXMETA:ACETOLACTSYN-RXNrXec-coderX2.2.1.6rX kegg.reactionrXR00226rXmetanetx.reactionrX MNXR95271rXrhear]r(X25249rX25250rX25251rX25252reujG`X*( b3670 and b3671 ) or ( b0077 and b0078 )rjH`h#jI`h2]r(j+j=jOjaerRrjM`}r(jnGjGjO`)r}r(hX alac__S_crhX(S)-2-Acetolactaterh}rh}r(Xbigg.metaboliterXalac__SrXbiocycrXMETA:2-ACETO-LACTATErXchebir]r(X CHEBI:11033r X CHEBI:18409r X CHEBI:18731r X CHEBI:374r X CHEBI:58476r eXhmdbrX HMDB06855rX kegg.compoundrXC06010rX lipidmapsrX LMFA01050460rXmetanetx.chemicalrX MNXM114079rX seed.compoundrXcpd19047ruh0Nh1h2]rrRrjn`XC5H7O4rjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXACM6PHrhX&N-acetylmuramate 6-phosphate hydrolaserh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XACM6PHr$Xec-coder%X 4.2.1.126r&X kegg.reactionr'XR08555r(Xmetanetx.reactionr)X MNXR95273r*Xrhear+]r,(X26410r-X26411r.X26412r/X26413r0eujG`Xb2428r1jH`h#jI`h2]r2jar3Rr4jM`}r5(jO`)r6}r7(hX acmum6p_cr8hXN-acetylmuramate 6-phosphater9h}r:h}r;(Xbigg.metaboliter<Xacmum6pr=Xchebir>]r?(X CHEBI:47968r@X CHEBI:58722rAeX kegg.compoundrBXC16698rCXmetanetx.chemicalrDX MNXM90332rEX seed.compoundrFXcpd15391rGuh0Nh1h2]rHrIRrJjn`X C11H17NO11PrKjp`jq`jr`Jjs`GubGjgfGjG?jO`)rL}rM(hXlac__D_crNhX D-LactaterOh}rPh}rQ(Xbigg.metaboliterRXlac__DrSXbiocycrTXMETA:D-LACTATErUXchebirV]rW(X CHEBI:11001rXX CHEBI:16004rYX CHEBI:18684rZX CHEBI:341r[X CHEBI:42105r\X CHEBI:42111r]X CHEBI:43701r^eXhmdbr_]r`(X HMDB00171raX HMDB01311rbeX kegg.compoundrcXC00256rdXmetanetx.chemicalreXMNXM285rfX seed.compoundrgXcpd00221rhuh0Nh1h2]rirjRrkjn`XC3H5O3rljp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rm}rn(hXACMAMUTrohX0UDP-N-acetyl-D-mannosaminuronic acid transferaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXACMAMUTruXbiocycrvXMETA:UDPMANACATRANS-RXNrwXec-coderxX 2.4.1.180ryX kegg.reactionrzXR04477r{Xmetanetx.reactionr|X MNXR95274r}Xrhear~]r(X28366rX28367rX28368rX28369reujG`Xb3794rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX uacmamu_crhX!UDP-N-acetyl-D-mannosaminouronaterh}rh}r(Xbigg.metaboliterXuacmamurXbiocycrXMETA:UDP-MANNACArXchebir]r(X CHEBI:22117rX CHEBI:28581rX CHEBI:58578rX CHEBI:70731rX CHEBI:70738rX CHEBI:9825reX kegg.compoundrXC06240rXmetanetx.chemicalrX MNXM97052rX seed.compoundrXcpd03732ruh0Nh1h2]rrRrjn`X C17H22N3O18P2rjp`jq`jr`Jjs`GubGjZGjnG?jO`)r}r(hXudp_crhXUDP C9H11N2O12P2rh}rh}r(Xbigg.metaboliterXudprXbiocycrXMETA:UDPrXchebir]r(X CHEBI:13445rX CHEBI:17659rX CHEBI:27230rX CHEBI:46402rX CHEBI:58223rX CHEBI:9802reX kegg.compoundrXC00015rX kegg.glycanrXG10619rXmetanetx.chemicalrXMNXM17rX seed.compoundrXcpd00014ruh0Nh1h2]rrRrjn`X C9H11N2O12P2rjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACMANAptspprhX5N-acetyl-D-mannosamine transport via PTS (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACMANAptspprXmetanetx.reactionrX MNXR95275rujG`X-b2415 and b1818 and b1817 and b1819 and b2416rjH`h#jI`h2]r(jjjjjerRrjM`}r(jO`)r}r(hXacmana_prhXN-Acetyl-D-mannosaminerh}rh}r(Xbigg.metaboliterXacmanarXbiocycrXMETA:N-acetyl-D-mannosaminerXchebir]r(X CHEBI:12459rX CHEBI:12573rX CHEBI:17122rX CHEBI:21538rX CHEBI:58019rX CHEBI:63153rX CHEBI:7141reXhmdbrX HMDB62724rX kegg.compoundrXC00645rXmetanetx.chemicalrXMNXM2403rX seed.compoundrXcpd00492ruh0Nh1h2]rrRrjn`XC8H15NO6rjp`jcjr`Kjs`GubGjGjO`)r}r(hX acmanap_crhX"N-Acetyl-D-mannosamine 6-phosphaterh}rh}r(Xbigg.metaboliterXacmanaprXbiocycrXMETA:N-ACETYL-D-MANNOSAMINE-6PrXchebir]r(X CHEBI:21539rX CHEBI:28273rX CHEBI:58557rX CHEBI:62168rX CHEBI:7142reXhmdbrX HMDB01121rX kegg.compoundrXC04257rXmetanetx.chemicalrXMNXM4708rX seed.compoundr Xcpd02612r uh0Nh1h2]r r Rr jn`X C8H14NO9Prjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACMANAtexrhXKN-acetyl-D-mannosamine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACMANAtexrXmetanetx.reactionrX MNXR95277rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jtGjG?uh0Njt`G@ju`G@@ubj<`)r}r (hX ACMUMptsppr!hX6N-acetylmuramate transport via PEP:Pyr PTS (periplasm)r"h}r#h}r$(jC`X SBO:0000375r%X bigg.reactionr&X ACMUMptsppr'Xmetanetx.reactionr(X MNXR95278r)ujG`X#b2415 and b2417 and b2429 and b2416r*jH`h#jI`h2]r+(jjjjer,Rr-jM`}r.(jO`)r/}r0(hXacmum_pr1hXN-Acetylmuramater2h}r3h}r4(Xbigg.metaboliter5Xacmumr6Xbiocycr7X META:NACMURr8Xchebir9]r:(X CHEBI:21615r;X CHEBI:28881r<X CHEBI:47965r=X CHEBI:47978r>X CHEBI:7212r?eXhmdbr@X HMDB60493rAX kegg.compoundrBXC02713rCXmetanetx.chemicalrDXMNXM2263rEX seed.compoundrFXcpd01757rGuh0Nh1h2]rHrIRrJjn`X C11H18NO8rKjp`jcjr`Jjs`GubGjGj6G?jG?uh0Njt`Gju`G@@ubj<`)rL}rM(hXACMUMtexrNhXEN-acetylmuramate transport via diffusion (extracellular to periplasm)rOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXACMUMtexrTXmetanetx.reactionrUX MNXR95279rVujG`X b1377 or b0241 or b0929 or b2215rWjH`h#jI`h2]rX(hIh[h7h erYRrZjM`}r[(jtGj/G?uh0Njt`Gju`G@@ubj<`)r\}r](hX ACNAMt2ppr^hX.N-acetylneuraminate proton symport (periplasm)r_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcX ACNAMt2pprdXbiocycreXMETA:TRANS-RXN-25rfXmetanetx.reactionrgX MNXR95291rhXrheari]rj(X28987rkX28988rlX28989rmX28990rneujG`Xb3224rojH`h#jI`h2]rpjarqRrrjM`}rs(jO`)rt}ru(hXacnam_prvhXN-Acetylneuraminaterwh}rxh}ry(Xbigg.metaboliterzXacnamr{Xbiocycr|XMETA:N-ACETYLNEURAMINATEr}Xchebir~]r(X CHEBI:12471rX CHEBI:12579rX CHEBI:17012rX CHEBI:21617rX CHEBI:21620rX CHEBI:29087rX CHEBI:33987rX CHEBI:35418rX CHEBI:7214reXhmdbr]r(X HMDB00230rX HMDB00800reX kegg.compoundrXC00270rXmetanetx.chemicalrXMNXM227rX seed.compoundr]r(Xcpd00232rXcpd27569reuh0Nh1h2]rrRrjn`X C11H18NO9rjp`jcjr`Jjs`GubGj̪GjO`)r}r(hXacnam_crhXN-Acetylneuraminaterh}rh}r(Xbigg.metaboliterXacnamrXbiocycrXMETA:N-ACETYLNEURAMINATErXchebir]r(X CHEBI:12471rX CHEBI:12579rX CHEBI:17012rX CHEBI:21617rX CHEBI:21620rX CHEBI:29087rX CHEBI:33987rX CHEBI:35418rX CHEBI:7214reXhmdbr]r(X HMDB00230rX HMDB00800reX kegg.compoundrXC00270rXmetanetx.chemicalrXMNXM227rX seed.compoundr]r(Xcpd00232rXcpd27569reuh0Nh1h2]rrRrjn`X C11H18NO9rjp`jq`jr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXACNAMtexrhXHN-acetylneuraminate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACNAMtexrXbiocycrX META:RXN0-0rXmetanetx.reactionrX MNXR95292rXrhear]r(X28991rX28992rX28993rX28994reujG`Xb0929 or b4311 or b2215rjH`h#jI`h2]r(h7j'hIerRrjM`}r(jtGjtG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACNMLrhXN-Acetylneuraminate lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACNMLrXbiocycrXMETA:ACNEULY-RXNrXec-coderX4.1.3.3rX kegg.reactionrXR01811rXmetanetx.reactionrX MNXR95296rXrhear]r(X23296rX23297rX23298rX23299reujG`Xb3225rjH`h#jI`h2]rj9arRrjM`}r(jGjO`)r}r(hXacmana_crhXN-Acetyl-D-mannosaminerh}rh}r(Xbigg.metaboliterXacmanarXbiocycrXMETA:N-acetyl-D-mannosaminerXchebir]r(X CHEBI:12459rX CHEBI:12573rX CHEBI:17122rX CHEBI:21538rX CHEBI:58019rX CHEBI:63153rX CHEBI:7141reXhmdbrX HMDB62724rX kegg.compoundrXC00645rXmetanetx.chemicalr XMNXM2403r X seed.compoundr Xcpd00492r uh0Nh1h2]r rRrjn`XC8H15NO6rjp`jq`jr`Kjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXACOAD1frhX%Acyl-CoA dehydrogenase (butanoyl-CoA)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACOAD1frXec-coder]r(X1.3.3.6rX1.3.8.1rX1.3.8.7rX1.3.99.-rX1.3.99.3r eX kegg.reactionr!XR01175r"Xmetanetx.reactionr#X MNXR95302r$Xrhear%]r&(X24004r'X24005r(X24006r)X24007r*X30731r+X30732r,X30733r-X30734r.eujG`Xb0221r/jH`h#jI`h2]r0jKar1Rr2jM`}r3(jGj&eGjO`)r4}r5(hXb2coa_cr6hX Crotonoyl-CoAr7h}r8h}r9(Xbigg.metaboliter:Xb2coar;Xbiocycr<XMETA:CROTONYL-COAr=Xchebir>]r?(X CHEBI:11531r@X CHEBI:13921rAX CHEBI:14031rBX CHEBI:14032rCX CHEBI:15473rDX CHEBI:23408rEX CHEBI:36926rFX CHEBI:3928rGX CHEBI:41612rHX CHEBI:57332rIX CHEBI:58669rJeXhmdbrK]rL(X HMDB02009rMX HMDB62466rNeX kegg.compoundrOXC00877rPX lipidmapsrQX LMFA07050307rRXmetanetx.chemicalrSXMNXM214rTX seed.compoundrUXcpd00650rVuh0Nh1h2]rWrXRrYjn`XC25H36N7O17P3SrZjp`jq`jr`Jjs`GubG?jO`)r[}r\(hXfadh2_cr]hX#Flavin adenine dinucleotide reducedr^h}r_h}r`(Xbigg.metaboliteraXfadh2rbXbiocycrcX META:FADH2rdXchebire]rf(X CHEBI:13316rgX CHEBI:17877rhX CHEBI:21126riX CHEBI:42427rjX CHEBI:4957rkX CHEBI:58307rleX kegg.compoundrmXC01352rnXmetanetx.chemicalroXMNXM38rpX seed.compoundrqXcpd00982rruh0Nh1h2]rsrtRrujn`X C27H33N9O15P2rvjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rw}rx(hXACOAD2fryhX%Acyl-CoA dehydrogenase (hexanoyl-CoA)rzh}r{h}r|(jC`X SBO:0000375r}X bigg.reactionr~XACOAD2frXec-coderX1.3.99.3rXmetanetx.reactionrX MNXR95303rujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j&eGjGj[G?jO`)r}r(hXhx2coa_crhXTrans-Hex-2-enoyl-CoArh}rh}r(Xbigg.metaboliterXhx2coarXbiocycrXMETA:CPD0-2121rXchebir]r(X CHEBI:10726rX CHEBI:27076rX CHEBI:28706rX CHEBI:62077reX kegg.compoundrXC05271rX lipidmapsr]r(X LMFA07050019rX LMFA07050393reXmetanetx.chemicalrXMNXM753rX seed.compoundrXcpd03125ruh0Nh1h2]rrRrjn`XC27H40N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACOAD3frhX%Acyl-CoA dehydrogenase (octanoyl-CoA)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACOAD3frXec-coder]r(X1.3.3.6rX1.3.8.7rX1.3.8.8rX1.3.99.-rX1.3.99.3reX kegg.reactionrXR03777rXmetanetx.reactionrX MNXR95304rXrhear]r(X30943rX30944rX30945rX30946rX48180rX48181rX48182rX48183reujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j&eGj(Gj[G?jO`)r}r(hXoc2coa_crhXTrans-Oct-2-enoyl-CoArh}rh}r(Xbigg.metaboliterXoc2coarXbiocycrXMETA:CPD0-2108rXchebir]r(X CHEBI:10732rX CHEBI:27078rX CHEBI:27537rX CHEBI:62242reXhmdbrX HMDB03949rX kegg.compoundrXC05276rX lipidmapsr]r(X LMFA07050024rX LMFA07050394reXmetanetx.chemicalrXMNXM784rX seed.compoundrXcpd03130ruh0Nh1h2]rrRrjn`XC29H44N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACOAD4frhX%Acyl-CoA dehydrogenase (decanoyl-CoA)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACOAD4frXec-coderX1.3.99.3rXmetanetx.reactionrX MNXR95298rujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j|Gj&eGjO`)r}r(hXdc2coa_crhXTrans-Dec-2-enoyl-CoArh}rh}r(Xbigg.metaboliterXdc2coarXbiocycrXMETA:T2-DECENOYL-COArXchebir]r(X CHEBI:10723rX CHEBI:61406r eXhmdbr X HMDB03948r X kegg.compoundr XC05275r X lipidmapsr]r(X LMFA07050023rX LMFA07050175rX LMFA07050391reXmetanetx.chemicalrXMNXM580rX seed.compoundrXcpd03129ruh0Nh1h2]rrRrjn`XC31H48N7O17P3Srjp`jq`jr`Jjs`GubG?j[G?uh0Njt`G@ju`G@@ubj<`)r}r(hXACOAD5frhX'Acyl-CoA dehydrogenase (dodecanoyl-CoA)rh}rh}r (jC`X SBO:0000375r!X bigg.reactionr"XACOAD5fr#Xec-coder$]r%(X1.3.3.6r&X1.3.8.7r'X1.3.8.8r(X1.3.99.-r)X1.3.99.3r*eX kegg.reactionr+XR03857r,Xmetanetx.reactionr-X MNXR95299r.Xrhear/]r0(X31039r1X31040r2X31041r3X31042r4X47296r5X47297r6X47298r7X47299r8eujG`Xb0221r9jH`h#jI`h2]r:jKar;Rr<jM`}r=(jGj&eGjO`)r>}r?(hXdd2coa_cr@hXTrans-Dodec-2-enoyl-CoArAh}rBh}rC(Xbigg.metaboliterDXdd2coarEXbiocycrFX META:CPD-7222rGXchebirH]rI(X CHEBI:11489rJX CHEBI:1287rKX CHEBI:15471rLX CHEBI:19790rMX CHEBI:57330rNeXhmdbrO]rP(X HMDB03712rQX HMDB11689rReX kegg.compoundrSXC03221rTX lipidmapsrU]rV(X LMFA07050010rWX LMFA07050176rXX LMFA07050378rYeXmetanetx.chemicalrZXMNXM642r[X seed.compoundr\Xcpd02060r]uh0Nh1h2]r^r_Rr`jn`XC33H52N7O17P3Srajp`jq`jr`Jjs`GubG?j[G?uh0Njt`G@ju`G@@ubj<`)rb}rc(hXACOAD6frdhX*Acyl-CoA dehydrogenase (tetradecanoyl-CoA)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXACOAD6frjXec-coderk]rl(X1.3.3.6rmX1.3.8.7rnX1.3.8.8roX1.3.8.9rpX1.3.99.-rqX1.3.99.3rreX kegg.reactionrsXR03990rtXmetanetx.reactionruX MNXR95300rvXrhearw]rx(X28358ryX28359rzX28360r{X28361r|X47316r}X47317r~X47318rX47319reujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j&eGj1Gj[G?jO`)r}r(hXtd2coa_crhXTrans-Tetradec-2-enoyl-CoArh}rh}r(Xbigg.metaboliterXtd2coarXbiocycrXMETA:CPD-15568rXchebir]r(X CHEBI:10734rX CHEBI:27079rX CHEBI:27721rX CHEBI:61405reXhmdbr]r(X HMDB03946rX HMDB13082reX kegg.compoundrXC05273rX lipidmapsr]r(X LMFA07050021rX LMFA07050396reXmetanetx.chemicalrXMNXM654rX seed.compoundrXcpd03127ruh0Nh1h2]rrRrjn`XC35H56N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACOAD7frhX)Acyl-CoA dehydrogenase (hexadecanoyl-CoA)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACOAD7frXec-coder]r(X1.3.3.6rX1.3.8.7rX1.3.8.8rX1.3.8.9rX1.3.99.-rX1.3.99.3reX kegg.reactionrXR01279rXmetanetx.reactionrX MNXR95301rXrhear]r(X30747rX30748rX30749rX30750rX43448rX43449rX43450rX43451reujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j&eGjGj[G?jO`)r}r(hX hdd2coa_crhXTrans-Hexadec-2-enoyl-CoArh}rh}r(Xbigg.metaboliterXhdd2coarXbiocycrXMETA:CPD0-2117rXchebir]r(X CHEBI:10728rX CHEBI:27047rX CHEBI:28935rX CHEBI:52381rX CHEBI:61526reXhmdbr]r(X HMDB03945rX HMDB06533reX kegg.compoundrXC05272rX lipidmapsr]r(X LMFA07050020rX LMFA07050144reXmetanetx.chemicalrXMNXM581rX seed.compoundrXcpd03126ruh0Nh1h2]rrRrjn`XC37H60N7O17P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACOAD8frhX)Acyl-CoA dehydrogenase (octadecanoyl-CoA)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACOAD8frXmetanetx.reactionrX MNXR95317rXrhear]r(X40843rX40844rX40845rX40846rX47240rX47241rX47242rX47243reujG`Xb0221rjH`h#jI`h2]rjKarRrjM`}r(j&eGjO`)r }r (hXstcoa_cr hXStearoyl-CoA (n-C18:0CoA)r h}r h}r(Xbigg.metaboliterXstcoarXbiocycrXMETA:STEAROYL-COArXchebir]r(X CHEBI:15107rX CHEBI:15541rX CHEBI:26754rX CHEBI:57394rX CHEBI:9256reXhmdbrX HMDB01114rX kegg.compoundrXC00412rX lipidmapsrX LMFA07050369rXmetanetx.chemicalr XMNXM272r!X seed.compoundr"Xcpd00327r#uh0Nh1h2]r$r%Rr&jn`XC39H66N7O17P3Sr'jp`jq`jr`Jjs`GubGj[G?jO`)r(}r)(hXod2coa_cr*hXTrans-Octadec-2-enoyl-CoAr+h}r,h}r-(Xbigg.metaboliter.Xod2coar/Xbiocycr0XMETA:CPD-10262r1Xchebir2]r3(X CHEBI:50570r4X CHEBI:71412r5eXhmdbr6]r7(X HMDB06529r8X HMDB62633r9eX kegg.compoundr:XC16218r;X lipidmapsr<X LMFA07050385r=Xmetanetx.chemicalr>XMNXM954r?X seed.compoundr@Xcpd14937rAuh0Nh1h2]rBrCRrDjn`XC39H64N7O17P3SrEjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rF}rG(hXACOATArHhXAcetyl-CoA ACP transacylaserIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXACOATArNXbiocycrOXMETA:ACP-S-ACETYLTRANSFER-RXNrPXec-coderQ]rR(X2.3.1.-rSX 2.3.1.179rTX 2.3.1.180rUX2.3.1.38rVX2.3.1.41rWX2.3.1.85rXX2.3.1.86rYeX kegg.reactionrZXR01624r[Xmetanetx.reactionr\X MNXR95376r]ujG`Xb1094 and b1091r^jH`h#jI`h2]r_(jj]er`RrajM`}rb(jrGjaGjO`)rc}rd(hXacACP_crehX Acetyl-ACPrfh}rgh}rh(Xbigg.metaboliteriXacACPrjXbiocycrkXMETA:ACETYL-ACPrlXchebirm]rn(X CHEBI:13713roX CHEBI:17093rpX CHEBI:2409rqeX kegg.compoundrrXC03939rsXmetanetx.chemicalrtXMNXM1269ruX seed.compoundrvXcpd11494rwuh0Nh1h2]rxryRrzjn`X C13H23N2O8PRSr{jp`jq`jr`Jjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)r|}r}(hXACODAr~hXAcetylornithine deacetylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACODArXbiocycrXMETA:ACETYLORNDEACET-RXNrXec-coder]r(X3.5.1.14rX3.5.1.16reX kegg.reactionrXR00669rXmetanetx.reactionrX MNXR95377rXrhear]r(X15941rX15942rX15943rX15944reujG`Xb3957rjH`h#jI`h2]rjoarRrjM`}r(jO`)r}r(hXacorn_crhXN2-Acetyl-L-ornithinerh}rh}r(Xbigg.metaboliterXacornrXbiocycrXMETA:N-ALPHA-ACETYLORNITHINErXchebir]r(X CHEBI:12634rX CHEBI:16543rX CHEBI:21814rX CHEBI:40771rX CHEBI:57805rX CHEBI:7368reXhmdbr]r(X HMDB03357rX HMDB06489reX kegg.compoundrXC00437rXmetanetx.chemicalrXMNXM817rX seed.compoundrXcpd00342ruh0Nh1h2]rrRrjn`X C7H14N2O3rjp`jq`jr`Kjs`GubGjgfGj.G?jO`)r}r(hXorn_crhX Ornithinerh}rh}r(Xbigg.metaboliterXornrXbiocycrXMETA:L-ORNITHINErXchebir]r(X CHEBI:11448rX CHEBI:13148rX CHEBI:15729rX CHEBI:18257rX CHEBI:19370rX CHEBI:21367rX CHEBI:32964rX CHEBI:44667rX CHEBI:46911rX CHEBI:46912rX CHEBI:46913rX CHEBI:46914rX CHEBI:6280rX CHEBI:7784reXhmdbr]r(X HMDB00214rX HMDB00818rX HMDB04984rX HMDB62654rX HMDB62718reX kegg.compoundr]r(XC00077rXC01602reX kegg.drugrXD08302rX lipidmapsrX LMFA01100057rXmetanetx.chemicalrX MNXM89689rX seed.compoundr]r(Xcpd00064rXcpd19016reuh0Nh1h2]rrRrjn`X C5H13N2O2rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACOLIPAabctexrhXeArabinose modified core oligosaccharide lipid A transport via ABC system (periplasm to extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACOLIPAabctexrXmetanetx.reactionrX MNXR95378rujG`X-b4261 and b3201 and b3200 and b3199 and b4262rjH`h#jI`h2]r(jjjjjerRrjM`}r(jO`)r}r(hX acolipa_prhXA4-Amino-4-deoxy-L-arabinose modified core oligosaccharide lipid Arh}rh}r(Xbigg.metaboliterXacoliparXbiocycrXMETA:CPD0-2293rXmetanetx.chemicalrX MNXM37330rX seed.compoundr Xcpd15392r uh0Nh1h2]r r Rr jn`XC181H314N3O103P4rjp`jcjr`Jjs`GubGjbGjgfGjuG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXACONIsrhX!Aconitate isomerase (spontaneous)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACONIsrXbiocycrX"META:ACONITATE-DELTA-ISOMERASE-RXNrXec-coderX5.3.3.7rX kegg.reactionrXR02244rXmetanetx.reactionrX MNXR95382rXrhear ]r!(X17265r"X17266r#X17267r$X17268r%eujG`Xs0001r&jH`h#jI`h2]r'jar(Rr)jM`}r*(jO`)r+}r,(hXacon_T_cr-hXTrans-Aconitater.h}r/h}r0(Xbigg.metaboliter1Xacon_Tr2Xbiocycr3X META:CPD-225r4Xchebir5]r6(X CHEBI:10719r7X CHEBI:12869r8X CHEBI:12878r9X CHEBI:15708r:X CHEBI:22210r;X CHEBI:22211r<X CHEBI:27069r=X CHEBI:27070r>X CHEBI:32806r?X CHEBI:46108r@eXhmdbrAX HMDB00958rBX kegg.compoundrCXC02341rDXmetanetx.chemicalrEXMNXM1388rFX seed.compoundrGXcpd01563rHuh0Nh1h2]rIrJRrKjn`XC6H3O6rLjp`jq`jr`Jjs`GubGjO`)rM}rN(hXacon_C_crOhX Cis-AconitaterPh}rQh}rR(Xbigg.metaboliterSXacon_CrTXbiocycrUXMETA:CIS-ACONITATErVXchebirW]rX(X CHEBI:10482rYX CHEBI:12798rZX CHEBI:16383r[X CHEBI:23306r\X CHEBI:23308r]X CHEBI:32805r^eXhmdbr_]r`(X HMDB00072raX HMDB00461rbeX kegg.compoundrcXC00417rdXmetanetx.chemicalreXMNXM813rfX seed.compoundrgXcpd00331rhuh0Nh1h2]rirjRrkjn`XC6H3O6rljp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rm}rn(hXACONMTrohX!Trans-aconitate methyltransferaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXACONMTruXbiocycrvXMETA:RXN0-2441rwXec-coderxX 2.1.1.144ryX kegg.reactionrzXR05763r{Xmetanetx.reactionr|X MNXR95383r}Xrhear~]r(X14969rX14970rX14971rX14972reujG`Xb1519rjH`h#jI`h2]rjarRrjM`}r(j+Gj%bGjO`)r}r(hXaconm_crhX*E-3-carboxy-2-pentenedioate 6-methyl esterrh}rh}r(Xbigg.metaboliterXaconmrXbiocycrX(META:MONOMETHYL-ESTER-OF-TRANS-ACONITATErXchebir]r(X CHEBI:10951rX CHEBI:15663rX CHEBI:277rX CHEBI:57470reX kegg.compoundrXC11514rX lipidmapsrX LMFA07010698rXmetanetx.chemicalrXMNXM3742rX seed.compoundrXcpd08353ruh0Nh1h2]rrRrjn`XC7H6O6rjp`jq`jr`Jjs`GubG?jO`)r}r(hXahcys_crhXS-Adenosyl-L-homocysteinerh}rh}r(Xbigg.metaboliterXahcysrXbiocycrXMETA:ADENOSYL-HOMO-CYSrXchebir]r(X CHEBI:12741rX CHEBI:12759rX CHEBI:12761rX CHEBI:16680rX CHEBI:22034rX CHEBI:45495rX CHEBI:57856rX CHEBI:67009rX CHEBI:8945reXhmdbrX HMDB00939rX kegg.compoundrXC00021rXmetanetx.chemicalrXMNXM19rX seed.compoundrXcpd00019ruh0Nh1h2]rrRrjn`X C14H20N6O5Srjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXACONTarhX0Aconitase (half-reaction A, Citrate hydro-lyase)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACONTarXbiocycrXMETA:ACONITATEDEHYDR-RXNrXec-coderX4.2.1.3rX kegg.reactionrXR01325rXmetanetx.reactionrX MNXR95386rXrhear]r(X10228rX10229rX10230rX10231reujG`Xb0118 or b1276rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hXcit_crhXCitraterh}rh}r(Xbigg.metaboliterXcitrXbiocycrXMETA:CITrXchebir]r(X CHEBI:132362rX CHEBI:133748rX CHEBI:13999rX CHEBI:16947rX CHEBI:23321rX CHEBI:23322rX CHEBI:30769rX CHEBI:35802rX CHEBI:35804rX CHEBI:35806rX CHEBI:35808rX CHEBI:35809rX CHEBI:35810rX CHEBI:3727rX CHEBI:41523rX CHEBI:42563rX CHEBI:76049rX CHEBI:79399reXhmdbrX HMDB00094rX kegg.compoundr]r(XC00158rXC13660reX kegg.drugrXD00037rXmetanetx.chemicalrXMNXM131r X seed.compoundr Xcpd00137r uh0Nh1h2]r r Rrjn`XC6H5O7rjp`jq`jr`Jjs`GubGjMG?jgfG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACONTbrhX3Aconitase (half-reaction B, Isocitrate hydro-lyase)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACONTbrXec-coderX4.2.1.3rX kegg.reactionrXR01900rXmetanetx.reactionrX MNXR95387rXrhear]r (X22144r!X22145r"X22146r#X22147r$eujG`Xb0118 or b1276r%jH`h#jI`h2]r&(jjer'Rr(jM`}r)(jMGjgfGjO`)r*}r+(hXicit_cr,hX Isocitrater-h}r.h}r/(Xbigg.metaboliter0Xicitr1Xchebir2]r3(X CHEBI:14465r4X CHEBI:16087r5X CHEBI:24884r6X CHEBI:24886r7X CHEBI:30887r8X CHEBI:36453r9X CHEBI:36454r:X CHEBI:5998r;eXhmdbr<X HMDB00193r=X kegg.compoundr>XC00311r?Xmetanetx.chemicalr@X MNXM89661rAX seed.compoundrBXcpd00260rCuh0Nh1h2]rDrERrFjn`XC6H5O7rGjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rH}rI(hXACOTArJhXAcetylornithine transaminaserKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXACOTArPXbiocycrQXMETA:ACETYLORNTRANSAM-RXNrRXec-coderSX2.6.1.11rTX kegg.reactionrUXR02283rVXmetanetx.reactionrWX MNXR95388rXXrhearY]rZ(X18049r[X18050r\X18051r]X18052r^eujG`Xb1748 or b3359r_jH`h#jI`h2]r`(jj#eraRrbjM`}rc(jGjGjO`)rd}re(hXacg5sa_crfhX#N-Acetyl-L-glutamate 5-semialdehydergh}rhh}ri(Xbigg.metaboliterjXacg5sarkXbiocycrlX META:CPD-469rmXchebirn]ro(X CHEBI:11493rpX CHEBI:12461rqX CHEBI:12577rrX CHEBI:16319rsX CHEBI:21551rtX CHEBI:29123ruX CHEBI:7152rveXhmdbrwX HMDB06488rxX kegg.compoundryXC01250rzXmetanetx.chemicalr{XMNXM1062r|X seed.compoundr}Xcpd00918r~uh0Nh1h2]rrRrjn`XC7H10NO4rjp`jq`jr`Jjs`GubG?jeG?uh0Njt`G@ju`G@@ubj<`)r}r(hX ACPPAT120rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACPPAT120rXmetanetx.reactionrX MNXR95395rujG`Xb1094 and b1090rjH`h#jI`h2]r(j5jerRrjM`}r(jGjnGj;nGjrG?jO`)r}r(hXddcap_crhXDodecanoly-phosphate (n-C12:0)rh}rh}r(Xbigg.metaboliterXddcaprXmetanetx.chemicalrX MNXM147470ruh0Nh1h2]rrRrjn`X C12H24O5P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACPPAT140rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACPPAT140rXmetanetx.reactionrX MNXR95396rujG`Xb1094 and b1090rjH`h#jI`h2]r(j5jerRrjM`}r(jnGj?Gj;nGjrG?jO`)r}r(hXttdcap_crhX!Tetradecanoyl-phosphate (n-C14:0)rh}rh}r(Xbigg.metaboliterXttdcaprXmetanetx.chemicalrX MNXM147613ruh0Nh1h2]rrRrjn`X C14H28O5Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACPPAT141rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACPPAT141rXmetanetx.reactionrX MNXR95397rujG`Xb1094 and b1090rjH`h#jI`h2]r(j5jerRrjM`}r(jnGj;nGj_GjrG?jO`)r}r(hX ttdceap_crhX!Tetradecanoyl-phosphate (n-C14:1)rh}rh}r(Xbigg.metaboliterXttdceaprXmetanetx.chemicalrX MNXM147614ruh0Nh1h2]rrRrjn`X C14H26O5Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACPPAT160rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACPPAT160rXmetanetx.reactionrX MNXR95398rujG`Xb1094 and b1090rjH`h#jI`h2]r(j5jerRrjM`}r(jnGjGj;nGjrG?jO`)r}r(hXhdcap_crhX Hexadecanoyl-phosphate (n-C16:0)rh}rh}r(Xbigg.metaboliterXhdcaprXmetanetx.chemicalrX MNXM147481ruh0Nh1h2]rrRrjn`X C16H32O5Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACPPAT161rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ACPPAT161rXmetanetx.reactionrX MNXR95399rujG`Xb1094 and b1090rjH`h#jI`h2]r(j5jerRr jM`}r (jnGjGj;nGjrG?jO`)r }r (hXhdceap_cr hX Hexadecanoyl-phosphate (n-C16:1)rh}rh}r(Xbigg.metaboliterXhdceaprXmetanetx.chemicalrX MNXM147482ruh0Nh1h2]rrRrjn`X C16H30O5Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ACPPAT180rhX=Acyl-(acyl carrier protein):phosphate acyltransferase (C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr X ACPPAT180r!Xmetanetx.reactionr"X MNXR95400r#ujG`Xb1094 and b1090r$jH`h#jI`h2]r%(j5jer&Rr'jM`}r((jnGjvGj;nGjrG?jO`)r)}r*(hXocdcap_cr+hX Octadecanoyl-phosphate (n-C18:0)r,h}r-h}r.(Xbigg.metaboliter/Xocdcapr0Xmetanetx.chemicalr1X MNXM147528r2uh0Nh1h2]r3r4Rr5jn`X C18H36O5Pr6jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r7}r8(hX ACPPAT181r9hX=Acyl-(acyl carrier protein):phosphate acyltransferase (C18:1)r:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>X ACPPAT181r?Xmetanetx.reactionr@X MNXR95401rAujG`Xb1094 and b1090rBjH`h#jI`h2]rC(j5jerDRrEjM`}rF(jnGjVGj;nGjrG?jO`)rG}rH(hX ocdceap_crIhX Octadecanoyl-phosphate (n-C18:1)rJh}rKh}rL(Xbigg.metaboliterMXocdceaprNXmetanetx.chemicalrOX MNXM147529rPuh0Nh1h2]rQrRRrSjn`X C18H34O5PrTjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rU}rV(hXACPS1rWhXAcyl-carrier protein synthaserXh}rYh}rZ(jC`X SBO:0000375r[X bigg.reactionr\XACPS1r]Xec-coder^X2.7.8.7r_Xmetanetx.reactionr`X MNXR95403raujG`Xb3475 or b2563rbjH`h#jI`h2]rc(jGjYerdRrejM`}rf(jO`)rg}rh(hXapoACP_crihX!Apoprotein [acyl carrier protein]rjh}rkh}rl(Xbigg.metabolitermXapoACPrnXmetanetx.chemicalroXMNXM2214rpX seed.compoundrq]rr(Xcpd12370rsXcpd29672rteuh0Nh1h2]rurvRrwjn`XRHOrxjp`jq`jr`Kjs`GubGjcGjrG?jnG?jO`)ry}rz(hXpap_cr{hXAdenosine 3',5'-bisphosphater|h}r}h}r~(Xbigg.metaboliterXpaprXbiocycrX META:3-5-ADPrXchebir]r(X CHEBI:13735rX CHEBI:17985rX CHEBI:22240rX CHEBI:2475rX CHEBI:58343reX kegg.compoundrXC00054rXmetanetx.chemicalrXMNXM45rX seed.compoundrXcpd00045ruh0Nh1h2]rrRrjn`X C10H11N5O10P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXACSrhXAcetyl-CoA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACSrXbiocycrXMETA:ACETATE--COA-LIGASE-RXNrXec-coderX6.2.1.1rX kegg.reactionrXR00235rXmetanetx.reactionrX MNXR95413rXrhear]r(X23176rX23177rX23178rX23179reujG`Xb4069rjH`h#jI`h2]rjwarRrjM`}r(j.GjbGjcGjaG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXACSERtexrhXFO-Acetyl-L-serine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACSERtexrXbiocycrXMETA:RXN0-1923rXmetanetx.reactionrX MNXR95416rXrhear]r(X29659rX29660rX29661rX29662reujG`X b0241 or b1377 or b2215 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j.uGjO`)r}r(hXacser_prhXO-Acetyl-L-serinerh}rh}r(Xbigg.metaboliterXacserrXbiocycrXMETA:ACETYLSERINErXchebir]r(X CHEBI:12685rX CHEBI:12710rX CHEBI:12724rX CHEBI:17981rX CHEBI:21938rX CHEBI:44568rX CHEBI:58340rX CHEBI:7668reXhmdbrX HMDB03011rX kegg.compoundrXC00979rXmetanetx.chemicalrXMNXM418rX seed.compoundrXcpd00722ruh0Nh1h2]rrRrjn`XC5H9NO4rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXACSERtpprhX2O-Acetyl-L-serine export via facilitated transportrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACSERtpprXbiocycrXMETA:RXN0-1923rXmetanetx.reactionrX MNXR95416rXrhear]r(X29659rX29660rX29661rX29662reujG`Xb2578 or b1533rjH`h#jI`h2]r(jkj}erRrjM`}r(jO`)r}r(hXacser_crhXO-Acetyl-L-serinerh}rh}r(Xbigg.metaboliterXacserrXbiocycrXMETA:ACETYLSERINEr Xchebir ]r (X CHEBI:12685r X CHEBI:12710r X CHEBI:12724rX CHEBI:17981rX CHEBI:21938rX CHEBI:44568rX CHEBI:58340rX CHEBI:7668reXhmdbrX HMDB03011rX kegg.compoundrXC00979rXmetanetx.chemicalrXMNXM418rX seed.compoundrXcpd00722ruh0Nh1h2]rrRrjn`XC5H9NO4rjp`jq`jr`Kjs`GubGjG?uh0Njt`Gju`G@@ubj<`)r }r!(hXACt2rppr"hX;Acetate reversible transport via proton symport (periplasm)r#h}r$h}r%(jC`X SBO:0000375r&X bigg.reactionr'XACt2rppr(Xbiocycr)XMETA:TRANS-RXN0-571r*Xmetanetx.reactionr+X MNXR95429r,ujG`h#jH`h#jI`h2]r-r.Rr/jM`}r0(jO`)r1}r2(hXac_pr3hXAcetater4h}r5h}r6(Xbigg.metaboliter7Xacr8Xbiocycr9X META:ACETr:Xchebir;]r<(X CHEBI:13704r=X CHEBI:15366r>X CHEBI:22165r?X CHEBI:22169r@X CHEBI:2387rAX CHEBI:30089rBX CHEBI:40480rCX CHEBI:40486rDeXhmdbrEX HMDB00042rFX kegg.compoundrGXC00033rHX kegg.drugrIXD00010rJX lipidmapsrKX LMFA01010002rLXmetanetx.chemicalrMXMNXM26rNX seed.compoundrOXcpd00029rPuh0Nh1h2]rQrRRrSjn`XC2H3O2rTjp`jcjr`Jjs`GubGj̪Gj.G?jnG?uh0Njt`G@ju`G@@ubj<`)rU}rV(hXACt4pprWhXNa+/Acetate symport (periplasm)rXh}rYh}rZ(jC`X SBO:0000375r[X bigg.reactionr\XACt4ppr]Xmetanetx.reactionr^X MNXR95430r_ujG`Xb4067r`jH`h#jI`h2]rajarbRrcjM`}rd(j1GjO`)re}rf(hXna1_prghXSodiumrhh}rih}rj(Xbigg.metaboliterkXna1rlXbiocycrm]rn(XMETA:CPD0-2422roX META:NACLrpXMETA:NaFrqeXchebirr]rs(X CHEBI:26717rtX CHEBI:29101ruX CHEBI:49766rvX CHEBI:9175rweXhmdbrxX HMDB00588ryX kegg.compoundrz]r{(XC01330r|XC14042r}eX kegg.drugr~XD04874rXmetanetx.chemicalrXMNXM27rX seed.compoundrXcpd00971ruh0Nh1h2]rrRrjn`XNarjp`jcjr`Kjs`GubGj.G?jO`)r}r(hXna1_crhXSodiumrh}rh}r(Xbigg.metaboliterXna1rXbiocycr]r(XMETA:CPD0-2422rX META:NACLrXMETA:NaFreXchebir]r(X CHEBI:26717rX CHEBI:29101rX CHEBI:49766rX CHEBI:9175reXhmdbrX HMDB00588rX kegg.compoundr]r(XC01330rXC14042reX kegg.drugrXD04874rXmetanetx.chemicalrXMNXM27rX seed.compoundrXcpd00971ruh0Nh1h2]rrRrjn`XNarjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXACtexrhX<Acetate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXACtexrXbiocycr]r(XMETA:RXN0-1981rXMETA:TRANS-RXN0-567reXmetanetx.reactionrX MNXR95431rXrhear]r(X27814rX27815rX27816rX27817reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jQsGj1G?uh0Njt`G@ju`G@@ubj<`)r}r(hXADArhXAdenosine deaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADArXbiocycrXMETA:ADENODEAMIN-RXNrXec-coderX3.5.4.4rX kegg.reactionrXR01560rXmetanetx.reactionrX MNXR95432rXrhear]r(X24408rX24409rX24410rX24411reujG`Xb1623rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXadn_crhX Adenosinerh}rh}r(Xbigg.metaboliterXadnrXbiocycrXMETA:ADENOSINErXchebir]r(X CHEBI:13734rX CHEBI:16335rX CHEBI:22237rX CHEBI:2472rX CHEBI:40558rX CHEBI:40825rX CHEBI:40906rX CHEBI:40911reXhmdbr]r(X HMDB00050rX HMDB04401rX HMDB04402rX HMDB04421reX kegg.compoundrXC00212rX kegg.drugrXD00045rXmetanetx.chemicalrXMNXM212rX seed.compoundrXcpd00182ruh0Nh1h2]rrRrjn`X C10H13N5O4rjp`jq`jr`Kjs`GubGjgfGjnGjO`)r}r(hXins_cr hXInosiner h}r h}r (Xbigg.metaboliter XinsrXbiocycrX META:INOSINErXchebir]r(X CHEBI:14456rX CHEBI:17596rX CHEBI:24841rX CHEBI:44407rX CHEBI:5927reXhmdbrX HMDB00195rX kegg.compoundrXC00294rX kegg.drugrXD00054rXmetanetx.chemicalrXMNXM334rX seed.compoundr Xcpd00246r!uh0Nh1h2]r"r#Rr$jn`X C10H12N4O5r%jp`jq`jr`Kjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)r&}r'(hXADCLr(hX4-aminobenzoate synthaser)h}r*h}r+(jC`X SBO:0000375r,X bigg.reactionr-XADCLr.Xbiocycr/XMETA:ADCLY-RXNr0Xec-coder1X4.1.3.38r2X kegg.reactionr3XR05553r4Xmetanetx.reactionr5X MNXR95436r6Xrhear7]r8(X16201r9X16202r:X16203r;X16204r<eujG`Xb1096r=jH`h#jI`h2]r>jar?Rr@jM`}rA(jO`)rB}rC(hX4adcho_crDhX4-amino-4-deoxychorismaterEh}rFh}rG(Xbigg.metaboliterHX4adchorIXbiocycrJXMETA:4-AMINO-4-DEOXYCHORISMATErKXchebirL]rM(X CHEBI:11956rNX CHEBI:18198rOX CHEBI:1943rPX CHEBI:35180rQX CHEBI:35181rRX CHEBI:58406rSeX kegg.compoundrTXC11355rUXmetanetx.chemicalrVXMNXM1458rWX seed.compoundrXXcpd08210rYuh0Nh1h2]rZr[Rr\jn`X C10H10NO5r]jp`jq`jr`Jjs`GubGjO`)r^}r_(hX4abz_cr`hX4-Aminobenzoaterah}rbh}rc(Xbigg.metaboliterdX4abzreXbiocycrfXMETA:P-AMINO-BENZOATErgXchebirh]ri(X CHEBI:113372rjX CHEBI:11959rkX CHEBI:1783rlX CHEBI:17836rmX CHEBI:20314rnX CHEBI:20315roX CHEBI:30753rpX CHEBI:44778rqeX kegg.compoundrrXC00568rsX kegg.drugrtXD02456ruXmetanetx.chemicalrvXMNXM421rwX seed.compoundrxXcpd00443ryuh0Nh1h2]rzr{Rr|jn`XC7H6NO2r}jp`jq`jr`Jjs`GubG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r~}r(hXADCSrhX"4-amino-4-deoxychorismate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADCSrXbiocycrXMETA:PABASYN-RXNrXec-coderX2.6.1.85rX kegg.reactionrXR01716rXmetanetx.reactionrX MNXR95440rXrhear]r(X11672rX11673rX11674rX11675reujG`Xb3360 and b1812rjH`h#jI`h2]r(jjerRrjM`}r(jQcGjeGjBG?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXADDrhXAdenine deaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADDrXbiocycrXMETA:ADENINE-DEAMINASE-RXNrXec-coderX3.5.4.2rX kegg.reactionrXR01244rXmetanetx.reactionrX MNXR95443rXrhear]r(X23688rX23689rX23690rX23691reujG`Xb3665rjH`h#jI`h2]rjarRrjM`}r(j GjgfGjnGjO`)r}r(hXhxan_crhX Hypoxanthinerh}rh}r(Xbigg.metaboliterXhxanrXbiocycrXMETA:HYPOXANTHINErXchebir]r(X CHEBI:14431rX CHEBI:17368rX CHEBI:24762rX CHEBI:43237rX CHEBI:5841reXhmdbrX HMDB00157rX kegg.compoundrXC00262rXmetanetx.chemicalrXMNXM213rX seed.compoundrXcpd00226ruh0Nh1h2]rrRrjn`XC5H4N4Orjp`jq`jr`Kjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXADEt2rpprhX=Adenine transport via proton symport (reversible) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADEt2rpprXbiocycr]r(XMETA:TRANS-RXN-198rXMETA:TRANS-RXN0-447reXmetanetx.reactionrX MNXR95446rXrhear]r(X28719rX28720rX28721rX28722reujG`Xb3654 or b3714rjH`h#jI`h2]r(j jerRrjM`}r(jO`)r}r(hXade_prhXAdeninerh}rh}r(Xbigg.metaboliterXaderXbiocycr]r(X META:ADENINErXMETA:ADENINE-RINGreXchebir]r(X CHEBI:13733rX CHEBI:16708rX CHEBI:22236rX CHEBI:2470rX CHEBI:40579reXhmdbrX HMDB00034rX kegg.compoundrXC00147rX kegg.drugrXD00034rXmetanetx.chemicalrXMNXM168rX seed.compoundr]r (Xcpd00128r Xcpd22238r euh0Nh1h2]r r Rrjn`XC5H5N5rjp`jcjr`Kjs`GubGj̪Gj G?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXADEtexrhX<Adenine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADEtexrXbiocycrXMETA:TRANS-RXN0-577rXmetanetx.reactionrX MNXR95445rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRr jM`}r!(j[uGjG?uh0Njt`G@ju`G@@ubj<`)r"}r#(hXADK1r$hXAdenylate kinaser%h}r&h}r'(jC`X SBO:0000375r(X bigg.reactionr)XADK1r*Xbiocycr+XMETA:ADENYL-KIN-RXNr,Xec-coder-X2.7.4.3r.X kegg.reactionr/XR00127r0Xmetanetx.reactionr1X MNXR95450r2Xrhear3]r4(X12973r5X12974r6X12975r7X12976r8eujG`Xb0474r9jH`h#jI`h2]r:jar;Rr<jM`}r=(jGjbGjmG@uh0Njt`G@ju`G@@ubj<`)r>}r?(hXADK3r@hXAdentylate kinase (GTP)rAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEXADK3rFXbiocycrGXMETA:RXN-14074rHXec-coderI]rJ(X2.7.4.10rKX2.7.4.4rLeXmetanetx.reactionrMX MNXR95452rNXrhearO]rP(X29863rQX29864rRX29865rSX29866rTeujG`Xb0474rUjH`h#jI`h2]rVjarWRrXjM`}rY(jGjJfGjmG?jO`)rZ}r[(hXgdp_cr\hXGDP C10H12N5O11P2r]h}r^h}r_(Xbigg.metaboliter`XgdpraXbiocycrbXMETA:GDPrcXchebird]re(X CHEBI:13327rfX CHEBI:14379rgX CHEBI:17552rhX CHEBI:24448riX CHEBI:42738rjX CHEBI:5212rkX CHEBI:58189rlX CHEBI:65180rmeX kegg.compoundrnXC00035roX kegg.glycanrpXG10620rqXmetanetx.chemicalrrXMNXM30rsX seed.compoundrtXcpd00031ruuh0Nh1h2]rvrwRrxjn`X C10H12N5O11P2ryjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rz}r{(hXADK4r|hXAdentylate kinase (ITP)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXADK4rXmetanetx.reactionrX MNXR95453rXrhear]r(X29867rX29868rX29869rX29870reujG`Xb0474rjH`h#jI`h2]rjarRrjM`}r(jGjO`)r}r(hXitp_crhXITP C10H11N4O14P3rh}rh}r(Xbigg.metaboliterXitprXbiocycrXMETA:ITPrXchebir]r(X CHEBI:13374rX CHEBI:16039rX CHEBI:19272rX CHEBI:43508rX CHEBI:57614rX CHEBI:5851rX CHEBI:61402reX kegg.compoundrXC00081rXmetanetx.chemicalrXMNXM423rX seed.compoundrXcpd00068ruh0Nh1h2]rrRrjn`X C10H11N4O14P3rjp`jq`jr`Jjs`GubGjmG?jO`)r}r(hXidp_crhXIDP C10H11N4O11P2rh}rh}r(Xbigg.metaboliterXidprXbiocycrXMETA:IDPrXchebir]r(X CHEBI:13371rX CHEBI:17808rX CHEBI:19270rX CHEBI:43252rX CHEBI:58280rX CHEBI:5848reXhmdbrX HMDB03335rX kegg.compoundrXC00104rXmetanetx.chemicalrXMNXM495rX seed.compoundrXcpd00090ruh0Nh1h2]rrRrjn`X C10H11N4O11P2rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXADMDCrhX Adenosylmethionine decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADMDCrXbiocycrXMETA:SAMDECARB-RXNrXec-coderX4.1.1.50rX kegg.reactionrXR00178rXmetanetx.reactionrX MNXR95455rXrhear]r(X15981rX15982rX15983rX15984reujG`Xb0120rjH`h#jI`h2]rj1arRrjM`}r(j%bGjnGjO`)r}r(hXametam_crhXS-Adenosylmethioninaminerh}rh}r(Xbigg.metaboliterXametamrXbiocycrXMETA:S-ADENOSYLMETHIONINAMINErXchebir]r(X CHEBI:10906rX CHEBI:12743rX CHEBI:12762rX CHEBI:15625rX CHEBI:22035rX CHEBI:57443rX CHEBI:8947reXhmdbrX HMDB00988rX kegg.compoundrXC01137rXmetanetx.chemicalrXMNXM321rX seed.compoundrXcpd00837ruh0Nh1h2]rrRrjn`X C14H24N6O3Srjp`jq`jr`Kjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXADNCYCrhXAdenylate cyclaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XADNCYCrXbiocycrXMETA:ADENYLATECYC-RXNrXec-coderX4.6.1.1rX kegg.reactionrXR00089rXmetanetx.reactionrX MNXR95444rXrhear]r(X15389rX15390rX15391rX15392reujG`Xb3806rjH`h#jI`h2]rjCarRr jM`}r!(jbGjO`)r"}r#(hXcamp_cr$hXCAMP C10H11N5O6Pr%h}r&h}r'(Xbigg.metaboliter(Xcampr)Xbiocycr*X META:CAMPr+Xchebir,]r-(X CHEBI:11673r.X CHEBI:1325r/X CHEBI:17489r0X CHEBI:19827r1X CHEBI:41588r2X CHEBI:58165r3eXhmdbr4X HMDB00058r5X kegg.compoundr6XC00575r7Xmetanetx.chemicalr8XMNXM243r9X seed.compoundr:Xcpd00446r;uh0Nh1h2]r<r=Rr>jn`X C10H11N5O6Pr?jp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r@}rA(hXADNK1rBhXAdenosine kinaserCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXADNK1rHXbiocycrIXMETA:ADENOSINE-KINASE-RXNrJXec-coderK]rL(X2.7.1.20rMX2.7.1.74rNeX kegg.reactionrOXR00185rPXmetanetx.reactionrQX MNXR95456rRXrhearS]rT(X20824rUX20825rVX20826rWX20827rXeujG`Xb0474rYjH`h#jI`h2]rZjar[Rr\jM`}r](jGjbGjmG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r^}r_(hXADNUCr`hXAdenosine hydrolaserah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreXADNUCrfXbiocycrgXMETA:ADENOSINE-NUCLEOSIDASE-RXNrhXec-coderi]rj(X3.2.2.1rkX3.2.2.7rlX3.2.2.8rmeX kegg.reactionrnXR01245roXmetanetx.reactionrpX MNXR95459rqXrhearr]rs(X18669rtX18670ruX18671rvX18672rweujG`Xb0030rxjH`h#jI`h2]ryjUarzRr{jM`}r|(jGjgfGj G?jO`)r}}r~(hXrib__D_crhXD-Riboserh}rh}r(Xbigg.metaboliterXrib__DrXbiocycr]r(XMETA:D-RibofuranoserXMETA:D-RibopyranosereXchebir]r(X CHEBI:13011rX CHEBI:16988rX CHEBI:21078rX CHEBI:4233rX CHEBI:46999rX CHEBI:47006rX CHEBI:47013reXhmdbrX HMDB00283rX kegg.compoundr]r(XC00121rXC21057reXmetanetx.chemicalrXMNXM242rX seed.compoundrXcpd00105ruh0Nh1h2]rrRrjn`XC5H10O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ADNt2pp_copy1rhh#h}rh}r(jC`X SBO:0000375rXbiocycr]r(XMETA:TRANS-RXN-108ArXMETA:TRANS-RXN-203reXmetanetx.reactionrX MNXR95461rXrhear]r(X29987rX29988rX29989rX29990reujG`Xb2964 or b2393rjH`h#jI`h2]r(jgjyerRrjM`}r(jݹGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX ADNt2pp_copy2rhh#h}rh}r(jC`X SBO:0000375rXbiocycr]r(XMETA:TRANS-RXN-108ArXMETA:TRANS-RXN-203reXmetanetx.reactionrX MNXR95461rXrhear]r(X29987rX29988rX29989rX29990reujG`Xb2406rjH`h#jI`h2]rjarRrjM`}r(jݹGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXADNtexrhX>Adenosine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADNtexrXmetanetx.reactionrX MNXR95460rujG`Xb0411rjH`h#jI`h2]rjarRrjM`}r(juGjݹG?uh0Njt`G@ju`G@@ubj<`)r}r(hXADOCBIKrhXAdenosyl cobinamide kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADOCBIKrXbiocycrXMETA:COBINAMIDEKIN-RXNrXec-coderX 2.7.1.156rX kegg.reactionrXR05221rXmetanetx.reactionrX MNXR95465rujG`Xb1993rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXadocbi_crhXAdenosyl cobinamiderh}rh}r(Xbigg.metaboliterXadocbirXbiocycrXMETA:ADENOSYLCOBINAMIDErXhmdbr]r(X HMDB06903rX HMDB06964reX kegg.compoundrXC06508rXmetanetx.chemicalrX MNXM90790rX seed.compoundrXcpd03918ruh0Nh1h2]rr Rr jn`XC58H84CoN16O11r jp`jq`jr`Kjs`GubGjbGjG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r }r (hXADOCBLSrhX'Adenosylcobalamin 5'-phosphate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADOCBLSrXbiocycrXMETA:COBALAMINSYN-RXNrXec-coderX2.7.8.26rX kegg.reactionrXR05223rXmetanetx.reactionrX MNXR95469rujG`Xb1992rjH`h#jI`h2]rjarRr jM`}r!(jGjO`)r"}r#(hXrdmbzi_cr$hX.N1-(alpha-D-ribosyl)-5,6-dimethylbenzimidazoler%h}r&h}r'(Xbigg.metaboliter(Xrdmbzir)Xbiocycr*XMETA:ALPHA-RIBAZOLEr+Xchebir,X CHEBI:10329r-Xhmdbr.X HMDB11112r/X kegg.compoundr0XC05775r1Xmetanetx.chemicalr2XMNXM1539r3X seed.compoundr4Xcpd03423r5uh0Nh1h2]r6r7Rr8jn`X C14H18N2O4r9jp`jq`jr`Kjs`GubGjaG?jO`)r:}r;(hXgmp_cr<hXGMP C10H12N5O8Pr=h}r>h}r?(Xbigg.metaboliter@XgmprAXbiocycrBXMETA:GMPrCXchebirD]rE(X CHEBI:13341rFX CHEBI:14381rGX CHEBI:17345rHX CHEBI:24449rIX CHEBI:24450rJX CHEBI:29058rKX CHEBI:40119rLX CHEBI:42615rMX CHEBI:42647rNX CHEBI:42831rOX CHEBI:42887rPX CHEBI:42892rQX CHEBI:42979rRX CHEBI:47450rSX CHEBI:5228rTX CHEBI:58115rUeX kegg.compoundrVXC00144rWXmetanetx.chemicalrXXMNXM113rYX seed.compoundrZXcpd00126r[uh0Nh1h2]r\r]Rr^jn`X C10H12N5O8Pr_jp`jq`jr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r`}ra(hX ADOCBLabcpprbhX6Adenosylcobalamin transport via ABC system (periplasm)rch}rdh}re(jC`X SBO:0000375rfX bigg.reactionrgX ADOCBLabcpprhXmetanetx.reactionriX MNXR95471rjujG`Xb1709 and b1711 and b0158rkjH`h#jI`h2]rl(jjjermRrnjM`}ro(jO`)rp}rq(hXadocbl_prrhXAdenosylcobalaminrsh}rth}ru(Xbigg.metabolitervXadocblrwXbiocycrxXMETA:ADENOSYLCOBALAMINryXhmdbrzX HMDB02086r{X kegg.compoundr|XC00194r}X kegg.drugr~XD00042rXmetanetx.chemicalrX MNXM90703rX seed.compoundrXcpd00166ruh0Nh1h2]rrRrjn`XC72H100CoN18O17Prjp`jcjr`Kjs`GubGjbGjgfGjaG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX ADOCBLtonexrhX5Adenosylcobalimin transport via ton system (extermal)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ADOCBLtonexrXmetanetx.reactionrX MNXR95472rujG`X#b3966 and b3006 and b1252 and b3005rjH`h#jI`h2]r(jj j- j erRrjM`}r(juGj̪GjpG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXADPRDPrhXADPribose diphosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADPRDPrXec-coderX3.6.1.13rXmetanetx.reactionrX MNXR95480rujG`Xb3397 or b3034rjH`h#jI`h2]r(j? jQ erRrjM`}r(jO`)r}r(hXadprib_crhXADPribose C15H21N5O14P2rh}rh}r(Xbigg.metaboliterXadpribrXbiocycrX!META:ADENOSINE_DIPHOSPHATE_RIBOSErXchebir]r(X CHEBI:13231rX CHEBI:16960rX CHEBI:20850rX CHEBI:2351rX CHEBI:32889rX CHEBI:40752rX CHEBI:57967reX kegg.compoundr]r(XC00301rXC01882reXmetanetx.chemicalrX MNXM48596rX seed.compoundr]r(Xcpd00251rXcpd01296reuh0Nh1h2]rrRrjn`X C15H21N5O14P2rjp`jq`jr`Jjs`GubGjgfGjG?jnG@jO`)r}r(hXr5p_crhXAlpha-D-Ribose 5-phosphaterh}rh}r(Xbigg.metaboliterXr5prXbiocycrXMETA:CPD-15318rXchebir]r(X CHEBI:10270rX CHEBI:12331rX CHEBI:18189rX CHEBI:22413reX kegg.compoundrXC03736rXmetanetx.chemicalrX MNXM15900rX seed.compoundrXcpd19028ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXADPTrhX!Adenine phosphoribosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADPTrXbiocycrXMETA:ADENPRIBOSYLTRAN-RXNrXec-coder]r(X2.4.2.7rX2.4.2.8reX kegg.reactionrXR00190rXmetanetx.reactionrX MNXR95482rXrhear]r(X16609rX16610rX16611rX16612reujG`Xb0469rjH`h#jI`h2]rjc arRrjM`}r(j GjO`)r}r(hXprpp_crhX&5-Phospho-alpha-D-ribose 1-diphosphaterh}rh}r(Xbigg.metaboliter Xprppr Xbiocycr X META:PRPPr Xchebir ]r(X CHEBI:12159rX CHEBI:12160rX CHEBI:17111rX CHEBI:20625rX CHEBI:2121rX CHEBI:45139rX CHEBI:58017reXhmdbrX HMDB62643rX kegg.compoundrXC00119rXmetanetx.chemicalrXMNXM91rX seed.compoundrXcpd00103ruh0Nh1h2]rrRr jn`X C5H8O14P3r!jp`jq`jr`Jjs`GubGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r"}r#(hXADSKr$hXAdenylyl-sulfate kinaser%h}r&h}r'(jC`X SBO:0000375r(X bigg.reactionr)XADSKr*Xbiocycr+XMETA:ADENYLYLSULFKIN-RXNr,Xec-coder-X2.7.1.25r.X kegg.reactionr/XR00509r0Xmetanetx.reactionr1X MNXR95159r2Xrhear3]r4(X24152r5X24153r6X24154r7X24155r8eujG`Xb2750r9jH`h#jI`h2]r:ju ar;Rr<jM`}r=(jO`)r>}r?(hXaps_cr@hXAdenosine 5'-phosphosulfaterAh}rBh}rC(Xbigg.metaboliterDXapsrEXbiocycrFXMETA:APSrGXchebirH]rI(X CHEBI:12059rJX CHEBI:13741rKX CHEBI:13743rLX CHEBI:17709rMX CHEBI:22247rNX CHEBI:2486rOX CHEBI:40562rPX CHEBI:58243rQeX kegg.compoundrRXC00224rSXmetanetx.chemicalrTXMNXM287rUX seed.compoundrVXcpd00193rWuh0Nh1h2]rXrYRrZjn`X C10H12N5O10PSr[jp`jq`jr`Jjs`GubGjbGjmG?jnG?jO`)r\}r](hXpaps_cr^hX3'-Phosphoadenylyl sulfater_h}r`h}ra(Xbigg.metaboliterbXpapsrcXbiocycrdX META:PAPSreXchebirf]rg(X CHEBI:11679rhX CHEBI:11680riX CHEBI:1353rjX CHEBI:17980rkX CHEBI:19857rlX CHEBI:58339rmeXhmdbrnX HMDB62646roX kegg.compoundrpXC00053rqXmetanetx.chemicalrrXMNXM49rsX seed.compoundrtXcpd00044ruuh0Nh1h2]rvrwRrxjn`XC10H11N5O13P2Sryjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rz}r{(hXADSL1rr|hXAdenylsuccinate lyaser}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXADSL1rrXbiocycrXMETA:AMPSYN-RXNrXec-coderX4.3.2.2rX kegg.reactionrXR01083rXmetanetx.reactionrX MNXR95493rXrhear]r(X16853rX16854rX16855rX16856reujG`Xb1131rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hXdcamp_crhXN6-(1,2-Dicarboxyethyl)-AMPrh}rh}r(Xbigg.metaboliterXdcamprXbiocycrXMETA:ADENYLOSUCCrXchebir]r(X CHEBI:12656rX CHEBI:12657rX CHEBI:15919rX CHEBI:21857rX CHEBI:22262rX CHEBI:39869rX CHEBI:57567rX CHEBI:7405reXhmdbrX HMDB59653rX kegg.compoundrXC03794rXmetanetx.chemicalrXMNXM565rX seed.compoundrXcpd02375ruh0Nh1h2]rrRrjn`X C14H14N5O11Prjp`jq`jr`Jjs`GubGjG?jO`)r}r(hXfum_crhXFumaraterh}rh}r(Xbigg.metaboliterXfumrXbiocycrXMETA:FUMrXchebir]r(X CHEBI:14284rX CHEBI:18012rX CHEBI:22956rX CHEBI:22957rX CHEBI:22958rX CHEBI:24122rX CHEBI:24124rX CHEBI:29806rX CHEBI:36180rX CHEBI:37154rX CHEBI:37155rX CHEBI:42511rX CHEBI:42743rX CHEBI:5190reXhmdbrX HMDB00134rX kegg.compoundrXC00122rX kegg.drugrXD02308rXmetanetx.chemicalrXMNXM93rX seed.compoundrXcpd00106ruh0Nh1h2]rrRrjn`XC4H2O4rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXADSL2rrhXAdenylosuccinate lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXADSL2rrXbiocycrXMETA:AICARSYN-RXNrXec-coderX4.3.2.2rXmetanetx.reactionrX MNXR95494rujG`Xb1131rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hX25aics_crhXG(S)-2-[5-Amino-1-(5-phospho-D-ribosyl)imidazole-4-carboxamido]succinaterh}rh}r(Xbigg.metaboliterX25aicsrXbiocycrX(META:P-RIBOSYL-4-SUCCCARB-AMINOIMIDAZOLErXchebir]r(X CHEBI:18971rX CHEBI:28208rX CHEBI:576reXhmdbr]r(X HMDB00797rX HMDB06274reX kegg.compoundrXC04811rXmetanetx.chemicalrX MNXM32478rX seed.compoundr Xcpd02921r uh0Nh1h2]r r Rr jn`X C13H15N4O12Prjp`jq`jr`Jjs`GubGjO`)r}r(hXaicar_crhX65-Amino-1-(5-Phospho-D-ribosyl)imidazole-4-carboxamiderh}rh}r(Xbigg.metaboliterXaicarrXbiocycrX META:AICARrXchebir]r(X CHEBI:12102rX CHEBI:18406rX CHEBI:18966rX CHEBI:40739rX CHEBI:573rX CHEBI:58475r eXhmdbr!X HMDB01517r"X kegg.compoundr#XC04677r$Xmetanetx.chemicalr%XMNXM365r&X seed.compoundr'Xcpd02851r(uh0Nh1h2]r)r*Rr+jn`X C9H13N4O8Pr,jp`jq`jr`Jjs`GubG?jG?uh0Njt`G@ju`G@@ubj<`)r-}r.(hXADSSr/hXAdenylosuccinate synthaser0h}r1h}r2(jC`X SBO:0000375r3X bigg.reactionr4XADSSr5Xbiocycr6X"META:ADENYLOSUCCINATE-SYNTHASE-RXNr7Xec-coder8X6.3.4.4r9X kegg.reactionr:XR01135r;Xmetanetx.reactionr<X MNXR95495r=Xrhear>]r?(X15753r@X15754rAX15755rBX15756rCeujG`Xb4177rDjH`h#jI`h2]rEj arFRrGjM`}rH(jbGjJfGjO`)rI}rJ(hXimp_crKhXIMP C10H11N4O8PrLh}rMh}rN(Xbigg.metaboliterOXimprPXbiocycrQXMETA:IMPrRXchebirS]rT(X CHEBI:12057rUX CHEBI:12063rVX CHEBI:13372rWX CHEBI:13373rXX CHEBI:14457rYX CHEBI:17202rZX CHEBI:19271r[X CHEBI:43418r\X CHEBI:43475r]X CHEBI:43524r^X CHEBI:43528r_X CHEBI:43563r`X CHEBI:43611raX CHEBI:47501rbX CHEBI:58053rcX CHEBI:5849rdeX kegg.compoundreXC00130rfXmetanetx.chemicalrgXMNXM125rhX seed.compoundriXcpd00114rjuh0Nh1h2]rkrlRrmjn`X C10H11N4O8Prnjp`jq`jr`Jjs`GubGjG?jZG?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)ro}rp(hXAGDCrqhX+N-acetylglucosamine-6-phosphate deacetylaserrh}rsh}rt(jC`X SBO:0000375ruX bigg.reactionrvXAGDCrwXbiocycrxXMETA:NAG6PDEACET-RXNryXec-coderzX3.5.1.25r{X kegg.reactionr|XR02059r}Xmetanetx.reactionr~X MNXR95528rXrhear]r(X22936rX22937rX22938rX22939reujG`Xb0677rjH`h#jI`h2]rj arRrjM`}r(jGjgfGj.G?jO`)r}r(hXgam6p_crhXD-Glucosamine 6-phosphaterh}rh}r(Xbigg.metaboliterXgam6prXbiocycrXMETA:D-GLUCOSAMINE-6-PrXchebir]r(X CHEBI:12962rX CHEBI:47987rX CHEBI:58725reX kegg.compoundrXC00352rXmetanetx.chemicalrXMNXM370rX seed.compoundrXcpd00288ruh0Nh1h2]rrRrjn`X C6H13NO8Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGM3PArhXCN-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tripeptide amidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGM3PArXmetanetx.reactionrX MNXR95543rujG`Xb0110rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hX anhgm3p_crhX;N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tripeptiderh}rh}r(Xbigg.metaboliterXanhgm3prXbiocycrXMETA:CPD0-2155rXmetanetx.chemicalrX MNXM63489rX seed.compoundrXcpd15397ruh0Nh1h2]rrRrjn`X C34H52N6O19rjp`jq`jr`Jjs`GubGjgfGjJG?jO`)r}r(hXanhgm_crhX5N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramic acidrh}rh}r(Xbigg.metaboliterXanhgmrXmetanetx.chemicalrXMNXM3060rX seed.compoundrXcpd15396ruh0Nh1h2]rrRrjn`X C19H29N2O12rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGM3PApprhXON-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tripeptide amidase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGM3PApprXmetanetx.reactionrX MNXR95543rujG`Xb2817 or b2435 or b4169rjH`h#jI`h2]r(j j j erRrjM`}r(jO`)r}r(hX anhgm3p_prhX;N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tripeptiderh}rh}r(Xbigg.metaboliterXanhgm3prXbiocycrXMETA:CPD0-2155rXmetanetx.chemicalrX MNXM63489rX seed.compoundrXcpd15397ruh0Nh1h2]rrRrjn`X C34H52N6O19rjp`jcjr`Jjs`GubGjDGj:G?jO`)r}r(hXanhgm_prhX5N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramic acidrh}rh}r(Xbigg.metaboliterXanhgmrXmetanetx.chemicalrXMNXM3060rX seed.compoundrXcpd15396ruh0Nh1h2]rrRrjn`X C19H29N2O12rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r (hXAGM3PHr hX]N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tripeptide beta -1,4-N-acetylglucosaminidaser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXAGM3PHrXmetanetx.reactionrX MNXR95544rujG`Xb1107rjH`h#jI`h2]rj arRrjM`}r(jGjgfGjG?jO`)r}r(hXanhm3p_crhX(1,6-anhydrous-N-Acetylmuramyl-tripeptiderh}rh}r(Xbigg.metaboliterXanhm3prXbiocycr XMETA:CPD0-2284r!Xmetanetx.chemicalr"X MNXM32389r#X seed.compoundr$Xcpd15400r%uh0Nh1h2]r&r'Rr(jn`X C26H39N5O14r)jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r*}r+(hX AGM3Pt2ppr,hXGGlcNAc-anhMurNAc tripeptide transport in via proton symport (periplasm)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1X AGM3Pt2ppr2Xmetanetx.reactionr3X MNXR95545r4ujG`Xb0433r5jH`h#jI`h2]r6j ar7Rr8jM`}r9(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r:}r;(hXAGM4PAr<hXEN-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptide amidaser=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAXAGM4PArBXmetanetx.reactionrCX MNXR95546rDujG`Xb0110rEjH`h#jI`h2]rFj arGRrHjM`}rI(jO`)rJ}rK(hX anhgm4p_crLhX=N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptiderMh}rNh}rO(Xbigg.metaboliterPXanhgm4prQXbiocycrRXMETA:CPD0-2292rSXmetanetx.chemicalrTX MNXM63488rUX seed.compoundrVXcpd15398rWuh0Nh1h2]rXrYRrZjn`X C37H57N7O20r[jp`jq`jr`Jjs`GubGjgfGjֿG?jG?uh0Njt`Gju`G@@ubj<`)r\}r](hXAGM4PAppr^hXQN-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptide amidase (periplasm)r_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcXAGM4PApprdXmetanetx.reactionreX MNXR95546rfujG`Xb2817 or b2435 or b4169rgjH`h#jI`h2]rh(j j j eriRrjjM`}rk(jO`)rl}rm(hX anhgm4p_prnhX=N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptideroh}rph}rq(Xbigg.metaboliterrXanhgm4prsXbiocycrtXMETA:CPD0-2292ruXmetanetx.chemicalrvX MNXM63488rwX seed.compoundrxXcpd15398ryuh0Nh1h2]rzr{Rr|jn`X C37H57N7O20r}jp`jcjr`Jjs`GubGjDGjG?jG?uh0Njt`Gju`G@@ubj<`)r~}r(hXAGM4PCPrhXRN-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptide L,D-carboxypeptidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGM4PCPrXmetanetx.reactionrX MNXR95547rujG`Xb1192rjH`h#jI`h2]rjSarRrjM`}r(jJGjgfGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX AGM4PCPpprhX`N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptide L,D-carboxypeptidase (periplasmic)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX AGM4PCPpprXmetanetx.reactionrX MNXR95547rujG`h#jH`h#jI`h2]rrRrjM`}r(jlGjDGj)G?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGM4PHrhX_N-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl-tetrapeptide beta -1,4-N-acetylglucosaminidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGM4PHrXmetanetx.reactionrX MNXR95548rujG`Xb1107rjH`h#jI`h2]rj arRrjM`}r(jJGjgfGjG?jO`)r}r(hXanhm4p_crhX*1,6-anhydrous-N-Acetylmuramyl-tetrapeptiderh}rh}r(Xbigg.metaboliterXanhm4prXmetanetx.chemicalrXMNXM5405rX seed.compoundrXcpd15401ruh0Nh1h2]rrRrjn`X C29H44N6O15rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX AGM4Pt2pprhXIGlcNAc-anhMurNAc tetrapeptide transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX AGM4Pt2pprXmetanetx.reactionrX MNXR95549rujG`Xb0433rjH`h#jI`h2]rj arRrjM`}r(jlGj̪GjJG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGMHrhXRN-Acetyl-D-glucosamine(anhydrous)N-Acetylmuramyl beta -1,4-N-acetylglucosaminidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGMHrXmetanetx.reactionrX MNXR95550rujG`Xb1107rjH`h#jI`h2]rj arRrjM`}r(jGjgfGjG?jO`)r}r(hXanhm_crhX1,6-anhydrous-N-Acetylmuramaterh}rh}r(Xbigg.metaboliterXanhmrXmetanetx.chemicalrX MNXM90585rX seed.compoundrXcpd15399ruh0Nh1h2]rrRrjn`X C11H16NO7rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGMHErhX'ADP-D-glycero-D-manno-heptose epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGMHErXbiocycrXMETA:5.1.3.20-RXNrXec-coderX5.1.3.20rX kegg.reactionrXR05176rXmetanetx.reactionrX MNXR95551rXrhear]r(X17577rX17578rX17579rX17580reujG`Xb3619rjH`h#jI`h2]rj) arRrjM`}r(jO`)r }r (hX adphep_DD_cr hXADP-D-glycero-D-manno-heptoser h}r h}r(Xbigg.metaboliterX adphep_DDrXbiocycrX"META:ADP-D-GLYCERO-D-MANNO-HEPTOSErXchebir]r(X CHEBI:13223rX CHEBI:16693rX CHEBI:20842rX CHEBI:2343rX CHEBI:57863rX CHEBI:59966rX CHEBI:59967reX kegg.compoundrXC06397rXmetanetx.chemicalrXMNXM1648rX seed.compoundr ]r!(Xcpd03830r"Xcpd29671r#euh0Nh1h2]r$r%Rr&jn`X C17H25N5O16P2r'jp`jq`jr`Jjs`GubGjO`)r(}r)(hX adphep_LD_cr*hXADP-L-glycero-D-manno-heptoser+h}r,h}r-(Xbigg.metaboliter.X adphep_LDr/Xbiocycr0X"META:ADP-L-GLYCERO-D-MANNO-HEPTOSEr1Xchebir2]r3(X CHEBI:13226r4X CHEBI:15915r5X CHEBI:20844r6X CHEBI:2347r7X CHEBI:57564r8X CHEBI:61506r9X CHEBI:61530r:eX kegg.compoundr;XC06398r<Xmetanetx.chemicalr=XMNXM857r>X seed.compoundr?Xcpd03831r@uh0Nh1h2]rArBRrCjn`X C17H25N5O16P2rDjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rE}rF(hXAGMTrGhX AgmatinaserHh}rIh}rJ(jC`X SBO:0000375rKX bigg.reactionrLXAGMTrMXbiocycrNXMETA:AGMATIN-RXNrOXec-coderPX3.5.3.11rQX kegg.reactionrRXR01157rSXmetanetx.reactionrTX MNXR95554rUXrhearV]rW(X13929rXX13930rYX13931rZX13932r[eujG`Xb2937r\jH`h#jI`h2]r]j; ar^Rr_jM`}r`(jO`)ra}rb(hXagm_crchXAgmatinerdh}reh}rf(Xbigg.metabolitergXagmrhXbiocycriXMETA:AGMATHINErjXchebirk]rl(X CHEBI:13747rmX CHEBI:17431rnX CHEBI:18576roX CHEBI:2514rpX CHEBI:40556rqX CHEBI:58145rreXhmdbrs]rt(X HMDB01432ruX HMDB60259rveX kegg.compoundrwXC00179rxXmetanetx.chemicalryXMNXM328rzX seed.compoundr{Xcpd00152r|uh0Nh1h2]r}r~Rrjn`XC5H16N4rjp`jq`jr`Kjs`GubGjgfGjpkG?jO`)r}r(hXurea_crhX Urea CH4N2Orh}rh}r(Xbigg.metaboliterXurearXbiocycrX META:UREArXchebir]r(X CHEBI:134711rX CHEBI:15292rX CHEBI:16199rX CHEBI:27218rX CHEBI:32285rX CHEBI:46379rX CHEBI:48376rX CHEBI:9888reXhmdbrX HMDB00294rX kegg.compoundrXC00086rX kegg.drugr]r(XD00023rXD01749rXD10496reXmetanetx.chemicalrXMNXM117rX seed.compoundrXcpd00073ruh0Nh1h2]rrRrjn`XCH4N2Orjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGMt2pprhX<GlcNAc-anhMurNAc transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGMt2pprXmetanetx.reactionrX MNXR95555rujG`Xb0433rjH`h#jI`h2]rj arRrjM`}r(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGMtexrhX=Agmatine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGMtexrXmetanetx.reactionrX MNXR95556rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j vGjO`)r}r(hXagm_prhXAgmatinerh}rh}r(Xbigg.metaboliterXagmrXbiocycrXMETA:AGMATHINErXchebir]r(X CHEBI:13747rX CHEBI:17431rX CHEBI:18576rX CHEBI:2514rX CHEBI:40556rX CHEBI:58145reXhmdbr]r(X HMDB01432rX HMDB60259reX kegg.compoundrXC00179rXmetanetx.chemicalrXMNXM328rX seed.compoundrXcpd00152ruh0Nh1h2]rrRrjn`XC5H16N4rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAGPAT120rhXC1-tetradecanoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGPAT120rXec-coderX2.3.1.51rXmetanetx.reactionrX MNXR95558rujG`Xb3018rjH`h#jI`h2]rjM arRrjM`}r(jO`)r}r(hX 1ddecg3p_crhX$1-dodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX1ddecg3prXbiocycrXMETA:CPD0-2200rXchebir]r(X CHEBI:62840rX CHEBI:72682reX lipidmapsrX LMGP10050015rXmetanetx.chemicalrXMNXM4232r X seed.compoundr Xcpd15325r uh0Nh1h2]r r Rrjn`X C15H29O7P1rjp`jq`jr`Jjs`GubGjGjrG?jO`)r}r(hXpa120_crhX(1,2-didodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa120rXmetanetx.chemicalrX MNXM90509rX seed.compoundrXcpd15521ruh0Nh1h2]rrRrjn`X C27H51O8P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r!(hXAGPAT140r"hXC1-tetradecanoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C14:0)r#h}r$h}r%(jC`X SBO:0000375r&X bigg.reactionr'XAGPAT140r(Xec-coder)X2.3.1.51r*Xmetanetx.reactionr+X MNXR95559r,ujG`Xb3018r-jH`h#jI`h2]r.jM ar/Rr0jM`}r1(jO`)r2}r3(hX 1tdecg3p_cr4hX'1-tetradecanoyl-sn-glycerol 3-phosphater5h}r6h}r7(Xbigg.metaboliter8X1tdecg3pr9Xbiocycr:XMETA:CPD-18379r;Xchebir<]r=(X CHEBI:62833r>X CHEBI:72683r?eXhmdbr@X HMDB62321rAX lipidmapsrBX LMGP10050007rCXmetanetx.chemicalrDXMNXM3426rEX seed.compoundrFXcpd15331rGuh0Nh1h2]rHrIRrJjn`X C17H33O7P1rKjp`jq`jr`Jjs`GubGj?GjrG?jO`)rL}rM(hXpa140_crNhX+1,2-ditetradecanoyl-sn-glycerol 3-phosphaterOh}rPh}rQ(Xbigg.metaboliterRXpa140rSXbiocycrTXMETA:CPD0-1425rUXchebirV]rW(X CHEBI:62085rXX CHEBI:83321rYX CHEBI:83550rZX CHEBI:84266r[eX lipidmapsr\X LMGP10010026r]Xmetanetx.chemicalr^X MNXM51017r_X seed.compoundr`]ra(Xcpd15522rbXcpd26150rceuh0Nh1h2]rdreRrfjn`X C31H59O8P1rgjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rh}ri(hXAGPAT141rjhXF1-tetradec-7-enoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C14:1)rkh}rlh}rm(jC`X SBO:0000375rnX bigg.reactionroXAGPAT141rpXec-coderqX2.3.1.51rrXmetanetx.reactionrsX MNXR95560rtujG`Xb3018rujH`h#jI`h2]rvjM arwRrxjM`}ry(jO`)rz}r{(hX 1tdec7eg3p_cr|hX*1-tetradec-7-enoyl-sn-glycerol 3-phosphater}h}r~h}r(Xbigg.metaboliterX 1tdec7eg3prXmetanetx.chemicalrX MNXM91053rX seed.compoundrXcpd15330ruh0Nh1h2]rrRrjn`X C17H31O7P1rjp`jq`jr`Jjs`GubGj_GjrG?jO`)r}r(hXpa141_crhX.1,2-ditetradec-7-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa141rXmetanetx.chemicalrX MNXM90512rX seed.compoundrXcpd15523ruh0Nh1h2]rrRrjn`X C31H55O8P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGPAT160rhXB1-hexadecanoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGPAT160rXec-coderX2.3.1.51rXmetanetx.reactionrX MNXR95561rujG`Xb3018rjH`h#jI`h2]rjM arRrjM`}r(jO`)r}r(hX 1hdecg3p_crhX&1-hexadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX1hdecg3prXmetanetx.chemicalrX MNXM90586rX seed.compoundrXcpd15327ruh0Nh1h2]rrRrjn`X C19H37O7P1rjp`jq`jr`Jjs`GubGjGjrG?jO`)r}r(hXpa160_crhX*1,2-dihexadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa160rXbiocycrXMETA:CPD0-1422rXchebir]r(X CHEBI:72859rX CHEBI:73246reXhmdbr]r(X HMDB00674rX HMDB07857reX lipidmapsrX LMGP10010027rXmetanetx.chemicalrX MNXM17312rX seed.compoundr]r(Xcpd15524rXcpd26147reuh0Nh1h2]rrRrjn`X C35H67O8P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGPAT161rhXE1-hexadec-7-enoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGPAT161rXec-coderX2.3.1.51rXmetanetx.reactionrX MNXR95564rujG`Xb3018rjH`h#jI`h2]rjM arRrjM`}r(jO`)r}r(hX 1hdec9eg3p_crhX)1-hexadec-9-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX 1hdec9eg3prXmetanetx.chemicalrX MNXM91047rX seed.compoundrXcpd15326ruh0Nh1h2]rrRrjn`X C19H35O7P1rjp`jq`jr`Jjs`GubGjGjrG?jO`)r}r(hXpa161_crhX-1,2-dihexadec-9-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa161rXmetanetx.chemicalrX MNXM90510rX seed.compoundrXcpd15525ruh0Nh1h2]rr Rr jn`X C35H63O8P1r jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r (hXAGPAT180rhXB1-octadecanoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGPAT180rXec-coderX2.3.1.51rXmetanetx.reactionrX MNXR95565rujG`Xb3018rjH`h#jI`h2]rjM arRrjM`}r(jO`)r}r(hX 1odecg3p_cr hX&1-octadecanoyl-sn-glycerol 3-phosphater!h}r"h}r#(Xbigg.metaboliter$X1odecg3pr%Xbiocycr&XMETA:CPD0-2113r'Xchebir(]r)(X CHEBI:74565r*X CHEBI:74850r+eX lipidmapsr,X LMGP10050005r-Xmetanetx.chemicalr.X MNXM32950r/X seed.compoundr0Xcpd15329r1uh0Nh1h2]r2r3Rr4jn`X C21H41O7P1r5jp`jq`jr`Jjs`GubGjvGjrG?jO`)r6}r7(hXpa180_cr8hX*1,2-dioctadecanoyl-sn-glycerol 3-phosphater9h}r:h}r;(Xbigg.metaboliter<Xpa180r=Xbiocycr>XMETA:CPD0-1423r?Xchebir@]rA(X CHEBI:82921rBX CHEBI:83774rCeX lipidmapsrDX LMGP10010028rEXmetanetx.chemicalrFX MNXM51279rGX seed.compoundrH]rI(Xcpd15526rJXcpd26148rKeuh0Nh1h2]rLrMRrNjn`X C39H75O8P1rOjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rP}rQ(hXAGPAT181rRhXE1-octadec-7-enoyl-sn-glycerol 3-phosphate O-acyltransferase (n-C18:1)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWXAGPAT181rXXec-coderYX2.3.1.51rZXmetanetx.reactionr[X MNXR95567r\ujG`Xb3018r]jH`h#jI`h2]r^jM ar_Rr`jM`}ra(jO`)rb}rc(hX 1odec11eg3p_crdhX*1-octadec-11-enoyl-sn-glycerol 3-phosphatereh}rfh}rg(Xbigg.metaboliterhX 1odec11eg3priXmetanetx.chemicalrjX MNXM91049rkX seed.compoundrlXcpd15328rmuh0Nh1h2]rnroRrpjn`X C21H39O7P1rqjp`jq`jr`Jjs`GubGjVGjrG?jO`)rr}rs(hXpa181_crthX.1,2-dioctadec-11-enoyl-sn-glycerol 3-phosphateruh}rvh}rw(Xbigg.metaboliterxXpa181ryXmetanetx.chemicalrzX MNXM90511r{X seed.compoundr|Xcpd15527r}uh0Nh1h2]r~rRrjn`X C39H71O8P1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAGPRrhX'N-acetyl-g-glutamyl-phosphate reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGPRrXbiocycrXMETA:N-ACETYLGLUTPREDUCT-RXNrXec-coderX1.2.1.38rX kegg.reactionrXR03443rXmetanetx.reactionrX MNXR95530rXrhear]r(X21588rX21589rX21590rX21591reujG`Xb3958rjH`h#jI`h2]rj_ arRrjM`}r(jdGj[iGj;nGjG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAGt3rhX(Silver transport out via proton antiportrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAGt3rXmetanetx.reactionrX MNXR95620rujG`X#b0574 and b0572 and b0573 and b0575rjH`h#jI`h2]r(jq j j j erRrjM`}r(jO`)r}r(hXag_crhXSilverrh}rh}r(Xbigg.metaboliterXagrXchebir]r(X CHEBI:30051rX CHEBI:49467rX CHEBI:49468reXhmdbrX HMDB02659rX kegg.compoundrXC06710rXmetanetx.chemicalrXMNXM5928rX seed.compoundrXcpd04100ruh0Nh1h2]rrRrjn`XAgrjp`jq`jr`Kjs`GubGjGjuG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAHCYSNSrhX#S-adenosylhomocysteine nucleosidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAHCYSNSrXbiocycrX*META:ADENOSYLHOMOCYSTEINE-NUCLEOSIDASE-RXNrXec-coderX3.2.2.9rX kegg.reactionrXR00194rXmetanetx.reactionrX MNXR95625rXrhear]r(X17805rX17806rX17807rX17808reujG`Xb0159rjH`h#jI`h2]rjarRrjM`}r(jGjgfGj G?jO`)r}r(hXrhcys_crhXS-Ribosyl-L-homocysteinerh}rh}r(Xbigg.metaboliterXrhcysrXbiocycrX META:CPD-564rXchebir]r(X CHEBI:12750rX CHEBI:17575rX CHEBI:22071rX CHEBI:45383rX CHEBI:58195rX CHEBI:8968rX CHEBI:90364reX kegg.compoundrXC03539rXmetanetx.chemicalrXMNXM1777rX seed.compoundrXcpd02227ruh0Nh1h2]rrRrjn`X C9H17NO6Srjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAICARTrhX9Phosphoribosylaminoimidazolecarboxamide formyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAICARTrXec-coder X2.1.2.3r X kegg.reactionr XR04560r Xmetanetx.reactionr X MNXR95639rXrhear]r(X22192rX22193rX22194rX22195reujG`Xb4006rjH`h#jI`h2]rj arRrjM`}r(j@aGjGjO`)r}r(hXfprica_crhX:5-Formamido-1-(5-phospho-D-ribosyl)imidazole-4-carboxamiderh}rh}r(Xbigg.metaboliter Xfpricar!Xbiocycr"X)META:PHOSPHORIBOSYL-FORMAMIDO-CARBOXAMIDEr#Xchebir$]r%(X CHEBI:12125r&X CHEBI:18381r'X CHEBI:18967r(X CHEBI:574r)X CHEBI:58467r*eXhmdbr+X HMDB62708r,X kegg.compoundr-XC04734r.Xmetanetx.chemicalr/XMNXM456r0X seed.compoundr1Xcpd02884r2uh0Nh1h2]r3r4Rr5jn`X C10H13N4O9Pr6jp`jq`jr`Jjs`GubG?jlG?uh0Njt`G@ju`G@@ubj<`)r7}r8(hXAIRC2r9hX(Phosphoribosylaminoimidazole carboxylaser:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XAIRC2r?Xec-coder@X6.3.4.18rAXmetanetx.reactionrBX MNXR95644rCXrhearD]rE(X19317rFX19318rGX19319rHX19320rIeujG`Xb0522rJjH`h#jI`h2]rKj arLRrMjM`}rN(jO`)rO}rP(hXair_crQhX(5-amino-1-(5-phospho-D-ribosyl)imidazolerRh}rSh}rT(Xbigg.metaboliterUXairrVXchebirW]rX(X CHEBI:12101rYX CHEBI:18969rZX CHEBI:2655r[X CHEBI:28843r\X CHEBI:58592r]eXhmdbr^X HMDB62575r_Xmetanetx.chemicalr`X MNXM162266rauh0Nh1h2]rbrcRrdjn`X C8H12N3O7Prejp`jq`jr`Jjs`GubGjbGjJGjO`)rf}rg(hX5caiz_crhhX(5-phosphoribosyl-5-carboxyaminoimidazolerih}rjh}rk(Xbigg.metaboliterlX5caizrmXbiocycrnX META:CPD0-181roXchebirp]rq(X CHEBI:48000rrX CHEBI:58730rseXhmdbrtX HMDB12268ruX kegg.compoundrvXC15667rwXmetanetx.chemicalrxXMNXM1409ryX seed.compoundrz]r{(Xcpd11310r|Xcpd25523r}euh0Nh1h2]r~rRrjn`X C9H11N3O9Prjp`jq`jr`Jjs`GubG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXAIRC3rhX5Phosphoribosylaminoimidazole carboxylase (mutase rxn)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAIRC3rXbiocycrX META:RXN0-743rXec-coderX 5.4.99.18rX kegg.reactionrXR07405rXmetanetx.reactionrX MNXR95645rXrhear]r(X13193rX13194rX13195rX13196reujG`Xb0523rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hX5aizc_crhX65-amino-1-(5-phospho-D-ribosyl)imidazole-4-carboxylaterh}rh}r(Xbigg.metaboliterX5aizcrXbiocycrX*META:PHOSPHORIBOSYL-CARBOXY-AMINOIMIDAZOLErXchebir]r(X CHEBI:12103rX CHEBI:18968rX CHEBI:28413rX CHEBI:41336rX CHEBI:43272rX CHEBI:575rX CHEBI:58564rX CHEBI:77657reXhmdbrX HMDB06273rX kegg.compoundrXC04751rXmetanetx.chemicalrXMNXM507rX seed.compoundrXcpd02893ruh0Nh1h2]rrRrjn`X C9H11N3O9Prjp`jq`jr`Jjs`GubGjfG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAKGDHrhX2-Oxogluterate dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAKGDHrXbiocycrXMETA:2OXOGLUTARATEDEH-RXNrXec-coder]r(X1.2.1.52rX1.2.4.2rX1.8.1.4rX2.3.1.61reX kegg.reactionrXR08549rXmetanetx.reactionrX MNXR95655rXrhear]r(X27786rX27787rX27788rX27789reujG`Xb0726 and b0116 and b0727rjH`h#jI`h2]r(j j j erRrjM`}r(jGjcGjiGjG?jeujG`Xb1488r?jH`h#jI`h2]r@j7 arARrBjM`}rC(jO`)rD}rE(hXalaala_crFhXD-Alanyl-D-alaninerGh}rHh}rI(Xbigg.metaboliterJXalaalarKXbiocycrLXMETA:D-ALA-D-ALArMXchebirN]rO(X CHEBI:12900rPX CHEBI:13749rQX CHEBI:16576rRX CHEBI:20894rSX CHEBI:4088rTX CHEBI:57822rUeXhmdbrV]rW(X HMDB03459rXX HMDB28680rYeX kegg.compoundrZXC00993r[Xmetanetx.chemicalr\XMNXM669r]X seed.compoundr^Xcpd00731r_uh0Nh1h2]r`raRrbjn`X C6H12N2O3rcjp`jq`jr`Kjs`GubGjgfGjG@uh0Njt`Gju`G@@ubj<`)rd}re(hX ALAALAabcpprfhXBD-alanyl-D-alanine (DalaDala) transport via ABC system (periplasm)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkX ALAALAabcpprlXmetanetx.reactionrmX MNXR95677rnujG`Xf( b1484 and b1486 and b1487 and b1485 and b1483 ) or ( b3541 and b3543 and b3544 and b3542 and b3540 )rojH`h#jI`h2]rp(j j j j j jI j[ jm j j erqRrrjM`}rs(jO`)rt}ru(hXalaala_prvhXD-Alanyl-D-alaninerwh}rxh}ry(Xbigg.metaboliterzXalaalar{Xbiocycr|XMETA:D-ALA-D-ALAr}Xchebir~]r(X CHEBI:12900rX CHEBI:13749rX CHEBI:16576rX CHEBI:20894rX CHEBI:4088rX CHEBI:57822reXhmdbr]r(X HMDB03459rX HMDB28680reX kegg.compoundrXC00993rXmetanetx.chemicalrXMNXM669rX seed.compoundrXcpd00731ruh0Nh1h2]rrRrjn`X C6H12N2O3rjp`jcjr`Kjs`GubGjbGjgfGjmG?jDG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXALAALArrhX'D-alanine-D-alanine ligase (reversible)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALAALArrXbiocycrXMETA:DALADALALIG-RXNrXec-coderX6.3.2.4rX kegg.reactionrXR01150rXmetanetx.reactionrX MNXR95678rXrhear]r(X11224rX11225rX11226rX11227reujG`Xb0381 or b0092rjH`h#jI`h2]r(j j erRrjM`}r(jGjbGjmG?jDG?jnG?j;nG?uh0Njt`G@ju`G@@ubj<`)r}r(hX ALAALAtexrhXRD-alanyl-D-alanine (DalaDala) transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ALAALAtexrXmetanetx.reactionrX MNXR95679rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jwGjtG?uh0Njt`G@ju`G@@ubj<`)r}r(hXALAGLUErhX"L-alanyl-gamma-glutamate epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALAGLUErXbiocycrXMETA:RXN0-5228rXec-coderX5.1.1.20rX kegg.reactionrXR10938rXmetanetx.reactionrX MNXR95690rXrhear]r(X28394rX28395rX28396rX28397reujG`Xb1325rjH`h#jI`h2]rj! arRrjM`}r(jO`)r}r(hX LalaDglu_crhXL-alanine-D-glutamaterh}rh}r(Xbigg.metaboliterXLalaDglurXbiocycrXMETA:CPD0-2190rXchebir]r(X CHEBI:61395rX CHEBI:61566reX kegg.compoundrXC20957rXmetanetx.chemicalrXMNXM3630rX seed.compoundrXcpd15385ruh0Nh1h2]rrRrjn`X C8H13N2O5rjp`jq`jr`Jjs`GubGjO`)r}r(hX LalaLglu_crhXL-alanine-L-glutamaterh}rh}r(Xbigg.metaboliterXLalaLglurXbiocycrXMETA:CPD0-1445rXchebir]r(X CHEBI:61396rX CHEBI:61565reX kegg.compoundrXC20958rXmetanetx.chemicalrXMNXM4026rX seed.compoundrXcpd15388ruh0Nh1h2]rr Rr jn`X C8H13N2O5r jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r }r (hXALARrhXAlanine racemaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALARrXbiocycrXMETA:ALARACECAT-RXNrXec-coderX5.1.1.1rX kegg.reactionrXR00401rXmetanetx.reactionrX MNXR95693rXrhear]r(X20249rX20250r X20251r!X20252r"eujG`Xb1190 or b4053r#jH`h#jI`h2]r$(j3 jE er%Rr&jM`}r'(jaGjG?uh0Njt`G@ju`G@@ubj<`)r(}r)(hXALATA_D2r*hXD-alanine transaminaser+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XALATA_D2r0Xbiocycr1XMETA:RXN0-5240r2X kegg.reactionr3XR01147r4Xmetanetx.reactionr5X MNXR95697r6Xrhear7]r8(X28562r9X28563r:X28564r;X28565r<eujG`Xb2551 or b0870r=jH`h#jI`h2]r>(jW ji er?Rr@jM`}rA(jGjkGjO`)rB}rC(hXpyam5p_crDhXPyridoxamine 5'-phosphaterEh}rFh}rG(Xbigg.metaboliterHXpyam5prIXbiocycrJXMETA:PYRIDOXAMINE-5PrKXchebirL]rM(X CHEBI:14979rNX CHEBI:14980rOX CHEBI:18335rPX CHEBI:26427rQX CHEBI:45037rRX CHEBI:58451rSX CHEBI:8670rTeXhmdbrUX HMDB01555rVX kegg.compoundrWXC00647rXXmetanetx.chemicalrYXMNXM366rZX seed.compoundr[Xcpd00493r\uh0Nh1h2]r]r^Rr_jn`X C8H12N2O5Pr`jp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)ra}rb(hXALATA_LrchXL-alanine transaminaserdh}reh}rf(jC`X SBO:0000375rgX bigg.reactionrhXALATA_LriXbiocycrj]rk(X!META:ALANINE-AMINOTRANSFERASE-RXNrlXMETA:RXN-13698rmeXec-codernX2.6.1.2roX kegg.reactionrpXR00258rqXmetanetx.reactionrrX MNXR95698rsXrheart]ru(X19453rvX19454rwX19455rxX19456ryeujG`Xb2290 or b2379rzjH`h#jI`h2]r{(j j{ er|Rr}jM`}r~(jGjaGjeG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXALATA_L2rhXAlanine transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALATA_L2rXmetanetx.reactionrX MNXR95699rXrhear]r(X30023rX30024rX30025rX30026reujG`Xb0870 or b2551rjH`h#jI`h2]r(jW ji erRrjM`}r(jaGjkGjBG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXALATRSrhXAlanyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALATRSrXec-coderX6.1.1.7rXmetanetx.reactionrX MNXR95701rujG`Xb2697rjH`h#jI`h2]rj arRrjM`}r(jaGjbGjO`)r}r(hX trnaala_crhX TRNA(Ala)rh}rh}r(Xbigg.metaboliterXtrnaalarXbiocycrXMETA:ALA-tRNAsrXchebir]r(X CHEBI:10672rX CHEBI:15166rX CHEBI:29170reX kegg.compoundrXC01635rXmetanetx.chemicalrX MNXM89576rX seed.compoundr]r(Xcpd11906rXcpd22249reuh0Nh1h2]rrRrjn`XRrjp`jq`jr`Kjs`GubGjO`)r}r(hX alatrna_crhXL-Alanyl-tRNA(Ala)rh}rh}r(Xbigg.metaboliterXalatrnarXchebir]r(X CHEBI:13070rX CHEBI:13071rX CHEBI:17732rX CHEBI:6172reXmetanetx.chemicalrX MNXM89815rX seed.compoundrXcpd16181ruh0Nh1h2]rrRrjn`XC3H6NORrjp`jq`jr`Kjs`GubG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXALAabcpprhX.L-alanine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALAabcpprXmetanetx.reactionrX MNXR95703rujG`X-b3460 and b3455 and b3454 and b3457 and b3456rjH`h#jI`h2]r(j j j j j erRrjM`}r(jO`)r}r(hXala__L_prhX L-Alaninerh}rh}r(Xbigg.metaboliterXala__LrXbiocycrXMETA:L-ALPHA-ALANINErXchebir]r(X CHEBI:13069rX CHEBI:132498rX CHEBI:13748rX CHEBI:16449rX CHEBI:16977rX CHEBI:21216rX CHEBI:22277rX CHEBI:2539rX CHEBI:32431rX CHEBI:32432rX CHEBI:32439rX CHEBI:32440rX CHEBI:40734rX CHEBI:40735rX CHEBI:46308rX CHEBI:57972rX CHEBI:6171rX CHEBI:66916rX CHEBI:76050reXhmdbr]r(X HMDB00161r X HMDB62251r eX kegg.compoundr ]r (XC00041r XC01401reX kegg.drugrXD00012rXmetanetx.chemicalrXMNXM32rX seed.compoundr]r(Xcpd00035rXcpd01003reuh0Nh1h2]rrRrjn`XC3H7NO2rjp`jcjr`Kjs`GubGjbGjgfGjmG?jaG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX ALAt2pp_copy1rhh#h}rh}r(jC`X SBO:0000375r Xbiocycr!XMETA:RXN0-5202r"Xmetanetx.reactionr#X MNXR95704r$Xrhear%]r&(X29443r'X29444r(X29445r)X29446r*eujG`Xb4208r+jH`h#jI`h2]r,j ar-Rr.jM`}r/(jGj̪GjaG?jnG?uh0Njt`Gju`G@@ubj<`)r0}r1(hX ALAt2pp_copy2r2hh#h}r3h}r4(jC`X SBO:0000375r5Xbiocycr6XMETA:RXN0-5202r7Xmetanetx.reactionr8X MNXR95704r9Xrhear:]r;(X29443r<X29444r=X29445r>X29446r?eujG`h#jH`h#jI`h2]r@rARrBjM`}rC(jGj̪GjaG?jnG?uh0Njt`G@ju`G@@ubj<`)rD}rE(hXALAt4pprFhX5L-alanine transport in via sodium symport (periplasm)rGh}rHh}rI(jC`X SBO:0000375rJX bigg.reactionrKXALAt4pprLXbiocycrMXMETA:TRANS-RXN-125rNXmetanetx.reactionrOX MNXR95692rPXrhearQ]rR(X29283rSX29284rTX29285rUX29286rVeujG`Xb0007rWjH`h#jI`h2]rXj arYRrZjM`}r[(jGjeGjaG?jG?uh0Njt`Gju`G@@ubj<`)r\}r](hXALAtexr^hX>L-alanine transport via diffusion (extracellular to periplasm)r_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcXALAtexrdXmetanetx.reactionreX MNXR95706rfujG`X b1377 or b0241 or b0929 or b2215rgjH`h#jI`h2]rh(hIh[h7h eriRrjjM`}rk(jvGjG?uh0Njt`G@ju`G@@ubj<`)rl}rm(hXALCD19rnhX Alcohol dehydrogenase (glycerol)roh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXALCD19rtXec-coderu]rv(X1.1.1.21rwX1.1.1.72rxeX kegg.reactionryXR01036rzXmetanetx.reactionr{X MNXR95709r|Xrhear}]r~(X30027rX30028rX30029rX30030reujG`Xb0356rjH`h#jI`h2]rj/ arRrjM`}r(jO`)r}r(hXglyald_crhXD-Glyceraldehyderh}rh}r(Xbigg.metaboliterXglyaldrXbiocycrXMETA:GLYCERALDrXchebir]r(X CHEBI:12982rX CHEBI:17378rX CHEBI:21025rX CHEBI:39973rX CHEBI:4186reX kegg.compoundrXC00577rXmetanetx.chemicalrXMNXM435rX seed.compoundrXcpd00448ruh0Nh1h2]rrRrjn`XC3H6O3rjp`jq`jr`Kjs`GubGjnGjuh0Nh1h2]r?r@RrAjn`XC8H8OrBjp`jq`jr`Kjs`GubGjnG@j(hXall6p_cr?hXD-Allose 6-phosphater@h}rAh}rB(Xbigg.metaboliterCXall6prDXchebirE]rF(X CHEBI:12907rGX CHEBI:17942rHX CHEBI:20901rIX CHEBI:4094rJX CHEBI:58328rKeX kegg.compoundrLXC02962rMXmetanetx.chemicalrNXMNXM4545rOX seed.compoundrPXcpd01901rQuh0Nh1h2]rRrSRrTjn`XC6H11O9PrUjp`jq`jr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)rV}rW(hXALLPIrXhXAllose 6-phosphate isomeraserYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XALLPIr^Xec-coder_X5.3.1.6r`X kegg.reactionraXR09030rbXmetanetx.reactionrcX MNXR95766rdXrheare]rf(X28430rgX28431rhX28432riX28433rjeujG`Xb4090rkjH`h#jI`h2]rlj armRrnjM`}ro(j=GjO`)rp}rq(hX allul6p_crrhXAllulose 6-phosphatersh}rth}ru(Xbigg.metabolitervXallul6prwXbiocycrxXMETA:D-ALLULOSE-6-PHOSPHATEryXchebirz]r{(X CHEBI:61519r|X CHEBI:61559r}X CHEBI:81499r~eX kegg.compoundrXC18096rXmetanetx.chemicalrXMNXM4546rX seed.compoundrXcpd15394ruh0Nh1h2]rrRrjn`XC6H11O9Prjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXALLTAMHrhXAllantoate amidohydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALLTAMHrXec-coderX3.5.3.9rXmetanetx.reactionrX MNXR95768rXrhear]r(X32279rX32280rX32281rX32282reujG`Xb0516rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hXalltt_crhX Allantoaterh}rh}r(Xbigg.metaboliterXallttrXbiocycrXMETA:ALLANTOATErXchebir]r(X CHEBI:13760rX CHEBI:17536rX CHEBI:22352rX CHEBI:22353rX CHEBI:2593rX CHEBI:30837reXhmdbrX HMDB01209rX kegg.compoundrXC00499rXmetanetx.chemicalrXMNXM584rX seed.compoundrXcpd00388ruh0Nh1h2]rrRrjn`XC4H7N4O4rjp`jq`jr`Jjs`GubGjgfGjnGjG?jiG@jO`)r}r(hX urdglyc_crhX(-)-Ureidoglycolaterh}rh}r(Xbigg.metaboliterXurdglycrXbiocycrX META:CPD-1091rXchebir]r(X CHEBI:10783rX CHEBI:11076rX CHEBI:121rX CHEBI:15412rX CHEBI:18499rX CHEBI:18804rX CHEBI:27224rX CHEBI:49050rX CHEBI:57296rX CHEBI:9891reXhmdbrX HMDB01005rX kegg.compoundr]r(XC00603rXC02766reXmetanetx.chemicalrXMNXM490rX seed.compoundr]r(Xcpd00465rXcpd01786reuh0Nh1h2]rrRrjn`XC3H5N2O4rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXALLTNrhX Allantoinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALLTNrXec-coderX3.5.2.5rXmetanetx.reactionrX MNXR95769rXrhear]r(X30819rX30820rX30821rX30822reujG`Xb0512rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hXalltn_crhX Allantoinrh}rh}r(Xbigg.metaboliterXalltnrXbiocycrXMETA:ALLANTOINrXchebir]r(X CHEBI:13761r X CHEBI:15676r X CHEBI:22354r X CHEBI:2594r X CHEBI:74345r eXhmdbrX HMDB00462rX kegg.compoundrXC01551rX kegg.drugrXD00121rXmetanetx.chemicalrXMNXM612rX seed.compoundrXcpd01092ruh0Nh1h2]rrRrjn`XC4H6N4O3rjp`jq`jr`Kjs`GubGjgfGjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX ALLTNt2rpprhX5Allantoin transport in via proton symport (periplasm)rh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#X ALLTNt2rppr$Xmetanetx.reactionr%X MNXR95770r&ujG`Xb0511r'jH`h#jI`h2]r(j ar)Rr*jM`}r+(jO`)r,}r-(hXalltn_pr.hX Allantoinr/h}r0h}r1(Xbigg.metaboliter2Xalltnr3Xbiocycr4XMETA:ALLANTOINr5Xchebir6]r7(X CHEBI:13761r8X CHEBI:15676r9X CHEBI:22354r:X CHEBI:2594r;X CHEBI:74345r<eXhmdbr=X HMDB00462r>X kegg.compoundr?XC01551r@X kegg.drugrAXD00121rBXmetanetx.chemicalrCXMNXM612rDX seed.compoundrEXcpd01092rFuh0Nh1h2]rGrHRrIjn`XC4H6N4O3rJjp`jcjr`Kjs`GubGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)rK}rL(hXALLTNtexrMhX>Allantoin transport via diffusion (extracellular to periplasm)rNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXALLTNtexrSXbiocycrTXMETA:TRANS-RXN0-557rUXmetanetx.reactionrVX MNXR95771rWujG`X b1377 or b0241 or b0929 or b2215rXjH`h#jI`h2]rY(hIh[h7h erZRr[jM`}r\(jVwGj,G?uh0Njt`G@ju`G@@ubj<`)r]}r^(hXALLULPEr_hXAllulose 6-phosphate epimeraser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXALLULPEreXbiocycrfX META:RXN0-304rgXec-coderhX5.1.3.-riX kegg.reactionrjXR09031rkXmetanetx.reactionrlX MNXR95774rmujG`Xb4085rnjH`h#jI`h2]roj arpRrqjM`}rr(jpGjO`)rs}rt(hXf6p_cruhXD-Fructose 6-phosphatervh}rwh}rx(Xbigg.metaboliteryXf6przXbiocycr{XMETA:FRUCTOSE-6Pr|Xchebir}]r~(X CHEBI:10375rX CHEBI:12352rX CHEBI:16084rX CHEBI:22768rX CHEBI:42378rX CHEBI:57634reXhmdbrX HMDB03971rX kegg.compoundrXC05345rXmetanetx.chemicalrX MNXM89621rX seed.compoundrXcpd19035ruh0Nh1h2]rrRrjn`XC6H11O9Prjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXALLabcpprhX-D-allose transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALLabcpprXbiocycrXMETA:ABC-42-RXNrXmetanetx.reactionrX MNXR95775rujG`Xb4088 and b4087 and b4086rjH`h#jI`h2]r(jjj erRrjM`}r(jO`)r}r(hXall__D_prhXD-Alloserh}rh}r(Xbigg.metaboliterXall__DrXbiocycr]r(X META:ALLOSErXMETA:D-AllopyranosereXchebirX CHEBI:4093rX kegg.compoundrXC01487rXmetanetx.chemicalrXMNXM1919rX seed.compoundrXcpd01055ruh0Nh1h2]rrRrjn`XC6H12O6rjp`jcjr`Kjs`GubGjbGjgfGjmG?j%G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXALLtexrhX;Allose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALLtexrXmetanetx.reactionrX MNXR95776rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j1wGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX ALPATE160pprhXFApolipoprotein N-acyltransferase (phosphatidylethanolamine, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ALPATE160pprXmetanetx.reactionrX MNXR95782rujG`Xb0657 and b1677rjH`h#jI`h2]r(j=j+erRrjM`}r(jO`)r}r(hXalpp_prhXApplipoproteinrh}rh}r(Xbigg.metaboliterXalpprXmetanetx.chemicalrX MNXM92124rX seed.compoundrXcpd15395ruh0Nh1h2]rrRrjn`XXrjp`jcjr`Kjs`GubGj jGjG?jO`)r}r(hXlpp_prhX Lipoproteinrh}rh}r(Xbigg.metaboliterXlpprXchebirX CHEBI:6495rX kegg.compoundrXC01834rXmetanetx.chemicalrXMNXM7493rX seed.compoundrXcpd11959ruh0Nh1h2]rrRrjn`X XC16H30O1rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ALPATG160pprhXBApolipoprotein N-acyltransferase (phosphatidylglycerol, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ALPATG160pprXmetanetx.reactionrX MNXR95784r ujG`Xb0657 and b1677r jH`h#jI`h2]r (j+j=er Rr jM`}r(jGjjGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXALR2rhX Aldose reductase (methylglyoxal)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXALR2rXbiocycrXMETA:RXN0-4281rXec-coderX1.1.1.-rX kegg.reactionrXR02528rXmetanetx.reactionrX MNXR95788rXrhear ]r!(X27986r"X27987r#X27988r$X27989r%eujG`X b1781 or b3012 or b0207 or b3001r&jH`h#jI`h2]r'(jajsjOjer(Rr)jM`}r*(jnGjTGj{iGjO`)r+}r,(hXacetol_cr-hXAcetol cytosolr.h}r/h}r0(Xbigg.metaboliter1Xacetolr2Xbiocycr3X META:ACETOLr4Xchebir5]r6(X CHEBI:24666r7X CHEBI:27957r8X CHEBI:5796r9eXhmdbr:X HMDB06961r;X kegg.compoundr<XC05235r=Xmetanetx.chemicalr>XMNXM1744r?X seed.compoundr@Xcpd03105rAuh0Nh1h2]rBrCRrDjn`XC3H6O2rEjp`jq`jr`Kjs`GubG?j[iG?uh0Njt`Gju`G@@ubj<`)rF}rG(hXALR4xrHhXAldose reductase (acetol)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXALR4xrNXmetanetx.reactionrOX MNXR95790rPujG`Xb3945rQjH`h#jI`h2]rRjarSRrTjM`}rU(j+GjnGjXcpd01262r?uh0Nh1h2]r@rARrBjn`X C18H32O16rCjp`jq`jr`Kjs`GubGjO`)rD}rE(hXglc__D_crFhX D-GlucoserGh}rHh}rI(Xbigg.metaboliterJXglc__DrKXbiocycrLXMETA:GlucopyranoserMXchebirN]rO(X CHEBI:12965rPX CHEBI:17634rQX CHEBI:20999rRX CHEBI:4167rSeXhmdbrT]rU(X HMDB00122rVX HMDB06564rWeX kegg.compoundrXXC00031rYX kegg.drugrZXD00009r[Xmetanetx.chemicalr\XMNXM41r]X seed.compoundr^]r_(Xcpd00027r`Xcpd26821raeuh0Nh1h2]rbrcRrdjn`XC6H12O6rejp`jq`jr`Kjs`GubG?jO`)rf}rg(hX maltttr_crhhX Maltotetraoserih}rjh}rk(Xbigg.metaboliterlXmaltttrrmXbiocycrn]ro(XMETA:CPD-13205rpXMETA:CPD0-2595rqXMETA:MALTOTETRAOSErreXchebirs]rt(X CHEBI:25145ruX CHEBI:28460rvX CHEBI:44299rwX CHEBI:61988rxX CHEBI:62974ryX CHEBI:6671rzeXhmdbr{X HMDB01296r|X kegg.compoundr}]r~(XC02013rXC02052reX kegg.glycanrXG00459rXmetanetx.chemicalrXMNXM5663rX seed.compoundr]r(Xcpd01376rXcpd01399reuh0Nh1h2]rrRrjn`X C24H42O21rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAMALT2rhXAmylomaltase (maltotetraose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMALT2rXbiocycrXMETA:RXN-14260rXec-coderX2.4.1.25rXmetanetx.reactionrX MNXR95801rujG`Xb3416rjH`h#jI`h2]rjarRrjM`}r(jGjfGjDG?jO`)r}r(hXmaltpt_crhX Maltopentaoserh}rh}r(Xbigg.metaboliterXmaltptrXbiocycrXMETA:MALTOPENTAOSErXchebir]r(X CHEBI:61952rX CHEBI:62006reXhmdbrX HMDB12254rX kegg.glycanrXG00343rXmetanetx.chemicalrXMNXM1538rX seed.compoundrXcpd15495ruh0Nh1h2]rrRrjn`X C30H52O26rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAMALT3rhXAmylomaltase (maltopentaose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMALT3rXbiocycrXMETA:RXN-14261rXec-coderX2.4.1.25rXmetanetx.reactionrX MNXR95802rujG`Xb3416rjH`h#jI`h2]rjarRrjM`}r(jGjGjDG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXAMALT4rhXAmylomaltase (maltohexaose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMALT4rXbiocycrXMETA:MALTODEG-RXNrXec-coderX2.4.1.25rXmetanetx.reactionrX MNXR95803rujG`Xb3416rjH`h#jI`h2]rjarRrjM`}r(jGjGjDG?jO`)r}r(hXmalthp_crhX Maltoheptaoserh}rh}r(Xbigg.metaboliterXmalthprXbiocycrXMETA:CPD0-1133rXchebirX CHEBI:62010rXhmdbrX HMDB13000rX kegg.glycanrXG00689rXmetanetx.chemicalrX MNXM61025rX seed.compoundrXcpd15494ruh0Nh1h2]rrRrjn`X C42H72O36rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXAMANAPErrhX)N-acetylmannosamine 6-phosphate epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMANAPErrXbiocycrX META:NANE-RXNrXec-coderX5.1.3.9rX kegg.reactionrXR02087r Xmetanetx.reactionr X MNXR95804r Xrhear ]r (X25257rX25258rX25259rX25260reujG`Xb3223rjH`h#jI`h2]rjarRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAMANKrhXN-acetyl-D-mannosamine kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMANKrXbiocycr X META:NANK-RXNr!Xec-coder"X2.7.1.60r#X kegg.reactionr$XR02705r%Xmetanetx.reactionr&X MNXR95805r'Xrhear(]r)(X25253r*X25254r+X25255r,X25256r-eujG`Xb3222r.jH`h#jI`h2]r/jar0Rr1jM`}r2(jGjbGjG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r3}r4(hXAMAOTrr5hX6Adenosylmethionine-8-amino-7-oxononanoate transaminaser6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XAMAOTrr;Xbiocycr<XMETA:DAPASYN-RXNr=Xec-coder>X2.6.1.62r?X kegg.reactionr@XR03231rAXmetanetx.reactionrBX MNXR95806rCXrhearD]rE(X16861rFX16862rGX16863rHX16864rIeujG`Xb0774rJjH`h#jI`h2]rKjarLRrMjM`}rN(jO`)rO}rP(hX8aonn_crQhX8-Amino-7-oxononanoaterRh}rSh}rT(Xbigg.metaboliterUX8aonnrVXbiocycrWXMETA:8-AMINO-7-OXONONANOATErXXchebirY]rZ(X CHEBI:12266r[X CHEBI:15830r\X CHEBI:20808r]X CHEBI:2308r^X CHEBI:57532r_eXhmdbr`X HMDB37790raX kegg.compoundrbXC01092rcX lipidmapsrd]re(X LMFA01060168rfX LMFA01100058rgeXmetanetx.chemicalrhXMNXM1141riX seed.compoundrjXcpd00800rkuh0Nh1h2]rlrmRrnjn`XC9H17NO3rojp`jq`jr`Kjs`GubGj%bGj`G?jO`)rp}rq(hXdann_crrhX7,8-Diaminononanoatersh}rth}ru(Xbigg.metabolitervXdannrwXbiocycrxXMETA:DIAMINONONANOATEryXchebirz]r{(X CHEBI:12242r|X CHEBI:17830r}X CHEBI:20765r~X CHEBI:2247rX CHEBI:58500reX kegg.compoundrXC01037rX lipidmapsrX LMFA01100062rXmetanetx.chemicalrXMNXM1140rX seed.compoundrXcpd00764ruh0Nh1h2]rrRrjn`X C9H21N2O2rjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXAMMQLT8rhXIS-adenosylmethione:2-demthylmenaquinole methyltransferase (menaquinone 8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMMQLT8rXbiocycrX"META:ADOMET-DMK-METHYLTRANSFER-RXNrXec-coderX 2.1.1.163rXmetanetx.reactionrX MNXR95819rXrhear]r(X30063rX30064rX30065rX30066reujG`Xb3833rjH`h#jI`h2]rjarRrjM`}r(j^aGj%bGjG?jnG?jhG?uh0Njt`Gju`G@@ubj<`)r}r(hXAMPMS2rhX54-amino-2-methyl-5-phosphomethylpyrimidine synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAMPMS2rXmetanetx.reactionrX MNXR95826rujG`Xb3994rjH`h#jI`h2]rjarRrjM`}r(jOGjgfGjiGjܳG?jO`)r}r(hXfor_crhXFormaterh}rh}r(Xbigg.metaboliterXforrXbiocycr]r(XMETA:CARBOXYL-GROUPrX META:CPD-9845rXMETA:CPD1G-1532rXMETA:CPD1G-1533rXMETA:CPD1G-1534rXMETA:CPD1G-1535rX META:FORMATEreXchebir]r(X CHEBI:14276rX CHEBI:15740rX CHEBI:24081rX CHEBI:24082rX CHEBI:30751rX CHEBI:42460rX CHEBI:5145reXhmdbrX HMDB00142rX kegg.compoundrXC00058rXmetanetx.chemicalrXMNXM39rX seed.compoundr]r(Xcpd00047rXcpd22511reuh0Nh1h2]rrRrjn`XCH1O2rjp`jq`jr`Jjs`GubG@jnG@jeujG`X b2523 or b4260 or b0237 or b0932r?jH`h#jI`h2]r@(j]j9jKjoerARrBjM`}rC(jgfGjO`)rD}rE(hXprogly_crFhXL-ProlinylglycinerGh}rHh}rI(Xbigg.metaboliterJXproglyrKXbiocycrLXMETA:CPD0-2182rMXchebirN]rO(X CHEBI:61695rPX CHEBI:61696rQX CHEBI:73594rReXmetanetx.chemicalrSXMNXM7481rTX seed.compoundrUXcpd15551rVuh0Nh1h2]rWrXRrYjn`X C7H12N2O3rZjp`jq`jr`Kjs`GubGjeG?jBkG?uh0Njt`Gju`G@@ubj<`)r[}r\(hXAMPtexr]hX8AMP transport via diffusion (extracellular to periplasm)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbXAMPtexrcXmetanetx.reactionrdX MNXR95830reujG`X b1377 or b2215 or b0929 or b0241rfjH`h#jI`h2]rg(hIh[h7h erhRrijM`}rj(jwGjO`)rk}rl(hXamp_prmhXAMP C10H12N5O7Prnh}roh}rp(Xbigg.metaboliterqXamprrXbiocycrs]rt(XMETA:AMPruXMETA:AMP-GROUPrveXchebirw]rx(X CHEBI:12056ryX CHEBI:13234rzX CHEBI:13235r{X CHEBI:13736r|X CHEBI:13740r}X CHEBI:16027r~X CHEBI:22242rX CHEBI:22245rX CHEBI:2356rX CHEBI:40510rX CHEBI:40721rX CHEBI:40726rX CHEBI:40786rX CHEBI:40826rX CHEBI:456215rX CHEBI:47222reX kegg.compoundrXC00020rX kegg.drugrXD02769rXmetanetx.chemicalrXMNXM14rX seed.compoundr]r(Xcpd00018rXcpd22272reuh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXANHGMtexrhXEGlcNAc-anhMurNAc transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXANHGMtexrXmetanetx.reactionrX MNXR95839rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jwGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXANHMKrhX%1,6-anhydrous-N-Acetylmuramate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXANHMKrXmetanetx.reactionrX MNXR95840rujG`Xb1640rjH`h#jI`h2]rjarRrjM`}r(jGjbGjgfGj6G?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXANPRTrhX&Anthranilate phosphoribosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXANPRTrXbiocycrXMETA:PRTRANS-RXNrXec-coderX2.4.2.18rX kegg.reactionrXR01073rXmetanetx.reactionrX MNXR95842rXrhear]r(X11768rX11769rX11770rX11771reujG`Xb1263rjH`h#jI`h2]rjarRrjM`}r(jGjGjnnG?jO`)r}r(hXpran_crhX#N-(5-Phospho-D-ribosyl)anthranilaterh}rh}r(Xbigg.metaboliterXpranrXbiocycrX$META:N-5-PHOSPHORIBOSYL-ANTHRANILATErXchebir]r(X CHEBI:12431rX CHEBI:12432rX CHEBI:18277rX CHEBI:21472rX CHEBI:21488rX CHEBI:7091reX kegg.compoundrXC04302rXmetanetx.chemicalrXMNXM1489rX seed.compoundrXcpd02642ruh0Nh1h2]rrRrjn`X C12H13NO9Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXANSrhXAnthranilate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXANSrXbiocycrXMETA:ANTHRANSYN-RXNrXec-coderX4.1.3.27rX kegg.reactionrXR00986rXmetanetx.reactionrX MNXR95843rXrhear]r(X21732rX21733rX21734rX21735reujG`Xb1263 and b1264rjH`h#jI`h2]r(jjerRr jM`}r (jQcGjeGjG?jeG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r }r (hXAOBUTDsr hX6L-2-amino-3-oxobutanoate decarboxylation (spontaneous)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAOBUTDsrXbiocycrXMETA:THREOSPON-RXNrXec-coderX 1.1.1.381rX kegg.reactionrXR03758rXmetanetx.reactionrX MNXR95851rXrhear]r(X25653rX25654rX25655r X25656r!eujG`Xs0001r"jH`h#jI`h2]r#jar$Rr%jM`}r&(jO`)r'}r((hX2aobut_cr)hXL-2-Amino-3-oxobutanoater*h}r+h}r,(Xbigg.metaboliter-X2aobutr.Xbiocycr/XMETA:AMINO-OXOBUTr0Xchebir1]r2(X CHEBI:13048r3X CHEBI:16944r4X CHEBI:21195r5X CHEBI:35229r6X CHEBI:40668r7X CHEBI:40673r8X CHEBI:6156r9X CHEBI:78948r:eXhmdbr;X HMDB06454r<X kegg.compoundr=XC03508r>X lipidmapsr?X LMFA01060172r@Xmetanetx.chemicalrAX MNXM114087rBX seed.compoundrCXcpd02211rDuh0Nh1h2]rErFRrGjn`XC4H7NO3rHjp`jq`jr`Kjs`GubGjnGj G?jG?uh0Njt`Gju`G@@ubj<`)rI}rJ(hXAOXSr2rKhX8-amino-7-oxononanoate synthaserLh}rMh}rN(jC`X SBO:0000375rOX bigg.reactionrPXAOXSr2rQXbiocycrRXMETA:RXN-11484rSXec-coderTX2.3.1.47rUX kegg.reactionrVXR10124rWXmetanetx.reactionrXX MNXR95855rYujG`Xb0776rZjH`h#jI`h2]r[jar\Rr]jM`}r^(jaGjO`)r_}r`(hXpimACP_crahXPimeloyl-[acyl-carrier protein]rbh}rch}rd(Xbigg.metabolitereXpimACPrfXbiocycrgXMETA:Pimeloyl-ACPsrhX kegg.compoundriXC19845rjXmetanetx.chemicalrkX MNXM12695rlX seed.compoundrmXcpd21087rnuh0Nh1h2]rorpRrqjn`XC18H31N2O10PRSrrjp`jq`jr`Jjs`GubGjOG?jrG?jG?uh0Njt`Gju`G@@ubj<`)rs}rt(hXAP4AHruhXAp4A hydrolaservh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzXAP4AHr{Xbiocycr|XMETA:3.6.1.41-RXNr}Xec-coder~X3.6.1.41rX kegg.reactionrXR00125rXmetanetx.reactionrX MNXR95856rXrhear]r(X24252rX24253rX24254rX24255reujG`Xb0049rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXap4a_crhX%P1,P4-Bis(5'-adenosyl) tetraphosphaterh}rh}r(Xbigg.metaboliterXap4arXbiocycrXMETA:ADENOSYL-P4rXchebir]r(X CHEBI:12726rX CHEBI:12729rX CHEBI:17422rX CHEBI:21998rX CHEBI:58141rX CHEBI:7875reXhmdbrX HMDB06502rX kegg.compoundrXC01260rXmetanetx.chemicalrXMNXM1089rX seed.compoundrXcpd00924ruh0Nh1h2]rrRrjn`XC20H24N10O19P4rjp`jq`jr`Jjs`GubGjgfGjmG@jnG@uh0Njt`Gju`G@@ubj<`)r}r(hXAP4ASrhXAp4A synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAP4ASrXbiocycrXMETA:RXN0-5208rXec-coderX2.7.7.-rXmetanetx.reactionrX MNXR95858rXrhear]r(X34935rX34936rX34937rX34938reujG`Xb4129rjH`h#jI`h2]rjarRrjM`}r(jbGjnGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXAP5AHrhXAp5A hydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAP5AHrXbiocycrXMETA:RXN-10966rXec-coderX3.6.1.61rX kegg.reactionrXR09880rXmetanetx.reactionrX MNXR95859rXrhear]r(X30527rX30528rX30529rX30530reujG`Xb0049rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXap5a_crhX%P1,P5-Bis(5'-adenosyl) pentaphosphaterh}rh}r(Xbigg.metaboliterXap5arXbiocycrXMETA:CPD0-1137rXchebir]r(X CHEBI:22002rX CHEBI:28898rX CHEBI:3120rX CHEBI:62041reX kegg.compoundrXC04058rXmetanetx.chemicalrXMNXM2412rX seed.compoundrXcpd02511ruh0Nh1h2]rrRrjn`XC20H24N10O22P5rjp`jq`jr`Jjs`GubGjgfGjmG?jbG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hXAPCSrhXAminopropylcadaverine synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAPCSrXbiocycrXMETA:RXN0-5217rXec-coder]r (X2.5.1.-r X2.5.1.16r eX kegg.reactionr XR08359r Xmetanetx.reactionrX MNXR95867rXrhear]r(X33387rX33388rX33389rX33390reujG`Xb0121rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX15dap_crhX1,5-Diaminopentanerh}rh}r (Xbigg.metaboliter!X15dapr"Xbiocycr#XMETA:CADAVERINEr$Xchebir%]r&(X CHEBI:13928r'X CHEBI:18127r(X CHEBI:22974r)X CHEBI:3288r*X CHEBI:44370r+X CHEBI:58384r,eXhmdbr-X HMDB02322r.X kegg.compoundr/XC01672r0Xmetanetx.chemicalr1XMNXM943r2X seed.compoundr3Xcpd01155r4uh0Nh1h2]r5r6Rr7jn`XC5H16N2r8jp`jq`jr`Kjs`GubGjGjO`)r9}r:(hX5mta_cr;hX5-Methylthioadenosiner<h}r=h}r>(Xbigg.metaboliter?X5mtar@XbiocycrAXMETA:5-METHYLTHIOADENOSINErBXchebirC]rD(X CHEBI:12055rEX CHEBI:12064rFX CHEBI:12771rGX CHEBI:14605rHX CHEBI:17509rIX CHEBI:18175rJX CHEBI:1966rKX CHEBI:1986rLX CHEBI:20491rMX CHEBI:20494rNX CHEBI:44181rOeXhmdbrPX HMDB01173rQX kegg.compoundrRXC00170rSXmetanetx.chemicalrTXMNXM150rUX seed.compoundrVXcpd00147rWuh0Nh1h2]rXrYRrZjn`X C11H15N5O3Sr[jp`jq`jr`Kjs`GubG?jnG?jO`)r\}r](hX na15dap_cr^hX"N-3-aminopropyl-1,5-diaminopentaner_h}r`h}ra(Xbigg.metaboliterbXna15daprcXbiocycrdXMETA:CPD0-1065reXchebirf]rg(X CHEBI:64858rhX CHEBI:64860rieXhmdbrjX HMDB12189rkX kegg.compoundrlXC16565rmXmetanetx.chemicalrnXMNXM6170roX seed.compoundrpXcpd16379rquh0Nh1h2]rrrsRrtjn`XC8H24N3rujp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rv}rw(hX APG3PAT120rxhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C12:0)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}X APG3PAT120r~Xmetanetx.reactionrX MNXR95869rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGjO`)r}r(hXglyc3p_crhXGlycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXglyc3prXbiocycrXMETA:GLYCEROL-3PrXchebir]r(X CHEBI:10648rX CHEBI:12843rX CHEBI:12848rX CHEBI:15978rX CHEBI:26705rX CHEBI:42793rX CHEBI:57597reX kegg.compoundrXC00093rXmetanetx.chemicalrXMNXM66rX seed.compoundrXcpd00080ruh0Nh1h2]rrRrjn`XC3H7O6Prjp`jq`jr`Jjs`GubGjG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT140rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT140rXmetanetx.reactionrX MNXR95870rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGjGj2G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT141rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT141rXmetanetx.reactionrX MNXR95871rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGjGjzG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT160rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT160rXmetanetx.reactionrX MNXR95872rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGjGjG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT161rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT161rXmetanetx.reactionrX MNXR95873rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGj GjG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT180rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT180rXmetanetx.reactionrX MNXR95874rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGj)GjG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX APG3PAT181rhX;Acyl-phosphate:glycerol-3-phosphate acyltransferase (C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX APG3PAT181rXmetanetx.reactionrX MNXR95875rujG`Xb3059rjH`h#jI`h2]rjarRrjM`}r(jGjGGjbG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXAPH120rhXAcylphosphatase (C12:0)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr XAPH120r Xmetanetx.reactionr X MNXR95876r ujG`Xb0968rjH`h#jI`h2]rjarRrjM`}r(jGjgfGj}G?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXAPH140rhXAcylphosphatase (C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXAPH140rXmetanetx.reactionrX MNXR95877rujG`Xb0968rjH`h#jI`h2]rjar Rr!jM`}r"(jgfGjGjnG@j;nG?jٯG?uh0Njt`Gju`G@@ubj<`)r#}r$(hXAPH141r%hXAcylphosphatase (C14:1)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XAPH141r+Xmetanetx.reactionr,X MNXR95878r-ujG`Xb0968r.jH`h#jI`h2]r/jar0Rr1jM`}r2(jgfGjGjnG@j;nG?j G?uh0Njt`Gju`G@@ubj<`)r3}r4(hXAPH160r5hXAcylphosphatase (C16:0)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XAPH160r;Xmetanetx.reactionr<X MNXR95879r=ujG`Xb0968r>jH`h#jI`h2]r?jar@RrAjM`}rB(jgfGjGjnG@j;G?j;nG?uh0Njt`Gju`G@@ubj<`)rC}rD(hXAPH161rEhXAcylphosphatase (C16:1)rFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJXAPH161rKXmetanetx.reactionrLX MNXR95880rMujG`Xb0968rNjH`h#jI`h2]rOjarPRrQjM`}rR(jgfGj GjnG@jwG?j;nG?uh0Njt`Gju`G@@ubj<`)rS}rT(hXAPH180rUhXAcylphosphatase (C18:0)rVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXAPH180r[Xmetanetx.reactionr\X MNXR95881r]ujG`Xb0968r^jH`h#jI`h2]r_jar`RrajM`}rb(jgfGj)GjnG@jG?j;nG?uh0Njt`Gju`G@@ubj<`)rc}rd(hXAPH181rehXAcylphosphatase (C18:1)rfh}rgh}rh(jC`X SBO:0000375riX bigg.reactionrjXAPH181rkXmetanetx.reactionrlX MNXR95882rmujG`Xb0968rnjH`h#jI`h2]rojarpRrqjM`}rr(jgfGjGGjnG@jG?j;nG?uh0Njt`Gju`G@@ubj<`)rs}rt(hXAPPLDHrruhX&Aminopropanol dehydrogenase reversiblervh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzXAPPLDHrr{Xbiocycr|XMETA:AMINOPROPDEHYDROG-RXNr}Xec-coder~]r(X1.1.1.75rX2.3.1.37reX kegg.reactionrXR03759rXmetanetx.reactionrX MNXR95894rXrhear]r(X16517rX16518rX16519rX16520reujG`Xb3945rjH`h#jI`h2]rjarRrjM`}r(j GjnGjXbiocycr?XMETA:L-RIBULOSEr@XchebirA]rB(X CHEBI:13163rCX CHEBI:16880rDX CHEBI:21382rEX CHEBI:6295rFeX kegg.compoundrGXC00508rHXmetanetx.chemicalrIXMNXM685rJX seed.compoundrKXcpd00397rLuh0Nh1h2]rMrNRrOjn`XC5H10O5rPjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rQ}rR(hXARBTNR1rShXAerobactin reductaserTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXXARBTNR1rYXmetanetx.reactionrZX MNXR95924r[ujG`h#jH`h#jI`h2]r\r]Rr^jM`}r_(jO`)r`}ra(hX arbtn_fe3_crbhX Aerobactinrch}rdh}re(Xbigg.metaboliterfX arbtn_fe3rgXbiocycrh]ri(XMETA:AEROBACTINrjXMETA:CPD0-2234rkeXchebirl]rm(X CHEBI:13745rnX CHEBI:18157roX CHEBI:2499rpX CHEBI:58396rqeXhmdbrrX HMDB04051rsX kegg.compoundrtXC05554ruXmetanetx.chemicalrvXMNXM1464rwX seed.compoundrx]ry(Xcpd03294rzXcpd26452r{euh0Nh1h2]r|r}Rr~jn`X C22H33FeN4O13rjp`jq`jr`Kjs`GubGj[GjO`)r}r(hXarbtn_crhXAerobactin minus Fe3rh}rh}r(Xbigg.metaboliterXarbtnrXmetanetx.chemicalrX MNXM96506rX seed.compoundrXcpd15411ruh0Nh1h2]rrRrjn`X C22H33N4O13rjp`jq`jr`Jjs`GubG@j&eG?jFeG@jnG@uh0Njt`Gju`G@@ubj<`)r}r(hXARBTNR2rhXAerobactin reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARBTNR2rXmetanetx.reactionrX MNXR95925rujG`h#jH`h#jI`h2]rrRrjM`}r(j`GjO`)r}r(hXfmnh2_crhX Reduced FMNrh}rh}r(Xbigg.metaboliterXfmnh2rXbiocycrX META:FMNH2rXchebir]r(X CHEBI:13318rX CHEBI:133886rX CHEBI:15017rX CHEBI:16048rX CHEBI:21128rX CHEBI:42517rX CHEBI:57618rX CHEBI:8782reXhmdbrX HMDB01142rX kegg.compoundrXC01847rXmetanetx.chemicalrXMNXM208rX seed.compoundrXcpd01270ruh0Nh1h2]rrRrjn`X C17H21N4O9Prjp`jq`jr`Jjs`GubGjG@jFeG@jO`)r}r(hXfmn_crhXFMN C17H19N4O9Prh}rh}r(Xbigg.metaboliterXfmnrXbiocycrXMETA:FMNrXchebir]r(X CHEBI:13317rX CHEBI:17621rX CHEBI:21127rX CHEBI:42587rX CHEBI:4960rX CHEBI:58210reX kegg.compoundrXC00061rXmetanetx.chemicalrXMNXM119rX seed.compoundrXcpd00050ruh0Nh1h2]rrRrjn`X C17H19N4O9Prjp`jq`jr`Jjs`GubG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hXARBTNR3rhXAerobactin reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARBTNR3rXmetanetx.reactionrX MNXR95926rujG`h#jH`h#jI`h2]rrRrjM`}r(j`GjO`)r}r(hX rbflvrd_crhXReduced riboflavinrh}rh}r(Xbigg.metaboliterXrbflvrdrXbiocycrX META:CPD-316rXchebir]r(X CHEBI:17607rX CHEBI:26527rX CHEBI:8798reX kegg.compoundrXC01007rXmetanetx.chemicalrXMNXM1246rX seed.compoundrXcpd00739ruh0Nh1h2]rrRrjn`X C17H22N4O6rjp`jq`jr`Kjs`GubGjG@jFeG@jnG@jkG?uh0Njt`Gju`G@@ubj<`)r}r(hX ARBTNabcpprhX/Aerobactin transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr X ARBTNabcppr Xmetanetx.reactionr X MNXR95927r ujG`Xb0151 and b0153 and b0152rjH`h#jI`h2]r(jkjGjYerRrjM`}r(jO`)r}r(hX arbtn_fe3_prhX Aerobactinrh}rh}r(Xbigg.metaboliterX arbtn_fe3rXbiocycr]r(XMETA:AEROBACTINrXMETA:CPD0-2234reXchebir]r (X CHEBI:13745r!X CHEBI:18157r"X CHEBI:2499r#X CHEBI:58396r$eXhmdbr%X HMDB04051r&X kegg.compoundr'XC05554r(Xmetanetx.chemicalr)XMNXM1464r*X seed.compoundr+]r,(Xcpd03294r-Xcpd26452r.euh0Nh1h2]r/r0Rr1jn`X C22H33FeN4O13r2jp`jcjr`Kjs`GubGjbGjgfGjmG?j`G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r3}r4(hXARBTNexsr5hX,Aerobactin Fe-loading reaction (spontaneous)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XARBTNexsr;Xmetanetx.reactionr<X MNXR95928r=ujG`Xs0001r>jH`h#jI`h2]r?jar@RrAjM`}rB(j'xGjGjDxG?uh0Njt`Gju`G@@ubj<`)rC}rD(hXARBTNtexrEhX'Aerobactin secretion (to extracellular)rFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJXARBTNtexrKXmetanetx.reactionrLX MNXR95929rMujG`h#jH`h#jI`h2]rNrORrPjM`}rQ(jO`)rR}rS(hXarbtn_prThXAerobactin minus Fe3rUh}rVh}rW(Xbigg.metaboliterXXarbtnrYXmetanetx.chemicalrZX MNXM96506r[X seed.compoundr\Xcpd15411r]uh0Nh1h2]r^r_Rr`jn`X C22H33N4O13rajp`jcjr`Jjs`GubGj̪Gj'xG?jnG?uh0Njt`Gju`G@@ubj<`)rb}rc(hX ARBTNtonexrdhX3Aerobactin transport via ton system (extracellular)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriX ARBTNtonexrjXmetanetx.reactionrkX MNXR95930rlujG`h#jH`h#jI`h2]rmrnRrojM`}rp(jDxGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)rq}rr(hXARBTNtpprshX#Aerobactin secretion (to periplasm)rth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxXARBTNtppryXmetanetx.reactionrzX MNXR95931r{ujG`h#jH`h#jI`h2]r|r}Rr~jM`}r(jGj̪GjRG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX ARBTptspprhX-Arbutin transport via PEP:Pyr PTS (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ARBTptspprXmetanetx.reactionrX MNXR95932rXrhear]r(X34943rX34944rX34945rX34946reujG`X>( b2415 and b3722 and b2416 ) or ( b2415 and b2715 and b2416 )rjH`h#jI`h2]r(jj}jjerRrjM`}r(jO`)r}r(hXarbt_prhXArbutin C12H16O7rh}rh}r(Xbigg.metaboliterXarbtrXbiocycrX*META:HYDROQUINONE-O-BETA-D-GLUCOPYRANOSIDErXchebir]r(X CHEBI:14417rX CHEBI:18305rX CHEBI:2806reXhmdbrX HMDB29943rX kegg.compoundrXC06186rXmetanetx.chemicalrXMNXM2683rX seed.compoundrXcpd03696ruh0Nh1h2]rrRrjn`XC12H16O7rjp`jcjr`Kjs`GubGjGj^G?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXARBTtexrhX<Arbutin transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARBTtexrXmetanetx.reactionrX MNXR95933rXrhear]r(X35023rX35024rX35025rX35026reujG`X b0241 or b2215 or b1377 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jwGjG?uh0Njt`Gju`G@@ubj<`)r}r(hXARBabcpprhX0L-arabinose transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARBabcpprXbiocycrXMETA:ABC-2-RXNrXec-coderX3.6.3.17rXmetanetx.reactionrX MNXR95935rujG`Xb1900 and b1901 and b4460rjH`h#jI`h2]r(jjjerRrjM`}r(jO`)r}r(hX arab__L_prhX L-Arabinoserh}rh}r(Xbigg.metaboliterXarab__LrXbiocycr]r(XMETA:CPD-15699rXMETA:L-ARABINOSEreXchebirX CHEBI:6182rX kegg.compoundrXC11476rXmetanetx.chemicalrX MNXM91126rX seed.compoundr]r(Xcpd19109rXcpd27351reuh0Nh1h2]rrRrjn`XC5H10O5rjp`jcjr`Kjs`GubGjbGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXARBt2rpprhX4L-arabinose transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARBt2rpprXbiocycrXMETA:TRANS-RXN-10rXmetanetx.reactionrX MNXR95936rujG`Xb2841rjH`h#jI`h2]rjarRrjM`}r(jGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXARBt3ippr hX5L-arabinose transport via proton antiport (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrXARBt3ipprXbiocycrXMETA:TRANS-RXN-40rXmetanetx.reactionrX MNXR95937rujG`Xb1528rjH`h#jI`h2]rjarRrjM`}r(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXARBtexrhX@L-arabinose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr XARBtexr!Xmetanetx.reactionr"X MNXR95913r#ujG`X b1377 or b0241 or b0929 or b2215r$jH`h#jI`h2]r%(hIh[h7h er&Rr'jM`}r((jwGjG?uh0Njt`G@ju`G@@ubj<`)r)}r*(hX ARGAGMt7ppr+hX&Arginine/agmatine antiport (periplasm)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0X ARGAGMt7ppr1Xbiocycr2XMETA:RXN0-2162r3Xmetanetx.reactionr4X MNXR95938r5Xrhear6]r7(X29651r8X29652r9X29653r:X29654r;eujG`Xb4115r<jH`h#jI`h2]r=jar>Rr?jM`}r@(jaGjO`)rA}rB(hXarg__L_prChX L-ArgininerDh}rEh}rF(Xbigg.metaboliterGXarg__LrHXbiocycrIXMETA:ARGrJXchebirK]rL(X CHEBI:13077rMX CHEBI:133495rNX CHEBI:16467rOX CHEBI:21235rPX CHEBI:22616rQX CHEBI:2643rRX CHEBI:29016rSX CHEBI:32681rTX CHEBI:32682rUX CHEBI:32683rVX CHEBI:32695rWX CHEBI:32696rXX CHEBI:32697rYX CHEBI:42927rZX CHEBI:6185r[eXhmdbr\]r](X HMDB00517r^X HMDB62762r_eX kegg.compoundr`]ra(XC00062rbXC02385rceX kegg.drugrdXD02982reXmetanetx.chemicalrfXMNXM70rgX seed.compoundrh]ri(Xcpd00051rjXcpd19021rkeuh0Nh1h2]rlrmRrnjn`X C6H15N4O2rojp`jcjr`Kjs`GubGjG?jMbG?uh0Njt`G@ju`G@@ubj<`)rp}rq(hXARGDCrrhXArginine decarboxylasersh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwXARGDCrxXbiocycryXMETA:ARGDECARBOX-RXNrzXec-coder{X4.1.1.19r|X kegg.reactionr}XR00566r~Xmetanetx.reactionrX MNXR95940rXrhear]r(X17641rX17642rX17643rX17644reujG`Xb4117rjH`h#jI`h2]rj arRrjM`}r(jMbGjnGjaG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXARGDCpprhXArginine decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGDCpprXbiocycrXMETA:ARGDECARBOX-RXNrXec-coderX4.1.1.19rX kegg.reactionrXR00566rXmetanetx.reactionrX MNXR95940rXrhear]r(X17641rX17642rX17643rX17644reujG`Xb2938rjH`h#jI`h2]rjarRrjM`}r(jAGj̪GjG?jO`)r}r(hXco2_prhXCO2 CO2rh}rh}r(Xbigg.metaboliterXco2rXbiocycrXMETA:CARBON-DIOXIDErXchebir]r(X CHEBI:13282rX CHEBI:13283rX CHEBI:13284rX CHEBI:13285rX CHEBI:16526rX CHEBI:23011rX CHEBI:3283rX CHEBI:48829reXhmdbrX HMDB01967rX kegg.compoundrXC00011rX kegg.drugrXD00004rXmetanetx.chemicalrXMNXM13rX seed.compoundrXcpd00011ruh0Nh1h2]rrRrjn`XCO2rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ARGORNt7pprhX)Arginine/ornithine antiporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ARGORNt7pprXmetanetx.reactionrX MNXR95946rXrhear]r(X34991rX34992rX34993rX34994reujG`Xb1605rjH`h#jI`h2]rj1arRrjM`}r(jAGjGjMbG?jO`)r}r(hXorn_prhX Ornithinerh}rh}r(Xbigg.metaboliterXornrXbiocycrXMETA:L-ORNITHINErXchebir]r(X CHEBI:11448rX CHEBI:13148rX CHEBI:15729rX CHEBI:18257rX CHEBI:19370rX CHEBI:21367rX CHEBI:32964rX CHEBI:44667rX CHEBI:46911rX CHEBI:46912rX CHEBI:46913rX CHEBI:46914rX CHEBI:6280rX CHEBI:7784reXhmdbr]r(X HMDB00214rX HMDB00818rX HMDB04984rX HMDB62654rX HMDB62718reX kegg.compoundr]r(XC00077rXC01602reX kegg.drugrXD08302rX lipidmapsrX LMFA01100057rXmetanetx.chemicalr X MNXM89689r X seed.compoundr ]r (Xcpd00064r Xcpd19016reuh0Nh1h2]rrRrjn`X C5H13N2O2rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXARGSLrhXArgininosuccinate lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGSLrXbiocycrXMETA:ARGSUCCINLYA-RXNrXec-coderX4.3.2.1rX kegg.reactionr XR01086r!Xmetanetx.reactionr"X MNXR95948r#Xrhear$]r%(X24020r&X24021r'X24022r(X24023r)eujG`Xb3960r*jH`h#jI`h2]r+jCar,Rr-jM`}r.(jO`)r/}r0(hXargsuc_cr1hXN(omega)-(L-Arginino)succinater2h}r3h}r4(Xbigg.metaboliter5Xargsucr6Xbiocycr7XMETA:L-ARGININO-SUCCINATEr8Xchebir9]r:(X CHEBI:10960r;X CHEBI:15682r<X CHEBI:21475r=X CHEBI:57472r>X CHEBI:7098r?eX kegg.compoundr@XC03406rAXmetanetx.chemicalrBXMNXM550rCX seed.compoundrD]rE(Xcpd02152rFXcpd29673rGeuh0Nh1h2]rHrIRrJjn`X C10H17N4O6rKjp`jq`jr`Jjs`GubGjMbG?jG?uh0Njt`G@ju`G@@ubj<`)rL}rM(hXARGSSrNhXArgininosuccinate synthaserOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXARGSSrTXbiocycrUXMETA:ARGSUCCINSYN-RXNrVXec-coderWX6.3.4.5rXX kegg.reactionrYXR01954rZXmetanetx.reactionr[X MNXR95949r\Xrhear]]r^(X10932r_X10933r`X10934raX10935rbeujG`Xb3172rcjH`h#jI`h2]rdjUareRrfjM`}rg(jbGjbGjO`)rh}ri(hX citr__L_crjhX L-Citrullinerkh}rlh}rm(Xbigg.metaboliternXcitr__LroXbiocycrpXMETA:L-CITRULLINErqXchebirr]rs(X CHEBI:13092rtX CHEBI:14002ruX CHEBI:16349rvX CHEBI:18211rwX CHEBI:21257rxX CHEBI:3730ryX CHEBI:41489rzX CHEBI:57743r{X CHEBI:6203r|X CHEBI:66922r}eXhmdbr~X HMDB00904rX kegg.compoundrXC00327rX kegg.drugrXD07706rXmetanetx.chemicalrXMNXM211rX seed.compoundrXcpd00274ruh0Nh1h2]rrRrjn`X C6H13N3O3rjp`jq`jr`Kjs`GubGjG?j/G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXARGTRSrhXArginyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGTRSrXec-coderX6.1.1.19rX kegg.reactionrXR03646rXmetanetx.reactionrX MNXR95950rujG`Xb1876rjH`h#jI`h2]rjgarRrjM`}r(jMbGjbGjO`)r}r(hX trnaarg_crhX TRNA(Arg)rh}rh}r(Xbigg.metaboliterXtrnaargrXbiocycrXMETA:ARG-tRNAsrXchebir]r(X CHEBI:10673rX CHEBI:15167rX CHEBI:29171reX kegg.compoundrXC01636rXmetanetx.chemicalrX MNXM90751rX seed.compoundr]r(Xcpd11907rXcpd22281reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jO`)r}r(hX argtrna_crhXL-Arginyl-tRNA(Arg)rh}rh}r(Xbigg.metaboliterXargtrnarXchebir]r(X CHEBI:13079rX CHEBI:13080rX CHEBI:18366rX CHEBI:6189reX kegg.compoundrXC02163rXmetanetx.chemicalrX MNXM89870rX seed.compoundrXcpd12036ruh0Nh1h2]rrRrjn`X C6H14N4ORrjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXARGabcpprhX/L-arginine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGabcpprXbiocycrXMETA:ABC-4-RXNrXec-coderX3.6.3.21rXmetanetx.reactionrX MNXR95952rXrhear]r(X29879#1rX29880#1rX29881#1rX29882#1reujG`X\( b2306 and b2310 and b2307 and b2308 ) or ( b0864 and b0860 and b0863 and b0861 and b0862 )rjH`h#jI`h2]r(jjj jjjjjjyerRrjM`}r(jAGjbGjgfGjmG?jMbG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXARGt3pprhXEL-arginine transport out via proton antiport (cytoplasm to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGt3pprXmetanetx.reactionrX MNXR95954rujG`Xb2923rjH`h#jI`h2]rjarRrjM`}r(jMbGj̪GjAG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXARGtexrhX?L-arginine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXARGtexrXbiocycrXMETA:RXN66-448rXmetanetx.reactionrX MNXR95951rXrhear ]r (X32143r X32144r X32145r X32146reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jqxGjAG?uh0Njt`G@ju`G@@ubj<`)r}r(hXASADrhX$Aspartate-semialdehyde dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASADrXbiocycrX-META:ASPARTATE-SEMIALDEHYDE-DEHYDROGENASE-RXNrXec-coderX1.2.1.11r X kegg.reactionr!XR02291r"Xmetanetx.reactionr#X MNXR96039r$Xrhear%]r&(X24284r'X24285r(X24286r)X24287r*eujG`Xb3433r+jH`h#jI`h2]r,j-ar-Rr.jM`}r/(jO`)r0}r1(hXaspsa_cr2hXL-Aspartate 4-semialdehyder3h}r4h}r5(Xbigg.metaboliter6Xaspsar7Xbiocycr8XMETA:L-ASPARTATE-SEMIALDEHYDEr9Xchebir:]r;(X CHEBI:13086r<X CHEBI:13087r=X CHEBI:18051r>X CHEBI:21245r?X CHEBI:40847r@X CHEBI:537519rAX CHEBI:6194rBeXhmdbrCX HMDB12249rDX kegg.compoundrEXC00441rFXmetanetx.chemicalrGXMNXM361rHX seed.compoundrIXcpd00346rJuh0Nh1h2]rKrLRrMjn`XC4H7NO3rNjp`jq`jr`Kjs`GubGj[iGj;nGjO`)rO}rP(hX4pasp_crQhX4-Phospho-L-aspartaterRh}rSh}rT(Xbigg.metaboliterUX4pasprVXbiocycrWXMETA:L-BETA-ASPARTYL-PrXXchebirY]rZ(X CHEBI:12042r[X CHEBI:13062r\X CHEBI:15836r]X CHEBI:1925r^X CHEBI:20471r_X CHEBI:20472r`X CHEBI:21246raX CHEBI:30407rbX CHEBI:57535rceXhmdbrdX HMDB12250reX kegg.compoundrfXC03082rgXmetanetx.chemicalrhXMNXM1177riX seed.compoundrjXcpd01977rkuh0Nh1h2]rlrmRrnjn`XC4H6NO7Projp`jq`jr`Jjs`GubG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)rp}rq(hXASCBPLrrhX!L-ascorbate 6-phosphate lactonasersh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwXASCBPLrxXbiocycryXMETA:RXN0-5214rzXec-coder{X3.1.1.-r|X kegg.reactionr}XR07677r~Xmetanetx.reactionrX MNXR96045rXrhear]r(X28803rX28804rX28805rX28806reujG`Xb4192rjH`h#jI`h2]rj?arRrjM`}r(jO`)r}r(hXascb6p_crhXL-ascorbate-6-phosphaterh}rh}r(Xbigg.metaboliterXascb6prXbiocycrXMETA:L-ASCORBATE-6-PHOSPHATErXchebir]r(X CHEBI:61698rX CHEBI:61701rX CHEBI:80368reX kegg.compoundrXC16186rXmetanetx.chemicalrXMNXM2689rX seed.compoundrXcpd14905ruh0Nh1h2]rrRrjn`XC6H7O9Prjp`jq`jr`Jjs`GubGjgfGjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX ASCBptspprhX1L-ascorbate transport via PEP:Pyr PTS (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ASCBptspprXmetanetx.reactionrX MNXR96047rujG`X-b4194 and b2416 and b2415 and b4195 and b4193rjH`h#jI`h2]r(jjQjcjujerRrjM`}r(jO`)r}r(hX ascb__L_prhX L-Ascorbaterh}rh}r(Xbigg.metaboliterXascb__LrXbiocycrXMETA:ASCORBATErXchebir]r(X CHEBI:13082rX CHEBI:13861rX CHEBI:17208rX CHEBI:21240rX CHEBI:2868rX CHEBI:29073rX CHEBI:38290rX CHEBI:40892rX CHEBI:43473reXhmdbr]r(X HMDB00044rX HMDB14273rX HMDB29945reX kegg.compoundr]r(XC00072rXC20364reX kegg.drugrXD00018rXmetanetx.chemicalrX MNXM89592rX seed.compoundrXcpd00059ruh0Nh1h2]rrRrjn`XC6H8O6rjp`jcjr`Kjs`GubGjGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXASCBtexrhX@L-ascorbate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASCBtexrXmetanetx.reactionrX MNXR96048rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jxGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXASNNrhXL-asparaginaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNNrXbiocycrXMETA:ASPARAGHYD-RXNrXec-coder]r(X3.5.1.1rX3.5.1.38rX3.5.5.4reX kegg.reactionrXR00485rXmetanetx.reactionrX MNXR96056rXrhear]r(X21016rX21017rX21018rX21019reujG`Xb1767 or b0828rjH`h#jI`h2]r(jjer Rr jM`}r (j|bGjgfGjbG?jiG?uh0Njt`Gju`G@@ubj<`)r }r (hXASNNpprhXL-asparaginaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNNpprXbiocycrXMETA:ASPARAGHYD-RXNrXec-coder]r(X3.5.1.1rX3.5.1.38rX3.5.5.4reX kegg.reactionrXR00485rXmetanetx.reactionrX MNXR96056rXrhear ]r!(X21016r"X21017r#X21018r$X21019r%eujG`Xb2957r&jH`h#jI`h2]r'jar(Rr)jM`}r*(jO`)r+}r,(hXasn__L_pr-hX L-Asparaginer.h}r/h}r0(Xbigg.metaboliter1Xasn__Lr2Xbiocycr3XMETA:ASNr4Xchebir5]r6(X CHEBI:13083r7X CHEBI:17196r8X CHEBI:21242r9X CHEBI:22653r:X CHEBI:32650r;X CHEBI:32651r<X CHEBI:32660r=X CHEBI:32661r>X CHEBI:40902r?X CHEBI:58048r@X CHEBI:6191rAeXhmdbrBX HMDB00168rCX kegg.compoundrD]rE(XC00152rFXC16438rGeXmetanetx.chemicalrHXMNXM147rIX seed.compoundrJ]rK(Xcpd00132rLXcpd15142rMeuh0Nh1h2]rNrORrPjn`XC4H8N2O3rQjp`jcjr`Kjs`GubGjDGjO`)rR}rS(hXasp__L_prThX L-AspartaterUh}rVh}rW(Xbigg.metaboliterXXasp__LrYXbiocycrZXMETA:L-ASPARTATEr[Xchebir\]r](X CHEBI:13085r^X CHEBI:132943r_X CHEBI:17053r`X CHEBI:21244raX CHEBI:21247rbX CHEBI:22659rcX CHEBI:22660rdX CHEBI:29991reX CHEBI:29992rfX CHEBI:29993rgX CHEBI:29995rhX CHEBI:35391riX CHEBI:40853rjX CHEBI:40900rkX CHEBI:40913rlX CHEBI:40942rmX CHEBI:6193rneXhmdbro]rp(X HMDB00191rqX HMDB62186rrX HMDB62501rseX kegg.compoundrt]ru(XC00049rvXC16433rweX kegg.drugrxXD00013ryXmetanetx.chemicalrzXMNXM42r{X seed.compoundr|]r}(Xcpd00041r~Xcpd19181reuh0Nh1h2]rrRrjn`XC4H6NO4rjp`jcjr`Jjs`GubG?j G?uh0Njt`Gju`G@@ubj<`)r}r(hXASNS1rhX+Asparagine synthase (glutamine-hydrolysing)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNS1rXbiocycrXMETA:ASNSYNB-RXNrXec-coderX6.3.5.4rX kegg.reactionrXR00578rXmetanetx.reactionrX MNXR96059rXrhear]r(X12228rX12229rX12230rX12231reujG`Xb0674rjH`h#jI`h2]rjarRrjM`}r(jbGjbGjeGjgfGjG?j|bG?jeG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXASNS2rhXAsparagine synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNS2rXbiocycrXMETA:ASNSYNA-RXNrXec-coder]r(X6.3.1.1rX6.3.5.4reX kegg.reactionrXR00483rXmetanetx.reactionrX MNXR96060rXrhear]r(X11372rX11373rX11374rX11375reujG`Xb3744rjH`h#jI`h2]rjarRrjM`}r(jbGjbGjiGjG?j|bG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXASNTRSrhXAsparaginyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNTRSrXec-coderX6.1.1.22rX kegg.reactionrXR03648rXmetanetx.reactionrX MNXR96064rujG`Xb0930rjH`h#jI`h2]rjarRrjM`}r(j|bGjbGjO`)r}r(hX trnaasn_crhXTRNA Asn C10H17O10PR2rh}rh}r(Xbigg.metaboliterXtrnaasnrXbiocycrXMETA:ASN-tRNAsrXchebir]r(X CHEBI:10674rX CHEBI:15168rX CHEBI:29172reX kegg.compoundrXC01637rXmetanetx.chemicalrX MNXM90665rX seed.compoundr]r(Xcpd11908rXcpd22284reuh0Nh1h2]rrRrjn`X C10H17O10PR2rjp`jq`jr`Kjs`GubGjG?jO`)r}r(hX asntrna_crhXL-Asparaginyl-tRNA(Asn)rh}rh}r(Xbigg.metaboliterXasntrnarXchebir]r(X CHEBI:13084rX CHEBI:13251rX CHEBI:29265rX CHEBI:6192reX kegg.compoundrXC03402rXmetanetx.chemicalrX MNXM89761rX seed.compoundr]r(Xcpd12313rXcpd16182reuh0Nh1h2]rrRrjn`XC14H24N2O12PR2rjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXASNabcppr hX1L-asparagine transport via ABC system (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrXASNabcpprXmetanetx.reactionrX MNXR96065rujG`h#jH`h#jI`h2]rrRrjM`}r(j+GjbGjgfGjmG?j|bG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXASNt2rpprhX@L-asparagine reversible transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASNt2rpprXbiocycrXMETA:TRANS-RXN-262r Xmetanetx.reactionr!X MNXR96066r"ujG`Xb1453r#jH`h#jI`h2]r$jar%Rr&jM`}r'(j+Gj̪Gj|bG?jnG?uh0Njt`G@ju`G@@ubj<`)r(}r)(hXASNtexr*hXAL-asparagine transport via diffusion (extracellular to periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XASNtexr0Xmetanetx.reactionr1X MNXR96069r2ujG`X b1377 or b0241 or b0929 or b2215r3jH`h#jI`h2]r4(hIh[h7h er5Rr6jM`}r7(jxGj+G?uh0Njt`G@ju`G@@ubj<`)r8}r9(hXASO3t8ppr:hX.Arsenite efflux via ATP hydrolysis (periplasm)r;h}r<h}r=(jC`X SBO:0000375r>X bigg.reactionr?XASO3t8ppr@XbiocycrAXMETA:3.6.3.16-RXNrBXec-coderCX3.6.3.16rDXmetanetx.reactionrEX MNXR96072rFXrhearG]rH(X11348#1rIX11349#1rJX11350#1rKX11351#1rLeujG`Xb3502rMjH`h#jI`h2]rNjarORrPjM`}rQ(jO`)rR}rS(hXaso3_crThXArseniterUh}rVh}rW(Xbigg.metaboliterXXaso3rYXbiocycrZ]r[(X META:CPD-763r\XMETA:CPD0-2040r]eXchebir^]r_(X CHEBI:13857r`X CHEBI:22635raX CHEBI:2846rbX CHEBI:29242rcX CHEBI:29243rdX CHEBI:29866reX CHEBI:49899rfX CHEBI:49900rgeXhmdbrhX HMDB11620riX kegg.compoundrjXC06697rkXmetanetx.chemicalrlXMNXM658rmX seed.compoundrn]ro(Xcpd04098rpXcpd26385rqeuh0Nh1h2]rrrsRrtjn`XAsO3rujp`jq`jr`Jjs`GubGjbGjgfGjmG?jO`)rv}rw(hXaso3_prxhXArseniteryh}rzh}r{(Xbigg.metaboliter|Xaso3r}Xbiocycr~]r(X META:CPD-763rXMETA:CPD0-2040reXchebir]r(X CHEBI:13857rX CHEBI:22635rX CHEBI:2846rX CHEBI:29242rX CHEBI:29243rX CHEBI:29866rX CHEBI:49899rX CHEBI:49900reXhmdbrX HMDB11620rX kegg.compoundrXC06697rXmetanetx.chemicalrXMNXM658rX seed.compoundr]r(Xcpd04098rXcpd26385reuh0Nh1h2]rrRrjn`XAsO3rjp`jcjr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXASO3texrhX=Arsenite transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASO3texrXbiocycrXMETA:TRANS-RXN0-551rXmetanetx.reactionrX MNXR96073rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jyGjvG?uh0Njt`G@ju`G@@ubj<`)r}r(hXASP1DCrhXAspartate 1-decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASP1DCrXbiocycrXMETA:ASPDECARBOX-RXNrXec-coder]r(X4.1.1.11rX4.1.1.15reX kegg.reactionrXR00489rXmetanetx.reactionrX MNXR96077rXrhear]r(X19497rX19498rX19499rX19500reujG`Xb0131rjH`h#jI`h2]rjarRrjM`}r(jbGjnGjO`)r}r(hXala_B_crhX Beta-Alaninerh}rh}r(Xbigg.metaboliterXala_BrXbiocycrXMETA:B-ALANINErXchebir]r(X CHEBI:10343rX CHEBI:12389rX CHEBI:16958rX CHEBI:22821rX CHEBI:41050rX CHEBI:57966rX CHEBI:63070reXhmdbrX HMDB00056rX kegg.compoundrXC00099rX kegg.drugrXD07561rXmetanetx.chemicalrXMNXM144rX seed.compoundrXcpd00085ruh0Nh1h2]rrRrjn`XC3H7NO2rjp`jq`jr`Kjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXASPCTrhXAspartate carbamoyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPCTrXbiocycrXMETA:ASPCARBTRANS-RXNrXec-coderX2.1.3.2rX kegg.reactionrXR01397rXmetanetx.reactionrX MNXR96080rXrhear]r(X20013rX20014rX20015rX20016reujG`X( b4244 and b4245 ) or b4245rjH`h#jI`h2]r(j;j)erRrjM`}r(jbGjO`)r}r(hXcbp_cr hXCarbamoyl phosphater h}r h}r (Xbigg.metaboliter XcbprXbiocycrXMETA:CARBAMOYL-PrXchebir]r(X CHEBI:13942rX CHEBI:17672rX CHEBI:23005rX CHEBI:3389rX CHEBI:41567rX CHEBI:58228reXhmdbrX HMDB01096rX kegg.compoundrXC00169rXmetanetx.chemicalrXMNXM138rX seed.compoundrXcpd00146r uh0Nh1h2]r!r"Rr#jn`XCH2NO5Pr$jp`jq`jr`Jjs`GubGjO`)r%}r&(hXcbasp_cr'hXN-Carbamoyl-L-aspartater(h}r)h}r*(Xbigg.metaboliter+Xcbaspr,Xbiocycr-XMETA:CARBAMYUL-L-ASPARTATEr.Xchebir/]r0(X CHEBI:12496r1X CHEBI:12593r2X CHEBI:15859r3X CHEBI:21687r4X CHEBI:21688r5X CHEBI:32814r6X CHEBI:44316r7X CHEBI:7257r8eX kegg.compoundr9XC00438r:Xmetanetx.chemicalr;XMNXM465r<X seed.compoundr=Xcpd00343r>uh0Nh1h2]r?r@RrAjn`XC5H6N2O5rBjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rC}rD(hXASPKrEhXAspartate kinaserFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJXASPKrKXbiocycrLXMETA:ASPARTATEKIN-RXNrMXec-coderNX2.7.2.4rOX kegg.reactionrPXR00480rQXmetanetx.reactionrRX MNXR96085rSXrhearT]rU(X23776rVX23777rWX23778rXX23779rYeujG`Xb3940 or b0002 or b4024rZjH`h#jI`h2]r[(j_jqjMer\Rr]jM`}r^(jbGjbGjOG?jmG?uh0Njt`G@ju`G@@ubj<`)r_}r`(hXASPO3rahXL-aspartate oxidaserbh}rch}rd(jC`X SBO:0000375reX bigg.reactionrfXASPO3rgXmetanetx.reactionrhX MNXR96091riXrhearj]rk(X28683rlX28684rmX28685rnX28686roeujG`Xb2574rpjH`h#jI`h2]rqjarrRrsjM`}rt(jbGjO`)ru}rv(hXq8_crwhX Ubiquinone-8rxh}ryh}rz(Xbigg.metaboliter{Xq8r|Xbiocycr}XMETA:UBIQUINONE-8r~XchebirX CHEBI:61683rX kegg.compoundrXC17569rX lipidmapsrX LMPR02010005rXmetanetx.chemicalrXMNXM232rX seed.compoundrXcpd15560ruh0Nh1h2]rrRrjn`XC49H74O4rjp`jq`jr`Kjs`GubGjnG?jO`)r}r(hXiasp_crhXIminoaspartaterh}rh}r(Xbigg.metaboliterXiasprXchebir]r(X CHEBI:24784rX CHEBI:50616rX CHEBI:5878rX CHEBI:58831rX CHEBI:77875reXhmdbrX HMDB01131rX kegg.compoundrXC05840rX lipidmapsrX LMFA01170110rXmetanetx.chemicalrXMNXM599rX seed.compoundrXcpd03470ruh0Nh1h2]rrRrjn`XC4H3NO4rjp`jq`jr`Jjs`GubG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXASPO4rhXL-aspartate oxidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPO4rXmetanetx.reactionrX MNXR96092rXrhear]r(X29191rX29192rX29193rX29194reujG`Xb2574rjH`h#jI`h2]rjarRrjM`}r(jbGjO`)r}r(hXmqn8_crhX Menaquinone 8rh}rh}r(Xbigg.metaboliterXmqn8rXbiocycrX META:CPD-9728rXchebirX CHEBI:44027rXmetanetx.chemicalrXMNXM509rX seed.compoundrXcpd15500ruh0Nh1h2]rrRrjn`XC51H72O2rjp`jq`jr`Kjs`GubGjnG?jG?jhG?uh0Njt`Gju`G@@ubj<`)r}r(hXASPO5rhXL-aspartate oxidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPO5rXec-coderX1.5.99.-rXmetanetx.reactionrX MNXR96093rXrhear]r(X30043rX30044rX30045rX30046reujG`Xb2574rjH`h#jI`h2]rjarRrjM`}r(jbGjGjnG?jG?jO`)r}r(hXsucc_crhX Succinaterh}rh}r(Xbigg.metaboliterXsuccrXbiocycrXMETA:SUCrXchebir]r(X CHEBI:132287rX CHEBI:15125rX CHEBI:15741rX CHEBI:22941rX CHEBI:22943rX CHEBI:26803rX CHEBI:26807rX CHEBI:30031rX CHEBI:30779rX CHEBI:45639rX CHEBI:90372rX CHEBI:9304reXhmdbrX HMDB00254rX kegg.compoundrXC00042rX lipidmapsrX LMFA01170043r Xmetanetx.chemicalr XMNXM25r X seed.compoundr Xcpd00036r uh0Nh1h2]rrRrjn`XC4H4O4rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXASPO6rhXL-aspartate oxidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPO6rXec-coderX1.4.3.16rX kegg.reactionrXR00481rXmetanetx.reactionrX MNXR96094r Xrhear!]r"(X25876r#X25877r$X25878r%X25879r&eujG`Xb2574r'jH`h#jI`h2]r(jar)Rr*jM`}r+(jbGjηGj*G?jnG?jG?uh0Njt`Gju`G@@ubj<`)r,}r-(hXASPTr.hX L-aspartaser/h}r0h}r1(jC`X SBO:0000375r2X bigg.reactionr3XASPTr4Xbiocycr5XMETA:ASPARTASE-RXNr6Xec-coder7X4.3.1.1r8X kegg.reactionr9XR00490r:Xmetanetx.reactionr;X MNXR96099r<Xrhear=]r>(X16601r?X16602r@X16603rAX16604rBeujG`Xb4139rCjH`h#jI`h2]rDjarERrFjM`}rG(jbGjG?jiG?uh0Njt`Gju`G@@ubj<`)rH}rI(hXASPTArJhXAspartate transaminaserKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXASPTArPXbiocycrQ]rR(XMETA:ASPAMINOTRANS-RXNrSXMETA:RXN-13697rTeXec-coderUX2.6.1.1rVX kegg.reactionrWXR00355rXXmetanetx.reactionrYX MNXR96079rZXrhear[]r\(X21824r]X21825r^X21826r_X21827r`eujG`Xb0928rajH`h#jI`h2]rbjarcRrdjM`}re(jGjbGjeG?jO`)rf}rg(hXoaa_crhhX Oxaloacetaterih}rjh}rk(Xbigg.metaboliterlXoaarmXbiocycrn]ro(XMETA:ENOL-OXALOACETATErpXMETA:OXALACETIC_ACIDrqeXchebirr]rs(X CHEBI:12820rtX CHEBI:14703ruX CHEBI:16452rvX CHEBI:24958rwX CHEBI:24959rxX CHEBI:25731ryX CHEBI:25734rzX CHEBI:29049r{X CHEBI:30744r|X CHEBI:7812r}eXhmdbr~X HMDB00223rX kegg.compoundr]r(XC00036rXC03981reX lipidmapsr]r(X LMFA01170061rX LMFA01170120reXmetanetx.chemicalrXMNXM46rX seed.compoundr]r(Xcpd00032rXcpd02469reuh0Nh1h2]rrRrjn`XC4H2O5rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXASPTRSrhXAspartyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPTRSrXec-coder]r(X6.1.1.12rX6.1.1.23reX kegg.reactionrXR05577rXmetanetx.reactionrX MNXR96101rujG`Xb1866rjH`h#jI`h2]rjarRrjM`}r(jbGjbGjO`)r}r(hX trnaasp_crhX TRNA(Asp)rh}rh}r(Xbigg.metaboliterXtrnaasprXbiocycrXMETA:ASP-tRNAsrXchebir]r(X CHEBI:10675rX CHEBI:15169rX CHEBI:29186reX kegg.compoundrXC01638rXmetanetx.chemicalrX MNXM90752rX seed.compoundr]r(Xcpd11909rXcpd22286reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jO`)r}r(hX asptrna_crhXL-Aspartyl-tRNA(Asp)rh}rh}r(Xbigg.metaboliterXasptrnarX kegg.compoundrXC02984rXmetanetx.chemicalrX MNXM90839rX seed.compoundrXcpd12226ruh0Nh1h2]rrRrjn`XC4H5NO3Rrjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXASPabcpprhX0L-aspartate transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASPabcpprXbiocycrXMETA:TRANS-RXN0-222rXec-coderX3.6.3.21rXmetanetx.reactionrX MNXR96103rXrhear]r(X29039#1rX29040#1rX29041#1rX29042#1reujG`X#b0653 and b0655 and b0654 and b0652rjH`h#jI`h2]r(jjjjerRrjM`}r(jRGjbGjgfGjmG?jbG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX ASPt2_2pprhX8Aspartate transport via proton symport (2 H) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ASPt2_2pprXbiocycrXMETA:TRANS-RXN-122ArXmetanetx.reactionrX MNXR96104rXrhear]r(X29287rX29288rX29289rX29290reujG`Xb3528rjH`h#jI`h2]rjarRrjM`}r(jRGj̪GjbG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hX ASPt2_3pprhX9L-asparate transport via proton symport (3 H) (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X ASPt2_3pprXmetanetx.reactionrX MNXR96105rujG`Xb4138 or b4123rjH`h#jI`h2]r(j7j%erRrjM`}r(jRGj̪GjbG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hX ASPt2pp_copy1rhh#h}rh}r(jC`X SBO:0000375rXmetanetx.reactionrX MNXR96106rujG`Xb4077rjH`h#jI`h2]rjIar Rr!jM`}r"(jRGj̪GjbG?jnG?uh0Njt`Gju`G@@ubj<`)r#}r$(hX ASPt2pp_copy2r%hh#h}r&h}r'(jC`X SBO:0000375r(Xmetanetx.reactionr)X MNXR96106r*ujG`h#jH`h#jI`h2]r+r,Rr-jM`}r.(jRGj̪GjbG?jnG?uh0Njt`G@ju`G@@ubj<`)r/}r0(hXASPtexr1hX@L-aspartate transport via diffusion (extracellular to periplasm)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XASPtexr7Xbiocycr8XMETA:TRANS-RXN0-554r9Xmetanetx.reactionr:X MNXR96107r;ujG`X b1377 or b0241 or b0929 or b2215r<jH`h#jI`h2]r=(hIh[h7h er>Rr?jM`}r@(jGyGjRG?uh0Njt`G@ju`G@@ubj<`)rA}rB(hXASRrChXArsenate reductaserDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXASRrIXec-coderJX1.20.4.1rKXmetanetx.reactionrLX MNXR96113rMujG`Xb3503 and b1064rNjH`h#jI`h2]rO(j[jmerPRrQjM`}rR(jO`)rS}rT(hXaso4_crUhXArsenaterVh}rWh}rX(Xbigg.metaboliterYXaso4rZXbiocycr[X META:ARSENATEr\Xchebir]]r^(X CHEBI:13856r_X CHEBI:18231r`X CHEBI:22629raX CHEBI:22631rbX CHEBI:2843rcX CHEBI:2844rdX CHEBI:29125reX CHEBI:48597rfX CHEBI:48600rgX CHEBI:81880rheXhmdbriX HMDB12190rjX kegg.compoundrk]rl(XC01478rmXC11215rnXC18647roXC18648rpeXmetanetx.chemicalrqXMNXM970rrX seed.compoundrsXcpd01048rtuh0Nh1h2]rurvRrwjn`XAsO4rxjp`jq`jr`Jjs`GubGj$fGjRG?jO`)ry}rz(hXgthox_cr{hXOxidized glutathioner|h}r}h}r~(Xbigg.metaboliterXgthoxrXbiocycrXMETA:OXIDIZED-GLUTATHIONErXchebir]r(X CHEBI:14328rX CHEBI:14720rX CHEBI:17858rX CHEBI:24336rX CHEBI:42832rX CHEBI:58297rX CHEBI:7840reXhmdbrX HMDB03337rX kegg.compoundrXC00127rX kegg.drugrXD00031rXmetanetx.chemicalrXMNXM151rX seed.compoundrXcpd00111ruh0Nh1h2]rrRrjn`X C20H30N6O12S2rjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXASTrhXArginine succinyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXASTrXbiocycrX'META:ARGININE-N-SUCCINYLTRANSFERASE-RXNrXec-coderX 2.3.1.109rX kegg.reactionrXR00832rXmetanetx.reactionrX MNXR96115rXrhear]r(X15185rX15186rX15187rX15188reujG`Xb1747rjH`h#jI`h2]rjarRrjM`}r(jMbGjlGjcG?jnG?jO`)r}r(hXsucarg_crhXN2-Succinyl-L-argininerh}rh}r(Xbigg.metaboliterXsucargrXbiocycrX META:CPD-421rXchebir]r(X CHEBI:12637rX CHEBI:17705rX CHEBI:21819rX CHEBI:58241rX CHEBI:7372reX kegg.compoundrXC03296rXmetanetx.chemicalrXMNXM1756rX seed.compoundrXcpd02103ruh0Nh1h2]rrRrjn`X C10H17N4O5rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXATHRDHrrhXL-allo-threonine dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXATHRDHrrXbiocycrXMETA:RXN-16000rXec-coderX 1.1.1.381rX kegg.reactionrXR10851rXmetanetx.reactionrX MNXR96121rXrhear]r(X30055rX30056rX30057rX30058reujG`Xb1539rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX athr__L_crhXL-Allo-threoninerh}rh}r(Xbigg.metaboliterXathr__LrXbiocycrXMETA:L-ALLO-THREONINErXchebir]r(X CHEBI:21221rX CHEBI:28718rX CHEBI:38262rX CHEBI:40698rX CHEBI:58585rX CHEBI:6174reXhmdbrX HMDB04041rX kegg.compoundrXC05519rXmetanetx.chemicalrXMNXM2125rX seed.compoundrXcpd03282ruh0Nh1h2]rrRr jn`XC4H9NO3r jp`jq`jr`Kjs`GubGj[iGj'G?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)r }r (hXATPHsr hX"ATP amine hydrolysis (spontaneous)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXATPHsrXbiocycrXMETA:ATP-DEAMINASE-RXNrXec-coder]r(X3.5.4.17rX3.5.4.18reX kegg.reactionrXR00088rXmetanetx.reactionrX MNXR96130rXrhear]r(X13037r X13038r!X13039r"X13040r#eujG`Xs0001r$jH`h#jI`h2]r%jar&Rr'jM`}r((jbGjgfGjnGjG?jiG?uh0Njt`Gju`G@@ubj<`)r)}r*(hXATPMr+hXATP maintenance requirementr,h}r-h}r.(jC`X SBO:0000630r/X bigg.reactionr0XATPMr1Xbiocycr2XMETA:ATPASE-RXNr3Xec-coder4]r5(X3.6.1.15r6X3.6.1.3r7X3.6.1.5r8X3.6.1.8r9X3.6.3.1r:X3.6.3.10r;X3.6.3.11r<X3.6.3.12r=X3.6.3.14r>X3.6.3.15r?X3.6.3.16r@X3.6.3.17rAX3.6.3.18rBX3.6.3.19rCX3.6.3.2rDX3.6.3.20rEX3.6.3.21rFX3.6.3.22rGX3.6.3.23rHX3.6.3.24rIX3.6.3.25rJX3.6.3.26rKX3.6.3.27rLX3.6.3.28rMX3.6.3.29rNX3.6.3.3rOX3.6.3.30rPX3.6.3.31rQX3.6.3.32rRX3.6.3.33rSX3.6.3.34rTX3.6.3.35rUX3.6.3.36rVX3.6.3.37rWX3.6.3.38rXX3.6.3.39rYX3.6.3.4rZX3.6.3.40r[X3.6.3.41r\X3.6.3.42r]X3.6.3.43r^X3.6.3.44r_X3.6.3.46r`X3.6.3.47raX3.6.3.48rbX3.6.3.49rcX3.6.3.5rdX3.6.3.50reX3.6.3.51rfX3.6.3.52rgX3.6.3.53rhX3.6.3.54riX3.6.3.6rjX3.6.3.7rkX3.6.3.8rlX3.6.3.9rmX3.6.4.1rnX3.6.4.10roX3.6.4.11rpX3.6.4.12rqX3.6.4.13rrX3.6.4.2rsX3.6.4.3rtX3.6.4.4ruX3.6.4.5rvX3.6.4.6rwX3.6.4.7rxX3.6.4.8ryX3.6.4.9rzeX kegg.reactionr{XR00086r|Xmetanetx.reactionr}X MNXR96131r~Xrhear]r(X13065rX13066rX13067rX13068reujG`h#jH`h#jI`h2]rrRrjM`}r(jbGjgfGjmG?jnG?j;nG?uh0Njt`G@ 333333ju`G@@ubj<`)r}r(hXATPPRTrhXATP phosphoribosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXATPPRTrXbiocycrXMETA:ATPPHOSPHORIBOSYLTRANS-RXNrXec-coderX2.4.2.17rX kegg.reactionrXR01071rXmetanetx.reactionrX MNXR96132rXrhear]r(X18473rX18474rX18475rX18476reujG`Xb2019rjH`h#jI`h2]rjarRrjM`}r(jbGjGjnnG?jO`)r}r(hXprbatp_crhX1-(5-Phosphoribosyl)-ATPrh}rh}r(Xbigg.metaboliterXprbatprXbiocycrXMETA:PHOSPHORIBOSYL-ATPrXchebir]r(X CHEBI:11192rX CHEBI:11196rX CHEBI:18263rX CHEBI:18970rX CHEBI:58424rX CHEBI:59460rX CHEBI:73183rX CHEBI:73200rX CHEBI:8167reXhmdbrX HMDB03665rX kegg.compoundrXC02739rXmetanetx.chemicalrXMNXM1351rX seed.compoundrXcpd01775ruh0Nh1h2]rrRrjn`X C15H19N5O20P4rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXATPS4rpprhX3ATP synthase (four protons for one ATP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXATPS4rpprXbiocycrXMETA:ATPSYN-RXNrXec-coderX3.6.3.14rXmetanetx.reactionrX MNXR96136rujG`X( b3734 and b3732 and b3731 and b3733 and b3735 and b3737 and b3736 and b3738 and b3739 ) or ( b3738 and b3736 and b3737 and b3735 and b3733 and b3731 and b3732 and b3734 )rjH`h#jI`h2]r(jjj!jj3jjjjEerRrjM`}r(jmGj̪Gj;nGjbG?jgfG?jnG@uh0Njt`G@ju`G@@ubj<`)r}r(hXBALAt2pprhX8Beta-alanine transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXBALAt2pprXbiocycrXMETA:RXN0-5201rXmetanetx.reactionrX MNXR96212rXrhear]r(X29459rX29460rX29461rX29462reujG`Xb4208rjH`h#jI`h2]rj arRrjM`}r(jO`)r}r(hXala_B_prhX Beta-Alaninerh}rh}r(Xbigg.metaboliterXala_BrXbiocycrXMETA:B-ALANINErXchebir]r(X CHEBI:10343rX CHEBI:12389rX CHEBI:16958rX CHEBI:22821rX CHEBI:41050rX CHEBI:57966rX CHEBI:63070reXhmdbrX HMDB00056rX kegg.compoundrXC00099rX kegg.drugr XD07561r Xmetanetx.chemicalr XMNXM144r X seed.compoundr Xcpd00085ruh0Nh1h2]rrRrjn`XC3H7NO2rjp`jcjr`Kjs`GubGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXBALAtexrhXABeta-alanine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXBALAtexrXmetanetx.reactionrX MNXR95682rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h er Rr!jM`}r"(jevGjG?uh0Njt`G@ju`G@@ubj<`)r#}r$(hXBETALDHxr%hXBetaine-aldehyde dehydrogenaser&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XBETALDHxr+Xbiocycr,X META:BADH-RXNr-Xec-coder.X1.2.1.8r/X kegg.reactionr0XR02565r1Xmetanetx.reactionr2X MNXR96237r3Xrhear4]r5(X15305r6X15306r7X15307r8X15308r9eujG`Xb0312r:jH`h#jI`h2]r;jWar<Rr=jM`}r>(jO`)r?}r@(hXbetald_crAhXBetaine aldehyderBh}rCh}rD(Xbigg.metaboliterEXbetaldrFXbiocycrGXMETA:BETAINE_ALDEHYDErHXchebirI]rJ(X CHEBI:13896rKX CHEBI:15710rLX CHEBI:22859rMX CHEBI:3074rNX CHEBI:41256rOeXhmdbrPX HMDB01252rQX kegg.compoundrRXC00576rSXmetanetx.chemicalrTXMNXM457rUX seed.compoundrVXcpd00447rWuh0Nh1h2]rXrYRrZjn`XC5H12NOr[jp`jq`jr`Kjs`GubGjgfGjiGjO`)r\}r](hXglyb_cr^hXGlycine betainer_h}r`h}ra(Xbigg.metaboliterbXglybrcXbiocycrdX META:BETAINEreXchebirf]rg(X CHEBI:12531rhX CHEBI:13895riX CHEBI:15264rjX CHEBI:17750rkX CHEBI:22858rlX CHEBI:24370rmX CHEBI:27128rnX CHEBI:29050roX CHEBI:3073rpX CHEBI:41134rqX CHEBI:41139rreXhmdbrsX HMDB00043rtX kegg.compoundruXC00719rvX kegg.drugrwXD07523rxXmetanetx.chemicalryXMNXM289rzX seed.compoundr{Xcpd00540r|uh0Nh1h2]r}r~Rrjn`XC5H11NO2rjp`jq`jr`Kjs`GubG?jnG@j]r?(X30531r@X30532rAX30533rBX30534rCeujG`Xb3551rDjH`h#jI`h2]rEjarFRrGjM`}rH(jO`)rI}rJ(hXbtnso_crKhXD-biotin d-sulfoxiderLh}rMh}rN(Xbigg.metaboliterOXbtnsorPXbiocycrQX META:CPD-722rRXchebirS]rT(X CHEBI:62046rUX CHEBI:62193rVeX kegg.compoundrWXC20386rXXmetanetx.chemicalrYXMNXM3932rZX seed.compoundr[Xcpd15414r\uh0Nh1h2]r]r^Rr_jn`X C10H15N2O4Sr`jp`jq`jr`Jjs`GubGjnGj( b0933 and b0936 and b0934 ) or ( b0366 and b0365 and b0367 )rjH`h#jI`h2]r(jjj jj/jer Rr!jM`}r"(jbGjO`)r#}r$(hXbutso3_pr%hXButanesulfonater&h}r'h}r((Xbigg.metaboliter)Xbutso3r*Xmetanetx.chemicalr+XMNXM7138r,X seed.compoundr-Xcpd11596r.uh0Nh1h2]r/r0Rr1jn`XC4H9O3Sr2jp`jcjr`Jjs`GubGjgfGjmG?jO`)r3}r4(hXbutso3_cr5hXButanesulfonater6h}r7h}r8(Xbigg.metaboliter9Xbutso3r:Xmetanetx.chemicalr;XMNXM7138r<X seed.compoundr=Xcpd11596r>uh0Nh1h2]r?r@RrAjn`XC4H9O3SrBjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rC}rD(hX BUTSO3texrEhXDButanesulfonate transport via diffusion (extracellular to periplasm)rFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJX BUTSO3texrKXmetanetx.reactionrLX MNXR96351rMujG`X b1377 or b0241 or b0929 or b2215rNjH`h#jI`h2]rO(hIh[h7h erPRrQjM`}rR(jyGj#G?uh0Njt`G@ju`G@@ubj<`)rS}rT(hXBUTt2rpprUhX=Butyrate transport via proton symport, reversible (periplasm)rVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXBUTt2rppr[Xmetanetx.reactionr\X MNXR96353r]ujG`Xb2223r^jH`h#jI`h2]r_jar`RrajM`}rb(jO`)rc}rd(hXbut_prehXButyrate (n-C4:0)rfh}rgh}rh(Xbigg.metaboliteriXbutrjXmetanetx.chemicalrkX MNXM162281rluh0Nh1h2]rmrnRrojn`XC4H7O2rpjp`jcjr`Jjs`GubGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)rq}rr(hXBUTtexrshX=Butyrate transport via diffusion (extracellular to periplasm)rth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxXBUTtexryXmetanetx.reactionrzX MNXR96352r{ujG`X b1377 or b0241 or b0929 or b2215r|jH`h#jI`h2]r}(hIh[h7h er~RrjM`}r(jyGjcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXBWCOGDS1rhX=Tungsten bispterin guanine dinucleotide synthase (single GDP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXBWCOGDS1rXmetanetx.reactionrX MNXR96356rujG`Xb3857 or ( b3857 and b3856 )rjH`h#jI`h2]r(jj{erRrjM`}r(jO`)r}r(hXbwco_crhXTungsten bispterin cofactorrh}rh}r(Xbigg.metaboliterXbwcorXmetanetx.chemicalrX MNXM148529ruh0Nh1h2]rrRrjn`XC20H20N10O13P2S4Wrjp`jq`jr`Jjs`GubGjJfGjnGjO`)r}r(hX bwco1gdp_crhX5Tungsten bispterin cofactor mono-guanine dinucleotiderh}rh}r(Xbigg.metaboliterXbwco1gdprXmetanetx.chemicalrX MNXM148530ruh0Nh1h2]rrRrjn`XC30H32N15O20P3S4Wrjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXBWCOGDS2rhX0Tungsten bispterin guanine dinucleotide synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXBWCOGDS2rXmetanetx.reactionrX MNXR96357rujG`Xb3857 or ( b3857 and b3856 )rjH`h#jI`h2]r(jj{erRrjM`}r(jGjJfGjnGjO`)r}r(hX bwcogdp_crhX0Tungsten bispterin cofactor guanine dinucleotiderh}rh}r(Xbigg.metaboliterXbwcogdprXmetanetx.chemicalrX MNXM149209ruh0Nh1h2]rrRrjn`XC40H44N20O27P4S4Wrjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXBWCOSrhX$Tungsten bispterin cofactor synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXBWCOSrXmetanetx.reactionrX MNXR96358rujG`Xb0827rjH`h#jI`h2]rjiarRrjM`}r(jGjO`)r}r(hXwco_crhXTungsten binding cofactorrh}rh}r(Xbigg.metaboliterXwcorXmetanetx.chemicalrX MNXM148528ruh0Nh1h2]rrRrjn`XC10H10N5O8PS2Wrjp`jq`jr`Jjs`GubGjG?jG?jHdG?uh0Njt`Gju`G@@ubj<`)r}r(hXCA2t3pprhX<Calcium (Ca+2) transport out via proton antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCA2t3pprXmetanetx.reactionrX MNXR96437rujG`Xb1216rjH`h#jI`h2]rjAarRrjM`}r(j(cGj̪GjO`)r}r(hXca2_prhXCalciumrh}rh}r(Xbigg.metaboliterXca2rXchebir]r(X CHEBI:22988rX CHEBI:29108rX CHEBI:3308rX CHEBI:39123rX CHEBI:48760reXhmdbrX HMDB00464r X kegg.compoundr ]r (XC00076r XC08130r XC12277rXC13140rXC13189rXC17392rXC18381reX kegg.drugr]r(XD01083rXD01679rXD01723reXmetanetx.chemicalrXMNXM128rX seed.compoundr]r(Xcpd00063rXcpd29674reuh0Nh1h2]rrRr jn`XCar!jp`jcjr`Kjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r"}r#(hXCA2texr$hXCCalcium (Ca+2) transport via diffusion (extracellular to periplasm)r%h}r&h}r'(jC`X SBO:0000375r(X bigg.reactionr)XCA2texr*Xbiocycr+]r,(XMETA:TRANS-RXN-144r-XMETA:TRANS-RXN0-497r.eXec-coder/X3.6.3.8r0Xmetanetx.reactionr1X MNXR96436r2Xrhear3]r4(X29671r5X29672r6X29673r7X29674r8eujG`X b1377 or b0241 or b0929 or b2215r9jH`h#jI`h2]r:(hIh[h7h er;Rr<jM`}r=(jyGjG?uh0Njt`G@ju`G@@ubj<`)r>}r?(hXCADVtppr@hX(Lysine/Cadaverine antiporter (periplasm)rAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEXCADVtpprFXmetanetx.reactionrGX MNXR96445rHujG`Xb4132rIjH`h#jI`h2]rJjSarKRrLjM`}rM(jGj̪GjO`)rN}rO(hXlys__L_prPhXL-LysinerQh}rRh}rS(Xbigg.metaboliterTXlys__LrUXbiocycrVXMETA:LYSrWXchebirX]rY(X CHEBI:13135rZX CHEBI:133538r[X CHEBI:18019r\X CHEBI:21351r]X CHEBI:25094r^X CHEBI:32550r_X CHEBI:32551r`X CHEBI:32552raX CHEBI:32563rbX CHEBI:32564rcX CHEBI:32565rdX CHEBI:43950reX CHEBI:6264rfeXhmdbrgX HMDB62809rhX kegg.compoundri]rj(XC00047rkXC16440rleX kegg.drugrmXD02304rnXmetanetx.chemicalroXMNXM78rpX seed.compoundrq]rr(Xcpd00039rsXcpd19182rteuh0Nh1h2]rurvRrwjn`X C6H15N2O2rxjp`jcjr`Kjs`GubGjO`)ry}rz(hX15dap_pr{hX1,5-Diaminopentaner|h}r}h}r~(Xbigg.metaboliterX15daprXbiocycrXMETA:CADAVERINErXchebir]r(X CHEBI:13928rX CHEBI:18127rX CHEBI:22974rX CHEBI:3288rX CHEBI:44370rX CHEBI:58384reXhmdbrX HMDB02322rX kegg.compoundrXC01672rXmetanetx.chemicalrXMNXM943rX seed.compoundrXcpd01155ruh0Nh1h2]rrRrjn`XC5H16N2rjp`jcjr`Kjs`GubG?jnG?jgG?uh0Njt`Gju`G@@ubj<`)r}r(hXCATrhXCatalaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCATrXbiocycrXMETA:CATAL-RXNrXec-coder]r(X 1.11.1.21rX1.11.1.6reX kegg.reactionrXR00009rXmetanetx.reactionrX MNXR96455rXrhear]r(X20309rX20310rX20311rX20312reujG`Xb1732 or b3942rjH`h#jI`h2]r(jwjeerRrjM`}r(j*GjgfG@jηG?uh0Njt`Gju`Gubj<`)r}r(hXCAt6pprhX!Calcium / sodium antiporter (1:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCAt6pprXmetanetx.reactionrX MNXR96460rXrhear]r(X29255rX29256rX29257rX29258reujG`Xb3196rjH`h#jI`h2]rjarRrjM`}r(j(cGjeGjG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCBIATrhXCobinamide adenyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCBIATrXbiocycrXMETA:BTUR2-RXNrXec-coderX2.5.1.17rXmetanetx.reactionrX MNXR96465rujG`Xb1270rjH`h#jI`h2]rjarRrjM`}r(jbGjO`)r}r(hXcbi_crhX Cobinamiderh}rh}r(Xbigg.metaboliterXcbirXbiocycrXMETA:COBINAMIDErXchebirX CHEBI:48529rXmetanetx.chemicalrXMNXM1549ruh0Nh1h2]rrRrjn`X C48H72CoN11O8rjp`jq`jr`Kjs`GubGjnGjG?jO`)r}r(hXpppi_crhXInorganic triphosphaterh}rh}r(Xbigg.metaboliterXpppirXbiocycrXMETA:P3IrXchebir]r(X CHEBI:18036rX CHEBI:29203rX CHEBI:39942rX CHEBI:39949rX CHEBI:48313rX CHEBI:48314rX CHEBI:48315rX CHEBI:48316rX CHEBI:5926rX CHEBI:9744reXhmdbr]r(X HMDB03379r X HMDB12282r eX kegg.compoundr XC00536r Xmetanetx.chemicalr XMNXM332rX seed.compoundr]r(Xcpd00421rXcpd11672rXcpd12039reuh0Nh1h2]rrRrjn`XHO10P3rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCBItonexrhX.Cobinamide transport via ton system (extermal)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCBItonexr Xmetanetx.reactionr!X MNXR96468r"ujG`X#b3966 and b3006 and b1252 and b3005r#jH`h#jI`h2]r$(jj j j- er%Rr&jM`}r'(j"zGj̪GjO`)r(}r)(hXcbi_pr*hX Cobinamider+h}r,h}r-(Xbigg.metaboliter.Xcbir/Xbiocycr0XMETA:COBINAMIDEr1Xchebir2X CHEBI:48529r3Xmetanetx.chemicalr4XMNXM1549r5uh0Nh1h2]r6r7Rr8jn`X C48H72CoN11O8r9jp`jcjr`Kjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r:}r;(hX CBIuabcppr<hX7Cobinamide transport via ABC system (uptake, periplasm)r=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAX CBIuabcpprBXbiocycrCXMETA:TRANS-RXN-296rDXec-coderEX3.6.3.33rFXmetanetx.reactionrGX MNXR96467rHujG`Xb1709 and b1711 and b0158rIjH`h#jI`h2]rJ(jjjerKRrLjM`}rM(jbGj(GjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rN}rO(hX CBL1abcpprPhX1Cob(1)alamin transport via ABC system (periplasm)rQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUX CBL1abcpprVXbiocycrWXMETA:ABC-5-RXNrXXec-coderYX3.6.3.33rZXmetanetx.reactionr[X MNXR96471r\ujG`Xb1709 and b1711 and b0158r]jH`h#jI`h2]r^(jjjer_Rr`jM`}ra(jbGjO`)rb}rc(hXcbl1_prdhX Cob(I)alaminreh}rfh}rg(Xbigg.metaboliterhXcbl1riXbiocycrjXMETA:COB-I-ALAMINrkXchebirl]rm(X CHEBI:14004rnX CHEBI:15982roX CHEBI:23328rpX CHEBI:3784rqX CHEBI:60488rreXhmdbrs]rt(X HMDB03429ruX HMDB06470rveX kegg.compoundrwXC00853rxXmetanetx.chemicalryX MNXM91519rzuh0Nh1h2]r{r|Rr}jn`XC62H88CoN13O14Pr~jp`jcjr`Jjs`GubGjgfGjmG?jO`)r}r(hXcbl1_crhX Cob(I)alaminrh}rh}r(Xbigg.metaboliterXcbl1rXbiocycrXMETA:COB-I-ALAMINrXchebir]r(X CHEBI:14004rX CHEBI:15982rX CHEBI:23328rX CHEBI:3784rX CHEBI:60488reXhmdbr]r(X HMDB03429rX HMDB06470reX kegg.compoundrXC00853rXmetanetx.chemicalrX MNXM91519ruh0Nh1h2]rrRrjn`XC62H88CoN13O14Prjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX CBL1tonexrhX0Cob(1)alamin transport via ton system (extermal)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CBL1tonexrXmetanetx.reactionrX MNXR96472rujG`X#b3966 and b3006 and b1252 and b3005rjH`h#jI`h2]r(jj j j- erRrjM`}r(jAzGj̪GjbG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCBLATrhX Cob(I)alamin adenosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCBLATrXbiocycrXMETA:COBALADENOSYLTRANS-RXNrXec-coderX2.5.1.17rX kegg.reactionrXR01492rXmetanetx.reactionrX MNXR96476rujG`Xb1270rjH`h#jI`h2]rjarRrjM`}r(jbGjGjnGjaG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCBMDrhXCarbamate deaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCBMDrXbiocycrXMETA:RXN0-5222rXec-coder]r(X 3.5.1.110rX 4.2.1.104reX kegg.reactionrXR07316rXmetanetx.reactionrX MNXR96481rXrhear]r(X15649rX15650rX15651rX15652reujG`Xs0001rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXcbm_crhX Carbamaterh}rh}r(Xbigg.metaboliterXcbmrXbiocycrXMETA:CARBAMATErXchebir]r(X CHEBI:13941rX CHEBI:22504rX CHEBI:23002rX CHEBI:28616rX CHEBI:3386rX CHEBI:44573reXhmdbrX HMDB03551rX kegg.compoundrXC01563rXmetanetx.chemicalrXMNXM742rX seed.compoundrXcpd01101ruh0Nh1h2]rrRrjn`XCH2NO2rjp`jq`jr`Jjs`GubGjnGjG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXCBMKrrhXCarbamate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCBMKrrXbiocycrXMETA:CARBAMATE-KINASE-RXNrXec-coder X2.7.2.2r X kegg.reactionr XR00150r Xmetanetx.reactionr X MNXR96482rXrhear]r(X10152rX10153rX10154rX10155reujG`Xb0323 or b0521 or b2874rjH`h#jI`h2]r(jjjerRrjM`}r(jbGjGjiGjmG?jG?jnG@uh0Njt`G@ju`G@@ubj<`)r}r(hXCBPSrhX4Carbamoyl-phosphate synthase (glutamine-hydrolysing)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr!XCBPSr"Xbiocycr#XMETA:CARBPSYN-RXNr$Xec-coder%X6.3.5.5r&X kegg.reactionr'XR00575r(Xmetanetx.reactionr)X MNXR96485r*Xrhear+]r,(X18633r-X18634r.X18635r/X18636r0eujG`Xb0032 and b0033r1jH`h#jI`h2]r2(jjer3Rr4jM`}r5(jbGjeGjgfGjJGjmG@jG?jeG?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)r6}r7(hXCCGSr8hX7-cyano-7-carbaguanine synthaser9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=XCCGSr>Xbiocycr?XMETA:RXN-12093r@Xec-coderAX6.3.4.20rBX kegg.reactionrCXR09978rDXmetanetx.reactionrEX MNXR96492rFXrhearG]rH(X27982rIX27983rJX27984rKX27985rLeujG`Xb0444rMjH`h#jI`h2]rNjarORrPjM`}rQ(jbGjO`)rR}rS(hXcdg_crThX7-deaza-7-carboxyguaninerUh}rVh}rW(Xbigg.metaboliterXXcdgrYXbiocycrZXMETA:CPD-13043r[Xchebir\]r](X CHEBI:61036r^X CHEBI:61125r_eX kegg.compoundr`XC20248raXmetanetx.chemicalrbXMNXM5026rcX seed.compoundrdXcpd21481reuh0Nh1h2]rfrgRrhjn`XC7H5N4O3rijp`jq`jr`Jjs`GubGjiGjmG?jgfG?jnG?j;nG?jO`)rj}rk(hXpreq0_crlhX7-cyano-7-carbaguaninermh}rnh}ro(Xbigg.metaboliterpXpreq0rqXbiocycrrXMETA:7-CYANO-7-DEAZAGUANINErsXchebirt]ru(X CHEBI:45075rvX CHEBI:677358rweX kegg.compoundrxXC15996ryXmetanetx.chemicalrzXMNXM2207r{X seed.compoundr|Xcpd14718r}uh0Nh1h2]r~rRrjn`XC7H5N5Orjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXCD2abcpprhX*Cadmium (Cd+2) ABC transporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCD2abcpprXbiocycr]r(XMETA:3.6.3.3-RXNrXMETA:3.6.3.46-RXNreXec-coder]r(X3.6.3.3rX3.6.3.46reXmetanetx.reactionrX MNXR96495rXrhear]r(X12132#1rX12133#1rX12134#1rX12135#1reujG`Xb3469rjH`h#jI`h2]rjarRrjM`}r(jbGjO`)r}r(hXcd2_crhXCadmiumrh}rh}r(Xbigg.metaboliterXcd2rXbiocycrXMETA:CPD0-1355rXchebir]r(X CHEBI:3290rX CHEBI:48773rX CHEBI:48775reXhmdbrX HMDB03638rX kegg.compoundrXC15233rXmetanetx.chemicalrXMNXM4505rX seed.compoundrXcpd10924ruh0Nh1h2]rrRrjn`XCdrjp`jq`jr`Kjs`GubGjgfGjmG?jO`)r}r(hXcd2_prhXCadmiumrh}rh}r(Xbigg.metaboliterXcd2rXbiocycrXMETA:CPD0-1355rXchebir]r(X CHEBI:3290rX CHEBI:48773rX CHEBI:48775reXhmdbrX HMDB03638rX kegg.compoundrXC15233rXmetanetx.chemicalrXMNXM4505rX seed.compoundrXcpd10924ruh0Nh1h2]rrRrjn`XCdrjp`jcjr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCD2t3pprhX<Cadmium (Cd+2) transport out via proton antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCD2t3pprXbiocycrXMETA:TRANS-RXN0-244rXmetanetx.reactionrX MNXR96497rXrhear]r(X28739rX28740rX28741rX28742reujG`Xb3915 or b0752rjH`h#jI`h2]r(j=j+erRrjM`}r(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCD2texrhXCCadmium (Cd+2) transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCD2texrXbiocycrX META:RXN0-10rXmetanetx.reactionrX MNXR96499rXrhear]r(X28707rX28708rX28709rX28710reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jkzGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCD2tpprhX.Cadmium (+2) transport in via permease (no H+)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCD2tpprXbiocycrX META:RXN0-10rXmetanetx.reactionrX MNXR96499rXrhear]r(X28707rX28708rX28709rX28710reujG`Xb3040rjH`h#jI`h2]rjOarRrjM`}r(jGjG?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA120r hX+CDP-Diacylglycerol pyrophostatase (n-C12:0)r!h}r"h}r#(jC`X SBO:0000375r$X bigg.reactionr%X CDAPPA120r&Xec-coder'X3.6.1.26r(Xmetanetx.reactionr)X MNXR96500r*ujG`Xb3918r+jH`h#jI`h2]r,jaar-Rr.jM`}r/(jO`)r0}r1(hX cdpdddecg_cr2hXCDP-1,2-didodecanoylglycerolr3h}r4h}r5(Xbigg.metaboliter6X cdpdddecgr7Xmetanetx.chemicalr8XMNXM4507r9X seed.compoundr:Xcpd15417r;uh0Nh1h2]r<r=Rr>jn`X C36H63N3O15P2r?jp`jq`jr`Jjs`GubGjgfGjO`)r@}rA(hXcmp_crBhXCMP C9H12N3O8PrCh}rDh}rE(Xbigg.metaboliterFXcmprGXbiocycrHXMETA:CMPrIXchebirJ]rK(X CHEBI:13274rLX CHEBI:17361rMX CHEBI:23520rNX CHEBI:3275rOX CHEBI:41312rPX CHEBI:41319rQX CHEBI:41666rRX CHEBI:41691rSX CHEBI:47362rTX CHEBI:48799rUX CHEBI:58120rVX CHEBI:60377rWeX kegg.compoundrXXC00055rYX kegg.glycanrZXG10621r[Xmetanetx.chemicalr\XMNXM31r]X seed.compoundr^Xcpd00046r_uh0Nh1h2]r`raRrbjn`X C9H12N3O8Prcjp`jq`jr`Jjs`GubG?jnG@jG?uh0Njt`Gju`G@@ubj<`)rd}re(hX CDAPPA140rfhX+CDP-Diacylglycerol pyrophostatase (n-C14:0)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkX CDAPPA140rlXec-codermX3.6.1.26rnXmetanetx.reactionroX MNXR96501rpujG`Xb3918rqjH`h#jI`h2]rrjaarsRrtjM`}ru(jO`)rv}rw(hX cdpdtdecg_crxhXCDP-1,2-ditetradecanoylglycerolryh}rzh}r{(Xbigg.metaboliter|X cdpdtdecgr}Xbiocycr~XMETA:CPD-18388rXchebirX CHEBI:103211rXmetanetx.chemicalrXMNXM4512rX seed.compoundrXcpd15423ruh0Nh1h2]rrRrjn`X C40H71N3O15P2rjp`jq`jr`Jjs`GubGjgfGj@G?jnG@jLG?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA141rhX+CDP-Diacylglycerol pyrophostatase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CDAPPA141rXec-coderX3.6.1.26rXmetanetx.reactionrX MNXR96502rujG`Xb3918rjH`h#jI`h2]rjaarRrjM`}r(jO`)r}r(hX cdpdtdec7eg_crhX"CDP-1,2-ditetradec-7-enoylglycerolrh}rh}r(Xbigg.metaboliterX cdpdtdec7egrXchebirX CHEBI:103990rXmetanetx.chemicalrXMNXM4511rX seed.compoundrXcpd15422ruh0Nh1h2]rrRrjn`X C40H67N3O15P2rjp`jq`jr`Jjs`GubGjgfGj@G?jnG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA160rhX+CDP-Diacylglycerol pyrophostatase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CDAPPA160rXec-coderX3.6.1.26rXmetanetx.reactionrX MNXR96503rujG`Xb3918rjH`h#jI`h2]rjaarRrjM`}r(jO`)r}r(hX cdpdhdecg_crhXCDP-1,2-dihexadecanoylglycerolrh}rh}r(Xbigg.metaboliterX cdpdhdecgrXmetanetx.chemicalrXMNXM3232rX seed.compoundrXcpd15419ruh0Nh1h2]rrRrjn`X C44H79N3O15P2rjp`jq`jr`Jjs`GubGjgfGj@G?jnG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA161rhX+CDP-Diacylglycerol pyrophostatase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CDAPPA161rXec-coderX3.6.1.26rXmetanetx.reactionrX MNXR96505rujG`Xb3918rjH`h#jI`h2]rjaarRrjM`}r(jO`)r}r(hX cdpdhdec9eg_crhX!CDP-1,2-dihexadec-9-enoylglycerolrh}rh}r(Xbigg.metaboliterX cdpdhdec9egrXchebirX CHEBI:104012rXmetanetx.chemicalrXMNXM4508rX seed.compoundrXcpd15418ruh0Nh1h2]rrRrjn`X C44H75N3O15P2rjp`jq`jr`Jjs`GubGjgfGj@G?jnG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA180rhX+CDP-Diacylglycerol pyrophostatase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CDAPPA180rXec-coderX3.6.1.26rXmetanetx.reactionrX MNXR96506rujG`Xb3918rjH`h#jI`h2]rjaarRrjM`}r(jO`)r}r(hX cdpdodecg_crhXCDP-1,2-dioctadecanoylglycerolr h}r h}r (Xbigg.metaboliter X cdpdodecgr XbiocycrXMETA:CPD-12814rXchebirX CHEBI:104121rXmetanetx.chemicalrX MNXM45856rX seed.compoundrXcpd15421ruh0Nh1h2]rrRrjn`X C48H87N3O15P2rjp`jq`jr`Jjs`GubGjgfGj@G?jnG@j6G?uh0Njt`Gju`G@@ubj<`)r}r(hX CDAPPA181rhX+CDP-Diacylglycerol pyrophostatase (n-C18:1)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr!X CDAPPA181r"Xec-coder#X3.6.1.26r$Xmetanetx.reactionr%X MNXR96507r&ujG`Xb3918r'jH`h#jI`h2]r(jaar)Rr*jM`}r+(jO`)r,}r-(hXcdpdodec11eg_cr.hX"CDP-1,2-dioctadec-11-enoylglycerolr/h}r0h}r1(Xbigg.metaboliter2X cdpdodec11egr3Xchebir4X CHEBI:104362r5Xmetanetx.chemicalr6XMNXM4509r7X seed.compoundr8Xcpd15420r9uh0Nh1h2]r:r;Rr<jn`X C48H83N3O15P2r=jp`jq`jr`Jjs`GubGjgfGj@G?jnG@jrG?uh0Njt`Gju`G@@ubj<`)r>}r?(hXCDGRr@hX 7-cyano-7-deazaguanine reductaserAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEXCDGRrFXbiocycrGXMETA:RXN0-4022rHXec-coderIX1.7.1.13rJX kegg.reactionrKXR07605rLXmetanetx.reactionrMX MNXR96521rNXrhearO]rP(X13409rQX13410rRX13411rSX13412rTeujG`Xb2794rUjH`h#jI`h2]rVjsarWRrXjM`}rY(jnGj{iGjjGj[iG@jO`)rZ}r[(hXpreq1_cr\hX7-aminomethyl-7-deazaguaniner]h}r^h}r_(Xbigg.metaboliter`Xpreq1raXbiocycrbX!META:7-AMINOMETHYL-7-DEAZAGUANINErcXchebird]re(X CHEBI:45126rfX CHEBI:58703rgeXhmdbrhX HMDB11690riX kegg.compoundrjXC16675rkXmetanetx.chemicalrlXMNXM3198rmX seed.compoundrnXcpd19185rouh0Nh1h2]rprqRrrjn`XC7H10N5Orsjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rt}ru(hXCDGSrvhX!7-deaza-7-carboxyguanine synthaserwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{XCDGSr|Xbiocycr}XMETA:RXN0-6575r~Xec-coderX4.3.99.3rX kegg.reactionrXR10002rXmetanetx.reactionrX MNXR96522rXrhear]r(X27974rX27975rX27976rX27977reujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hXcph4_crhX"6-carboxy-5,6,7,8-tetrahydropterinrh}rh}r(Xbigg.metaboliterXcph4rXbiocycrXMETA:CPD0-1699rXchebir]r(X CHEBI:61032rX CHEBI:61126reXhmdbrX HMDB60410rX kegg.compoundrXC20239rXmetanetx.chemicalrXMNXM3194rX seed.compoundrXcpd21472ruh0Nh1h2]rrRrjn`XC7H8N5O3rjp`jq`jr`Jjs`GubGjnGjRG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXCDPMEKrhX84-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCDPMEKrXbiocycrXMETA:2.7.1.148-RXNrXec-coderX 2.7.1.148rX kegg.reactionrXR05634rXmetanetx.reactionrX MNXR96558rXrhear]r(X18437rX18438rX18439rX18440reujG`Xb1208rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX4c2me_crhX14-(cytidine 5'-diphospho)-2-C-methyl-D-erythritolrh}rh}r(Xbigg.metaboliterX4c2merXbiocycrXMETA:4-CYTIDINE-5-DIPHOSPHO-2-CrXchebir]r(X CHEBI:11938rX CHEBI:16578rX CHEBI:1770rX CHEBI:57823reX kegg.compoundrXC11435rXmetanetx.chemicalrXMNXM1642rX seed.compoundrXcpd08287ruh0Nh1h2]rrRrjn`X C14H23N3O14P2rjp`jq`jr`Jjs`GubGjbGjO`)r}r(hX 2p4c2me_crhX;2-phospho-4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritolrh}rh}r(Xbigg.metaboliterX2p4c2merXbiocycrX-META:2-PHOSPHO-4-CYTIDINE-5-DIPHOSPHO-2-C-METrXchebir]r(X CHEBI:11649rX CHEBI:11650rX CHEBI:1266rX CHEBI:16840rX CHEBI:57919reX kegg.compoundrXC11436rXmetanetx.chemicalrXMNXM1641rX seed.compoundrXcpd08288ruh0Nh1h2]rrRrjn`X C14H22N3O17P3rjp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCFAS160ErhXDCyclopropane fatty acid synthase (Phosphatidylethanolamine, n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCFAS160ErXec-coderX2.1.1.79rXmetanetx.reactionrX MNXR96652rujG`Xb1661rjH`h#jI`h2]rjar Rr jM`}r (j%bGj+jGjG@jO`)r }r (hXcpe160_crhXQCyclopropane phosphatidylethanolamine (dihexadec-9,10-cyclo-anoyl, n-C16:0 cyclo)rh}rh}r(Xbigg.metaboliterXcpe160rXbiocycrXMETA:CPD0-2216rXmetanetx.chemicalrX MNXM48208rX seed.compoundr]r(Xcpd15433rXcpd26447reuh0Nh1h2]rrRrjn`X C39H74N1O8P1rjp`jq`jr`Kjs`GubG?jnG@uh0Njt`Gju`G@@ubj<`)r }r!(hXCFAS160Gr"hX@Cyclopropane fatty acid synthase (Phosphatidylglycerol, n-C16:0)r#h}r$h}r%(jC`X SBO:0000375r&X bigg.reactionr'XCFAS160Gr(Xec-coder)X2.1.1.79r*Xmetanetx.reactionr+X MNXR96653r,ujG`Xb1661r-jH`h#jI`h2]r.jar/Rr0jM`}r1(j%bGjjGjG@jO`)r2}r3(hXcpg160_cr4hXMCyclopropane phosphatidylglycerol (dihexadec-9,10-cyclo-anoyl, n-C16:0 cyclo)r5h}r6h}r7(Xbigg.metaboliter8Xcpg160r9Xbiocycr:XMETA:CPD0-2202r;Xmetanetx.chemicalr<X MNXM48210r=X seed.compoundr>]r?(Xcpd15435r@Xcpd26444rAeuh0Nh1h2]rBrCRrDjn`X C40H74O10P1rEjp`jq`jr`Jjs`GubG?jnG@uh0Njt`Gju`G@@ubj<`)rF}rG(hXCFAS180ErHhXDCyclopropane fatty acid synthase (Phosphatidylethanolamine, n-C18:0)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXCFAS180ErNXec-coderOX2.1.1.79rPXmetanetx.reactionrQX MNXR96654rRujG`Xb1661rSjH`h#jI`h2]rTjarURrVjM`}rW(j%bGj[jGjG@jO`)rX}rY(hXcpe180_crZhXRCyclopropane phosphatidylethanolamine (dioctadec-11,12-cyclo-anoyl, n-C18:0 cyclo)r[h}r\h}r](Xbigg.metaboliter^Xcpe180r_Xbiocycr`XMETA:CPD0-2218raXmetanetx.chemicalrbX MNXM48209rcX seed.compoundrd]re(Xcpd15434rfXcpd26449rgeuh0Nh1h2]rhriRrjjn`X C43H82N1O8P1rkjp`jq`jr`Kjs`GubG?jnG@uh0Njt`Gju`G@@ubj<`)rl}rm(hXCFAS180GrnhX@Cyclopropane fatty acid synthase (Phosphatidylglycerol, n-C18:0)roh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXCFAS180GrtXec-coderuX2.1.1.79rvXmetanetx.reactionrwX MNXR96655rxujG`Xb1661ryjH`h#jI`h2]rzjar{Rr|jM`}r}(j%bGjjGjG@jO`)r~}r(hXcpg180_crhXNCyclopropane phosphatidylglycerol (dioctadec-11,12-cyclo-anoyl, n-C18:0 cyclo)rh}rh}r(Xbigg.metaboliterXcpg180rXbiocycrXMETA:CPD0-2217rXmetanetx.chemicalrX MNXM48211rX seed.compoundr]r(Xcpd15436rXcpd26448reuh0Nh1h2]rrRrjn`X C44H82O10P1rjp`jq`jr`Jjs`GubG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hX CGLYabcpprhXAL-Cysteinylglycine (Cys-Gly) transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CGLYabcpprXmetanetx.reactionrX MNXR96656rujG`X-b3541 and b3543 and b3544 and b3542 and b3540rjH`h#jI`h2]r(j j jI j j erRrjM`}r(jbGjO`)r}r(hXcgly_prhXCys Gly C5H10N2O3Srh}rh}r(Xbigg.metaboliterXcglyrXbiocycrX META:CYS-GLYrXchebir]r(X CHEBI:4047rX CHEBI:61694reXhmdbr]r(X HMDB00078rX HMDB28775reX kegg.compoundrXC01419rXmetanetx.chemicalrXMNXM683rX seed.compoundrXcpd01017ruh0Nh1h2]rrRrjn`X C5H10N2O3Srjp`jcjr`Kjs`GubGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCGLYtexrhXGL-Cysteinylglycine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCGLYtexrXmetanetx.reactionrX MNXR96658rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jzGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCHLabcpprhX,Choline transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCHLabcpprXmetanetx.reactionrX MNXR96691rXrhear]r(X38715#1rX38716#1rX38717#1rX38718#1reujG`X#b2130 and b2128 and b2129 and b2131rjH`h#jI`h2]r(jjjjerRrjM`}r(jbGjO`)r}r(hXchol_prhXCholine C5H14NOrh}rh}r(Xbigg.metaboliterXcholrXbiocycrX META:CHOLINErXchebir]r(X CHEBI:13985rX CHEBI:15354rX CHEBI:23212rX CHEBI:3665rX CHEBI:41524rX CHEBI:72322reXhmdbrX HMDB00097rX kegg.compoundrXC00114rX kegg.drugr]r(XD07690rXD10498reXmetanetx.chemicalrXMNXM90rX seed.compoundrXcpd00098ruh0Nh1h2]rrRrjn`XC5H14NOrjp`jcjr`Kjs`GubGjgfGjmG?jO`)r}r(hXchol_crhXCholine C5H14NOr h}r h}r (Xbigg.metaboliter Xcholr XbiocycrX META:CHOLINErXchebir]r(X CHEBI:13985rX CHEBI:15354rX CHEBI:23212rX CHEBI:3665rX CHEBI:41524rX CHEBI:72322reXhmdbrX HMDB00097rX kegg.compoundrXC00114rX kegg.drugr]r(XD07690rXD10498reXmetanetx.chemicalr XMNXM90r!X seed.compoundr"Xcpd00098r#uh0Nh1h2]r$r%Rr&jn`XC5H14NOr'jp`jq`jr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r(}r)(hXCHLt2ppr*hX0Choline transport via proton symport (periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XCHLt2ppr0Xbiocycr1XMETA:TRANS-RXN-99r2Xmetanetx.reactionr3X MNXR96692r4Xrhear5]r6(X28843r7X28844r8X28845r9X28846r:eujG`Xb0314 or b1801r;jH`h#jI`h2]r<(jjer=Rr>jM`}r?(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r@}rA(hXCHLtexrBhX<Choline transport via diffusion (extracellular to periplasm)rCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXCHLtexrHXbiocycrIXMETA:TRANS-RXN-319rJXmetanetx.reactionrKX MNXR96693rLXrhearM]rN(X32751rOX32752rPX32753rQX32754rReujG`X b1377 or b0241 or b0929 or b2215rSjH`h#jI`h2]rT(hIh[h7h erURrVjM`}rW(jzGjG?uh0Njt`G@ju`G@@ubj<`)rX}rY(hXCHOLDrZhXCholine dehydrogenaser[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XCHOLDr`XbiocycraX META:RXN-6021rbXec-coderc]rd(X1.1.1.-reX1.1.1.1rfeX kegg.reactionrgXR08557rhXmetanetx.reactionriX MNXR96697rjXrheark]rl(X33051rmX33052rnX33053roX33054rpeujG`Xb0311rqjH`h#jI`h2]rrjarsRrtjM`}ru(jGjiGj?G?jnG?jXMETA:CHITOBIOSEr?Xchebir@]rA(X CHEBI:28681rBX CHEBI:3597rCX CHEBI:701011rDeXhmdbrEX HMDB62702rFX kegg.compoundrGXC01674rHX kegg.glycanrIXG10336rJXmetanetx.chemicalrKXMNXM1680rLX seed.compoundrMXcpd01157rNuh0Nh1h2]rOrPRrQjn`X C16H28N2O11rRjp`jcjr`Kjs`GubGjGjO`)rS}rT(hX chtbs6p_crUhXDiacetylchitobiose-6-phosphaterVh}rWh}rX(Xbigg.metaboliterYXchtbs6prZXbiocycr[X#META:DIACETYLCHITOBIOSE-6-PHOSPHATEr\Xchebir]]r^(X CHEBI:64883r_X CHEBI:64897r`eX kegg.compoundraXC21152rbXmetanetx.chemicalrcX MNXM11353rdX seed.compoundreXcpd26854rfuh0Nh1h2]rgrhRrijn`X C16H27N2O14Prjjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rk}rl(hXCHTBStexrmhX?Chitobiose transport via diffusion (extracellular to periplasm)rnh}roh}rp(jC`X SBO:0000375rqX bigg.reactionrrXCHTBStexrsXbiocycrtXMETA:TRANS-RXN0-445ruXmetanetx.reactionrvX MNXR96716rwXrhearx]ry(X35051rzX35052r{X35053r|X35054r}eujG`X b1377 or b2215 or b0929 or b0241r~jH`h#jI`h2]r(hIh[h7h erRrjM`}r(jzGj6G?uh0Njt`G@ju`G@@ubj<`)r}r(hXCINNDOrhXCinnamate dioxygenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCINNDOrXec-coderX 1.14.12.19rX kegg.reactionrXR06783rXmetanetx.reactionrX MNXR96722rXrhear]r(X25058rX25059rX25060rX25061reujG`X#b2540 and b2538 and b2539 and b2542rjH`h#jI`h2]r(jojjjerRrjM`}r(jO`)r}r(hXcinnm_crhXTrans-Cinnamaterh}rh}r(Xbigg.metaboliterXcinnmrXbiocycrX META:CPD-674rXchebir]r(X CHEBI:10720rX CHEBI:10955rX CHEBI:12871rX CHEBI:12879rX CHEBI:15669rX CHEBI:23248rX CHEBI:23250rX CHEBI:27072rX CHEBI:27073rX CHEBI:27386rX CHEBI:35697rX CHEBI:3710rX CHEBI:45845reXhmdbr]r(X HMDB00567rX HMDB00930reX kegg.compoundr]r(XC00423rXC10438reXmetanetx.chemicalrXMNXM438rX seed.compoundr]r(Xcpd00333rXcpd07326reuh0Nh1h2]rrRrjn`XC9H7O2rjp`jq`jr`Jjs`GubGjnGj(jC`X SBO:0000375r?X bigg.reactionr@XCITt7pprAXbiocycrBXMETA:TRANS-RXN0-201rCXmetanetx.reactionrDX MNXR96752rEXrhearF]rG(X28835rHX28836rIX28837rJX28838rKeujG`Xb0612rLjH`h#jI`h2]rMjarNRrOjM`}rP(j GjGjG?jO`)rQ}rR(hXsucc_prShX SuccinaterTh}rUh}rV(Xbigg.metaboliterWXsuccrXXbiocycrYXMETA:SUCrZXchebir[]r\(X CHEBI:132287r]X CHEBI:15125r^X CHEBI:15741r_X CHEBI:22941r`X CHEBI:22943raX CHEBI:26803rbX CHEBI:26807rcX CHEBI:30031rdX CHEBI:30779reX CHEBI:45639rfX CHEBI:90372rgX CHEBI:9304rheXhmdbriX HMDB00254rjX kegg.compoundrkXC00042rlX lipidmapsrmX LMFA01170043rnXmetanetx.chemicalroXMNXM25rpX seed.compoundrqXcpd00036rruh0Nh1h2]rsrtRrujn`XC4H4O4rvjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rw}rx(hXCITtexryhX<Citrate transport via diffusion (extracellular to periplasm)rzh}r{h}r|(jC`X SBO:0000375r}X bigg.reactionr~XCITtexrXmetanetx.reactionrX MNXR96756rXrhear]r(X33183rX33184rX33185rX33186reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j{Gj G?uh0Njt`G@ju`G@@ubj<`)r}r(hX CLIPAabctexrhXBCold lipid A transport via ABC system (periplasm to extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLIPAabctexrXmetanetx.reactionrX MNXR96766rujG`X-b4261 and b3201 and b3200 and b3199 and b4262rjH`h#jI`h2]r(jjjjjerRrjM`}r(jbGjgfGjO`)r}r(hX lipa_cold_prhXCold adapted KDO(2)-lipid (A)rh}rh}r(Xbigg.metaboliterX lipa_coldrXbiocycrXMETA:KDO2-LIPID-IVA-COLDrXchebir]r(X CHEBI:61522rX CHEBI:61556reXmetanetx.chemicalrXMNXM6016rX seed.compoundrXcpd15493ruh0Nh1h2]rrRrjn`XC114H202N2O39P2rjp`jcjr`Jjs`GubGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX CLPNH120pprhX*Cardiolipin hydrolase (periplasm, n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH120pprXmetanetx.reactionrX MNXR96774rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX clpn120_prhX&Cardiolipin (tetradodecanoyl, n-C12:0)rh}rh}r(Xbigg.metaboliterXclpn120rXmetanetx.chemicalrXMNXM5078ruh0Nh1h2]rrRrjn`X C57H108O17P2rjp`jcjr`Jjs`GubGjDGj̪G?jO`)r}r(hXpa120_prhX(1,2-didodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa120rXmetanetx.chemicalrX MNXM90509rX seed.compoundrXcpd15521ruh0Nh1h2]rrRrjn`X C27H51O8P1rjp`jcjr`Jjs`GubG?jO`)r}r(hXpg120_prhX,Phosphatidylglycerol (didodecanoyl, n-C12:0)rh}rh}r(Xbigg.metaboliterXpg120rXmetanetx.chemicalrXMNXM1771ruh0Nh1h2]rrRrjn`X C30H58O10P1rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX CLPNH140pprhX*Cardiolipin hydrolase (periplasm, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH140pprXmetanetx.reactionrX MNXR96775rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX clpn140_prhX)Cardiolipin (tetratetradecanoyl, n-C14:0)rh}rh}r(Xbigg.metaboliterXclpn140rXbiocycrXMETA:CPD-19676rXchebirX CHEBI:62862rXmetanetx.chemicalr X MNXM83974r uh0Nh1h2]r r Rr jn`X C65H124O17P2rjp`jcjr`Jjs`GubGjDGj̪G?jO`)r}r(hXpa140_prhX+1,2-ditetradecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa140rXbiocycrXMETA:CPD0-1425rXchebir]r(X CHEBI:62085rX CHEBI:83321rX CHEBI:83550rX CHEBI:84266reX lipidmapsrX LMGP10010026r Xmetanetx.chemicalr!X MNXM51017r"X seed.compoundr#]r$(Xcpd15522r%Xcpd26150r&euh0Nh1h2]r'r(Rr)jn`X C31H59O8P1r*jp`jcjr`Jjs`GubG?jO`)r+}r,(hXpg140_pr-hX/Phosphatidylglycerol (ditetradecanoyl, n-C14:0)r.h}r/h}r0(Xbigg.metaboliter1Xpg140r2Xbiocycr3XMETA:CPD-19677r4Xchebir5X CHEBI:60723r6X lipidmapsr7X LMGP04010005r8Xmetanetx.chemicalr9X MNXM51019r:uh0Nh1h2]r;r<Rr=jn`X C34H66O10P1r>jp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r?}r@(hX CLPNH141pprAhX*Cardiolipin hydrolase (periplasm, n-C14:1)rBh}rCh}rD(jC`X SBO:0000375rEX bigg.reactionrFX CLPNH141pprGXmetanetx.reactionrHX MNXR96776rIujG`h#jH`h#jI`h2]rJrKRrLjM`}rM(jO`)rN}rO(hX clpn141_prPhX,Cardiolipin (tetratetradec-7-enoyl, n-C14:1)rQh}rRh}rS(Xbigg.metaboliterTXclpn141rUXmetanetx.chemicalrVXMNXM7149rWuh0Nh1h2]rXrYRrZjn`X C65H116O17P2r[jp`jcjr`Jjs`GubGjDGj̪G?jO`)r\}r](hXpa141_pr^hX.1,2-ditetradec-7-enoyl-sn-glycerol 3-phosphater_h}r`h}ra(Xbigg.metaboliterbXpa141rcXmetanetx.chemicalrdX MNXM90512reX seed.compoundrfXcpd15523rguh0Nh1h2]rhriRrjjn`X C31H55O8P1rkjp`jcjr`Jjs`GubG?jO`)rl}rm(hXpg141_prnhX2Phosphatidylglycerol (ditetradec-7-enoyl, n-C14:1)roh}rph}rq(Xbigg.metaboliterrXpg141rsXmetanetx.chemicalrtXMNXM2029ruuh0Nh1h2]rvrwRrxjn`X C34H62O10P1ryjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rz}r{(hX CLPNH160ppr|hX*Cardiolipin hydrolase (periplasm, n-C16:0)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH160pprXmetanetx.reactionrX MNXR96777rujG`h#jH`h#jI`h2]rrRrjM`}r(jcGjDGj̪G?jO`)r}r(hXpa160_prhX*1,2-dihexadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa160rXbiocycrXMETA:CPD0-1422rXchebir]r(X CHEBI:72859rX CHEBI:73246reXhmdbr]r(X HMDB00674rX HMDB07857reX lipidmapsrX LMGP10010027rXmetanetx.chemicalrX MNXM17312rX seed.compoundr]r(Xcpd15524rXcpd26147reuh0Nh1h2]rrRrjn`X C35H67O8P1rjp`jcjr`Jjs`GubG?jjG?uh0Njt`Gju`G@@ubj<`)r}r(hX CLPNH161pprhX*Cardiolipin hydrolase (periplasm, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH161pprXmetanetx.reactionrX MNXR96778rujG`h#jH`h#jI`h2]rrRrjM`}r(jcGjDGj̪G?jO`)r}r(hXpa161_prhX-1,2-dihexadec-9-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa161rXmetanetx.chemicalrX MNXM90510rX seed.compoundrXcpd15525ruh0Nh1h2]rrRrjn`X C35H63O8P1rjp`jcjr`Jjs`GubG?jjG?uh0Njt`Gju`G@@ubj<`)r}r(hX CLPNH180pprhX*Cardiolipin hydrolase (periplasm, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH180pprXmetanetx.reactionrX MNXR96779rujG`h#jH`h#jI`h2]rrRrjM`}r(jO`)r}r(hX clpn180_prhX(Cardiolipin (tetraoctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterXclpn180rXmetanetx.chemicalrXMNXM5079ruh0Nh1h2]rrRrjn`X C81H156O17P2rjp`jcjr`Jjs`GubGjDGj̪G?jO`)r}r(hXpa180_prhX*1,2-dioctadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterXpa180rXbiocycrXMETA:CPD0-1423rXchebir]r(X CHEBI:82921rX CHEBI:83774reX lipidmapsrX LMGP10010028rXmetanetx.chemicalrX MNXM51279rX seed.compoundr]r(Xcpd15526rXcpd26148reuh0Nh1h2]rrRrjn`X C39H75O8P1rjp`jcjr`Jjs`GubG?jO`)r}r(hXpg180_prhX.Phosphatidylglycerol (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterXpg180rXbiocycrXMETA:CPD-12822rXhmdbrX HMDB10602rX lipidmapsr X LMGP04010038r Xmetanetx.chemicalr X MNXM75102r X seed.compoundr ]r(Xcpd15540rXcpd23600reuh0Nh1h2]rrRrjn`X C42H82O10P1rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX CLPNH181pprhX*Cardiolipin hydrolase (periplasm, n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNH181pprXmetanetx.reactionrX MNXR96780rujG`h#jH`h#jI`h2]r r!Rr"jM`}r#(jcGjDGj̪G?jO`)r$}r%(hXpa181_pr&hX.1,2-dioctadec-11-enoyl-sn-glycerol 3-phosphater'h}r(h}r)(Xbigg.metaboliter*Xpa181r+Xmetanetx.chemicalr,X MNXM90511r-X seed.compoundr.Xcpd15527r/uh0Nh1h2]r0r1Rr2jn`X C39H71O8P1r3jp`jcjr`Jjs`GubG?jjG?uh0Njt`Gju`G@@ubj<`)r4}r5(hX CLPNS120ppr6hX+Cardiolipin synthase (periplasmic, n-C12:0)r7h}r8h}r9(jC`X SBO:0000375r:X bigg.reactionr;X CLPNS120ppr<Xmetanetx.reactionr=X MNXR96781r>ujG`Xb0789 or b1249r?jH`h#jI`h2]r@(j#jerARrBjM`}rC(jGjG?jO`)rD}rE(hXglyc_prFhXGlycerolrGh}rHh}rI(Xbigg.metaboliterJXglycrKXbiocycrLX META:GLYCEROLrMXchebirN]rO(X CHEBI:131422rPX CHEBI:14334rQX CHEBI:17754rRX CHEBI:24351rSX CHEBI:42998rTX CHEBI:5448rUeXhmdbrVX HMDB00131rWX kegg.compoundrXXC00116rYX kegg.drugrZXD00028r[Xmetanetx.chemicalr\X MNXM89612r]X seed.compoundr^Xcpd00100r_uh0Nh1h2]r`raRrbjn`XC3H8O3rcjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rd}re(hX CLPNS140pprfhX+Cardiolipin synthase (periplasmic, n-C14:0)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkX CLPNS140pprlXmetanetx.reactionrmX MNXR96782rnujG`Xb1249 or b0789rojH`h#jI`h2]rp(j#jerqRrrjM`}rs(j+GjG?jDG?uh0Njt`G@ju`G@@ubj<`)rt}ru(hX CLPNS141pprvhX+Cardiolipin synthase (periplasmic, n-C14:1)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{X CLPNS141ppr|Xmetanetx.reactionr}X MNXR96783r~ujG`Xb0789 or b1249rjH`h#jI`h2]r(j#jerRrjM`}r(jlGjNG?jDG?uh0Njt`G@ju`G@@ubj<`)r}r(hX CLPNS160pprhX+Cardiolipin synthase (periplasmic, n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNS160pprXmetanetx.reactionrX MNXR96784rujG`Xb0789 or b1249rjH`h#jI`h2]r(j#jerRrjM`}r(jjGjcG?jDG?uh0Njt`G@ju`G@@ubj<`)r}r(hX CLPNS161pprhX+Cardiolipin synthase (periplasmic, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNS161pprXmetanetx.reactionrX MNXR96786rujG`Xb1249 or b0789rjH`h#jI`h2]r(j#jerRrjM`}r(jjGjcG?jDG?uh0Njt`G@ju`G@@ubj<`)r}r(hX CLPNS180pprhX+Cardiolipin synthase (periplasmic, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNS180pprXmetanetx.reactionrX MNXR96787rujG`Xb0789 or b1249rjH`h#jI`h2]r(j#jerRrjM`}r(jGjG?jDG?uh0Njt`G@ju`G@@ubj<`)r}r(hX CLPNS181pprhX+Cardiolipin synthase (periplasmic, n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CLPNS181pprXmetanetx.reactionrX MNXR96788rujG`Xb0789 or b1249rjH`h#jI`h2]r(j#jerRrjM`}r(jjGjcG?jDG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCLt3_2pprhX<Chloride transport out via proton antiport (2:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCLt3_2pprXbiocycrXMETA:RXN0-2501rXmetanetx.reactionrX MNXR96796rXrhear]r(X29567rX29568rX29569rX29570reujG`Xb0155 or b1592rjH`h#jI`h2]r(jGj5erRrjM`}r(jO`)r}r(hXcl_prhXChloriderh}rh}r(Xbigg.metaboliterXclrXbiocycr]r(XMETA:CL-rXMETA:HCLreXchebir]r(X CHEBI:13291rX CHEBI:13364rX CHEBI:13970rX CHEBI:17883rX CHEBI:17996rX CHEBI:24635rX CHEBI:3616rX CHEBI:3731rX CHEBI:48804rX CHEBI:50315rX CHEBI:5590reXhmdbr]r(X HMDB00492rX HMDB02073rX HMDB02162rX HMDB02306reX kegg.compoundr]r(XC00698rXC01327reX kegg.drugrXD02057rXmetanetx.chemicalrXMNXM43rX seed.compoundrXcpd00099ruh0Nh1h2]rrRrjn`XClrjp`jcjr`Jjs`GubGjnGjocG@j̪G?uh0Njt`Gju`G@@ubj<`)r }r (hXCLtexr hXDChloride (Cl-1) transport via diffusion (extracellular to periplasm)r h}r h}r(jC`X SBO:0000375rX bigg.reactionrXCLtexrXbiocycrXMETA:TRANS-RXN-139rXmetanetx.reactionrX MNXR96797rXrhear]r(X29823rX29824rX29825rX29826reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r (jP{GjG?uh0Njt`G@ju`G@@ubj<`)r!}r"(hXCMPNr#hXCMP nucleosidaser$h}r%h}r&(jC`X SBO:0000375r'X bigg.reactionr(XCMPNr)Xec-coder*X3.2.2.10r+Xmetanetx.reactionr,X MNXR96804r-ujG`h#jH`h#jI`h2]r.r/Rr0jM`}r1(j@GjgfGjO`)r2}r3(hXcsn_cr4hXCytosiner5h}r6h}r7(Xbigg.metaboliter8Xcsnr9Xbiocycr:X META:CYTOSINEr;Xchebir<]r=(X CHEBI:14066r>X CHEBI:16040r?X CHEBI:23531r@X CHEBI:4072rAX CHEBI:41732rBeXhmdbrCX HMDB00630rDX kegg.compoundrEXC00380rFXmetanetx.chemicalrGXMNXM761rHX seed.compoundrIXcpd00307rJuh0Nh1h2]rKrLRrMjn`XC4H5N3OrNjp`jq`jr`Kjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rO}rP(hXCMPtexrQhX8CMP transport via diffusion (extracellular to periplasm)rRh}rSh}rT(jC`X SBO:0000375rUX bigg.reactionrVXCMPtexrWXmetanetx.reactionrXX MNXR96806rYujG`X b1377 or b0241 or b0929 or b2215rZjH`h#jI`h2]r[(hIh[h7h er\Rr]jM`}r^(j{GjO`)r_}r`(hXcmp_prahXCMP C9H12N3O8Prbh}rch}rd(Xbigg.metabolitereXcmprfXbiocycrgXMETA:CMPrhXchebiri]rj(X CHEBI:13274rkX CHEBI:17361rlX CHEBI:23520rmX CHEBI:3275rnX CHEBI:41312roX CHEBI:41319rpX CHEBI:41666rqX CHEBI:41691rrX CHEBI:47362rsX CHEBI:48799rtX CHEBI:58120ruX CHEBI:60377rveX kegg.compoundrwXC00055rxX kegg.glycanryXG10621rzXmetanetx.chemicalr{XMNXM31r|X seed.compoundr}Xcpd00046r~uh0Nh1h2]rrRrjn`X C9H12N3O8Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCMtexrhXDChloramphenicol transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCMtexrXmetanetx.reactionrX MNXR96808rXrhear]r(X35287rX35288rX35289rX35290reujG`X b0929 or b1377 or b2215 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j{GjO`)r}r(hXcm_prhXChloramphenicolrh}rh}r(Xbigg.metaboliterXcmrXbiocycrXMETA:CHLORAMPHENICOLrXchebir]r(X CHEBI:13965rX CHEBI:17698rX CHEBI:23106rX CHEBI:23108rX CHEBI:3603rX CHEBI:47327rX CHEBI:94390reXhmdbrX HMDB14589rX kegg.compoundrXC00918rX kegg.drugrXD00104rXmetanetx.chemicalrXMNXM4519rX seed.compoundrXcpd00680ruh0Nh1h2]rrRrjn`X C11H12Cl2N2O5rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCMtpprhX)Chloramphenicol transport via TolC systemrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCMtpprXmetanetx.reactionrX MNXR96809rujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rjH`h#jI`h2]r(jYjkj}jerRrjM`}r(jGj̪Gj{G?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCO2texrhX8CO2 transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCO2texrXbiocycrXMETA:TRANS-RXN0-545rXmetanetx.reactionrX MNXR96810rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j{GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCO2tpprhX)CO2 transporter via diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCO2tpprXbiocycrXMETA:TRANS-RXN0-545rXmetanetx.reactionrX MNXR96810rujG`Xs0001rjH`h#jI`h2]rjarRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX COBALT2abcpprhX)Cobalt (Co+2) ABC transporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX COBALT2abcpprXmetanetx.reactionrX MNXR96819rXrhear]r(X32779#2rX32780#2rX32781#2rX32782#2reujG`Xb3469rjH`h#jI`h2]r jar Rr jM`}r (jbGjcGjgfGjmG?jO`)r }r (hX cobalt2_pr hXCo2+r h}r h}r (Xbigg.metaboliter Xcobalt2r Xchebir ]r (X CHEBI:23337r X CHEBI:48827r X CHEBI:48828r eXhmdbr X HMDB00608r X kegg.compoundr XC00175r Xmetanetx.chemicalr X MNXM90960r X seed.compoundr Xcpd00149r uh0Nh1h2]r r Rr jn`XCor jp`jcjr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX COBALT2t3ppr hX;Cobalt (Co+2) transport out via proton antiport (periplasm)r h}r! h}r" (jC`X SBO:0000375r# X bigg.reactionr$ X COBALT2t3ppr% Xmetanetx.reactionr& X MNXR96820r' ujG`Xb0752 or b3915r( jH`h#jI`h2]r) (j+j=er* Rr+ jM`}r, (jcGj̪Gj G?jnG?uh0Njt`Gju`G@@ubj<`)r- }r. (hX COBALT2texr/ hXBCobalt (Co+2) transport via diffusion (extracellular to periplasm)r0 h}r1 h}r2 (jC`X SBO:0000375r3 X bigg.reactionr4 X COBALT2texr5 Xbiocycr6 XMETA:TRANS-RXN-141Ar7 Xmetanetx.reactionr8 X MNXR96821r9 Xrhear: ]r; (X28578r< X28579r= X28580r> X28581r? eujG`X b1377 or b0241 or b0929 or b2215r@ jH`h#jI`h2]rA (hIh[h7h erB RrC jM`}rD (j|Gj G?uh0Njt`G@ju`G@@ubj<`)rE }rF (hX COBALT2tpprG hX(Cobalt transport in via permease (no H+)rH h}rI h}rJ (jC`X SBO:0000375rK X bigg.reactionrL X COBALT2tpprM XbiocycrN XMETA:TRANS-RXN-141ArO Xmetanetx.reactionrP X MNXR96821rQ XrhearR ]rS (X28578rT X28579rU X28580rV X28581rW eujG`Xb3040 or b3816rX jH`h#jI`h2]rY (jOjerZ Rr[ jM`}r\ (j GjcG?uh0Njt`Gju`G@@ubj<`)r] }r^ (hX COLIPAKppr_ hXLipid A core kinase (periplasm)r` h}ra h}rb (jC`X SBO:0000375rc X bigg.reactionrd X COLIPAKppre Xmetanetx.reactionrf X MNXR96842rg ujG`Xb2174rh jH`h#jI`h2]ri jarj Rrk jM`}rl (jO`)rm }rn (hXcolipa_pro hXCore oligosaccharide lipid Arp h}rq h}rr (Xbigg.metaboliters Xcolipart Xbiocycru XMETA:CPD0-2271rv Xmetanetx.chemicalrw X MNXM47647rx X seed.compoundry Xcpd15432rz uh0Nh1h2]r{ r| Rr} jn`XC176H303N2O100P4r~ jp`jcjr`Jjs`GubGjO`)r }r (hXudcpdp_pr hXUndecaprenyl diphosphater h}r h}r (Xbigg.metaboliter Xudcpdpr Xbiocycr X META:CPD-9649r Xchebir ]r (X CHEBI:15284r X CHEBI:17047r X CHEBI:27192r X CHEBI:53042r X CHEBI:57995r X CHEBI:9863r eXhmdbr X HMDB01469r X lipidmapsr X LMPR03030004r Xmetanetx.chemicalr XMNXM5043r X seed.compoundr Xcpd25775r uh0Nh1h2]r r Rr jn`X C55H89O7P2r jp`jcjr`Jjs`GubGjO`)r }r (hX colipap_pr hX(Core oligosaccharide lipid A diphosphater h}r h}r (Xbigg.metaboliter Xcolipapr Xmetanetx.chemicalr X MNXM147454r uh0Nh1h2]r r Rr jn`XC176H303N2O103P5r jp`jcjr`Jjs`GubG?jO`)r }r (hXudcpp_pr hXUndecaprenyl phosphater h}r h}r (Xbigg.metaboliter Xudcppr Xbiocycr XMETA:UNDECAPRENYL-Pr Xchebir ]r (X CHEBI:15285r X CHEBI:15286r X CHEBI:16141r X CHEBI:57654r X CHEBI:9864r eX kegg.compoundr XC00348r X lipidmapsr X LMPR03020006r Xmetanetx.chemicalr XMNXM251r X seed.compoundr Xcpd00286r uh0Nh1h2]r r Rr jn`X C55H89O4Pr jp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r (hX COLIPAPabctexr hX^Core oligosaccharide lipid A diphosphate transport via ABC system (periplasm to extracellular)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X COLIPAPabctexr Xmetanetx.reactionr X MNXR96843r ujG`X-b4261 and b3201 and b3200 and b3199 and b4262r jH`h#jI`h2]r (jjjjjer Rr jM`}r (jbGj GjgfGjmG?jK|G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX COLIPAabcppr hXACore oligosaccharide lipid A transport via ABC system (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X COLIPAabcppr Xmetanetx.reactionr X MNXR96844r ujG`Xb0914r jH`h#jI`h2]r jar Rr jM`}r (jbGjO`)r }r (hXcolipa_cr hXCore oligosaccharide lipid Ar h}r h}r (Xbigg.metaboliter Xcolipar Xbiocycr XMETA:CPD0-2271r Xmetanetx.chemicalr X MNXM47647r X seed.compoundr Xcpd15432r uh0Nh1h2]r r Rr jn`XC176H303N2O100P4r jp`jq`jr`Jjs`GubGjgfGjmG?jm G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX COLIPAabctexr hXRCore oligosaccharide lipid A transport via ABC system (periplasm to extracellular)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X COLIPAabctexr Xmetanetx.reactionr X MNXR96845r ujG`X-b4261 and b3201 and b3200 and b3199 and b4262r jH`h#jI`h2]r (jjjjjer Rr jM`}r (jbGjm GjgfGjmG?jdG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hXCPGNR1r hXCoprogen(Fe(III)) reductaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPGNR1r Xmetanetx.reactionr X MNXR96868r ujG`h#jH`h#jI`h2]r r Rr jM`}r (jO`)r }r (hXcpgn_cr hXCoprogenr h}r h}r (Xbigg.metaboliter Xcpgnr Xchebir! X CHEBI:83101r" Xmetanetx.chemicalr# X MNXM114191r$ X seed.compoundr% Xcpd15437r& uh0Nh1h2]r' r( Rr) jn`X C35H52N6O13Fer* jp`jq`jr`Jjs`GubGj[GjO`)r+ }r, (hX cpgn_un_cr- hXCoprogen unloaded (no Fe(III))r. h}r/ h}r0 (Xbigg.metaboliter1 Xcpgn_unr2 Xbiocycr3 XMETA:CPD0-2262r4 Xmetanetx.chemicalr5 XMNXM2999r6 X seed.compoundr7 Xcpd15438r8 uh0Nh1h2]r9 r: Rr; jn`X C35H52N6O13r< jp`jq`jr`Jjs`GubG@j&eG?jFeG@jnG@uh0Njt`Gju`G@@ubj<`)r= }r> (hXCPGNR2r? hXCoprogen(Fe(III)) reductaser@ h}rA h}rB (jC`X SBO:0000375rC X bigg.reactionrD XCPGNR2rE Xmetanetx.reactionrF X MNXR96869rG ujG`h#jH`h#jI`h2]rH rI RrJ jM`}rK (j GjGj+ G@jFeG@jG?jnG@uh0Njt`Gju`G@@ubj<`)rL }rM (hXCPGNR3rN hXCoprogen(Fe(III)) reductaserO h}rP h}rQ (jC`X SBO:0000375rR X bigg.reactionrS XCPGNR3rT Xmetanetx.reactionrU X MNXR96870rV ujG`h#jH`h#jI`h2]rW rX RrY jM`}rZ (j GjGj+ G@jFeG@jnG@jkG?uh0Njt`Gju`G@@ubj<`)r[ }r\ (hXCPGNUtexr] hX+Coprogen unloaded secretion (extracellular)r^ h}r_ h}r` (jC`X SBO:0000375ra X bigg.reactionrb XCPGNUtexrc Xmetanetx.reactionrd X MNXR96871re ujG`h#jH`h#jI`h2]rf rg Rrh jM`}ri (jO`)rj }rk (hX cpgn_un_prl hXCoprogen unloaded (no Fe(III))rm h}rn h}ro (Xbigg.metaboliterp Xcpgn_unrq Xbiocycrr XMETA:CPD0-2262rs Xmetanetx.chemicalrt XMNXM2999ru X seed.compoundrv Xcpd15438rw uh0Nh1h2]rx ry Rrz jn`X C35H52N6O13r{ jp`jcjr`Jjs`GubGj̪Gj|G?jnG?uh0Njt`Gju`G@@ubj<`)r| }r} (hXCPGNUtppr~ hXCoprogen unloaded secretionr h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPGNUtppr Xmetanetx.reactionr X MNXR96872r ujG`h#jH`h#jI`h2]r r Rr jM`}r (j+ Gj̪Gjj G?jnG?uh0Njt`Gju`G@@ubj<`)r }r (hX CPGNabcppr hX-Coprogen transport via ABC system (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X CPGNabcppr Xmetanetx.reactionr X MNXR96873r ujG`Xb0151 and b0153 and b0152r jH`h#jI`h2]r (jkjGjYer Rr jM`}r (jbGjO`)r }r (hXcpgn_pr hXCoprogenr h}r h}r (Xbigg.metaboliter Xcpgnr Xchebir X CHEBI:83101r Xmetanetx.chemicalr X MNXM114191r X seed.compoundr Xcpd15437r uh0Nh1h2]r r Rr jn`X C35H52N6O13Fer jp`jcjr`Jjs`GubGjgfGjmG?j G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hXCPGNexsr hX+Coprogen Fe-loading reaction (spontaneaous)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPGNexsr Xmetanetx.reactionr X MNXR96874r ujG`Xs0001r jH`h#jI`h2]r jar Rr jM`}r (j|GjGjf|G?uh0Njt`Gju`G@@ubj<`)r }r (hX CPGNtonexr hX1Coprogen transport via ton system (extracellular)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X CPGNtonexr Xmetanetx.reactionr X MNXR96875r ujG`X#b1102 and b3006 and b1252 and b3005r jH`h#jI`h2]r (jj j j- er Rr jM`}r (jf|Gj̪Gj G?jnG?uh0Njt`Gju`G@@ubj<`)r }r (hXCPH4Sr hX+6-carboxy-5,6,7,8-tetrahydropterin synthaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPH4Sr Xbiocycr XMETA:RXN0-5507r Xec-coder X4.1.2.50r X kegg.reactionr XR09959r Xmetanetx.reactionr X MNXR95095r Xrhear ]r (X27966r X27967r X27968r X27969r eujG`Xb2765r jH`h#jI`h2]r jar Rr jM`}r (jO`)r }r (hXahdt_cr hXQ2-Amino-4-hydroxy-6-(erythro-1,2,3-trihydroxypropyl)dihydropteridine triphosphater h}r h}r (Xbigg.metaboliter Xahdtr Xbiocycr XMETA:DIHYDRONEOPTERIN-P3r Xchebir ]r (X CHEBI:1002r X CHEBI:11509r X CHEBI:12201r X CHEBI:18372r X CHEBI:19455r X CHEBI:20684r X CHEBI:28069r X CHEBI:58462r eXhmdbr ]r (X HMDB00980r X HMDB01144r X HMDB12181r eX kegg.compoundr XC04895r Xmetanetx.chemicalr XMNXM397r X seed.compoundr Xcpd02978r uh0Nh1h2]r r Rr jn`X C9H12N5O13P3r jp`jq`jr`Jjs`GubGjgfGj1G?jG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r }r (hXCPMPSr hX*Cyclic pyranopterin monophosphate synthaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPMPSr Xec-coder X 4.1.99.18r Xmetanetx.reactionr X MNXR96877r ujG`Xb0781 and b0783r jH`h#jI`h2]r (j jer Rr jM`}r (jJfGjgfGjO`)r }r (hXcpmp_cr hX!Cyclic pyranopterin monophosphater! h}r" h}r# (Xbigg.metaboliter$ Xcpmpr% Xchebir& X CHEBI:60210r' Xhmdbr( X HMDB59639r) X kegg.compoundr* XC18239r+ Xmetanetx.chemicalr, X MNXM12735r- X seed.compoundr. Xcpd19505r/ uh0Nh1h2]r0 r1 Rr2 jn`X C10H13N5O8Pr3 jp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r4 }r5 (hXCPPPGOr6 hX(Coproporphyrinogen oxidase (O2 required)r7 h}r8 h}r9 (jC`X SBO:0000375r: X bigg.reactionr; XCPPPGOr< Xbiocycr= XMETA:RXN0-1461r> Xec-coder? X1.3.3.3r@ X kegg.reactionrA XR03220rB Xmetanetx.reactionrC X MNXR96880rD XrhearE ]rF (X18257rG X18258rH X18259rI X18260rJ eujG`Xb2436rK jH`h#jI`h2]rL jarM RrN jM`}rO (jO`)rP }rQ (hXcpppg3_crR hXCoproporphyrinogen IIIrS h}rT h}rU (Xbigg.metaboliterV Xcpppg3rW XbiocycrX XMETA:COPROPORPHYRINOGEN_IIIrY XchebirZ ]r[ (X CHEBI:14020r\ X CHEBI:15439r] X CHEBI:23386r^ X CHEBI:3880r_ X CHEBI:41560r` X CHEBI:57309ra eXhmdbrb X HMDB01261rc X kegg.compoundrd XC03263re Xmetanetx.chemicalrf XMNXM410rg X seed.compoundrh Xcpd02083ri uh0Nh1h2]rj rk Rrl jn`X C36H40N4O8rm jp`jq`jr`Jjs`GubGjnGjηGjG@jgfG@jO`)rn }ro (hXpppg9_crp hXProtoporphyrinogen IXrq h}rr h}rs (Xbigg.metabolitert Xpppg9ru Xbiocycrv XMETA:PROTOPORPHYRINOGENrw Xchebirx ]ry (X CHEBI:14962rz X CHEBI:15435r{ X CHEBI:26359r| X CHEBI:26360r} X CHEBI:57307r~ X CHEBI:8593r eXhmdbr X HMDB01097r X kegg.compoundr XC01079r Xmetanetx.chemicalr XMNXM351r X seed.compoundr Xcpd00791r uh0Nh1h2]r r Rr jn`X C34H38N4O4r jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r (hXCPPPGO2r hX1Oxygen Independent coproporphyrinogen-III oxidaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCPPPGO2r Xbiocycr X META:HEMN-RXNr Xec-coder ]r (X1.3.98.3r X 1.3.99.22r eX kegg.reactionr XR06895r Xmetanetx.reactionr X MNXR96881r Xrhear ]r (X15425r X15426r X15427r X15428r eujG`Xb3867r jH`h#jI`h2]r j1ar Rr jM`}r (j%bGjP GjG@jG@jgG@jn G?uh0Njt`Gju`G@@ubj<`)r }r (hXCRNBTCTr hX3Gamma-butyrobetainyl-CoA: carnitine CoA transferaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNBTCTr Xbiocycr XMETA:RXN0-3601r Xec-coder X2.8.3.21r X kegg.reactionr XR10644r Xmetanetx.reactionr X MNXR96894r Xrhear ]r (X28418r X28419r X28420r X28421r eujG`Xb0038r jH`h#jI`h2]r jCar Rr jM`}r (jO`)r }r (hXbbtcoa_cr hXGamma-butyrobetainyl-CoAr h}r h}r (Xbigg.metaboliter Xbbtcoar Xbiocycr XMETA:GAMMA-BUTYROBETAINYL-COAr Xchebir ]r (X CHEBI:61513r X CHEBI:61517r eX kegg.compoundr XC20749r X lipidmapsr X LMFA07050321r Xmetanetx.chemicalr XMNXM5762r X seed.compoundr Xcpd15412r uh0Nh1h2]r r Rr jn`XC28H46N8O17P3Sr jp`jq`jr`Jjs`GubGjO`)r }r (hXcrn_cr hX L-Carnitiner h}r h}r (Xbigg.metaboliter Xcrnr Xbiocycr XMETA:CARNITINEr Xchebir ]r (X CHEBI:11817r X CHEBI:13091r X CHEBI:13947r X CHEBI:16347r X CHEBI:17126r X CHEBI:20047r X CHEBI:21256r X CHEBI:23038r X CHEBI:29085r X CHEBI:3424r X CHEBI:39547r X CHEBI:6202r eXhmdbr ]r (X HMDB00062r X HMDB01467r X HMDB62496r eX kegg.compoundr ]r (XC00318r XC00487r eX kegg.drugr XD02176r Xmetanetx.chemicalr XMNXM173r X seed.compoundr ]r (Xcpd00266r Xcpd19003r euh0Nh1h2]r r Rr jn`XC7H15NO3r jp`jq`jr`Kjs`GubGjO`)r }r (hXcrncoa_cr hXL-Carnitinyl-CoAr h}r h}r (Xbigg.metaboliter Xcrncoar Xbiocycr XMETA:L-CARNITINYL-COAr Xchebir ]r (X CHEBI:41482r X CHEBI:60932r eX kegg.compoundr XC20750r X lipidmapsr X LMFA07050150r Xmetanetx.chemicalr XMNXM1451r uh0Nh1h2]r! r" Rr# jn`XC28H46N8O18P3Sr$ jp`jq`jr`Jjs`GubG?jO`)r% }r& (hXgbbtn_cr' hXGamma-butyrobetainer( h}r) h}r* (Xbigg.metaboliter+ Xgbbtnr, Xbiocycr- XMETA:GAMMA-BUTYROBETAINEr. Xchebir/ ]r0 (X CHEBI:12047r1 X CHEBI:16244r2 X CHEBI:1941r3 X CHEBI:20484r4 eXhmdbr5 ]r6 (X HMDB01161r7 X HMDB06831r8 eX kegg.compoundr9 XC01181r: Xmetanetx.chemicalr; XMNXM626r< X seed.compoundr= Xcpd00870r> uh0Nh1h2]r? r@ RrA jn`XC7H15NO2rB jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rC }rD (hXCRNCAL2rE hXCarnitine-CoA LigaserF h}rG h}rH (jC`X SBO:0000375rI X bigg.reactionrJ XCRNCAL2rK Xmetanetx.reactionrL X MNXR96895rM ujG`Xb0037rN jH`h#jI`h2]rO jUarP RrQ jM`}rR (jbGjcGj GjmG?j G?j;nG?uh0Njt`Gju`G@@ubj<`)rS }rT (hXCRNCARrU hXCarnitine-CoA racemaserV h}rW h}rX (jC`X SBO:0000375rY X bigg.reactionrZ XCRNCARr[ Xbiocycr\ XMETA:CARNCOARACE-RXNr] Xec-coder^ X5.1.1.-r_ Xmetanetx.reactionr` X MNXR96896ra Xrhearb ]rc (X30539rd X30540re X30541rf X30542rg eujG`Xb0036rh jH`h#jI`h2]ri jgarj Rrk jM`}rl (j GjO`)rm }rn (hX crnDcoa_cro hXD-carnitinyl-CoArp h}rq h}rr (Xbigg.metaboliters XcrnDcoart Xbiocycru XMETA:D-CARNITINYL-COArv Xchebirw ]rx (X CHEBI:62047ry X CHEBI:62194rz eX lipidmapsr{ X LMFA07050162r| Xmetanetx.chemicalr} XMNXM3411r~ X seed.compoundr Xcpd15439r uh0Nh1h2]r r Rr jn`XC28H46N8O18P3Sr jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r }r (hXCRNCBCTr hX.Crotonobetainyl-CoA: carnitine CoA transferaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNCBCTr Xbiocycr XMETA:RXN-14936r Xec-coder X2.8.3.21r X kegg.reactionr XR10643r Xmetanetx.reactionr X MNXR96899r Xrhear ]r (X28526r X28527r X28528r X28529r eujG`Xb0038r jH`h#jI`h2]r jCar Rr jM`}r (j GjO`)r }r (hX ctbtcoa_cr hXCrotonobetainyl-CoAr h}r h}r (Xbigg.metaboliter Xctbtcoar Xbiocycr XMETA:CROTONOBETAINYL-COAr Xchebir ]r (X CHEBI:60933r X CHEBI:61123r eX kegg.compoundr XC20748r X lipidmapsr ]r (X LMFA07050143r X LMFA07050306r eXmetanetx.chemicalr XMNXM2363r X seed.compoundr Xcpd15441r uh0Nh1h2]r r Rr jn`XC28H44N8O17P3Sr jp`jq`jr`Jjs`GubGj G?jO`)r }r (hXctbt_cr hXCrotonobetainer h}r h}r (Xbigg.metaboliter Xctbtr Xbiocycr XMETA:CROTONO-BETAINEr Xchebir ]r (X CHEBI:11946r X CHEBI:17237r X CHEBI:1774r X CHEBI:20299r X CHEBI:48867r eX kegg.compoundr XC04114r Xmetanetx.chemicalr XMNXM1607r X seed.compoundr Xcpd02543r uh0Nh1h2]r r Rr jn`XC7H13NO2r jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r }r (hXCRNCDHr hXCarnityl-CoA dehydratser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNCDHr Xbiocycr XMETA:CARNDETRU-RXNr Xec-coder X 4.2.1.149r X kegg.reactionr XR10675r Xmetanetx.reactionr X MNXR96900r Xrhear ]r (X28338r X28339r X28340r X28341r eujG`Xb0036r jH`h#jI`h2]r jgar Rr jM`}r (j Gj G?jgfG?uh0Njt`G@ju`G@@ubj<`)r }r (hXCRNDCAL2r hXD-Carnitine-CoA Ligaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNDCAL2r Xmetanetx.reactionr X MNXR96901r Xrhear ]r (X30543r X30544r X30545r X30546r eujG`Xb0037r jH`h#jI`h2]r jUar Rr jM`}r (jbGjcGjO`)r }r (hXcrn__D_cr hX D-Carnitiner h}r h}r (Xbigg.metaboliter Xcrn__Dr Xbiocycr XMETA:D-CARNITINEr Xchebir ]r (X CHEBI:11060r X CHEBI:51453r eXhmdbr X HMDB62634r X kegg.compoundr XC15025r Xmetanetx.chemicalr XMNXM246r X seed.compoundr Xcpd10719r uh0Nh1h2]r r! Rr" jn`XC7H15NO3r# jp`jq`jr`Kjs`GubGjmG?jm G?j;nG?uh0Njt`Gju`G@@ubj<`)r$ }r% (hX CRNDabcppr& hX0D-carnitine transport via ABC system (periplasm)r' h}r( h}r) (jC`X SBO:0000375r* X bigg.reactionr+ X CRNDabcppr, Xmetanetx.reactionr- X MNXR96902r. ujG`Xb2678 and b2677 and b2679r/ jH`h#jI`h2]r0 (jyjjer1 Rr2 jM`}r3 (jbGjO`)r4 }r5 (hXcrn__D_pr6 hX D-Carnitiner7 h}r8 h}r9 (Xbigg.metaboliter: Xcrn__Dr; Xbiocycr< XMETA:D-CARNITINEr= Xchebir> ]r? (X CHEBI:11060r@ X CHEBI:51453rA eXhmdbrB X HMDB62634rC X kegg.compoundrD XC15025rE Xmetanetx.chemicalrF XMNXM246rG X seed.compoundrH Xcpd10719rI uh0Nh1h2]rJ rK RrL jn`XC7H15NO3rM jp`jcjr`Kjs`GubGjgfGjmG?j G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rN }rO (hX CRNDt2rpprP hX+D-carnitine outward transport (H+ antiport)rQ h}rR h}rS (jC`X SBO:0000375rT X bigg.reactionrU X CRNDt2rpprV Xmetanetx.reactionrW X MNXR96903rX ujG`Xb4111rY jH`h#jI`h2]rZ jar[ Rr\ jM`}r] (j4 Gj̪Gj G?jnG?uh0Njt`G@ju`G@@ubj<`)r^ }r_ (hXCRNDtexr` hX@D-carnitine transport via diffusion (extracellular to periplasm)ra h}rb h}rc (jC`X SBO:0000375rd X bigg.reactionre XCRNDtexrf Xmetanetx.reactionrg X MNXR96904rh Xrheari ]rj (X35067rk X35068rl X35069rm X35070rn eujG`X b0929 or b1377 or b2215 or b0241ro jH`h#jI`h2]rp (hIh[h7h erq Rrr jM`}rs (j|Gj4 G?uh0Njt`G@ju`G@@ubj<`)rt }ru (hXCRNabcpprv hX0L-carnitine transport via ABC system (periplasm)rw h}rx h}ry (jC`X SBO:0000375rz X bigg.reactionr{ XCRNabcppr| Xmetanetx.reactionr} X MNXR96905r~ Xrhear ]r (X38719#1r X38720#1r X38721#1r X38722#1r eujG`Xb2678 and b2677 and b2679r jH`h#jI`h2]r (jyjjer Rr jM`}r (jbGjO`)r }r (hXcrn_pr hX L-Carnitiner h}r h}r (Xbigg.metaboliter Xcrnr Xbiocycr XMETA:CARNITINEr Xchebir ]r (X CHEBI:11817r X CHEBI:13091r X CHEBI:13947r X CHEBI:16347r X CHEBI:17126r X CHEBI:20047r X CHEBI:21256r X CHEBI:23038r X CHEBI:29085r X CHEBI:3424r X CHEBI:39547r X CHEBI:6202r eXhmdbr ]r (X HMDB00062r X HMDB01467r X HMDB62496r eX kegg.compoundr ]r (XC00318r XC00487r eX kegg.drugr XD02176r Xmetanetx.chemicalr XMNXM173r X seed.compoundr ]r (Xcpd00266r Xcpd19003r euh0Nh1h2]r r Rr jn`XC7H15NO3r jp`jcjr`Kjs`GubGjgfGjmG?j G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hXCRNt2rppr hX+L-carnitine outward transport (H+ antiport)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNt2rppr Xmetanetx.reactionr X MNXR96907r ujG`Xb4111r jH`h#jI`h2]r jar Rr jM`}r (j Gj̪Gj G?jnG?uh0Njt`G@ju`G@@ubj<`)r }r (hXCRNt7ppr hX.Carnitine/butyrobetaine antiporter (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr XCRNt7ppr Xbiocycr XMETA:TRANS-RXN-100r Xmetanetx.reactionr X MNXR96908r Xrhear ]r (X29427r X29428r X29429r X29430r eujG`Xb0040r jH`h#jI`h2]r jar Rr jM`}r (j Gj% Gj G?jO`)r }r (hXgbbtn_pr hXGamma-butyrobetainer h}r h}r (Xbigg.metaboliter Xgbbtnr Xbiocycr XMETA:GAMMA-BUTYROBETAINEr Xchebir ]r (X CHEBI:12047r X CHEBI:16244r X CHEBI:1941r X CHEBI:20484r eXhmdbr ]r (X HMDB01161r X HMDB06831r eX kegg.compoundr XC01181r Xmetanetx.chemicalr XMNXM626r X seed.compoundr Xcpd00870r uh0Nh1h2]r r Rr jn`XC7H15NO2r jp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r (hXCRNt8ppr hX.L-carnitine/D-carnitine antiporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCRNt8pprXmetanetx.reactionrX MNXR96909rujG`Xb0040rjH`h#jI`h2]r jar Rr jM`}r (j Gj Gj4 G?j G?uh0Njt`Gju`G@@ubj<`)r }r(hXCRNtexrhX@L-carnitine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCRNtexrXmetanetx.reactionrX MNXR96906rXrhear]r(X34959rX34960rX34961rX34962reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h er Rr!jM`}r"(j|Gj G?uh0Njt`G@ju`G@@ubj<`)r#}r$(hXCSr%hXCitrate synthaser&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XCSr+Xbiocycr,]r-(XMETA:CITSYN-RXNr.XMETA:RXN-14905r/eXec-coder0]r1(X2.3.3.1r2X2.3.3.16r3X2.3.3.3r4eX kegg.reactionr5XR00351r6Xmetanetx.reactionr7X MNXR96920r8Xrhear9]r:(X16845r;X16846r<X16847r=X16848r>eujG`Xb0720r?jH`h#jI`h2]r@jarARrBjM`}rC(jaGjgfGjfGjG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)rD}rE(hXCSNDrFhXCytosine deaminaserGh}rHh}rI(jC`X SBO:0000375rJX bigg.reactionrKXCSNDrLXbiocycrMXMETA:CYTDEAM-RXNrNXec-coderOX3.5.4.1rPX kegg.reactionrQXR00974rRXmetanetx.reactionrSX MNXR96927rTXrhearU]rV(X20605rWX20606rXX20607rYX20608rZeujG`Xb0337r[jH`h#jI`h2]r\jar]Rr^jM`}r_(j2GjgfGjnGjiG?jO`)r`}ra(hXura_crbhXUracilrch}rdh}re(Xbigg.metaboliterfXurargXbiocycrhX META:URACILriXchebirj]rk(X CHEBI:15288rlX CHEBI:17568rmX CHEBI:27210rnX CHEBI:43254roX CHEBI:46375rpX CHEBI:9882rqeXhmdbrrX HMDB00300rsX kegg.compoundrtXC00106ruX kegg.drugrv]rw(XD00027rxXD09776ryeXmetanetx.chemicalrzXMNXM158r{X seed.compoundr|Xcpd00092r}uh0Nh1h2]r~rRrjn`XC4H4N2O2rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXCSNt2pprhX4Cytosine transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCSNt2pprXbiocycr]r(XMETA:TRANS-RXN-116rXMETA:TRANS-RXN-199reXmetanetx.reactionrX MNXR96929rXrhear]r(X29935rX29936rX29937rX29938reujG`Xb0336rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXcsn_prhXCytosinerh}rh}r(Xbigg.metaboliterXcsnrXbiocycrX META:CYTOSINErXchebir]r(X CHEBI:14066rX CHEBI:16040rX CHEBI:23531rX CHEBI:4072rX CHEBI:41732reXhmdbrX HMDB00630rX kegg.compoundrXC00380rXmetanetx.chemicalrXMNXM761rX seed.compoundrXcpd00307ruh0Nh1h2]rrRrjn`XC4H5N3Orjp`jcjr`Kjs`GubGj̪Gj2G?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCSNtexrhX=Cytosine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCSNtexrXmetanetx.reactionrX MNXR96928rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j}GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCTBTCAL2rhXCrotonobetaine-CoA Ligaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCTBTCAL2rXmetanetx.reactionrX MNXR96937rXrhear]r(X30079rX30080rX30081rX30082reujG`Xb0037rjH`h#jI`h2]rjUarRrjM`}r(jbGjcGj GjmG?j G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX CTBTabcpprhX3Crotonobetaine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX CTBTabcpprXmetanetx.reactionrX MNXR96938rujG`Xb2678 and b2677 and b2679rjH`h#jI`h2]r(jyjjerRrjM`}r(jbGjO`)r}r(hXctbt_prhXCrotonobetainerh}rh}r(Xbigg.metaboliterXctbtrXbiocycrXMETA:CROTONO-BETAINErXchebir]r(X CHEBI:11946rX CHEBI:17237rX CHEBI:1774rX CHEBI:20299rX CHEBI:48867reX kegg.compoundrXC04114rXmetanetx.chemicalrXMNXM1607rX seed.compoundrXcpd02543ruh0Nh1h2]rrRrjn`XC7H13NO2r jp`jcjr`Kjs`GubGjgfGjmG?j G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX CTBTt2rppr hX,Cronobetaine outward transport (H+ antiport)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrX CTBTt2rpprXmetanetx.reactionrX MNXR96939rujG`Xb4111rjH`h#jI`h2]rjarRrjM`}r(jGj̪Gj G?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCTECOAI6rhX!3-cis-2-trans-enoyl-CoA isomeraserh}rh}r(jC`X SBO:0000375r X bigg.reactionr!XCTECOAI6r"Xec-coder#X5.3.3.8r$Xmetanetx.reactionr%X MNXR96940r&ujG`Xb3846r'jH`h#jI`h2]r(j ar)Rr*jM`}r+(jO`)r,}r-(hXtdecoa_cr.hXTetradecenoyl-CoA (n-C14:1CoA)r/h}r0h}r1(Xbigg.metaboliter2Xtdecoar3Xmetanetx.chemicalr4XMNXM2290r5uh0Nh1h2]r6r7Rr8jn`XC35H56N7O17P3Sr9jp`jq`jr`Jjs`GubGjG?uh0Njt`G@ju`G@@ubj<`)r:}r;(hXCTECOAI7r<hX!3-cis-2-trans-enoyl-CoA isomeraser=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAXCTECOAI7rBXec-coderCX5.3.3.8rDXmetanetx.reactionrEX MNXR96941rFujG`Xb3846rGjH`h#jI`h2]rHj arIRrJjM`}rK(jO`)rL}rM(hXhdcoa_crNhXHexadecenoyl-CoA (n-C16:1CoA)rOh}rPh}rQ(Xbigg.metaboliterRXhdcoarSXmetanetx.chemicalrTX MNXM90167rUuh0Nh1h2]rVrWRrXjn`XC37H60N7O17P3SrYjp`jq`jr`Jjs`GubGjG?uh0Njt`G@ju`G@@ubj<`)rZ}r[(hXCTECOAI8r\hX!3-cis-2-trans-enoyl-CoA isomeraser]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraXCTECOAI8rbXec-codercX5.3.3.8rdXmetanetx.reactionreX MNXR96942rfujG`Xb3846rgjH`h#jI`h2]rhj ariRrjjM`}rk(jO`)rl}rm(hXodecoa_crnhXOctadecenoyl-CoA (n-C18:1CoA)roh}rph}rq(Xbigg.metaboliterrXodecoarsXmetanetx.chemicalrtXMNXM1848ruuh0Nh1h2]rvrwRrxjn`XC39H64N7O17P3Sryjp`jq`jr`Jjs`GubGj(G?uh0Njt`G@ju`G@@ubj<`)rz}r{(hXCTPS2r|hXCTP synthase (glutamine)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXCTPS2rXbiocycrXMETA:CTPSYN-RXNrXec-coderX6.3.4.2rX kegg.reactionrXR00573rXmetanetx.reactionrX MNXR96945rXrhear]r(X26426rX26427rX26428rX26429reujG`Xb2780rjH`h#jI`h2]rjarRrjM`}r(jbGjeGjgfGjmGjmG?j+dG?jeG?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCU1OpprhXCuprous Oxidase (Cu+1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCU1OpprXec-coderX1.16.3.-rXmetanetx.reactionrX MNXR96948rXrhear]r(X30083rX30084rX30085rX30086reujG`Xb0123rjH`h#jI`h2]rj-arRrjM`}r(jO`)r}r(hXcu_prhXCu+rh}rh}r(Xbigg.metaboliterXcurXchebir]r(X CHEBI:23379rX CHEBI:49551rX CHEBI:49552reXmetanetx.chemicalrXMNXM3568rX seed.compoundrXcpd30760ruh0Nh1h2]rrRrjn`XCurjp`jcjr`Kjs`GubGj̪GjGjO`)r}r(hXcu2_prhXCopperrh}rh}r(Xbigg.metaboliterXcu2rXchebir]r(X CHEBI:20882rX CHEBI:23380rX CHEBI:29036rX CHEBI:49550reXhmdbrX HMDB00657rX kegg.compoundrXC00070rXmetanetx.chemicalrXMNXM632rX seed.compoundrXcpd00058ruh0Nh1h2]rrRrjn`XCurjp`jcjr`Kjs`GubG@jDG@uh0Njt`Gju`G@@ubj<`)r}r(hXCU1abcpprhX*Copper (Cu +1) ABC transporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCU1abcpprXbiocycr]r(XMETA:RXN-14455rXMETA:TRANS-RXN0-207reXec-coderX3.6.3.54rXmetanetx.reactionrX MNXR96949rXrhear]r(X25792#1rX25793#1rX25794#1rX25795#1reujG`Xb0484rjH`h#jI`h2]rj?arRrjM`}r(jbGjO`)r}r(hXcu_crhXCu+rh}rh}r(Xbigg.metaboliterXcurXchebir]r(X CHEBI:23379rX CHEBI:49551rX CHEBI:49552reXmetanetx.chemicalrXMNXM3568rX seed.compoundrXcpd30760r uh0Nh1h2]r r Rr jn`XCur jp`jq`jr`Kjs`GubGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCU2abcpprhX)Copper (Cu+2) ABC transporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCU2abcpprXbiocycr]r(XMETA:3.6.3.4-RXNrXMETA:TRANS-RXN-178reXec-coder]r(X3.6.3.-rX3.6.3.4reXmetanetx.reactionrX MNXR96950r Xrhear!]r"(X10376#1r#X10377#1r$X10378#1r%X10379#1r&eujG`Xb3469r'jH`h#jI`h2]r(jar)Rr*jM`}r+(jbGjHdGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r,}r-(hXCU2texr.hXBCopper (Cu+2) transport via diffusion (extracellular to periplasm)r/h}r0h}r1(jC`X SBO:0000375r2X bigg.reactionr3XCU2texr4Xbiocycr5X META:RXN0-14r6Xmetanetx.reactionr7X MNXR96951r8Xrhear9]r:(X28703r;X28704r<X28705r=X28706r>eujG`X b0929 or b2215 or b0241 or b1377r?jH`h#jI`h2]r@(hIh[h7h erARrBjM`}rC(jQ}GjG?uh0Njt`G@ju`G@@ubj<`)rD}rE(hXCU2tpprFhX(Copper transport in via permease (no H+)rGh}rHh}rI(jC`X SBO:0000375rJX bigg.reactionrKXCU2tpprLXbiocycrMX META:RXN0-14rNXmetanetx.reactionrOX MNXR96951rPXrhearQ]rR(X28703rSX28704rTX28705rUX28706rVeujG`Xb3040rWjH`h#jI`h2]rXjOarYRrZjM`}r[(jGjHdG?uh0Njt`Gju`G@@ubj<`)r\}r](hXCUt3r^hX(Copper transport out via proton antiportr_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcXCUt3rdXmetanetx.reactionreX MNXR96953rfujG`X#b0574 and b0572 and b0573 and b0575rgjH`h#jI`h2]rh(jq j j j eriRrjjM`}rk(jGjGj/}G?jnG?uh0Njt`Gju`G@@ubj<`)rl}rm(hXCUtexrnhXBCopper (Cu+1) transport via diffusion (extracellular to periplasm)roh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXCUtexrtXmetanetx.reactionruX MNXR96954rvujG`X b1377 or b0241 or b0929 or b2215rwjH`h#jI`h2]rx(hIh[h7h eryRrzjM`}r{(j/}GjG?uh0Njt`G@ju`G@@ubj<`)r|}r}(hXCYANSTr~hXCyanide sulfurtransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYANSTrXbiocycrX&META:THIOSULFATE-SULFURTRANSFERASE-RXNrXec-coderX2.8.1.1rX kegg.reactionrXR01931rXmetanetx.reactionrX MNXR96956rXrhear]r(X16881rX16882rX16883rX16884reujG`Xb3425rjH`h#jI`h2]rjQarRrjM`}r(jO`)r}r(hXcyan_crhXHydrogen cyaniderh}rh}r(Xbigg.metaboliterXcyanrXbiocycr]r(XMETA:CPD-13584rXMETA:HCNreXchebir]r(X CHEBI:13362rX CHEBI:14038rX CHEBI:17514rX CHEBI:18407rX CHEBI:36856rX CHEBI:3969rX CHEBI:41780rX CHEBI:5786reXhmdbrX HMDB60292rX kegg.compoundr]r(XC00177rXC01326rXC18673reXmetanetx.chemicalrXMNXM254rX seed.compoundr]r(Xcpd00150rXcpd19012reuh0Nh1h2]rrRrjn`XCHNrjp`jq`jr`Kjs`GubGjO`)r}r(hXtsul_crhX Thiosulfaterh}rh}r(Xbigg.metaboliterXtsulrXbiocycrX META:S2O3rXchebir]r(X CHEBI:15242rX CHEBI:16094rX CHEBI:26977rX CHEBI:29279rX CHEBI:33539rX CHEBI:33540rX CHEBI:33541rX CHEBI:33542rX CHEBI:45922rX CHEBI:5587rX CHEBI:9569reXhmdbrX HMDB00257rX kegg.compoundr]r(XC00320rXC05529reXmetanetx.chemicalrXMNXM323rX seed.compoundrXcpd00268ruh0Nh1h2]rrRrjn`XO3S2rjp`jq`jr`Jjs`GubGjnG?jO`)r}r(hXso3_crhXSulfiterh}rh}r(Xbigg.metaboliterXso3rXbiocycr]r(X META:H2SO3rX META:HSO3rXMETA:SO3reXchebir]r(X CHEBI:13367rX CHEBI:15139rX CHEBI:17137rX CHEBI:17359rX CHEBI:26837rX CHEBI:29214rX CHEBI:33543rX CHEBI:45548rX CHEBI:48854rX CHEBI:5598rX CHEBI:9344reXhmdbr]r(X HMDB00240rX HMDB01033rX HMDB03008rX HMDB34829reX kegg.compoundr]r(XC00094rXC11481reXmetanetx.chemicalrX MNXM105630r X seed.compoundr Xcpd00081r uh0Nh1h2]r r Rrjn`XO3Srjp`jq`jr`Jjs`GubG?jO`)r}r(hXtcynt_crhX Thiocyanaterh}rh}r(Xbigg.metaboliterXtcyntrXbiocycr]r(XMETA:CPD-19512rX META:HSCNreXchebir]r(X CHEBI:15234rX CHEBI:18022rX CHEBI:24926r X CHEBI:24928r!X CHEBI:26954r"X CHEBI:26956r#X CHEBI:29200r$X CHEBI:45576r%X CHEBI:9550r&eXhmdbr'X HMDB01453r(X kegg.compoundr)XC01755r*Xmetanetx.chemicalr+XMNXM762r,X seed.compoundr-Xcpd01211r.uh0Nh1h2]r/r0Rr1jn`XCNSr2jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r3}r4(hXCYANSTppr5hX'Cyanide sulfurtransferase (periplasmic)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XCYANSTppr;Xbiocycr<X&META:THIOSULFATE-SULFURTRANSFERASE-RXNr=Xec-coder>X2.8.1.1r?X kegg.reactionr@XR01931rAXmetanetx.reactionrBX MNXR96956rCXrhearD]rE(X16881rFX16882rGX16883rHX16884rIeujG`Xb1308rJjH`h#jI`h2]rKjcarLRrMjM`}rN(jO`)rO}rP(hXcyan_prQhXHydrogen cyaniderRh}rSh}rT(Xbigg.metaboliterUXcyanrVXbiocycrW]rX(XMETA:CPD-13584rYXMETA:HCNrZeXchebir[]r\(X CHEBI:13362r]X CHEBI:14038r^X CHEBI:17514r_X CHEBI:18407r`X CHEBI:36856raX CHEBI:3969rbX CHEBI:41780rcX CHEBI:5786rdeXhmdbreX HMDB60292rfX kegg.compoundrg]rh(XC00177riXC01326rjXC18673rkeXmetanetx.chemicalrlXMNXM254rmX seed.compoundrn]ro(Xcpd00150rpXcpd19012rqeuh0Nh1h2]rrrsRrtjn`XCHNrujp`jcjr`Kjs`GubGjO`)rv}rw(hXtsul_prxhX Thiosulfateryh}rzh}r{(Xbigg.metaboliter|Xtsulr}Xbiocycr~X META:S2O3rXchebir]r(X CHEBI:15242rX CHEBI:16094rX CHEBI:26977rX CHEBI:29279rX CHEBI:33539rX CHEBI:33540rX CHEBI:33541rX CHEBI:33542rX CHEBI:45922rX CHEBI:5587rX CHEBI:9569reXhmdbrX HMDB00257rX kegg.compoundr]r(XC00320rXC05529reXmetanetx.chemicalrXMNXM323rX seed.compoundrXcpd00268ruh0Nh1h2]rrRrjn`XO3S2rjp`jcjr`Jjs`GubGj̪G?jO`)r}r(hXso3_prhXSulfiterh}rh}r(Xbigg.metaboliterXso3rXbiocycr]r(X META:H2SO3rX META:HSO3rXMETA:SO3reXchebir]r(X CHEBI:13367rX CHEBI:15139rX CHEBI:17137rX CHEBI:17359rX CHEBI:26837rX CHEBI:29214rX CHEBI:33543rX CHEBI:45548rX CHEBI:48854rX CHEBI:5598rX CHEBI:9344reXhmdbr]r(X HMDB00240rX HMDB01033rX HMDB03008rX HMDB34829reX kegg.compoundr]r(XC00094rXC11481reXmetanetx.chemicalrX MNXM105630rX seed.compoundrXcpd00081ruh0Nh1h2]rrRrjn`XO3Srjp`jcjr`Jjs`GubG?jO`)r}r(hXtcynt_prhX Thiocyanaterh}rh}r(Xbigg.metaboliterXtcyntrXbiocycr]r(XMETA:CPD-19512rX META:HSCNreXchebir]r(X CHEBI:15234rX CHEBI:18022rX CHEBI:24926rX CHEBI:24928rX CHEBI:26954rX CHEBI:26956rX CHEBI:29200rX CHEBI:45576rX CHEBI:9550reXhmdbrX HMDB01453rX kegg.compoundrXC01755rXmetanetx.chemicalrXMNXM762rX seed.compoundrXcpd01211ruh0Nh1h2]rrRrjn`XCNSrjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYANtexrhX<Cyanide transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYANtexrXmetanetx.reactionrX MNXR96957rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jx}GjOG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCYNTAHrhXCyanate aminohydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYNTAHrXbiocycrXMETA:RXN-12893rXec-coderX 4.2.1.104rX kegg.reactionrXR10079rXmetanetx.reactionr X MNXR96961r Xrhear ]r (X11120r X11121rX11122rX11123reujG`Xb0340rjH`h#jI`h2]rjuarRrjM`}r(jO`)r}r(hXcynt_crhXCyanaterh}rh}r(Xbigg.metaboliterXcyntrXbiocycrX META:CPD-69rXchebir ]r!(X CHEBI:14037r"X CHEBI:23419r#X CHEBI:23422r$X CHEBI:28024r%X CHEBI:29195r&X CHEBI:29202r'X CHEBI:3968r(eXhmdbr)X HMDB02078r*X kegg.compoundr+]r,(XC01417r-XC19067r.eXmetanetx.chemicalr/XMNXM1191r0X seed.compoundr1Xcpd01015r2uh0Nh1h2]r3r4Rr5jn`XCNOr6jp`jq`jr`Jjs`GubGjnGjJGjG@jiG?uh0Njt`Gju`G@@ubj<`)r7}r8(hXCYNTt2ppr9hX0Cyanate transport via proton symport (periplasm)r:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XCYNTt2ppr?Xmetanetx.reactionr@X MNXR96962rAXrhearB]rC(X29231rDX29232rEX29233rFX29234rGeujG`Xb0341rHjH`h#jI`h2]rIjarJRrKjM`}rL(jO`)rM}rN(hXcynt_prOhXCyanaterPh}rQh}rR(Xbigg.metaboliterSXcyntrTXbiocycrUX META:CPD-69rVXchebirW]rX(X CHEBI:14037rYX CHEBI:23419rZX CHEBI:23422r[X CHEBI:28024r\X CHEBI:29195r]X CHEBI:29202r^X CHEBI:3968r_eXhmdbr`X HMDB02078raX kegg.compoundrb]rc(XC01417rdXC19067reeXmetanetx.chemicalrfXMNXM1191rgX seed.compoundrhXcpd01015riuh0Nh1h2]rjrkRrljn`XCNOrmjp`jcjr`Jjs`GubGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)rn}ro(hXCYNTtexrphX<Cyanate transport via diffusion (extracellular to periplasm)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXCYNTtexrvXbiocycrwXMETA:TRANS-RXN-14rxXmetanetx.reactionryX MNXR96963rzujG`X b1377 or b0241 or b0929 or b2215r{jH`h#jI`h2]r|(hIh[h7h er}Rr~jM`}r(j}GjMG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCYSDDSrhXD-cysteine desulfhydraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYSDDSrXbiocycrXMETA:DCYSDESULF-RXNrXec-coderX4.4.1.15rX kegg.reactionrXR01874rXmetanetx.reactionrX MNXR96992rXrhear]r(X11268rX11269rX11270rX11271reujG`Xb1919rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hXcys__D_crhX D-Cysteinerh}rh}r(Xbigg.metaboliterXcys__DrXbiocycrXMETA:D-CYSTEINErXchebir]r(X CHEBI:12919rX CHEBI:16375rX CHEBI:20921rX CHEBI:32449rX CHEBI:32450rX CHEBI:32451rX CHEBI:35236rX CHEBI:4111rX CHEBI:41887reXhmdbrX HMDB03417rX kegg.compoundrXC00793rXmetanetx.chemicalrXMNXM2112rX seed.compoundrXcpd00587ruh0Nh1h2]rrRrjn`XC3H7NO2Srjp`jq`jr`Kjs`GubGjgfGjO`)r}r(hXh2s_crhXHydrogen sulfiderh}rh}r(Xbigg.metaboliterXh2srXbiocycr]r(X META:CPD-7046rX META:CPD-846rXMETA:HSreXchebir]r(X CHEBI:13356rX CHEBI:14414rX CHEBI:15138rX CHEBI:16136rX CHEBI:24639rX CHEBI:29919rX CHEBI:30488rX CHEBI:30489rX CHEBI:43058rX CHEBI:45489rX CHEBI:5787reXhmdbrX HMDB03276rX kegg.compoundrXC00283rXmetanetx.chemicalrX MNXM89582rX seed.compoundr]r(Xcpd00239rXcpd24697reuh0Nh1h2]rrRrjn`XH2Srjp`jq`jr`Kjs`GubG?jiG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYSDSrhXCysteine Desulfhydraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYSDSrXbiocycrXMETA:LCYSDESULF-RXNrXec-coder]r(X4.4.1.1rX4.4.1.28rX4.4.1.8reX kegg.reactionrXR00782rXmetanetx.reactionrX MNXR96994rXrhear]r(X24931rX24932rX24933rX24934reujG`Xb3708 or b3008rjH`h#jI`h2]r(jjerRrjM`}r(jbdGjgfGjG?jiG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX CYSDabcpprhX,D-cysteine uptake via ABC system (periplasm)rh}rh}r (jC`X SBO:0000375r X bigg.reactionr X CYSDabcppr Xbiocycr XMETA:TRANS-RXN-289rXmetanetx.reactionrX MNXR96996rujG`h#jH`h#jI`h2]rrRrjM`}r(jbGjO`)r}r(hXcys__D_prhX D-Cysteinerh}rh}r(Xbigg.metaboliterXcys__DrXbiocycrXMETA:D-CYSTEINErXchebir]r (X CHEBI:12919r!X CHEBI:16375r"X CHEBI:20921r#X CHEBI:32449r$X CHEBI:32450r%X CHEBI:32451r&X CHEBI:35236r'X CHEBI:4111r(X CHEBI:41887r)eXhmdbr*X HMDB03417r+X kegg.compoundr,XC00793r-Xmetanetx.chemicalr.XMNXM2112r/X seed.compoundr0Xcpd00587r1uh0Nh1h2]r2r3Rr4jn`XC3H7NO2Sr5jp`jcjr`Kjs`GubGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r6}r7(hXCYSDtexr8hX?D-cysteine transport via diffusion (extracellular to periplasm)r9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=XCYSDtexr>Xmetanetx.reactionr?X MNXR96997r@ujG`X b1377 or b0241 or b0929 or b2215rAjH`h#jI`h2]rB(hIh[h7h erCRrDjM`}rE(j}GjG?uh0Njt`G@ju`G@@ubj<`)rF}rG(hXCYSSrHhXCysteine synthaserIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXCYSSrNXbiocycrOXMETA:ACSERLY-RXNrPXec-coderQ]rR(X2.5.1.47rSX2.5.1.65rTeX kegg.reactionrUXR00897rVXmetanetx.reactionrWX MNXR97007rXXrhearY]rZ(X14829r[X14830r\X14831r]X14832r^eujG`Xb2414 or b2421r_jH`h#jI`h2]r`(jjeraRrbjM`}rc(jGjGj.G?jbdG?jnG?uh0Njt`Gju`G@@ubj<`)rd}re(hXCYSSADSrfhX$L-cysteine sulfinic acid desulfurasergh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkXCYSSADSrlXec-coderm]rn(X4.1.1.12roX4.4.1.1rpeX kegg.reactionrqXR00863rrXmetanetx.reactionrsX MNXR97008rtujG`Xb2810rujH`h#jI`h2]rvjarwRrxjM`}ry(jO`)rz}r{(hX3sala_cr|hX3-Sulfino-L-alaniner}h}r~h}r(Xbigg.metaboliterX3salarXbiocycrXMETA:3-SULFINOALANINErXchebir]r(X CHEBI:11888rX CHEBI:11889rX CHEBI:16345rX CHEBI:1664rX CHEBI:21271rX CHEBI:224037rX CHEBI:41618rX CHEBI:41721rX CHEBI:61085rX CHEBI:8973reXhmdbrX HMDB00996rX kegg.compoundrXC00606rXmetanetx.chemicalrXMNXM498rX seed.compoundrXcpd00467ruh0Nh1h2]rrRrjn`XC3H5NO4Srjp`jq`jr`Jjs`GubGjnGjaG?jO`)r}r(hXso2_crhXSulfur dioxiderh}rh}r(Xbigg.metaboliterXso2rXbiocycrXMETA:SULFUR-DIOXIDErXchebir]r(X CHEBI:18422rX CHEBI:45789rX CHEBI:8992rX CHEBI:9351reXhmdbrX HMDB34834rX kegg.compoundrXC09306rX kegg.drugrXD05961rXmetanetx.chemicalrXMNXM4835rX seed.compoundrXcpd06201ruh0Nh1h2]rrRrjn`XO2Srjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYSTLrhXCystathionine b-lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYSTLrXec-coderX4.4.1.8rX kegg.reactionrXR01286rXmetanetx.reactionrX MNXR96469rXrhear]r(X13965rX13966rX13967rX13968reujG`Xb1622 or b3008rjH`h#jI`h2]r(jjerRrjM`}r(jO`)r}r(hX cyst__L_crhXL-Cystathioninerh}rh}r(Xbigg.metaboliterXcyst__LrXbiocycrXMETA:L-CYSTATHIONINErXchebir]r(X CHEBI:13093rX CHEBI:17482rX CHEBI:21259rX CHEBI:58161rX CHEBI:6205reXhmdbr]r(X HMDB00099rX HMDB03614reX kegg.compoundrXC02291rXmetanetx.chemicalrXMNXM319rX seed.compoundrXcpd19019ruh0Nh1h2]rrRrjn`X C7H14N2O4Srjp`jq`jr`Kjs`GubGjgfGjO`)r}r(hX hcys__L_crhXL-Homocysteinerh}rh}r(Xbigg.metaboliterXhcys__LrXbiocycrX META:HOMO-CYSrXchebir]r(X CHEBI:13122rX CHEBI:14408rX CHEBI:17230rX CHEBI:17588rX CHEBI:21329rX CHEBI:43117rX CHEBI:5751rX CHEBI:58065rX CHEBI:58199rX CHEBI:6245rX CHEBI:63072r X CHEBI:66952r eXhmdbr ]r (X HMDB00165r X HMDB00742reX kegg.compoundr]r(XC00155rXC05330reXmetanetx.chemicalrXMNXM123rX seed.compoundr]r(Xcpd00135rXcpd19034reuh0Nh1h2]rrRrjn`XC4H9NO2Srjp`jq`jr`Kjs`GubG?jiG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYSTRSrhXCysteinyl-tRNA synthetaser h}r!h}r"(jC`X SBO:0000375r#X bigg.reactionr$XCYSTRSr%Xec-coder&]r'(X6.1.1.15r(X6.1.1.16r)eX kegg.reactionr*XR03650r+Xmetanetx.reactionr,X MNXR97018r-ujG`Xb0526r.jH`h#jI`h2]r/jar0Rr1jM`}r2(jbGjbdGjO`)r3}r4(hX trnacys_cr5hX TRNA(Cys)r6h}r7h}r8(Xbigg.metaboliter9Xtrnacysr:Xbiocycr;XMETA:CYS-tRNAsr<Xchebir=]r>(X CHEBI:10678r?X CHEBI:15173r@X CHEBI:29167rAeX kegg.compoundrBXC01639rCXmetanetx.chemicalrDX MNXM162355rEX seed.compoundrF]rG(Xcpd11910rHXcpd26668rIeuh0Nh1h2]rJrKRrLjn`jjp`jq`jr`Kjs`GubGjG?jO`)rM}rN(hX cystrna_crOhXL-Cysteinyl-tRNA(Cys)rPh}rQh}rR(Xbigg.metaboliterSXcystrnarTXchebirU]rV(X CHEBI:13096rWX CHEBI:29152rXX CHEBI:6208rYX CHEBI:74764rZeX kegg.compoundr[XC03125r\Xmetanetx.chemicalr]X MNXM155005r^X seed.compoundr_Xcpd12255r`uh0Nh1h2]rarbRrcjn`XC3H6NOSRrdjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)re}rf(hX CYSabc2pprghX9L-cysteine export via ABC system (cytoplasm to periplasm)rhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlX CYSabc2pprmXbiocycrnX META:RXN0-3roXec-coderpX3.6.3.21rqXmetanetx.reactionrrX MNXR97026rsXrheart]ru(X29783#1rvX29784#1rwX29785#1rxX29786#1ryX32795#2rzX32796#2r{X32797#2r|X32798#2r}eujG`Xb0886 and b0887r~jH`h#jI`h2]r(j;j)erRrjM`}r(jbGjbdGjgfGjmG?jO`)r}r(hXcys__L_prhX L-Cysteinerh}rh}r(Xbigg.metaboliterXcys__LrXbiocycrXMETA:CYSrXchebir]r(X CHEBI:13095rX CHEBI:14061rX CHEBI:15356rX CHEBI:17561rX CHEBI:21261rX CHEBI:23508rX CHEBI:32442rX CHEBI:32443rX CHEBI:32445rX CHEBI:32456rX CHEBI:32457rX CHEBI:32458rX CHEBI:35235rX CHEBI:35237rX CHEBI:4050rX CHEBI:41227rX CHEBI:41700rX CHEBI:41768rX CHEBI:41781rX CHEBI:41811rX CHEBI:6207reXhmdbrX HMDB00574rX kegg.compoundr]r(XC00097rXC00736reX kegg.drugrXD00026rXmetanetx.chemicalrXMNXM55rX seed.compoundr]r(Xcpd00084rXcpd00547reuh0Nh1h2]rrRrjn`XC3H7NO2Srjp`jcjr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYSabcpprhX,L-cysteine uptake via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYSabcpprXbiocycrXMETA:TRANS-RXN-265rXec-coderX3.6.3.21rXmetanetx.reactionrX MNXR97025rXrhear]r(X29783#2rX29784#2rX29785#2rX29786#2rX32795#1rX32796#1rX32797#1rX32798#1reujG`h#jH`h#jI`h2]rrRrjM`}r(jbGjGjgfGjmG?jbdG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYStexrhX?L-cysteine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYStexrXbiocycrXMETA:RXN0-1924rXmetanetx.reactionrX MNXR97029rXrhear]r(X29655rX29656rX29657rX29658reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j~GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCYStpprhX+L-cysteine export via facilitated transportrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYStpprXbiocycrXMETA:RXN0-1924rXmetanetx.reactionrX MNXR97029rXrhear]r(X29655rX29656rX29657rX29658reujG`Xb2578 or b1533rjH`h#jI`h2]r(jkj}erRrjM`}r(jbdGjG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTBD2pprhX;Cytochrome oxidase bd (menaquinol-8: 2 protons) (periplasm)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr XCYTBD2ppr Xmetanetx.reactionr X MNXR97032r ujG`Xb0978 and b0979rjH`h#jI`h2]r(j_jMerRrjM`}r(jnGjhGjηGjgfG?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTBDpprhX:Cytochrome oxidase bd (ubiquinol-8: 2 protons) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYTBDpprXmetanetx.reactionrX MNXR97031rujG`X*( b0978 and b0979 ) or ( b0733 and b0734 )rjH`h#jI`h2]r(jMj_jqjer Rr!jM`}r"(jnGjηGjkGjgfG?j̪G@juG?uh0Njt`Gju`G@@ubj<`)r#}r$(hX CYTBO3_4ppr%hX;Cytochrome oxidase bo3 (ubiquinol-8: 4 protons) (periplasm)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*X CYTBO3_4ppr+Xmetanetx.reactionr,X MNXR97036r-ujG`X#b0431 and b0429 and b0430 and b0432r.jH`h#jI`h2]r/(jjjjer0Rr1jM`}r2(jnGjηGjkGjgfG?j̪G@juG?uh0Njt`Gju`G@@ubj<`)r3}r4(hXCYTDr5hXCytidine deaminaser6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XCYTDr;Xbiocycr<XMETA:CYTIDEAM2-RXNr=Xec-coder>X3.5.4.5r?X kegg.reactionr@XR01878rAXmetanetx.reactionrBX MNXR97039rCXrhearD]rE(X16069rFX16070rGX16071rHX16072rIeujG`Xb2143rJjH`h#jI`h2]rKjarLRrMjM`}rN(jO`)rO}rP(hXcytd_crQhXCytidinerRh}rSh}rT(Xbigg.metaboliterUXcytdrVXbiocycrWX META:CYTIDINErXXchebirY]rZ(X CHEBI:14063r[X CHEBI:17562r\X CHEBI:23515r]X CHEBI:4053r^X CHEBI:41649r_X CHEBI:41686r`X CHEBI:41704raX CHEBI:41709rbeXhmdbrcX HMDB00089rdX kegg.compoundreXC00475rfX kegg.drugrgXD07769rhXmetanetx.chemicalriXMNXM338rjX seed.compoundrkXcpd00367rluh0Nh1h2]rmrnRrojn`X C9H13N3O5rpjp`jq`jr`Kjs`GubGjgfGjnGjiG?jO`)rq}rr(hXuri_crshXUridinerth}ruh}rv(Xbigg.metaboliterwXurirxXbiocycryX META:URIDINErzXchebir{]r|(X CHEBI:15296r}X CHEBI:16704r~X CHEBI:27227rX CHEBI:46386rX CHEBI:46391rX CHEBI:46460rX CHEBI:46463rX CHEBI:9893reXhmdbrX HMDB00296rX kegg.compoundrXC00299rXmetanetx.chemicalrXMNXM288rX seed.compoundrXcpd00249ruh0Nh1h2]rrRrjn`X C9H12N2O6rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTDHrhXCytidine hydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYTDHrXbiocycrX META:RXN0-361rXec-coder]r(X3.2.2.3rX3.2.2.8reX kegg.reactionrXR02137rXmetanetx.reactionrX MNXR97040rXrhear]r(X27958rX27959rX27960rX27961reujG`Xb0651 or b2162 or b0030rjH`h#jI`h2]r(jjjUerRrjM`}r(jOGjgfGj2G?j}G?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTDK2rhXCytidine kinase (GTP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYTDK2rXbiocycrXMETA:CYTIDINEKIN-RXNrXec-coder]r(X 2.7.1.213rX2.7.1.48reX kegg.reactionrXR00517rXmetanetx.reactionrX MNXR97042rXrhear]r(X28162rX28163rX28164rX28165reujG`Xb2066rjH`h#jI`h2]rjarRrjM`}r(jOGjJfGj@G?jZG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTDt2pp_copy1rhh#h}rh}r(jC`X SBO:0000375rXbiocycrXMETA:TRANS-RXN-108BrXmetanetx.reactionrX MNXR97044rXrhear]r(X29983rX29984rX29985rX29986reujG`Xb2393 or b2964rjH`h#jI`h2]r(jgjyerRrjM`}r(jGj̪GjOG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXCYTDt2pp_copy2rhh#h}rh}r(jC`X SBO:0000375rXbiocycrXMETA:TRANS-RXN-108BrXmetanetx.reactionrX MNXR97044rXrhear]r(X29983rX29984rX29985rX29986reujG`Xb2406rjH`h#jI`h2]rjarRrjM`}r(jGj̪GjOG?jnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCYTDtexrhX=Cytidine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXCYTDtexrXmetanetx.reactionrX MNXR97043rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jH~GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXCYTK1r hXCytidylate kinase (CMP)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrXCYTK1rXbiocycrXMETA:RXN-11832rXec-coder]r(X2.7.4.14rX2.7.4.25reX kegg.reactionrXR00512rXmetanetx.reactionrX MNXR97047rXrhear]r(X11600rX11601rX11602rX11603reujG`Xb0910r jH`h#jI`h2]r!j%ar"Rr#jM`}r$(jbGj@GjmG?jO`)r%}r&(hXcdp_cr'hXCDP C9H12N3O11P2r(h}r)h}r*(Xbigg.metaboliter+Xcdpr,Xbiocycr-XMETA:CDPr.Xchebir/]r0(X CHEBI:13254r1X CHEBI:17239r2X CHEBI:23519r3X CHEBI:3260r4X CHEBI:41451r5X CHEBI:58069r6eX kegg.compoundr7XC00112r8Xmetanetx.chemicalr9XMNXM220r:X seed.compoundr;Xcpd00096r<uh0Nh1h2]r=r>Rr?jn`X C9H12N3O11P2r@jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rA}rB(hXCYTK2rChXCytidylate kinase (dCMP)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXCYTK2rIXbiocycrJX META:RXN-7913rKXec-coderL]rM(X2.7.4.13rNX2.7.4.14rOX2.7.4.25rPeX kegg.reactionrQXR01665rRXmetanetx.reactionrSX MNXR97053rTXrhearU]rV(X25094rWX25095rXX25096rYX25097rZeujG`Xb0910r[jH`h#jI`h2]r\j%ar]Rr^jM`}r_(jbGjO`)r`}ra(hXdcmp_crbhXDCMP C9H12N3O7Prch}rdh}re(Xbigg.metaboliterfXdcmprgXbiocycrhX META:DCMPriXchebirj]rk(X CHEBI:10493rlX CHEBI:14070rmX CHEBI:14071rnX CHEBI:14115roX CHEBI:15918rpX CHEBI:19242rqX CHEBI:41838rrX CHEBI:41875rsX CHEBI:41881rtX CHEBI:57566rueXhmdbrvX HMDB01202rwX kegg.compoundrxXC00239ryXmetanetx.chemicalrzXMNXM266r{X seed.compoundr|Xcpd00206r}uh0Nh1h2]r~rRrjn`X C9H12N3O7Prjp`jq`jr`Jjs`GubGjmG?jO`)r}r(hXdcdp_crhXDCDP C9H12N3O10P2rh}rh}r(Xbigg.metaboliterXdcdprXbiocycrX META:DCDPrXchebir]r(X CHEBI:10492rX CHEBI:19241rX CHEBI:28846rX CHEBI:49966rX CHEBI:58593reXhmdbrX HMDB01245rX kegg.compoundrXC00705rXmetanetx.chemicalrXMNXM411rX seed.compoundrXcpd00533ruh0Nh1h2]rrRrjn`X C9H12N3O10P2rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX D_LACt2pprhX2D-lactate transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX D_LACt2pprXbiocycrXMETA:TRANS-RXN0-515rXmetanetx.reactionrX MNXR97838rujG`Xb3603 or b2975rjH`h#jI`h2]r(j7jIerRrjM`}r(j̪GjO`)r}r(hXlac__D_prhX D-Lactaterh}rh}r(Xbigg.metaboliterXlac__DrXbiocycrXMETA:D-LACTATErXchebir]r(X CHEBI:11001rX CHEBI:16004rX CHEBI:18684rX CHEBI:341rX CHEBI:42105rX CHEBI:42111rX CHEBI:43701reXhmdbr]r(X HMDB00171rX HMDB01311reX kegg.compoundrXC00256rXmetanetx.chemicalrXMNXM285rX seed.compoundrXcpd00221ruh0Nh1h2]rrRrjn`XC3H5O3rjp`jcjr`Jjs`GubGjnG?jLG?uh0Njt`G@ju`G@@ubj<`)r}r(hXD_LACtexrhX>D-lactate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXD_LACtexrXmetanetx.reactionrX MNXR97840rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDAADrhXD-Amino acid dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAADrXec-coderX1.4.99.1rXmetanetx.reactionrX MNXR97073rujG`Xb1189rjH`h#jI`h2]rj[arRrjM`}r(jGj&eGjgfGj[G?jiG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXDADArhXDeoxyadenosine deaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDADArXbiocycrXMETA:ADDALT-RXNrXec-coderX3.5.4.4rX kegg.reactionrXR02556rXmetanetx.reactionrX MNXR97076rXrhear]r(X28190rX28191rX28192r X28193r eujG`Xb1623r jH`h#jI`h2]r jar RrjM`}r(jO`)r}r(hXdad_2_crhXDeoxyadenosinerh}rh}r(Xbigg.metaboliterXdad_2rXbiocycrXMETA:DEOXYADENOSINErXchebir]r(X CHEBI:14112rX CHEBI:17256rX CHEBI:19234rX CHEBI:39863rX CHEBI:40535r X CHEBI:40560r!X CHEBI:40565r"X CHEBI:4405r#eXhmdbr$]r%(X HMDB00101r&X HMDB05778r'X HMDB11722r(eX kegg.compoundr)XC00559r*Xmetanetx.chemicalr+XMNXM625r,X seed.compoundr-Xcpd00438r.uh0Nh1h2]r/r0Rr1jn`X C10H13N5O3r2jp`jq`jr`Kjs`GubGjgfGjnGjO`)r3}r4(hXdin_cr5hX Deoxyinosiner6h}r7h}r8(Xbigg.metaboliter9Xdinr:Xbiocycr;XMETA:DEOXYINOSINEr<Xchebir=]r>(X CHEBI:19248r?X CHEBI:23629r@X CHEBI:28997rAX CHEBI:39841rBX CHEBI:43293rCX CHEBI:43436rDX CHEBI:43437rEX CHEBI:4413rFeXhmdbrGX HMDB00071rHX kegg.compoundrIXC05512rJXmetanetx.chemicalrKXMNXM935rLX seed.compoundrMXcpd03279rNuh0Nh1h2]rOrPRrQjn`X C10H12N4O4rRjp`jq`jr`Kjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)rS}rT(hXDADKrUhXDeoxyadenylate kinaserVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXDADKr[Xbiocycr\XMETA:DEOXYADENYLATE-KINASE-RXNr]Xec-coder^]r_(X2.7.4.11r`X2.7.4.13raX2.7.4.3rbeX kegg.reactionrcXR01547rdXmetanetx.reactionreX MNXR96117rfXrhearg]rh(X23100riX23101rjX23102rkX23103rleujG`Xb0474rmjH`h#jI`h2]rnjaroRrpjM`}rq(jbGjO`)rr}rs(hXdamp_crthXDAMP C10H12N5O6Pruh}rvh}rw(Xbigg.metaboliterxXdampryXbiocycrzX META:DAMPr{Xchebir|]r}(X CHEBI:10490r~X CHEBI:14068rX CHEBI:17713rX CHEBI:19236rX CHEBI:40419rX CHEBI:40499rX CHEBI:40505rX CHEBI:40544rX CHEBI:40607rX CHEBI:40614rX CHEBI:41815rX CHEBI:41864rX CHEBI:41870rX CHEBI:58245reX kegg.compoundrXC00360rXmetanetx.chemicalrXMNXM432rX seed.compoundrXcpd00294ruh0Nh1h2]rrRrjn`X C10H12N5O6Prjp`jq`jr`Jjs`GubGjmG?jO`)r}r(hXdadp_crhXDADP C10H12N5O9P2rh}rh}r(Xbigg.metaboliterXdadprXbiocycrX META:DADPrXchebir]r(X CHEBI:10489rX CHEBI:14067rX CHEBI:16174rX CHEBI:19235rX CHEBI:41890rX CHEBI:57667reXhmdbrX HMDB01508rX kegg.compoundrXC00206rXmetanetx.chemicalrXMNXM374rX seed.compoundrXcpd00177ruh0Nh1h2]rrRrjn`X C10H12N5O9P2rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDADNt2pprhX:Deoxyadenosine transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDADNt2pprXbiocycrXMETA:TRANS-RXN-108CrXmetanetx.reactionrX MNXR97080rXrhear]r(X29979rX29980rX29981rX29982reujG`Xb2964 or b2393rjH`h#jI`h2]r(jgjyerRrjM`}r(jO`)r}r(hXdad_2_prhXDeoxyadenosinerh}rh}r(Xbigg.metaboliterXdad_2rXbiocycrXMETA:DEOXYADENOSINErXchebir]r(X CHEBI:14112rX CHEBI:17256rX CHEBI:19234rX CHEBI:39863rX CHEBI:40535rX CHEBI:40560rX CHEBI:40565rX CHEBI:4405reXhmdbr]r(X HMDB00101rX HMDB05778rX HMDB11722reX kegg.compoundrXC00559rXmetanetx.chemicalrXMNXM625rX seed.compoundrXcpd00438ruh0Nh1h2]rrRrjn`X C10H13N5O3rjp`jcjr`Kjs`GubGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDADNtexrhXCDeoxyadenosine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDADNtexrXmetanetx.reactionrX MNXR97081rujG`Xb0411rjH`h#jI`h2]rjarRrjM`}r(jw~GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDAGK120rhXDiacylglycerol kinase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAGK120rXmetanetx.reactionrX MNXR97091r ujG`Xb4042r jH`h#jI`h2]r jmar Rr jM`}r(jGjbGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXDAGK140rhXDiacylglycerol kinase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAGK140rXmetanetx.reactionrX MNXR97092rujG`Xb4042rjH`h#jI`h2]rjmarRrjM`}r(j GjbGjmG?jnG?jLG?uh0Njt`Gju`G@@ubj<`)r}r (hXDAGK141r!hXDiacylglycerol kinase (n-C14:1)r"h}r#h}r$(jC`X SBO:0000375r%X bigg.reactionr&XDAGK141r'Xmetanetx.reactionr(X MNXR97093r)ujG`Xb4042r*jH`h#jI`h2]r+jmar,Rr-jM`}r.(j7GjbGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r/}r0(hXDAGK160r1hXDiacylglycerol kinase (n-C16:0)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XDAGK160r7Xec-coder8X 2.7.1.107r9Xmetanetx.reactionr:X MNXR97094r;ujG`Xb4042r<jH`h#jI`h2]r=jmar>Rr?jM`}r@(jbGjbGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rA}rB(hXDAGK161rChXDiacylglycerol kinase (n-C16:1)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXDAGK161rIXmetanetx.reactionrJX MNXR97097rKujG`Xb4042rLjH`h#jI`h2]rMjmarNRrOjM`}rP(jGjbGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rQ}rR(hXDAGK180rShXDiacylglycerol kinase (n-C18:0)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXXDAGK180rYXmetanetx.reactionrZX MNXR97098r[ujG`Xb4042r\jH`h#jI`h2]r]jmar^Rr_jM`}r`(jGjbGjmG?jnG?j6G?uh0Njt`Gju`G@@ubj<`)ra}rb(hXDAGK181rchXDiacylglycerol kinase (n-C18:1)rdh}reh}rf(jC`X SBO:0000375rgX bigg.reactionrhXDAGK181riXmetanetx.reactionrjX MNXR97100rkujG`Xb4042rljH`h#jI`h2]rmjmarnRrojM`}rp(jGjbGjmG?jnG?jrG?uh0Njt`Gju`G@@ubj<`)rq}rr(hXDALAt2pprshX5D-alanine transport in via proton symport (periplasm)rth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxXDALAt2ppryXbiocycrzXMETA:TRANS-RXN-62Ar{Xmetanetx.reactionr|X MNXR97135r}Xrhear~]r(X28903rX28904rX28905rX28906reujG`Xb4208rjH`h#jI`h2]rj arRrjM`}r(j)Gj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDALAtexrhX>D-Alanine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDALAtexrXmetanetx.reactionrX MNXR95702rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jvGj)G?uh0Njt`G@ju`G@@ubj<`)r}r(hXDAMPtexrhX9DAMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAMPtexrXmetanetx.reactionrX MNXR97136rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j~GjO`)r}r(hXdamp_prhXDAMP C10H12N5O6Prh}rh}r(Xbigg.metaboliterXdamprXbiocycrX META:DAMPrXchebir]r(X CHEBI:10490rX CHEBI:14068rX CHEBI:17713rX CHEBI:19236rX CHEBI:40419rX CHEBI:40499rX CHEBI:40505rX CHEBI:40544rX CHEBI:40607rX CHEBI:40614rX CHEBI:41815rX CHEBI:41864rX CHEBI:41870rX CHEBI:58245reX kegg.compoundrXC00360rXmetanetx.chemicalrXMNXM432rX seed.compoundrXcpd00294ruh0Nh1h2]rrRrjn`X C10H12N5O6Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDAPALrhX#2,3-diaminopropionate amonnia lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAPALrXbiocycrXMETA:4.3.1.15-RXNrXec-coderX4.3.1.15rX kegg.reactionrXR00195rXmetanetx.reactionrX MNXR97138rXrhear]r(X22084rX22085rX22086rX22087reujG`Xb2871rjH`h#jI`h2]rjarRrjM`}r(jGjgfGjiG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hXDAPDCrhXDiaminopimelate decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDAPDCrXbiocycrXMETA:DIAMINOPIMDECARB-RXNrXec-coderX4.1.1.20rX kegg.reactionrXR00451rXmetanetx.reactionrX MNXR97141rXrhear]r(X15101rX15102rX15103rX15104reujG`Xb2838rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX 26dap__M_crhXMeso-2,6-Diaminoheptanedioaterh}r h}r (Xbigg.metaboliter X26dap__Mr Xbiocycr XMETA:MESO-DIAMINOPIMELATErXchebir]r(X CHEBI:10598rX CHEBI:12822rX CHEBI:12823rX CHEBI:12825rX CHEBI:16488rX CHEBI:25203rX CHEBI:25204rX CHEBI:30308rX CHEBI:40838rX CHEBI:57791reX kegg.compoundrXC00680rXmetanetx.chemicalrXMNXM529rX seed.compoundrXcpd00516r uh0Nh1h2]r!r"Rr#jn`X C7H14N2O4r$jp`jq`jr`Kjs`GubGjnGjG?jgG?uh0Njt`Gju`G@@ubj<`)r%}r&(hXDAPEr'hXDiaminopimelate epimeraser(h}r)h}r*(jC`X SBO:0000375r+X bigg.reactionr,XDAPEr-Xbiocycr.XMETA:DIAMINOPIMEPIM-RXNr/Xec-coder0X5.1.1.7r1X kegg.reactionr2XR02735r3Xmetanetx.reactionr4X MNXR97143r5Xrhear6]r7(X15393r8X15394r9X15395r:X15396r;eujG`Xb3809r<jH`h#jI`h2]r=jar>Rr?jM`}r@(jO`)rA}rB(hX 26dap_LL_crChXLL-2,6-DiaminoheptanedioaterDh}rEh}rF(Xbigg.metaboliterGX26dap_LLrHXbiocycrIXMETA:LL-DIAMINOPIMELATErJXchebirK]rL(X CHEBI:13192rMX CHEBI:16026rNX CHEBI:21428rOX CHEBI:21429rPX CHEBI:47031rQX CHEBI:57609rRX CHEBI:6341rSeXhmdbrTX HMDB01370rUX kegg.compoundrVXC00666rWX lipidmapsrXX LMFA01170102rYXmetanetx.chemicalrZXMNXM644r[X seed.compoundr\Xcpd00504r]uh0Nh1h2]r^r_Rr`jn`X C7H14N2O4rajp`jq`jr`Kjs`GubGjG?uh0Njt`G@ju`G@@ubj<`)rb}rc(hXDAPabcpprdhX/M-diaminopimelic acid ABC transport (periplasm)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXDAPabcpprjXbiocycrkXMETA:TRANS-RXN-291rlXmetanetx.reactionrmX MNXR97146rnujG`h#jH`h#jI`h2]rorpRrqjM`}rr(jaGjbGjgfGjG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rs}rt(hXDAPtexruhXG1,5-Diaminopentane transport via diffusion (extracellular to periplasm)rvh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzXDAPtexr{Xmetanetx.reactionr|X MNXR97147r}ujG`X b1377 or b0241 or b0929 or b2215r~jH`h#jI`h2]r(hIh[h7h erRrjM`}r(jfoGjyG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDASYN120rhX'CDP-diacylglycerol synthetase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN120rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97154rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjGj0G?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN140rhX'CDP-diacylglycerol synthetase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN140rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97155rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjLGjvG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN141rhX'CDP-diacylglycerol synthetase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN141rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97156rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN160rhX'CDP-diacylglycerol synthetase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN160rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97157rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN161rhX'CDP-diacylglycerol synthetase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN161rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97159rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN180rhX'CDP-diacylglycerol synthetase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN180rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97160rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGj6GjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDASYN181rhX'CDP-diacylglycerol synthetase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDASYN181rXec-coderX2.7.7.41rXmetanetx.reactionrX MNXR97161rujG`Xb0175rjH`h#jI`h2]rjarRrjM`}r(j+dGjnGjrGj,G?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDATPHsrhX#DATP amine hydrolysis (spontaneous)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDATPHsr Xmetanetx.reactionr X MNXR97174r ujG`Xs0001r jH`h#jI`h2]r jarRrjM`}r(jdGjgfGjnGjO`)r}r(hXditp_crhXDITP(4-)rh}rh}r(Xbigg.metaboliterXditprXbiocycrX META:DITPrXchebir]r(X CHEBI:10499rX CHEBI:19251rX CHEBI:28807rX CHEBI:61382r eX kegg.compoundr!XC01345r"Xmetanetx.chemicalr#XMNXM1325r$X seed.compoundr%Xcpd00977r&uh0Nh1h2]r'r(Rr)jn`X C10H11N4O13P3r*jp`jq`jr`Jjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)r+}r,(hXDB4PSr-hX-3,4-Dihydroxy-2-butanone-4-phosphate synthaser.h}r/h}r0(jC`X SBO:0000375r1X bigg.reactionr2XDB4PSr3Xec-coder4X 4.1.99.12r5X kegg.reactionr6XR07281r7Xmetanetx.reactionr8X MNXR97178r9ujG`Xb3041r:jH`h#jI`h2]r;jar<Rr=jM`}r>(jGjO`)r?}r@(hXdb4p_crAhX$3,4-dihydroxy-2-butanone 4-phosphaterBh}rCh}rD(Xbigg.metaboliterEXdb4prFXchebirGX CHEBI:50606rHX kegg.compoundrIXC15556rJXmetanetx.chemicalrKXMNXM2323rLX seed.compoundrMXcpd11225rNuh0Nh1h2]rOrPRrQjn`XC4H7O6PrRjp`jq`jr`Jjs`GubG?jG?jnG?uh0Njt`Gju`G@@ubj<`)rS}rT(hXDBTSrUhXDethiobiotin synthaserVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXDBTSr[Xbiocycr\XMETA:DETHIOBIOTIN-SYN-RXNr]Xec-coder^X6.3.3.3r_X kegg.reactionr`XR03182raXmetanetx.reactionrbX MNXR97180rcXrheard]re(X15805rfX15806rgX15807rhX15808rieujG`Xb0778rjjH`h#jI`h2]rkjarlRrmjM`}rn(jbGjGjpGjmG?jG?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)ro}rp(hXDC6PHrqhX(Diacetylchitobiose-6-phosphate hydrolaserrh}rsh}rt(jC`X SBO:0000375ruX bigg.reactionrvXDC6PHrwXmetanetx.reactionrxX MNXR96671ryujG`Xb1734rzjH`h#jI`h2]r{jar|Rr}jM`}r~(jSGjgfGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXDCAtexrhX>Decanoate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDCAtexrXmetanetx.reactionrX MNXR97181rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j~GjO`)r}r(hXdca_prhXDecanoate (n-C10:0)rh}rh}r(Xbigg.metaboliterXdcarXmetanetx.chemicalrX MNXM162295ruh0Nh1h2]rrRrjn`XC10H19O2rjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDCMPtexrhX9DCMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDCMPtexrXmetanetx.reactionrX MNXR97186rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j~GjO`)r}r(hXdcmp_prhXDCMP C9H12N3O7Prh}rh}r(Xbigg.metaboliterXdcmprXbiocycrX META:DCMPrXchebir]r(X CHEBI:10493rX CHEBI:14070rX CHEBI:14071rX CHEBI:14115rX CHEBI:15918rX CHEBI:19242rX CHEBI:41838rX CHEBI:41875rX CHEBI:41881rX CHEBI:57566reXhmdbrX HMDB01202rX kegg.compoundrXC00239rXmetanetx.chemicalrXMNXM266rX seed.compoundrXcpd00206ruh0Nh1h2]rrRrjn`X C9H12N3O7Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDCTPDrhXDCTP deaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDCTPDrXbiocycrXMETA:DCTP-DEAM-RXNrXec-coderX3.5.4.13rX kegg.reactionrXR02325rXmetanetx.reactionrX MNXR97201rXrhear]r(X22680rX22681rX22682rX22683reujG`Xb2065rjH`h#jI`h2]rjarRrjM`}r(jdGjgfGjnGjO`)r}r(hXdutp_crhXDUTP C9H11N2O14P3rh}rh}r(Xbigg.metaboliterXdutprXbiocycrX META:DUTPrXchebir]r(X CHEBI:10533rX CHEBI:14095rX CHEBI:17625rX CHEBI:19264rX CHEBI:58212rX CHEBI:61555reX kegg.compoundrXC00460rXmetanetx.chemicalrXMNXM452rX seed.compoundrXcpd00358ruh0Nh1h2]rrRrjn`X C9H11N2O14P3rjp`jq`jr`Jjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXDCYTDr hXDeoxycytidine deaminaser h}r h}r (jC`X SBO:0000375r X bigg.reactionrXDCYTDrXbiocycrXMETA:CYTIDEAM-RXNrXec-coderX3.5.4.5rX kegg.reactionrXR02485rXmetanetx.reactionrX MNXR97207rXrhear]r(X13433rX13434rX13435rX13436reujG`Xb2143rjH`h#jI`h2]rjar Rr!jM`}r"(jO`)r#}r$(hXdcyt_cr%hX Deoxycytidiner&h}r'h}r((Xbigg.metaboliter)Xdcytr*Xbiocycr+XMETA:DEOXYCYTIDINEr,Xchebir-]r.(X CHEBI:15698r/X CHEBI:19240r0X CHEBI:41417r1X CHEBI:41430r2X CHEBI:41434r3X CHEBI:41806r4X CHEBI:4407r5eXhmdbr6X HMDB00014r7X kegg.compoundr8XC00881r9Xmetanetx.chemicalr:XMNXM704r;X seed.compoundr<Xcpd00654r=uh0Nh1h2]r>r?Rr@jn`X C9H13N3O4rAjp`jq`jr`Kjs`GubGjgfGjnGjO`)rB}rC(hXduri_crDhX DeoxyuridinerEh}rFh}rG(Xbigg.metaboliterHXdurirIXbiocycrJXMETA:DEOXYURIDINErKXchebirL]rM(X CHEBI:11398rNX CHEBI:11572rOX CHEBI:14123rPX CHEBI:16450rQX CHEBI:19261rRX CHEBI:23640rSX CHEBI:29113rTX CHEBI:42178rUX CHEBI:4434rVX CHEBI:46165rWX CHEBI:46289rXX CHEBI:46293rYeXhmdbrZX HMDB00012r[X kegg.compoundr\XC00526r]Xmetanetx.chemicalr^XMNXM492r_X seed.compoundr`Xcpd00412rauh0Nh1h2]rbrcRrdjn`X C9H12N2O5rejp`jq`jr`Kjs`GubG?jiG?uh0Njt`Gju`G@@ubj<`)rf}rg(hXDCYTt2pprhhX9Deoxycytidine transport in via proton symport (periplasm)rih}rjh}rk(jC`X SBO:0000375rlX bigg.reactionrmXDCYTt2pprnXbiocycroXMETA:TRANS-RXN-108DrpXmetanetx.reactionrqX MNXR97209rrXrhears]rt(X29975ruX29976rvX29977rwX29978rxeujG`Xb2393 or b2964ryjH`h#jI`h2]rz(jgjyer{Rr|jM`}r}(jO`)r~}r(hXdcyt_prhX Deoxycytidinerh}rh}r(Xbigg.metaboliterXdcytrXbiocycrXMETA:DEOXYCYTIDINErXchebir]r(X CHEBI:15698rX CHEBI:19240rX CHEBI:41417rX CHEBI:41430rX CHEBI:41434rX CHEBI:41806rX CHEBI:4407reXhmdbrX HMDB00014rX kegg.compoundrXC00881rXmetanetx.chemicalrXMNXM704rX seed.compoundrXcpd00654ruh0Nh1h2]rrRrjn`X C9H13N3O4rjp`jcjr`Kjs`GubGj̪Gj#G?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDCYTtexrhXBDeoxycytidine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDCYTtexrXmetanetx.reactionrX MNXR97208rujG`Xb0411rjH`h#jI`h2]rjarRrjM`}r(j"Gj~G?uh0Njt`G@ju`G@@ubj<`)r}r(hXDDCAtexirhXfFatty acid (dodecanoate) transport via facilitated irreversible diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDDCAtexirXmetanetx.reactionrX MNXR97211rujG`Xb2344rjH`h#jI`h2]rjarRrjM`}r(jNGjO`)r}r(hXddca_prhXDodecanoate (n-C12:0)rh}rh}r(Xbigg.metaboliterXddcarXmetanetx.chemicalrX MNXM162258ruh0Nh1h2]rrRrjn`XC12H23O2rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXDDGALKrhX 2-dehydro-3-deoxygalactonokinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDDGALKrXbiocycrXMETA:DEHYDDEOXGALACTKIN-RXNrXec-coder]r(X 2.7.1.178rX2.7.1.58reX kegg.reactionrXR03387rXmetanetx.reactionrX MNXR97213rXrhear]r(X16525rX16526rX16527rX16528reujG`Xb3693rjH`h#jI`h2]rj!arRrjM`}r(jO`)r}r(hX 2dh3dgal_crhX2-Dehydro-3-deoxy-D-galactonaterh}rh}r(Xbigg.metaboliterX2dh3dgalrXbiocycr]r(X$META:2-DEHYDRO-3-DEOXY-D-GALACTONATErX"META:2-DEHYDRO-3-DEOXY-D-GLUCONATEreXchebir]r(X CHEBI:1056rX CHEBI:1059rX CHEBI:11547rX CHEBI:11550rX CHEBI:17028rX CHEBI:17032rX CHEBI:19527rX CHEBI:19530rX CHEBI:57989rX CHEBI:57990reXhmdbrX HMDB01353rX kegg.compoundr]r(XC00204rXC01216reX lipidmapsr]r(X LMFA01050475r X LMFA01050486r eXmetanetx.chemicalr XMNXM1627r X seed.compoundr ]r(Xcpd00176rXcpd00894reuh0Nh1h2]rrRrjn`XC6H9O6rjp`jq`jr`Jjs`GubGjbGjO`)r}r(hX 2dh3dgal6p_crhX+2-Dehydro-3-deoxy-D-galactonate 6-phosphaterh}rh}r(Xbigg.metaboliterX 2dh3dgal6prXbiocycrX(META:DEHYDRO-DEOXY-GALACTONATE-PHOSPHATErXchebir]r (X CHEBI:1057r!X CHEBI:11548r"X CHEBI:17860r#X CHEBI:19528r$X CHEBI:58298r%eX kegg.compoundr&XC01286r'Xmetanetx.chemicalr(X MNXM90136r)X seed.compoundr*Xcpd00945r+uh0Nh1h2]r,r-Rr.jn`XC6H8O9Pr/jp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r0}r1(hX DDGLCNt2rppr2hXR2-dehydro-3-deoxy-D-gluconate transport via proton symport, reversible (periplasm)r3h}r4h}r5(jC`X SBO:0000375r6X bigg.reactionr7X DDGLCNt2rppr8Xbiocycr9XMETA:TRANS-RXN-113r:Xmetanetx.reactionr;X MNXR97214r<Xrhear=]r>(X29943r?X29944r@X29945rAX29946rBeujG`Xb3909rCjH`h#jI`h2]rDj3arERrFjM`}rG(jO`)rH}rI(hX 2ddglcn_prJhX2-Dehydro-3-deoxy-D-gluconaterKh}rLh}rM(Xbigg.metaboliterNX2ddglcnrOXbiocycrP]rQ(X$META:2-DEHYDRO-3-DEOXY-D-GALACTONATErRX"META:2-DEHYDRO-3-DEOXY-D-GLUCONATErSeXchebirT]rU(X CHEBI:1056rVX CHEBI:1059rWX CHEBI:11547rXX CHEBI:11550rYX CHEBI:17028rZX CHEBI:17032r[X CHEBI:19527r\X CHEBI:19530r]X CHEBI:57989r^X CHEBI:57990r_eXhmdbr`X HMDB01353raX kegg.compoundrb]rc(XC00204rdXC01216reeX lipidmapsrf]rg(X LMFA01050475rhX LMFA01050486rieXmetanetx.chemicalrjXMNXM1627rkX seed.compoundrl]rm(Xcpd00176rnXcpd00894roeuh0Nh1h2]rprqRrrjn`XC6H9O6rsjp`jcjr`Jjs`GubGj̪GjG?jnG?uh0Njt`G@ju`G@@ubj<`)rt}ru(hX DDGLCNtexrvhXR2-dehydro-3-deoxy-D-gluconate transport via diffusion (extracellular to periplasm)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{X DDGLCNtexr|Xmetanetx.reactionr}X MNXR97215r~ujG`X b2215 or b0929 or b1377 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jpGjHG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDDGLKrhX2-dehydro-3-deoxygluconokinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDDGLKrXbiocycrXMETA:DEOXYGLUCONOKIN-RXNrXec-coder]r(X 2.7.1.178rX2.7.1.45reX kegg.reactionrXR01541rXmetanetx.reactionrX MNXR97216rXrhear]r(X14797rX14798rX14799rX14800reujG`Xb3526rjH`h#jI`h2]rjEarRrjM`}r(jGjbGjO`)r}r(hX2ddg6p_crhX)2-Dehydro-3-deoxy-D-gluconate 6-phosphaterh}rh}r(Xbigg.metaboliterX2ddg6prXbiocycrX!META:2-KETO-3-DEOXY-6-P-GLUCONATErXchebir]r(X CHEBI:1051rX CHEBI:11543rX CHEBI:11551rX CHEBI:12227rX CHEBI:15925rX CHEBI:19522rX CHEBI:57569reXhmdbrX HMDB01376rX kegg.compoundrXC04442rXmetanetx.chemicalrXMNXM649rX seed.compoundrXcpd02711ruh0Nh1h2]rrRrjn`XC6H8O9Prjp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXDDPArhX63-deoxy-D-arabino-heptulosonate 7-phosphate synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDDPArXbiocycrXMETA:DAHPSYN-RXNrXec-coderX2.5.1.54rX kegg.reactionrXR01826rXmetanetx.reactionrX MNXR97218rXrhear]r(X14717rX14718rX14719rX14720reujG`Xb0754 or b2601 or b1704rjH`h#jI`h2]r(j{jWjierRrjM`}r(jO`)r}r(hXe4p_crhXD-Erythrose 4-phosphaterh}rh}r(Xbigg.metaboliterXe4prXbiocycrXMETA:ERYTHROSE-4PrXchebir]r(X CHEBI:12921rX CHEBI:16897rX CHEBI:20927rX CHEBI:4114rX CHEBI:42349rX CHEBI:48153reXhmdbrX HMDB01321rX kegg.compoundrXC00279rXmetanetx.chemicalrXMNXM258rX seed.compoundrXcpd00236ruh0Nh1h2]rrRrjn`XC4H7O7Prjp`jq`jr`Jjs`GubGjgfGjGjO`)r}r(hX2dda7p_crhX12-Dehydro-3-deoxy-D-arabino-heptonate 7-phosphaterh}rh}r(Xbigg.metaboliterX2dda7prXbiocycrX(META:3-DEOXY-D-ARABINO-HEPTULOSONATE-7-PrXchebir]r(X CHEBI:1053rX CHEBI:11544rX CHEBI:11785r X CHEBI:11786r X CHEBI:18150r X CHEBI:19523r X CHEBI:20003r X CHEBI:29477rX CHEBI:58394reX kegg.compoundrXC04691rXmetanetx.chemicalrXMNXM1219rX seed.compoundrXcpd02857ruh0Nh1h2]rrRrjn`X C7H10O10Prjp`jq`jr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXDDPGALArhX/2-dehydro-3-deoxy-6-phosphogalactonate aldolaserh}rh}r(jC`X SBO:0000375r X bigg.reactionr!XDDPGALAr"Xbiocycr#X"META:DEHYDDEOXPHOSGALACT-ALDOL-RXNr$Xec-coder%]r&(X4.1.2.21r'X4.1.2.55r(eX kegg.reactionr)XR01064r*Xmetanetx.reactionr+X MNXR97220r,Xrhear-]r.(X24464r/X24465r0X24466r1X24467r2eujG`Xb4477r3jH`h#jI`h2]r4jar5Rr6jM`}r7(jGjO`)r8}r9(hXg3p_cr:hXGlyceraldehyde 3-phosphater;h}r<h}r=(Xbigg.metaboliter>Xg3pr?Xbiocycr@XMETA:GAPrAXchebirB]rC(X CHEBI:12983rDX CHEBI:12984rEX CHEBI:14333rFX CHEBI:17138rGX CHEBI:181rHX CHEBI:18324rIX CHEBI:21026rJX CHEBI:29052rKX CHEBI:5446rLX CHEBI:58027rMX CHEBI:59776rNeXhmdbrOX HMDB01112rPX kegg.compoundrQ]rR(XC00118rSXC00661rTeXmetanetx.chemicalrUXMNXM74rVX seed.compoundrW]rX(Xcpd00102rYXcpd19005rZeuh0Nh1h2]r[r\Rr]jn`XC3H5O6Pr^jp`jq`jr`Jjs`GubG?jG?uh0Njt`G@ju`G@@ubj<`)r_}r`(hXDGK1rahX Deoxyguanylate kinase (dGMP:ATP)rbh}rch}rd(jC`X SBO:0000375reX bigg.reactionrfXDGK1rgXbiocycrhXMETA:GMKALT-RXNriXec-coderj]rk(X2.7.4.12rlX2.7.4.13rmX2.7.4.8rneX kegg.reactionroXR02090rpXmetanetx.reactionrqX MNXR97320rrXrhears]rt(X12697ruX12698rvX12699rwX12700rxeujG`Xb3648ryjH`h#jI`h2]rzjar{Rr|jM`}r}(jbGjO`)r~}r(hXdgmp_crhXDGMP C10H12N5O7Prh}rh}r(Xbigg.metaboliterXdgmprXbiocycrX META:DGMPrXchebir]r(X CHEBI:10496rX CHEBI:14074rX CHEBI:16192rX CHEBI:19246rX CHEBI:41902rX CHEBI:41939rX CHEBI:41944rX CHEBI:42676rX CHEBI:42726rX CHEBI:42733rX CHEBI:45049rX CHEBI:47449rX CHEBI:57673reX kegg.compoundrXC00362rXmetanetx.chemicalrXMNXM546rX seed.compoundrXcpd00296ruh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`jq`jr`Jjs`GubGjmG?jO`)r}r(hXdgdp_crhXDGDP C10H12N5O10P2rh}rh}r(Xbigg.metaboliterXdgdprXbiocycrX META:DGDPrXchebir]r(X CHEBI:10495rX CHEBI:19245rX CHEBI:28862rX CHEBI:41949rX CHEBI:58595reXhmdbrX HMDB00960rX kegg.compoundrXC00361rXmetanetx.chemicalrXMNXM436rX seed.compoundrXcpd00295ruh0Nh1h2]rrRrjn`X C10H12N5O10P2rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDGMPtexrhX9DGMP transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDGMPtexrXmetanetx.reactionrX MNXR97322rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jiGjO`)r}r(hXdgmp_prhXDGMP C10H12N5O7Prh}rh}r(Xbigg.metaboliterXdgmprXbiocycrX META:DGMPrXchebir]r(X CHEBI:10496rX CHEBI:14074rX CHEBI:16192rX CHEBI:19246rX CHEBI:41902rX CHEBI:41939rX CHEBI:41944rX CHEBI:42676rX CHEBI:42726rX CHEBI:42733rX CHEBI:45049rX CHEBI:47449rX CHEBI:57673reX kegg.compoundrXC00362rXmetanetx.chemicalrXMNXM546rX seed.compoundrXcpd00296ruh0Nh1h2]rrRrjn`X C10H12N5O7Prjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDGSNt2pprhX:Deoxyguanosine transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDGSNt2pprXmetanetx.reactionrX MNXR97325rujG`Xb2964rjH`h#jI`h2]rjyarRrjM`}r(jO`)r}r(hXdgsn_prhXDeoxyguanosinerh}rh}r(Xbigg.metaboliterXdgsnrXbiocycr XMETA:DEOXYGUANOSINEr Xchebir ]r (X CHEBI:14116r X CHEBI:17172rX CHEBI:19244rX CHEBI:23624rX CHEBI:42667rX CHEBI:42867rX CHEBI:42874rX CHEBI:42987rX CHEBI:4412reXhmdbrX HMDB00085rX kegg.compoundrXC00330rXmetanetx.chemicalrXMNXM647rX seed.compoundrXcpd00277ruh0Nh1h2]rrRr jn`X C10H13N5O4r!jp`jcjr`Kjs`GubGj̪GjO`)r"}r#(hXdgsn_cr$hXDeoxyguanosiner%h}r&h}r'(Xbigg.metaboliter(Xdgsnr)Xbiocycr*XMETA:DEOXYGUANOSINEr+Xchebir,]r-(X CHEBI:14116r.X CHEBI:17172r/X CHEBI:19244r0X CHEBI:23624r1X CHEBI:42667r2X CHEBI:42867r3X CHEBI:42874r4X CHEBI:42987r5X CHEBI:4412r6eXhmdbr7X HMDB00085r8X kegg.compoundr9XC00330r:Xmetanetx.chemicalr;XMNXM647r<X seed.compoundr=Xcpd00277r>uh0Nh1h2]r?r@RrAjn`X C10H13N5O4rBjp`jq`jr`Kjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)rC}rD(hXDGSNtexrEhXCDeoxyguanosine transport via diffusion (extracellular to periplasm)rFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJXDGSNtexrKXmetanetx.reactionrLX MNXR97324rMujG`X b1377 or b0241 or b0929 or b2215rNjH`h#jI`h2]rO(hIh[h7h erPRrQjM`}rR(jGjG?uh0Njt`G@ju`G@@ubj<`)rS}rT(hXDHACOAHrUhX2,3-dehydroadipyl-CoA hydrataserVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXDHACOAHr[Xec-coder\X4.2.1.17r]Xmetanetx.reactionr^X MNXR97357r_Xrhear`]ra(X34863rbX34864rcX34865rdX34866reeujG`Xb1393rfjH`h#jI`h2]rgjarhRrijM`}rj(jO`)rk}rl(hX 23dhacoa_crmhX2,3-dehydroadipyl-CoArnh}roh}rp(Xbigg.metaboliterqX23dhacoarrXchebirs]rt(X CHEBI:67261ruX CHEBI:68471rveX lipidmapsrwX LMFA07050165rxXmetanetx.chemicalryXMNXM9750rzuh0Nh1h2]r{r|Rr}jn`XC27H37N7O19P3Sr~jp`jq`jr`Jjs`GubGjgfGjO`)r}r(hX 3hadpcoa_crhX(3S)-3-Hydroxyadipyl-CoArh}rh}r(Xbigg.metaboliterX3hadpcoarXbiocycrXMETA:3-HYDROXYADIPYL-COArXchebir]r(X CHEBI:132183rX CHEBI:34002rX CHEBI:70990rX CHEBI:71038reXhmdbrX HMDB12475rX kegg.compoundrXC14145rX lipidmapsr]r(X LMFA07050117rX LMFA07050211reXmetanetx.chemicalrXMNXM2784rX seed.compoundrXcpd09844ruh0Nh1h2]rrRrjn`XC27H39N7O20P3Srjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDHAD1rhX<Dihydroxy-acid dehydratase (2,3-dihydroxy-3-methylbutanoate)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDHAD1rXbiocycrX META:DIHYDROXYISOVALDEHYDRAT-RXNrXec-coderX4.2.1.9rX kegg.reactionrXR04441rXmetanetx.reactionrX MNXR97358rXrhear]r(X24809rX24810rX24811rX24812reujG`Xb3771rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX23dhmb_crhX#(R)-2,3-Dihydroxy-3-methylbutanoaterh}rh}r(Xbigg.metaboliterX23dhmbrXbiocycrXMETA:CPD-13357rXchebir]r(X CHEBI:10966rX CHEBI:15684rX CHEBI:18645rX CHEBI:305rX CHEBI:49072reXhmdbrX HMDB12141rX kegg.compoundrXC04272rX lipidmapsrX LMFA01050453rXmetanetx.chemicalrX MNXM114097rX seed.compoundrXcpd19030ruh0Nh1h2]rrRrjn`XC5H9O4rjp`jq`jr`Jjs`GubGjO`)r}r(hX3mob_crhX3-Methyl-2-oxobutanoaterh}rh}r(Xbigg.metaboliterX3mobrXbiocycrXMETA:2-KETO-ISOVALERATErXchebir]r(X CHEBI:11851rX CHEBI:132177rX CHEBI:1584rX CHEBI:16530rX CHEBI:20115rX CHEBI:43714reX kegg.compoundrXC00141rX lipidmapsrX LMFA01020274rXmetanetx.chemicalrXMNXM238rX seed.compoundrXcpd00123ruh0Nh1h2]rrRrjn`XC5H7O3rjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXDHAD2rhX=Dihydroxy-acid dehydratase (2,3-dihydroxy-3-methylpentanoate)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDHAD2rXbiocycrX META:DIHYDROXYMETVALDEHYDRAT-RXNrXec-coderX4.2.1.9rX kegg.reactionrXR05070rXmetanetx.reactionrX MNXR97359rXrhear ]r (X27694r X27695r X27696r X27697reujG`Xb3771rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX23dhmp_crhX$(R)-2,3-Dihydroxy-3-methylpentanoaterh}rh}r(Xbigg.metaboliterX23dhmprXbiocycrXMETA:1-KETO-2-METHYLVALERATErXchebir]r(X CHEBI:18646r X CHEBI:27512r!X CHEBI:306r"X CHEBI:49258r#eXhmdbr$X HMDB12140r%X kegg.compoundr&XC06007r'X lipidmapsr(X LMFA01050452r)Xmetanetx.chemicalr*XMNXM1202r+X seed.compoundr,Xcpd19046r-uh0Nh1h2]r.r/Rr0jn`XC6H11O4r1jp`jq`jr`Jjs`GubGjO`)r2}r3(hX3mop_cr4hX(S)-3-Methyl-2-oxopentanoater5h}r6h}r7(Xbigg.metaboliter8X3mopr9Xbiocycr:XMETA:2-KETO-3-METHYL-VALERATEr;Xchebir<]r=(X CHEBI:10888r>X CHEBI:11049r?X CHEBI:15614r@X CHEBI:18567rAX CHEBI:18568rBX CHEBI:18755rCX CHEBI:213rDX CHEBI:35146rEX CHEBI:401rFeX kegg.compoundrGXC00671rHX lipidmapsrIX LMFA01020275rJXmetanetx.chemicalrKXMNXM439rLX seed.compoundrMXcpd00508rNuh0Nh1h2]rOrPRrQjn`XC6H9O3rRjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)rS}rT(hXDHAPTrUhX#Dihydroxyacetone phosphotransferaserVh}rWh}rX(jC`X SBO:0000375rYX bigg.reactionrZXDHAPTr[Xbiocycr\XMETA:2.7.1.121-RXNr]Xec-coder^X 2.7.1.121r_X kegg.reactionr`XR01012raXmetanetx.reactionrbX MNXR97364rcXrheard]re(X18381rfX18382rgX18383rhX18384rieujG`X-b2415 and b1199 and b1200 and b1198 and b2416rjjH`h#jI`h2]rk(jjjjjerlRrmjM`}rn(jO`)ro}rp(hXdha_crqhXDihydroxyacetonerrh}rsh}rt(Xbigg.metaboliteruXdharvXbiocycrwXMETA:DIHYDROXYACETONErxXchebiry]rz(X CHEBI:14340r{X CHEBI:16016r|X CHEBI:24354r}X CHEBI:39809r~X CHEBI:5453reXhmdbrX HMDB01882rX kegg.compoundrXC00184rX kegg.drugrXD07841rXmetanetx.chemicalrXMNXM460rX seed.compoundrXcpd00157ruh0Nh1h2]rrRrjn`XC3H6O3rjp`jq`jr`Kjs`GubGjGjO`)r}r(hXdhap_crhXDihydroxyacetone phosphaterh}rh}r(Xbigg.metaboliterXdhaprXbiocycrX META:DIHYDROXY-ACETONE-PHOSPHATErXchebir]r(X CHEBI:14341rX CHEBI:14342rX CHEBI:16108rX CHEBI:24355rX CHEBI:39571rX CHEBI:5454rX CHEBI:57642reXhmdbr]r(X HMDB01473rX HMDB11735reX kegg.compoundrXC00111rXmetanetx.chemicalrXMNXM77rX seed.compoundrXcpd00095ruh0Nh1h2]rrRrjn`XC3H5O6Prjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXDHAtexrhXEDihydroxyacetone transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDHAtexrXbiocycrXMETA:TRANS-RXN0-559rXmetanetx.reactionrX MNXR97367rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjO`)r}r(hXdha_prhXDihydroxyacetonerh}rh}r(Xbigg.metaboliterXdharXbiocycrXMETA:DIHYDROXYACETONErXchebir]r(X CHEBI:14340rX CHEBI:16016rX CHEBI:24354rX CHEBI:39809rX CHEBI:5453reXhmdbrX HMDB01882rX kegg.compoundrXC00184rX kegg.drugrXD07841rXmetanetx.chemicalrXMNXM460rX seed.compoundrXcpd00157ruh0Nh1h2]rrRrjn`XC3H6O3rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDHAtpprhX@Dihydroxyacetone transport via facilitated diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDHAtpprXbiocycrXMETA:TRANS-RXN0-559rXmetanetx.reactionrX MNXR97367rujG`h#jH`h#jI`h2]rrRrjM`}r(jGjoG?uh0Njt`G@ju`G@@ubj<`)r}r(hXDHBDrhX/2,3-dihydro-2,3-dihydroxybenzoate dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXDHBDrXbiocycrXMETA:DHBDEHYD-RXNrXec-coderX1.3.1.28rX kegg.reactionrXR01505rXmetanetx.reactionr X MNXR97368r Xrhear ]r (X23824r X23825r X23826r X23827r eujG`Xb0596r jH`h#jI`h2]r j ar Rr jM`}r (jO`)r }r (hX23ddhb_cr hX!2,3-Dihydro-2,3-dihydroxybenzoater h}r h}r (Xbigg.metaboliter X23ddhbr Xbiocycr XMETA:DIHYDRO-DIOH-BENZOATEr Xchebir ]r (X CHEBI:11420r X CHEBI:11423r X CHEBI:15941r X CHEBI:19311r X CHEBI:48968r X CHEBI:57576r X CHEBI:58764r X CHEBI:877r eX kegg.compoundr! XC04171r" Xmetanetx.chemicalr# X MNXM114261r$ X seed.compoundr% ]r& (Xcpd02566r' Xcpd29666r( euh0Nh1h2]r) r* Rr+ jn`XC7H7O4r, jp`jq`jr`Jjs`GubGjiGjO`)r- }r. (hX23dhb_cr/ hX2,3-Dihydroxybenzoater0 h}r1 h}r2 (Xbigg.metaboliter3 X23dhbr4 Xbiocycr5 XMETA:2-3-DIHYDROXYBENZOATEr6 Xchebir7 ]r8 (X CHEBI:11427r9 X CHEBI:18026r: X CHEBI:19319r; X CHEBI:19320r< X CHEBI:36654r= X CHEBI:41901r> X CHEBI:885r? eX kegg.compoundr@ XC00196rA Xmetanetx.chemicalrB XMNXM455rC X seed.compoundrD Xcpd00168rE uh0Nh1h2]rF rG RrH jn`XC7H5O4rI jp`jq`jr`Jjs`GubG?jnG?j!XDHDPSr?!Xmetanetx.reactionr@!X MNXR97394rA!ujG`Xb2478rB!jH`h#jI`h2]rC!jearD!RrE!jM`}rF!(j0GjGj!G?jgfG@jnG?uh0Njt`Gju`G@@ubj<`)rG!}rH!(hXDHFRrI!hXDihydrofolate reductaserJ!h}rK!h}rL!(jC`X SBO:0000375rM!X bigg.reactionrN!XDHFRrO!Xec-coderP!X1.5.1.3rQ!X kegg.reactionrR!XR00939rS!Xmetanetx.reactionrT!X MNXR97401rU!XrhearV!]rW!(X15009rX!X15010rY!X15011rZ!X15012r[!eujG`Xb1606 or b0048r\!jH`h#jI`h2]r]!(jwjer^!Rr_!jM`}r`!(jO`)ra!}rb!(hXdhf_crc!hX7,8-Dihydrofolaterd!h}re!h}rf!(Xbigg.metaboliterg!Xdhfrh!Xbiocycri!XMETA:DIHYDROFOLATErj!Xchebirk!]rl!(X CHEBI:12245rm!X CHEBI:14150rn!X CHEBI:15633ro!X CHEBI:20768rp!X CHEBI:42000rq!X CHEBI:4564rr!X CHEBI:57451rs!eXhmdbrt!X HMDB01056ru!X kegg.compoundrv!XC00415rw!Xmetanetx.chemicalrx!XMNXM281ry!X seed.compoundrz!Xcpd00330r{!uh0Nh1h2]r|!r}!Rr~!jn`X C19H19N7O6r!jp`jq`jr`Jjs`GubGjnGj{iGj[iG?jlG?uh0Njt`G@ju`G@@ubj<`)r!}r!(hXDHFSr!hXDihydrofolate synthaser!h}r!h}r!(jC`X SBO:0000375r!X bigg.reactionr!XDHFSr!Xbiocycr!XMETA:DIHYDROFOLATESYNTH-RXNr!Xec-coder!]r!(X6.3.2.12r!X6.3.2.17r!eX kegg.reactionr!XR02237r!Xmetanetx.reactionr!X MNXR97403r!Xrhear!]r!(X23584r!X23585r!X23586r!X23587r!eujG`Xb2315r!jH`h#jI`h2]r!jar!Rr!jM`}r!(jbGjO`)r!}r!(hXdhpt_cr!hXDihydropteroater!h}r!h}r!(Xbigg.metaboliter!Xdhptr!Xbiocycr!XMETA:7-8-DIHYDROPTEROATEr!Xchebir!]r!(X CHEBI:14160r!X CHEBI:17839r!X CHEBI:23762r!X CHEBI:4581r!eXhmdbr!X HMDB01412r!X kegg.compoundr!XC00921r!Xmetanetx.chemicalr!XMNXM965r!X seed.compoundr!]r!(Xcpd00683r!Xcpd28673r!Xcpd28675r!euh0Nh1h2]r!r!Rr!jn`X C14H13N6O3r!jp`jq`jr`Jjs`GubGjeGjmG?ja!G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r!}r!(hXDHMPTRr!hXDihydromonapterin reductaser!h}r!h}r!(jC`X SBO:0000375r!X bigg.reactionr!XDHMPTRr!Xmetanetx.reactionr!X MNXR97405r!ujG`Xb1606r!jH`h#jI`h2]r!jar!Rr!jM`}r!(jO`)r!}r!(hXdhmpt_cr!hXDihydromonapterinr!h}r!h}r!(Xbigg.metaboliter!Xdhmptr!Xmetanetx.chemicalr!X MNXM148224r!uh0Nh1h2]r!r!Rr!jn`X C9H13N5O4r!jp`jq`jr`Kjs`GubGjnGj{iGj[iG?jO`)r!}r!(hXthmnp_cr!hXTetrahydromonapterinr!h}r!h}r!(Xbigg.metaboliter!Xthmnpr!Xbiocycr!XMETA:CPD0-2101r!Xchebir!X CHEBI:71177r!X kegg.compoundr!XC21007r!Xmetanetx.chemicalr!X MNXM22017r!X seed.compoundr!Xcpd26424r!uh0Nh1h2]r!r!Rr!jn`X C9H15N5O4r!jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r!}r!(hXDHNAOT4r!hX01,4-dihydroxy-2-naphthoate octaprenyltransferaser!h}r!h}r!(jC`X SBO:0000375r!X bigg.reactionr!XDHNAOT4r!Xbiocycr!X META:DMK-RXNr!Xec-coder!X2.5.1.74r!Xmetanetx.reactionr!X MNXR97408r!Xrhear"]r"(X30099r"X30100r"X30101r"X30102r"eujG`Xb3930r"jH`h#jI`h2]r"jar"Rr "jM`}r "(jO`)r "}r "(hXdhna_cr "hX1,4-Dihydroxy-2-naphthoater"h}r"h}r"(Xbigg.metaboliter"Xdhnar"Xbiocycr"XMETA:DIHYDROXYNAPHTHOATEr"Xchebir"]r"(X CHEBI:11173r"X CHEBI:18094r"X CHEBI:18933r"X CHEBI:539r"eX kegg.compoundr"XC03657r"Xmetanetx.chemicalr"XMNXM552r"X seed.compoundr"Xcpd02295r "uh0Nh1h2]r!"r""Rr#"jn`XC11H7O4r$"jp`jq`jr`Jjs`GubGjnGjO`)r%"}r&"(hXoctdp_cr'"hX All-trans-Octaprenyl diphosphater("h}r)"h}r*"(Xbigg.metaboliter+"Xoctdpr,"Xbiocycr-"XMETA:OCTAPRENYL-DIPHOSPHATEr."Xchebir/"]r0"(X CHEBI:10194r1"X CHEBI:12781r2"X CHEBI:16275r3"X CHEBI:22346r4"X CHEBI:44585r5"X CHEBI:53045r6"X CHEBI:57711r7"eXhmdbr8"X HMDB01094r9"X kegg.compoundr:"XC04146r;"X lipidmapsr<"X LMPR01070226r="Xmetanetx.chemicalr>"XMNXM811r?"X seed.compoundr@"]rA"(Xcpd02557rB"Xcpd30761rC"euh0Nh1h2]rD"rE"RrF"jn`X C40H65O7P2rG"jp`jq`jr`Jjs`GubGj^aG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)rH"}rI"(hXDHNCOASrJ"hX%1,4-dihydroxy-2-napthoyl-CoA synthaserK"h}rL"h}rM"(jC`X SBO:0000375rN"X bigg.reactionrO"XDHNCOASrP"Xmetanetx.reactionrQ"X MNXR97412rR"ujG`Xb2262rS"jH`h#jI`h2]rT"jarU"RrV"jM`}rW"(jnGjO`)rX"}rY"(hXsbzcoa_crZ"hXO-Succinylbenzoyl-CoAr["h}r\"h}r]"(Xbigg.metaboliter^"Xsbzcoar_"Xbiocycr`"X META:CPD-6972ra"Xchebirb"]rc"(X CHEBI:12700rd"X CHEBI:1279re"X CHEBI:12836rf"X CHEBI:15509rg"X CHEBI:19779rh"X CHEBI:57364ri"eX kegg.compoundrj"XC03160rk"Xmetanetx.chemicalrl"XMNXM1132rm"X seed.compoundrn"Xcpd02021ro"uh0Nh1h2]rp"rq"Rrr"jn`XC32H39N7O20P3Srs"jp`jq`jr`Jjs`GubGjO`)rt"}ru"(hX 14dhncoa_crv"hX1,4-dihydroxy-2-napthoyl-CoArw"h}rx"h}ry"(Xbigg.metaboliterz"X14dhncoar{"Xmetanetx.chemicalr|"X MNXM147663r}"uh0Nh1h2]r~"r"Rr"jn`XC32H38N7O19P3Sr"jp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r"}r"(hXDHNCOATr"hX)1,4-dihydroxy-2-napthoyl-CoA thioesteraser"h}r"h}r"(jC`X SBO:0000375r"X bigg.reactionr"XDHNCOATr"Xmetanetx.reactionr"X MNXR97413r"ujG`Xb0736r"jH`h#jI`h2]r"jar"Rr"jM`}r"(jt"GjgfGjcG?j "G?jnG?uh0Njt`Gju`G@@ubj<`)r"}r"(hXDHNPA2rr"hX$Dihydroneopterin aldolase reversibler"h}r"h}r"(jC`X SBO:0000375r"X bigg.reactionr"XDHNPA2rr"Xbiocycr"]r"(XMETA:H2NEOPTERINALDOL-RXNr"XMETA:RXN-10857r"eXec-coder"X4.1.2.25r"X kegg.reactionr"XR03504r"Xmetanetx.reactionr"X MNXR97415r"ujG`Xb3058r"jH`h#jI`h2]r"jar"Rr"jM`}r"(jO`)r"}r"(hXdhnpt_cr"hXDihydroneopterinr"h}r"h}r"(Xbigg.metaboliter"Xdhnptr"Xbiocycr"]r"(XMETA:CPD-11770r"XMETA:DIHYDRO-NEO-PTERINr"eXchebir"X CHEBI:71175r"Xhmdbr"X HMDB02275r"X kegg.compoundr"]r"(XC04874r"XC21008r"eXmetanetx.chemicalr"XMNXM993r"X seed.compoundr"]r"(Xcpd02961r"Xcpd23083r"euh0Nh1h2]r"r"Rr"jn`X C9H13N5O4r"jp`jq`jr`Kjs`GubGjO`)r"}r"(hX6hmhpt_cr"hX6-hydroxymethyl dihydropterinr"h}r"h}r"(Xbigg.metaboliter"X6hmhptr"Xbiocycr"X,META:AMINO-OH-HYDROXYMETHYL-DIHYDROPTERIDINEr"Xchebir"]r"(X CHEBI:1003r"X CHEBI:11511r"X CHEBI:17083r"X CHEBI:19456r"X CHEBI:44841r"eX kegg.compoundr"XC01300r"Xmetanetx.chemicalr"XMNXM937r"X seed.compoundr"]r"(Xcpd00954r"Xcpd29670r"euh0Nh1h2]r"r"Rr"jn`XC7H9N5O2r"jp`jq`jr`Kjs`GubG?jO`)r"}r"(hXgcald_cr"hXGlycolaldehyder"h}r"h}r"(Xbigg.metaboliter"Xgcaldr"Xbiocycr"XMETA:GLYCOLALDEHYDEr"Xchebir"]r"(X CHEBI:131198r"X CHEBI:14347r"X CHEBI:17071r"X CHEBI:24386r"X CHEBI:5474r"eXhmdbr"]r"(X HMDB02165r"X HMDB03344r"eX kegg.compoundr"XC00266r"Xmetanetx.chemicalr"XMNXM349r"X seed.compoundr"Xcpd00229r"uh0Nh1h2]r#r#Rr#jn`XC2H4O2r#jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r#}r#(hXDHNPTEr#hXDihydroneopterin epimeraser#h}r#h}r #(jC`X SBO:0000375r #X bigg.reactionr #XDHNPTEr #Xmetanetx.reactionr #X MNXR97416r#ujG`Xb3058r#jH`h#jI`h2]r#jar#Rr#jM`}r#(j"Gj!G?uh0Njt`G@ju`G@@ubj<`)r#}r#(hXDHORD2r#hX*Dihydoorotic acid dehydrogenase (quinone8)r#h}r#h}r#(jC`X SBO:0000375r#X bigg.reactionr#XDHORD2r#Xmetanetx.reactionr#X MNXR97418r#Xrhear#]r #(X28687r!#X28688r"#X28689r##X28690r$#eujG`Xb0945r%#jH`h#jI`h2]r&#jar'#Rr(#jM`}r)#(jO`)r*#}r+#(hX dhor__S_cr,#hX(S)-Dihydroorotater-#h}r.#h}r/#(Xbigg.metaboliter0#Xdhor__Sr1#Xbiocycr2#XMETA:DI-H-OROTATEr3#Xchebir4#]r5#(X CHEBI:11063r6#X CHEBI:17025r7#X CHEBI:18777r8#X CHEBI:18778r9#X CHEBI:30864r:#X CHEBI:417r;#X CHEBI:42132r<#eXhmdbr=#X HMDB03349r>#X kegg.compoundr?#XC00337r@#Xmetanetx.chemicalrA#XMNXM252rB#X seed.compoundrC#Xcpd00282rD#uh0Nh1h2]rE#rF#RrG#jn`XC5H5N2O4rH#jp`jq`jr`Jjs`GubGjuGjO`)rI#}rJ#(hXorot_crK#hXOrotate C5H3N2O4rL#h}rM#h}rN#(Xbigg.metaboliterO#XorotrP#XbiocycrQ#X META:OROTATErR#XchebirS#]rT#(X CHEBI:14698rU#X CHEBI:16742rV#X CHEBI:25719rW#X CHEBI:25720rX#X CHEBI:30839rY#X CHEBI:44781rZ#X CHEBI:7787r[#eXhmdbr\#X HMDB00226r]#X kegg.compoundr^#XC00295r_#X kegg.drugr`#XD00055ra#Xmetanetx.chemicalrb#XMNXM235rc#X seed.compoundrd#Xcpd00247re#uh0Nh1h2]rf#rg#Rrh#jn`XC5H3N2O4ri#jp`jq`jr`Jjs`GubG?jkG?uh0Njt`Gju`G@@ubj<`)rj#}rk#(hXDHORD5rl#hX"Dihydroorotic acid (menaquinone-8)rm#h}rn#h}ro#(jC`X SBO:0000375rp#X bigg.reactionrq#XDHORD5rr#Xmetanetx.reactionrs#X MNXR97421rt#Xrhearu#]rv#(X29199rw#X29200rx#X29201ry#X29202rz#eujG`Xb0945r{#jH`h#jI`h2]r|#jar}#Rr~#jM`}r#(j*#GjGjhG?jI#G?uh0Njt`Gju`G@@ubj<`)r#}r#(hXDHORDfumr#hXFumarate dependent DHORDr#h}r#h}r#(jC`X SBO:0000375r#X bigg.reactionr#XDHORDfumr#Xbiocycr#X META:RXN-9929r#Xec-coder#X1.3.98.1r#X kegg.reactionr#XR01867r#Xmetanetx.reactionr#X MNXR97425r#Xrhear#]r#(X30059r#X30060r#X30061r#X30062r#eujG`h#jH`h#jI`h2]r#r#Rr#jM`}r#(j*#GjGjI#G?jG?uh0Njt`Gju`G@@ubj<`)r#}r#(hXDHORTSr#hXDihydroorotaser#h}r#h}r#(jC`X SBO:0000375r#X bigg.reactionr#XDHORTSr#Xbiocycr#XMETA:DIHYDROOROT-RXNr#Xec-coder#X3.5.2.3r#X kegg.reactionr#XR01993r#Xmetanetx.reactionr#X MNXR97428r#Xrhear#]r#(X24296r#X24297r#X24298r#X24299r#eujG`Xb1062r#jH`h#jI`h2]r#j ar#Rr#jM`}r#(j*#GjgfGj%G?jnG?uh0Njt`G@ju`G@@ubj<`)r#}r#(hXDHPPDr#hX+2,3-dihydroxyphenylpropionate dehydrogenaser#h}r#h}r#(jC`X SBO:0000375r#X bigg.reactionr#XDHPPDr#Xbiocycr#XMETA:PHENPRODIOLDEHYDROG-RXNr#Xec-coder#X1.3.1.87r#Xmetanetx.reactionr#X MNXR97434r#Xrhear#]r#(X25062r#X25063r#X25064r#X25065r#eujG`Xb2541r#jH`h#jI`h2]r#j/ar#Rr#jM`}r#(jO`)r#}r#(hX cechddd_cr#hX2Cis-3-(3-carboxyethyl)-3,5-cyclohexadiene-1,2-diolr#h}r#h}r#(Xbigg.metaboliter#Xcechdddr#Xbiocycr#X-META:CARBOXYETHYL-3-5-CYCLOHEXADIENE-1-2-DIOLr#Xchebir#]r#(X CHEBI:48690r#X CHEBI:48691r#X CHEBI:60087r#X CHEBI:60088r#eXmetanetx.chemicalr#XMNXM1636r#uh0Nh1h2]r#r#Rr#jn`XC9H11O4r#jp`jq`jr`Jjs`GubGjiGjEG?jnG?j$}r?$(hX 6hmhptpp_cr@$hX+6-hydroxymethyl-dihydropterin pyrophosphaterA$h}rB$h}rC$(Xbigg.metaboliterD$X6hmhptpprE$XbiocycrF$XMETA:DIHYDROPTERIN-CH2OH-PPrG$XchebirH$]rI$(X CHEBI:1011rJ$X CHEBI:11512rK$X CHEBI:11517rL$X CHEBI:15998rM$X CHEBI:19465rN$X CHEBI:57602rO$X CHEBI:72950rP$X CHEBI:73083rQ$eX kegg.compoundrR$XC04807rS$Xmetanetx.chemicalrT$XMNXM1160rU$X seed.compoundrV$Xcpd02920rW$uh0Nh1h2]rX$rY$RrZ$jn`X C7H8N5O8P2r[$jp`jq`jr`Jjs`GubGj!G?jnnG?uh0Njt`Gju`G@@ubj<`)r\$}r]$(hXDHPTDCs2r^$hX84,5-dihydroxy-2,3-pentanedione cyclization (spontaneous)r_$h}r`$h}ra$(jC`X SBO:0000375rb$X bigg.reactionrc$XDHPTDCs2rd$Xbiocycre$XMETA:RXN-10015rf$Xmetanetx.reactionrg$X MNXR97442rh$Xrheari$]rj$(X35155rk$X35156rl$X35157rm$X35158rn$eujG`Xs0001ro$jH`h#jI`h2]rp$jarq$Rrr$jM`}rs$(jO`)rt$}ru$(hXdhptd_crv$hX4,5-dihydroxy-2,3-pentanedionerw$h}rx$h}ry$(Xbigg.metaboliterz$Xdhptdr{$Xbiocycr|$XMETA:DIHYDROXYPENTANEDIONEr}$Xchebir~$X CHEBI:29484r$X kegg.compoundr$XC11838r$Xmetanetx.chemicalr$XMNXM2449r$X seed.compoundr$]r$(Xcpd08636r$Xcpd08638r$euh0Nh1h2]r$r$Rr$jn`XC5H8O4r$jp`jq`jr`Kjs`GubGjO`)r$}r$(hXmdhdhf_cr$hX0(2R,4S)-2-methyl-2,4-dihydroxydihydrofuran-3-oner$h}r$h}r$(Xbigg.metaboliter$Xmdhdhfr$Xbiocycr$XMETA:CPD-10773r$Xchebir$X CHEBI:71316r$Xmetanetx.chemicalr$XMNXM9407r$X seed.compoundr$Xcpd22811r$uh0Nh1h2]r$r$Rr$jn`XC5H8O4r$jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r$}r$(hXDHPTDNRr$hXDihydropteridine reductaser$h}r$h}r$(jC`X SBO:0000375r$X bigg.reactionr$XDHPTDNRr$Xec-coder$X1.5.1.34r$X kegg.reactionr$XR07355r$Xmetanetx.reactionr$X MNXR97443r$Xrhear$]r$(X17865r$X17866r$X17867r$X17868r$eujG`Xb0578r$jH`h#jI`h2]r$j+ ar$Rr$jM`}r$(jO`)r$}r$(hXdhptdn_cr$hX6,7-Dihydropteridiner$h}r$h}r$(Xbigg.metaboliter$Xdhptdnr$Xbiocycr$XMETA:67-DIHYDROPTERIDINEr$Xchebir$]r$(X CHEBI:12184r$X CHEBI:30156r$X CHEBI:4580r$eXhmdbr$X HMDB01441r$X kegg.compoundr$XC05649r$Xmetanetx.chemicalr$XMNXM2952r$X seed.compoundr$Xcpd03360r$uh0Nh1h2]r$r$Rr$jn`XC6H6N4r$jp`jq`jr`Kjs`GubGjnGj{iGj[iG?jO`)r$}r$(hXthptdn_cr$hX5,6,7,8-tetrahydropteridiner$h}r$h}r$(Xbigg.metaboliter$Xthptdnr$Xbiocycr$XMETA:5678-TETRAHYDROPTERIDINEr$Xchebir$]r$(X CHEBI:12077r$X CHEBI:13613r$X CHEBI:20507r$X CHEBI:26918r$X CHEBI:28889r$X CHEBI:30436r$X CHEBI:9487r$eXhmdbr$X HMDB01216r$X kegg.compoundr$XC05650r$Xmetanetx.chemicalr$XMNXM3185r$X seed.compoundr$Xcpd03361r$uh0Nh1h2]r$r$Rr$jn`XC6H10N4r$jp`jq`jr`Kjs`GubG?uh0Njt`Gju`Gubj<`)r$}r$(hXDHPTDNRNr$hX!Dihydropteridine reductase (NADH)r$h}r$h}r$(jC`X SBO:0000375r$X bigg.reactionr$XDHPTDNRNr$Xec-coder$X1.5.1.34r$X kegg.reactionr$XR07354r%Xmetanetx.reactionr%X MNXR97444r%Xrhear%]r%(X17869r%X17870r%X17871r%X17872r%eujG`Xb0578r %jH`h#jI`h2]r %j+ ar %Rr %jM`}r %(j$GjnGj%Xcpd15443r?%uh0Nh1h2]r@%rA%RrB%jn`X C9H12N5O13P3rC%jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rD%}rE%(hXDHQSrF%hX3-dehydroquinate synthaserG%h}rH%h}rI%(jC`X SBO:0000375rJ%X bigg.reactionrK%XDHQSrL%XbiocycrM%X"META:3-DEHYDROQUINATE-SYNTHASE-RXNrN%Xec-coderO%X4.2.3.4rP%X kegg.reactionrQ%XR03083rR%Xmetanetx.reactionrS%X MNXR97447rT%XrhearU%]rV%(X21968rW%X21969rX%X21970rY%X21971rZ%eujG`Xb3389r[%jH`h#jI`h2]r\%jO ar]%Rr^%jM`}r_%(jGjO`)r`%}ra%(hX3dhq_crb%hX3-Dehydroquinaterc%h}rd%h}re%(Xbigg.metaboliterf%X3dhqrg%Xbiocycrh%XMETA:DEHYDROQUINATEri%Xchebirj%]rk%(X CHEBI:11781rl%X CHEBI:12122rm%X CHEBI:1487rn%X CHEBI:17947ro%X CHEBI:19997rp%X CHEBI:32364rq%X CHEBI:42078rr%eXhmdbrs%X HMDB12710rt%X kegg.compoundru%XC00944rv%Xmetanetx.chemicalrw%XMNXM478rx%X seed.compoundry%Xcpd00699rz%uh0Nh1h2]r{%r|%Rr}%jn`XC7H9O6r~%jp`jq`jr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r%}r%(hXDHQTir%hX*3-dehydroquinate dehydratase, irreversibler%h}r%h}r%(jC`X SBO:0000375r%X bigg.reactionr%XDHQTir%Xbiocycr%X%META:3-DEHYDROQUINATE-DEHYDRATASE-RXNr%Xec-coder%X4.2.1.10r%X kegg.reactionr%XR03084r%Xmetanetx.reactionr%X MNXR97449r%Xrhear%]r%(X21096r%X21097r%X21098r%X21099r%eujG`Xb1693r%jH`h#jI`h2]r%ja ar%Rr%jM`}r%(j`%GjO`)r%}r%(hX3dhsk_cr%hX3-Dehydroshikimater%h}r%h}r%(Xbigg.metaboliter%X3dhskr%Xbiocycr%XMETA:3-DEHYDRO-SHIKIMATEr%Xchebir%]r%(X CHEBI:11782r%X CHEBI:12123r%X CHEBI:1488r%X CHEBI:16630r%X CHEBI:17841r%X CHEBI:19998r%X CHEBI:19999r%X CHEBI:2052r%X CHEBI:20566r%X CHEBI:30918r%X CHEBI:42005r%eX kegg.compoundr%XC02637r%Xmetanetx.chemicalr%XMNXM611r%X seed.compoundr%Xcpd01716r%uh0Nh1h2]r%r%Rr%jn`XC7H7O5r%jp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r%}r%(hXDIMPtexr%hX9DIMP transport via diffusion (extracellular to periplasm)r%h}r%h}r%(jC`X SBO:0000375r%X bigg.reactionr%XDIMPtexr%Xmetanetx.reactionr%X MNXR97463r%ujG`X b1377 or b0241 or b0929 or b2215r%jH`h#jI`h2]r%(hIh[h7h er%Rr%jM`}r%(jGjO`)r%}r%(hXdimp_pr%hXDIMP C10H12N4O7Pr%h}r%h}r%(Xbigg.metaboliter%Xdimpr%Xbiocycr%X META:DIMPr%Xchebir%]r%(X CHEBI:19250r%X CHEBI:28806r%X CHEBI:41998r%X CHEBI:43315r%X CHEBI:43377r%X CHEBI:43384r%X CHEBI:43389r%X CHEBI:44500r%X CHEBI:61194r%X CHEBI:837r%eXhmdbr%X HMDB06555r%X kegg.compoundr%XC06196r%Xmetanetx.chemicalr%XMNXM1922r%X seed.compoundr%Xcpd03704r%uh0Nh1h2]r%r%Rr%jn`X C10H11N4O7Pr%jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r%}r%(hXDINSt2ppr%hX8Deoxyinosine transport in via proton symport (periplasm)r%h}r%h}r%(jC`X SBO:0000375r%X bigg.reactionr%XDINSt2ppr%Xbiocycr%XMETA:TRANS-RXN-108Er%Xmetanetx.reactionr%X MNXR97465r%Xrhear%]r%(X29971r%X29972r%X29973r%X29974r&eujG`Xb2964r&jH`h#jI`h2]r&jyar&Rr&jM`}r&(jO`)r&}r&(hXdin_pr&hX Deoxyinosiner &h}r &h}r &(Xbigg.metaboliter &Xdinr &Xbiocycr&XMETA:DEOXYINOSINEr&Xchebir&]r&(X CHEBI:19248r&X CHEBI:23629r&X CHEBI:28997r&X CHEBI:39841r&X CHEBI:43293r&X CHEBI:43436r&X CHEBI:43437r&X CHEBI:4413r&eXhmdbr&X HMDB00071r&X kegg.compoundr&XC05512r&Xmetanetx.chemicalr&XMNXM935r&X seed.compoundr &Xcpd03279r!&uh0Nh1h2]r"&r#&Rr$&jn`X C10H12N4O4r%&jp`jcjr`Kjs`GubGj̪Gj3G?jnG?uh0Njt`Gju`G@@ubj<`)r&&}r'&(hXDINStexr(&hXADeoxyinosine transport via diffusion (extracellular to periplasm)r)&h}r*&h}r+&(jC`X SBO:0000375r,&X bigg.reactionr-&XDINStexr.&Xmetanetx.reactionr/&X MNXR97466r0&ujG`X b1377 or b0241 or b0929 or b2215r1&jH`h#jI`h2]r2&(hIh[h7h er3&Rr4&jM`}r5&(j"Gj&G?uh0Njt`G@ju`G@@ubj<`)r6&}r7&(hXDKGLCNR1r8&hX 2,5-diketo-D-gluconate reductaser9&h}r:&h}r;&(jC`X SBO:0000375r<&X bigg.reactionr=&XDKGLCNR1r>&Xmetanetx.reactionr?&X MNXR97489r@&ujG`Xb0207 or b3012rA&jH`h#jI`h2]rB&(jjserC&RrD&jM`}rE&(jO`)rF&}rG&(hX 25dkglcn_crH&hX2,5-diketo-D-gluconaterI&h}rJ&h}rK&(Xbigg.metaboliterL&X25dkglcnrM&XbiocycrN&XMETA:25-DIDEHYDRO-D-GLUCONATErO&XchebirP&]rQ&(X CHEBI:1070rR&X CHEBI:11449rS&X CHEBI:18281rT&X CHEBI:19378rU&X CHEBI:58428rV&eX kegg.compoundrW&XC02780rX&X lipidmapsrY&X LMFA01050471rZ&Xmetanetx.chemicalr[&XMNXM936r\&X seed.compoundr]&Xcpd01793r^&uh0Nh1h2]r_&r`&Rra&jn`XC6H7O7rb&jp`jq`jr`Jjs`GubGjnGj{iGj#G?j[iG?uh0Njt`Gju`G@@ubj<`)rc&}rd&(hX DKGLCNR2xre&hX'2,5-diketo-D-gluconate reductase (NADH)rf&h}rg&h}rh&(jC`X SBO:0000375ri&X bigg.reactionrj&X DKGLCNR2xrk&Xmetanetx.reactionrl&X MNXR97490rm&Xrhearn&]ro&(X30103rp&X30104rq&X30105rr&X30106rs&eujG`Xb3553rt&jH`h#jI`h2]ru&harv&Rrw&jM`}rx&(jF&GjnGj(X LMPR02030027r?(Xmetanetx.chemicalr@(XMNXM2178rA(X seed.compoundrB(Xcpd15352rC(uh0Nh1h2]rD(rE(RrF(jn`XC50H70O2rG(jp`jq`jr`Kjs`GubG?j'G?jgfG?uh0Njt`Gju`G@@ubj<`)rH(}rI((hXDMSOR2pprJ(hX?Dimethyl sulfoxide reductase (Demethylmenaquinol 8) (periplasm)rK(h}rL(h}rM((jC`X SBO:0000375rN(X bigg.reactionrO(XDMSOR2pprP(Xmetanetx.reactionrQ(X MNXR97532rR(ujG`Xb1872 and b1873rS(jH`h#jI`h2]rT((j9!j'!erU(RrV(jM`}rW((j^aGj'Gj2(G?j'G?jDG?uh0Njt`Gju`G@@ubj<`)rX(}rY((hXDMSOtexrZ(hXGDimethyl sulfoxide transport via diffusion (extracellular to periplasm)r[(h}r\(h}r]((jC`X SBO:0000375r^(X bigg.reactionr_(XDMSOtexr`(Xbiocycra(XMETA:TRANS-RXN0-273rb(Xmetanetx.reactionrc(X MNXR97533rd(Xrheare(]rf((X29699rg(X29700rh(X29701ri(X29702rj(eujG`X b1377 or b0241 or b0929 or b2215rk(jH`h#jI`h2]rl((hIh[h7h erm(Rrn(jM`}ro((jzGj'G?uh0Njt`G@ju`G@@ubj<`)rp(}rq((hXDMSOtpprr(hX6Dimethyl sulfoxide transport via diffusion (periplasm)rs(h}rt(h}ru((jC`X SBO:0000375rv(X bigg.reactionrw(XDMSOtpprx(Xbiocycry(XMETA:TRANS-RXN0-273rz(Xmetanetx.reactionr{(X MNXR97533r|(Xrhear}(]r~((X29699r(X29700r(X29701r(X29702r(eujG`Xs0001r(jH`h#jI`h2]r(jar(Rr(jM`}r((j'Gj'G?uh0Njt`G@ju`G@@ubj<`)r(}r((hXDMStexr(hXEDimethyl sulfide transport via diffusion (extracellular to periplasm)r(h}r(h}r((jC`X SBO:0000375r(X bigg.reactionr(XDMStexr(Xmetanetx.reactionr(X MNXR97534r(ujG`X b1377 or b0241 or b0929 or b2215r(jH`h#jI`h2]r((hIh[h7h er(Rr(jM`}r((jOGj'G?uh0Njt`G@ju`G@@ubj<`)r(}r((hXDNMPPAr(hX.Dihydroneopterin monophosphate dephosphorylaser(h}r(h}r((jC`X SBO:0000375r(X bigg.reactionr(XDNMPPAr(Xbiocycr(X'META:DIHYDRONEOPTERIN-MONO-P-DEPHOS-RXNr(Xec-coder(X3.6.1.-r(X kegg.reactionr(XR04621r(Xmetanetx.reactionr(X MNXR97679r(ujG`h#jH`h#jI`h2]r(r(Rr(jM`}r((jO`)r(}r((hXdhpmp_cr(hXDihydroneopterin monophosphater(h}r(h}r((Xbigg.metaboliter(Xdhpmpr(Xbiocycr(XMETA:DIHYDRONEOPTERIN-Pr(Xchebir(]r((X CHEBI:23756r(X CHEBI:4577r(X CHEBI:48954r(X CHEBI:58762r(eXhmdbr(X HMDB06824r(X kegg.compoundr(XC05925r(Xmetanetx.chemicalr(XMNXM1645r(X seed.compoundr(]r((Xcpd03521r(Xcpd29676r(euh0Nh1h2]r(r(Rr(jn`X C9H12N5O7Pr(jp`jq`jr`Jjs`GubGjgfGj"G?j;nG?uh0Njt`Gju`G@@ubj<`)r(}r((hXDNTPPAr(hX-Dihydroneopterin triphosphate pyrophosphataser(h}r(h}r((jC`X SBO:0000375r(X bigg.reactionr(XDNTPPAr(Xbiocycr(X&META:H2NEOPTERINP3PYROPHOSPHOHYDRO-RXNr(Xec-coder(X3.6.1.67r(X kegg.reactionr(XR04638r(Xmetanetx.reactionr(X MNXR97680r(Xrhear(]r((X25302r(X25303r(X25304r(X25305r(eujG`Xb0099 or b1865r(jH`h#jI`h2]r((jK!j]!er(Rr(jM`}r((j GjgfGj(G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r(}r((hXDOGULNRr(hX2,3 dioxo-L-gulonate reductaser(h}r(h}r((jC`X SBO:0000375r(X bigg.reactionr(XDOGULNRr(Xbiocycr(X META:RXN0-703r(Xec-coder(X 1.1.1.130r(X kegg.reactionr(XR02637r(Xmetanetx.reactionr(X MNXR97688r(Xrhear(]r((X21924r(X21925r(X21926r(X21927r(eujG`Xb3575r(jH`h#jI`h2]r(jo!ar)Rr)jM`}r)(jO`)r)}r)(hX 23doguln_cr)hX2,3-Dioxo-L-gulonater)h}r)h}r)(Xbigg.metaboliter )X23dogulnr )Xbiocycr )]r )(XMETA:CPD-19692r )X META:CPD-334r)eXchebir)]r)(X CHEBI:10900r)X CHEBI:15622r)X CHEBI:18578r)X CHEBI:226r)X CHEBI:57441r)X CHEBI:60793r)eXhmdbr)]r)(X HMDB05971r)X HMDB06511r)X HMDB62803r)eX kegg.compoundr)XC04575r)X lipidmapsr)X LMFA01060195r)Xmetanetx.chemicalr )XMNXM958r!)X seed.compoundr")Xcpd02784r#)uh0Nh1h2]r$)r%)Rr&)jn`XC6H7O7r')jp`jq`jr`Jjs`GubGjnGj)X bigg.reactionr?)X DOXRBCNtexr@)Xmetanetx.reactionrA)X MNXR97760rB)XrhearC)]rD)(X35079rE)X35080rF)X35081rG)X35082rH)eujG`X b0929 or b1377 or b2215 or b0241rI)jH`h#jI`h2]rJ)(hIh[h7h erK)RrL)jM`}rM)(jԀGjO`)rN)}rO)(hX doxrbcn_prP)hX DoxorubicinrQ)h}rR)h}rS)(Xbigg.metaboliterT)XdoxrbcnrU)XbiocycrV)XMETA:CPD-13973rW)XchebirX)]rY)(X CHEBI:22270rZ)X CHEBI:2496r[)X CHEBI:28748r\)X CHEBI:42031r])X CHEBI:64816r^)eXhmdbr_)X HMDB15132r`)X kegg.compoundra)XC01661rb)X kegg.drugrc)XD03899rd)X lipidmapsre)X LMPK13050001rf)Xmetanetx.chemicalrg)X MNXM37015rh)X seed.compoundri)Xcpd01151rj)uh0Nh1h2]rk)rl)Rrm)jn`X C27H29NO11rn)jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)ro)}rp)(hX DOXRBCNtpprq)hX%Doxorubicin transport via TolC systemrr)h}rs)h}rt)(jC`X SBO:0000375ru)X bigg.reactionrv)X DOXRBCNtpprw)Xmetanetx.reactionrx)X MNXR97761ry)ujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rz)jH`h#jI`h2]r{)(jYjkj}jer|)Rr})jM`}r~)(jN)Gj̪GjԀG?jnG?uh0Njt`Gju`G@@ubj<`)r)}r)(hXDPCOAKr)hXDephospho-CoA kinaser)h}r)h}r)(jC`X SBO:0000375r)X bigg.reactionr)XDPCOAKr)Xbiocycr)XMETA:DEPHOSPHOCOAKIN-RXNr)Xec-coder)X2.7.1.24r)X kegg.reactionr)XR00130r)Xmetanetx.reactionr)X MNXR97762r)Xrhear)]r)(X18245r)X18246r)X18247r)X18248r)eujG`Xb0103r)jH`h#jI`h2]r)j!ar)Rr)jM`}r)(jbGjO`)r)}r)(hXdpcoa_cr)hX Dephospho-CoAr)h}r)h}r)(Xbigg.metaboliter)Xdpcoar)Xbiocycr)XMETA:DEPHOSPHO-COAr)Xchebir)]r)(X CHEBI:11793r)X CHEBI:14124r)X CHEBI:15468r)X CHEBI:23642r)X CHEBI:41614r)X CHEBI:4436r)X CHEBI:57328r)eXhmdbr)X HMDB01373r)X kegg.compoundr)XC00882r)X lipidmapsr)X LMFA07050315r)Xmetanetx.chemicalr)XMNXM481r)X seed.compoundr)Xcpd00655r)uh0Nh1h2]r)r)Rr)jn`XC21H33N7O13P2Sr)jp`jq`jr`Jjs`GubGjmG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)r)}r)(hXDPRr)hX2-dehydropantoate 2-reductaser)h}r)h}r)(jC`X SBO:0000375r)X bigg.reactionr)XDPRr)Xbiocycr)X!META:2-DEHYDROPANTOATE-REDUCT-RXNr)Xec-coder)X 1.1.1.169r)X kegg.reactionr)XR02472r)Xmetanetx.reactionr)X MNXR97779r)Xrhear)]r)(X16233r)X16234r)X16235r)X16236r)eujG`Xb0425 or b3774r)jH`h#jI`h2]r)(j!j!er)Rr)jM`}r)(jO`)r)}r)(hX2dhp_cr)hX2-Dehydropantoater)h}r)h}r)(Xbigg.metaboliter)X2dhpr)Xbiocycr)XMETA:2-DEHYDROPANTOATEr)Xchebir)]r)(X CHEBI:1071r)X CHEBI:11561r)X CHEBI:17094r)X CHEBI:19545r)eX kegg.compoundr)XC00966r)Xmetanetx.chemicalr)XMNXM959r)X seed.compoundr)Xcpd00712r)uh0Nh1h2]r)r)Rr)jn`XC6H9O4r)jp`jq`jr`Jjs`GubGjnGj{iGj[iG?jO`)r)}r)(hX pant__R_cr)hX (R)-Pantoater)h}r)h}r)(Xbigg.metaboliter)Xpant__Rr)Xbiocycr)XMETA:L-PANTOATEr)Xchebir)]r)(X CHEBI:11006r)X CHEBI:14737r)X CHEBI:15980r*X CHEBI:18695r*X CHEBI:18696r*X CHEBI:18697r*X CHEBI:350r*X CHEBI:44662r*eX kegg.compoundr*XC00522r*Xmetanetx.chemicalr*XMNXM593r *X seed.compoundr *Xcpd00408r *uh0Nh1h2]r *r *Rr*jn`XC6H11O4r*jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r*}r*(hXDRPAr*hXDeoxyribose-phosphate aldolaser*h}r*h}r*(jC`X SBO:0000375r*X bigg.reactionr*XDRPAr*Xbiocycr*XMETA:DEOXYRIBOSE-P-ALD-RXNr*Xec-coder*X4.1.2.4r*X kegg.reactionr*XR01066r*Xmetanetx.reactionr*X MNXR97787r *Xrhear!*]r"*(X12821r#*X12822r$*X12823r%*X12824r&*eujG`Xb4381r'*jH`h#jI`h2]r(*j!ar)*Rr**jM`}r+*(jO`)r,*}r-*(hX2dr5p_cr.*hX2-Deoxy-D-ribose 5-phosphater/*h}r0*h}r1*(Xbigg.metaboliter2*X2dr5pr3*Xbiocycr4*XMETA:DEOXY-RIBOSE-5Pr5*Xchebir6*]r7*(X CHEBI:1082r8*X CHEBI:11566r9*X CHEBI:16132r:*X CHEBI:19559r;*X CHEBI:42055r<*X CHEBI:55513r=*X CHEBI:57651r>*X CHEBI:62877r?*eXhmdbr@*X HMDB01031rA*X kegg.compoundrB*XC00673rC*Xmetanetx.chemicalrD*XMNXM2179rE*X seed.compoundrF*]rG*(Xcpd00510rH*Xcpd26846rI*euh0Nh1h2]rJ*rK*RrL*jn`XC5H9O7PrM*jp`jq`jr`Jjs`GubGj1G?j8G?uh0Njt`Gju`G@@ubj<`)rN*}rO*(hXDSBAO1rP*hX+DsbA protein reoxidation reaction (aerobic)rQ*h}rR*h}rS*(jC`X SBO:0000375rT*X bigg.reactionrU*XDSBAO1rV*Xmetanetx.reactionrW*X MNXR97791rX*ujG`Xb3860 and b1185rY*jH`h#jI`h2]rZ*(j!j!er[*Rr\*jM`}r]*(jO`)r^*}r_*(hXdsbard_pr`*hX3Periplasmic protein disulfide isomerase I (reduced)ra*h}rb*h}rc*(Xbigg.metaboliterd*Xdsbardre*Xmetanetx.chemicalrf*X MNXM12618rg*X seed.compoundrh*Xcpd15447ri*uh0Nh1h2]rj*rk*Rrl*jn`XXH2rm*jp`jcjr`Kjs`GubGjuGjO`)rn*}ro*(hXdsbaox_prp*hX4Periplasmic protein disulfide isomerase I (oxidized)rq*h}rr*h}rs*(Xbigg.metabolitert*Xdsbaoxru*Xmetanetx.chemicalrv*X MNXM97004rw*X seed.compoundrx*Xcpd15446ry*uh0Nh1h2]rz*r{*Rr|*jn`jjp`jcjr`Kjs`GubG?jkG?uh0Njt`Gju`G@@ubj<`)r}*}r~*(hXDSBAO2r*hX-DsbA protein reoxidation reaction (anaerobic)r*h}r*h}r*(jC`X SBO:0000375r*X bigg.reactionr*XDSBAO2r*Xmetanetx.reactionr*X MNXR97792r*ujG`Xb3860 and b1185r*jH`h#jI`h2]r*(j!j!er*Rr*jM`}r*(j^*GjGjn*G?jhG?uh0Njt`Gju`G@@ubj<`)r*}r*(hXDSBCGTr*hX DsbC:glutathione thiotransferaser*h}r*h}r*(jC`X SBO:0000375r*X bigg.reactionr*XDSBCGTr*Xmetanetx.reactionr*X MNXR97793r*ujG`Xb2893r*jH`h#jI`h2]r*j!ar*Rr*jM`}r*(jO`)r*}r*(hXdsbcox_pr*hX)Protein disulfide isomerase II (oxidized)r*h}r*h}r*(Xbigg.metaboliter*Xdsbcoxr*Xmetanetx.chemicalr*X MNXM97006r*X seed.compoundr*Xcpd15448r*uh0Nh1h2]r*r*Rr*jn`jjp`jcjr`Kjs`GubGjO`)r*}r*(hXgthrd_pr*hXReduced glutathioner*h}r*h}r*(Xbigg.metaboliter*Xgthrdr*Xbiocycr*XMETA:GLUTATHIONEr*Xchebir*]r*(X CHEBI:12402r*X CHEBI:14327r*X CHEBI:16856r*X CHEBI:24334r*X CHEBI:42873r*X CHEBI:43049r*X CHEBI:5437r*X CHEBI:57925r*eXhmdbr*]r*(X HMDB00125r*X HMDB01463r*X HMDB06960r*X HMDB62697r*eX kegg.compoundr*XC00051r*X kegg.drugr*XD00014r*Xmetanetx.chemicalr*XMNXM57r*X seed.compoundr*Xcpd00042r*uh0Nh1h2]r*r*Rr*jn`X C10H16N3O6Sr*jp`jcjr`Jjs`GubGjO`)r*}r*(hXdsbcrd_pr*hX(Protein disulfide isomerase II (reduced)r*h}r*h}r*(Xbigg.metaboliter*Xdsbcrdr*Xmetanetx.chemicalr*X MNXM12772r*X seed.compoundr*Xcpd15449r*uh0Nh1h2]r*r*Rr*jn`XXH2r*jp`jcjr`Kjs`GubG?jO`)r*}r*(hXgthox_pr*hXOxidized glutathioner*h}r*h}r*(Xbigg.metaboliter*Xgthoxr*Xbiocycr*XMETA:OXIDIZED-GLUTATHIONEr*Xchebir*]r*(X CHEBI:14328r*X CHEBI:14720r*X CHEBI:17858r*X CHEBI:24336r*X CHEBI:42832r*X CHEBI:58297r*X CHEBI:7840r*eXhmdbr*X HMDB03337r*X kegg.compoundr*XC00127r*X kegg.drugr*XD00031r*Xmetanetx.chemicalr*XMNXM151r*X seed.compoundr*Xcpd00111r*uh0Nh1h2]r*r+Rr+jn`X C20H30N6O12S2r+jp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r+}r+(hXDSBDRr+hXDsbD reductaser+h}r+h}r+(jC`X SBO:0000375r +X bigg.reactionr +XDSBDRr +Xmetanetx.reactionr +X MNXR97794r +ujG`X*( b4136 and b2582 ) or ( b4136 and b3781 )r+jH`h#jI`h2]r+(j#"j!j"er+Rr+jM`}r+(jO`)r+}r+(hXdsbdox_cr+hX4Fused thiol:disulfide interchange protein (oxidized)r+h}r+h}r+(Xbigg.metaboliter+Xdsbdoxr+Xmetanetx.chemicalr+X MNXM97001r+X seed.compoundr+Xcpd15450r+uh0Nh1h2]r+r +Rr!+jn`jjp`jq`jr`Kjs`GubGjO`)r"+}r#+(hXtrdrd_cr$+hXReduced thioredoxinr%+h}r&+h}r'+(Xbigg.metaboliter(+Xtrdrdr)+Xbiocycr*+XMETA:Red-Thioredoxinr++Xchebir,+X CHEBI:15033r-+X kegg.compoundr.+XC00342r/+Xmetanetx.chemicalr0+X MNXM96993r1+X seed.compoundr2+]r3+(Xcpd11421r4+Xcpd28060r5+euh0Nh1h2]r6+r7+Rr8+jn`XXH2r9+jp`jq`jr`Kjs`GubGjO`)r:+}r;+(hXdsbdrd_cr<+hX3Fused thiol:disulfide interchange protein (reduced)r=+h}r>+h}r?+(Xbigg.metaboliter@+XdsbdrdrA+Xmetanetx.chemicalrB+XMNXM8620rC+X seed.compoundrD+Xcpd15451rE+uh0Nh1h2]rF+rG+RrH+jn`XXH2rI+jp`jq`jr`Kjs`GubG?jO`)rJ+}rK+(hXtrdox_crL+hXOxidized thioredoxinrM+h}rN+h}rO+(Xbigg.metaboliterP+XtrdoxrQ+XbiocycrR+XMETA:Ox-ThioredoxinrS+XchebirT+]rU+(X CHEBI:14726rV+X CHEBI:15240rW+X CHEBI:18191rX+X CHEBI:7845rY+eX kegg.compoundrZ+XC00343r[+Xmetanetx.chemicalr\+XMNXM148r]+X seed.compoundr^+]r_+(Xcpd11420r`+Xcpd27735ra+Xcpd29682rb+euh0Nh1h2]rc+rd+Rre+jn`jjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rf+}rg+(hXDSBGGTrh+hX DsbG:glutathione thiotransferaseri+h}rj+h}rk+(jC`X SBO:0000375rl+X bigg.reactionrm+XDSBGGTrn+Xmetanetx.reactionro+X MNXR97795rp+ujG`Xb0604rq+jH`h#jI`h2]rr+j5"ars+Rrt+jM`}ru+(jO`)rv+}rw+(hXdsbgox_prx+hXCPeriplasmic disulfide isomerase/thiol-disulphide oxidase (oxidized)ry+h}rz+h}r{+(Xbigg.metaboliter|+Xdsbgoxr}+Xmetanetx.chemicalr~+X MNXM97003r+X seed.compoundr+Xcpd15452r+uh0Nh1h2]r+r+Rr+jn`jjp`jcjr`Kjs`GubGj*GjO`)r+}r+(hXdsbgrd_pr+hXBPeriplasmic disulfide isomerase/thiol-disulphide oxidase (reduced)r+h}r+h}r+(Xbigg.metaboliter+Xdsbgrdr+Xmetanetx.chemicalr+X MNXM12615r+X seed.compoundr+Xcpd15453r+uh0Nh1h2]r+r+Rr+jn`XXH2r+jp`jcjr`Kjs`GubG?j*G?uh0Njt`Gju`G@@ubj<`)r+}r+(hXDSERDHrr+hXD-serine dehydrogenaser+h}r+h}r+(jC`X SBO:0000375r+X bigg.reactionr+XDSERDHrr+Xmetanetx.reactionr+X MNXR97797r+Xrhear+]r+(X30107r+X30108r+X30109r+X30110r+eujG`Xb1539r+jH`h#jI`h2]r+jar+Rr+jM`}r+(j[iGjO`)r+}r+(hXser__D_cr+hXD-Seriner+h}r+h}r+(Xbigg.metaboliter+Xser__Dr+Xbiocycr+X META:D-SERINEr+Xchebir+]r+(X CHEBI:13019r+X CHEBI:143888r+X CHEBI:16523r+X CHEBI:21090r+X CHEBI:32840r+X CHEBI:32841r+X CHEBI:35247r+X CHEBI:42262r+X CHEBI:4245r+eXhmdbr+X HMDB03406r+X kegg.compoundr+XC00740r+Xmetanetx.chemicalr+XMNXM694r+X seed.compoundr+Xcpd00550r+uh0Nh1h2]r+r+Rr+jn`XC3H7NO3r+jp`jq`jr`Kjs`GubGjO`)r+}r+(hX2amsa_cr+hX2-Aminomalonate semialdehyder+h}r+h}r+(Xbigg.metaboliter+X2amsar+Xbiocycr+X!META:2-AMINOMALONATE-SEMIALDEHYDEr+Xchebir+]r+(X CHEBI:1020r+X CHEBI:21210r+X CHEBI:37012r+X CHEBI:58671r+X CHEBI:77662r+eX kegg.compoundr+XC11822r+Xmetanetx.chemicalr+XMNXM2124r+X seed.compoundr+Xcpd08626r+uh0Nh1h2]r+r+Rr+jn`XC3H5NO3r+jp`jq`jr`Kjs`GubG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)r+}r+(hXDSERt2ppr+hX4D-serine transport in via proton symport (periplasm)r+h}r+h}r+(jC`X SBO:0000375r+X bigg.reactionr+XDSERt2ppr+Xbiocycr+XMETA:RXN0-5130r+Xmetanetx.reactionr+X MNXR97798r+ujG`Xb4208r+jH`h#jI`h2]r+j ar+Rr+jM`}r+(j̪GjO`)r+}r+(hXser__D_pr+hXD-Seriner+h}r+h}r+(Xbigg.metaboliter+Xser__Dr,Xbiocycr,X META:D-SERINEr,Xchebir,]r,(X CHEBI:13019r,X CHEBI:143888r,X CHEBI:16523r,X CHEBI:21090r,X CHEBI:32840r ,X CHEBI:32841r ,X CHEBI:35247r ,X CHEBI:42262r ,X CHEBI:4245r ,eXhmdbr,X HMDB03406r,X kegg.compoundr,XC00740r,Xmetanetx.chemicalr,XMNXM694r,X seed.compoundr,Xcpd00550r,uh0Nh1h2]r,r,Rr,jn`XC3H7NO3r,jp`jcjr`Kjs`GubGjnG?j+G?uh0Njt`Gju`G@@ubj<`)r,}r,(hXDSERtexr,hX=D-serine transport via diffusion (extracellular to periplasm)r,h}r,h}r,(jC`X SBO:0000375r ,X bigg.reactionr!,XDSERtexr",Xbiocycr#,XMETA:TRANS-RXN0-495r$,Xmetanetx.reactionr%,X MNXR97799r&,Xrhear',]r(,(X29455r),X29456r*,X29457r+,X29458r,,eujG`X b1377 or b0241 or b0929 or b2215r-,jH`h#jI`h2]r.,(hIh[h7h er/,Rr0,jM`}r1,(j Gj+G?uh0Njt`G@ju`G@@ubj<`)r2,}r3,(hXDTARTDr4,hXD(-)-tartrate dehydrataser5,h}r6,h}r7,(jC`X SBO:0000375r8,X bigg.reactionr9,XDTARTDr:,Xbiocycr;,X META:D--TARTRATE-DEHYDRATASE-RXNr<,Xec-coder=,X4.2.1.81r>,X kegg.reactionr?,XR00340r@,Xmetanetx.reactionrA,X MNXR97802rB,XrhearC,]rD,(X18289rE,X18290rF,X18291rG,X18292rH,eujG`Xb4122rI,jH`h#jI`h2]rJ,jG"arK,RrL,jM`}rM,(jO`)rN,}rO,(hX tartr__D_crP,hX D-tartraterQ,h}rR,h}rS,(Xbigg.metaboliterT,Xtartr__DrU,XbiocycrV,XMETA:D-TARTRATErW,XchebirX,]rY,(X CHEBI:11077rZ,X CHEBI:15672r[,X CHEBI:18806r\,X CHEBI:18807r],X CHEBI:30927r^,X CHEBI:35399r_,X CHEBI:446r`,X CHEBI:45873ra,eXhmdbrb,X HMDB29878rc,X kegg.compoundrd,XC02107re,Xmetanetx.chemicalrf,XMNXM7948rg,X seed.compoundrh,Xcpd19018ri,uh0Nh1h2]rj,rk,Rrl,jn`XC4H4O6rm,jp`jq`jr`Jjs`GubGjgfG?jfG?uh0Njt`Gju`G@@ubj<`)rn,}ro,(hXDTMPKrp,hX DTMP kinaserq,h}rr,h}rs,(jC`X SBO:0000375rt,X bigg.reactionru,XDTMPKrv,Xbiocycrw,XMETA:DTMPKI-RXNrx,Xec-codery,]rz,(X2.7.4.12r{,X2.7.4.13r|,X2.7.4.9r},eX kegg.reactionr~,XR02094r,Xmetanetx.reactionr,X MNXR97804r,Xrhear,]r,(X13517r,X13518r,X13519r,X13520r,eujG`Xb1098r,jH`h#jI`h2]r,jY"ar,Rr,jM`}r,(jbGjO`)r,}r,(hXdtmp_cr,hXDTMP C10H13N2O8Pr,h}r,h}r,(Xbigg.metaboliter,Xdtmpr,Xbiocycr,XMETA:TMPr,Xchebir,]r,(X CHEBI:10529r,X CHEBI:14092r,X CHEBI:15246r,X CHEBI:17013r,X CHEBI:26999r,X CHEBI:45759r,X CHEBI:45762r,X CHEBI:45772r,X CHEBI:45926r,X CHEBI:46013r,X CHEBI:46036r,X CHEBI:46960r,X CHEBI:47711r,X CHEBI:63528r,X CHEBI:63549r,eX kegg.compoundr,XC00364r,Xmetanetx.chemicalr,XMNXM257r,X seed.compoundr,Xcpd00298r,uh0Nh1h2]r,r,Rr,jn`X C10H13N2O8Pr,jp`jq`jr`Jjs`GubGjmG?jG?uh0Njt`G@ju`G@@ubj<`)r,}r,(hXDTMPtexr,hX9DTMP transport via diffusion (extracellular to periplasm)r,h}r,h}r,(jC`X SBO:0000375r,X bigg.reactionr,XDTMPtexr,Xmetanetx.reactionr,X MNXR97806r,ujG`X b1377 or b0241 or b0929 or b2215r,jH`h#jI`h2]r,(hIh[h7h er,Rr,jM`}r,(jGjO`)r,}r,(hXdtmp_pr,hXDTMP C10H13N2O8Pr,h}r,h}r,(Xbigg.metaboliter,Xdtmpr,Xbiocycr,XMETA:TMPr,Xchebir,]r,(X CHEBI:10529r,X CHEBI:14092r,X CHEBI:15246r,X CHEBI:17013r,X CHEBI:26999r,X CHEBI:45759r,X CHEBI:45762r,X CHEBI:45772r,X CHEBI:45926r,X CHEBI:46013r,X CHEBI:46036r,X CHEBI:46960r,X CHEBI:47711r,X CHEBI:63528r,X CHEBI:63549r,eX kegg.compoundr,XC00364r,Xmetanetx.chemicalr,XMNXM257r,X seed.compoundr,Xcpd00298r,uh0Nh1h2]r,r,Rr,jn`X C10H13N2O8Pr,jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r,}r,(hXDUMPtexr,hX9DUMP transport via diffusion (extracellular to periplasm)r,h}r,h}r,(jC`X SBO:0000375r,X bigg.reactionr,XDUMPtexr,Xmetanetx.reactionr,X MNXR97813r,ujG`X b1377 or b0241 or b0929 or b2215r,jH`h#jI`h2]r,(hIh[h7h er,Rr,jM`}r,(j4GjO`)r,}r,(hXdump_pr,hXDUMP C9H11N2O8Pr,h}r,h}r,(Xbigg.metaboliter,Xdumpr,Xbiocycr,X META:DUMPr-Xchebir-]r-(X CHEBI:10532r-X CHEBI:14094r-X CHEBI:17622r-X CHEBI:19263r-X CHEBI:246422r-X CHEBI:42245r-X CHEBI:46286r -X CHEBI:46288r -X CHEBI:47722r -eXhmdbr -X HMDB01409r -X kegg.compoundr-XC00365r-Xmetanetx.chemicalr-XMNXM234r-X seed.compoundr-Xcpd00299r-uh0Nh1h2]r-r-Rr-jn`X C9H11N2O8Pr-jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r-}r-(hXDURADxr-hX!Dihydrouracil dehydrogenase (NAD)r-h}r-h}r-(jC`X SBO:0000375r-X bigg.reactionr-XDURADxr -Xec-coder!-X1.3.1.1r"-X kegg.reactionr#-XR00977r$-Xmetanetx.reactionr%-X MNXR97816r&-Xrhear'-]r(-(X20189r)-X20190r*-X20191r+-X20192r,-eujG`Xb2147 and b2146r--jH`h#jI`h2]r.-(j}"jk"er/-Rr0-jM`}r1-(jO`)r2-}r3-(hX56dura_cr4-hX5,6-dihydrouracilr5-h}r6-h}r7-(Xbigg.metaboliter8-X56durar9-Xbiocycr:-XMETA:DI-H-URACILr;-Xchebir<-]r=-(X CHEBI:12078r>-X CHEBI:15901r?-X CHEBI:19360r@-X CHEBI:1999rA-X CHEBI:20511rB-X CHEBI:28622rC-X CHEBI:42107rD-X CHEBI:921rE-eXhmdbrF-X HMDB00076rG-X kegg.compoundrH-XC00429rI-Xmetanetx.chemicalrJ-XMNXM506rK-X seed.compoundrL-Xcpd00337rM-uh0Nh1h2]rN-rO-RrP-jn`XC4H6N2O2rQ-jp`jq`jr`Kjs`GubGjiGjnG?j.hX#1-deoxy-D-xylulose reductoisomeraser?.h}r@.h}rA.(jC`X SBO:0000375rB.X bigg.reactionrC.XDXPRIirD.XbiocycrE.XMETA:DXPREDISOM-RXNrF.Xec-coderG.X 1.1.1.267rH.X kegg.reactionrI.XR05688rJ.Xmetanetx.reactionrK.X MNXR97830rL.XrhearM.]rN.(X13717rO.X13718rP.X13719rQ.X13720rR.eujG`Xb0173rS.jH`h#jI`h2]rT.j"arU.RrV.jM`}rW.(jO`)rX.}rY.(hXdxyl5p_crZ.hX1-deoxy-D-xylulose 5-phosphater[.h}r\.h}r].(Xbigg.metaboliter^.Xdxyl5pr_.Xbiocycr`.XMETA:DEOXYXYLULOSE-5Pra.Xchebirb.]rc.(X CHEBI:11254rd.X CHEBI:16493re.X CHEBI:57792rf.X CHEBI:622rg.eXhmdbrh.X HMDB01213ri.X kegg.compoundrj.XC11437rk.Xmetanetx.chemicalrl.XMNXM622rm.X seed.compoundrn.Xcpd08289ro.uh0Nh1h2]rp.rq.Rrr.jn`XC5H9O7Prs.jp`jq`jr`Jjs`GubGjnGj{iGjO`)rt.}ru.(hX2me4p_crv.hX#2-C-methyl-D-erythritol 4-phosphaterw.h}rx.h}ry.(Xbigg.metaboliterz.X2me4pr{.Xbiocycr|.X(META:2-C-METHYL-D-ERYTHRITOL-4-PHOSPHATEr}.Xchebir~.]r.(X CHEBI:1030r.X CHEBI:11483r.X CHEBI:17764r.X CHEBI:58262r.eX kegg.compoundr.XC11434r.Xmetanetx.chemicalr.XMNXM1626r.X seed.compoundr.Xcpd08286r.uh0Nh1h2]r.r.Rr.jn`XC5H11O7Pr.jp`jq`jr`Jjs`GubG?j[iG?uh0Njt`Gju`G@@ubj<`)r.}r.(hXDXPSr.hX'1-deoxy-D-xylulose 5-phosphate synthaser.h}r.h}r.(jC`X SBO:0000375r.X bigg.reactionr.XDXPSr.Xbiocycr.X META:DXS-RXNr.Xec-coder.X2.2.1.7r.X kegg.reactionr.XR05636r.Xmetanetx.reactionr.X MNXR97831r.Xrhear.]r.(X12605r.X12606r.X12607r.X12608r.eujG`Xb0420r.jH`h#jI`h2]r.j"ar.Rr.jM`}r.(j8GjnGjGjG?jX.G?uh0Njt`Gju`G@@ubj<`)r.}r.(hXDXYLKr.hX1-Deoxy-D-xylulose kinaser.h}r.h}r.(jC`X SBO:0000375r.X bigg.reactionr.XDXYLKr.Xbiocycr.X META:RXN0-382r.Xec-coder.X2.7.1.-r.Xmetanetx.reactionr.X MNXR97832r.Xrhear.]r.(X27990r.X27991r.X27992r.X27993r.eujG`Xb3564r.jH`h#jI`h2]r.j #ar.Rr.jM`}r.(jbGjO`)r.}r.(hXdxyl_cr.hX1-deoxy-D-xyluloser.h}r.h}r.(Xbigg.metaboliter.Xdxylr.Xbiocycr.X META:CPD-1093r.Xchebir.]r.(X CHEBI:19038r.X CHEBI:28354r.X CHEBI:621r.eXhmdbr.X HMDB01292r.X kegg.compoundr.XC06257r.Xmetanetx.chemicalr.XMNXM2454r.X seed.compoundr.Xcpd03738r.uh0Nh1h2]r.r.Rr.jn`XC5H10O4r.jp`jq`jr`Kjs`GubGjmG?jX.G?jnG?uh0Njt`Gju`G@@ubj<`)r.}r.(hXE4PDr.hX#Erythrose 4-phosphate dehydrogenaser.h}r.h}r.(jC`X SBO:0000375r.X bigg.reactionr.XE4PDr.Xbiocycr.XMETA:ERYTH4PDEHYDROG-RXNr.Xec-coder.X1.2.1.72r.X kegg.reactionr.XR01825r.Xmetanetx.reactionr.X MNXR97842r.Xrhear.]r.(X12056r.X12057r.X12058r.X12059r.eujG`Xb2927 or b1779r.jH`h#jI`h2]r.(j#j1#er.Rr.jM`}r.(jGjgfGjiGjO`)r.}r.(hX4per_cr.hX4-Phospho-D-erythronater.h}r.h}r/(Xbigg.metaboliter/X4perr/Xbiocycr/XMETA:ERYTHRONATE-4Pr/Xchebir/]r/(X CHEBI:1924r/X CHEBI:41926r/X CHEBI:49003r /X CHEBI:49055r /X CHEBI:58766r /eX kegg.compoundr /XC03393r /Xmetanetx.chemicalr/XMNXM1407r/X seed.compoundr/Xcpd02147r/uh0Nh1h2]r/r/Rr/jn`XC4H6O8Pr/jp`jq`jr`Jjs`GubG?jnG@j/h}r?/(jC`X SBO:0000375r@/X bigg.reactionrA/XEAR120xrB/Xec-coderC/X2.3.1.-rD/Xmetanetx.reactionrE/X MNXR97847rF/ujG`Xb1288rG/jH`h#jI`h2]rH/jC#arI/RrJ/jM`}rK/(jnGj0Xec-coder?0X1.3.1.9r@0Xmetanetx.reactionrA0X MNXR97861rB0ujG`Xb1288rC0jH`h#jI`h2]rD0jC#arE0RrF0jM`}rG0(jnGj1X bigg.reactionr?1XECAP2ppr@1Xmetanetx.reactionrA1X MNXR97875rB1ujG`Xb3793 and b3785rC1jH`h#jI`h2]rD1(jg#jy#erE1RrF1jM`}rG1(j(1Gj1GjO`)rH1}rI1(hX eca3und_prJ1hX;(enterobacterial common antigen)x3 undecaprenyl-diphosphaterK1h}rL1h}rM1(Xbigg.metaboliterN1Xeca3undrO1Xmetanetx.chemicalrP1XMNXM6543rQ1X seed.compoundrR1Xcpd15456rS1uh0Nh1h2]rT1rU1RrV1jn`XC127H198N9O52P2rW1jp`jcjr`Jjs`GubG?j̪G?j G?uh0Njt`Gju`G@@ubj<`)rX1}rY1(hXECAP3pprZ1hX5Enterobacterial common antigen polymerase (periplasm)r[1h}r\1h}r]1(jC`X SBO:0000375r^1X bigg.reactionr_1XECAP3ppr`1Xmetanetx.reactionra1X MNXR97876rb1ujG`Xb3793 and b3785rc1jH`h#jI`h2]rd1(jy#jg#ere1Rrf1jM`}rg1(jH1Gj1Gj0G?j̪G?j G?uh0Njt`Gju`G@@ubj<`)rh1}ri1(hXECAtpprj1hXMEnterobacterial common antigen transferase (flippase, cytoplasm to periplasm)rk1h}rl1h}rm1(jC`X SBO:0000375rn1X bigg.reactionro1XECAtpprp1Xbiocycrq1XMETA:TRANS-RXN0-279rr1Xmetanetx.reactionrs1X MNXR97878rt1ujG`Xb3792ru1jH`h#jI`h2]rv1j#arw1Rrx1jM`}ry1(jGj1G?uh0Njt`Gju`G@@ubj<`)rz1}r{1(hXECOAH1r|1hX53-hydroxyacyl-CoA dehydratase (3-hydroxybutanoyl-CoA)r}1h}r~1h}r1(jC`X SBO:0000375r1X bigg.reactionr1XECOAH1r1Xbiocycr1XMETA:RXN-11667r1Xec-coder1]r1(X 4.2.1.150r1X4.2.1.17r1X4.2.1.55r1eX kegg.reactionr1XR03026r1Xmetanetx.reactionr1X MNXR97883r1Xrhear1]r1(X26558r1X26559r1X26560r1X26561r1eujG`Xb3846 or b2341r1jH`h#jI`h2]r1(j#j er1Rr1jM`}r1(jO`)r1}r1(hX3hbcoa_cr1hX(S)-3-Hydroxybutanoyl-CoAr1h}r1h}r1(Xbigg.metaboliter1X3hbcoar1Xbiocycr1]r1(XMETA:CPD-12173r1XMETA:S-3-HYDROXYBUTANOYL-COAr1eXchebir1]r1(X CHEBI:11048r1X CHEBI:15453r1X CHEBI:18749r1X CHEBI:18753r1X CHEBI:28259r1X CHEBI:394r1X CHEBI:399r1X CHEBI:39978r1X CHEBI:57316r1X CHEBI:62611r1eXhmdbr1]r1(X HMDB01052r1X HMDB62259r1eX kegg.compoundr1]r1(XC01144r1XC06000r1eX lipidmapsr1]r1(X LMFA07050153r1X LMFA07050157r1eXmetanetx.chemicalr1XMNXM446r1X seed.compoundr1]r1(Xcpd00842r1Xcpd03572r1euh0Nh1h2]r1r1Rr1jn`XC25H38N7O18P3Sr1jp`jq`jr`Jjs`GubGj4G?jgfG?uh0Njt`G@ju`G@@ubj<`)r1}r1(hXECOAH2r1hX53-hydroxyacyl-CoA dehydratase (3-hydroxyhexanoyl-CoA)r1h}r1h}r1(jC`X SBO:0000375r1X bigg.reactionr1XECOAH2r1Xbiocycr1XMETA:RXN-12567r1Xec-coder1]r1(X4.2.1.17r1X4.2.1.74r1eX kegg.reactionr1XR04749r1Xmetanetx.reactionr1X MNXR97886r1Xrhear1]r1(X30547r1X30548r1X30549r1X30550r1eujG`Xb3846 or b2341r1jH`h#jI`h2]r1(j#j er1Rr1jM`}r1(jO`)r1}r1(hX3hhcoa_cr1hX(S)-3-Hydroxyhexanoyl-CoAr1h}r1h}r1(Xbigg.metaboliter1X3hhcoar1Xbiocycr1XMETA:OH-HEXANOYL-COAr1Xchebir1]r1(X CHEBI:18780r1X CHEBI:28276r1X CHEBI:419r1X CHEBI:62075r1eXhmdbr1]r1(X HMDB03942r1X HMDB62262r1eX kegg.compoundr1XC05268r1X lipidmapsr1]r1(X LMFA07050017r1X LMFA07050156r1eXmetanetx.chemicalr1XMNXM757r2X seed.compoundr2Xcpd03122r2uh0Nh1h2]r2r2Rr2jn`XC27H42N7O18P3Sr2jp`jq`jr`Jjs`GubGjgfG?jG?uh0Njt`G@ju`G@@ubj<`)r2}r2(hXECOAH3r 2hX53-hydroxyacyl-CoA dehydratase (3-hydroxyoctanoyl-CoA)r 2h}r 2h}r 2(jC`X SBO:0000375r 2X bigg.reactionr2XECOAH3r2Xec-coder2]r2(X4.2.1.17r2X4.2.1.74r2eX kegg.reactionr2XR04746r2Xmetanetx.reactionr2X MNXR97888r2Xrhear2]r2(X31199r2X31200r2X31201r2X31202r2eujG`Xb3846 or b2341r2jH`h#jI`h2]r2(j#j er 2Rr!2jM`}r"2(jO`)r#2}r$2(hX3hocoa_cr%2hX(S)-3-Hydroxyoctanoyl-CoAr&2h}r'2h}r(2(Xbigg.metaboliter)2X3hocoar*2Xchebir+2]r,2(X CHEBI:18750r-2X CHEBI:18781r.2X CHEBI:27800r/2X CHEBI:28632r02X CHEBI:395r12X CHEBI:420r22X CHEBI:62617r32eXhmdbr42X HMDB03940r52X kegg.compoundr62XC05266r72X lipidmapsr82]r92(X LMFA07050015r:2X LMFA07050160r;2eXmetanetx.chemicalr<2XMNXM766r=2X seed.compoundr>2Xcpd03120r?2uh0Nh1h2]r@2rA2RrB2jn`XC29H46N7O18P3SrC2jp`jq`jr`Jjs`GubGjgfG?jG?uh0Njt`G@ju`G@@ubj<`)rD2}rE2(hXECOAH4rF2hX53-hydroxyacyl-CoA dehydratase (3-hydroxydecanoyl-CoA)rG2h}rH2h}rI2(jC`X SBO:0000375rJ2X bigg.reactionrK2XECOAH4rL2XbiocycrM2XMETA:RXN-13616rN2Xec-coderO2]rP2(X4.2.1.17rQ2X4.2.1.74rR2eX kegg.reactionrS2XR04744rT2Xmetanetx.reactionrU2X MNXR97889rV2XrhearW2]rX2(X31191rY2X31192rZ2X31193r[2X31194r\2eujG`Xb3846 or b2341r]2jH`h#jI`h2]r^2(j#j er_2Rr`2jM`}ra2(jO`)rb2}rc2(hX3hdcoa_crd2hX(S)-3-Hydroxydecanoyl-CoAre2h}rf2h}rg2(Xbigg.metaboliterh2X3hdcoari2Xbiocycrj2XMETA:CPD0-2244rk2Xchebirl2]rm2(X CHEBI:18779rn2X CHEBI:28325ro2X CHEBI:418rp2X CHEBI:62616rq2eXhmdbrr2X HMDB03938rs2X kegg.compoundrt2XC05264ru2X lipidmapsrv2]rw2(X LMFA07050014rx2X LMFA07050154ry2eXmetanetx.chemicalrz2XMNXM674r{2X seed.compoundr|2Xcpd03118r}2uh0Nh1h2]r~2r2Rr2jn`XC31H50N7O18P3Sr2jp`jq`jr`Jjs`GubGjG?jgfG?uh0Njt`G@ju`G@@ubj<`)r2}r2(hXECOAH5r2hX73-hydroxyacyl-CoA dehydratase (3-hydroxydodecanoyl-CoA)r2h}r2h}r2(jC`X SBO:0000375r2X bigg.reactionr2XECOAH5r2Xec-coder2]r2(X4.2.1.17r2X4.2.1.74r2eX kegg.reactionr2XR04170r2Xmetanetx.reactionr2X MNXR97890r2Xrhear2]r2(X31075r2X31076r2X31077r2X31078r2eujG`Xb3846 or b2341r2jH`h#jI`h2]r2(j j#er2Rr2jM`}r2(jO`)r2}r2(hX 3hddcoa_cr2hX(S)-3-Hydroxydodecanoyl-CoAr2h}r2h}r2(Xbigg.metaboliter2X3hddcoar2Xbiocycr2XMETA:CPD0-2107r2Xchebir2]r2(X CHEBI:18751r2X CHEBI:27668r2X CHEBI:396r2X CHEBI:62558r2eXhmdbr2]r2(X HMDB03936r2X HMDB62260r2eX kegg.compoundr2XC05262r2X lipidmapsr2X LMFA07050158r2Xmetanetx.chemicalr2XMNXM733r2X seed.compoundr2Xcpd03116r2uh0Nh1h2]r2r2Rr2jn`XC33H54N7O18P3Sr2jp`jq`jr`Jjs`GubGj>G?jgfG?uh0Njt`G@ju`G@@ubj<`)r2}r2(hXECOAH6r2hX:3-hydroxyacyl-CoA dehydratase (3-hydroxytetradecanoyl-CoA)r2h}r2h}r2(jC`X SBO:0000375r2X bigg.reactionr2XECOAH6r2Xbiocycr2XMETA:RXN-14273r2Xec-coder2]r2(X4.2.1.17r2X4.2.1.74r2eX kegg.reactionr2XR04740r2Xmetanetx.reactionr2X MNXR97891r2Xrhear2]r2(X31171r2X31172r2X31173r2X31174r2eujG`Xb3846 or b2341r2jH`h#jI`h2]r2(j#j er2Rr2jM`}r2(jO`)r2}r2(hX 3htdcoa_cr2hX(S)-3-Hydroxytetradecanoyl-CoAr2h}r2h}r2(Xbigg.metaboliter2X3htdcoar2Xbiocycr2XMETA:CPD0-2171r2Xchebir2]r2(X CHEBI:18754r2X CHEBI:27466r2X CHEBI:400r2X CHEBI:62614r2eXhmdbr2X HMDB03934r2X kegg.compoundr2XC05260r2X lipidmapsr2X LMFA07050257r2Xmetanetx.chemicalr2XMNXM767r2X seed.compoundr2]r2(Xcpd03115r2Xcpd26436r2euh0Nh1h2]r2r2Rr2jn`XC35H58N7O18P3Sr2jp`jq`jr`Jjs`GubGjgfG?jG?uh0Njt`G@ju`G@@ubj<`)r2}r2(hXECOAH7r2hX93-hydroxyacyl-CoA dehydratase (3-hydroxyhexadecanoyl-CoA)r2h}r3h}r3(jC`X SBO:0000375r3X bigg.reactionr3XECOAH7r3Xbiocycr3XMETA:RXN-14272r3Xec-coder3]r3(X4.2.1.17r 3X4.2.1.74r 3eX kegg.reactionr 3XR04738r 3Xmetanetx.reactionr 3X MNXR97892r3Xrhear3]r3(X31163r3X31164r3X31165r3X31166r3eujG`Xb3846 or b2341r3jH`h#jI`h2]r3(j#j er3Rr3jM`}r3(jO`)r3}r3(hX 3hhdcoa_cr3hX(S)-3-Hydroxyhexadecanoyl-CoAr3h}r3h}r3(Xbigg.metaboliter 3X3hhdcoar!3Xbiocycr"3XMETA:CPD0-2232r#3Xchebir$3]r%3(X CHEBI:18752r&3X CHEBI:27402r'3X CHEBI:397r(3X CHEBI:62613r)3eXhmdbr*3]r+3(X HMDB03932r,3X HMDB62261r-3eX kegg.compoundr.3XC05258r/3X lipidmapsr03X LMFA07050161r13Xmetanetx.chemicalr23XMNXM825r33X seed.compoundr43Xcpd03113r53uh0Nh1h2]r63r73Rr83jn`XC37H62N7O18P3Sr93jp`jq`jr`Jjs`GubGjgfG?jG?uh0Njt`G@ju`G@@ubj<`)r:3}r;3(hXECOAH8r<3hX93-hydroxyacyl-CoA dehydratase (3-hydroxyoctadecanoyl-CoA)r=3h}r>3h}r?3(jC`X SBO:0000375r@3X bigg.reactionrA3XECOAH8rB3Xec-coderC3]rD3(X 4.2.1.134rE3X4.2.1.17rF3eXmetanetx.reactionrG3X MNXR97893rH3ujG`Xb3846 or b2341rI3jH`h#jI`h2]rJ3(j#j erK3RrL3jM`}rM3(jO`)rN3}rO3(hX 3hodcoa_crP3hX(S)-3-Hydroxyoctadecanoyl-CoArQ3h}rR3h}rS3(Xbigg.metaboliterT3X3hodcoarU3XbiocycrV3XMETA:CPD0-2253rW3XchebirX3]rY3(X CHEBI:50577rZ3X CHEBI:87561r[3eX lipidmapsr\3X LMFA07050159r]3Xmetanetx.chemicalr^3X MNXM31746r_3X seed.compoundr`3Xcpd15204ra3uh0Nh1h2]rb3rc3Rrd3jn`XC39H66N7O18P3Sre3jp`jq`jr`Jjs`GubGjgfG?j(G?uh0Njt`G@ju`G@@ubj<`)rf3}rg3(hXEDArh3hX+2-dehydro-3-deoxy-phosphogluconate aldolaseri3h}rj3h}rk3(jC`X SBO:0000375rl3X bigg.reactionrm3XEDArn3Xbiocycro3XMETA:KDPGALDOL-RXNrp3Xec-coderq3]rr3(X4.1.2.14rs3X4.1.2.55rt3eX kegg.reactionru3XR05605rv3Xmetanetx.reactionrw3X MNXR97897rx3Xrheary3]rz3(X17089r{3X17090r|3X17091r}3X17092r~3eujG`Xb1850r3jH`h#jI`h2]r3j#ar3Rr3jM`}r3(jGj8G?jG?uh0Njt`Gju`G@@ubj<`)r3}r3(hXEDDr3hX6-phosphogluconate dehydrataser3h}r3h}r3(jC`X SBO:0000375r3X bigg.reactionr3XEDDr3Xbiocycr3XMETA:PGLUCONDEHYDRAT-RXNr3Xec-coder3X4.2.1.12r3X kegg.reactionr3XR02036r3Xmetanetx.reactionr3X MNXR97898r3Xrhear3]r3(X17277r3X17278r3X17279r3X17280r3eujG`Xb1851r3jH`h#jI`h2]r3j#ar3Rr3jM`}r3(jO`)r3}r3(hX6pgc_cr3hX6-Phospho-D-gluconater3h}r3h}r3(Xbigg.metaboliter3X6pgcr3Xbiocycr3X META:CPD-2961r3Xchebir3]r3(X CHEBI:12232r3X CHEBI:16863r3X CHEBI:2231r3X CHEBI:33851r3X CHEBI:40282r3X CHEBI:48928r3X CHEBI:58759r3eXhmdbr3]r3(X HMDB01316r3X HMDB62800r3eX kegg.compoundr3XC00345r3Xmetanetx.chemicalr3XMNXM325r3X seed.compoundr3Xcpd00284r3uh0Nh1h2]r3r3Rr3jn`X C6H10O10Pr3jp`jq`jr`Jjs`GubGjG?jgfG?uh0Njt`Gju`G@@ubj<`)r3}r3(hXEDTXS1r3hX)Endotoxin Synthesis (lauroyl transferase)r3h}r3h}r3(jC`X SBO:0000375r3X bigg.reactionr3XEDTXS1r3Xec-coder3X 2.3.1.241r3Xmetanetx.reactionr3X MNXR97899r3ujG`Xb1054r3jH`h#jI`h2]r3j#ar3Rr3jM`}r3(jGjO`)r3}r3(hX kdo2lipid4_cr3hXKDO(2)-lipid IV(A)r3h}r3h}r3(Xbigg.metaboliter3X kdo2lipid4r3Xbiocycr3XMETA:KDO2-LIPID-IVAr3Xchebir3]r3(X CHEBI:23657r3X CHEBI:28526r3X CHEBI:4477r3X CHEBI:60365r3eX kegg.compoundr3XC06025r3X kegg.glycanr3XG11160r3X lipidmapsr3X LMSL02000003r3Xmetanetx.chemicalr3XMNXM824r3X seed.compoundr3Xcpd03586r3uh0Nh1h2]r3r3Rr3jn`XC84H148N2O37P2r3jp`jq`jr`Jjs`GubGjrG?jO`)r3}r3(hX kdo2lipid4L_cr3hXKDO(2)-lipid IV(A) with laurater3h}r3h}r3(Xbigg.metaboliter3X kdo2lipid4Lr3Xchebir3]r3(X CHEBI:25015r3X CHEBI:27422r3X CHEBI:61524r3X CHEBI:61554r3X CHEBI:6393r3eX kegg.compoundr4XC06251r4X lipidmapsr4X LMSL02000002r4Xmetanetx.chemicalr4XMNXM1870r4X seed.compoundr4]r4(Xcpd03736r4Xcpd29678r 4euh0Nh1h2]r 4r 4Rr 4jn`XC96H170N2O38P2r 4jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r4}r4(hXEDTXS2r4hX+Endotoxin Synthesis (myristoyl transferase)r4h}r4h}r4(jC`X SBO:0000375r4X bigg.reactionr4XEDTXS2r4Xec-coder4X 2.3.1.243r4Xmetanetx.reactionr4X MNXR97901r4ujG`Xb1855r4jH`h#jI`h2]r4j#ar4Rr4jM`}r4(j3Gj?GjrG?jO`)r 4}r!4(hXlipa_cr"4hXKDO(2)-lipid (A)r#4h}r$4h}r%4(Xbigg.metaboliter&4Xlipar'4Xchebir(4]r)4(X CHEBI:23656r*4X CHEBI:27963r+4X CHEBI:4476r,4X CHEBI:58540r-4eX kegg.compoundr.4XC06026r/4X lipidmapsr04X LMSL02000001r14Xmetanetx.chemicalr24XMNXM946r34X seed.compoundr44Xcpd03587r54uh0Nh1h2]r64r74Rr84jn`XC110H196N2O39P2r94jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r:4}r;4(hXEDTXS3r<4hX&Endotoxin Synthesis (palmitoleoyl ACP)r=4h}r>4h}r?4(jC`X SBO:0000375r@4X bigg.reactionrA4XEDTXS3rB4Xmetanetx.reactionrC4X MNXR97903rD4ujG`Xb2378rE4jH`h#jI`h2]rF4j#arG4RrH4jM`}rI4(jGj3GjrG?jO`)rJ4}rK4(hX kdo2lipid4p_crL4hX$KDO(2)-lipid IV(A) with palmitoleoylrM4h}rN4h}rO4(Xbigg.metaboliterP4X kdo2lipid4prQ4XbiocycrR4XMETA:CPD0-2265rS4Xmetanetx.chemicalrT4X MNXM58983rU4X seed.compoundrV4Xcpd15491rW4uh0Nh1h2]rX4rY4RrZ4jn`XC100H176N2O38P2r[4jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r\4}r]4(hXEDTXS4r^4hX+Endotoxin Synthesis (myristoyl transferase)r_4h}r`4h}ra4(jC`X SBO:0000375rb4X bigg.reactionrc4XEDTXS4rd4Xmetanetx.reactionre4X MNXR97904rf4ujG`Xb1855rg4jH`h#jI`h2]rh4j#ari4Rrj4jM`}rk4(jJ4Gj?GjrG?jO`)rl4}rm4(hX lipa_cold_crn4hXCold adapted KDO(2)-lipid (A)ro4h}rp4h}rq4(Xbigg.metaboliterr4X lipa_coldrs4Xbiocycrt4XMETA:KDO2-LIPID-IVA-COLDru4Xchebirv4]rw4(X CHEBI:61522rx4X CHEBI:61556ry4eXmetanetx.chemicalrz4XMNXM6016r{4X seed.compoundr|4Xcpd15493r}4uh0Nh1h2]r~4r4Rr4jn`XC114H202N2O39P2r4jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r4}r4(hXEGMEACPRr4hX*Enoylglutaryl-[ACP] methyl ester reductaser4h}r4h}r4(jC`X SBO:0000375r4X bigg.reactionr4XEGMEACPRr4Xec-coder4X1.3.1.10r4X kegg.reactionr4XR10118r4Xmetanetx.reactionr4X MNXR97906r4ujG`Xb1288r4jH`h#jI`h2]r4jC#ar4Rr4jM`}r4(jO`)r4}r4(hX egmeACP_cr4hX1Enoylglutaryl-[acyl-carrier protein] methyl esterr4h}r4h}r4(Xbigg.metaboliter4XegmeACPr4Xbiocycr4X$META:Enoylglutaryl-ACP-methyl-estersr4X kegg.compoundr4XC20374r4Xmetanetx.chemicalr4X MNXM11489r4X seed.compoundr4Xcpd27020r4uh0Nh1h2]r4r4Rr4jn`XC17H27N2O10PRSr4jp`jq`jr`Jjs`GubGjnGj{iGjO`)r4}r4(hXgmeACP_cr4hX,Glutaryl-[acyl-carrier protein] methyl esterr4h}r4h}r4(Xbigg.metaboliter4XgmeACPr4Xbiocycr4XMETA:Glutaryl-ACP-methyl-estersr4X kegg.compoundr4XC20375r4Xmetanetx.chemicalr4X MNXM11700r4X seed.compoundr4Xcpd27180r4uh0Nh1h2]r4r4Rr4jn`XC17H29N2O10PRSr4jp`jq`jr`Jjs`GubG?j[iG?uh0Njt`Gju`G@@ubj<`)r4}r4(hX ENLIPAabctexr4hXQPhosphoethanolamine lipid A transport via ABC system (periplasm to extracellular)r4h}r4h}r4(jC`X SBO:0000375r4X bigg.reactionr4X ENLIPAabctexr4Xmetanetx.reactionr4X MNXR97922r4ujG`X-b4261 and b3201 and b3200 and b3199 and b4262r4jH`h#jI`h2]r4(jjjjjer4Rr4jM`}r4(jbGjO`)r4}r4(hXenlipa_pr4hX$Phosphoethanolamine KDO(2)-lipid (A)r4h}r4h}r4(Xbigg.metaboliter4Xenlipar4Xchebir4]r4(X CHEBI:47762r4X CHEBI:60085r4eX kegg.compoundr4XC21173r4Xmetanetx.chemicalr4XMNXM7670r4X seed.compoundr4Xcpd15459r4uh0Nh1h2]r4r4Rr4jn`XC112H202N3O42P3r4jp`jcjr`Jjs`GubGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r4}r4(hXENOr4hXEnolaser4h}r4h}r4(jC`X SBO:0000375r4X bigg.reactionr4XENOr4Xbiocycr4XMETA:2PGADEHYDRAT-RXNr4Xec-coder4X4.2.1.11r4X kegg.reactionr4XR00658r4Xmetanetx.reactionr4X MNXR97932r4Xrhear4]r4(X10164r4X10165r4X10166r4X10167r4eujG`Xb2779r4jH`h#jI`h2]r4j $ar4Rr4jM`}r4(jO`)r5}r5(hX2pg_cr5hXD-Glycerate 2-phosphater5h}r5h}r5(Xbigg.metaboliter5X2pgr5Xbiocycr5X META:2-PGr 5Xchebir 5]r 5(X CHEBI:11651r 5X CHEBI:1267r 5X CHEBI:12986r5X CHEBI:17835r5X CHEBI:21028r5X CHEBI:24344r5X CHEBI:39868r5X CHEBI:58289r5X CHEBI:88350r5eXhmdbr5]r5(X HMDB03391r5X HMDB62707r5eX kegg.compoundr5XC00631r5Xmetanetx.chemicalr5XMNXM275r5X seed.compoundr5Xcpd00482r5uh0Nh1h2]r5r 5Rr!5jn`XC3H4O7Pr"5jp`jq`jr`Jjs`GubGjgfG?jG?uh0Njt`G@ju`G@@ubj<`)r#5}r$5(hXENTCSr%5hXEnterochelin synthaser&5h}r'5h}r(5(jC`X SBO:0000375r)5X bigg.reactionr*5XENTCSr+5Xmetanetx.reactionr,5X MNXR97933r-5Xrhear.5]r/5(X28566r05X28567r15X28568r25X28569r35eujG`Xb0583r45jH`h#jI`h2]r55j$ar65Rr75jM`}r85(jf GjO`)r95}r:5(hXseramp_cr;5hX L-seryl-AMPr<5h}r=5h}r>5(Xbigg.metaboliter?5Xserampr@5XbiocycrA5XMETA:SERYL-AMPrB5XchebirC5]rD5(X CHEBI:286rE5X CHEBI:61231rF5X CHEBI:61645rG5eX kegg.compoundrH5XC05820rI5Xmetanetx.chemicalrJ5X MNXM114390rK5X seed.compoundrL5]rM5(Xcpd03452rN5Xcpd15564rO5euh0Nh1h2]rP5rQ5RrR5jn`X C13H19N6O9PrS5jp`jq`jr`Kjs`GubGjG@j eG?jnG@"uh0Njt`Gju`G@@ubj<`)rT5}rU5(hXENTERESrV5hXEnterochelin EsteraserW5h}rX5h}rY5(jC`X SBO:0000375rZ5X bigg.reactionr[5XENTERESr\5Xbiocycr]5XMETA:RXN0-1661r^5Xec-coder_5X3.1.1.-r`5Xmetanetx.reactionra5X MNXR97934rb5Xrhearc5]rd5(X28018re5X28019rf5X28020rg5X28021rh5eujG`Xb0585ri5jH`h#jI`h2]rj5j-$ark5Rrl5jM`}rm5(j eGjgfGj G@jnG@uh0Njt`Gju`G@@ubj<`)rn5}ro5(hXENTERES2rp5hX%Enterochelin Esterase (Fe containing)rq5h}rr5h}rs5(jC`X SBO:0000375rt5X bigg.reactionru5XENTERES2rv5Xmetanetx.reactionrw5X MNXR97935rx5Xrheary5]rz5(X30111r{5X30112r|5X30113r}5X30114r~5eujG`Xb0585r5jH`h#jI`h2]r5j-$ar5Rr5jM`}r5(jO`)r5}r5(hX feenter_cr5hXFe-enterobactinr5h}r5h}r5(Xbigg.metaboliter5Xfeenterr5Xchebir5]r5(X CHEBI:21133r5X CHEBI:28199r5X CHEBI:38151r5X CHEBI:4993r5X CHEBI:70745r5eX kegg.compoundr5XC06230r5Xmetanetx.chemicalr5XMNXM7354r5uh0Nh1h2]r5r5Rr5jn`X C30H27FeN3O15r5jp`jq`jr`Kjs`GubGjgfGj G@jceG?jnG@uh0Njt`Gju`G@@ubj<`)r5}r5(hXEPMEACPRr5hX*Enoylpimeloyl-[ACP] methyl ester reductaser5h}r5h}r5(jC`X SBO:0000375r5X bigg.reactionr5XEPMEACPRr5Xec-coder5X1.3.1.10r5X kegg.reactionr5XR10122r5Xmetanetx.reactionr5X MNXR97945r5ujG`Xb1288r5jH`h#jI`h2]r5jC#ar5Rr5jM`}r5(jO`)r5}r5(hX epmeACP_cr5hX1Enoylpimeloyl-[acyl-carrier protein] methyl esterr5h}r5h}r5(Xbigg.metaboliter5XepmeACPr5Xbiocycr5X$META:Enoylpimeloyl-ACP-methyl-estersr5X kegg.compoundr5XC20378r5Xmetanetx.chemicalr5X MNXM11490r5X seed.compoundr5Xcpd27021r5uh0Nh1h2]r5r5Rr5jn`XC19H31N2O10PRSr5jp`jq`jr`Jjs`GubGjnGj{iGj[iG?jO`)r5}r5(hXpmeACP_cr5hX,Pimeloyl-[acyl-carrier protein] methyl esterr5h}r5h}r5(Xbigg.metaboliter5XpmeACPr5Xbiocycr5XMETA:Pimeloyl-ACP-methyl-estersr5X kegg.compoundr5XC19846r5Xmetanetx.chemicalr5X MNXM12694r5X seed.compoundr5Xcpd21088r5uh0Nh1h2]r5r5Rr5jn`XC19H33N2O10PRSr5jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r5}r5(hXETHAALr5hXEthanolamine ammonia-lyaser5h}r5h}r5(jC`X SBO:0000375r5X bigg.reactionr5XETHAALr5Xbiocycr5XMETA:ETHAMLY-RXNr5Xec-coder5X4.3.1.7r5X kegg.reactionr5XR00749r5Xmetanetx.reactionr5X MNXR97968r5Xrhear5]r5(X15313r5X15314r5X15315r5X15316r5eujG`Xb2440 and b2441r5jH`h#jI`h2]r5(jQ$j?$er5Rr5jM`}r5(jO`)r5}r5(hXetha_cr5hX Ethanolaminer5h}r5h}r5(Xbigg.metaboliter5Xethar5Xbiocycr5XMETA:ETHANOL-AMINEr5Xchebir5]r5(X CHEBI:14223r5X CHEBI:16000r6X CHEBI:23979r6X CHEBI:272066r6X CHEBI:42323r6X CHEBI:4880r6X CHEBI:57603r6eXhmdbr6]r6(X HMDB00149r6X HMDB62693r 6eX kegg.compoundr 6XC00189r 6X kegg.drugr 6XD05074r 6Xmetanetx.chemicalr6XMNXM218r6X seed.compoundr6Xcpd00162r6uh0Nh1h2]r6r6Rr6jn`XC2H8NOr6jp`jq`jr`Kjs`GubGj1G?jiG?uh0Njt`Gju`G@@ubj<`)r6}r6(hXETHAt2ppr6hX,Ethanolamine transport in via proton symportr6h}r6h}r6(jC`X SBO:0000375r6X bigg.reactionr6XETHAt2ppr6Xmetanetx.reactionr6X MNXR97975r 6ujG`h#jH`h#jI`h2]r!6r"6Rr#6jM`}r$6(jO`)r%6}r&6(hXetha_pr'6hX Ethanolaminer(6h}r)6h}r*6(Xbigg.metaboliter+6Xethar,6Xbiocycr-6XMETA:ETHANOL-AMINEr.6Xchebir/6]r06(X CHEBI:14223r16X CHEBI:16000r26X CHEBI:23979r36X CHEBI:272066r46X CHEBI:42323r56X CHEBI:4880r66X CHEBI:57603r76eXhmdbr86]r96(X HMDB00149r:6X HMDB62693r;6eX kegg.compoundr<6XC00189r=6X kegg.drugr>6XD05074r?6Xmetanetx.chemicalr@6XMNXM218rA6X seed.compoundrB6Xcpd00162rC6uh0Nh1h2]rD6rE6RrF6jn`XC2H8NOrG6jp`jcjr`Kjs`GubGj̪Gj5G?jnG?uh0Njt`Gju`G@@ubj<`)rH6}rI6(hXETHAtexrJ6hX4Ethanolamine transport via diffusion (extracellular)rK6h}rL6h}rM6(jC`X SBO:0000375rN6X bigg.reactionrO6XETHAtexrP6XbiocycrQ6XMETA:TRANS-RXN0-476rR6Xmetanetx.reactionrS6X MNXR97974rT6XrhearU6]rV6(X32747rW6X32748rX6X32749rY6X32750rZ6eujG`X b1377 or b0241 or b0929 or b2215r[6jH`h#jI`h2]r\6(hIh[h7h er]6Rr^6jM`}r_6(jGj%6G?uh0Njt`G@ju`G@@ubj<`)r`6}ra6(hX ETHSO3abcpprb6hX4Ethanesulfonate transport via ABC system (periplasm)rc6h}rd6h}re6(jC`X SBO:0000375rf6X bigg.reactionrg6X ETHSO3abcpprh6Xmetanetx.reactionri6X MNXR97977rj6ujG`Xb0933 and b0936 and b0934rk6jH`h#jI`h2]rl6(jj jerm6Rrn6jM`}ro6(jbGjO`)rp6}rq6(hXethso3_prr6hXEthanesulfonaters6h}rt6h}ru6(Xbigg.metaboliterv6Xethso3rw6Xbiocycrx6XMETA:CPD-10434ry6Xchebirz6]r{6(X CHEBI:42465r|6X CHEBI:61909r}6eXmetanetx.chemicalr~6XMNXM7343r6X seed.compoundr6Xcpd11579r6uh0Nh1h2]r6r6Rr6jn`XC2H5O3Sr6jp`jcjr`Jjs`GubGjgfGjmG?jO`)r6}r6(hXethso3_cr6hXEthanesulfonater6h}r6h}r6(Xbigg.metaboliter6Xethso3r6Xbiocycr6XMETA:CPD-10434r6Xchebir6]r6(X CHEBI:42465r6X CHEBI:61909r6eXmetanetx.chemicalr6XMNXM7343r6X seed.compoundr6Xcpd11579r6uh0Nh1h2]r6r6Rr6jn`XC2H5O3Sr6jp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r6}r6(hX ETHSO3texr6hXDEthanesulfonate transport via diffusion (extracellular to periplasm)r6h}r6h}r6(jC`X SBO:0000375r6X bigg.reactionr6X ETHSO3texr6Xmetanetx.reactionr6X MNXR97978r6ujG`X b1377 or b0241 or b0929 or b2215r6jH`h#jI`h2]r6(hIh[h7h er6Rr6jM`}r6(j+Gjp6G?uh0Njt`G@ju`G@@ubj<`)r6}r6(hXETOHtexr6hX<Ethanol transport via diffusion (extracellular to periplasm)r6h}r6h}r6(jC`X SBO:0000375r6X bigg.reactionr6XETOHtexr6Xbiocycr6XMETA:TRANS-RXN0-546r6Xmetanetx.reactionr6X MNXR97980r6Xrhear6]r6(X35267r6X35268r6X35269r6X35270r6eujG`X b1377 or b0241 or b0929 or b2215r6jH`h#jI`h2]r6(hIh[h7h er6Rr6jM`}r6(jNGjO`)r6}r6(hXetoh_pr6hXEthanolr6h}r6h}r6(Xbigg.metaboliter6Xetohr6Xbiocycr6X META:ETOHr6Xchebir6]r6(X CHEBI:14222r6X CHEBI:16236r6X CHEBI:23978r6X CHEBI:30878r6X CHEBI:30880r6X CHEBI:42377r6X CHEBI:44594r6X CHEBI:4879r6X CHEBI:52092r6eXhmdbr6X HMDB00108r6X kegg.compoundr6XC00469r6X kegg.drugr6]r6(XD00068r6XD02798r6XD04855r6XD06542r6eXmetanetx.chemicalr6XMNXM303r6X seed.compoundr6Xcpd00363r6uh0Nh1h2]r6r6Rr6jn`XC2H6Or6jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r6}r6(hXETOHtrppr6hX6Ethanol reversible transport via diffusion (periplasm)r6h}r6h}r6(jC`X SBO:0000375r6X bigg.reactionr6XETOHtrppr6Xbiocycr6XMETA:TRANS-RXN0-546r6Xmetanetx.reactionr6X MNXR97980r6Xrhear6]r6(X35267r6X35268r6X35269r6X35270r6eujG`Xs0001r6jH`h#jI`h2]r6jar7Rr7jM`}r7(j6GjG?uh0Njt`G@ju`G@@ubj<`)r7}r7(hXF6PAr7hXFructose 6-phosphate aldolaser7h}r7h}r7(jC`X SBO:0000375r 7X bigg.reactionr 7XF6PAr 7Xbiocycr 7X META:RXN0-313r 7Xec-coder7X4.1.2.-r7Xmetanetx.reactionr7X MNXR99075r7Xrhear7]r7(X28002r7X28003r7X28004r7X28005r7eujG`Xb0825 or b3946r7jH`h#jI`h2]r7(jc$ju$er7Rr7jM`}r7(jsGjoG?j8G?uh0Njt`G@ju`G@@ubj<`)r7}r7(hXF6PPr7hX"D-fructose 6-phosphate phosphataser 7h}r!7h}r"7(jC`X SBO:0000375r#7X bigg.reactionr$7XF6PPr%7Xmetanetx.reactionr&7X MNXR99077r'7ujG`Xb0822r(7jH`h#jI`h2]r)7j$ar*7Rr+7jM`}r,7(jsGjgfGjO`)r-7}r.7(hXfru_cr/7hX D-Fructoser07h}r17h}r27(Xbigg.metaboliter37Xfrur47Xbiocycr57]r67(XMETA:CPD-15382r77XMETA:D-Fructopyranoser87XMETA:FRUr97XMETA:Fructofuranoser:7eXchebir;7]r<7(X CHEBI:12923r=7X CHEBI:15824r>7X CHEBI:20929r?7X CHEBI:24104r@7X CHEBI:24110rA7X CHEBI:28757rB7X CHEBI:37714rC7X CHEBI:37721rD7X CHEBI:4118rE7X CHEBI:4119rF7X CHEBI:47424rG7X CHEBI:48095rH7X CHEBI:5172rI7eXhmdbrJ7X HMDB62538rK7X kegg.compoundrL7]rM7(XC00095rN7XC01496rO7XC05003rP7XC10906rQ7eX kegg.drugrR7XD00114rS7Xmetanetx.chemicalrT7XMNXM175rU7X seed.compoundrV7]rW7(Xcpd00082rX7Xcpd19015rY7Xcpd27040rZ7euh0Nh1h2]r[7r\7Rr]7jn`XC6H12O6r^7jp`jq`jr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r_7}r`7(hX F6Pt6_2ppra7hXAFructose-6-phosphate transport via phosphate antiport (periplasm)rb7h}rc7h}rd7(jC`X SBO:0000375re7X bigg.reactionrf7X F6Pt6_2pprg7Xmetanetx.reactionrh7X MNXR99079ri7ujG`Xb3666rj7jH`h#jI`h2]rk7j$arl7Rrm7jM`}rn7(jO`)ro7}rp7(hXf6p_prq7hXD-Fructose 6-phosphaterr7h}rs7h}rt7(Xbigg.metaboliteru7Xf6prv7Xbiocycrw7XMETA:FRUCTOSE-6Prx7Xchebiry7]rz7(X CHEBI:10375r{7X CHEBI:12352r|7X CHEBI:16084r}7X CHEBI:22768r~7X CHEBI:42378r7X CHEBI:57634r7eXhmdbr7X HMDB03971r7X kegg.compoundr7XC05345r7Xmetanetx.chemicalr7X MNXM89621r7X seed.compoundr7Xcpd19035r7uh0Nh1h2]r7r7Rr7jn`XC6H11O9Pr7jp`jcjr`Jjs`GubGj;nGjsG?j0G@uh0Njt`Gju`G@@ubj<`)r7}r7(hXF6Ptexr7hXIFructose 6-phosphate transport via diffusion (extracellular to periplasm)r7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7XF6Ptexr7Xmetanetx.reactionr7X MNXR99076r7ujG`X b1377 or b0241 or b0929 or b2215r7jH`h#jI`h2]r7(hIh[h7h er7Rr7jM`}r7(jGjo7G?uh0Njt`G@ju`G@@ubj<`)r7}r7(hX FA100ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA100ACPHir7Xec-coder7X3.1.2.21r7Xmetanetx.reactionr7X MNXR99086r7ujG`Xb0404r7jH`h#jI`h2]r7j$ar7Rr7jM`}r7(jGjgfGjrG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r7}r7(hX FA120ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA120ACPHir7Xec-coder7X3.1.2.21r7Xmetanetx.reactionr7X MNXR99087r7ujG`Xb0404r7jH`h#jI`h2]r7j$ar7Rr7jM`}r7(jGjgfGjrG?j}G?jnG?uh0Njt`Gju`G@@ubj<`)r7}r7(hX FA140ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA140ACPHir7Xec-coder7X3.1.2.14r7Xmetanetx.reactionr7X MNXR99089r7ujG`Xb0404r7jH`h#jI`h2]r7j$ar7Rr7jM`}r7(jgfGj?GjrG?jnG?jٯG?uh0Njt`Gju`G@@ubj<`)r7}r7(hX FA141ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA141ACPHir7Xec-coder7X3.1.2.14r7Xmetanetx.reactionr7X MNXR99093r7ujG`Xb0404r7jH`h#jI`h2]r7j$ar7Rr7jM`}r7(jgfGj_GjrG?jnG?j G?uh0Njt`Gju`G@@ubj<`)r7}r7(hX FA160ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA160ACPHir7Xec-coder7X3.1.2.14r7Xmetanetx.reactionr7X MNXR99097r7ujG`Xb0404r7jH`h#jI`h2]r7j$ar7Rr7jM`}r7(jgfGjGjrG?jnG?j;G?uh0Njt`Gju`G@@ubj<`)r7}r7(hX FA161ACPHir7hXFatty-acyl-ACP hydrolaser7h}r7h}r7(jC`X SBO:0000375r7X bigg.reactionr7X FA161ACPHir7Xec-coder8X3.1.2.14r8Xmetanetx.reactionr8X MNXR99103r8ujG`Xb0404r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGjGjrG?jnG?jwG?uh0Njt`Gju`G@@ubj<`)r 8}r 8(hX FA80ACPHir 8hXFatty-acyl-ACP hydrolaser 8h}r 8h}r8(jC`X SBO:0000375r8X bigg.reactionr8X FA80ACPHir8Xec-coder8X3.1.2.21r8Xmetanetx.reactionr8X MNXR99125r8ujG`Xb0404r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGjdGjrG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r8}r8(hX FACOAE100r8hX'Fatty-acid-CoA thioesterase (decanoate)r8h}r8h}r 8(jC`X SBO:0000375r!8X bigg.reactionr"8X FACOAE100r#8Xec-coder$8X3.1.2.2r%8Xmetanetx.reactionr&8X MNXR99127r'8ujG`Xb0452r(8jH`h#jI`h2]r)8j$ar*8Rr+8jM`}r,8(j|GjgfGjcG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r-8}r.8(hX FACOAE120r/8hX)Fatty-acid-CoA thioesterase (dodecanoate)r08h}r18h}r28(jC`X SBO:0000375r38X bigg.reactionr48X FACOAE120r58Xec-coder68X3.1.2.2r78Xmetanetx.reactionr88X MNXR99128r98ujG`Xb0452r:8jH`h#jI`h2]r;8j$ar<8Rr=8jM`}r>8(jGjgfGjcG?j}G?jnG?uh0Njt`Gju`G@@ubj<`)r?8}r@8(hX FACOAE140rA8hX,Fatty-acid-CoA thioesterase (tetradecanoate)rB8h}rC8h}rD8(jC`X SBO:0000375rE8X bigg.reactionrF8X FACOAE140rG8Xec-coderH8X3.1.2.2rI8Xmetanetx.reactionrJ8X MNXR99129rK8ujG`Xb0452rL8jH`h#jI`h2]rM8j$arN8RrO8jM`}rP8(jgfGj1GjcG?jnG?jٯG?uh0Njt`Gju`G@@ubj<`)rQ8}rR8(hX FACOAE141rS8hX,Fatty-acid-CoA thioesterase (tetradecenoate)rT8h}rU8h}rV8(jC`X SBO:0000375rW8X bigg.reactionrX8X FACOAE141rY8Xmetanetx.reactionrZ8X MNXR99130r[8ujG`Xb0452r\8jH`h#jI`h2]r]8j$ar^8Rr_8jM`}r`8(jgfGj,GjcG?jnG?j G?uh0Njt`Gju`G@@ubj<`)ra8}rb8(hX FACOAE160rc8hX+Fatty-acid-CoA thioesterase (hexadecanoate)rd8h}re8h}rf8(jC`X SBO:0000375rg8X bigg.reactionrh8X FACOAE160ri8Xbiocycrj8X META:PALMITOYL-COA-HYDROLASE-RXNrk8Xec-coderl8]rm8(X3.1.2.2rn8X3.1.2.22ro8eX kegg.reactionrp8XR01274rq8Xmetanetx.reactionrr8X MNXR99131rs8Xrheart8]ru8(X16645rv8X16646rw8X16647rx8X16648ry8eujG`Xb0452rz8jH`h#jI`h2]r{8j$ar|8Rr}8jM`}r~8(jgfGjGjcG?jnG?j;G?uh0Njt`Gju`G@@ubj<`)r8}r8(hX FACOAE161r8hX+Fatty-acid-CoA thioesterase (hexadecenoate)r8h}r8h}r8(jC`X SBO:0000375r8X bigg.reactionr8X FACOAE161r8Xmetanetx.reactionr8X MNXR99132r8ujG`Xb0452r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGjLGjcG?jnG?jwG?uh0Njt`Gju`G@@ubj<`)r8}r8(hX FACOAE180r8hX+Fatty-acid-CoA thioesterase (octadecanoate)r8h}r8h}r8(jC`X SBO:0000375r8X bigg.reactionr8X FACOAE180r8Xbiocycr8X META:RXN-9624r8Xec-coder8X3.1.2.2r8X kegg.reactionr8XR08174r8Xmetanetx.reactionr8X MNXR99133r8Xrhear8]r8(X30139r8X30140r8X30141r8X30142r8eujG`Xb0452r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGj GjcG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r8}r8(hX FACOAE181r8hX+Fatty-acid-CoA thioesterase (octadecenoate)r8h}r8h}r8(jC`X SBO:0000375r8X bigg.reactionr8X FACOAE181r8Xmetanetx.reactionr8X MNXR99134r8ujG`Xb0452r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGjlGjcG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r8}r8(hXFACOAE60r8hX'Fatty-acid-CoA thioesterase (hexanoate)r8h}r8h}r8(jC`X SBO:0000375r8X bigg.reactionr8XFACOAE60r8Xmetanetx.reactionr8X MNXR99139r8ujG`Xb0452r8jH`h#jI`h2]r8j$ar8Rr8jM`}r8(jgfGjGjcG?jnG?jO`)r8}r8(hXhxa_cr8hXHexanoate (n-C6:0)r8h}r8h}r8(Xbigg.metaboliter8Xhxar8Xbiocycr8XMETA:HEXANOATEr8Xchebir8]r8(X CHEBI:14398r8X CHEBI:17120r8X CHEBI:24569r8X CHEBI:24571r8X CHEBI:30776r8X CHEBI:40213r8X CHEBI:5702r8eXhmdbr8]r8(X HMDB00535r8X HMDB61883r8eX kegg.compoundr8XC01585r8X lipidmapsr8X LMFA01010006r8Xmetanetx.chemicalr8XMNXM1653r8X seed.compoundr8Xcpd01113r8uh0Nh1h2]r8r8Rr8jn`XC6H11O2r8jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r8}r8(hXFACOAE80r8hX'Fatty-acid-CoA thioesterase (octanoate)r8h}r8h}r8(jC`X SBO:0000375r8X bigg.reactionr8XFACOAE80r8Xmetanetx.reactionr8X MNXR99140r8Xrhear8]r8(X30143r8X30144r8X30145r8X30146r8eujG`Xb0452r8jH`h#jI`h2]r9j$ar9Rr9jM`}r9(jgfGj(GjcG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r9}r9(hX FACOAL100t2ppr9hXFFatty-acid-CoA ligase (decanoate transport via vectoral Co-A coupling)r9h}r9h}r 9(jC`X SBO:0000375r 9X bigg.reactionr 9X FACOAL100t2ppr 9Xmetanetx.reactionr 9X MNXR99142r9ujG`Xb1805 or b1701r9jH`h#jI`h2]r9(j$j$er9Rr9jM`}r9(jbGjcGjGj̪GjG?j|G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r9}r9(hX FACOAL120t2ppr9hXHFatty-acid-CoA ligase (dodecanoate transport via vectoral Co-A coupling)r9h}r9h}r9(jC`X SBO:0000375r9X bigg.reactionr9X FACOAL120t2ppr9Xmetanetx.reactionr9X MNXR99144r9ujG`Xb1701 or b1805r9jH`h#jI`h2]r 9(j$j$er!9Rr"9jM`}r#9(jbGjcGjGj̪GjG?jG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r$9}r%9(hX FACOAL140t2ppr&9hXKFatty-acid-CoA ligase (tetradecanoate transport via vectoral Co-A coupling)r'9h}r(9h}r)9(jC`X SBO:0000375r*9X bigg.reactionr+9X FACOAL140t2ppr,9Xmetanetx.reactionr-9X MNXR99147r.9ujG`Xb1701 or b1805r/9jH`h#jI`h2]r09(j$j$er19Rr29jM`}r39(jbGjcGj̪GjO`)r49}r59(hXttdca_pr69hXTetradecanoate (n-C14:0)r79h}r89h}r99(Xbigg.metaboliter:9Xttdcar;9Xmetanetx.chemicalr<9X MNXM162239r=9uh0Nh1h2]r>9r?9Rr@9jn`XC14H27O2rA9jp`jcjr`Jjs`GubGjG?jnG?jnnG?j1G?uh0Njt`Gju`G@@ubj<`)rB9}rC9(hX FACOAL141t2pprD9hXKFatty-acid-CoA ligase (tetradecenoate transport via vectoral Co-A coupling)rE9h}rF9h}rG9(jC`X SBO:0000375rH9X bigg.reactionrI9X FACOAL141t2pprJ9Xmetanetx.reactionrK9X MNXR99149rL9ujG`Xb1701 or b1805rM9jH`h#jI`h2]rN9(j$j$erO9RrP9jM`}rQ9(jbGjcGj̪GjO`)rR9}rS9(hXttdcea_prT9hXTetradecenoate (n-C14:1)rU9h}rV9h}rW9(Xbigg.metaboliterX9XttdcearY9Xmetanetx.chemicalrZ9XMNXM641r[9uh0Nh1h2]r\9r]9Rr^9jn`XC14H25O2r_9jp`jcjr`Jjs`GubGjG?jnG?jnnG?j,G?uh0Njt`Gju`G@@ubj<`)r`9}ra9(hX FACOAL160t2pprb9hXJFatty-acid-CoA ligase (hexadecanoate transport via vectoral Co-A coupling)rc9h}rd9h}re9(jC`X SBO:0000375rf9X bigg.reactionrg9X FACOAL160t2pprh9Xmetanetx.reactionri9X MNXR99155rj9Xrheark9]rl9(X51716rm9X51717rn9X51718ro9X51719rp9eujG`Xb1701 or b1805rq9jH`h#jI`h2]rr9(j$j$ers9Rrt9jM`}ru9(jbGjcGj̪GjO`)rv9}rw9(hXhdca_prx9hXHexadecanoate (n-C16:0)ry9h}rz9h}r{9(Xbigg.metaboliter|9Xhdcar}9Xbiocycr~9XMETA:PALMITATEr9Xchebir9]r9(X CHEBI:14730r9X CHEBI:15756r9X CHEBI:231736r9X CHEBI:233028r9X CHEBI:24540r9X CHEBI:24541r9X CHEBI:24542r9X CHEBI:24550r9X CHEBI:29889r9X CHEBI:35978r9X CHEBI:44952r9X CHEBI:7896r9eXhmdbr9]r9(X HMDB00220r9X HMDB60083r9eX kegg.compoundr9XC00249r9X kegg.drugr9XD05341r9X lipidmapsr9]r9(X LMFA01010001r9X LMFA01010046r9eXmetanetx.chemicalr9XMNXM108r9X seed.compoundr9Xcpd00214r9uh0Nh1h2]r9r9Rr9jn`XC16H31O2r9jp`jcjr`Jjs`GubGjG?jnG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r9}r9(hX FACOAL161t2ppr9hXJFatty-acid-CoA ligase (hexadecenoate transport via vectoral Co-A coupling)r9h}r9h}r9(jC`X SBO:0000375r9X bigg.reactionr9X FACOAL161t2ppr9Xmetanetx.reactionr9X MNXR99158r9ujG`Xb1805 or b1701r9jH`h#jI`h2]r9(j$j$er9Rr9jM`}r9(jbGjcGj̪GjO`)r9}r9(hXhdcea_pr9hXHexadecenoate (n-C16:1)r9h}r9h}r9(Xbigg.metaboliter9Xhdcear9Xmetanetx.chemicalr9XMNXM950r9uh0Nh1h2]r9r9Rr9jn`XC16H29O2r9jp`jcjr`Jjs`GubGjG?jnG?jLG?jnnG?uh0Njt`Gju`G@@ubj<`)r9}r9(hX FACOAL180t2ppr9hXJFatty-acid-CoA ligase (octadecanoate transport via vectoral Co-A coupling)r9h}r9h}r9(jC`X SBO:0000375r9X bigg.reactionr9X FACOAL180t2ppr9Xmetanetx.reactionr9X MNXR99167r9Xrhear9]r9(X51720r9X51721r9X51722r9X51723r9eujG`Xb1701 or b1805r9jH`h#jI`h2]r9(j$j$er9Rr9jM`}r9(jbGjcGj̪GjO`)r9}r9(hXocdca_pr9hXOctadecanoate (n-C18:0)r9h}r9h}r9(Xbigg.metaboliter9Xocdcar9Xbiocycr9XMETA:STEARIC_ACIDr9Xchebir9]r9(X CHEBI:231588r9X CHEBI:25629r9X CHEBI:25631r9X CHEBI:28842r9X CHEBI:45710r9eXhmdbr9X HMDB00827r9X kegg.compoundr9XC01530r9X kegg.drugr9XD00119r9X lipidmapsr9]r9(X LMFA01010018r9X LMFA01010047r9eXmetanetx.chemicalr9XMNXM236r9X seed.compoundr9Xcpd01080r9uh0Nh1h2]r9r9Rr9jn`XC18H35O2r9jp`jcjr`Jjs`GubGjG?jnG?jnnG?j G?uh0Njt`Gju`G@@ubj<`)r9}r9(hX FACOAL181t2ppr9hXJFatty-acid-CoA ligase (octadecenoate transport via vectoral Co-A coupling)r9h}r9h}r9(jC`X SBO:0000375r9X bigg.reactionr:X FACOAL181t2ppr:Xmetanetx.reactionr:X MNXR99173r:ujG`Xb1805 or b1701r:jH`h#jI`h2]r:(j$j$er:Rr:jM`}r:(jbGjcGj̪GjO`)r :}r :(hXocdcea_pr :hXOctadecenoate (n-C18:1)r :h}r :h}r:(Xbigg.metaboliter:Xocdcear:Xbiocycr:XMETA:OLEATE-CPDr:Xchebir:]r:(X CHEBI:104361r:X CHEBI:14684r:X CHEBI:16196r:X CHEBI:25663r:X CHEBI:25664r:X CHEBI:30823r:X CHEBI:44741r:X CHEBI:7741r:eX kegg.compoundr:XC00712r:X kegg.drugr:XD02315r :X lipidmapsr!:]r":(X LMFA01030002r#:X LMFA01030763r$:X LMFA01030810r%:eXmetanetx.chemicalr&:XMNXM306r':X seed.compoundr(:Xcpd00536r):uh0Nh1h2]r*:r+:Rr,:jn`XC18H33O2r-:jp`jcjr`Jjs`GubGjG?jnG?jlG?jnnG?uh0Njt`Gju`G@@ubj<`)r.:}r/:(hX FACOAL60t2ppr0:hXFFatty-acid-CoA ligase (hexanoate transport via vectoral Co-A coupling)r1:h}r2:h}r3:(jC`X SBO:0000375r4:X bigg.reactionr5:X FACOAL60t2ppr6:Xmetanetx.reactionr7:X MNXR99204r8:ujG`Xb1805 or b1701r9:jH`h#jI`h2]r::(j$j$er;:Rr<:jM`}r=:(jbGjcGj̪GjO`)r>:}r?:(hXhxa_pr@:hXHexanoate (n-C6:0)rA:h}rB:h}rC:(Xbigg.metaboliterD:XhxarE:XbiocycrF:XMETA:HEXANOATErG:XchebirH:]rI:(X CHEBI:14398rJ:X CHEBI:17120rK:X CHEBI:24569rL:X CHEBI:24571rM:X CHEBI:30776rN:X CHEBI:40213rO:X CHEBI:5702rP:eXhmdbrQ:]rR:(X HMDB00535rS:X HMDB61883rT:eX kegg.compoundrU:XC01585rV:X lipidmapsrW:X LMFA01010006rX:Xmetanetx.chemicalrY:XMNXM1653rZ:X seed.compoundr[:Xcpd01113r\:uh0Nh1h2]r]:r^:Rr_:jn`XC6H11O2r`:jp`jcjr`Jjs`GubGjG?jnG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)ra:}rb:(hX FACOAL80t2pprc:hXFFatty-acid-CoA ligase (octanoate transport via vectoral Co-A coupling)rd:h}re:h}rf:(jC`X SBO:0000375rg:X bigg.reactionrh:X FACOAL80t2ppri:Xmetanetx.reactionrj:X MNXR99206rk:Xrhearl:]rm:(X51824rn:X51825ro:X51826rp:X51827rq:eujG`Xb1805 or b1701rr:jH`h#jI`h2]rs:(j$j$ert:Rru:jM`}rv:(jbGjcGj̪GjO`)rw:}rx:(hXocta_pry:hXOctanoate (n-C8:0)rz:h}r{:h}r|:(Xbigg.metaboliter}:Xoctar~:Xbiocycr:X META:CPD-195r:Xchebir:]r:(X CHEBI:25646r:X CHEBI:25648r:X CHEBI:28837r:X CHEBI:3373r:X CHEBI:44501r:eXhmdbr:]r:(X HMDB00482r:X HMDB62511r:eX kegg.compoundr:XC06423r:X kegg.drugr:XD05220r:X lipidmapsr:X LMFA01010008r:Xmetanetx.chemicalr:XMNXM750r:X seed.compoundr:Xcpd03846r:uh0Nh1h2]r:r:Rr:jn`XC8H15O2r:jp`jcjr`Jjs`GubGjG?jnG?j(G?jnnG?uh0Njt`Gju`G@@ubj<`)r:}r:(hXFADRxr:hX FAD reductaser:h}r:h}r:(jC`X SBO:0000375r:X bigg.reactionr:XFADRxr:Xbiocycr:X META:RXN-8506r:Xec-coder:]r:(X1.5.1.36r:X1.5.1.37r:X1.5.1.45r:eX kegg.reactionr:XR09748r:Xmetanetx.reactionr:X MNXR99215r:Xrhear:]r:(X30147r:X30148r:X30149r:X30150r:eujG`Xb3844r:jH`h#jI`h2]r:j$ar:Rr:jM`}r:(j&eGjnGj;(hIh[h7h er?;Rr@;jM`}rA;(jGjO`)rB;}rC;(hXfald_prD;hX FormaldehyderE;h}rF;h}rG;(Xbigg.metaboliterH;XfaldrI;XbiocycrJ;]rK;(XMETA:CARBONYL-GROUPrL;XMETA:FORMALDEHYDErM;eXchebirN;]rO;(X CHEBI:14274rP;X CHEBI:16842rQ;X CHEBI:24077rR;X CHEBI:337763rS;X CHEBI:5142rT;eXhmdbrU;X HMDB01426rV;X kegg.compoundrW;XC00067rX;X kegg.drugrY;XD00017rZ;Xmetanetx.chemicalr[;XMNXM56r\;X seed.compoundr];Xcpd00055r^;uh0Nh1h2]r_;r`;Rra;jn`XCH2Orb;jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rc;}rd;(hXFALDtppre;hX0Formaldehyde transport via diffusion (periplasm)rf;h}rg;h}rh;(jC`X SBO:0000375ri;X bigg.reactionrj;XFALDtpprk;Xmetanetx.reactionrl;X MNXR99238rm;ujG`Xs0001rn;jH`h#jI`h2]ro;jarp;Rrq;jM`}rr;(jB;GjO`)rs;}rt;(hXfald_cru;hX Formaldehyderv;h}rw;h}rx;(Xbigg.metabolitery;Xfaldrz;Xbiocycr{;]r|;(XMETA:CARBONYL-GROUPr};XMETA:FORMALDEHYDEr~;eXchebir;]r;(X CHEBI:14274r;X CHEBI:16842r;X CHEBI:24077r;X CHEBI:337763r;X CHEBI:5142r;eXhmdbr;X HMDB01426r;X kegg.compoundr;XC00067r;X kegg.drugr;XD00017r;Xmetanetx.chemicalr;XMNXM56r;X seed.compoundr;Xcpd00055r;uh0Nh1h2]r;r;Rr;jn`XCH2Or;jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r;}r;(hXFALGTHLsr;hX-Formaldehyde glutathione ligase (spontaneous)r;h}r;h}r;(jC`X SBO:0000375r;X bigg.reactionr;XFALGTHLsr;Xbiocycr;X META:RXN-2961r;Xec-coder;X4.4.1.22r;X kegg.reactionr;XR06982r;Xmetanetx.reactionr;X MNXR99239r;Xrhear;]r;(X22488r;X22489r;X22490r;X22491r;eujG`Xs0001r;jH`h#jI`h2]r;jar;Rr;jM`}r;(js;Gj$fGj:G?uh0Njt`G@ju`G@@ubj<`)r;}r;(hXFBAr;hXFructose-bisphosphate aldolaser;h}r;h}r;(jC`X SBO:0000375r;X bigg.reactionr;XFBAr;Xec-coder;X4.1.2.13r;X kegg.reactionr;XR01068r;Xmetanetx.reactionr;X MNXR99459r;Xrhear;]r;(X14729r;X14730r;X14731r;X14732r;eujG`Xb1773 or b2097 or b2925r;jH`h#jI`h2]r;(j)%j;%jM%er;Rr;jM`}r;(jO`)r;}r;(hXfdp_cr;hXD-Fructose 1,6-bisphosphater;h}r;h}r;(Xbigg.metaboliter;Xfdpr;Xchebir;]r;(X CHEBI:37736r;X CHEBI:49299r;eX kegg.compoundr;XC00354r;Xmetanetx.chemicalr;XMNXM417r;X seed.compoundr;Xcpd00290r;uh0Nh1h2]r;r;Rr;jn`X C6H10O12P2r;jp`jq`jr`Jjs`GubGjG?j8G?uh0Njt`G@ju`G@@ubj<`)r;}r;(hXFBA3r;hXASedoheptulose 1,7-bisphosphate D-glyceraldehyde-3-phosphate-lyaser;h}r;h}r;(jC`X SBO:0000375r;X bigg.reactionr;XFBA3r;Xbiocycr;XMETA:SEDOBISALDOL-RXNr;Xec-coder;]r;(X4.1.2.-r;X4.1.2.13r;eX kegg.reactionr;XR01829r;Xmetanetx.reactionr;X MNXR99461r;Xrhear;]r;(X30167r;X30168r;X30169r;X30170r;eujG`Xb2925r;jH`h#jI`h2]r;j)%ar;Rr;jM`}r;(jO`)r;}r;(hXs17bp_cr<hXSedoheptulose 1,7-bisphosphater<h}r<h}r<(Xbigg.metaboliter<Xs17bpr<Xbiocycr<XMETA:D-SEDOHEPTULOSE-1-7-P2r<Xchebir<]r <(X CHEBI:15072r <X CHEBI:17969r <X CHEBI:26620r <X CHEBI:58335r <X CHEBI:9081r<eXhmdbr<X HMDB60274r<X kegg.compoundr<XC00447r<Xmetanetx.chemicalr<XMNXM1294r<X seed.compoundr<Xcpd00349r<uh0Nh1h2]r<r<Rr<jn`X C7H12O13P2r<jp`jq`jr`Jjs`GubGjG?jG?uh0Njt`G@ju`G@@ubj<`)r<}r<(hXFBPr<hXFructose-bisphosphataser<h}r<h}r <(jC`X SBO:0000375r!<X bigg.reactionr"<XFBPr#<Xec-coder$<X3.1.3.11r%<Xmetanetx.reactionr&<X MNXR99465r'<Xrhear(<]r)<(X11064r*<X11065r+<X11066r,<X11067r-<eujG`Xb4232 or b3925 or b2930r.<jH`h#jI`h2]r/<(j%j_%jq%er0<Rr1<jM`}r2<(j;GjgfGjsG?j;nG?uh0Njt`Gju`G@@ubj<`)r3<}r4<(hXFCIr5<hXL-fucose isomeraser6<h}r7<h}r8<(jC`X SBO:0000375r9<X bigg.reactionr:<XFCIr;<Xec-coder<<X5.3.1.3r=<Xmetanetx.reactionr><X MNXR99468r?<ujG`Xb2802r@<jH`h#jI`h2]rA<j%arB<RrC<jM`}rD<(jO`)rE<}rF<(hXfuc__L_crG<hXL-FucoserH<h}rI<h}rJ<(Xbigg.metaboliterK<Xfuc__LrL<XbiocycrM<]rN<(XMETA:CPD-15619rO<XMETA:L-fucosesrP<eXchebirQ<X CHEBI:48204rR<XhmdbrS<X HMDB62489rT<Xmetanetx.chemicalrU<X MNXM40586rV<uh0Nh1h2]rW<rX<RrY<jn`XC6H12O5rZ<jp`jq`jr`Kjs`GubGjO`)r[<}r\<(hXfcl__L_cr]<hX L-fuculoser^<h}r_<h}r`<(Xbigg.metabolitera<Xfcl__Lrb<Xbiocycrc<XMETA:L-FUCULOSErd<Xchebire<]rf<(X CHEBI:13103rg<X CHEBI:17617rh<X CHEBI:21295ri<X CHEBI:58208rj<X CHEBI:6219rk<eXhmdbrl<X HMDB60267rm<X kegg.compoundrn<XC01721ro<Xmetanetx.chemicalrp<XMNXM1748rq<X seed.compoundrr<Xcpd01186rs<uh0Nh1h2]rt<ru<Rrv<jn`XC6H12O5rw<jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rx<}ry<(hXFCLKrz<hXL-fuculokinaser{<h}r|<h}r}<(jC`X SBO:0000375r~<X bigg.reactionr<XFCLKr<Xbiocycr<XMETA:FUCULOKIN-RXNr<Xec-coder<X2.7.1.51r<X kegg.reactionr<XR03241r<Xmetanetx.reactionr<X MNXR99469r<Xrhear<]r<(X12376r<X12377r<X12378r<X12379r<eujG`Xb2803r<jH`h#jI`h2]r<j%ar<Rr<jM`}r<(jbGj[<GjmG?jO`)r<}r<(hXfc1p_cr<hXL-Fuculose 1-phosphater<h}r<h}r<(Xbigg.metaboliter<Xfc1pr<Xbiocycr<XMETA:FUCULOSE-1Pr<Xchebir<]r<(X CHEBI:13104r<X CHEBI:13105r<X CHEBI:16647r<X CHEBI:21296r<X CHEBI:57846r<X CHEBI:6220r<eX kegg.compoundr<XC01099r<Xmetanetx.chemicalr<XMNXM1749r<X seed.compoundr<Xcpd00806r<uh0Nh1h2]r<r<Rr<jn`XC6H11O8Pr<jp`jq`jr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r<}r<(hXFCLPAr<hXL-fuculose 1-phosphate aldolaser<h}r<h}r<(jC`X SBO:0000375r<X bigg.reactionr<XFCLPAr<Xbiocycr<XMETA:FUCPALDOL-RXNr<Xec-coder<X4.1.2.17r<X kegg.reactionr<XR02262r<Xmetanetx.reactionr<X MNXR99470r<Xrhear<]r<(X12933r<X12934r<X12935r<X12936r<eujG`Xb2738 or b2800r<jH`h#jI`h2]r<(j%j%er<Rr<jM`}r<(j<GjG?jO`)r<}r<(hX lald__L_cr<hXL-Lactaldehyder<h}r<h}r<(Xbigg.metaboliter<Xlald__Lr<Xbiocycr<X META:LACTALDr<Xchebir<]r<(X CHEBI:11015r<X CHEBI:11064r<X CHEBI:13130r<X CHEBI:18041r<X CHEBI:18419r<X CHEBI:18782r<X CHEBI:24994r<X CHEBI:421r<X CHEBI:6349r<eXhmdbr<X HMDB03052r<X kegg.compoundr<]r<(XC00424r<XC05999r<eXmetanetx.chemicalr<XMNXM2387r<X seed.compoundr<]r<(Xcpd00334r<Xcpd03571r<Xcpd27393r<euh0Nh1h2]r<r<Rr<jn`XC3H6O2r<jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r<}r<(hXFCLTr<hXFerrochelataser<h}r<h}r<(jC`X SBO:0000375r<X bigg.reactionr<XFCLTr<Xbiocycr<XMETA:PROTOHEMEFERROCHELAT-RXNr<Xec-coder<X4.99.1.1r<X kegg.reactionr<XR00310r=Xmetanetx.reactionr=X MNXR99471r=Xrhear=]r=(X22584r=X22585r=X22586r=X22587r=eujG`Xb0475r =jH`h#jI`h2]r =j%ar =Rr =jM`}r =(jFeGjO`)r=}r=(hXppp9_cr=hXProtoporphyrinr=h}r=h}r=(Xbigg.metaboliter=Xppp9r=Xbiocycr=XMETA:PROTOPORPHYRIN_IXr=Xchebir=]r=(X CHEBI:14959r=X CHEBI:14960r=X CHEBI:14961r=X CHEBI:15430r=X CHEBI:26358r=X CHEBI:36159r=X CHEBI:57306r =X CHEBI:8592r!=eXhmdbr"=X HMDB00241r#=X kegg.compoundr$=XC02191r%=Xmetanetx.chemicalr&=XMNXM346r'=X seed.compoundr(=Xcpd01476r)=uh0Nh1h2]r*=r+=Rr,=jn`X C34H32N4O4r-=jp`jq`jr`Jjs`GubGjnG@j)kG?uh0Njt`Gju`G@@ubj<`)r.=}r/=(hXFDH4ppr0=hX-Formate dehydrogenase (quinone-8) (periplasm)r1=h}r2=h}r3=(jC`X SBO:0000375r4=X bigg.reactionr5=XFDH4ppr6=Xmetanetx.reactionr7=X MNXR99478r8=Xrhear9=]r:=(X29075#1r;=X29076#1r<=X29077#1r==X29078#1r>=eujG`X>( b3893 and b3892 and b3894 ) or ( b1475 and b1474 and b1476 )r?=jH`h#jI`h2]r@=(jI&j&j&j%j7&j%&erA=RrB=jM`}rC=(jO`)rD=}rE=(hXfor_prF=hXFormaterG=h}rH=h}rI=(Xbigg.metaboliterJ=XforrK=XbiocycrL=]rM=(XMETA:CARBOXYL-GROUPrN=X META:CPD-9845rO=XMETA:CPD1G-1532rP=XMETA:CPD1G-1533rQ=XMETA:CPD1G-1534rR=XMETA:CPD1G-1535rS=X META:FORMATErT=eXchebirU=]rV=(X CHEBI:14276rW=X CHEBI:15740rX=X CHEBI:24081rY=X CHEBI:24082rZ=X CHEBI:30751r[=X CHEBI:42460r\=X CHEBI:5145r]=eXhmdbr^=X HMDB00142r_=X kegg.compoundr`=XC00058ra=Xmetanetx.chemicalrb=XMNXM39rc=X seed.compoundrd=]re=(Xcpd00047rf=Xcpd22511rg=euh0Nh1h2]rh=ri=Rrj=jn`XCH1O2rk=jp`jcjr`Jjs`GubGjnGjuGjG?j̪G?jkG?uh0Njt`Gju`G@@ubj<`)rl=}rm=(hXFDH5pprn=hX1Formate Dehydrogenase (menaquinone-8) (periplasm)ro=h}rp=h}rq=(jC`X SBO:0000375rr=X bigg.reactionrs=XFDH5pprt=Xmetanetx.reactionru=X MNXR99480rv=ujG`X>( b1475 and b1474 and b1476 ) or ( b3893 and b3892 and b3894 )rw=jH`h#jI`h2]rx=(j&jI&j&j%j7&j%&ery=Rrz=jM`}r{=(jD=GjnGjGjG?j̪G?jhG?uh0Njt`Gju`G@@ubj<`)r|=}r}=(hXFDMOr~=hXFMNH2-dependent monooxygenaser=h}r=h}r=(jC`X SBO:0000375r=X bigg.reactionr=XFDMOr=Xbiocycr=XMETA:RXN-13418r=Xec-coder=X 1.14.14.5r=Xmetanetx.reactionr=X MNXR99485r=Xrhear=]r=(X29715r=X29716r=X29717r=X29718r=eujG`Xb0935r=jH`h#jI`h2]r=j[&ar=Rr=jM`}r=(jGjO`)r=}r=(hXisetac_cr=hXIsethionic acidr=h}r=h}r=(Xbigg.metaboliter=Xisetacr=Xbiocycr=X META:CPD-3745r=Xchebir=]r=(X CHEBI:1157r=X CHEBI:61904r=eXhmdbr=X HMDB03903r=X kegg.compoundr=XC05123r=Xmetanetx.chemicalr=XMNXM1630r=X seed.compoundr=Xcpd03048r=uh0Nh1h2]r=r=Rr=jn`XC2H5O4Sr=jp`jq`jr`Jjs`GubGjηGjG?j"G?jgfG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r=}r=(hXFDMO2r=hX0FMNH2-dependent monooxygenase (methanesulfonate)r=h}r=h}r=(jC`X SBO:0000375r=X bigg.reactionr=XFDMO2r=Xbiocycr=XMETA:RXN-18086r=Xec-coder=]r=(X 1.14.14.34r=X 1.14.14.5r=X 1.14.14.ahr=eX kegg.reactionr=XR10206r=Xmetanetx.reactionr=X MNXR99487r=Xrhear=]r=(X29307r=X29308r=X29309r=X29310r=eujG`Xb0935r=jH`h#jI`h2]r=j[&ar=Rr=jM`}r=(jGjO`)r=}r=(hXmso3_cr=hXMethanesulfonater=h}r=h}r=(Xbigg.metaboliter=Xmso3r=Xbiocycr=X META:CPD-3746r=Xchebir=]r=(X CHEBI:25224r=X CHEBI:27376r=X CHEBI:6813r=eX kegg.compoundr=XC11145r=Xmetanetx.chemicalr=XMNXM1485r=X seed.compoundr=Xcpd08023r=uh0Nh1h2]r=r=Rr=jn`XCH3O3Sr=jp`jq`jr`Jjs`GubGjηGjs;G?jG?jgfG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r=}r=(hXFDMO3r=hX/FMNH2-dependent monooxygenase (ethanesulfonate)r=h}r=h}r=(jC`X SBO:0000375r=X bigg.reactionr=XFDMO3r=Xmetanetx.reactionr=X MNXR99489r=Xrhear=]r=(X29727r=X29728r=X29729r=X29730r=eujG`Xb0935r=jH`h#jI`h2]r=j[&ar=Rr=jM`}r=(j6GjGjηGj1G?jG?jgfG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r=}r=(hXFDMO4r>hX/FMNH2-dependent monooxygenase (butanesulfonate)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFDMO4r>Xec-coder>X 1.14.14.5r>Xmetanetx.reactionr >X MNXR99491r >ujG`Xb0935r >jH`h#jI`h2]r >j[&ar >Rr>jM`}r>(j3GjGjηGjG?jG?jgfG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r>}r>(hXFDMO6r>hX,FMNH2-dependent monooxygenase (sulfoacetate)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFDMO6r>Xmetanetx.reactionr>X MNXR99495r>Xrhear>]r>(X29311r>X29312r>X29313r>X29314r >eujG`Xb0935r!>jH`h#jI`h2]r">j[&ar#>Rr$>jM`}r%>(jGjηGjO`)r&>}r'>(hXsulfac_cr(>hX Sulfoacetater)>h}r*>h}r+>(Xbigg.metaboliter,>Xsulfacr->Xbiocycr.>XMETA:CPD-10246r/>Xchebir0>]r1>(X CHEBI:34987r2>X CHEBI:49876r3>X CHEBI:50519r4>X CHEBI:58824r5>eX kegg.compoundr6>XC14179r7>Xmetanetx.chemicalr8>XMNXM1949r9>X seed.compoundr:>Xcpd09878r;>uh0Nh1h2]r<>r=>Rr>>jn`XC2H2O5Sr?>jp`jq`jr`Jjs`GubGjG?jO`)r@>}rA>(hXglx_crB>hX GlyoxylaterC>h}rD>h}rE>(Xbigg.metaboliterF>XglxrG>XbiocycrH>X META:GLYOXrI>XchebirJ>]rK>(X CHEBI:14368rL>X CHEBI:16891rM>X CHEBI:24420rN>X CHEBI:24421rO>X CHEBI:35977rP>X CHEBI:36655rQ>X CHEBI:42767rR>X CHEBI:5509rS>eXhmdbrT>X HMDB00119rU>X kegg.compoundrV>XC00048rW>Xmetanetx.chemicalrX>XMNXM69rY>X seed.compoundrZ>Xcpd00040r[>uh0Nh1h2]r\>r]>Rr^>jn`XC2H1O3r_>jp`jq`jr`Jjs`GubG?jgfG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r`>}ra>(hXFE2abcpprb>hX.Iron (II) transport via ABC system (periplasm)rc>h}rd>h}re>(jC`X SBO:0000375rf>X bigg.reactionrg>XFE2abcpprh>Xmetanetx.reactionri>X MNXR99504rj>ujG`Xb3409rk>jH`h#jI`h2]rl>jm&arm>Rrn>jM`}ro>(jbGjO`)rp>}rq>(hXfe2_prr>hXFe2+ mitochondriars>h}rt>h}ru>(Xbigg.metaboliterv>Xfe2rw>Xchebirx>]ry>(X CHEBI:13319rz>X CHEBI:13321r{>X CHEBI:21129r|>X CHEBI:24876r}>X CHEBI:29033r~>X CHEBI:34754r>X CHEBI:49599r>eXhmdbr>X HMDB00692r>X kegg.compoundr>XC14818r>Xmetanetx.chemicalr>XMNXM111r>X seed.compoundr>Xcpd10515r>uh0Nh1h2]r>r>Rr>jn`XFer>jp`jcjr`Kjs`GubGjgfGjmG?jFeG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r>}r>(hXFE2t2ppr>hX5Iron (II) transport in via proton symport (periplasm)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFE2t2ppr>Xbiocycr>XMETA:RXN0-2421r>Xmetanetx.reactionr>X MNXR99501r>Xrhear>]r>(X29579r>X29580r>X29581r>X29582r>eujG`Xb2392r>jH`h#jI`h2]r>j&ar>Rr>jM`}r>(jp>Gj̪GjFeG?jnG?uh0Njt`Gju`G@@ubj<`)r>}r>(hXFE2t3ppr>hX9Iron (Fe+2) transport out via proton antiport (periplasm)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFE2t3ppr>Xbiocycr>X META:RXN0-6r>Xmetanetx.reactionr>X MNXR99506r>Xrhear>]r>(X29439r>X29440r>X29441r>X29442r>eujG`Xb3915r>jH`h#jI`h2]r>j+ar>Rr>jM`}r>(jFeGj̪Gjp>G?jnG?uh0Njt`Gju`G@@ubj<`)r>}r>(hXFE2texr>hX>Iron (II) transport via diffusion (extracellular to periplasm)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFE2texr>Xbiocycr>XMETA:TRANS-RXN-8r>Xmetanetx.reactionr>X MNXR99505r>Xrhear>]r>(X28486r>X28487r>X28488r>X28489r>eujG`X b1377 or b0241 or b0929 or b2215r>jH`h#jI`h2]r>(hIh[h7h er>Rr>jM`}r>(jۂGjp>G?uh0Njt`G@ju`G@@ubj<`)r>}r>(hXFE2tppr>hX+Iron (+2) transport in via permease (no H+)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>XFE2tppr>Xbiocycr>XMETA:TRANS-RXN-8r>Xmetanetx.reactionr>X MNXR99505r>Xrhear>]r>(X28486r>X28487r>X28488r>X28489r>eujG`Xb3040r>jH`h#jI`h2]r>jOar>Rr>jM`}r>(jp>GjFeG?uh0Njt`Gju`G@@ubj<`)r>}r>(hX FE3DCITabcppr>hX?Iron transport from ferric-dicitrate via ABC system (periplasm)r>h}r>h}r>(jC`X SBO:0000375r>X bigg.reactionr>X FE3DCITabcppr>Xmetanetx.reactionr>X MNXR99508r>ujG`X#b4288 and b4290 and b4289 and b4287r>jH`h#jI`h2]r>(j&j&j&j&er>Rr>jM`}r>(jbGjO`)r>}r>(hX fe3dcit_pr>hXFe(III)dicitrater?h}r?h}r?(Xbigg.metaboliter?Xfe3dcitr?X kegg.compoundr?XC06229r?Xmetanetx.chemicalr?X MNXM146388r?X seed.compoundr ?Xcpd03725r ?uh0Nh1h2]r ?r ?Rr ?jn`X C12H10FeO14r?jp`jcjr`Jjs`GubGjgfGjmG?jG@jceG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r?}r?(hX FE3DCITtonexr?hX9Ferric-dicitrate transport via ton system (extracellular)r?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?X FE3DCITtonexr?Xmetanetx.reactionr?X MNXR99509r?ujG`X#b4291 and b3006 and b1252 and b3005r?jH`h#jI`h2]r?(j&j j j- er?Rr?jM`}r?(j.Gj̪Gj>G?jnG?uh0Njt`Gju`G@@ubj<`)r?}r ?(hXFE3DHBZRr!?hX9Release of Fe(III) from ferric 2,3-dihydroxybenzoylseriner"?h}r#?h}r$?(jC`X SBO:0000375r%?X bigg.reactionr&?XFE3DHBZRr'?Xmetanetx.reactionr(?X MNXR99510r)?ujG`h#jH`h#jI`h2]r*?r+?Rr,?jM`}r-?(jO`)r.?}r/?(hX fe3dhbzs_cr0?hX!Ferric 2,3-dihydroxybenzoylseriner1?h}r2?h}r3?(Xbigg.metaboliter4?Xfe3dhbzsr5?Xmetanetx.chemicalr6?XMNXM5748r7?X seed.compoundr8?Xcpd15460r9?uh0Nh1h2]r:?r;?Rr?}r??(hX FE3DHBZSabcppr@?hXFFerric 2,3-dihydroxybenzoylserine transport via ABC system (periplasm)rA?h}rB?h}rC?(jC`X SBO:0000375rD?X bigg.reactionrE?X FE3DHBZSabcpprF?Xmetanetx.reactionrG?X MNXR99511rH?ujG`X#b0590 and b0592 and b0588 and b0589rI?jH`h#jI`h2]rJ?(j&j!'j&j'erK?RrL?jM`}rM?(jbGjO`)rN?}rO?(hX fe3dhbzs_prP?hX!Ferric 2,3-dihydroxybenzoylserinerQ?h}rR?h}rS?(Xbigg.metaboliterT?Xfe3dhbzsrU?Xmetanetx.chemicalrV?XMNXM5748rW?X seed.compoundrX?Xcpd15460rY?uh0Nh1h2]rZ?r[?Rr\?jn`X C10H10NO6Fer]?jp`jcjr`Kjs`GubGjgfGjmG?j.?G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r^?}r_?(hX FE3DHBZStonexr`?hXJFerric 2,3-dihydroxybenzoylserine transport via ton system (extracellular)ra?h}rb?h}rc?(jC`X SBO:0000375rd?X bigg.reactionre?X FE3DHBZStonexrf?Xmetanetx.reactionrg?X MNXR99512rh?ujG`XR( b0805 and b3006 and b1252 and b3005 ) or ( b2155 and b3006 and b1252 and b3005 )ri?jH`h#jI`h2]rj?(j j3'jE'j j- erk?Rrl?jM`}rm?(jMGj̪GjN?G?jnG?uh0Njt`Gju`G@@ubj<`)rn?}ro?(hXFE3HOXR1rp?hXFe(III)hydroxamate reductaserq?h}rr?h}rs?(jC`X SBO:0000375rt?X bigg.reactionru?XFE3HOXR1rv?Xmetanetx.reactionrw?X MNXR99514rx?ujG`h#jH`h#jI`h2]ry?rz?Rr{?jM`}r|?(j[GjO`)r}?}r~?(hXfe3hox_cr?hXFe(III)hydroxamater?h}r?h}r?(Xbigg.metaboliter?Xfe3hoxr?Xbiocycr?XMETA:CPD0-2114r?Xchebir?]r?(X CHEBI:21131r?X CHEBI:28163r?X CHEBI:4992r?eX kegg.compoundr?XC06227r?Xmetanetx.chemicalr?X MNXM57764r?X seed.compoundr?Xcpd12843r?uh0Nh1h2]r?r?Rr?jn`X C9H18O6N3Fer?jp`jq`jr`Kjs`GubGj&eG?jFeG@jO`)r?}r?(hX fe3hox_un_cr?hXFe(III)hydoxamate, unloadedr?h}r?h}r?(Xbigg.metaboliter?X fe3hox_unr?Xbiocycr?XMETA:CPD0-2175r?Xmetanetx.chemicalr?X MNXM90823r?X seed.compoundr?Xcpd15461r?uh0Nh1h2]r?r?Rr?jn`X C9H18O6N3r?jp`jq`jr`Jjs`GubG@jnG@uh0Njt`Gju`G@@ubj<`)r?}r?(hXFE3HOXR2r?hXFe(III)hydroxamate reductaser?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?XFE3HOXR2r?Xmetanetx.reactionr?X MNXR99515r?ujG`h#jH`h#jI`h2]r?r?Rr?jM`}r?(j}?GjGjFeG@j?G@jG?jnG@uh0Njt`Gju`G@@ubj<`)r?}r?(hXFE3HOXR3r?hXFe(III)hydroxamate reductaser?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?XFE3HOXR3r?Xmetanetx.reactionr?X MNXR99516r?ujG`h#jH`h#jI`h2]r?r?Rr?jM`}r?(j}?GjGjFeG@j?G@jnG@jkG?uh0Njt`Gju`G@@ubj<`)r?}r?(hX FE3HOXUtexr?hX%Fe(III)hydroxamate unloaded secretionr?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?X FE3HOXUtexr?Xmetanetx.reactionr?X MNXR99517r?ujG`h#jH`h#jI`h2]r?r?Rr?jM`}r?(j?Gj̪GjO`)r?}r?(hX fe3hox_un_pr?hXFe(III)hydoxamate, unloadedr?h}r?h}r?(Xbigg.metaboliter?X fe3hox_unr?Xbiocycr?XMETA:CPD0-2175r?Xmetanetx.chemicalr?X MNXM90823r?X seed.compoundr?Xcpd15461r?uh0Nh1h2]r?r?Rr?jn`X C9H18O6N3r?jp`jcjr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)r?}r?(hX FE3HOXUtppr?hX5Fe(III)hydroxamate unloaded secretion (extracellular)r?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?X FE3HOXUtppr?Xmetanetx.reactionr?X MNXR99518r?ujG`h#jH`h#jI`h2]r?r?Rr?jM`}r?(j?Gj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r?}r?(hX FE3HOXabcppr?hX5Ferric-dicitrate transport via ABC system (periplasm)r?h}r?h}r?(jC`X SBO:0000375r?X bigg.reactionr?X FE3HOXabcppr?Xmetanetx.reactionr?X MNXR99519r@ujG`Xb0151 and b0153 and b0152r@jH`h#jI`h2]r@(jkjGjYer@Rr@jM`}r@(jbGjO`)r@}r@(hXfe3hox_pr@hXFe(III)hydroxamater @h}r @h}r @(Xbigg.metaboliter @Xfe3hoxr @Xbiocycr@XMETA:CPD0-2114r@Xchebir@]r@(X CHEBI:21131r@X CHEBI:28163r@X CHEBI:4992r@eX kegg.compoundr@XC06227r@Xmetanetx.chemicalr@X MNXM57764r@X seed.compoundr@Xcpd12843r@uh0Nh1h2]r@r@Rr@jn`X C9H18O6N3Fer@jp`jcjr`Kjs`GubGjgfGjmG?j}?G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r@}r @(hX FE3HOXexsr!@hX6Fe(III) hydroxamate Fe-loading reaction (spontaneaous)r"@h}r#@h}r$@(jC`X SBO:0000375r%@X bigg.reactionr&@X FE3HOXexsr'@Xmetanetx.reactionr(@X MNXR99520r)@ujG`Xs0001r*@jH`h#jI`h2]r+@jar,@Rr-@jM`}r.@(jGjGjjG?uh0Njt`Gju`G@@ubj<`)r/@}r0@(hX FE3HOXtonexr1@hX;Fe(III)hydroxamine transport via ton system (extracellular)r2@h}r3@h}r4@(jC`X SBO:0000375r5@X bigg.reactionr6@X FE3HOXtonexr7@Xmetanetx.reactionr8@X MNXR99521r9@ujG`X#b0150 and b3006 and b1252 and b3005r:@jH`h#jI`h2]r;@(j j- j jW'er<@Rr=@jM`}r>@(jjGj̪Gj@G?jnG?uh0Njt`Gju`G@@ubj<`)r?@}r@@(hXFE3RirA@hXFe(III) reductionrB@h}rC@h}rD@(jC`X SBO:0000375rE@X bigg.reactionrF@XFE3RirG@Xmetanetx.reactionrH@X MNXR99524rI@XrhearJ@]rK@(X30155rL@X30156rM@X30157rN@X30158rO@eujG`Xb3844rP@jH`h#jI`h2]rQ@j$arR@RrS@jM`}rT@(j[GjceGj&eG?jFeG@jnG@uh0Njt`Gju`G@@ubj<`)rU@}rV@(hXFE3abcpprW@hX<Iron (III) transport via ABC system (periplasm to cytoplasm)rX@h}rY@h}rZ@(jC`X SBO:0000375r[@X bigg.reactionr\@XFE3abcppr]@Xbiocycr^@XMETA:3.6.3.30-RXNr_@Xec-coder`@X3.6.3.30ra@Xmetanetx.reactionrb@X MNXR99525rc@Xrheard@]re@(X12332#1rf@X12333#1rg@X12334#1rh@X12335#1ri@eujG`h#jH`h#jI`h2]rj@rk@Rrl@jM`}rm@(jbGjO`)rn@}ro@(hXfe3_prp@hX Iron (Fe3+)rq@h}rr@h}rs@(Xbigg.metabolitert@Xfe3ru@Xchebirv@]rw@(X CHEBI:13320rx@X CHEBI:21130ry@X CHEBI:24877rz@X CHEBI:29034r{@X CHEBI:34755r|@X CHEBI:49595r}@eXhmdbr~@X HMDB12943r@X kegg.compoundr@XC14819r@Xmetanetx.chemicalr@XMNXM196r@X seed.compoundr@Xcpd10516r@uh0Nh1h2]r@r@Rr@jn`XFer@jp`jcjr`Kjs`GubGjgfGjmG?jceG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r@}r@(hXFE3texr@hX?Iron (III) transport via diffusion (extracellular to periplasm)r@h}r@h}r@(jC`X SBO:0000375r@X bigg.reactionr@XFE3texr@Xmetanetx.reactionr@X MNXR99522r@Xrhear@]r@(X34971r@X34972r@X34973r@X34974r@eujG`X b1377 or b0241 or b0929 or b2215r@jH`h#jI`h2]r@(hIh[h7h er@Rr@jM`}r@(jGjn@G?uh0Njt`G@ju`G@@ubj<`)r@}r@(hXFECRMR1r@hXFerrichrome reductaser@h}r@h}r@(jC`X SBO:0000375r@X bigg.reactionr@XFECRMR1r@Xmetanetx.reactionr@X MNXR99530r@ujG`h#jH`h#jI`h2]r@r@Rr@jM`}r@(j[GjO`)r@}r@(hXfecrm_cr@hX Ferrichromer@h}r@h}r@(Xbigg.metaboliter@Xfecrmr@Xbiocycr@XMETA:CPD0-2241r@Xchebir@X CHEBI:5019r@X kegg.compoundr@XC06228r@Xmetanetx.chemicalr@XMNXM2825r@X seed.compoundr@Xcpd03724r@uh0Nh1h2]r@r@Rr@jn`X C27H42FeN9O12r@jp`jq`jr`Kjs`GubGj&eG?jFeG@jO`)r@}r@(hX fecrm_un_cr@hXFerrichrome minus Fe(III)r@h}r@h}r@(Xbigg.metaboliter@Xfecrm_unr@Xbiocycr@XMETA:CPD0-2205r@Xmetanetx.chemicalr@X MNXM53290r@X seed.compoundr@Xcpd15462r@uh0Nh1h2]r@r@Rr@jn`X C27H42N9O12r@jp`jq`jr`Jjs`GubG@jnG@uh0Njt`Gju`G@@ubj<`)r@}r@(hXFECRMR2r@hXFerrichrome reductaser@h}r@h}r@(jC`X SBO:0000375r@X bigg.reactionr@XFECRMR2r@Xmetanetx.reactionr@X MNXR99531r@ujG`h#jH`h#jI`h2]r@r@Rr@jM`}r@(j@GjGjFeG@j@G@jG?jnG@uh0Njt`Gju`G@@ubj<`)r@}r@(hXFECRMR3r@hXFerrichrome reductaser@h}r@h}r@(jC`X SBO:0000375r@X bigg.reactionr@XFECRMR3r@Xmetanetx.reactionr@X MNXR99532r@ujG`h#jH`h#jI`h2]r@r@Rr@jM`}r@(j@GjGjFeG@j@G@jnG@jkG?uh0Njt`Gju`G@@ubj<`)r@}r@(hX FECRMUtexr@hX3Ferrichrome (minus Fe) secretion (to extracellular)r@h}r@h}r@(jC`X SBO:0000375r@X bigg.reactionr@X FECRMUtexr@Xmetanetx.reactionr@X MNXR99533r@ujG`h#jH`h#jI`h2]rArARrAjM`}rA(jO`)rA}rA(hX fecrm_un_prAhXFerrichrome minus Fe(III)rAh}rAh}r A(Xbigg.metaboliter AXfecrm_unr AXbiocycr AXMETA:CPD0-2205r AXmetanetx.chemicalrAX MNXM53290rAX seed.compoundrAXcpd15462rAuh0Nh1h2]rArARrAjn`X C27H42N9O12rAjp`jcjr`Jjs`GubGj̪Gj҃G?jnG?uh0Njt`Gju`G@@ubj<`)rA}rA(hX FECRMUtpprAhX/Ferrichrome (minus Fe) secretion (to periplasm)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FECRMUtpprAXmetanetx.reactionrAX MNXR99534r AujG`h#jH`h#jI`h2]r!Ar"ARr#AjM`}r$A(j@Gj̪GjAG?jnG?uh0Njt`Gju`G@@ubj<`)r%A}r&A(hX FECRMabcppr'AhX0Ferrichrome transport via ABC system (periplasm)r(Ah}r)Ah}r*A(jC`X SBO:0000375r+AX bigg.reactionr,AX FECRMabcppr-AXbiocycr.AXMETA:TRANS-RXN-298r/AXec-coder0AX3.6.3.34r1AXmetanetx.reactionr2AX MNXR99535r3AujG`Xb0151 and b0153 and b0152r4AjH`h#jI`h2]r5A(jkjGjYer6ARr7AjM`}r8A(jbGjO`)r9A}r:A(hXfecrm_pr;AhX FerrichromerA(Xbigg.metaboliter?AXfecrmr@AXbiocycrAAXMETA:CPD0-2241rBAXchebirCAX CHEBI:5019rDAX kegg.compoundrEAXC06228rFAXmetanetx.chemicalrGAXMNXM2825rHAX seed.compoundrIAXcpd03724rJAuh0Nh1h2]rKArLARrMAjn`X C27H42FeN9O12rNAjp`jcjr`Kjs`GubGjgfGjmG?j@G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rOA}rPA(hXFECRMexsrQAhX2Ferrichrome Fe(III)-loading reaction (spontaneous)rRAh}rSAh}rTA(jC`X SBO:0000375rUAX bigg.reactionrVAXFECRMexsrWAXmetanetx.reactionrXAX MNXR99536rYAujG`Xs0001rZAjH`h#jI`h2]r[Ajar\ARr]AjM`}r^A(jGj҃GjG?uh0Njt`Gju`G@@ubj<`)r_A}r`A(hX FECRMtonexraAhX4Ferrichrome transport via ton system (extracellular)rbAh}rcAh}rdA(jC`X SBO:0000375reAX bigg.reactionrfAX FECRMtonexrgAXmetanetx.reactionrhAX MNXR99537riAujG`X#b0150 and b3006 and b1252 and b3005rjAjH`h#jI`h2]rkA(j j jW'j- erlARrmAjM`}rnA(jGj̪Gj9AG?jnG?uh0Njt`Gju`G@@ubj<`)roA}rpA(hX FEENTERR1rqAhX-Fe-enterobactin reduction (Fe(III)-unloading)rrAh}rsAh}rtA(jC`X SBO:0000375ruAX bigg.reactionrvAX FEENTERR1rwAXmetanetx.reactionrxAX MNXR99543ryAujG`h#jH`h#jI`h2]rzAr{ARr|AjM`}r}A(j[Gj5Gj eG@j&eG?jFeG@jnG@uh0Njt`Gju`G@@ubj<`)r~A}rA(hX FEENTERR2rAhX-Fe-enterobactin reduction (Fe(III)-unloading)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FEENTERR2rAXmetanetx.reactionrAX MNXR99544rAujG`h#jH`h#jI`h2]rArARrAjM`}rA(j5GjGj eG@jFeG@jG?jnG@uh0Njt`Gju`G@@ubj<`)rA}rA(hX FEENTERR3rAhX-Fe-enterobactin reduction (Fe(III)-unloading)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FEENTERR3rAXmetanetx.reactionrAX MNXR99545rAujG`h#jH`h#jI`h2]rArARrAjM`}rA(j5GjGj eG@jFeG@jnG@jkG?uh0Njt`Gju`G@@ubj<`)rA}rA(hX FEENTERabcpprAhX4Fe-enterobactin transport via ABC system (periplasm)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FEENTERabcpprAXec-coderAX3.6.3.34rAXmetanetx.reactionrAX MNXR99546rAujG`X#b0590 and b0592 and b0588 and b0589rAjH`h#jI`h2]rA(j&j!'j'j&erARrAjM`}rA(jbGjO`)rA}rA(hX feenter_prAhXFe-enterobactinrAh}rAh}rA(Xbigg.metaboliterAXfeenterrAXchebirA]rA(X CHEBI:21133rAX CHEBI:28199rAX CHEBI:38151rAX CHEBI:4993rAX CHEBI:70745rAeX kegg.compoundrAXC06230rAXmetanetx.chemicalrAXMNXM7354rAuh0Nh1h2]rArARrAjn`X C30H27FeN3O15rAjp`jcjr`Kjs`GubGjgfGjmG?j5G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rA}rA(hX FEENTERexsrAhX*Enterobactin Fe(III) binding (spontaneous)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FEENTERexsrAXmetanetx.reactionrAX MNXR99547rAujG`Xs0001rAjH`h#jI`h2]rAjarARrAjM`}rA(jӁGjGjG?uh0Njt`Gju`G@@ubj<`)rA}rA(hX FEENTERtexrAhX,Enterochelin transport (secretion periplasm)rAh}rAh}rA(jC`X SBO:0000375rAX bigg.reactionrAX FEENTERtexrAXmetanetx.reactionrAX MNXR99548rAujG`Xb3035rAjH`h#jI`h2]rAjYarARrAjM`}rA(jO`)rA}rA(hXenter_prAhX EnterochelinrAh}rAh}rA(Xbigg.metaboliterAXenterrAXbiocycrAXMETA:ENTEROBACTINrAXchebirA]rA(X CHEBI:23923rAX CHEBI:28855rAX CHEBI:38150rAX CHEBI:4799rAX CHEBI:77805rAeX kegg.compoundrAXC05821rAXmetanetx.chemicalrAXMNXM883rAX seed.compoundrAXcpd03453rAuh0Nh1h2]rArARrAjn`X C30H27N3O15rAjp`jcjr`Kjs`GubGj̪GjӁG?jnG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEENTERtonexrBhX8Fe-enterobactin transport via ton system (extracellular)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEENTERtonexrBXmetanetx.reactionr BX MNXR99549r BujG`X#b0584 and b3006 and b1252 and b3005r BjH`h#jI`h2]r B(j j ji'j- er BRrBjM`}rB(jGj̪GjAG?jnG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEENTERtpprBhX"Enterochelin transport (secretion)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEENTERtpprBXmetanetx.reactionrBX MNXR99550rBXrhearB]rB(X29435rBX29436rBX29437rBX29438r BeujG`Xb0591r!BjH`h#jI`h2]r"Bj{'ar#BRr$BjM`}r%B(j eGj̪GjAG?jnG?uh0Njt`Gju`G@@ubj<`)r&B}r'B(hXFEOXAMR1r(BhXFerroxamine reductaser)Bh}r*Bh}r+B(jC`X SBO:0000375r,BX bigg.reactionr-BXFEOXAMR1r.BXmetanetx.reactionr/BX MNXR99551r0BujG`Xb4367r1BjH`h#jI`h2]r2Bj'ar3BRr4BjM`}r5B(j[GjO`)r6B}r7B(hXfeoxam_cr8BhXGeneric ferrioxamine-Fe-IIIr9Bh}r:Bh}r;B(Xbigg.metaboliterB]r?B(X META:CPD-3764r@BXMETA:CPD0-2124rABeXchebirBB]rCB(X CHEBI:4356rDBX CHEBI:84700rEBeXhmdbrFBX HMDB14884rGBX kegg.compoundrHBXC06940rIBX kegg.drugrJBXD03670rKBX lipidmapsrLB]rMB(X LMFA08020169rNBX LMFA08020175rOBeXmetanetx.chemicalrPBX MNXM94790rQBX seed.compoundrRB]rSB(Xcpd04273rTBXcpd23947rUBeuh0Nh1h2]rVBrWBRrXBjn`X C25H46FeN6O8rYBjp`jq`jr`Kjs`GubGj&eG?jFeG@jO`)rZB}r[B(hX feoxam_un_cr\BhXFerroxamine minus Fe(3)r]Bh}r^Bh}r_B(Xbigg.metaboliter`BX feoxam_unraBXmetanetx.chemicalrbBX MNXM90827rcBX seed.compoundrdBXcpd15463reBuh0Nh1h2]rfBrgBRrhBjn`X C25H46N6O8riBjp`jq`jr`Jjs`GubG@jnG@uh0Njt`Gju`G@@ubj<`)rjB}rkB(hXFEOXAMR2rlBhXFerroxamine reductasermBh}rnBh}roB(jC`X SBO:0000375rpBX bigg.reactionrqBXFEOXAMR2rrBXmetanetx.reactionrsBX MNXR99552rtBujG`Xb4367ruBjH`h#jI`h2]rvBj'arwBRrxBjM`}ryB(j6BGjGjFeG@jZBG@jG?jnG@uh0Njt`Gju`G@@ubj<`)rzB}r{B(hXFEOXAMR3r|BhXFerroxamine reductaser}Bh}r~Bh}rB(jC`X SBO:0000375rBX bigg.reactionrBXFEOXAMR3rBXmetanetx.reactionrBX MNXR99553rBujG`Xb4367rBjH`h#jI`h2]rBj'arBRrBjM`}rB(j6BGjGjFeG@jZBG@jnG@jkG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEOXAMUtexrBhX4Ferroxamine (minus Fe3) secretion (to extracellular)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEOXAMUtexrBXmetanetx.reactionrBX MNXR99554rBujG`h#jH`h#jI`h2]rBrBRrBjM`}rB(jO`)rB}rB(hX feoxam_un_prBhXFerroxamine minus Fe(3)rBh}rBh}rB(Xbigg.metaboliterBX feoxam_unrBXmetanetx.chemicalrBX MNXM90827rBX seed.compoundrBXcpd15463rBuh0Nh1h2]rBrBRrBjn`X C25H46N6O8rBjp`jcjr`Jjs`GubGj̪GjFG?jnG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEOXAMUtpprBhX0Ferroxamine (minus Fe3) secretion (to periplasm)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEOXAMUtpprBXmetanetx.reactionrBX MNXR99555rBujG`h#jH`h#jI`h2]rBrBRrBjM`}rB(jZBGj̪GjBG?jnG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEOXAMabcpprBhX0Ferroxamine transport via ABC system (periplasm)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEOXAMabcpprBXmetanetx.reactionrBX MNXR99556rBujG`Xb0151 and b0153 and b0152rBjH`h#jI`h2]rB(jkjGjYerBRrBjM`}rB(jbGjO`)rB}rB(hXfeoxam_prBhXGeneric ferrioxamine-Fe-IIIrBh}rBh}rB(Xbigg.metaboliterBXfeoxamrBXbiocycrB]rB(X META:CPD-3764rBXMETA:CPD0-2124rBeXchebirB]rB(X CHEBI:4356rBX CHEBI:84700rBeXhmdbrBX HMDB14884rBX kegg.compoundrBXC06940rBX kegg.drugrBXD03670rBX lipidmapsrB]rB(X LMFA08020169rBX LMFA08020175rBeXmetanetx.chemicalrBX MNXM94790rBX seed.compoundrB]rB(Xcpd04273rBXcpd23947rBeuh0Nh1h2]rBrBRrBjn`X C25H46FeN6O8rBjp`jcjr`Kjs`GubGjgfGjmG?j6BG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEOXAMexsrBhX.Ferroxamine Fe3-loading reaction (spontaneous)rBh}rBh}rB(jC`X SBO:0000375rBX bigg.reactionrBX FEOXAMexsrBXmetanetx.reactionrBX MNXR99557rBujG`Xs0001rBjH`h#jI`h2]rBjarBRrBjM`}rB(jGjFGjG?uh0Njt`Gju`G@@ubj<`)rB}rB(hX FEOXAMtonexrBhX4Ferroxamine transport via ton system (extracellular)rBh}rCh}rC(jC`X SBO:0000375rCX bigg.reactionrCX FEOXAMtonexrCXmetanetx.reactionrCX MNXR99558rCujG`X#b0150 and b3006 and b1252 and b3005rCjH`h#jI`h2]rC(j j jW'j- er CRr CjM`}r C(jGj̪GjBG?jnG?uh0Njt`Gju`G@@ubj<`)r C}r C(hXFEROpprChX FerroxidaserCh}rCh}rC(jC`X SBO:0000375rCX bigg.reactionrCXFEROpprCXbiocycrCXMETA:RXN0-1483rCXec-coderCX1.16.3.1rCX kegg.reactionrCXR00078rCXmetanetx.reactionrCX MNXR99561rCXrhearC]rC(X11148rCX11149r CX11150r!CX11151r"CX11436r#CX11437r$CX11438r%CX11439r&CeujG`Xb0123r'CjH`h#jI`h2]r(Cj-ar)CRr*CjM`}r+C(jp>Gj̪GjGjn@G@jDG@uh0Njt`Gju`G@@ubj<`)r,C}r-C(hXFESD1sr.ChX2Iron-sulfur cluster damage (peroxide, spontaneous)r/Ch}r0Ch}r1C(jC`X SBO:0000375r2CX bigg.reactionr3CXFESD1sr4CXmetanetx.reactionr5CX MNXR99585r6CujG`Xs0001r7CjH`h#jI`h2]r8Cjar9CRr:CjM`}r;C(jaGj*GjnGjO`)rChX$[3Fe-4S] damaged iron-sulfur clusterr?Ch}r@Ch}rAC(Xbigg.metaboliterBCX3fe4srCCXmetanetx.chemicalrDCX MNXM147396rECuh0Nh1h2]rFCrGCRrHCjn`XS4Fe3rICjp`jq`jr`Kjs`GubG@jceG@jgfG@uh0Njt`Gju`G@@ubj<`)rJC}rKC(hXFESD2srLChX7Iron-sulfur cluster damage (nitrous oxide, spontaneous)rMCh}rNCh}rOC(jC`X SBO:0000375rPCX bigg.reactionrQCXFESD2srRCXmetanetx.reactionrSCX MNXR99586rTCujG`Xs0001rUCjH`h#jI`h2]rVCjarWCRrXCjM`}rYC(jaGjnGjO`)rZC}r[C(hXno_cr\ChX Nitric oxider]Ch}r^Ch}r_C(Xbigg.metaboliter`CXnoraCXbiocycrbCXMETA:NITRIC-OXIDErcCXchebirdC]reC(X CHEBI:14657rfCX CHEBI:16480rgCX CHEBI:25546rhCX CHEBI:44452riCX CHEBI:7583rjCeXhmdbrkCX HMDB03378rlCX kegg.compoundrmCXC00533rnCX kegg.drugroCXD00074rpCXmetanetx.chemicalrqCXMNXM228rrCuh0Nh1h2]rsCrtCRruCjn`XNOrvCjp`jq`jr`Kjs`GubGjDXcpd15465r?Duh0Nh1h2]r@DrADRrBDjn`XXHrCDjp`jq`jr`Jjs`GubG@jnG?j[iG?uh0Njt`Gju`G@@ubj<`)rDD}rED(hXFLVRrFDhXFlavin reductaserGDh}rHDh}rID(jC`X SBO:0000375rJDX bigg.reactionrKDXFLVRrLDXbiocycrMDX#META:NADPH-DEHYDROGENASE-FLAVIN-RXNrNDXec-coderOD]rPD(X1.5.1.30rQDX1.5.1.41rRDeX kegg.reactionrSDXR05707rTDXmetanetx.reactionrUDX MNXR99601rVDXrhearWD]rXD(X19377rYDX19378rZDX19379r[DX19380r\DeujG`Xb3844 or ( b2763 and b2764 )r]DjH`h#jI`h2]r^D(j%j$j%er_DRr`DjM`}raD(jnGj{iGjkGj[iG?jG?uh0Njt`Gju`G@@ubj<`)rbD}rcD(hXFLVRxrdDhXFlavin reductase (NAD)reDh}rfDh}rgD(jC`X SBO:0000375rhDX bigg.reactionriDXFLVRxrjDXec-coderkD]rlD(X1.5.1.36rmDX1.5.1.41rnDeX kegg.reactionroDXR09750rpDXmetanetx.reactionrqDX MNXR99602rrDXrhearsD]rtD(X31455ruDX31456rvDX31457rwDX31458rxDeujG`Xb3844ryDjH`h#jI`h2]rzDj$ar{DRr|DjM`}r}D(jnGjEXMETA:5-FORMYL-THFr?EXchebir@E]rAE(X CHEBI:12127rBEX CHEBI:15640rCEX CHEBI:18607rDEX CHEBI:2057rEEX CHEBI:57457rFEX CHEBI:63606rGEX CHEBI:65340rHEeXhmdbrIE]rJE(X HMDB01562rKEX HMDB06206rLEX HMDB62757rMEeX kegg.compoundrNEXC03479rOEX kegg.drugrPEXD07986rQEXmetanetx.chemicalrREXMNXM1392rSEX seed.compoundrTEXcpd02197rUEuh0Nh1h2]rVErWERrXEjn`X C20H21N7O7rYEjp`jq`jr`Jjs`GubGjnGjgfG?jO`)rZE}r[E(hXmethf_cr\EhX5,10-Methenyltetrahydrofolater]Eh}r^Eh}r_E(Xbigg.metaboliter`EXmethfraEXbiocycrbEXMETA:5-10-METHENYL-THFrcEXchebirdE]reE(X CHEBI:12068rfEX CHEBI:12069rgEX CHEBI:15638rhEX CHEBI:1987riEX CHEBI:57455rjEeXhmdbrkEX HMDB62623rlEX kegg.compoundrmEXC00445rnEXmetanetx.chemicalroEXMNXM511rpEX seed.compoundrqEXcpd00347rrEuh0Nh1h2]rsErtERruEjn`X C20H20N7O6rvEjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rwE}rxE(hXFORCTryEhXFormyl-CoA TransferaserzEh}r{Eh}r|E(jC`X SBO:0000375r}EX bigg.reactionr~EXFORCTrEXbiocycrEXMETA:RXN0-1382rEXec-coderEX2.8.3.16rEX kegg.reactionrEXR07290rEXmetanetx.reactionrEX MNXR99616rEXrhearE]rE(X16545rEX16546rEX16547rEX16548rEeujG`Xb2374rEjH`h#jI`h2]rEja)arERrEjM`}rE(jO`)rE}rE(hXforcoa_crEhXFormyl-CoA(4-)rEh}rEh}rE(Xbigg.metaboliterEXforcoarEXbiocycrEXMETA:FORMYL-COArEXchebirE]rE(X CHEBI:14282rEX CHEBI:15522rEX CHEBI:24092rEX CHEBI:49609rEX CHEBI:5150rEX CHEBI:57376rEeXhmdbrE]rE(X HMDB03419rEX HMDB06490rEeX kegg.compoundrEXC00798rEXmetanetx.chemicalrEXMNXM563rEX seed.compoundrEXcpd00592rEuh0Nh1h2]rErERrEjn`XC22H32N7O17P3SrEjp`jq`jr`Jjs`GubGjO`)rE}rE(hXoxa_crEhXOxalaterEh}rEh}rE(Xbigg.metaboliterEXoxarEXbiocycrEX META:OXALATErEXchebirE]rE(X CHEBI:132952rEX CHEBI:14702rEX CHEBI:16995rEX CHEBI:25729rEX CHEBI:25730rEX CHEBI:30623rEX CHEBI:44583rEX CHEBI:44820rEX CHEBI:46904rEX CHEBI:7811rEeXhmdbrEX HMDB02329rEX kegg.compoundrEXC00209rEX kegg.drugrEXD07103rEXmetanetx.chemicalrEXMNXM291rEX seed.compoundrEXcpd00180rEuh0Nh1h2]rErERrEjn`XC2O4rEjp`jq`jr`Jjs`GubGjG?jO`)rE}rE(hX oxalcoa_crEhX Oxalyl-CoArEh}rEh}rE(Xbigg.metaboliterEXoxalcoarEXbiocycrEXMETA:OXALYL-COArEXchebirE]rE(X CHEBI:14707rEX CHEBI:15535rEX CHEBI:25738rEX CHEBI:49814rEX CHEBI:57388rEX CHEBI:7817rEeX kegg.compoundrEXC00313rEX lipidmapsrEX LMFA07050357rEXmetanetx.chemicalrEXMNXM618rEX seed.compoundrEXcpd00262rEuh0Nh1h2]rErERrEjn`XC23H31N7O19P3SrEjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rE}rE(hXFORt2pprEhX=Formate transport via proton symport (uptake only, periplasm)rEh}rEh}rE(jC`X SBO:0000375rEX bigg.reactionrEXFORt2pprEXmetanetx.reactionrEX MNXR99621rEujG`Xb0904 or b2492rFjH`h#jI`h2]rF(j)js)erFRrFjM`}rF(jD=Gj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)rF}rF(hXFORtexrFhX<Formate transport via diffusion (extracellular to periplasm)rFh}r Fh}r F(jC`X SBO:0000375r FX bigg.reactionr FXFORtexr FXbiocycrFXMETA:TRANS-RXN-1rFXmetanetx.reactionrFX MNXR99620rFXrhearF]rF(X29679rFX29680rFX29681rFX29682rFeujG`X b1377 or b0241 or b0929 or b2215rFjH`h#jI`h2]rF(hIh[h7h erFRrFjM`}rF(jcGjD=G?uh0Njt`G@ju`G@@ubj<`)rF}rF(hXFORtppirFhX8Formate transport via diffusion (cytoplasm to periplasm)r Fh}r!Fh}r"F(jC`X SBO:0000375r#FX bigg.reactionr$FXFORtppir%FXbiocycr&FXMETA:TRANS-RXN-1r'FXmetanetx.reactionr(FX MNXR99620r)FXrhear*F]r+F(X29679r,FX29680r-FX29681r.FX29682r/FeujG`Xb0904 or b2492r0FjH`h#jI`h2]r1F(j)js)er2FRr3FjM`}r4F(jGjD=G?uh0Njt`Gju`G@@ubj<`)r5F}r6F(hXFRD2r7FhXFumarate reductaser8Fh}r9Fh}r:F(jC`X SBO:0000375r;FX bigg.reactionrFX MNXR99637r?FXrhear@F]rAF(X29215rBFX29216rCFX29217rDFX29218rEFeujG`X#b4153 and b4151 and b4152 and b4154rFFjH`h#jI`h2]rGF(j)j)j)j)erHFRrIFjM`}rJF(jGjhGjG?jG?uh0Njt`Gju`G@@ubj<`)rKF}rLF(hXFRD3rMFhXFumarate reductaserNFh}rOFh}rPF(jC`X SBO:0000375rQFX bigg.reactionrRFXFRD3rSFXec-coderTFX1.3.99.1rUFXmetanetx.reactionrVFX MNXR99639rWFujG`X#b4153 and b4151 and b4152 and b4154rXFjH`h#jI`h2]rYF(j)j)j)j)erZFRr[FjM`}r\F(j^aGjGj2(G?jG?uh0Njt`Gju`G@@ubj<`)r]F}r^F(hXFRUKr_FhXFructose-1-phosphate kinaser`Fh}raFh}rbF(jC`X SBO:0000375rcFX bigg.reactionrdFXFRUKreFXec-coderfFX2.7.1.56rgFXmetanetx.reactionrhFX MNXR99652riFXrhearjF]rkF(X14213rlFX14214rmFX14215rnFX14216roFeujG`Xb2168rpFjH`h#jI`h2]rqFj)arrFRrsFjM`}rtF(jbGjO`)ruF}rvF(hXf1p_crwFhXD-Fructose 1-phosphaterxFh}ryFh}rzF(Xbigg.metaboliter{FXf1pr|FXbiocycr}FX!META:D-fructofuranose-1-phosphater~FXchebirF]rF(X CHEBI:20930rFX CHEBI:37515rFX CHEBI:5174rFX CHEBI:58674rFeX kegg.compoundrFXC01094rFXmetanetx.chemicalrFX MNXM145568rFX seed.compoundrFXcpd00802rFuh0Nh1h2]rFrFRrFjn`XC6H11O9PrFjp`jq`jr`Jjs`GubGjmG?j;G?jnG?uh0Njt`Gju`G@@ubj<`)rF}rF(hXFRULYSDGrFhX"Fructoselysine phosphate deglycaserFh}rFh}rF(jC`X SBO:0000375rFX bigg.reactionrFXFRULYSDGrFXmetanetx.reactionrFX MNXR99653rFujG`Xb3371rFjH`h#jI`h2]rFj)arFRrFjM`}rF(jO`)rF}rF(hX frulysp_crFhXFructoselysine PhosphaterFh}rFh}rF(Xbigg.metaboliterFXfrulysprFXmetanetx.chemicalrFX MNXM11605rFX seed.compoundrFXcpd15467rFuh0Nh1h2]rFrFRrFjn`X C12H24N2O10PrFjp`jq`jr`Jjs`GubGjgfGjvG?jgG?uh0Njt`G@ju`G@@ubj<`)rF}rF(hXFRULYSErFhXFructoselysine 3-epimeraserFh}rFh}rF(jC`X SBO:0000375rFX bigg.reactionrFXFRULYSErFXbiocycrFXMETA:RXN0-4841rFXmetanetx.reactionrFX MNXR99654rFXrhearF]rF(X28390rFX28391rFX28392rFX28393rFeujG`Xb4474rFjH`h#jI`h2]rFj*arFRrFjM`}rF(jO`)rF}rF(hXpsclys_crFhX PsicoselysinerFh}rFh}rF(Xbigg.metaboliterFXpsclysrFXbiocycrFXMETA:PSICOSELYSINErFXchebirF]rF(X CHEBI:61403rFX CHEBI:61425rFeXmetanetx.chemicalrFXMNXM6409rFX seed.compoundrFXcpd15559rFuh0Nh1h2]rFrFRrFjn`X C12H25N2O7rFjp`jq`jr`Kjs`GubGjO`)rF}rF(hXfrulys_crFhXFructoselysinerFh}rFh}rF(Xbigg.metaboliterFXfrulysrFXbiocycrFXMETA:FRUCTOSELYSINErFXchebirF]rF(X CHEBI:24109rFX CHEBI:61393rFX CHEBI:63523rFeX kegg.compoundrFXC16488rFXmetanetx.chemicalrFXMNXM1742rFX seed.compoundrFXcpd15466rFuh0Nh1h2]rFrFRrFjn`X C12H25N2O7rFjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rF}rF(hXFRULYSKrFhXFructoselysine KinaserFh}rFh}rF(jC`X SBO:0000375rFX bigg.reactionrFXFRULYSKrFXmetanetx.reactionrFX MNXR99655rGujG`Xb3374rGjH`h#jI`h2]rGj*arGRrGjM`}rG(jbGjFGjmG?jFG?jnG?uh0Njt`Gju`G@@ubj<`)rG}rG(hX FRULYSt2pprGhX7Fructoselysine transport via proton symport (periplasm)r Gh}r Gh}r G(jC`X SBO:0000375r GX bigg.reactionr GX FRULYSt2pprGXmetanetx.reactionrGX MNXR99656rGujG`Xb3370rGjH`h#jI`h2]rGj'*arGRrGjM`}rG(jO`)rG}rG(hXfrulys_prGhXFructoselysinerGh}rGh}rG(Xbigg.metaboliterGXfrulysrGXbiocycrGXMETA:FRUCTOSELYSINErGXchebir G]r!G(X CHEBI:24109r"GX CHEBI:61393r#GX CHEBI:63523r$GeX kegg.compoundr%GXC16488r&GXmetanetx.chemicalr'GXMNXM1742r(GX seed.compoundr)GXcpd15466r*Guh0Nh1h2]r+Gr,GRr-Gjn`X C12H25N2O7r.Gjp`jcjr`Kjs`GubGj̪GjFG?jnG?uh0Njt`Gju`G@@ubj<`)r/G}r0G(hX FRULYStexr1GhX8Fructoselysine transporter via diffusion (extracellular)r2Gh}r3Gh}r4G(jC`X SBO:0000375r5GX bigg.reactionr6GX FRULYStexr7GXbiocycr8GXMETA:TRANS-RXN0-417r9GXmetanetx.reactionr:GX MNXR99657r;GXrhearGX28455r?GX28456r@GX28457rAGeujG`X b1377 or b0241 or b0929 or b2215rBGjH`h#jI`h2]rCG(hIh[h7h erDGRrEGjM`}rFG(jׄGjGG?uh0Njt`G@ju`G@@ubj<`)rGG}rHG(hX FRUURt2rpprIGhXCD-fructuronate transport via proton symport, reversible (periplasm)rJGh}rKGh}rLG(jC`X SBO:0000375rMGX bigg.reactionrNGX FRUURt2rpprOGXbiocycrPGXMETA:TRANS-RXN-81rQGXmetanetx.reactionrRGX MNXR99658rSGXrhearTG]rUG(X28871rVGX28872rWGX28873rXGX28874rYGeujG`Xb4321rZGjH`h#jI`h2]r[Gj9*ar\GRr]GjM`}r^G(jO`)r_G}r`G(hXfruur_praGhXD-FructuronaterbGh}rcGh}rdG(Xbigg.metabolitereGXfruurrfGXbiocycrgGXMETA:FRUCTURONATErhGXchebiriG]rjG(X CHEBI:12927rkGX CHEBI:16849rlGX CHEBI:20936rmGX CHEBI:20937rnGX CHEBI:24112roGX CHEBI:24113rpGX CHEBI:4126rqGX CHEBI:47950rrGX CHEBI:59863rsGX CHEBI:59881rtGeX kegg.compoundruGXC00905rvGXmetanetx.chemicalrwGXMNXM1660rxGX seed.compoundryG]rzG(Xcpd00672r{GXcpd27042r|Geuh0Nh1h2]r}Gr~GRrGjn`XC6H9O7rGjp`jcjr`Jjs`GubGj̪GjO`)rG}rG(hXfruur_crGhXD-FructuronaterGh}rGh}rG(Xbigg.metaboliterGXfruurrGXbiocycrGXMETA:FRUCTURONATErGXchebirG]rG(X CHEBI:12927rGX CHEBI:16849rGX CHEBI:20936rGX CHEBI:20937rGX CHEBI:24112rGX CHEBI:24113rGX CHEBI:4126rGX CHEBI:47950rGX CHEBI:59863rGX CHEBI:59881rGeX kegg.compoundrGXC00905rGXmetanetx.chemicalrGXMNXM1660rGX seed.compoundrG]rG(Xcpd00672rGXcpd27042rGeuh0Nh1h2]rGrGRrGjn`XC6H9O7rGjp`jq`jr`Jjs`GubG?jnG?uh0Njt`G@ju`G@@ubj<`)rG}rG(hXFRUURtexrGhX6D-fructuronate transport via diffusion (extracellular)rGh}rGh}rG(jC`X SBO:0000375rGX bigg.reactionrGXFRUURtexrGXmetanetx.reactionrGX MNXR99659rGujG`X b1377 or b0241 or b0929 or b2215rGjH`h#jI`h2]rG(hIh[h7h erGRrGjM`}rG(jGj_GG?uh0Njt`G@ju`G@@ubj<`)rG}rG(hX FRUpts2pprGhX?Fructose transport via PEP:Pyr PTS (f6p generating) (periplasm)rGh}rGh}rG(jC`X SBO:0000375rGX bigg.reactionrGX FRUpts2pprGXmetanetx.reactionrGX MNXR99662rGujG`X-b2415 and b1818 and b1817 and b1819 and b2416rGjH`h#jI`h2]rG(jjjjjerGRrGjM`}rG(jO`)rG}rG(hXfru_prGhX D-FructoserGh}rGh}rG(Xbigg.metaboliterGXfrurGXbiocycrG]rG(XMETA:CPD-15382rGXMETA:D-FructopyranoserGXMETA:FRUrGXMETA:FructofuranoserGeXchebirG]rG(X CHEBI:12923rGX CHEBI:15824rGX CHEBI:20929rGX CHEBI:24104rGX CHEBI:24110rGX CHEBI:28757rGX CHEBI:37714rGX CHEBI:37721rGX CHEBI:4118rGX CHEBI:4119rGX CHEBI:47424rGX CHEBI:48095rGX CHEBI:5172rGeXhmdbrGX HMDB62538rGX kegg.compoundrG]rG(XC00095rGXC01496rGXC05003rGXC10906rGeX kegg.drugrGXD00114rGXmetanetx.chemicalrGXMNXM175rGX seed.compoundrG]rG(Xcpd00082rGXcpd19015rGXcpd27040rGeuh0Nh1h2]rGrGRrGjn`XC6H12O6rGjp`jcjr`Kjs`GubGjGjsG?jG?uh0Njt`Gju`G@@ubj<`)rG}rG(hXFRUptspprGhX0D-fructose transport via PEP:Pyr PTS (periplasm)rGh}rGh}rG(jC`X SBO:0000375rGX bigg.reactionrGXFRUptspprGXmetanetx.reactionrGX MNXR99661rGujG`X#b2415 and b2167 and b2169 and b2416rHjH`h#jI`h2]rH(jjK*j]*jerHRrHjM`}rH(jGGjGjuFG?jG?uh0Njt`Gju`G@@ubj<`)rH}rH(hXFRUtexrHhX?D-fructose transport via diffusion (extracellular to periplasm)rHh}r Hh}r H(jC`X SBO:0000375r HX bigg.reactionr HXFRUtexr HXmetanetx.reactionrHX MNXR99663rHujG`X b1377 or b0241 or b0929 or b2215rHjH`h#jI`h2]rH(hIh[h7h erHRrHjM`}rH(jGjGG?uh0Njt`G@ju`G@@ubj<`)rH}rH(hXFTHFDrHhX"Formyltetrahydrofolate deformylaserHh}rHh}rH(jC`X SBO:0000375rHX bigg.reactionrHXFTHFDrHXec-coderHX3.5.1.10rHX kegg.reactionr HXR00944r!HXmetanetx.reactionr"HX MNXR99669r#HXrhear$H]r%H(X19833r&HX19834r'HX19835r(HX19836r)HeujG`Xb1232r*HjH`h#jI`h2]r+Hjo*ar,HRr-HjM`}r.H(j@aGjgfGjG?jnG?jlG?uh0Njt`Gju`G@@ubj<`)r/H}r0H(hXFTHFLir1HhXFormate-tetrahydrofolate ligaser2Hh}r3Hh}r4H(jC`X SBO:0000375r5HX bigg.reactionr6HXFTHFLir7HXec-coder8HX6.3.4.3r9HX kegg.reactionr:HXR00943r;HXmetanetx.reactionrH]r?H(X20221r@HX20222rAHX20223rBHX20224rCHeujG`h#jH`h#jI`h2]rDHrEHRrFHjM`}rGH(jbGjGjlGj@aG?jmG?j;nG?uh0Njt`Gju`G@@ubj<`)rHH}rIH(hXFUCtexrJHhX=L-fucose transport via diffusion (extracellular to periplasm)rKHh}rLHh}rMH(jC`X SBO:0000375rNHX bigg.reactionrOHXFUCtexrPHXmetanetx.reactionrQHX MNXR99704rRHujG`X b1377 or b0241 or b0929 or b2215rSHjH`h#jI`h2]rTH(hIh[h7h erUHRrVHjM`}rWH(j,GjO`)rXH}rYH(hXfuc__L_prZHhXL-Fucoser[Hh}r\Hh}r]H(Xbigg.metaboliter^HXfuc__Lr_HXbiocycr`H]raH(XMETA:CPD-15619rbHXMETA:L-fucosesrcHeXchebirdHX CHEBI:48204reHXhmdbrfHX HMDB62489rgHXmetanetx.chemicalrhHX MNXM40586riHuh0Nh1h2]rjHrkHRrlHjn`XC6H12O5rmHjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rnH}roH(hXFUCtpprpHhX1L-fucose transport via proton symport (periplasm)rqHh}rrHh}rsH(jC`X SBO:0000375rtHX bigg.reactionruHXFUCtpprvHXbiocycrwHXMETA:TRANS-RXN-20rxHXmetanetx.reactionryHX MNXR99703rzHujG`Xb2801r{HjH`h#jI`h2]r|Hj*ar}HRr~HjM`}rH(jXHGj̪GjE<G?jnG?uh0Njt`G@ju`G@@ubj<`)rH}rH(hXFUMrHhXFumaraserHh}rHh}rH(jC`X SBO:0000375rHX bigg.reactionrHXFUMrHXbiocycrHXMETA:FUMHYDR-RXNrHXec-coderHX4.2.1.2rHX kegg.reactionrHXR01082rHXmetanetx.reactionrHX MNXR99705rHXrhearH]rH(X12460rHX12461rHX12462rHX12463rHeujG`Xb4122 or b1612 or b1611rHjH`h#jI`h2]rH(j*jG"j*erHRrHjM`}rH(jGjgfGjO`)rH}rH(hXmal__L_crHhXL-MalaterHh}rHh}rH(Xbigg.metaboliterHXmal__LrHXbiocycrHXMETA:MALrHXchebirH]rH(X CHEBI:11066rHX CHEBI:13140rHX CHEBI:15589rHX CHEBI:18784rHX CHEBI:18785rHX CHEBI:30797rHX CHEBI:423rHeXhmdbrHX HMDB00156rHX kegg.compoundrHXC00149rHXmetanetx.chemicalrHXMNXM98rHX seed.compoundrHXcpd00130rHuh0Nh1h2]rHrHRrHjn`XC4H4O5rHjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rH}rH(hX FUMt2_2pprHhX7Fumarate transport via proton symport (2 H) (periplasm)rHh}rHh}rH(jC`X SBO:0000375rHX bigg.reactionrHX FUMt2_2pprHXbiocycrHXMETA:TRANS-RXN-121BrHXmetanetx.reactionrHX MNXR99711rHXrhearH]rH(X29331rHX29332rHX29333rHX29334rHeujG`Xb3528rHjH`h#jI`h2]rHjarHRrHjM`}rH(jO`)rH}rH(hXfum_prHhXFumaraterHh}rHh}rH(Xbigg.metaboliterHXfumrHXbiocycrHXMETA:FUMrHXchebirH]rH(X CHEBI:14284rHX CHEBI:18012rHX CHEBI:22956rHX CHEBI:22957rHX CHEBI:22958rHX CHEBI:24122rHX CHEBI:24124rHX CHEBI:29806rHX CHEBI:36180rHX CHEBI:37154rHX CHEBI:37155rHX CHEBI:42511rHX CHEBI:42743rHX CHEBI:5190rHeXhmdbrHX HMDB00134rHX kegg.compoundrHXC00122rHX kegg.drugrHXD02308rHXmetanetx.chemicalrHXMNXM93rHX seed.compoundrHXcpd00106rHuh0Nh1h2]rHrHRrHjn`XC4H2O4rHjp`jcjr`Jjs`GubGj̪GjG?jnG@uh0Njt`Gju`G@@ubj<`)rH}rH(hX FUMt2_3pprHhX7Fumarate transport via proton symport (3 H) (periplasm)rHh}rHh}rI(jC`X SBO:0000375rIX bigg.reactionrIX FUMt2_3pprIXbiocycrIXMETA:TRANS-RXN-299rIXmetanetx.reactionrIX MNXR99712rIujG`Xb4123 or b4138 or b0621rIjH`h#jI`h2]r I(j7j*j%er IRr IjM`}r I(jHGj̪GjG?jnG@uh0Njt`Gju`G@@ubj<`)r I}rI(hXFUMtexrIhX=Fumarate transport via diffusion (extracellular to periplasm)rIh}rIh}rI(jC`X SBO:0000375rIX bigg.reactionrIXFUMtexrIXbiocycrIXMETA:TRANS-RXN0-553rIXmetanetx.reactionrIX MNXR99715rIujG`X b1377 or b0241 or b0929 or b2215rIjH`h#jI`h2]rI(hIh[h7h erIRrIjM`}rI(jOGjHG?uh0Njt`G@ju`G@@ubj<`)rI}r I(hXFUSAtexr!IhXAFusidic acid transport via diffusion (extracellular to periplasm)r"Ih}r#Ih}r$I(jC`X SBO:0000375r%IX bigg.reactionr&IXFUSAtexr'IXmetanetx.reactionr(IX MNXR99717r)IXrhear*I]r+I(X35103r,IX35104r-IX35105r.IX35106r/IeujG`X b0929 or b1377 or b2215 or b0241r0IjH`h#jI`h2]r1I(hIh[h7h er2IRr3IjM`}r4I(jGjO`)r5I}r6I(hXfusa_pr7IhX Fusidic acidr8Ih}r9Ih}r:I(Xbigg.metaboliter;IXfusarIXchebir?I]r@I(X CHEBI:24133rAIX CHEBI:29013rBIX CHEBI:42742rCIX CHEBI:5201rDIX CHEBI:71321rEIeXhmdbrFIX HMDB15570rGIX kegg.compoundrHIXC06694rIIX kegg.drugrJIXD04281rKIX lipidmapsrLIXLMPR0106040001rMIXmetanetx.chemicalrNIX MNXM125818rOIX seed.compoundrPIXcpd04095rQIuh0Nh1h2]rRIrSIRrTIjn`XC31H48O5rUIjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rVI}rWI(hXFUSAtpprXIhX&Fusidic acid transport via TolC systemrYIh}rZIh}r[I(jC`X SBO:0000375r\IX bigg.reactionr]IXFUSAtppr^IXmetanetx.reactionr_IX MNXR99718r`IujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )raIjH`h#jI`h2]rbI(jYjkj}jercIRrdIjM`}reI(j5IGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)rfI}rgI(hXG1PACTrhIhX+Glucosamine-1-phosphate N-acetyltransferaseriIh}rjIh}rkI(jC`X SBO:0000375rlIX bigg.reactionrmIXG1PACTrnIXec-coderoI]rpI(X 2.3.1.157rqIX2.3.1.4rrIeXmetanetx.reactionrsIX MNXR99841rtIujG`Xb3730ruIjH`h#jI`h2]rvIj*arwIRrxIjM`}ryI(jaGjO`)rzI}r{I(hXgam1p_cr|IhXD-Glucosamine 1-phosphater}Ih}r~Ih}rI(Xbigg.metaboliterIXgam1prIXbiocycrIXMETA:GLUCOSAMINE-1PrIXchebirI]rI(X CHEBI:12316rIX CHEBI:20994rIX CHEBI:27625rIX CHEBI:4163rIX CHEBI:42868rIX CHEBI:58516rIeX kegg.compoundrIXC06156rIXmetanetx.chemicalrIXMNXM969rIX seed.compoundrIXcpd03671rIuh0Nh1h2]rIrIRrIjn`X C6H13NO8PrIjp`jq`jr`Jjs`GubGjO`)rI}rI(hX acgam1p_crIhX"N-Acetyl-D-glucosamine 1-phosphaterIh}rIh}rI(Xbigg.metaboliterIXacgam1prIXchebirIX CHEBI:7125rIX kegg.compoundrIXC04256rIXmetanetx.chemicalrIX MNXM91871rIX seed.compoundrIXcpd02611rIuh0Nh1h2]rIrIRrIjn`X C8H14NO9PrIjp`jq`jr`Jjs`GubG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)rI}rI(hXG1PPpprIhXGlucose-1-phosphataserIh}rIh}rI(jC`X SBO:0000375rIX bigg.reactionrIXG1PPpprIXbiocycrI]rI(XMETA:GLUCOSE-1-PHOSPHAT-RXNrIXMETA:RXN-17330rIeXec-coderIX3.1.3.10rIX kegg.reactionrIXR00304rIXmetanetx.reactionrIX MNXR99844rIXrhearI]rI(X19933rIX19934rIX19935rIX19936rIeujG`Xb1002rIjH`h#jI`h2]rIj*arIRrIjM`}rI(jO`)rI}rI(hXg1p_prIhXD-Glucose 1-phosphaterIh}rIh}rI(Xbigg.metaboliterIXg1prIXbiocycrI]rI(XMETA:D-glucose-1-phosphatesrIX META:GLC-1-PrIeXchebirI]rI(X CHEBI:10246rIX CHEBI:12320rIX CHEBI:12967rIX CHEBI:12970rIX CHEBI:16077rIX CHEBI:21001rIX CHEBI:21004rIX CHEBI:29042rIX CHEBI:4169rIX CHEBI:42623rIX CHEBI:57629rIX CHEBI:58601rIeXhmdbrI]rI(X HMDB01306rIX HMDB01586rIeX kegg.compoundrIXC00103rIXmetanetx.chemicalrIX MNXM89588rIX seed.compoundrI]rI(Xcpd00089rIXcpd28817rIeuh0Nh1h2]rIrIRrIjn`XC6H11O9PrIjp`jcjr`Jjs`GubGjDGjO`)rI}rI(hXglc__D_prIhX D-GlucoserIh}rIh}rI(Xbigg.metaboliterIXglc__DrIXbiocycrIXMETA:GlucopyranoserIXchebirI]rI(X CHEBI:12965rIX CHEBI:17634rIX CHEBI:20999rJX CHEBI:4167rJeXhmdbrJ]rJ(X HMDB00122rJX HMDB06564rJeX kegg.compoundrJXC00031rJX kegg.drugrJXD00009r JXmetanetx.chemicalr JXMNXM41r JX seed.compoundr J]r J(Xcpd00027rJXcpd26821rJeuh0Nh1h2]rJrJRrJjn`XC6H12O6rJjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)rJ}rJ(hXG1PTTrJhX)Glucose-1-phosphate thymidylyltransferaserJh}rJh}rJ(jC`X SBO:0000375rJX bigg.reactionrJXG1PTTrJXbiocycrJXMETA:DTDPGLUCOSEPP-RXNrJXec-coderJX2.7.7.24r JX kegg.reactionr!JXR02328r"JXmetanetx.reactionr#JX MNXR99846r$JXrhear%J]r&J(X15225r'JX15226r(JX15227r)JX15228r*JeujG`Xb2039 or b3789r+JjH`h#jI`h2]r,J(j*j*er-JRr.JjM`}r/J(jdGjO`)r0J}r1J(hXg1p_cr2JhXD-Glucose 1-phosphater3Jh}r4Jh}r5J(Xbigg.metaboliter6JXg1pr7JXbiocycr8J]r9J(XMETA:D-glucose-1-phosphatesr:JX META:GLC-1-Pr;JeXchebirJX CHEBI:12320r?JX CHEBI:12967r@JX CHEBI:12970rAJX CHEBI:16077rBJX CHEBI:21001rCJX CHEBI:21004rDJX CHEBI:29042rEJX CHEBI:4169rFJX CHEBI:42623rGJX CHEBI:57629rHJX CHEBI:58601rIJeXhmdbrJJ]rKJ(X HMDB01306rLJX HMDB01586rMJeX kegg.compoundrNJXC00103rOJXmetanetx.chemicalrPJX MNXM89588rQJX seed.compoundrRJ]rSJ(Xcpd00089rTJXcpd28817rUJeuh0Nh1h2]rVJrWJRrXJjn`XC6H11O9PrYJjp`jq`jr`Jjs`GubGjnGjO`)rZJ}r[J(hX dtdpglu_cr\JhX DTDPglucoser]Jh}r^Jh}r_J(Xbigg.metaboliter`JXdtdpgluraJXbiocycrbJXMETA:DTDP-D-GLUCOSErcJXchebirdJ]reJ(X CHEBI:10526rfJX CHEBI:10528rgJX CHEBI:14089rhJX CHEBI:14091riJX CHEBI:15700rjJX CHEBI:23556rkJX CHEBI:57477rlJeXhmdbrmJX HMDB62805rnJX kegg.compoundroJXC00842rpJXmetanetx.chemicalrqJXMNXM1376rrJX seed.compoundrsJXcpd00626rtJuh0Nh1h2]ruJrvJRrwJjn`X C16H24N2O16P2rxJjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)ryJ}rzJ(hXG1Ptexr{JhX-D-glucose 1-phosphate transport via diffusionr|Jh}r}Jh}r~J(jC`X SBO:0000375rJX bigg.reactionrJXG1PtexrJXmetanetx.reactionrJX MNXR99849rJujG`X b1377 or b0241 or b0929 or b2215rJjH`h#jI`h2]rJ(hIh[h7h erJRrJjM`}rJ(jGjIG?uh0Njt`G@ju`G@@ubj<`)rJ}rJ(hXG1SATrJhX)Glutamate-1-semialdehyde aminotransferaserJh}rJh}rJ(jC`X SBO:0000375rJX bigg.reactionrJXG1SATrJXbiocycrJXMETA:GSAAMINOTRANS-RXNrJXec-coderJX5.4.3.8rJX kegg.reactionrJXR02272rJXmetanetx.reactionrJX MNXR99850rJXrhearJ]rJ(X14265rJX14266rJX14267rJX14268rJeujG`Xb0154rJjH`h#jI`h2]rJj+arJRrJjM`}rJ(jO`)rJ}rJ(hXglu1sa_crJhXL-Glutamate 1-semialdehyderJh}rJh}rJ(Xbigg.metaboliterJXglu1sarJXbiocycrJXMETA:GLUTAMATE-1-SEMIALDEHYDErJXchebirJ]rJ(X CHEBI:11022rJX CHEBI:15757rJX CHEBI:18756rJX CHEBI:24312rJX CHEBI:404rJX CHEBI:42823rJX CHEBI:42827rJX CHEBI:57501rJeX kegg.compoundrJXC03741rJXmetanetx.chemicalrJXMNXM1453rJX seed.compoundrJXcpd02345rJuh0Nh1h2]rJrJRrJjn`XC5H9NO3rJjp`jq`jr`Kjs`GubGjO`)rJ}rJ(hX5aop_crJhX5-Amino-4-oxopentanoaterJh}rJh}rJ(Xbigg.metaboliterJX5aoprJXbiocycrJXMETA:5-AMINO-LEVULINATErJXchebirJ]rJ(X CHEBI:12109rJX CHEBI:132970rJX CHEBI:17549rJX CHEBI:2034rJX CHEBI:20547rJX CHEBI:356416rJeXhmdbrJX HMDB01149rJX kegg.compoundrJXC00430rJX kegg.drugrJXD07567rJX lipidmapsrJX LMFA01100055rJXmetanetx.chemicalrJXMNXM405rJX seed.compoundrJXcpd00338rJuh0Nh1h2]rJrJRrJjn`XC5H9NO3rJjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rJ}rJ(hXG2PPrJhX Glycerol-2-phosphate phosphataserJh}rJh}rJ(jC`X SBO:0000375rJX bigg.reactionrJXG2PPrJXbiocycrJXMETA:GLYCEROL-2-PHOSPHATASE-RXNrJXec-coderJX3.1.3.19rJX kegg.reactionrJXR01043rJXmetanetx.reactionrJX MNXR99852rJXrhearJ]rJ(X13105rJX13106rJX13107rJX13108rJeujG`Xb2533rJjH`h#jI`h2]rJj#+arJRrJjM`}rK(jO`)rK}rK(hXglyc2p_crKhXGlycerol 2-phosphaterKh}rKh}rK(Xbigg.metaboliterKXglyc2prKXbiocycr KX META:CPD-536r KXchebir K]r K(X CHEBI:14337r KX CHEBI:17270rKX CHEBI:26704rKX CHEBI:42620rKX CHEBI:5451rKX CHEBI:58083rKeX kegg.compoundrKXC02979rKXmetanetx.chemicalrKXMNXM2527rKX seed.compoundrKXcpd01908rKuh0Nh1h2]rKrKRrKjn`XC3H7O6PrKjp`jq`jr`Jjs`GubGjgfGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rK}rK(hXG2PPpprKhX.Glycerol 2-phosphate phosphatase (periplasmic)r Kh}r!Kh}r"K(jC`X SBO:0000375r#KX bigg.reactionr$KXG2PPppr%KXbiocycr&KXMETA:GLYCEROL-2-PHOSPHATASE-RXNr'KXec-coder(KX3.1.3.19r)KX kegg.reactionr*KXR01043r+KXmetanetx.reactionr,KX MNXR99852r-KXrhear.K]r/K(X13105r0KX13106r1KX13107r2KX13108r3KeujG`Xb4055r4KjH`h#jI`h2]r5Kj5+ar6KRr7KjM`}r8K(jO`)r9K}r:K(hXglyc2p_pr;KhXGlycerol 2-phosphaterK(Xbigg.metaboliter?KXglyc2pr@KXbiocycrAKX META:CPD-536rBKXchebirCK]rDK(X CHEBI:14337rEKX CHEBI:17270rFKX CHEBI:26704rGKX CHEBI:42620rHKX CHEBI:5451rIKX CHEBI:58083rJKeX kegg.compoundrKKXC02979rLKXmetanetx.chemicalrMKXMNXM2527rNKX seed.compoundrOKXcpd01908rPKuh0Nh1h2]rQKrRKRrSKjn`XC3H7O6PrTKjp`jcjr`Jjs`GubGjDGjDG?j0G?uh0Njt`Gju`G@@ubj<`)rUK}rVK(hXG3PAT120rWKhX,Glycerol-3-phosphate acyltransferase (C12:0)rXKh}rYKh}rZK(jC`X SBO:0000375r[KX bigg.reactionr\KXG3PAT120r]KXec-coder^KX2.3.1.15r_KXmetanetx.reactionr`KX MNXR99854raKujG`Xb1094 and b4041rbKjH`h#jI`h2]rcK(jG+jerdKRreKjM`}rfK(jGjGjG?jrG?uh0Njt`Gju`G@@ubj<`)rgK}rhK(hXG3PAT140riKhX,Glycerol-3-phosphate acyltransferase (C14:0)rjKh}rkKh}rlK(jC`X SBO:0000375rmKX bigg.reactionrnKXG3PAT140roKXec-coderpKX2.3.1.15rqKXmetanetx.reactionrrKX MNXR99855rsKujG`Xb1094 and b4041rtKjH`h#jI`h2]ruK(jG+jervKRrwKjM`}rxK(jGj?Gj2G?jrG?uh0Njt`Gju`G@@ubj<`)ryK}rzK(hXG3PAT141r{KhX,Glycerol-3-phosphate acyltransferase (C14:1)r|Kh}r}Kh}r~K(jC`X SBO:0000375rKX bigg.reactionrKXG3PAT141rKXec-coderKX2.3.1.15rKXmetanetx.reactionrKX MNXR99856rKujG`Xb1094 and b4041rKjH`h#jI`h2]rK(jG+jerKRrKjM`}rK(jGj_GjzG?jrG?uh0Njt`Gju`G@@ubj<`)rK}rK(hXG3PAT160rKhX,Glycerol-3-phosphate acyltransferase (C16:0)rKh}rKh}rK(jC`X SBO:0000375rKX bigg.reactionrKXG3PAT160rKXec-coderKX2.3.1.15rKXmetanetx.reactionrKX MNXR99857rKujG`Xb1094 and b4041rKjH`h#jI`h2]rK(jG+jerKRrKjM`}rK(jGjGjG?jrG?uh0Njt`Gju`G@@ubj<`)rK}rK(hXG3PAT161rKhX,Glycerol-3-phosphate acyltransferase (C16:1)rKh}rKh}rK(jC`X SBO:0000375rKX bigg.reactionrKXG3PAT161rKXec-coderKX2.3.1.15rKXmetanetx.reactionrKX MNXR99859rKujG`Xb1094 and b4041rKjH`h#jI`h2]rK(jjG+erKRrKjM`}rK(jGjGjG?jrG?uh0Njt`Gju`G@@ubj<`)rK}rK(hXG3PAT180rKhX,Glycerol-3-phosphate acyltransferase (C18:0)rKh}rKh}rK(jC`X SBO:0000375rKX bigg.reactionrKXG3PAT180rKXec-coderKX2.3.1.15rKXmetanetx.reactionrKX MNXR99860rKujG`Xb1094 and b4041rKjH`h#jI`h2]rK(jjG+erKRrKjM`}rK(jGjvGjG?jrG?uh0Njt`Gju`G@@ubj<`)rK}rK(hXG3PAT181rKhX,Glycerol-3-phosphate acyltransferase (C18:1)rKh}rKh}rK(jC`X SBO:0000375rKX bigg.reactionrKXG3PAT181rKXec-coderKX2.3.1.15rKXmetanetx.reactionrKX MNXR99862rKujG`Xb1094 and b4041rKjH`h#jI`h2]rK(jG+jerKRrKjM`}rK(jGjVGjbG?jrG?uh0Njt`Gju`G@@ubj<`)rK}rK(hX G3PCabcpprKhXASn-glycerol-3-phosphocholine transport via ABC system (periplasm)rKh}rKh}rK(jC`X SBO:0000375rKX bigg.reactionrKX G3PCabcpprKXmetanetx.reactionrKX MNXR99873rKujG`X#b3450 and b3452 and b3453 and b3451rKjH`h#jI`h2]rK(j+j}+jk+jY+erKRrKjM`}rK(jbGjO`)rK}rK(hXg3pc_prKhXSn-Glycero-3-phosphocholinerKh}rKh}rK(Xbigg.metaboliterKXg3pcrKXbiocycrKX"META:L-1-GLYCERO-PHOSPHORYLCHOLINErKXchebirK]rK(X CHEBI:10646rKX CHEBI:12841rKX CHEBI:12847rKX CHEBI:14343rKX CHEBI:16870rKX CHEBI:26697rKX CHEBI:41458rKX CHEBI:55397rKX CHEBI:76433rKeX kegg.compoundrKXC00670rKX kegg.drugrKXD07349rKXmetanetx.chemicalrKXMNXM367rKX seed.compoundrKXcpd00507rKuh0Nh1h2]rLrLRrLjn`X C8H20NO6PrLjp`jcjr`Kjs`GubGjgfGjmG?jO`)rL}rL(hXg3pc_crLhXSn-Glycero-3-phosphocholinerLh}rLh}r L(Xbigg.metaboliter LXg3pcr LXbiocycr LX"META:L-1-GLYCERO-PHOSPHORYLCHOLINEr LXchebirL]rL(X CHEBI:10646rLX CHEBI:12841rLX CHEBI:12847rLX CHEBI:14343rLX CHEBI:16870rLX CHEBI:26697rLX CHEBI:41458rLX CHEBI:55397rLX CHEBI:76433rLeX kegg.compoundrLXC00670rLX kegg.drugrLXD07349rLXmetanetx.chemicalrLXMNXM367rLX seed.compoundrLXcpd00507r Luh0Nh1h2]r!Lr"LRr#Ljn`X C8H20NO6Pr$Ljp`jq`jr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r%L}r&L(hXG3PCtexr'LhXMGlycero-3-phosphocholine transport via diffusion (extracellular to periplasm)r(Lh}r)Lh}r*L(jC`X SBO:0000375r+LX bigg.reactionr,LXG3PCtexr-LXmetanetx.reactionr.LX MNXR99874r/LXrhear0L]r1L(X32911r2LX32912r3LX32913r4LX32914r5LeujG`X b1377 or b0241 or b0929 or b2215r6LjH`h#jI`h2]r7L(hIh[h7h er8LRr9LjM`}r:L(jGjKG?uh0Njt`G@ju`G@@ubj<`)r;L}rLh}r?Lh}r@L(jC`X SBO:0000375rALX bigg.reactionrBLXG3PD2rCLXec-coderDLX1.1.1.94rELX kegg.reactionrFLXR00844rGLXmetanetx.reactionrHLX MNXR99877rILXrhearJL]rKL(X11096rLLX11097rMLX11098rNLX11099rOLeujG`Xb3608rPLjH`h#jI`h2]rQLj+arRLRrSLjM`}rTL(jGj[iGjG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)rUL}rVL(hXG3PD5rWLhX1Glycerol-3-phosphate dehydrogenase (ubiquinone-8)rXLh}rYLh}rZL(jC`X SBO:0000375r[LX bigg.reactionr\LXG3PD5r]LXmetanetx.reactionr^LX MNXR99880r_LXrhear`L]raL(X28751rbLX28752rcLX28753rdLX28754reLeujG`X&( b2242 and b2241 and b2243 ) or b3426rfLjH`h#jI`h2]rgL(j+j+j+j+erhLRriLjM`}rjL(jGjuGjG?jkG?uh0Njt`Gju`G@@ubj<`)rkL}rlL(hXG3PD6rmLhX2Glycerol-3-phosphate dehydrogenase (menaquinone-8)rnLh}roLh}rpL(jC`X SBO:0000375rqLX bigg.reactionrrLXG3PD6rsLXmetanetx.reactionrtLX MNXR99881ruLXrhearvL]rwL(X29223rxLX29224ryLX29225rzLX29226r{LeujG`Xb2242 and b2241 and b2243r|LjH`h#jI`h2]r}L(j+j+j+er~LRrLjM`}rL(jGjGjG?jhG?uh0Njt`Gju`G@@ubj<`)rL}rL(hXG3PD7rLhX:Glycerol-3-phosphate dehydrogenase (demethylmenaquinone-8)rLh}rLh}rL(jC`X SBO:0000375rLX bigg.reactionrLXG3PD7rLXec-coderLX1.1.99.5rLXmetanetx.reactionrLX MNXR99882rLujG`Xb2242 and b2241 and b2243rLjH`h#jI`h2]rL(j+j+j+erLRrLjM`}rL(j2(GjGj^aG?jG?uh0Njt`Gju`G@@ubj<`)rL}rL(hX G3PEabcpprLhXFSn-glycerol-3-phosphoethanolamine transport via ABC system (periplasm)rLh}rLh}rL(jC`X SBO:0000375rLX bigg.reactionrLX G3PEabcpprLXmetanetx.reactionrLX MNXR99883rLujG`X#b3450 and b3452 and b3453 and b3451rLjH`h#jI`h2]rL(j+j}+jk+jY+erLRrLjM`}rL(jbGjO`)rL}rL(hXg3pe_prLhX Sn-Glycero-3-phosphoethanolaminerLh}rLh}rL(Xbigg.metaboliterLXg3perLXbiocycrLX'META:L-1-GLYCEROPHOSPHORYLETHANOL-AMINErLXchebirL]rL(X CHEBI:10647rLX CHEBI:12842rLX CHEBI:16929rLX CHEBI:26699rLX CHEBI:57952rLeXhmdbrLX HMDB59660rLX kegg.compoundrLXC01233rLXmetanetx.chemicalrLXMNXM368rLX seed.compoundrLXcpd00908rLuh0Nh1h2]rLrLRrLjn`X C5H14NO6PrLjp`jcjr`Kjs`GubGjgfGjmG?jO`)rL}rL(hXg3pe_crLhX Sn-Glycero-3-phosphoethanolaminerLh}rLh}rL(Xbigg.metaboliterLXg3perLXbiocycrLX'META:L-1-GLYCEROPHOSPHORYLETHANOL-AMINErLXchebirL]rL(X CHEBI:10647rLX CHEBI:12842rLX CHEBI:16929rLX CHEBI:26699rLX CHEBI:57952rLeXhmdbrLX HMDB59660rLX kegg.compoundrLXC01233rLXmetanetx.chemicalrLXMNXM368rLX seed.compoundrLXcpd00908rLuh0Nh1h2]rLrLRrLjn`X C5H14NO6PrLjp`jq`jr`Kjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rL}rL(hXG3PEtexrLhXRGlycero-3-phosphoethanolamine transport via diffusion (extracellular to periplasm)rLh}rLh}rL(jC`X SBO:0000375rLX bigg.reactionrLXG3PEtexrLXmetanetx.reactionrLX MNXR99884rLujG`X b2215 or b0929 or b1377 or b0241rLjH`h#jI`h2]rL(hIh[h7h erLRrLjM`}rL(jGjLG?uh0Njt`G@ju`G@@ubj<`)rL}rL(hX G3PGabcpprLhXBSn-glycerol-3-phosphoglycerol transport via ABC system (periplasm)rLh}rLh}rL(jC`X SBO:0000375rLX bigg.reactionrLX G3PGabcpprLXmetanetx.reactionrLX MNXR99885rLujG`X#b3450 and b3452 and b3453 and b3451rLjH`h#jI`h2]rL(j+j}+jk+jY+erLRrLjM`}rL(jbGjO`)rL}rL(hXg3pg_prLhXGlycerophosphoglycerolrMh}rMh}rM(Xbigg.metaboliterMXg3pgrMXbiocycrMXMETA:GLYCEROPHOSPHOGLYCEROLrMXchebirM]rM(X CHEBI:5457r MX CHEBI:61933r MeX kegg.compoundr MXC03274r MXmetanetx.chemicalr MXMNXM598rMX seed.compoundrMXcpd02090rMuh0Nh1h2]rMrMRrMjn`XC6H14O8PrMjp`jcjr`Jjs`GubGjgfGjmG?jO`)rM}rM(hXg3pg_crMhXGlycerophosphoglycerolrMh}rMh}rM(Xbigg.metaboliterMXg3pgrMXbiocycrMXMETA:GLYCEROPHOSPHOGLYCEROLrMXchebirM]r M(X CHEBI:5457r!MX CHEBI:61933r"MeX kegg.compoundr#MXC03274r$MXmetanetx.chemicalr%MXMNXM598r&MX seed.compoundr'MXcpd02090r(Muh0Nh1h2]r)Mr*MRr+Mjn`XC6H14O8Pr,Mjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r-M}r.M(hXG3PGtexr/MhXGGlycerophoglycerol transport via diffusion (extracellular to periplasm)r0Mh}r1Mh}r2M(jC`X SBO:0000375r3MX bigg.reactionr4MXG3PGtexr5MXmetanetx.reactionr6MX MNXR99886r7MujG`X b1377 or b0241 or b0929 or b2215r8MjH`h#jI`h2]r9M(hIh[h7h er:MRr;MjM`}rM(hX G3PIabcppr?MhXFSn-glycerol-3-phosphoethanolamine transport via ABC system (periplasm)r@Mh}rAMh}rBM(jC`X SBO:0000375rCMX bigg.reactionrDMX G3PIabcpprEMXmetanetx.reactionrFMX MNXR99887rGMujG`X#b3450 and b3452 and b3453 and b3451rHMjH`h#jI`h2]rIM(j+j}+jk+jY+erJMRrKMjM`}rLM(jbGjO`)rMM}rNM(hXg3pi_prOMhXSn-Glycero-3-phospho-1-inositolrPMh}rQMh}rRM(Xbigg.metaboliterSMXg3pirTMXbiocycrUMX META:CPD-541rVMXchebirWM]rXM(X CHEBI:10645rYMX CHEBI:11200rZMX CHEBI:18321r[MX CHEBI:26695r\MX CHEBI:58444r]MX CHEBI:64715r^MeXhmdbr_MX HMDB11649r`MX kegg.compoundraMXC01225rbMXmetanetx.chemicalrcMXMNXM1517rdMX seed.compoundreMXcpd00902rfMuh0Nh1h2]rgMrhMRriMjn`X C9H18O11PrjMjp`jcjr`Jjs`GubGjgfGjmG?jO`)rkM}rlM(hXg3pi_crmMhXSn-Glycero-3-phospho-1-inositolrnMh}roMh}rpM(Xbigg.metaboliterqMXg3pirrMXbiocycrsMX META:CPD-541rtMXchebiruM]rvM(X CHEBI:10645rwMX CHEBI:11200rxMX CHEBI:18321ryMX CHEBI:26695rzMX CHEBI:58444r{MX CHEBI:64715r|MeXhmdbr}MX HMDB11649r~MX kegg.compoundrMXC01225rMXmetanetx.chemicalrMXMNXM1517rMX seed.compoundrMXcpd00902rMuh0Nh1h2]rMrMRrMjn`X C9H18O11PrMjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rM}rM(hXG3PItexrMhXQGlycero-3-phospho-1-inositol transport via diffusion (extracellular to periplasm)rMh}rMh}rM(jC`X SBO:0000375rMX bigg.reactionrMXG3PItexrMXmetanetx.reactionrMX MNXR99888rMXrhearM]rM(X32915rMX32916rMX32917rMX32918rMeujG`X b1377 or b0241 or b0929 or b2215rMjH`h#jI`h2]rM(hIh[h7h erMRrMjM`}rM(jfGjMMG?uh0Njt`G@ju`G@@ubj<`)rM}rM(hX G3PSabcpprMhX@Sn-glycerol-3-phosphoserine transport via ABC system (periplasm)rMh}rMh}rM(jC`X SBO:0000375rMX bigg.reactionrMX G3PSabcpprMXmetanetx.reactionrMX MNXR99892rMujG`X#b3450 and b3452 and b3453 and b3451rMjH`h#jI`h2]rM(jY+j+j}+jk+erMRrMjM`}rM(jbGjO`)rM}rM(hXg3ps_prMhXGlycerophosphoserinerMh}rMh}rM(Xbigg.metaboliterMXg3psrMXbiocycrMXMETA:CPD0-2030rMXchebirM]rM(X CHEBI:61931rMX CHEBI:62013rMX CHEBI:64765rMX CHEBI:64945rMeXmetanetx.chemicalrMX MNXM97117rMX seed.compoundrMXcpd15468rMuh0Nh1h2]rMrMRrMjn`X C6H13NO8PrMjp`jcjr`Jjs`GubGjgfGjmG?jO`)rM}rM(hXg3ps_crMhXGlycerophosphoserinerMh}rMh}rM(Xbigg.metaboliterMXg3psrMXbiocycrMXMETA:CPD0-2030rMXchebirM]rM(X CHEBI:61931rMX CHEBI:62013rMX CHEBI:64765rMX CHEBI:64945rMeXmetanetx.chemicalrMX MNXM97117rMX seed.compoundrMXcpd15468rMuh0Nh1h2]rMrMRrMjn`X C6H13NO8PrMjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rM}rM(hXG3PStexrMhXHGlycerophosphserine transport via diffusion (extracellular to periplasm)rMh}rMh}rM(jC`X SBO:0000375rMX bigg.reactionrMXG3PStexrMXmetanetx.reactionrMX MNXR99893rMujG`X b1377 or b0241 or b0929 or b2215rMjH`h#jI`h2]rM(hIh[h7h erMRrMjM`}rM(jGjMG?uh0Njt`G@ju`G@@ubj<`)rM}rM(hXG3PTrMhXGlycerol-3-phosphataserMh}rMh}rM(jC`X SBO:0000375rMX bigg.reactionrMXG3PTrMXbiocycrMXMETA:RXN-14965rMXec-coderMX3.1.3.21rMX kegg.reactionrMXR00841rMXmetanetx.reactionrMX MNXR99894rMujG`Xb0822rNjH`h#jI`h2]rNj$arNRrNjM`}rN(jGjgfGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rN}rN(hXG5SADsrNhX4L-glutamate 5-semialdehyde dehydratase (spontaneous)rNh}r Nh}r N(jC`X SBO:0000375r NX bigg.reactionr NXG5SADsr NXbiocycrNXMETA:SPONTPRO-RXNrNX kegg.reactionrNXR03314rNXmetanetx.reactionrNX MNXR99897rNXrhearN]rN(X28234rNX28235rNX28236rNX28237rNeujG`Xs0001rNjH`h#jI`h2]rNjarNRrNjM`}rN(jO`)rN}r N(hXglu5sa_cr!NhXL-Glutamate 5-semialdehyder"Nh}r#Nh}r$N(Xbigg.metaboliter%NXglu5sar&NXbiocycr'NX#META:L-GLUTAMATE_GAMMA-SEMIALDEHYDEr(NXchebir)N]r*N(X CHEBI:13109r+NX CHEBI:17232r,NX CHEBI:21302r-NX CHEBI:58066r.NX CHEBI:6225r/NeXhmdbr0NX HMDB02104r1NX kegg.compoundr2NXC01165r3NXmetanetx.chemicalr4NXMNXM245r5NX seed.compoundr6NXcpd00858r7Nuh0Nh1h2]r8Nr9NRr:Njn`XC5H9NO3r;Njp`jq`jr`Kjs`GubGjO`)rNhX1-Pyrroline-5-carboxylater?Nh}r@Nh}rAN(Xbigg.metaboliterBNX1pyr5crCNXbiocycrDNX%META:L-DELTA1-PYRROLINE_5-CARBOXYLATErENXchebirFN]rGN(X CHEBI:11297rHNX CHEBI:11689rINX CHEBI:12409rJNX CHEBI:1372rKNX CHEBI:15893rLNX CHEBI:17388rMNX CHEBI:18727rNNX CHEBI:19095rONX CHEBI:19873rPNX CHEBI:26458rQNX CHEBI:29066rRNX CHEBI:371rSNeXhmdbrTN]rUN(X HMDB01301rVNX HMDB02240rWNeX kegg.compoundrXN]rYN(XC03912rZNXC04322r[NeXmetanetx.chemicalr\NXMNXM1617r]NX seed.compoundr^N]r_N(Xcpd02431r`NXcpd02651raNXcpd29655rbNeuh0Nh1h2]rcNrdNRreNjn`XC5H6NO2rfNjp`jq`jr`Jjs`GubG?jgfG?jnG?uh0Njt`Gju`G@@ubj<`)rgN}rhN(hXG5SDriNhX&Glutamate-5-semialdehyde dehydrogenaserjNh}rkNh}rlN(jC`X SBO:0000375rmNX bigg.reactionrnNXG5SDroNXbiocycrpNXMETA:GLUTSEMIALDEHYDROG-RXNrqNXec-coderrNX1.2.1.41rsNX kegg.reactionrtNXR03313ruNXmetanetx.reactionrvNX MNXR99896rwNXrhearxN]ryN(X19541rzNX19542r{NX19543r|NX19544r}NeujG`Xb0243r~NjH`h#jI`h2]rNj+arNRrNjM`}rN(jO`)rN}rN(hXglu5p_crNhXL-Glutamate 5-phosphaterNh}rNh}rN(Xbigg.metaboliterNXglu5prNXbiocycrNXMETA:L-GLUTAMATE-5-PrNXchebirN]rN(X CHEBI:13108rNX CHEBI:13113rNX CHEBI:17798rNX CHEBI:21312rNX CHEBI:58274rNX CHEBI:6230rNeX kegg.compoundrNXC03287rNXmetanetx.chemicalrNXMNXM1280rNX seed.compoundrNXcpd02097rNuh0Nh1h2]rNrNRrNjn`XC5H8NO7PrNjp`jq`jr`Jjs`GubGjnGj{iGjNG?j[iG?j;nG?uh0Njt`Gju`G@@ubj<`)rN}rN(hXG6PDArNhX!Glucosamine-6-phosphate deaminaserNh}rNh}rN(jC`X SBO:0000375rNX bigg.reactionrNXG6PDArNXec-coderNX3.5.99.6rNX kegg.reactionrNXR00765rNXmetanetx.reactionrNX MNXR99905rNujG`Xb0678rNjH`h#jI`h2]rNj ,arNRrNjM`}rN(jGjgfGjsG?jiG?uh0Njt`Gju`G@@ubj<`)rN}rN(hXG6PDH2rrNhX!Glucose 6-phosphate dehydrogenaserNh}rNh}rN(jC`X SBO:0000375rNX bigg.reactionrNXG6PDH2rrNXbiocycrNXMETA:GLU6PDEHYDROG-RXNrNXec-coderN]rN(X 1.1.1.363rNX1.1.1.49rNeX kegg.reactionrNXR00835rNXmetanetx.reactionrNX MNXR99907rNXrhearN]rN(X15841rNX15842rNX15843rNX15844rNeujG`Xb1852rNjH`h#jI`h2]rNj,arNRrNjM`}rN(jvGj[iGjO`)rN}rN(hX6pgl_crNhX6-phospho-D-glucono-1,5-lactonerNh}rNh}rN(Xbigg.metaboliterNX6pglrNXbiocycrNX META:D-6-P-GLUCONO-DELTA-LACTONErNXchebirN]rN(X CHEBI:12233rNX CHEBI:12958rNX CHEBI:16938rNX CHEBI:20989rNX CHEBI:4160rNX CHEBI:57955rNeXhmdbrNX HMDB62628rNX kegg.compoundrNXC01236rNXmetanetx.chemicalrNXMNXM429rNX seed.compoundrNXcpd00911rNuh0Nh1h2]rNrNRrNjn`XC6H9O9PrNjp`jq`jr`Jjs`GubG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)rN}rN(hXG6PPrNhXGlucose-6-phosphate phosphataserNh}rNh}rN(jC`X SBO:0000375rNX bigg.reactionrNXG6PPrNXbiocycrNXMETA:RXN66-526rNXec-coderN]rN(X3.1.3.58rNX3.1.3.9rNeX kegg.reactionrNXR00303rNXmetanetx.reactionrOX MNXR99912rOXrhearO]rO(X16689rOX16690rOX16691rOX16692rOeujG`Xb0822rOjH`h#jI`h2]r Oj$ar ORr OjM`}r O(jvGjgfGjDG?j;nG?uh0Njt`Gju`G@@ubj<`)r O}rO(hX G6Pt6_2pprOhX@Glucose-6-phosphate transport via phosphate antiport (periplasm)rOh}rOh}rO(jC`X SBO:0000375rOX bigg.reactionrOX G6Pt6_2pprOXmetanetx.reactionrOX MNXR99913rOujG`Xb3666rOjH`h#jI`h2]rOj$arORrOjM`}rO(jO`)rO}rO(hXg6p_prOhXD-Glucose 6-phosphater Oh}r!Oh}r"O(Xbigg.metaboliter#OXg6pr$OXbiocycr%OX META:D-glucopyranose-6-phosphater&OXchebir'O]r(O(X CHEBI:14314r)OX CHEBI:4170r*OX CHEBI:61548r+OeXhmdbr,O]r-O(X HMDB01401r.OX HMDB01549r/OX HMDB06793r0OeX kegg.compoundr1OXC00092r2OXmetanetx.chemicalr3OXMNXM160r4OX seed.compoundr5O]r6O(Xcpd00079r7OXcpd26836r8Oeuh0Nh1h2]r9Or:ORr;Ojn`XC6H11O9PrO(hXG6Ptexr?OhXHGlucose 6-phosphate transport via diffusion (extracellular to periplasm)r@Oh}rAOh}rBO(jC`X SBO:0000375rCOX bigg.reactionrDOXG6PtexrEOXmetanetx.reactionrFOX MNXR99915rGOujG`X b1377 or b0241 or b0929 or b2215rHOjH`h#jI`h2]rIO(hIh[h7h erJORrKOjM`}rLO(jGjOG?uh0Njt`G@ju`G@@ubj<`)rMO}rNO(hXGAL1PPpprOOhXD-galactose 1-phosphataserPOh}rQOh}rRO(jC`X SBO:0000375rSOX bigg.reactionrTOXGAL1PPpprUOXbiocycrVOXMETA:RXN-14938rWOXec-coderXOX3.1.3.94rYOX kegg.reactionrZOXR10622r[OXmetanetx.reactionr\OX MNXR99922r]OXrhear^O]r_O(X29315r`OX29316raOX29317rbOX29318rcOeujG`Xb1002rdOjH`h#jI`h2]reOj*arfORrgOjM`}rhO(jO`)riO}rjO(hXgal1p_prkOhXAlpha-D-Galactose 1-phosphaterlOh}rmOh}rnO(Xbigg.metaboliteroOXgal1prpOXbiocycrqOXMETA:GALACTOSE-1PrrOXchebirsO]rtO(X CHEBI:10232ruOX CHEBI:12305rvOX CHEBI:12306rwOX CHEBI:17973rxOX CHEBI:22374ryOX CHEBI:42878rzOX CHEBI:58336r{OeXhmdbr|O]r}O(X HMDB00645r~OX HMDB03359rOeX kegg.compoundrOXC00446rOXmetanetx.chemicalrOXMNXM336rOX seed.compoundrO]rO(Xcpd00348rOXcpd19025rOeuh0Nh1h2]rOrORrOjn`XC6H11O9PrOjp`jcjr`Jjs`GubGjDGjO`)rO}rO(hXgal_prOhX D-GalactoserOh}rOh}rO(Xbigg.metaboliterOXgalrOXbiocycrO]rO(XMETA:ALPHA-D-GALACTOSErOXMETA:D-galactopyranoserOeXchebirO]rO(X CHEBI:10231rOX CHEBI:12936rOX CHEBI:22373rOX CHEBI:28061rOX CHEBI:4139rOX CHEBI:42741rOeXhmdbrO]rO(X HMDB00143rOX HMDB05762rOeX kegg.compoundrO]rO(XC00124rOXC00984rOeX kegg.drugrOXD04291rOXmetanetx.chemicalrOXMNXM390rOX seed.compoundrO]rO(Xcpd00108rOXcpd00724rOeuh0Nh1h2]rOrORrOjn`XC6H12O6rOjp`jcjr`Kjs`GubG?j0G?uh0Njt`Gju`G@@ubj<`)rO}rO(hXGAL1PtexrOhXLD-galactose 1-phosphate transport via diffusion (extracellular to periplasm)rOh}rOh}rO(jC`X SBO:0000375rOX bigg.reactionrOXGAL1PtexrOXmetanetx.reactionrOX MNXR99923rOujG`X b1377 or b0241 or b0929 or b2215rOjH`h#jI`h2]rO(hIh[h7h erORrOjM`}rO(jBGjiOG?uh0Njt`G@ju`G@@ubj<`)rO}rO(hXGALBDtexrOhXEBeta D-galactose transport via diffusion (extracellular to periplasm)rOh}rOh}rO(jC`X SBO:0000375rOX bigg.reactionrOXGALBDtexrOXmetanetx.reactionrOX MNXR99953rOujG`X b1377 or b0241 or b0929 or b2215rOjH`h#jI`h2]rO(hIh[h7h erORrOjM`}rO(jGjO`)rO}rO(hXgal_bD_prOhXBeta D-GalactoserOh}rOh}rO(Xbigg.metaboliterOXgal_bDrOXbiocycrOXMETA:GALACTOSErOXchebirO]rO(X CHEBI:10383rOX CHEBI:22774rOX CHEBI:27667rOX CHEBI:42776rOX CHEBI:42889rOeXhmdbrOX HMDB03449rOX kegg.compoundrOXC00962rOXmetanetx.chemicalrOXMNXM112rOX seed.compoundrOXcpd00709rOuh0Nh1h2]rOrORrOjn`XC6H12O6rOjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rO}rO(hXGALCTDrOhXGalactarate dehydrataserOh}rOh}rO(jC`X SBO:0000375rOX bigg.reactionrOXGALCTDrOXbiocycrOXMETA:GALACTARDEHYDRA-RXNrOXec-coderOX4.2.1.42rOX kegg.reactionrOXR05608rOXmetanetx.reactionrPX MNXR99955rPXrhearP]rP(X16005rPX16006rPX16007rPX16008rPeujG`Xb3128rPjH`h#jI`h2]r Pj1,ar PRr PjM`}r P(jO`)r P}rP(hX galct__D_crPhX D-GalactaraterPh}rPh}rP(Xbigg.metaboliterPXgalct__DrPXbiocycrPXMETA:D-GALACTARATErPXchebirP]rP(X CHEBI:12929rPX CHEBI:14285rPX CHEBI:16537rPX CHEBI:17444rPX CHEBI:20944rPX CHEBI:24135rPX CHEBI:24136rPX CHEBI:24137r PX CHEBI:30852r!PX CHEBI:33799r"PX CHEBI:35390r#PX CHEBI:4130r$PX CHEBI:48871r%PX CHEBI:5250r&PeXhmdbr'P]r(P(X HMDB00639r)PX HMDB03435r*PeX kegg.compoundr+PXC00879r,PX lipidmapsr-PX LMFA01170107r.PXmetanetx.chemicalr/PXMNXM1080r0PX seed.compoundr1PXcpd00652r2Puh0Nh1h2]r3Pr4PRr5Pjn`XC6H8O8r6Pjp`jq`jr`Jjs`GubGjO`)r7P}r8P(hX 5dh4dglc_cr9PhX5-Dehydro-4-deoxy-D-glucarater:Ph}r;Ph}rPXbiocycr?PXMETA:5-KETO-4-DEOXY-D-GLUCARATEr@PXchebirAP]rBP(X CHEBI:12117rCPX CHEBI:16369rDPX CHEBI:2048rEPX CHEBI:20561rFPX CHEBI:35453rGPX CHEBI:35454rHPX CHEBI:42815rIPX CHEBI:42819rJPX CHEBI:43704rKPeX kegg.compoundrLPXC00679rMPXmetanetx.chemicalrNPXMNXM854rOPX seed.compoundrPPXcpd00515rQPuh0Nh1h2]rRPrSPRrTPjn`XC6H6O7rUPjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)rVP}rWP(hXGALCTLOrXPhXL-galactonate oxidoreductaserYPh}rZPh}r[P(jC`X SBO:0000375r\PX bigg.reactionr]PXGALCTLOr^PXbiocycr_PXMETA:RXN0-5229r`PXec-coderaPX1.1.1.M8rbPXmetanetx.reactionrcPX MNXR99956rdPXrheareP]rfP(X30183rgPX30184rhPX30185riPX30186rjPeujG`Xb4358rkPjH`h#jI`h2]rlPjC,armPRrnPjM`}roP(jO`)rpP}rqP(hX galctn__L_crrPhX L-GalactonatersPh}rtPh}ruP(Xbigg.metabolitervPX galctn__LrwPXbiocycrxPXMETA:CPD0-1083ryPXchebirzP]r{P(X CHEBI:37425r|PX CHEBI:53071r}PeX kegg.compoundr~PXC15930rPXmetanetx.chemicalrPXMNXM636rPX seed.compoundrPXcpd14659rPuh0Nh1h2]rPrPRrPjn`XC6H11O7rPjp`jq`jr`Jjs`GubGjiGjnG?jQh}r?Q(Xbigg.metaboliter@QX galctn__DrAQXbiocycrBQXMETA:D-GALACTONATErCQXchebirDQ]rEQ(X CHEBI:12931rFQX CHEBI:16534rGQX CHEBI:24148rHQX CHEBI:24149rIQX CHEBI:4132rJQeXhmdbrKQX HMDB00565rLQX kegg.compoundrMQXC00880rNQXmetanetx.chemicalrOQXMNXM1734rPQX seed.compoundrQQXcpd00653rRQuh0Nh1h2]rSQrTQRrUQjn`XC6H11O7rVQjp`jcjr`Jjs`GubGj̪GjPG?jnG?uh0Njt`Gju`G@@ubj<`)rWQ}rXQ(hX GALCTNtexrYQhXBD-galactonate transport via diffusion (extracellular to periplasm)rZQh}r[Qh}r\Q(jC`X SBO:0000375r]QX bigg.reactionr^QX GALCTNtexr_QXmetanetx.reactionr`QX MNXR99961raQujG`X b1377 or b0241 or b0929 or b2215rbQjH`h#jI`h2]rcQ(hIh[h7h erdQRreQjM`}rfQ(jGj:QG?uh0Njt`G@ju`G@@ubj<`)rgQ}rhQ(hX GALCTt2rppriQhXAD-galactarte transport via proton symport, reversible (periplasm)rjQh}rkQh}rlQ(jC`X SBO:0000375rmQX bigg.reactionrnQX GALCTt2rpproQXmetanetx.reactionrpQX MNXR99962rqQujG`Xb2789 or b3127rrQjH`h#jI`h2]rsQ(j,j,ertQRruQjM`}rvQ(jO`)rwQ}rxQ(hX galct__D_pryQhX D-GalactaraterzQh}r{Qh}r|Q(Xbigg.metaboliter}QXgalct__Dr~QXbiocycrQXMETA:D-GALACTARATErQXchebirQ]rQ(X CHEBI:12929rQX CHEBI:14285rQX CHEBI:16537rQX CHEBI:17444rQX CHEBI:20944rQX CHEBI:24135rQX CHEBI:24136rQX CHEBI:24137rQX CHEBI:30852rQX CHEBI:33799rQX CHEBI:35390rQX CHEBI:4130rQX CHEBI:48871rQX CHEBI:5250rQeXhmdbrQ]rQ(X HMDB00639rQX HMDB03435rQeX kegg.compoundrQXC00879rQX lipidmapsrQX LMFA01170107rQXmetanetx.chemicalrQXMNXM1080rQX seed.compoundrQXcpd00652rQuh0Nh1h2]rQrQRrQjn`XC6H8O8rQjp`jcjr`Jjs`GubGj̪Gj PG?jnG?uh0Njt`G@ju`G@@ubj<`)rQ}rQ(hXGALCTtexrQhXAD-galactarte transport via diffusion (extracellular to periplasm)rQh}rQh}rQ(jC`X SBO:0000375rQX bigg.reactionrQXGALCTtexrQXbiocycrQXMETA:TRANS-RXN0-203rQXmetanetx.reactionrQX MNXR99963rQXrhearQ]rQ(X28478rQX28479rQX28480rQX28481rQeujG`X b1377 or b0241 or b0929 or b2215rQjH`h#jI`h2]rQ(hIh[h7h erQRrQjM`}rQ(jrGjwQG?uh0Njt`G@ju`G@@ubj<`)rQ}rQ(hXGALKrrQhX GalactokinaserQh}rQh}rQ(jC`X SBO:0000375rQX bigg.reactionrQXGALKrrQXbiocycrQXMETA:GALACTOKIN-RXNrQXec-coderQX2.7.1.6rQX kegg.reactionrQXR01092rQXmetanetx.reactionrQX MNXR99985rQXrhearQ]rQ(X13553rQX13554rQX13555rQX13556rQeujG`Xb2045 or b0757rQjH`h#jI`h2]rQ(j,j,erQRrQjM`}rQ(jbGjO`)rQ}rQ(hXgal_crQhX D-GalactoserQh}rQh}rQ(Xbigg.metaboliterQXgalrQXbiocycrQ]rQ(XMETA:ALPHA-D-GALACTOSErQXMETA:D-galactopyranoserQeXchebirQ]rQ(X CHEBI:10231rQX CHEBI:12936rQX CHEBI:22373rQX CHEBI:28061rQX CHEBI:4139rQX CHEBI:42741rQeXhmdbrQ]rQ(X HMDB00143rQX HMDB05762rQeX kegg.compoundrQ]rQ(XC00124rQXC00984rQeX kegg.drugrQXD04291rQXmetanetx.chemicalrQXMNXM390rQX seed.compoundrQ]rQ(Xcpd00108rQXcpd00724rQeuh0Nh1h2]rQrQRrQjn`XC6H12O6rQjp`jq`jr`Kjs`GubGjmG?jO`)rQ}rQ(hXgal1p_crQhXAlpha-D-Galactose 1-phosphaterRh}rRh}rR(Xbigg.metaboliterRXgal1prRXbiocycrRXMETA:GALACTOSE-1PrRXchebirR]rR(X CHEBI:10232r RX CHEBI:12305r RX CHEBI:12306r RX CHEBI:17973r RX CHEBI:22374r RX CHEBI:42878rRX CHEBI:58336rReXhmdbrR]rR(X HMDB00645rRX HMDB03359rReX kegg.compoundrRXC00446rRXmetanetx.chemicalrRXMNXM336rRX seed.compoundrR]rR(Xcpd00348rRXcpd19025rReuh0Nh1h2]rRrRRrRjn`XC6H11O9PrRjp`jq`jr`Jjs`GubG?jnG?uh0Njt`G@ju`G@@ubj<`)r R}r!R(hXGALM2ppr"RhXAldose-1-epimeraser#Rh}r$Rh}r%R(jC`X SBO:0000375r&RX bigg.reactionr'RXGALM2ppr(RXbiocycr)RXMETA:ALDOSE1EPIM-RXNr*RXec-coder+RX5.1.3.3r,RXmetanetx.reactionr-RX MNXR99987r.RXrhear/R]r0R(X28675r1RX28676r2RX28677r3RX28678r4ReujG`Xb0756r5RjH`h#jI`h2]r6Rj,ar7RRr8RjM`}r9R(jOGjOG?uh0Njt`Gju`G@@ubj<`)r:R}r;R(hXGALS3rRh}r?R(jC`X SBO:0000375r@RX bigg.reactionrARXGALS3rBRXbiocycrCRXMETA:ALPHAGALACTOSID-RXNrDRXec-coderER]rFR(X3.2.1.20rGRX3.2.1.22rHReX kegg.reactionrIR]rJR(XR01101rKRXR06091rLReXmetanetx.reactionrMRX MNXR97317rNRujG`Xb4119rORjH`h#jI`h2]rPRj,arQRRrRRjM`}rSR(jgfGjO`)rTR}rUR(hXmelib_crVRhXMelibiose C12H22O11rWRh}rXRh}rYR(Xbigg.metaboliterZRXmelibr[RXbiocycr\RXMETA:MELIBIOSEr]RXchebir^R]r_R(X CHEBI:20943r`RX CHEBI:25182raRX CHEBI:28053rbRX CHEBI:60170rcRX CHEBI:61827rdRX CHEBI:6733reReXhmdbrfRX HMDB00048rgRX kegg.compoundrhRXC05402riRX kegg.glycanrjR]rkR(XG00835rlRXG01275rmReXmetanetx.chemicalrnRXMNXM1434roRX seed.compoundrpRXcpd03198rqRuh0Nh1h2]rrRrsRRrtRjn`X C12H22O11ruRjp`jq`jr`Kjs`GubGjQG?jDG?uh0Njt`Gju`G@@ubj<`)rvR}rwR(hXGALT1rxRhX,Galactosyltransferase I (LPS core synthesis)ryRh}rzRh}r{R(jC`X SBO:0000375r|RX bigg.reactionr}RXGALT1r~RXmetanetx.reactionrRX MNXR100015rRujG`Xb3628rRjH`h#jI`h2]rRj,arRRrRjM`}rR(jO`)rR}rR(hX gicolipa_crRhX+Glucosyl-inner core oligosaccharide lipid ArRh}rRh}rR(Xbigg.metaboliterRXgicoliparRXbiocycrRXMETA:CPD0-2247rRXmetanetx.chemicalrRX MNXM55194rRX seed.compoundrRXcpd15479rRuh0Nh1h2]rRrRRrRjn`XC151H261N2O79P4rRjp`jq`jr`Jjs`GubGjO`)rR}rR(hXudpg_crRhX UDPglucoserRh}rRh}rR(Xbigg.metaboliterRXudpgrRXbiocycrRXMETA:CPD-12575rRXchebirR]rR(X CHEBI:13498rRX CHEBI:13505rRX CHEBI:18066rRX CHEBI:22103rRX CHEBI:27234rRX CHEBI:28532rRX CHEBI:42885rRX CHEBI:46228rRX CHEBI:46229rRX CHEBI:52249rRX CHEBI:58367rRX CHEBI:58885rRX CHEBI:9845rRX CHEBI:9895rReX kegg.compoundrRXC00029rRX kegg.glycanrRXG10608rRXmetanetx.chemicalrRXMNXM52rRX seed.compoundrR]rR(Xcpd00026rRXcpd28293rReuh0Nh1h2]rRrRRrRjn`X C15H22N2O17P2rRjp`jq`jr`Jjs`GubGjO`)rR}rR(hX gagicolipa_crRhX6Galactosyl-glucosyl-inner core oligosaccharide lipid ArRh}rRh}rR(Xbigg.metaboliterRX gagicoliparRXbiocycrRXMETA:CPD0-2258rRXmetanetx.chemicalrRX MNXM54163rRX seed.compoundrRXcpd15469rRuh0Nh1h2]rRrRRrRjn`XC157H271N2O84P4rRjp`jq`jr`Jjs`GubG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rR}rR(hX GALTptspprRhX0Galactitol transport via PEP:Pyr PTS (periplasm)rRh}rRh}rR(jC`X SBO:0000375rRX bigg.reactionrRX GALTptspprRXmetanetx.reactionrRX MNXR100018rRujG`X-b2415 and b2093 and b2094 and b2092 and b2416rRjH`h#jI`h2]rR(jj -j-j+-jerRRrRjM`}rR(jO`)rR}rR(hXgalt_prRhX GalactitolrRh}rRh}rR(Xbigg.metaboliterRXgaltrRXbiocycrRXMETA:GALACTITOLrRXchebirR]rR(X CHEBI:14286rRX CHEBI:16813rRX CHEBI:24139rRX CHEBI:5251rRX CHEBI:53575rReXhmdbrRX HMDB00107rRX kegg.compoundrRXC01697rRXmetanetx.chemicalrRXMNXM1233rRX seed.compoundrRXcpd01171rRuh0Nh1h2]rRrRRrRjn`XC6H14O6rRjp`jcjr`Kjs`GubGjGjO`)rR}rS(hXgalt1p_crShXGalactitol 1-phosphaterSh}rSh}rS(Xbigg.metaboliterSXgalt1prSXbiocycrSXMETA:GALACTITOL-1-PHOSPHATErSXchebir S]r S(X CHEBI:14287r SX CHEBI:24140r SX CHEBI:28663r SX CHEBI:5252rSX CHEBI:60083rSeX kegg.compoundrSXC06311rSXmetanetx.chemicalrSXMNXM1667rSX seed.compoundrSXcpd03752rSuh0Nh1h2]rSrSRrSjn`XC6H13O9PrSjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rS}rS(hXGALTtexrShX?Galactitol transport via diffusion (extracellular to periplasm)rSh}rSh}rS(jC`X SBO:0000375r SX bigg.reactionr!SXGALTtexr"SXmetanetx.reactionr#SX MNXR100019r$SXrhear%S]r&S(X33143r'SX33144r(SX33145r)SX33146r*SeujG`X b1377 or b0241 or b0929 or b2215r+SjH`h#jI`h2]r,S(hIh[h h7er-SRr.SjM`}r/S(jGjRG?uh0Njt`G@ju`G@@ubj<`)r0S}r1S(hX GALURt2rppr2ShXDD-galacturonate transport via proton symport, reversible (periplasm)r3Sh}r4Sh}r5S(jC`X SBO:0000375r6SX bigg.reactionr7SX GALURt2rppr8SXmetanetx.reactionr9SX MNXR100020r:SujG`Xb3093r;SjH`h#jI`h2]rSjM`}r?S(jO`)r@S}rAS(hXgalur_prBShXD-GalacturonaterCSh}rDSh}rES(Xbigg.metaboliterFSXgalurrGSXbiocycrHSXMETA:D-GalactopyranuronaterISXchebirJS]rKS(X CHEBI:18024rLSX CHEBI:20976rMSX CHEBI:20978rNSX CHEBI:4153rOSX CHEBI:75525rPSeX kegg.compoundrQSXC00333rRSXmetanetx.chemicalrSSX MNXM48464rTSX seed.compoundrUSXcpd00280rVSuh0Nh1h2]rWSrXSRrYSjn`XC6H9O7rZSjp`jcjr`Jjs`GubGj̪GjO`)r[S}r\S(hXgalur_cr]ShXD-Galacturonater^Sh}r_Sh}r`S(Xbigg.metaboliteraSXgalurrbSXbiocycrcSXMETA:D-GalactopyranuronaterdSXchebireS]rfS(X CHEBI:18024rgSX CHEBI:20976rhSX CHEBI:20978riSX CHEBI:4153rjSX CHEBI:75525rkSeX kegg.compoundrlSXC00333rmSXmetanetx.chemicalrnSX MNXM48464roSX seed.compoundrpSXcpd00280rqSuh0Nh1h2]rrSrsSRrtSjn`XC6H9O7ruSjp`jq`jr`Jjs`GubG?jnG?uh0Njt`G@ju`G@@ubj<`)rvS}rwS(hXGALURtexrxShXDD-galacturonate transport via diffusion (extracellular to periplasm)rySh}rzSh}r{S(jC`X SBO:0000375r|SX bigg.reactionr}SXGALURtexr~SXmetanetx.reactionrSX MNXR100021rSujG`X b1377 or b0241 or b0929 or b2215rSjH`h#jI`h2]rS(hIh[h7h erSRrSjM`}rS(j"Gj@SG?uh0Njt`G@ju`G@@ubj<`)rS}rS(hXGALUirShX:UTP-glucose-1-phosphate uridylyltransferase (irreversible)rSh}rSh}rS(jC`X SBO:0000375rSX bigg.reactionrSXGALUirSXbiocycrSXMETA:GLUC1PURIDYLTRANS-RXNrSXec-coderS]rS(X2.7.7.64rSX2.7.7.9rSeX kegg.reactionrSXR00289rSXmetanetx.reactionrSX MNXR100022rSXrhearS]rS(X19889rSX19890rSX19891rSX19892rSeujG`Xb1236rSjH`h#jI`h2]rSjO-arSRrSjM`}rS(j0JGjnGjmGjnnG?jRG?uh0Njt`Gju`G@@ubj<`)rS}rS(hXGALabcpprShX0D-galactose transport via ABC system (periplasm)rSh}rSh}rS(jC`X SBO:0000375rSX bigg.reactionrSXGALabcpprSXbiocycrSXMETA:ABC-18-RXNrSXec-coderSX3.6.3.17rSXmetanetx.reactionrSX MNXR100023rSujG`XH( b2150 and b2149 and b2148 ) or ( b4485 and b4231 and b4227 and b4230 )rSjH`h#jI`h2]rS(j-j-j-j-j-ja-js-erSRrSjM`}rS(jbGjOGjgfGjmG?jQG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rS}rS(hXGALt2pprShX7D-galactose transport in via proton symport (periplasm)rSh}rSh}rS(jC`X SBO:0000375rSX bigg.reactionrSXGALt2pprSXbiocycrSXMETA:TRANS-RXN-21rSXmetanetx.reactionrSX MNXR100026rSXrhearS]rS(X29019rSX29020rSX29021rSX29022rSeujG`Xb2943rSjH`h#jI`h2]rSj-arSRrSjM`}rS(jOGj̪GjQG?jnG?uh0Njt`Gju`G@@ubj<`)rS}rS(hXGALtexrShX@D-galactose transport via diffusion (extracellular to periplasm)rSh}rSh}rS(jC`X SBO:0000375rSX bigg.reactionrSXGALtexrSXmetanetx.reactionrSX MNXR100025rSXrhearS]rS(X34915rSX34916rSX34917rSX34918rSeujG`X b1377 or b0241 or b0929 or b2215rSjH`h#jI`h2]rS(hIh[h7h erSRrSjM`}rS(jGjOG?uh0Njt`G@ju`G@@ubj<`)rS}rS(hX GAM6Pt6_2pprShXFD-Glucosamine 6-phosphate transport via phosphate antiport (periplasm)rSh}rSh}rS(jC`X SBO:0000375rSX bigg.reactionrSX GAM6Pt6_2pprSXmetanetx.reactionrSX MNXR100032rSujG`Xb3666rSjH`h#jI`h2]rSj$arSRrSjM`}rS(jO`)rS}rS(hXgam6p_prShXD-Glucosamine 6-phosphaterSh}rSh}rS(Xbigg.metaboliterSXgam6prSXbiocycrSXMETA:D-GLUCOSAMINE-6-PrSXchebirT]rT(X CHEBI:12962rTX CHEBI:47987rTX CHEBI:58725rTeX kegg.compoundrTXC00352rTXmetanetx.chemicalrTXMNXM370rTX seed.compoundr TXcpd00288r Tuh0Nh1h2]r Tr TRr Tjn`X C6H13NO8PrTjp`jcjr`Jjs`GubGj;nGjG?j0G@uh0Njt`Gju`G@@ubj<`)rT}rT(hX GAMAN6PtexrThXND-glucosamine 6-phosphate transport via diffusion (extracellular to periplasm)rTh}rTh}rT(jC`X SBO:0000375rTX bigg.reactionrTX GAMAN6PtexrTXmetanetx.reactionrTX MNXR100031rTujG`X b1377 or b0241 or b0929 or b2215rTjH`h#jI`h2]rT(hIh[h7h erTRrTjM`}rT(jyGjSG?uh0Njt`G@ju`G@@ubj<`)rT}r T(hXGAMptsppr!ThX3D-glucosamine transport via PEP:Pyr PTS (periplasm)r"Th}r#Th}r$T(jC`X SBO:0000375r%TX bigg.reactionr&TXGAMptsppr'TXmetanetx.reactionr(TX MNXR100034r)TujG`X-b2415 and b1818 and b1817 and b1819 and b2416r*TjH`h#jI`h2]r+T(jjjjjer,TRr-TjM`}r.T(jO`)r/T}r0T(hXgam_pr1ThX D-Glucosaminer2Th}r3Th}r4T(Xbigg.metaboliter5TXgamr6TXbiocycr7TXMETA:GLUCOSAMINEr8TXchebir9T]r:T(X CHEBI:12961r;TX CHEBI:17315rTX CHEBI:47977r?TX CHEBI:5417r@TX CHEBI:58723rATeX kegg.compoundrBTXC00329rCTX kegg.drugrDTXD04334rETXmetanetx.chemicalrFTXMNXM533rGTX seed.compoundrHT]rIT(Xcpd00276rJTXcpd01247rKTXcpd27103rLTeuh0Nh1h2]rMTrNTRrOTjn`XC6H14NO5rPTjp`jcjr`Kjs`GubGjGjG?jG?uh0Njt`Gju`G@@ubj<`)rQT}rRT(hXGAMtexrSThXBD-glucosamine transport via diffusion (extracellular to periplasm)rTTh}rUTh}rVT(jC`X SBO:0000375rWTX bigg.reactionrXTXGAMtexrYTXmetanetx.reactionrZTX MNXR100035r[TujG`X b1377 or b0241 or b0929 or b2215r\TjH`h#jI`h2]r]T(hIh[h7h er^TRr_TjM`}r`T(jJGj/TG?uh0Njt`G@ju`G@@ubj<`)raT}rbT(hXGAPDrcThX(Glyceraldehyde-3-phosphate dehydrogenaserdTh}reTh}rfT(jC`X SBO:0000375rgTX bigg.reactionrhTXGAPDriTXbiocycrjTXMETA:GAPOXNPHOSPHN-RXNrkTXec-coderlT]rmT(X1.2.1.12rnTX1.2.1.59roTeX kegg.reactionrpTXR01061rqTXmetanetx.reactionrrTX MNXR100040rsTXrheartT]ruT(X10300rvTX10301rwTX10302rxTX10303ryTeujG`Xb1779rzTjH`h#jI`h2]r{Tj#ar|TRr}TjM`}r~T(j8GjiGj;nGjO`)rT}rT(hX13dpg_crThX3-Phospho-D-glyceroyl phosphaterTh}rTh}rT(Xbigg.metaboliterTX13dpgrTXbiocycrTXMETA:DPGrTXchebirT]rT(X CHEBI:11881rTX CHEBI:16001rTX CHEBI:1658rTX CHEBI:20189rTX CHEBI:57604rTeXhmdbrTX HMDB62758rTX kegg.compoundrTXC00236rTXmetanetx.chemicalrTXMNXM261rTX seed.compoundrTXcpd00203rTuh0Nh1h2]rTrTRrTjn`X C3H4O10P2rTjp`jq`jr`Jjs`GubG?jnG?jU(j"GjgfGjiGjO`)r?U}r@U(hXglyclt_crAUhXGlycolate C2H3O3rBUh}rCUh}rDU(Xbigg.metaboliterEUXglycltrFUXbiocycrGUXMETA:GLYCOLLATErHUXchebirIU]rJU(X CHEBI:14348rKUX CHEBI:17497rLUX CHEBI:24388rMUX CHEBI:24390rNUX CHEBI:29805rOUX CHEBI:42865rPUX CHEBI:5475rQUeXhmdbrRU]rSU(X HMDB00115rTUX HMDB03035rUUeX kegg.compoundrVUXC00160rWUXmetanetx.chemicalrXUXMNXM222rYUX seed.compoundrZU]r[U(Xcpd00139r\UXcpd12347r]Ueuh0Nh1h2]r^Ur_URr`Ujn`XC2H3O3raUjp`jq`jr`Jjs`GubG?jnG@jV(jC`X SBO:0000375r?VX bigg.reactionr@VXGDPMNPrAVXbiocycrBVXMETA:RXN0-5108rCVXec-coderDV]rEV(X3.6.1.-rFVX3.6.1.21rGVeX kegg.reactionrHVXR00881rIVXmetanetx.reactionrJVX MNXR100092rKVXrhearLV]rMV(X27978rNVX27979rOVX27980rPVX27981rQVeujG`Xb2467rRVjH`h#jI`h2]rSVj].arTVRrUVjM`}rVV(jUGjgfGj:G?jnG@jO`)rWV}rXV(hXman1p_crYVhXD-Mannose 1-phosphaterZVh}r[Vh}r\V(Xbigg.metaboliter]VXman1pr^VXbiocycr_VXMETA:MANNOSE-1Pr`VXchebiraV]rbV(X CHEBI:10261rcVX CHEBI:12327rdVX CHEBI:18205reVX CHEBI:21058rfVX CHEBI:22404rgVX CHEBI:35374rhVX CHEBI:4210riVX CHEBI:43854rjVX CHEBI:58409rkVeXhmdbrlV]rmV(X HMDB01436rnVX HMDB06330roVeX kegg.compoundrpVXC00636rqVXmetanetx.chemicalrrVXMNXM721rsVX seed.compoundrtVXcpd00485ruVuh0Nh1h2]rvVrwVRrxVjn`XC6H11O9PryVjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rzV}r{V(hXGDPTPDPr|VhX9Guanosine 3'-diphosphate 5'-triphosphate 3'-diphosphataser}Vh}r~Vh}rV(jC`X SBO:0000375rVX bigg.reactionrVXGDPTPDPrVXbiocycrVXMETA:RXN0-6427rVXec-coderVX3.1.7.2rVXmetanetx.reactionrVX MNXR100094rVXrhearV]rV(X33055rVX33056rVX33057rVX33058rVeujG`Xb3650rVjH`h#jI`h2]rVj9.arVRrVjM`}rV(jO`)rV}rV(hXgdptp_crVhX(Guanosine 3'-diphosphate 5'-triphosphaterVh}rVh}rV(Xbigg.metaboliterVXgdptprVXbiocycrVX META:GDP-TPrVXchebirV]rV(X CHEBI:14378rVX CHEBI:14382rVX CHEBI:16690rVX CHEBI:24446rVX CHEBI:5566rVX CHEBI:60028rVX CHEBI:71477rVeXhmdbrVX HMDB60480rVX kegg.compoundrVXC04494rVXmetanetx.chemicalrVXMNXM1561rVX seed.compoundrVXcpd02740rVuh0Nh1h2]rVrVRrVjn`X C10H11N5O20P5rVjp`jq`jr`Jjs`GubGjgfGjJfG?jnnG?uh0Njt`Gju`G@@ubj<`)rV}rV(hXGDPtexrVhX8GDP transport via diffusion (extracellular to periplasm)rVh}rVh}rV(jC`X SBO:0000375rVX bigg.reactionrVXGDPtexrVXmetanetx.reactionrVX MNXR100096rVujG`X b0929 or b1377 or b2215 or b0241rVjH`h#jI`h2]rV(hIh[h7h erVRrVjM`}rV(jʈGjO`)rV}rV(hXgdp_prVhXGDP C10H12N5O11P2rVh}rVh}rV(Xbigg.metaboliterVXgdprVXbiocycrVXMETA:GDPrVXchebirV]rV(X CHEBI:13327rVX CHEBI:14379rVX CHEBI:17552rVX CHEBI:24448rVX CHEBI:42738rVX CHEBI:5212rVX CHEBI:58189rVX CHEBI:65180rVeX kegg.compoundrVXC00035rVX kegg.glycanrVXG10620rVXmetanetx.chemicalrVXMNXM30rVX seed.compoundrVXcpd00031rVuh0Nh1h2]rVrVRrVjn`X C10H12N5O11P2rVjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rV}rV(hXGF6PTArVhX+Glutamine-fructose-6-phosphate transaminaserVh}rVh}rV(jC`X SBO:0000375rVX bigg.reactionrVXGF6PTArVXbiocycrVX#META:L-GLN-FRUCT-6-P-AMINOTRANS-RXNrVXec-coderVX2.6.1.16rVXmetanetx.reactionrVX MNXR100107rVujG`Xb3729rVjH`h#jI`h2]rVjo.arVRrVjM`}rV(jsGjeGjG?jeG?uh0Njt`Gju`G@@ubj<`)rV}rV(hXGGGABADrrVhX4Gamma-glutamyl-gamma aminobutyric acid dehydrogenaserVh}rVh}rV(jC`X SBO:0000375rVX bigg.reactionrVXGGGABADrrVXec-coderWX1.2.1.-rWX kegg.reactionrWXR07418rWXmetanetx.reactionrWX MNXR100113rWXrhearW]rW(X28410rWX28411r WX28412r WX28413r WeujG`Xb1300r WjH`h#jI`h2]r Wje arWRrWjM`}rW(jO`)rW}rW(hX ggbutal_crWhX"Gamma-glutamyl-gamma-butyraldehyderWh}rWh}rW(Xbigg.metaboliterWXggbutalrWXbiocycrWX)META:GAMMA-GLUTAMYL-GAMMA-AMINOBUTYRALDEHrWXchebirW]rW(X CHEBI:61508rWX CHEBI:61521rWeX kegg.compoundrWXC15700r WXmetanetx.chemicalr!WXMNXM1378r"WX seed.compoundr#WXcpd11341r$Wuh0Nh1h2]r%Wr&WRr'Wjn`X C9H16O4N2r(Wjp`jq`jr`Kjs`GubGjgfGj[iGjO`)r)W}r*W(hX gg4abut_cr+WhX&Gamma-glutamyl-gamma aminobutyric acidr,Wh}r-Wh}r.W(Xbigg.metaboliter/WXgg4abutr0WXbiocycr1WX META:CPD-9000r2WXchebir3W]r4W(X CHEBI:49260r5WX CHEBI:58800r6WeX kegg.compoundr7WXC15767r8WXmetanetx.chemicalr9WXMNXM1406r:WX seed.compoundr;WXcpd11408rWRr?Wjn`X C9H15O5N2r@Wjp`jq`jr`Jjs`GubG?jnG@j{iG?uh0Njt`G@ju`G@@ubj<`)rAW}rBW(hXGGGABAHrCWhX0Gamma-glutamyl-gamma-aminobutyric acid hydrolaserDWh}rEWh}rFW(jC`X SBO:0000375rGWX bigg.reactionrHWXGGGABAHrIWXbiocycrJWXMETA:RXN0-3942rKWXec-coderLWX3.5.1.94rMWX kegg.reactionrNWXR07419rOWXmetanetx.reactionrPWX MNXR100114rQWXrhearRW]rSW(X19737rTWX19738rUWX19739rVWX19740rWWeujG`Xb1298rXWjH`h#jI`h2]rYWj.arZWRr[WjM`}r\W(j)WGjgfGjG?jeG?uh0Njt`Gju`G@@ubj<`)r]W}r^W(hXGGPTRCOr_WhX!Gamma glutamyl putrescine oxidaser`Wh}raWh}rbW(jC`X SBO:0000375rcWX bigg.reactionrdWXGGPTRCOreWXmetanetx.reactionrfWX MNXR100131rgWujG`Xb1301rhWjH`h#jI`h2]riWj.arjWRrkWjM`}rlW(jO`)rmW}rnW(hXggptrc_croWhXGamma-glutamyl-putrescinerpWh}rqWh}rrW(Xbigg.metabolitersWXggptrcrtWXchebiruWX CHEBI:48006rvWXmetanetx.chemicalrwWX MNXM54308rxWX seed.compoundryWXcpd15478rzWuh0Nh1h2]r{Wr|WRr}Wjn`X C9H20O3N3r~Wjp`jq`jr`Kjs`GubGjgfGjηGjWG?j*G?jiG?uh0Njt`Gju`G@@ubj<`)rW}rW(hXGGPTRCSrWhX"Gamma glutamyl putrescine synthaserWh}rWh}rW(jC`X SBO:0000375rWX bigg.reactionrWXGGPTRCSrWXec-coderWX6.3.1.11rWXmetanetx.reactionrWX MNXR100132rWujG`Xb1297rWjH`h#jI`h2]rWj.arWRrWjM`}rW(jbGjeGjpkGjmG?jmWG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rW}rW(hXGHBDHxrWhX*Gamma-hydroxybutyrate dehydrogenase (NADH)rWh}rWh}rW(jC`X SBO:0000375rWX bigg.reactionrWXGHBDHxrWXbiocycrWX(META:4-HYDROXYBUTYRATE-DEHYDROGENASE-RXNrWXec-coderWX1.1.1.61rWX kegg.reactionrWXR01644rWXmetanetx.reactionrWX MNXR100140rWXrhearW]rW(X23948rWX23949rWX23950rWX23951rWeujG`Xb3882rWjH`h#jI`h2]rWj.arWRrWjM`}rW(jnGj bglycogen)r Xh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXXGLBRAN2rXXec-coderXX2.4.1.18rXXmetanetx.reactionrXX MNXR100155rXujG`Xb3432rXjH`h#jI`h2]rXj.arXRrXjM`}rX(jfGjO`)rX}rX(hX bglycogen_crXhXBranching glycogenrXh}r Xh}r!X(Xbigg.metaboliter"XX bglycogenr#XXmetanetx.chemicalr$XXMNXM8348r%XX seed.compoundr&XXcpd15413r'Xuh0Nh1h2]r(Xr)XRr*Xjn`XC6H10O5r+Xjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r,X}r-X(hXGLCATrr.XhXD-glucose O-acetyltransferaser/Xh}r0Xh}r1X(jC`X SBO:0000375r2XX bigg.reactionr3XXGLCATrr4XXec-coder5XX2.3.1.79r6XXmetanetx.reactionr7XX MNXR100176r8XujG`Xb0459r9XjH`h#jI`h2]r:Xj.ar;XRrX}r?X(hX acglc__D_cr@XhX6-Acetyl-D-glucoserAXh}rBXh}rCX(Xbigg.metaboliterDXXacglc__DrEXXbiocycrFXX META:CPD-522rGXXchebirHX]rIX(X CHEBI:12204rJXX CHEBI:17901rKXX CHEBI:20693rLXX CHEBI:2166rMXX CHEBI:62111rNXeX kegg.compoundrOXXC02655rPXXmetanetx.chemicalrQXX MNXM90521rRXX seed.compoundrSXXcpd01726rTXuh0Nh1h2]rUXrVXRrWXjn`XC8H14O7rXXjp`jq`jr`Kjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)rYX}rZX(hXGLCDppr[XhX<Glucose dehydrogenase (ubiquinone-8 as acceptor) (periplasm)r\Xh}r]Xh}r^X(jC`X SBO:0000375r_XX bigg.reactionr`XXGLCDppraXXmetanetx.reactionrbXX MNXR100177rcXujG`Xb0124 or b0837rdXjH`h#jI`h2]reX(j.j.erfXRrgXjM`}rhX(jIGjDGjuGjO`)riX}rjX(hXglcn_prkXhX D-GluconaterlXh}rmXh}rnX(Xbigg.metaboliteroXXglcnrpXXbiocycrqXXMETA:GLUCONATErrXXchebirsX]rtX(X CHEBI:12955ruXX CHEBI:18391rvXX CHEBI:20983rwXX CHEBI:20985rxXX CHEBI:20986ryXX CHEBI:24265rzXX CHEBI:24266r{XX CHEBI:33198r|XX CHEBI:4157r}XX CHEBI:42715r~XeXhmdbrX]rX(X HMDB00625rXX HMDB03373rXeX kegg.compoundrXXC00257rXXmetanetx.chemicalrXXMNXM341rXX seed.compoundrXXcpd00222rXuh0Nh1h2]rXrXRrXjn`XC6H11O7rXjp`jcjr`Jjs`GubG?j̪G?jkG?uh0Njt`Gju`G@@ubj<`)rX}rX(hX GLCNt2rpprXhX@D-gluconate transport via proton symport, reversible (periplasm)rXh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXX GLCNt2rpprXXbiocycrXXMETA:TRANS-RXN0-209rXXmetanetx.reactionrXX MNXR100209rXXrhearX]rX(X28831rXX28832rXX28833rXX28834rXeujG`X b3415 or b4321 or b4476 or b4265rXjH`h#jI`h2]rX(j/j#/j9*jerXRrXjM`}rX(jiXGj̪Gj3G?jnG?uh0Njt`G@ju`G@@ubj<`)rX}rX(hXGLCNtexrXhX@D-gluconate transport via diffusion (extracellular to periplasm)rXh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXXGLCNtexrXXmetanetx.reactionrXX MNXR100210rXujG`X b1377 or b0241 or b0929 or b2215rXjH`h#jI`h2]rX(hIh[h7h erXRrXjM`}rX(j&GjiXG?uh0Njt`G@ju`G@@ubj<`)rX}rX(hXGLCPrXhXGlycogen phosphorylaserXh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXXGLCPrXXmetanetx.reactionrXX MNXR100214rXujG`Xb3428 or b3417rXjH`h#jI`h2]rX(j5/jG/erXRrXjM`}rX(jfGj;nGj0JG?uh0Njt`Gju`G@@ubj<`)rX}rX(hXGLCP2rXhXGlycogen phosphorylaserXh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXXGLCP2rXXec-coderXX2.4.1.1rXXmetanetx.reactionrXX MNXR100215rXujG`Xb3417 or b3428rXjH`h#jI`h2]rX(j5/jG/erXRrXjM`}rX(jXGj;nGj0JG?uh0Njt`Gju`G@@ubj<`)rX}rX(hXGLCRALrXhX#5-dehydro-4-deoxyglucarate aldolaserXh}rXh}rX(jC`X SBO:0000375rXX bigg.reactionrXXGLCRALrXXbiocycrXXMETA:KDGALDOL-RXNrXXec-coderXX4.1.2.20rXX kegg.reactionrXXR02754rXXmetanetx.reactionrXX MNXR100219rXXrhearX]rX(X27726rXX27727rXX27728rXX27729rXeujG`Xb3126rXjH`h#jI`h2]rXjY/arXRrXjM`}rX(j7PGjO`)rX}rX(hX 2h3oppan_crXhX2-Hydroxy-3-oxopropanoaterXh}rXh}rX(Xbigg.metaboliterXX2h3oppanrXXbiocycrXXMETA:TARTRONATE-S-ALDrXXchebirX]rX(X CHEBI:1123rXX CHEBI:11583rYX CHEBI:131382rYX CHEBI:15194rYX CHEBI:16992rYX CHEBI:19605rYX CHEBI:57978rYeXhmdbrY]rY(X HMDB06781rYX HMDB06938r YeX kegg.compoundr YXC01146r YXmetanetx.chemicalr YXMNXM475r YX seed.compoundrYXcpd00843rYuh0Nh1h2]rYrYRrYjn`XC3H3O4rYjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rY}rY(hXGLCRDrYhXGlucarate dehydrataserYh}rYh}rY(jC`X SBO:0000375rYX bigg.reactionrYXGLCRDrYXbiocycrYXMETA:GLUCARDEHYDRA-RXNrYXec-coderYX4.2.1.40r YX kegg.reactionr!YXR02752r"YXmetanetx.reactionr#YX MNXR100220r$YXrhear%Y]r&Y(X14573r'YX14574r(YX14575r)YX14576r*YeujG`Xb2788 or b2787r+YjH`h#jI`h2]r,Y(j}/jk/er-YRr.YjM`}r/Y(jO`)r0Y}r1Y(hXglcr_cr2YhX D-Glucarater3Yh}r4Yh}r5Y(Xbigg.metaboliter6YXglcrr7YXbiocycr8YXMETA:D-GLUCARATEr9YXchebir:Y]r;Y(X CHEBI:12953rYX CHEBI:20982r?YX CHEBI:30612r@YX CHEBI:33801rAYX CHEBI:4155rBYX CHEBI:42731rCYeXhmdbrDYX HMDB29881rEYX kegg.compoundrFYXC00818rGYX lipidmapsrHYX LMFA01170108rIYXmetanetx.chemicalrJYXMNXM744rKYX seed.compoundrLYXcpd00609rMYuh0Nh1h2]rNYrOYRrPYjn`XC6H8O8rQYjp`jq`jr`Jjs`GubGj7PG?jgfG?uh0Njt`Gju`G@@ubj<`)rRY}rSY(hX GLCRt2rpprTYhX@D-glucarate transport via proton symport, reversible (periplasm)rUYh}rVYh}rWY(jC`X SBO:0000375rXYX bigg.reactionrYYX GLCRt2rpprZYXmetanetx.reactionr[YX MNXR100221r\YujG`Xb3127 or b2789r]YjH`h#jI`h2]r^Y(j,j,er_YRr`YjM`}raY(jO`)rbY}rcY(hXglcr_prdYhX D-GlucaratereYh}rfYh}rgY(Xbigg.metaboliterhYXglcrriYXbiocycrjYXMETA:D-GLUCARATErkYXchebirlY]rmY(X CHEBI:12953rnYX CHEBI:16002roYX CHEBI:20980rpYX CHEBI:20982rqYX CHEBI:30612rrYX CHEBI:33801rsYX CHEBI:4155rtYX CHEBI:42731ruYeXhmdbrvYX HMDB29881rwYX kegg.compoundrxYXC00818ryYX lipidmapsrzYX LMFA01170108r{YXmetanetx.chemicalr|YXMNXM744r}YX seed.compoundr~YXcpd00609rYuh0Nh1h2]rYrYRrYjn`XC6H8O8rYjp`jcjr`Jjs`GubGj̪Gj0YG?jnG?uh0Njt`G@ju`G@@ubj<`)rY}rY(hXGLCRtexrYhX@D-glucarate transport via diffusion (extracellular to periplasm)rYh}rYh}rY(jC`X SBO:0000375rYX bigg.reactionrYXGLCRtexrYXbiocycrYXMETA:TRANS-RXN0-204rYXmetanetx.reactionrYX MNXR100222rYXrhearY]rY(X28474rYX28475rYX28476rYX28477rYeujG`X b1377 or b0241 or b0929 or b2215rYjH`h#jI`h2]rY(hIh[h7h erYRrYjM`}rY(jWGjbYG?uh0Njt`G@ju`G@@ubj<`)rY}rY(hXGLCS1rYhXGlycogen synthase (ADPGlc)rYh}rYh}rY(jC`X SBO:0000375rYX bigg.reactionrYXGLCS1rYXec-coderYX2.4.1.21rYXmetanetx.reactionrYX MNXR100223rYujG`Xb3429rYjH`h#jI`h2]rYj/arYRrYjM`}rY(jO`)rY}rY(hXadpglc_crYhXADPglucose C16H23N5O15P2rYh}rYh}rY(Xbigg.metaboliterYXadpglcrYXbiocycrYXMETA:ADP-D-GLUCOSErYXchebirY]rY(X CHEBI:13230rYX CHEBI:15751rYX CHEBI:20846rYX CHEBI:2349rYX CHEBI:40615rYX CHEBI:57498rYeXhmdbrY]rY(X HMDB06557rYX HMDB12186rYX HMDB62621rYeX kegg.compoundrYXC00498rYX kegg.glycanrYXG11109rYXmetanetx.chemicalrYXMNXM561rYX seed.compoundrYXcpd00387rYuh0Nh1h2]rYrYRrYjn`X C16H23N5O15P2rYjp`jq`jr`Jjs`GubGjmG?jfG?jnG?uh0Njt`Gju`G@@ubj<`)rY}rY(hXGLCTR1rYhX*Glucosyltransferase I (LPS core synthesis)rYh}rYh}rY(jC`X SBO:0000375rYX bigg.reactionrYXGLCTR1rYXmetanetx.reactionrYX MNXR100226rYujG`Xb3631rYjH`h#jI`h2]rYj/arYRrYjM`}rY(jO`)rY}rY(hX icolipa_crYhX+Inner core oligosaccharide lipid A (E coli)rYh}rYh}rY(Xbigg.metaboliterYXicoliparYXbiocycrYXMETA:CPD0-2295rYXmetanetx.chemicalrYX MNXM57404rYX seed.compoundrYXcpd26459rYuh0Nh1h2]rYrYRrYjn`XC145H251N2O74P4rYjp`jq`jr`Jjs`GubGjRGjRG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rY}rY(hXGLCTR2rYhX+Glucosyltransferase II (LPS core synthesis)rYh}rYh}rY(jC`X SBO:0000375rYX bigg.reactionrYXGLCTR2rYXmetanetx.reactionrYX MNXR100227rYujG`Xb3627rYjH`h#jI`h2]rYj/arZRrZjM`}rZ(jRGjRGjO`)rZ}rZ(hX ggagicolipa_crZhX?Glucosyl-galactosyl-glucosyl-inner core oligosaccharide lipid ArZh}rZh}rZ(Xbigg.metaboliter ZX ggagicolipar ZXbiocycr ZXMETA:CPD0-2261r ZXmetanetx.chemicalr ZX MNXM55192rZX seed.compoundrZXcpd15475rZuh0Nh1h2]rZrZRrZjn`XC163H281N2O89P4rZjp`jq`jr`Jjs`GubG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rZ}rZ(hXGLCTR3rZhX,Glucosyltransferase III (LPS core synthesis)rZh}rZh}rZ(jC`X SBO:0000375rZX bigg.reactionrZXGLCTR3rZXmetanetx.reactionrZX MNXR100228rZujG`Xb3626r ZjH`h#jI`h2]r!Zj/ar"ZRr#ZjM`}r$Z(jZGjRGjO`)r%Z}r&Z(hXgggagicolipa_cr'ZhXHGlucosyl-glucosyl-galactosyl-glucosyl-inner core oligosaccharide lipid Ar(Zh}r)Zh}r*Z(Xbigg.metaboliter+ZX gggagicolipar,ZXbiocycr-ZXMETA:CPD0-2259r.ZXmetanetx.chemicalr/ZX MNXM55193r0ZX seed.compoundr1ZXcpd15477r2Zuh0Nh1h2]r3Zr4ZRr5Zjn`XC169H291N2O94P4r6Zjp`jq`jr`Jjs`GubG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r7Z}r8Z(hX GLCUR1Ptexr9ZhXND-glucuronate 1-phosphate transport via diffusion (extracellular to periplasm)r:Zh}r;Zh}rZX GLCUR1Ptexr?ZXmetanetx.reactionr@ZX MNXR100231rAZujG`X b1377 or b0241 or b0929 or b2215rBZjH`h#jI`h2]rCZ(hIh[h7h erDZRrEZjM`}rFZ(jGjO`)rGZ}rHZ(hX glcur1p_prIZhXD-Glucuronate 1-phosphaterJZh}rKZh}rLZ(Xbigg.metaboliterMZXglcur1prNZXbiocycrOZX META:CPD-510rPZXchebirQZ]rRZ(X CHEBI:11294rSZX CHEBI:16787rTZX CHEBI:19090rUZX CHEBI:21014rVZX CHEBI:28547rWZX CHEBI:35145rXZX CHEBI:4179rYZX CHEBI:57897rZZX CHEBI:681r[ZeXhmdbr\Z]r]Z(X HMDB03976r^ZX HMDB06329r_ZeX kegg.compoundr`ZXC05385raZXmetanetx.chemicalrbZXMNXM1165rcZX seed.compoundrdZ]reZ(Xcpd00880rfZXcpd03191rgZeuh0Nh1h2]rhZriZRrjZjn`XC6H8O10PrkZjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rlZ}rmZ(hX GLCURt2rpprnZhXBD-glucuronate transport via proton symport, reversible (periplasm)roZh}rpZh}rqZ(jC`X SBO:0000375rrZX bigg.reactionrsZX GLCURt2rpprtZXmetanetx.reactionruZX MNXR100234rvZXrhearwZ]rxZ(X28955ryZX28956rzZX28957r{ZX28958r|ZeujG`Xb3909 or b3093r}ZjH`h#jI`h2]r~Z(j=-j3erZRrZjM`}rZ(jO`)rZ}rZ(hXglcur_prZhX D-GlucuronaterZh}rZh}rZ(Xbigg.metaboliterZXglcurrZXbiocycrZXMETA:D-GlucopyranuronaterZXchebirZ]rZ(X CHEBI:12975rZX CHEBI:15748rZX CHEBI:21013rZX CHEBI:24297rZX CHEBI:24298rZX CHEBI:4178rZX CHEBI:47952rZX CHEBI:58720rZeX kegg.compoundrZXC00191rZXmetanetx.chemicalrZXMNXM241rZX seed.compoundrZXcpd00164rZuh0Nh1h2]rZrZRrZjn`XC6H9O7rZjp`jcjr`Jjs`GubGj̪GjO`)rZ}rZ(hXglcur_crZhX D-GlucuronaterZh}rZh}rZ(Xbigg.metaboliterZXglcurrZXbiocycrZXMETA:D-GlucopyranuronaterZXchebirZ]rZ(X CHEBI:12975rZX CHEBI:15748rZX CHEBI:21013rZX CHEBI:24297rZX CHEBI:24298rZX CHEBI:4178rZX CHEBI:47952rZX CHEBI:58720rZeX kegg.compoundrZXC00191rZXmetanetx.chemicalrZXMNXM241rZX seed.compoundrZXcpd00164rZuh0Nh1h2]rZrZRrZjn`XC6H9O7rZjp`jq`jr`Jjs`GubG?jnG?uh0Njt`G@ju`G@@ubj<`)rZ}rZ(hXGLCURtexrZhXAD-glucuronat transport via diffusion (extracellular to periplasm)rZh}rZh}rZ(jC`X SBO:0000375rZX bigg.reactionrZXGLCURtexrZXmetanetx.reactionrZX MNXR100235rZujG`X b1377 or b0241 or b0929 or b2215rZjH`h#jI`h2]rZ(hIh[h7h erZRrZjM`}rZ(jGjZG?uh0Njt`G@ju`G@@ubj<`)rZ}rZ(hXGLCabcpprZhX.D-glucose transport via ABC system (periplasm)rZh}rZh}rZ(jC`X SBO:0000375rZX bigg.reactionrZXGLCabcpprZXbiocycrZXMETA:TRANS-RXN-320rZXec-coderZX3.6.3.17rZXmetanetx.reactionrZX MNXR100236rZujG`Xb2150 and b2149 and b2148rZjH`h#jI`h2]rZ(j-j-js-erZRrZjM`}rZ(jbGjIGjgfGjmG?jDG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rZ}rZ(hXGLCptspprZhX/D-glucose transport via PEP:Pyr PTS (periplasm)rZh}rZh}rZ(jC`X SBO:0000375rZX bigg.reactionrZXGLCptspprZXmetanetx.reactionrZX MNXR100237rZujG`X( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b2417 and b1621 and b2416 ) or ( b2415 and b1818 and b1817 and b1819 and b2416 )rZjH`h#jI`h2]rZ(jj/jjjjjjerZRrZjM`}rZ(jIGjGjvG?jG?uh0Njt`Gju`G@@ubj<`)rZ}rZ(hXGLCt2pprZhX5D-glucose transport in via proton symport (periplasm)rZh}rZh}rZ(jC`X SBO:0000375rZX bigg.reactionrZXGLCt2pprZXbiocycrZXMETA:RXN0-7077rZXmetanetx.reactionrZX MNXR100238rZujG`Xb2943rZjH`h#jI`h2]r[j-ar[Rr[jM`}r[(jIGj̪GjDG?jnG?uh0Njt`Gju`G@@ubj<`)r[}r[(hX GLCtex_copy1r[hh#h}r[h}r[(jC`X SBO:0000375r [Xbiocycr [XMETA:TRANS-RXN0-574r [Xmetanetx.reactionr [X MNXR100188r [ujG`X b0241 or b0929 or b1377 or b2215r[jH`h#jI`h2]r[(hIh[h7h er[Rr[jM`}r[(jGjIG?uh0Njt`G@ju`G@@ubj<`)r[}r[(hX GLCtex_copy2r[hh#h}r[h}r[(jC`X SBO:0000375r[Xbiocycr[XMETA:TRANS-RXN0-574r[Xmetanetx.reactionr[X MNXR100188r[ujG`Xb4036r[jH`h#jI`h2]r[har[Rr [jM`}r![(jGjIG?uh0Njt`Gju`G@@ubj<`)r"[}r#[(hXGLDBRAN2r$[hX3Glycogen debranching enzyme (bglycogen -> glycogen)r%[h}r&[h}r'[(jC`X SBO:0000375r([X bigg.reactionr)[XGLDBRAN2r*[Xec-coder+[X2.4.1.18r,[Xmetanetx.reactionr-[X MNXR100155r.[ujG`Xb3431r/[jH`h#jI`h2]r0[j/ar1[Rr2[jM`}r3[(jXGjfG?uh0Njt`Gju`G@@ubj<`)r4[}r5[(hXGLGCr6[hX'Glucose-1-phosphate adenylyltransferaser7[h}r8[h}r9[(jC`X SBO:0000375r:[X bigg.reactionr;[XGLGCr<[Xbiocycr=[XMETA:GLUC1PADENYLTRANS-RXNr>[Xec-coder?[X2.7.7.27r@[X kegg.reactionrA[XR00948rB[Xmetanetx.reactionrC[X MNXR100243rD[XrhearE[]rF[(X12120rG[X12121rH[X12122rI[X12123rJ[eujG`Xb3430rK[jH`h#jI`h2]rL[j/arM[RrN[jM`}rO[(jbGj0JGjnGjYG?jnnG?uh0Njt`Gju`G@@ubj<`)rP[}rQ[(hXGLNSrR[hXGlutamine synthetaserS[h}rT[h}rU[(jC`X SBO:0000375rV[X bigg.reactionrW[XGLNSrX[XbiocycrY[XMETA:GLUTAMINESYN-RXNrZ[Xec-coder[[X6.3.1.2r\[X kegg.reactionr][XR00253r^[Xmetanetx.reactionr_[X MNXR100024r`[Xrheara[]rb[(X16169rc[X16170rd[X16171re[X16172rf[eujG`Xb3870 or b1297rg[jH`h#jI`h2]rh[(j.j 0eri[Rrj[jM`}rk[(jbGjeGjiGjmG?jeG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rl[}rm[(hXGLNTRSrn[hXGlutaminyl-tRNA synthetasero[h}rp[h}rq[(jC`X SBO:0000375rr[X bigg.reactionrs[XGLNTRSrt[Xec-coderu[X6.1.1.18rv[X kegg.reactionrw[XR03652rx[Xmetanetx.reactionry[X MNXR100257rz[ujG`Xb0680r{[jH`h#jI`h2]r|[j0ar}[Rr~[jM`}r[(jbGjeGjO`)r[}r[(hX trnagln_cr[hX TRNA(Gln)r[h}r[h}r[(Xbigg.metaboliter[Xtrnaglnr[Xbiocycr[XMETA:GLN-tRNAsr[Xchebir[]r[(X CHEBI:10679r[X CHEBI:15174r[X CHEBI:29168r[eX kegg.compoundr[XC01640r[Xmetanetx.chemicalr[XMNXM71r[X seed.compoundr[]r[(Xcpd11911r[Xcpd27100r[euh0Nh1h2]r[r[Rr[jn`jjp`jq`jr`Kjs`GubGjG?jO`)r[}r[(hX glntrna_cr[hXL-Glutaminyl-tRNA(Gln)r[h}r[h}r[(Xbigg.metaboliter[Xglntrnar[Xchebir[]r[(X CHEBI:13112r[X CHEBI:13344r[X CHEBI:29166r[X CHEBI:5433r[eX kegg.compoundr[XC02282r[Xmetanetx.chemicalr[X MNXM89810r[X seed.compoundr[Xcpd12060r[uh0Nh1h2]r[r[Rr[jn`X C5H9N2O2Rr[jp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r[}r[(hXGLNabcppr[hX0L-glutamine transport via ABC system (periplasm)r[h}r[h}r[(jC`X SBO:0000375r[X bigg.reactionr[XGLNabcppr[Xbiocycr[XMETA:ABC-12-RXNr[Xec-coder[X3.6.3.21r[Xmetanetx.reactionr[X MNXR100258r[Xrhear[]r[(X29895#1r[X29896#1r[X29897#1r[X29898#1r[eujG`Xb0810 and b0811 and b0809r[jH`h#jI`h2]r[(j10jC0jU0er[Rr[jM`}r[(jbGjO`)r[}r[(hXgln__L_pr[hX L-Glutaminer[h}r[h}r[(Xbigg.metaboliter[Xgln__Lr[Xbiocycr[XMETA:GLNr[Xchebir[]r[(X CHEBI:13110r[X CHEBI:18050r[X CHEBI:21308r[X CHEBI:24316r[X CHEBI:28300r[X CHEBI:32665r[X CHEBI:32666r[X CHEBI:32678r[X CHEBI:32679r[X CHEBI:42812r[X CHEBI:42814r[X CHEBI:42899r[X CHEBI:42943r[X CHEBI:5432r[X CHEBI:58359r[X CHEBI:6227r[eXhmdbr[X HMDB00641r[X kegg.compoundr[]r[(XC00064r[XC00303r[eX kegg.drugr[XD00015r[Xmetanetx.chemicalr[XMNXM37r[X seed.compoundr[]r[(Xcpd00053r[Xcpd00253r[euh0Nh1h2]r[r[Rr[jn`X C5H10N2O3r[jp`jcjr`Kjs`GubGjgfGjmG?jeG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r[}r[(hXGLNtexr[hX@L-glutamine transport via diffusion (extracellular to periplasm)r[h}r[h}r[(jC`X SBO:0000375r\X bigg.reactionr\XGLNtexr\Xbiocycr\XMETA:TRANS-RXN-233r\Xmetanetx.reactionr\X MNXR100259r\ujG`X b1377 or b0241 or b0929 or b2215r\jH`h#jI`h2]r\(hIh[h7h er \Rr \jM`}r \(jGj[G?uh0Njt`G@ju`G@@ubj<`)r \}r \(hXGLTPDr\hX$Galactitol-1-phosphate dehydrogenaser\h}r\h}r\(jC`X SBO:0000375r\X bigg.reactionr\XGLTPDr\Xec-coder\]r\(X 1.1.1.251r\X1.1.1.M6r\eX kegg.reactionr\XR05571r\Xmetanetx.reactionr\X MNXR100275r\ujG`Xb2091r\jH`h#jI`h2]r\jg0ar\Rr \jM`}r!\(jRGjiGjnG?j\jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r?\}r@\(hXGLU5KrA\hXGlutamate 5-kinaserB\h}rC\h}rD\(jC`X SBO:0000375rE\X bigg.reactionrF\XGLU5KrG\XbiocycrH\XMETA:GLUTKIN-RXNrI\Xec-coderJ\X2.7.2.11rK\X kegg.reactionrL\XR00239rM\Xmetanetx.reactionrN\X MNXR100277rO\XrhearP\]rQ\(X14877rR\X14878rS\X14879rT\X14880rU\eujG`Xb0242rV\jH`h#jI`h2]rW\jy0arX\RrY\jM`}rZ\(jbGjeGjmG?jNG?uh0Njt`Gju`G@@ubj<`)r[\}r\\(hX GLUABUTt7ppr]\hX.4-aminobutyrate/glutamate antiport (periplasm)r^\h}r_\h}r`\(jC`X SBO:0000375ra\X bigg.reactionrb\X GLUABUTt7pprc\Xbiocycrd\XMETA:TRANS-RXN-261re\Xmetanetx.reactionrf\X MNXR100276rg\Xrhearh\]ri\(X28919rj\X28920rk\X28921rl\X28922rm\eujG`Xb1492rn\jH`h#jI`h2]ro\j0arp\Rrq\jM`}rr\(jGjO`)rs\}rt\(hXglu__L_pru\hX L-Glutamaterv\h}rw\h}rx\(Xbigg.metabolitery\Xglu__Lrz\Xbiocycr{\]r|\(XMETA:GLTr}\XMETA:Glutamatesr~\eXchebir\]r\(X CHEBI:13107r\X CHEBI:14321r\X CHEBI:16015r\X CHEBI:18237r\X CHEBI:21301r\X CHEBI:21304r\X CHEBI:24314r\X CHEBI:29985r\X CHEBI:29987r\X CHEBI:29988r\X CHEBI:42825r\X CHEBI:5431r\X CHEBI:6224r\X CHEBI:76051r\eXhmdbr\]r\(X HMDB00148r\X HMDB60475r\eX kegg.compoundr\]r\(XC00025r\XC00302r\eX kegg.drugr\]r\(XD00007r\XD04341r\eXmetanetx.chemicalr\X MNXM89557r\X seed.compoundr\]r\(Xcpd00023r\Xcpd19002r\Xcpd27177r\euh0Nh1h2]r\r\Rr\jn`XC5H8NO4r\jp`jcjr`Jjs`GubGjG?jeG?uh0Njt`G@ju`G@@ubj<`)r\}r\(hXGLUCYSr\hX!Gamma-glutamylcysteine synthetaser\h}r\h}r\(jC`X SBO:0000375r\X bigg.reactionr\XGLUCYSr\Xbiocycr\XMETA:GLUTCYSLIG-RXNr\Xec-coder\X6.3.2.2r\X kegg.reactionr\XR00894r\Xmetanetx.reactionr\X MNXR100074r\Xrhear\]r\(X13285r\X13286r\X13287r\X13288r\eujG`Xb2688r\jH`h#jI`h2]r\j0ar\Rr\jM`}r\(jbGjbdGjeGjmG?jO`)r\}r\(hXglucys_cr\hXGamma-L-Glutamyl-L-cysteiner\h}r\h}r\(Xbigg.metaboliter\Xglucysr\Xbiocycr\XMETA:L-GAMMA-GLUTAMYLCYSTEINEr\Xchebir\]r\(X CHEBI:10566r\X CHEBI:10570r\X CHEBI:12400r\X CHEBI:12404r\X CHEBI:17515r\X CHEBI:17971r\X CHEBI:24185r\X CHEBI:24194r\X CHEBI:39975r\X CHEBI:58173r\eX kegg.compoundr\XC00669r\Xmetanetx.chemicalr\XMNXM412r\X seed.compoundr\Xcpd00506r\uh0Nh1h2]r\r\Rr\jn`X C8H13N2O5Sr\jp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r\}r\(hXGLUDCr\hXGlutamate Decarboxylaser\h}r\h}r\(jC`X SBO:0000375r\X bigg.reactionr\XGLUDCr\Xbiocycr\XMETA:GLUTDECARBOX-RXNr\Xec-coder\X4.1.1.15r\X kegg.reactionr\XR00261r\Xmetanetx.reactionr\X MNXR95942r\Xrhear\]r\(X17785r\X17786r\X17787r\X17788r\eujG`Xb3517 or b1493r\jH`h#jI`h2]r\(j0j0er\Rr\jM`}r\(jeGjnGjG?jG?uh0Njt`Gju`G@@ubj<`)r\}r\(hXGLUDyr]hXGlutamate dehydrogenase (NADP)r]h}r]h}r](jC`X SBO:0000375r]X bigg.reactionr]XGLUDyr]Xbiocycr]XMETA:GLUTDEHYD-RXNr]Xec-coder ]]r ](X1.4.1.13r ]X1.4.1.3r ]X1.4.1.4r ]eX kegg.reactionr]XR00248r]Xmetanetx.reactionr]X MNXR100086r]Xrhear]]r](X11612r]X11613r]X11614r]X11615r]eujG`Xb1761r]jH`h#jI`h2]r]j0ar]Rr]jM`}r](jeGjgfGj[iGjG?jnG?j{iG?jiG?uh0Njt`G@ju`G@@ubj<`)r]}r](hXGLUNr]hX Glutaminaser ]h}r!]h}r"](jC`X SBO:0000375r#]X bigg.reactionr$]XGLUNr%]Xbiocycr&]XMETA:GLUTAMIN-RXNr']Xec-coder(]]r)](X1.4.1.13r*]X1.4.7.1r+]X3.5.1.2r,]X3.5.1.38r-]X4.3.3.6r.]X6.3.4.2r/]X6.3.5.2r0]X6.3.5.4r1]X6.3.5.5r2]eX kegg.reactionr3]XR00256r4]Xmetanetx.reactionr5]X MNXR100030r6]Xrhear7]]r8](X15889r9]X15890r:]X15891r;]X15892r<]eujG`Xb0485 or b1812 or b1524r=]jH`h#jI`h2]r>](j0j0jer?]Rr@]jM`}rA](jeGjgfGjeG?jiG?uh0Njt`Gju`G@@ubj<`)rB]}rC](hXGLUNpprD]hX GlutaminaserE]h}rF]h}rG](jC`X SBO:0000375rH]X bigg.reactionrI]XGLUNpprJ]XbiocycrK]XMETA:GLUTAMIN-RXNrL]Xec-coderM]]rN](X1.4.1.13rO]X1.4.7.1rP]X3.5.1.2rQ]X3.5.1.38rR]X4.3.3.6rS]X6.3.4.2rT]X6.3.5.2rU]X6.3.5.4rV]X6.3.5.5rW]eX kegg.reactionrX]XR00256rY]Xmetanetx.reactionrZ]X MNXR100030r[]Xrhear\]]r]](X15889r^]X15890r_]X15891r`]X15892ra]eujG`Xb2957rb]jH`h#jI`h2]rc]jard]Rre]jM`}rf](j[GjDGjs\G?j G?uh0Njt`Gju`G@@ubj<`)rg]}rh](hXGLUPRTri]hX4Glutamine phosphoribosyldiphosphate amidotransferaserj]h}rk]h}rl](jC`X SBO:0000375rm]X bigg.reactionrn]XGLUPRTro]Xbiocycrp]XMETA:PRPPAMIDOTRANS-RXNrq]Xec-coderr]X2.4.2.14rs]X kegg.reactionrt]XR01072ru]Xmetanetx.reactionrv]X MNXR100287rw]Xrhearx]]ry](X14905rz]X14906r{]X14907r|]X14908r}]eujG`Xb2312r~]jH`h#jI`h2]r]j 1ar]Rr]jM`}r](jeGjgfGjGjeG?jnnG?jO`)r]}r](hXpram_cr]hX5-Phospho-beta-D-ribosylaminer]h}r]h}r](Xbigg.metaboliter]Xpramr]Xbiocycr]XMETA:5-P-BETA-D-RIBOSYL-AMINEr]Xchebir]]r](X CHEBI:12161r]X CHEBI:20626r]X CHEBI:2123r]X CHEBI:37737r]X CHEBI:42834r]X CHEBI:58681r]eXhmdbr]]r](X HMDB01128r]X HMDB02347r]X HMDB62576r]eX kegg.compoundr]XC03090r]Xmetanetx.chemicalr]X MNXM90003r]X seed.compoundr]Xcpd01982r]uh0Nh1h2]r]r]Rr]jn`X C5H11NO7Pr]jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r]}r](hXGLURr]hXGlutamate racemaser]h}r]h}r](jC`X SBO:0000375r]X bigg.reactionr]XGLURr]Xbiocycr]XMETA:GLUTRACE-RXNr]Xec-coder]X5.1.1.3r]X kegg.reactionr]XR00260r]Xmetanetx.reactionr]X MNXR100288r]Xrhear]]r](X12813r]X12814r]X12815r]X12816r]eujG`Xb3967r]jH`h#jI`h2]r]j1ar]Rr]jM`}r](jO`)r]}r](hXglu__D_cr]hX D-Glutamater]h}r]h}r](Xbigg.metaboliter]Xglu__Dr]Xbiocycr]X META:D-GLTr]Xchebir]]r](X CHEBI:12979r]X CHEBI:15966r]X CHEBI:21022r]X CHEBI:21023r]X CHEBI:29986r]X CHEBI:29989r]X CHEBI:4183r]eXhmdbr]X HMDB03339r]X kegg.compoundr]XC00217r]Xmetanetx.chemicalr]XMNXM331r]X seed.compoundr]Xcpd00186r]uh0Nh1h2]r]r]Rr]jn`XC5H8NO4r]jp`jq`jr`Jjs`GubGjeG?uh0Njt`G@ju`G@@ubj<`)r]}r](hXGLUSyr]hXGlutamate synthase (NADPH)r]h}r]h}r](jC`X SBO:0000375r]X bigg.reactionr]XGLUSyr]Xbiocycr]XMETA:GLUTAMATESYN-RXNr]Xec-coder]X1.4.1.13r]X kegg.reactionr]XR00114r]Xmetanetx.reactionr]X MNXR100291r]Xrhear]]r](X15501r]X15502r]X15503r]X15504r]eujG`Xb3212 and b3213r]jH`h#jI`h2]r](j-1j?1er]Rr]jM`}r](jGjeGjnGj{iGjeG@j[iG?uh0Njt`Gju`G@@ubj<`)r]}r](hXGLUTRRr]hXGlutamyl-tRNA reductaser]h}r]h}r^(jC`X SBO:0000375r^X bigg.reactionr^XGLUTRRr^Xec-coder^X1.2.1.70r^X kegg.reactionr^XR04109r^Xmetanetx.reactionr^X MNXR100294r ^ujG`Xb1210r ^jH`h#jI`h2]r ^jQ1ar ^Rr ^jM`}r^(jO`)r^}r^(hX glutrna_cr^hXL-Glutamyl-tRNA(Glu)r^h}r^h}r^(Xbigg.metaboliter^Xglutrnar^Xchebir^]r^(X CHEBI:13114r^X CHEBI:29157r^X CHEBI:6232r^eX kegg.compoundr^XC02987r^Xmetanetx.chemicalr^X MNXM89752r^X seed.compoundr ^Xcpd12227r!^uh0Nh1h2]r"^r#^Rr$^jn`XC5H7NO3Rr%^jp`jq`jr`Kjs`GubGjnGj{iGjJG?j[iG?jO`)r&^}r'^(hX trnaglu_cr(^hX TRNA (Glu)r)^h}r*^h}r+^(Xbigg.metaboliter,^Xtrnaglur-^Xbiocycr.^XMETA:GLT-tRNAsr/^Xchebir0^]r1^(X CHEBI:10680r2^X CHEBI:15175r3^X CHEBI:29175r4^eX kegg.compoundr5^XC01641r6^Xmetanetx.chemicalr7^X MNXM90886r8^X seed.compoundr9^Xcpd11912r:^uh0Nh1h2]r;^r<^Rr=^jn`jjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r>^}r?^(hXGLUTRSr@^hXGlutamyl-tRNA synthetaserA^h}rB^h}rC^(jC`X SBO:0000375rD^X bigg.reactionrE^XGLUTRSrF^Xec-coderG^]rH^(X6.1.1.-rI^X6.1.1.17rJ^X6.1.1.24rK^eX kegg.reactionrL^XR05578rM^Xmetanetx.reactionrN^X MNXR100295rO^ujG`Xb2400rP^jH`h#jI`h2]rQ^jc1arR^RrS^jM`}rT^(jbGjeGj&^GjG?j^G?jnnG?uh0Njt`Gju`G@@ubj<`)rU^}rV^(hXGLUabcpprW^hX0L-glutamate transport via ABC system (periplasm)rX^h}rY^h}rZ^(jC`X SBO:0000375r[^X bigg.reactionr\^XGLUabcppr]^Xbiocycr^^XMETA:ABC-13-RXNr_^Xec-coder`^X3.6.3.21ra^Xmetanetx.reactionrb^X MNXR100299rc^Xrheard^]re^(X29035#1rf^X29036#1rg^X29037#1rh^X29038#1ri^eujG`X#b0653 and b0655 and b0654 and b0652rj^jH`h#jI`h2]rk^(jjjjerl^Rrm^jM`}rn^(jbGjs\GjgfGjmG?jeG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)ro^}rp^(hXGLUt2rpprq^hX@L-glutamate transport via proton symport, reversible (periplasm)rr^h}rs^h}rt^(jC`X SBO:0000375ru^X bigg.reactionrv^XGLUt2rpprw^Xmetanetx.reactionrx^X MNXR100300ry^ujG`Xb4077rz^jH`h#jI`h2]r{^jIar|^Rr}^jM`}r~^(js\Gj̪GjeG?jnG?uh0Njt`G@ju`G@@ubj<`)r^}r^(hXGLUt4ppr^hX!Na+/glutamate symport (periplasm)r^h}r^h}r^(jC`X SBO:0000375r^X bigg.reactionr^XGLUt4ppr^Xmetanetx.reactionr^X MNXR100285r^Xrhear^]r^(X29031r^X29032r^X29033r^X29034r^eujG`Xb3653r^jH`h#jI`h2]r^ju1ar^Rr^jM`}r^(js\GjeGjeG?jG?uh0Njt`Gju`G@@ubj<`)r^}r^(hXGLUtexr^hX@L-glutamate transport via diffusion (extracellular to periplasm)r^h}r^h}r^(jC`X SBO:0000375r^X bigg.reactionr^XGLUtexr^Xbiocycr^]r^(XMETA:TRANS-RXN-232r^XMETA:TRANS-RXN-234r^eXmetanetx.reactionr^X MNXR100301r^ujG`X b1377 or b0241 or b0929 or b2215r^jH`h#jI`h2]r^(hIh[h7h er^Rr^jM`}r^(jGjs\G?uh0Njt`G@ju`G@@ubj<`)r^}r^(hXGLXCLr^hXGlyoxalate carboligaser^h}r^h}r^(jC`X SBO:0000375r^X bigg.reactionr^XGLXCLr^Xbiocycr^XMETA:GLYOCARBOLIG-RXNr^Xec-coder^X4.1.1.47r^X kegg.reactionr^XR00013r^Xmetanetx.reactionr^X MNXR100303r^Xrhear^]r^(X10136r^X10137r^X10138r^X10139r^eujG`Xb0507r^jH`h#jI`h2]r^j1ar^Rr^jM`}r^(j@>GjnGjXG?jG?uh0Njt`Gju`G@@ubj<`)r^}r^(hX GLYALDtexr^hXCGlyceraldehyde transport via diffusion (extracellular to periplasm)r^h}r^h}r^(jC`X SBO:0000375r^X bigg.reactionr^X GLYALDtexr^Xmetanetx.reactionr^X MNXR100311r^ujG`X b1377 or b0241 or b0929 or b2215r^jH`h#jI`h2]r^(hIh[h7h er^Rr^jM`}r^(jGjO`)r^}r^(hXglyald_pr^hXD-Glyceraldehyder^h}r^h}r^(Xbigg.metaboliter^Xglyaldr^Xbiocycr^XMETA:GLYCERALDr^Xchebir^]r^(X CHEBI:12982r^X CHEBI:17378r^X CHEBI:21025r^X CHEBI:39973r^X CHEBI:4186r^eX kegg.compoundr^XC00577r^Xmetanetx.chemicalr^XMNXM435r^X seed.compoundr^Xcpd00448r^uh0Nh1h2]r^r^Rr^jn`XC3H6O3r^jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r^}r^(hX GLYALDtppr^hX0Glyceraldehyde facilitated diffusion (periplasm)r^h}r^h}r^(jC`X SBO:0000375r^X bigg.reactionr^X GLYALDtppr^Xmetanetx.reactionr^X MNXR100311r^ujG`Xb3927r^jH`h#jI`h2]r^j1ar^Rr^jM`}r^(j^GjG?uh0Njt`G@ju`G@@ubj<`)r_}r_(hXGLYATr_hXGlycine C-acetyltransferaser_h}r_h}r_(jC`X SBO:0000375r_X bigg.reactionr_XGLYATr_Xbiocycr _XMETA:AKBLIG-RXNr _Xec-coder _]r _(X2.3.1.29r _X2.3.1.37r_eX kegg.reactionr_XR00371r_Xmetanetx.reactionr_X MNXR100313r_Xrhear_]r_(X20736r_X20737r_X20738r_X20739r_eujG`Xb3617r_jH`h#jI`h2]r_j1ar_Rr_jM`}r_(jaGjeGj'G?jcG?uh0Njt`G@ju`G@@ubj<`)r_}r_(hX GLYBabcppr _hX4Glycine betaine transport via ABC system (periplasm)r!_h}r"_h}r#_(jC`X SBO:0000375r$_X bigg.reactionr%_X GLYBabcppr&_Xbiocycr'_XMETA:TRANS-RXN-283r(_Xmetanetx.reactionr)_X MNXR100314r*_Xrhear+_]r,_(X32783#1r-_X32784#1r._X32785#1r/_X32786#1r0_eujG`X#b2130 and b2128 and b2129 and b2131r1_jH`h#jI`h2]r2_(jjjjer3_Rr4_jM`}r5_(jbGjO`)r6_}r7_(hXglyb_pr8_hXGlycine betainer9_h}r:_h}r;_(Xbigg.metaboliter<_Xglybr=_Xbiocycr>_X META:BETAINEr?_Xchebir@_]rA_(X CHEBI:12531rB_X CHEBI:13895rC_X CHEBI:15264rD_X CHEBI:17750rE_X CHEBI:22858rF_X CHEBI:24370rG_X CHEBI:27128rH_X CHEBI:29050rI_X CHEBI:3073rJ_X CHEBI:41134rK_X CHEBI:41139rL_eXhmdbrM_X HMDB00043rN_X kegg.compoundrO_XC00719rP_X kegg.drugrQ_XD07523rR_Xmetanetx.chemicalrS_XMNXM289rT_X seed.compoundrU_Xcpd00540rV_uh0Nh1h2]rW_rX_RrY_jn`XC5H11NO2rZ_jp`jcjr`Kjs`GubGjgfGjmG?j\G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r[_}r\_(hXGLYBt2ppr]_hX8Glycine betaine transport via proton symport (periplasm)r^_h}r__h}r`_(jC`X SBO:0000375ra_X bigg.reactionrb_XGLYBt2pprc_Xbiocycrd_XMETA:TRANS-RXN-29Are_Xmetanetx.reactionrf_X MNXR100315rg_ujG`Xb1801 or b4111rh_jH`h#jI`h2]ri_(jjerj_Rrk_jM`}rl_(j6_Gj̪Gj\G?jnG?uh0Njt`Gju`G@@ubj<`)rm_}rn_(hXGLYBtexro_hXDGlycine betaine transport via diffusion (extracellular to periplasm)rp_h}rq_h}rr_(jC`X SBO:0000375rs_X bigg.reactionrt_XGLYBtexru_Xbiocycrv_XMETA:TRANS-RXN0-490rw_Xmetanetx.reactionrx_X MNXR100317ry_Xrhearz_]r{_(X28943r|_X28944r}_X28945r~_X28946r_eujG`X b1377 or b0241 or b0929 or b2215r_jH`h#jI`h2]r_(hIh[h7h er_Rr_jM`}r_(jGj6_G?uh0Njt`G@ju`G@@ubj<`)r_}r_(hX GLYC2Pabcppr_hX<Sn-Glycerol 2-phosphate transport via ABC system (periplasm)r_h}r_h}r_(jC`X SBO:0000375r_X bigg.reactionr_X GLYC2Pabcppr_Xmetanetx.reactionr_X MNXR100318r_Xrhear_]r_(X34759#1r_X34760#1r_X34761#1r_X34762#1r_eujG`X#b3450 and b3452 and b3453 and b3451r_jH`h#jI`h2]r_(j+j}+jk+jY+er_Rr_jM`}r_(jbGj9KGjgfGjmG?jKG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r_}r_(hX GLYC2Ptexr_hXIGlycerol-2-phosphate transport via diffusion (extracellular to periplasm)r_h}r_h}r_(jC`X SBO:0000375r_X bigg.reactionr_X GLYC2Ptexr_Xmetanetx.reactionr_X MNXR100319r_ujG`X b0929 or b2215 or b0241 or b1377r_jH`h#jI`h2]r_(hIh[h7h er_Rr_jM`}r_(jHGj9KG?uh0Njt`G@ju`G@@ubj<`)r_}r_(hX GLYC3Pabcppr_hX<Sn-Glycerol 3-phosphate transport via ABC system (periplasm)r_h}r_h}r_(jC`X SBO:0000375r_X bigg.reactionr_X GLYC3Pabcppr_Xbiocycr_]r_(XMETA:3.6.3.20-RXNr_XMETA:ABC-34-RXNr_eXec-coder_X3.6.3.20r_Xmetanetx.reactionr_X MNXR100320r_Xrhear_]r_(X21668#1r_X21669#1r_X21670#1r_X21671#1r_eujG`X#b3450 and b3452 and b3453 and b3451r_jH`h#jI`h2]r_(j+j}+jk+jY+er_Rr_jM`}r_(jbGjO`)r_}r_(hXglyc3p_pr_hXGlycerol 3-phosphater_h}r_h}r_(Xbigg.metaboliter_Xglyc3pr_Xbiocycr_XMETA:GLYCEROL-3Pr_Xchebir_]r_(X CHEBI:10648r_X CHEBI:12843r_X CHEBI:12848r_X CHEBI:15978r_X CHEBI:26705r_X CHEBI:42793r_X CHEBI:57597r_eX kegg.compoundr_XC00093r_Xmetanetx.chemicalr_XMNXM66r_X seed.compoundr_Xcpd00080r_uh0Nh1h2]r_r_Rr_jn`XC3H7O6Pr_jp`jcjr`Jjs`GubGjgfGjmG?jG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r_}r_(hX GLYC3Pt6ppr_hX7Glycerol-3-phosphate : phosphate antiporter (periplasm)r_h}r_h}r_(jC`X SBO:0000375r_X bigg.reactionr_X GLYC3Pt6ppr_Xbiocycr_XMETA:TRANS-RXN-22r_Xmetanetx.reactionr_X MNXR100321r_Xrhear_]r_(X29015r_X29016r_X29017r_X29018r_eujG`Xb2240r_jH`h#jI`h2]r_j1ar_Rr_jM`}r_(j_Gj;nGjG?j0G?uh0Njt`Gju`G@@ubj<`)r_}r_(hX GLYC3Ptexr_hXIGlycerol-3-phosphate transport via diffusion (extracellular to periplasm)r_h}r`h}r`(jC`X SBO:0000375r`X bigg.reactionr`X GLYC3Ptexr`Xmetanetx.reactionr`X MNXR100308r`Xrhear`]r`(X34967r `X34968r `X34969r `X34970r `eujG`X b1377 or b0241 or b0929 or b2215r `jH`h#jI`h2]r`(hIh[h7h er`Rr`jM`}r`(jqGj_G?uh0Njt`G@ju`G@@ubj<`)r`}r`(hX GLYCAt2rppr`hX@D-glycerate transport via proton symport, reversible (periplasm)r`h}r`h}r`(jC`X SBO:0000375r`X bigg.reactionr`X GLYCAt2rppr`Xmetanetx.reactionr`X MNXR100322r`ujG`Xb2789 or b3127r`jH`h#jI`h2]r`(j,j,er`Rr `jM`}r!`(jO`)r"`}r#`(hX glyc__R_pr$`hX (R)-Glycerater%`h}r&`h}r'`(Xbigg.metaboliter(`Xglyc__Rr)`Xbiocycr*`XMETA:GLYCERATEr+`Xchebir,`]r-`(X CHEBI:10999r.`X CHEBI:12985r/`X CHEBI:16659r0`X CHEBI:21027r1`X CHEBI:21030r2`X CHEBI:24348r3`X CHEBI:24349r4`X CHEBI:32398r5`X CHEBI:33508r6`X CHEBI:33846r7`X CHEBI:33871r8`X CHEBI:4187r9`X CHEBI:41990r:`eXhmdbr;`X HMDB00139r<`X kegg.compoundr=`XC00258r>`Xmetanetx.chemicalr?`XMNXM189r@`X seed.compoundrA`Xcpd00223rB`uh0Nh1h2]rC`rD`RrE`jn`XC3H5O4rF`jp`jcjr`Jjs`GubGj̪GjO`)rG`}rH`(hX glyc__R_crI`hX (R)-GlyceraterJ`h}rK`h}rL`(Xbigg.metaboliterM`Xglyc__RrN`XbiocycrO`XMETA:GLYCERATErP`XchebirQ`]rR`(X CHEBI:10999rS`X CHEBI:12985rT`X CHEBI:16659rU`X CHEBI:21027rV`X CHEBI:21030rW`X CHEBI:24348rX`X CHEBI:24349rY`X CHEBI:32398rZ`X CHEBI:33508r[`X CHEBI:33846r\`X CHEBI:33871r]`X CHEBI:4187r^`X CHEBI:41990r_`eXhmdbr``X HMDB00139ra`X kegg.compoundrb`XC00258rc`Xmetanetx.chemicalrd`XMNXM189re`X seed.compoundrf`Xcpd00223rg`uh0Nh1h2]rh`ri`Rrj`jn`XC3H5O4rk`jp`jq`jr`Jjs`GubG?jnG?uh0Njt`G@ju`G@@ubj<`)rl`}rm`(hXGLYCAtexrn`hX@D-glycerate transport via diffusion (extracellular to periplasm)ro`h}rp`h}rq`(jC`X SBO:0000375rr`X bigg.reactionrs`XGLYCAtexrt`Xbiocycru`XMETA:TRANS-RXN0-523rv`Xmetanetx.reactionrw`X MNXR100323rx`ujG`X b1377 or b0241 or b0929 or b2215ry`jH`h#jI`h2]rz`(hIh[h7h er{`Rr|`jM`}r}`(jGj"`G?uh0Njt`G@ju`G@@ubj<`)r~`}r`(hXGLYCDxr`hXGlycerol dehydrogenaser`h}r`h}r`(jC`X SBO:0000375r`X bigg.reactionr`XGLYCDxr`Xbiocycr`XMETA:GLYCDEH-RXNr`Xec-coder`X1.1.1.6r`X kegg.reactionr`XR01034r`Xmetanetx.reactionr`X MNXR100326r`Xrhear`]r`(X13769r`X13770r`X13771r`X13772r`eujG`Xb3945r`jH`h#jI`h2]r`jar`Rr`jM`}r`(jGjiGjoG?jnG?jGjnGjaX10993r?aX10994r@aX10995rAaeujG`Xb1033 or b3553rBajH`h#jI`h2]rCa(j)2herDaRrEajM`}rFa(j@>GjnGj{iGj?UG?j[iG?uh0Njt`Gju`G@@ubj<`)rGa}rHa(hX GLYCLTt2rpprIahX>Glycolate transport via proton symport, reversible (periplasm)rJah}rKah}rLa(jC`X SBO:0000375rMaX bigg.reactionrNaX GLYCLTt2rpprOaXbiocycrPaXMETA:TRANS-RXN-105rQaXmetanetx.reactionrRaX MNXR100334rSaXrhearTa]rUa(X29411rVaX29412rWaX29413rXaX29414rYaeujG`Xb3603 or b2975rZajH`h#jI`h2]r[a(j7jIer\aRr]ajM`}r^a(jO`)r_a}r`a(hXglyclt_praahXGlycolate C2H3O3rbah}rcah}rda(Xbigg.metabolitereaXglycltrfaXbiocycrgaXMETA:GLYCOLLATErhaXchebiria]rja(X CHEBI:14348rkaX CHEBI:17497rlaX CHEBI:24388rmaX CHEBI:24390rnaX CHEBI:29805roaX CHEBI:42865rpaX CHEBI:5475rqaeXhmdbrra]rsa(X HMDB00115rtaX HMDB03035ruaeX kegg.compoundrvaXC00160rwaXmetanetx.chemicalrxaXMNXM222ryaX seed.compoundrza]r{a(Xcpd00139r|aXcpd12347r}aeuh0Nh1h2]r~araRrajn`XC2H3O3rajp`jcjr`Jjs`GubGj̪Gj?UG?jnG?uh0Njt`G@ju`G@@ubj<`)ra}ra(hX GLYCLTt4pprahX2Glycolate transport via sodium symport (periplasm)rah}rah}ra(jC`X SBO:0000375raX bigg.reactionraX GLYCLTt4ppraXmetanetx.reactionraX MNXR100335raujG`Xb4067rajH`h#jI`h2]rajaraRrajM`}ra(j_aGjeGj?UG?jG?uh0Njt`Gju`G@@ubj<`)ra}ra(hX GLYCLTtexrahX>Glycolate transport via diffusion (extracellular to periplasm)rah}rah}ra(jC`X SBO:0000375raX bigg.reactionraX GLYCLTtexraXbiocycraXMETA:RXN0-5111raXmetanetx.reactionraX MNXR100333raXrheara]ra(X29447raX29448raX29449raX29450raeujG`X b1377 or b0241 or b0929 or b2215rajH`h#jI`h2]ra(hIh[h7h eraRrajM`}ra(jGj_aG?uh0Njt`G@ju`G@@ubj<`)ra}ra(hXGLYCTO2rahXGlycolate oxidaserah}rah}ra(jC`X SBO:0000375raX bigg.reactionraXGLYCTO2raXmetanetx.reactionraX MNXR100339raujG`Xb4467 and b2979 and b4468rajH`h#jI`h2]ra(j_2jM2j;2eraRrajM`}ra(j?UGjuGj@>G?jkG?uh0Njt`Gju`G@@ubj<`)ra}ra(hXGLYCTO3rahXGlycolate oxidaserah}rah}ra(jC`X SBO:0000375raX bigg.reactionraXGLYCTO3raXmetanetx.reactionraX MNXR100340raujG`Xb4467 and b2979 and b4468rajH`h#jI`h2]ra(j_2jM2j;2eraRrajM`}ra(j?UGjGj@>G?jhG?uh0Njt`Gju`G@@ubj<`)ra}ra(hXGLYCTO4rahXGlycolate oxidaserah}rah}ra(jC`X SBO:0000375raX bigg.reactionraXGLYCTO4raXmetanetx.reactionraX MNXR100341raujG`Xb4467 and b2979 and b4468rajH`h#jI`h2]ra(j_2jM2j;2eraRrajM`}ra(j2(Gj?UGj^aG?j@>G?uh0Njt`Gju`G@@ubj<`)ra}ra(hXGLYCtexrahX=Glycerol transport via diffusion (extracellular to periplasm)rah}rah}ra(jC`X SBO:0000375raX bigg.reactionraXGLYCtexraXbiocycraXMETA:TRANS-RXN-131raXmetanetx.reactionraX MNXR100343raXrheara]ra(X29675raX29676raX29677raX29678raeujG`X b1377 or b0241 or b0929 or b2215rajH`h#jI`h2]ra(hIh[h7h eraRrajM`}ra(jGjDG?uh0Njt`G@ju`G@@ubj<`)ra}ra(hXGLYCtpprahX*Glycerol transport via channel (periplasm)rah}rah}ra(jC`X SBO:0000375raX bigg.reactionraXGLYCtppraXbiocycraXMETA:TRANS-RXN-131raXmetanetx.reactionraX MNXR100343raXrheara]rb(X29675rbX29676rbX29677rbX29678rbeujG`Xb3927 or s0001rbjH`h#jI`h2]rb(j1jerbRrbjM`}r b(jGjDG?uh0Njt`G@ju`G@@ubj<`)r b}r b(hXGLYKr bhXGlycerol kinaser bh}rbh}rb(jC`X SBO:0000375rbX bigg.reactionrbXGLYKrbXbiocycrbXMETA:GLYCEROL-KIN-RXNrbXec-coderbX2.7.1.30rbX kegg.reactionrbXR00847rbXmetanetx.reactionrbX MNXR100348rbXrhearb]rb(X21644rbX21645rbX21646rbX21647r beujG`Xb3926r!bjH`h#jI`h2]r"bjq2ar#bRr$bjM`}r%b(jbGjGjmG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r&b}r'b(hXGLYOXr(bhX Hydroxyacylglutathione hydrolaser)bh}r*bh}r+b(jC`X SBO:0000375r,bX bigg.reactionr-bXGLYOXr.bXbiocycr/bXMETA:GLYOXII-RXNr0bXec-coder1bX3.1.2.6r2bX kegg.reactionr3bXR01736r4bXmetanetx.reactionr5bX MNXR100353r6bXrhear7b]r8b(X25245r9bX25246r:bX25247r;bX25248rbj2ar?bRr@bjM`}rAb(jgfGjO`)rBb}rCb(hXlgt__S_crDbhX(R)-S-LactoylglutathionerEbh}rFbh}rGb(Xbigg.metaboliterHbXlgt__SrIbXbiocycrJbXMETA:S-LACTOYL-GLUTATHIONErKbXchebirLb]rMb(X CHEBI:11014rNbX CHEBI:15694rObX CHEBI:18678rPbX CHEBI:355rQbX CHEBI:57474rRbeXhmdbrSb]rTb(X HMDB01066rUbX HMDB62624rVbeX kegg.compoundrWbXC03451rXbXmetanetx.chemicalrYbXMNXM1253rZbX seed.compoundr[bXcpd02182r\buh0Nh1h2]r]br^bRr_bjn`X C13H20N3O8Sr`bjp`jq`jr`Jjs`GubGj$fG?jnG?jLG?uh0Njt`Gju`G@@ubj<`)rab}rbb(hXGLYOX3rcbhXGlyoxalase IIIrdbh}rebh}rfb(jC`X SBO:0000375rgbX bigg.reactionrhbXGLYOX3ribXbiocycrjbXMETA:GLYOXIII-RXNrkbXec-coderlbX 4.2.1.130rmbX kegg.reactionrnbXR09796robXmetanetx.reactionrpbX MNXR100354rqbXrhearrb]rsb(X27754rtbX27755rubX27756rvbX27757rwbeujG`h#jH`h#jI`h2]rxbrybRrzbjM`}r{b(jgfGjTGjnG?jLG?uh0Njt`Gju`G@@ubj<`)r|b}r}b(hXGLYTRSr~bhXGlycyl-tRNA synthetaserbh}rbh}rb(jC`X SBO:0000375rbX bigg.reactionrbXGLYTRSrbXec-coderbX6.1.1.14rbX kegg.reactionrbXR03654rbXmetanetx.reactionrbX MNXR100365rbujG`Xb3559 and b3560rbjH`h#jI`h2]rb(j2j2erbRrbjM`}rb(jbGjeGjO`)rb}rb(hX trnagly_crbhX TRNA(Gly)rbh}rbh}rb(Xbigg.metaboliterbXtrnaglyrbXbiocycrbXMETA:GLY-tRNAsrbXchebirb]rb(X CHEBI:10681rbX CHEBI:15177rbX CHEBI:29176rbeX kegg.compoundrbXC01642rbXmetanetx.chemicalrbX MNXM90340rbX seed.compoundrb]rb(Xcpd11913rbXcpd27116rbeuh0Nh1h2]rbrbRrbjn`jjp`jq`jr`Kjs`GubGjG?jO`)rb}rb(hX glytrna_crbhXGlycyl-tRNA(Gly)rbh}rbh}rb(Xbigg.metaboliterbXglytrnarbXchebirb]rb(X CHEBI:14363rbX CHEBI:29156rbX CHEBI:5503rbeX kegg.compoundrbXC02412rbXmetanetx.chemicalrbX MNXM89763rbX seed.compoundrbXcpd12100rbuh0Nh1h2]rbrbRrbjn`XC2H4NORrbjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rb}rb(hX GLYt2pp_copy1rbhh#h}rbh}rb(jC`X SBO:0000375rbXbiocycrbXMETA:TRANS-RXN-62BrbXmetanetx.reactionrbX MNXR100368rbXrhearb]rb(X28899rbX28900rbX28901rbX28902rbeujG`Xb4208 or b1801rbjH`h#jI`h2]rb(j jerbRrbjM`}rb(jO`)rb}rb(hXgly_prbhXGlycinerbh}rbh}rb(Xbigg.metaboliterbXglyrbXbiocycrbXMETA:GLYrbXchebirb]rb(X CHEBI:10792rbX CHEBI:132194rbX CHEBI:14344rbX CHEBI:15428rbX CHEBI:24368rbX CHEBI:32507rbX CHEBI:32508rbX CHEBI:42964rbX CHEBI:5460rbX CHEBI:57305rbeXhmdbrbX HMDB00123rbX kegg.compoundrbXC00037rbX kegg.drugrbXD00011rbXmetanetx.chemicalrbXMNXM29rbX seed.compoundrbXcpd00033rbuh0Nh1h2]rbrbRrbjn`XC2H5NO2rbjp`jcjr`Kjs`GubGj̪GjeG?jnG?uh0Njt`Gju`G@@ubj<`)rb}rb(hX GLYt2pp_copy2rbhh#h}rbh}rb(jC`X SBO:0000375rbXbiocycrcXMETA:TRANS-RXN-62BrcXmetanetx.reactionrcX MNXR100368rcXrhearc]rc(X28899rcX28900rcX28901rcX28902r ceujG`h#jH`h#jI`h2]r cr cRr cjM`}r c(jbGj̪GjeG?jnG?uh0Njt`G@ju`G@@ubj<`)rc}rc(hXGLYt4pprchX3Glycine transport in via sodium symport (periplasm)rch}rch}rc(jC`X SBO:0000375rcX bigg.reactionrcXGLYt4pprcXmetanetx.reactionrcX MNXR100351rcujG`Xb0007rcjH`h#jI`h2]rcj arcRrcjM`}rc(jbGjeGjeG?jG?uh0Njt`Gju`G@@ubj<`)rc}rc(hXGLYtexr chX<Glycine transport via diffusion (extracellular to periplasm)r!ch}r"ch}r#c(jC`X SBO:0000375r$cX bigg.reactionr%cXGLYtexr&cXbiocycr'cXMETA:TRANS-RXN0-537r(cXmetanetx.reactionr)cX MNXR100371r*cujG`X b1377 or b0241 or b0929 or b2215r+cjH`h#jI`h2]r,c(hIh[h7h er-cRr.cjM`}r/c(j^GjbG?uh0Njt`G@ju`G@@ubj<`)r0c}r1c(hXGMANDr2chXGDP-D-mannose dehydrataser3ch}r4ch}r5c(jC`X SBO:0000375r6cX bigg.reactionr7cXGMANDr8cXbiocycr9cXMETA:GDPMANDEHYDRA-RXNr:cXec-coder;cX4.2.1.47rcXmetanetx.reactionr?cX MNXR100377r@cXrhearAc]rBc(X23820rCcX23821rDcX23822rEcX23823rFceujG`Xb2053rGcjH`h#jI`h2]rHcj2arIcRrJcjM`}rKc(jUGjrUG?jgfG?uh0Njt`Gju`G@@ubj<`)rLc}rMc(hXGMHEPATrNchX6D-glycero-D-manno-hepose 1-phosphate adenyltransferaserOch}rPch}rQc(jC`X SBO:0000375rRcX bigg.reactionrScXGMHEPATrTcXbiocycrUcXMETA:RXN0-4342rVcXec-coderWcX2.7.7.70rXcX kegg.reactionrYcXR05644rZcXmetanetx.reactionr[cX MNXR100378r\cXrhear]c]r^c(X27465r_cX27466r`cX27467racX27468rbceujG`Xb3052rccjH`h#jI`h2]rdcj2arecRrfcjM`}rgc(jbGjO`)rhc}ric(hX gmhep1p_crjchX%D-Glycero-D-manno-heptose 1-phosphaterkch}rlch}rmc(Xbigg.metaboliterncXgmhep1procXbiocycrpcXMETA:D-BETA-D-HEPTOSE-1-PrqcXchebirrc]rsc(X CHEBI:21031rtcX CHEBI:28137rucX CHEBI:4189rvcX CHEBI:60002rwcX CHEBI:61593rxceX kegg.compoundrycXC07838rzcXmetanetx.chemicalr{cXMNXM1661r|cX seed.compoundr}cXcpd04920r~cuh0Nh1h2]rcrcRrcjn`X C7H13O10Prcjp`jq`jr`Jjs`GubGjnGj G?jnnG?uh0Njt`Gju`G@@ubj<`)rc}rc(hXGMHEPKrchX,D-glycero-D-manno-heptose 7-phosphate kinaserch}rch}rc(jC`X SBO:0000375rcX bigg.reactionrcXGMHEPKrcXmetanetx.reactionrcX MNXR100379rcujG`Xb3052rcjH`h#jI`h2]rcj2arcRrcjM`}rc(jbGjO`)rc}rc(hX gmhep7p_crchX%D-Glycero-D-manno-heptose 7-phosphaterch}rch}rc(Xbigg.metabolitercXgmhep7prcXbiocycrc]rc(XMETA:CPD-12543rcX&META:D-ALPHABETA-D-HEPTOSE-7-PHOSPHATErceXchebirc]rc(X CHEBI:21032rcX CHEBI:28723rcX CHEBI:4190rcX CHEBI:59955rcX CHEBI:60202rcX CHEBI:60204rceX kegg.compoundrc]rc(XC07836rcXC19882rceXmetanetx.chemicalrcX MNXM17114rcX seed.compoundrc]rc(Xcpd04918rcXcpd21122rcXcpd26805rceuh0Nh1h2]rcrcRrcjn`X C7H13O10Prcjp`jq`jr`Jjs`GubGjmG?jO`)rc}rc(hX gmhep17bp_crchX*D-Glycero-D-manno-heptose 1,7-bisphosphaterch}rch}rc(Xbigg.metabolitercX gmhep17bprcXchebirc]rc(X CHEBI:4188rcX CHEBI:59957rceXmetanetx.chemicalrcX MNXM48518rcX seed.compoundrcXcpd29677rcuh0Nh1h2]rcrcRrcjn`X C7H12O13P2rcjp`jq`jr`Jjs`GubG?jnG?uh0Njt`Gju`G@@ubj<`)rc}rc(hXGMHEPPArchX6D-glycero-D-manno-heptose 1,7-bisphosphate phosphataserch}rch}rc(jC`X SBO:0000375rcX bigg.reactionrcXGMHEPPArcXmetanetx.reactionrcX MNXR100380rcujG`Xb0200rcjH`h#jI`h2]rcj2arcRrcjM`}rc(jcGjgfGjhcG?j;nG?uh0Njt`Gju`G@@ubj<`)rc}rc(hXGMPRrchX GMP reductaserch}rch}rc(jC`X SBO:0000375rcX bigg.reactionrcXGMPRrcXbiocycrcXMETA:GMP-REDUCT-RXNrcXec-codercX1.7.1.7rcX kegg.reactionrcXR01134rcXmetanetx.reactionrcX MNXR100382rcXrhearc]rc(X17185rcX17186rcX17187rcX17188rceujG`Xb0104rcjH`h#jI`h2]rcj2arcRrcjM`}rc(j:GjnGj{iGjIG?j[iG?jiG?uh0Njt`Gju`G@@ubj<`)rc}rc(hXGMPS2rchX GMP synthaserch}rch}rc(jC`X SBO:0000375rcX bigg.reactionrcXGMPS2rcXbiocycrcXMETA:GMP-SYN-GLUT-RXNrdXec-coderdX6.3.5.2rdX kegg.reactionrdXR01231rdXmetanetx.reactionrdX MNXR100384rdXrheard]rd(X11680r dX11681r dX11682r dX11683r deujG`Xb2507r djH`h#jI`h2]rdj3ardRrdjM`}rd(jbGjeGjgfGjO`)rd}rd(hXxmp_crdhXXanthosine 5'-phosphaterdh}rdh}rd(Xbigg.metaboliterdXxmprdXbiocycrdXMETA:XANTHOSINE-5-PHOSPHATErdXchebird]rd(X CHEBI:10067rdX CHEBI:10938rdX CHEBI:15324r dX CHEBI:15652r!dX CHEBI:27328r"dX CHEBI:57464r#deXhmdbr$dX HMDB62755r%dX kegg.compoundr&dXC00655r'dXmetanetx.chemicalr(dXMNXM298r)dX seed.compoundr*dXcpd00497r+duh0Nh1h2]r,dr-dRr.djn`X C10H11N4O9Pr/djp`jq`jr`Jjs`GubGjG?jeG?j:G?jnG@jnnG?uh0Njt`Gju`G@@ubj<`)r0d}r1d(hXGMPtexr2dhX8GMP transport via diffusion (extracellular to periplasm)r3dh}r4dh}r5d(jC`X SBO:0000375r6dX bigg.reactionr7dXGMPtexr8dXbiocycr9dXMETA:TRANS-RXN0-565r:dXmetanetx.reactionr;dX MNXR100386rd(hIh[h7h er?dRr@djM`}rAd(jˋGjO`)rBd}rCd(hXgmp_prDdhXGMP C10H12N5O8PrEdh}rFdh}rGd(Xbigg.metaboliterHdXgmprIdXbiocycrJdXMETA:GMPrKdXchebirLd]rMd(X CHEBI:13341rNdX CHEBI:14381rOdX CHEBI:17345rPdX CHEBI:24449rQdX CHEBI:24450rRdX CHEBI:29058rSdX CHEBI:40119rTdX CHEBI:42615rUdX CHEBI:42647rVdX CHEBI:42831rWdX CHEBI:42887rXdX CHEBI:42892rYdX CHEBI:42979rZdX CHEBI:47450r[dX CHEBI:5228r\dX CHEBI:58115r]deX kegg.compoundr^dXC00144r_dXmetanetx.chemicalr`dXMNXM113radX seed.compoundrbdXcpd00126rcduh0Nh1h2]rddredRrfdjn`X C10H12N5O8Prgdjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rhd}rid(hXGNDrjdhXPhosphogluconate dehydrogenaserkdh}rldh}rmd(jC`X SBO:0000375rndX bigg.reactionrodXGNDrpdXbiocycrqdX META:RXN-9952rrdXec-codersd]rtd(X 1.1.1.351rudX1.1.1.44rvdeX kegg.reactionrwdXR01528rxdXmetanetx.reactionrydX MNXR100389rzdXrhear{d]r|d(X10116r}dX10117r~dX10118rdX10119rdeujG`Xb2029rdjH`h#jI`h2]rdj3ardRrdjM`}rd(j3Gj[iGjG?j{iG?jG?uh0Njt`Gju`G@@ubj<`)rd}rd(hXGNKrdhX Gluconokinaserdh}rdh}rd(jC`X SBO:0000375rdX bigg.reactionrdXGNKrdXbiocycrdXMETA:GLUCONOKIN-RXNrdXec-coderdX2.7.1.12rdX kegg.reactionrdXR01737rdXmetanetx.reactionrdX MNXR100390rdXrheard]rd(X19433rdX19434rdX19435rdX19436rdeujG`Xb4268 or b3437rdjH`h#jI`h2]rd(j%3j73erdRrdjM`}rd(jbGj3Gj3G?jmG?jnG?uh0Njt`Gju`G@@ubj<`)rd}rd(hXGOFUCRrdhXGDP-4-oxo-L-fucose reductaserdh}rdh}rd(jC`X SBO:0000375rdX bigg.reactionrdXGOFUCRrdXec-coderdX 1.1.1.271rdXmetanetx.reactionrdX MNXR100393rdujG`Xb2052rdjH`h#jI`h2]rdj.ardRrdjM`}rd(jUGjnGj{iGjO`)rd}rd(hXgdpfuc_crdhX GDP-L-fucoserdh}rdh}rd(Xbigg.metaboliterdXgdpfucrdXbiocycrd]rd(XMETA:CPD-13118rdX!META:GUANOSINE_DIPHOSPHATE_FUCOSErdeXchebird]rd(X CHEBI:13332rdX CHEBI:13335rdX CHEBI:17009rdX CHEBI:21162rdX CHEBI:5221rdX CHEBI:57273rdX CHEBI:57984rdeXhmdbrdX HMDB01095rdX kegg.compoundrdXC00325rdX kegg.glycanrdXG10615rdXmetanetx.chemicalrdXMNXM193rdX seed.compoundrd]rd(Xcpd00272rdXcpd23744rdXcpd27127rdeuh0Nh1h2]rdrdRrdjn`X C16H23N5O15P2rdjp`jq`jr`Jjs`GubG?j[iG?uh0Njt`Gju`G@@ubj<`)rd}rd(hXGP4GHrdhXGp4G hydrolaserdh}rdh}rd(jC`X SBO:0000375rdX bigg.reactionrdXGP4GHrdXmetanetx.reactionrdX MNXR100398rdXrheard]rd(X30203rdX30204rdX30205rdX30206rdeujG`Xb0049rdjH`h#jI`h2]rdjardRrdjM`}rd(jO`)rd}rd(hXgp4g_crdhX%P1,P4-Bis(5'-guanosyl) tetraphosphaterdh}rdh}rd(Xbigg.metaboliterdXgp4grdXbiocycrdX META:CPD-609rdXchebird]rd(X CHEBI:12727rdX CHEBI:12730rdX CHEBI:15883rdX CHEBI:21999rdX CHEBI:57553reX CHEBI:7876reeX kegg.compoundreXC01261reXmetanetx.chemicalreXMNXM1582reX seed.compoundreXcpd00925reuh0Nh1h2]rer eRr ejn`XC20H24N10O21P4r ejp`jq`jr`Jjs`GubGjgfGjZG@jnG@uh0Njt`Gju`G@@ubj<`)r e}r e(hXGPDDA1rehX?Glycerophosphodiester phosphodiesterase (Glycerophosphocholine)reh}reh}re(jC`X SBO:0000375reX bigg.reactionreXGPDDA1reXbiocycreXMETA:3.1.4.2-RXNreXec-codere]re(X3.1.4.2reX3.1.4.46reeX kegg.reactionreXR01030reXmetanetx.reactionreX MNXR100410reXrheare]r e(X16061r!eX16062r"eX16063r#eX16064r$eeujG`Xb3449r%ejH`h#jI`h2]r&ejI3ar'eRr(ejM`}r)e(jLGjgfGjG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r*e}r+e(hXGPDDA1ppr,ehX?Glycerophosphodiester phosphodiesterase (Glycerophosphocholine)r-eh}r.eh}r/e(jC`X SBO:0000375r0eX bigg.reactionr1eXGPDDA1ppr2eXbiocycr3eXMETA:3.1.4.2-RXNr4eXec-coder5e]r6e(X3.1.4.2r7eX3.1.4.46r8eeX kegg.reactionr9eXR01030r:eXmetanetx.reactionr;eX MNXR100410re(X16061r?eX16062r@eX16063rAeX16064rBeeujG`Xb2239rCejH`h#jI`h2]rDej[3arEeRrFejM`}rGe(jKGjDGjG?j_G?j̪G?uh0Njt`Gju`G@@ubj<`)rHe}rIe(hXGPDDA2rJehXDGlycerophosphodiester phosphodiesterase (Glycerophosphoethanolamine)rKeh}rLeh}rMe(jC`X SBO:0000375rNeX bigg.reactionrOeXGPDDA2rPeXbiocycrQeXMETA:RXN-14160rReXec-coderSe]rTe(X3.1.4.2rUeX3.1.4.46rVeeX kegg.reactionrWeXR01470rXeXmetanetx.reactionrYeX MNXR100411rZeXrhear[e]r\e(X29319r]eX29320r^eX29321r_eX29322r`eeujG`Xb3449raejH`h#jI`h2]rbejI3arceRrdejM`}ree(jLGjgfGj5G?jG?jnG?uh0Njt`Gju`G@@ubj<`)rfe}rge(hXGPDDA2pprhehXDGlycerophosphodiester phosphodiesterase (Glycerophosphoethanolamine)rieh}rjeh}rke(jC`X SBO:0000375rleX bigg.reactionrmeXGPDDA2pprneXbiocycroeXMETA:RXN-14160rpeXec-coderqe]rre(X3.1.4.2rseX3.1.4.46rteeX kegg.reactionrueXR01470rveXmetanetx.reactionrweX MNXR100411rxeXrhearye]rze(X29319r{eX29320r|eX29321r}eX29322r~eeujG`Xb2239rejH`h#jI`h2]rej[3areRrejM`}re(jLGjDGj%6G?j_G?j̪G?uh0Njt`Gju`G@@ubj<`)re}re(hXGPDDA3rehX>Glycerophosphodiester phosphodiesterase (Glycerophosphoserine)reh}reh}re(jC`X SBO:0000375reX bigg.reactionreXGPDDA3reXbiocycreXMETA:RXN-14136reXec-codereX3.1.4.46reXmetanetx.reactionreX MNXR100412reXrheare]re(X29875reX29876reX29877reX29878reeujG`Xb3449rejH`h#jI`h2]rejI3areRrejM`}re(jMGjgfGjG?jnG?jkG?uh0Njt`Gju`G@@ubj<`)re}re(hXGPDDA3pprehX>Glycerophosphodiester phosphodiesterase (Glycerophosphoserine)reh}reh}re(jC`X SBO:0000375reX bigg.reactionreXGPDDA3ppreXbiocycreXMETA:RXN-14136reXec-codereX3.1.4.46reXmetanetx.reactionreX MNXR100412reXrheare]re(X29875reX29876reX29877reX29878reeujG`Xb2239rejH`h#jI`h2]rej[3areRrejM`}re(jMGjDGj_G?j̪G?jO`)re}re(hXser__L_prehXL-Serinereh}reh}re(Xbigg.metabolitereXser__LreXbiocycre]re(XMETA:SERreX META:SerinesreeXchebire]re(X CHEBI:13167reX CHEBI:15081reX CHEBI:17115reX CHEBI:17822reX CHEBI:21387reX CHEBI:26648reX CHEBI:32836reX CHEBI:32837reX CHEBI:32845reX CHEBI:32846reX CHEBI:33384reX CHEBI:35243reX CHEBI:45440reX CHEBI:45451reX CHEBI:45590reX CHEBI:45597reX CHEBI:45677reX CHEBI:6301reX CHEBI:9116reeXhmdbre]re(X HMDB00187reX HMDB00589reX HMDB62263reeX kegg.compoundre]re(XC00065reXC00716reeX kegg.drugreXD00016reX lipidmapsreX LMFA01100045reXmetanetx.chemicalreXMNXM53reX seed.compoundre]re(Xcpd00054reXcpd28171reXcpd30743reeuh0Nh1h2]rereRrejn`XC3H7NO3rejp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)re}re(hXGPDDA4rehX@Glycerophosphodiester phosphodiesterase (Glycerophosphoglycerol)reh}reh}re(jC`X SBO:0000375reX bigg.reactionreXGPDDA4reXbiocycreXMETA:RXN-14073reXec-codereX3.1.4.46reXmetanetx.reactionreX MNXR100413reujG`Xb3449rfjH`h#jI`h2]rfjI3arfRrfjM`}rf(jMGjgfGjG?jG?jnG?uh0Njt`Gju`G@@ubj<`)rf}rf(hXGPDDA4pprfhX@Glycerophosphodiester phosphodiesterase (Glycerophosphoglycerol)rfh}r fh}r f(jC`X SBO:0000375r fX bigg.reactionr fXGPDDA4ppr fXbiocycrfXMETA:RXN-14073rfXec-coderfX3.1.4.46rfXmetanetx.reactionrfX MNXR100413rfujG`Xb2239rfjH`h#jI`h2]rfj[3arfRrfjM`}rf(jLGjDGj_G?jDG?j̪G?uh0Njt`Gju`G@@ubj<`)rf}rf(hXGPDDA5rfhX@Glycerophosphodiester phosphodiesterase (Glycerophosphoinositol)rfh}rfh}rf(jC`X SBO:0000375rfX bigg.reactionr fXGPDDA5r!fXbiocycr"fXMETA:3.1.4.44-RXNr#fXec-coder$fX3.1.4.44r%fX kegg.reactionr&fXR01193r'fXmetanetx.reactionr(fX MNXR100414r)fXrhear*f]r+f(X16501r,fX16502r-fX16503r.fX16504r/feujG`Xb3449r0fjH`h#jI`h2]r1fjI3ar2fRr3fjM`}r4f(jkMGjgfGjG?jnG?jO`)r5f}r6f(hXinost_cr7fhX Myo-Inositolr8fh}r9fh}r:f(Xbigg.metaboliter;fXinostrf(X META:CPD-8052r?fXMETA:MYO-INOSITOLr@feXchebirAf]rBf(X CHEBI:10601rCfX CHEBI:12826rDfX CHEBI:12831rEfX CHEBI:17268rFfX CHEBI:19183rGfX CHEBI:24848rHfX CHEBI:25451rIfX CHEBI:27372rJfX CHEBI:4200rKfX CHEBI:43559rLfX CHEBI:52772rMfeXhmdbrNf]rOf(X HMDB00211rPfX HMDB02256rQfX HMDB34220rRfeX kegg.compoundrSf]rTf(XC00137rUfXC19891rVfeX kegg.drugrWfXD08079rXfXmetanetx.chemicalrYfXMNXM127rZfX seed.compoundr[f]r\f(Xcpd00121r]fXcpd21131r^feuh0Nh1h2]r_fr`fRrafjn`XC6H12O6rbfjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rcf}rdf(hXGPDDA5pprefhX@Glycerophosphodiester phosphodiesterase (Glycerophosphoinositol)rffh}rgfh}rhf(jC`X SBO:0000375rifX bigg.reactionrjfXGPDDA5pprkfXbiocycrlfXMETA:3.1.4.44-RXNrmfXec-codernfX3.1.4.44rofX kegg.reactionrpfXR01193rqfXmetanetx.reactionrrfX MNXR100414rsfXrheartf]ruf(X16501rvfX16502rwfX16503rxfX16504ryfeujG`Xb2239rzfjH`h#jI`h2]r{fj[3ar|fRr}fjM`}r~f(jMMGjDGj_G?j̪G?jO`)rf}rf(hXinost_prfhX Myo-Inositolrfh}rfh}rf(Xbigg.metaboliterfXinostrfXbiocycrf]rf(X META:CPD-8052rfXMETA:MYO-INOSITOLrfeXchebirf]rf(X CHEBI:10601rfX CHEBI:12826rfX CHEBI:12831rfX CHEBI:17268rfX CHEBI:19183rfX CHEBI:24848rfX CHEBI:25451rfX CHEBI:27372rfX CHEBI:4200rfX CHEBI:43559rfX CHEBI:52772rfeXhmdbrf]rf(X HMDB00211rfX HMDB02256rfX HMDB34220rfeX kegg.compoundrf]rf(XC00137rfXC19891rfeX kegg.drugrfXD08079rfXmetanetx.chemicalrfXMNXM127rfX seed.compoundrf]rf(Xcpd00121rfXcpd21131rfeuh0Nh1h2]rfrfRrfjn`XC6H12O6rfjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rf}rf(hXGRTTrfhXGeranyltranstransferaserfh}rfh}rf(jC`X SBO:0000375rfX bigg.reactionrfXGRTTrfXbiocycrfXMETA:FPPSYN-RXNrfXec-coderfX2.5.1.10rfX kegg.reactionrfXR02003rfXmetanetx.reactionrfX MNXR99634rfXrhearf]rf(X19361rfX19362rfX19363rfX19364rfeujG`Xb0421rfjH`h#jI`h2]rfjs arfRrfjM`}rf(j&Gj&GjO`)rf}rf(hXfrdp_crfhXFarnesyl diphosphaterfh}rfh}rf(Xbigg.metaboliterfXfrdprfXbiocycrfXMETA:FARNESYL-PPrfXchebirf]rf(X CHEBI:10700rfX CHEBI:11488rfX CHEBI:11491rfX CHEBI:12854rfX CHEBI:12874rfX CHEBI:14231rfX CHEBI:17407rfX CHEBI:175763rfX CHEBI:19789rfX CHEBI:24016rfX CHEBI:42496rfX CHEBI:50277rfeXhmdbrf]rf(X HMDB00961rfX HMDB04201rfeX kegg.compoundrfXC00448rfX lipidmapsrfXLMPR0103010002rfXmetanetx.chemicalrfXMNXM34rfX seed.compoundrfXcpd00350rfuh0Nh1h2]rfrfRrfjn`X C15H25O7P2rfjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rf}rf(hXGRXRrfhXGlutaredoxin reductaserfh}rfh}rf(jC`X SBO:0000375rfX bigg.reactionrfXGRXRrfXec-coderfX1.8.4.2rfXmetanetx.reactionrfX MNXR100431rfujG`X b1654 or b1064 or b3610 or b0849rfjH`h#jI`h2]rf(jm3j3j3jmergRrgjM`}rg(jO`)rg}rg(hXgrxox_crghXGlutaredoxin (oxidized)rgh}rgh}rg(Xbigg.metaboliter gXgrxoxr gXmetanetx.chemicalr gX MNXM90831r gX seed.compoundr gXcpd15480rguh0Nh1h2]rgrgRrgjn`jjp`jq`jr`Kjs`GubGj$fGjO`)rg}rg(hXgrxrd_crghXGlutaredoxin (reduced)rgh}rgh}rg(Xbigg.metabolitergXgrxrdrgXmetanetx.chemicalrgX MNXM90719rgX seed.compoundrgXcpd15481rguh0Nh1h2]rgrgRr gjn`XXH2r!gjp`jq`jr`Kjs`GubG?jyG?uh0Njt`Gju`G@@ubj<`)r"g}r#g(hXGSNKr$ghXGuanosine kinaser%gh}r&gh}r'g(jC`X SBO:0000375r(gX bigg.reactionr)gXGSNKr*gXbiocycr+gXMETA:GUANOSINEKIN-RXNr,gXec-coder-gX2.7.1.73r.gX kegg.reactionr/gXR01228r0gXmetanetx.reactionr1gX MNXR100432r2gXrhear3g]r4g(X27710r5gX27711r6gX27712r7gX27713r8geujG`Xb0477r9gjH`h#jI`h2]r:gj3ar;gRrg}r?g(hXgsn_cr@ghX GuanosinerAgh}rBgh}rCg(Xbigg.metaboliterDgXgsnrEgXbiocycrFgXMETA:GUANOSINErGgXchebirHg]rIg(X CHEBI:14375rJgX CHEBI:16750rKgX CHEBI:24444rLgX CHEBI:42840rMgX CHEBI:42847rNgX CHEBI:42853rOgX CHEBI:471737rPgX CHEBI:5564rQgeXhmdbrRgX HMDB00133rSgX kegg.compoundrTgXC00387rUgXmetanetx.chemicalrVgXMNXM401rWgX seed.compoundrXgXcpd00311rYguh0Nh1h2]rZgr[gRr\gjn`X C10H13N5O5r]gjp`jq`jr`Kjs`GubGjmG?j:G?jnG?uh0Njt`Gju`G@@ubj<`)r^g}r_g(hXGSNt2ppr`ghX5Guanosine transport in via proton symport (periplasm)ragh}rbgh}rcg(jC`X SBO:0000375rdgX bigg.reactionregXGSNt2pprfgXmetanetx.reactionrggX MNXR100434rhgujG`Xb2964rigjH`h#jI`h2]rjgjyarkgRrlgjM`}rmg(jGj̪Gj>gG?jnG?uh0Njt`Gju`G@@ubj<`)rng}rog(hXGSNtexrpghX>Guanosine transport via diffusion (extracellular to periplasm)rqgh}rrgh}rsg(jC`X SBO:0000375rtgX bigg.reactionrugXGSNtexrvgXmetanetx.reactionrwgX MNXR100433rxgujG`X b1377 or b0241 or b0929 or b2215rygjH`h#jI`h2]rzg(hIh[h7h er{gRr|gjM`}r}g(jGjG?uh0Njt`G@ju`G@@ubj<`)r~g}rg(hXGSPMDArghXGlutathionylspermidine amidasergh}rgh}rg(jC`X SBO:0000375rgX bigg.reactionrgXGSPMDArgXbiocycrgXMETA:GSPAMID-RXNrgXec-coderg]rg(X3.5.1.-rgX3.5.1.78rgeX kegg.reactionrgXR01918rgXmetanetx.reactionrgX MNXR100437rgXrhearg]rg(X17173rgX17174rgX17175rgX17176rgeujG`Xb2988rgjH`h#jI`h2]rgj3argRrgjM`}rg(jO`)rg}rg(hXgtspmd_crghXGlutathionylspermidinergh}rgh}rg(Xbigg.metabolitergXgtspmdrgXbiocycrgXMETA:GLUTATHIONYLSPERMIDINErgXchebirg]rg(X CHEBI:12624rgX CHEBI:14329rgX CHEBI:16613rgX CHEBI:24341rgX CHEBI:46146rgX CHEBI:5438rgX CHEBI:57835rgeX kegg.compoundrgXC05730rgXmetanetx.chemicalrgXMNXM1329rgX seed.compoundrgXcpd03411rguh0Nh1h2]rgrgRrgjn`X C17H36N6O5Srgjp`jq`jr`Kjs`GubGjgfGj$fG?jblG?uh0Njt`Gju`G@@ubj<`)rg}rg(hXGSPMDSrghX!Glutathionylspermidine synthetasergh}rgh}rg(jC`X SBO:0000375rgX bigg.reactionrgXGSPMDSrgXbiocycrgXMETA:GSPSYN-RXNrgXec-coderg]rg(X6.3.1.8rgX6.3.1.9rgeX kegg.reactionrgXR01917rgXmetanetx.reactionrgX MNXR100438rgXrhearg]rg(X21272rgX21273rgX21274rgX21275rgeujG`Xb2988rgjH`h#jI`h2]rgj3argRrgjM`}rg(jbGj$fGjblGjmG?jgG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rg}rg(hXGTHOXtexrghXEGlutathione (ox) transport via diffusion (extracellular to periplasm)rgh}rgh}rg(jC`X SBO:0000375rgX bigg.reactionrgXGTHOXtexrgXmetanetx.reactionrgX MNXR100443rgujG`X b1377 or b0241 or b0929 or b2215rgjH`h#jI`h2]rg(hIh[h7h ergRrgjM`}rg(j+Gj*G?uh0Njt`G@ju`G@@ubj<`)rg}rg(hXGTHOrrghXGlutathione oxidoreductasergh}rgh}rg(jC`X SBO:0000375rgX bigg.reactionrgXGTHOrrgXbiocycrgX!META:GLUTATHIONE-REDUCT-NADPH-RXNrgXec-codergX1.8.1.7rgX kegg.reactionrgXR00115rgXmetanetx.reactionrgX MNXR100098rgXrhearg]rg(X11740rgX11741rgX11742rgX11743rgeujG`Xb3500rgjH`h#jI`h2]rgj3arhRrhjM`}rh(jyGjnGj{iGj$fG@j[iG?uh0Njt`G@ju`G@@ubj<`)rh}rh(hXGTHPirhhXGlutathione peridoxaserhh}rhh}rh(jC`X SBO:0000375r hX bigg.reactionr hXGTHPir hXbiocycr hXMETA:GLUTATHIONE-PEROXIDASE-RXNr hXec-coderhX1.11.1.9rhX kegg.reactionrhXR00274rhXmetanetx.reactionrhX MNXR100446rhXrhearh]rh(X16833rhX16834rhX16835rhX16836rheujG`Xb1710rhjH`h#jI`h2]rhj3arhRrhjM`}rh(j$fGj*GjyG?jgfG@uh0Njt`Gju`G@@ubj<`)rh}r h(hXGTHRDHppr!hhX#Glutathione hydralase (periplasmic)r"hh}r#hh}r$h(jC`X SBO:0000375r%hX bigg.reactionr&hXGTHRDHppr'hXbiocycr(h]r)h(XMETA:RXN-12618r*hXMETA:RXN-15856r+heXec-coder,h]r-h(X3.4.19.-r.hX 3.4.19.13r/heX kegg.reactionr0hXR00494r1hXmetanetx.reactionr2hX MNXR100136r3hXrhear4h]r5h(X28807r6hX28808r7hX28809r8hX28810r9heujG`Xb3447r:hjH`h#jI`h2]r;hj3arh(j*GjDGjG?js\G?uh0Njt`Gju`G@@ubj<`)r?h}r@h(hX GTHRDabc2pprAhhX:Glutathione export via ABC system (cytoplasm to periplasm)rBhh}rChh}rDh(jC`X SBO:0000375rEhX bigg.reactionrFhX GTHRDabc2pprGhXbiocycrHhX META:RXN0-21rIhXmetanetx.reactionrJhX MNXR100447rKhXrhearLh]rMh(X29787#1rNhX29788#1rOhX29789#1rPhX29790#1rQhX29791#2rRhX29792#2rShX29793#2rThX29794#2rUheujG`Xb0886 and b0887rVhjH`h#jI`h2]rWh(j;j)erXhRrYhjM`}rZh(jbGj$fGjgfGjmG?j*G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r[h}r\h(hX GTHRDabcppr]hhX.Reduced glutathione via ABC system (periplasm)r^hh}r_hh}r`h(jC`X SBO:0000375rahX bigg.reactionrbhX GTHRDabcpprchXbiocycrdhX META:RXN0-11rehXmetanetx.reactionrfhX MNXR100448rghXrhearhh]rih(X29787#2rjhX29788#2rkhX29789#2rlhX29790#2rmhX29791#1rnhX29792#1rohX29793#1rphX29794#1rqheujG`X#b0831 and b0829 and b0830 and b0832rrhjH`h#jI`h2]rsh(j34j3j4j!4erthRruhjM`}rvh(jbGj*GjgfGjmG?j$fG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rwh}rxh(hXGTHRDtexryhhX@Glutathione transport via diffusion (extracellular to periplasm)rzhh}r{hh}r|h(jC`X SBO:0000375r}hX bigg.reactionr~hXGTHRDtexrhXmetanetx.reactionrhX MNXR100449rhujG`X b1377 or b0241 or b0929 or b2215rhjH`h#jI`h2]rh(hIh[h7h erhRrhjM`}rh(jYGj*G?uh0Njt`G@ju`G@@ubj<`)rh}rh(hXGTHSrhhXGlutathione synthetaserhh}rhh}rh(jC`X SBO:0000375rhX bigg.reactionrhXGTHSrhXbiocycrhXMETA:GLUTATHIONE-SYN-RXNrhXec-coderhX6.3.2.3rhX kegg.reactionrhXR00497rhXmetanetx.reactionrhX MNXR100450rhXrhearh]rh(X13557rhX13558rhX13559rhX13560rheujG`Xb2947rhjH`h#jI`h2]rhjE4arhRrhjM`}rh(jbGj\GjeGjmG?j$fG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rh}rh(hXGTPCIrhhXGTP cyclohydrolase Irhh}rhh}rh(jC`X SBO:0000375rhX bigg.reactionrhXGTPCIrhXbiocycrhXMETA:GTP-CYCLOHYDRO-I-RXNrhXec-coderhX3.5.4.16rhX kegg.reactionrhXR00424rhXmetanetx.reactionrhX MNXR100453rhXrhearh]rh(X17473rhX17474rhX17475rhX17476rheujG`Xb2153rhjH`h#jI`h2]rhjW4arhRrhjM`}rh(jJfGjgfGj G?jG?jnG?uh0Njt`Gju`G@@ubj<`)rh}rh(hXGTPCII2rhhXGTP cyclohydrolase II (25drapp)rhh}rhh}rh(jC`X SBO:0000375rhX bigg.reactionrhXGTPCII2rhXbiocycrhXMETA:GTP-CYCLOHYDRO-II-RXNrhXec-coderhX3.5.4.25rhX kegg.reactionrhXR00425rhXmetanetx.reactionrhX MNXR100455rhXrhearh]rh(X23704rhX23705rhX23706rhX23707rheujG`Xb1277rhjH`h#jI`h2]rhji4arhRrhjM`}rh(jJfGjgfGj$G?jG?jnG@jnnG?uh0Njt`Gju`G@@ubj<`)rh}rh(hXGTPDPDPrhhX6Guanosine-5'-triphosphate,3'-diphosphate diphosphataserhh}rhh}rh(jC`X SBO:0000375rhX bigg.reactionrhXGTPDPDPrhXbiocycrhXMETA:PPPGPPHYDRO-RXNrhXec-coderh]rh(X3.6.1.11rhX3.6.1.40rheX kegg.reactionrhXR03409rhXmetanetx.reactionrhX MNXR100099rhXrhearh]rh(X13073rhX13074rhX13075rhX13076rheujG`Xb3779rhjH`h#jI`h2]rhj{4arhRrhjM`}rh(jVGjgfGjnG?j;nG?jUG?uh0Njt`Gju`G@@ubj<`)rh}rh(hXGTPDPKrhhXGTP diphosphokinaserhh}rhh}rh(jC`X SBO:0000375rhX bigg.reactionriXGTPDPKriXbiocycriXMETA:GTPPYPHOSKIN-RXNriXec-coderiX2.7.6.5riX kegg.reactionriXR00429riXmetanetx.reactionriX MNXR100457r iXrhear i]r i(X22088r iX22089r iX22090riX22091rieujG`Xb2784rijH`h#jI`h2]rij'.ariRrijM`}ri(jbGjJfGjG?jVG?jnG?uh0Njt`Gju`G@@ubj<`)ri}ri(hXGTPHsrihX"GTP amine hydrolysis (spontaneous)rih}rih}ri(jC`X SBO:0000375riX bigg.reactionriXGTPHsriXmetanetx.reactionriX MNXR100459riujG`Xs0001r ijH`h#jI`h2]r!ijar"iRr#ijM`}r$i(jJfGjgfGjnGjiG?jO`)r%i}r&i(hXxtp_cr'ihXXTPr(ih}r)ih}r*i(Xbigg.metaboliter+iXxtpr,iXbiocycr-iXMETA:XTPr.iXchebir/i]r0i(X CHEBI:10049r1iX CHEBI:59885r2iX CHEBI:61314r3ieX kegg.compoundr4iXC00700r5iXmetanetx.chemicalr6iXMNXM1860r7iX seed.compoundr8iXcpd00530r9iuh0Nh1h2]r:ir;iRri}r?i(hXGTPtexr@ihX8GTP transport via diffusion (extracellular to periplasm)rAih}rBih}rCi(jC`X SBO:0000375rDiX bigg.reactionrEiXGTPtexrFiXmetanetx.reactionrGiX MNXR100462rHiujG`X b1377 or b0241 or b0929 or b2215rIijH`h#jI`h2]rJi(hIh[h7h erKiRrLijM`}rMi(jGjO`)rNi}rOi(hXgtp_prPihXGTP C10H12N5O14P3rQih}rRih}rSi(Xbigg.metaboliterTiXgtprUiXbiocycrViXMETA:GTPrWiXchebirXi]rYi(X CHEBI:13342rZiX CHEBI:15996r[iX CHEBI:24451r\iX CHEBI:37565r]iX CHEBI:42934r^iX CHEBI:5234r_iX CHEBI:57600r`ieX kegg.compoundraiXC00044rbiXmetanetx.chemicalrciXMNXM51rdiX seed.compoundreiXcpd00038rfiuh0Nh1h2]rgirhiRriijn`X C10H12N5O14P3rjijp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rki}rli(hXGUACYCrmihXGuanylate cyclasernih}roih}rpi(jC`X SBO:0000375rqiX bigg.reactionrriXGUACYCrsiXbiocycrtiXMETA:GUANYLCYC-RXNruiXec-codervi]rwi(X4.6.1.1rxiX4.6.1.2ryieX kegg.reactionrziXR00434r{iXmetanetx.reactionr|iX MNXR100463r}iXrhear~i]ri(X13665riX13666riX13667riX13668rieujG`h#jH`h#jI`h2]ririRrijM`}ri(jJfGjO`)ri}ri(hX35cgmp_crihX3',5'-Cyclic GMPrih}rih}ri(Xbigg.metaboliteriX35cgmpriXbiocycriX META:CGMPriXchebiri]ri(X CHEBI:11675riX CHEBI:1327riX CHEBI:14377riX CHEBI:16356riX CHEBI:19829riX CHEBI:39915riX CHEBI:44955riX CHEBI:44957riX CHEBI:57746rieXhmdbriX HMDB01314riX kegg.compoundriXC00942riXmetanetx.chemicalriXMNXM665riX seed.compoundriXcpd00697riuh0Nh1h2]ririRrijn`X C10H11N5O7Prijp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)ri}ri(hXGUADrihXGuanine deaminaserih}rih}ri(jC`X SBO:0000375riX bigg.reactionriXGUADriXbiocycriXMETA:GUANINE-DEAMINASE-RXNriXec-coderiX3.5.4.3riX kegg.reactionriXR01676riXmetanetx.reactionriX MNXR100464riXrheari]ri(X14665riX14666riX14667riX14668rieujG`Xb2883rijH`h#jI`h2]rij4ariRrijM`}ri(jO`)ri}ri(hXgua_crihXGuaninerih}rih}ri(Xbigg.metaboliteriXguariXbiocycriX META:GUANINEriXchebiri]ri(X CHEBI:14371riX CHEBI:14372riX CHEBI:16235riX CHEBI:24443riX CHEBI:42948riX CHEBI:5563rieXhmdbriX HMDB00132riX kegg.compoundriXC00242riXmetanetx.chemicalriXMNXM259riX seed.compoundriXcpd00207riuh0Nh1h2]ririRrijn`XC5H5N5Orijp`jq`jr`Kjs`GubGjgfGjnGjiG?jO`)ri}ri(hXxan_crihXXanthinerih}rih}ri(Xbigg.metaboliteriXxanriXbiocycriX META:XANTHINEriXchebiri]ri(X CHEBI:10059riX CHEBI:15318riX CHEBI:17712riX CHEBI:27317riX CHEBI:46377riX CHEBI:48517rieXhmdbriX HMDB00292riX kegg.compoundriXC00385riXmetanetx.chemicalriXMNXM174riX seed.compoundriXcpd00309riuh0Nh1h2]ririRrijn`XC5H4N4O2rjjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rj}rj(hXGUAPRTrjhX!Guanine phosphoribosyltransferaserjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXGUAPRTr jXbiocycr jXMETA:GUANPRIBOSYLTRAN-RXNr jXec-coder j]r j(X2.4.2.22rjX2.4.2.7rjX2.4.2.8rjeX kegg.reactionrjXR01229rjXmetanetx.reactionrjX MNXR100409rjXrhearj]rj(X25424rjX25425rjX25426rjX25427rjeujG`Xb0238 or b0125rjjH`h#jI`h2]rj(j4j4erjRrjjM`}rj(jiGjGj:G?jnnG?uh0Njt`Gju`G@@ubj<`)r j}r!j(hXGUAt2ppr"jhX3Guanine transport in via proton symport (periplasm)r#jh}r$jh}r%j(jC`X SBO:0000375r&jX bigg.reactionr'jXGUAt2ppr(jXmetanetx.reactionr)jX MNXR100466r*jujG`Xb3654r+jjH`h#jI`h2]r,jjar-jRr.jjM`}r/j(jO`)r0j}r1j(hXgua_pr2jhXGuaniner3jh}r4jh}r5j(Xbigg.metaboliter6jXguar7jXbiocycr8jX META:GUANINEr9jXchebir:j]r;j(X CHEBI:14371rjX CHEBI:24443r?jX CHEBI:42948r@jX CHEBI:5563rAjeXhmdbrBjX HMDB00132rCjX kegg.compoundrDjXC00242rEjXmetanetx.chemicalrFjXMNXM259rGjX seed.compoundrHjXcpd00207rIjuh0Nh1h2]rJjrKjRrLjjn`XC5H5N5OrMjjp`jcjr`Kjs`GubGj̪GjiG?jnG?uh0Njt`Gju`G@@ubj<`)rNj}rOj(hXGUAtexrPjhX<Guanine transport via diffusion (extracellular to periplasm)rQjh}rRjh}rSj(jC`X SBO:0000375rTjX bigg.reactionrUjXGUAtexrVjXbiocycrWjXMETA:TRANS-RXN0-578rXjXmetanetx.reactionrYjX MNXR100465rZjujG`Xb0411r[jjH`h#jI`h2]r\jjar]jRr^jjM`}r_j(jGj0jG?uh0Njt`G@ju`G@@ubj<`)r`j}raj(hXGUAtpprbjhX+Guanine transport via diffusion (periplasm)rcjh}rdjh}rej(jC`X SBO:0000375rfjX bigg.reactionrgjXGUAtpprhjXbiocycrijXMETA:TRANS-RXN0-578rjjXmetanetx.reactionrkjX MNXR100465rljujG`h#jH`h#jI`h2]rmjrnjRrojjM`}rpj(j0jGjiG?uh0Njt`G@ju`G@@ubj<`)rqj}rrj(hXGUI1rsjhX%Glucuronate isomerase (D-glucuronate)rtjh}rujh}rvj(jC`X SBO:0000375rwjX bigg.reactionrxjXGUI1ryjXec-coderzjX5.3.1.12r{jX kegg.reactionr|jXR01482r}jXmetanetx.reactionr~jX MNXR100468rjXrhearj]rj(X13049rjX13050rjX13051rjX13052rjeujG`Xb3092rjjH`h#jI`h2]rjj4arjRrjjM`}rj(jZGjGG?uh0Njt`G@ju`G@@ubj<`)rj}rj(hXGUI2rjhX'Glucuronate isomerase (D-galacturonate)rjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXGUI2rjXec-coderjX5.3.1.12rjX kegg.reactionrjXR01983rjXmetanetx.reactionrjX MNXR100469rjujG`Xb3092rjjH`h#jI`h2]rjj4arjRrjjM`}rj(j[SGjPG?uh0Njt`G@ju`G@@ubj<`)rj}rj(hXGUR1PPpprjhX/Glucuronate 1-phosphate phosphatase (periplasm)rjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXGUR1PPpprjXmetanetx.reactionrjX MNXR100480rjujG`h#jH`h#jI`h2]rjrjRrjjM`}rj(jGZGjDGjZG?j0G?uh0Njt`Gju`G@@ubj<`)rj}rj(hXH2O2texrjhX4Hydrogen peroxide transport via diffusion (external)rjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXH2O2texrjXbiocycrj]rj(XMETA:TRANS-RXN-284rjXMETA:TRANS-RXN0-572rjeXmetanetx.reactionrjX MNXR98640rjujG`X b1377 or b0241 or b0929 or b2215rjjH`h#jI`h2]rj(hIh[h7h erjRrjjM`}rj(jGjG?uh0Njt`G@ju`G@@ubj<`)rj}rj(hXH2OtexrjhX8H2O transport via diffusion (extracellular to periplasm)rjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXH2OtexrjXbiocycrj]rj(XMETA:TRANS-RXN-145rjXMETA:TRANS-RXN0-547rjeXmetanetx.reactionrjX MNXR98641rjXrhearj]rj(X29667rjX29668rjX29669rjX29670rjeujG`XDb1377 or b0241 or b3875 or s0001 or b0957 or b2215 or b1319 or b0929rjjH`h#jI`h2]rj(j4hIh[h7jj4h j4erjRrjjM`}rj(j6GjDG?uh0Njt`G@ju`G@@ubj<`)rj}rj(hXH2OtpprjhX'H2O transport via diffusion (periplasm)rjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXH2OtpprjXbiocycrj]rj(XMETA:TRANS-RXN-145rjXMETA:TRANS-RXN0-547rjeXmetanetx.reactionrjX MNXR98641rjXrhearj]rj(X29667rjX29668rjX29669rjX29670rjeujG`Xs0001 or b0875rjjH`h#jI`h2]rj(j 5jerjRrjjM`}rj(jDGjgfG?uh0Njt`G@ju`G@@ubj<`)rj}rj(hXH2SOrjhXHydrogen sulfide oxidationrjh}rjh}rj(jC`X SBO:0000375rjX bigg.reactionrjXH2SOrjXmetanetx.reactionrjX MNXR100493rkujG`h#jH`h#jI`h2]rkrkRrkjM`}rk(jGjηGjnG@j>lG?uh0Njt`Gju`G@@ubj<`)rk}rk(hXH2St1pprkhXH2s transport (periplasm)rkh}r kh}r k(jC`X SBO:0000375r kX bigg.reactionr kXH2St1ppr kXbiocycrkXMETA:TRANS-RXN-310rkXmetanetx.reactionrkX MNXR100494rkujG`Xs0001rkjH`h#jI`h2]rkjarkRrkjM`}rk(jGjO`)rk}rk(hXh2s_prkhXHydrogen sulfiderkh}rkh}rk(Xbigg.metaboliterkXh2srkXbiocycrk]r k(X META:CPD-7046r!kX META:CPD-846r"kXMETA:HSr#keXchebir$k]r%k(X CHEBI:13356r&kX CHEBI:14414r'kX CHEBI:15138r(kX CHEBI:16136r)kX CHEBI:24639r*kX CHEBI:29919r+kX CHEBI:30488r,kX CHEBI:30489r-kX CHEBI:43058r.kX CHEBI:45489r/kX CHEBI:5787r0keXhmdbr1kX HMDB03276r2kX kegg.compoundr3kXC00283r4kXmetanetx.chemicalr5kX MNXM89582r6kX seed.compoundr7k]r8k(Xcpd00239r9kXcpd24697r:keuh0Nh1h2]r;krkjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r?k}r@k(hXH2StexrAkhX8H2s transport via diffusion (extracellular to periplasm)rBkh}rCkh}rDk(jC`X SBO:0000375rEkX bigg.reactionrFkXH2StexrGkXbiocycrHkXMETA:TRANS-RXN-310rIkXmetanetx.reactionrJkX MNXR100494rKkujG`X b1377 or b0241 or b0929 or b2215rLkjH`h#jI`h2]rMk(hIh[h7h erNkRrOkjM`}rPk(jGjkG?uh0Njt`G@ju`G@@ubj<`)rQk}rRk(hXH2texrSkhX=Hydrogen transport via diffusion (extracellular to periplasm)rTkh}rUkh}rVk(jC`X SBO:0000375rWkX bigg.reactionrXkXH2texrYkXmetanetx.reactionrZkX MNXR100495r[kujG`X b1377 or b0241 or b0929 or b2215r\kjH`h#jI`h2]r]k(hIh[h7h er^kRr_kjM`}r`k(j GjO`)rak}rbk(hXh2_prckhXHydrogenrdkh}rekh}rfk(Xbigg.metabolitergkXh2rhkXbiocycrikXMETA:HYDROGEN-MOLECULErjkXchebirkk]rlk(X CHEBI:13350rmkX CHEBI:18276rnkX CHEBI:25363rokX CHEBI:29294rpkX CHEBI:29298rqkX CHEBI:29299rrkX CHEBI:5785rskeXhmdbrtkX HMDB01362rukX kegg.compoundrvkXC00282rwkXmetanetx.chemicalrxkXMNXM195rykX seed.compoundrzkXcpd11640r{kuh0Nh1h2]r|kr}kRr~kjn`XH2rkjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rk}rk(hXH2tpprkhX(Hydrogen transport diffusion (periplasm)rkh}rkh}rk(jC`X SBO:0000375rkX bigg.reactionrkXH2tpprkXmetanetx.reactionrkX MNXR100495rkujG`Xs0001rkjH`h#jI`h2]rkjarkRrkjM`}rk(jakGjCG?uh0Njt`G@ju`G@@ubj<`)rk}rk(hXHACD1rkhX13-hydroxyacyl-CoA dehydrogenase (acetoacetyl-CoA)rkh}rkh}rk(jC`X SBO:0000375rkX bigg.reactionrkXHACD1rkXbiocycrkXMETA:RXN-11662rkXec-coderkX1.1.1.35rkX kegg.reactionrkXR01975rkXmetanetx.reactionrkX MNXR100541rkXrheark]rk(X30799rkX30800rkX30801rkX30802rkeujG`Xb3846 or b2341rkjH`h#jI`h2]rk(j#j erkRrkjM`}rk(j GjnGjl}r?l(hXHACD7r@lhX73-hydroxyacyl-CoA dehydrogenase (3-oxohexadecanoyl-CoA)rAlh}rBlh}rCl(jC`X SBO:0000375rDlX bigg.reactionrElXHACD7rFlXbiocycrGlXMETA:RXN-14271rHlXec-coderIl]rJl(X 1.1.1.211rKlX1.1.1.35rLleX kegg.reactionrMlXR04737rNlXmetanetx.reactionrOlX MNXR100548rPlXrhearQl]rRl(X31159rSlX31160rTlX31161rUlX31162rVleujG`Xb3846 or b2341rWljH`h#jI`h2]rXl(j#j erYlRrZljM`}r[l(jWGjnGjmhXHomocysteine Methyltransferaser?mh}r@mh}rAm(jC`X SBO:0000375rBmX bigg.reactionrCmXHCYSMT2rDmXbiocycrEmX META:MMUM-RXNrFmXec-coderGmX2.1.1.10rHmX kegg.reactionrImXR11063rJmXmetanetx.reactionrKmX MNXR100578rLmXrhearMm]rNm(X26337rOmX26338rPmX26339rQmX26340rRmeujG`Xb0261rSmjH`h#jI`h2]rTmjw5arUmRrVmjM`}rWm(jGjO`)rXm}rYm(hXmmet_crZmhXS-Methyl-L-methioniner[mh}r\mh}r]m(Xbigg.metaboliter^mXmmetr_mXbiocycr`mX META:CPD-397ramXchebirbm]rcm(X CHEBI:12772rdmX CHEBI:17728remX CHEBI:22057rfmX CHEBI:58252rgmX CHEBI:67050rhmX CHEBI:8965rimeX kegg.compoundrjmXC03172rkmXmetanetx.chemicalrlmXMNXM1119rmmX seed.compoundrnmXcpd02027romuh0Nh1h2]rpmrqmRrrmjn`X C6H14NO2Srsmjp`jq`jr`Kjs`GubGjnG?jgG@uh0Njt`Gju`G@@ubj<`)rtm}rum(hXHDCAtexirvmhX[Hexadecanoate transport via facilitated irreversible diffusion (extracellular to periplasm)rwmh}rxmh}rym(jC`X SBO:0000375rzmX bigg.reactionr{mXHDCAtexir|mXmetanetx.reactionr}mX MNXR99101r~mXrhearm]rm(X45256rmX45257rmX45258rmX45259rmeujG`Xb2344rmjH`h#jI`h2]rmjarmRrmjM`}rm(j*Gjv9G?uh0Njt`Gju`G@@ubj<`)rm}rm(hX HDCEAtexirmhX[Hexadecenoate transport via facilitated irreversible diffusion (extracellular to periplasm)rmh}rmh}rm(jC`X SBO:0000375rmX bigg.reactionrmX HDCEAtexirmXmetanetx.reactionrmX MNXR99102rmujG`Xb2344rmjH`h#jI`h2]rmjarmRrmjM`}rm(jcGj9G?uh0Njt`Gju`G@@ubj<`)rm}rm(hXHEMEOSrmhXHeme O synthasermh}rmh}rm(jC`X SBO:0000375rmX bigg.reactionrmXHEMEOSrmXec-codermX2.5.1.-rmX kegg.reactionrmXR07411rmXmetanetx.reactionrmX MNXR100596rmXrhearm]rm(X28070rmX28071rmX28072rmX28073rmeujG`Xb0428rmjH`h#jI`h2]rmj5armRrmjM`}rm(jfGjgfGj)kGjfG?jnnG?uh0Njt`Gju`G@@ubj<`)rm}rm(hXHEPK1rmhX)LPS heptose kinase I (LPS core synthesis)rmh}rmh}rm(jC`X SBO:0000375rmX bigg.reactionrmXHEPK1rmXmetanetx.reactionrmX MNXR100598rmujG`Xb3630rmjH`h#jI`h2]rmj5armRrmjM`}rm(jbGjO`)rm}rm(hXhhlipa_crmhXHeptosyl-heptosyl-kdo2-lipidArmh}rmh}rm(Xbigg.metabolitermXhhliparmXbiocycrmX META:CPD0-930rmXchebirm]rm(X CHEBI:61507rmX CHEBI:61523rmeXmetanetx.chemicalrmXMNXM2582rmX seed.compoundrmXcpd15484rmuh0Nh1h2]rmrmRrmjn`XC124H220N2O51P2rmjp`jq`jr`Jjs`GubGjmG?jnG?jO`)rm}rm(hX phhlipa_crmhX%Phospho-heptosyl-heptosyl-kdo2-lipidArmh}rmh}rm(Xbigg.metabolitermXphhliparmXbiocycrmXMETA:CPD0-2240rmXmetanetx.chemicalrmX MNXM75132rmX seed.compoundrmXcpd15549rmuh0Nh1h2]rmrmRrmjn`XC124H219N2O54P3rmjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rm}rm(hXHEPK2rmhX*LPS heptose kinase II (LPS core synthesis)rmh}rmh}rm(jC`X SBO:0000375rmX bigg.reactionrmXHEPK2rmXmetanetx.reactionrmX MNXR100599rmujG`Xb3625rmjH`h#jI`h2]rmj5armRrmjM`}rm(jbGjO`)rm}rm(hX hphhlipa_crmhX.Heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidArmh}rnh}rn(Xbigg.metaboliternXhphhliparnXbiocycrnXMETA:CPD0-2238rnXmetanetx.chemicalrnX MNXM56168rnX seed.compoundrnXcpd15488r nuh0Nh1h2]r nr nRr njn`XC131H231N2O60P3r njp`jq`jr`Jjs`GubGjmG?jnG?jO`)rn}rn(hX phphhlipa_crnhX6Phospho-heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidArnh}rnh}rn(Xbigg.metaboliternX phphhliparnXbiocycrnXMETA:CPD0-2239rnXmetanetx.chemicalrnX MNXM75133rnX seed.compoundrnXcpd15550rnuh0Nh1h2]rnrnRrnjn`XC131H230N2O63P4rnjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r n}r!n(hXHEPT1r"nhX*Heptosyltransferase I (LPS core synthesis)r#nh}r$nh}r%n(jC`X SBO:0000375r&nX bigg.reactionr'nXHEPT1r(nXec-coder)nX2.4.-.-r*nXmetanetx.reactionr+nX MNXR100602r,nXrhear-n]r.n(X28402r/nX28403r0nX28404r1nX28405r2neujG`Xb3621r3njH`h#jI`h2]r4nj5ar5nRr6njM`}r7n(j(Gj 4GjmG?jnG?jO`)r8n}r9n(hXhlipa_cr:nhXHeptosyl-kdo2-lipidAr;nh}rnXhlipar?nXbiocycr@nX META:CPD0-929rAnXchebirBn]rCn(X CHEBI:61502rDnX CHEBI:61528rEneXmetanetx.chemicalrFnXMNXM2680rGnX seed.compoundrHnXcpd15485rInuh0Nh1h2]rJnrKnRrLnjn`XC117H208N2O45P2rMnjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rNn}rOn(hXHEPT2rPnhX+Heptosyltransferase II (LPS core synthesis)rQnh}rRnh}rSn(jC`X SBO:0000375rTnX bigg.reactionrUnXHEPT2rVnXbiocycrWnXMETA:RXN0-5061rXnXmetanetx.reactionrYnX MNXR100604rZnXrhear[n]r\n(X28538r]nX28539r^nX28540r_nX28541r`neujG`Xb3620ranjH`h#jI`h2]rbnj5arcnRrdnjM`}ren(j(Gj8nGjmG?jnG?jmG?uh0Njt`Gju`G@@ubj<`)rfn}rgn(hXHEPT3rhnhX,Heptosyltransferase III (LPS core synthesis)rinh}rjnh}rkn(jC`X SBO:0000375rlnX bigg.reactionrmnXHEPT3rnnXmetanetx.reactionronX MNXR100606rpnujG`Xb3632rqnjH`h#jI`h2]rrnj5arsnRrtnjM`}run(j(GjmGjmG?jnG?jmG?uh0Njt`Gju`G@@ubj<`)rvn}rwn(hXHEPT4rxnhX+Heptosyltransferase IV (LPS core synthesis)rynh}rznh}r{n(jC`X SBO:0000375r|nX bigg.reactionr}nXHEPT4r~nXec-codernX2.4.1.56rnXmetanetx.reactionrnX MNXR100607rnujG`Xb3623rnjH`h#jI`h2]rnj5arnRrnjM`}rn(j(Gj%ZGjmG?j G?jnG?uh0Njt`Gju`G@@ubj<`)rn}rn(hXHETZKrnhXHydroxyethylthiazole kinasernh}rnh}rn(jC`X SBO:0000375rnX bigg.reactionrnXHETZKrnXbiocycrnXMETA:THIAZOLSYN3-RXNrnXec-codernX2.7.1.50rnX kegg.reactionrnXR04448rnXmetanetx.reactionrnX MNXR100611rnXrhearn]rn(X24212rnX24213rnX24214rnX24215rneujG`Xb2104rnjH`h#jI`h2]rnj6arnRrnjM`}rn(jO`)rn}rn(hX4mhetz_crnhX$4-Methyl-5-(2-hydroxyethyl)-thiazolernh}rnh}rn(Xbigg.metaboliternX4mhetzrnXbiocycrnXMETA:THZrnXchebirn]rn(X CHEBI:12021rnX CHEBI:12022rnX CHEBI:12086rnX CHEBI:17957rnX CHEBI:2011rnX CHEBI:20522rnX CHEBI:46320rneXhmdbrnX HMDB32985rnX kegg.compoundrnXC04294rnXmetanetx.chemicalrnXMNXM962rnX seed.compoundrnXcpd02636rnuh0Nh1h2]rnrnRrnjn`XC6H9NOSrnjp`jq`jr`Kjs`GubGjbGjO`)rn}rn(hX4mpetz_crnhX$4-Methyl-5-(2-phosphoethyl)-thiazolernh}rnh}rn(Xbigg.metaboliternX4mpetzrnXbiocycrnX META:THZ-PrnXchebirn]rn(X CHEBI:12023rnX CHEBI:12024rnX CHEBI:17857rnX CHEBI:1892rnX CHEBI:20439rnX CHEBI:30638rnX CHEBI:46182rnX CHEBI:58296rneX kegg.compoundrnXC04327rnXmetanetx.chemicalrnXMNXM960rnX seed.compoundrnXcpd02654rnuh0Nh1h2]rnrnRrnjn`X C6H8NO4PSrnjp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)rn}rn(hXHEX1rnhXHexokinase (D-glucose:ATP)rnh}rnh}rn(jC`X SBO:0000375rnX bigg.reactionrnXHEX1rnXbiocycrnXMETA:GLUCOKIN-RXNrnXec-codern]rn(X2.7.1.1rnX2.7.1.2rneX kegg.reactionrnXR00299rnXmetanetx.reactionrnX MNXR100612rnXrhearn]rn(X17825rnX17826rnX17827rnX17828rneujG`Xb2388rnjH`h#jI`h2]rnj6arnRrnjM`}rn(jbGjDGjmG?jvG?jnG?uh0Njt`Gju`G@@ubj<`)rn}ro(hXHEX4rohXHexokinase (D-mannose:ATP)roh}roh}ro(jC`X SBO:0000375roX bigg.reactionroXHEX4roXbiocycroXMETA:MANNKIN-RXNr oXec-coder o]r o(X2.7.1.1r oX2.7.1.7r oeX kegg.reactionroXR01326roXmetanetx.reactionroX MNXR95795roXrhearo]ro(X11028roX11029roX11030roX11031roeujG`h#jH`h#jI`h2]roroRrojM`}ro(jbGjVGjmG?jnG?jO`)ro}ro(hXman6p_crohXD-Mannose 6-phosphateroh}r oh}r!o(Xbigg.metaboliter"oXman6pr#oXbiocycr$o]r%o(XMETA:CPD-15979r&oXMETA:CPD-15980r'oXMETA:Mannose-6-phosphater(oeXchebir)o]r*o(X CHEBI:13000r+oX CHEBI:17369r,oX CHEBI:4211r-oX CHEBI:48042r.oX CHEBI:48066r/oX CHEBI:58735r0oeX kegg.compoundr1oXC00275r2oXmetanetx.chemicalr3oXMNXM427r4oX seed.compoundr5oXcpd00235r6ouh0Nh1h2]r7or8oRr9ojn`XC6H11O9Pr:ojp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r;o}roh}r?oh}r@o(jC`X SBO:0000375rAoX bigg.reactionrBoXHEX7rCoXec-coderDo]rEo(X2.7.1.1rFoX2.7.1.4rGoeX kegg.reactionrHoXR00867rIoXmetanetx.reactionrJoX MNXR100614rKoujG`Xb0394rLojH`h#jI`h2]rMoj+6arNoRrOojM`}rPo(jbGj-7GjmG?jsG?jnG?uh0Njt`Gju`G@@ubj<`)rQo}rRo(hXHEXt2rpprSohX>Hexanoate transport via proton symport, reversible (periplasm)rToh}rUoh}rVo(jC`X SBO:0000375rWoX bigg.reactionrXoXHEXt2rpprYoXmetanetx.reactionrZoX MNXR100622r[oujG`Xb2223r\ojH`h#jI`h2]r]ojar^oRr_ojM`}r`o(j̪Gj>:GjnG?j8G?uh0Njt`G@ju`G@@ubj<`)rao}rbo(hXHG2abcpprcohX*Mercury (Hg+2) ABC transporter (periplasm)rdoh}reoh}rfo(jC`X SBO:0000375rgoX bigg.reactionrhoXHG2abcpprioXmetanetx.reactionrjoX MNXR100623rkoujG`Xb3469rlojH`h#jI`h2]rmojarnoRroojM`}rpo(jbGjgfGjO`)rqo}rro(hXhg2_crsohXMercury charged 2 Hgrtoh}ruoh}rvo(Xbigg.metaboliterwoXhg2rxoXchebiryo]rzo(X CHEBI:13370r{oX CHEBI:16793r|oX CHEBI:25199r}oX CHEBI:25200r~oX CHEBI:49640roX CHEBI:5714roeXhmdbroX HMDB03625roX kegg.compoundro]ro(XC00703roXC13377roXC18670roeX kegg.drugroXD01905roXmetanetx.chemicalroXMNXM1562roX seed.compoundroXcpd00531rouh0Nh1h2]roroRrojn`XHgrojp`jq`jr`Kjs`GubGjmG?jnG?jO`)ro}ro(hXhg2_prohXMercury charged 2 Hgroh}roh}ro(Xbigg.metaboliteroXhg2roXchebiro]ro(X CHEBI:13370roX CHEBI:16793roX CHEBI:25199roX CHEBI:25200roX CHEBI:49640roX CHEBI:5714roeXhmdbroX HMDB03625roX kegg.compoundro]ro(XC00703roXC13377roXC18670roeX kegg.drugroXD01905roXmetanetx.chemicalroXMNXM1562roX seed.compoundroXcpd00531rouh0Nh1h2]roroRrojn`XHgrojp`jcjr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)ro}ro(hXHG2t3pprohX<Mercury (Hg+2) transport out via proton antiport (periplasm)roh}roh}ro(jC`X SBO:0000375roX bigg.reactionroXHG2t3pproXmetanetx.reactionroX MNXR100624roujG`Xb3915rojH`h#jI`h2]roj+aroRrojM`}ro(j̪GjqoGjnG?joG?uh0Njt`Gju`G@@ubj<`)ro}ro(hXHG2texrohXCMercury (Hg+2) transport via diffusion (extracellular to periplasm)roh}roh}ro(jC`X SBO:0000375roX bigg.reactionroXHG2texroXmetanetx.reactionroX MNXR100625roXrhearo]ro(X32815roX32816roX32817roX32818roeujG`X b1377 or b0241 or b0929 or b2215rojH`h#jI`h2]ro(hIh[h7h eroRrojM`}ro(j~GjoG?uh0Njt`G@ju`G@@ubj<`)ro}ro(hXHISTDrohXHistidinol dehydrogenaseroh}roh}ro(jC`X SBO:0000375roX bigg.reactionroXHISTDroXbiocycroX META:RXN-8001roXec-coderoX1.1.1.23roX kegg.reactionroXR01158roXmetanetx.reactionroX MNXR100587roXrhearo]ro(X20641roX20642roX20643roX20644roeujG`Xb2020rojH`h#jI`h2]roj=6aroRrojM`}ro(jgfGjO`)ro}ro(hXhistd_crohX L-Histidinolroh}roh}ro(Xbigg.metaboliteroXhistdroXbiocycroXMETA:HISTIDINOLroXchebiro]rp(X CHEBI:13118rpX CHEBI:16255rpX CHEBI:21326rpX CHEBI:57699rpX CHEBI:6241rpeXhmdbrpX HMDB03431rpX kegg.compoundrpXC00860r pXmetanetx.chemicalr pXMNXM1281r pX seed.compoundr pXcpd00641r puh0Nh1h2]rprpRrpjn`XC6H12N3Orpjp`jq`jr`Kjs`GubGjiGjnG@jfG?jpX CHEBI:6242r?peX kegg.compoundr@pXC01100rApXmetanetx.chemicalrBpXMNXM1482rCpX seed.compoundrDpXcpd00807rEpuh0Nh1h2]rFprGpRrHpjn`X C6H11N3O4PrIpjp`jq`jr`Jjs`GubGjoG?j;nG?uh0Njt`Gju`G@@ubj<`)rJp}rKp(hXHISTRSrLphXHistidyl-tRNA synthetaserMph}rNph}rOp(jC`X SBO:0000375rPpX bigg.reactionrQpXHISTRSrRpXec-coderSpX6.1.1.21rTpX kegg.reactionrUpXR03655rVpXmetanetx.reactionrWpX MNXR100643rXpujG`Xb2514rYpjH`h#jI`h2]rZpja6ar[pRr\pjM`}r]p(jbGjfGjO`)r^p}r_p(hX trnahis_cr`phX TRNA(His)raph}rbph}rcp(Xbigg.metaboliterdpXtrnahisrepXbiocycrfpXMETA:HIS-tRNAsrgpXchebirhp]rip(X CHEBI:10682rjpX CHEBI:15178rkpX CHEBI:29178rlpeX kegg.compoundrmpXC01643rnpXmetanetx.chemicalropX MNXM90878rppX seed.compoundrqp]rrp(Xcpd11914rspXcpd27218rtpeuh0Nh1h2]ruprvpRrwpjn`jjp`jq`jr`Kjs`GubGjG?jO`)rxp}ryp(hX histrna_crzphXL-Histidyl-tRNA(His)r{ph}r|ph}r}p(Xbigg.metaboliter~pXhistrnarpXchebirp]rp(X CHEBI:13120rpX CHEBI:29155rpX CHEBI:6243rpeX kegg.compoundrpXC02988rpXmetanetx.chemicalrpX MNXM89831rpX seed.compoundrpXcpd12228rpuh0Nh1h2]rprpRrpjn`XC6H8N3ORrpjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rp}rp(hXHISabcpprphX0L-histidine transport via ABC system (periplasm)rph}rph}rp(jC`X SBO:0000375rpX bigg.reactionrpXHISabcpprpXbiocycrpXMETA:ABC-14-RXNrpXec-coderpX3.6.3.21rpXmetanetx.reactionrpX MNXR100644rpXrhearp]rp(X29891#1rpX29892#1rpX29893#1rpX29894#1rpeujG`X#b2306 and b2309 and b2307 and b2308rpjH`h#jI`h2]rp(js6jjjerpRrpjM`}rp(jbGjgfGjO`)rp}rp(hXhis__L_prphX L-Histidinerph}rph}rp(Xbigg.metaboliterpXhis__LrpXbiocycrpXMETA:HISrpXchebirp]rp(X CHEBI:13117rpX CHEBI:15971rpX CHEBI:21324rpX CHEBI:24598rpX CHEBI:27570rpX CHEBI:32510rpX CHEBI:32511rpX CHEBI:32512rpX CHEBI:32513rpX CHEBI:32529rpX CHEBI:32530rpX CHEBI:32531rpX CHEBI:32532rpX CHEBI:43048rpX CHEBI:43114rpX CHEBI:43118rpX CHEBI:43190rpX CHEBI:43239rpX CHEBI:5733rpX CHEBI:57595rpX CHEBI:6240rpeXhmdbrp]rp(X HMDB00177rpX HMDB03412rpeX kegg.compoundrp]rp(XC00135rpXC00768rpeX kegg.drugrpXD00032rpXmetanetx.chemicalrpXMNXM134rpX seed.compoundrp]rp(Xcpd00119rpXcpd00572rpeuh0Nh1h2]rprpRrpjn`XC6H9N3O2rpjp`jcjr`Kjs`GubGjmG?jnG?jfG?j;nG?uh0Njt`Gju`G@@ubj<`)rp}rp(hXHISt2rpprphX?L-histidine reversible transport via proton symport (periplasm)rph}rph}rp(jC`X SBO:0000375rpX bigg.reactionrpXHISt2rpprpXmetanetx.reactionrpX MNXR100645rpXrhearp]rp(X37047rpX37048rpX37049rpX37050rpeujG`Xb0112rpjH`h#jI`h2]rpj6arpRrpjM`}rp(j̪GjpGjnG?jfG?uh0Njt`G@ju`G@@ubj<`)rp}rp(hXHIStexrphX@L-histidine transport via diffusion (extracellular to periplasm)rph}rph}rp(jC`X SBO:0000375rpX bigg.reactionrpXHIStexrpXmetanetx.reactionrpX MNXR100649rpujG`X b1377 or b0241 or b0929 or b2215rpjH`h#jI`h2]rq(hIh[h7h erqRrqjM`}rq(jGjpG?uh0Njt`G@ju`G@@ubj<`)rq}rq(hXHKNDDHrqhX22-hydroxy-6-ketonona-2,4-dienedioic acid hydrolaserqh}rqh}r q(jC`X SBO:0000375r qX bigg.reactionr qXHKNDDHr qXbiocycr qXMETA:MHPCHYDROL-RXNrqXec-coderqX3.7.1.14rqX kegg.reactionrqXR02603rqXmetanetx.reactionrqX MNXR100654rqXrhearq]rq(X24789rqX24790rqX24791rqX24792rqX34187rqX34188rqX34189rqX34190rqeujG`Xb0349rqjH`h#jI`h2]r qj6ar!qRr"qjM`}r#q(jgfGjO`)r$q}r%q(hXhkndd_cr&qhX(2-Hydroxy-6-oxonona-2,4-diene-1,9-dioater'qh}r(qh}r)q(Xbigg.metaboliter*qXhknddr+qXbiocycr,qX META:CPD-157r-qXchebir.q]r/q(X CHEBI:1140r0qX CHEBI:11589r1qX CHEBI:17367r2qX CHEBI:19615r3qX CHEBI:19621r4qX CHEBI:61449r5qX CHEBI:61470r6qX CHEBI:66887r7qX CHEBI:66936r8qeX kegg.compoundr9qXC04479r:qXmetanetx.chemicalr;qXMNXM1693rquh0Nh1h2]r?qr@qRrAqjn`XC9H8O6rBqjp`jq`jr`Jjs`GubGjnG?jO`)rCq}rDq(hXop4en_crEqhX2-Oxopent-4-enoaterFqh}rGqh}rHq(Xbigg.metaboliterIqXop4enrJqXbiocycrKq]rLq(XMETA:CPD-14447rMqX META:CPD-6761rNqXMETA:OXOPENTENOATErOqeXchebirPq]rQq(X CHEBI:1113rRqX CHEBI:48643rSqX CHEBI:60886rTqX CHEBI:67152rUqX CHEBI:67181rVqeX kegg.compoundrWqXC00596rXqXmetanetx.chemicalrYqXMNXM9829rZqX seed.compoundr[q]r\q(Xcpd00461r]qXcpd27712r^qeuh0Nh1h2]r_qr`qRraqjn`XC5H5O3rbqjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rcq}rdq(hXHKNTDHreqhX*2-hydroxy-6-ketononotrienedioate hydrolaserfqh}rgqh}rhq(jC`X SBO:0000375riqX bigg.reactionrjqXHKNTDHrkqXec-coderlqX3.7.1.14rmqX kegg.reactionrnqXR06789roqXmetanetx.reactionrpqX MNXR100655rqqXrhearrq]rsq(X25046rtqX25047ruqX25048rvqX25049rwqeujG`Xb0349rxqjH`h#jI`h2]ryqj6arzqRr{qjM`}r|q(jgfGj GjG?jnG?jCqG?uh0Njt`Gju`G@@ubj<`)r}q}r~q(hXHMBSrqhXHydroxymethylbilane synthaserqh}rqh}rq(jC`X SBO:0000375rqX bigg.reactionrqXHMBSrqXbiocycrqXMETA:OHMETHYLBILANESYN-RXNrqXec-coderq]rq(X2.5.1.61rqX4.3.1.8rqeX kegg.reactionrqXR00084rqXmetanetx.reactionrqX MNXR100658rqXrhearq]rq(X13185rqX13186rqX13187rqX13188rqeujG`Xb3805rqjH`h#jI`h2]rqj6arqRrqjM`}rq(jgfGjO`)rq}rq(hXppbng_crqhXPorphobilinogenrqh}rqh}rq(Xbigg.metaboliterqXppbngrqXbiocycrqXMETA:PORPHOBILINOGENrqXchebirq]rq(X CHEBI:14867rqX CHEBI:17381rqX CHEBI:26212rqX CHEBI:44832rqX CHEBI:58126rqX CHEBI:8335rqeXhmdbrqX HMDB00245rqX kegg.compoundrqXC00931rqXmetanetx.chemicalrqXMNXM554rqX seed.compoundrqXcpd00689rquh0Nh1h2]rqrqRrqjn`X C10H13N2O4rqjp`jq`jr`Jjs`GubGjO`)rq}rq(hXhmbil_crqhXHydroxymethylbilanerqh}rqh}rq(Xbigg.metaboliterqXhmbilrqXbiocycrqXMETA:HYDROXYMETHYLBILANErqXchebirq]rq(X CHEBI:14423rqX CHEBI:16645rqX CHEBI:24716rqX CHEBI:57845rqX CHEBI:5809rqeXhmdbrqX HMDB01137rqX kegg.compoundrqXC01024rqXmetanetx.chemicalrqXMNXM547rqX seed.compoundrqXcpd00755rquh0Nh1h2]rqrqRrqjn`X C40H38N4O17rqjp`jq`jr`Jjs`GubG?jiG@uh0Njt`Gju`G@@ubj<`)rq}rq(hXHMPK1rqhX$Hydroxymethylpyrimidine kinase (ATP)rqh}rqh}rq(jC`X SBO:0000375rqX bigg.reactionrqXHMPK1rqXbiocycrqXMETA:OHMETPYRKIN-RXNrqXec-coderqX2.7.1.49rqX kegg.reactionrqXR03471rqXmetanetx.reactionrqX MNXR100664rqXrhearq]rq(X23096rqX23097rqX23098rqX23099rqeujG`Xb2103 or b2418rqjH`h#jI`h2]rq(j6j6erqRrqjM`}rq(jO`)rq}rq(hX4ahmmp_crqhX*4-Amino-5-hydroxymethyl-2-methylpyrimidinerqh}rqh}rq(Xbigg.metaboliterqX4ahmmprqXbiocycrqXMETA:HMPrqXchebirq]rq(X CHEBI:11957rqX CHEBI:16892rqX CHEBI:1781rrX CHEBI:20312rrX CHEBI:43206rreX kegg.compoundrrXC01279rrXmetanetx.chemicalrrXMNXM874rrX seed.compoundrrXcpd00939rruh0Nh1h2]r rr rRr rjn`XC6H9N3Or rjp`jq`jr`Kjs`GubGjbGjܳG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r r}rr(hXHOMt2pprrhX,L-homoserineserine efflux via proton symportrrh}rrh}rr(jC`X SBO:0000375rrX bigg.reactionrrXHOMt2pprrXbiocycrrXMETA:TRANS-RXN-242rrXmetanetx.reactionrrX MNXR100676rrXrhearr]rr(X29003rrX29004rrX29005rrX29006rreujG`Xb0813 or b3824r rjH`h#jI`h2]r!r(j6j6er"rRr#rjM`}r$r(j̪GjO`)r%r}r&r(hXhom__L_cr'rhX L-Homoseriner(rh}r)rh}r*r(Xbigg.metaboliter+rXhom__Lr,rXbiocycr-rX META:HOMO-SERr.rXchebir/r]r0r(X CHEBI:13123r1rX CHEBI:15699r2rX CHEBI:21330r3rX CHEBI:43131r4rX CHEBI:57476r5rX CHEBI:6246r6reXhmdbr7rX HMDB00719r8rX kegg.compoundr9rXC00263r:rXmetanetx.chemicalr;rXMNXM353rruh0Nh1h2]r?rr@rRrArjn`XC4H9NO3rBrjp`jq`jr`Kjs`GubGjnG?jO`)rCr}rDr(hXhom__L_prErhX L-HomoserinerFrh}rGrh}rHr(Xbigg.metaboliterIrXhom__LrJrXbiocycrKrX META:HOMO-SERrLrXchebirMr]rNr(X CHEBI:13123rOrX CHEBI:15699rPrX CHEBI:21330rQrX CHEBI:43131rRrX CHEBI:57476rSrX CHEBI:6246rTreXhmdbrUrX HMDB00719rVrX kegg.compoundrWrXC00263rXrXmetanetx.chemicalrYrXMNXM353rZrX seed.compoundr[rXcpd00227r\ruh0Nh1h2]r]rr^rRr_rjn`XC4H9NO3r`rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rar}rbr(hXHOMtexrcrhXAL-homoserine transport via diffusion (extracellular to periplasm)rdrh}rerh}rfr(jC`X SBO:0000375rgrX bigg.reactionrhrXHOMtexrirXmetanetx.reactionrjrX MNXR100678rkrujG`X b1377 or b0241 or b0929 or b2215rlrjH`h#jI`h2]rmr(hIh[h7h ernrRrorjM`}rpr(jGjCrG?uh0Njt`G@ju`G@@ubj<`)rqr}rrr(hXHOPNTALrsrhX"4-hydroxy-2-oxopentanoate aldolasertrh}rurh}rvr(jC`X SBO:0000375rwrX bigg.reactionrxrXHOPNTALryrXec-coderzr]r{r(X4.1.2.-r|rX4.1.2.n4r}rX4.1.3.39r~reX kegg.reactionrrXR00750rrXmetanetx.reactionrrX MNXR100679rrujG`Xb0352rrjH`h#jI`h2]rrj7arrRrrjM`}rr(jO`)rr}rr(hX 4h2opntn_crrhX4-Hydroxy-2-oxopentanoaterrh}rrh}rr(Xbigg.metaboliterrX4h2opntnrrXbiocycrrXMETA:CPD-14442rrXchebirr]rr(X CHEBI:11994rrX CHEBI:17655rrX CHEBI:1840rrX CHEBI:20377rrX CHEBI:58222rreX kegg.compoundrrXC03589rrXmetanetx.chemicalrrXMNXM1176rrX seed.compoundrrXcpd02258rruh0Nh1h2]rrrrRrrjn`XC5H7O4rrjp`jq`jr`Jjs`GubGj1G?jG?uh0Njt`Gju`G@@ubj<`)rr}rr(hXHPPK2rrhX/6-hydroxymethyl-dihydropterin pyrophosphokinaserrh}rrh}rr(jC`X SBO:0000375rrX bigg.reactionrrXHPPK2rrXbiocycrrX"META:H2PTERIDINEPYROPHOSPHOKIN-RXNrrXec-coderrX2.7.6.3rrX kegg.reactionrrXR03503rrXmetanetx.reactionrrX MNXR100694rrXrhearr]rr(X11412rrX11413rrX11414rrX11415rreujG`Xb0142rrjH`h#jI`h2]rrj7arrRrrjM`}rr(j"GjbGj>$G?jG?jnG?uh0Njt`Gju`G@@ubj<`)rr}rr(hXHPPPNDOrrhX,2,3-dihydroxypheylpropionate 1,2-dioxygenaserrh}rrh}rr(jC`X SBO:0000375rrX bigg.reactionrrXHPPPNDOrrXbiocycrrXMETA:1.13.11.16-RXNrrXec-coderrX 1.13.11.16rrX kegg.reactionrrXR04376rrXmetanetx.reactionrrX MNXR100695rrXrhearr]rr(X23840rrX23841rrX23842rrX23843rreujG`Xb0348rrjH`h#jI`h2]rrjAarrRrrjM`}rr(jEGjηGjnG?j$qG?uh0Njt`Gju`G@@ubj<`)rr}rr(hX HPPPNt2rpprrhXR3-(3-hydroxyphenyl)propionate transport via proton symport, reversible (periplasm)rrh}rrh}rr(jC`X SBO:0000375rrX bigg.reactionrrX HPPPNt2rpprrXbiocycrrXMETA:TRANS-RXN-61rrXmetanetx.reactionrrX MNXR100696rrXrhearr]rr(X28907rrX28908rrX28909rrX28910rreujG`Xb0353rrjH`h#jI`h2]rrjA5arrRrrjM`}rr(jO`)rr}rr(hX3hpppn_prrhX3-(3-hydroxy-phenyl)propionaterrh}rrh}rr(Xbigg.metaboliterrX3hpppnrrXbiocycrrXMETA:3-HYDROXYPHENYL-PROPIONATErrXchebirr]rr(X CHEBI:1427rrX CHEBI:57277rseXhmdbrsX HMDB00375rsX kegg.compoundrsXC11457rsXmetanetx.chemicalrsXMNXM1634rsX seed.compoundrsXcpd08304rsuh0Nh1h2]r sr sRr sjn`XC9H9O3r sjp`jcjr`Jjs`GubGj̪Gj+G?jnG?uh0Njt`G@ju`G@@ubj<`)r s}rs(hXHPPPNtexrshXR3-(3-hydroxyphenyl)propionate transport via diffusion (extracellular to periplasm)rsh}rsh}rs(jC`X SBO:0000375rsX bigg.reactionrsXHPPPNtexrsXmetanetx.reactionrsX MNXR100697rsujG`X b2215 or b0929 or b1377 or b0241rsjH`h#jI`h2]rs(hIh[h7h ersRrsjM`}rs(jqGjrG?uh0Njt`G@ju`G@@ubj<`)rs}rs(hXHPYRIrshXHydroxypyruvate isomeraser sh}r!sh}r"s(jC`X SBO:0000375r#sX bigg.reactionr$sXHPYRIr%sXbiocycr&sX META:RXN0-305r'sXec-coder(sX5.3.1.22r)sX kegg.reactionr*sXR01394r+sXmetanetx.reactionr,sX MNXR100692r-sXrhear.s]r/s(X11952r0sX11953r1sX11954r2sX11955r3seujG`Xb0508r4sjH`h#jI`h2]r5sj'7ar6sRr7sjM`}r8s(jO`)r9s}r:s(hXhpyr_cr;shXHydroxypyruvaters(Xbigg.metaboliter?sXhpyrr@sXbiocycrAsX META:OH-PYRrBsXchebirCs]rDs(X CHEBI:11837rEsX CHEBI:14425rFsX CHEBI:17180rGsX CHEBI:20082rHsX CHEBI:20083rIsX CHEBI:30841rJsX CHEBI:39999rKsX CHEBI:5813rLseXhmdbrMsX HMDB01352rNsX kegg.compoundrOsXC00168rPsXmetanetx.chemicalrQsXMNXM392rRsX seed.compoundrSsXcpd00145rTsuh0Nh1h2]rUsrVsRrWsjn`XC3H3O4rXsjp`jq`jr`Jjs`GubGjXG?uh0Njt`G@ju`G@@ubj<`)rYs}rZs(hXHPYRRxr[shX Hydroxypyruvate reductase (NADH)r\sh}r]sh}r^s(jC`X SBO:0000375r_sX bigg.reactionr`sXHPYRRxrasXbiocycrbsX META:GLYCERATE-DEHYDROGENASE-RXNrcsXec-coderds]res(X1.1.1.26rfsX1.1.1.29rgsX1.1.1.81rhseX kegg.reactionrisXR01388rjsXmetanetx.reactionrksX MNXR100325rlsXrhearms]rns(X17905rosX17906rpsX17907rqsX17908rrseujG`Xb1033 or b3553rssjH`h#jI`h2]rts(j)2herusRrvsjM`}rws(jnGj9sGjt(jeGjO`)r?t}r@t(hXimacp_crAthX'3-(Imidazol-4-yl)-2-oxopropyl phosphaterBth}rCth}rDt(Xbigg.metaboliterEtXimacprFtXbiocycrGtXMETA:IMIDAZOLE-ACETOL-PrHtXchebirIt]rJt(X CHEBI:11736rKtX CHEBI:1437rLtX CHEBI:16426rMtX CHEBI:19941rNtX CHEBI:57766rOteXhmdbrPtX HMDB12236rQtX kegg.compoundrRtXC01267rStXmetanetx.chemicalrTtXMNXM1456rUtX seed.compoundrVtXcpd00930rWtuh0Nh1h2]rXtrYtRrZtjn`X C6H7N2O5Pr[tjp`jq`jr`Jjs`GubGjG?j.pG?uh0Njt`Gju`G@@ubj<`)r\t}r]t(hXHXANDr^thXHypoxanthine dehydrogenaser_th}r`th}rat(jC`X SBO:0000375rbtX bigg.reactionrctXHXANDrdtXbiocycretX META:RXN-7682rftXec-codergtX1.17.1.4rhtX kegg.reactionritXR01768rjtXmetanetx.reactionrktX MNXR100747rltXrhearmt]rnt(X24670rotX24671rptX24672rqtX24673rrteujG`Xb2867 and b2866 and b2868rstjH`h#jI`h2]rtt(j7jo7j7erutRrvtjM`}rwt(jgfGjGjiGjnG?jHexanoate transport via diffusion (extracellular to periplasm)r{th}r|th}r}t(jC`X SBO:0000375r~tX bigg.reactionrtXHXAtexrtXmetanetx.reactionrtX MNXR100750rtujG`X b0929 or b2215 or b0241 or b1377rtjH`h#jI`h2]rt(hIh[h7h ertRrtjM`}rt(jGj>:G?uh0Njt`G@ju`G@@ubj<`)rt}rt(hXHXCTrthX$Acetyl-CoA:hexanoate-CoA transferaserth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHXCTrtXec-codertX2.8.3.8rtXmetanetx.reactionrtX MNXR100751rtujG`Xb2221 and b2222rtjH`h#jI`h2]rt(jjsertRrtjM`}rt(jaGj8Gj.G?jG?uh0Njt`Gju`G@@ubj<`)rt}rt(hXHXPRTrthX5Hypoxanthine phosphoribosyltransferase (Hypoxanthine)rth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHXPRTrtXbiocycrtXMETA:HYPOXANPRIBOSYLTRAN-RXNrtXec-codertX2.4.2.8rtX kegg.reactionrtXR01132rtXmetanetx.reactionrtX MNXR100752rtXrheart]rt(X17973rtX17974rtX17975rtX17976rteujG`Xb0238 or b0125rtjH`h#jI`h2]rt(j4j4ertRrtjM`}rt(jGjGjIG?jnnG?uh0Njt`Gju`G@@ubj<`)rt}rt(hXHYD1pprthX1Hydrogenase (ubiquinone-8: 2 protons) (periplasm)rth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHYD1pprtXmetanetx.reactionrtX MNXR100753rtXrheart]rt(X29059#1rtX29060#1rtX29061#1rtX29062#1rteujG`X( b2996 and b2994 and b2995 and b2997 ) or ( b0973 and b0972 and b0974 ) or ( b2723 and b2721 and b2719 and b2720 and b2722 and b2724 )rtjH`h#jI`h2]rt(j'j7j'j (j(je(j7j8j(j7j7j7j7ertRrtjM`}rt(jCGjnGjuGj̪G@jkG?uh0Njt`Gju`G@@ubj<`)rt}rt(hXHYD2pprthX1Hydrogenase (menaquinone8: 2 protons) (periplasm)rth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHYD2pprtXmetanetx.reactionrtX MNXR100754rtXrheart]rt(X29051#1rtX29052#1rtX29053#1rtX29054#1rteujG`XH( b0973 and b0972 and b0974 ) or ( b2996 and b2994 and b2995 and b2997 )rtjH`h#jI`h2]rt(j7j7j8j7j7j7j7ertRrtjM`}rt(jCGjnGjGj̪G@jhG?uh0Njt`Gju`G@@ubj<`)rt}rt(hXHYD3pprthX:Hydrogenase (Demethylmenaquinone-8: 2 protons) (periplasm)rth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHYD3pprtXec-codertX 1.18.99.1rtXmetanetx.reactionrtX MNXR100755rtujG`XH( b0973 and b0972 and b0974 ) or ( b2996 and b2994 and b2995 and b2997 )rtjH`h#jI`h2]rt(j7j8j7j7j7j7j7ertRrtjM`}rt(j2(GjCGjnGj^aG?j̪G@uh0Njt`Gju`G@@ubj<`)rt}rt(hXHYPOErthXHypothetical enymerth}rth}rt(jC`X SBO:0000375rtX bigg.reactionrtXHYPOErtXbiocycrtXMETA:RXN-14046rtXec-codertX3.1.3.74ruX kegg.reactionruXR02494ruXmetanetx.reactionruX MNXR100763ruXrhearu]ru(X25135ruX25136ruX25137r uX25138r ueujG`h#jH`h#jI`h2]r ur uRr ujM`}ru(jgfGjBGj;nG?jO`)ru}ru(hXpydam_cruhX Pyridoxamineruh}ruh}ru(Xbigg.metaboliteruXpydamruXbiocycruXMETA:PYRIDOXAMINEruXchebiru]ru(X CHEBI:131533ruX CHEBI:14978ruX CHEBI:16410ruX CHEBI:26426ruX CHEBI:45228ruX CHEBI:57761r uX CHEBI:8669r!ueXhmdbr"u]r#u(X HMDB01431r$uX HMDB62696r%ueX kegg.compoundr&uXC00534r'uXmetanetx.chemicalr(uXMNXM548r)uX seed.compoundr*uXcpd00419r+uuh0Nh1h2]r,ur-uRr.ujn`X C8H13N2O2r/ujp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r0u}r1u(hXHYXNtexr2uhXAHypoxanthine transport via diffusion (extracellular to periplasm)r3uh}r4uh}r5u(jC`X SBO:0000375r6uX bigg.reactionr7uXHYXNtexr8uXbiocycr9u]r:u(XMETA:TRANS-RXN0-562r;uXMETA:TRANS-RXN0-579ruujG`X b1377 or b0241 or b0929 or b2215r?ujH`h#jI`h2]r@u(hIh[h7h erAuRrBujM`}rCu(jIGjO`)rDu}rEu(hXhxan_prFuhX HypoxanthinerGuh}rHuh}rIu(Xbigg.metaboliterJuXhxanrKuXbiocycrLuXMETA:HYPOXANTHINErMuXchebirNu]rOu(X CHEBI:14431rPuX CHEBI:17368rQuX CHEBI:24762rRuX CHEBI:43237rSuX CHEBI:5841rTueXhmdbrUuX HMDB00157rVuX kegg.compoundrWuXC00262rXuXmetanetx.chemicalrYuXMNXM213rZuX seed.compoundr[uXcpd00226r\uuh0Nh1h2]r]ur^uRr_ujn`XC5H4N4Or`ujp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rau}rbu(hXHYXNtpprcuhX"Hypoxanthine transport (periplasm)rduh}reuh}rfu(jC`X SBO:0000375rguX bigg.reactionrhuXHYXNtppriuXbiocycrju]rku(XMETA:TRANS-RXN0-562rluXMETA:TRANS-RXN0-579rmueXmetanetx.reactionrnuX MNXR100749rouujG`h#jH`h#jI`h2]rpurquRrrujM`}rsu(jDuGjG?uh0Njt`G@ju`G@@ubj<`)rtu}ruu(hXHtexrvuhX;Proton transport via diffusion (extracellular to periplasm)rwuh}rxuh}ryu(jC`X SBO:0000375rzuX bigg.reactionr{uXHtexr|uXbiocycr}uXMETA:RXN-14452r~uXmetanetx.reactionruX MNXR100765ruXrhearu]ru(X34979ruX34980ruX34981ruX34982rueujG`X b2215 or b0929 or b1377 or b0241rujH`h#jI`h2]ru(hIh[h7h eruRrujM`}ru(jGj̪G?uh0Njt`G@ju`G@@ubj<`)ru}ru(hXI2FE2SRruhXISC [2Fe-2S] regenerationruh}ruh}ru(jC`X SBO:0000375ruX bigg.reactionruXI2FE2SRruXmetanetx.reactionruX MNXR100766ruujG`Xb2530 and b2529rujH`h#jI`h2]ru(j#8j58eruRrujM`}ru(jGjO`)ru}ru(hXiscssh_cruhXIscS with bound sulfurruh}ruh}ru(Xbigg.metaboliteruXiscsshruXmetanetx.chemicalruX MNXM146402ruuh0Nh1h2]ruruRrujn`XHS2Rrujp`jq`jr`Kjs`GubGjO`)ru}ru(hXiscu_cruhXIscU scaffold proteinruh}ruh}ru(Xbigg.metaboliteruXiscuruXmetanetx.chemicalruX MNXM147128ruuh0Nh1h2]ruruRrujn`XH8O2S6Rrujp`jq`jr`Kjs`GubGjnG@jO`)ru}ru(hXiscs_cruhXIscS sulfur acceptor proteinruh}ruh}ru(Xbigg.metaboliteruXiscsruXmetanetx.chemicalruX MNXM146401ruuh0Nh1h2]ruruRrujn`XHSRrujp`jq`jr`Kjs`GubG?jO`)ru}ru(hX iscu_2fe2s_cruhX IscU with bound [2Fe-2S] clusterruh}ruh}ru(Xbigg.metaboliteruX iscu_2fe2sruXmetanetx.chemicalruX MNXM147129ruuh0Nh1h2]ruruRrujn`X H4O2S8Fe2Rrujp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)ru}ru(hXI2FE2SSruhXISC [2Fe-2S] Synthesisruh}ruh}ru(jC`X SBO:0000375ruX bigg.reactionruXI2FE2SSruXmetanetx.reactionruX MNXR100767ruujG`Xb2530 and b3807 and b2529rujH`h#jI`h2]ru(jG8j#8j58eruRrujM`}ru(j[GjFeGjuGjuGj&eG?jnG@juG@juG?uh0Njt`Gju`G@@ubj<`)ru}ru(hXI2FE2SS2ruhXISC [2Fe-2S] Synthesis IIruh}ruh}ru(jC`X SBO:0000375ruX bigg.reactionruXI2FE2SS2ruXmetanetx.reactionruX MNXR100768ruujG`Xb2530 and b3807 and b2529rujH`h#jI`h2]ru(jG8j#8j58eruRrujM`}ru(j[GjFeGjuGjuGj&eG?jnG@juG@jO`)ru}ru(hX iscu_2fe2s2_cruhX%IscU with two bound [2Fe-2S] clustersruh}ruh}ru(Xbigg.metaboliteruX iscu_2fe2s2ruXmetanetx.chemicalruX MNXM148287ruuh0Nh1h2]ruruRrvjn`X O2S10Fe4Rrvjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXI2FE2STrvhXISC [2Fe-2S] Transferrvh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionr vXI2FE2STr vXmetanetx.reactionr vX MNXR100769r vujG`Xb2528 and b2529r vjH`h#jI`h2]rv(jY8j58ervRrvjM`}rv(jnGjuGjpaG?juG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXI4FE4SRrvhXISC [4Fe-4S] Reductionrvh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionrvXI4FE4SRrvXmetanetx.reactionrvX MNXR100770rvujG`Xb2529rvjH`h#jI`h2]rvj58arvRr vjM`}r!v(j[GjnGjuGj&eG?jO`)r"v}r#v(hX iscu_4fe4s_cr$vhX IscU with bound [4Fe-4S] clusterr%vh}r&vh}r'v(Xbigg.metaboliter(vX iscu_4fe4sr)vXmetanetx.chemicalr*vX MNXM148286r+vuh0Nh1h2]r,vr-vRr.vjn`X H4O2S10Fe4Rr/vjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r0v}r1v(hXI4FE4STr2vhXISC [4Fe-4S] Transferr3vh}r4vh}r5v(jC`X SBO:0000375r6vX bigg.reactionr7vXI4FE4STr8vXmetanetx.reactionr9vX MNXR100771r:vujG`Xb2528 and b2529r;vjH`h#jI`h2]rvjM`}r?v(jnGj"vGjaG?juG?uh0Njt`Gju`G@@ubj<`)r@v}rAv(hXICDHyrrBvhXIsocitrate dehydrogenase (NADP)rCvh}rDvh}rEv(jC`X SBO:0000375rFvX bigg.reactionrGvXICDHyrrHvXec-coderIvX1.1.1.42rJvX kegg.reactionrKvXR00267rLvXmetanetx.reactionrMvX MNXR100781rNvXrhearOv]rPv(X19629rQvX19630rRvX19631rSvX19632rTveujG`Xb1136rUvjH`h#jI`h2]rVvjk8arWvRrXvjM`}rYv(j*Gj[iGjG?jG?j{iG?uh0Njt`G@ju`G@@ubj<`)rZv}r[v(hX ICHORS_copy1r\vhh#h}r]vh}r^v(jC`X SBO:0000375r_vXbiocycr`vXMETA:ISOCHORSYN-RXNravXec-coderbvX5.4.4.2rcvX kegg.reactionrdvXR01717revXmetanetx.reactionrfvX MNXR100784rgvXrhearhv]riv(X18985rjvX18986rkvX18987rlvX18988rmveujG`Xb2265rnvjH`h#jI`h2]rovj}8arpvRrqvjM`}rrv(jQcGjO`)rsv}rtv(hXichor_cruvhX Isochorismatervvh}rwvh}rxv(Xbigg.metaboliteryvXichorrzvXbiocycr{vXMETA:ISOCHORISMATEr|vXchebir}v]r~v(X CHEBI:14464rvX CHEBI:17582rvX CHEBI:24883rvX CHEBI:29780rvX CHEBI:5997rveX kegg.compoundrvXC00885rvXmetanetx.chemicalrvXMNXM799rvX seed.compoundrvXcpd00658rvuh0Nh1h2]rvrvRrvjn`XC10H8O6rvjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rv}rv(hX ICHORS_copy2rvhh#h}rvh}rv(jC`X SBO:0000375rvXbiocycrvXMETA:ISOCHORSYN-RXNrvXec-codervX5.4.4.2rvX kegg.reactionrvXR01717rvXmetanetx.reactionrvX MNXR100784rvXrhearv]rv(X18985rvX18986rvX18987rvX18988rveujG`Xb0593rvjH`h#jI`h2]rvj8arvRrvjM`}rv(jQcGjsvG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXICHORTrvhXIsochorismataservh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionrvXICHORTrvXbiocycrvXMETA:ISOCHORMAT-RXNrvXec-codervX3.3.2.1rvX kegg.reactionrvXR03037rvXmetanetx.reactionrvX MNXR100785rvXrhearv]rv(X11112rvX11113rvX11114rvX11115rveujG`Xb0595rvjH`h#jI`h2]rvj8arvRrvjM`}rv(jgfGjsvGj G?jG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXICLrvhXIsocitrate lyaservh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionrvXICLrvXec-codervX4.1.3.1rvX kegg.reactionrvXR00479rvXmetanetx.reactionrvX MNXR100789rvXrhearv]rv(X13245rvX13246rvX13247rvX13248rveujG`Xb4015rvjH`h#jI`h2]rvj8arvRrvjM`}rv(j*Gj@>G?jG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXICYSDSrvhXISC Cysteine desulfurationrvh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionrvXICYSDSrvXmetanetx.reactionrvX MNXR100790rvujG`Xb2530rvjH`h#jI`h2]rvj#8arvRrvjM`}rv(jbdGjuGjaG?juG?uh0Njt`Gju`G@@ubj<`)rv}rv(hXIDONDrvhXL-idonate 5-dehydrogenaservh}rvh}rv(jC`X SBO:0000375rvX bigg.reactionrvXIDONDrvXbiocycrvXMETA:RXN-12107rvXec-coderv]rv(X 1.1.1.264rvX 1.1.1.366rveX kegg.reactionrvXR05683rvXmetanetx.reactionrvX MNXR100801rvXrhearw]rw(X21172rwX21173rwX21174rwX21175rweujG`Xb4267rwjH`h#jI`h2]rwj8arwRr wjM`}r w(jGjnGjL-idonate transport via proton symport, reversible (periplasm)r*wh}r+wh}r,w(jC`X SBO:0000375r-wX bigg.reactionr.wX IDONt2rppr/wXbiocycr0wXMETA:TRANS-RXN-181Ar1wXec-coder2wX3.6.3.-r3wXmetanetx.reactionr4wX MNXR100803r5wXrhear6w]r7w(X29571r8wX29572r9wX29573r:wX29574r;weujG`Xb4265rwRr?wjM`}r@w(j̪GjO`)rAw}rBw(hX idon__L_prCwhX L-IdonaterDwh}rEwh}rFw(Xbigg.metaboliterGwXidon__LrHwXbiocycrIwXMETA:L-IDONATErJwXchebirKw]rLw(X CHEBI:13126rMwX CHEBI:17796rNwX CHEBI:21335rOwX CHEBI:21336rPwX CHEBI:57659rQwX CHEBI:58494rRwX CHEBI:6250rSweX kegg.compoundrTwXC00770rUwXmetanetx.chemicalrVwXMNXM1565rWwX seed.compoundrXwXcpd00573rYwuh0Nh1h2]rZwr[wRr\wjn`XC6H11O7r]wjp`jcjr`Jjs`GubGjnG?jwG?uh0Njt`G@ju`G@@ubj<`)r^w}r_w(hXIDONtexr`whX>L-idonate transport via diffusion (extracellular to periplasm)rawh}rbwh}rcw(jC`X SBO:0000375rdwX bigg.reactionrewXIDONtexrfwXmetanetx.reactionrgwX MNXR100804rhwujG`X b1377 or b0241 or b0929 or b2215riwjH`h#jI`h2]rjw(hIh[h7h erkwRrlwjM`}rmw(jsGjAwG?uh0Njt`G@ju`G@@ubj<`)rnw}row(hXIG3PSrpwhX'Imidazole-glycerol-3-phosphate synthaserqwh}rrwh}rsw(jC`X SBO:0000375rtwX bigg.reactionruwXIG3PSrvwXbiocycrwwXMETA:GLUTAMIDOTRANS-RXNrxwXec-coderyw]rzw(X2.4.2.-r{wX4.1.3.-r|wX4.3.2.M2r}weX kegg.reactionr~wXR04558rwXmetanetx.reactionrwX MNXR100811rwXrhearw]rw(X24793rwX24794rwX24795rwX24796rweujG`Xb2023 and b2025rwjH`h#jI`h2]rw(j8j8erwRrwjM`}rw(jeGjO`)rw}rw(hXprlp_crwhXd5-[(5-phospho-1-deoxyribulos-1-ylamino)methylideneamino]-1-(5-phosphoribosyl)imidazole-4-carboxamiderwh}rwh}rw(Xbigg.metaboliterwXprlprwXbiocycrwX'META:PHOSPHORIBULOSYL-FORMIMINO-AICAR-PrwXchebirw]rw(X CHEBI:12100rwX CHEBI:21471rwX CHEBI:27735rwX CHEBI:39698rwX CHEBI:58525rwX CHEBI:7090rweX kegg.compoundrwXC04916rwXmetanetx.chemicalrwXMNXM1408rwX seed.compoundrwXcpd02991rwuh0Nh1h2]rwrwRrwjn`X C15H21N5O15P2rwjp`jq`jr`Jjs`GubGjG?jO`)rw}rw(hXeig3p_crwhX/D-erythro-1-(Imidazol-4-yl)glycerol 3-phosphaterwh}rwh}rw(Xbigg.metaboliterwXeig3prwXbiocycrwX#META:D-ERYTHRO-IMIDAZOLE-GLYCEROL-PrwXchebirw]rw(X CHEBI:12888rwX CHEBI:17805rwX CHEBI:20923rwX CHEBI:4270rwX CHEBI:58278rweXhmdbrwX HMDB12208rwX kegg.compoundrwXC04666rwXmetanetx.chemicalrwXMNXM1422rwX seed.compoundrwXcpd02843rwuh0Nh1h2]rwrwRrwjn`X C6H9N2O6Prwjp`jq`jr`Jjs`GubG?jeG?jnG?uh0Njt`Gju`G@@ubj<`)rw}rw(hXIGPDHrwhX'Imidazoleglycerol-phosphate dehydrataserwh}rwh}rw(jC`X SBO:0000375rwX bigg.reactionrwXIGPDHrwXbiocycrwXMETA:IMIDPHOSDEHYD-RXNrwXec-coderwX4.2.1.19rwX kegg.reactionrwXR03457rwXmetanetx.reactionrwX MNXR100813rwXrhearw]rw(X11040rwX11041rwX11042rwX11043rweujG`Xb2022rwjH`h#jI`h2]rwjO6arwRrwjM`}rw(jwGjgfG?j?tG?uh0Njt`Gju`G@@ubj<`)rw}rw(hXIGPSrwhX$Indole-3-glycerol-phosphate synthaserwh}rwh}rw(jC`X SBO:0000375rwX bigg.reactionrwXIGPSrwXbiocycrwXMETA:IGPSYN-RXNrwXec-coderwX4.1.1.48rwX kegg.reactionrwXR03508rwXmetanetx.reactionrwX MNXR100814rwXrhearw]rw(X23476rwX23477rwX23478rwX23479rweujG`Xb1262rwjH`h#jI`h2]rwj8arwRrwjM`}rw(jO`)rw}rw(hX2cpr5p_crxhX71-(2-Carboxyphenylamino)-1-deoxy-D-ribulose 5-phosphaterxh}rxh}rx(Xbigg.metaboliterxX2cpr5prxXbiocycrxX'META:CARBOXYPHENYLAMINO-DEOXYRIBULOSE-PrxXchebirx]r x(X CHEBI:11186r xX CHEBI:18959r xX CHEBI:28625r xX CHEBI:29112r xX CHEBI:565rxX CHEBI:566rxX CHEBI:58613rxeX kegg.compoundrxXC01302rxXmetanetx.chemicalrxXMNXM1455rxX seed.compoundrxXcpd00956rxuh0Nh1h2]rxrxRrxjn`X C12H13NO9Prxjp`jq`jr`Jjs`GubGjnGjO`)rx}rx(hX3ig3p_crxhX#C'-(3-Indolyl)-glycerol 3-phosphaterxh}rxh}r x(Xbigg.metaboliter!xX3ig3pr"xXbiocycr#xXMETA:INDOLE-3-GLYCEROL-Pr$xXchebir%x]r&x(X CHEBI:51793r'xX CHEBI:58866r(xeX kegg.compoundr)xXC03506r*xXmetanetx.chemicalr+xXMNXM866r,xX seed.compoundr-x]r.x(Xcpd02210r/xXcpd29667r0xeuh0Nh1h2]r1xr2xRr3xjn`X C11H12NO6Pr4xjp`jq`jr`Jjs`GubG?jG?jgfG?uh0Njt`Gju`G@@ubj<`)r5x}r6x(hXILETAr7xhXIsoleucine transaminaser8xh}r9xh}r:x(jC`X SBO:0000375r;xX bigg.reactionrxX(META:BRANCHED-CHAINAMINOTRANSFERILEU-RXNr?xXec-coder@xX2.6.1.42rAxX kegg.reactionrBxXR02199rCxXmetanetx.reactionrDxX MNXR96228rExXrhearFx]rGx(X24801rHxX24802rIxX24803rJxX24804rKxeujG`Xb3770rLxjH`h#jI`h2]rMxj 9arNxRrOxjM`}rPx(jGjfGj2G?jeG?uh0Njt`G@ju`G@@ubj<`)rQx}rRx(hXILETRSrSxhXIsoleucyl-tRNA synthetaserTxh}rUxh}rVx(jC`X SBO:0000375rWxX bigg.reactionrXxXILETRSrYxXec-coderZxX6.1.1.5r[xX kegg.reactionr\xXR03656r]xXmetanetx.reactionr^xX MNXR100820r_xujG`Xb0026r`xjH`h#jI`h2]raxj9arbxRrcxjM`}rdx(jbGjfGjO`)rex}rfx(hX trnaile_crgxhX TRNA(Ile)rhxh}rixh}rjx(Xbigg.metaboliterkxXtrnailerlxXbiocycrmxXMETA:ILE-tRNAsrnxXchebirox]rpx(X CHEBI:10683rqxX CHEBI:15179rrxX CHEBI:29174rsxeX kegg.compoundrtxXC01644ruxXmetanetx.chemicalrvxX MNXM90879rwxX seed.compoundrxx]ryx(Xcpd11915rzxXcpd27269r{xeuh0Nh1h2]r|xr}xRr~xjn`jjp`jq`jr`Kjs`GubGjG?jO`)rx}rx(hX iletrna_crxhXL-Isoleucyl-tRNA(Ile)rxh}rxh}rx(Xbigg.metaboliterxXiletrnarxXchebirx]rx(X CHEBI:13128rxX CHEBI:29160rxX CHEBI:6256rxeX kegg.compoundrxXC03127rxXmetanetx.chemicalrxX MNXM89832rxX seed.compoundrxXcpd12256rxuh0Nh1h2]rxrxRrxjn`XC6H12NORrxjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rx}rx(hXILEabcpprxhX1L-isoleucine transport via ABC system (periplasm)rxh}rxh}rx(jC`X SBO:0000375rxX bigg.reactionrxXILEabcpprxXbiocycrxXMETA:ABC-15-RXNrxXmetanetx.reactionrxX MNXR100821rxXrhearx]rx(X29819#1rxX29820#1rxX29821#1rxX29822#1rxeujG`X-b3460 and b3455 and b3454 and b3457 and b3456rxjH`h#jI`h2]rx(j j j j j erxRrxjM`}rx(jbGjgfGjO`)rx}rx(hXile__L_prxhX L-Isoleucinerxh}rxh}rx(Xbigg.metaboliterxXile__LrxXbiocycrxXMETA:ILErxXchebirx]rx(X CHEBI:13127rxX CHEBI:17191rxX CHEBI:21344rxX CHEBI:24898rxX CHEBI:32604rxX CHEBI:32605rxX CHEBI:32612rxX CHEBI:32613rxX CHEBI:43290rxX CHEBI:43342rxX CHEBI:43366rxX CHEBI:58045rxX CHEBI:6255rxeXhmdbrxX HMDB00172rxX kegg.compoundrxXC00407rxX kegg.drugrxXD00065rxX lipidmapsrxX LMFA01100047rxXmetanetx.chemicalrxXMNXM231rxX seed.compoundrxXcpd00322rxuh0Nh1h2]rxrxRrxjn`XC6H13NO2rxjp`jcjr`Kjs`GubGjmG?jnG?jfG?j;nG?uh0Njt`Gju`G@@ubj<`)rx}rx(hXILEt2rpprxhX@L-isoleucine reversible transport via proton symport (periplasm)rxh}rxh}rx(jC`X SBO:0000375rxX bigg.reactionrxXILEt2rpprxXmetanetx.reactionrxX MNXR100822rxujG`Xb0401rxjH`h#jI`h2]rxj19arxRrxjM`}rx(j̪GjxGjnG?jfG?uh0Njt`G@ju`G@@ubj<`)rx}rx(hXILEtexrxhXAL-isoleucine transport via diffusion (extracellular to periplasm)rxh}rxh}rx(jC`X SBO:0000375rxX bigg.reactionrxXILEtexrxXmetanetx.reactionrxX MNXR100824rxujG`X b1377 or b0241 or b0929 or b2215rxjH`h#jI`h2]rx(hIh[h7h erxRrxjM`}rx(jGjxG?uh0Njt`G@ju`G@@ubj<`)rx}rx(hXIMPCrxhXIMP cyclohydrolaserxh}rxh}rx(jC`X SBO:0000375rxX bigg.reactionrxXIMPCrxXbiocycryXMETA:IMPCYCLOHYDROLASE-RXNryXec-codery]ry(X2.1.2.3ryX3.5.4.10ryeX kegg.reactionryXR01127ryXmetanetx.reactionryX MNXR100783r yXrhear y]r y(X18445r yX18446r yX18447ryX18448ryeujG`Xb4006ryjH`h#jI`h2]ryj aryRryjM`}ry(jgfGjIGjG?uh0Njt`G@ju`G@@ubj<`)ry}ry(hXIMPDryhXIMP dehydrogenaseryh}ryh}ry(jC`X SBO:0000375ryX bigg.reactionryXIMPDryXbiocycryXMETA:IMP-DEHYDROG-RXNryXec-coder yX 1.1.1.205r!yX kegg.reactionr"yXR01130r#yXmetanetx.reactionr$yX MNXR100830r%yXrhear&y]r'y(X11708r(yX11709r)yX11710r*yX11711r+yeujG`Xb2508r,yjH`h#jI`h2]r-yjC9ar.yRr/yjM`}r0y(jgfGjIGjiGjnG?jyjH`h#jI`h2]r?y(hIh[h7h er@yRrAyjM`}rBy(jӏGjO`)rCy}rDy(hXimp_prEyhXIMP C10H11N4O8PrFyh}rGyh}rHy(Xbigg.metaboliterIyXimprJyXbiocycrKyXMETA:IMPrLyXchebirMy]rNy(X CHEBI:12057rOyX CHEBI:12063rPyX CHEBI:13372rQyX CHEBI:13373rRyX CHEBI:14457rSyX CHEBI:17202rTyX CHEBI:19271rUyX CHEBI:43418rVyX CHEBI:43475rWyX CHEBI:43524rXyX CHEBI:43528rYyX CHEBI:43563rZyX CHEBI:43611r[yX CHEBI:47501r\yX CHEBI:58053r]yX CHEBI:5849r^yeX kegg.compoundr_yXC00130r`yXmetanetx.chemicalrayXMNXM125rbyX seed.compoundrcyXcpd00114rdyuh0Nh1h2]reyrfyRrgyjn`X C10H11N4O8Prhyjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)riy}rjy(hX INDOLEt2pprkyhX=Indole transport via proton symport, irreversible (periplasm)rlyh}rmyh}rny(jC`X SBO:0000375royX bigg.reactionrpyX INDOLEt2pprqyXbiocycrryXMETA:TRANS-RXN-142rsyXmetanetx.reactionrtyX MNXR100835ruyXrhearvy]rwy(X29227rxyX29228ryyX29229rzyX29230r{yeujG`Xb3266 and b3265 and b3035r|yjH`h#jI`h2]r}y(jU9jYjg9er~yRryjM`}ry(jnGjO`)ry}ry(hXindole_cryhXIndoleryh}ryh}ry(Xbigg.metaboliteryXindoleryXbiocycryX META:INDOLEryXchebiry]ry(X CHEBI:14444ryX CHEBI:16881ryX CHEBI:24794ryX CHEBI:35579ryX CHEBI:35581ryX CHEBI:43537ryX CHEBI:5900ryeXhmdbryX HMDB00738ryX kegg.compoundryXC00463ryXmetanetx.chemicalryXMNXM377ryX seed.compoundryXcpd00359ryuh0Nh1h2]ryryRryjn`XC8H7Nryjp`jq`jr`Kjs`GubGj̪G?jO`)ry}ry(hXindole_pryhXIndoleryh}ryh}ry(Xbigg.metaboliteryXindoleryXbiocycryX META:INDOLEryXchebiry]ry(X CHEBI:14444ryX CHEBI:16881ryX CHEBI:24794ryX CHEBI:35579ryX CHEBI:35581ryX CHEBI:43537ryX CHEBI:5900ryeXhmdbryX HMDB00738ryX kegg.compoundryXC00463ryXmetanetx.chemicalryXMNXM377ryX seed.compoundryXcpd00359ryuh0Nh1h2]ryryRryjn`XC8H7Nryjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)ry}ry(hX INDOLEt2rppryhX;Indole transport via proton symport, reversible (periplasm)ryh}ryh}ry(jC`X SBO:0000375ryX bigg.reactionryX INDOLEt2rppryXbiocycryXMETA:TRANS-RXN-142ryXmetanetx.reactionryX MNXR100835ryXrheary]ry(X29227ryX29228ryX29229ryX29230ryeujG`Xb3161ryjH`h#jI`h2]ryjy9aryRryjM`}ry(j̪GjyGjnG?jyG?uh0Njt`G@ju`G@@ubj<`)ry}ry(hX INDOLEtexryhX;Indole transport via diffusion (extracellular to periplasm)ryh}ryh}ry(jC`X SBO:0000375ryX bigg.reactionryX INDOLEtexryXbiocycryXMETA:TRANS-RXN0-563ryXmetanetx.reactionryX MNXR100836ryujG`X b1377 or b0241 or b0929 or b2215ryjH`h#jI`h2]ry(hIh[h7h eryRryjM`}ry(jGjyG?uh0Njt`G@ju`G@@ubj<`)ry}ry(hX INOSTt4ppryhX&Na+/myo-inositol symporter (periplasm)ryh}ryh}ry(jC`X SBO:0000375ryX bigg.reactionryX INOSTt4ppryXmetanetx.reactionryX MNXR100840ryujG`Xb3679ryjH`h#jI`h2]ryj9aryRryjM`}ry(jfGjeGj5fG?jG?uh0Njt`Gju`G@@ubj<`)ry}ry(hXINSHryhXInosine hydrolaseryh}ryh}ry(jC`X SBO:0000375ryX bigg.reactionrzXINSHrzXbiocycrzXMETA:INOSINE-NUCLEOSIDASE-RXNrzXec-coderz]rz(X3.2.2.1rzX3.2.2.2rzX3.2.2.8rzeX kegg.reactionr zXR01770r zXmetanetx.reactionr zX MNXR100844r zXrhear z]rz(X16657rzX16658rzX16659rzX16660rzeujG`Xb0030rzjH`h#jI`h2]rzjUarzRrzjM`}rz(jgfGjGjG?j}G?uh0Njt`Gju`G@@ubj<`)rz}rz(hXINSKrzhXInsosine kinaserzh}rzh}rz(jC`X SBO:0000375rzX bigg.reactionrzXINSKr zXbiocycr!zXMETA:INOSINEKIN-RXNr"zXec-coder#zX2.7.1.73r$zX kegg.reactionr%zXR01131r&zXmetanetx.reactionr'zX MNXR100845r(zXrhear)z]r*z(X21140r+zX21141r,zX21142r-zX21143r.zeujG`Xb0477r/zjH`h#jI`h2]r0zj3ar1zRr2zjM`}r3z(jbGjGjmG?jnG?jIG?uh0Njt`Gju`G@@ubj<`)r4z}r5z(hXINSTtexr6zhX=Inositol transport via diffusion (extracellular to periplasm)r7zh}r8zh}r9z(jC`X SBO:0000375r:zX bigg.reactionr;zXINSTtexrzXrhear?z]r@z(X32867rAzX32868rBzX32869rCzX32870rDzeujG`X b1377 or b0241 or b0929 or b2215rEzjH`h#jI`h2]rFz(hIh[h7h erGzRrHzjM`}rIz(j2GjfG?uh0Njt`G@ju`G@@ubj<`)rJz}rKz(hX INSt2pp_copy1rLzhh#h}rMzh}rNz(jC`X SBO:0000375rOzXbiocycrPzXMETA:TRANS-RXN-108GrQzXmetanetx.reactionrRzX MNXR100850rSzXrhearTz]rUz(X29963rVzX29964rWzX29965rXzX29966rYzeujG`Xb2964rZzjH`h#jI`h2]r[zjyar\zRr]zjM`}r^z(j̪GjO`)r_z}r`z(hXins_prazhXInosinerbzh}rczh}rdz(Xbigg.metaboliterezXinsrfzXbiocycrgzX META:INOSINErhzXchebiriz]rjz(X CHEBI:14456rkzX CHEBI:17596rlzX CHEBI:24841rmzX CHEBI:44407rnzX CHEBI:5927rozeXhmdbrpzX HMDB00195rqzX kegg.compoundrrzXC00294rszX kegg.drugrtzXD00054ruzXmetanetx.chemicalrvzXMNXM334rwzX seed.compoundrxzXcpd00246ryzuh0Nh1h2]rzzr{zRr|zjn`X C10H12N4O5r}zjp`jcjr`Kjs`GubGjnG?jG?uh0Njt`Gju`G@@ubj<`)r~z}rz(hX INSt2pp_copy2rzhh#h}rzh}rz(jC`X SBO:0000375rzXbiocycrzXMETA:TRANS-RXN-108GrzXmetanetx.reactionrzX MNXR100850rzXrhearz]rz(X29963rzX29964rzX29965rzX29966rzeujG`Xb2406rzjH`h#jI`h2]rzjarzRrzjM`}rz(j̪Gj_zGjnG?jG?uh0Njt`G@ju`G@@ubj<`)rz}rz(hXINStexrzhX<Inosine transport via diffusion (extracellular to periplasm)rzh}rzh}rz(jC`X SBO:0000375rzX bigg.reactionrzXINStexrzXmetanetx.reactionrzX MNXR100849rzujG`Xb0411rzjH`h#jI`h2]rzjarzRrzjM`}rz(jmGj_zG?uh0Njt`G@ju`G@@ubj<`)rz}rz(hXIPDDIrzhX#Isopentenyl-diphosphate D-isomeraserzh}rzh}rz(jC`X SBO:0000375rzX bigg.reactionrzXIPDDIrzXbiocycrzXMETA:IPPISOM-RXNrzXec-coderzX5.3.3.2rzX kegg.reactionrzXR01123rzXmetanetx.reactionrzX MNXR100796rzXrhearz]rz(X23284rzX23285rzX23286rzX23287rzeujG`Xb2889rzjH`h#jI`h2]rzj9arzRrzjM`}rz(j&Gj&G?uh0Njt`G@ju`G@@ubj<`)rz}rz(hXIPDPSrzhX?1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate reductase (ipdp)rzh}rzh}rz(jC`X SBO:0000375rzX bigg.reactionrzXIPDPSrzXec-coderzX1.17.1.2rzXmetanetx.reactionrzX MNXR100874rzujG`Xb0029rzjH`h#jI`h2]rzj arzRrzjM`}rz(j.'GjnGj{(X10676r?{X10677r@{X10678rA{X10679rB{eujG`Xb0071 and b0072rC{jH`h#jI`h2]rD{(j9j9erE{RrF{jM`}rG{(jzGjO`)rH{}rI{(hX2ippm_crJ{hX2-IsopropylmaleaterK{h}rL{h}rM{(Xbigg.metaboliterN{X2ippmrO{XbiocycrP{X META:CPD-9451rQ{XchebirR{]rS{(X CHEBI:11604rT{X CHEBI:1179rU{X CHEBI:17275rV{X CHEBI:19668rW{X CHEBI:58085rX{eX kegg.compoundrY{XC02631rZ{Xmetanetx.chemicalr[{XMNXM1706r\{X seed.compoundr]{Xcpd01710r^{uh0Nh1h2]r_{r`{Rra{jn`XC7H8O4rb{jp`jq`jr`Jjs`GubG?jgfG?uh0Njt`G@ju`G@@ubj<`)rc{}rd{(hXIPPMIbre{hX2-isopropylmalate hydrataserf{h}rg{h}rh{(jC`X SBO:0000375ri{X bigg.reactionrj{XIPPMIbrk{Xbiocycrl{XMETA:3-ISOPROPYLMALISOM-RXNrm{Xec-codern{X4.2.1.33ro{X kegg.reactionrp{XR03968rq{Xmetanetx.reactionrr{X MNXR100826rs{Xrheart{]ru{(X16293rv{X16294rw{X16295rx{X16296ry{eujG`Xb0071 and b0072rz{jH`h#jI`h2]r{{(j9j9er|{Rr}{jM`}r~{(jH{GjgfGjO`)r{}r{(hX3c3hmp_cr{hX&3-Carboxy-3-hydroxy-4-methylpentanoater{h}r{h}r{(Xbigg.metaboliter{X3c3hmpr{Xbiocycr{X$META:3-CARBOXY-3-HYDROXY-ISOCAPROATEr{Xchebir{]r{(X CHEBI:1178r{X CHEBI:35128r{eX kegg.compoundr{XC02504r{X lipidmapsr{X LMFA01170083r{Xmetanetx.chemicalr{XMNXM985r{X seed.compoundr{Xcpd01646r{uh0Nh1h2]r{r{Rr{jn`XC7H10O5r{jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r{}r{(hXIPPSr{hX2-isopropylmalate synthaser{h}r{h}r{(jC`X SBO:0000375r{X bigg.reactionr{XIPPSr{Xbiocycr{XMETA:2-ISOPROPYLMALATESYN-RXNr{Xec-coder{X2.3.3.13r{X kegg.reactionr{XR01213r{Xmetanetx.reactionr{X MNXR100879r{Xrhear{]r{(X21524r{X21525r{X21526r{X21527r{eujG`Xb0074r{jH`h#jI`h2]r{j9ar{Rr{jM`}r{(jGjaGjgfGj{G?jcG?jnG?uh0Njt`Gju`G@@ubj<`)r{}r{(hX ISETACabcppr{hX0Isethionate transport via ABC system (periplasm)r{h}r{h}r{(jC`X SBO:0000375r{X bigg.reactionr{X ISETACabcppr{Xmetanetx.reactionr{X MNXR100880r{ujG`X>( b0366 and b0365 and b0367 ) or ( b0933 and b0936 and b0934 )r{jH`h#jI`h2]r{(jjj jj/jer{Rr{jM`}r{(jbGjgfGjO`)r{}r{(hXisetac_pr{hXIsethionic acidr{h}r{h}r{(Xbigg.metaboliter{Xisetacr{Xbiocycr{X META:CPD-3745r{Xchebir{]r{(X CHEBI:1157r{X CHEBI:61904r{eXhmdbr{X HMDB03903r{X kegg.compoundr{XC05123r{Xmetanetx.chemicalr{XMNXM1630r{X seed.compoundr{Xcpd03048r{uh0Nh1h2]r{r{Rr{jn`XC2H5O4Sr{jp`jcjr`Jjs`GubGjmG?jnG?j=G?j;nG?uh0Njt`Gju`G@@ubj<`)r{}r{(hX ISETACtexr{hX@Isethionate transport via diffusion (extracellular to periplasm)r{h}r{h}r{(jC`X SBO:0000375r{X bigg.reactionr{X ISETACtexr{Xmetanetx.reactionr{X MNXR100881r{ujG`X b1377 or b0241 or b0929 or b2215r{jH`h#jI`h2]r{(hIh[h7h er{Rr{jM`}r{(jGj{G?uh0Njt`G@ju`G@@ubj<`)r{}r{(hX K2L4Aabcppr{hX6KDO(2)-lipid IV A transport via ABC system (periplasm)r{h}r{h}r{(jC`X SBO:0000375r{X bigg.reactionr{X K2L4Aabcppr{Xmetanetx.reactionr{X MNXR100899r{Xrhear{]r{(X35247#1r{X35248#1r{X35249#1r{X35250#1r{eujG`Xb0914r|jH`h#jI`h2]r|jar|Rr|jM`}r|(jbGjgfGj3GjmG?jnG?jO`)r|}r|(hX kdo2lipid4_pr|hXKDO(2)-lipid IV(A)r|h}r |h}r |(Xbigg.metaboliter |X kdo2lipid4r |Xbiocycr |XMETA:KDO2-LIPID-IVAr|Xchebir|]r|(X CHEBI:23657r|X CHEBI:28526r|X CHEBI:4477r|X CHEBI:60365r|eX kegg.compoundr|XC06025r|X kegg.glycanr|XG11160r|X lipidmapsr|X LMSL02000003r|Xmetanetx.chemicalr|XMNXM824r|X seed.compoundr|Xcpd03586r|uh0Nh1h2]r|r |Rr!|jn`XC84H148N2O37P2r"|jp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r#|}r$|(hX K2L4Aabctexr%|hXGKDO(2)-lipid IV A transport via ABC system (periplasm to extracellular)r&|h}r'|h}r(|(jC`X SBO:0000375r)|X bigg.reactionr*|X K2L4Aabctexr+|Xmetanetx.reactionr,|X MNXR100900r-|ujG`X-b4261 and b3201 and b3200 and b3199 and b4262r.|jH`h#jI`h2]r/|(jjjjjer0|Rr1|jM`}r2|(jbGjgfGj|GjmG?jnG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r3|}r4|(hXKARA1r5|hX=Ketol-acid reductoisomerase (2,3-dihydroxy-3-methylbutanoate)r6|h}r7|h}r8|(jC`X SBO:0000375r9|X bigg.reactionr:|XKARA1r;|Xbiocycr<|XMETA:ACETOLACTREDUCTOISOM-RXNr=|Xec-coder>|]r?|(X 1.1.1.383r@|X1.1.1.86rA|eX kegg.reactionrB|XR04439rC|Xmetanetx.reactionrD|X MNXR97523rE|XrhearF|]rG|(X22068rH|X22069rI|X22070rJ|X22071rK|eujG`Xb3774rL|jH`h#jI`h2]rM|j!arN|RrO|jM`}rP|(jGj[iGjG?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)rQ|}rR|(hXKARA2rS|hX,Ketol-acid reductoisomerase (2-Acetolactate)rT|h}rU|h}rV|(jC`X SBO:0000375rW|X bigg.reactionrX|XKARA2rY|XbiocycrZ|XMETA:ACETOOHBUTREDUCTOISOM-RXNr[|Xec-coder\|X1.1.1.86r]|Xmetanetx.reactionr^|X MNXR100902r_|Xrhear`|]ra|(X13493rb|X13494rc|X13495rd|X13496re|eujG`Xb3774rf|jH`h#jI`h2]rg|j!arh|Rri|jM`}rj|(jGjnGj{iGjG?j[iG?uh0Njt`G@ju`G@@ubj<`)rk|}rl|(hXKAS14rm|hXBeta-ketoacyl-ACP synthasern|h}ro|h}rp|(jC`X SBO:0000375rq|X bigg.reactionrr|XKAS14rs|Xbiocycrt|X!META:3-OXOACYL-ACP-SYNTH-BASE-RXNru|Xec-coderv|]rw|(X2.3.1.-rx|X 2.3.1.179ry|X 2.3.1.180rz|X2.3.1.41r{|X2.3.1.85r||X2.3.1.86r}|eX kegg.reactionr~|XR04355r|Xmetanetx.reactionr|X MNXR100912r|ujG`Xb2323 or b1095r|jH`h#jI`h2]r|(jjer|Rr|jM`}r|(jcGjnGjKGjrG?jG?jG?uh0Njt`Gju`G@@ubj<`)r|}r|(hXKAS15r|hXBeta-ketoacyl-ACP synthase (2)r|h}r|h}r|(jC`X SBO:0000375r|X bigg.reactionr|XKAS15r|Xbiocycr|XMETA:2.3.1.180-RXNr|Xec-coder|X 2.3.1.180r|X kegg.reactionr|XR10707r|Xmetanetx.reactionr|X MNXR100913r|ujG`Xb1091r|jH`h#jI`h2]r|j]ar|Rr|jM`}r|(jaGjnGjKGjG?jG?jcG?uh0Njt`Gju`G@@ubj<`)r|}r|(hXKDOCT2r|hX/3-deoxy-manno-octulosonate cytidylyltransferaser|h}r|h}r|(jC`X SBO:0000375r|X bigg.reactionr|XKDOCT2r|Xbiocycr|XMETA:CPM-KDOSYNTH-RXNr|Xec-coder|X2.7.7.38r|Xmetanetx.reactionr|X MNXR100932r|Xrhear|]r|(X23448r|X23449r|X23450r|X23451r|eujG`Xb0918r|jH`h#jI`h2]r|j9ar|Rr|jM`}r|(j+dGjO`)r|}r|(hXkdo_cr|hX3-Deoxy-D-manno-2-octulosonater|h}r|h}r|(Xbigg.metaboliter|Xkdor|Xbiocycr|XMETA:KDOr|Xchebir|]r|(X CHEBI:43577r|X CHEBI:85986r|eXmetanetx.chemicalr|X MNXM36403r|uh0Nh1h2]r|r|Rr|jn`XC8H13O8r|jp`jq`jr`Jjs`GubGjO`)r|}r|(hXckdo_cr|hX CMP-3-deoxy-D-manno-octulosonater|h}r|h}r|(Xbigg.metaboliter|Xckdor|Xbiocycr|X META:CMP-KDOr|Xchebir|]r|(X CHEBI:13275r|X CHEBI:18014r|X CHEBI:20874r|X CHEBI:3277r|X CHEBI:41566r|X CHEBI:59825r|X CHEBI:85987r|X CHEBI:86284r|eX kegg.compoundr|XC04121r|Xmetanetx.chemicalr|XMNXM535r|X seed.compoundr|Xcpd02546r|uh0Nh1h2]r|r|Rr|jn`X C17H24N3O15Pr|jp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r|}r|(hXKDOPPr|hX(3-deoxy-manno-octulosonate-8-phosphataser|h}r|h}r|(jC`X SBO:0000375r|X bigg.reactionr|XKDOPPr|Xbiocycr|XMETA:KDO-8PPHOSPHAT-RXNr|Xec-coder|X3.1.3.45r|Xmetanetx.reactionr|X MNXR100933r|Xrhear|]r|(X11500r|X11501r|X11502r|X11503r|eujG`Xb3198r|jH`h#jI`h2]r|j :ar}Rr}jM`}r}(jgfGjO`)r}}r}(hXkdo8p_cr}hX(3-Deoxy-D-manno-octulosonate 8-phosphater}h}r}h}r}(Xbigg.metaboliter }Xkdo8pr }Xbiocycr }X META:KDO-8Pr }Xchebir }]r}(X CHEBI:11552r}X CHEBI:11788r}X CHEBI:1494r}X CHEBI:18069r}X CHEBI:20006r}X CHEBI:42115r}X CHEBI:58368r}X CHEBI:85985r}eX kegg.compoundr}XC04478r}Xmetanetx.chemicalr}X MNXM146080r}X seed.compoundr}Xcpd02730r}uh0Nh1h2]r}r}Rr}jn`X C8H12O11Pr }jp`jq`jr`Jjs`GubGj|G?j;nG?uh0Njt`Gju`G@@ubj<`)r!}}r"}(hXKDOPSr#}hX73-deoxy -D-manno-octulosonic -acid 8-phosphate synthaser$}h}r%}h}r&}(jC`X SBO:0000375r'}X bigg.reactionr(}XKDOPSr)}Xec-coder*}X2.5.1.55r+}X kegg.reactionr,}XR03254r-}Xmetanetx.reactionr.}X MNXR100934r/}Xrhear0}]r1}(X14053r2}X14054r3}X14055r4}X14056r5}eujG`Xb1215r6}jH`h#jI`h2]r7}j:ar8}Rr9}jM`}r:}(jGjgfGjGj}G?j;nG?uh0Njt`Gju`G@@ubj<`)r;}}r<}(hXKG6PDCr=}hX+3-keto-L-gulonate 6-phosphate decarboxylaser>}h}r?}h}r@}(jC`X SBO:0000375rA}X bigg.reactionrB}XKG6PDCrC}XbiocycrD}X META:RXN0-705rE}Xec-coderF}X4.1.1.85rG}X kegg.reactionrH}XR07125rI}Xmetanetx.reactionrJ}X MNXR100935rK}XrhearL}]rM}(X14353rN}X14354rO}X14355rP}X14356rQ}eujG`Xb4196 or b3581rR}jH`h#jI`h2]rS}(j-:j?:erT}RrU}jM`}rV}(jGjnGjG?jO`)rW}}rX}(hX xu5p__L_crY}hXL-Xylulose 5-phosphaterZ}h}r[}h}r\}(Xbigg.metaboliter]}Xxu5p__Lr^}Xbiocycr_}XMETA:L-XYLULOSE-5-Pr`}Xchebira}]rb}(X CHEBI:13191rc}X CHEBI:16593rd}X CHEBI:21427re}X CHEBI:57829rf}X CHEBI:6328rg}eX kegg.compoundrh}XC03291ri}Xmetanetx.chemicalrj}XMNXM1238rk}X seed.compoundrl}Xcpd02100rm}uh0Nh1h2]rn}ro}Rrp}jn`XC5H9O8Prq}jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rr}}rs}(hXKabcpprt}hX%Potassium ABC transporter (periplasm)ru}h}rv}h}rw}(jC`X SBO:0000375rx}X bigg.reactionry}XKabcpprz}Xbiocycr{}]r|}(XMETA:3.6.3.10-RXNr}}XMETA:3.6.3.12-RXNr~}XMETA:TRANS-RXN-2r}eXec-coder}]r}(X3.6.3.10r}X3.6.3.12r}eXmetanetx.reactionr}X MNXR100657r}Xrhear}]r}(X16777#1r}X16778#1r}X16779#1r}X16780#1r}eujG`XH( b0697 and b0698 and b0696 ) or ( b0696 and b0698 and b0697 and b4513 )r}jH`h#jI`h2]r}(jQ:jc:ju:j:er}Rr}jM`}r}(jbGjgfGjO`)r}}r}(hXk_pr}hX Potassiumr}h}r}h}r}(Xbigg.metaboliter}j-gXbiocycr}XMETA:KCLr}Xchebir}]r}(X CHEBI:26219r}X CHEBI:29103r}X CHEBI:49685r}X CHEBI:8345r}eXhmdbr}X HMDB00586r}X kegg.compoundr}]r}(XC00238r}XC12568r}eX kegg.drugr}]r}(XD01168r}XD08403r}eXmetanetx.chemicalr}XMNXM95r}X seed.compoundr}Xcpd00205r}uh0Nh1h2]r}r}Rr}jn`jGgjp`jcjr`Kjs`GubGjmG?jnG?j&gG?j;nG?uh0Njt`Gju`G@@ubj<`)r}}r}(hXKt2ppr}hX5Potassium transport in via proton symport (periplasm)r}h}r}h}r}(jC`X SBO:0000375r}X bigg.reactionr}XKt2ppr}Xbiocycr}XMETA:TRANS-RXN-3r}Xmetanetx.reactionr}X MNXR100951r}Xrhear}]r}(X28490r}X28491r}X28492r}X28493r}eujG`XP( b3290 and b1291 and b1363 ) or ( b3290 and b1291 and b3849 ) or b1250 or b3747r}jH`h#jI`h2]r}(j:j:j:j:j:j:er}Rr}jM`}r}(j̪Gj}GjnG?j&gG?uh0Njt`Gju`G@@ubj<`)r}}r}(hXKt3ppr}hX7Potassium transport out via proton antiport (periplasm)r}h}r}h}r}(jC`X SBO:0000375r}X bigg.reactionr}XKt3ppr}Xbiocycr}XMETA:TRANS-RXN-42r}Xmetanetx.reactionr}X MNXR100939r}Xrhear}]r}(X29467r}X29468r}X29469r}X29470r}eujG`X b3350 or b1216 or b0842 or b0047r}jH`h#jI`h2]r}(j;j;j);jAer}Rr}jM`}r}(j̪Gj&gGjnG?j}G?uh0Njt`Gju`G@@ubj<`)r}}r}(hXKtexr}hX>Potassium transport via diffusion (extracellular to periplasm)r}h}r}h}r}(jC`X SBO:0000375r}X bigg.reactionr}XKtexr}Xbiocycr}]r}(XMETA:TRANS-RXN-143r}XMETA:TRANS-RXN-185r}XMETA:TRANS-RXN-186r}XMETA:TRANS-RXN-187r}XMETA:TRANS-RXN-190r}eXmetanetx.reactionr}X MNXR100950r}Xrhear}]r}(X29463r}X29464r}X29465r}X29466r}eujG`X b1377 or b0241 or b0929 or b2215r}jH`h#jI`h2]r}(hIh[h7h er}Rr}jM`}r}(jGj}G?uh0Njt`G@ju`G@@ubj<`)r}}r}(hXL_LACD2r~hX$L-Lactate dehydrogenase (ubiquinone)r~h}r~h}r~(jC`X SBO:0000375r~X bigg.reactionr~XL_LACD2r~Xec-coder~X1.1.2.3r~Xmetanetx.reactionr ~X MNXR101273r ~ujG`X&b3605 or ( b0307 and b0306 and b0308 )r ~jH`h#jI`h2]r ~(j;;jM;j_;jq;er ~Rr~jM`}r~(jO`)r~}r~(hXlac__L_cr~hX L-Lactater~h}r~h}r~(Xbigg.metaboliter~Xlac__Lr~Xbiocycr~XMETA:L-LACTATEr~Xchebir~]r~(X CHEBI:11065r~X CHEBI:12411r~X CHEBI:16651r~X CHEBI:18783r~X CHEBI:422r ~eXhmdbr!~]r"~(X HMDB00190r#~X HMDB03328r$~X HMDB62492r%~eX kegg.compoundr&~XC00186r'~Xmetanetx.chemicalr(~XMNXM179r)~X seed.compoundr*~Xcpd00159r+~uh0Nh1h2]r,~r-~Rr.~jn`XC3H5O3r/~jp`jq`jr`Jjs`GubGjuGjG?jkG?uh0Njt`Gju`G@@ubj<`)r0~}r1~(hXL_LACD3r2~hX%L-Lactate dehydrogenase (menaquinone)r3~h}r4~h}r5~(jC`X SBO:0000375r6~X bigg.reactionr7~XL_LACD3r8~Xec-coder9~X1.1.2.3r:~Xmetanetx.reactionr;~X MNXR101275r<~ujG`X&b3605 or ( b0307 and b0306 and b0308 )r=~jH`h#jI`h2]r>~(j;;jM;j_;jq;er?~Rr@~jM`}rA~(j~GjGjhG?jG?uh0Njt`Gju`G@@ubj<`)rB~}rC~(hX L_LACt2rpprD~hX=L-lactate reversible transport via proton symport (periplasm)rE~h}rF~h}rG~(jC`X SBO:0000375rH~X bigg.reactionrI~X L_LACt2rpprJ~XbiocycrK~XMETA:TRANS-RXN-104rL~Xmetanetx.reactionrM~X MNXR101277rN~XrhearO~]rP~(X29415rQ~X29416rR~X29417rS~X29418rT~eujG`Xb3603 or b2975rU~jH`h#jI`h2]rV~(j7jIerW~RrX~jM`}rY~(j̪GjO`)rZ~}r[~(hXlac__L_pr\~hX L-Lactater]~h}r^~h}r_~(Xbigg.metaboliter`~Xlac__Lra~Xbiocycrb~XMETA:L-LACTATErc~Xchebird~]re~(X CHEBI:11065rf~X CHEBI:12411rg~X CHEBI:16651rh~X CHEBI:18783ri~X CHEBI:422rj~eXhmdbrk~]rl~(X HMDB00190rm~X HMDB03328rn~X HMDB62492ro~eX kegg.compoundrp~XC00186rq~Xmetanetx.chemicalrr~XMNXM179rs~X seed.compoundrt~Xcpd00159ru~uh0Nh1h2]rv~rw~Rrx~jn`XC3H5O3ry~jp`jcjr`Jjs`GubGjnG?j~G?uh0Njt`G@ju`G@@ubj<`)rz~}r{~(hXL_LACtexr|~hX>L-lactate transport via diffusion (extracellular to periplasm)r}~h}r~~h}r~(jC`X SBO:0000375r~X bigg.reactionr~XL_LACtexr~Xmetanetx.reactionr~X MNXR100999r~Xrhear~]r~(X34987r~X34988r~X34989r~X34990r~eujG`X b2215 or b0929 or b1377 or b0241r~jH`h#jI`h2]r~(hIh[h7h er~Rr~jM`}r~(j'GjZ~G?uh0Njt`G@ju`G@@ubj<`)r~}r~(hXLA4NTppr~hX^4-amino-4-deoxy-L-arabinotransferase (LPS lipid A modification, periplasmic face of membrane))r~h}r~h}r~(jC`X SBO:0000375r~X bigg.reactionr~XLA4NTppr~Xmetanetx.reactionr~X MNXR100954r~ujG`Xb2257r~jH`h#jI`h2]r~j;ar~Rr~jM`}r~(jm GjO`)r~}r~(hXuLa4n_pr~hX2Undecaprenyl phosphate-4-amino-4-deoxy-L-arabinoser~h}r~h}r~(Xbigg.metaboliter~XuLa4nr~Xmetanetx.chemicalr~X MNXM90891r~X seed.compoundr~Xcpd15576r~uh0Nh1h2]r~r~Rr~jn`X C60H100N1O7P1r~jp`jcjr`Kjs`GubGjG?j G?uh0Njt`Gju`G@@ubj<`)r~}r~(hXLACZr~hXB-galactosidaser~h}r~h}r~(jC`X SBO:0000375r~X bigg.reactionr~XLACZr~Xec-coder~]r~(X 3.2.1.108r~X3.2.1.23r~eX kegg.reactionr~]r~(XR01100r~XR06114r~eXmetanetx.reactionr~X MNXR101000r~Xrhear~]r~(X10076r~X10077r~X10078r~X10079r~eujG`Xb0344r~jH`h#jI`h2]r~j;ar~Rr~jM`}r~(jgfGjO`)r~}r~(hXlcts_cr~hXLactose C12H22O11r~h}r~h}r~(Xbigg.metaboliter~Xlctsr~Xbiocycr~]r~(XMETA:CPD-15971r~XMETA:CPD-15972r~eXchebir~]r~(X CHEBI:10296r~X CHEBI:10380r~X CHEBI:10428r~X CHEBI:14497r~X CHEBI:17716r~X CHEBI:22460r~X CHEBI:22760r~X CHEBI:22846r~X CHEBI:25005r~X CHEBI:27755r~X CHEBI:27968r~X CHEBI:28577r~X CHEBI:35463r~X CHEBI:36218r~X CHEBI:43665r~X CHEBI:613009r~eXhmdbr~X HMDB41627r~X kegg.compoundr~]r~(XC00243r~XC01970r~eX kegg.drugr~XD00046r~X kegg.glycanr~XG10504r~Xmetanetx.chemicalr~XMNXM362r~X seed.compoundr~]r~(Xcpd00208r~Xcpd01354r~Xcpd03809r~euh0Nh1h2]r~r~Rr~jn`X C12H22O11rjp`jq`jr`Kjs`GubGjQG?jDG?uh0Njt`Gju`G@@ubj<`)r}r(hXLACZpprhXB-galactosidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLACZppr Xec-coder ]r (X 3.2.1.108r X3.2.1.23r eX kegg.reactionr]r(XR01100rXR06114reXmetanetx.reactionrX MNXR101000rXrhear]r(X10076rX10077rX10078rX10079reujG`Xb2132rjH`h#jI`h2]rj;arRrjM`}r(jDGjO`)r}r (hXlcts_pr!hXLactose C12H22O11r"h}r#h}r$(Xbigg.metaboliter%Xlctsr&Xbiocycr']r((XMETA:CPD-15971r)XMETA:CPD-15972r*eXchebir+]r,(X CHEBI:10296r-X CHEBI:10380r.X CHEBI:10428r/X CHEBI:14497r0X CHEBI:17716r1X CHEBI:22460r2X CHEBI:22760r3X CHEBI:22846r4X CHEBI:25005r5X CHEBI:27755r6X CHEBI:27968r7X CHEBI:28577r8X CHEBI:35463r9X CHEBI:36218r:X CHEBI:43665r;X CHEBI:613009r<eXhmdbr=X HMDB41627r>X kegg.compoundr?]r@(XC00243rAXC01970rBeX kegg.drugrCXD00046rDX kegg.glycanrEXG10504rFXmetanetx.chemicalrGXMNXM362rHX seed.compoundrI]rJ(Xcpd00208rKXcpd01354rLXcpd03809rMeuh0Nh1h2]rNrORrPjn`X C12H22O11rQjp`jcjr`Kjs`GubGjOG?jIG?uh0Njt`Gju`G@@ubj<`)rR}rS(hXLADGMDHrThX8L-alanyl-gamma-D-glutamyl-meso-diaminopimelate hydrolaserUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYXLADGMDHrZXmetanetx.reactionr[X MNXR101002r\ujG`Xb1326r]jH`h#jI`h2]r^j;ar_Rr`jM`}ra(jJGjgfGjG?jG?uh0Njt`Gju`G@@ubj<`)rb}rc(hX LALADGLUtexrdhXIL-alanyl-D-glutamate transport via diffusion (extracellular to periplasm)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriX LALADGLUtexrjXmetanetx.reactionrkX MNXR101003rlXrhearm]rn(X35127roX35128rpX35129rqX35130rreujG`X b0241 or b2215 or b1377 or b0929rsjH`h#jI`h2]rt(hIh[h7h eruRrvjM`}rw(jrGjO`)rx}ry(hX LalaDglu_przhXL-alanine-D-glutamater{h}r|h}r}(Xbigg.metaboliter~XLalaDglurXbiocycrXMETA:CPD0-2190rXchebir]r(X CHEBI:61395rX CHEBI:61566reX kegg.compoundrXC20957rXmetanetx.chemicalrXMNXM3630rX seed.compoundrXcpd15385ruh0Nh1h2]rrRrjn`X C8H13N2O5rjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX LALADGLUtpprhX@L-alanyl-D-glutamate transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LALADGLUtpprXmetanetx.reactionrX MNXR101004rXrhear]r(X35123rX35124rX35125rX35126reujG`X b4130 or b1634 or b3496 or b0709rjH`h#jI`h2]r(j;j;j;j<erRrjM`}r(jxGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX LALALGLUtexrhXIL-alanyl-L-glutamate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LALALGLUtexrXmetanetx.reactionrX MNXR101005rXrhear]r(X35135rX35136rX35137rX35138reujG`X b0241 or b2215 or b1377 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j,sGjO`)r}r(hX LalaLglu_prhXL-alanine-L-glutamaterh}rh}r(Xbigg.metaboliterXLalaLglurXbiocycrXMETA:CPD0-1445rXchebir]r(X CHEBI:61396rX CHEBI:61565reX kegg.compoundrXC20958rXmetanetx.chemicalrXMNXM4026rX seed.compoundrXcpd15388ruh0Nh1h2]rrRrjn`X C8H13N2O5rjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX LALALGLUtpprhX@L-alanyl-L-glutamate transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LALALGLUtpprXmetanetx.reactionrX MNXR101006rXrhear]r(X35131rX35132rX35133rX35134reujG`X b4130 or b1634 or b3496 or b0709rjH`h#jI`h2]r(j;j;j;j<erRrjM`}r(jGj̪GjG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXLALDO2xrhX$D-Lactaldehyde:NAD+ 1-oxidoreductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLALDO2xrXbiocycrX%META:D-LACTALDEHYDE-DEHYDROGENASE-RXNrXec-coder]r(X1.1.1.78rX1.1.1.79reX kegg.reactionrXR02527rXmetanetx.reactionrX MNXR101008rXrhear]r(X24528rX24529rX24530rX24531reujG`Xb3945rjH`h#jI`h2]rjarRrjM`}r(jnGjTGjeujG`h#jH`h#jI`h2]r?r@RrAjM`}rB(jnGjTGj{iGj<G?j[iG?uh0Njt`Gju`G@@ubj<`)rC}rD(hXLALGPrEhX$L-alanyl-gamma-L-glutamate peptidaserFh}rGh}rH(jC`X SBO:0000375rIX bigg.reactionrJXLALGPrKXbiocycrLXMETA:RXN0-6981rMXec-coderNX 3.4.13.18rOXmetanetx.reactionrPX MNXR101011rQXrhearR]rS(X29335rTX29336rUX29337rVX29338rWeujG`Xb0237rXjH`h#jI`h2]rYjKarZRr[jM`}r\(jGjgfGjaG?jeG?uh0Njt`Gju`G@@ubj<`)r]}r^(hXLCADir_hXLactaldehyde dehydrogenaser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXLCADireXbiocycrfXMETA:LACTALDDEHYDROG-RXNrgXec-coderhX1.2.1.22riX kegg.reactionrjXR01446rkXmetanetx.reactionrlX MNXR101018rmXrhearn]ro(X14277rpX14278rqX14279rrX14280rseujG`Xb1415rtjH`h#jI`h2]ruj.arvRrwjM`}rx(jgfGj<GjiGjnG@j~G?j(hX4mop_cr?hX4-Methyl-2-oxopentanoater@h}rAh}rB(Xbigg.metaboliterCX4moprDXbiocycrEXMETA:2K-4CH3-PENTANOATErFXchebirG]rH(X CHEBI:12020rIX CHEBI:17865rJX CHEBI:1891rKX CHEBI:20438rLX CHEBI:41619rMX CHEBI:48430rNeX kegg.compoundrOXC00233rPXmetanetx.chemicalrQXMNXM404rRX seed.compoundrSXcpd00200rTuh0Nh1h2]rUrVRrWjn`XC6H9O3rXjp`jq`jr`Jjs`GubGjeGjG?jHgG?uh0Njt`Gju`G@@ubj<`)rY}rZ(hXLEUTRSr[hXLeucyl-tRNA synthetaser\h}r]h}r^(jC`X SBO:0000375r_X bigg.reactionr`XLEUTRSraXec-coderbX6.1.1.4rcX kegg.reactionrdXR03657reXmetanetx.reactionrfX MNXR101053rgujG`Xb0642rhjH`h#jI`h2]rij<arjRrkjM`}rl(jbGjHgGjO`)rm}rn(hX trnaleu_crohX TRNA(Leu)rph}rqh}rr(Xbigg.metabolitersXtrnaleurtXbiocycruXMETA:LEU-tRNAsrvXchebirw]rx(X CHEBI:10684ryX CHEBI:15180rzX CHEBI:29169r{eX kegg.compoundr|XC01645r}Xmetanetx.chemicalr~X MNXM90880rX seed.compoundr]r(Xcpd11916rXcpd27383reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jO`)r}r(hX leutrna_crhXL-Leucyl-tRNA(Leu)rh}rh}r(Xbigg.metaboliterXleutrnarXchebir]r(X CHEBI:13133rX CHEBI:13134rX CHEBI:16624rX CHEBI:6262reX kegg.compoundrXC02047rXmetanetx.chemicalrXMNXM697rX seed.compoundrXcpd12003ruh0Nh1h2]rrRrjn`XC6H12NORrjp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXLEUabcpprhX.L-leucine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLEUabcpprXbiocycrXMETA:ABC-35-RXNrXmetanetx.reactionrX MNXR101054rXrhear]r(X29807#1rX29808#1rX29809#1rX29810#1reujG`Xf( b3460 and b3455 and b3454 and b3457 and b3456 ) or ( b3458 and b3455 and b3454 and b3457 and b3456 )rjH`h#jI`h2]r(j<j j j j j erRrjM`}r(jbGjgfGjO`)r}r(hXleu__L_prhX L-Leucinerh}rh}r(Xbigg.metaboliterXleu__LrXbiocycrXMETA:LEUrXchebir]r(X CHEBI:10866rÁX CHEBI:13131rāX CHEBI:15603rŁX CHEBI:21348rƁX CHEBI:25017rǁX CHEBI:32619rȁX CHEBI:32620rɁX CHEBI:32627rʁX CHEBI:32628rˁX CHEBI:43646ŕX CHEBI:43695ŕX CHEBI:43733r΁X CHEBI:43814rρX CHEBI:57427rЁX CHEBI:6260rсeXhmdbrҁ]rӁ(X HMDB00687rԁX HMDB62203rՁeX kegg.compoundrց]rׁ(XC00123r؁XC16439rفeX kegg.drugrځXD00030rہX lipidmapsr܁X LMFA01100048r݁Xmetanetx.chemicalrށXMNXM140r߁X seed.compoundr]r(Xcpd00107rXcpd15143reuh0Nh1h2]rrRrjn`XC6H13NO2rjp`jcjr`Kjs`GubGjmG?jnG?jHgG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXLEUt2rpprhX=L-leucine reversible transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLEUt2rpprXmetanetx.reactionrX MNXR101055rujG`Xb0401rjH`h#jI`h2]rj19arRrjM`}r(j̪GjGjnG?jHgG?uh0Njt`G@ju`G@@ubj<`)r}r(hXLEUtexrhX>L-leucine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLEUtexrXbiocycrXMETA:RXN66-447rXmetanetx.reactionrX MNXR101057rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r (jGjG?uh0Njt`G@ju`G@@ubj<`)r }r (hXLGTHLr hXLactoylglutathione lyaser h}rh}r(jC`X SBO:0000375rX bigg.reactionrXLGTHLrXbiocycrXMETA:GLYOXI-RXNrXec-coderX4.4.1.5rX kegg.reactionrXR02530rXmetanetx.reactionrX MNXR100355rXrhear]r(X19069rX19070rX19071rX19072r eujG`Xb1651r!jH`h#jI`h2]r"j<ar#Rr$jM`}r%(j$fGjTGjBbG?uh0Njt`Gju`G@@ubj<`)r&}r'(hX LIPACabcppr(hX3Lipid (cold) A transport via ABC system (periplasm)r)h}r*h}r+(jC`X SBO:0000375r,X bigg.reactionr-X LIPACabcppr.Xmetanetx.reactionr/X MNXR101077r0ujG`Xb0914r1jH`h#jI`h2]r2jar3Rr4jM`}r5(jbGjgfGjl4GjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r6}r7(hX LIPAHT2exr8hXYCore oligosaccharide lipid A:hexadecanoate transferase (n-C16:0) (extracellular membrane)r9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=X LIPAHT2exr>Xmetanetx.reactionr?X MNXR101078r@ujG`Xb0622rAjH`h#jI`h2]rBj<arCRrDjM`}rE(jdGjGj*Gj6G?jG?uh0Njt`Gju`G@@ubj<`)rF}rG(hXLIPAHTexrHhXDLipid A:hexadecanoate transferase (n-C16:0) (extracellular membrane)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXLIPAHTexrNXmetanetx.reactionrOX MNXR101079rPujG`Xb0622rQjH`h#jI`h2]rRj<arSRrTjM`}rU(jGj*GjґGj6G?j G?uh0Njt`Gju`G@@ubj<`)rV}rW(hXLIPAMPLrXhXLipoyl-adenylate protein ligaserYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XLIPAMPLr^Xmetanetx.reactionr_X MNXR101080r`ujG`Xb4386rajH`h#jI`h2]rbj<arcRrdjM`}re(jO`)rf}rg(hX lipoamp_crhhX Lipoyl-AMPrih}rjh}rk(Xbigg.metaboliterlXlipoamprmXbiocycrnXMETA:LIPOYL-AMProXchebirp]rq(X CHEBI:55451rrX CHEBI:58923rsX CHEBI:83091rtX CHEBI:83864rueXhmdbrvX HMDB59635rwX kegg.compoundrxXC16238ryXmetanetx.chemicalrzXMNXM2392r{X seed.compoundr|Xcpd14955r}uh0Nh1h2]r~rRrjn`X C18H25N5O8PS2rjp`jq`jr`Jjs`GubGjG?jygG?uh0Njt`Gju`G@@ubj<`)r}r(hXLIPATPTrhX!Lipoate-ATP adenylate transferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLIPATPTrXbiocycrX META:RXN-8654rXec-coder]r(X2.7.7.63rX6.3.1.20reX kegg.reactionrXR07770rXmetanetx.reactionrX MNXR101081rXrhear]r(X12913rX12914rX12915rX12916reujG`Xb4386rjH`h#jI`h2]rj<arRrjM`}r(jbGjO`)r}r(hX lipoate_crhXLipoaterh}rh}r(Xbigg.metaboliterXlipoaterXbiocycrXMETA:LIPOIC-ACIDrXchebir]r(X CHEBI:14519rX CHEBI:146958rX CHEBI:16494rX CHEBI:25056rX CHEBI:25058rX CHEBI:30313rX CHEBI:30314rX CHEBI:30315rX CHEBI:43790rX CHEBI:43796rX CHEBI:6492rX CHEBI:83088reXhmdbr]r(X HMDB01451rX HMDB14312reX kegg.compoundr]r(XC00725rXC16241reX kegg.drugrXD00086rX lipidmapsr‚X LMFA01130001rÂXmetanetx.chemicalrĂXMNXM1484rłX seed.compoundrƂ]rǂ(Xcpd00541rȂXcpd14958rɂeuh0Nh1h2]rʂr˂Rr̂jn`X C8H14O2S2r͂jp`jq`jr`Kjs`GubGjfG?jnnG?uh0Njt`Gju`G@@ubj<`)r΂}rς(hX LIPAabcpprЂhX,Lipid A transport via ABC system (periplasm)rтh}r҂h}rӂ(jC`X SBO:0000375rԂX bigg.reactionrՂX LIPAabcpprւXmetanetx.reactionrׂX MNXR101082r؂Xrhearق]rڂ(X35251#1rۂX35252#1r܂X35253#1r݂X35254#1rނeujG`Xb0914r߂jH`h#jI`h2]rjarRrjM`}r(jbGjgfGj 4GjmG?jnG?jO`)r}r(hXlipa_prhXKDO(2)-lipid (A)rh}rh}r(Xbigg.metaboliterXliparXchebir]r(X CHEBI:23656rX CHEBI:27963rX CHEBI:4476rX CHEBI:58540reX kegg.compoundrXC06026rX lipidmapsrX LMSL02000001rXmetanetx.chemicalrXMNXM946rX seed.compoundrXcpd03587ruh0Nh1h2]rrRrjn`XC110H196N2O39P2rjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX LIPAabctexrhX=Lipid A transport via ABC system (periplasm to extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LIPAabctexrXmetanetx.reactionrX MNXR101083rujG`X-b4261 and b3201 and b3200 and b3199 and b4262r jH`h#jI`h2]r (jjjjjer Rr jM`}r (jbGjgfGjGjmG?jnG?jґG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXLIPOCTrhXLipoyl(octanoyl) transferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLIPOCTrXmetanetx.reactionrX MNXR101089rujG`Xb0630rjH`h#jI`h2]rj<arRrjM`}r(jnGjdGjrG?jO`)r}r(hXoctapb_cr hXOctanoate (protein bound)r!h}r"h}r#(Xbigg.metaboliter$Xoctapbr%Xmetanetx.chemicalr&X MNXM147531r'uh0Nh1h2]r(r)Rr*jn`XC8H15Or+jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r,}r-(hXLIPOSr.hXLipoate synthaser/h}r0h}r1(jC`X SBO:0000375r2X bigg.reactionr3XLIPOSr4Xmetanetx.reactionr5X MNXR101090r6ujG`Xb0628r7jH`h#jI`h2]r8j<ar9Rr:jM`}r;(jaGj%bGjnGjiGjGjpaG?jG@jFeG@jygG?jgG@jhX0Lipoate transport via proton symport (periplasm)r?h}r@h}rA(jC`X SBO:0000375rBX bigg.reactionrCXLIPOt2pprDXmetanetx.reactionrEX MNXR101091rFujG`h#jH`h#jI`h2]rGrHRrIjM`}rJ(j̪GjO`)rK}rL(hX lipoate_prMhXLipoaterNh}rOh}rP(Xbigg.metaboliterQXlipoaterRXbiocycrSXMETA:LIPOIC-ACIDrTXchebirU]rV(X CHEBI:14519rWX CHEBI:146958rXX CHEBI:16494rYX CHEBI:25056rZX CHEBI:25058r[X CHEBI:30313r\X CHEBI:30314r]X CHEBI:30315r^X CHEBI:43790r_X CHEBI:43796r`X CHEBI:6492raX CHEBI:83088rbeXhmdbrc]rd(X HMDB01451reX HMDB14312rfeX kegg.compoundrg]rh(XC00725riXC16241rjeX kegg.drugrkXD00086rlX lipidmapsrmX LMFA01130001rnXmetanetx.chemicalroXMNXM1484rpX seed.compoundrq]rr(Xcpd00541rsXcpd14958rteuh0Nh1h2]rurvRrwjn`X C8H14O2S2rxjp`jcjr`Kjs`GubGjnG?jG?uh0Njt`Gju`G@@ubj<`)ry}rz(hXLIPOtexr{hX<Lipoate transport via diffusion (extracellular to periplasm)r|h}r}h}r~(jC`X SBO:0000375rX bigg.reactionrXLIPOtexrXbiocycrXMETA:TRANS-RXN0-278rXmetanetx.reactionrX MNXR101092rXrhear]r(X29755rX29756rX29757rX29758reujG`X b0929 or b1377 or b2215 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjKG?uh0Njt`G@ju`G@@ubj<`)r}r(hXLPADSSrhXLipid A disaccaride synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPADSSrXbiocycrX META:LIPIDADISACCHARIDESYNTH-RXNrXec-coderX 2.4.1.182rX kegg.reactionrXR04606rXmetanetx.reactionrX MNXR101119rXrhear]r(X22668rX22669rX22670rX22671reujG`Xb0182rjH`h#jI`h2]rj=arRrjM`}r(jO`)r}r(hXlipidX_crhX?2,3-Bis(3-hydroxytetradecanoyl)-beta-D-glucosaminyl 1-phosphaterh}rh}r(Xbigg.metaboliterXlipidXrXbiocycrXMETA:BISOHMYR-GLUCOSAMINYL-1PrXchebir]r(X CHEBI:11413rX CHEBI:16942rX CHEBI:19303rX CHEBI:57957rX CHEBI:870reX kegg.compoundrXC04824rX lipidmapsrX LMSL01020001rXmetanetx.chemicalrƒXMNXM1839rÃX seed.compoundră]rŃ(Xcpd02930rƃXcpd29679rǃeuh0Nh1h2]rȃrɃRrʃjn`X C34H64NO12Pr˃jp`jq`jr`Jjs`GubGjO`)r̃}r̓(hXu23ga_cr΃hX.UDP-2,3-bis(3-hydroxytetradecanoyl)glucosaminerσh}rЃh}rу(Xbigg.metaboliter҃Xu23garӃXbiocycrԃXMETA:OH-MYRISTOYLrՃXchebirփ]r׃(X CHEBI:78847r؃X CHEBI:82845rكeX kegg.compoundrڃXC04652rۃXmetanetx.chemicalr܃XMNXM1199r݃X seed.compoundrރXcpd02835r߃uh0Nh1h2]rrRrjn`X C43H75N3O20P2rjp`jq`jr`Jjs`GubGjnG?jO`)r}r(hX lipidAds_crhXLipid A Disacchariderh}rh}r(Xbigg.metaboliterXlipidAdsrXbiocycrXMETA:BISOHMYR-GLCrXchebir]r(X CHEBI:11414rX CHEBI:11415rX CHEBI:18380rX CHEBI:19293rX CHEBI:58466rX CHEBI:862reX kegg.compoundrXC04932rXmetanetx.chemicalrXMNXM1569rX seed.compoundrXcpd03002ruh0Nh1h2]rrRrjn`X C68H127N2O20Prjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1A120pprhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C12:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1A120pprXec-coder X3.1.1.5r Xmetanetx.reactionr X MNXR101141r ujG`Xb0494r jH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1ddecg3p_prhX$1-dodecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX1ddecg3prXbiocycrXMETA:CPD0-2200rXchebir]r(X CHEBI:62840rX CHEBI:72682reX lipidmapsr X LMGP10050015r!Xmetanetx.chemicalr"XMNXM4232r#X seed.compoundr$Xcpd15325r%uh0Nh1h2]r&r'Rr(jn`X C15H29O7P1r)jp`jcjr`Jjs`GubGjDGjG?j_G?j̪G?uh0Njt`Gju`G@@ubj<`)r*}r+(hXLPLIPAL1A140ppr,hXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C14:0) (periplasm)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1XLPLIPAL1A140ppr2Xec-coder3X3.1.1.5r4Xmetanetx.reactionr5X MNXR101142r6ujG`Xb0494r7jH`h#jI`h2]r8j!=ar9Rr:jM`}r;(jO`)r<}r=(hX 1tdecg3p_pr>hX'1-tetradecanoyl-sn-glycerol 3-phosphater?h}r@h}rA(Xbigg.metaboliterBX1tdecg3prCXbiocycrDXMETA:CPD-18379rEXchebirF]rG(X CHEBI:62833rHX CHEBI:72683rIeXhmdbrJX HMDB62321rKX lipidmapsrLX LMGP10050007rMXmetanetx.chemicalrNXMNXM3426rOX seed.compoundrPXcpd15331rQuh0Nh1h2]rRrSRrTjn`X C17H33O7P1rUjp`jcjr`Jjs`GubGjDGj_G?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)rV}rW(hXLPLIPAL1A141pprXhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C14:1) (periplasm)rYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XLPLIPAL1A141ppr^Xec-coder_X3.1.1.5r`Xmetanetx.reactionraX MNXR101143rbujG`Xb0494rcjH`h#jI`h2]rdj!=areRrfjM`}rg(jO`)rh}ri(hX 1tdec7eg3p_prjhX*1-tetradec-7-enoyl-sn-glycerol 3-phosphaterkh}rlh}rm(Xbigg.metaboliternX 1tdec7eg3proXmetanetx.chemicalrpX MNXM91053rqX seed.compoundrrXcpd15330rsuh0Nh1h2]rtruRrvjn`X C17H31O7P1rwjp`jcjr`Jjs`GubGjDGj_G?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)rx}ry(hXLPLIPAL1A160pprzhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C16:0) (periplasm)r{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXLPLIPAL1A160pprXec-coderX3.1.1.5rXmetanetx.reactionrX MNXR101144rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1hdecg3p_prhX&1-hexadecanoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX1hdecg3prXmetanetx.chemicalrX MNXM90586rX seed.compoundrXcpd15327ruh0Nh1h2]rrRrjn`X C19H37O7P1rjp`jcjr`Jjs`GubGjDGj_G?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1A161pprhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C16:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1A161pprXmetanetx.reactionrX MNXR101145rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1hdec9eg3p_prhX)1-hexadec-9-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX 1hdec9eg3prXmetanetx.chemicalrX MNXM91047rX seed.compoundrXcpd15326ruh0Nh1h2]rrRrjn`X C19H35O7P1rjp`jcjr`Jjs`GubGjDGj_G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1A180pprhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C18:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1A180ppr„Xec-coderÄX3.1.1.5rĄXmetanetx.reactionrńX MNXR101146rƄujG`Xb0494rDŽjH`h#jI`h2]rȄj!=arɄRrʄjM`}r˄(jO`)r̄}r̈́(hX 1odecg3p_pr΄hX&1-octadecanoyl-sn-glycerol 3-phosphaterτh}rЄh}rф(Xbigg.metaboliter҄X1odecg3prӄXbiocycrԄXMETA:CPD0-2113rՄXchebirք]rׄ(X CHEBI:74565r؄X CHEBI:74850rلeX lipidmapsrڄX LMGP10050005rۄXmetanetx.chemicalr܄X MNXM32950r݄X seed.compoundrބXcpd15329r߄uh0Nh1h2]rrRrjn`X C21H41O7P1rjp`jcjr`Jjs`GubGjDGj_G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1A181pprhXFLysophospholipase L1 (2-acylglycerophosphotidate, n-C18:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1A181pprXmetanetx.reactionrX MNXR101147rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1odec11eg3p_prhX*1-octadec-11-enoyl-sn-glycerol 3-phosphaterh}rh}r(Xbigg.metaboliterX 1odec11eg3prXmetanetx.chemicalrX MNXM91049rX seed.compoundrXcpd15328ruh0Nh1h2]rrRrjn`X C21H39O7P1rjp`jcjr`Jjs`GubGjDGj_G?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1E120pprhXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C12:0) (periplasm)rh}rh}r (jC`X SBO:0000375r X bigg.reactionr XLPLIPAL1E120ppr Xmetanetx.reactionr X MNXR101148rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpe120_prhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C12:0)rh}rh}r(Xbigg.metaboliterX1agpe120rXbiocycrXMETA:CPD0-2148rX lipidmapsrX LMGP02050005rXmetanetx.chemicalr X MNXM32692r!X seed.compoundr"Xcpd26432r#uh0Nh1h2]r$r%Rr&jn`X C17H36NO7P1r'jp`jcjr`Kjs`GubGjDGjG?jLG?j̪G?uh0Njt`Gju`G@@ubj<`)r(}r)(hXLPLIPAL1E140ppr*hXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C14:0) (periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XLPLIPAL1E140ppr0Xmetanetx.reactionr1X MNXR101149r2ujG`Xb0494r3jH`h#jI`h2]r4j!=ar5Rr6jM`}r7(jO`)r8}r9(hX 1agpe140_pr:hX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:0)r;h}r<h}r=(Xbigg.metaboliter>X1agpe140r?Xbiocycr@XMETA:CPD0-2147rAXchebirB]rC(X CHEBI:84299rDX CHEBI:85215rEeXhmdbrFX HMDB11500rGX lipidmapsrHX LMGP02050003rIXmetanetx.chemicalrJX MNXM32693rKX seed.compoundrLXcpd26431rMuh0Nh1h2]rNrORrPjn`X C19H40NO7P1rQjp`jcjr`Kjs`GubGjDGjLG?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)rR}rS(hXLPLIPAL1E141pprThXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C14:1) (periplasm)rUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYXLPLIPAL1E141pprZXmetanetx.reactionr[X MNXR101150r\ujG`Xb0494r]jH`h#jI`h2]r^j!=ar_Rr`jM`}ra(jO`)rb}rc(hX 1agpe141_prdhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C14:1)reh}rfh}rg(Xbigg.metaboliterhX1agpe141riXmetanetx.chemicalrjXMNXM6599rkuh0Nh1h2]rlrmRrnjn`X C19H38NO7P1rojp`jcjr`Kjs`GubGjDGjLG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)rp}rq(hXLPLIPAL1E160pprrhXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C16:0) (periplasm)rsh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwXLPLIPAL1E160pprxXmetanetx.reactionryX MNXR101151rzXrhear{]r|(X40891r}X40892r~X40893rX40894reujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpe160_prhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:0)rh}rh}r(Xbigg.metaboliterX1agpe160rXbiocycrX META:CPD-8353rXchebir]r(X CHEBI:73004rX CHEBI:73134reXhmdbrX HMDB11503rX lipidmapsrX LMGP02050002rXmetanetx.chemicalrX MNXM32511rX seed.compoundrXcpd25195ruh0Nh1h2]rrRrjn`X C21H44NO7P1rjp`jcjr`Kjs`GubGjDGjLG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1E161pprhXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C16:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1E161pprXmetanetx.reactionrX MNXR101152rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpe161_prhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C16:1)rh}rh}r(Xbigg.metaboliterX1agpe161rXmetanetx.chemicalrXMNXM6601ruh0Nh1h2]rrRrjn`X C21H42NO7P1rjp`jcjr`Kjs`GubGjDGjLG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1E180pprhXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C18:0) (periplasm)rh}r…h}rÅ(jC`X SBO:0000375rąX bigg.reactionrŅXLPLIPAL1E180pprƅXmetanetx.reactionrDžX MNXR101153rȅujG`Xb0494rɅjH`h#jI`h2]rʅj!=ar˅Rr̅jM`}rͅ(jO`)r΅}rυ(hX 1agpe180_prЅhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:0)rхh}r҅h}rӅ(Xbigg.metaboliterԅX1agpe180rՅXbiocycrօXMETA:CPD0-2152rׅXchebir؅]rم(X CHEBI:75036rڅX CHEBI:83047rۅeXhmdbr܅X HMDB11130r݅X kegg.compoundrޅXC21484r߅X lipidmapsrX LMGP02050001rXmetanetx.chemicalrX MNXM32694rX seed.compoundrXcpd26433ruh0Nh1h2]rrRrjn`X C23H48NO7P1rjp`jcjr`Kjs`GubGjDGjLG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1E181pprhXLLysophospholipase L1 (2-acylglycerophosphoethanolamine, n-C18:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1E181pprXmetanetx.reactionrX MNXR101154rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpe181_prhX11-Acyl-sn-glycero-3-phosphoethanolamine (n-C18:1)rh}rh}r(Xbigg.metaboliterX1agpe181rXmetanetx.chemicalrXMNXM9584ruh0Nh1h2]rrRrjn`X C23H46NO7P1rjp`jcjr`Kjs`GubGjDGjLG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)r}r (hXLPLIPAL1G120ppr hXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C12:0) (periplasm)r h}r h}r (jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1G120pprXmetanetx.reactionrX MNXR101155rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpg120_prhX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C12:0)rh}rh}r(Xbigg.metaboliterX1agpg120rXbiocycr XMETA:CPD0-2144r!X lipidmapsr"X LMGP04050011r#Xmetanetx.chemicalr$X MNXM32695r%X seed.compoundr&Xcpd26430r'uh0Nh1h2]r(r)Rr*jn`X C18H36O9P1r+jp`jcjr`Jjs`GubGjDGjG?jLG?j̪G?uh0Njt`Gju`G@@ubj<`)r,}r-(hXLPLIPAL1G140ppr.hXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C14:0) (periplasm)r/h}r0h}r1(jC`X SBO:0000375r2X bigg.reactionr3XLPLIPAL1G140ppr4Xmetanetx.reactionr5X MNXR101156r6ujG`Xb0494r7jH`h#jI`h2]r8j!=ar9Rr:jM`}r;(jO`)r<}r=(hX 1agpg140_pr>hX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C14:0)r?h}r@h}rA(Xbigg.metaboliterBX1agpg140rCXbiocycrDXMETA:CPD0-2143rEXchebirF]rG(X CHEBI:72826rHX CHEBI:73092rIeX lipidmapsrJX LMGP04050012rKXmetanetx.chemicalrLXMNXM6603rMX seed.compoundrNXcpd26429rOuh0Nh1h2]rPrQRrRjn`X C20H40O9P1rSjp`jcjr`Jjs`GubGjDGjLG?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)rT}rU(hXLPLIPAL1G141pprVhXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C14:1) (periplasm)rWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[XLPLIPAL1G141ppr\Xmetanetx.reactionr]X MNXR101157r^ujG`Xb0494r_jH`h#jI`h2]r`j!=araRrbjM`}rc(jO`)rd}re(hX 1agpg141_prfhX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C14:1)rgh}rhh}ri(Xbigg.metaboliterjX1agpg141rkXmetanetx.chemicalrlXMNXM6604rmuh0Nh1h2]rnroRrpjn`X C20H38O9P1rqjp`jcjr`Jjs`GubGjDGjLG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)rr}rs(hXLPLIPAL1G160pprthXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C16:0) (periplasm)ruh}rvh}rw(jC`X SBO:0000375rxX bigg.reactionryXLPLIPAL1G160pprzXmetanetx.reactionr{X MNXR101158r|ujG`Xb0494r}jH`h#jI`h2]r~j!=arRrjM`}r(jO`)r}r(hX 1agpg160_prhX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C16:0)rh}rh}r(Xbigg.metaboliterX1agpg160rXbiocycrXMETA:CPD0-2162rXchebir]r(X CHEBI:72825rX CHEBI:73093rX CHEBI:75158rX CHEBI:75376reX lipidmapsrX LMGP04050008rXmetanetx.chemicalrXMNXM6605rX seed.compoundrXcpd26434ruh0Nh1h2]rrRrjn`X C22H44O9P1rjp`jcjr`Jjs`GubGjDGjLG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1G161pprhXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C16:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1G161pprXmetanetx.reactionrX MNXR101159rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpg161_prhX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C16:1)rh}rh}r(Xbigg.metaboliterX1agpg161rXmetanetx.chemicalrXMNXM6606ruh0Nh1h2]rrRrjn`X C22H42O9P1rjp`jcjr`Jjs`GubGjDGjLG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1G180pprhXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C18:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1G180ppr†Xmetanetx.reactionrÆX MNXR101160rĆujG`Xb0494rņjH`h#jI`h2]rƆj!=ardžRrȆjM`}rɆ(jO`)rʆ}rˆ(hX 1agpg180_pr̆hX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C18:0)r͆h}rΆh}rφ(Xbigg.metaboliterІX1agpg180rцXbiocycr҆XMETA:CPD0-2140rӆXchebirԆ]rՆ(X CHEBI:72827rֆX CHEBI:73091r׆eX lipidmapsr؆X LMGP04050009rنXmetanetx.chemicalrچXMNXM6607rۆX seed.compoundr܆Xcpd26428r݆uh0Nh1h2]rކr߆Rrjn`X C24H48O9P1rjp`jcjr`Jjs`GubGjDGjLG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL1G181pprhXHLysophospholipase L1 (2-acylglycerophosphoglycerol, n-C18:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL1G181pprXmetanetx.reactionrX MNXR101161rujG`Xb0494rjH`h#jI`h2]rj!=arRrjM`}r(jO`)r}r(hX 1agpg181_prhX-1-Acyl-sn-glycero-3-phosphoglycerol (n-C18:1)rh}rh}r(Xbigg.metaboliterX1agpg181rXbiocycrX META:CPD-8365rXchebir]r(X CHEBI:72828rX CHEBI:72952reX lipidmapsrX LMGP04050006rXmetanetx.chemicalrX MNXM73868rX seed.compoundrXcpd25202ruh0Nh1h2]rrRrjn`X C24H46O9P1r jp`jcjr`Jjs`GubGjDGjLG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)r }r (hX LPLIPAL2A120r hX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C12:0)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2A120rXec-coderX3.1.1.5rXmetanetx.reactionrX MNXR101162rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjgfGj}G?jG?jnG@uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2A140rhX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C14:0)rh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#X LPLIPAL2A140r$Xec-coder%X3.1.1.5r&Xmetanetx.reactionr'X MNXR101163r(ujG`Xb3825r)jH`h#jI`h2]r*j3=ar+Rr,jM`}r-(jѬGjgfGjG?jnG@jٯG?uh0Njt`Gju`G@@ubj<`)r.}r/(hX LPLIPAL2A141r0hX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C14:1)r1h}r2h}r3(jC`X SBO:0000375r4X bigg.reactionr5X LPLIPAL2A141r6Xec-coder7X3.1.1.5r8Xmetanetx.reactionr9X MNXR101164r:ujG`Xb3825r;jH`h#jI`h2]r<j3=ar=Rr>jM`}r?(jGjgfGjG?jnG@j G?uh0Njt`Gju`G@@ubj<`)r@}rA(hX LPLIPAL2A160rBhX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C16:0)rCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGX LPLIPAL2A160rHXec-coderIX3.1.1.5rJXmetanetx.reactionrKX MNXR101165rLujG`Xb3825rMjH`h#jI`h2]rNj3=arORrPjM`}rQ(j7GjgfGjG?jnG@j;G?uh0Njt`Gju`G@@ubj<`)rR}rS(hX LPLIPAL2A161rThX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C16:1)rUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYX LPLIPAL2A161rZXmetanetx.reactionr[X MNXR101166r\ujG`Xb3825r]jH`h#jI`h2]r^j3=ar_Rr`jM`}ra(jmGjgfGjG?jnG@jwG?uh0Njt`Gju`G@@ubj<`)rb}rc(hX LPLIPAL2A180rdhX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C18:0)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriX LPLIPAL2A180rjXec-coderkX3.1.1.5rlXmetanetx.reactionrmX MNXR101167rnujG`Xb3825rojH`h#jI`h2]rpj3=arqRrrjM`}rs(jGjgfGjG?jnG@jG?uh0Njt`Gju`G@@ubj<`)rt}ru(hX LPLIPAL2A181rvhX:Lysophospholipase L2 (2-acylglycerophosphotidate, n-C18:1)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{X LPLIPAL2A181r|Xmetanetx.reactionr}X MNXR101168r~ujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(j٭GjgfGjG?jnG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATE120rhXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATE120rXmetanetx.reactionrX MNXR101169rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(j GjkGjO`)r}r(hXapg120_crhX#Acyl phosphatidylglycerol (n-C12:0)rh}rh}r(Xbigg.metaboliterXapg120rXbiocycrXMETA:CPD0-2194rXmetanetx.chemicalrX MNXM40226rX seed.compoundrXcpd26441ruh0Nh1h2]rrRrjn`X C42H80O11Prjp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATE140rhXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATE140rXmetanetx.reactionrX MNXR101170rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jCGjGjO`)r}r(hXapg140_crhX#Acyl phosphatidylglycerol (n-C14:0)rh}rh}r(Xbigg.metaboliterXapg140rXbiocycrXMETA:CPD0-2192rXmetanetx.chemicalrX MNXM40227rX seed.compoundr‡Xcpd26440rÇuh0Nh1h2]rćrŇRrƇjn`X C48H92O11PrLJjp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)rȇ}rɇ(hXLPLIPAL2ATE141rʇhXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C14:1)rˇh}ṙh}r͇(jC`X SBO:0000375r·X bigg.reactionrχXLPLIPAL2ATE141rЇXmetanetx.reactionrчX MNXR101171r҇ujG`Xb3825rӇjH`h#jI`h2]rԇj3=arՇRrևjM`}rׇ(jwGjGjO`)r؇}rه(hXapg141_crڇhX#Acyl phosphatidylglycerol (n-C14:1)rۇh}r܇h}r݇(Xbigg.metaboliterއXapg141r߇Xmetanetx.chemicalrXMNXM7019ruh0Nh1h2]rrRrjn`X C48H86O11Prjp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATE160rhXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATE160rXmetanetx.reactionrX MNXR101172rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjwjGjO`)r}r(hXapg160_crhX#Acyl phosphatidylglycerol (n-C16:0)rh}rh}r(Xbigg.metaboliterXapg160rXbiocycrXMETA:CPD0-2197rXmetanetx.chemicalrX MNXM40228rX seed.compoundrXcpd26443ruh0Nh1h2]rrRrjn`X C54H104O11Prjp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)r}r (hXLPLIPAL2ATE161r hXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C16:1)r h}r h}r (jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATE161rXmetanetx.reactionrX MNXR101173rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjjGjO`)r}r(hXapg161_crhX#Acyl phosphatidylglycerol (n-C16:1)rh}rh}r(Xbigg.metaboliterXapg161rXmetanetx.chemicalr XMNXM7021r!uh0Nh1h2]r"r#Rr$jn`X C54H98O11Pr%jp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)r&}r'(hXLPLIPAL2ATE180r(hXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C18:0)r)h}r*h}r+(jC`X SBO:0000375r,X bigg.reactionr-XLPLIPAL2ATE180r.Xmetanetx.reactionr/X MNXR101174r0ujG`Xb3825r1jH`h#jI`h2]r2j3=ar3Rr4jM`}r5(j%GjGjO`)r6}r7(hXapg180_cr8hX#Acyl phosphatidylglycerol (n-C18:0)r9h}r:h}r;(Xbigg.metaboliter<Xapg180r=Xbiocycr>XMETA:CPD0-2195r?Xmetanetx.chemicalr@X MNXM40229rAX seed.compoundrBXcpd26442rCuh0Nh1h2]rDrERrFjn`X C60H116O11PrGjp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)rH}rI(hXLPLIPAL2ATE181rJhXRLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoethanolamine, n-C18:1)rKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXLPLIPAL2ATE181rPXmetanetx.reactionrQX MNXR101175rRujG`Xb3825rSjH`h#jI`h2]rTj3=arURrVjM`}rW(j_GjjGjO`)rX}rY(hXapg181_crZhX#Acyl phosphatidylglycerol (n-C18:1)r[h}r\h}r](Xbigg.metaboliter^Xapg181r_Xmetanetx.chemicalr`XMNXM7023rauh0Nh1h2]rbrcRrdjn`X C60H110O11Prejp`jq`jr`Jjs`GubG?jLG?uh0Njt`Gju`G@@ubj<`)rf}rg(hXLPLIPAL2ATG120rhhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C12:0)rih}rjh}rk(jC`X SBO:0000375rlX bigg.reactionrmXLPLIPAL2ATG120rnXmetanetx.reactionroX MNXR101176rpujG`Xb3825rqjH`h#jI`h2]rrj3=arsRrtjM`}ru(j-GjkGjG?jMG?uh0Njt`Gju`G@@ubj<`)rv}rw(hXLPLIPAL2ATG140rxhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C14:0)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}XLPLIPAL2ATG140r~Xmetanetx.reactionrX MNXR101177rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(j]GjGjG?jMG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATG141rhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATG141rXmetanetx.reactionrX MNXR101178rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjGj؇G?jMG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATG160rhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATG160rXmetanetx.reactionrX MNXR101179rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjwjGjG?jMG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATG161rhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATG161rXmetanetx.reactionrX MNXR101180rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjjGjG?jMG?uh0Njt`Gju`G@@ubj<`)r}r(hXLPLIPAL2ATG180rhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLPLIPAL2ATG180rXmetanetx.reactionrX MNXR101181rujG`Xb3825rjH`h#jI`h2]rˆj3=arÈRrĈjM`}rň(jGjGj6G?jMG?uh0Njt`Gju`G@@ubj<`)rƈ}rLj(hXLPLIPAL2ATG181rȈhXNLysophospholipase L2 (acyltransferase, 2-acyl-glycerophosphoglycerol, n-C18:1)rɈh}rʈh}rˈ(jC`X SBO:0000375r̈X bigg.reactionr͈XLPLIPAL2ATG181rΈXmetanetx.reactionrψX MNXR101182rЈujG`Xb3825rшjH`h#jI`h2]r҈j3=arӈRrԈjM`}rՈ(jMGjjGjXG?jMG?uh0Njt`Gju`G@@ubj<`)rֈ}r׈(hX LPLIPAL2E120r؈hX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C12:0)rوh}rڈh}rۈ(jC`X SBO:0000375r܈X bigg.reactionr݈X LPLIPAL2E120rވXmetanetx.reactionr߈X MNXR101183rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(j GjgfGj}G?jLG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2E140rhX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2E140rXmetanetx.reactionrX MNXR101184rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jCGjgfGjLG?jnG?jٯG?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2E141rhX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2E141rXmetanetx.reactionrX MNXR101185rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jwGjgfGjLG?jnG?j G?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2E160rhX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C16:0)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X LPLIPAL2E160rXec-coderX3.1.1.5rXmetanetx.reactionrX MNXR101186rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjgfGjLG?jnG?j;G?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2E161rhX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2E161r Xmetanetx.reactionr!X MNXR101187r"ujG`Xb3825r#jH`h#jI`h2]r$j3=ar%Rr&jM`}r'(jGjgfGjLG?jnG?jwG?uh0Njt`Gju`G@@ubj<`)r(}r)(hX LPLIPAL2E180r*hX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C18:0)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/X LPLIPAL2E180r0Xec-coder1X3.1.1.5r2Xmetanetx.reactionr3X MNXR101188r4ujG`Xb3825r5jH`h#jI`h2]r6j3=ar7Rr8jM`}r9(j%GjgfGjLG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r:}r;(hX LPLIPAL2E181r<hX@Lysophospholipase L2 (2-acylglycerophosphoethanolamine, n-C18:1)r=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAX LPLIPAL2E181rBXmetanetx.reactionrCX MNXR101189rDujG`Xb3825rEjH`h#jI`h2]rFj3=arGRrHjM`}rI(j_GjgfGjLG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rJ}rK(hX LPLIPAL2G120rLhX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C12:0)rMh}rNh}rO(jC`X SBO:0000375rPX bigg.reactionrQX LPLIPAL2G120rRXmetanetx.reactionrSX MNXR101190rTujG`Xb3825rUjH`h#jI`h2]rVj3=arWRrXjM`}rY(j-GjgfGj}G?jMG?jnG?uh0Njt`Gju`G@@ubj<`)rZ}r[(hX LPLIPAL2G140r\hX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C14:0)r]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraX LPLIPAL2G140rbXmetanetx.reactionrcX MNXR101191rdujG`Xb3825rejH`h#jI`h2]rfj3=argRrhjM`}ri(j]GjgfGjMG?jnG?jٯG?uh0Njt`Gju`G@@ubj<`)rj}rk(hX LPLIPAL2G141rlhX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C14:1)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqX LPLIPAL2G141rrXmetanetx.reactionrsX MNXR101192rtujG`Xb3825rujH`h#jI`h2]rvj3=arwRrxjM`}ry(jGjgfGjMG?jnG?j G?uh0Njt`Gju`G@@ubj<`)rz}r{(hX LPLIPAL2G160r|hX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C16:0)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2G160rXmetanetx.reactionrX MNXR101193rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjgfGjMG?jnG?j;G?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2G161rhX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2G161rXmetanetx.reactionrX MNXR101194rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjgfGjMG?jnG?jwG?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2G180rhX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2G180rXmetanetx.reactionrX MNXR101195rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jGjgfGjMG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX LPLIPAL2G181rhX<Lysophospholipase L2 (2-acylglycerophosphoglycerol, n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX LPLIPAL2G181rXmetanetx.reactionrX MNXR101196rujG`Xb3825rjH`h#jI`h2]rj3=arRrjM`}r(jMGjgfGjMG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXLSERDHrrhXL-serine dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLSERDHrr‰XbiocycrÉXMETA:RXN0-2201rĉXec-coderʼnX 1.1.1.276rƉX kegg.reactionrljXR06126rȉXmetanetx.reactionrɉX MNXR101242rʉXrhearˉ]r̉(X21596r͉X21597rΉX21598rωX21599rЉeujG`Xb1539rщjH`h#jI`h2]r҉jarӉRrԉjM`}rՉ(j[iGjkGj+G?jnG?j{iG?uh0Njt`G@ju`G@@ubj<`)r։}r׉(hXLYSDCr؉hXLysine decarboxylaserىh}rډh}rۉ(jC`X SBO:0000375r܉X bigg.reactionr݉XLYSDCrމXbiocycr߉XMETA:LYSDECARBOX-RXNrXec-coderX4.1.1.18rX kegg.reactionrXR00462rXmetanetx.reactionrX MNXR101256rXrhear]r(X22352rX22353rX22354rX22355reujG`Xb0186 or b4131rjH`h#jI`h2]r(jE=jW=erRrjM`}r(jnGjgGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXLYSTRSrhXLysyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLYSTRSrXec-coderX6.1.1.6rX kegg.reactionrXR03658rXmetanetx.reactionrX MNXR101264rujG`Xb4129 or b2890rjH`h#jI`h2]r(jji=erRrjM`}r(jbGjgGjO`)r}r(hX trnalys_crhX TRNA(Lys)r h}r h}r (Xbigg.metaboliter Xtrnalysr XbiocycrXMETA:LYS-tRNAsrXchebir]r(X CHEBI:10685rX CHEBI:15181rX CHEBI:29185reX kegg.compoundrXC01646rXmetanetx.chemicalrX MNXM90881rX seed.compoundr]r(Xcpd11917rXcpd27388reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jO`)r }r!(hX lystrna_cr"hXL-Lysine-tRNA (Lys)r#h}r$h}r%(Xbigg.metaboliter&Xlystrnar'Xchebir(]r)(X CHEBI:13137r*X CHEBI:13138r+X CHEBI:16047r,X CHEBI:6267r-eX kegg.compoundr.XC01931r/Xmetanetx.chemicalr0X MNXM89922r1X seed.compoundr2]r3(Xcpd01326r4Xcpd15249r5euh0Nh1h2]r6r7Rr8jn`X C6H14N2ORr9jp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)r:}r;(hXLYSabcppr<hX-L-lysine transport via ABC system (periplasm)r=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAXLYSabcpprBXbiocycrCXMETA:ABC-3-RXNrDXec-coderEX3.6.3.21rFXmetanetx.reactionrGX MNXR101265rHXrhearI]rJ(X29887#1rKX29888#1rLX29889#1rMX29890#1rNeujG`X#b2306 and b2310 and b2307 and b2308rOjH`h#jI`h2]rP(jjjjyerQRrRjM`}rS(jbGjgfGjNGjmG?jnG?jgG?j;nG?uh0Njt`Gju`G@@ubj<`)rT}rU(hXLYSt2pprVhX4L-lysine transport in via proton symport (periplasm)rWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[XLYSt2ppr\Xbiocycr]XMETA:TRANS-RXN-58r^Xmetanetx.reactionr_X MNXR101266r`Xrheara]rb(X28911rcX28912rdX28913reX28914rfeujG`Xb2156rgjH`h#jI`h2]rhj{=ariRrjjM`}rk(j̪GjNGjnG?jgG?uh0Njt`Gju`G@@ubj<`)rl}rm(hXLYSt3pprnhXCL-lysine transport out via proton antiport (cytoplasm to periplasm)roh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXLYSt3pprtXmetanetx.reactionruX MNXR101267rvujG`Xb2923rwjH`h#jI`h2]rxjaryRrzjM`}r{(j̪GjgGjnG?jNG?uh0Njt`Gju`G@@ubj<`)r|}r}(hXLYStexr~hX=L-lysine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLYStexrXbiocycrXMETA:TRANS-RXN0-569rXmetanetx.reactionrX MNXR101269rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jWGjNG?uh0Njt`G@ju`G@@ubj<`)r}r(hXLYXIrhXLyxose isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLYXIrXec-coderX5.3.1.-rX kegg.reactionrXR01906rXmetanetx.reactionrX MNXR101270rujG`Xb3903rjH`h#jI`h2]rj=arRrjM`}r(jO`)r}r(hXlyx__L_crhXL-Lyxoserh}rh}r(Xbigg.metaboliterXlyx__LrXbiocycrXMETA:CPD-15867rXchebirX CHEBI:62321rX kegg.compoundrXC01508rXmetanetx.chemicalrXMNXM4641rX seed.compoundrXcpd01067ruh0Nh1h2]rrRrjn`XC5H10O5rjp`jq`jr`Kjs`GubGjO`)r}r(hX xylu__L_crhX L-Xyluloserh}rh}r(Xbigg.metaboliterXxylu__LrXbiocycr]r(XMETA:D-XYLULOSErŠXMETA:L-XYLULOSErÊeXchebirĊ]rŊ(X CHEBI:13035rƊX CHEBI:13190rNJX CHEBI:17140rȊX CHEBI:17399rɊX CHEBI:21120rʊX CHEBI:21425rˊX CHEBI:27353r̊X CHEBI:4268r͊X CHEBI:46514rΊX CHEBI:6326rϊeXhmdbrЊ]rъ(X HMDB00654rҊX HMDB00751rӊX HMDB01644rԊX HMDB02245rՊeX kegg.compoundr֊]r׊(XC00310r؊XC00312rيeXmetanetx.chemicalrڊXMNXM597rۊX seed.compoundr܊]r݊(Xcpd00259rފXcpd00261rߊeuh0Nh1h2]rrRrjn`XC5H10O5rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXLYXt2pprhX1L-Lyxose transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLYXt2pprXbiocycrXMETA:TRANS-RXN0-236rXmetanetx.reactionrX MNXR101271rujG`Xb3907rjH`h#jI`h2]rj=arRrjM`}r(j̪GjO`)r}r(hXlyx__L_prhXL-Lyxoserh}rh}r(Xbigg.metaboliterXlyx__LrXbiocycrXMETA:CPD-15867rXchebirX CHEBI:62321rX kegg.compoundrXC01508rXmetanetx.chemicalrXMNXM4641rX seed.compoundrXcpd01067ruh0Nh1h2]rr Rr jn`XC5H10O5r jp`jcjr`Kjs`GubGjnG?jG?uh0Njt`Gju`G@@ubj<`)r }r (hXLYXtexrhX=L-Lyxose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXLYXtexrXmetanetx.reactionrX MNXR101272rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXM1PDrhX$Mannitol-1-phosphate 5-dehydrogenaserh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XM1PDr$Xbiocycr%XMETA:MANNPDEHYDROG-RXNr&Xec-coder'X1.1.1.17r(X kegg.reactionr)XR02703r*Xmetanetx.reactionr+X MNXR101311r,Xrhear-]r.(X19661r/X19662r0X19663r1X19664r2eujG`Xb3600r3jH`h#jI`h2]r4j=ar5Rr6jM`}r7(jO`)r8}r9(hXmnl1p_cr:hXD-Mannitol 1-phosphater;h}r<h}r=(Xbigg.metaboliter>Xmnl1pr?Xbiocycr@XMETA:MANNITOL-1PrAXchebirB]rC(X CHEBI:12997rDX CHEBI:16298rEX CHEBI:21051rFX CHEBI:4205rGX CHEBI:61381rHeXhmdbrIX HMDB01530rJX kegg.compoundrKXC00644rLXmetanetx.chemicalrMX MNXM90126rNX seed.compoundrO]rP(Xcpd00491rQXcpd27436rReuh0Nh1h2]rSrTRrUjn`XC6H13O9PrVjp`jq`jr`Jjs`GubGjiGjsG?jnG?jGjgfGjcG?jnG?jHG?uh0Njt`Gju`G@@ubj<`)r=}r>(hXMALTATrr?hXMaltose O-acetyltransferaser@h}rAh}rB(jC`X SBO:0000375rCX bigg.reactionrDXMALTATrrEXbiocycrFXMETA:MALTACETYLTRAN-RXNrGXec-coderHX2.3.1.79rIX kegg.reactionrJ]rK(XR01556rLXR06251rMeXmetanetx.reactionrNX MNXR101351rOujG`Xb0459rPjH`h#jI`h2]rQj.arRRrSjM`}rT(jaGjGjO`)rU}rV(hXacmalt_crWhXAcetyl-maltoserXh}rYh}rZ(Xbigg.metaboliter[Xacmaltr\Xbiocycr]XMETA:CPD-18529r^X kegg.compoundr_XC02130r`X kegg.glycanraXG10592rbXmetanetx.chemicalrcXMNXM3135rdX seed.compoundreXcpd01441rfuh0Nh1h2]rgrhRrijn`X C14H24O12rjjp`jq`jr`Kjs`GubG?jcG?uh0Njt`G@ju`G@@ubj<`)rk}rl(hX MALTHXabcpprmhX1Maltohexaose transport via ABC system (periplasm)rnh}roh}rp(jC`X SBO:0000375rqX bigg.reactionrrX MALTHXabcpprsXmetanetx.reactionrtX MNXR101353ruujG`X#b4032 and b4034 and b4033 and b4035rvjH`h#jI`h2]rw(hhhmherxRryjM`}rz(jbGjgfGj.GjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r{}r|(hX MALTHXtexir}hXNMaltohexaose transport via diffusion (extracellular to periplasm) irreversibler~h}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALTHXtexirXmetanetx.reactionrX MNXR101354rujG`Xb4036rjH`h#jI`h2]rharRrjM`}r(jAGj.G?uh0Njt`Gju`G@@ubj<`)r}r(hX MALTPTabcpprhX2Maltopentaose transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALTPTabcpprXmetanetx.reactionrX MNXR101355rujG`X#b4032 and b4034 and b4033 and b4035rjH`h#jI`h2]r(hhhmherRrjM`}r(jbGjgfGjO`)r}r(hXmaltpt_prhX Maltopentaoserh}rh}r(Xbigg.metaboliterXmaltptrXbiocycrXMETA:MALTOPENTAOSErXchebir]r(X CHEBI:61952rX CHEBI:62006reXhmdbrX HMDB12254rX kegg.glycanrXG00343rXmetanetx.chemicalrXMNXM1538rX seed.compoundrXcpd15495ruh0Nh1h2]rrRrjn`X C30H52O26rjp`jcjr`Kjs`GubGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALTPTtexirhXZMaltopentaoseMaltotriose transport via diffusion (extracellular to periplasm) irreversiblerh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALTPTtexirXmetanetx.reactionrX MNXR101356rujG`Xb4036rjH`h#jI`h2]rharŒRrÌjM`}rČ(jlGjG?uh0Njt`Gju`G@@ubj<`)rŌ}rƌ(hX MALTTRabcpprnjhX0Maltotriose transport via ABC system (periplasm)rȌh}rɌh}rʌ(jC`X SBO:0000375rˌX bigg.reactionřX MALTTRabcppr͌XbiocycrΌXMETA:TRANS-RXN0-503rόXec-coderЌX3.6.3.-rьXmetanetx.reactionrҌX MNXR101358rӌujG`X#b4032 and b4034 and b4033 and b4035rԌjH`h#jI`h2]rՌ(hhhmher֌Rr׌jM`}r،(jbGjgfGjO`)rٌ}rڌ(hXmalttr_prیhXMaltotriose C18H32O16r܌h}r݌h}rތ(Xbigg.metaboliterߌXmalttrrXbiocycrXMETA:MALTOTRIOSErXchebir]r(X CHEBI:25146rX CHEBI:27931rX CHEBI:43937rX CHEBI:61993rX CHEBI:6672reXhmdbrX HMDB01262rX kegg.compoundrXC01835rXmetanetx.chemicalrXMNXM468rX seed.compoundrXcpd01262ruh0Nh1h2]rrRrjn`X C18H32O16rjp`jcjr`Kjs`GubGjmG?jnG?j'G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALTTRtexirhXMMaltotriose transport via diffusion (extracellular to periplasm) irreversiblerh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALTTRtexirXmetanetx.reactionrX MNXR101359rujG`Xb4036rjH`h#jI`h2]rharRrjM`}r(jGjٌG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALTTTRabcpprhX2Maltotetraose transport via ABC system (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr X MALTTTRabcpprXbiocycrXMETA:TRANS-RXN0-504rXec-coderX3.6.3.-rXmetanetx.reactionrX MNXR101360rujG`X#b4032 and b4034 and b4033 and b4035rjH`h#jI`h2]r(hhhmherRrjM`}r(jbGjgfGjO`)r}r(hX maltttr_prhX Maltotetraoserh}rh}r(Xbigg.metaboliter Xmaltttrr!Xbiocycr"]r#(XMETA:CPD-13205r$XMETA:CPD0-2595r%XMETA:MALTOTETRAOSEr&eXchebir']r((X CHEBI:25145r)X CHEBI:28460r*X CHEBI:44299r+X CHEBI:61988r,X CHEBI:62974r-X CHEBI:6671r.eXhmdbr/X HMDB01296r0X kegg.compoundr1]r2(XC02013r3XC02052r4eX kegg.glycanr5XG00459r6Xmetanetx.chemicalr7XMNXM5663r8X seed.compoundr9]r:(Xcpd01376r;Xcpd01399r<euh0Nh1h2]r=r>Rr?jn`X C24H42O21r@jp`jcjr`Kjs`GubGjmG?jnG?jfG?j;nG?uh0Njt`Gju`G@@ubj<`)rA}rB(hX MALTTTRtexirChXZMaltotetraoseMaltotriose transport via diffusion (extracellular to periplasm) irreversiblerDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHX MALTTTRtexirIXmetanetx.reactionrJX MNXR101361rKujG`Xb4036rLjH`h#jI`h2]rMharNRrOjM`}rP(jGjG?uh0Njt`Gju`G@@ubj<`)rQ}rR(hX MALTabcpprShX,Maltose transport via ABC system (periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXX MALTabcpprYXbiocycrZ]r[(XMETA:3.6.3.19-RXNr\XMETA:ABC-16-RXNr]eXec-coder^X3.6.3.19r_Xmetanetx.reactionr`X MNXR101362raXrhearb]rc(X22132#1rdX22133#1reX22134#1rfX22135#1rgeujG`X#b4032 and b4034 and b4033 and b4035rhjH`h#jI`h2]ri(hhhmherjRrkjM`}rl(jbGjgfGjO`)rm}rn(hXmalt_prohXMaltose C12H22O11rph}rqh}rr(Xbigg.metabolitersXmaltrtXbiocycru]rv(XMETA:ALPHA-MALTOSErwX META:MALTOSErxeXchebiry]rz(X CHEBI:10300r{X CHEBI:12340r|X CHEBI:14568r}X CHEBI:17306r~X CHEBI:18167rX CHEBI:22463rX CHEBI:25144rX CHEBI:43893rX CHEBI:6668reX kegg.compoundr]r(XC00208rXC00897reX kegg.drugrXD00044rX kegg.glycanrXG00275rXmetanetx.chemicalrXMNXM165rX seed.compoundr]r(Xcpd00179rXcpd00665reuh0Nh1h2]rrRrjn`X C12H22O11rjp`jcjr`Kjs`GubGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALTptspprhX-Maltose transport via PEP:Pyr PTS (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALTptspprXmetanetx.reactionrX MNXR101363rujG`X#b2415 and b2417 and b1621 and b2416rjH`h#jI`h2]r(jj/jjerRrjM`}r(jmGjGjO`)r}r(hXmalt6p_crhXMaltose 6'-phosphaterh}rh}r(Xbigg.metaboliterXmalt6prXbiocycr]r(X META:CPD-1244rXMETA:CPD-15982reXchebir]r(X CHEBI:111006rX CHEBI:14569rX CHEBI:15703rX CHEBI:25142rX CHEBI:57478rX CHEBI:6669rX CHEBI:6670rX CHEBI:91177reX kegg.compoundrXC02995rX kegg.glycanrXG10519rXmetanetx.chemicalrXMNXM2394rX seed.compoundrXcpd01919rÍuh0Nh1h2]rčrōRrƍjn`X C12H21O14PrǍjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)rȍ}rɍ(hXMALTtexirʍhXTMaltoseMaltotriose transport via diffusion (extracellular to periplasm) irreversiblerˍh}r̍h}r͍(jC`X SBO:0000375r΍X bigg.reactionrύXMALTtexirЍXbiocycrэ]rҍ(XMETA:RXN-14351rӍXMETA:RXN0-1741rԍXMETA:TRANS-RXN0-575rՍeXmetanetx.reactionr֍X MNXR101364r׍Xrhear؍]rٍ(X33171rڍX33172rۍX33173r܍X33174rݍeujG`Xb4036rލjH`h#jI`h2]rߍharRrjM`}r(j GjmG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALt2_2pprhX5Malate transport via proton symport (2 H) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MALt2_2pprXbiocycrXMETA:TRANS-RXN-121ArXmetanetx.reactionrX MNXR101370rXrhear]r(X29339rX29340rX29341rX29342reujG`Xb3528rjH`h#jI`h2]rjarRrjM`}r(j̪GjO`)r}r(hXmal__L_prhXL-Malaterh}rh}r(Xbigg.metaboliterXmal__LrXbiocycrXMETA:MALrXchebir]r(X CHEBI:11066rX CHEBI:13140rX CHEBI:15589r X CHEBI:18784r X CHEBI:18785r X CHEBI:30797r X CHEBI:423r eXhmdbrX HMDB00156rX kegg.compoundrXC00149rXmetanetx.chemicalrXMNXM98rX seed.compoundrXcpd00130ruh0Nh1h2]rrRrjn`XC4H4O5rjp`jcjr`Jjs`GubGjnG@jHG?uh0Njt`Gju`G@@ubj<`)r}r(hX MALt2_3pprhX5Malate transport via proton symport (3 H) (periplasm)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr!X MALt2_3ppr"Xmetanetx.reactionr#X MNXR101371r$ujG`Xb4123 or b4138r%jH`h#jI`h2]r&(j7j%er'Rr(jM`}r)(j̪GjGjnG@jHG?uh0Njt`Gju`G@@ubj<`)r*}r+(hXMALt3ppr,hX6L-malate transport out via proton antiport (periplasm)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1XMALt3ppr2Xmetanetx.reactionr3X MNXR101373r4ujG`h#jH`h#jI`h2]r5r6Rr7jM`}r8(j̪GjHGjnG?jG?uh0Njt`Gju`G@@ubj<`)r9}r:(hXMALtexr;hX;Malate transport via diffusion (extracellular to periplasm)r<h}r=h}r>(jC`X SBO:0000375r?X bigg.reactionr@XMALtexrAXbiocycrB]rC(XMETA:TRANS-RXN-224rDXMETA:TRANS-RXN-225rEeXmetanetx.reactionrFX MNXR101367rGujG`X b1377 or b0241 or b0929 or b2215rHjH`h#jI`h2]rI(hIh[h7h erJRrKjM`}rL(jߒGjG?uh0Njt`G@ju`G@@ubj<`)rM}rN(hXMAN1PT2rOhX-Mannose-1-phosphate guanylyltransferase (GDP)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTXMAN1PT2rUXbiocycrVXMETA:MANNPGUANYLTRANGDP-RXNrWXec-coderXX2.7.7.22rYX kegg.reactionrZXR00883r[Xmetanetx.reactionr\X MNXR101376r]Xrhear^]r_(X12905r`X12906raX12907rbX12908rceujG`Xb2049rdjH`h#jI`h2]rej >arfRrgjM`}rh(jZGjnGjWVGjUG?j;nG?uh0Njt`Gju`G@@ubj<`)ri}rj(hXMAN6PIrkhXMannose-6-phosphate isomeraserlh}rmh}rn(jC`X SBO:0000375roX bigg.reactionrpXMAN6PIrqXbiocycrrXMETA:MANNPISOM-RXNrsXec-codertX5.3.1.8ruX kegg.reactionrvXR01819rwXmetanetx.reactionrxX MNXR101382ryujG`Xb1613rzjH`h#jI`h2]r{j>ar|Rr}jM`}r~(joGjsG?uh0Njt`G@ju`G@@ubj<`)r}r(hX MAN6Pt6_2pprhX@Mannose-6-phosphate transport via phosphate antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MAN6Pt6_2pprXmetanetx.reactionrX MNXR101384rujG`Xb3666rjH`h#jI`h2]rj$arRrjM`}r(jO`)r}r(hXman6p_prhXD-Mannose 6-phosphaterh}rh}r(Xbigg.metaboliterXman6prXbiocycr]r(XMETA:CPD-15979rXMETA:CPD-15980rXMETA:Mannose-6-phosphatereXchebir]r(X CHEBI:13000rX CHEBI:17369rX CHEBI:4211rX CHEBI:48042rX CHEBI:48066rX CHEBI:58735reX kegg.compoundrXC00275rXmetanetx.chemicalrXMNXM427rX seed.compoundrXcpd00235ruh0Nh1h2]rrRrjn`XC6H11O9Prjp`jcjr`Jjs`GubGj;nGjoG?j0G@uh0Njt`Gju`G@@ubj<`)r}r(hXMAN6PtexrhXHMannose 6-phosphate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMAN6PtexrXmetanetx.reactionrX MNXR101385rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMANAOrhXMannonate oxidoreductaserh}rŽh}rÎ(jC`X SBO:0000375rĎX bigg.reactionrŎXMANAOrƎXbiocycrǎXMETA:MANNONOXIDOREDUCT-RXNrȎXec-coderɎX1.1.1.57rʎX kegg.reactionrˎXR02454r̎Xmetanetx.reactionr͎X MNXR101389rΎXrhearώ]rЎ(X15729rюX15730rҎX15731rӎX15732rԎeujG`Xb4323rՎjH`h#jI`h2]r֎j/>ar׎Rr؎jM`}rَ(jO`)rڎ}rێ(hXmana_cr܎hX D-Mannonaterݎh}rގh}rߎ(Xbigg.metaboliterXmanarXbiocycrXMETA:D-MANNONATErXchebir]r(X CHEBI:12998rX CHEBI:17767rX CHEBI:21052rX CHEBI:21053rX CHEBI:33076rX CHEBI:4206rX CHEBI:49545rX CHEBI:58654reX kegg.compoundrXC00514rXmetanetx.chemicalrXMNXM1045rX seed.compoundrXcpd00403ruh0Nh1h2]rrRrjn`XC6H11O7rjp`jq`jr`Jjs`GubGjiGjGG?jnG?jjerRrjM`}r(jO`)r}r (hX manglyc_pr hX2(alpha-D-Mannosyl)-D-glycerater h}r h}r (Xbigg.metaboliterXmanglycrXbiocycrX#META:2-O-ALPHA-MANNOSYL-D-GLYCERATErXchebir]r(X CHEBI:11403rX CHEBI:15847rX CHEBI:57541rX CHEBI:851reX kegg.compoundrXC11544rXmetanetx.chemicalrXMNXM1624rX seed.compoundrXcpd08374ruh0Nh1h2]rrRr jn`XC9H15O9r!jp`jcjr`Jjs`GubGjGjO`)r"}r#(hX man6pglyc_cr$hX+2(alpha-D-Mannosyl-6-phosphate)-D-glycerater%h}r&h}r'(Xbigg.metaboliter(X man6pglycr)Xbiocycr*XMETA:CPD0-1063r+Xchebir,]r-(X CHEBI:60331r.X CHEBI:61001r/eXhmdbr0X HMDB12152r1X kegg.compoundr2XC16699r3Xmetanetx.chemicalr4XMNXM3470r5X seed.compoundr6]r7(Xcpd15496r8Xcpd16506r9euh0Nh1h2]r:r;Rr<jn`X C9H14O12Pr=jp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r>}r?(hX MANGLYCtexr@hXS2-O-alpha-mannosyl-D-glycerate transport via diffusion (extracellular to periplasm)rAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEX MANGLYCtexrFXmetanetx.reactionrGX MNXR101395rHujG`X b1377 or b0241 or b0929 or b2215rIjH`h#jI`h2]rJ(hIh[h7h erKRrLjM`}rM(jKGjG?uh0Njt`G@ju`G@@ubj<`)rN}rO(hXMANPGHrPhX42-O-alpha-mannosyl-6-phosphate-D-glycerate hydrolaserQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXMANPGHrVXbiocycrWXMETA:RXN0-5216rXXec-coderYX 3.2.1.170rZX kegg.reactionr[XR09645r\Xmetanetx.reactionr]X MNXR101397r^ujG`Xb0732r_jH`h#jI`h2]r`jS>araRrbjM`}rc(jgfGj"GjG`G?joG?uh0Njt`Gju`G@@ubj<`)rd}re(hXMANptspprfhX/D-mannose transport via PEP:Pyr PTS (periplasm)rgh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkXMANptspprlXmetanetx.reactionrmX MNXR101401rnujG`X-b2415 and b1818 and b1817 and b1819 and b2416rojH`h#jI`h2]rp(jjjjjerqRrrjM`}rs(jO`)rt}ru(hXman_prvhX D-Mannoserwh}rxh}ry(Xbigg.metaboliterzXmanr{Xbiocycr|XMETA:D-mannopyranoser}Xchebir~]r(X CHEBI:12999rX CHEBI:14575rX CHEBI:16024rX CHEBI:21057rX CHEBI:33930rX CHEBI:37684rX CHEBI:4208reXhmdbrX HMDB00169rX kegg.compoundrXC00159rXmetanetx.chemicalrXMNXM182rX seed.compoundr]r(Xcpd00138rXcpd27437reuh0Nh1h2]rrRrjn`XC6H12O6rjp`jcjr`Kjs`GubGjGjoG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXMANtexrhX>D-mannose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMANtexrXmetanetx.reactionrX MNXR101402rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjtG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMCITDrhX2-methylcitrate dehydrataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMCITDrXbiocycrX$META:2-METHYLCITRATE-DEHYDRATASE-RXNrXec-coderX4.2.1.79rX kegg.reactionrXR04424rXmetanetx.reactionrX MNXR101413rXrhear]r(X17725rX17726rX17727rX17728reujG`Xb0334rjH`h#jI`h2]rje>arRrjM`}r(jO`)r}r(hX2mcit_crÏhX2-Methylcitraterďh}rŏh}rƏ(Xbigg.metaboliterǏX2mcitrȏXbiocycrɏX META:CPD-622rʏXchebirˏ]ȑ(X CHEBI:10860r͏X CHEBI:11592rΏX CHEBI:11618rϏX CHEBI:1203rЏX CHEBI:15598rяX CHEBI:19630rҏX CHEBI:19695rӏX CHEBI:19696rԏX CHEBI:30835rՏX CHEBI:30836r֏X CHEBI:50948r׏X CHEBI:58853r؏eXhmdbrُ]rڏ(X HMDB00379rۏX HMDB03610r܏eX kegg.compoundrݏXC02225rޏX lipidmapsrߏX LMFA01050442rXmetanetx.chemicalrX MNXM90279rX seed.compoundr]r(Xcpd01501rXcpd24620reuh0Nh1h2]rrRrjn`XC7H7O7rjp`jq`jr`Jjs`GubGjO`)r}r(hX2mcacn_crhXCis-2-Methylaconitaterh}rh}r(Xbigg.metaboliterX2mcacnrXbiocycrX META:CPD-1136rXchebir]r(X CHEBI:11084rX CHEBI:16717rX CHEBI:18819rX CHEBI:456rX CHEBI:57872reXhmdbrX HMDB06357rX kegg.compoundrXC04225rXmetanetx.chemicalrXMNXM1792rX seed.compoundrXcpd02597ruh0Nh1h2]rrRrjn`XC7H5O6rjp`jq`jr`Jjs`GubG?jgfG?uh0Njt`Gju`G@@ubj<`)r}r (hXMCITL2r hXMethylisocitrate lyaser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXMCITL2rXbiocycrXMETA:METHYLISOCITRATE-LYASE-RXNrXec-coderX4.1.3.30rX kegg.reactionrXR00409rXmetanetx.reactionrX MNXR101415rXrhear]r(X16809rX16810rX16811rX16812reujG`Xb0331rjH`h#jI`h2]r jw>ar!Rr"jM`}r#(jO`)r$}r%(hXmicit_cr&hXMethylisocitrater'h}r(h}r)(Xbigg.metaboliter*Xmicitr+Xbiocycr,X META:CPD-618r-Xchebir.]r/(X CHEBI:10869r0X CHEBI:15607r1X CHEBI:18550r2X CHEBI:189r3X CHEBI:57429r4eX kegg.compoundr5XC04593r6X lipidmapsr7X LMFA01050444r8Xmetanetx.chemicalr9XMNXM1694r:X seed.compoundr;Xcpd02799r<uh0Nh1h2]r=r>Rr?jn`XC7H7O7r@jp`jq`jr`Jjs`GubGjG?jG?uh0Njt`G@ju`G@@ubj<`)rA}rB(hXMCITSrChX2-methylcitrate synthaserDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXMCITSrIXbiocycrJX!META:2-METHYLCITRATE-SYNTHASE-RXNrKXec-coderLX2.3.3.5rMX kegg.reactionrNXR00931rOXmetanetx.reactionrPX MNXR101417rQXrhearR]rS(X23780rTX23781rUX23782rVX23783rWeujG`Xb0333rXjH`h#jI`h2]rYj>arZRr[jM`}r\(jgfGjfGjGjG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)r]}r^(hXMCOATAr_hXMalonyl-CoA-ACP transacylaser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXMCOATAreXbiocycrfX"META:MALONYL-COA-ACP-TRANSACYL-RXNrgXec-coderh]ri(X2.3.1.-rjX2.3.1.0rkX2.3.1.39rlX2.3.1.85rmX2.3.1.86rneX kegg.reactionroXR01626rpXmetanetx.reactionrqX MNXR101421rrujG`Xb1094 and b1092rsjH`h#jI`h2]rt(j>jeruRrvjM`}rw(jrGjgGjcG?jKG?uh0Njt`G@ju`G@@ubj<`)rx}ry(hXMCPSTrzhX$3-mercaptopyruvate sulfurtransferaser{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXMCPSTrXbiocycrXMETA:MERCAPYSTRANS-RXNrXec-coderX2.8.1.2rX kegg.reactionrXR03106rXmetanetx.reactionrX MNXR101422rXrhear]r(X21740rX21741rX21742rX21743reujG`Xb2521rjH`h#jI`h2]rj>arRrjM`}r(jGjO`)r}r(hX mercppyr_crhXMercaptopyruvaterh}rh}r(Xbigg.metaboliterXmercppyrrXbiocycrXMETA:3-MERCAPTO-PYRUVATErXchebir]r(X CHEBI:11847rX CHEBI:14583rX CHEBI:16208rX CHEBI:20103rX CHEBI:20104rX CHEBI:57678rX CHEBI:6767reXhmdbrX HMDB01368rX kegg.compoundrXC00957rXmetanetx.chemicalrXMNXM1214rX seed.compoundrXcpd00706ruh0Nh1h2]rrRrjn`XC3H3O3Srjp`jq`jr`Jjs`GubGjnG?jG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXMCTP1ApprhX?Murein crosslinking transpeptidase 1A:(A2pm->D-ala) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMCTP1ApprXmetanetx.reactionrX MNXR101426rujG`X b0149 or b0084 or b0635 or b3396rjH`h#jI`h2]r(j>j>j>j>erRrjM`}r(jO`)rÐ}rĐ(hX murein5p5p_prŐhXQTwo linked disacharide pentapeptide murein units (uncrosslinked, middle of chain)rƐh}rǐh}rȐ(Xbigg.metaboliterɐX murein5p5prʐXbiocycrːXMETA:CPD0-2283r̐Xmetanetx.chemicalr͐X MNXM88345rΐX seed.compoundrϐXcpd15511rАuh0Nh1h2]rѐrҐRrӐjn`X C80H124N16O42rԐjp`jcjr`Jjs`GubGj)G?jnG?uh0Njt`Gju`G@@ubj<`)rՐ}r֐(hXMCTP1BpprאhX>Murein crosslinking transpeptidase 1B:(A2pm->A2pm) (periplasm)rؐh}rِh}rڐ(jC`X SBO:0000375rېX bigg.reactionrܐXMCTP1BpprݐXmetanetx.reactionrސX MNXR101427rߐujG`Xb0149 or b3396rjH`h#jI`h2]r(j>j>erRrjM`}r(jÐGjtG?jO`)r}r(hX murein5px3p_prhXgTwo disacharide linked murein units, pentapeptide corsslinked tripeptide (A2pm->A2pm) (middle of chain)rh}rh}r(Xbigg.metaboliterX murein5px3prXmetanetx.chemicalrXMNXM5970rX seed.compoundrXcpd15513ruh0Nh1h2]rrRrjn`X C74H112N14O39rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXMCTP2ApprhX?Murein crosslinking transpeptidase 1A:(A2pm->D-ala) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMCTP2ApprXmetanetx.reactionrX MNXR101428rujG`X b3396 or b0084 or b0635 or b0149rjH`h#jI`h2]r(j>j>j>j>erRrjM`}r(jO`)r}r(hXmurein5p5p5p_prhXSThree linked disacharide pentapeptide murein units (uncrosslinked, middle of chain)rh}r h}r (Xbigg.metaboliter X murein5p5p5pr Xmetanetx.chemicalr XMNXM7807rX seed.compoundrXcpd15512ruh0Nh1h2]rrRrjn`XC120H186N24O63rjp`jcjr`Jjs`GubGj)G@jO`)r}r(hXmurein5px4px4p_prhXThree disacharide linked murein units (pentapeptide crosslinked tetrapeptide (A2pm->D-ala) tetrapeptide corsslinked tetrapeptide (A2pm->D-ala)) (middle of chain)rh}rh}r(Xbigg.metaboliterXmurein5px4px4prXbiocycrXMETA:CPD0-2296rXmetanetx.chemicalrX MNXM87121r X seed.compoundr!Xcpd15515r"uh0Nh1h2]r#r$Rr%jn`XC114H172N22O59r&jp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r'}r((hXMDDCP1ppr)hX5Murein D,D-carboxypeptidase (murein5px4p) (periplasm)r*h}r+h}r,(jC`X SBO:0000375r-X bigg.reactionr.XMDDCP1ppr/Xec-coder0X3.4.16.4r1Xmetanetx.reactionr2X MNXR101429r3ujG`X b0839 or b0632 or b3182 or b2010r4jH`h#jI`h2]r5(j=?j?j?j+?er6Rr7jM`}r8(jDGjnGj)G?jhG?uh0Njt`Gju`G@@ubj<`)r9}r:(hXMDDCP2ppr;hX8Murein D,D-carboxypeptidase (murein5px4px4p) (periplasm)r<h}r=h}r>(jC`X SBO:0000375r?X bigg.reactionr@XMDDCP2pprAXec-coderBX3.4.16.4rCXmetanetx.reactionrDX MNXR101430rEujG`X b0839 or b0632 or b3182 or b2010rFjH`h#jI`h2]rG(j=?j?j?j+?erHRrIjM`}rJ(jDGjGj)G?j iG?uh0Njt`Gju`G@@ubj<`)rK}rL(hXMDDCP3pprMhX4Murein D,D-carboxypeptidase (murein5p5p) (periplasm)rNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXMDDCP3pprSXec-coderTX3.4.16.4rUXmetanetx.reactionrVX MNXR101431rWujG`X b0839 or b0632 or b3182 or b2010rXjH`h#jI`h2]rY(j=?j?j?j+?erZRr[jM`}r\(jDGjÐGj)G?jO`)r]}r^(hX murein5p4p_pr_hXbTwo linked disacharide pentapeptide and tetrapeptide murein units (uncrosslinked, middle of chain)r`h}rah}rb(Xbigg.metabolitercX murein5p4prdXmetanetx.chemicalreXMNXM5971rfX seed.compoundrgXcpd15510rhuh0Nh1h2]rirjRrkjn`X C77H119N15O41rljp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rm}rn(hXMDDCP4pprohX4Murein D,D-carboxypeptidase (murein5p4p) (periplasm)rph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXMDDCP4ppruXec-codervX3.4.16.4rwXmetanetx.reactionrxX MNXR101432ryujG`X b0839 or b0632 or b3182 or b2010rzjH`h#jI`h2]r{(j=?j?j?j+?er|Rr}jM`}r~(jDGj]Gj)G?jhG?uh0Njt`Gju`G@@ubj<`)r}r(hXMDDCP5pprhX4Murein D,D-carboxypeptidase (murein5p3p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMDDCP5pprXec-coderX3.4.16.4rXmetanetx.reactionrX MNXR101433rujG`X b0839 or b0632 or b3182 or b2010rjH`h#jI`h2]r(j=?j?j?j+?erRrjM`}r(jDGjO`)r}r(hX murein5p3p_prhX`Two linked disacharide pentapeptide and tripeptide murein units (uncrosslinked, middle of chain)rh}rh}r(Xbigg.metaboliterX murein5p3prXmetanetx.chemicalrXMNXM5972rX seed.compoundrXcpd15509ruh0Nh1h2]rrRrjn`X C74H114N14O40rjp`jcjr`Jjs`GubGj)G?jO`)r}r(hX murein4p3p_prhX`Two linked disacharide tetrapeptide and tripeptide murein units (uncrosslinked, middle of chain)rh}rh}r(Xbigg.metaboliterX murein4p3prXmetanetx.chemicalrX MNXM88346rX seed.compoundrXcpd15504ruh0Nh1h2]rrRrjn`X C71H109N13O39rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXMDDEP1pprhX2Murein D,D-endopeptidase (murein4px4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMDDEP1pprXmetanetx.reactionrX MNXR101434rujG`Xb2328 or b3182 or b2134rjH`h#jI`h2]r(jO?ja?j+?erRrjM`}r(jDGjhGjhG?uh0Njt`Gju`G@@ubj<`)r}r‘(hXMDDEP2pprÑhX2Murein D,D-endopeptidase (murein3px4p) (periplasm)rđh}rőh}rƑ(jC`X SBO:0000375rǑX bigg.reactionrȑXMDDEP2pprɑXmetanetx.reactionrʑX MNXR101435rˑujG`Xb2328 or b3182 or b2134ȓjH`h#jI`h2]r͑(jO?ja?j+?erΑRrϑjM`}rБ(jDGjhGjG?uh0Njt`Gju`G@@ubj<`)rё}rґ(hXMDDEP3pprӑhX2Murein D,D-endopeptidase (murein5px4p) (periplasm)rԑh}rՑh}r֑(jC`X SBO:0000375rבX bigg.reactionrؑXMDDEP3pprّXmetanetx.reactionrڑX MNXR101436rۑujG`Xb2328 or b3182 or b2134rܑjH`h#jI`h2]rݑ(jO?ja?j+?erޑRrߑjM`}r(jDGjnGj]G?uh0Njt`Gju`G@@ubj<`)r}r(hXMDDEP4pprhX5Murein D,D-endopeptidase (murein4px4px4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMDDEP4pprXmetanetx.reactionrX MNXR101437rujG`Xb2328 or b3182 or b2134rjH`h#jI`h2]r(jO?ja?j+?erRrjM`}r(jDGj iGjO`)r}r(hXmurein4px4p4p_prhXThree disacharide linked murein units (tetrapeptide crosslinked tetrapeptide (A2pm->D-ala), one uncrosslinked tetrapaptide) (middle of chain)rh}rh}r(Xbigg.metaboliterX murein4px4p4prXbiocycrXMETA:CPD0-2266rXmetanetx.chemicalrX MNXM87122rX seed.compoundrXcpd15507ruh0Nh1h2]rrRrjn`XC111H169N21O59rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXMDHrhXMalate dehydrogenaserh}rh}r(jC`X SBO:0000375r X bigg.reactionr XMDHr Xbiocycr XMETA:MALATE-DEH-RXNr Xec-coder]r(X 1.1.1.299rX1.1.1.37reX kegg.reactionrXR00342rXmetanetx.reactionrX MNXR101439rXrhear]r(X21432rX21433rX21434rX21435reujG`Xb3236rjH`h#jI`h2]rjs?arRrjM`}r (jHGjiGjnG?jXMDH3r?Xmetanetx.reactionr@X MNXR101441rAXrhearB]rC(X29087rDX29088rEX29089rFX29090rGeujG`Xb2210rHjH`h#jI`h2]rIj?arJRrKjM`}rL(jHGjGjhG?jfG?uh0Njt`Gju`G@@ubj<`)rM}rN(hXME1rOhXMalic enzyme (NAD)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTXME1rUXbiocycrVXMETA:1.1.1.39-RXNrWXec-coderX]rY(X1.1.1.38rZX1.1.1.39r[eX kegg.reactionr\XR00214r]Xmetanetx.reactionr^X MNXR101446r_Xrhear`]ra(X12653rbX12654rcX12655rdX12656reeujG`Xb1479rfjH`h#jI`h2]rgj?arhRrijM`}rj(jHGjiGjG?jMelibiose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMELIBtexr Xmetanetx.reactionr!X MNXR101462r"ujG`X b1377 or b0241 or b0929 or b2215r#jH`h#jI`h2]r$(hIh[h7h er%Rr&jM`}r'(jrGjG?uh0Njt`G@ju`G@@ubj<`)r(}r)(hXMEOHtexr*hX=Methanol transport via diffusion (extracellular to periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XMEOHtexr0Xbiocycr1XMETA:TRANS-RXN0-459r2Xmetanetx.reactionr3X MNXR101464r4Xrhear5]r6(X34871r7X34872r8X34873r9X34874r:eujG`X b2215 or b1377 or b0929 or b0241r;jH`h#jI`h2]r<(hIh[h7h er=Rr>jM`}r?(jGjO`)r@}rA(hXmeoh_prBhXMethanolrCh}rDh}rE(Xbigg.metaboliterFXmeohrGXbiocycrH]rI(XMETA:ALCOHOL-GROUPrJX META:METOHrKeXchebirL]rM(X CHEBI:14588rNX CHEBI:17790rOX CHEBI:25227rPX CHEBI:44080rQX CHEBI:44553rRX CHEBI:52090rSX CHEBI:6816rTeXhmdbrUX HMDB01875rVX kegg.compoundrWXC00132rXX kegg.drugrYXD02309rZXmetanetx.chemicalr[XMNXM157r\X seed.compoundr]Xcpd00116r^uh0Nh1h2]r_r`Rrajn`XCH4O1rbjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rc}rd(hXMEOHtrpprehX7Methanol reversible transport via diffusion (periplasm)rfh}rgh}rh(jC`X SBO:0000375riX bigg.reactionrjXMEOHtrpprkXbiocycrlXMETA:TRANS-RXN0-459rmXmetanetx.reactionrnX MNXR101464roXrhearp]rq(X34871rrX34872rsX34873rtX34874rueujG`Xs0001rvjH`h#jI`h2]rwjarxRryjM`}rz(j@GjO`)r{}r|(hXmeoh_cr}hXMethanolr~h}rh}r(Xbigg.metaboliterXmeohrXbiocycr]r(XMETA:ALCOHOL-GROUPrX META:METOHreXchebir]r(X CHEBI:14588rX CHEBI:17790rX CHEBI:25227rX CHEBI:44080rX CHEBI:44553rX CHEBI:52090rX CHEBI:6816reXhmdbrX HMDB01875rX kegg.compoundrXC00132rX kegg.drugrXD02309rXmetanetx.chemicalrXMNXM157rX seed.compoundrXcpd00116ruh0Nh1h2]rrRrjn`XCH4O1rjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMEPCTrhX82-C-methyl-D-erythritol 4-phosphate cytidylyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMEPCTrXbiocycrXMETA:2.7.7.60-RXNrXec-coderX2.7.7.60rX kegg.reactionrXR05633rXmetanetx.reactionrX MNXR96807rXrhear]r(X13429rX13430rX13431rX13432reujG`Xb2747rjH`h#jI`h2]rj?arRrjM`}r(jt.Gj+dGjnGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXMETATrhXMethionine adenosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMETATr“XbiocycrÓXMETA:S-ADENMETSYN-RXNrēXec-coderœX2.5.1.6rƓX kegg.reactionrǓXR00177rȓXmetanetx.reactionrɓX MNXR101407rʓXrhear˓]r̓(X21080r͓X21081rΓX21082rϓX21083rГeujG`Xb2942rѓjH`h#jI`h2]rғj@arӓRrԓjM`}rՓ(jbGjgfGjgGj%bG?j;nG?jnnG?uh0Njt`Gju`G@@ubj<`)r֓}rד(hX METDabcpprؓhX1D-methionine transport via ABC system (periplasm)rٓh}rړh}rۓ(jC`X SBO:0000375rܓX bigg.reactionrݓX METDabcpprޓXbiocycrߓXMETA:TRANS-RXN0-202rXmetanetx.reactionrX MNXR101472rXrhear]r(X29767#1rX29768#1rX29769#1rX29770#1reujG`Xb0199 and b0198 and b0197rjH`h#jI`h2]r(j@j'@j9@erRrjM`}r(jbGjgfGjO`)r}r(hXmet__D_prhX D-Methioninerh}rh}r(Xbigg.metaboliterXmet__DrXbiocycrX META:CPD-218rXchebir]r(X CHEBI:13005rX CHEBI:16867rX CHEBI:21065rX CHEBI:32637rX CHEBI:32638rX CHEBI:4215rX CHEBI:44071rX CHEBI:57932reX kegg.compoundrXC00855rXmetanetx.chemicalrXMNXM1275rX seed.compoundrXcpd00637ruh0Nh1h2]rr Rr jn`X C5H10NO2Sr jp`jcjr`Kjs`GubGjmG?jnG?jO`)r }r (hXmet__D_crhX D-Methioninerh}rh}r(Xbigg.metaboliterXmet__DrXbiocycrX META:CPD-218rXchebir]r(X CHEBI:13005rX CHEBI:16867rX CHEBI:21065rX CHEBI:32637rX CHEBI:32638rX CHEBI:4215rX CHEBI:44071rX CHEBI:57932reX kegg.compoundr XC00855r!Xmetanetx.chemicalr"XMNXM1275r#X seed.compoundr$Xcpd00637r%uh0Nh1h2]r&r'Rr(jn`X C5H10NO2Sr)jp`jq`jr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r*}r+(hXMETDtexr,hXAD-methionine transport via diffusion (extracellular to periplasm)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1XMETDtexr2Xmetanetx.reactionr3X MNXR101473r4Xrhear5]r6(X34911r7X34912r8X34913r9X34914r:eujG`X b1377 or b0241 or b0929 or b2215r;jH`h#jI`h2]r<(hIh[h7h er=Rr>jM`}r?(jєGjG?uh0Njt`G@ju`G@@ubj<`)r@}rA(hXMETOX1srBhX"Methionine oxidation (spontaneous)rCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXMETOX1srHXbiocycrIXMETA:RXN0-7188rJXmetanetx.reactionrKX MNXR101479rLujG`Xs0001rMjH`h#jI`h2]rNjarORrPjM`}rQ(j*GjgGjgfG?jO`)rR}rS(hX metsox_S__L_crThXL-Methionine SulfoxiderUh}rVh}rW(Xbigg.metaboliterXX metsox_S__LrYXbiocycrZ]r[(X META:CPD-8989r\X META:CPD-8990r]XMETA:L-Methionine-sulfoxidesr^eXchebir_]r`(X CHEBI:13142raX CHEBI:17016rbX CHEBI:21361rcX CHEBI:49031rdX CHEBI:49032reX CHEBI:58772rfX CHEBI:58773rgX CHEBI:6272rheX kegg.compoundri]rj(XC02989rkXC15998rlXC15999rmeXmetanetx.chemicalrnXMNXM2246roX seed.compoundrp]rq(Xcpd01914rrXcpd14720rsXcpd14721rtXcpd15497ruXcpd15498rvXcpd29319rweuh0Nh1h2]rxryRrzjn`X C5H11NO3Sr{jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r|}r}(hXMETOX2sr~hX$Methionine oxidation 2 (spontaneous)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMETOX2srXbiocycrXMETA:RXN0-7188rXmetanetx.reactionrX MNXR101479rujG`Xs0001rjH`h#jI`h2]rjarRrjM`}r(j*GjgGjgfG?jO`)r}r(hX metsox_R__L_crhXL-methionine-R-sulfoxiderh}rh}r(Xbigg.metaboliterX metsox_R__LrXbiocycr]r(X META:CPD-8989rX META:CPD-8990rXMETA:L-Methionine-sulfoxidesreXchebir]r(X CHEBI:13142rX CHEBI:17016rX CHEBI:21361rX CHEBI:49031rX CHEBI:49032rX CHEBI:58772rX CHEBI:58773rX CHEBI:6272reX kegg.compoundr]r(XC02989rXC15998rXC15999reXmetanetx.chemicalrXMNXM2246rX seed.compoundr]r(Xcpd01914rXcpd14720rXcpd14721rXcpd15497rXcpd15498rXcpd29319reuh0Nh1h2]rrRrjn`X C5H11NO3Srjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXMETSrhXMethionine synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMETSrXec-coderX2.1.1.13r”X kegg.reactionrÔXR00946rĔXmetanetx.reactionrŔX MNXR101481rƔXrhearǔ]rȔ(X11172rɔX11173rʔX11174r˔X11175r̔eujG`Xb4019 or b3829r͔jH`h#jI`h2]rΔ(j]@jK@erϔRrДjM`}rє(jaGjGjnG?jgG?jlG?uh0Njt`Gju`G@@ubj<`)rҔ}rӔ(hX METSOX1abcpprԔhX9L-methionine S-oxide transport via ABC system (periplasm)rՔh}r֔h}rה(jC`X SBO:0000375rؔX bigg.reactionrٔX METSOX1abcpprڔXbiocycr۔]rܔ(XMETA:RXN0-7185rݔXMETA:RXN0-7186rޔXMETA:TRANS-RXN0-511rߔeXmetanetx.reactionrX MNXR101482rujG`h#jH`h#jI`h2]rrRrjM`}r(jbGjgfGjO`)r}r(hX metsox_S__L_prhXL-Methionine Sulfoxiderh}rh}r(Xbigg.metaboliterX metsox_S__LrXbiocycr]r(X META:CPD-8989rX META:CPD-8990rXMETA:L-Methionine-sulfoxidesreXchebir]r(X CHEBI:13142rX CHEBI:17016rX CHEBI:21361rX CHEBI:49031rX CHEBI:49032rX CHEBI:58772rX CHEBI:58773rX CHEBI:6272reX kegg.compoundr]r(XC02989rXC15998rXC15999reXmetanetx.chemicalrXMNXM2246rX seed.compoundr]r(Xcpd01914rXcpd14720rXcpd14721rXcpd15497r Xcpd15498r Xcpd29319r euh0Nh1h2]r r Rrjn`X C5H11NO3Srjp`jcjr`Kjs`GubGjmG?jnG?jRG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX METSOX1texrhX.L-methionine S-oxide diffusion (extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX METSOX1texrXmetanetx.reactionrX MNXR101483rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jrGjG?uh0Njt`G@ju`G@@ubj<`)r }r!(hX METSOX2abcppr"hX9L-methionine R-oxide transport via ABC system (periplasm)r#h}r$h}r%(jC`X SBO:0000375r&X bigg.reactionr'X METSOX2abcppr(Xbiocycr)]r*(XMETA:RXN0-7185r+XMETA:RXN0-7186r,XMETA:TRANS-RXN0-511r-eXmetanetx.reactionr.X MNXR101482r/ujG`h#jH`h#jI`h2]r0r1Rr2jM`}r3(jbGjgfGjO`)r4}r5(hX metsox_R__L_pr6hXL-methionine-R-sulfoxider7h}r8h}r9(Xbigg.metaboliter:X metsox_R__Lr;Xbiocycr<]r=(X META:CPD-8989r>X META:CPD-8990r?XMETA:L-Methionine-sulfoxidesr@eXchebirA]rB(X CHEBI:13142rCX CHEBI:17016rDX CHEBI:21361rEX CHEBI:49031rFX CHEBI:49032rGX CHEBI:58772rHX CHEBI:58773rIX CHEBI:6272rJeX kegg.compoundrK]rL(XC02989rMXC15998rNXC15999rOeXmetanetx.chemicalrPXMNXM2246rQX seed.compoundrR]rS(Xcpd01914rTXcpd14720rUXcpd14721rVXcpd15497rWXcpd15498rXXcpd29319rYeuh0Nh1h2]rZr[Rr\jn`X C5H11NO3Sr]jp`jcjr`Kjs`GubGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r^}r_(hX METSOX2texr`hX.L-methionine R-oxide diffusion (extracellular)rah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreX METSOX2texrfXmetanetx.reactionrgX MNXR101483rhujG`X b1377 or b0241 or b0929 or b2215rijH`h#jI`h2]rj(hIh[h7h erkRrljM`}rm(j;Gj4G?uh0Njt`G@ju`G@@ubj<`)rn}ro(hXMETSOXR1rphXL-methionine-S-oxide reductaserqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXMETSOXR1rvXbiocycrw]rx(XMETA:1.8.4.13-RXNryXMETA:1.8.4.14-RXNrzeXec-coder{]r|(X1.8.4.11r}X1.8.4.13r~X1.8.4.14reX kegg.reactionr]r(XR02025rXR07606rXR07608reXmetanetx.reactionrX MNXR101484rujG`XX( b3551 and b2582 ) or ( b4219 and b2582 ) or ( b4219 and b3781 ) or ( b3551 and b3781 )rjH`h#jI`h2]r(j!j#"jo@jerRrjM`}r(jRGj"+GjgfG?jgG?jJ+G?uh0Njt`Gju`G@@ubj<`)r}r(hXMETSOXR2rhX"L-methionine-R-sulfoxide reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMETSOXR2rXbiocycr]r(XMETA:1.8.4.13-RXNrXMETA:1.8.4.14-RXNreXec-coder]r(X1.8.4.11rX1.8.4.13rX1.8.4.14reX kegg.reactionr]r(XR02025rXR07606rXR07608reXmetanetx.reactionrX MNXR101484rujG`X*( b1778 and b2582 ) or ( b1778 and b3781 )rjH`h#jI`h2]r(j#"j@j!erRrjM`}r(jGj"+GjgfG?jgG?jJ+G?uh0Njt`Gju`G@@ubj<`)r}r(hXMETTRSrhXMethionyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMETTRSrXec-coderX6.1.1.10rX kegg.reactionrXR03659rXmetanetx.reactionrX MNXR101488rujG`Xb2114rjH`h#jI`h2]rj@arRrjM`}r(jbGjgGjO`)r}r(hX trnamet_crhX TRNA(Met)rh}r•h}rÕ(Xbigg.metaboliterĕXtrnametrŕXbiocycrƕXMETA:Elongation-tRNAMetrǕXchebirȕ]rɕ(X CHEBI:10686rʕX CHEBI:15182r˕X CHEBI:29173r̕eX kegg.compoundr͕XC01647rΕXmetanetx.chemicalrϕX MNXM90882rЕX seed.compoundrѕXcpd11918rҕuh0Nh1h2]rӕrԕRrՕjn`jjp`jq`jr`Kjs`GubGjG?jDG?jnnG?uh0Njt`Gju`G@@ubj<`)r֕}rו(hXMETabcpprؕhX1L-methionine transport via ABC system (periplasm)rٕh}rڕh}rە(jC`X SBO:0000375rܕX bigg.reactionrݕXMETabcpprޕXbiocycrߕXMETA:RXN0-4522rXmetanetx.reactionrX MNXR101489rXrhear]r(X29779#2rX29780#2rX29781#2rX29782#2rX32827#1rX32828#1rX32829#1rX32830#1reujG`Xb0199 and b0198 and b0197rjH`h#jI`h2]r(j@j'@j9@erRrjM`}r(jbGjgfGjO`)r}r(hXmet__L_prhX L-Methioninerh}rh}r(Xbigg.metaboliterXmet__LrXbiocycrXMETA:METrXchebir]r(X CHEBI:13141rX CHEBI:14590rX CHEBI:16643rX CHEBI:16811rX CHEBI:21360rX CHEBI:25229rX CHEBI:32631rX CHEBI:32632rX CHEBI:32644rX CHEBI:32646rX CHEBI:43990rX CHEBI:57844r X CHEBI:6271r X CHEBI:64558r X CHEBI:6829r eXhmdbr ]r(X HMDB00696rX HMDB33951reX kegg.compoundr]r(XC00073rXC01733reX kegg.drugr]r(XD00019rXD04983rXD04984reXmetanetx.chemicalrXMNXM61rX seed.compoundr]r(Xcpd00060rXcpd30746reuh0Nh1h2]r r!Rr"jn`X C5H11NO2Sr#jp`jcjr`Kjs`GubGjmG?jnG?jgG?j;nG?uh0Njt`Gju`G@@ubj<`)r$}r%(hXMETtexr&hXAL-methionine transport via diffusion (extracellular to periplasm)r'h}r(h}r)(jC`X SBO:0000375r*X bigg.reactionr+XMETtexr,Xmetanetx.reactionr-X MNXR101493r.ujG`X b1377 or b0241 or b0929 or b2215r/jH`h#jI`h2]r0(hIh[h7h er1Rr2jM`}r3(jGjG?uh0Njt`G@ju`G@@ubj<`)r4}r5(hX MG2t3_2ppr6hXAMagnesium (Mg+2) transport in/out via proton antiport (periplasm)r7h}r8h}r9(jC`X SBO:0000375r:X bigg.reactionr;X MG2t3_2ppr<Xmetanetx.reactionr=X MNXR101508r>ujG`h#jH`h#jI`h2]r?r@RrAjM`}rB(jnGjO`)rC}rD(hXmg2_prEhX MagnesiumrFh}rGh}rH(Xbigg.metaboliterIXmg2rJXchebirK]rL(X CHEBI:13379rMX CHEBI:18420rNX CHEBI:25112rOX CHEBI:39127rPX CHEBI:49736rQX CHEBI:6635rReXhmdbrSX HMDB00547rTX kegg.compoundrU]rV(XC00305rWXC07755rXXC07876rYXC12567rZeX kegg.drugr[]r\(XD00731r]XD01167r^eXmetanetx.chemicalr_XMNXM653r`X seed.compoundraXcpd00254rbuh0Nh1h2]rcrdRrejn`XMgrfjp`jcjr`Kjs`GubGj̪G@jhG?uh0Njt`G@ju`G@@ubj<`)rg}rh(hXMG2texrihXEMagnesium (Mg+2) transport via diffusion (extracellular to periplasm)rjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXMG2texroXbiocycrpXMETA:TRANS-RXN-141rqXmetanetx.reactionrrX MNXR101507rsXrheart]ru(X29827rvX29828rwX29829rxX29830ryeujG`X b1377 or b0241 or b0929 or b2215rzjH`h#jI`h2]r{(hIh[h7h er|Rr}jM`}r~(jGjCG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMG2tpprhX)Magnesium (+2) transport in via diffusionrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMG2tpprXbiocycrXMETA:TRANS-RXN-141rXmetanetx.reactionrX MNXR101507rXrhear]r(X29827rX29828rX29829rX29830reujG`Xb3816rjH`h#jI`h2]rjarRrjM`}r(jCGjhG?uh0Njt`Gju`G@@ubj<`)r}r(hX MG2uabcpprhX4Magnesium (Mg+2) ABC transporter (ubtake, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MG2uabcpprXbiocycr]r(XMETA:3.6.3.2-RXNrXMETA:TRANS-RXN-250reXec-coderX3.6.3.2rXmetanetx.reactionrX MNXR101505rXrhear]r(X10260#1rX10261#1rX10262#1rX10263#1reujG`Xb4242rjH`h#jI`h2]rj@arRrjM`}r(jbGjgfGjCGjmG?jnG?jhG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXMGSArhXMethylglyoxal synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMGSArXbiocycrXMETA:METHGLYSYN-RXNrXec-coderX4.2.3.3rX kegg.reactionrXR01016rXmetanetx.reactionr–X MNXR101551rÖXrhearĖ]rŖ(X17937rƖX17938rǖX17939rȖX17940rɖeujG`Xb0963rʖjH`h#jI`h2]r˖j@ar̖Rr͖jM`}rΖ(jGjTG?j;nG?uh0Njt`Gju`G@@ubj<`)rϖ}rЖ(hXMI1PPrіhXMyo-inositol 1-phosphataserҖh}rӖh}rԖ(jC`X SBO:0000375rՖX bigg.reactionr֖XMI1PPrזXbiocycrؖXMETA:RXN0-5408rٖXec-coderږX3.1.3.25rۖX kegg.reactionrܖXR01185rݖXmetanetx.reactionrޖX MNXR101570rߖXrhear]r(X27670rX27671rX27672rX27673reujG`Xb2533rjH`h#jI`h2]rj#+arRrjM`}r(jgfGjO`)r}r(hX mi1p__D_crhX1D-myo-Inositol 1-phosphaterh}rh}r(Xbigg.metaboliterXmi1p__DrXbiocycrX#META:D-MYO-INOSITOL-1-MONOPHOSPHATErXchebir]r(X CHEBI:11220rX CHEBI:11354rX CHEBI:12828rX CHEBI:12895rX CHEBI:18297rX CHEBI:19207rX CHEBI:43432rX CHEBI:58433rX CHEBI:818reX kegg.compoundrXC01177rXmetanetx.chemicalrXMNXM646rX seed.compoundrXcpd00867ruh0Nh1h2]rrRrjn`XC6H11O9Pr jp`jq`jr`Jjs`GubGj5fG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hXMICITDrr hX2-methylisocitrate dehydrataser h}rh}r(jC`X SBO:0000375rX bigg.reactionrXMICITDrrXbiocycrXMETA:4.2.1.99-RXNrXec-coderX4.2.1.99rX kegg.reactionrXR04425rXmetanetx.reactionrX MNXR101580rXrhear]r(X17941rX17942rX17943rX17944r eujG`Xb0118r!jH`h#jI`h2]r"jar#Rr$jM`}r%(jGjgfGj$G?uh0Njt`G@ju`G@@ubj<`)r&}r'(hX MINCYCtexr(hX@Minocycline transport via diffusion (extracellular to periplasm)r)h}r*h}r+(jC`X SBO:0000375r,X bigg.reactionr-X MINCYCtexr.Xmetanetx.reactionr/X MNXR101582r0Xrhear1]r2(X35167r3X35168r4X35169r5X35170r6eujG`X b0929 or b1377 or b2215 or b0241r7jH`h#jI`h2]r8(hIh[h7h er9Rr:jM`}r;(jڕGjO`)r<}r=(hXmincyc_pr>hX Minocycliner?h}r@h}rA(Xbigg.metaboliterBXmincycrCXbiocycrDXMETA:CPD-19259rEXchebirF]rG(X CHEBI:44053rHX CHEBI:50694rIX CHEBI:6939rJX CHEBI:71337rKX CHEBI:77906rLeXhmdbrMX HMDB15152rNX kegg.compoundrOXC07225rPX kegg.drugrQXD05045rRX lipidmapsrSX LMPK07000002rTXmetanetx.chemicalrUX MNXM128081rVX seed.compoundrWXcpd04461rXuh0Nh1h2]rYrZRr[jn`X C23H27N3O7r\jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r]}r^(hX MINCYCtppr_hX%Minocycline transport via TolC systemr`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdX MINCYCtppreXmetanetx.reactionrfX MNXR101583rgujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rhjH`h#jI`h2]ri(jYjkj}jerjRrkjM`}rl(j̪Gj<GjnG?jڕG?uh0Njt`Gju`G@@ubj<`)rm}rn(hX MINOHPtexirohXKMyo-inositol phosphate transport via diffusion (extracellular to periplasm)rph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtX MINOHPtexiruXmetanetx.reactionrvX MNXR101585rwujG`h#jH`h#jI`h2]rxryRrzjM`}r{(jGjO`)r|}r}(hXminohp_pr~hXMyo-Inositol hexakisphosphaterh}rh}r(Xbigg.metaboliterXminohprXbiocycrXMETA:MI-HEXAKISPHOSPHATErXchebir]r(X CHEBI:10603rX CHEBI:11366rX CHEBI:12829rX CHEBI:12832rX CHEBI:17401rX CHEBI:19200rX CHEBI:58130reXhmdbr]r(X HMDB03502rX HMDB60271reX kegg.compoundrXC01204rXmetanetx.chemicalrXMNXM491rX seed.compoundr]r(Xcpd00885rXcpd16891reuh0Nh1h2]rrRrjn`X C6H6O24P6rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX MLDCP1ApprhX5Murein L,D-carboxypeptidase (murein5px4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MLDCP1ApprXec-coderX 3.4.17.13rXmetanetx.reactionrX MNXR101611rujG`h#jH`h#jI`h2]rrRrjM`}r(jDGjnGjtG?jhG?uh0Njt`Gju`G@@ubj<`)r}r(hX MLDCP1BpprhX4Murein L,D-carboxypeptidase (murein4p4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MLDCP1BpprXec-coderX 3.4.17.13rXmetanetx.reactionrX MNXR101612rujG`h#jH`h#jI`h2]rrRrjM`}r(jDGjhGj)G?jG?uh0Njt`Gju`G@@ubj<`)r}r—(hX MLDCP2Appr×hX4Murein L,D-carboxypeptidase (murein5p5p) (periplasm)rėh}rŗh}rƗ(jC`X SBO:0000375rǗX bigg.reactionrȗX MLDCP2ApprɗXec-coderʗX 3.4.17.13r˗Xmetanetx.reactionr̗X MNXR101613r͗ujG`h#jH`h#jI`h2]rΗrϗRrЗjM`}rї(jDGjÐGjtG?jG?uh0Njt`Gju`G@@ubj<`)rҗ}rӗ(hX MLDCP2BpprԗhX4Murein L,D-carboxypeptidase (murein4p3p) (periplasm)r՗h}r֗h}rח(jC`X SBO:0000375rؗX bigg.reactionrٗX MLDCP2BpprڗXec-coderۗX 3.4.17.13rܗXmetanetx.reactionrݗX MNXR101614rޗujG`h#jH`h#jI`h2]rߗrRrjM`}r(jDGjGj)G?jhG?uh0Njt`Gju`G@@ubj<`)r}r(hX MLDCP3ApprhX5Murein L,D-carboxypeptidase (murein5px3p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MLDCP3ApprXec-coderX 3.4.17.13rXmetanetx.reactionrX MNXR101615rujG`h#jH`h#jI`h2]rrRrjM`}r(jDGjGjtG?jO`)r}r(hX murein3px3p_prhXeTwo disacharide linked murein units, tripeptide crosslinked tripeptide (A2pm->A2pm) (middle of chain)rh}rh}r(Xbigg.metaboliterX murein3px3prXbiocycrXMETA:CPD0-2277rXmetanetx.chemicalrX MNXM88342rX seed.compoundrXcpd15502ruh0Nh1h2]rrRrjn`X C68H102N12O37rjp`jcjr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXMLDEP1pprhX2Murein L,D-endopeptidase (murein3px3p) (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionr XMLDEP1pprXmetanetx.reactionrX MNXR101616rujG`h#jH`h#jI`h2]rrRrjM`}r(jDGjGjhG?uh0Njt`Gju`G@@ubj<`)r}r(hXMLDEP2pprhX2Murein L,D-endopeptidase (murein5px3p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLDEP2pprXmetanetx.reactionrX MNXR101617rujG`h#jH`h#jI`h2]r r!Rr"jM`}r#(jDGjGjG?uh0Njt`Gju`G@@ubj<`)r$}r%(hXMLTG1r&hX&Maltodextrin glucosidase (maltotriose)r'h}r(h}r)(jC`X SBO:0000375r*X bigg.reactionr+XMLTG1r,Xbiocycr-XMETA:RXN0-5183r.Xec-coder/X3.2.1.20r0Xmetanetx.reactionr1X MNXR101619r2ujG`Xb0403r3jH`h#jI`h2]r4j@ar5Rr6jM`}r7(jgfGj'GjDG?jG?uh0Njt`Gju`G@@ubj<`)r8}r9(hXMLTG2r:hX(Maltodextrin glucosidase (maltotetraose)r;h}r<h}r=(jC`X SBO:0000375r>X bigg.reactionr?XMLTG2r@XbiocycrAXMETA:MALTET-RXNrBXmetanetx.reactionrCX MNXR101620rDujG`Xb0403rEjH`h#jI`h2]rFj@arGRrHjM`}rI(jgfGjfGjDG?j'G?uh0Njt`Gju`G@@ubj<`)rJ}rK(hXMLTG3rLhX(Maltodextrin glucosidase (maltopentaose)rMh}rNh}rO(jC`X SBO:0000375rPX bigg.reactionrQXMLTG3rRXbiocycrSXMETA:RXN-14281rTXec-coderU]rV(X3.2.1.20rWX3.2.1.74rXeXmetanetx.reactionrYX MNXR101621rZujG`Xb0403r[jH`h#jI`h2]r\j@ar]Rr^jM`}r_(jgfGjGjDG?jfG?uh0Njt`Gju`G@@ubj<`)r`}ra(hXMLTG4rbhX'Maltodextrin glucosidase (maltohexaose)rch}rdh}re(jC`X SBO:0000375rfX bigg.reactionrgXMLTG4rhXbiocycriXMETA:RXN-14282rjXec-coderkX3.2.1.20rlXmetanetx.reactionrmX MNXR101622rnujG`Xb0403rojH`h#jI`h2]rpj@arqRrrjM`}rs(jgfGjGjDG?jG?uh0Njt`Gju`G@@ubj<`)rt}ru(hXMLTG5rvhX(Maltodextrin glucosidase (maltoheptaose)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{XMLTG5r|Xbiocycr}XMETA:RXN-14283r~Xec-coderX3.2.1.20rXmetanetx.reactionrX MNXR101623rujG`Xb0403rjH`h#jI`h2]rj@arRrjM`}r(jgfGjGjDG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXMLTGY1pprhX6Murein lytic transglycosylase (murein4p4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTGY1pprXmetanetx.reactionrX MNXR101626rujG`X2b2701 or b4392 or b2558 or b2963 or b2813 or b1193rjH`h#jI`h2]r(j@j@j@jAj#Aj5AerRrjM`}r(jhGjlG@uh0Njt`Gju`G@@ubj<`)r}r(hXMLTGY2pprhX6Murein lytic transglycosylase (murein4p3p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTGY2pprXmetanetx.reactionrX MNXR101627rujG`X2b2813 or b2963 or b1193 or b2558 or b4392 or b2701rjH`h#jI`h2]r(j@j@j@jAj#Aj5AerRrjM`}r(jGjG?jlG?uh0Njt`Gju`G@@ubj<`)r}r(hXMLTGY3pprhX6Murein lytic transglycosylase (murein3p3p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTGY3pprXmetanetx.reactionrX MNXR101628rujG`X2b2813 or b2558 or b1193 or b2963 or b4392 or b2701rjH`h#jI`h2]r(j@j@j@jAj#Aj5AerRrjM`}r(jhGjG@uh0Njt`Gju`G@@ubj<`)r}r(hXMLTGY4pprhX9Murein lytic transglycosylase (murein4px4p4p) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTGY4pprXmetanetx.reactionrX MNXR101629r˜ujG`X2b4392 or b2963 or b2701 or b1193 or b2558 or b2813rØjH`h#jI`h2]rĘ(j@j@j@jAj#Aj5AerŘRrƘjM`}rǘ(jGjlG?jhG?uh0Njt`Gju`G@@ubj<`)rȘ}rɘ(hXMLTP1rʘhX*Maltodextrin phosphorylase (maltopentaose)r˘h}r̘h}r͘(jC`X SBO:0000375rΘX bigg.reactionrϘXMLTP1rИXbiocycrјXMETA:RXN-14284rҘXec-coderӘX2.4.1.1rԘXmetanetx.reactionr՘X MNXR101632r֘Xrhearט]rؘ(X29647r٘X29648rژX29649rۘX29650rܘeujG`Xb3417rݘjH`h#jI`h2]rޘj5/arߘRrjM`}r(jGj;nGj0JG?jfG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMLTP2rhX)Maltodextrin phosphorylase (maltohexaose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTP2rXbiocycrXMETA:RXN-14285rXec-coderX2.4.1.1rXmetanetx.reactionrX MNXR101633rXrhear]r(X29683rX29684rX29685rX29686reujG`Xb3417rjH`h#jI`h2]rj5/arRrjM`}r(jGj;nGj0JG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMLTP3rhX*Maltodextrin phosphorylase (maltoheptaose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMLTP3rXbiocycrXMETA:RXN-14286rXec-coderX2.4.1.1rXmetanetx.reactionr X MNXR101634r ujG`Xb3417r jH`h#jI`h2]r j5/ar RrjM`}r(jGj;nGj0JG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMMCDrhXMethylmalonyl-CoA decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMMCDrXbiocycrX(META:METHYLMALONYL-COA-DECARBOXYLASE-RXNrXec-coder]r(X4.1.1.41rX4.1.1.9reX kegg.reactionrXR00923r Xmetanetx.reactionr!X MNXR101656r"Xrhear#]r$(X21396r%X21397r&X21398r'X21399r(eujG`Xb2919r)jH`h#jI`h2]r*jGAar+Rr,jM`}r-(jnGjO`)r.}r/(hX mmcoa__S_cr0hX(S)-Methylmalonyl-CoAr1h}r2h}r3(Xbigg.metaboliter4Xmmcoa__Sr5Xbiocycr6XMETA:D-METHYL-MALONYL-COAr7Xchebir8]r9(X CHEBI:11038r:X CHEBI:11068r;X CHEBI:15466r<X CHEBI:18742r=X CHEBI:384r>X CHEBI:43874r?X CHEBI:57327r@eXhmdbrAX HMDB02310rBX kegg.compoundrCXC00683rDX lipidmapsrEX LMFA07050164rFXmetanetx.chemicalrGX MNXM89955rHX seed.compoundrI]rJ(Xcpd00519rKXcpd29701rLeuh0Nh1h2]rMrNRrOjn`XC25H35N7O19P3SrPjp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)rQ}rR(hXMMETt2pprShX'S-methylmethionine permease (periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXXMMETt2pprYXmetanetx.reactionrZX MNXR101658r[ujG`Xb0260r\jH`h#jI`h2]r]jYAar^Rr_jM`}r`(j̪GjO`)ra}rb(hXmmet_prchXS-Methyl-L-methioninerdh}reh}rf(Xbigg.metabolitergXmmetrhXbiocycriX META:CPD-397rjXchebirk]rl(X CHEBI:12772rmX CHEBI:17728rnX CHEBI:22057roX CHEBI:58252rpX CHEBI:67050rqX CHEBI:8965rreX kegg.compoundrsXC03172rtXmetanetx.chemicalruXMNXM1119rvX seed.compoundrwXcpd02027rxuh0Nh1h2]ryrzRr{jn`X C6H14NO2Sr|jp`jcjr`Kjs`GubGjnG?jXmG?uh0Njt`Gju`G@@ubj<`)r}}r~(hXMMETtexrhXJS-methyl-L-methionine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMMETtexrXbiocycrXMETA:TRANS-RXN0-486rXmetanetx.reactionrX MNXR101659rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j8GjaG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMMMrhXMethylmalonyl-CoA mutaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMMMrXmetanetx.reactionrX MNXR101660rujG`Xb2917rjH`h#jI`h2]rjkAarRrjM`}r(jlGj.G?uh0Njt`Gju`G@@ubj<`)r}r(hXMN2t3pprhX>Manganese (Mn+2) transport out via proton antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMN2t3pprXmetanetx.reactionrX MNXR101669rujG`Xb3915 or b0752rjH`h#jI`h2]r(j+j=erRrjM`}r(j̪GjFhGjnG?jO`)r}r(hXmn2_prhX Manganeserh}rh}r(Xbigg.metaboliterXmn2rXchebir]r(X CHEBI:21435rX CHEBI:25156rX CHEBI:29035rX CHEBI:49749reXhmdbrX HMDB01333rX kegg.compoundrXC19610rXmetanetx.chemicalrXMNXM2255r™X seed.compoundrÙ]rę(Xcpd00030rřXcpd20863rƙeuh0Nh1h2]rǙrșRrəjn`XMnrʙjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r˙}r̙(hXMN2tppr͙hX+Manganese transport in via permease (no H+)rΙh}rϙh}rЙ(jC`X SBO:0000375rљX bigg.reactionrҙXMN2tpprәXbiocycrԙ]rՙ(X META:RXN0-16r֙XMETA:TRANS-RXN0-487rיeXmetanetx.reactionrؙX MNXR101670rٙXrhearڙ]rۙ(X28699rܙX28700rݙX28701rޙX28702rߙeujG`Xb3040rjH`h#jI`h2]rjOarRrjM`}r(jGjFhG?uh0Njt`Gju`G@@ubj<`)r}r(hXMN6PPrhXMannose 6-phosphate phosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMN6PPrXmetanetx.reactionrX MNXR101671rXrhear]r(X28554rX28555rX28556rX28557reujG`Xb0822rjH`h#jI`h2]rj$arRrjM`}r(jgfGjoGjVG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXMNLptspprhX.Mannitol transport via PEP:Pyr PTS (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMNLptspprXmetanetx.reactionrX MNXR101677rujG`Xb2415 and b3599 and b2416rjH`h#jI`h2]r(j}AjjerRr jM`}r (jO`)r }r (hXmnl_pr hX D-Mannitolrh}rh}r(Xbigg.metaboliterXmnlrXbiocycrX META:MANNITOLrXchebir]r(X CHEBI:12996rX CHEBI:130180rX CHEBI:14574rX CHEBI:16899rX CHEBI:21050rX CHEBI:25163rX CHEBI:29864rX CHEBI:44192rX CHEBI:6686reXhmdbr ]r!(X HMDB00765r"X HMDB01363r#eX kegg.compoundr$XC00392r%X kegg.drugr&XD00062r'Xmetanetx.chemicalr(XMNXM615r)X seed.compoundr*Xcpd00314r+uh0Nh1h2]r,r-Rr.jn`XC6H14O6r/jp`jcjr`Kjs`GubGjGj8G?jG?uh0Njt`Gju`G@@ubj<`)r0}r1(hXMNLtexr2hX=Mannitol transport via diffusion (extracellular to periplasm)r3h}r4h}r5(jC`X SBO:0000375r6X bigg.reactionr7XMNLtexr8Xmetanetx.reactionr9X MNXR101678r:ujG`X b1377 or b0241 or b0929 or b2215r;jH`h#jI`h2]r<(hIh[h7h er=Rr>jM`}r?(jGj G?uh0Njt`G@ju`G@@ubj<`)r@}rA(hXMNNHrBhXD-mannonate hydrolyaserCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXMNNHrHXbiocycrIXMETA:MANNONDEHYDRAT-RXNrJXec-coderKX4.2.1.8rLX kegg.reactionrMXR05606rNXmetanetx.reactionrOX MNXR101679rPXrhearQ]rR(X20097rSX20098rTX20099rUX20100rVeujG`Xb4322rWjH`h#jI`h2]rXjAarYRrZjM`}r[(jڎGjG?jgfG?uh0Njt`Gju`G@@ubj<`)r\}r](hXMNt2ppr^hX<Manganese (Mn+2) transport in via proton symport (periplasm)r_h}r`h}ra(jC`X SBO:0000375rbX bigg.reactionrcXMNt2pprdXbiocycreXMETA:TRANS-RXN-241rfXmetanetx.reactionrgX MNXR101681rhXrheari]rj(X29007rkX29008rlX29009rmX29010rneujG`Xb2392rojH`h#jI`h2]rpj&arqRrrjM`}rs(j̪GjGjnG?jFhG?uh0Njt`Gju`G@@ubj<`)rt}ru(hXMNtexrvhXEManganese (Mn+2) transport via diffusion (extracellular to periplasm)rwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{XMNtexr|Xbiocycr}]r~(X META:RXN0-16rXMETA:TRANS-RXN0-487reXmetanetx.reactionrX MNXR101670rXrhear]r(X28699rX28700rX28701rX28702reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jaGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMOADSUxrhX MoaD sulfuration (nadh, assumed)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMOADSUxrXmetanetx.reactionrX MNXR101682rujG`Xb2530 and b0784rjH`h#jI`h2]r(jAj#8erRrjM`}r(juGjO`)r}r(hX moadamp_crhXMoaD Protein with bound AMPrh}rh}r(Xbigg.metaboliterXmoadamprXmetanetx.chemicalrX MNXM148352ruh0Nh1h2]rrRrjn`X C11H12N5O8P1Xrjp`jq`jr`Jjs`GubGj(j|GjnGj@G?jnG?jO`)r?}r@(hX kphphhlipa_crAhX:Kdo-phospho-heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidArBh}rCh}rD(Xbigg.metaboliterEX kphphhliparFXbiocycrGXMETA:CPD0-2257rHXmetanetx.chemicalrIX MNXM58984rJX seed.compoundrKXcpd15492rLuh0Nh1h2]rMrNRrOjn`XC139H241N2O70P4rPjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rQ}rR(hX MOBDabcpprShX.Molybdate transport via ABC system (periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXX MOBDabcpprYXbiocycrZ]r[(XMETA:3.6.3.29-RXNr\XMETA:ABC-19-RXNr]eXec-coder^X3.6.3.29r_Xmetanetx.reactionr`X MNXR101689raXrhearb]rc(X22020#1rdX22021#1reX22022#1rfX22023#1rgeujG`Xs( b2423 and b2422 and b2424 and b3917 ) or ( b0764 and b0763 and b0765 ) or ( b2424 and b2422 and b2425 and b2423 )rhjH`h#jI`h2]ri(jCBjUBjAjAjAj BjBj1BerjRrkjM`}rl(jbGjgfGjO`)rm}rn(hXmobd_prohX Molybdaterph}rqh}rr(Xbigg.metabolitersXmobdrtXbiocycruX META:CPD-3rvXchebirw]rx(X CHEBI:25368ryX CHEBI:25371rzX CHEBI:36263r{X CHEBI:36264r|X CHEBI:6967r}eXhmdbr~X HMDB12260rX kegg.compoundr]r(XC06232rXC15455reXmetanetx.chemicalrXMNXM1026rX seed.compoundrXcpd11574ruh0Nh1h2]rrRrjn`XMoO4rjp`jcjr`Jjs`GubGjmG?jnG?jbhG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXMOBDtexrhX>Molybdate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMOBDtexrXmetanetx.reactionrX MNXR101690rXrhear]r(X34907rX34908rX34909rX34910reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjmG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMOCDSrhX,Molybdopterin cytidine dinucleotide synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMOCDSrXmetanetx.reactionrX MNXR101691rujG`Xb2877rjH`h#jI`h2]rjgBarRrjM`}r(j+dGjnGjGjhG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXMOCOSrhXMolybdenum cofactor synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMOCOSrXmetanetx.reactionrX MNXR101692rujG`Xb0827rjH`h#jI`h2]rjiarRrjM`}r(jnGjbhGjGjG?jHdG?jgfG?jG?uh0Njt`Gju`G@@ubj<`)r›}rÛ(hXMOGDSrěhX+Molybdopterin guanine dinucleotide synthaserśh}rƛh}rǛ(jC`X SBO:0000375rțX bigg.reactionrɛXMOGDSrʛXmetanetx.reactionr˛X MNXR101701r̛ujG`Xb3857 or ( b3857 and b3856 )r͛jH`h#jI`h2]rΛ(jj{erϛRrЛjM`}rћ(jJfGjnGjGjhG?jnnG?uh0Njt`Gju`G@@ubj<`)rқ}rӛ(hXMOHMTrԛhX03-methyl-2-oxobutanoate hydroxymethyltransferaser՛h}r֛h}rכ(jC`X SBO:0000375r؛X bigg.reactionrٛXMOHMTrڛXec-coderۛX2.1.2.11rܛX kegg.reactionrݛXR01226rޛXmetanetx.reactionrߛX MNXR101702rXrhear]r(X11824rX11825rX11826rX11827reujG`Xb0134rjH`h#jI`h2]rjyBarRrjM`}r(jGjgfGj,hGj)G?jlG?uh0Njt`Gju`G@@ubj<`)r}r(hXMOXrhXMalate oxidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMOXrXec-coderX1.1.5.4rX kegg.reactionrXR00360rXmetanetx.reactionrX MNXR101715rXrhear]r(X10512rX10513rX10514rX10515reujG`h#jH`h#jI`h2]rrRrjM`}r(jHGjηGj*G?jfG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMPTATrhX!Molybdopterin adenylyltransferaserh}r h}r (jC`X SBO:0000375r X bigg.reactionr XMPTATr XbiocycrX META:RXN-8344rXec-coderX2.7.7.75rX kegg.reactionrXR09726rXmetanetx.reactionrX MNXR101730rXrhear]r(X31331rX31332rX31333rX31334reujG`Xb0009rjH`h#jI`h2]rjBarRrjM`}r (jbGjnGjO`)r!}r"(hXmpt_cr#hX Molybdopterinr$h}r%h}r&(Xbigg.metaboliter'Xmptr(Xbiocycr)X META:CPD-4r*Xchebir+]r,(X CHEBI:44067r-X CHEBI:44074r.X CHEBI:58698r/X CHEBI:6969r0eXhmdbr1X HMDB02206r2X kegg.compoundr3XC05924r4Xmetanetx.chemicalr5XMNXM1193r6X seed.compoundr7Xcpd03520r8uh0Nh1h2]r9r:Rr;jn`XC10H10N5O6PS2Cur<jp`jq`jr`Jjs`GubGjG?jnnG?uh0Njt`Gju`G@@ubj<`)r=}r>(hXMPTGr?hX$Murein polymerizing transglycosylaser@h}rAh}rB(jC`X SBO:0000375rCX bigg.reactionrDXMPTGrEXmetanetx.reactionrFX MNXR101731rGujG`XA( b0149 and b1069 ) or ( b3396 and b1069 ) or ( b1069 and b2519 )rHjH`h#jI`h2]rI(j>jBj>jBerJRrKjM`}rL(jO`)rM}rN(hX uaagmda_crOhXnUndecaprenyl-diphospho-N-acetylmuramoyl-(N-acetylglucosamine)-L-ala-D-glu-meso-2,6-diaminopimeloyl-D-ala-D-alarPh}rQh}rR(Xbigg.metaboliterSXuaagmdarTXmetanetx.chemicalrUXMNXM1242rVX seed.compoundrWXcpd03495rXuh0Nh1h2]rYrZRr[jn`XC95H152N8O28P2r\jp`jq`jr`Jjs`GubGjnG@jÐG?jmmG@uh0Njt`Gju`G@@ubj<`)r]}r^(hXMPTG2r_hX;Murein polymerizing transglycosylase 2 (three linked units)r`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXMPTG2reXmetanetx.reactionrfX MNXR101732rgujG`XA( b0149 and b1069 ) or ( b3396 and b1069 ) or ( b1069 and b2519 )rhjH`h#jI`h2]ri(j>jBj>jBerjRrkjM`}rl(jÐGjMGjnG?jG?jmmG?uh0Njt`Gju`G@@ubj<`)rm}rn(hXMPTSrohXMolybdopterin synthaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXMPTSruXmetanetx.reactionrvX MNXR101735rwujG`Xb0784 and b0785rxjH`h#jI`h2]ry(jAjBerzRr{jM`}r|(j GjHdGjGjnG@jO`)r}}r~(hX moadcoo_crhXMoaD Protein with carboxylaterh}rh}r(Xbigg.metaboliterXmoadcoorXmetanetx.chemicalrX MNXM148353ruh0Nh1h2]rrRrjn`XC1O2Xrjp`jq`jr`Jjs`GubG@j!G?uh0Njt`Gju`G@@ubj<`)r}r(hXMPTSSrhX"Molybdopterin synthase sulfurylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMPTSSrXmetanetx.reactionrX MNXR101736rujG`Xb0826rjH`h#jI`h2]rjBarRrjM`}r(jbGjnGj}GjG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXMSARrhXMalonic semialdehyde reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMSARrXbiocycrX META:RXN-8974rXec-coder]r(X1.1.1.-rX 1.1.1.298reX kegg.reactionrXR09289rXmetanetx.reactionrX MNXR101737rXrhear]r(X26438rX26439rX26440rX26441reujG`Xb1008 or b1539rjH`h#jI`h2]r(jjBerRrjM`}r(jnGj[Gj{iGjG?j[iG?uh0Njt`Gju`G@@ubj<`)r}r(hX MSO3abcpprhX5Methanesulfonate transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX MSO3abcpprXmetanetx.reactionrœX MNXR101741rÜujG`Xb0933 and b0936 and b0934rĜjH`h#jI`h2]rŜ(jj jerƜRrǜjM`}rȜ(jbGjgfGjO`)rɜ}rʜ(hXmso3_pr˜hXMethanesulfonater̜h}r͜h}rΜ(Xbigg.metaboliterϜXmso3rМXbiocycrќX META:CPD-3746rҜXchebirӜ]rԜ(X CHEBI:25224r՜X CHEBI:27376r֜X CHEBI:6813rלeX kegg.compoundr؜XC11145rٜXmetanetx.chemicalrڜXMNXM1485rۜX seed.compoundrܜXcpd08023rݜuh0Nh1h2]rޜrߜRrjn`XCH3O3Srjp`jcjr`Jjs`GubGjmG?jnG?j=G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXMSO3texrhXEMethanesulfonate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMSO3texrXmetanetx.reactionrX MNXR101742rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h h7erRrjM`}r(jGjɜG?uh0Njt`G@ju`G@@ubj<`)r}r(hXMTANrhX Methylthioadenosine nucleosidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMTANrXbiocycrX)META:METHYLTHIOADENOSINE-NUCLEOSIDASE-RXNrXec-coder]r(X3.2.2.16rX3.2.2.9reX kegg.reactionrXR01401rXmetanetx.reactionrX MNXR101744rXrhear]r(X13617rX13618rX13619r X13620r eujG`Xb0159r jH`h#jI`h2]r jar RrjM`}r(j9GjgfGjG?j G?uh0Njt`Gju`G@@ubj<`)r}r(hXMTHFCrhX'Methenyltetrahydrofolate cyclohydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXMTHFCrXec-coderX3.5.4.9rX kegg.reactionrXR01655rXmetanetx.reactionrX MNXR101748rXrhear]r (X23700r!X23701r"X23702r#X23703r$eujG`Xb0529r%jH`h#jI`h2]r&jBar'Rr(jM`}r)(jgfGjZEGj@aG?jnG?uh0Njt`G@ju`G@@ubj<`)r*}r+(hXMTHFDr,hX.Methylenetetrahydrofolate dehydrogenase (NADP)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1XMTHFDr2Xec-coder3X1.5.1.5r4X kegg.reactionr5XR01220r6Xmetanetx.reactionr7X MNXR101749r8Xrhear9]r:(X22812r;X22813r<X22814r=X22815r>eujG`Xb0529r?jH`h#jI`h2]r@jBarARrBjM`}rC(j,hGj[iGjZEG?j{iG?uh0Njt`G@ju`G@@ubj<`)rD}rE(hXMTHFR2rFhX/5,10-methylenetetrahydrofolate reductase (NADH)rGh}rHh}rI(jC`X SBO:0000375rJX bigg.reactionrKXMTHFR2rLXec-coderMX1.5.1.20rNX kegg.reactionrOXR07168rPXmetanetx.reactionrQX MNXR101751rRXrhearS]rT(X19821rUX19822rVX19823rWX19824rXeujG`Xb3941rYjH`h#jI`h2]rZj Car[Rr\jM`}r](jnGj,hGjh}r?h}r@(jC`X SBO:0000375rAX bigg.reactionrBXNACtpprCXmetanetx.reactionrDX MNXR101808rEujG`h#jH`h#jI`h2]rFrGRrHjM`}rI(jGjO`)rJ}rK(hXnac_crLhX NicotinaterMh}rNh}rO(Xbigg.metaboliterPXnacrQXbiocycrRX META:NIACINErSXchebirT]rU(X CHEBI:14650rVX CHEBI:15940rWX CHEBI:22851rXX CHEBI:25530rYX CHEBI:25538rZX CHEBI:32544r[X CHEBI:44319r\X CHEBI:7559r]eXhmdbr^X HMDB01488r_X kegg.compoundr`XC00253raX kegg.drugrbXD00049rcXmetanetx.chemicalrdXMNXM274reX seed.compoundrfXcpd00218rguh0Nh1h2]rhriRrjjn`XC6H4NO2rkjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rl}rm(hXNADDPrnhXNAD diphosphataseroh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXNADDPrtXbiocycruXMETA:NADPYROPHOSPHAT-RXNrvXec-coderw]rx(X3.6.1.22ryX3.6.1.9rzeX kegg.reactionr{XR00103r|Xmetanetx.reactionr}X MNXR101861r~Xrhear]r(X11800rX11801rX11802rX11803reujG`Xb3996 or b2411rjH`h#jI`h2]r(j-Cj?CerRrjM`}r(jgfGjiGjG?jnG@jO`)r}r(hXnmn_crhXNMN C11H14N2O8Prh}rh}r(Xbigg.metaboliterXnmnrXbiocycrXMETA:NICOTINAMIDE_NUCLEOTIDErXchebir]r(X CHEBI:10433rX CHEBI:12397rX CHEBI:13409rX CHEBI:14646rX CHEBI:14647rX CHEBI:14648rX CHEBI:14649rX CHEBI:16171rX CHEBI:18201rX CHEBI:22850rX CHEBI:25522rX CHEBI:7557reXhmdbrX HMDB59645rX kegg.compoundrXC00455rXmetanetx.chemicalrXMNXM355rX seed.compoundrXcpd00355ruh0Nh1h2]rrRrjn`X C11H14N2O8Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADH10rhX.NADH dehydrogenase (menaquinone-8 & 0 protons)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNADH10rXmetanetx.reactionrX MNXR101863rXrhear]r(X29243rX29244rX29245rX29246reujG`Xb1109rjH`h#jI`h2]rjQCarRržjM`}rÞ(jnGjGjjMDar?Rr@jM`}rA(jbGjiGjmG?jnG?j[iG?uh0Njt`Gju`G@@ubj<`)rB}rC(hXNADNrDhXNAD nucleosidaserEh}rFh}rG(jC`X SBO:0000375rHX bigg.reactionrIXNADNrJXbiocycrK]rL(XMETA:NADNUCLEOSID-RXNrMXMETA:RXN-13859rNeXec-coderO]rP(X3.2.2.5rQX3.2.2.6rRX3.5.1.-rSeX kegg.reactionrTXR00102rUXmetanetx.reactionrVX MNXR101888rWXrhearX]rY(X16301rZX16302r[X16303r\X16304r]eujG`h#jH`h#jI`h2]r^r_Rr`jM`}ra(jgfGjiGjG?jnG?jO`)rb}rc(hXncam_crdhX Nicotinamidereh}rfh}rg(Xbigg.metaboliterhXncamriXbiocycrjXMETA:NIACINAMIDErkXchebirl]rm(X CHEBI:14645rnX CHEBI:17154roX CHEBI:25521rpX CHEBI:44258rqX CHEBI:7556rreXhmdbrsX HMDB01406rtX kegg.compoundruXC00153rvX kegg.drugrwXD00036rxXmetanetx.chemicalryXMNXM216rzX seed.compoundr{Xcpd00133r|uh0Nh1h2]r}r~Rrjn`XC6H6N2Orjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADPHQR2rhX&NADPH Quinone Reductase (Ubiquinone-8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNADPHQR2rXmetanetx.reactionrX MNXR101891rXrhear]r(X29111rX29112rX29113rX29114reujG`Xb3028rjH`h#jI`h2]rj_DarRrjM`}r(jnGj{iGjuGj[iG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADPHQR3rhX'NADPH Quinone Reductase (Menaquinone-8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNADPHQR3rXmetanetx.reactionrX MNXR101892rXrhear]r(X29115rX29116rX29117rX29118reujG`Xb3028rjH`h#jI`h2]rj_DarRrjM`}r(jnGjGj{iGjhG?j[iG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADPHQR4rhX1NADPH Quinone Reductase (2-Demethylmenaquinone-8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNADPHQR4rXmetanetx.reactionrX MNXR101893rXrhear]r(X30511rX30512rX30513rX30514reujG`Xb3028rjH`h#jI`h2]rj_DarRrjM`}rŸ(j2(GjnGj{iGj^aG?j[iG?uh0Njt`Gju`G@@ubj<`)rß}rğ(hXNADPPPSrşhXNADP phosphataserƟh}rǟh}rȟ(jC`X SBO:0000375rɟX bigg.reactionrʟXNADPPPSr˟Xbiocycr̟X META:RXN-5822r͟Xec-coderΟ]rϟ(X3.1.3.-rПX3.1.3.1rџX3.1.3.2rҟeX kegg.reactionrӟXR00118rԟXmetanetx.reactionr՟X MNXR101798r֟Xrhearן]r؟(X28050rٟX28051rڟX28052r۟X28053rܟeujG`h#jH`h#jI`h2]rݟrޟRrߟjM`}r(jgfGj[iGjiG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADS1rhXNAD synthase (nh3)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNADS1rXbiocycrXMETA:NAD-SYNTH-NH3-RXNrXec-coder]r(X6.3.1.5rX6.3.5.1reX kegg.reactionrXR00189rXmetanetx.reactionrX MNXR101897rXrhear]r(X21188rX21189rX21190rX21191reujG`Xb1740rjH`h#jI`h2]rjqDarRrjM`}r(jbGjO`)r}r(hXdnad_crhX Deamino-NAD+rh}rh}r(Xbigg.metaboliterXdnadrXbiocycrXMETA:DEAMIDO-NADrXchebir ]r (X CHEBI:14103r X CHEBI:14104r X CHEBI:14105r X CHEBI:18304rX CHEBI:23567rX CHEBI:4340rX CHEBI:58437reX kegg.compoundrXC00857rXmetanetx.chemicalrXMNXM309rX seed.compoundrXcpd00638ruh0Nh1h2]rrRrjn`X C21H24N6O15P2rjp`jq`jr`Jjs`GubGjiGjG?jnG?jiG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNADTRHDrhXNAD transhydrogenaserh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XNADTRHDr$Xbiocycr%XMETA:PYRNUTRANSHYDROGEN-RXNr&Xec-coder']r((X1.6.1.1r)X1.6.1.2r*X1.6.1.3r+eX kegg.reactionr,XR00112r-Xmetanetx.reactionr.X MNXR101898r/Xrhear0]r1(X11692r2X11693r3X11694r4X11695r5eujG`Xb3962 or ( b1602 and b1603 )r6jH`h#jI`h2]r7(jDjDjDer8Rr9jM`}r:(jiGj{iGjh}r?h}r@(jC`X SBO:0000375rAX bigg.reactionrBXNAMNPPrCXbiocycrDX META:NICOTINATEPRIBOSYLTRANS-RXNrEXec-coderFX6.3.4.21rGX kegg.reactionrHXR01724rIXmetanetx.reactionrJX MNXR101909rKXrhearL]rM(X36163rNX36164rOX36165rPX36166rQeujG`Xb0931rRjH`h#jI`h2]rSjDarTRrUjM`}rV(jbGjgfGjJGjGjmG?jO`)rW}rX(hXnicrnt_crYhXNicotinate D-ribonucleotiderZh}r[h}r\(Xbigg.metaboliter]Xnicrntr^Xbiocycr_XMETA:NICOTINATE_NUCLEOTIDEr`Xchebira]rb(X CHEBI:12398rcX CHEBI:14651rdX CHEBI:14652reX CHEBI:15763rfX CHEBI:25532rgX CHEBI:57502rhX CHEBI:7561rieXhmdbrjX HMDB59646rkX kegg.compoundrlXC01185rmXmetanetx.chemicalrnXMNXM194roX seed.compoundrpXcpd00873rquh0Nh1h2]rrrsRrtjn`X C11H12NO9Prujp`jq`jr`Jjs`GubG?j;nG?jnnG?uh0Njt`Gju`G@@ubj<`)rv}rw(hX NAt3_1p5pprxhX2Sodium proton antiporter (H:NA is 1.5) (periplasm)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}X NAt3_1p5ppr~XbiocycrXMETA:TRANS-RXN-130rXmetanetx.reactionrX MNXR101914rXrhear]r(X29247rX29248rX29249rX29250reujG`Xb1186rjH`h#jI`h2]rjDarRrjM`}r(j̪GjGjnG@jeG@uh0Njt`Gju`G@@ubj<`)r}r(hXNAt3_2pprhX0Sodium proton antiporter (H:NA is 2) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNAt3_2pprXbiocycrXMETA:TRANS-RXN-129rXmetanetx.reactionrX MNXR101915rXrhear]r(X29251rX29252rX29253rX29254reujG`Xb0019rjH`h#jI`h2]rjDarRrjM`}r(j̪GjGjnG@jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXNAt3pprhXASodium transport out via proton antiport (cytoplasm to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNAt3pprXbiocycrXMETA:TRANS-RXN-101rXmetanetx.reactionrX MNXR101803rXrhear]r(X29419rX29420rX29421rX29422reujG`Xb0842 or b1216rjH`h#jI`h2]r(j;jAerRrjM`}r(j̪GjGjnG?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXNAtexrhX;Sodium transport via diffusion (extracellular to periplasm)rh}r h}rà(jC`X SBO:0000375rĠX bigg.reactionrŠXNAtexrƠXbiocycrǠXMETA:TRANS-RXN-189rȠXmetanetx.reactionrɠX MNXR101804rʠXrhearˠ]r̠(X34963r͠X34964rΠX34965rϠX34966rРeujG`X b1377 or b0241 or b0929 or b2215rѠjH`h#jI`h2]rҠ(hIh[h7h erӠRrԠjM`}rՠ(j:GjeG?uh0Njt`G@ju`G@@ubj<`)r֠}rנ(hXNDPK1rؠhX'Nucleoside-diphosphate kinase (ATP:GDP)r٠h}rڠh}r۠(jC`X SBO:0000375rܠX bigg.reactionrݠXNDPK1rޠXbiocycrߠXMETA:GDPKIN-RXNrXec-coderX2.7.4.6rX kegg.reactionrXR00330rXmetanetx.reactionrX MNXR96119rXrhear]r(X27686rX27687rX27688rX27689reujG`Xb0474 or b2518rjH`h#jI`h2]r(jjDerRrjM`}r(jbGjZGjmG?jJfG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNDPK2rhX'Nucleoside-diphosphate kinase (ATP:UDP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNDPK2rXbiocycrXMETA:UDPKIN-RXNrXec-coderX2.7.4.6rX kegg.reactionrXR00156rXmetanetx.reactionrX MNXR101935rXrhear]r(X25098rX25099rX25100rX25101reujG`Xb0474 or b2518r jH`h#jI`h2]r (jjDer Rr jM`}r (jbGjGjmG?jmG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNDPK3rhX'Nucleoside-diphosphate kinase (ATP:CDP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNDPK3rXbiocycrXMETA:CDPKIN-RXNrXec-coderX2.7.4.6rX kegg.reactionrXR00570rXmetanetx.reactionrX MNXR101936rXrhear]r (X25237r!X25238r"X25239r#X25240r$eujG`Xb2518 or b0474r%jH`h#jI`h2]r&(jjDer'Rr(jM`}r)(jbGj%GjmG?j+dG?uh0Njt`G@ju`G@@ubj<`)r*}r+(hXNDPK4r,hX(Nucleoside-diphosphate kinase (ATP:dTDP)r-h}r.h}r/(jC`X SBO:0000375r0X bigg.reactionr1XNDPK4r2Xbiocycr3XMETA:DTDPKIN-RXNr4Xec-coder5X2.7.4.6r6X kegg.reactionr7XR02093r8Xmetanetx.reactionr9X MNXR101937r:Xrhear;]r<(X27682r=X27683r>X27684r?X27685r@eujG`Xb0474 or b2518rAjH`h#jI`h2]rB(jjDerCRrDjM`}rE(jbGjGjmG?jdG?uh0Njt`G@ju`G@@ubj<`)rF}rG(hXNDPK5rHhX(Nucleoside-diphosphate kinase (ATP:dGDP)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXNDPK5rNXbiocycrOXMETA:DGDPKIN-RXNrPXec-coderQX2.7.4.6rRX kegg.reactionrSXR01857rTXmetanetx.reactionrUX MNXR96118rVXrhearW]rX(X27690rYX27691rZX27692r[X27693r\eujG`Xb0474 or b2518r]jH`h#jI`h2]r^(jjDer_Rr`jM`}ra(jbGjGjmG?jdG?uh0Njt`G@ju`G@@ubj<`)rb}rc(hXNDPK6rdhX(Nucleoside-diphosphate kinase (ATP:dUDP)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXNDPK6rjXbiocycrkXMETA:DUDPKIN-RXNrlXec-codermX2.7.4.6rnX kegg.reactionroXR02331rpXmetanetx.reactionrqX MNXR101938rrXrhears]rt(X28582ruX28583rvX28584rwX28585rxeujG`Xb2518 or b0474ryjH`h#jI`h2]rz(jjDer{Rr|jM`}r}(jbGjO`)r~}r(hXdudp_crhXDUDP C9H11N2O11P2rh}rh}r(Xbigg.metaboliterXdudprXbiocycrX META:DUDPrXchebir]r(X CHEBI:10531rX CHEBI:19262rX CHEBI:28850rX CHEBI:60471reXhmdbrX HMDB01000rX kegg.compoundrXC01346rXmetanetx.chemicalrXMNXM572rX seed.compoundrXcpd00978ruh0Nh1h2]rrRrjn`X C9H11N2O11P2rjp`jq`jr`Jjs`GubGjmG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNDPK7rhX(Nucleoside-diphosphate kinase (ATP:dCDP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNDPK7rXbiocycrXMETA:DCDPKIN-RXNrXec-coderX2.7.4.6rX kegg.reactionrXR02326rXmetanetx.reactionrX MNXR101939rXrhear]r(X27678rX27679rX27680rX27681reujG`Xb0474 or b2518rjH`h#jI`h2]r(jjDerRrjM`}r(jbGjGjmG?jdG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNDPK8rhX(Nucleoside-diphosphate kinase (ATP:dADP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNDPK8rXbiocycrXMETA:DADPKIN-RXNrXec-coderX2.7.4.6r¡X kegg.reactionráXR01137rġXmetanetx.reactionršX MNXR101940rơXrhearǡ]rȡ(X27674rɡX27675rʡX27676rˡX27677r̡eujG`Xb0474 or b2518r͡jH`h#jI`h2]rΡ(jjDerϡRrСjM`}rѡ(jbGjGjmG?jdG?uh0Njt`G@ju`G@@ubj<`)rҡ}rӡ(hXNH4texrԡhX<Ammonia transport via diffusion (extracellular to periplasm)rաh}r֡h}rס(jC`X SBO:0000375rءX bigg.reactionr١XNH4texrڡXbiocycrۡ]rܡ(X META:RXN-9615rݡXMETA:TRANS-RXN0-206rޡXMETA:TRANS-RXN0-544rߡeXmetanetx.reactionrX MNXR101950rXrhear]r(X28747rX28748rX28749rX28750reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGj G?uh0Njt`G@ju`G@@ubj<`)r}r(hXNH4tpprhX(Ammonia reversible transport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNH4tpprXbiocycr]r(X META:RXN-9615rXMETA:TRANS-RXN0-206rXMETA:TRANS-RXN0-544reXmetanetx.reactionrX MNXR101950rXrhear]r(X28747rX28748rX28749rX28750reujG`Xb0451 or s0001rjH`h#jI`h2]r(jEjerRrjM`}r(j GjiG?uh0Njt`G@ju`G@@ubj<`)r}r (hXNHFRBOr hX#NADH:flavorubredoxin oxidoreductaser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXNHFRBOrXbiocycrXMETA:RXN-14138rXec-coderX1.7.1.14rX kegg.reactionrXR02492rXmetanetx.reactionrX MNXR101954rXrhear]r(X29607rX29608rX29609rX29610reujG`Xb2710 and b2711rjH`h#jI`h2]r (j%EjEer!Rr"jM`}r#(jnGjhXNickelr?h}r@h}rA(Xbigg.metaboliterBXni2rCXchebirD]rE(X CHEBI:25517rFX CHEBI:49785rGX CHEBI:49786rHeXhmdbrIX HMDB02457rJX kegg.compoundrK]rL(XC14711rMXC19609rNeXmetanetx.chemicalrOXMNXM3673rPX seed.compoundrQXcpd20862rRuh0Nh1h2]rSrTRrUjn`XNirVjp`jcjr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)rW}rX(hXNI2t3pprYhX;Nickle (Ni+2) transport out via proton antiport (periplasm)rZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^XNI2t3ppr_Xmetanetx.reactionr`X MNXR101956raujG`Xb3915 or b0752rbjH`h#jI`h2]rc(j=j+erdRrejM`}rf(j̪GjiGjnG?j<G?uh0Njt`Gju`G@@ubj<`)rg}rh(hXNI2texrihX;Nickel transport via diffusion (extracellular to periplasm)rjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXNI2texroXbiocycrpXMETA:TRANS-RXN-141BrqXmetanetx.reactionrrX MNXR101958rsXrheart]ru(X29831rvX29832rwX29833rxX29834ryeujG`X b1377 or b0241 or b0929 or b2215rzjH`h#jI`h2]r{(hIh[h7h er|Rr}jM`}r~(jۗGj<G?uh0Njt`G@ju`G@@ubj<`)r}r(hXNI2tpprhX-Nickel (+2) transport in via permease (no H+)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNI2tpprXbiocycrXMETA:TRANS-RXN-141BrXmetanetx.reactionrX MNXR101958rXrhear]r(X29831rX29832rX29833rX29834reujG`Xb3816rjH`h#jI`h2]rjarRrjM`}r(j<GjiG?uh0Njt`Gju`G@@ubj<`)r}r(hX NI2uabcpprhX3Nickel transport via ABC system (uptake, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX NI2uabcpprXbiocycr]r(XMETA:3.6.3.24-RXNrXMETA:ABC-20-RXNreXec-coderX3.6.3.24rXmetanetx.reactionrX MNXR101959rXrhear]r(X15557#1rX15558#1rX15559#1rX15560#1reujG`X:( b3479 and b3477 and b3476 and b3478 and b3480 ) or b4242rjH`h#jI`h2]r(j7EjIEj[EjmEjEj@erRrjM`}r(jbGjgfGj<GjmG?jnG?jiG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNMNATrhX+Nicotinamide-nucleotide adenylyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNMNATrXbiocycrXMETA:2.7.7.1-RXNrXec-coder]r(X2.7.7.1rX2.7.7.18reX kegg.reactionr¢XR00137râXmetanetx.reactionrĢX MNXR95841rŢXrhearƢ]rǢ(X21360rȢX21361rɢX21362rʢX21363rˢeujG`Xb4390 or b0639r̢jH`h#jI`h2]r͢(jEjEer΢RrϢjM`}rТ(jbGjnGjGjiG?jnnG?uh0Njt`Gju`G@@ubj<`)rѢ}rҢ(hXNMNDArӢhXNicotinamide-nucleotide amidaserԢh}rբh}r֢(jC`X SBO:0000375rעX bigg.reactionrآXNMNDAr٢XbiocycrڢXMETA:NMNAMIDOHYDRO-RXNrۢXec-coderܢX3.5.1.42rݢX kegg.reactionrޢXR02322rߢXmetanetx.reactionrX MNXR101969rXrhear]r(X12400rX12401rX12402rX12403reujG`h#jH`h#jI`h2]rrRrjM`}r(jgfGjGjiG?jWG?uh0Njt`Gju`G@@ubj<`)r}r(hXNMNNrhXNMN nucleosidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNMNNrXec-coderX3.2.2.14rXmetanetx.reactionrX MNXR101971rujG`h#jH`h#jI`h2]rrRrjM`}r(jgfGjGjnG?jbG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXNMNPtpprhXNMN permease (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNMNPtpprXmetanetx.reactionrX MNXR101972rXrhear]r (X28482r X28483r X28484r X28485r eujG`Xb0751rjH`h#jI`h2]rjEarRrjM`}r(jO`)r}r(hXnmn_prhXNMN C11H14N2O8Prh}rh}r(Xbigg.metaboliterXnmnrXbiocycrXMETA:NICOTINAMIDE_NUCLEOTIDErXchebir]r(X CHEBI:10433rX CHEBI:12397r X CHEBI:13409r!X CHEBI:14646r"X CHEBI:14647r#X CHEBI:14648r$X CHEBI:14649r%X CHEBI:16171r&X CHEBI:18201r'X CHEBI:22850r(X CHEBI:25522r)X CHEBI:7557r*eXhmdbr+X HMDB59645r,X kegg.compoundr-XC00455r.Xmetanetx.chemicalr/XMNXM355r0X seed.compoundr1Xcpd00355r2uh0Nh1h2]r3r4Rr5jn`X C11H14N2O8Pr6jp`jcjr`Jjs`GubGjG?uh0Njt`Gju`G@@ubj<`)r7}r8(hXNMNt7ppr9hX0NMN transport via NMN glycohydrolase (periplasm)r:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XNMNt7ppr?Xec-coder@X3.2.2.14rAXmetanetx.reactionrBX MNXR101974rCujG`h#jH`h#jI`h2]rDrERrFjM`}rG(jgfGjGjnG?jbG?jG?uh0Njt`Gju`G@@ubj<`)rH}rI(hXNMNtexrJhX8NMN transport via diffusion (extracellular to periplasm)rKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXNMNtexrPXmetanetx.reactionrQX MNXR101972rRXrhearS]rT(X28482rUX28483rVX28484rWX28485rXeujG`X b1377 or b0241 or b0929 or b2215rYjH`h#jI`h2]rZ(hIh[h7h er[Rr\jM`}r](jGjG?uh0Njt`G@ju`G@@ubj<`)r^}r_(hXNNAMr`hXNicotinamidaserah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreXNNAMrfXbiocycrgXMETA:NICOTINAMID-RXNrhXec-coderiX3.5.1.19rjX kegg.reactionrkXR01268rlXmetanetx.reactionrmX MNXR101977rnXrhearo]rp(X14545rqX14546rrX14547rsX14548rteujG`Xb1768rujH`h#jI`h2]rvjEarwRrxjM`}ry(jgfGjbGjJG?jiG?uh0Njt`Gju`G@@ubj<`)rz}r{(hXNNATrr|hX)Nicotinate-nucleotide adenylyltransferaser}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXNNATrrXbiocycrXMETA:NICONUCADENYLYLTRAN-RXNrXec-coder]r(X2.7.7.1rX2.7.7.18reX kegg.reactionrXR03005rXmetanetx.reactionrX MNXR101978rXrhear]r(X22860rX22861rX22862rX22863reujG`Xb0639rjH`h#jI`h2]rjEarRrjM`}r(jbGjnGjWGjG?jnnG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNNDMBRTrhXENicotinate-nucleotide dimethylbenzimidazole phosphoribosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNNDMBRTrXbiocycrXMETA:DMBPPRIBOSYLTRANS-RXNrXec-coderX2.4.2.21rX kegg.reactionrXR04148rXmetanetx.reactionrX MNXR101979rXrhear]r(X11196rX11197rX11198rX11199reujG`Xb1991rjH`h#jI`h2]rjEarRrjM`}r(jO`)r}r(hXdmbzid_crhX5,6-Dimethylbenzimidazolerh}rh}r(Xbigg.metaboliterXdmbzidrXbiocycrXMETA:DIMETHYLBENZIMIDAZOLErXchebir]r(X CHEBI:14172rX CHEBI:15890rX CHEBI:20516r£X CHEBI:42126rãX CHEBI:4620rģeXhmdbrţX HMDB03701rƣX kegg.compoundrǣXC03114rȣXmetanetx.chemicalrɣXMNXM1531rʣX seed.compoundrˣXcpd01997ṛuh0Nh1h2]rͣrΣRrϣjn`XC9H10N2rУjp`jq`jr`Kjs`GubGjWGjO`)rѣ}rң(hX 5prdmbz_crӣhX8N1-(5-Phospho-alpha-D-ribosyl)-5,6-dimethylbenzimidazolerԣh}rգh}r֣(Xbigg.metaboliterףX5prdmbzrأXbiocycr٣XMETA:ALPHA-RIBAZOLE-5-PrڣXchebirۣ]rܣ(X CHEBI:12622rݣX CHEBI:16837rޣX CHEBI:21797rߣX CHEBI:30599rX CHEBI:45218rX CHEBI:45255rX CHEBI:45256rX CHEBI:57918rX CHEBI:7355reX kegg.compoundrXC04778rXmetanetx.chemicalrXMNXM1224rX seed.compoundrXcpd02904ruh0Nh1h2]rrRrjn`X C14H17N2O7Prjp`jq`jr`Jjs`GubG?jnG?jJG?uh0Njt`Gju`G@@ubj<`)r}r(hXNNDPRrhX5Nicotinate-nucleotide diphosphorylase (carboxylating)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNNDPRrXbiocycrXMETA:QUINOPRIBOTRANS-RXNrXec-coderX2.4.2.19rX kegg.reactionrXR03348rXmetanetx.reactionrX MNXR101980rXrhear]r(X12733rX12734rX12735rX12736reujG`Xb0109rjH`h#jI`h2]rjEar Rr jM`}r (jnGjGjO`)r }r (hXquln_crhX Quinolinaterh}rh}r(Xbigg.metaboliterXqulnrXbiocycrXMETA:QUINOLINATErXchebir]r(X CHEBI:132942rX CHEBI:14975rX CHEBI:16675rX CHEBI:26417rX CHEBI:26418rX CHEBI:29959rX CHEBI:44529rX CHEBI:46828rX CHEBI:46832r X CHEBI:46833r!X CHEBI:8663r"eXhmdbr#X HMDB00232r$X kegg.compoundr%XC03722r&Xmetanetx.chemicalr'XMNXM555r(X seed.compoundr)Xcpd02333r*uh0Nh1h2]r+r,Rr-jn`XC7H3NO4r.jp`jq`jr`Jjs`GubGjG?jWG?jnnG?uh0Njt`Gju`G@@ubj<`)r/}r0(hXNO2t2rppr1hX?Nitrite transport in via proton symport, reversible (periplasm)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XNO2t2rppr7Xmetanetx.reactionr8X MNXR101984r9ujG`Xb3367 or b1223r:jH`h#jI`h2]r;(jEjFer<Rr=jM`}r>(j̪GjO`)r?}r@(hXno2_prAhXNitriterBh}rCh}rD(Xbigg.metaboliterEXno2rFXbiocycrGX META:NITRITErHXchebirI]rJ(X CHEBI:14658rKX CHEBI:16301rLX CHEBI:25567rMX CHEBI:44396rNX CHEBI:7585rOeXhmdbrPX HMDB02786rQX kegg.compoundrRXC00088rSXmetanetx.chemicalrTXMNXM107rUX seed.compoundrVXcpd00075rWuh0Nh1h2]rXrYRrZjn`XNO2r[jp`jcjr`Jjs`GubGjnG?jO`)r\}r](hXno2_cr^hXNitriter_h}r`h}ra(Xbigg.metaboliterbXno2rcXbiocycrdX META:NITRITEreXchebirf]rg(X CHEBI:14658rhX CHEBI:16301riX CHEBI:25567rjX CHEBI:44396rkX CHEBI:7585rleXhmdbrmX HMDB02786rnX kegg.compoundroXC00088rpXmetanetx.chemicalrqXMNXM107rrX seed.compoundrsXcpd00075rtuh0Nh1h2]rurvRrwjn`XNO2rxjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)ry}rz(hXNO2texr{hX<Nitrite transport via diffusion (extracellular to periplasm)r|h}r}h}r~(jC`X SBO:0000375rX bigg.reactionrXNO2texrXbiocycrXMETA:TRANS-RXN-137rXmetanetx.reactionrX MNXR101912rXrhear]r(X28983rX28984rX28985rX28986reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j^Gj?G?uh0Njt`G@ju`G@@ubj<`)r}r(hXNO3R1bpprhXNitrate reductase (Ubiquinol-8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNO3R1bpprXmetanetx.reactionrX MNXR101987rXrhear]r(X29123rX29124rX29125rX29126reujG`X-b2205 and b2206 and b2203 and b2202 and b2204rjH`h#jI`h2]r(j!Fj3FjEFjWFjiFerRrjM`}r(jO`)r}r(hXno3_prhXNitraterh}rh}r(Xbigg.metaboliterXno3rXbiocycr]r(XMETA:CPD-15028rX META:NITRATEreXchebir]r(X CHEBI:14654rX CHEBI:17632rX CHEBI:25545rX CHEBI:44487rX CHEBI:48107rX CHEBI:71263rX CHEBI:7580reXhmdbr]r(X HMDB01853rX HMDB02878reX kegg.compoundrXC00244rX kegg.drugr¤XD02313räXmetanetx.chemicalrĤXMNXM207rŤX seed.compoundrƤXcpd00209rǤuh0Nh1h2]rȤrɤRrʤjn`XNO3rˤjp`jcjr`Jjs`GubGjkGjDG?j?G?juG?uh0Njt`Gju`G@@ubj<`)r̤}rͤ(hXNO3R1pprΤhX+Nitrate reductase (Ubiquinol-8) (periplasm)rϤh}rФh}rѤ(jC`X SBO:0000375rҤX bigg.reactionrӤXNO3R1pprԤXmetanetx.reactionrդX MNXR101986r֤Xrhearפ]rؤ(X29147#1r٤X29148#1rڤX29149#1rۤX29150#1rܤeujG`XR( b1467 and b1465 and b1466 and b1468 ) or ( b1226 and b1224 and b1225 and b1227 )rݤjH`h#jI`h2]rޤ(j{FjFjFjFjFjFjFjFerߤRrjM`}r(jnGjO`)r}r(hXno3_crhXNitraterh}rh}r(Xbigg.metaboliterXno3rXbiocycr]r(XMETA:CPD-15028rX META:NITRATEreXchebir]r(X CHEBI:14654rX CHEBI:17632rX CHEBI:25545rX CHEBI:44487rX CHEBI:48107rX CHEBI:71263rX CHEBI:7580reXhmdbr]r(X HMDB01853rX HMDB02878reX kegg.compoundrXC00244rX kegg.drugrXD02313rXmetanetx.chemicalrXMNXM207rX seed.compoundrXcpd00209ruh0Nh1h2]rrRrjn`XNO3rjp`jq`jr`Jjs`GubGjkGjgfG?j̪G@j\G?juG?uh0Njt`Gju`G@@ubj<`)r}r(hXNO3R2bppr hX,Nitrate reductase (Menaquinol-8) (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrXNO3R2bpprXec-coderX1.7.99.4rXmetanetx.reactionrX MNXR101989rujG`Xb2206 and b2203 and b2202rjH`h#jI`h2]r(jEFjiFj!FerRrjM`}r(jhGjGjDG?jG?j?G?uh0Njt`Gju`G@@ubj<`)r}r(hXNO3R2pprhX,Nitrate reductase (Menaquinol-8) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr XNO3R2ppr!Xmetanetx.reactionr"X MNXR101988r#Xrhear$]r%(X29139#1r&X29140#1r'X29141#1r(X29142#1r)eujG`XR( b1467 and b1465 and b1466 and b1468 ) or ( b1226 and b1224 and b1225 and b1227 )r*jH`h#jI`h2]r+(jFjFjFjFjFjFjFj{Fer,Rr-jM`}r.(jnGjhGjGjgfG?j̪G@jG?j\G?uh0Njt`Gju`G@@ubj<`)r/}r0(hXNO3t7ppr1hX5Nitrate transport in via nitrite antiport (periplasm)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XNO3t7ppr7Xbiocycr8XMETA:TRANS-RXN0-239r9Xmetanetx.reactionr:X MNXR101995r;Xrhear<]r=(X28743r>X28744r?X28745r@X28746rAeujG`Xb1223 or b1469rBjH`h#jI`h2]rC(j GjFerDRrEjM`}rF(j\GjGj?G?jG?uh0Njt`Gju`G@@ubj<`)rG}rH(hXNO3texrIhX<Nitrate transport via diffusion (extracellular to periplasm)rJh}rKh}rL(jC`X SBO:0000375rMX bigg.reactionrNXNO3texrOXmetanetx.reactionrPX MNXR101992rQXrhearR]rS(X34923rTX34924rUX34925rVX34926rWeujG`X b0929 or b1377 or b0241 or b2215rXjH`h#jI`h2]rY(hIh[h7h erZRr[jM`}r\(jGjG?uh0Njt`G@ju`G@@ubj<`)r]}r^(hXNODOxr_hXNitric oxide dioxygenaser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXNODOxreXec-coderfX 1.14.12.17rgX kegg.reactionrhXR05724riXmetanetx.reactionrjX MNXR101996rkXrhearl]rm(X19469rnX19470roX19471rpX19472rqeujG`Xb2552rrjH`h#jI`h2]rsjGartRrujM`}rv(j( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rϥjH`h#jI`h2]rХ(jYjkj}jerѥRrҥjM`}rӥ(j̪GjGjnG?jG?uh0Njt`Gju`G@@ubj<`)rԥ}rե(hXNOtexr֥hXANitric oxide transport via diffusion (extracellular to periplasm)rץh}rإh}r٥(jC`X SBO:0000375rڥX bigg.reactionrۥXNOtexrܥXmetanetx.reactionrݥX MNXR101998rޥujG`X b1377 or b0241 or b0929 or b2215rߥjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j4GjO`)r}r(hXno_prhX Nitric oxiderh}rh}r(Xbigg.metaboliterXnorXbiocycrXMETA:NITRIC-OXIDErXchebir]r(X CHEBI:14657rX CHEBI:16480rX CHEBI:25546rX CHEBI:44452rX CHEBI:7583reXhmdbrX HMDB03378rX kegg.compoundrXC00533rX kegg.drugrXD00074rXmetanetx.chemicalrXMNXM228ruh0Nh1h2]rrRrjn`XNOrjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNOtpprhXNO transport (diffusion)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNOtppr Xmetanetx.reactionr X MNXR101998r ujG`Xs0001r jH`h#jI`h2]r jarRrjM`}r(jGjZCG?uh0Njt`G@ju`G@@ubj<`)r}r(hXNTD1rhX5'-nucleotidase (dUMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD1rXbiocycrXMETA:RXN-14143rXec-coder]r(X3.1.3.5rX3.1.3.89reX kegg.reactionr XR02102r!Xmetanetx.reactionr"X MNXR102028r#Xrhear$]r%(X29355r&X29356r'X29357r(X29358r)eujG`Xb2744 or b2291 or b4374r*jH`h#jI`h2]r+(j/GjAGjSGer,Rr-jM`}r.(jp-GjgfGjBG?j;nG?uh0Njt`Gju`G@@ubj<`)r/}r0(hXNTD10r1hX5'-nucleotidase (XMP)r2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XNTD10r7Xbiocycr8XMETA:XMPXAN-RXNr9Xec-coder:X3.1.3.5r;X kegg.reactionr<XR02719r=Xmetanetx.reactionr>X MNXR102029r?Xrhear@]rA(X28530rBX28531rCX28532rDX28533rEeujG`Xb2744rFjH`h#jI`h2]rGjSGarHRrIjM`}rJ(jgfGjdGj;nG?jO`)rK}rL(hXxtsn_crMhX XanthosinerNh}rOh}rP(Xbigg.metaboliterQXxtsnrRXbiocycrSXMETA:XANTHOSINErTXchebirU]rV(X CHEBI:10066rWX CHEBI:15323rXX CHEBI:18107rYX CHEBI:27327rZeXhmdbr[X HMDB00299r\X kegg.compoundr]XC01762r^Xmetanetx.chemicalr_XMNXM687r`X seed.compoundraXcpd01217rbuh0Nh1h2]rcrdRrejn`X C10H12N4O6rfjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rg}rh(hXNTD10pprihX5'-nucleotidase (XMP)rjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXNTD10pproXbiocycrpXMETA:XMPXAN-RXNrqXec-coderrX3.1.3.5rsX kegg.reactionrtXR02719ruXmetanetx.reactionrvX MNXR102029rwXrhearx]ry(X28530rzX28531r{X28532r|X28533r}eujG`Xb0480 or b4055r~jH`h#jI`h2]r(jeGj5+erRrjM`}r(jDGjO`)r}r(hXxmp_prhXXanthosine 5'-phosphaterh}rh}r(Xbigg.metaboliterXxmprXbiocycrXMETA:XANTHOSINE-5-PHOSPHATErXchebir]r(X CHEBI:10067rX CHEBI:10938rX CHEBI:15324rX CHEBI:15652rX CHEBI:27328rX CHEBI:57464reXhmdbrX HMDB62755rX kegg.compoundrXC00655rXmetanetx.chemicalrXMNXM298rX seed.compoundrXcpd00497ruh0Nh1h2]rrRrjn`X C10H11N4O9Prjp`jcjr`Jjs`GubGj0G?jO`)r}r(hXxtsn_prhX Xanthosinerh}rh}r(Xbigg.metaboliterXxtsnrXbiocycrXMETA:XANTHOSINErXchebir]r(X CHEBI:10066rX CHEBI:15323rX CHEBI:18107rX CHEBI:27327reXhmdbrX HMDB00299rX kegg.compoundrXC01762rXmetanetx.chemicalrXMNXM687rX seed.compoundrXcpd01217ruh0Nh1h2]rrRrjn`X C10H12N4O6rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD11rhX5'-nucleotidase (IMP)rh}rh}r¦(jC`X SBO:0000375ræX bigg.reactionrĦXNTD11rŦXbiocycrƦX META:RXN-7607rǦXec-coderȦ]rɦ(X3.1.3.5rʦX3.1.3.99r˦eX kegg.reactionr̦XR01126rͦXmetanetx.reactionrΦX MNXR102030rϦXrhearЦ]rѦ(X27718rҦX27719rӦX27720rԦX27721rզeujG`Xb2744r֦jH`h#jI`h2]rצjSGarئRr٦jM`}rڦ(jgfGjIGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rۦ}rܦ(hXNTD11pprݦhX5'-nucleotidase (IMP)rަh}rߦh}r(jC`X SBO:0000375rX bigg.reactionrXNTD11pprXbiocycrX META:RXN-7607rXec-coder]r(X3.1.3.5rX3.1.3.99reX kegg.reactionrXR01126rXmetanetx.reactionrX MNXR102030rXrhear]r(X27718rX27719rX27720rX27721reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(jDGjCyGj_zG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD12rhX5'-nucleotidase (dIMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD12rXmetanetx.reactionrX MNXR102031rXrhear]r(X29383rX29384rX29385rX29386r eujG`Xb2291 or b2744r jH`h#jI`h2]r (jAGjSGer Rr jM`}r(jO`)r}r(hXdimp_crhXDIMP C10H12N4O7Prh}rh}r(Xbigg.metaboliterXdimprXbiocycrX META:DIMPrXchebir]r(X CHEBI:19250rX CHEBI:28806rX CHEBI:41998rX CHEBI:43315rX CHEBI:43377rX CHEBI:43384r X CHEBI:43389r!X CHEBI:44500r"X CHEBI:61194r#X CHEBI:837r$eXhmdbr%X HMDB06555r&X kegg.compoundr'XC06196r(Xmetanetx.chemicalr)XMNXM1922r*X seed.compoundr+Xcpd03704r,uh0Nh1h2]r-r.Rr/jn`X C10H11N4O7Pr0jp`jq`jr`Jjs`GubGjgfGj3G?j;nG?uh0Njt`Gju`G@@ubj<`)r1}r2(hXNTD12ppr3hX"5'-nucleotidase (dIMP) (periplasm)r4h}r5h}r6(jC`X SBO:0000375r7X bigg.reactionr8XNTD12ppr9Xmetanetx.reactionr:X MNXR102031r;Xrhear<]r=(X29383r>X29384r?X29385r@X29386rAeujG`Xb0480 or b4055rBjH`h#jI`h2]rC(j5+jeGerDRrEjM`}rF(j%GjDGj&G?j0G?uh0Njt`Gju`G@@ubj<`)rG}rH(hXNTD1pprIhX5'-nucleotidase (dUMP)rJh}rKh}rL(jC`X SBO:0000375rMX bigg.reactionrNXNTD1pprOXbiocycrPXMETA:RXN-14143rQXec-coderR]rS(X3.1.3.5rTX3.1.3.89rUeX kegg.reactionrVXR02102rWXmetanetx.reactionrXX MNXR102028rYXrhearZ]r[(X29355r\X29356r]X29357r^X29358r_eujG`Xb0480 or b4055r`jH`h#jI`h2]ra(jeGj5+erbRrcjM`}rd(j,GjDGj-G?j0G?uh0Njt`Gju`G@@ubj<`)re}rf(hXNTD2rghX5'-nucleotidase (UMP)rhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlXNTD2rmXbiocycrnXMETA:RXN-14025roXec-coderpX3.1.3.5rqX kegg.reactionrrXR00963rsXmetanetx.reactionrtX MNXR102032ruXrhearv]rw(X29359rxX29360ryX29361rzX29362r{eujG`Xb2744 or b4374r|jH`h#jI`h2]r}(jSGj/Ger~RrjM`}r(jgfGj:Gj;nG?jqG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD2pprhX5'-nucleotidase (UMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD2pprXbiocycrXMETA:RXN-14025rXec-coderX3.1.3.5rX kegg.reactionrXR00963rXmetanetx.reactionrX MNXR102032rXrhear]r(X29359rX29360rX29361rX29362reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(jDGjO`)r}r(hXump_prhXUMP C9H11N2O9Prh}rh}r(Xbigg.metaboliterXumprXbiocycrXMETA:UMPrXchebir]r(X CHEBI:13508rX CHEBI:13509rX CHEBI:16695rX CHEBI:27231rX CHEBI:46362rX CHEBI:46382rX CHEBI:46385rX CHEBI:47721rX CHEBI:57865rX CHEBI:9849reX kegg.compoundrXC00105rXmetanetx.chemicalrXMNXM80rX seed.compoundrXcpd00091ruh0Nh1h2]rrRrjn`X C9H11N2O9Prjp`jcjr`Jjs`GubGj0G?jcG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD3rhX5'-nucleotidase (dCMP)rh}rh}r§(jC`X SBO:0000375rçX bigg.reactionrħXNTD3rŧXbiocycrƧXMETA:RXN0-5292rǧXec-coderȧ]rɧ(X3.1.3.5rʧX3.1.3.89r˧eX kegg.reactionŗXR01664rͧXmetanetx.reactionrΧX MNXR102033rϧXrhearЧ]rѧ(X29363rҧX29364rӧX29365rԧX29366rէeujG`Xb2744 or b2291r֧jH`h#jI`h2]rק(jAGjSGerاRr٧jM`}rڧ(j`GjgfGj#G?j;nG?uh0Njt`Gju`G@@ubj<`)rۧ}rܧ(hXNTD3pprݧhX5'-nucleotidase (dCMP)rާh}rߧh}r(jC`X SBO:0000375rX bigg.reactionrXNTD3pprXbiocycrXMETA:RXN0-5292rXec-coder]r(X3.1.3.5rX3.1.3.89reX kegg.reactionrXR01664rXmetanetx.reactionrX MNXR102033rXrhear]r(X29363rX29364rX29365rX29366reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(jGjDGj~G?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD4rhX5'-nucleotidase (CMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD4rXbiocycrXMETA:RXN-14026rXec-coder]r(X3.1.3.5rX3.1.3.91reX kegg.reactionrXR00511r Xmetanetx.reactionr X MNXR102034r Xrhear ]r (X29367rX29368rX29369rX29370reujG`Xb2744rjH`h#jI`h2]rjSGarRrjM`}r(j@GjgfGjOG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD4pprhX5'-nucleotidase (CMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD4pprXbiocycr XMETA:RXN-14026r!Xec-coder"]r#(X3.1.3.5r$X3.1.3.91r%eX kegg.reactionr&XR00511r'Xmetanetx.reactionr(X MNXR102034r)Xrhear*]r+(X29367r,X29368r-X29369r.X29370r/eujG`Xb0480 or b4055r0jH`h#jI`h2]r1(jeGj5+er2Rr3jM`}r4(j_GjDGjG?j0G?uh0Njt`Gju`G@@ubj<`)r5}r6(hXNTD5r7hX5'-nucleotidase (dTMP)r8h}r9h}r:(jC`X SBO:0000375r;X bigg.reactionr<XNTD5r=Xbiocycr>X"META:THYMIDYLATE-5-PHOSPHATASE-RXNr?Xec-coder@]rA(X3.1.3.35rBX3.1.3.5rCX3.1.3.89rDeX kegg.reactionrEXR01569rFXmetanetx.reactionrGX MNXR102035rHXrhearI]rJ(X11080rKX11081rLX11082rMX11083rNeujG`Xb2744 or b2291 or b4374rOjH`h#jI`h2]rP(j/GjAGjSGerQRrRjM`}rS(j,GjgfGj;nG?jO`)rT}rU(hXthymd_crVhXThymidine C10H14N2O5rWh}rXh}rY(Xbigg.metaboliterZXthymdr[Xbiocycr\XMETA:THYMIDINEr]Xchebir^]r_(X CHEBI:15244r`X CHEBI:17748raX CHEBI:19273rbX CHEBI:45782rcX CHEBI:45834rdX CHEBI:45917reX CHEBI:45918rfX CHEBI:53527rgX CHEBI:9579rheXhmdbriX HMDB00273rjX kegg.compoundrkXC00214rlXmetanetx.chemicalrmXMNXM420rnX seed.compoundroXcpd00184rpuh0Nh1h2]rqrrRrsjn`X C10H14N2O5rtjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)ru}rv(hXNTD5pprwhX5'-nucleotidase (dTMP)rxh}ryh}rz(jC`X SBO:0000375r{X bigg.reactionr|XNTD5ppr}Xbiocycr~X"META:THYMIDYLATE-5-PHOSPHATASE-RXNrXec-coder]r(X3.1.3.35rX3.1.3.5rX3.1.3.89reX kegg.reactionrXR01569rXmetanetx.reactionrX MNXR102035rXrhear]r(X11080rX11081rX11082rX11083reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(j,GjDGj0G?jO`)r}r(hXthymd_prhXThymidine C10H14N2O5rh}rh}r(Xbigg.metaboliterXthymdrXbiocycrXMETA:THYMIDINErXchebir]r(X CHEBI:15244rX CHEBI:17748rX CHEBI:19273rX CHEBI:45782rX CHEBI:45834rX CHEBI:45917rX CHEBI:45918rX CHEBI:53527rX CHEBI:9579reXhmdbrX HMDB00273rX kegg.compoundrXC00214rXmetanetx.chemicalrXMNXM420rX seed.compoundrXcpd00184ruh0Nh1h2]rrRrjn`X C10H14N2O5rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD6rhX5'-nucleotidase (dAMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD6rXbiocycrXMETA:RXN-14161rXec-coder]r(X3.1.3.5r¨X3.1.3.89rèeX kegg.reactionrĨXR02088rŨXmetanetx.reactionrƨX MNXR102036rǨXrhearȨ]rɨ(X29371rʨX29372r˨X29373r̨X29374rͨeujG`Xb2291 or b2744rΨjH`h#jI`h2]rϨ(jAGjSGerШRrѨjM`}rҨ(jrGjgfGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rӨ}rԨ(hXNTD6pprըhX5'-nucleotidase (dAMP)r֨h}rרh}rب(jC`X SBO:0000375r٨X bigg.reactionrڨXNTD6pprۨXbiocycrܨXMETA:RXN-14161rݨXec-coderި]rߨ(X3.1.3.5rX3.1.3.89reX kegg.reactionrXR02088rXmetanetx.reactionrX MNXR102036rXrhear]r(X29371rX29372rX29373rX29374reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(jGjDGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD7rhX5'-nucleotidase (AMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD7rXbiocycrXMETA:AMP-DEPHOSPHORYLATION-RXNrXec-coderX3.1.3.5rX kegg.reactionrXR00183rXmetanetx.reactionrX MNXR102037rXrhear]r(X29375rX29376rX29377rX29378reujG`Xb2744rjH`h#jI`h2]r jSGar Rr jM`}r (jGjgfGjG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r(hXNTD7pprhX5'-nucleotidase (AMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD7pprXbiocycrXMETA:AMP-DEPHOSPHORYLATION-RXNrXec-coderX3.1.3.5rX kegg.reactionrXR00183rXmetanetx.reactionrX MNXR102037rXrhear]r(X29375r X29376r!X29377r"X29378r#eujG`Xb0480 or b4055r$jH`h#jI`h2]r%(jeGj5+er&Rr'jM`}r((jkGjDGjݹG?j0G?uh0Njt`Gju`G@@ubj<`)r)}r*(hXNTD8r+hX5'-nucleotidase (dGMP)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0XNTD8r1Xbiocycr2XMETA:RXN-14142r3Xec-coder4]r5(X3.1.3.5r6X3.1.3.89r7eX kegg.reactionr8XR01968r9Xmetanetx.reactionr:X MNXR102038r;Xrhear<]r=(X29379r>X29380r?X29381r@X29382rAeujG`Xb2291 or b2744rBjH`h#jI`h2]rC(jAGjSGerDRrEjM`}rF(j~GjgfGj"G?j;nG?uh0Njt`Gju`G@@ubj<`)rG}rH(hXNTD8pprIhX5'-nucleotidase (dGMP)rJh}rKh}rL(jC`X SBO:0000375rMX bigg.reactionrNXNTD8pprOXbiocycrPXMETA:RXN-14142rQXec-coderR]rS(X3.1.3.5rTX3.1.3.89rUeX kegg.reactionrVXR01968rWXmetanetx.reactionrXX MNXR102038rYXrhearZ]r[(X29379r\X29380r]X29381r^X29382r_eujG`Xb0480 or b4055r`jH`h#jI`h2]ra(j5+jeGerbRrcjM`}rd(jGjDGjG?j0G?uh0Njt`Gju`G@@ubj<`)re}rf(hXNTD9rghX5'-nucleotidase (GMP)rhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlXNTD9rmXbiocycrnX META:RXN-7609roXec-coderpX3.1.3.5rqX kegg.reactionrrXR01227rsXmetanetx.reactionrtX MNXR100381ruXrhearv]rw(X27714rxX27715ryX27716rzX27717r{eujG`Xb2744r|jH`h#jI`h2]r}jSGar~RrjM`}r(j:GjgfGj>gG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTD9pprhX5'-nucleotidase (GMP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTD9pprXbiocycrX META:RXN-7609rXec-coderX3.1.3.5rX kegg.reactionrXR01227rXmetanetx.reactionrX MNXR100381rXrhear]r(X27714rX27715rX27716rX27717reujG`Xb0480 or b4055rjH`h#jI`h2]r(jeGj5+erRrjM`}r(jBdGjDGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXNTP1rhXNucleoside-triphosphatase (ATP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTP1rXbiocycrXMETA:ATPASE-RXNrXec-coder]r(X3.6.1.15rX3.6.1.3rX3.6.1.5rX3.6.1.8rX3.6.3.1rX3.6.3.10rX3.6.3.11rX3.6.3.12rX3.6.3.14rX3.6.3.15rX3.6.3.16rX3.6.3.17rX3.6.3.18rX3.6.3.19rX3.6.3.2rX3.6.3.20rX3.6.3.21rX3.6.3.22rX3.6.3.23rX3.6.3.24rX3.6.3.25rX3.6.3.26rX3.6.3.27rX3.6.3.28rX3.6.3.29r©X3.6.3.3réX3.6.3.30rĩX3.6.3.31rũX3.6.3.32rƩX3.6.3.33rǩX3.6.3.34rȩX3.6.3.35rɩX3.6.3.36rʩX3.6.3.37r˩X3.6.3.38r̩X3.6.3.39rͩX3.6.3.4rΩX3.6.3.40rϩX3.6.3.41rЩX3.6.3.42rѩX3.6.3.43rҩX3.6.3.44rөX3.6.3.46rԩX3.6.3.47rթX3.6.3.48r֩X3.6.3.49rשX3.6.3.5rةX3.6.3.50r٩X3.6.3.51rکX3.6.3.52r۩X3.6.3.53rܩX3.6.3.54rݩX3.6.3.6rީX3.6.3.7rߩX3.6.3.8rX3.6.3.9rX3.6.4.1rX3.6.4.10rX3.6.4.11rX3.6.4.12rX3.6.4.13rX3.6.4.2rX3.6.4.3rX3.6.4.4rX3.6.4.5rX3.6.4.6rX3.6.4.7rX3.6.4.8rX3.6.4.9reX kegg.reactionrXR00086rXmetanetx.reactionrX MNXR96131rXrhear]r(X13065rX13066rX13067rX13068reujG`Xb0650 or b4161rjH`h#jI`h2]r(jwGjGerRrjM`}r(jbGjgfGjmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTP10rhXNucleoside-triphosphatase (ITP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTP10rXbiocycrXMETA:RXN0-5073rXec-coder ]r (X3.6.1.-r X3.6.1.5r eX kegg.reactionr XR00719rXmetanetx.reactionrX MNXR100892rXrhear]r(X28330rX28331rX28332rX28333reujG`Xb4161 or b4394rjH`h#jI`h2]r(jGjwGerRrjM`}r(jgfGjGjnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTP11rhX Nucleoside-triphosphatase (dITP)rh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XNTP11r$Xmetanetx.reactionr%X MNXR102040r&Xrhear']r((X30859r)X30860r*X30861r+X30862r,eujG`Xb4394r-jH`h#jI`h2]r.jGar/Rr0jM`}r1(jGjgfGjO`)r2}r3(hXdidp_cr4hX(DIDP; 2'-deoxyinosine-5'-diphosphate(3-)r5h}r6h}r7(Xbigg.metaboliter8Xdidpr9Xbiocycr:XMETA:CPD0-2231r;Xchebir<]r=(X CHEBI:10498r>X CHEBI:19249r?X CHEBI:28823r@X CHEBI:62286rAeXhmdbrBX HMDB03536rCX kegg.compoundrDXC01344rEXmetanetx.chemicalrFXMNXM2174rGX seed.compoundrHXcpd00976rIuh0Nh1h2]rJrKRrLjn`X C10H11N4O10P2rMjp`jq`jr`Jjs`GubG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rN}rO(hXNTP12rPhXNucleoside-triphosphatase (XTP)rQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXNTP12rVXbiocycrWXMETA:RXN0-5074rXXec-coderYX3.6.1.-rZXmetanetx.reactionr[X MNXR102041r\Xrhear]]r^(X28406r_X28407r`X28408raX28409rbeujG`Xb4394rcjH`h#jI`h2]rdjGareRrfjM`}rg(jgfGj%iGjnG?j;nG?jO`)rh}ri(hXxdp_crjhXXDPrkh}rlh}rm(Xbigg.metaboliternXxdproXbiocycrpXMETA:XDPrqXchebirr]rs(X CHEBI:10048rtX CHEBI:59884rueX kegg.compoundrvXC01337rwXmetanetx.chemicalrxXMNXM4133ryX seed.compoundrzXcpd00972r{uh0Nh1h2]r|r}Rr~jn`X C10H11N4O12P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTP3rhXNucleoside-triphosphatase (GTP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTP3rXbiocycrXMETA:RXN0-5462rXec-coder]r(X3.6.1.15rX3.6.1.5rX3.6.5.1rX3.6.5.2rX3.6.5.3rX3.6.5.4rX3.6.5.5rX3.6.5.6reX kegg.reactionrXR00335rXmetanetx.reactionrX MNXR102043rXrhear]r(X19669rX19670rX19671rX19672reujG`Xb4161rjH`h#jI`h2]rjwGarRrjM`}r(jJfGjgfGjZG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTP3pprhX+Nucleoside-triphosphatase (GTP) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTP3pprXbiocycrXMETA:RXN0-5462rXec-coder]r(X3.6.1.15rX3.6.1.5rX3.6.5.1rX3.6.5.2rX3.6.5.3rX3.6.5.4rX3.6.5.5rX3.6.5.6reX kegg.reactionrXR00335rXmetanetx.reactionrX MNXR102043rXrhear]r(X19669rX19670rX19671rX19672rªeujG`Xb0980rêjH`h#jI`h2]rĪjGarŪRrƪjM`}rǪ(jNiGjDGjVG?j̪G?j0G?uh0Njt`Gju`G@@ubj<`)rȪ}rɪ(hXNTP5rʪhXNucleoside-triphosphatase (CTP)r˪h}r̪h}rͪ(jC`X SBO:0000375rΪX bigg.reactionrϪXNTP5rЪXbiocycrѪXMETA:RXN-12195rҪXec-coderӪ]rԪ(X3.6.1.15rժX3.6.1.5r֪eX kegg.reactionrתXR00569rتXmetanetx.reactionr٪X MNXR102045rڪXrhear۪]rܪ(X29387rݪX29388rުX29389rߪX29390reujG`Xb4161rjH`h#jI`h2]rjwGarRrjM`}r(j+dGjgfGj%G?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP1rhX0Nucleoside triphosphate pyrophosphorylase (dgtp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP1rXbiocycrX META:RXN0-385rXec-coder]r(X3.6.1.-rX3.6.1.19rX3.6.1.9reX kegg.reactionrXR01855rXmetanetx.reactionrX MNXR102049rXrhear]r(X28362rX28363rX28364rX28365reujG`Xb0099 or b2781rjH`h#jI`h2]r(jK!jGerRrjM`}r(jdGjgfGj~G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP10rhX0Nucleoside triphosphate pyrophosphorylase (ditp)rh}r h}r (jC`X SBO:0000375r X bigg.reactionr XNTPP10r XbiocycrXMETA:RXN0-1602rXec-coder]r(X3.6.1.-rX3.6.1.66reX kegg.reactionrXR03531rXmetanetx.reactionrX MNXR102050rXrhear]r(X28342rX28343rX28344rX28345reujG`Xb2954rjH`h#jI`h2]rjGar Rr!jM`}r"(jGjgfGjG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r#}r$(hXNTPP11r%hX/Nucleoside triphosphate pyrophosphorylase (xtp)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XNTPP11r+Xbiocycr,XMETA:RXN0-1603r-Xec-coder.]r/(X3.6.1.-r0X3.6.1.66r1eX kegg.reactionr2XR02720r3Xmetanetx.reactionr4X MNXR102051r5Xrhear6]r7(X28610r8X28611r9X28612r:X28613r;eujG`Xb2954r<jH`h#jI`h2]r=jGar>Rr?jM`}r@(jgfGj%iGjnG?jnnG?jdG?uh0Njt`Gju`G@@ubj<`)rA}rB(hXNTPP2rChX/Nucleoside triphosphate pyrophosphorylase (gtp)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXNTPP2rIXbiocycrJXMETA:RXN-14140rKXec-coderL]rM(X3.6.1.-rNX3.6.1.8rOX3.6.1.9rPeX kegg.reactionrQXR00426rRXmetanetx.reactionrSX MNXR102052rTXrhearU]rV(X29391rWX29392rXX29393rYX29394rZeujG`Xb0099 or b2781r[jH`h#jI`h2]r\(jK!jGer]Rr^jM`}r_(jJfGjgfGj:G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r`}ra(hXNTPP3rbhX0Nucleoside triphosphate pyrophosphorylase (dctp)rch}rdh}re(jC`X SBO:0000375rfX bigg.reactionrgXNTPP3rhXbiocycriXMETA:DCTP-PYROPHOSPHATASE-RXNrjXec-coderk]rl(X3.6.1.12rmX3.6.1.65rnX3.6.1.9roeX kegg.reactionrpXR01668rqXmetanetx.reactionrrX MNXR97203rsXrheart]ru(X22636rvX22637rwX22638rxX22639ryeujG`Xb2251 or b2781 or b1759rzjH`h#jI`h2]r{(jGj"jGer|Rr}jM`}r~(jdGjgfGj`G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP4rhX/Nucleoside triphosphate pyrophosphorylase (ctp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP4rXbiocycrX META:RXN0-383rXec-coder]r(X3.6.1.65rX3.6.1.8rX3.6.1.9reX kegg.reactionrXR00515rXmetanetx.reactionrX MNXR102053rXrhear]r(X27762rX27763rX27764rX27765reujG`Xb1759 or b2781rjH`h#jI`h2]r(jGjGerRrjM`}r(j+dGjgfGj@G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP5rhX0Nucleoside triphosphate pyrophosphorylase (datp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP5rXbiocycrX META:RXN0-384rXec-coder]r(X3.6.1.19rX3.6.1.9reXmetanetx.reactionrX MNXR97173rXrhear]r(X28334rX28335rX28336rX28337reujG`Xb2781 or b1865rjH`h#jI`h2]r(j]!jGerRrjM`}r(jdGjgfGjrG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP6rhX/Nucleoside triphosphate pyrophosphorylase (atp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP6r«XbiocycrëXMETA:ATP-PYROPHOSPHATASE-RXNrīXec-coderū]rƫ(X3.6.1.8rǫX3.6.1.9rȫeX kegg.reactionrɫXR00087rʫXmetanetx.reactionr˫X MNXR102054r̫Xrhearͫ]rΫ(X14245rϫX14246rЫX14247rѫX14248rҫeujG`Xb2781rӫjH`h#jI`h2]rԫjGarիRr֫jM`}r׫(jbGjgfGjG?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)rث}r٫(hXNTPP7rګhX0Nucleoside triphosphate pyrophosphorylase (dttp)r۫h}rܫh}rݫ(jC`X SBO:0000375rޫX bigg.reactionr߫XNTPP7rXbiocycrXMETA:RXN0-5107rXec-coder]r(X3.6.1.19rX3.6.1.9reX kegg.reactionrXR11323rXmetanetx.reactionrX MNXR97809rXrhear]r(X28534rX28535rX28536rX28537reujG`Xb2781 or b2251rjH`h#jI`h2]r(jGj"erRrjM`}r(jdGjgfGj,G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP8rhX/Nucleoside triphosphate pyrophosphorylase (utp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP8rXbiocycrXMETA:RXN-14139rXec-coder]r(X3.6.1.8rX3.6.1.9reX kegg.reactionrXR00662rXmetanetx.reactionrX MNXR102055rXrhear ]r (X29395r X29396r X29397r X29398reujG`Xb2781rjH`h#jI`h2]rjGarRrjM`}r(jgfGjmGjnG?jnnG?j:G?uh0Njt`Gju`G@@ubj<`)r}r(hXNTPP9rhX/Nucleoside triphosphate pyrophosphorylase (itp)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXNTPP9rXbiocycrXMETA:RXN0-6382rXec-coder]r (X3.6.1.-r!X3.6.1.8r"X3.6.1.9r#eX kegg.reactionr$XR00720r%Xmetanetx.reactionr&X MNXR102056r'Xrhear(]r)(X29399r*X29400r+X29401r,X29402r-eujG`Xb2954r.jH`h#jI`h2]r/jGar0Rr1jM`}r2(jgfGjGjnG?jIG?jnnG?uh0Njt`Gju`G@@ubj<`)r3}r4(hXNTPTP1r5hX(Nucleoside triphosphate tripolyhydrolaser6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XNTPTP1r;Xbiocycr<XMETA:DGTPTRIPHYDRO-RXNr=Xec-coder>X3.1.5.1r?X kegg.reactionr@XR01856rAXmetanetx.reactionrBX MNXR102057rCXrhearD]rE(X15193rFX15194rGX15195rHX15196rIeujG`Xb0160rJjH`h#jI`h2]rKjGarLRrMjM`}rN(jdGjgfGj"G?jG?uh0Njt`Gju`G@@ubj<`)rO}rP(hXNTPTP2rQhX(Nucleoside triphosphate tripolyhydrolaserRh}rSh}rT(jC`X SBO:0000375rUX bigg.reactionrVXNTPTP2rWXmetanetx.reactionrXX MNXR102058rYXrhearZ]r[(X30559r\X30560r]X30561r^X30562r_eujG`Xb0160r`jH`h#jI`h2]rajGarbRrcjM`}rd(jJfGjgfGj>gG?jG?uh0Njt`Gju`G@@ubj<`)re}rf(hXNTRIR2xrghXNitrite Reductase (NADH)rhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlXNTRIR2xrmXbiocycrnXMETA:RXN-13854roXec-coderp]rq(X1.7.1.15rrX1.7.1.4rseX kegg.reactionrtXR00787ruXmetanetx.reactionrvX MNXR102062rwXrhearx]ry(X24628rzX24629r{X24630r|X24631r}eujG`Xb3365 and b3366r~jH`h#jI`h2]r(jHjHerRrjM`}r(jnGjRr?jn`XC157H255N3O82P2r@jp`jcjr`Jjs`GubG?j G?uh0Njt`Gju`G@@ubj<`)rA}rB(hXO16AP3pprChX"O16 antigen polymerase (periplasm)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXO16AP3pprIXmetanetx.reactionrJX MNXR102080rKujG`Xb2035 and b2027rLjH`h#jI`h2]rM(jHjsHerNRrOjM`}rP(j1GjGj̪G?j߬G?j G?uh0Njt`Gju`G@@ubj<`)rQ}rR(hXO16ATrShXiRhamanosyl-N-acetylglucosamyl-undecaprenyl diphosphate O-acetyltransferase (LPS O16 antigen biosynthesis)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXXO16ATrYXmetanetx.reactionrZX MNXR102081r[ujG`Xb2033r\jH`h#jI`h2]r]jHar^Rr_jM`}r`(jaGjO`)ra}rb(hXragund_crchX6Rhamanosyl-N-acetylglucosamyl-undecaprenyl diphosphaterdh}reh}rf(Xbigg.metabolitergXragundrhXbiocycriXMETA:CPD0-2289rjXmetanetx.chemicalrkX MNXM80754rlX seed.compoundrmXcpd15562rnuh0Nh1h2]rorpRrqjn`XC69H113N1O16P2rrjp`jq`jr`Jjs`GubGjO`)rs}rt(hX aragund_cruhX?O-acetyl-rhamanosyl-N-acetylglucosamyl-undecaprenyl diphosphatervh}rwh}rx(Xbigg.metaboliteryXaragundrzXbiocycr{XMETA:CPD0-2290r|Xmetanetx.chemicalr}X MNXM65126r~X seed.compoundrXcpd15410ruh0Nh1h2]rrRrjn`XC71H115N1O17P2rjp`jq`jr`Jjs`GubG?jcG?uh0Njt`Gju`G@@ubj<`)r}r(hX O16AUNDtpprhX.O16 antigen (flippase, cytoplasm to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX O16AUNDtpprXmetanetx.reactionrX MNXR102082rujG`Xb2037rjH`h#jI`h2]rjHarRrjM`}r(jO`)r}r(hX o16aund_crhX$O16 antigen undecaprenyl diphosphaterh}rh}r(Xbigg.metaboliterXo16aundrXbiocycrXMETA:CPD0-2279rXmetanetx.chemicalrX MNXM65211rX seed.compoundrXcpd15520ruh0Nh1h2]rrRrjn`XC89H145N1O32P2rjp`jq`jr`Jjs`GubGjG?uh0Njt`Gju`G@@ubj<`)r}r(hXO16GALFTrhX:Galactofuranosyltransferase (LPS O16 antigen biosynthesis)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXO16GALFTrXmetanetx.reactionrX MNXR102085rujG`Xb2034rjH`h#jI`h2]rjHarRrjM`}r(jO`)r}r(hX garagund_crhXHGlucosyl-O-acetyl-rhamanosyl-N-acetylglucosamyl-undecaprenyl diphosphaterh}rh}r(Xbigg.metaboliterXgaragundrXbiocycrXMETA:CPD0-2215rXmetanetx.chemicalrX MNXM55196r­X seed.compoundríXcpd15470rĭuh0Nh1h2]rŭrƭRrǭjn`XC77H125N1O22P2rȭjp`jq`jr`Jjs`GubGjO`)rɭ}rʭ(hX udpgalfur_cr˭hXUDP-D-galacto-1,4-furanoser̭h}rͭh}rέ(Xbigg.metaboliterϭX udpgalfurrЭXbiocycrѭXMETA:UDP-D-GALACTO-14-FURANOSErҭXchebirӭ]rԭ(X CHEBI:66915rխX CHEBI:67118r֭eX kegg.compoundr׭XC03733rحXmetanetx.chemicalr٭XMNXM2158rڭX seed.compoundrۭXcpd02338rܭuh0Nh1h2]rݭrޭRr߭jn`X C15H22N2O17P2rjp`jq`jr`Jjs`GubGjO`)r}r(hX gfgaragund_crhXYGalactofuranosyl-glucosyl-O-acetyl-rhamanosyl-N-acetylglucosamyl-undecaprenyl diphosphaterh}rh}r(Xbigg.metaboliterX gfgaragundrXbiocycrXMETA:CPD0-2219rXmetanetx.chemicalrX MNXM54130rX seed.compoundrXcpd15473ruh0Nh1h2]rrRrjn`XC83H135N1O27P2rjp`jq`jr`Jjs`GubG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXO16GLCT1rhX4Glucosyltransferase I (LPS O16 antigen biosynthesis)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXO16GLCT1rXmetanetx.reactionrX MNXR102086rujG`Xb2032rjH`h#jI`h2]rjHarRrjM`}r(jsGjRGjG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXO16GLCT2rhX5Glucosyltransferase II (LPS O16 antigen biosynthesis)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr XO16GLCT2r Xmetanetx.reactionr X MNXR102087r ujG`h#jH`h#jI`h2]rrRrjM`}r(jGjRGjnG?jG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXO2StexrhXESuperoxide anion transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXO2StexrXmetanetx.reactionrX MNXR102089rujG`X b0241 or b1377 or b2215 or b0929rjH`h#jI`h2]r(hIh[h7h erRr jM`}r!(j4GjO`)r"}r#(hXo2s_pr$hXSuperoxide anionr%h}r&h}r'(Xbigg.metaboliter(Xo2sr)Xbiocycr*XMETA:SUPER-OXIDEr+Xchebir,]r-(X CHEBI:15143r.X CHEBI:18421r/X CHEBI:25935r0X CHEBI:26839r1X CHEBI:30492r2X CHEBI:7710r3eXhmdbr4X HMDB02168r5X kegg.compoundr6XC00704r7Xmetanetx.chemicalr8XMNXM330r9uh0Nh1h2]r:r;Rr<jn`XO2r=jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r>}r?(hXO2texr@hX;Oxygen transport via diffusion (extracellular to periplasm)rAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEXO2texrFXbiocycrGXMETA:TRANS-RXN0-474rHXmetanetx.reactionrIX MNXR102090rJujG`X b1377 or b0241 or b0929 or b2215rKjH`h#jI`h2]rL(hIh[h7h erMRrNjM`}rO(jGjG?uh0Njt`G@ju`G@@ubj<`)rP}rQ(hXO2tpprRhX&O2 transport via diffusion (periplasm)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWXO2tpprXXbiocycrYXMETA:TRANS-RXN0-474rZXmetanetx.reactionr[X MNXR102090r\ujG`Xs0001r]jH`h#jI`h2]r^jar_Rr`jM`}ra(jGjηG?uh0Njt`G@ju`G@@ubj<`)rb}rc(hXOAADCrdhXOxaloacetate decarboxylasereh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXOAADCrjXbiocycrkXMETA:OXALODECARB-RXNrlXec-coderm]rn(X1.1.1.38roX1.1.1.40rpX4.1.1.-rqX4.1.1.3rreX kegg.reactionrs]rt(XR00217ruXR00219rveXmetanetx.reactionrwX MNXR102097rxXrheary]rz(X15641r{X15642r|X15643r}X15644r~eujG`Xb1850rjH`h#jI`h2]rj#arRrjM`}r(jnGjfGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXOBTFLrhX2-Oxobutanoate formate lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOBTFLrXbiocycrXMETA:KETOBUTFORMLY-RXNrXec-coder]r(X2.3.1.-rX2.3.1.54reX kegg.reactionrXR06987rXmetanetx.reactionrX MNXR102135rXrhear]r(X28054rX28055rX28056rX28057reujG`XK( b0902 and b0903 ) or ( b0903 and b0902 and b2579 ) or ( b0902 and b3114 )rjH`h#jI`h2]r(jIjIjHjHerRrjM`}r(jgGjcGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXOCBTrhXOrnithine carbamoyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOCBTrXbiocycr]r(XMETA:ORNCARBAMTRANSFER-RXNrXMETA:RXN-13482reXec-coderX2.1.3.3rX kegg.reactionrXR01398rXmetanetx.reactionrX MNXR102137rXrhear]r(X19513rX19514rX19515rX19516reujG`Xb4254 or b0273rjH`h#jI`h2]r(j'Ij9IerRrjM`}r(jGjGjhG?jnG?j;nG?uh0Njt`G@ju`G@@ubj<`)r}r(hX OCDCAtexir®hX[Octadecanoate transport via facilitated irreversible diffusion (extracellular to periplasm)rîh}rĮh}rŮ(jC`X SBO:0000375rƮX bigg.reactionrǮX OCDCAtexirȮXmetanetx.reactionrɮX MNXR99109rʮXrhearˮ]r̮(X39807rͮX39808rήX39809rϮX39810rЮeujG`Xb2344rѮjH`h#jI`h2]rҮjarӮRrԮjM`}rծ(j]Gj9G?uh0Njt`Gju`G@@ubj<`)r֮}r׮(hX OCDCEAtexirخhXeOctadecenoate (n-C18:1) transport via facilitated irreversible diffusion (extracellular to periplasm)rٮh}rڮh}rۮ(jC`X SBO:0000375rܮX bigg.reactionrݮX OCDCEAtexirޮXmetanetx.reactionr߮X MNXR99110rXrhear]r(X33655rX33656rX33657rX33658reujG`Xb2344rjH`h#jI`h2]rjarRrjM`}r(jGj :G?uh0Njt`Gju`G@@ubj<`)r}r(hXOCTAtexrhX>Octanoate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOCTAtexrXbiocycrXMETA:TRANS-RXN0-272rXmetanetx.reactionrX MNXR99126rXrhear]r(X29759rX29760rX29761rX29762reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjw:G?uh0Njt`G@ju`G@@ubj<`)r}r(hXOCTDPSrhX!Octaprenyl pyrophosphate synthaserh}rh}r (jC`X SBO:0000375r X bigg.reactionr XOCTDPSr Xbiocycr X META:RXN-8992rXec-coderX2.5.1.90rX kegg.reactionrXR09248rXmetanetx.reactionrX MNXR102153rXrhear]r(X27798rX27799rX27800rX27801reujG`Xb3187rjH`h#jI`h2]rjKIarRrjM`}r(jfGj&Gj%"G?jnnG@uh0Njt`Gju`G@@ubj<`)r }r!(hXOCTNLLr"hX*Octanoate non-lipoylated apo domain ligaser#h}r$h}r%(jC`X SBO:0000375r&X bigg.reactionr'XOCTNLLr(Xmetanetx.reactionr)X MNXR102155r*ujG`Xb4386r+jH`h#jI`h2]r,j<ar-Rr.jM`}r/(jbGjnGjGjG?jG?jnnG?uh0Njt`Gju`G@@ubj<`)r0}r1(hXOGMEACPDr2hX-3-Oxo-glutaryl-[ACP] methyl ester dehydrataser3h}r4h}r5(jC`X SBO:0000375r6X bigg.reactionr7XOGMEACPDr8Xbiocycr9XMETA:RXN-11477r:Xec-coder;X4.2.1.59r<X kegg.reactionr=XR10117r>Xmetanetx.reactionr?X MNXR102159r@ujG`Xb0180rAjH`h#jI`h2]rBjWarCRrDjM`}rE(jO`)rF}rG(hX hgmeACP_crHhX53-Hydroxyglutaryl-[acyl-carrier protein] methyl esterrIh}rJh}rK(Xbigg.metaboliterLXhgmeACPrMXbiocycrNX'META:3-Hydroxyglutaryl-ACP-methyl-esterrOX kegg.compoundrPXC20373rQXmetanetx.chemicalrRX MNXM97395rSX seed.compoundrTXcpd22022rUuh0Nh1h2]rVrWRrXjn`XC17H29N2O11PRSrYjp`jq`jr`Jjs`GubGj4G?jgfG?uh0Njt`Gju`G@@ubj<`)rZ}r[(hXOGMEACPRr\hX+3-Oxo-glutaryl-[ACP] methyl ester reductaser]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraXOGMEACPRrbXmetanetx.reactionrcX MNXR102160rdujG`Xb1093rejH`h#jI`h2]rfjargRrhjM`}ri(jnGj{iGjO`)rj}rk(hX ogmeACP_crlhX23-Oxo-glutaryl-[acyl-carrier protein] methyl esterrmh}rnh}ro(Xbigg.metaboliterpXogmeACPrqXmetanetx.chemicalrrX MNXM147799rsuh0Nh1h2]rtruRrvjn`XC17H27N2O11PRSrwjp`jq`jr`Jjs`GubGjFG?j[iG?uh0Njt`Gju`G@@ubj<`)rx}ry(hXOGMEACPSrzhX*3-Oxo-glutaryl-[ACP] methyl ester synthaser{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXOGMEACPSrXmetanetx.reactionrX MNXR102161rujG`Xb1091rjH`h#jI`h2]rj]arRrjM`}r(jnGjKGjGjG?jcG?jjG?uh0Njt`Gju`G@@ubj<`)r}r(hXOHPBATrhX?O-Phospho-4-hydroxy-L-threonine:2-oxoglutarate aminotransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOHPBATrXbiocycrXMETA:PSERTRANSAMPYR-RXNrXec-coderX2.6.1.52rX kegg.reactionrXR05085rXmetanetx.reactionrX MNXR102169rXrhear]r(X16573rX16574rX16575rX16576reujG`Xb0907rjH`h#jI`h2]rj]IarRrjM`}r(jeGjO`)r}r(hXohpb_crhX"2-Oxo-3-hydroxy-4-phosphobutanoaterh}rh}r(Xbigg.metaboliterXohpbrXbiocycrX!META:3OH-4P-OH-ALPHA-KETOBUTYRATErXchebir]r(X CHEBI:1240rX CHEBI:19731rX CHEBI:27951rX CHEBI:58538reXhmdbrX HMDB06801rX kegg.compoundrXC06054rXmetanetx.chemicalrXMNXM1514rX seed.compoundrXcpd03606ruh0Nh1h2]rrRrjn`XC4H4O8Prjp`jq`jr`Jjs`GubGjG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXOHPHMr¯hX&2-octaprenyl-6-hydroxyphenol methylaserïh}rįh}rů(jC`X SBO:0000375rƯX bigg.reactionrǯXOHPHMrȯXbiocycrɯX&META:2-OCTAPRENYL-6-OHPHENOL-METHY-RXNrʯXec-coder˯X 2.1.1.222r̯X kegg.reactionrͯXR04988rίXmetanetx.reactionrϯX MNXR102170rЯXrhearѯ]rү(X27770rӯX27771rԯX27772rկX27773r֯eujG`Xb2232rׯjH`h#jI`h2]rدj arٯRrگjM`}rۯ(jnGj%bGjO`)rܯ}rݯ(hX2omph_crޯhX2-Octaprenyl-6-methoxyphenolr߯h}rh}r(Xbigg.metaboliterX2omphrXbiocycrX!META:2-OCTAPRENYL-6-METHOXYPHENOLrXchebirX CHEBI:1235rX kegg.compoundrXC05812rXmetanetx.chemicalrXMNXM1707rX seed.compoundrXcpd03446ruh0Nh1h2]rrRrjn`XC47H72O2rjp`jq`jr`Kjs`GubG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXOMBZLMrhX,2-Octaprenyl-6-methoxy-benzoquinol methylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOMBZLMrXmetanetx.reactionrX MNXR102178rujG`Xb3833rjH`h#jI`h2]rjarRrjM`}r(jO`)r}r(hX2ombzl_crhX&2-Octaprenyl-6-methoxy-1,4-benzoquinolrh}rh}r(Xbigg.metaboliterX2ombzlr Xmetanetx.chemicalr X MNXM162799r X seed.compoundr Xcpd15359r uh0Nh1h2]rrRrjn`XC47H72O3rjp`jq`jr`Kjs`GubGj%bGjO`)r}r(hX2ommbl_crhX02-Octaprenyl-3-methyl-6-methoxy- 1,4-benzoquinolrh}rh}r(Xbigg.metaboliterX2ommblrXhmdbrX HMDB11661rXmetanetx.chemicalrX MNXM35383rX seed.compoundrXcpd15361ruh0Nh1h2]r r!Rr"jn`XC48H74O3r#jp`jq`jr`Kjs`GubG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r$}r%(hXOMCDCr&hX22-Oxo-4-methyl-3-carboxypentanoate decarboxylationr'h}r(h}r)(jC`X SBO:0000375r*X bigg.reactionr+XOMCDCr,Xbiocycr-X META:RXN-7800r.Xec-coder/X1.1.1.85r0X kegg.reactionr1XR01652r2Xmetanetx.reactionr3X MNXR102180r4Xrhear5]r6(X25078r7X25079r8X25080r9X25081r:eujG`Xs0001r;jH`h#jI`h2]r<jar=Rr>jM`}r?(j{GjnGj=G?jG?uh0Njt`Gju`G@@ubj<`)r@}rA(hXOMMBLHXrBhX;2-Octaprenyl-3-methyl-6-methoxy-1,4-benzoquinol hydroxylaserCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXOMMBLHXrHXmetanetx.reactionrIX MNXR102187rJujG`Xb0662rKjH`h#jI`h2]rLjoIarMRrNjM`}rO(jGjηGjf'G?uh0Njt`Gju`G@@ubj<`)rP}rQ(hXOMMBLHX3rRhXG2-Octaprenyl-3-methyl-6-methoxy-1,4-benzoquinol hydroxylase (anaerobic)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWXOMMBLHX3rXXmetanetx.reactionrYX MNXR102188rZujG`h#jH`h#jI`h2]r[r\Rr]jM`}r^(jGjbGjgfGjiGjf'G?jmG@jnG@jX kegg.compoundr?XC20377r@Xmetanetx.chemicalrAX MNXM10038rBX seed.compoundrCXcpd22065rDuh0Nh1h2]rErFRrGjn`XC19H33N2O11PRSrHjp`jq`jr`Jjs`GubGj5G?jgfG?uh0Njt`Gju`G@@ubj<`)rI}rJ(hXOPMEACPRrKhX+3-Oxo-pimeloyl-[ACP] methyl ester reductaserLh}rMh}rN(jC`X SBO:0000375rOX bigg.reactionrPXOPMEACPRrQXmetanetx.reactionrRX MNXR102207rSujG`Xb1093rTjH`h#jI`h2]rUjarVRrWjM`}rX(jnGj{iGjO`)rY}rZ(hX opmeACP_cr[hX23-Oxo-pimeloyl-[acyl-carrier protein] methyl esterr\h}r]h}r^(Xbigg.metaboliter_XopmeACPr`Xmetanetx.chemicalraX MNXM147801rbuh0Nh1h2]rcrdRrejn`XC19H31N2O11PRSrfjp`jq`jr`Jjs`GubGj5G?j[iG?uh0Njt`Gju`G@@ubj<`)rg}rh(hXOPMEACPSrihX*3-Oxo-pimeloyl-[ACP] methyl ester synthaserjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXOPMEACPSroXmetanetx.reactionrpX MNXR102208rqujG`Xb2323rrjH`h#jI`h2]rsjartRrujM`}rv(j4GjnGjKGjrG?jG?jYG?uh0Njt`Gju`G@@ubj<`)rw}rx(hXORNDCryhXOrnithine Decarboxylaserzh}r{h}r|(jC`X SBO:0000375r}X bigg.reactionr~XORNDCrXbiocycrXMETA:ORNDECARBOX-RXNrXec-coderX4.1.1.17rX kegg.reactionrXR00670rXmetanetx.reactionrX MNXR102209rXrhear]r(X22964rX22965rX22966rX22967reujG`Xb2965 or b0693rjH`h#jI`h2]r(jIjIerRrjM`}r(jnGjGjG?jpkG?uh0Njt`Gju`G@@ubj<`)r}r(hXORNabcpprhX.Ornithine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXORNabcpprXbiocycrXMETA:ABC-37-RXNrXec-coderX3.6.3.21rXmetanetx.reactionrX MNXR102222rXrhear]r(X29883#1rX29884#1rX29885#1rX29886#1reujG`X#b2306 and b2310 and b2307 and b2308rjH`h#jI`h2]r(jjjjyerRrjM`}r(jbGjgfGjGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXORNtexrhX>Ornithine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXORNtexrXbiocycrXMETA:TRANS-RXN-230rXmetanetx.reactionrX MNXR102223rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hX OROTt2_2pprhX6Orotate transport via proton symport (2 H) (periplasm)r±h}rñh}rı(jC`X SBO:0000375rűX bigg.reactionrƱX OROTt2_2pprDZXbiocycrȱXMETA:TRANS-RXN-121CrɱXmetanetx.reactionrʱX MNXR102229r˱Xrheaṟ]rͱ(X29347rαX29348rϱX29349rбX29350rѱeujG`Xb3528rұjH`h#jI`h2]rӱjarԱRrձjM`}rֱ(j̪GjO`)rױ}rر(hXorot_prٱhXOrotate C5H3N2O4rڱh}r۱h}rܱ(Xbigg.metaboliterݱXorotrޱXbiocycr߱X META:OROTATErXchebir]r(X CHEBI:14698rX CHEBI:16742rX CHEBI:25719rX CHEBI:25720rX CHEBI:30839rX CHEBI:44781rX CHEBI:7787reXhmdbrX HMDB00226rX kegg.compoundrXC00295rX kegg.drugrXD00055rXmetanetx.chemicalrXMNXM235rX seed.compoundrXcpd00247ruh0Nh1h2]rrRrjn`XC5H3N2O4rjp`jcjr`Jjs`GubGjnG@jI#G?uh0Njt`Gju`G@@ubj<`)r}r(hXOROTtexrhX<Orotate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXOROTtexrXmetanetx.reactionrX MNXR102230rujG`X b0929 or b2215 or b1377 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j/GjױG?uh0Njt`G@ju`G@@ubj<`)r}r (hXORPTr hX!Orotate phosphoribosyltransferaser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXORPTrXbiocycrXMETA:OROPRIBTRANS-RXNrXec-coderX2.4.2.10rX kegg.reactionrXR01870rXmetanetx.reactionrX MNXR102231rXrhear]r(X10380rX10381rX10382rX10383reujG`Xb3642rjH`h#jI`h2]r jJar!Rr"jM`}r#(j{GjnnGjI#G?jG?uh0Njt`G@ju`G@@ubj<`)r$}r%(hXOXAMTCr&hXOxamate transcarbamoylaser'h}r(h}r)(jC`X SBO:0000375r*X bigg.reactionr+XOXAMTCr,Xbiocycr-X%META:OXAMATE-CARBAMOYLTRANSFERASE-RXNr.Xec-coder/X2.1.3.5r0X kegg.reactionr1XR02937r2Xmetanetx.reactionr3X MNXR102236r4Xrhear5]r6(X22984r7X22985r8X22986r9X22987r:eujG`h#jH`h#jI`h2]r;r<Rr=jM`}r>(jO`)r?}r@(hXoxur_crAhX OxalureaterBh}rCh}rD(Xbigg.metaboliterEXoxurrFXbiocycrGX META:CPD-389rHXchebirI]rJ(X CHEBI:14706rKX CHEBI:16582rLX CHEBI:25736rMX CHEBI:25737rNX CHEBI:57824rOX CHEBI:7816rPeX kegg.compoundrQXC00802rRXmetanetx.chemicalrSXMNXM1088rTX seed.compoundrUXcpd00596rVuh0Nh1h2]rWrXRrYjn`XC3H3N2O4rZjp`jq`jr`Jjs`GubGj;nGjG?jaG?uh0Njt`Gju`G@@ubj<`)r[}r\(hXOXCDCr]hXOxalyl-CoA decarboxylaser^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbXOXCDCrcXbiocycrdX!META:OXALYL-COA-DECARBOXYLASE-RXNreXec-coderfX4.1.1.8rgX kegg.reactionrhXR01908riXmetanetx.reactionrjX MNXR102239rkXrhearl]rm(X19333rnX19334roX19335rpX19336rqeujG`Xb2373rrjH`h#jI`h2]rsj#JartRrujM`}rv(jnGjEGjG?jEG?uh0Njt`Gju`G@@ubj<`)rw}rx(hXOXCOAHDHryhXUOxepin-CoA hydrolase/ 3-oxo-5,6-dehydrosuberyl-CoA semialdehyde dehydrogenase (NADP+)rzh}r{h}r|(jC`X SBO:0000375r}X bigg.reactionr~XOXCOAHDHrXbiocycrXMETA:RXN0-6511rXmetanetx.reactionrX MNXR102240rXrhear]r(X34875rX34876rX34877rX34878reujG`Xb1387rjH`h#jI`h2]rj5JarRrjM`}r(jO`)r}r(hX 2oxpaccoa_crhX 2-oxepin-2(3H)-ylideneacetyl-CoArh}rh}r(Xbigg.metaboliterX 2oxpaccoarXbiocycrXMETA:CPD0-2363rXchebir]r(X CHEBI:63251rX CHEBI:63252reX kegg.compoundrXC19975rXmetanetx.chemicalrXMNXM2851rX seed.compoundrXcpd21214ruh0Nh1h2]rrRrjn`XC29H38N7O18P3Srjp`jq`jr`Jjs`GubGjgfGj[iGjO`)r}r(hX 3oxdhscoa_crhX3-oxo-5,6-dehydrosuberyl-CoArh}rh}r(Xbigg.metaboliterX 3oxdhscoarXbiocycrXMETA:CPD0-2364rXchebir]r(X CHEBI:63253rX CHEBI:63255reX kegg.compoundrXC19945rX lipidmapsrX LMFA07050236rXmetanetx.chemicalrXMNXM3852rX seed.compoundrXcpd21184ruh0Nh1h2]rrRrjn`XC29H39N7O20P3Srjp`jq`jr`Jjs`GubG?jnG@j{iG?uh0Njt`Gju`G@@ubj<`)r}r²(hXOXDHCOATròhX%3-oxo-5,6-dehydrosuberyl-CoA thiolaserIJh}rŲh}rƲ(jC`X SBO:0000375rDzX bigg.reactionrȲXOXDHCOATrɲXec-coderʲX 2.3.1.223r˲Xmetanetx.reactionr̲X MNXR102241rͲXrhearβ]rϲ(X34439rвX34440rѲX34441rҲX34442rӲeujG`Xb1394 and b1397rԲjH`h#jI`h2]rղ(jjGJerֲRrײjM`}rز(jGjcGjkG?jaG?uh0Njt`Gju`G@@ubj<`)rٲ}rڲ(hXP5CDr۲hX'1-pyrroline-5-carboxylate dehydrogenaserܲh}rݲh}r޲(jC`X SBO:0000375r߲X bigg.reactionrXP5CDrXbiocycrXMETA:PYRROLINECARBDEHYDROG-RXNrXec-coder]r(X1.2.1.88rX1.5.1.12reX kegg.reactionrXR00707rXmetanetx.reactionrX MNXR102301rXrhear]r(X16417rX16418rX16419rX16420reujG`Xb1014rjH`h#jI`h2]rjYJarRrjM`}r(jRr?jM`}r@(jbGjgfGjGjmG?jnG?j\G?j;nG?uh0Njt`Gju`G@@ubj<`)rA}rB(hX PA160abcpprChX;Phosphatidate transport via ABC system (n-C16:0, periplasm)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHX PA160abcpprIXmetanetx.reactionrJX MNXR102307rKujG`Xb0914rLjH`h#jI`h2]rMjarNRrOjM`}rP(jbGjgfGjGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)rQ}rR(hX PA161abcpprShX;Phosphatidate transport via ABC system (n-C16:1, periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXX PA161abcpprYXmetanetx.reactionrZX MNXR102308r[ujG`Xb0914r\jH`h#jI`h2]r]jar^Rr_jM`}r`(jbGjgfGjGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)ra}rb(hX PA180abcpprchX;Phosphatidate transport via ABC system (n-C18:0, periplasm)rdh}reh}rf(jC`X SBO:0000375rgX bigg.reactionrhX PA180abcppriXmetanetx.reactionrjX MNXR102309rkujG`Xb0914rljH`h#jI`h2]rmjarnRrojM`}rp(jbGjgfGj6GjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)rq}rr(hX PA181abcpprshX;Phosphatidate transport via ABC system (n-C18:1, periplasm)rth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxX PA181abcppryXmetanetx.reactionrzX MNXR102310r{ujG`Xb0914r|jH`h#jI`h2]r}jar~RrjM`}r(jbGjgfGjrGjmG?jnG?j$G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PACALDt2rpprhXFPhenylacetaldehyde reversible transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PACALDt2rpprXmetanetx.reactionrX MNXR102313rujG`h#jH`h#jI`h2]rrRrjM`}r(j̪GjO`)r}r(hXpacald_prhXPhenylacetaldehyderh}rh}r(Xbigg.metaboliterXpacaldrXbiocycrXMETA:PHENYLACETALDEHYDErXchebir]r(X CHEBI:14778rX CHEBI:16424rX CHEBI:25972rX CHEBI:43163rX CHEBI:8084reXhmdbrX HMDB06236rX kegg.compoundrXC00601rXmetanetx.chemicalrXMNXM473rX seed.compoundrXcpd00464ruh0Nh1h2]rrRrjn`XC8H8Orjp`jcjr`Kjs`GubGjnG?j&G?uh0Njt`G@ju`G@@ubj<`)r}r(hX PACALDtexrhXJPhenethylacetaldehyde transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PACALDtexrXbiocycrXMETA:TRANS-RXN0-284rXmetanetx.reactionrX MNXR102312rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j]GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPACCOAErhX+Ring 1,2-phenylacetyl-CoA epoxidase (NADPH)r³h}róh}rij(jC`X SBO:0000375rųX bigg.reactionrƳXPACCOAErdzXmetanetx.reactionrȳX MNXR102314rɳujG`X-b1391 and b1389 and b1388 and b1390 and b1392rʳjH`h#jI`h2]r˳(jJjJjJjJj}Jer̳RrͳjM`}rγ(jnGj{iGjηGjO`)rϳ}rг(hX phaccoa_crѳhXPhenylacetyl-CoArҳh}rӳh}rԳ(Xbigg.metaboliterճXphaccoarֳXbiocycr׳X META:CPD-207rسXchebirٳ]rڳ(X CHEBI:14780r۳X CHEBI:15537rܳX CHEBI:25980rݳX CHEBI:57390r޳X CHEBI:8086r߳eXhmdbrX HMDB06503rX kegg.compoundrXC00582rXmetanetx.chemicalrXMNXM502rX seed.compoundrXcpd00452ruh0Nh1h2]rrRrjn`XC29H38N7O17P3Srjp`jq`jr`Jjs`GubGjgfG?j[iG?jO`)r}r(hX rephaccoa_crhXRing 1,2-epoxyphenylacetyl-CoArh}rh}r(Xbigg.metaboliterX rephaccoarXmetanetx.chemicalrX MNXM148501ruh0Nh1h2]rrRrjn`XC29H38N7O18P3Srjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXPACCOALrhXPhenylacetate-CoA ligaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPACCOALrXbiocycrXMETA:RXN-10819rXec-coderX6.2.1.30rX kegg.reactionrXR02539rXmetanetx.reactionr X MNXR102315r Xrhear ]r (X20956r X20957rX20958rX20959reujG`Xb1398rjH`h#jI`h2]rjJarRrjM`}r(jbGjcGjCGjG?jϳG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXPANTSrhXPantothenate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPANTSrXbiocycrX"META:PANTOATE-BETA-ALANINE-LIG-RXNr Xec-coder!X6.3.2.1r"X kegg.reactionr#XR02473r$Xmetanetx.reactionr%X MNXR102345r&Xrhear']r((X10912r)X10913r*X10914r+X10915r,eujG`Xb0133r-jH`h#jI`h2]r.jJar/Rr0jM`}r1(jGjbGj)GjG?jnG?jO`)r2}r3(hX pnto__R_cr4hX(R)-Pantothenater5h}r6h}r7(Xbigg.metaboliter8Xpnto__Rr9Xbiocycr:XMETA:PANTOTHENATEr;Xchebir<]r=(X CHEBI:11008r>X CHEBI:14739r?X CHEBI:16454r@X CHEBI:18700rAX CHEBI:18701rBX CHEBI:25846rCX CHEBI:29032rDX CHEBI:44679rEX CHEBI:46905rFX CHEBI:7916rGeXhmdbrH]rI(X HMDB00210rJX HMDB62717rKeX kegg.compoundrLXC00864rMX kegg.drugrNXD07413rOXmetanetx.chemicalrPXMNXM364rQX seed.compoundrRXcpd00644rSuh0Nh1h2]rTrURrVjn`XC9H16NO5rWjp`jq`jr`Jjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rX}rY(hXPAPA120rZhX#Phosphatidate phosphatase (n-C12:0)r[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XPAPA120r`Xmetanetx.reactionraX MNXR102347rbujG`Xb1278rcjH`h#jI`h2]rdjJareRrfjM`}rg(jgfGjGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rh}ri(hX PAPA120pprjhX0Phosphatidate phosphatase (periplasmic, n-C12:0)rkh}rlh}rm(jC`X SBO:0000375rnX bigg.reactionroX PAPA120pprpXmetanetx.reactionrqX MNXR102347rrujG`Xb1278rsjH`h#jI`h2]rtjJaruRrvjM`}rw(jDGjGjӧG?j0G?uh0Njt`Gju`G@@ubj<`)rx}ry(hXPAPA140rzhX#Phosphatidate phosphatase (n-C14:0)r{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXPAPA140rXmetanetx.reactionrX MNXR102348rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jgfGjLGj G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PAPA140pprhX0Phosphatidate phosphatase (periplasmic, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PAPA140pprXmetanetx.reactionrX MNXR102348rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jDGjGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPA141rhX#Phosphatidate phosphatase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPA141rXmetanetx.reactionrX MNXR102349rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jgfGjGj7G?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PAPA141pprhX0Phosphatidate phosphatase (periplasmic, n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PAPA141pprXmetanetx.reactionrX MNXR102349rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jDGj\Gj)G?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPA160rhX#Phosphatidate phosphatase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPA160rXec-coderX3.1.3.4r´Xmetanetx.reactionrôX MNXR102350rĴujG`Xb1278rŴjH`h#jI`h2]rƴjJarǴRrȴjM`}rɴ(jgfGjGjbG?j;nG?uh0Njt`Gju`G@@ubj<`)rʴ}r˴(hX PAPA160ppr̴hX0Phosphatidate phosphatase (periplasmic, n-C16:0)rʹh}rδh}rϴ(jC`X SBO:0000375rдX bigg.reactionrѴX PAPA160pprҴXec-coderӴX3.1.3.4rԴXmetanetx.reactionrմX MNXR102350rִujG`Xb1278r״jH`h#jI`h2]rشjJarٴRrڴjM`}r۴(jDGjGjTG?j0G?uh0Njt`Gju`G@@ubj<`)rܴ}rݴ(hXPAPA161r޴hX#Phosphatidate phosphatase (n-C16:1)rߴh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPA161rXmetanetx.reactionrX MNXR102353rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jgfGjGjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PAPA161pprhX0Phosphatidate phosphatase (periplasmic, n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PAPA161pprXmetanetx.reactionrX MNXR102353rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jDGjGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPA180rhX#Phosphatidate phosphatase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPA180rXmetanetx.reactionrX MNXR102354rujG`Xb1278rjH`h#jI`h2]rjJar Rr jM`}r (jgfGj6GjG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX PAPA180pprhX0Phosphatidate phosphatase (periplasmic, n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PAPA180pprXmetanetx.reactionrX MNXR102354rujG`Xb1278rjH`h#jI`h2]rjJarRrjM`}r(jDGjGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPA181rhX#Phosphatidate phosphatase (n-C18:1)rh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XPAPA181r$Xmetanetx.reactionr%X MNXR102356r&ujG`Xb1278r'jH`h#jI`h2]r(jJar)Rr*jM`}r+(jgfGjrGjG?j;nG?uh0Njt`Gju`G@@ubj<`)r,}r-(hX PAPA181ppr.hX0Phosphatidate phosphatase (periplasmic, n-C18:1)r/h}r0h}r1(jC`X SBO:0000375r2X bigg.reactionr3X PAPA181ppr4Xmetanetx.reactionr5X MNXR102356r6ujG`Xb1278r7jH`h#jI`h2]r8jJar9Rr:jM`}r;(jDGj$GjըG?j0G?uh0Njt`Gju`G@@ubj<`)r<}r=(hXPAPPT3r>hXLPhospho-N-acetylmuramoyl-pentapeptide-transferase (meso-2,6-diaminopimelate)r?h}r@h}rA(jC`X SBO:0000375rBX bigg.reactionrCXPAPPT3rDXec-coderEX2.7.8.13rFXmetanetx.reactionrGX MNXR102373rHujG`Xb0087rIjH`h#jI`h2]rJj KarKRrLjM`}rM(jGjO`)rN}rO(hXugmda_crPhXTUDP-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2,6-diaminopimeloyl-D-alanyl-D-alaninerQh}rRh}rS(Xbigg.metaboliterTXugmdarUXbiocycrVXMETA:C1rWXchebirX]rY(X CHEBI:13462rZX CHEBI:18199r[X CHEBI:22126r\X CHEBI:61386r]X CHEBI:9833r^eX kegg.compoundr_XC04882r`Xmetanetx.chemicalraXMNXM1954rbX seed.compoundrc]rd(Xcpd02932reXcpd02968rfeuh0Nh1h2]rgrhRrijn`X C41H61N9O28P2rjjp`jq`jr`Jjs`GubGjO`)rk}rl(hXuagmda_crmhXgUndecaprenyl-diphospho-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2,6-diaminopimeloyl-D-alanyl-D-alaninernh}roh}rp(Xbigg.metaboliterqXuagmdarrXbiocycrsXMETA:C5rtXchebiru]rv(X CHEBI:61387rwX CHEBI:61543rxeX kegg.compoundryXC05897rzX kegg.glycanr{XG10556r|Xmetanetx.chemicalr}XMNXM2264r~X seed.compoundrXcpd03494ruh0Nh1h2]rrRrjn`XC87H139N7O23P2rjp`jq`jr`Jjs`GubG?j:G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPSRrhX/Phosphoadenylyl-sulfate reductase (thioredoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPSRrXbiocycrXMETA:1.8.4.8-RXNrXec-coderX1.8.4.8rX kegg.reactionrXR02021rXmetanetx.reactionrX MNXR102376rujG`X*( b2762 and b2582 ) or ( b2762 and b3781 )rjH`h#jI`h2]r(j#"jKj!erRrjM`}r(j\Gj"+GjnG@jyG?jG?jJ+G?uh0Njt`Gju`G@@ubj<`)r}r(hXPAPSR2rhX0Phosphoadenylyl-sulfate reductase (glutaredoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPAPSR2rXec-coderX1.8.4.8rXmetanetx.reactionrX MNXR102377rujG`XX( b2762 and b1654 ) or ( b2762 and b0849 ) or ( b2762 and b1064 ) or ( b2762 and b3610 )rjH`h#jI`h2]r(jm3j3jKj3jmerRrjM`}r(jgGj\GjgG?jnG@jyG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPDE1rhX)3',5'-cyclic-nucleotide phosphodiesteraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPDE1rXbiocycrXMETA:RXN0-5038rXec-coder]r(X3.1.4.17rX3.1.4.53reX kegg.reactionrXR00191rXmetanetx.reactionrX MNXR95886rXrhear]r(X25277rµX25278rõX25279rĵX25280rŵeujG`Xb1489rƵjH`h#jI`h2]rǵj1KarȵRrɵjM`}rʵ(j"GjgfGjG?jnG?uh0Njt`Gju`G@@ubj<`)r˵}r̵(hXPDE4r͵hX)3',5'-cyclic-nucleotide phosphodiesteraserεh}rϵh}rе(jC`X SBO:0000375rѵX bigg.reactionrҵXPDE4rӵXbiocycrԵX(META:35-CYCLIC-GMP-PHOSPHODIESTERASE-RXNrյXec-coderֵ]r׵(X3.1.4.17rصX3.1.4.35rٵeX kegg.reactionrڵXR01234r۵Xmetanetx.reactionrܵX MNXR100078rݵXrhear޵]rߵ(X16957rX16958rX16959rX16960reujG`Xb1489rjH`h#jI`h2]rj1KarRrjM`}r(jiGjgfGj:G?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXPDHrhXPyruvate dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPDHrXbiocycrXMETA:PYRUVDEH-RXNrXec-coder]r(X1.2.1.-rX1.2.1.51rX1.2.4.1rX1.8.1.4rX2.3.1.12reX kegg.reactionrXR00209rXmetanetx.reactionrX MNXR102425rXrhear]r(X28042rX28043rX28044rX28045reujG`Xb0115 and b0114 and b0116rjH`h#jI`h2]r(j jCKjUKerRrjM`}r (jcGjiGjGjaG?jG?jXbiocycr?XMETA:PNPOXI-RXNr@Xec-coderAX1.4.3.5rBX kegg.reactionrCXR00278rDXmetanetx.reactionrEX MNXR102438rFXrhearG]rH(X15149rIX15150rJX15151rKX15152rLeujG`Xb1638rMjH`h#jI`h2]rNjgKarORrPjM`}rQ(jηGjGj*G?jkG?uh0Njt`Gju`G@@ubj<`)rR}rS(hXPDX5PSrThX Pyridoxine 5'-phosphate synthaserUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYXPDX5PSrZXmetanetx.reactionr[X MNXR102439r\ujG`Xb0052 and b2564r]jH`h#jI`h2]r^(jyKjKer_Rr`jM`}ra(jX.GjiGjGjG?jgfG@jnG?j]r?(X CHEBI:39934r@X CHEBI:44886rAX CHEBI:47765rBX CHEBI:47766rCeXhmdbrD]rE(X HMDB05327rFX HMDB08991rGeX lipidmapsrHX LMGP02010097rIXmetanetx.chemicalrJX MNXM31536rKX seed.compoundrL]rM(Xcpd15533rNXcpd23596rOeuh0Nh1h2]rPrQRrRjn`X C41H82N1O8P1rSjp`jcjr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)rT}rU(hX PE181abcpprVhXFPhosphatidylethanolamine transport via ABC system (n-C18:1, periplasm)rWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[X PE181abcppr\Xmetanetx.reactionr]X MNXR102459r^ujG`Xb0914r_jH`h#jI`h2]r`jaraRrbjM`}rc(jbGjgfGj[jGjmG?jnG?jijG?j;nG?uh0Njt`Gju`G@@ubj<`)rd}re(hXPEAMNOpprfhXPhenethylamine oxidasergh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkXPEAMNOpprlXbiocycrm]rn(XMETA:AMINEPHEN-RXNroXMETA:RXN-10817rpeXec-coderq]rr(X1.4.3.21rsX1.4.3.4rtX1.4.3.6rueX kegg.reactionrvXR02613rwXmetanetx.reactionrxX MNXR102461ryXrhearz]r{(X25265r|X25266r}X25267r~X25268reujG`Xb1386rjH`h#jI`h2]rj/arRrjM`}r(jDGjGjO`)r}r(hXpeamn_prhXPhenethylaminerh}rh}r(Xbigg.metaboliterXpeamnrXbiocycrXMETA:PHENYLETHYLAMINErXchebir]r(X CHEBI:14782rX CHEBI:18397rX CHEBI:225237rX CHEBI:25965rX CHEBI:45001rX CHEBI:50048rX CHEBI:8063reXhmdbr]r(X HMDB12275rX HMDB60276reX kegg.compoundrXC05332rXmetanetx.chemicalrXMNXM660rX seed.compoundrXcpd03161ruh0Nh1h2]rrRrjn`XC8H12Nrjp`jcjr`Kjs`GubGjG?j G?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPEAMNtexrhXCPhenethylamine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPEAMNtexrXmetanetx.reactionrX MNXR102462rXrhear]r(X29743rX29744rX29745rX29746reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPERDrhX,Erythronate 4-phosphate (4per) dehydrogenaserh}rh}r(jC`X SBO:0000375r·X bigg.reactionr÷XPERDrķXbiocycrŷXMETA:ERYTHRON4PDEHYDROG-RXNrƷXec-coderǷX 1.1.1.290rȷX kegg.reactionrɷXR04210rʷXmetanetx.reactionr˷X MNXR102495r̷Xrhearͷ]rη(X18829rϷX18830rзX18831rѷX18832rҷeujG`Xb2320rӷjH`h#jI`h2]rԷjKarշRrַjM`}r׷(j.GjiGjnG?jX CHEBI:58694r?eXhmdbr@X HMDB06872rAX kegg.compoundrBXC03785rCXmetanetx.chemicalrDXMNXM1324rEX seed.compoundrF]rG(Xcpd02371rHXcpd29681rIeuh0Nh1h2]rJrKRrLjn`X C6H10O12P2rMjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rN}rO(hXPFK_3rPhXPhosphofructokinase (s7p)rQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXPFK_3rVXbiocycrWXMETA:RXN0-6541rXXec-coderY]rZ(X2.7.1.-r[X2.7.1.11r\eX kegg.reactionr]XR01843r^Xmetanetx.reactionr_X MNXR102510r`Xrheara]rb(X31443rcX31444rdX31445reX31446rfeujG`Xb3916rgjH`h#jI`h2]rhjKariRrjjM`}rk(jbGjO`)rl}rm(hXs7p_crnhXSedoheptulose 7-phosphateroh}rph}rq(Xbigg.metaboliterrXs7prsXbiocycrtXMETA:D-SEDOHEPTULOSE-7-PruXchebirv]rw(X CHEBI:15073rxX CHEBI:15074ryX CHEBI:15721rzX CHEBI:26621r{X CHEBI:4244r|X CHEBI:57483r}X CHEBI:9083r~eXhmdbr]r(X HMDB01068rX HMDB62754reX kegg.compoundrXC05382rXmetanetx.chemicalrXMNXM271rX seed.compoundrXcpd00238ruh0Nh1h2]rrRrjn`X C7H13O10Prjp`jq`jr`Jjs`GubGjmG?jnG?j;G?uh0Njt`Gju`G@@ubj<`)r}r(hXPFLrhXPyruvate formate lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPFLrXbiocycrXMETA:PYRUVFORMLY-RXNrXec-coderX2.3.1.54rX kegg.reactionrXR00212rXmetanetx.reactionrX MNXR102514rXrhear]r(X11844rX11845rX11846rX11847reujG`Xb( b3951 and b3952 ) or ( b0902 and b0903 ) or ( b0902 and b3114 ) or ( b0903 and b0902 and b2579 )rjH`h#jI`h2]r(jIjKjIj LjHjHerRrjM`}r(jcGjGjaG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX PG120abcpprhXBPhosphatidylglycerol transport via ABC system (n-C12:0, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PG120abcpprXmetanetx.reactionrX MNXR102516rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjkGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PG140abcpprhXBPhosphatidylglycerol transport via ABC system (n-C14:0, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PG140abcpprXmetanetx.reactionr¸X MNXR102517røujG`Xb0914rĸjH`h#jI`h2]rŸjarƸRrǸjM`}rȸ(jbGjgfGjGjmG?jnG?j+G?j;nG?uh0Njt`Gju`G@@ubj<`)rɸ}rʸ(hX PG141abcppr˸hXBPhosphatidylglycerol transport via ABC system (n-C14:1, periplasm)r̸h}r͸h}rθ(jC`X SBO:0000375rϸX bigg.reactionrиX PG141abcpprѸXmetanetx.reactionrҸX MNXR102518rӸujG`Xb0914rԸjH`h#jI`h2]rոjarָRr׸jM`}rظ(jbGjgfGjGjmG?jnG?jlG?j;nG?uh0Njt`Gju`G@@ubj<`)rٸ}rڸ(hX PG160abcppr۸hXBPhosphatidylglycerol transport via ABC system (n-C16:0, periplasm)rܸh}rݸh}r޸(jC`X SBO:0000375r߸X bigg.reactionrX PG160abcpprXmetanetx.reactionrX MNXR102519rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjwjGjmG?jnG?jjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PG161abcpprhXBPhosphatidylglycerol transport via ABC system (n-C16:1, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PG161abcpprXmetanetx.reactionrX MNXR102520rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjjGjmG?jnG?jjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PG180abcpprhXBPhosphatidylglycerol transport via ABC system (n-C18:0, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PG180abcpprXmetanetx.reactionrX MNXR102521rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjGjmG?jnG?jG?j;nG?uh0Njt`Gju`G@@ubj<`)r }r (hX PG181abcppr hXBPhosphatidylglycerol transport via ABC system (n-C18:1, periplasm)r h}r h}r(jC`X SBO:0000375rX bigg.reactionrX PG181abcpprXmetanetx.reactionrX MNXR102524rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjjGjmG?jnG?jjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPGAMTrhXPhosphoglucosamine mutaserh}rh}r(jC`X SBO:0000375rX bigg.reactionr XPGAMTr!Xbiocycr"XMETA:5.4.2.10-RXNr#Xec-coder$X5.4.2.10r%X kegg.reactionr&XR02060r'Xmetanetx.reactionr(X MNXR102526r)Xrhear*]r+(X23424r,X23425r-X23426r.X23427r/eujG`Xb3176r0jH`h#jI`h2]r1jLar2Rr3jM`}r4(jzIGjG?uh0Njt`G@ju`G@@ubj<`)r5}r6(hXPGCDr7hXPhosphoglycerate dehydrogenaser8h}r9h}r:(jC`X SBO:0000375r;X bigg.reactionr<XPGCDr=Xbiocycr>XMETA:PGLYCDEHYDROG-RXNr?Xec-coder@X1.1.1.95rAX kegg.reactionrBXR01513rCXmetanetx.reactionrDX MNXR102527rEXrhearF]rG(X12641rHX12642rIX12643rJX12644rKeujG`Xb2913rLjH`h#jI`h2]rMj-LarNRrOjM`}rP(j`GjiGjO`)rQ}rR(hX3php_crShX3-PhosphohydroxypyruvaterTh}rUh}rV(Xbigg.metaboliterWX3phprXXbiocycrYXMETA:3-P-HYDROXYPYRUVATErZXchebir[]r\(X CHEBI:11883r]X CHEBI:11884r^X CHEBI:1661r_X CHEBI:18110r`X CHEBI:20191raX CHEBI:20192rbX CHEBI:30933rceX kegg.compoundrdXC03232reXmetanetx.chemicalrfXMNXM541rgX seed.compoundrhXcpd02069riuh0Nh1h2]rjrkRrljn`XC3H2O7Prmjp`jq`jr`Jjs`GubG?jnG?j(jbGjgfGjO`)r?}r@(hXpgp120_crAhX4Phosphatidylglycerophosphate (didodecanoyl, n-C12:0)rBh}rCh}rD(Xbigg.metaboliterEXpgp120rFXmetanetx.chemicalrGXMNXM5266rHuh0Nh1h2]rIrJRrKjn`X C30H57O13P2rLjp`jq`jr`Jjs`GubGjmG?jnG?jO`)rM}rN(hXpgp120_prOhX4Phosphatidylglycerophosphate (didodecanoyl, n-C12:0)rPh}rQh}rR(Xbigg.metaboliterSXpgp120rTXmetanetx.chemicalrUXMNXM5266rVuh0Nh1h2]rWrXRrYjn`X C30H57O13P2rZjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r[}r\(hX PGP140abcppr]hXJPhosphatidylglycerophosphate transport via ABC system (n-C14:0, periplasm)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbX PGP140abcpprcXmetanetx.reactionrdX MNXR102551reujG`Xb0914rfjH`h#jI`h2]rgjarhRrijM`}rj(jbGjgfGjO`)rk}rl(hXpgp140_crmhX7Phosphatidylglycerophosphate (ditetradecanoyl, n-C14:0)rnh}roh}rp(Xbigg.metaboliterqXpgp140rrXmetanetx.chemicalrsXMNXM5272rtuh0Nh1h2]rurvRrwjn`X C34H65O13P2rxjp`jq`jr`Jjs`GubGjmG?jnG?jO`)ry}rz(hXpgp140_pr{hX7Phosphatidylglycerophosphate (ditetradecanoyl, n-C14:0)r|h}r}h}r~(Xbigg.metaboliterXpgp140rXmetanetx.chemicalrXMNXM5272ruh0Nh1h2]rrRrjn`X C34H65O13P2rjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGP141abcpprhXJPhosphatidylglycerophosphate transport via ABC system (n-C14:1, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PGP141abcpprXmetanetx.reactionrX MNXR102552rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjO`)r}r(hXpgp141_crhX:Phosphatidylglycerophosphate (ditetradec-7-enoyl, n-C14:1)rh}rh}r(Xbigg.metaboliterXpgp141rXmetanetx.chemicalrXMNXM5271ruh0Nh1h2]rrRrjn`X C34H61O13P2rjp`jq`jr`Jjs`GubGjmG?jnG?jO`)r}r(hXpgp141_prhX:Phosphatidylglycerophosphate (ditetradec-7-enoyl, n-C14:1)rh}rh}r(Xbigg.metaboliterXpgp141rXmetanetx.chemicalrXMNXM5271ruh0Nh1h2]rrRrjn`X C34H61O13P2rjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGP160abcpprhXJPhosphatidylglycerophosphate transport via ABC system (n-C16:0, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PGP160abcpprXmetanetx.reactionrX MNXR102553rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}rº(jbGjgfGjO`)rú}rĺ(hXpgp160_crźhX6Phosphatidylglycerophosphate (dihexadecanoyl, n-C16:0)rƺh}rǺh}rȺ(Xbigg.metaboliterɺXpgp160rʺXbiocycr˺XMETA:CPD-12821r̺Xmetanetx.chemicalrͺX MNXM32180rκX seed.compoundrϺ]rк(Xcpd15545rѺXcpd23599rҺeuh0Nh1h2]rӺrԺRrպjn`X C38H73O13P2rֺjp`jq`jr`Jjs`GubGjmG?jnG?jO`)r׺}rغ(hXpgp160_prٺhX6Phosphatidylglycerophosphate (dihexadecanoyl, n-C16:0)rںh}rۺh}rܺ(Xbigg.metaboliterݺXpgp160r޺XbiocycrߺXMETA:CPD-12821rXmetanetx.chemicalrX MNXM32180rX seed.compoundr]r(Xcpd15545rXcpd23599reuh0Nh1h2]rrRrjn`X C38H73O13P2rjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGP161abcpprhXJPhosphatidylglycerophosphate transport via ABC system (n-C16:1, periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PGP161abcpprXmetanetx.reactionrX MNXR102554rujG`Xb0914rjH`h#jI`h2]rjarRrjM`}r(jbGjgfGjO`)r}r(hXpgp161_crhX9Phosphatidylglycerophosphate (dihexadec-9-enoyl, n-C16:1)rh}rh}r(Xbigg.metaboliterXpgp161rXbiocycrXMETA:CPD0-2230rXmetanetx.chemicalrX MNXM75103rX seed.compoundr]r(Xcpd15546r Xcpd26451r euh0Nh1h2]r r Rr jn`X C38H69O13P2rjp`jq`jr`Jjs`GubGjmG?jnG?jO`)r}r(hXpgp161_prhX9Phosphatidylglycerophosphate (dihexadec-9-enoyl, n-C16:1)rh}rh}r(Xbigg.metaboliterXpgp161rXbiocycrXMETA:CPD0-2230rXmetanetx.chemicalrX MNXM75103rX seed.compoundr]r(Xcpd15546rXcpd26451reuh0Nh1h2]rr Rr!jn`X C38H69O13P2r"jp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r#}r$(hX PGP180abcppr%hXJPhosphatidylglycerophosphate transport via ABC system (n-C18:0, periplasm)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*X PGP180abcppr+Xmetanetx.reactionr,X MNXR102555r-ujG`Xb0914r.jH`h#jI`h2]r/jar0Rr1jM`}r2(jbGjgfGjO`)r3}r4(hXpgp180_cr5hX6Phosphatidylglycerophosphate (dioctadecanoyl, n-C18:0)r6h}r7h}r8(Xbigg.metaboliter9Xpgp180r:Xbiocycr;XMETA:CPD-12820r<Xmetanetx.chemicalr=X MNXM75104r>X seed.compoundr?]r@(Xcpd15547rAXcpd23598rBeuh0Nh1h2]rCrDRrEjn`X C42H81O13P2rFjp`jq`jr`Jjs`GubGjmG?jnG?jO`)rG}rH(hXpgp180_prIhX6Phosphatidylglycerophosphate (dioctadecanoyl, n-C18:0)rJh}rKh}rL(Xbigg.metaboliterMXpgp180rNXbiocycrOXMETA:CPD-12820rPXmetanetx.chemicalrQX MNXM75104rRX seed.compoundrS]rT(Xcpd15547rUXcpd23598rVeuh0Nh1h2]rWrXRrYjn`X C42H81O13P2rZjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r[}r\(hX PGP181abcppr]hXJPhosphatidylglycerophosphate transport via ABC system (n-C18:1, periplasm)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbX PGP181abcpprcXmetanetx.reactionrdX MNXR102558reujG`Xb0914rfjH`h#jI`h2]rgjarhRrijM`}rj(jbGjgfGjO`)rk}rl(hXpgp181_crmhX:Phosphatidylglycerophosphate (dioctadec-11-enoyl, n-C18:1)rnh}roh}rp(Xbigg.metaboliterqXpgp181rrXmetanetx.chemicalrsXMNXM5269rtuh0Nh1h2]rurvRrwjn`X C42H77O13P2rxjp`jq`jr`Jjs`GubGjmG?jnG?jO`)ry}rz(hXpgp181_pr{hX:Phosphatidylglycerophosphate (dioctadec-11-enoyl, n-C18:1)r|h}r}h}r~(Xbigg.metaboliterXpgp181rXmetanetx.chemicalrXMNXM5269ruh0Nh1h2]rrRrjn`X C42H77O13P2rjp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPGPP120rhX4Phosphatidylglycerol phosphate phosphatase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGPP120rXec-coderX3.1.3.27rXmetanetx.reactionrX MNXR102560rujG`Xb1278 or b0418rjH`h#jI`h2]r(jJjLerRrjM`}r(jgfGj?GjkG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGPP120pprhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PGPP120pprXec-coderX3.1.3.27rXmetanetx.reactionrX MNXR102560rujG`Xb0418 or b1278rjH`h#jI`h2]r(jJjLerRrjM`}r(jDGjMGjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPGPP140rhX4Phosphatidylglycerol phosphate phosphatase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGPP140rXmetanetx.reactionrX MNXR102561rujG`Xb1278 or b0418rjH`h#jI`h2]r(jJjLerRrjM`}r(jgfGjkGjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGPP140pprhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr»X PGPP140pprûXmetanetx.reactionrĻX MNXR102561rŻujG`Xb0418 or b1278rƻjH`h#jI`h2]rǻ(jLjJerȻRrɻjM`}rʻ(jDGjyGj+G?j0G?uh0Njt`Gju`G@@ubj<`)r˻}r̻(hXPGPP141rͻhX4Phosphatidylglycerol phosphate phosphatase (n-C14:1)rλh}rϻh}rл(jC`X SBO:0000375rѻX bigg.reactionrһXPGPP141rӻXmetanetx.reactionrԻX MNXR102562rջujG`Xb1278 or b0418rֻjH`h#jI`h2]r׻(jLjJerػRrٻjM`}rڻ(jgfGjGjG?j;nG?uh0Njt`Gju`G@@ubj<`)rۻ}rܻ(hX PGPP141pprݻhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C14:1)r޻h}r߻h}r(jC`X SBO:0000375rX bigg.reactionrX PGPP141pprXmetanetx.reactionrX MNXR102562rujG`Xb0418 or b1278rjH`h#jI`h2]r(jJjLerRrjM`}r(jDGjGjlG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPGPP160rhX4Phosphatidylglycerol phosphate phosphatase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGPP160rXec-coderX3.1.3.27rXmetanetx.reactionrX MNXR102563rujG`Xb0418 or b1278rjH`h#jI`h2]r(jJjLerRrjM`}r(jgfGjúGjwjG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hX PGPP160pprhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PGPP160pprXec-coderX3.1.3.27rXmetanetx.reactionrX MNXR102563r ujG`Xb0418 or b1278r jH`h#jI`h2]r (jJjLer Rr jM`}r(jDGj׺GjjG?j0G?uh0Njt`Gju`G@@ubj<`)r}r(hXPGPP161rhX4Phosphatidylglycerol phosphate phosphatase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGPP161rXec-coderX3.1.3.27rXmetanetx.reactionrX MNXR102565rujG`Xb1278 or b0418rjH`h#jI`h2]r(jJjLerRrjM`}r (jgfGjGjjG?j;nG?uh0Njt`Gju`G@@ubj<`)r!}r"(hX PGPP161ppr#hX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C16:1)r$h}r%h}r&(jC`X SBO:0000375r'X bigg.reactionr(X PGPP161ppr)Xec-coder*X3.1.3.27r+Xmetanetx.reactionr,X MNXR102565r-ujG`Xb0418 or b1278r.jH`h#jI`h2]r/(jJjLer0Rr1jM`}r2(jDGjGjjG?j0G?uh0Njt`Gju`G@@ubj<`)r3}r4(hXPGPP180r5hX4Phosphatidylglycerol phosphate phosphatase (n-C18:0)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XPGPP180r;Xec-coder<X3.1.3.27r=Xmetanetx.reactionr>X MNXR102566r?ujG`Xb0418 or b1278r@jH`h#jI`h2]rA(jJjLerBRrCjM`}rD(jgfGj3GjG?j;nG?uh0Njt`Gju`G@@ubj<`)rE}rF(hX PGPP180pprGhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C18:0)rHh}rIh}rJ(jC`X SBO:0000375rKX bigg.reactionrLX PGPP180pprMXec-coderNX3.1.3.27rOXmetanetx.reactionrPX MNXR102566rQujG`Xb0418 or b1278rRjH`h#jI`h2]rS(jLjJerTRrUjM`}rV(jDGjGGjG?j0G?uh0Njt`Gju`G@@ubj<`)rW}rX(hXPGPP181rYhX4Phosphatidylglycerol phosphate phosphatase (n-C18:1)rZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^XPGPP181r_Xec-coder`X3.1.3.27raXmetanetx.reactionrbX MNXR102567rcujG`Xb1278 or b0418rdjH`h#jI`h2]re(jJjLerfRrgjM`}rh(jgfGjkGjjG?j;nG?uh0Njt`Gju`G@@ubj<`)ri}rj(hX PGPP181pprkhX?Phosphatidylglycerol phosphate phosphatase (periplasm, n-C18:1)rlh}rmh}rn(jC`X SBO:0000375roX bigg.reactionrpX PGPP181pprqXec-coderrX3.1.3.27rsXmetanetx.reactionrtX MNXR102567ruujG`Xb0418 or b1278rvjH`h#jI`h2]rw(jJjLerxRryjM`}rz(jDGjyGjjG?j0G?uh0Njt`Gju`G@@ubj<`)r{}r|(hXPGSA120r}hX'Phosphatidylglycerol synthase (n-C12:0)r~h}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGSA120rXec-coderX2.7.8.5rXmetanetx.reactionrX MNXR102589rujG`Xb1912rjH`h#jI`h2]rjLarRrjM`}r(j0GjGj@G?jnG?j?G?uh0Njt`Gju`G@@ubj<`)r}r(hXPGSA140rhX'Phosphatidylglycerol synthase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGSA140rXmetanetx.reactionrX MNXR102590rujG`Xb1912rjH`h#jI`h2]rjLarRrjM`}r(jvGjGj@G?jnG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXPGSA141rhX'Phosphatidylglycerol synthase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGSA141rXmetanetx.reactionrX MNXR102591rujG`Xb1912rjH`h#jI`h2]rjLarRrjM`}r(jGjGj@G?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPGSA160rhX'Phosphatidylglycerol synthase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGSA160rXec-coderX2.7.8.5rXmetanetx.reactionrX MNXR102592rujG`Xb1912rjH`h#jI`h2]rjLarRrjM`}r(jGjGj@G?jnG?júG?uh0Njt`Gju`G@@ubj<`)r}r(hXPGSA161rhX'Phosphatidylglycerol synthase (n-C16:1)r¼h}rüh}rļ(jC`X SBO:0000375rżX bigg.reactionrƼXPGSA161rǼXec-coderȼX2.7.8.5rɼXmetanetx.reactionrʼX MNXR102594r˼ujG`Xb1912r̼jH`h#jI`h2]rͼjLarμRrϼjM`}rм(jGjGj@G?jnG?jG?uh0Njt`Gju`G@@ubj<`)rѼ}rҼ(hXPGSA180rӼhX'Phosphatidylglycerol synthase (n-C18:0)rԼh}rռh}rּ(jC`X SBO:0000375r׼X bigg.reactionrؼXPGSA180rټXec-coderڼX2.7.8.5rۼXmetanetx.reactionrܼX MNXR102595rݼujG`Xb1912r޼jH`h#jI`h2]r߼jLarRrjM`}r(jGjGj@G?jnG?j3G?uh0Njt`Gju`G@@ubj<`)r}r(hXPGSA181rhX'Phosphatidylglycerol synthase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPGSA181rXec-coderX2.7.8.5rXmetanetx.reactionrX MNXR102596rujG`Xb1912rjH`h#jI`h2]rjLarRrjM`}r(j,GjGj@G?jnG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hX PHEMEabcpprhX.Protoheme transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PHEMEabcpprXbiocycrXMETA:TRANS-RXN0-162rXec-coderX3.6.3.41rXmetanetx.reactionrX MNXR102624rXrhear]r(X19261#1rX19262#1rX19263#1rX19264#1r eujG`X-b2198 and b2200 and b2201 and b2199 and b2197r jH`h#jI`h2]r (jMjMMjMj)Mj;Mer Rr jM`}r(jbGjgfGj)kGjmG?jnG?jO`)r}r(hXpheme_prhXProtoheme C34H30FeN4O4rh}rh}r(Xbigg.metaboliterXphemerXbiocycrXMETA:PROTOHEMErXchebir]r(X CHEBI:14957rX CHEBI:17627rX CHEBI:26355rX CHEBI:5651rX CHEBI:60344reX kegg.compoundr XC00032r!Xmetanetx.chemicalr"XMNXM249r#uh0Nh1h2]r$r%Rr&jn`X C34H30FeN4O4r'jp`jcjr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r(}r)(hX PHEMEtiexr*hXOProtoheme transport irreversible out via diffusion (periplasm to extracellular)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/X PHEMEtiexr0Xmetanetx.reactionr1X MNXR102625r2ujG`h#jH`h#jI`h2]r3r4Rr5jM`}r6(jGjG?uh0Njt`Gju`G@@ubj<`)r7}r8(hXPHETA1r9hXPhenylalanine transaminaser:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XPHETA1r?Xbiocycr@]rA(XMETA:PHEAMINOTRANS-RXNrBXMETA:RXN-10814rCeXec-coderD]rE(X2.6.1.1rFX2.6.1.42rGX2.6.1.5rHX2.6.1.57rIX2.6.1.58rJX2.6.1.9rKeX kegg.reactionrLXR00694rMXmetanetx.reactionrNX MNXR102631rOujG`Xb0928 or b4054 or b3770rPjH`h#jI`h2]rQ(j 9j<jerRRrSjM`}rT(jGjjGjeG?jO`)rU}rV(hXphpyr_crWhXPhenylpyruvaterXh}rYh}rZ(Xbigg.metaboliter[Xphpyrr\Xbiocycr]]r^(XMETA:ENOL-PHENYLPYRUVATEr_XMETA:PHENYL-PYRUVATEr`eXchebira]rb(X CHEBI:10548rcX CHEBI:12811rdX CHEBI:16815reX CHEBI:23912rfX CHEBI:23914rgX CHEBI:23915rhX CHEBI:26009riX CHEBI:30851rjX CHEBI:32815rkX CHEBI:45005rlX CHEBI:8105rmeXhmdbrnX HMDB12225roX kegg.compoundrp]rq(XC00166rrXC02763rseXmetanetx.chemicalrtXMNXM210ruX seed.compoundrv]rw(Xcpd00143rxXcpd01784ryeuh0Nh1h2]rzr{Rr|jn`XC9H7O3r}jp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r~}r(hXPHETRSrhXPhenylalanyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPHETRSrXec-coderX6.1.1.20rX kegg.reactionrXR03660rXmetanetx.reactionrX MNXR102634rujG`Xb1713 and b1714rjH`h#jI`h2]r(j_MjqMerRrjM`}r(jbGjjGjO`)r}r(hX trnaphe_crhX TRNA(Phe)rh}rh}r(Xbigg.metaboliterXtrnapherXbiocycrXMETA:PHE-tRNAsrXchebir]r(X CHEBI:10687rX CHEBI:15183rX CHEBI:29184reX kegg.compoundrXC01648rXmetanetx.chemicalrX MNXM90753rX seed.compoundr]r(Xcpd11919rXcpd27782reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jO`)r}r(hX phetrna_crhXL-Phenylalanyl-tRNA(Phe)rh}rh}r(Xbigg.metaboliterXphetrnarXchebir]r(X CHEBI:13152rX CHEBI:29153rX CHEBI:6283reX kegg.compoundrXC03511rXmetanetx.chemicalrX MNXM89802rX seed.compoundrXcpd12335ruh0Nh1h2]rrRrjn`XC9H10NORr½jp`jq`jr`Kjs`GubG?jnnG?uh0Njt`Gju`G@@ubj<`)rý}rĽ(hXPHEt2rpprŽhXCL-phenylalanine reversible transport via proton symport (periplasm)rƽh}rǽh}rȽ(jC`X SBO:0000375rɽX bigg.reactionrʽXPHEt2rppr˽Xbiocycr̽XMETA:TRANS-RXN-56rͽXmetanetx.reactionrνX MNXR102635rϽXrhearн]rѽ(X28923rҽX28924rӽX28925rԽX28926rսeujG`Xb0112 or b1473 or b0576rֽjH`h#jI`h2]r׽(j6jMjMerؽRrٽjM`}rڽ(j̪GjO`)r۽}rܽ(hXphe__L_prݽhXL-Phenylalaniner޽h}r߽h}r(Xbigg.metaboliterXphe__LrXbiocycrXMETA:PHErXchebir]r(X CHEBI:13151rX CHEBI:17295rX CHEBI:21370rX CHEBI:25984rX CHEBI:28044rX CHEBI:32486rX CHEBI:32487rX CHEBI:32504rX CHEBI:32505rX CHEBI:44851rX CHEBI:44885rX CHEBI:45079rX CHEBI:58095rX CHEBI:6282rX CHEBI:76052rX CHEBI:8089reXhmdbr]r(X HMDB00159rX HMDB00612reX kegg.compoundr]r(XC00079rXC02057reX kegg.drugrXD00021rXmetanetx.chemicalrXMNXM97rX seed.compoundr]r(Xcpd00066rXcpd01400reuh0Nh1h2]rrRr jn`XC9H11NO2r jp`jcjr`Kjs`GubGjnG?jjG?uh0Njt`G@ju`G@@ubj<`)r }r (hXPHEtexr hXDL-phenylalanine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPHEtexrXbiocycrXMETA:RXN66-445rXmetanetx.reactionrX MNXR102637rXrhear]r(X27950rX27951rX27952rX27953reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h er Rr!jM`}r"(jGj۽G?uh0Njt`G@ju`G@@ubj<`)r#}r$(hXPHYTSppr%hXPhytase (periplasm)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XPHYTSppr+Xmetanetx.reactionr,X MNXR102659r-ujG`Xb0980r.jH`h#jI`h2]r/jGar0Rr1jM`}r2(jDGj|GjfG?j0G@uh0Njt`Gju`G@@ubj<`)r3}r4(hXPIt2rppr5hX6Phosphate reversible transport via symport (periplasm)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:XPIt2rppr;Xbiocycr<XMETA:TRANS-RXN-114r=Xmetanetx.reactionr>X MNXR102872r?Xrhear@]rA(X29939rBX29940rCX29941rDX29942rEeujG`Xb2987 or b3493rFjH`h#jI`h2]rG(jMjMerHRrIjM`}rJ(j̪Gj0GjnG?j;nG?uh0Njt`G@ju`G@@ubj<`)rK}rL(hXPItexrMhX>Phosphate transport via diffusion (extracellular to periplasm)rNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXPItexrSXbiocycrTXMETA:TRANS-RXN0-470rUXmetanetx.reactionrVX MNXR102871rWXrhearX]rY(X32823rZX32824r[X32825r\X32826r]eujG`X b1377 or b0241 or b0929 or b2215r^jH`h#jI`h2]r_(hIh[h7h er`RrajM`}rb(jGj0G?uh0Njt`G@ju`G@@ubj<`)rc}rd(hXPIuabcpprehX6Phosphate transport via ABC system (uptake, periplasm)rfh}rgh}rh(jC`X SBO:0000375riX bigg.reactionrjXPIuabcpprkXbiocycrlXMETA:ABC-27-RXNrmXec-codernX3.6.3.27roXmetanetx.reactionrpX MNXR102870rqXrhearr]rs(X24440#1rtX24441#1ruX24442#1rvX24443#1rweujG`X#b3727 and b3726 and b3725 and b3728rxjH`h#jI`h2]ry(jMjMjMjNerzRr{jM`}r|(jbGjgfGj0GjmG?jnG?j;nG@uh0Njt`Gju`G@@ubj<`)r}}r~(hX PLIPA1A120pprhX5Phospholipase A1 (phosphatidate, n-C12:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1A120pprXec-coderX3.1.1.32rXmetanetx.reactionrX MNXR102967rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1A140pprhX5Phospholipase A1 (phosphatidate, n-C14:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1A140pprXec-coderX3.1.1.32rXmetanetx.reactionrX MNXR102968rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?j49G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1A141pprhX5Phospholipase A1 (phosphatidate, n-C14:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1A141pprXec-coderX3.1.1.32rXmetanetx.reactionrX MNXR102969rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj\GjG?jR9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1A160pprhX5Phospholipase A1 (phosphatidate, n-C16:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1A160pprXec-coderX3.1.1.32rXmetanetx.reactionrX MNXR102970rujG`Xb3821rjH`h#jI`h2]rjNar¾RrþjM`}rľ(jDGjGj!G?jv9G?uh0Njt`Gju`G@@ubj<`)rž}rƾ(hX PLIPA1A161pprǾhX5Phospholipase A1 (phosphatidate, n-C16:1) (periplasm)rȾh}rɾh}rʾ(jC`X SBO:0000375r˾X bigg.reactionr̾X PLIPA1A161ppr;Xmetanetx.reactionrξX MNXR102971rϾujG`Xb3821rоjH`h#jI`h2]rѾjNarҾRrӾjM`}rԾ(jDGjGj]G?j9G?uh0Njt`Gju`G@@ubj<`)rվ}r־(hX PLIPA1A180ppr׾hX5Phospholipase A1 (phosphatidate, n-C18:0) (periplasm)rؾh}rپh}rھ(jC`X SBO:0000375r۾X bigg.reactionrܾX PLIPA1A180pprݾXec-coder޾X3.1.1.32r߾Xmetanetx.reactionrX MNXR102972rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1A181pprhX5Phospholipase A1 (phosphatidate, n-C18:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1A181pprXmetanetx.reactionrX MNXR102973rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj$GjɭG?j :G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1E120pprhX@Phospholipase A1 (phosphatidylethanolamine, n-C12:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1E120pprXmetanetx.reactionrX MNXR102974rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?jG?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1E140ppr hX@Phospholipase A1 (phosphatidylethanolamine, n-C14:0) (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrX PLIPA1E140pprXmetanetx.reactionrX MNXR102975rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjжGj-G?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1E141pprhX@Phospholipase A1 (phosphatidylethanolamine, n-C14:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1E141pprXmetanetx.reactionr X MNXR102976r!ujG`Xb3821r"jH`h#jI`h2]r#jNar$Rr%jM`}r&(jDGjGjiG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)r'}r((hX PLIPA1E160ppr)hX@Phospholipase A1 (phosphatidylethanolamine, n-C16:0) (periplasm)r*h}r+h}r,(jC`X SBO:0000375r-X bigg.reactionr.X PLIPA1E160ppr/Xec-coder0X3.1.1.32r1Xmetanetx.reactionr2X MNXR102977r3ujG`Xb3821r4jH`h#jI`h2]r5jNar6Rr7jM`}r8(jDGj jGjG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r9}r:(hX PLIPA1E161ppr;hX@Phospholipase A1 (phosphatidylethanolamine, n-C16:1) (periplasm)r<h}r=h}r>(jC`X SBO:0000375r?X bigg.reactionr@X PLIPA1E161pprAXmetanetx.reactionrBX MNXR102978rCujG`Xb3821rDjH`h#jI`h2]rEjNarFRrGjM`}rH(jDGjCjGjݮG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)rI}rJ(hX PLIPA1E180pprKhX@Phospholipase A1 (phosphatidylethanolamine, n-C18:0) (periplasm)rLh}rMh}rN(jC`X SBO:0000375rOX bigg.reactionrPX PLIPA1E180pprQXec-coderRX3.1.1.32rSXmetanetx.reactionrTX MNXR102979rUujG`Xb3821rVjH`h#jI`h2]rWjNarXRrYjM`}rZ(jDGj4Gj G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r[}r\(hX PLIPA1E181ppr]hX@Phospholipase A1 (phosphatidylethanolamine, n-C18:1) (periplasm)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbX PLIPA1E181pprcXmetanetx.reactionrdX MNXR102980reujG`Xb3821rfjH`h#jI`h2]rgjNarhRrijM`}rj(jDGjijGjQG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)rk}rl(hX PLIPA1G120pprmhX<Phospholipase A1 (phosphatidylglycerol, n-C12:0) (periplasm)rnh}roh}rp(jC`X SBO:0000375rqX bigg.reactionrrX PLIPA1G120pprsXmetanetx.reactionrtX MNXR102981ruujG`Xb3821rvjH`h#jI`h2]rwjNarxRryjM`}rz(jDGjGjG?jG?j̪G?uh0Njt`Gju`G@@ubj<`)r{}r|(hX PLIPA1G140ppr}hX<Phospholipase A1 (phosphatidylglycerol, n-C14:0) (periplasm)r~h}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1G140pprXmetanetx.reactionrX MNXR102982rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj+GjKG?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1G141pprhX<Phospholipase A1 (phosphatidylglycerol, n-C14:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1G141pprXmetanetx.reactionrX MNXR102983rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjlGjG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1G160pprhX<Phospholipase A1 (phosphatidylglycerol, n-C16:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1G160pprXmetanetx.reactionrX MNXR102984rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjjGjG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1G161pprhX<Phospholipase A1 (phosphatidylglycerol, n-C16:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA1G161pprXmetanetx.reactionrX MNXR102985rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjjGj߱G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA1G180pprhX<Phospholipase A1 (phosphatidylglycerol, n-C18:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr¿X PLIPA1G180pprÿXmetanetx.reactionrĿX MNXR102986rſujG`Xb3821rƿjH`h#jI`h2]rǿjNarȿRrɿjM`}rʿ(jDGjGj G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r˿}r̿(hX PLIPA1G181pprͿhX<Phospholipase A1 (phosphatidylglycerol, n-C18:1) (periplasm)rοh}rϿh}rп(jC`X SBO:0000375rѿX bigg.reactionrҿX PLIPA1G181pprӿXmetanetx.reactionrԿX MNXR102987rտujG`Xb3821rֿjH`h#jI`h2]r׿jNarؿRrٿjM`}rڿ(jDGjjGj?G?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)rۿ}rܿ(hX PLIPA2A120pprݿhX5Phospholipase A2 (phosphatidate, n-C12:0) (periplasm)r޿h}r߿h}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2A120pprXec-coderX3.1.1.4rXmetanetx.reactionrX MNXR102989rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?jG?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2A140pprhX5Phospholipase A2 (phosphatidate, n-C14:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2A140pprXec-coderX3.1.1.4rXmetanetx.reactionrX MNXR102990rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGj<G?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2A141pprhX5Phospholipase A2 (phosphatidate, n-C14:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2A141pprXec-coderX3.1.1.4r Xmetanetx.reactionr X MNXR102991r ujG`Xb3821r jH`h#jI`h2]r jNarRrjM`}r(jDGj\GjhG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2A160pprhX5Phospholipase A2 (phosphatidate, n-C16:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2A160pprXec-coderX3.1.1.4rXmetanetx.reactionrX MNXR102992rujG`Xb3821rjH`h#jI`h2]rjNar Rr!jM`}r"(jDGjGjG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r#}r$(hX PLIPA2A161ppr%hX5Phospholipase A2 (phosphatidate, n-C16:1) (periplasm)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*X PLIPA2A161ppr+Xmetanetx.reactionr,X MNXR102993r-ujG`Xb3821r.jH`h#jI`h2]r/jNar0Rr1jM`}r2(jDGjGjG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r3}r4(hX PLIPA2A180ppr5hX5Phospholipase A2 (phosphatidate, n-C18:0) (periplasm)r6h}r7h}r8(jC`X SBO:0000375r9X bigg.reactionr:X PLIPA2A180ppr;Xec-coder<X3.1.1.4r=Xmetanetx.reactionr>X MNXR102994r?ujG`Xb3821r@jH`h#jI`h2]rAjNarBRrCjM`}rD(jDGjGj̄G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)rE}rF(hX PLIPA2A181pprGhX5Phospholipase A2 (phosphatidate, n-C18:1) (periplasm)rHh}rIh}rJ(jC`X SBO:0000375rKX bigg.reactionrLX PLIPA2A181pprMXmetanetx.reactionrNX MNXR102995rOujG`Xb3821rPjH`h#jI`h2]rQjNarRRrSjM`}rT(jDGj$GjG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)rU}rV(hX PLIPA2E120pprWhX@Phospholipase A2 (phosphatidylethanolamine, n-C12:0) (periplasm)rXh}rYh}rZ(jC`X SBO:0000375r[X bigg.reactionr\X PLIPA2E120ppr]Xmetanetx.reactionr^X MNXR102996r_ujG`Xb3821r`jH`h#jI`h2]rajNarbRrcjM`}rd(jDGjGjG?jG?j̪G?uh0Njt`Gju`G@@ubj<`)re}rf(hX PLIPA2E140pprghX@Phospholipase A2 (phosphatidylethanolamine, n-C14:0) (periplasm)rhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlX PLIPA2E140pprmXmetanetx.reactionrnX MNXR102997roujG`Xb3821rpjH`h#jI`h2]rqjNarrRrsjM`}rt(jDGjжGj8G?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)ru}rv(hX PLIPA2E141pprwhX@Phospholipase A2 (phosphatidylethanolamine, n-C14:1) (periplasm)rxh}ryh}rz(jC`X SBO:0000375r{X bigg.reactionr|X PLIPA2E141ppr}Xmetanetx.reactionr~X MNXR102998rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjbG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2E160pprhX@Phospholipase A2 (phosphatidylethanolamine, n-C16:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2E160pprXmetanetx.reactionrX MNXR102999rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj jGjG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2E161pprhX@Phospholipase A2 (phosphatidylethanolamine, n-C16:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2E161pprXmetanetx.reactionrX MNXR103000rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjCjGjG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2E180pprhX@Phospholipase A2 (phosphatidylethanolamine, n-C18:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2E180pprXmetanetx.reactionrX MNXR103001rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj4Gj΅G?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2E181pprhX@Phospholipase A2 (phosphatidylethanolamine, n-C18:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2E181pprXmetanetx.reactionrX MNXR103002rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjijGjG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G120pprhX<Phospholipase A2 (phosphatidylglycerol, n-C12:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2G120pprXmetanetx.reactionrX MNXR103003rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjGjG?jG?j̪G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G140pprhX<Phospholipase A2 (phosphatidylglycerol, n-C14:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2G140pprXmetanetx.reactionrX MNXR103004rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGj+Gj<G?j̪G?j49G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G141pprhX<Phospholipase A2 (phosphatidylglycerol, n-C14:1) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2G141pprXmetanetx.reactionrX MNXR103005rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjlGjdG?j̪G?jR9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G160pprhX<Phospholipase A2 (phosphatidylglycerol, n-C16:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2G160pprXmetanetx.reactionrX MNXR103006rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjjGjG?j̪G?jv9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G161pprhX<Phospholipase A2 (phosphatidylglycerol, n-C16:1) (periplasm)rh}r h}r (jC`X SBO:0000375r X bigg.reactionr X PLIPA2G161ppr Xmetanetx.reactionrX MNXR103007rujG`Xb3821rjH`h#jI`h2]rjNarRrjM`}r(jDGjjGjG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r}r(hX PLIPA2G180pprhX<Phospholipase A2 (phosphatidylglycerol, n-C18:0) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PLIPA2G180pprXmetanetx.reactionrX MNXR103008rujG`Xb3821r jH`h#jI`h2]r!jNar"Rr#jM`}r$(jDGjGjʆG?j̪G?j9G?uh0Njt`Gju`G@@ubj<`)r%}r&(hX PLIPA2G181ppr'hX<Phospholipase A2 (phosphatidylglycerol, n-C18:1) (periplasm)r(h}r)h}r*(jC`X SBO:0000375r+X bigg.reactionr,X PLIPA2G181ppr-Xmetanetx.reactionr.X MNXR103009r/ujG`Xb3821r0jH`h#jI`h2]r1jNar2Rr3jM`}r4(jDGjjGjG?j̪G?j :G?uh0Njt`Gju`G@@ubj<`)r5}r6(hXPMANMr7hXPhosphomannomutaser8h}r9h}r:(jC`X SBO:0000375r;X bigg.reactionr<XPMANMr=Xbiocycr>XMETA:PHOSMANMUT-RXNr?Xec-coder@X5.4.2.8rAX kegg.reactionrBXR01818rCXmetanetx.reactionrDX MNXR101729rEXrhearF]rG(X11140rHX11141rIX11142rJX11143rKeujG`Xb2048rLjH`h#jI`h2]rMj%NarNRrOjM`}rP(jWVGjoG?uh0Njt`G@ju`G@@ubj<`)rQ}rR(hXPMDPHTrShXPyrimidine phosphataserTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXXPMDPHTrYXbiocycrZXMETA:RIBOPHOSPHAT-RXNr[Xec-coder\]r](X3.1.3.-r^X 3.1.3.104r_eX kegg.reactionr`XR07280raXmetanetx.reactionrbX MNXR96145rcXrheard]re(X25197rfX25198rgX25199rhX25200rieujG`h#jH`h#jI`h2]rjrkRrljM`}rm(jGjgfGjO`)rn}ro(hX4r5au_crphX"4-(1-D-Ribitylamino)-5-aminouracilrqh}rrh}rs(Xbigg.metabolitertX4r5auruXbiocycrvX'META:AMINO-RIBOSYLAMINO-1H-3H-PYR-DIONErwXchebirx]ry(X CHEBI:11929rzX CHEBI:15934r{X CHEBI:1761r|X CHEBI:20283r}X CHEBI:52403r~X CHEBI:57573reX kegg.compoundrXC04732rXmetanetx.chemicalrXMNXM791rX seed.compoundr]r(Xcpd02882rXcpd29668reuh0Nh1h2]rrRrjn`X C9H16N4O6rjp`jq`jr`Kjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPMEACPErhX$Pimeloyl-[ACP] methyl ester esteraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPMEACPErXbiocycrXMETA:RXN-11483rXec-coderX3.1.1.85rX kegg.reactionrXR09725rXmetanetx.reactionrX MNXR103041rujG`Xb3412rjH`h#jI`h2]rj7NarRrjM`}r(jgfGj5Gj{G?j_G?uh0Njt`Gju`G@@ubj<`)r}r(hXPMPKrhXPhosphomethylpyrimidine kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPMPKrXbiocycrXMETA:PYRIMSYN3-RXNrXec-coderX2.7.4.7rX kegg.reactionrXR04509rXmetanetx.reactionrX MNXR103045rXrhear]r(X19893rX19894rX19895rX19896reujG`Xb2103rjH`h#jI`h2]rj6arRrjM`}r(jܳGjbGjG?jmG?uh0Njt`Gju`G@@ubj<`)r}r(hXPNTKrhXPantothenate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPNTKrXbiocycrXMETA:PANTOTHENATE-KIN-RXNrXec-coderX2.7.1.33rX kegg.reactionrXR03018rXmetanetx.reactionrX MNXR103050rXrhear]r(X16373rX16374rX16375rX16376reujG`Xb3974rjH`h#jI`h2]rjINarRrjM`}r(jbGj2GjO`)r}r(hX4ppan_crhXD-4'-Phosphopantothenaterh}rh}r(Xbigg.metaboliterX4ppanrXbiocycrXMETA:4-P-PANTOTHENATErXchebir]r(X CHEBI:10986rX CHEBI:12886rX CHEBI:15905rX CHEBI:18702rX CHEBI:20891rX CHEBI:4082reXhmdbr]r(X HMDB01016rX HMDB62700reX kegg.compoundrXC03492rXmetanetx.chemicalrXMNXM415rX seed.compoundrXcpd02201ruh0Nh1h2]rrRrjn`X C9H15NO8Prjp`jq`jr`Jjs`GubG?jmG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXPNTOt4pprhX)Pantothenate sodium symporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPNTOt4pprXbiocycrXMETA:TRANS-RXN-117rXmetanetx.reactionrX MNXR103054rXrhear]r(X29927r X29928r X29929r X29930r eujG`Xb3258r jH`h#jI`h2]rj[NarRrjM`}r(jeGjO`)r}r(hX pnto__R_prhX(R)-Pantothenaterh}rh}r(Xbigg.metaboliterXpnto__RrXbiocycrXMETA:PANTOTHENATErXchebir]r(X CHEBI:11008rX CHEBI:14739rX CHEBI:16454r X CHEBI:18700r!X CHEBI:18701r"X CHEBI:25846r#X CHEBI:29032r$X CHEBI:44679r%X CHEBI:46905r&X CHEBI:7916r'eXhmdbr(]r)(X HMDB00210r*X HMDB62717r+eX kegg.compoundr,XC00864r-X kegg.drugr.XD07413r/Xmetanetx.chemicalr0XMNXM364r1X seed.compoundr2Xcpd00644r3uh0Nh1h2]r4r5Rr6jn`XC9H16NO5r7jp`jcjr`Jjs`GubGjG?j2G?uh0Njt`Gju`G@@ubj<`)r8}r9(hXPNTOtexr:hXAPantothenate transport via diffusion (extracellular to periplasm)r;h}r<h}r=(jC`X SBO:0000375r>X bigg.reactionr?XPNTOtexr@Xmetanetx.reactionrAX MNXR103051rBXrhearC]rD(X34975rEX34976rFX34977rGX34978rHeujG`X b1377 or b0241 or b0929 or b2215rIjH`h#jI`h2]rJ(hIh[h7h erKRrLjM`}rM(jXGjG?uh0Njt`G@ju`G@@ubj<`)rN}rO(hXPOAACRrPhXPeroxyaminoacrylate reductaserQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXPOAACRrVXmetanetx.reactionrWX MNXR103056rXujG`Xb1010rYjH`h#jI`h2]rZjmNar[Rr\jM`}r](j(jC`X SBO:0000375r?X bigg.reactionr@XPPAt4pprAXmetanetx.reactionrBX MNXR103093rCujG`Xb1015rDjH`h#jI`h2]rEjNarFRrGjM`}rH(jeGjO`)rI}rJ(hXppa_prKhXPropionate (n-C3:0)rLh}rMh}rN(Xbigg.metaboliterOXpparPXmetanetx.chemicalrQX MNXM162260rRuh0Nh1h2]rSrTRrUjn`XC3H5O2rVjp`jcjr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)rW}rX(hXPPAtexrYhX"Propionate transport via diffusionrZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^XPPAtexr_Xmetanetx.reactionr`X MNXR103094raujG`X b2215 or b1377 or b0929 or b0241rbjH`h#jI`h2]rc(hIh[h7h erdRrejM`}rf(jGjIG?uh0Njt`G@ju`G@@ubj<`)rg}rh(hXPPBNGSrihXPorphobilinogen synthaserjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXPPBNGSroXbiocycrpXMETA:PORPHOBILSYNTH-RXNrqXec-coderrX4.2.1.24rsX kegg.reactionrtXR00036ruXmetanetx.reactionrvX MNXR103095rwXrhearx]ry(X24064rzX24065r{X24066r|X24067r}eujG`Xb0369r~jH`h#jI`h2]rjNarRrjM`}r(jJGjgfG@jnG?jqG?uh0Njt`Gju`G@@ubj<`)r}r(hXPPCrhXPhosphoenolpyruvate carboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPCrXec-coderX4.1.1.31rX kegg.reactionrXR00345rXmetanetx.reactionrX MNXR103096rXrhear]r(X23072rX23073rX23074rX23075reujG`Xb3956rjH`h#jI`h2]rjNarRrjM`}r(jGjgfGjGjnG?jfG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPPCDCrhX)Phosphopantothenoylcysteine decarboxylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPCDCrXbiocycrXMETA:P-PANTOCYSDECARB-RXNrXec-coderX4.1.1.36rX kegg.reactionrXR03269rXmetanetx.reactionrX MNXR103098rXrhear]r(X16793rX16794rX16795rX16796reujG`Xb3639rjH`h#jI`h2]rjNarRrjM`}r(jO`)r}r(hX4ppcys_crhX(N-((R)-4-Phosphopantothenoyl)-L-cysteinerh}rh}r(Xbigg.metaboliterX4ppcysrXbiocycrX'META:R-4-PHOSPHOPANTOTHENOYL-L-CYSTEINErXchebir]r(X CHEBI:10987rX CHEBI:12438rX CHEBI:15769rX CHEBI:21461rX CHEBI:328rX CHEBI:57507rX CHEBI:59458reX kegg.compoundrXC04352rXmetanetx.chemicalrXMNXM483rX seed.compoundrXcpd02666ruh0Nh1h2]rrRrjn`X C12H20N2O9PSrjp`jq`jr`Jjs`GubGjnGjG?jO`)r}r(hXpan4p_crhXPantetheine 4'-phosphaterh}rh}r(Xbigg.metaboliterXpan4prXbiocycr]r(XMETA:PANTETHEINE-PrXMETA:PHOSPHOPANTOTHEINE-GROUPreXchebir]r(X CHEBI:11916rX CHEBI:14735rX CHEBI:14736rX CHEBI:14738rX CHEBI:14825rX CHEBI:16858rX CHEBI:25844rX CHEBI:29890rX CHEBI:4222rX CHEBI:45012rX CHEBI:47942rX CHEBI:61723rX CHEBI:7914reXhmdbrX HMDB01416rX kegg.compoundrXC01134rXmetanetx.chemicalrXMNXM373rX seed.compoundr]r(Xcpd00834rXcpd27792reuh0Nh1h2]rrRrjn`X C11H21N2O7PSrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXPPCKrhX!Phosphoenolpyruvate carboxykinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPCKrXbiocycrXMETA:PEPCARBOXYKIN-RXNr Xec-coder X4.1.1.49r X kegg.reactionr XR00341r Xmetanetx.reactionrX MNXR103099rXrhear]r(X18617rX18618rX18619rX18620reujG`Xb3403rjH`h#jI`h2]rjOarRrjM`}r(jbGjfGjmG?jG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPPCSCTrhX(Propanoyl-CoA: succinate CoA-transferaserh}rh}r (jC`X SBO:0000375r!X bigg.reactionr"XPPCSCTr#Xec-coder$X2.8.3.1r%Xmetanetx.reactionr&X MNXR103103r'ujG`Xb2920r(jH`h#jI`h2]r)j!Oar*Rr+jM`}r,(jGjGjG?jlG?uh0Njt`Gju`G@@ubj<`)r-}r.(hXPPGPPDPr/hX1Guanosine-3',5'-bis(diphosphate) 3'-diphosphataser0h}r1h}r2(jC`X SBO:0000375r3X bigg.reactionr4XPPGPPDPr5Xbiocycr6XMETA:PPGPPSYN-RXNr7Xec-coder8X3.1.7.2r9X kegg.reactionr:XR00336r;Xmetanetx.reactionr<X MNXR103109r=Xrhear>]r?(X14253r@X14254rAX14255rBX14256rCeujG`Xb3650rDjH`h#jI`h2]rEj9.arFRrGjM`}rH(jgfGjUGjZG?jnnG?uh0Njt`Gju`G@@ubj<`)rI}rJ(hXPPK2rKhXPolyphosphate kinaserLh}rMh}rN(jC`X SBO:0000375rOX bigg.reactionrPXPPK2rQujG`Xb2501rRjH`h#jI`h2]rSj3OarTRrUjM`}rV(jbGjnnGjmG?jG?uh0Njt`G@ju`G@@ubj<`)rW}rX(hXPPKrYhXPolyphosphate kinaserZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^XPPKr_ujG`Xb2501r`jH`h#jI`h2]raj3OarbRrcjM`}rd(jbGj;nGjmG?jnnG?uh0Njt`G@ju`G@@ubj<`)re}rf(hXPPMrghXPhosphopentomutaserhh}rih}rj(jC`X SBO:0000375rkX bigg.reactionrlXPPMrmXbiocycrnXMETA:RXN-14456roXec-coderp]rq(X5.4.2.-rrX5.4.2.2rsX5.4.2.7rteXmetanetx.reactionruX MNXR103115rvujG`Xb3380 or b4383rwjH`h#jI`h2]rx(jEOjWOeryRrzjM`}r{(jO`)r|}r}(hXr1p_cr~hXAlpha-D-Ribose 1-phosphaterh}rh}r(Xbigg.metaboliterXr1prXbiocycrXMETA:RIBOSE-1PrXchebir]r(X CHEBI:10269rX CHEBI:12329rX CHEBI:12330rX CHEBI:16300rX CHEBI:22412rX CHEBI:45429rX CHEBI:45482rX CHEBI:57720reXhmdbrX HMDB01489rX kegg.compoundrXC00620rXmetanetx.chemicalrXMNXM295rX seed.compoundrXcpd00475ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPPM2rhX"Phosphopentomutase 2 (deoxyribose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPM2rXbiocycrXMETA:D-PPENTOMUT-RXNrXec-coderX5.4.2.7rX kegg.reactionrXR02749rXmetanetx.reactionrX MNXR103116rXrhear]r(X25205rX25206rX25207rX25208rX27658rX27659rX27660rX27661reujG`Xb4383rjH`h#jI`h2]rjEOarRrjM`}r(j-Gj,*G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPPNCL2rhX#Phosphopantothenate-cysteine ligaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPNCL2rXbiocycrXMETA:P-PANTOCYSLIG-RXNrXec-coderX6.3.2.5rX kegg.reactionrXR04231rXmetanetx.reactionrX MNXR103119rXrhear]r(X19397rX19398rX19399rX19400reujG`Xb3639rjH`h#jI`h2]rjNarRrjM`}r(jGj+dGjbdGjG?j@G?jnG?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hXPPNDrhXPrephenate dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPPNDrXbiocycrXMETA:PREPHENATEDEHYDROG-RXNrXec-coderX1.3.1.12rX kegg.reactionrXR01728rXmetanetx.reactionrX MNXR103121rXrhear]r(X13869rX13870rX13871rX13872reujG`Xb2600rjH`h#jI`h2]rj'arRrjM`}r(jiGjGjO`)r}r(hX34hpp_crhX3-(4-Hydroxyphenyl)pyruvaterh}rh}r(Xbigg.metaboliterX34hpprXbiocycrXMETA:P-HYDROXY-PHENYLPYRUVATErXchebir]r(X CHEBI:1118rX CHEBI:11725rX CHEBI:11727rX CHEBI:12016rX CHEBI:1431rX CHEBI:15999rX CHEBI:19599rX CHEBI:20425rX CHEBI:20426rX CHEBI:27683r X CHEBI:36242r X CHEBI:42422r X CHEBI:594665r eXhmdbr ]r(X HMDB00707rX HMDB06915reX kegg.compoundr]r(XC01179rXC05350reXmetanetx.chemicalrXMNXM153rX seed.compoundr]r(Xcpd00868rXcpd03174reuh0Nh1h2]rrRrjn`XC9H7O4rjp`jq`jr`Jjs`GubG?jG?jXPPPGOr?Xec-coder@X1.3.3.4rAXmetanetx.reactionrBX MNXR103128rCujG`Xb3850rDjH`h#jI`h2]rEjiOarFRrGjM`}rH(jηGjn GjgfG@j=G?uh0Njt`Gju`G@@ubj<`)rI}rJ(hXPPPGO3rKhX&Protoporphyrinogen oxidase (anaerobic)rLh}rMh}rN(jC`X SBO:0000375rOX bigg.reactionrPXPPPGO3rQXec-coderRX1.3.3.4rSXmetanetx.reactionrTX MNXR103130rUujG`Xb3850rVjH`h#jI`h2]rWjiOarXRrYjM`}rZ(jGjn Gj=G?jG@uh0Njt`Gju`G@@ubj<`)r[}r\(hXPPPNDOr]hXPhenylpropanoate Dioxygenaser^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbXPPPNDOrcXbiocycrdXMETA:HCAMULTI-RXNreXec-coderfX 1.14.12.19rgXmetanetx.reactionrhX MNXR103134riXrhearj]rk(X20357rlX20358rmX20359rnX20360roeujG`X#b2540 and b2538 and b2539 and b2542rpjH`h#jI`h2]rq(jojjjerrRrsjM`}rt(jnGj(hXPPTtexr?hX@Phosphonate transport via diffusion (extracellular to periplasm)r@h}rAh}rB(jC`X SBO:0000375rCX bigg.reactionrDXPPTtexrEXmetanetx.reactionrFX MNXR103151rGujG`X b1377 or b0241 or b0929 or b2215rHjH`h#jI`h2]rI(hIh[h7h erJRrKjM`}rL(jGjG?uh0Njt`G@ju`G@@ubj<`)rM}rN(hXPRAGSrrOhX"Phosphoribosylglycinamide synthaserPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTXPRAGSrrUXbiocycrVXMETA:GLYRIBONUCSYN-RXNrWXec-coderXX6.3.4.13rYX kegg.reactionrZXR04144r[Xmetanetx.reactionr\X MNXR103139r]ujG`Xb4005r^jH`h#jI`h2]r_jOar`RrajM`}rb(jbGjeGj]GjmG?jTG?jnG?j;nG?uh0Njt`G@ju`G@@ubj<`)rc}rd(hXPRAISrehX%Phosphoribosylaminoimidazole synthaserfh}rgh}rh(jC`X SBO:0000375riX bigg.reactionrjXPRAISrkXec-coderlX6.3.3.1rmXmetanetx.reactionrnX MNXR103157roXrhearp]rq(X23032rrX23033rsX23034rtX23035rueujG`Xb2499rvjH`h#jI`h2]rwjOarxRryjM`}rz(jbGjO`)r{}r|(hXfpram_cr}hX12-(Formamido)-N1-(5-phospho-D-ribosyl)acetamidiner~h}rh}r(Xbigg.metaboliterXfpramrXchebir]r(X CHEBI:11474rX CHEBI:18413rX CHEBI:58478rX CHEBI:971reXhmdbrX HMDB06211rXmetanetx.chemicalrXMNXM568ruh0Nh1h2]rrRrjn`X C8H15N3O8Prjp`jq`jr`Jjs`GubGjmG?jOG?jnG@j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPRAIirhX3Phosphoribosylanthranilate isomerase (irreversible)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPRAIirXbiocycrXMETA:PRAISOM-RXNrXec-coderX5.3.1.24rX kegg.reactionrXR03509rXmetanetx.reactionrX MNXR103156rXrhear]r(X21540rX21541rX21542rX21543reujG`Xb1262rjH`h#jI`h2]rj8arRrjM`}r(jGjwG?uh0Njt`Gju`G@@ubj<`)r}r(hXPRAMPCrhX!Phosphoribosyl-AMP cyclohydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPRAMPCrXbiocycrXMETA:HISTCYCLOHYD-RXNrXec-coderX3.5.4.19rX kegg.reactionrXR04037rXmetanetx.reactionrX MNXR103154rXrhear]r(X20049rX20050rX20051rX20052reujG`Xb2026rjH`h#jI`h2]rjOarRrjM`}r(jgfGjO`)r}r(hXprbamp_crhX1-(5-Phosphoribosyl)-AMPrh}rh}r(Xbigg.metaboliterXprbamprXbiocycrXMETA:PHOSPHORIBOSYL-AMPrXchebir]r(X CHEBI:11195rX CHEBI:18374rX CHEBI:20628rX CHEBI:37522rX CHEBI:59457rX CHEBI:7354rX CHEBI:8166reXhmdbrX HMDB12276rX kegg.compoundrXC02741rXmetanetx.chemicalrXMNXM1515rX seed.compoundrXcpd01777ruh0Nh1h2]rrRrjn`X C15H19N5O14P2rjp`jq`jr`Jjs`GubGjO`)r}r(hXprfp_crhXW1-(5-Phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino]imidazole-4-carboxamiderh}rh}r(Xbigg.metaboliterXprfprXbiocycrX%META:PHOSPHORIBOSYL-FORMIMINO-AICAR-PrXchebir]r(X CHEBI:11194rX CHEBI:18302rX CHEBI:2020rX CHEBI:20528rX CHEBI:58435rX CHEBI:75912reXhmdbrX HMDB12277rX kegg.compoundrXC04896rXmetanetx.chemicalrXMNXM1397rX seed.compoundrXcpd02979ruh0Nh1h2]rrRrjn`X C15H21N5O15P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXPRASCSirhX7Phosphoribosylaminoimidazolesuccinocarboxamide synthaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XPRASCSirXbiocycrXMETA:SAICARSYN-RXNrXec-coderX6.3.2.6rXmetanetx.reactionrX MNXR103158rujG`Xb2476rjH`h#jI`h2]rjOarRrjM`}r(jGjbGjbGjG?jmG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)r}r(hXPRATPPrhX"Phosphoribosyl-ATP pyrophosphataserh}rh}r(jC`X SBO:0000375r X bigg.reactionr!XPRATPPr"Xbiocycr#XMETA:HISTPRATPHYD-RXNr$Xec-coder%X3.6.1.31r&X kegg.reactionr'XR04035r(Xmetanetx.reactionr)X MNXR103155r*Xrhear+]r,(X22828r-X22829r.X22830r/X22831r0eujG`Xb2026r1jH`h#jI`h2]r2jOar3Rr4jM`}r5(jgfGjGjnG?jnnG?jG?uh0Njt`Gju`G@@ubj<`)r6}r7(hXPRFGSr8hX*Phosphoribosylformylglycinamidine synthaser9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=XPRFGSr>Xec-coder?X6.3.5.3r@Xmetanetx.reactionrAX MNXR103165rBXrhearC]rD(X17129rEX17130rFX17131rGX17132rHeujG`Xb2557rIjH`h#jI`h2]rJjOarKRrLjM`}rM(jbGjTGjeGjgfGjmG?j{G?jeG?jnG?j;nG?uh0Njt`Gju`G@@ubj<`)rN}rO(hXPRMICIrPhXa1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino)imidazole-4-carboxamide isomeraserQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXPRMICIrVXbiocycrWXMETA:PRIBFAICARPISOM-RXNrXXec-coderYX5.3.1.16rZX kegg.reactionr[XR04640r\Xmetanetx.reactionr]X MNXR103169r^Xrhear_]r`(X15469raX15470rbX15471rcX15472rdeujG`Xb2024rejH`h#jI`h2]rfj PargRrhjM`}ri(jGjwG?uh0Njt`G@ju`G@@ubj<`)rj}rk(hXPROD2rlhXProline dehydrogenasermh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXPROD2rrXec-coders]rt(X1.5.-.-ruX1.5.99.8rveX kegg.reactionrwXR10507rxXmetanetx.reactionryX MNXR103187rzXrhear{]r|(X26124r}X26125r~X26126rX26127reujG`Xb1014rjH`h#jI`h2]rjYJarRrjM`}r(j&eGjBkGj]r?(Xcpd00129r@Xcpd15140rAeuh0Nh1h2]rBrCRrDjn`XC5H9NO2rEjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jBkG?uh0Njt`Gju`G@@ubj<`)rF}rG(hXPROt2rpprHhX=L-proline reversible transport via proton symport (periplasm)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXPROt2rpprNXbiocycrOXMETA:TRANS-RXN-29rPXmetanetx.reactionrQX MNXR103211rRXrhearS]rT(X28963rUX28964rVX28965rWX28966rXeujG`Xb4111rYjH`h#jI`h2]rZjar[Rr\jM`}r](j̪GjGjnG?jBkG?uh0Njt`G@ju`G@@ubj<`)r^}r_(hXPROt4ppr`hX#Na+/Proline-L symporter (periplasm)rah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreXPROt4pprfXbiocycrgXMETA:TRANS-RXN-118rhXmetanetx.reactionriX MNXR103197rjXrheark]rl(X28967rmX28968rnX28969roX28970rpeujG`Xb1015rqjH`h#jI`h2]rrjNarsRrtjM`}ru(jeGjGjG?jBkG?uh0Njt`Gju`G@@ubj<`)rv}rw(hXPROtexrxhX>L-proline transport via diffusion (extracellular to periplasm)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}XPROtexr~Xmetanetx.reactionrX MNXR103213rujG`X b0241 or b1377 or b2215 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j9GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPRPPSrhX&Phosphoribosylpyrophosphate synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPRPPSrXec-coderX2.7.6.1rXmetanetx.reactionrX MNXR103215rujG`Xb1207rjH`h#jI`h2]rj/ParRrjM`}r(jbGjGjG?jnG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hX PSCLYSt2pprhX6Psicoselysine transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PSCLYSt2pprXmetanetx.reactionrX MNXR103227rujG`Xb3370rjH`h#jI`h2]rj'*arRrjM`}r(j̪GjO`)r}r(hXpsclys_prhX Psicoselysinerh}rh}r(Xbigg.metaboliterXpsclysrXbiocycrXMETA:PSICOSELYSINErXchebir]r(X CHEBI:61403rX CHEBI:61425reXmetanetx.chemicalrXMNXM6409rX seed.compoundrXcpd15559ruh0Nh1h2]rrRrjn`X C12H25N2O7rjp`jcjr`Kjs`GubGjnG?jFG?uh0Njt`Gju`G@@ubj<`)r}r(hX PSCLYStexrhX7Psicoselysine transporter via diffusion (extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PSCLYStexrXbiocycrXMETA:TRANS-RXN0-418rXmetanetx.reactionrX MNXR103228rXrhear]r(X28450rX28451rX28452rX28453reujG`X b0241 or b2215 or b1377 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPSCVTrhX,3-phosphoshikimate 1-carboxyvinyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSCVTrXbiocycrXMETA:2.5.1.19-RXNrXec-coderX2.5.1.19rX kegg.reactionrXR03460rXmetanetx.reactionrX MNXR103226rXrhear]r(X21256rX21257rX21258rX21259reujG`Xb0908rjH`h#jI`h2]rjAParRrjM`}r(jGjO`)r}r(hXskm5p_crhXShikimate 5-phosphaterh}rh}r(Xbigg.metaboliterXskm5prXbiocycrXMETA:SHIKIMATE-5PrXchebir]r(X CHEBI:11886rX CHEBI:145989rX CHEBI:15084rX CHEBI:17052rX CHEBI:20195rX CHEBI:9134reX kegg.compoundrXC03175rXmetanetx.chemicalrXMNXM1265rX seed.compoundrXcpd02030r uh0Nh1h2]r r Rr jn`XC7H8O8Pr jp`jq`jr`Jjs`GubGjG?j;nG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPSD120rhX*Phosphatidylserine decarboxylase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSD120rXec-coderX4.1.1.65rXmetanetx.reactionrX MNXR103229rujG`Xb4160rjH`h#jI`h2]rjSParRrjM`}r(jnGjO`)r }r!(hXps120_cr"hX*Phosphatidylserine (didodecanoyl, n-C12:0)r#h}r$h}r%(Xbigg.metaboliter&Xps120r'Xmetanetx.chemicalr(XMNXM7659r)uh0Nh1h2]r*r+Rr,jn`X C30H57N1O10P1r-jp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)r.}r/(hXPSD140r0hX*Phosphatidylserine decarboxylase (n-C14:0)r1h}r2h}r3(jC`X SBO:0000375r4X bigg.reactionr5XPSD140r6Xmetanetx.reactionr7X MNXR103230r8ujG`Xb4160r9jH`h#jI`h2]r:jSPar;Rr<jM`}r=(jnGjO`)r>}r?(hXps140_cr@hX-Phosphatidylserine (ditetradecanoyl, n-C14:0)rAh}rBh}rC(Xbigg.metaboliterDXps140rEXmetanetx.chemicalrFXMNXM7665rGuh0Nh1h2]rHrIRrJjn`X C34H65N1O10P1rKjp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)rL}rM(hXPSD141rNhX*Phosphatidylserine decarboxylase (n-C14:1)rOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXPSD141rTXmetanetx.reactionrUX MNXR103231rVujG`Xb4160rWjH`h#jI`h2]rXjSParYRrZjM`}r[(jnGjO`)r\}r](hXps141_cr^hX0Phosphatidylserine (ditetradec-7-enoyl, n-C14:1)r_h}r`h}ra(Xbigg.metaboliterbXps141rcXmetanetx.chemicalrdXMNXM7664reuh0Nh1h2]rfrgRrhjn`X C34H61N1O10P1rijp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)rj}rk(hXPSD160rlhX*Phosphatidylserine decarboxylase (n-C16:0)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXPSD160rrXec-codersX4.1.1.65rtXmetanetx.reactionruX MNXR103232rvujG`Xb4160rwjH`h#jI`h2]rxjSParyRrzjM`}r{(jnGjO`)r|}r}(hXps160_cr~hX,Phosphatidylserine (dihexadecanoyl, n-C16:0)rh}rh}r(Xbigg.metaboliterXps160rXbiocycrXMETA:CPD-12817rXchebir]r(X CHEBI:111515rX CHEBI:84523reXhmdbrX HMDB00614rX lipidmapsrX LMGP03010029rXmetanetx.chemicalrX MNXM32181rX seed.compoundr]r(Xcpd15555rXcpd23595reuh0Nh1h2]rrRrjn`X C38H73N1O10P1rjp`jq`jr`Jjs`GubGjG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSD161rhX*Phosphatidylserine decarboxylase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSD161rXec-coderX4.1.1.65rXmetanetx.reactionrX MNXR103233rujG`Xb4160rjH`h#jI`h2]rjSParRrjM`}r(jnGjO`)r}r(hXps161_crhX/Phosphatidylserine (dihexadec-9-enoyl, n-C16:1)rh}rh}r(Xbigg.metaboliterXps161rXmetanetx.chemicalrXMNXM7660ruh0Nh1h2]rrRrjn`X C38H69N1O10P1rjp`jq`jr`Jjs`GubGjG?j+jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSD180rhX*Phosphatidylserine decarboxylase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSD180rXec-coderX4.1.1.65rXmetanetx.reactionrX MNXR103234rujG`Xb4160rjH`h#jI`h2]rjSParRrjM`}r(jnGjO`)r}r(hXps180_crhX,Phosphatidylserine (dioctadecanoyl, n-C18:0)rh}rh}r(Xbigg.metaboliterXps180rXbiocycrXMETA:CPD-12816rXchebirX CHEBI:84519rXhmdbrX HMDB12378rX lipidmapsrX LMGP03010036rXmetanetx.chemicalrX MNXM75116rX seed.compoundr]r(Xcpd15557rXcpd23594reuh0Nh1h2]rrRrjn`X C42H81N1O10P1rjp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSD181rhX*Phosphatidylserine decarboxylase (n-C18:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSD181rXec-coderX4.1.1.65rXmetanetx.reactionrX MNXR103235rujG`Xb4160rjH`h#jI`h2]rjSParRrjM`}r(jnGjO`)r}r(hXps181_crhX0Phosphatidylserine (dioctadec-11-enoyl, n-C18:1)rh}rh}r(Xbigg.metaboliterXps181rXmetanetx.chemicalrXMNXM7662ruh0Nh1h2]rrRrjn`X C42H77N1O10P1rjp`jq`jr`Jjs`GubGjG?j[jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSERTrhXPhosphoserine transaminaserh}rh}r (jC`X SBO:0000375r X bigg.reactionr XPSERTr Xbiocycr XMETA:PSERTRANSAM-RXNrXec-coderX2.6.1.52rX kegg.reactionrXR04173rXmetanetx.reactionrX MNXR103225rXrhear]r(X14329rX14330rX14331rX14332reujG`Xb0907rjH`h#jI`h2]rj]IarRrjM`}r(jQGjeGjG?jO`)r }r!(hX pser__L_cr"hXO-Phospho-L-seriner#h}r$h}r%(Xbigg.metaboliter&Xpser__Lr'Xbiocycr(XMETA:3-P-SERINEr)Xchebir*]r+(X CHEBI:12718r,X CHEBI:15811r-X CHEBI:21966r.X CHEBI:57524r/X CHEBI:7692r0eXhmdbr1X HMDB00272r2X kegg.compoundr3XC01005r4Xmetanetx.chemicalr5XMNXM379r6X seed.compoundr7Xcpd00738r8uh0Nh1h2]r9r:Rr;jn`XC3H6NO6Pr<jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r=}r>(hXPSERtexr?hXEPhospho-L-serine transport via diffusion (extracellular to periplasm)r@h}rAh}rB(jC`X SBO:0000375rCX bigg.reactionrDXPSERtexrEXmetanetx.reactionrFX MNXR103246rGujG`X b1377 or b0241 or b0929 or b2215rHjH`h#jI`h2]rI(hIh[h7h erJRrKjM`}rL(jGjO`)rM}rN(hX pser__L_prOhXO-Phospho-L-serinerPh}rQh}rR(Xbigg.metaboliterSXpser__LrTXbiocycrUXMETA:3-P-SERINErVXchebirW]rX(X CHEBI:12718rYX CHEBI:15811rZX CHEBI:21966r[X CHEBI:57524r\X CHEBI:7692r]eXhmdbr^X HMDB00272r_X kegg.compoundr`XC01005raXmetanetx.chemicalrbXMNXM379rcX seed.compoundrdXcpd00738reuh0Nh1h2]rfrgRrhjn`XC3H6NO6Prijp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rj}rk(hXPSP_LrlhX$Phosphoserine phosphatase (L-serine)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXPSP_LrrXbiocycrsXMETA:RXN0-5114rtXec-coderuX3.1.3.3rvX kegg.reactionrwXR00582rxXmetanetx.reactionryX MNXR103260rzXrhear{]r|(X21208r}X21209r~X21210rX21211reujG`Xb4388rjH`h#jI`h2]rjeParRrjM`}r(jgfGj Gj;nG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSP_LpprhX*Phospho-L-serine phosphatase (periplasmic)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSP_LpprXbiocycrXMETA:RXN0-5114rXec-coderX3.1.3.3rX kegg.reactionrXR00582rXmetanetx.reactionrX MNXR103260rXrhear]r(X21208rX21209rX21210rX21211reujG`Xb4055rjH`h#jI`h2]rj5+arRrjM`}r(jDGjMGj0G?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA120rhX$Phosphatidylserine syntase (n-C12:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA120rXec-coderX2.7.8.8rXmetanetx.reactionrX MNXR103266rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(j0GjkGj@G?jnG?j G?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA140rhX$Phosphatidylserine syntase (n-C14:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA140rXmetanetx.reactionrX MNXR103267rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(jvGjkGj@G?jnG?j>G?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA141rhX$Phosphatidylserine syntase (n-C14:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA141rXmetanetx.reactionrX MNXR103268rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(jGjkGj@G?jnG?j\G?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA160rhX$Phosphatidylserine syntase (n-C16:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA160rXec-coderX2.7.8.8rXmetanetx.reactionrX MNXR103269rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(jGjkGj@G?jnG?j|G?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA161rhX$Phosphatidylserine syntase (n-C16:1)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA161rXec-coderX2.7.8.8rXmetanetx.reactionrX MNXR103270rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(jGjkGj@G?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPSSA180rhX$Phosphatidylserine syntase (n-C18:0)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA180rXec-coderX2.7.8.8rXmetanetx.reactionrX MNXR103271rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r (jGjkGj@G?jnG?jG?uh0Njt`Gju`G@@ubj<`)r }r (hXPSSA181r hX$Phosphatidylserine syntase (n-C18:1)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrXPSSA181rXec-coderX2.7.8.8rXmetanetx.reactionrX MNXR103272rujG`Xb2585rjH`h#jI`h2]rjwParRrjM`}r(j,GjkGj@G?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPTA2rhXPhosphate acetyltransferaserh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XPTA2r$Xbiocycr%XMETA:PTAALT-RXNr&Xec-coder']r((X 2.3.1.222r)X2.3.1.8r*eX kegg.reactionr+XR00921r,Xmetanetx.reactionr-X MNXR102416r.Xrhear/]r0(X28046r1X28047r2X28048r3X28049r4eujG`Xb2297r5jH`h#jI`h2]r6jPar7Rr8jM`}r9(j;nGjGjcG?jG?uh0Njt`Gju`G@@ubj<`)r:}r;(hXPTArr<hXPhosphotransacetylaser=h}r>h}r?(jC`X SBO:0000375r@X bigg.reactionrAXPTArrBXbiocycrCXMETA:PHOSACETYLTRANS-RXNrDXec-coderEX2.3.1.8rFX kegg.reactionrGXR00230rHXmetanetx.reactionrIX MNXR103319rJXrhearK]rL(X19521rMX19522rNX19523rOX19524rPeujG`Xb2297 or b2458rQjH`h#jI`h2]rR(jPjPerSRrTjM`}rU(jaGj;nGjG?jcG?uh0Njt`G@ju`G@@ubj<`)rV}rW(hXPTHRpprXhX-Phospho-L-threonine phosphatase (periplasmic)rYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XPTHRppr^Xbiocycr_XMETA:RXN-14505r`Xec-coderaX3.1.3.-rbXmetanetx.reactionrcX MNXR103332rdXrheare]rf(X30579rgX30580rhX30581riX30582rjeujG`Xb4055rkjH`h#jI`h2]rlj5+armRrnjM`}ro(jDGjO`)rp}rq(hXthrp_prrhXL-Threonine O-3-phosphatersh}rth}ru(Xbigg.metabolitervXthrprwXbiocycrxXMETA:L-THREONINE-O-3-PHOSPHATEryXchebirz]r{(X CHEBI:21967r|X CHEBI:31757r}X CHEBI:37525r~X CHEBI:45955rX CHEBI:58675reX kegg.compoundrXC12147rXmetanetx.chemicalrXMNXM1492rX seed.compoundrXcpd08928ruh0Nh1h2]rrRrjn`XC4H8NO6Prjp`jcjr`Jjs`GubGj0G?jO`)r}r(hXthr__L_prhX L-Threoninerh}rh}r(Xbigg.metaboliterXthr__LrXbiocycrXMETA:THRrXchebir]r(X CHEBI:13175rX CHEBI:16857rX CHEBI:21403rX CHEBI:26986rX CHEBI:32820rX CHEBI:32822rX CHEBI:32832rX CHEBI:32833rX CHEBI:42083rX CHEBI:45843rX CHEBI:45983rX CHEBI:57926rX CHEBI:6308reXhmdbrX HMDB00167rX kegg.compoundrXC00188rX kegg.drugrXD00041rXmetanetx.chemicalrXMNXM142rX seed.compoundrXcpd00161ruh0Nh1h2]rrRrjn`XC4H9NO3rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXPTPATirhX)Pantetheine-phosphate adenylyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPTPATirXbiocycrXMETA:PANTEPADENYLYLTRAN-RXNrXec-coderX2.7.7.3rX kegg.reactionrXR03035rXmetanetx.reactionrX MNXR95892rXrhear]r(X19801rX19802rX19803rX19804reujG`Xb3634rjH`h#jI`h2]rjParRrjM`}r(jbGjnGjGj)G?jnnG?uh0Njt`Gju`G@@ubj<`)r}r(hX PTRCORNt7pprhX+Putrescine/ornithine antiporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX PTRCORNt7pprXbiocycrXMETA:TRANS-RXN0-211rXmetanetx.reactionrX MNXR103336rXrhear]r(X28827rX28828rX28829rX28830reujG`Xb0692rjH`h#jI`h2]rjParRrjM`}r(jGjO`)r}r(hXptrc_prhX Putrescinerh}rh}r(Xbigg.metaboliterXptrcrXbiocycrXMETA:PUTRESCINErXchebir]r(X CHEBI:14972rX CHEBI:17148rX CHEBI:26405rX CHEBI:326268rX CHEBI:45092rX CHEBI:8650reXhmdbr]r(X HMDB01414rX HMDB60243reX kegg.compoundrXC00134rXmetanetx.chemicalrXMNXM118rX seed.compoundr]r(Xcpd00118rXcpd12215reuh0Nh1h2]rrRrjn`XC4H14N2rjp`jcjr`Kjs`GubGjG?jpkG?uh0Njt`G@ju`G@@ubj<`)r}r (hXPTRCTAr hXPutrescine Transaminaser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXPTRCTArXbiocycrXMETA:PUTTRANSAM-RXNrXec-coder]r(X2.6.1.29rX2.6.1.82reX kegg.reactionrXR01155rXmetanetx.reactionrX MNXR103337rXrhear]r(X23816rX23817rX23818rX23819r eujG`Xb3073r!jH`h#jI`h2]r"jPar#Rr$jM`}r%(jGjpkGjVG?jeG?uh0Njt`Gju`G@@ubj<`)r&}r'(hX PTRCabcppr(hX/Putrescine transport via ABC system (periplasm)r)h}r*h}r+(jC`X SBO:0000375r,X bigg.reactionr-X PTRCabcppr.Xbiocycr/XMETA:ABC-25-RXNr0Xec-coder1X3.6.3.31r2Xmetanetx.reactionr3X MNXR103338r4Xrhear5]r6(X29995#1r7X29996#1r8X29997#1r9X29998#1r:eujG`X}( b1124 and b1126 and b1125 and b1123 ) or ( b0856 and b0854 and b0855 and b0857 ) or ( b1442 and b1440 and b1441 and b1443 )r;jH`h#jI`h2]r<(jPjQjQj+Qj=QjOQjaQjsQjQjQjQjPer=Rr>jM`}r?(jbGjgfGjGjmG?jnG?j;nG?jpkG?uh0Njt`Gju`G@@ubj<`)r@}rA(hXPTRCt2pprBhX*Putrescine transport in via proton symportrCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXPTRCt2pprHXbiocycrIXMETA:TRANS-RXN-69rJXmetanetx.reactionrKX MNXR103340rLXrhearM]rN(X28891rOX28892rPX28893rQX28894rReujG`Xb1296 or b0692rSjH`h#jI`h2]rT(jQjPerURrVjM`}rW(j̪GjGjnG?jpkG?uh0Njt`Gju`G@@ubj<`)rX}rY(hXPTRCtexrZhX?Putrescine transport via diffusion (extracellular to periplasm)r[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XPTRCtexr`Xmetanetx.reactionraX MNXR103339rbujG`X b1377 or b0241 or b0929 or b2215rcjH`h#jI`h2]rd(hIh[h7h ereRrfjM`}rg(jGjG?uh0Njt`G@ju`G@@ubj<`)rh}ri(hXPUNP1rjhX+Purine-nucleoside phosphorylase (Adenosine)rkh}rlh}rm(jC`X SBO:0000375rnX bigg.reactionroXPUNP1rpXbiocycrqXMETA:ADENPHOSPHOR-RXNrrXec-codersX2.4.2.1rtX kegg.reactionruXR01561rvXmetanetx.reactionrwX MNXR103343rxXrheary]rz(X27642r{X27643r|X27644r}X27645r~eujG`Xb4384rjH`h#jI`h2]rj"arRrjM`}r(jGj;nGj G?j|G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP2rhX0Purine-nucleoside phosphorylase (Deoxyadenosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP2rXbiocycrXMETA:DEOXYADENPHOSPHOR-RXNrXec-coderX2.4.2.1rX kegg.reactionrXR02557rXmetanetx.reactionrX MNXR103344rXrhear]r(X27742rX27743rX27744rX27745reujG`Xb4384rjH`h#jI`h2]rj"arRrjM`}r(jGj;nGj-G?j G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP3rhX+Purine-nucleoside phosphorylase (Guanosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP3rXbiocycrXMETA:RXN0-5199rXec-coder]r(X2.4.2.1rX2.4.2.15reX kegg.reactionrXR02147rXmetanetx.reactionrX MNXR103345rXrhear]r(X13233rX13234rX13235rX13236reujG`Xb2407 or b4384rjH`h#jI`h2]r(j"jQerRrjM`}r(j>gGj;nGjiG?j|G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP4rhX0Purine-nucleoside phosphorylase (Deoxyguanosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP4rXbiocycrXMETA:DEOXYGUANPHOSPHOR-RXNrXec-coder]r(X2.4.2.1rX2.4.2.4reX kegg.reactionrXR01969rXmetanetx.reactionrX MNXR103346rXrhear]r(X27738rX27739rX27740rX27741reujG`Xb2407 or b4384rjH`h#jI`h2]r(jQj"erRrjM`}r(j"Gj;nGj-G?jiG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP5rhX)Purine-nucleoside phosphorylase (Inosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP5rXbiocycrXMETA:INOPHOSPHOR-RXNrXec-coder]r(X2.4.2.1rX2.4.2.15reX kegg.reactionrXR01863rXmetanetx.reactionrX MNXR103347rXrhear]r(X27646rX27647rX27648rX27649reujG`Xb2407 or b4384rjH`h#jI`h2]r(jQj"erRrjM`}r(jGj;nGjG?j|G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP6rhX.Purine-nucleoside phosphorylase (Deoxyinosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP6rXbiocycrXMETA:DEOXYINOPHOSPHOR-RXNrXec-coder]r(X2.4.2.1rX2.4.2.4reX kegg.reactionr XR02748r Xmetanetx.reactionr X MNXR103348r Xrhear ]r(X27750rX27751rX27752rX27753reujG`Xb2407 or b4384rjH`h#jI`h2]r(jQj"erRrjM`}r(j3Gj;nGj-G?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPUNP7rhX,Purine-nucleoside phosphorylase (Xanthosine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPUNP7r Xbiocycr!XMETA:XANTHOSINEPHOSPHORY-RXNr"Xec-coder#]r$(X2.4.2.-r%X2.4.2.1r&eX kegg.reactionr'XR02297r(Xmetanetx.reactionr)X MNXR103349r*Xrhear+]r,(X27638r-X27639r.X27640r/X27641r0eujG`Xb2407r1jH`h#jI`h2]r2jQar3Rr4jM`}r5(j;nGjKGj|G?jiG?uh0Njt`G@ju`G@@ubj<`)r6}r7(hXPYAM5POr8hX!Pyridoxamine 5'-phosphate oxidaser9h}r:h}r;(jC`X SBO:0000375r<X bigg.reactionr=XPYAM5POr>Xbiocycr?XMETA:PMPOXI-RXNr@Xec-coderAX1.4.3.5rBX kegg.reactionrCXR00277rDXmetanetx.reactionrEX MNXR103355rFXrhearG]rH(X15817rIX15818rJX15819rKX15820rLeujG`Xb1638rMjH`h#jI`h2]rNjgKarORrPjM`}rQ(jgfGjηGjBGj*G?jiG?jkG?uh0Njt`Gju`G@@ubj<`)rR}rS(hXPYDAMKrThXPyridoxamine kinaserUh}rVh}rW(jC`X SBO:0000375rXX bigg.reactionrYXPYDAMKrZXbiocycr[XMETA:PYRAMKIN-RXNr\Xec-coder]X2.7.1.35r^X kegg.reactionr_XR02493r`Xmetanetx.reactionraX MNXR103357rbXrhearc]rd(X25104reX25105rfX25106rgX25107rheujG`Xb2418rijH`h#jI`h2]rjj6arkRrljM`}rm(jbGjuGjmG?jnG?jBG?uh0Njt`Gju`G@@ubj<`)rn}ro(hXPYDAMtexrphX4Pyridoxamine transport via diffusion (extracellular)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXPYDAMtexrvXbiocycrwXMETA:TRANS-RXN0-213rxXmetanetx.reactionryX MNXR103358rzXrhear{]r|(X28466r}X28467r~X28468rX28469reujG`X b1377 or b2215 or b0929 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjO`)r}r(hXpydam_prhX Pyridoxaminerh}rh}r(Xbigg.metaboliterXpydamrXbiocycrXMETA:PYRIDOXAMINErXchebir]r(X CHEBI:131533rX CHEBI:14978rX CHEBI:16410rX CHEBI:26426rX CHEBI:45228rX CHEBI:57761rX CHEBI:8669reXhmdbr]r(X HMDB01431rX HMDB62696reX kegg.compoundrXC00534rXmetanetx.chemicalrXMNXM548rX seed.compoundrXcpd00419ruh0Nh1h2]rrRrjn`X C8H13N2O2rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPYDAMtpprhXPyridoxamine importrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDAMtpprXbiocycrXMETA:TRANS-RXN0-213rXmetanetx.reactionrX MNXR103358rXrhear]r(X28466rX28467rX28468rX28469reujG`h#jH`h#jI`h2]rrRrjM`}r(jGjuG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYDXKrhXPyridoxal kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDXKrXbiocycrXMETA:PYRIDOXKIN-RXNrXec-coderX2.7.1.35rX kegg.reactionrXR00174rXmetanetx.reactionrX MNXR103361rXrhear]r(X10224rX10225rX10226rX10227reujG`Xb1636 or b2418rjH`h#jI`h2]r(j6jQerRrjM`}r(jbGjO`)r}r(hXpydx_crhX Pyridoxalrh}rh}r(Xbigg.metaboliterXpydxrXbiocycrXMETA:PYRIDOXALrXchebir]r(X CHEBI:131530rX CHEBI:14976rX CHEBI:17310rX CHEBI:26423rX CHEBI:45112rX CHEBI:8667reXhmdbrX HMDB01545rX kegg.compoundrXC00250rXmetanetx.chemicalrXMNXM311rX seed.compoundrXcpd00215ruh0Nh1h2]rrRrjn`XC8H9NO3rjp`jq`jr`Kjs`GubGjmG?jnG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYDXNKrhXPyridoxine kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDXNKrXbiocycrXMETA:PNKIN-RXNrXec-coderX2.7.1.35rX kegg.reactionrXR01909rXmetanetx.reactionrX MNXR103362rXrhear ]r (X25108r X25109r X25110r X25111reujG`Xb2418rjH`h#jI`h2]rj6arRrjM`}r(jbGj~GjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYDXNtexrhX2Pyridoxine transport via diffusion (extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDXNtexrXbiocycrXMETA:TRANS-RXN0-205rXmetanetx.reactionrX MNXR103364r Xrhear!]r"(X28470r#X28471r$X28472r%X28473r&eujG`X b1377 or b2215 or b0929 or b0241r'jH`h#jI`h2]r((hIh[h7h er)Rr*jM`}r+(jmGjO`)r,}r-(hXpydxn_pr.hX Pyridoxiner/h}r0h}r1(Xbigg.metaboliter2Xpydxnr3Xbiocycr4XMETA:PYRIDOXINEr5Xchebir6]r7(X CHEBI:14981r8X CHEBI:16709r9X CHEBI:26429r:X CHEBI:8671r;eXhmdbr<]r=(X HMDB00239r>X HMDB02075r?eX kegg.compoundr@XC00314rAX kegg.drugrBXD08454rCXmetanetx.chemicalrDXMNXM419rEX seed.compoundrFXcpd00263rGuh0Nh1h2]rHrIRrJjn`XC8H11NO3rKjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rL}rM(hXPYDXNtpprNhXPyridoxine importrOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXPYDXNtpprTXbiocycrUXMETA:TRANS-RXN0-205rVXmetanetx.reactionrWX MNXR103364rXXrhearY]rZ(X28470r[X28471r\X28472r]X28473r^eujG`h#jH`h#jI`h2]r_r`RrajM`}rb(j,Gj~G?uh0Njt`Gju`G@@ubj<`)rc}rd(hXPYDXPPrehX!Pyridoxal 5-phosphate phosphataserfh}rgh}rh(jC`X SBO:0000375riX bigg.reactionrjXPYDXPPrkXbiocycrlXMETA:3.1.3.74-RXNrmXec-codernX3.1.3.74roX kegg.reactionrpXR00173rqXmetanetx.reactionrrX MNXR103368rsXrheart]ru(X20533rvX20534rwX20535rxX20536ryeujG`Xb3826 or b0446 or b0766rzjH`h#jI`h2]r{(jKj!jQer|Rr}jM`}r~(jgfGjkGj;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYDXtexrhX1Pyridoxal transport via diffusion (extracellular)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDXtexrXbiocycrXMETA:TRANS-RXN0-214rXmetanetx.reactionrX MNXR103370rXrhear]r(X28462rX28463rX28464rX28465reujG`X b1377 or b2215 or b0929 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jBGjO`)r}r(hXpydx_prhX Pyridoxalrh}rh}r(Xbigg.metaboliterXpydxrXbiocycrXMETA:PYRIDOXALrXchebir]r(X CHEBI:131530rX CHEBI:14976rX CHEBI:17310rX CHEBI:26423rX CHEBI:45112rX CHEBI:8667reXhmdbrX HMDB01545rX kegg.compoundrXC00250rXmetanetx.chemicalrXMNXM311rX seed.compoundrXcpd00215ruh0Nh1h2]rrRrjn`XC8H9NO3rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXPYDXtpprhXPyridoxal importrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYDXtpprXbiocycrXMETA:TRANS-RXN0-214rXmetanetx.reactionrX MNXR103370rXrhear]r(X28462rX28463rX28464rX28465reujG`h#jH`h#jI`h2]rrRrjM`}r(jGjG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYKrhXPyruvate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYKrXbiocycrXMETA:PEPDEPHOS-RXNrXec-coderX2.7.1.40rX kegg.reactionrXR00200rXmetanetx.reactionrX MNXR103371rXrhear]r(X18157rX18158rX18159rX18160reujG`Xb1854 or b1676rjH`h#jI`h2]r(jRjRerRrjM`}r(jmGjnGjGjbG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXPYNP2rrhX,Pyrimidine-nucleoside phosphorylase (uracil)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXPYNP2rrXbiocycrXMETA:URPHOS-RXNrXec-coder]r(X2.4.2.2rX2.4.2.3reX kegg.reactionrXR01876rXmetanetx.reactionrX MNXR103377rXrhear]r(X24388rX24389rX24390rX24391reujG`Xb3831rjH`h#jI`h2]rj'RarRrjM`}r(j;nGjqGj|G?j`G?uh0Njt`G@ju`G@@ubj<`)r}r(hXPYROXrhXPyrimidine oxygenaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XPYROXrXmetanetx.reactionrX MNXR103383rujG`Xb1012 and b1007rjH`h#jI`h2]r(jKRj9RerRrjM`}r(jnGjh}r?h}r@(Xbigg.metaboliterAXpyrrBXbiocycrCX META:PYRUVATErDXchebirE]rF(X CHEBI:14987rGX CHEBI:15361rHX CHEBI:26462rIX CHEBI:26466rJX CHEBI:32816rKX CHEBI:45253rLX CHEBI:86354rMX CHEBI:8685rNeXhmdbrO]rP(X HMDB00243rQX HMDB62676rReX kegg.compoundrSXC00022rTX lipidmapsrUX LMFA01060077rVXmetanetx.chemicalrWXMNXM23rXX seed.compoundrYXcpd00020rZuh0Nh1h2]r[r\Rr]jn`XC3H3O3r^jp`jcjr`Jjs`GubGjnG?jG?uh0Njt`G@ju`G@@ubj<`)r_}r`(hXPYRtexrahX=Pyruvate transport via diffusion (extracellular to periplasm)rbh}rch}rd(jC`X SBO:0000375reX bigg.reactionrfXPYRtexrgXbiocycrh]ri(XMETA:TRANS-RXN0-506rjXMETA:TRANS-RXN0-570rkeXmetanetx.reactionrlX MNXR103384rmujG`X b1377 or b0241 or b0929 or b2215rnjH`h#jI`h2]ro(hIh[h7h erpRrqjM`}rr(jGj;G?uh0Njt`G@ju`G@@ubj<`)rs}rt(hXQMO2ruhX"Quinol monooxygenase (Ubiquinol-8)rvh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzXQMO2r{Xmetanetx.reactionr|X MNXR103392r}Xrhear~]r(X29175rX29176rX29177rX29178reujG`Xb3029rjH`h#jI`h2]rj]RarRrjM`}r(jηGjkGjnG@jO`)r}r(hXo2s_crhXSuperoxide anionrh}rh}r(Xbigg.metaboliterXo2srXbiocycrXMETA:SUPER-OXIDErXchebir]r(X CHEBI:15143rX CHEBI:18421rX CHEBI:25935rX CHEBI:26839rX CHEBI:30492rX CHEBI:7710reXhmdbrX HMDB02168rX kegg.compoundrXC00704rXmetanetx.chemicalrXMNXM330ruh0Nh1h2]rrRrjn`XO2rjp`jq`jr`Jjs`GubG@juG?uh0Njt`Gju`G@@ubj<`)r}r(hXQMO3rhX#Quinol monooxygenase (menaquinol 8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXQMO3rXmetanetx.reactionrX MNXR103393rXrhear]r(X29183rX29184rX29185rX29186reujG`Xb3029rjH`h#jI`h2]rj]RarRrjM`}r(jhGjηGjnG@jG?jG@uh0Njt`Gju`G@@ubj<`)r}r(hXQUIN2texrhX<Quinate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXQUIN2texrXmetanetx.reactionrX MNXR103397rXrhear]r(X35195rX35196rX35197rX35198reujG`X b0241 or b2215 or b1377 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j˝GjO`)r}r(hXquin_prhXQuinaterh}rh}r(Xbigg.metaboliterXquinrXbiocycrX META:QUINATErXchebir]r(X CHEBI:15000rX CHEBI:17521rX CHEBI:26489rX CHEBI:26492rX CHEBI:29751rX CHEBI:8715reX kegg.compoundrXC00296rXmetanetx.chemicalrXMNXM474rX seed.compoundrXcpd00248ruh0Nh1h2]rrRrjn`XC7H12O6rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXQUIN2tpprhXQuinate transport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXQUIN2tpprXmetanetx.reactionrX MNXR103397rXrhear]r(X35195rX35196rX35197rX35198reujG`h#jH`h#jI`h2]rrRrjM`}r(jGjO`)r}r(hXquin_crhXQuinaterh}rh}r(Xbigg.metaboliterXquinr Xbiocycr X META:QUINATEr Xchebir ]r (X CHEBI:15000rX CHEBI:17521rX CHEBI:26489rX CHEBI:26492rX CHEBI:29751rX CHEBI:8715reX kegg.compoundrXC00296rXmetanetx.chemicalrXMNXM474rX seed.compoundrXcpd00248ruh0Nh1h2]rrRrjn`XC7H12O6rjp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXQUINDHr hXQuinate dehydrogenaser!h}r"h}r#(jC`X SBO:0000375r$X bigg.reactionr%XQUINDHr&Xbiocycr'X META:QUINATE-5-DEHYDROGENASE-RXNr(Xec-coder)]r*(X1.1.1.24r+X 1.1.1.282r,eX kegg.reactionr-XR01872r.Xmetanetx.reactionr/X MNXR103398r0Xrhear1]r2(X22364r3X22365r4X22366r5X22367r6eujG`Xb1692r7jH`h#jI`h2]r8joRar9Rr:jM`}r;(jiGjGj`%G?jnG@jhXQuinolinate synthaser?h}r@h}rA(jC`X SBO:0000375rBX bigg.reactionrCXQULNSrDXec-coderEX2.5.1.72rFX kegg.reactionrGXR04292rHXmetanetx.reactionrIX MNXR103400rJXrhearK]rL(X25888rMX25889rNX25890rOX25891rPeujG`Xb0750rQjH`h#jI`h2]rRjRarSRrTjM`}rU(jGjGjgfG@j;nG?j G?uh0Njt`Gju`G@@ubj<`)rV}rW(hXR15BPKrXhXRibose-1,5-bisphosphokinaserYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XR15BPKr^Xbiocycr_XMETA:RXN0-1401r`Xec-coderaX2.7.4.23rbX kegg.reactionrcXR06836rdXmetanetx.reactionreX MNXR103407rfXrhearg]rh(X20109riX20110rjX20111rkX20112rleujG`Xb4094rmjH`h#jI`h2]rnjRaroRrpjM`}rq(jbGjO`)rr}rs(hXr15bp_crthXD-Ribose 1,5-bisphosphateruh}rvh}rw(Xbigg.metaboliterxXr15bpryXbiocycrzXMETA:RIBOSE-15-BISPHOSPHATEr{Xchebir|]r}(X CHEBI:13012r~X CHEBI:17994rX CHEBI:21079rX CHEBI:4234rX CHEBI:58345rX CHEBI:68688rX CHEBI:68819reXhmdbrX HMDB11688rX kegg.compoundrXC01151rXmetanetx.chemicalrXMNXM881rX seed.compoundrXcpd00847ruh0Nh1h2]rrRrjn`X C5H8O11P2rjp`jq`jr`Jjs`GubGjmG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXR1PKrhXRibose 1-phosphokinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXR1PKrXbiocycrXMETA:RXN0-1402rXmetanetx.reactionrX MNXR103408rXrhear]r(X29775rX29776rX29777rX29778reujG`h#jH`h#jI`h2]rrRrjM`}r(jbGj|GjmG?jnG?jrG?uh0Njt`Gju`G@@ubj<`)r}r(hXR5PPrhXRibose 5-phosphate phosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXR5PPrXmetanetx.reactionrX MNXR103410rujG`Xb0822rjH`h#jI`h2]rj$arRrjM`}r(jgfGjGj;nG?j}G?uh0Njt`Gju`G@@ubj<`)r}r(hXR5PPpprhXRibose 5-phosphate phosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXR5PPpprXmetanetx.reactionrX MNXR103410rujG`Xb4055rjH`h#jI`h2]rj5+arRrjM`}r(jDGjO`)r}r(hXr5p_prhXAlpha-D-Ribose 5-phosphaterh}rh}r(Xbigg.metaboliterXr5prXbiocycrXMETA:CPD-15318rXchebir]r(X CHEBI:10270rX CHEBI:12331rX CHEBI:18189rX CHEBI:22413reX kegg.compoundrXC03736rXmetanetx.chemicalrX MNXM15900rX seed.compoundrXcpd19028ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jcjr`Jjs`GubGj0G?jO`)r}r(hXrib__D_prhXD-Riboserh}rh}r(Xbigg.metaboliterXrib__DrXbiocycr]r(XMETA:D-RibofuranoserXMETA:D-RibopyranosereXchebir]r(X CHEBI:13011rX CHEBI:16988rX CHEBI:21078rX CHEBI:4233rX CHEBI:46999rX CHEBI:47006rX CHEBI:47013reXhmdbrX HMDB00283rX kegg.compoundr]r(XC00121rXC21057reXmetanetx.chemicalrXMNXM242rX seed.compoundrXcpd00105ruh0Nh1h2]rrRrjn`XC5H10O5rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXR5PtexrhXGRibose 5-phosphate transport via diffusion (extracellular to periplasm)rh}r h}r (jC`X SBO:0000375r X bigg.reactionr XR5Ptexr Xmetanetx.reactionrX MNXR103411rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRBFKrhXRiboflavin kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRBFKrXbiocycrXMETA:RIBOFLAVINKIN-RXNrXec-coder X2.7.1.26r!X kegg.reactionr"XR00549r#Xmetanetx.reactionr$X MNXR103429r%Xrhear&]r'(X14357r(X14358r)X14359r*X14360r+eujG`Xb0025r,jH`h#jI`h2]r-j+)ar.Rr/jM`}r0(jbGjkGjmG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r1}r2(hXRBFSar3hXRiboflavin synthaser4h}r5h}r6(jC`X SBO:0000375r7X bigg.reactionr8XRBFSar9Xec-coder:]r;(X2.5.1.78r<X2.5.1.9r=eX kegg.reactionr>XR04457r?Xmetanetx.reactionr@X MNXR97501rAujG`Xb1662rBjH`h#jI`h2]rCjRarDRrEjM`}rF(jnGj?GjO`)rG}rH(hXdmlz_crIhX$6,7-Dimethyl-8-(1-D-ribityl)lumazinerJh}rKh}rL(Xbigg.metaboliterMXdmlzrNXbiocycrOX META:DIMETHYL-D-RIBITYL-LUMAZINErPXchebirQ]rR(X CHEBI:12185rSX CHEBI:17601rTX CHEBI:20682rUX CHEBI:2154rVX CHEBI:58201rWeXhmdbrXX HMDB03826rYX kegg.compoundrZXC04332r[Xmetanetx.chemicalr\XMNXM1313r]X seed.compoundr^Xcpd02656r_uh0Nh1h2]r`raRrbjn`X C13H18N4O6rcjp`jq`jr`Kjs`GubG?jgfG@j;nG?uh0Njt`Gju`G@@ubj<`)rd}re(hXRBFSbrfhXRiboflavin synthasergh}rhh}ri(jC`X SBO:0000375rjX bigg.reactionrkXRBFSbrlXbiocycrmXMETA:RIBOFLAVIN-SYN-RXNrnXec-coderoX2.5.1.9rpX kegg.reactionrqXR00066rrXmetanetx.reactionrsX MNXR103430rtXrhearu]rv(X20772rwX20773rxX20774ryX20775rzeujG`Xb0415r{jH`h#jI`h2]r|jRar}Rr~jM`}r(jGGjnG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXRBKrhX Ribokinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRBKrXec-coderX2.7.1.15rXmetanetx.reactionrX MNXR103431rujG`Xb3752rjH`h#jI`h2]rjRarRrjM`}r(jbGj}GjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXRBK_L1rhXL-ribulokinase (L-ribulose)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRBK_L1rXbiocycrXMETA:RXN0-5116rXec-coderX2.7.1.16rX kegg.reactionrXR02439rXmetanetx.reactionrX MNXR103433rXrhear]r(X22072rX22073rX22074rX22075reujG`Xb0063rjH`h#jI`h2]rjRarRrjM`}r(jbGj7GjmG?jnG?jO`)r}r(hX ru5p__L_crhXL-Ribulose 5-phosphaterh}rh}r(Xbigg.metaboliterXru5p__LrXbiocycrXMETA:L-RIBULOSE-5-PrXchebir]r(X CHEBI:13164rX CHEBI:17666rX CHEBI:21383rX CHEBI:58226rX CHEBI:6296reX kegg.compoundrXC01101rXmetanetx.chemicalrXMNXM901rX seed.compoundrXcpd00808ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXRBP4ErhX L-ribulose-phosphate 4-epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRBP4ErXbiocycrXMETA:RIBULPEPIM-RXNrXec-coderX5.1.3.4rX kegg.reactionrXR05850rXmetanetx.reactionrX MNXR103434rXrhear]r(X22368rX22369rX22370rX22371reujG`Xb3583 or b4198 or b0061rjH`h#jI`h2]r(jRjRjSerRrjM`}r(jGjO`)r}r(hX xu5p__D_crhXD-Xylulose 5-phosphaterh}rh}r(Xbigg.metaboliterXxu5p__DrXbiocycrXMETA:XYLULOSE-5-PHOSPHATErXchebir]r(X CHEBI:13036rX CHEBI:16332rX CHEBI:21121rX CHEBI:27354rX CHEBI:4269rX CHEBI:57737reXhmdbr]r(X HMDB00868rX HMDB06212reX kegg.compoundrXC00231rXmetanetx.chemicalrXMNXM186rX seed.compoundrXcpd00198ruh0Nh1h2]rrRrjn`XC5H9O8Prjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX REPHACCOAIrhX=Ring 1,2-epoxyphenylacetyl-CoA isomerase (oxepin-CoA forming)rh}r h}r (jC`X SBO:0000375r X bigg.reactionr X REPHACCOAIr Xmetanetx.reactionrX MNXR103993rujG`Xb1394rjH`h#jI`h2]rjGJarRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRFAMPtexrhX=Rifampin transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRFAMPtexrXmetanetx.reactionrX MNXR104014rXrhear ]r!(X35231r"X35232r#X35233r$X35234r%eujG`Xs0001r&jH`h#jI`h2]r'jar(Rr)jM`}r*(jGjO`)r+}r,(hXrfamp_pr-hXRifampinr.h}r/h}r0(Xbigg.metaboliter1Xrfampr2Xbiocycr3XMETA:CPD-18727r4Xchebir5]r6(X CHEBI:26577r7X CHEBI:28077r8X CHEBI:45308r9X CHEBI:71365r:X CHEBI:8858r;eXhmdbr<X HMDB15179r=X kegg.compoundr>XC06688r?X kegg.drugr@XD00211rAXmetanetx.chemicalrBX MNXM80952rCX seed.compoundrDXcpd04089rEuh0Nh1h2]rFrGRrHjn`X C43H58N4O12rIjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rJ}rK(hXRFAMPtpprLhX"Rifampin transport via TolC systemrMh}rNh}rO(jC`X SBO:0000375rPX bigg.reactionrQXRFAMPtpprRXmetanetx.reactionrSX MNXR104015rTujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rUjH`h#jI`h2]rV(jYjkj}jerWRrXjM`}rY(j̪Gj+GjnG?jG?uh0Njt`Gju`G@@ubj<`)rZ}r[(hXRHAT1r\hX.Rhamnosyltransferase I (LPS core biosynthesis)r]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraXRHAT1rbXmetanetx.reactionrcX MNXR104025rdujG`Xb3629rejH`h#jI`h2]rfj#SargRrhjM`}ri(jO`)rj}rk(hX dtdprmn_crlhXDTDP-L-rhamnosermh}rnh}ro(Xbigg.metaboliterpXdtdprmnrqXbiocycrrXMETA:DTDP-RHAMNOSErsXchebirt]ru(X CHEBI:10518rvX CHEBI:14083rwX CHEBI:15774rxX CHEBI:23547ryX CHEBI:35452rzX CHEBI:46114r{X CHEBI:57510r|X CHEBI:61119r}eX kegg.compoundr~XC03319rXmetanetx.chemicalrXMNXM899rX seed.compoundrXcpd02113ruh0Nh1h2]rrRrjn`X C16H24N2O15P2rjp`jq`jr`Jjs`GubGj?GjG?jnG?jYG?uh0Njt`Gju`G@@ubj<`)r}r(hXRHCCErhX%S-ribosylhomocysteine cleavage enzymerh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRHCCErXbiocycrXMETA:RIBOSYLHOMOCYSTEINASE-RXNrXec-coderX4.4.1.21rX kegg.reactionrXR01291rXmetanetx.reactionrX MNXR104026rXrhear]r(X17753rX17754rX17755rX17756reujG`Xb2687rjH`h#jI`h2]rj5SarRrjM`}r(jGjt$G?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXRIBabcpprhX-D-ribose transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRIBabcpprXbiocycrXMETA:ABC-28-RXNrXec-coderX3.6.3.17rXmetanetx.reactionrX MNXR104034rXrhear]r(X29903#1rX29904#1rX29905#1rX29906#1reujG`Xs( b3750 and b3749 and b3751 and b3748 ) or ( b4485 and b4231 and b4227 and b4230 ) or ( b4088 and b4087 and b4086 )rjH`h#jI`h2]r(j-j-j-jGSjjYSj jkSj}Sjja-erRrjM`}r(jbGjgfGjGjmG?jnG?j;nG?j}G?uh0Njt`Gju`G@@ubj<`)r}r(hXRIBtexrhX;Ribose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRIBtexrXmetanetx.reactionrX MNXR104036rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRMIrhXL-rhamnose isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRMIrXec-coderX5.3.1.14rX kegg.reactionrXR02437rXmetanetx.reactionrX MNXR104038rXrhear]r(X23160rX23161rX23162rX23163reujG`Xb3903rjH`h#jI`h2]rj=arRrjM`}r(jO`)r}r(hXrmn_crhX L-Rhamnoserh}rh}r(Xbigg.metaboliterXrmnrXbiocycr]r(XMETA:CPD-15405rXMETA:L-rhamnopyranoserXMETA:L-rhamnosereXchebir]r(X CHEBI:13160rX CHEBI:16055rX CHEBI:21378rX CHEBI:26546rX CHEBI:45427rX CHEBI:57622rX CHEBI:62345rX CHEBI:62346rX CHEBI:6292reXhmdbrX HMDB00849rX kegg.compoundrXC00507rXmetanetx.chemicalrXMNXM2967rX seed.compoundr]r(Xcpd00396rXcpd27379r euh0Nh1h2]r r Rr jn`XC6H12O5r jp`jq`jr`Kjs`GubGjO`)r}r(hXrml_crhX L-Rhamnuloserh}rh}r(Xbigg.metaboliterXrmlrXbiocycrXMETA:CPD-16566rXchebir]r(X CHEBI:13161rX CHEBI:17897rX CHEBI:21380rX CHEBI:58316rX CHEBI:6293reXhmdbrX HMDB10207r X kegg.compoundr!XC00861r"Xmetanetx.chemicalr#XMNXM1750r$X seed.compoundr%Xcpd00642r&uh0Nh1h2]r'r(Rr)jn`XC6H12O5r*jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r+}r,(hXRMKr-hXRhamnulokinaser.h}r/h}r0(jC`X SBO:0000375r1X bigg.reactionr2XRMKr3Xec-coder4X2.7.1.5r5X kegg.reactionr6XR03014r7Xmetanetx.reactionr8X MNXR104039r9Xrhear:]r;(X20117r<X20118r=X20119r>X20120r?eujG`Xb3904r@jH`h#jI`h2]rAjSarBRrCjM`}rD(jbGjGjmG?jnG?jO`)rE}rF(hXrml1p_crGhXL-Rhamnulose 1-phosphaterHh}rIh}rJ(Xbigg.metaboliterKXrml1prLXbiocycrMXMETA:RHAMNULOSE-1PrNXchebirO]rP(X CHEBI:13162rQX CHEBI:17892rRX CHEBI:21381rSX CHEBI:58313rTX CHEBI:6294rUeX kegg.compoundrVXC01131rWXmetanetx.chemicalrXXMNXM1675rYX seed.compoundrZXcpd00831r[uh0Nh1h2]r\r]Rr^jn`XC6H11O8Pr_jp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r`}ra(hXRMNtexrbhX?L-rhamnose transport via diffusion (extracellular to periplasm)rch}rdh}re(jC`X SBO:0000375rfX bigg.reactionrgXRMNtexrhXmetanetx.reactionriX MNXR104042rjXrheark]rl(X34995rmX34996rnX34997roX34998rpeujG`X b0929 or b2215 or b0241 or b1377rqjH`h#jI`h2]rr(hIh[h7h ersRrtjM`}ru(jwGjO`)rv}rw(hXrmn_prxhX L-Rhamnoseryh}rzh}r{(Xbigg.metaboliter|Xrmnr}Xbiocycr~]r(XMETA:CPD-15405rXMETA:L-rhamnopyranoserXMETA:L-rhamnosereXchebir]r(X CHEBI:13160rX CHEBI:16055rX CHEBI:21378rX CHEBI:26546rX CHEBI:45427rX CHEBI:57622rX CHEBI:62345rX CHEBI:62346rX CHEBI:6292reXhmdbrX HMDB00849rX kegg.compoundrXC00507rXmetanetx.chemicalrXMNXM2967rX seed.compoundr]r(Xcpd00396rXcpd27379reuh0Nh1h2]rrRrjn`XC6H12O5rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRMNtpprhX3L-rhamnose transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRMNtpprXbiocycrXMETA:TRANS-RXN-112rXmetanetx.reactionrX MNXR104041rXrhear]r(X29947rX29948rX29949rX29950reujG`Xb3907rjH`h#jI`h2]rj=arRrjM`}r(j̪GjvGjnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXRMPArhXRhamnulose-1-phosphate aldolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRMPArXbiocycrXMETA:RHAMNULPALDOL-RXNrXec-coderX4.1.2.19rX kegg.reactionrXR02263rXmetanetx.reactionrX MNXR104043rXrhear]r(X19689rX19690rX19691rX19692reujG`Xb3902rjH`h#jI`h2]rjSarRrjM`}r(jEGjG?j<G?uh0Njt`G@ju`G@@ubj<`)r}r(hXRNDR1rhX*Ribonucleoside-diphosphate reductase (ADP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNDR1rXbiocycrXMETA:ADPREDUCT-RXNrXec-coderX1.17.4.1rX kegg.reactionrXR02017rXmetanetx.reactionrX MNXR104060rujG`X>( b2235 and b2234 and b2582 ) or ( b2235 and b2234 and b3781 )rjH`h#jI`h2]r(j!j#"jSjSerRrjM`}r(jmGj"+GjG?jgfG?jJ+G?uh0Njt`Gju`G@@ubj<`)r}r(hXRNDR1brhX9Ribonucleoside-diphosphate reductase (ADP) (glutaredoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNDR1brXmetanetx.reactionrX MNXR104061rujG`X( b1654 and b2676 and b2675 ) or ( b1064 and b2676 and b2675 ) or ( b3610 and b2676 and b2675 ) or ( b0849 and b2676 and b2675 )rjH`h#jI`h2]r(jm3j3j3jSjmjSerRrjM`}r(jmGjgGjG?jgG?jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXRNDR2rhX*Ribonucleoside-diphosphate reductase (GDP)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNDR2rXbiocycrXMETA:GDPREDUCT-RXNrXec-coderX1.17.4.1rX kegg.reactionrXR02019rXmetanetx.reactionrX MNXR104062rujG`X>( b2235 and b2234 and b3781 ) or ( b2235 and b2234 and b2582 )rjH`h#jI`h2]r(j!j#"jSjSer Rr jM`}r (jZGj"+GjG?jgfG?jJ+G?uh0Njt`Gju`G@@ubj<`)r }r (hXRNDR2brhX9Ribonucleoside-diphosphate reductase (GDP) (glutaredoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNDR2brXmetanetx.reactionrX MNXR104063rujG`X( b1064 and b2676 and b2675 ) or ( b0849 and b2676 and b2675 ) or ( b3610 and b2676 and b2675 ) or ( b1654 and b2676 and b2675 )rjH`h#jI`h2]r(jm3j3j3jmjSjSerRrjM`}r(jZGjgGjG?jgG?jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXRNDR3rhX*Ribonucleoside-diphosphate reductase (CDP)rh}r h}r!(jC`X SBO:0000375r"X bigg.reactionr#XRNDR3r$Xbiocycr%XMETA:CDPREDUCT-RXNr&Xec-coder'X1.17.4.1r(X kegg.reactionr)XR02024r*Xmetanetx.reactionr+X MNXR104064r,ujG`X>( b2235 and b2234 and b3781 ) or ( b2235 and b2234 and b2582 )r-jH`h#jI`h2]r.(j!j#"jSjSer/Rr0jM`}r1(j%Gj"+GjG?jgfG?jJ+G?uh0Njt`Gju`G@@ubj<`)r2}r3(hXRNDR3br4hX9Ribonucleoside-diphosphate reductase (CDP) (glutaredoxin)r5h}r6h}r7(jC`X SBO:0000375r8X bigg.reactionr9XRNDR3br:Xmetanetx.reactionr;X MNXR104065r<ujG`X( b1654 and b2676 and b2675 ) or ( b0849 and b2676 and b2675 ) or ( b3610 and b2676 and b2675 ) or ( b1064 and b2676 and b2675 )r=jH`h#jI`h2]r>(jm3j3j3jmjSjSer?Rr@jM`}rA(j%GjgGjG?jgG?jgfG?uh0Njt`Gju`G@@ubj<`)rB}rC(hXRNDR4rDhX*Ribonucleoside-diphosphate reductase (UDP)rEh}rFh}rG(jC`X SBO:0000375rHX bigg.reactionrIXRNDR4rJXbiocycrKXMETA:UDPREDUCT-RXNrLXec-coderMX1.17.4.1rNX kegg.reactionrOXR02018rPXmetanetx.reactionrQX MNXR104066rRujG`X>( b2235 and b2234 and b3781 ) or ( b2235 and b2234 and b2582 )rSjH`h#jI`h2]rT(j!j#"jSjSerURrVjM`}rW(j"+GjGj~G?jgfG?jJ+G?uh0Njt`Gju`G@@ubj<`)rX}rY(hXRNDR4brZhX9Ribonucleoside-diphosphate reductase (UDP) (glutaredoxin)r[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XRNDR4br`Xmetanetx.reactionraX MNXR104067rbujG`X( b3610 and b2676 and b2675 ) or ( b0849 and b2676 and b2675 ) or ( b1064 and b2676 and b2675 ) or ( b1654 and b2676 and b2675 )rcjH`h#jI`h2]rd(jm3j3j3jSjmjSereRrfjM`}rg(jgGjGj~G?jgG?jgfG?uh0Njt`Gju`G@@ubj<`)rh}ri(hXRNTR1c2rjhX8Ribonucleoside-triphosphate reductase (ATP) (flavodoxin)rkh}rlh}rm(jC`X SBO:0000375rnX bigg.reactionroXRNTR1c2rpXmetanetx.reactionrqX MNXR104072rrujG`X( b0684 and b4238 ) or ( b4238 and b0684 and b3924 and b4237 ) or ( b4238 and b2895 and b3924 and b4237 ) or ( b2895 and b4238 )rsjH`h#jI`h2]rt(j(jSj Tj(j)eruRrvjM`}rw(jbGj4DGjnGjdG?j&DG@jgfG?uh0Njt`Gju`G@@ubj<`)rx}ry(hXRNTR2c2rzhX8Ribonucleoside-triphosphate reductase (GTP) (flavodoxin)r{h}r|h}r}(jC`X SBO:0000375r~X bigg.reactionrXRNTR2c2rXmetanetx.reactionrX MNXR104075rujG`X( b0684 and b4238 ) or ( b4238 and b0684 and b3924 and b4237 ) or ( b4238 and b2895 and b3924 and b4237 ) or ( b2895 and b4238 )rjH`h#jI`h2]r(jSj Tj(j(j)erRrjM`}r(j4DGjJfGjnGjdG?j&DG@jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXRNTR3c2rhX8Ribonucleoside-triphosphate reductase (CTP) (flavodoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNTR3c2rXmetanetx.reactionrX MNXR104078rujG`X( b0684 and b4238 ) or ( b4238 and b0684 and b3924 and b4237 ) or ( b4238 and b2895 and b3924 and b4237 ) or ( b2895 and b4238 )rjH`h#jI`h2]r(jSj(j Tj)j(erRrjM`}r(j+dGj4DGjnGjdG?j&DG@jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXRNTR4c2rhX8Ribonucleoside-triphosphate reductase (UTP) (flavodoxin)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRNTR4c2rXmetanetx.reactionrX MNXR104081rujG`X( b0684 and b4238 ) or ( b4238 and b0684 and b3924 and b4237 ) or ( b4238 and b2895 and b3924 and b4237 ) or ( b2895 and b4238 )rjH`h#jI`h2]r(jSj Tj(j(j)erRrjM`}r(j4DGjnGjmGjG?j&DG@jgfG?uh0Njt`Gju`G@@ubj<`)r}r(hXRPErhX Ribulose 5-phosphate 3-epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRPErXbiocycrXMETA:RIBULP3EPIM-RXNrXec-coderX5.1.3.1rX kegg.reactionrXR01529rXmetanetx.reactionrX MNXR104083rXrhear]r(X13677rX13678rX13679rX13680reujG`Xb4301 or b3386rjH`h#jI`h2]r(j1TjTerRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRPIrhXRibose-5-phosphate isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRPIrXec-coderX5.3.1.6rXmetanetx.reactionrX MNXR104084rujG`Xb2914 or b4090rjH`h#jI`h2]r(jCTj erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXRZ5PPrhX&Alpha-ribazole 5-phosphate phosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXRZ5PPrXbiocycr]r(XMETA:RIBAZOLEPHOSPHAT-RXNrXMETA:RXN-16788reXec-coderX3.1.3.73rX kegg.reactionrXR04594rXmetanetx.reactionrX MNXR104116rXrhear]r(X24456rX24457rX24458rX24459reujG`Xb0638rjH`h#jI`h2]rjUTarRrjM`}r(jѣGjgfGj;nG?j"G?uh0Njt`Gju`G@@ubj<`)r}r(hXS2FE2SRrhXSUF [2Fe-2S] regenerationrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXS2FE2SRrXmetanetx.reactionrX MNXR104149rujG`X-b1679 and b1682 and b1683 and b1681 and b1680rjH`h#jI`h2]r(jgTjyTjTjTjTerRrjM`}r(jGjbGjgfGjO`)r}r(hXsufbcd_crhXSufBCD scaffold complexrh}rh}r (Xbigg.metaboliter Xsufbcdr Xmetanetx.chemicalr X MNXM147307r uh0Nh1h2]rrRrjn`XH8O2S6Rrjp`jq`jr`Kjs`GubGjO`)r}r(hX sufsesh_crhXSufSE with bound sulfurrh}rh}r(Xbigg.metaboliterXsufseshrXmetanetx.chemicalrX MNXM147310ruh0Nh1h2]rrRrjn`XHS2Rrjp`jq`jr`Kjs`GubGjmG?jnG@j;nG?jO`)r }r!(hXsufbcd_2fe2s_cr"hX"SufBCD with bound [2Fe-2S] clusterr#h}r$h}r%(Xbigg.metaboliter&X sufbcd_2fe2sr'Xmetanetx.chemicalr(X MNXM147308r)uh0Nh1h2]r*r+Rr,jn`X H4O2S8Fe2Rr-jp`jq`jr`Jjs`GubG?jO`)r.}r/(hXsufse_cr0hXSufSE sulfur acceptor complexr1h}r2h}r3(Xbigg.metaboliter4Xsufser5Xmetanetx.chemicalr6X MNXM147309r7uh0Nh1h2]r8r9Rr:jn`XHSRr;jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r<}r=(hXS2FE2SSr>hXSUF [2Fe-2S] Synthesisr?h}r@h}rA(jC`X SBO:0000375rBX bigg.reactionrCXS2FE2SSrDXmetanetx.reactionrEX MNXR104150rFujG`X7b1679 and b1682 and b3807 and b1683 and b1681 and b1680rGjH`h#jI`h2]rH(jTjgTjG8jyTjTjTerIRrJjM`}rK(jbGj[GjFeGjgfGjGjGjmG?j&eG?jnG@j;nG?j G?j.G@uh0Njt`Gju`G@@ubj<`)rL}rM(hXS2FE2SS2rNhXSUF [2Fe-2S] Synthesis IIrOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXS2FE2SS2rTXmetanetx.reactionrUX MNXR104151rVujG`X7b1679 and b1682 and b3807 and b1683 and b1681 and b1680rWjH`h#jI`h2]rX(jgTjG8jyTjTjTjTerYRrZjM`}r[(jbGj[GjFeGjgfGj GjGjmG?j&eG?jnG@j;nG?jO`)r\}r](hXsufbcd_2fe2s2_cr^hX'SufBCD with two bound [2Fe-2S] clustersr_h}r`h}ra(Xbigg.metaboliterbX sufbcd_2fe2s2rcXmetanetx.chemicalrdX MNXM148512reuh0Nh1h2]rfrgRrhjn`X O2S10Fe4Rrijp`jq`jr`Jjs`GubG?j.G@uh0Njt`Gju`G@@ubj<`)rj}rk(hXS2FE2STrlhXSUF [2Fe-2S] Transferrmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXS2FE2STrrXmetanetx.reactionrsX MNXR104152rtujG`X#b1682 and b1684 and b1683 and b1681rujH`h#jI`h2]rv(jgTjTjTjTerwRrxjM`}ry(jnGj GjpaG?jG?uh0Njt`Gju`G@@ubj<`)rz}r{(hXS4FE4SRr|hXSUF [4Fe-4S] Reductionr}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXS4FE4SRrXmetanetx.reactionrX MNXR104171rujG`Xb1682 and b1683 and b1681rjH`h#jI`h2]r(jgTjTjTerRrjM`}r(j[GjnGj\Gj&eG?jO`)r}r(hXsufbcd_4fe4s_crhX"SufBCD with bound [4Fe-4S] clusterrh}rh}r(Xbigg.metaboliterX sufbcd_4fe4srXmetanetx.chemicalrX MNXM148511ruh0Nh1h2]rrRrjn`X H4O2S10Fe4Rrjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXS4FE4STrhXSUF [4Fe-4S] Transferrh}rh}r(jC`X SBO:0000375rX bigg.reactionrXS4FE4STrXmetanetx.reactionrX MNXR104172rujG`X#b1682 and b1684 and b1683 and b1681rjH`h#jI`h2]r(jgTjTjTjTerRrjM`}r(jnGjGjaG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXS7PIrhX#Sedoheptulose 7-phosphate isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXS7PIrXbiocycrXMETA:RXN0-4301rXec-coderX5.3.1.28rX kegg.reactionr]r(XR05645rXR09768reXmetanetx.reactionrX MNXR104235rujG`Xb0222rjH`h#jI`h2]rjTarRrjM`}r(jlGjcG?uh0Njt`Gju`G@@ubj<`)r}r(hXSADHrhXSuccinylarginine dihydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSADHrXbiocycrXMETA:SUCCARGDIHYDRO-RXNrXec-coderX3.5.3.23rX kegg.reactionrXR04189rXmetanetx.reactionrX MNXR104239rXrhear]r(X19533rX19534rX19535rX19536reujG`Xb1745rjH`h#jI`h2]rjTarRrjM`}r(jgfGjnGjGjG?jiG@jO`)r}r(hXsucorn_crhXN2-Succinyl-L-ornithinerh}rh}r(Xbigg.metaboliterXsucornrXbiocycrXMETA:N2-SUCCINYLORNITHINErXchebir]r(X CHEBI:21822rX CHEBI:27574rX CHEBI:45896rX CHEBI:58514rX CHEBI:7375reXhmdbrX HMDB01199rX kegg.compoundrXC03415rXmetanetx.chemicalrXMNXM1152rX seed.compoundrXcpd02160ruh0Nh1h2]rrRrjn`X C9H15N2O5rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXSADT2rhXSulfate adenyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSADT2rXec-coderX2.7.7.4rXmetanetx.reactionrX MNXR104241rujG`Xb2751 and b2752rjH`h#jI`h2]r(j UjTerRr jM`}r (jbGjJfGjgfGj>lGj>G?jZG?j;nG?jnnG?uh0Njt`Gju`G@@ubj<`)r }r (hXSARCOXr hXSarcosine oxidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSARCOXrXbiocycrXMETA:SARCOX-RXNrXec-coderX1.5.3.1rX kegg.reactionrXR00610rXmetanetx.reactionrX MNXR104272rXrhear]r(X13313rX13314rX13315r X13316r!eujG`Xb1059r"jH`h#jI`h2]r#jCar$Rr%jM`}r&(jgfGjηGjO`)r'}r((hXsarcs_cr)hXSarcosine C3H7NO2r*h}r+h}r,(Xbigg.metaboliter-Xsarcsr.Xbiocycr/XMETA:SARCOSINEr0Xchebir1]r2(X CHEBI:10876r3X CHEBI:12609r4X CHEBI:15065r5X CHEBI:15611r6X CHEBI:21765r7X CHEBI:45381r8X CHEBI:45442r9X CHEBI:45531r:X CHEBI:45614r;X CHEBI:46842r<X CHEBI:46915r=X CHEBI:57433r>X CHEBI:9029r?eXhmdbr@X HMDB00271rAX kegg.compoundrBXC00213rCXmetanetx.chemicalrDXMNXM300rEX seed.compoundrFXcpd00183rGuh0Nh1h2]rHrIRrJjn`XC3H7NO2rKjp`jq`jr`Kjs`GubGjs;G?jeG?j*G?uh0Njt`Gju`G@@ubj<`)rL}rM(hXSBTPDrNhX"Sorbitol-6-phosphate dehydrogenaserOh}rPh}rQ(jC`X SBO:0000375rRX bigg.reactionrSXSBTPDrTXec-coderUX 1.1.1.140rVX kegg.reactionrWXR05607rXXmetanetx.reactionrYX MNXR104285rZXrhear[]r\(X19837r]X19838r^X19839r_X19840r`eujG`Xb2705rajH`h#jI`h2]rbjUarcRrdjM`}re(jiGjO`)rf}rg(hXsbt6p_crhhXD-Sorbitol 6-phosphaterih}rjh}rk(Xbigg.metaboliterlXsbt6prmXbiocycrnXMETA:D-SORBITOL-6-ProXchebirp]rq(X CHEBI:13021rrX CHEBI:15094rsX CHEBI:17044rtX CHEBI:17116ruX CHEBI:21093rvX CHEBI:4247rwX CHEBI:45426rxX CHEBI:60084ryX CHEBI:9202rzeXhmdbr{X HMDB05831r|X kegg.compoundr}XC01096r~Xmetanetx.chemicalrXMNXM393rX seed.compoundrXcpd00804ruh0Nh1h2]rrRrjn`XC6H13O9Prjp`jq`jr`Jjs`GubGjsG?jnG?jXbiocycr?X&META:N-SUCCINYL-2-AMINO-6-KETOPIMELATEr@XchebirA]rB(X CHEBI:10967rCX CHEBI:12616rDX CHEBI:15685rEX CHEBI:21789rFX CHEBI:21790rGX CHEBI:35266rHX CHEBI:7340rIeXhmdbrJX HMDB12266rKX kegg.compoundrLXC04462rMXmetanetx.chemicalrNXMNXM1563rOX seed.compoundrPXcpd02724rQuh0Nh1h2]rRrSRrTjn`X C11H12NO8rUjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rV}rW(hXSELCYSSrXhXSelenocysteine synthaserYh}rZh}r[(jC`X SBO:0000375r\X bigg.reactionr]XSELCYSSr^Xec-coder_X2.9.1.1r`X kegg.reactionraXR08219rbXmetanetx.reactionrcX MNXR104314rdujG`Xb3591rejH`h#jI`h2]rfjuUargRrhjM`}ri(jO`)rj}rk(hXselnp_crlhXSelenophosphatermh}rnh}ro(Xbigg.metaboliterpXselnprqXbiocycrrX META:SEPO3rsXchebirt]ru(X CHEBI:15078rvX CHEBI:16144rwX CHEBI:29269rxX CHEBI:58618ryX CHEBI:64331rzX CHEBI:9101r{eXhmdbr|]r}(X HMDB03840r~X HMDB06407reX kegg.compoundrXC05172rXmetanetx.chemicalrXMNXM1339rX seed.compoundrXcpd03078ruh0Nh1h2]rrRrjn`XH2O3PSerjp`jq`jr`Jjs`GubGjO`)r}r(hX sertrna_sec_crhXL-Seryl-tRNA(Sec)rh}rh}r(Xbigg.metaboliterX sertrna_secrXchebir]r(X CHEBI:13170rX CHEBI:74589reX kegg.compoundrXC06481rXmetanetx.chemicalrX MNXM90476rX seed.compoundrXcpd15565ruh0Nh1h2]rrRrjn`XC3H6NO2Rrjp`jq`jr`Kjs`GubGjnG?j;nG?jO`)r}r(hX sectrna_crhXL-Selenocysteinyl-tRNA(Sec)rh}rh}r(Xbigg.metaboliterXsectrnarX kegg.compoundrXC06482rXmetanetx.chemicalrX MNXM91632rX seed.compoundrXcpd15563ruh0Nh1h2]rrRrjn`X C3H6NOSeRrjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXSELGTHRrhXSelenate glutathione reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSELGTHRrXbiocycrXMETA:RXN-12864rX kegg.reactionrXR09367rXmetanetx.reactionrX MNXR104318rXrhear]r(X34903rX34904rX34905rX34906reujG`h#jH`h#jI`h2]rrRrjM`}r(j$fGjnGjO`)r}r(hXslnt_crhXSeleniterh}rh}r(Xbigg.metaboliterXslntrXbiocycrX META:SELENITErXchebir]r(X CHEBI:15077rX CHEBI:18212rX CHEBI:26642rX CHEBI:29924rX CHEBI:9090reXhmdbrX HMDB11119rX kegg.compoundrXC05684rX kegg.drugr]r(XD05814rXD10530reXmetanetx.chemicalrXMNXM1157rX seed.compoundrXcpd03387ruh0Nh1h2]rrRrjn`XO3Serjp`jq`jr`Jjs`GubGjO`)r}r(hXdgslnt_crhXSelenodiglutathionerh}rh}r(Xbigg.metaboliterXdgslntrXbiocycrXMETA:CPD-13908rXchebir]r(X CHEBI:26634rX CHEBI:71259reX kegg.compoundrXC18870rXmetanetx.chemicalrXMNXM7767rX seed.compoundrXcpd20131ruh0Nh1h2]rrRrjn`XC20H30N6O12S2Serjp`jq`jr`Jjs`GubG?jyG?jgfG@uh0Njt`Gju`G@@ubj<`)r}r(hXSELGTHR2rhX!Selenate glutathione reductase IIrh}rh}r (jC`X SBO:0000375r X bigg.reactionr XSELGTHR2r Xmetanetx.reactionr X MNXR104319rujG`h#jH`h#jI`h2]rrRrjM`}r(jGjnGj{iGjO`)r}r(hXgslnt_crhXGlutathiolselenolaterh}rh}r(Xbigg.metaboliterXgslntrXmetanetx.chemicalrX MNXM148268ruh0Nh1h2]rrRrjn`X C10H16N3O6SSer jp`jq`jr`Jjs`GubG?j$fG?j[iG?uh0Njt`Gju`G@@ubj<`)r!}r"(hXSELGTHR3r#hX"Selenate glutathione reductase IIIr$h}r%h}r&(jC`X SBO:0000375r'X bigg.reactionr(XSELGTHR3r)Xmetanetx.reactionr*X MNXR104320r+ujG`h#jH`h#jI`h2]r,r-Rr.jM`}r/(jGj{iGj$fG?j[iG?jO`)r0}r1(hXseln_cr2hXSelenider3h}r4h}r5(Xbigg.metaboliter6Xselnr7Xbiocycr8]r9(X META:CPD-678r:X META:SE-2r;eXchebir<]r=(X CHEBI:15076r>X CHEBI:16503r?X CHEBI:24638r@X CHEBI:29317rAX CHEBI:30485rBX CHEBI:30486rCX CHEBI:47675rDX CHEBI:9089rEeXhmdbrFX HMDB11110rGX kegg.compoundrHXC01528rIXmetanetx.chemicalrJX MNXM92652rKX seed.compoundrL]rM(Xcpd01078rNXcpd28148rOeuh0Nh1h2]rPrQRrRjn`XHSerSjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rT}rU(hXSELNPSrVhXSelenophosphate synthaserWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[XSELNPSr\Xbiocycr]XMETA:2.7.9.3-RXNr^Xec-coder_X2.7.9.3r`X kegg.reactionraXR03595rbXmetanetx.reactionrcX MNXR104322rdXrheare]rf(X18737rgX18738rhX18739riX18740rjeujG`Xb1764rkjH`h#jI`h2]rljUarmRrnjM`}ro(jbGjgfGj0GjG?j;nG?jjG?uh0Njt`Gju`G@@ubj<`)rp}rq(hXSELRrrhXSelenate reductasersh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwXSELRrxXmetanetx.reactionryX MNXR104323rzXrhear{]r|(X34939r}X34940r~X34941rX34942reujG`X#b1589 and b1587 and b1588 and b1590rjH`h#jI`h2]r(j j j!j erRrjM`}r(jhGjO`)r}r(hXsel_crhXSelenaterh}rh}r(Xbigg.metaboliterXselrXbiocycrX META:SELENATErXchebir]r(X CHEBI:15075rX CHEBI:18170rX CHEBI:26624rX CHEBI:33490rX CHEBI:9088reXhmdbrX HMDB62761rX kegg.compoundrXC05697rXmetanetx.chemicalrXMNXM2282rX seed.compoundrXcpd03396ruh0Nh1h2]rrRrjn`XO4Serjp`jq`jr`Jjs`GubGjgfG?jG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSELtexrhX=Selenate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSELtexrXmetanetx.reactionrX MNXR104327rXrhear]r(X34887rX34888rX34889rX34890reujG`X b2215 or b1377 or b0929 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjO`)r}r(hXsel_prhXSelenaterh}rh}r(Xbigg.metaboliterXselrXbiocycrX META:SELENATErXchebir]r(X CHEBI:15075rX CHEBI:18170rX CHEBI:26624rX CHEBI:33490rX CHEBI:9088reXhmdbrX HMDB62761rX kegg.compoundrXC05697rXmetanetx.chemicalrXMNXM2282rX seed.compoundrXcpd03396ruh0Nh1h2]rrRrjn`XO4Serjp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSELtpprhX1Selenate transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSELtpprXmetanetx.reactionrX MNXR104328rujG`X#b2424 and b2422 and b2425 and b2423rjH`h#jI`h2]r(jUBjAjBj1BerRrjM`}r(j̪GjGjnG@jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSEPHCHCSrhXG2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSEPHCHCSrXec-coderX2.2.1.9rX kegg.reactionrXR08165rXmetanetx.reactionrX MNXR104329rXrhear]r(X25593rX25594rX25595rX25596reujG`Xb2264rjH`h#jI`h2]rjUarRrjM`}r(jGjnGjsvGjO`)r}r(hX 2sephchc_crhX>2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylaterh}rh}r(Xbigg.metaboliterX2sephchcrXchebir]r (X CHEBI:50271r X CHEBI:58818r eX kegg.compoundr XC16519r Xmetanetx.chemicalrXMNXM1861rX seed.compoundrXcpd16335ruh0Nh1h2]rrRrjn`XC14H13O9rjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSERASrrhX(L-seryl)adenylate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERASrrXbiocycrX META:ENTF-RXNr Xmetanetx.reactionr!X MNXR104332r"Xrhear#]r$(X28570r%X28571r&X28572r'X28573r(eujG`Xb0586r)jH`h#jI`h2]r*jUar+Rr,jM`}r-(jbGjnGjkGjnnG?j95G?uh0Njt`G@ju`G@@ubj<`)r.}r/(hXSERATr0hXSerine O-acetyltransferaser1h}r2h}r3(jC`X SBO:0000375r4X bigg.reactionr5XSERATr6Xbiocycr7XMETA:SERINE-O-ACETTRAN-RXNr8Xec-coder9X2.3.1.30r:X kegg.reactionr;XR00586r<Xmetanetx.reactionr=X MNXR104275r>Xrhear?]r@(X24560rAX24561rBX24562rCX24563rDeujG`Xb3607rEjH`h#jI`h2]rFjUarGRrHjM`}rI(jaGjkGjG?jcG?uh0Njt`G@ju`G@@ubj<`)rJ}rK(hXSERD_DrLhXD-serine deaminaserMh}rNh}rO(jC`X SBO:0000375rPX bigg.reactionrQXSERD_DrRXbiocycrSXMETA:DSERDEAM-RXNrTXec-coderUX4.3.1.18rVX kegg.reactionrWXR00221rXXmetanetx.reactionrYX MNXR104338rZXrhear[]r\(X13977r]X13978r^X13979r_X13980r`eujG`Xb2366rajH`h#jI`h2]rbjUarcRrdjM`}re(j+GjiG?jG?uh0Njt`Gju`G@@ubj<`)rf}rg(hXSERD_LrhhXL-serine deaminaserih}rjh}rk(jC`X SBO:0000375rlX bigg.reactionrmXSERD_LrnXbiocycroXMETA:4.3.1.17-RXNrpXec-coderq]rr(X4.3.1.15rsX4.3.1.17rtX4.3.1.19rueX kegg.reactionrv]rw(XR00220rxXR00223ryeXmetanetx.reactionrzX MNXR104339r{Xrhear|]r}(X19169r~X19170rX19171rX19172reujG`X b2797 or b4471 or b1814 or b3708rjH`h#jI`h2]r(jVjUjjUerRrjM`}r(jkGjiG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSERTRSrhXSeryl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERTRSrXec-coderX6.1.1.11rX kegg.reactionrXR03662rXmetanetx.reactionrX MNXR104350rujG`Xb0893rjH`h#jI`h2]rjVarRrjM`}r(jbGjkGjO`)r}r(hX trnaser_crhX TRNA(Ser)rh}rh}r(Xbigg.metaboliterXtrnaserrXbiocycrXMETA:SER-tRNAsrXchebir]r(X CHEBI:10689rX CHEBI:15186rX CHEBI:29179reX kegg.compoundrXC01650rXmetanetx.chemicalrX MNXM91028rX seed.compoundr]r(Xcpd11921rXcpd28152reuh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jnnG?jO`)r}r(hX sertrna_crhXL-Seryl-tRNA(Ser)rh}rh}r(Xbigg.metaboliterXsertrnarX kegg.compoundrXC02553rXmetanetx.chemicalrX MNXM90842rX seed.compoundrXcpd12132ruh0Nh1h2]rrRrjn`XC3H6NO2Rrjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXSERTRS2rhX%Seryl-tRNA synthetase (selenocystein)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERTRS2rXec-coderX6.1.1.11rXmetanetx.reactionrX MNXR104309rujG`Xb0893rjH`h#jI`h2]rjVarRrjM`}r(jbGjkGjO`)r}r(hX trnasecys_crhX TRNA(SeCys)rh}rh}r(Xbigg.metaboliterX trnasecysrXmetanetx.chemicalrX MNXM93990rX seed.compoundrXcpd15573ruh0Nh1h2]rrRrjn`jjp`jq`jr`Kjs`GubGjG?jnnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSERt2rpprhX<L-serine reversible transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERt2rpprXbiocycrXMETA:TRANS-RXN-71rXmetanetx.reactionrX MNXR104352rXrhear]r(X28887rX28888rX28889rX28890reujG`Xb2796 or b3116rjH`h#jI`h2]r(j)Vj;VerRrjM`}r(j̪GjeGjnG?jkG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSERt4pprhX'L-serine via sodium symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERt4pprXbiocycr XMETA:RXN0-4083r Xmetanetx.reactionr X MNXR104346r Xrhear ]r(X29575rX29576rX29577rX29578reujG`Xb3089rjH`h#jI`h2]rjMVarRrjM`}r(jeGjeGjG?jkG?uh0Njt`Gju`G@@ubj<`)r}r(hXSERtexrhX=L-serine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSERtexr Xmetanetx.reactionr!X MNXR104354r"Xrhear#]r$(X35031r%X35032r&X35033r'X35034r(eujG`X b1377 or b0241 or b0929 or b2215r)jH`h#jI`h2]r*(hIh[h7h er+Rr,jM`}r-(j8GjeG?uh0Njt`G@ju`G@@ubj<`)r.}r/(hXSFGTHir0hXS-Formylglutathione hydralaser1h}r2h}r3(jC`X SBO:0000375r4X bigg.reactionr5XSFGTHir6Xbiocycr7X&META:S-FORMYLGLUTATHIONE-HYDROLASE-RXNr8Xec-coder9X3.1.2.12r:X kegg.reactionr;XR00527r<Xmetanetx.reactionr=X MNXR104357r>Xrhear?]r@(X14961rAX14962rBX14963rCX14964rDeujG`Xb2154 or b0355rEjH`h#jI`h2]rF(jqVj_VerGRrHjM`}rI(j;GjgfGjG?j$fG?jnG?uh0Njt`Gju`G@@ubj<`)rJ}rK(hXSGDSrLhXSuccinylglutamate desuccinylaserMh}rNh}rO(jC`X SBO:0000375rPX bigg.reactionrQXSGDSrRXbiocycrSXMETA:SUCCGLUDESUCC-RXNrTXec-coderUX3.5.1.96rVX kegg.reactionrWXR00411rXXmetanetx.reactionrYX MNXR104362rZXrhear[]r\(X15169r]X15170r^X15171r_X15172r`eujG`Xb1744rajH`h#jI`h2]rbjVarcRrdjM`}re(jgfGjO`)rf}rg(hXsucglu_crhhXN2-Succinyl-L-glutamaterih}rjh}rk(Xbigg.metaboliterlXsucglurmXbiocycrnXMETA:N2-SUCCINYLGLUTAMATEroXchebirp]rq(X CHEBI:21821rrX CHEBI:48957rsX CHEBI:58763rtX CHEBI:7373rueX kegg.compoundrvXC05931rwXmetanetx.chemicalrxXMNXM1757ryX seed.compoundrzXcpd03525r{uh0Nh1h2]r|r}Rr~jn`XC9H10NO7rjp`jq`jr`Jjs`GubGjeG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSGSADrhX+Succinylglutamic semialdehyde dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSGSADrXbiocycrXMETA:SUCCGLUALDDEHYD-RXNrXec-coderX1.2.1.71rX kegg.reactionrXR05049rXmetanetx.reactionrX MNXR104368rXrhear]r(X10812rX10813rX10814rX10815reujG`Xb1746rjH`h#jI`h2]rjVarRrjM`}r(jgfGjiGjO`)r}r(hXsucgsa_crhX&N2-Succinyl-L-glutamate 5-semialdehyderh}rh}r(Xbigg.metaboliterXsucgsarXbiocycrX META:CPD-822rXchebir]r(X CHEBI:21820rX CHEBI:27657rX CHEBI:58520rX CHEBI:7374reX kegg.compoundrXC05932rXmetanetx.chemicalrXMNXM1763rX seed.compoundrXcpd03526ruh0Nh1h2]rrRrjn`XC9H11NO6rjp`jq`jr`Jjs`GubGjnG@j2-succinyl-6-hydroxy-2,4-cyclohexadiene 1-carboxylate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSHCHCS3rXec-coderX 4.2.99.20rXmetanetx.reactionrX MNXR104372rujG`Xb2263rjH`h#jI`h2]rjVarRrjM`}r(jGjO`)r}r(hX2shchc_crhX52-Succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylaterh}rh}r(Xbigg.metaboliterX2shchcrXbiocycrX$META:SUCCINYL-OH-CYCLOHEXADIENE-COOHrXchebir]r(X CHEBI:1277rX CHEBI:57272reXmetanetx.chemicalrX MNXM162721rX seed.compoundrXcpd28162ruh0Nh1h2]rrRrjn`XC11H10O6rjp`jq`jr`Jjs`GubG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSHCHD2rhX$Sirohydrochlorin dehydrogenase (NAD)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSHCHD2rXbiocycrXMETA:DIMETHUROPORDEHYDROG-RXNrXec-coderX1.3.1.76rX kegg.reactionrXR03947rXmetanetx.reactionrX MNXR104373rXrhear]r(X15613rX15614rX15615rX15616reujG`Xb3368rjH`h#jI`h2]rjVarRrjM`}r(jO`)r}r(hXdscl_crhXDihydrosirohydrochlorinrh}rh}r(Xbigg.metaboliterXdsclrXbiocycrXMETA:DIHYDROSIROHYDROCHLORINrXchebir]r(X CHEBI:14870rX CHEBI:50602rX CHEBI:58827rX CHEBI:8370r eX kegg.compoundr XC02463r Xmetanetx.chemicalr XMNXM672r X seed.compoundrXcpd01620ruh0Nh1h2]rrRrjn`X C42H41N4O16rjp`jq`jr`Jjs`GubGjiGjnG?jX MNXR104375r?Xrhear@]rA(X24360rBX24361rCX24362rDX24363rEeujG`Xb3368rFjH`h#jI`h2]rGjVarHRrIjM`}rJ(jFeGjGjnG@j$lG?uh0Njt`Gju`G@@ubj<`)rK}rL(hXSHK3DrrMhXShikimate dehydrogenaserNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXSHK3DrrSXbiocycrTX"META:SHIKIMATE-5-DEHYDROGENASE-RXNrUXec-coderV]rW(X1.1.1.25rXX 1.1.1.282rYeX kegg.reactionrZXR02413r[Xmetanetx.reactionr\X MNXR104378r]Xrhear^]r_(X17737r`X17738raX17739rbX17740rceujG`Xb1692 or b3281rdjH`h#jI`h2]re(joRjVerfRrgjM`}rh(j%GjnGj{iGj[iG?jO`)ri}rj(hXskm_crkhX Shikimaterlh}rmh}rn(Xbigg.metaboliteroXskmrpXbiocycrqXMETA:SHIKIMATErrXchebirs]rt(X CHEBI:15083ruX CHEBI:16119rvX CHEBI:26662rwX CHEBI:26663rxX CHEBI:26664ryX CHEBI:36208rzX CHEBI:45740r{X CHEBI:9133r|eXhmdbr}X HMDB03070r~X kegg.compoundrXC00493rXmetanetx.chemicalrXMNXM602rX seed.compoundrXcpd00383ruh0Nh1h2]rrRrjn`XC7H9O5rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSHKKrhXShikimate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSHKKrXbiocycrXMETA:SHIKIMATE-KINASE-RXNrXec-coderX2.7.1.71rX kegg.reactionrXR02412rXmetanetx.reactionrX MNXR104379rXrhear]r(X13121rX13122rX13123rX13124reujG`Xb3390 or b0388rjH`h#jI`h2]r(jVjVerRrjM`}r(jbGjiGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSHSL1rhX'O-succinylhomoserine lyase (L-cysteine)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSHSL1rXbiocycrXMETA:O-SUCCHOMOSERLYASE-RXNrXec-coderX2.5.1.48rX kegg.reactionrXR03260rXmetanetx.reactionrX MNXR104380rXrhear]r(X20397rX20398rX20399rX20400reujG`Xb3939rjH`h#jI`h2]rjWarRrjM`}r(jbdGjtGjG?jnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSKMt2pprhX5Shikimate transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSKMt2pprXbiocycrXMETA:TRANS-RXN-27rXmetanetx.reactionrX MNXR104393rXrhear]r(X28971rX28972rX28973rX28974reujG`Xb1981rjH`h#jI`h2]rjWarRrjM`}r(j̪GjO`)r}r(hXskm_prhX Shikimaterh}rh}r(Xbigg.metaboliterXskmrXbiocycrXMETA:SHIKIMATErXchebir]r(X CHEBI:15083rX CHEBI:16119rX CHEBI:26662rX CHEBI:26663rX CHEBI:26664rX CHEBI:36208rX CHEBI:45740rX CHEBI:9133reXhmdbrX HMDB03070rX kegg.compoundrXC00493rXmetanetx.chemicalrXMNXM602rX seed.compoundrXcpd00383ruh0Nh1h2]rrRrjn`XC7H9O5rjp`jcjr`Jjs`GubGjnG?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hXSKMtexrhX>Shikimate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSKMtexrXmetanetx.reactionrX MNXR104394rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j~GjG?uh0Njt`G@ju`G@@ubj<`)r }r (hXSLNTtexr hX=Selenite transport via diffusion (extracellular to periplasm)r h}r h}r(jC`X SBO:0000375rX bigg.reactionrXSLNTtexrXmetanetx.reactionrX MNXR104325rXrhear]r(X34891rX34892rX34893rX34894reujG`X b2215 or b1377 or b0929 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjO`)r}r (hXslnt_pr!hXSeleniter"h}r#h}r$(Xbigg.metaboliter%Xslntr&Xbiocycr'X META:SELENITEr(Xchebir)]r*(X CHEBI:15077r+X CHEBI:18212r,X CHEBI:26642r-X CHEBI:29924r.X CHEBI:9090r/eXhmdbr0X HMDB11119r1X kegg.compoundr2XC05684r3X kegg.drugr4]r5(XD05814r6XD10530r7eXmetanetx.chemicalr8XMNXM1157r9X seed.compoundr:Xcpd03387r;uh0Nh1h2]r<r=Rr>jn`XO3Ser?jp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r@}rA(hXSLNTtpprBhX1Selenite transport via proton symport (periplasm)rCh}rDh}rE(jC`X SBO:0000375rFX bigg.reactionrGXSLNTtpprHXmetanetx.reactionrIX MNXR104445rJujG`X#b2424 and b2422 and b2425 and b2423rKjH`h#jI`h2]rL(jUBjAjBj1BerMRrNjM`}rO(j̪GjGjnG?jG?uh0Njt`Gju`G@@ubj<`)rP}rQ(hXSO2texrRhX8SO2 transport via diffusion (extracellular to periplasm)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWXSO2texrXXmetanetx.reactionrYX MNXR104456rZujG`X b1377 or b0241 or b0929 or b2215r[jH`h#jI`h2]r\(hIh[h7h er]Rr^jM`}r_(jٟGjO`)r`}ra(hXso2_prbhXSulfur dioxiderch}rdh}re(Xbigg.metaboliterfXso2rgXbiocycrhXMETA:SULFUR-DIOXIDEriXchebirj]rk(X CHEBI:18422rlX CHEBI:45789rmX CHEBI:8992rnX CHEBI:9351roeXhmdbrpX HMDB34834rqX kegg.compoundrrXC09306rsX kegg.drugrtXD05961ruXmetanetx.chemicalrvXMNXM4835rwX seed.compoundrxXcpd06201ryuh0Nh1h2]rzr{Rr|jn`XO2Sr}jp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r~}r(hXSO2tpprhX'SO2 transport via diffusion (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSO2tpprXmetanetx.reactionrX MNXR104456rujG`Xs0001rjH`h#jI`h2]rjarRrjM`}r(j`GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSO3texrhX<Sulfite transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSO3texrXmetanetx.reactionrX MNXR104460rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSO4t2pprhX@Sulfate transport in via proton symport (periplasm to cytoplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSO4t2pprXmetanetx.reactionrX MNXR104466rXrhear]r(X28574rX28575rX28576rX28577reujG`Xb1206rjH`h#jI`h2]rj%WarRrjM`}r(j̪GjO`)r}r(hXso4_prhXSulfaterh}rh}r(Xbigg.metaboliterXso4rXbiocycr]r(X META:HSO4rX META:SULFATEreXchebir]r(X CHEBI:15135rX CHEBI:16189rX CHEBI:26836rX CHEBI:29199rX CHEBI:45687rX CHEBI:45693rX CHEBI:45696rX CHEBI:9335reXhmdbrX HMDB01448rX kegg.compoundrXC00059rX kegg.drugrXD05963rXmetanetx.chemicalrXMNXM58rX seed.compoundrXcpd00048ruh0Nh1h2]rrRrjn`XO4Srjp`jcjr`Jjs`GubGjnG?j>lG?uh0Njt`Gju`G@@ubj<`)r}r(hXSO4texrhX<Sulfate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSO4texrXmetanetx.reactionrX MNXR104469rXrhear]r(X34983rX34984rX34985rX34986reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(j=GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSOTArhXSuccinylornithine transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSOTArXbiocycrXMETA:SUCCORNTRANSAM-RXNrXec-coderX2.6.1.81rX kegg.reactionrXR04217rXmetanetx.reactionrX MNXR104477rXrhear]r(X16953rX16954rX16955rX16956reujG`Xb1748rjH`h#jI`h2]rjarRrjM`}r (jGjGjeG?jG?uh0Njt`Gju`G@@ubj<`)r }r (hXSPMDAT1r hXSpermidine acetyltransferaser h}rh}r(jC`X SBO:0000375rX bigg.reactionrXSPMDAT1rXbiocycrXMETA:SPERMACTRAN-RXNrXec-coderX2.3.1.57rXmetanetx.reactionrX MNXR104491rXrhear]r(X28150rX28151rX28152rX28153reujG`Xb1584rjH`h#jI`h2]r j7War!Rr"jM`}r#(jaGjblGjO`)r$}r%(hX N1aspmd_cr&hXN1-Acetylspermidiner'h}r(h}r)(Xbigg.metaboliter*XN1aspmdr+Xbiocycr,X META:CPD-568r-Xchebir.]r/(X CHEBI:12625r0X CHEBI:17927r1X CHEBI:21798r2X CHEBI:58324r3X CHEBI:7356r4eXhmdbr5X HMDB01276r6X kegg.compoundr7XC00612r8Xmetanetx.chemicalr9XMNXM501r:X seed.compoundr;Xcpd00470r<uh0Nh1h2]r=r>Rr?jn`XC9H23N3Or@jp`jq`jr`Kjs`GubG?jcG?jnG?uh0Njt`Gju`G@@ubj<`)rA}rB(hXSPMDAT2rChX!Spermidine acetyltransferase (N8)rDh}rEh}rF(jC`X SBO:0000375rGX bigg.reactionrHXSPMDAT2rIXbiocycrJXMETA:RXN0-7165rKXec-coderL]rM(X2.3.1.57rNX2.6.1.29rOeXmetanetx.reactionrPX MNXR104492rQXrhearR]rS(X28270rTX28271rUX28272rVX28273rWeujG`Xb1584rXjH`h#jI`h2]rYj7WarZRr[jM`}r\(jaGjblGjcG?jnG?jO`)r]}r^(hX n8aspmd_cr_hXN8-Acetylspermidiner`h}rah}rb(Xbigg.metabolitercXn8aspmdrdXbiocycreX META:CPD-3462rfXchebirg]rh(X CHEBI:21900riX CHEBI:27911rjX CHEBI:58535rkX CHEBI:7420rleXhmdbrm]rn(X HMDB02189roX HMDB60288rpeX kegg.compoundrqXC01029rrXmetanetx.chemicalrsXMNXM1679rtX seed.compoundruXcpd00758rvuh0Nh1h2]rwrxRryjn`XC9H23N3Orzjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r{}r|(hX SPMDabcppr}hX/Spermidine transport via ABC system (periplasm)r~h}rh}r(jC`X SBO:0000375rX bigg.reactionrX SPMDabcpprXbiocycrXMETA:ABC-24-RXNrXec-coderX3.6.3.31rXmetanetx.reactionrX MNXR104494rXrhear]r(X29999#1rX30000#1rX30001#1rX30002#1reujG`XR( b1124 and b1126 and b1125 and b1123 ) or ( b1442 and b1440 and b1441 and b1443 )rjH`h#jI`h2]r(jPjQjOQjaQjsQjQjQjQerRrjM`}r(jbGjgfGjO`)r}r(hXspmd_prhX Spermidinerh}rh}r(Xbigg.metaboliterXspmdrXbiocycrXMETA:SPERMIDINErXchebir]r(X CHEBI:15095rX CHEBI:15097rX CHEBI:16610rX CHEBI:26732rX CHEBI:26733rX CHEBI:45647rX CHEBI:57834rX CHEBI:9218reXhmdbrX HMDB01257rX kegg.compoundrXC00315rXmetanetx.chemicalrXMNXM124rX seed.compoundrXcpd00264ruh0Nh1h2]rrRrjn`XC7H22N3rjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jblG?uh0Njt`Gju`G@@ubj<`)r}r(hXSPMDt3pprhX8Spermidine transport out via proton antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSPMDt3pprXbiocycrXMETA:TRANS-RXN0-266rXmetanetx.reactionrX MNXR104497rXrhear]r(X28735rX28736rX28737rX28738reujG`Xb1599 and b1600rjH`h#jI`h2]r(jIWj[WerRrjM`}r(j̪GjblGjnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXSPMDtexrhX?Spermidine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSPMDtexrXmetanetx.reactionrX MNXR104495rXrhear]r(X35039rX35040rX35041rX35042reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jnGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSPMSrhXSpermidine synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSPMSrXbiocycrXMETA:SPERMIDINESYN-RXNrXec-coderX2.5.1.16rX kegg.reactionrXR01920rXmetanetx.reactionrX MNXR95860rXrhear]r(X12721rX12722rX12723rX12724reujG`Xb0121rjH`h#jI`h2]rjarRrjM`}r(jGjpkGj9G?jnG?jblG?uh0Njt`Gju`G@@ubj<`)r}r(hXSPODMrhXSuperoxide dismutaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSPODMrXbiocycrXMETA:SUPEROX-DISMUT-RXNr Xec-coder X1.15.1.1r X kegg.reactionr XR00275r Xmetanetx.reactionrX MNXR104498rXrhear]r(X20696rX20697rX20698rX20699reujG`Xb3908 or b1656rjH`h#jI`h2]r(jWjmWerRrjM`}r(jnGjGj*G?jηG?uh0Njt`Gju`Gubj<`)r}r(hXSPODMpprhXSuperoxide dismutaserh}rh}r (jC`X SBO:0000375r!X bigg.reactionr"XSPODMppr#Xbiocycr$XMETA:SUPEROX-DISMUT-RXNr%Xec-coder&X1.15.1.1r'X kegg.reactionr(XR00275r)Xmetanetx.reactionr*X MNXR104498r+Xrhear,]r-(X20696r.X20697r/X20698r0X20699r1eujG`Xb1646r2jH`h#jI`h2]r3jWar4Rr5jM`}r6(j̪Gj"GjG?jG?uh0Njt`Gju`Gubj<`)r7}r8(hXSSALxr9hX*Succinate-semialdehyde dehydrogenase (NAD)r:h}r;h}r<(jC`X SBO:0000375r=X bigg.reactionr>XSSALxr?Xbiocycr@X-META:SUCCINATE-SEMIALDEHYDE-DEHYDROGENASE-RXNrAXec-coderB]rC(X1.2.1.16rDX1.2.1.24rEeX kegg.reactionrFXR00713rGXmetanetx.reactionrHX MNXR104540rIXrhearJ]rK(X13217rLX13218rMX13219rNX13220rOeujG`Xb1525rPjH`h#jI`h2]rQjWarRRrSjM`}rT(jgfGjiGjGjnG@jSuccinate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSUCCtexrXbiocycrXMETA:TRANS-RXN0-552rXmetanetx.reactionrX MNXR104619rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h er Rr!jM`}r"(jGjQG?uh0Njt`G@ju`G@@ubj<`)r#}r$(hXSUCDir%hX&Succinate dehydrogenase (irreversible)r&h}r'h}r((jC`X SBO:0000375r)X bigg.reactionr*XSUCDir+Xmetanetx.reactionr,X MNXR99641r-Xrhear.]r/(X29187r0X29188r1X29189r2X29190r3eujG`X#b0723 and b0721 and b0722 and b0724r4jH`h#jI`h2]r5(jWjWjXj!Xer6Rr7jM`}r8(juGjGjG?jkG?uh0Njt`Gju`G@@ubj<`)r9}r:(hX SUCFUMtppr;hX)Succinate:fumarate antiporter (periplasm)r<h}r=h}r>(jC`X SBO:0000375r?X bigg.reactionr@X SUCFUMtpprAXbiocycrBXMETA:TRANS-RXN-106rCXmetanetx.reactionrDX MNXR104633rEXrhearF]rG(X29323rHX29324rIX29325rJX29326rKeujG`Xb0621 or b4123 or b4138rLjH`h#jI`h2]rM(j7j*j%erNRrOjM`}rP(jHGjGjG?jQG?uh0Njt`Gju`Gubj<`)rQ}rR(hX SUCMALtpprShX'Succinate:malate antiporter (periplasm)rTh}rUh}rV(jC`X SBO:0000375rWX bigg.reactionrXX SUCMALtpprYXbiocycrZXMETA:TRANS-RXN-106Br[Xmetanetx.reactionr\X MNXR97456r]Xrhear^]r_(X29327r`X29328raX29329rbX29330rceujG`Xb4123 or b4138 or b0621rdjH`h#jI`h2]re(j7j*j%erfRrgjM`}rh(jGjGjHG?jQG?uh0Njt`Gju`Gubj<`)ri}rj(hXSUCOASrkhX%Succinyl-CoA synthetase (ADP-forming)rlh}rmh}rn(jC`X SBO:0000375roX bigg.reactionrpXSUCOASrqXbiocycrrXMETA:SUCCCOASYN-RXNrsXec-codertX6.2.1.5ruX kegg.reactionrvXR00405rwXmetanetx.reactionrxX MNXR104635ryXrhearz]r{(X17661r|X17662r}X17663r~X17664reujG`Xb0728 and b0729rjH`h#jI`h2]r(j3XjEXerRrjM`}r(jbGjcGjGjmG?j;nG?jlG?uh0Njt`G@ju`G@@ubj<`)r}r(hXSUCRtexrhXFSucrose transport transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSUCRtexrXmetanetx.reactionrX MNXR104641rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jΠGjO`)r}r(hXsucr_prhXSucrose C12H22O11rh}rh}r(Xbigg.metaboliterXsucrrXbiocycrX META:SUCROSErXchebir]r(X CHEBI:15128rX CHEBI:17992rX CHEBI:26812rX CHEBI:45795rX CHEBI:9314reXhmdbrX HMDB00258rX kegg.compoundrXC00089rX kegg.drugrXD00025rX kegg.glycanrXG00370rXmetanetx.chemicalrXMNXM167rX seed.compoundrXcpd00076ruh0Nh1h2]rrRrjn`X C12H22O11rjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX SUCTARTtpprhX+Succinate:D-tartrate antiporter (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX SUCTARTtpprXbiocycrXMETA:TRANS-RXN0-499rXmetanetx.reactionrX MNXR104642rXrhear]r(X34763rX34764rX34765rX34766reujG`Xb4123rjH`h#jI`h2]rj%arRrjM`}r(jGjO`)r}r(hX tartr__D_prhX D-tartraterh}rh}r(Xbigg.metaboliterXtartr__DrXbiocycrXMETA:D-TARTRATErXchebir]r(X CHEBI:11077rX CHEBI:15672rX CHEBI:18806rX CHEBI:18807rX CHEBI:30927rX CHEBI:35399rX CHEBI:446rX CHEBI:45873reXhmdbrX HMDB29878rX kegg.compoundrXC02107rXmetanetx.chemicalrXMNXM7948rX seed.compoundrXcpd19018ruh0Nh1h2]rrRrjn`XC4H4O6rjp`jcjr`Jjs`GubGjQG?jN,G?uh0Njt`Gju`Gubj<`)r}r(hXSUCptspprhX*Sucrose transport via PEP:Pyr (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXSUCptspprXmetanetx.reactionrX MNXR104643rujG`X#b2415 and b2417 and b2429 and b2416rjH`h#jI`h2]r(jjjjerRrjM`}r(jGjGjG?jCG?uh0Njt`Gju`G@@ubj<`)r}r(hX SULFACabcpprhX1Sulfoacetate transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX SULFACabcpprXmetanetx.reactionrX MNXR104645rujG`Xb0933 and b0936 and b0934r jH`h#jI`h2]r (jj jer Rr jM`}r (jbGjgfGjO`)r}r(hXsulfac_prhX Sulfoacetaterh}rh}r(Xbigg.metaboliterXsulfacrXbiocycrXMETA:CPD-10246rXchebir]r(X CHEBI:34987rX CHEBI:49876rX CHEBI:50519rX CHEBI:58824reX kegg.compoundrXC14179rXmetanetx.chemicalr XMNXM1949r!X seed.compoundr"Xcpd09878r#uh0Nh1h2]r$r%Rr&jn`XC2H2O5Sr'jp`jcjr`Jjs`GubGjmG?jnG?j;nG?j&>G?uh0Njt`Gju`G@@ubj<`)r(}r)(hX SULFACtexr*hX@Sulfoaceate transport via diffusion (extracellular to periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/X SULFACtexr0Xmetanetx.reactionr1X MNXR104646r2ujG`X b0241 or b1377 or b2215 or b0929r3jH`h#jI`h2]r4(hIh[h7h er5Rr6jM`}r7(jGjG?uh0Njt`G@ju`G@@ubj<`)r8}r9(hXSULRr:hXSulfite reductase (NADPH2)r;h}r<h}r=(jC`X SBO:0000375r>X bigg.reactionr?XSULRr@XbiocycrAXMETA:SULFITE-REDUCT-RXNrBXec-coderCX1.8.1.2rDX kegg.reactionrEXR00858rFXmetanetx.reactionrGX MNXR104650rHXrhearI]rJ(X13801rKX13802rLX13803rMX13804rNeujG`Xb2763 and b2764rOjH`h#jI`h2]rP(j%j%erQRrRjM`}rS(jnGj{iGjGjgfG@jG?j[iG@uh0Njt`Gju`G@@ubj<`)rT}rU(hXSULabcpprVhX,Sulfate transport via ABC system (periplasm)rWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[XSULabcppr\Xbiocycr]]r^(XMETA:3.6.3.25-RXNr_XMETA:ABC-70-RXNr`eXec-coderaX3.6.3.25rbXmetanetx.reactionrcX MNXR104655rdXrheare]rf(X10192#1rgX10193#1rhX10194#1riX10195#1rjeujG`Xs( b0764 and b0763 and b0765 ) or ( b2424 and b2422 and b2425 and b2423 ) or ( b2423 and b2422 and b2424 and b3917 )rkjH`h#jI`h2]rl(jCBjUBjAjAjAj BjBj1BermRrnjM`}ro(jbGjgfGjGjmG?jnG?j;nG?j>lG?uh0Njt`Gju`G@@ubj<`)rp}rq(hXT2DECAIrrhXTrans-2-decenoyl-ACP isomerasersh}rth}ru(jC`X SBO:0000375rvX bigg.reactionrwXT2DECAIrxXmetanetx.reactionryX MNXR104659rzujG`Xb0954r{jH`h#jI`h2]r|jEar}Rr~jM`}r(jݴGj߼G?uh0Njt`G@ju`G@@ubj<`)r}r(hXTAGURrrhXTagaturonate reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTAGURrrXbiocycrXMETA:ALTRO-OXIDOREDUCT-RXNrXec-coderX1.1.1.58rX kegg.reactionrXR02555rXmetanetx.reactionrX MNXR104710rXrhear]r(X17813rX17814rX17815rX17816reujG`Xb1521rjH`h#jI`h2]rjWXarRrjM`}r(jrGjiGjnG?jX CHEBI:45866r?eXhmdbr@X HMDB00956rAX kegg.compoundrBXC00898rCX kegg.drugrDXD00103rEXmetanetx.chemicalrFXMNXM816rGX seed.compoundrHXcpd00666rIuh0Nh1h2]rJrKRrLjn`XC4H4O6rMjp`jcjr`Jjs`GubGjQG?jG?uh0Njt`G@ju`G@@ubj<`)rN}rO(hXTARTRtexrPhX=Tartrate transport via diffusion (extracellular to periplasm)rQh}rRh}rS(jC`X SBO:0000375rTX bigg.reactionrUXTARTRtexrVXmetanetx.reactionrWX MNXR104724rXujG`X b1377 or b0241 or b0929 or b2215rYjH`h#jI`h2]rZ(hIh[h7h er[Rr\jM`}r](jPGj(G?uh0Njt`G@ju`G@@ubj<`)r^}r_(hX TARTt2_3ppr`hX9D-tartrate transport via proton symport (3 H) (periplasm)rah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreX TARTt2_3pprfXmetanetx.reactionrgX MNXR104725rhujG`Xb4123rijH`h#jI`h2]rjj%arkRrljM`}rm(j̪GjGjnG@jN,G?uh0Njt`Gju`G@@ubj<`)rn}ro(hXTAUDOrphXTaurine dioxygenaserqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXTAUDOrvXbiocycrwX META:RXN0-299rxXec-coderyX 1.14.11.17rzX kegg.reactionr{XR05320r|Xmetanetx.reactionr}X MNXR104730r~Xrhear]r(X15909rX15910rX15911rX15912reujG`Xb0368rjH`h#jI`h2]rjXarRrjM`}r(jGjηGjO`)r}r(hXtaur_crhXTaurine C2H7NO3Srh}rh}r(Xbigg.metaboliterXtaurrXbiocycrX META:TAURINErXchebir]r(X CHEBI:15195rX CHEBI:15891rX CHEBI:26852rX CHEBI:32970rX CHEBI:45877rX CHEBI:507393rX CHEBI:9406reXhmdbrX HMDB00251rX kegg.compoundrXC00245rX kegg.drugrXD00047rXmetanetx.chemicalrXMNXM282rX seed.compoundrXcpd00210ruh0Nh1h2]rrRrjn`XC2H7NO3Srjp`jq`jr`Kjs`GubGj`G?jG?jnG?jG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hX TAURabcpprhX,Taurine transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX TAURabcpprXbiocycr]r(XMETA:3.6.3.36-RXNrXMETA:ABC-64-RXNreXec-coderX3.6.3.36rXmetanetx.reactionrX MNXR104732rXrhear]r(X14613#1rX14614#1rX14615#1rX14616#1reujG`Xb0366 and b0365 and b0367rjH`h#jI`h2]r(jjj/erRrjM`}r(jbGjgfGjO`)r}r(hXtaur_prhXTaurine C2H7NO3Srh}rh}r(Xbigg.metaboliterXtaurrXbiocycrX META:TAURINErXchebir]r(X CHEBI:15195rX CHEBI:15891rX CHEBI:26852rX CHEBI:32970rX CHEBI:45877rX CHEBI:507393rX CHEBI:9406reXhmdbrX HMDB00251rX kegg.compoundrXC00245rX kegg.drugrXD00047rXmetanetx.chemicalrXMNXM282rX seed.compoundrXcpd00210ruh0Nh1h2]rrRrjn`XC2H7NO3Srjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXTAURtexrhX<Taurine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTAURtexrXmetanetx.reactionrX MNXR104733rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTCYNTtexrhX@Thiocyanate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTCYNTtexrXmetanetx.reactionrX MNXR104749rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r (hXTDPr hXThiamin pyrophosphataser h}r h}r (jC`X SBO:0000375rX bigg.reactionrXTDPrXbiocycrXMETA:RXN0-3542rXec-coder]r(X3.6.1.-rX3.6.1.15reX kegg.reactionrXR00615rXmetanetx.reactionrX MNXR104756rXrhear]r(X27998rX27999rX28000rX28001r eujG`Xb1134r!jH`h#jI`h2]r"jar#Rr$jM`}r%(jgfGjlGjnG?j;nG?jO`)r&}r'(hXthmmp_cr(hXThiamin monophosphater)h}r*h}r+(Xbigg.metaboliter,Xthmmpr-Xbiocycr.XMETA:THIAMINE-Pr/Xchebir0]r1(X CHEBI:15230r2X CHEBI:15231r3X CHEBI:26945r4X CHEBI:37574r5X CHEBI:37575r6X CHEBI:46189r7X CHEBI:9533r8eXhmdbr9X HMDB02666r:X kegg.compoundr;XC01081r<Xmetanetx.chemicalr=XMNXM662r>X seed.compoundr?Xcpd00793r@uh0Nh1h2]rArBRrCjn`X C12H16N4O4PSrDjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)rE}rF(hXTDPADGATrGhX4DTDP-4-amino-4,6-dideoxy-D-glucose acetyltransferaserHh}rIh}rJ(jC`X SBO:0000375rKX bigg.reactionrLXTDPADGATrMXbiocycrNXMETA:TDPFUCACTRANS-RXNrOXec-coderPX 2.3.1.210rQX kegg.reactionrRXR10142rSXmetanetx.reactionrTX MNXR104757rUXrhearV]rW(X28763rXX28764rYX28765rZX28766r[X34443r\X34444r]X34445r^X34446r_eujG`Xb3790r`jH`h#jI`h2]rajXarbRrcjM`}rd(jaGjO`)re}rf(hX dtdp4addg_crghX$DTDP-4-amino-4,6-dideoxy-D-galactoserhh}rih}rj(Xbigg.metaboliterkX dtdp4addgrlXbiocycrmXMETA:TDP-D-FUCOSAMINErnXchebiro]rp(X CHEBI:10507rqX CHEBI:14078rrX CHEBI:15972rsX CHEBI:23539rtX CHEBI:57596ruX CHEBI:68492rvX CHEBI:68516rweX kegg.compoundrxXC04346ryXmetanetx.chemicalrzX MNXM114295r{X seed.compoundr|]r}(Xcpd02661r~Xcpd24124reuh0Nh1h2]rrRrjn`X C16H26N3O14P2rjp`jq`jr`Jjs`GubGjcG?jG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXTDPAGTArhX/DTDP-4-amino-4,6-dideoxy-D-glucose transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTDPAGTArXbiocycrXMETA:RFFTRANS-RXNrXec-coderX2.6.1.59rX kegg.reactionrXR04438rXmetanetx.reactionrX MNXR104758rXrhear]r(X28631rX28632rX28633rX28634reujG`Xb3791rjH`h#jI`h2]rjXarRrjM`}r(jO`)r}r(hX dtdp4d6dg_crhX DTDP-4-dehydro-6-deoxy-D-glucoserh}rh}r(Xbigg.metaboliterX dtdp4d6dgrXbiocycrXMETA:DTDP-DEOH-DEOXY-GLUCOSErXchebir]r(X CHEBI:10510rX CHEBI:14081rX CHEBI:16128rX CHEBI:23542rX CHEBI:57649rX CHEBI:62829reXhmdbrX HMDB60081rX kegg.compoundrXC11907rXmetanetx.chemicalrXMNXM451rX seed.compoundrXcpd00521ruh0Nh1h2]rrRrjn`X C16H22N2O15P2rjp`jq`jr`Jjs`GubGjeGjG?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXTDPDRErhX$DTDP-4-dehydrorhamnose 3,5-epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTDPDRErXbiocycrXMETA:DTDPDEHYDRHAMEPIM-RXNrXec-coderX5.1.3.13rX kegg.reactionrXR06514rXmetanetx.reactionrX MNXR104759rXrhear]r(X16969rX16970rX16971rX16972reujG`Xb2038rjH`h#jI`h2]rjXarRrjM`}r(jGjO`)r}r(hX dtdp4d6dm_crhX DTDP-4-dehydro-6-deoxy-L-mannoserh}rh}r(Xbigg.metaboliterX dtdp4d6dmrXbiocycrXMETA:DTDP-DEOH-DEOXY-MANNOSErXchebir]r(X CHEBI:10511rX CHEBI:14082rX CHEBI:15744rX CHEBI:23543rX CHEBI:45868rX CHEBI:57494rX CHEBI:62830reX kegg.compoundrXC00688rXmetanetx.chemicalrXMNXM2371rX seed.compoundr]r(Xcpd00522rXcpd08300reuh0Nh1h2]rrRrjn`X C16H22N2O15P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTDPDRRrhX DTDP-4-dehydrorhamnose reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTDPDRRrXbiocycrXMETA:DTDPDEHYRHAMREDUCT-RXNrXec-coderX 1.1.1.133rX kegg.reactionrXR02777rXmetanetx.reactionrX MNXR104760r Xrhear ]r (X21796r X21797r X21798rX21799reujG`Xb2040rjH`h#jI`h2]rj YarRrjM`}r(jGjnGj{iGjjG?j[iG?uh0Njt`Gju`G@@ubj<`)r}r(hXTDPGDHrhXDTDPglucose 4,6-dehydrataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTDPGDHrXbiocycrXMETA:DTDPGLUCDEHYDRAT-RXNrXec-coder X4.2.1.46r!X kegg.reactionr"XR06513r#Xmetanetx.reactionr$X MNXR104761r%Xrhear&]r'(X17221r(X17222r)X17223r*X17224r+eujG`Xb3788 or b2041r,jH`h#jI`h2]r-(jYj/Yer.Rr/jM`}r0(jZJGjG?jgfG?uh0Njt`Gju`G@@ubj<`)r1}r2(hXTDSKr3hXTetraacyldisaccharide 4'kinaser4h}r5h}r6(jC`X SBO:0000375r7X bigg.reactionr8XTDSKr9Xbiocycr:XMETA:TETRAACYLDISACC4KIN-RXNr;Xec-coder<X 2.7.1.130r=X kegg.reactionr>XR04657r?Xmetanetx.reactionr@X MNXR104762rAXrhearB]rC(X20700rDX20701rEX20702rFX20703rGeujG`Xb0915rHjH`h#jI`h2]rIjAYarJRrKjM`}rL(jbGjGjmG?jnG?j֚G?uh0Njt`Gju`G@@ubj<`)rM}rN(hXTDSR1rOhX Thiol:disulfide reductase (DsbC)rPh}rQh}rR(jC`X SBO:0000375rSX bigg.reactionrTXTDSR1rUXmetanetx.reactionrVX MNXR104764rWujG`Xb2893 and b4136rXjH`h#jI`h2]rY(j!j"erZRr[jM`}r\(j*Gj:+Gj*G?j+G?uh0Njt`Gju`G@@ubj<`)r]}r^(hXTDSR2r_hX Thiol:disulfide reductase (DsbG)r`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXTDSR2reXmetanetx.reactionrfX MNXR104765rgujG`Xb4136 and b0604rhjH`h#jI`h2]ri(j5"j"erjRrkjM`}rl(j:+Gjv+Gj+G?j+G?uh0Njt`Gju`G@@ubj<`)rm}rn(hXTGBPArohXTagatose-bisphosphate aldolaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXTGBPAruXbiocycrvXMETA:TAGAALDOL-RXNrwXec-coderxX4.1.2.40ryX kegg.reactionrzXR01069r{Xmetanetx.reactionr|X MNXR104798r}Xrhear~]r(X22948rX22949rX22950rX22951reujG`X*( b3132 and b3137 ) or ( b2095 and b2096 )rjH`h#jI`h2]r(jSYjeYjwYjYerRrjM`}r(j/GjG?j8G?uh0Njt`G@ju`G@@ubj<`)r}r(hXTHD2pprhX#NAD(P) transhydrogenase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHD2pprXec-coderX1.6.1.1rXmetanetx.reactionrX MNXR104805rujG`Xb1602 and b1603rjH`h#jI`h2]r(jDjDerRrjM`}r(j̪GjThymidine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHMDtexrXmetanetx.reactionrX MNXR104821rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r (hXTHMabcppr!hX-Thiamine transport via ABC system (periplasm)r"h}r#h}r$(jC`X SBO:0000375r%X bigg.reactionr&XTHMabcppr'Xbiocycr(XMETA:ABC-32-RXNr)Xmetanetx.reactionr*X MNXR104827r+Xrhear,]r-(X29811#1r.X29812#1r/X29813#1r0X29814#1r1eujG`Xb0067 and b0068 and b0066r2jH`h#jI`h2]r3(jYjYjYer4Rr5jM`}r6(jbGjgfGjO`)r7}r8(hXthm_pr9hXThiaminr:h}r;h}r<(Xbigg.metaboliter=Xthmr>Xbiocycr?X META:THIAMINEr@XchebirA]rB(X CHEBI:15227rCX CHEBI:18385rDX CHEBI:26941rEX CHEBI:46393rFX CHEBI:49107rGX CHEBI:9530rHeXhmdbrIX HMDB00235rJX kegg.compoundrKXC00378rLXmetanetx.chemicalrMXMNXM322rNX seed.compoundrOXcpd00305rPuh0Nh1h2]rQrRRrSjn`X C12H17N4OSrTjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jO`)rU}rV(hXthm_crWhXThiaminrXh}rYh}rZ(Xbigg.metaboliter[Xthmr\Xbiocycr]X META:THIAMINEr^Xchebir_]r`(X CHEBI:15227raX CHEBI:18385rbX CHEBI:26941rcX CHEBI:46393rdX CHEBI:49107reX CHEBI:9530rfeXhmdbrgX HMDB00235rhX kegg.compoundriXC00378rjXmetanetx.chemicalrkXMNXM322rlX seed.compoundrmXcpd00305rnuh0Nh1h2]rorpRrqjn`X C12H17N4OSrrjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rs}rt(hXTHMtexruhX=Thiamine transport via diffusion (extracellular to periplasm)rvh}rwh}rx(jC`X SBO:0000375ryX bigg.reactionrzXTHMtexr{Xmetanetx.reactionr|X MNXR104831r}Xrhear~]r(X34919rX34920rX34921rX34922reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGj7G?uh0Njt`G@ju`G@@ubj<`)r}r(hXTHRA2rhXL-allo-Threonine Aldolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRA2rujG`Xb2551 or b0870rjH`h#jI`h2]r(ji jW erRrjM`}r(jGj1G?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXTHRArhXThreonine aldolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRArXbiocycrXMETA:THREONINE-ALDOLASE-RXNrXec-coder]r(X4.1.2.48rX4.1.2.5reX kegg.reactionrXR00751rXmetanetx.reactionrX MNXR104833rXrhear]r(X19625rX19626rX19627rX19628reujG`Xb2551 or b0870rjH`h#jI`h2]r(jW ji erRrjM`}r(jlGj1G?jeG?uh0Njt`Gju`G@@ubj<`)r}r(hXTHRDrhXL-threonine dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRDrXbiocycrXMETA:THREODEHYD-RXNrXec-coderX 1.1.1.103rX kegg.reactionrXR01465rXmetanetx.reactionrX MNXR103402rXrhear]r(X13161rX13162rX13163rX13164reujG`Xb3616rjH`h#jI`h2]rjYarRrjM`}r(jiGjlGj'G?jnG?jX MNXM90883r?X seed.compoundr@]rA(Xcpd11922rBXcpd28225rCeuh0Nh1h2]rDrERrFjn`jjp`jq`jr`Kjs`GubGjG?jnnG?jO`)rG}rH(hX thrtrna_crIhXL-Threonyl-tRNA(Thr)rJh}rKh}rL(Xbigg.metaboliterMXthrtrnarNXchebirO]rP(X CHEBI:13176rQX CHEBI:29163rRX CHEBI:6309rSeX kegg.compoundrTXC02992rUXmetanetx.chemicalrVX MNXM89895rWX seed.compoundrXXcpd12229rYuh0Nh1h2]rZr[Rr\jn`XC4H8NO2Rr]jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r^}r_(hXTHRabcppr`hX0L-threonine transport via ABC system (periplasm)rah}rbh}rc(jC`X SBO:0000375rdX bigg.reactionreXTHRabcpprfXmetanetx.reactionrgX MNXR104849rhujG`X-b3460 and b3455 and b3454 and b3457 and b3456rijH`h#jI`h2]rj(j j j j j erkRrljM`}rm(jbGjgfGjGjmG?jnG?j;nG?jlG?uh0Njt`Gju`G@@ubj<`)rn}ro(hXTHRt2pprphX<L-threonine efflux transport via proton antiport (periplasm)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXTHRt2pprvXbiocycrwXMETA:TRANS-RXN0-0244rxXmetanetx.reactionryX MNXR104851rzXrhear{]r|(X28995r}X28996r~X28997rX28998reujG`Xb0813 or b3823rjH`h#jI`h2]r(j=Zj6erRrjM`}r(j̪GjlGjnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXTHRt2rpprhX?L-threonine reversible transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRt2rpprXbiocycrXMETA:TRANS-RXN-72rXmetanetx.reactionrX MNXR104850rXrhear]r(X28883rX28884rX28885rX28886reujG`Xb3116rjH`h#jI`h2]rj;VarRrjM`}r(j̪GjGjnG?jlG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTHRt4pprhX+L-threonine via sodium symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRt4pprXmetanetx.reactionrX MNXR104842rujG`Xb3089rjH`h#jI`h2]rjMVarRrjM`}r(jeGjGjG?jlG?uh0Njt`Gju`G@@ubj<`)r}r(hXTHRtexrhX@L-threonine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHRtexrXmetanetx.reactionrX MNXR104852rXrhear]r(X35019rX35020rX35021rX35022reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h h7erRrjM`}r(j GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTHYMt3pprhX5Thymine transport out via proton antiport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHYMt3pprXmetanetx.reactionrX MNXR104854rujG`h#jH`h#jI`h2]rrRrjM`}r(j̪GjO`)r}r(hXthym_crhXThymine C5H6N2O2rh}rh}r(Xbigg.metaboliterXthymrXbiocycrX META:THYMINErXchebir]r(X CHEBI:15247rX CHEBI:17821rX CHEBI:27004rX CHEBI:46017rX CHEBI:9580reXhmdbrX HMDB00262rX kegg.compoundrXC00178rXmetanetx.chemicalrXMNXM386rX seed.compoundrXcpd00151ruh0Nh1h2]rrRrjn`XC5H6N2O2rjp`jq`jr`Kjs`GubGjnG?jO`)r}r(hXthym_prhXThymine C5H6N2O2rh}rh}r(Xbigg.metaboliterXthymrXbiocycrX META:THYMINErXchebir]r(X CHEBI:15247rX CHEBI:17821rX CHEBI:27004rX CHEBI:46017rX CHEBI:9580reXhmdbrX HMDB00262rX kegg.compoundrXC00178rXmetanetx.chemicalrXMNXM386rX seed.compoundrXcpd00151ruh0Nh1h2]r r Rr jn`XC5H6N2O2r jp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r }r(hXTHYMtexrhX<Thymine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTHYMtexrXbiocycrXMETA:TRANS-RXN0-524rXmetanetx.reactionrX MNXR104853rujG`X b2215 or b0929 or b1377 or b0241rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jhGjG?uh0Njt`G@ju`G@@ubj<`)r}r (hXTHZPSN3r!hXThiazole phosphate synthesisr"h}r#h}r$(jC`X SBO:0000375r%X bigg.reactionr&XTHZPSN3r'Xmetanetx.reactionr(X MNXR104861r)ujG`X-b0423 and b3992 and b2530 and b3990 and b4407r*jH`h#jI`h2]r+(jOZj#8jaZjsZjZer,Rr-jM`}r.(jbGjO`)r/}r0(hXdhgly_cr1hXDehydroglyciner2h}r3h}r4(Xbigg.metaboliter5Xdhglyr6Xbiocycr7XMETA:CPD-12279r8Xchebir9]r:(X CHEBI:53647r;X CHEBI:53664r<X CHEBI:77846r=eX kegg.compoundr>XC15809r?Xmetanetx.chemicalr@XMNXM1984rAX seed.compoundrBXcpd14545rCuh0Nh1h2]rDrERrFjn`XC2H2NO2rGjp`jq`jr`Jjs`GubGjX.GjnGjuGj{iGjnG?jG?jG?jgfG@juG?j[iG?jnnG?uh0Njt`Gju`G@@ubj<`)rH}rI(hXTKT1rJhX TransketolaserKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXTKT1rPXec-coderQX2.2.1.1rRXmetanetx.reactionrSX MNXR104868rTujG`Xb2935 or b2465rUjH`h#jI`h2]rV(jZjZerWRrXjM`}rY(jGjGj8G?jlG?uh0Njt`G@ju`G@@ubj<`)rZ}r[(hXTKT2r\hX Transketolaser]h}r^h}r_(jC`X SBO:0000375r`X bigg.reactionraXTKT2rbXbiocycrcXMETA:2TRANSKETO-RXNrdXec-codereX2.2.1.1rfX kegg.reactionrgXR01830rhXmetanetx.reactionriX MNXR104869rjXrheark]rl(X27626rmX27627rnX27628roX27629rpeujG`Xb2935 or b2465rqjH`h#jI`h2]rr(jZjZersRrtjM`}ru(jGjGjsG?j8G?uh0Njt`G@ju`G@@ubj<`)rv}rw(hXTMAOR1rxhX/Trimethylamine N-oxide reductase (menaquinol 8)ryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}XTMAOR1r~Xmetanetx.reactionrX MNXR104878rXrhear]r(X29279rX29280rX29281rX29282reujG`XH( b0895 and b0894 and b0896 ) or ( b1589 and b1587 and b1588 and b1590 )rjH`h#jI`h2]r(j j j!j j j!j erRrjM`}r(jnGjhGjO`)r}r(hXtmao_crhXTrimethylamine N-oxiderh}rh}r(Xbigg.metaboliterXtmaorXbiocycrXMETA:TRIMETHYLAMINE-N-OrXchebir]r(X CHEBI:15262rX CHEBI:15263rX CHEBI:15724rX CHEBI:27126rX CHEBI:9733reXhmdbrX HMDB00925rX kegg.compoundrXC01104rXmetanetx.chemicalrXMNXM437rX seed.compoundrXcpd00811ruh0Nh1h2]rrRrjn`XC3H9NOrjp`jq`jr`Kjs`GubGjgfG?jG?jO`)r}r(hXtma_crhXTrimethylaminerh}rh}r(Xbigg.metaboliterXtmarXbiocycrXMETA:TRIMETHYLAMINErXchebir]r(X CHEBI:15261rX CHEBI:18139rX CHEBI:27125rX CHEBI:27127rX CHEBI:58389rX CHEBI:9732reXhmdbrX HMDB00906rX kegg.compoundrXC00565rXmetanetx.chemicalrXMNXM352rX seed.compoundrXcpd00441ruh0Nh1h2]rrRrjn`XC3H10Nrjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTMAOR1pprhX;Trimethylamine N-oxide reductase (menaquinol 8) (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMAOR1pprXmetanetx.reactionrX MNXR104879rujG`X*( b0996 and b0997 ) or ( b1872 and b1873 )rjH`h#jI`h2]r(jZjZj9!j'!erRrjM`}r(j̪GjhGjO`)r}r(hXtmao_prhXTrimethylamine N-oxiderh}rh}r(Xbigg.metaboliterXtmaorXbiocycrXMETA:TRIMETHYLAMINE-N-OrXchebir]r(X CHEBI:15262rX CHEBI:15263rX CHEBI:15724rX CHEBI:27126rX CHEBI:9733reXhmdbrX HMDB00925rX kegg.compoundrXC01104rXmetanetx.chemicalrXMNXM437rX seed.compoundrXcpd00811ruh0Nh1h2]rrRrjn`XC3H9NOrjp`jcjr`Kjs`GubGjDG?jG?jO`)r}r(hXtma_prhXTrimethylaminerh}rh}r(Xbigg.metaboliterXtmarXbiocycrXMETA:TRIMETHYLAMINErXchebir]r(X CHEBI:15261rX CHEBI:18139rX CHEBI:27125rX CHEBI:27127rX CHEBI:58389rX CHEBI:9732reXhmdbrX HMDB00906rX kegg.compoundrXC00565r Xmetanetx.chemicalr XMNXM352r X seed.compoundr Xcpd00441r uh0Nh1h2]rrRrjn`XC3H10Nrjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTMAOR2rhX7Trimethylamine N-oxide reductase (demethylmenaquinol 8)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMAOR2rXmetanetx.reactionrX MNXR104880rXrhear]r(X30583rX30584r X30585r!X30586r"eujG`Xb0895 and b0894 and b0896r#jH`h#jI`h2]r$(j j j!er%Rr&jM`}r'(j^aGjnGjGj2(G?jgfG?jG?uh0Njt`Gju`G@@ubj<`)r(}r)(hXTMAOR2ppr*hXCTrimethylamine N-oxide reductase (demethylmenaquinol 8) (periplasm)r+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XTMAOR2ppr0Xmetanetx.reactionr1X MNXR104881r2ujG`X*( b0996 and b0997 ) or ( b1872 and b1873 )r3jH`h#jI`h2]r4(jZjZj9!j'!er5Rr6jM`}r7(j^aGj̪GjGj2(G?jDG?jG?uh0Njt`Gju`G@@ubj<`)r8}r9(hXTMAOtexr:hXKTrimethylamine N-oxide transport via diffusion (extracellular to periplasm)r;h}r<h}r=(jC`X SBO:0000375r>X bigg.reactionr?XTMAOtexr@Xmetanetx.reactionrAX MNXR104882rBujG`X b1377 or b0241 or b0929 or b2215rCjH`h#jI`h2]rD(hIh[h7h erERrFjM`}rG(jGjG?uh0Njt`G@ju`G@@ubj<`)rH}rI(hXTMAtexrJhXCTrimethylamine transport via diffusion (extracellular to periplasm)rKh}rLh}rM(jC`X SBO:0000375rNX bigg.reactionrOXTMAtexrPXmetanetx.reactionrQX MNXR104884rRujG`X b1377 or b0241 or b0929 or b2215rSjH`h#jI`h2]rT(hIh[h7h erURrVjM`}rW(jGjG?uh0Njt`G@ju`G@@ubj<`)rX}rY(hXTMDK1rZhX Thymidine kinase (ATP:thymidine)r[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XTMDK1r`XbiocycraXMETA:THYKI-RXNrbXec-coderc]rd(X 2.7.1.145reX2.7.1.21rfeX kegg.reactionrgXR01567rhXmetanetx.reactionriX MNXR104885rjXrheark]rl(X19129rmX19130rnX19131roX19132rpeujG`Xb1238rqjH`h#jI`h2]rrj"arsRrtjM`}ru(jbGjTGjmG?j,G?jnG?uh0Njt`Gju`G@@ubj<`)rv}rw(hXTMDPPrxhXThymidine phosphorylaseryh}rzh}r{(jC`X SBO:0000375r|X bigg.reactionr}XTMDPPr~XbiocycrXMETA:THYM-PHOSPH-RXNrXec-coder]r(X2.4.2.2rX2.4.2.4reX kegg.reactionrXR01570rXmetanetx.reactionrX MNXR104887rXrhear]r(X16037rX16038rX16039rX16040reujG`Xb4382rjH`h#jI`h2]rj"arRrjM`}r(j;nGjTGj-G?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTMDSrhXThymidylate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMDSrXec-coderX2.1.1.45rX kegg.reactionrXR02101rXmetanetx.reactionrX MNXR104889rXrhear]r(X12104rX12105rX12106rX12107reujG`Xb2827rjH`h#jI`h2]rjZarRrjM`}r(jp-Gj,hGja!G?j,G?uh0Njt`Gju`G@@ubj<`)r}r(hXTMKrhXThiamine kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMKrXbiocycrXMETA:THIKIN-RXNrXec-coderX2.7.1.89rX kegg.reactionrXR02134rXmetanetx.reactionrX MNXR104898rXrhear]r(X12012rX12013rX12014rX12015reujG`Xb1106rjH`h#jI`h2]rjZarRrjM`}r(jbGjUGjmG?jnG?j&G?uh0Njt`Gju`G@@ubj<`)r}r(hXTMPKrhXThiamine-phosphate kinaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMPKrXbiocycrXMETA:THI-P-KIN-RXNrXec-coderX2.7.4.16rX kegg.reactionrXR00617rXmetanetx.reactionrX MNXR104907rXrhear]r(X15913rX15914rX15915rX15916reujG`Xb0417rjH`h#jI`h2]rj[arRrjM`}r(jbGj&GjmG?jlG?uh0Njt`Gju`G@@ubj<`)r}r(hXTMPPPrhX"Thiamine-phosphate diphosphorylaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTMPPPrXbiocycrXMETA:THI-P-SYN-RXNrXec-coderX2.5.1.3rX kegg.reactionrXR03223rXmetanetx.reactionrX MNXR104908rXrhear]r(X22328rX22329rX22330rX22331reujG`Xb3993rjH`h#jI`h2]rj[arRrjM`}r(jGjnGjnGjnnG?j&G?uh0Njt`Gju`G@@ubj<`)r}r(hXTPIrhXTriose-phosphate isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionr XTPIr Xbiocycr XMETA:TRIOSEPISOMERIZATION-RXNr Xec-coder X5.3.1.1rX kegg.reactionrXR01015rXmetanetx.reactionrX MNXR104918rXrhear]r(X18585rX18586rX18587rX18588reujG`Xb3919rjH`h#jI`h2]rj'[arRrjM`}r(jGj8G?uh0Njt`G@ju`G@@ubj<`)r}r(hXTPRDCOASr hX(Triphosphoribosyl-dephospho-CoA synthaser!h}r"h}r#(jC`X SBO:0000375r$X bigg.reactionr%XTPRDCOASr&Xbiocycr'XMETA:2.7.8.25-RXNr(Xec-coder)X2.4.2.52r*X kegg.reactionr+XR09675r,Xmetanetx.reactionr-X MNXR104920r.Xrhear/]r0(X15117r1X15118r2X15119r3X15120r4eujG`Xb0613r5jH`h#jI`h2]r6j9[ar7Rr8jM`}r9(jbGj)GjO`)r:}r;(hX 2tpr3dpcoa_cr<hX+2'-(5''-triphosphoribosyl)-3'-dephospho-CoAr=h}r>h}r?(Xbigg.metaboliter@X 2tpr3dpcoarAXbiocycrBX'META:2-5-TRIPHOSPHORIBOSYL-3-DEPHOSPHO-rCXchebirD]rE(X CHEBI:11392rFX CHEBI:61378rGeX kegg.compoundrHXC19771rIX lipidmapsrJX LMFA07050169rKXmetanetx.chemicalrLXMNXM2769rMX seed.compoundrNXcpd15364rOuh0Nh1h2]rPrQRrRjn`XC26H40N7O26P5SrSjp`jq`jr`Jjs`GubG?j G?uh0Njt`Gju`G@@ubj<`)rT}rU(hXTRDRrVhXThioredoxin reductase (NADPH)rWh}rXh}rY(jC`X SBO:0000375rZX bigg.reactionr[XTRDRr\Xbiocycr]X!META:THIOREDOXIN-REDUCT-NADPH-RXNr^Xec-coder_]r`(X1.6.4.5raX1.8.1.9rbeX kegg.reactionrcXR02016rdXmetanetx.reactionreX MNXR104766rfujG`X*( b3781 and b0888 ) or ( b0888 and b2582 )rgjH`h#jI`h2]rh(j#"j!jK[eriRrjjM`}rk(jnGj{iGjJ+Gj[iG?j"+G?uh0Njt`Gju`G@@ubj<`)rl}rm(hXTRE6PHrnhXTrehalose-6-phosphate hydrolaseroh}rph}rq(jC`X SBO:0000375rrX bigg.reactionrsXTRE6PHrtXbiocycruXMETA:TRE6PHYDRO-RXNrvXec-coderw]rx(X 3.2.1.122ryX3.2.1.93rzeX kegg.reactionr{]r|(XR00837r}XR06113r~eXmetanetx.reactionrX MNXR104925rXrhear]r(X23008rX23009rX23010rX23011reujG`Xb4239rjH`h#jI`h2]rj][arRrjM`}r(jgfGjO`)r}r(hXtre6p_crhX"Alpha,alpha'-Trehalose 6-phosphaterh}rh}r(Xbigg.metaboliterXtre6prXbiocycrXMETA:TREHALOSE-6PrXchebir]r(X CHEBI:10201rX CHEBI:12285rX CHEBI:15252rX CHEBI:18283rX CHEBI:22364rX CHEBI:58429reXhmdbrX HMDB01124rX kegg.compoundrXC00689rX kegg.glycanrXG09795rXmetanetx.chemicalrXMNXM448rX seed.compoundrXcpd00523ruh0Nh1h2]rrRrjn`X C12H21O14Prjp`jq`jr`Jjs`GubGjvG?jDG?uh0Njt`Gju`G@@ubj<`)r}r(hXTRE6PPrhXTrehalose-phosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRE6PPrXbiocycrXMETA:TREHALOSEPHOSPHA-RXNrXec-coderX3.1.3.12rX kegg.reactionr]r(XR02778rXR06228reXmetanetx.reactionrX MNXR104926rXrhear]r(X23420rX23421rX23422rX23423reujG`Xb1897rjH`h#jI`h2]rjo[arRrjM`}r(jgfGjGj;nG?jO`)r}r(hXtre_crhX Trehaloserh}rh}r(Xbigg.metaboliterXtrerXbiocycr]r(XMETA:CPD-15990rXMETA:TREHALOSEreXchebir]r(X CHEBI:10202rX CHEBI:12281rX CHEBI:12284rX CHEBI:12287rX CHEBI:15251rX CHEBI:16551rX CHEBI:22365rX CHEBI:27082rX CHEBI:46211reXhmdbrX HMDB00975rX kegg.compoundrXC01083rX kegg.glycanrXG00293rXmetanetx.chemicalrXMNXM198rX seed.compoundrXcpd00794ruh0Nh1h2]rrRrjn`X C12H22O11rjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTRE6PSrhX6Alpha,alpha-trehalose-phosphate synthase (UDP-forming)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRE6PSrXbiocycrXMETA:TREHALOSE6PSYN-RXNrXec-coderX2.4.1.15rX kegg.reactionr]r(XR00836rXR06043reXmetanetx.reactionrX MNXR104927rXrhear]r(X18889rX18890rX18891rX18892reujG`Xb1896rjH`h#jI`h2]r j[ar Rr jM`}r (jvGjRGjnG?jG?jG?uh0Njt`Gju`G@@ubj<`)r }r(hXTREHrhXAlpha,alpha-trehalaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTREHrXec-coderX3.2.1.28rX kegg.reactionr]r(XR00010rXR06103reXmetanetx.reactionrX MNXR95163rXrhear]r(X20868r X20869r!X20870r"X20871r#eujG`Xb3519r$jH`h#jI`h2]r%j[ar&Rr'jM`}r((jgfGjGjDG@uh0Njt`Gju`G@@ubj<`)r)}r*(hXTREHppr+hX!Alpha,alpha-trehalase (periplasm)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0XTREHppr1Xec-coder2X3.2.1.28r3X kegg.reactionr4]r5(XR00010r6XR06103r7eXmetanetx.reactionr8X MNXR95163r9Xrhear:]r;(X20868r<X20869r=X20870r>X20871r?eujG`Xb1197r@jH`h#jI`h2]rAj[arBRrCjM`}rD(jDGjO`)rE}rF(hXtre_prGhX TrehaloserHh}rIh}rJ(Xbigg.metaboliterKXtrerLXbiocycrM]rN(XMETA:CPD-15990rOXMETA:TREHALOSErPeXchebirQ]rR(X CHEBI:10202rSX CHEBI:12281rTX CHEBI:12284rUX CHEBI:12287rVX CHEBI:15251rWX CHEBI:16551rXX CHEBI:22365rYX CHEBI:27082rZX CHEBI:46211r[eXhmdbr\X HMDB00975r]X kegg.compoundr^XC01083r_X kegg.glycanr`XG00293raXmetanetx.chemicalrbXMNXM198rcX seed.compoundrdXcpd00794reuh0Nh1h2]rfrgRrhjn`X C12H22O11rijp`jcjr`Kjs`GubGjIG@uh0Njt`Gju`G@@ubj<`)rj}rk(hXTREptspprlhX/Trehalose transport via PEP:Pyr PTS (periplasm)rmh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXTREptspprrXec-codersX2.7.1.69rtXmetanetx.reactionruX MNXR104931rvujG`X#b2416 and b2417 and b2415 and b4240rwjH`h#jI`h2]rx(jj[jjeryRrzjM`}r{(jGjEGjG?jG?uh0Njt`Gju`G@@ubj<`)r|}r}(hXTREtexr~hX>Trehalose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTREtexrXmetanetx.reactionrX MNXR104933rXrhear]r(X17629rX17630rX17631rX17632reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjEG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTRPAS2rhXTryptophanase (L-tryptophan)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRPAS2rXbiocycrXMETA:TRYPTOPHAN-RXNrXec-coderX4.1.99.1rX kegg.reactionrXR00673rXmetanetx.reactionrX MNXR104941rXrhear]r(X19553rX19554rX19555rX19556reujG`Xb3708rjH`h#jI`h2]rjarRrjM`}r(jgfGj mGjyG?jiG?jG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTRPS1rhX.Tryptophan synthase (indoleglycerol phosphate)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRPS1rXbiocycrXMETA:TRYPSYN-RXNrXec-coderX4.2.1.20rX kegg.reactionrXR02722rXmetanetx.reactionrX MNXR104343rXrhear]r(X10532rX10533rX10534rX10535reujG`Xb1260 and b1261rjH`h#jI`h2]r(j[j[erRrjM`}r(jxGjkGj8G?jgfG?j mG?uh0Njt`Gju`G@@ubj<`)r}r(hXTRPS2rhXTryptophan synthase (indole)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRPS2rXbiocycrXMETA:RXN0-2382rXec-coder]r(X 4.2.1.122rX4.2.1.20reX kegg.reactionrXR00674rXmetanetx.reactionrX MNXR104946rXrhear]r(X26434rX26435rX26436rX26437reujG`Xb1260 and b1261rjH`h#jI`h2]r(j[j[erRrjM`}r(jyGjkGjgfG?j mG?uh0Njt`Gju`G@@ubj<`)r}r(hXTRPS3rhX.Tryptophan synthase (indoleglycerol phosphate)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRPS3rXbiocycrXMETA:RXN0-2381rXec-coder]r(X4.1.2.8rX4.2.1.20reX kegg.reactionrXR02340rXmetanetx.reactionrX MNXR99889rXrhear]r(X14081rX14082rX14083rX14084reujG`Xb1260 and b1261rjH`h#jI`h2]r(j[j[erRrjM`}r(jxGj8G?jyG?uh0Njt`Gju`G@@ubj<`)r}r(hXTRPTRSrhXTryptophanyl-tRNA synthetaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XTRPTRSrXec-coderX6.1.1.2rX kegg.reactionrXR03664rXmetanetx.reactionrX MNXR104948rujG`Xb3384rjH`h#jI`h2]rj[arRrjM`}r(jbGjO`)r}r(hX trnatrp_crhX TRNA(Trp)rh}rh}r(Xbigg.metaboliter Xtrnatrpr!Xbiocycr"XMETA:TRP-tRNAsr#Xchebir$]r%(X CHEBI:10691r&X CHEBI:15188r'X CHEBI:29181r(eX kegg.compoundr)XC01652r*Xmetanetx.chemicalr+X MNXM90755r,X seed.compoundr-]r.(Xcpd11923r/Xcpd28239r0euh0Nh1h2]r1r2Rr3jn`jjp`jq`jr`Kjs`GubGj mGjG?jnnG?jO`)r4}r5(hX trptrna_cr6hXL-Tryptophanyl-tRNA(Trp)r7h}r8h}r9(Xbigg.metaboliter:Xtrptrnar;Xchebir<]r=(X CHEBI:13179r>X CHEBI:29159r?X CHEBI:6312r@eX kegg.compoundrAXC03512rBXmetanetx.chemicalrCX MNXM89804rDX seed.compoundrEXcpd12336rFuh0Nh1h2]rGrHRrIjn`X C11H11N2ORrJjp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rK}rL(hXTRPt2rpprMhX@L-tryptophan reversible transport via proton symport (periplasm)rNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXTRPt2rpprSXbiocycrTXMETA:TRANS-RXN-76rUXmetanetx.reactionrVX MNXR104950rWXrhearX]rY(X28879rZX28880r[X28881r\X28882r]eujG`X b1473 or b3161 or b3709 or b0112r^jH`h#jI`h2]r_(j6j[jy9jMer`RrajM`}rb(j̪GjO`)rc}rd(hXtrp__L_prehX L-Tryptophanrfh}rgh}rh(Xbigg.metaboliteriXtrp__LrjXbiocycrkXMETA:TRPrlXchebirm]rn(X CHEBI:13178roX CHEBI:16828rpX CHEBI:184633rqX CHEBI:21407rrX CHEBI:27163rsX CHEBI:27897rtX CHEBI:32702ruX CHEBI:32704rvX CHEBI:32727rwX CHEBI:32728rxX CHEBI:45988ryX CHEBI:46086rzX CHEBI:46125r{X CHEBI:46225r|X CHEBI:57912r}X CHEBI:6310r~X CHEBI:64554rX CHEBI:9769reXhmdbr]r(X HMDB00929rX HMDB30396reX kegg.compoundr]r(XC00078rXC00806reX kegg.drugrXD00020rXmetanetx.chemicalrXMNXM94rX seed.compoundr]r(Xcpd00065rXcpd19007reuh0Nh1h2]rrRrjn`X C11H12N2O2rjp`jcjr`Kjs`GubGjnG?j mG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTRPtexrhXAL-tryptophan transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRPtexrXbiocycrXMETA:RXN66-449rXmetanetx.reactionrX MNXR104949rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGGjcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTRSARrrhX!Tartronate semialdehyde reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTRSARrrXbiocycrXMETA:RXN0-5289rXec-coder]r(X1.1.1.-rX1.1.1.60reX kegg.reactionrXR01745rXmetanetx.reactionrX MNXR100682rXrhear]r(X18845rX18846rX18847rX18848reujG`Xb0509 or b3125rjH`h#jI`h2]r(j\j#\erRrjM`}r(jXGjnGjX kegg.compoundr?XC06570r@X kegg.drugrAXD00201rBXmetanetx.chemicalrCX MNXM97613rDX seed.compoundrEXcpd03977rFuh0Nh1h2]rGrHRrIjn`X C22H24N2O8rJjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)rK}rL(hX TTRCYCtpprMhX&Tetracycline transport via TolC systemrNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRX TTRCYCtpprSXmetanetx.reactionrTX MNXR104977rUujG`X>( b0462 and b0463 and b3035 ) or ( b2470 and b0463 and b3035 )rVjH`h#jI`h2]rW(jYjkj}jerXRrYjM`}rZ(j̪Gj+GjnG?jG?uh0Njt`Gju`G@@ubj<`)r[}r\(hX TUNGSabcppr]hX.Tungstate transport via ABC system (periplasm)r^h}r_h}r`(jC`X SBO:0000375raX bigg.reactionrbX TUNGSabcpprcXbiocycrdXMETA:TRANS-RXN-242BreXec-coderfX3.6.3.55rgXmetanetx.reactionrhX MNXR104978riXrhearj]rk(X35027#2rlX35028#2rmX35029#2rnX35030#2roeujG`Xb0764 and b0763 and b0765rpjH`h#jI`h2]rq(jCBjAj BerrRrsjM`}rt(jbGjgfGjO`)ru}rv(hXtungs_prwhX Tungstaterxh}ryh}rz(Xbigg.metaboliter{Xtungsr|Xbiocycr}XMETA:TUNGSTATEr~Xchebir]r(X CHEBI:30518rX CHEBI:36271rX CHEBI:36272rX CHEBI:46497rX CHEBI:46502reX kegg.compoundrXC20679rXmetanetx.chemicalrX MNXM88308rX seed.compoundrXcpd15574ruh0Nh1h2]rrRrjn`XO4W1rjp`jcjr`Jjs`GubGjmG?jnG?j;nG?jO`)r}r(hXtungs_crhX Tungstaterh}rh}r(Xbigg.metaboliterXtungsrXbiocycrXMETA:TUNGSTATErXchebir]r(X CHEBI:30518rX CHEBI:36271rX CHEBI:36272rX CHEBI:46497rX CHEBI:46502reX kegg.compoundrXC20679rXmetanetx.chemicalrX MNXM88308rX seed.compoundrXcpd15574ruh0Nh1h2]rrRrjn`XO4W1rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTUNGStexrhX>Tungstate transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTUNGStexrXmetanetx.reactionrX MNXR104979rXrhear]r(X32839rX32840rX32841rX32842reujG`X b0241 or b2215 or b1377 or b0929rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjuG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTYMtexrhX=Tyramine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTYMtexrXmetanetx.reactionrX MNXR104985rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jCGjO`)r}r(hXtym_prhXTyraminerh}rh}r(Xbigg.metaboliterXtymrXbiocycrX META:TYRAMINErXchebir]r(X CHEBI:15276rX CHEBI:15760rX CHEBI:27174rX CHEBI:327995rX CHEBI:9799reXhmdbr]r(X HMDB00306rX HMDB62629reX kegg.compoundrXC00483rXmetanetx.chemicalrXMNXM603rX seed.compoundrXcpd00374ruh0Nh1h2]rrRrjn`XC8H12NOrjp`jcjr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTYRLrhXTyrosine lyaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTYRLrXbiocycrXMETA:RXN-11319rXec-coderX 4.1.99.19rXmetanetx.reactionrX MNXR104993rXrhear]r(X26361rX26362rX26363rX26364reujG`Xb3991rjH`h#jI`h2]rj5\arRrjM`}r (j%bGj{iGjj5+ar?Rr@jM`}rA(jDGjO`)rB}rC(hXtyrp_prDhXPhosphotyrosinerEh}rFh}rG(Xbigg.metaboliterHXtyrprIXbiocycrJX META:CPD-3728rKXchebirL]rM(X CHEBI:21991rNX CHEBI:37788rOX CHEBI:45080rPX CHEBI:45158rQX CHEBI:45187rRX CHEBI:45209rSX CHEBI:62338rTX CHEBI:8171rUeX kegg.compoundrVXC06501rWXmetanetx.chemicalrXXMNXM3323rYX seed.compoundrZXcpd03912r[uh0Nh1h2]r\r]Rr^jn`X C9H10NO6Pr_jp`jcjr`Jjs`GubGj0G?jO`)r`}ra(hXtyr__L_prbhX L-Tyrosinerch}rdh}re(Xbigg.metaboliterfXtyr__LrgXbiocycrhXMETA:TYRriXchebirj]rk(X CHEBI:13181rlX CHEBI:15277rmX CHEBI:17895rnX CHEBI:18186roX CHEBI:21411rpX CHEBI:27176rqX CHEBI:32760rrX CHEBI:32761rsX CHEBI:32762rtX CHEBI:32784ruX CHEBI:32785rvX CHEBI:32786rwX CHEBI:46070rxX CHEBI:46161ryX CHEBI:58315rzX CHEBI:6313r{X CHEBI:9800r|eXhmdbr}]r~(X HMDB00158rX HMDB00647reX kegg.compoundr]r(XC00082rXC01536reX kegg.drugrXD00022rXmetanetx.chemicalrXMNXM76rX seed.compoundr]r(Xcpd00069rXcpd30745reuh0Nh1h2]rrRrjn`XC9H11NO3rjp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hXTYRPtexrhXFPhopho-L-tyrosine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTYRPtexrXmetanetx.reactionrX MNXR104999rujG`X b0929 or b2215 or b0241 or b1377rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjBG?uh0Njt`G@ju`G@@ubj<`)r}r(hXTYRTArhXTyrosine transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXTYRTArXbiocycrX"META:TYROSINE-AMINOTRANSFERASE-RXNrXec-coder]r(X2.6.1.1rX2.6.1.5rX2.6.1.57rX2.6.1.9reX kegg.reactionrXR00734rXmetanetx.reactionrX MNXR105000rXrhear]r(X15093rX15094rX15095rX15096reujG`Xb4054 or b0928rjH`h#jI`h2]r(jj<erRrjM`}r(jGjL-tyrosine reversible transport via proton symport (periplasm)rh}rh}r (jC`X SBO:0000375r X bigg.reactionr XTYRt2rppr Xbiocycr XMETA:TRANS-RXN-77rXmetanetx.reactionrX MNXR105003rXrhear]r(X28875rX28876rX28877rX28878reujG`X b0112 or b1473 or b1907 or b0576rjH`h#jI`h2]r(j6jMjMjY\erRrjM`}r(j̪Gj`GjnG?j(X35243r?X35244r@X35245rAX35246rBeujG`h#jH`h#jI`h2]rCrDRrEjM`}rF(jmGjnGjlGjO`)rG}rH(hXathtp_crIhXAdenosine thiamine triphosphaterJh}rKh}rL(Xbigg.metaboliterMXathtprNXbiocycrOXMETA:CPD0-1095rPXchebirQ]rR(X CHEBI:71393rSX CHEBI:71394rTeXhmdbrUX HMDB13646rVXmetanetx.chemicalrWXMNXM8249rXuh0Nh1h2]rYrZRr[jn`XC22H28N9O13P3Sr\jp`jq`jr`Jjs`GubG?j;nG?uh0Njt`Gju`G@@ubj<`)r]}r^(hXU23GAATr_hX7UDP-3-O-(3-hydroxymyristoyl)glucosamine acyltransferaser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXU23GAATreXbiocycrfX*META:UDPHYDROXYMYRGLUCOSAMNACETYLTRANS-RXNrgXec-coderhX 2.3.1.191riX kegg.reactionrjXR04550rkXmetanetx.reactionrlX MNXR105007rmujG`Xb0179rnjH`h#jI`h2]rojk\arpRrqjM`}rr(jGjO`)rs}rt(hXu3hga_cruhX.UDP-3-O-(3-hydroxytetradecanoyl)-D-glucosaminervh}rwh}rx(Xbigg.metaboliteryXu3hgarzXbiocycr{XMETA:UDP-OHMYR-GLUCOSAMINEr|Xchebir}]r~(X CHEBI:22095rX CHEBI:27392rX CHEBI:58510rX CHEBI:71573rX CHEBI:71619rX CHEBI:9807reX kegg.compoundrXC06022rXmetanetx.chemicalrXMNXM2036rX seed.compoundrXcpd03584ruh0Nh1h2]rrRrjn`X C29H50N3O18P2rjp`jq`jr`Jjs`GubGjrG?jnG?j̃G?uh0Njt`Gju`G@@ubj<`)r}r(hXUAAGDSrhXLUDP-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2,6-diaminopimelate synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUAAGDSrXec-coderX6.3.2.13rXmetanetx.reactionrX MNXR105013rujG`Xb0085rjH`h#jI`h2]rj}\arRrjM`}r(jGjbGjO`)r}r(hXuamag_crhX)UDP-N-acetylmuramoyl-L-alanyl-D-glutamaterh}rh}r(Xbigg.metaboliterXuamagrXbiocycrXMETA:UDP-AA-GLUTAMATErXchebir]r(X CHEBI:13461rX CHEBI:13482rX CHEBI:16970rX CHEBI:22125rX CHEBI:46143rX CHEBI:57968rX CHEBI:83900rX CHEBI:9832reX kegg.compoundrXC00692rXmetanetx.chemicalrXMNXM955rX seed.compoundrXcpd00525ruh0Nh1h2]rrRrjn`X C28H39N5O23P2rjp`jq`jr`Jjs`GubGjmG?jnG?j;nG?jO`)r}r(hXugmd_crhXGUDP-N-acetylmuramoyl-L-alanyl-D-gamma-glutamyl-meso-2,6-diaminopimelaterh}rh}r(Xbigg.metaboliterXugmdrXchebir]r(X CHEBI:13460rX CHEBI:13463rX CHEBI:13481rX CHEBI:22124rX CHEBI:28639rX CHEBI:30905rX CHEBI:58582rX CHEBI:9831reXmetanetx.chemicalrX MNXM162592ruh0Nh1h2]rrRrjn`X C35H51N7O26P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX UACGALPpprhX=UDP-N-acetyl-D-galactosamine pyrophosphohydrolase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX UACGALPpprXec-coderX3.6.1.45rXmetanetx.reactionrX MNXR105017rujG`Xb0480rjH`h#jI`h2]rjeGarRrjM`}r(jDGjO`)r}r(hX udpacgal_prhXUDP-N-acetyl-D-galactosaminerh}rh}r(Xbigg.metaboliterXudpacgalrXbiocycrXMETA:UDP-N-ACETYL-GALACTOSAMINErXchebir]r(X CHEBI:13455rX CHEBI:13470rX CHEBI:16650rX CHEBI:22112rX CHEBI:57847rX CHEBI:9820reX kegg.compoundrXC00203rX kegg.glycanrXG10611rXmetanetx.chemicalrX MNXM162233rX seed.compoundrXcpd00175ruh0Nh1h2]rrRrjn`X C17H25N3O17P2rjp`jcjr`Jjs`GubGjG?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r}r(hX UACGAMPppr hX;UDP-N-acetyl-D-glucosamine pyrophosphohydrolase (periplasm)r h}r h}r (jC`X SBO:0000375r X bigg.reactionrX UACGAMPpprXec-coderX3.6.1.45rXmetanetx.reactionrX MNXR105020rujG`Xb0480rjH`h#jI`h2]rjeGarRrjM`}r(jDGjO`)r}r(hXuacgam_prhXUDP-N-acetyl-D-glucosaminerh}rh}r(Xbigg.metaboliterXuacgamr Xbiocycr!XMETA:UDP-N-ACETYL-D-GLUCOSAMINEr"Xchebir#]r$(X CHEBI:13456r%X CHEBI:13473r&X CHEBI:13475r'X CHEBI:13476r(X CHEBI:16264r)X CHEBI:22115r*X CHEBI:46243r+X CHEBI:46287r,X CHEBI:57705r-X CHEBI:9823r.eXhmdbr/X HMDB62760r0X kegg.compoundr1XC00043r2X kegg.glycanr3XG10610r4X lipidmapsr5X LMSL01010002r6Xmetanetx.chemicalr7XMNXM47r8X seed.compoundr9Xcpd00037r:uh0Nh1h2]r;r<Rr=jn`X C17H25N3O17P2r>jp`jcjr`Jjs`GubGj:G?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r?}r@(hX UACGAMtexrAhXOUDP-N-acetyl-D-glucosamine transport via diffusion (extracellular to periplasm)rBh}rCh}rD(jC`X SBO:0000375rEX bigg.reactionrFX UACGAMtexrGXmetanetx.reactionrHX MNXR105021rIujG`X b1377 or b0241 or b0929 or b2215rJjH`h#jI`h2]rK(hIh[h7h erLRrMjM`}rN(jؤGjG?uh0Njt`G@ju`G@@ubj<`)rO}rP(hXUACMAMOrQhX)UDP-N-acetyl-D-mannosamine oxidoreductaserRh}rSh}rT(jC`X SBO:0000375rUX bigg.reactionrVXUACMAMOrWXbiocycrXXMETA:UDPMANNACADEHYDROG-RXNrYXec-coderZX 1.1.1.336r[X kegg.reactionr\XR03317r]Xmetanetx.reactionr^X MNXR105022r_Xrhear`]ra(X25780rbX25781rcX25782rdX25783reeujG`Xb3787rfjH`h#jI`h2]rgj\arhRrijM`}rj(jgfGjiGjO`)rk}rl(hXuacmam_crmhXUDP-N-acetyl-D-mannosaminernh}roh}rp(Xbigg.metaboliterqXuacmamrrXbiocycrsXMETA:UDP-MANNACrtXchebiru]rv(X CHEBI:13457rwX CHEBI:13474rxX CHEBI:16287ryX CHEBI:22116rzX CHEBI:57715r{X CHEBI:68623r|X CHEBI:68678r}X CHEBI:9824r~eXhmdbrX HMDB13112rX kegg.compoundrXC01170rX kegg.glycanrXG11112rXmetanetx.chemicalrXMNXM932rX seed.compoundrXcpd00861ruh0Nh1h2]rrRrjn`X C17H25N3O17P2rjp`jq`jr`Jjs`GubGjnG@jXMETA:UDP-NACMURALA-GLU-LIG-RXNr?Xec-coder@X6.3.2.9rAX kegg.reactionrBXR02783rCXmetanetx.reactionrDX MNXR105038rEXrhearF]rG(X16429rHX16430rIX16431rJX16432rKeujG`Xb0088rLjH`h#jI`h2]rMj\arNRrOjM`}rP(jbGj]GjO`)rQ}rR(hXuama_crShXUDP-N-acetylmuramoyl-L-alaninerTh}rUh}rV(Xbigg.metaboliterWXuamarXXbiocycrYXMETA:CPD0-1456rZXchebir[]r\(X CHEBI:13459r]X CHEBI:13478r^X CHEBI:16932r_X CHEBI:22123r`X CHEBI:57953raX CHEBI:83898rbX CHEBI:84726rcX CHEBI:9830rdeX kegg.compoundreXC01212rfXmetanetx.chemicalrgXMNXM1953rhX seed.compoundri]rj(Xcpd00890rkXcpd29609rleuh0Nh1h2]rmrnRrojn`X C23H33N4O20P2rpjp`jq`jr`Jjs`GubGjmG?jnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)rq}rr(hXUAMASrshX)UDP-N-acetylmuramoyl-L-alanine synthetaserth}ruh}rv(jC`X SBO:0000375rwX bigg.reactionrxXUAMASryXbiocycrzXMETA:UDP-NACMUR-ALA-LIG-RXNr{Xec-coder|X6.3.2.8r}X kegg.reactionr~XR03193rXmetanetx.reactionrX MNXR105039rXrhear]r(X23372rX23373rX23374rX23375reujG`Xb0091rjH`h#jI`h2]rj\arRrjM`}r(jaGjbGjO`)r}r(hXuamr_crhXUDP-N-acetylmuramaterh}rh}r(Xbigg.metaboliterXuamrrXbiocycrXMETA:UDP-N-ACETYLMURAMATErXchebir]r(X CHEBI:13458rX CHEBI:13477rX CHEBI:17882rX CHEBI:22120rX CHEBI:58309rX CHEBI:70757rX CHEBI:70765rX CHEBI:9827reX kegg.compoundrXC01050rXmetanetx.chemicalrXMNXM785rX seed.compoundrXcpd00773ruh0Nh1h2]rrRrjn`X C20H28N3O19P2rjp`jq`jr`Jjs`GubGjmG?jnG?j;nG?jQG?uh0Njt`Gju`G@@ubj<`)r}r(hXUAPGRrhX-UDP-N-acetylenolpyruvoylglucosamine reductaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUAPGRrXbiocycrX#META:UDPNACETYLMURAMATEDEHYDROG-RXNrXec-coderX1.3.1.98rX kegg.reactionrXR03192rXmetanetx.reactionrX MNXR105041rXrhear]r(X12248rX12249rX12250rX12251reujG`Xb3972rjH`h#jI`h2]rj ]arRrjM`}r(jnGj{iGjGj[iG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUDCPDPrhXUndecaprenyl-diphosphataserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDCPDPrXmetanetx.reactionrX MNXR105042rXrhear]r(X17069rX17070rX17071rX17072reujG`Xb1278 or b0841 or b3057rjH`h#jI`h2]r(j1]jJj]erRrjM`}r(jgfGjmmGjnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUDCPDPSrhX!Undecaprenyl diphosphate synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDCPDPSrXbiocycrX META:RXN-9138rXec-coder]r(X2.5.1.-rX2.5.1.31rX2.5.1.M1reXmetanetx.reactionrX MNXR105043rujG`Xb0174rjH`h#jI`h2]rjC]arRrjM`}r(jfGj&G jnnG@ jmmG?uh0Njt`Gju`G@@ubj<`)r}r(hXUDCPDPpprhX&Undecaprenyl-diphosphatase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDCPDPpprXmetanetx.reactionrX MNXR105042rXrhear]r(X17069rX17070rX17071rX17072reujG`Xb3057 or b1278 or b0841rjH`h#jI`h2]r(j1]jJj]erRrjM`}r (jDGj Gj̪G?j0G?j G?uh0Njt`Gju`G@@ubj<`)r }r (hX UDCPPtppir hX9Undecaprenyl phosphate transport (cytoplasm to periplasm)r h}rh}r(jC`X SBO:0000375rX bigg.reactionrX UDCPPtppirXmetanetx.reactionrX MNXR105045rujG`h#jH`h#jI`h2]rrRrjM`}r(j GjG?uh0Njt`Gju`G@@ubj<`)r}r(hX UDPACGALtexrhXQUDP-N-acetyl-D-galactosamine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr X UDPACGALtexr!Xmetanetx.reactionr"X MNXR105046r#ujG`X b1377 or b0241 or b0929 or b2215r$jH`h#jI`h2]r%(hIh[h7h er&Rr'jM`}r((j GjG?uh0Njt`G@ju`G@@ubj<`)r)}r*(hXUDPG4Er+hXUDPglucose 4-epimeraser,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0XUDPG4Er1Xbiocycr2XMETA:UDPGLUCEPIM-RXNr3Xec-coder4X5.1.3.2r5X kegg.reactionr6XR00291r7Xmetanetx.reactionr8X MNXR105057r9Xrhear:]r;(X22168r<X22169r=X22170r>X22171r?eujG`Xb0759r@jH`h#jI`h2]rAjU]arBRrCjM`}rD(jRGjO`)rE}rF(hXudpgal_crGhX UDPgalactoserHh}rIh}rJ(Xbigg.metaboliterKXudpgalrLXbiocycrMXMETA:CPD-14553rNXchebirO]rP(X CHEBI:13487rQX CHEBI:13495rRX CHEBI:18307rSX CHEBI:22100rTX CHEBI:42751rUX CHEBI:58439rVX CHEBI:66914rWX CHEBI:67119rXX CHEBI:9811rYeXhmdbrZX HMDB62573r[X kegg.compoundr\XC00052r]X kegg.glycanr^XG10609r_Xmetanetx.chemicalr`X MNXM89795raX seed.compoundrb]rc(Xcpd00043rdXcpd30770reeuh0Nh1h2]rfrgRrhjn`X C15H22N2O17P2rijp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rj}rk(hXUDPGALMrlhXUDPgalactopyranose mutasermh}rnh}ro(jC`X SBO:0000375rpX bigg.reactionrqXUDPGALMrrXbiocycrsXMETA:GALPMUT-RXNrtXec-coderuX5.4.99.9rvX kegg.reactionrwXR00505rxXmetanetx.reactionryX MNXR105058rzXrhear{]r|(X24132r}X24133r~X24134rX24135reujG`Xb2036rjH`h#jI`h2]rjg]arRrjM`}r(jEGjɭG?uh0Njt`Gju`G@@ubj<`)r}r(hX UDPGALPpprhX!UDPgalactose pyrophosphohydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrX UDPGALPpprXec-coderX3.6.1.45rXmetanetx.reactionrX MNXR105060rujG`Xb0480rjH`h#jI`h2]rjeGarRrjM`}r(jDGjO`)r}r(hXudpgal_prhX UDPgalactoserh}rh}r(Xbigg.metaboliterXudpgalrXbiocycrXMETA:CPD-14553rXchebir]r(X CHEBI:13487rX CHEBI:13495rX CHEBI:18307rX CHEBI:22100rX CHEBI:42751rX CHEBI:58439rX CHEBI:66914rX CHEBI:67119rX CHEBI:9811reXhmdbrX HMDB62573rX kegg.compoundrXC00052rX kegg.glycanrXG10609rXmetanetx.chemicalrX MNXM89795rX seed.compoundr]r(Xcpd00043rXcpd30770reuh0Nh1h2]rrRrjn`X C15H22N2O17P2rjp`jcjr`Jjs`GubGjiOG?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r}r(hX UDPGALtexrhXAUDPgalactose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX UDPGALtexrXmetanetx.reactionrX MNXR105061rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jkGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXUDPGDrhXUDPglucose 6-dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDPGDrXbiocycrX META:UGD-RXNrXec-coderX1.1.1.22rX kegg.reactionrXR00286rXmetanetx.reactionrX MNXR105063rXrhear]r(X23596rX23597rX23598rX23599reujG`Xb2028rjH`h#jI`h2]rjy]arRrjM`}r(jgfGjiGjRGjnG@j}r?(hX UDPGLCURtexr@hXFUDP-D-glucuronate transport via diffusion (extracellular to periplasm)rAh}rBh}rC(jC`X SBO:0000375rDX bigg.reactionrEX UDPGLCURtexrFXmetanetx.reactionrGX MNXR105066rHujG`X b1377 or b0241 or b0929 or b2215rIjH`h#jI`h2]rJ(hIh[h7h erKRrLjM`}rM(jGjO`)rN}rO(hX udpglcur_prPhXUDP-D-glucuronaterQh}rRh}rS(Xbigg.metaboliterTXudpglcurrUXbiocycrVXMETA:UDP-GLUCURONATErWXchebirX]rY(X CHEBI:13489rZX CHEBI:13506r[X CHEBI:17200r\X CHEBI:22104r]X CHEBI:46309r^X CHEBI:58052r_X CHEBI:9846r`eX kegg.compoundraXC00167rbX kegg.glycanrcXG10612rdXmetanetx.chemicalreXMNXM87rfX seed.compoundrgXcpd00144rhuh0Nh1h2]rirjRrkjn`X C15H19N2O18P2rljp`jcjr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)rm}rn(hXUDPGPpprohXUDPglucose pyrophosphohydrolaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXUDPGPppruXec-coderv]rw(X3.6.1.45rxX3.6.1.8ryX3.6.1.9rzeX kegg.reactionr{XR00287r|Xmetanetx.reactionr}X MNXR105070r~Xrhear]r(X29555rX29556rX29557rX29558reujG`Xb0480rjH`h#jI`h2]rjeGarRrjM`}r(jDGjO`)r}r(hXudpg_prhX UDPglucoserh}rh}r(Xbigg.metaboliterXudpgrXbiocycrXMETA:CPD-12575rXchebir]r(X CHEBI:13498rX CHEBI:13505rX CHEBI:18066rX CHEBI:22103rX CHEBI:27234rX CHEBI:28532rX CHEBI:42885rX CHEBI:46228rX CHEBI:46229rX CHEBI:52249rX CHEBI:58367rX CHEBI:58885rX CHEBI:9845rX CHEBI:9895reX kegg.compoundrXC00029rX kegg.glycanrXG10608rXmetanetx.chemicalrXMNXM52rX seed.compoundr]r(Xcpd00026rXcpd28293reuh0Nh1h2]rrRrjn`X C15H22N2O17P2rjp`jcjr`Jjs`GubGjIG?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUDPGtexrhX?UDPglucose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDPGtexrXmetanetx.reactionrX MNXR105071rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h h7erRrjM`}r(j6GjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXUDPKAATrhXDUDP-4''-ketopentose:UDP-4-amino-4-deoxy-L-arabinose aminotransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUDPKAATrXbiocycrXMETA:RXN0-1863rXec-coderX2.6.1.87rX kegg.reactionrXR07659rXmetanetx.reactionrX MNXR105074rXrhear]r(X24710rX24711rX24712rX24713reujG`Xb2253rjH`h#jI`h2]rj]arRrjM`}r(jeGj$GjG?jO`)r}r(hX udpLa4n_crhX8Uridine 5''-diphospho-{beta}-4-deoxy-4-amino-L-arabinoserh}rh}r(Xbigg.metaboliterXudpLa4nrXbiocycrX$META:UDP-4-AMINO-4-DEOXY-L-ARABINOSErXchebir]r(X CHEBI:47025rX CHEBI:58708reX kegg.compoundrXC16153rXmetanetx.chemicalrXMNXM1786rX seed.compoundrXcpd14874ruh0Nh1h2]rrRrjn`X C14H22N3O15P2rjp`jq`jr`Jjs`GubG?uh0Njt`G@ju`G@@ubj<`)r}r(hX UGLCURPpprhX2UDP-D-glucuronate pyrophosphohydrolase (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX UGLCURPpprXmetanetx.reactionrX MNXR105055rXrhear]r(X29559rX29560rX29561rX29562reujG`Xb0480rjH`h#jI`h2]rjeGar Rr jM`}r (jDGjNGjGZG?j̪G@jG?uh0Njt`Gju`G@@ubj<`)r }r (hXUGLTrhX2UDPglucose--hexose-1-phosphate uridylyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUGLTrXbiocycrXMETA:GALACTURIDYLYLTRANS-RXNrXec-coderX2.7.7.12rX kegg.reactionrXR00955rXmetanetx.reactionrX MNXR105090rXrhear]r(X13989rX13990r X13991r!X13992r"eujG`Xb0758r#jH`h#jI`h2]r$j]ar%Rr&jM`}r'(jQGjRGj0JG?jEG?uh0Njt`G@ju`G@@ubj<`)r(}r)(hXUGLYCHr*hXUreidoglycolate hydrolaser+h}r,h}r-(jC`X SBO:0000375r.X bigg.reactionr/XUGLYCHr0Xbiocycr1X"META:UREIDOGLYCOLATE-HYDROLASE-RXNr2Xec-coder3]r4(X 3.5.1.116r5X3.5.3.19r6eX kegg.reactionr7XR00469r8Xmetanetx.reactionr9X MNXR105091r:Xrhear;]r<(X19809r=X19810r>X19811r?X19812r@eujG`Xb0505rAjH`h#jI`h2]rBj]arCRrDjM`}rE(jgfGjnGjGjG?j@>G?jiG@uh0Njt`Gju`G@@ubj<`)rF}rG(hXUGMDDSrHhX_UDP-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2,6-diaminopimeloyl-D-alanyl-D-alanine synthetaserIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXUGMDDSrNXec-coderOX6.3.2.10rPXmetanetx.reactionrQX MNXR105094rRujG`Xb0086rSjH`h#jI`h2]rTj]arURrVjM`}rW(jDGjbGjGjmG?jnG?j;nG?jNG?uh0Njt`Gju`G@@ubj<`)rX}rY(hXUHGADArZhX%UDP-3-O-acetylglucosamine deacetylaser[h}r\h}r](jC`X SBO:0000375r^X bigg.reactionr_XUHGADAr`XbiocycraXMETA:UDPACYLGLCNACDEACETYL-RXNrbXec-codercX 3.5.1.108rdX kegg.reactionreXR04587rfXmetanetx.reactionrgX MNXR105110rhXrheari]rj(X25209rkX25210rlX25211rmX25212rneujG`Xb0096rojH`h#jI`h2]rpj]arqRrrjM`}rs(jgfGjGj.G?jsG?uh0Njt`Gju`G@@ubj<`)rt}ru(hXULA4NFTrvhXUDP-L-Ara4N formyltransferaserwh}rxh}ry(jC`X SBO:0000375rzX bigg.reactionr{XULA4NFTr|Xec-coder}X2.1.2.13r~X kegg.reactionrXR07660rXmetanetx.reactionrX MNXR105113rXrhear]r(X24706rX24707rX24708rX24709reujG`Xb2255rjH`h#jI`h2]rj]arRrjM`}r(j@aGjGjnG?jlG?jO`)r}r(hX udpLa4fn_crhX<Uridine 5''-diphospho-{beta}-4-deoxy-4-formamido-L-arabinoserh}rh}r(Xbigg.metaboliterXudpLa4fnrXbiocycrXMETA:UDP-L-ARA4-FORMYL-NrXchebir]r(X CHEBI:47027rX CHEBI:58709reX kegg.compoundrXC16154rXmetanetx.chemicalrXMNXM1390rX seed.compoundrXcpd14875ruh0Nh1h2]rrRrjn`X C15H21N3O16P2rjp`jq`jr`Jjs`GubG?uh0Njt`Gju`G@@ubj<`)r}r(hX ULA4NtppirhX"Transport (cytoplasm to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX ULA4NtppirXmetanetx.reactionrX MNXR105114rujG`Xb4544 and b2258rjH`h#jI`h2]r(j]j ^erRrjM`}r(jO`)r}r(hXuLa4n_crhX2Undecaprenyl phosphate-4-amino-4-deoxy-L-arabinoserh}rh}r(Xbigg.metaboliterXuLa4nrXmetanetx.chemicalrX MNXM90891rX seed.compoundrXcpd15576ruh0Nh1h2]rrRrjn`X C60H100N1O7P1rjp`jq`jr`Kjs`GubGj~G?uh0Njt`Gju`G@@ubj<`)r}r(hXUM3PLrhXJUDP-N-acetylmuramate:L-alanyl-gamma-D-glutamyl-meso-diaminopimelate ligaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUM3PLrXmetanetx.reactionrX MNXR105115rujG`Xb4233rjH`h#jI`h2]rj^arRrjM`}r(jJGjbGjGjmG?jnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUM4PCPrhXfUDP-N-acetylmuramoyl-L-alanyl-D-gamma-glutamyl-meso-2,6-diaminopimelate-D-alanine L,D-carboxypeptidaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUM4PCPrXmetanetx.reactionrX MNXR105116rujG`Xb1192rjH`h#jI`h2]rjSarRrjM`}r(jgfGjO`)r}r(hXum4p_crhXQUDP-N-acetylmuramoyl-L-alanyl-D-gamma-glutamyl-meso-2,6-diaminopimelate-D-alaninerh}rh}r(Xbigg.metaboliterXum4prXmetanetx.chemicalrX MNXM147329rX seed.compoundrXcpd15579ruh0Nh1h2]rrRrjn`X C38H56N8O27P2rjp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUM4PLrhXTUDP-N-acetylmuramate:L-alanyl-gamma-D-glutamyl-meso-diaminopimelate-D-alanine ligaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUM4PLrXmetanetx.reactionrX MNXR105117rujG`Xb4233rjH`h#jI`h2]rj^arRrjM`}r(jֿGjbGjGjmG?jnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUMPKrhX UMP kinaser h}r h}r (jC`X SBO:0000375r X bigg.reactionr XUMPKrXbiocycrXMETA:RXN-12002rXec-coder]r(X2.7.4.14rX2.7.4.22rX2.7.4.4reX kegg.reactionrXR00158rXmetanetx.reactionrX MNXR105118rXrhear]r(X24400rX24401rX24402rX24403reujG`Xb0910 or b0171r jH`h#jI`h2]r!(j%j-^er"Rr#jM`}r$(jbGj:GjmG?jG?uh0Njt`G@ju`G@@ubj<`)r%}r&(hXUMPtexr'hX8UMP transport via diffusion (extracellular to periplasm)r(h}r)h}r*(jC`X SBO:0000375r+X bigg.reactionr,XUMPtexr-Xmetanetx.reactionr.X MNXR105127r/Xrhear0]r1(X27926r2X27927r3X27928r4X27929r5eujG`X b2215 or b0929 or b1377 or b0241r6jH`h#jI`h2]r7(hIh[h7h er8Rr9jM`}r:(jɥGjG?uh0Njt`G@ju`G@@ubj<`)r;}r<(hXUPLA4FNFr=hX)Undecaprenyl phosphate-L-Ara4FN formylaser>h}r?h}r@(jC`X SBO:0000375rAX bigg.reactionrBXUPLA4FNFrCXmetanetx.reactionrDX MNXR105132rEujG`Xb2256rFjH`h#jI`h2]rGj?^arHRrIjM`}rJ(jgfGjO`)rK}rL(hXuLa4fn_crMhX3Undecaprenyl phosphate-4-amino-4-formyl-L-arabinoserNh}rOh}rP(Xbigg.metaboliterQXuLa4fnrRXbiocycrSXMETA:CPD0-2153rTXmetanetx.chemicalrUX MNXM88505rVX seed.compoundrWXcpd15575rXuh0Nh1h2]rYrZRr[jn`X C61H99N1O8P1r\jp`jq`jr`Jjs`GubGjG?jG?uh0Njt`Gju`G@@ubj<`)r]}r^(hXUPLA4FNTr_hX+Undecaprenyl phosphate-L-Ara4FN transferaser`h}rah}rb(jC`X SBO:0000375rcX bigg.reactionrdXUPLA4FNTreXmetanetx.reactionrfX MNXR105133rgujG`Xb2254rhjH`h#jI`h2]rijQ^arjRrkjM`}rl(jGjGjKG?jG?uh0Njt`Gju`G@@ubj<`)rm}rn(hXUPP3MTrohX"Uroporphyrinogen methyltransferaserph}rqh}rr(jC`X SBO:0000375rsX bigg.reactionrtXUPP3MTruXbiocycrvXMETA:RXN-13403rwXec-coderxX 2.1.1.107ryX kegg.reactionrzXR03194r{Xmetanetx.reactionr|X MNXR105137r}Xrhear~]r(X32459rX32460rX32461rX32462reujG`Xb3803 or b3368rjH`h#jI`h2]r(jVjc^erRrjM`}r(j%bGjO`)r}r(hXuppg3_crhXUroporphyrinogen IIIrh}rh}r(Xbigg.metaboliterXuppg3rXbiocycrXMETA:UROPORPHYRINOGEN-IIIrXchebir]r(X CHEBI:15300rX CHEBI:15437rX CHEBI:27257rX CHEBI:57308rX CHEBI:9905reXhmdbrX HMDB01086rX kegg.compoundrXC01051rXmetanetx.chemicalrXMNXM414rX seed.compoundrXcpd00774ruh0Nh1h2]rrRrjn`X C40H36N4O16rjp`jq`jr`Jjs`GubGjG@jG?jnG?uh0Njt`Gju`G@@ubj<`)r}r(hXUPP3SrhXUroporphyrinogen-III synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUPP3SrXbiocycrXMETA:UROGENIIISYN-RXNrXec-coderX4.2.1.75rX kegg.reactionrXR03165rXmetanetx.reactionrX MNXR105139rXrhear]r(X18965rX18966rX18967rX18968reujG`Xb3804rjH`h#jI`h2]rju^arRrjM`}r(jqGjgfG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXUPPDC1rhX5Uroporphyrinogen decarboxylase (uroporphyrinogen III)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUPPDC1rXbiocycrXMETA:UROGENDECARBOX-RXNrXec-coderX4.1.1.37rX kegg.reactionrXR03197rXmetanetx.reactionrX MNXR105140rXrhear]r(X19865rX19866rX19867rX19868reujG`Xb3997rjH`h#jI`h2]rj^arRrjM`}r(jnGjGjG@jP G?uh0Njt`Gju`G@@ubj<`)r}r(hXUPPRTrhX Uracil phosphoribosyltransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUPPRTrXbiocycrXMETA:URACIL-PRIBOSYLTRANS-RXNrXec-coderX2.4.2.9rX kegg.reactionrXR00966rXmetanetx.reactionrX MNXR105142rXrhear]r(X13017rX13018rX13019rX13020reujG`Xb2498rjH`h#jI`h2]rj^arRrjM`}r(jGj`GjnnG?j:G?uh0Njt`Gju`G@@ubj<`)r}r(hXURACPAHrhXPeroxyureidoacrylate hydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXURACPAHrXbiocycrXMETA:RXN0-6460rXec-coderX 3.5.1.110rX kegg.reactionrXR09947rXmetanetx.reactionr X MNXR105143r Xrhear ]r (X31591r X31592rX31593rX31594reujG`Xb1011rjH`h#jI`h2]rj^arRrjM`}r(jgfGjGjG?jnG?j^G?uh0Njt`Gju`G@@ubj<`)r}r(hX URAt2pp_copy1rhh#h}rh}r(jC`X SBO:0000375rXbiocycrXMETA:TRANS-RXN-132rXmetanetx.reactionrX MNXR105148rXrhear ]r!(X29239r"X29240r#X29241r$X29242r%eujG`Xb2497r&jH`h#jI`h2]r'j^ar(Rr)jM`}r*(j̪GjO`)r+}r,(hXura_pr-hXUracilr.h}r/h}r0(Xbigg.metaboliter1Xurar2Xbiocycr3X META:URACILr4Xchebir5]r6(X CHEBI:15288r7X CHEBI:17568r8X CHEBI:27210r9X CHEBI:43254r:X CHEBI:46375r;X CHEBI:9882r<eXhmdbr=X HMDB00300r>X kegg.compoundr?XC00106r@X kegg.drugrA]rB(XD00027rCXD09776rDeXmetanetx.chemicalrEXMNXM158rFX seed.compoundrGXcpd00092rHuh0Nh1h2]rIrJRrKjn`XC4H4N2O2rLjp`jcjr`Kjs`GubGjnG?j`G?uh0Njt`Gju`G@@ubj<`)rM}rN(hX URAt2pp_copy2rOhh#h}rPh}rQ(jC`X SBO:0000375rRXbiocycrSXMETA:TRANS-RXN-132rTXmetanetx.reactionrUX MNXR105148rVXrhearW]rX(X29239rYX29240rZX29241r[X29242r\eujG`Xb1006r]jH`h#jI`h2]r^j^ar_Rr`jM`}ra(j̪Gj+GjnG?j`G?uh0Njt`G@ju`G@@ubj<`)rb}rc(hXURAtexrdhX;Uracil transport via diffusion (extracellular to periplasm)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXURAtexrjXbiocycrkXMETA:TRANS-RXN0-560rlXmetanetx.reactionrmX MNXR105147rnXrhearo]rp(X27318rqX27319rrX27320rsX28622rteujG`X b1377 or b0241 or b0929 or b2215rujH`h#jI`h2]rv(hIh[h7h erwRrxjM`}ry(jGj+G?uh0Njt`G@ju`G@@ubj<`)rz}r{(hXURDGLYCDr|hXUreidoglycolate dehydrogenaser}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXURDGLYCDrXbiocycrXMETA:RXN0-7024rXec-coder]r(X 1.1.1.154rX 1.1.1.350reX kegg.reactionrXR02935rXmetanetx.reactionrX MNXR105152rXrhear]r(X15329rX15330rX15331rX15332reujG`Xb0517rjH`h#jI`h2]rj^arRrjM`}r(jiGjGjnG?jXec-coder?X3.2.2.3r@X kegg.reactionrAXR01080rBXmetanetx.reactionrCX MNXR105161rDXrhearE]rF(X15577rGX15578rHX15579rIX15580rJeujG`Xb0651 or b2162 or b0030rKjH`h#jI`h2]rL(jjjUerMRrNjM`}rO(jgfGjqGj}G?j`G?uh0Njt`Gju`G@@ubj<`)rP}rQ(hXURIK2rRhXUridine kinase (GTP:Uridine)rSh}rTh}rU(jC`X SBO:0000375rVX bigg.reactionrWXURIK2rXXbiocycrYX META:URKI-RXNrZXec-coder[X2.7.1.48r\X kegg.reactionr]XR00968r^Xmetanetx.reactionr_X MNXR105163r`Xrheara]rb(X27650rcX27651rdX27652reX27653rfeujG`Xb2066rgjH`h#jI`h2]rhjariRrjjM`}rk(jJfGjqGjZG?jnG?j:G?uh0Njt`Gju`G@@ubj<`)rl}rm(hX URIt2pp_copy1rnhh#h}roh}rp(jC`X SBO:0000375rqXbiocycrrXMETA:TRANS-RXN-108IrsXmetanetx.reactionrtX MNXR105166ruXrhearv]rw(X29951rxX29952ryX29953rzX29954r{eujG`Xb2393 or b2964r|jH`h#jI`h2]r}(jgjyer~RrjM`}r(j̪GjcGjnG?jqG?uh0Njt`Gju`G@@ubj<`)r}r(hX URIt2pp_copy2rhh#h}rh}r(jC`X SBO:0000375rXbiocycrXMETA:TRANS-RXN-108IrXmetanetx.reactionrX MNXR105166rXrhear]r(X29951rX29952rX29953rX29954reujG`Xb2406rjH`h#jI`h2]rjarRrjM`}r(j̪GjcGjnG?jqG?uh0Njt`G@ju`G@@ubj<`)r}r(hXURItexrhX<Uridine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXURItexrXmetanetx.reactionrX MNXR105165rujG`Xb0411rjH`h#jI`h2]rjarRrjM`}r(jWGjcG?uh0Njt`G@ju`G@@ubj<`)r}r(hXUSHDrhXUDP-sugar hydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXUSHDrXbiocycrXMETA:LIPIDXSYNTHESIS-RXNrXec-coderX3.6.1.54rX kegg.reactionrXR04549rXmetanetx.reactionrX MNXR105170rXrhear]r(X25213rX25214rX25215rX25216reujG`Xb0524rjH`h#jI`h2]rj^arRrjM`}r(jgfGj̃GjnG@jG?j:G?uh0Njt`Gju`G@@ubj<`)r}r(hXVALTArhXValine transaminaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXVALTArXbiocycrX'META:BRANCHED-CHAINAMINOTRANSFERVAL-RXNrXec-coder]r(X2.6.1.42rX2.6.1.6reX kegg.reactionrXR01214rXmetanetx.reactionrX MNXR96230rXrhear]r(X24813rX24814rX24815rX24816reujG`Xb3770rjH`h#jI`h2]rj 9arRrjM`}r(jGjmGjG?jeG?uh0Njt`G@ju`G@@ubj<`)r}r(hXVALTRSrhXValyl-tRNA synthetaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXVALTRSrXec-coderX6.1.1.9rX kegg.reactionrXR03665rXmetanetx.reactionrX MNXR105186rujG`Xb4258rjH`h#jI`h2]rj_arRrjM`}r(jbGjO`)r}r(hX trnaval_crhX TRNA(Val)rh}rh}r(Xbigg.metaboliterXtrnavalrXbiocycrXMETA:VAL-tRNAsrXchebir]r(X CHEBI:10694rX CHEBI:15191rX CHEBI:29183reX kegg.compoundrXC01653rXmetanetx.chemicalrX MNXM90885rX seed.compoundr]r(Xcpd11924r Xcpd28318r euh0Nh1h2]r r Rr jn`jjp`jq`jr`Kjs`GubGjmGjG?jnnG?jO`)r}r(hX valtrna_crhXL-Valyl-tRNA(Val)rh}rh}r(Xbigg.metaboliterXvaltrnarXchebir]r(X CHEBI:13187rX CHEBI:29164rX CHEBI:6322reX kegg.compoundrXC02554rXmetanetx.chemicalrX MNXM90110rX seed.compoundrXcpd12133r uh0Nh1h2]r!r"Rr#jn`XC5H10NORr$jp`jq`jr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)r%}r&(hXVALabcppr'hX-L-valine transport via ABC system (periplasm)r(h}r)h}r*(jC`X SBO:0000375r+X bigg.reactionr,XVALabcppr-Xbiocycr.XMETA:ABC-36-RXNr/Xmetanetx.reactionr0X MNXR105187r1Xrhear2]r3(X29803#2r4X29804#2r5X29805#2r6X29806#2r7eujG`X-b3460 and b3455 and b3454 and b3457 and b3456r8jH`h#jI`h2]r9(j j j j j er:Rr;jM`}r<(jbGjgfGjO`)r=}r>(hXval__L_pr?hXL-Valiner@h}rAh}rB(Xbigg.metaboliterCXval__LrDXbiocycrEXMETA:VALrFXchebirG]rH(X CHEBI:13186rIX CHEBI:16414rJX CHEBI:21417rKX CHEBI:27266rLX CHEBI:32851rMX CHEBI:32852rNX CHEBI:32859rOX CHEBI:32860rPX CHEBI:46282rQX CHEBI:46376rRX CHEBI:46418rSX CHEBI:46484rTX CHEBI:57762rUX CHEBI:6321rVX CHEBI:87977rWeXhmdbrX]rY(X HMDB00883rZX HMDB34366r[eX kegg.compoundr\]r](XC00183r^XC16436r_eX kegg.drugr`XD00039raX lipidmapsrbX LMFA01100046rcXmetanetx.chemicalrdXMNXM199reX seed.compoundrf]rg(Xcpd00156rhXcpd15141rieuh0Nh1h2]rjrkRrljn`XC5H11NO2rmjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jmG?uh0Njt`Gju`G@@ubj<`)rn}ro(hXVALt2rpprphX<L-valine reversible transport via proton symport (periplasm)rqh}rrh}rs(jC`X SBO:0000375rtX bigg.reactionruXVALt2rpprvXmetanetx.reactionrwX MNXR105188rxujG`Xb0401 or ( b2683 and b2682 )ryjH`h#jI`h2]rz(j_j)_j19er{Rr|jM`}r}(j̪Gj=GjnG?jmG?uh0Njt`G@ju`G@@ubj<`)r~}r(hXVALtexrhX=L-valine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXVALtexrXbiocycrXMETA:TRANS-RXN0-269rXmetanetx.reactionrX MNXR105190rXrhear]r(X29703rX29704rX29705rX29706reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGj=G?uh0Njt`G@ju`G@@ubj<`)r}r(hXVPAMTrrhX Valine-pyruvate aminotransferaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXVPAMTrrXbiocycrX&META:VALINE-PYRUVATE-AMINOTRANSFER-RXNrXec-coderX2.6.1.66rX kegg.reactionrXR01215rXmetanetx.reactionrX MNXR105217rXrhear]r(X22912rX22913rX22914rX22915reujG`Xb3572rjH`h#jI`h2]rj;_arRrjM`}r(jGjaGjG?jmG?uh0Njt`G@ju`G@@ubj<`)r}r(hXWCOSrhX!Tungsten pterin cofactor synthaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXWCOSrXmetanetx.reactionrX MNXR105218rujG`Xb0827rjH`h#jI`h2]rjiarRrjM`}r(jnGjGjGjG?jHdG?jgfG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXX5PL3ErhX"L-xylulose 5-phosphate 3-epimeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXX5PL3ErXbiocycrXMETA:LXULRU5P-RXNrXec-coder]r(X5.-.-.-rX5.1.3.22reX kegg.reactionrXR03244rXmetanetx.reactionrX MNXR105224rXrhear]r(X18497rX18498rX18499rX18500reujG`Xb4197rjH`h#jI`h2]rjM_arRrjM`}r(jW}GjG?uh0Njt`Gju`G@@ubj<`)r}r(hXXANDrhXXanthine dehydrogenaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXANDrXbiocycrX META:RXN0-901rXec-coderX1.17.1.4rX kegg.reactionrXR02103rXmetanetx.reactionrX MNXR105225rXrhear]r(X16669rX16670rX16671rX16672reujG`Xb2867 and b2866 and b2868rjH`h#jI`h2]r(j7jo7j7erRrjM`}r(jgfGjiGjiGjnG?jXmetanetx.reactionr?X MNXR105226r@ujG`X b1377 or b0241 or b0929 or b2215rAjH`h#jI`h2]rB(hIh[h7h erCRrDjM`}rE(j¦GjG?uh0Njt`G@ju`G@@ubj<`)rF}rG(hXXANtpprHhX)Xanthine reversible transport (periplasm)rIh}rJh}rK(jC`X SBO:0000375rLX bigg.reactionrMXXANtpprNXbiocycrOXMETA:TRANS-RXN0-561rPXmetanetx.reactionrQX MNXR105226rRujG`h#jH`h#jI`h2]rSrTRrUjM`}rV(jGjiG?uh0Njt`G@ju`G@@ubj<`)rW}rX(hXXMPtexrYhX8XMP transport via diffusion (extracellular to periplasm)rZh}r[h}r\(jC`X SBO:0000375r]X bigg.reactionr^XXMPtexr_Xmetanetx.reactionr`X MNXR105231raujG`X b1377 or b0241 or b0929 or b2215rbjH`h#jI`h2]rc(hIh[h7h erdRrejM`}rf(jGjG?uh0Njt`G@ju`G@@ubj<`)rg}rh(hXXPPTrihX"Xanthine phosphoribosyltransferaserjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXXPPTroXbiocycrpXMETA:XANPRIBOSYLTRAN-RXNrqXec-coderr]rs(X2.4.2.22rtX2.4.2.8rueX kegg.reactionrvXR02142rwXmetanetx.reactionrxX MNXR105243ryXrhearz]r{(X10800r|X10801r}X10802r~X10803reujG`Xb0238rjH`h#jI`h2]rj4arRrjM`}r(jGjiGjnnG?jdG?uh0Njt`Gju`G@@ubj<`)r}r(hXXTSNHrhXXanthosine hydrolaserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXTSNHrXbiocycrX META:RXN0-363rXec-coderX3.2.2.1rX kegg.reactionrXR02143rXmetanetx.reactionrX MNXR105245rXrhear]r(X27994rX27995rX27996rX27997reujG`Xb0030rjH`h#jI`h2]rjUarRrjM`}r(jgfGjKGj}G?jiG?uh0Njt`Gju`G@@ubj<`)r}r(hX XTSNt2rpprhX3Xanthosine transport via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrX XTSNt2rpprXbiocycrXMETA:TRANS-RXN-31rXmetanetx.reactionrX MNXR105246rXrhear]r(X28939rX28940rX28941rX28942reujG`Xb2406rjH`h#jI`h2]rjarRrjM`}r(j̪GjGjnG?jKG?uh0Njt`G@ju`G@@ubj<`)r}r(hXXTSNtexrhX?Xanthosine transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXTSNtexrXmetanetx.reactionrX MNXR105247rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXXYLI1rhXXylose isomeraserh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXYLI1rXbiocycrXMETA:XYLISOM-RXNrXec-coderX5.3.1.5rX kegg.reactionrXR01432rXmetanetx.reactionrX MNXR105253rXrhear]r(X22816rX22817rX22818rX22819reujG`Xb3565rjH`h#jI`h2]rjq_arRrjM`}r(jO`)r}r(hXxyl__D_crhXD-Xyloserh}rh}r(Xbigg.metaboliterXxyl__DrXbiocycrXMETA:D-XylopyranoserXchebir]r(X CHEBI:53455rX CHEBI:65327reXhmdbr]r(X HMDB00098rX HMDB03763reX kegg.compoundrXC00181rX kegg.drugrXD06346rXmetanetx.chemicalrXMNXM348rX seed.compoundrXcpd00154ruh0Nh1h2]rrRrjn`XC5H10O5rjp`jq`jr`Kjs`GubGjO`)r}r(hX xylu__D_crhX D-Xyluloserh}rh}r(Xbigg.metaboliter Xxylu__Dr Xbiocycr ]r (XMETA:D-XYLULOSEr XMETA:L-XYLULOSEreXchebir]r(X CHEBI:13035rX CHEBI:13190rX CHEBI:17140rX CHEBI:17399rX CHEBI:21120rX CHEBI:21425rX CHEBI:27353rX CHEBI:4268rX CHEBI:46514rX CHEBI:6326reXhmdbr]r(X HMDB00654rX HMDB00751rX HMDB01644rX HMDB02245r eX kegg.compoundr!]r"(XC00310r#XC00312r$eXmetanetx.chemicalr%XMNXM597r&X seed.compoundr']r((Xcpd00259r)Xcpd00261r*euh0Nh1h2]r+r,Rr-jn`XC5H10O5r.jp`jq`jr`Kjs`GubG?uh0Njt`G@ju`G@@ubj<`)r/}r0(hXXYLI2r1hXXylose isomeraser2h}r3h}r4(jC`X SBO:0000375r5X bigg.reactionr6XXYLI2r7Xbiocycr8XMETA:GLUCISOM-RXNr9Xec-coder:X5.3.1.5r;X kegg.reactionr<XR00307r=Xmetanetx.reactionr>X MNXR105254r?Xrhear@]rA(X28546rBX28547rCX28548rDX28549rEeujG`Xb3565rFjH`h#jI`h2]rGjq_arHRrIjM`}rJ(jDGj-7G?uh0Njt`G@ju`G@@ubj<`)rK}rL(hXXYLKrMhX XylulokinaserNh}rOh}rP(jC`X SBO:0000375rQX bigg.reactionrRXXYLKrSXbiocycrTXMETA:XYLULOKIN-RXNrUXec-coderVX2.7.1.17rWX kegg.reactionrXXR01639rYXmetanetx.reactionrZX MNXR105255r[Xrhear\]r](X10964r^X10965r_X10966r`X10967raeujG`Xb0063 or b3564rbjH`h#jI`h2]rc(j #jRerdRrejM`}rf(jbGjGjmG?jnG?jG?uh0Njt`Gju`G@@ubj<`)rg}rh(hXXYLK2rihXL-xylulokinaserjh}rkh}rl(jC`X SBO:0000375rmX bigg.reactionrnXXYLK2roXbiocycrpX META:LYXK-RXNrqXec-coderrX2.7.1.53rsX kegg.reactionrtXR01901ruXmetanetx.reactionrvX MNXR105256rwXrhearx]ry(X18869rzX18870r{X18871r|X18872r}eujG`Xb0063 or b3580r~jH`h#jI`h2]r(jRj{erRrjM`}r(jbGjGjmG?jnG?jW}G?uh0Njt`Gju`G@@ubj<`)r}r(hXXYLUt2pprhX6L-xylulose transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXYLUt2pprXmetanetx.reactionrX MNXR105266rujG`Xb3578 and b3577 and b3579rjH`h#jI`h2]r(j_j_j_erRrjM`}r(j̪GjO`)r}r(hX xylu__L_prhX L-Xyluloserh}rh}r(Xbigg.metaboliterXxylu__LrXbiocycr]r(XMETA:D-XYLULOSErXMETA:L-XYLULOSEreXchebir]r(X CHEBI:13035rX CHEBI:13190rX CHEBI:17140rX CHEBI:17399rX CHEBI:21120rX CHEBI:21425rX CHEBI:27353rX CHEBI:4268rX CHEBI:46514rX CHEBI:6326reXhmdbr]r(X HMDB00654rX HMDB00751rX HMDB01644rX HMDB02245reX kegg.compoundr]r(XC00310rXC00312reXmetanetx.chemicalrXMNXM597rX seed.compoundr]r(Xcpd00259rXcpd00261reuh0Nh1h2]rrRrjn`XC5H10O5rjp`jcjr`Kjs`GubGjnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXXYLUtexrhX?L-xylulose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXYLUtexrXmetanetx.reactionrX MNXR105267rujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jlGjG?uh0Njt`G@ju`G@@ubj<`)r}r(hXXYLabcpprhX-D-xylose transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXXYLabcpprXmetanetx.reactionrX MNXR105268rXrhear]r(X29899#1rX29900#1rX29901#1rX29902#1reujG`Xb3567 and b3566 and b3568rjH`h#jI`h2]r(j_j_j_erRrjM`}r(jbGjgfGjO`)r}r(hXxyl__D_prhXD-Xyloserh}rh}r(Xbigg.metaboliterXxyl__DrXbiocycrXMETA:D-XylopyranoserXchebir]r(X CHEBI:53455rX CHEBI:65327reXhmdbr]r(X HMDB00098rX HMDB03763reX kegg.compoundrXC00181rX kegg.drugrXD06346rXmetanetx.chemicalrXMNXM348rX seed.compoundrXcpd00154ruh0Nh1h2]rrRrjn`XC5H10O5rjp`jcjr`Kjs`GubGjmG?jnG?j;nG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXXYLt2pprhX4D-xylose transport in via proton symport (periplasm)rh}rh}r(jC`X SBO:0000375r X bigg.reactionr XXYLt2ppr Xmetanetx.reactionr X MNXR105271r Xrhear]r(X28959rX28960rX28961rX28962reujG`Xb4031rjH`h#jI`h2]rj_arRrjM`}r(j̪GjGjnG?jG?uh0Njt`Gju`G@@ubj<`)r}r(hXXYLtexrhX=D-xylose transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionr XXYLtexr!Xmetanetx.reactionr"X MNXR105270r#ujG`X b1377 or b0241 or b0929 or b2215r$jH`h#jI`h2]r%(hIh[h7h er&Rr'jM`}r((jAGjG?uh0Njt`G@ju`G@@ubj<`)r)}r*(hXZN2abcppr+hX/Zinc (Zn+2) ABC transporter, efflux (periplasm)r,h}r-h}r.(jC`X SBO:0000375r/X bigg.reactionr0XZN2abcppr1Xbiocycr2XMETA:RXN0-5205r3Xec-coder4X3.6.3.5r5Xmetanetx.reactionr6X MNXR105277r7Xrhear8]r9(X20621r:X20622r;X20623r<X20624r=eujG`Xb3469r>jH`h#jI`h2]r?jar@RrAjM`}rB(jbGjgfGjmGjmG?jnG?j;nG?jO`)rC}rD(hXzn2_prEhXZincrFh}rGh}rH(Xbigg.metaboliterIXzn2rJXchebirK]rL(X CHEBI:10113rMX CHEBI:27368rNX CHEBI:29105rOX CHEBI:49972rPX CHEBI:49982rQeXhmdbrRX HMDB01303rSX kegg.compoundrT]rU(XC00038rVXC12570rWeX kegg.drugrXXD01170rYXmetanetx.chemicalrZXMNXM149r[X seed.compoundr\Xcpd00034r]uh0Nh1h2]r^r_Rr`jn`XZnrajp`jcjr`Kjs`GubG?uh0Njt`Gju`G@@ubj<`)rb}rc(hXZN2t3pprdhX9Zinc (Zn+2) transport out via proton antiport (periplasm)reh}rfh}rg(jC`X SBO:0000375rhX bigg.reactionriXZN2t3pprjXbiocycrkXMETA:TRANS-RXN0-200rlXmetanetx.reactionrmX MNXR105278rnXrhearo]rp(X28839rqX28840rrX28841rsX28842rteujG`Xb3915 or b0752rujH`h#jI`h2]rv(j+j=erwRrxjM`}ry(j̪GjmGjnG?jCG?uh0Njt`Gju`G@@ubj<`)rz}r{(hXZN2tppr|hX&Zinc transport in via permease (no H+)r}h}r~h}r(jC`X SBO:0000375rX bigg.reactionrXZN2tpprXbiocycrX META:RXN0-12rXmetanetx.reactionrX MNXR105280rXrhear]r(X29351rX29352rX29353rX29354reujG`Xb3040rjH`h#jI`h2]rjOarRrjM`}r(jCGjmG?uh0Njt`Gju`G@@ubj<`)r}r(hXZNabcpprhX0Zinc (Zn+2) transport via ABC system (periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXZNabcpprXbiocycrXMETA:ABC-63-RXNrXec-coderX3.6.3.5rXmetanetx.reactionrX MNXR105281rXrhear]r(X29795rX29796rX29797rX29798reujG`Xb1859 and b1857 and b1858rjH`h#jI`h2]r(j%`j`j`erRrjM`}r(jbGjgfGjCGjmG?jnG?j;nG?jmG?uh0Njt`Gju`G@@ubj<`)r}r(hXZn2texrhX@Zinc (Zn+2) transport via diffusion (extracellular to periplasm)rh}rh}r(jC`X SBO:0000375rX bigg.reactionrXZn2texrXbiocycrX META:RXN0-12rXmetanetx.reactionrX MNXR105280rXrhear]r(X29351rX29352rX29353rX29354reujG`X b1377 or b0241 or b0929 or b2215rjH`h#jI`h2]r(hIh[h7h erRrjM`}r(jGjCG?uh0Njt`G@ju`G@@ube}rj8`}r(j?`Kjx`Kj`Kj`Kj`Kj aKj5aKjnKjnKjoK jjxK?j9xK@jfxKAjxKBjxKCj yKDjKjhKjKjȏKjKj'KjbKjKjKjKjKjKjIKjKjǑKjKjKjLKjKjKjԒKjKj6KjaKjKjKjKjKj@KjgKjKjƔKjKj0KjgKjKjϕKjKj-KjVKjKjKjݖKjKj/Kj_KjKjЗKjKj)KjSKj}KjKj٘KjKj)KjRKjKjKjMj$MjRMj|MjMjMj MjMMjMjM jƛM jM j.M jiM jMjMjڜMj Mj7MjbMjMjMjMjMj<MjlMjMj՞MjMj-MjsMjMjΟM jM!j2M"jcM#jM$jàM%jM&jM'jEM(jxM)jM*j֡M+jM,j5M-j]M.jM/jM0jM1j M2j<M3j{M4jM5jȣM6jM7jM8j8M9jdM:jM;jͤM<jM=j+M>j`M?jM@jMAjMBjMCjLMDjyMEjMFjMGj MHj6MIjaMJjMKjƧMLjMMjMNjGMOjrMPjMQjȨMRjMSjMTjJMUjvMVjMWjթMXjMYjMZj<M[jfM\jM]jM^j*M_jM`jMajMbjSMcjMdjMejMfjMgjOMhjMijMjjMkjMlj[MmjMnjϮMojMpjCMqjoMrj˯MsjMtj+MujiMvjMwjܰMxjMyj=MzjqM{jM|jѱM}jM~j1Mj]Mj{MjMjMjͲMjݲMjMjMjYMjiMjMjMjMj)MjMjMjMjMjMj>MjpMjMjMj,Mj^MjMjѶMj MjRMjMjMjdMjMjŸMjMjMjùMjMjAMjsMjMjźMjMjMjIMjkMjMjMjٻMj Mj;MjMjϼMjMjMj/MjOMjoMjMjMjϽMjMj,Mj\MjlMj|MjCMjpMjȿMj MjOMj_MjoMjMjMjMjEMjyMjMjMjMj&Mj8MjHMjfMjMjMjMjMjwMjMj MjNMjMj9MjyMjMjMjTMjpMjMj MjlMjMjMjxMjMjMjMjPMj}MjMjMj0MjzMjMj MjMj+MjuMjMjMjtMjMjMj1MjMMjMjMjMjoMjMjMj!MjNMj^MjMjM jM jyM jM jM jMjdMjMjMjHMj~MjMjMjoMjMjMjJMjMjMjMjMjMjMj9M jWM!jM"jM#jM$j"M%jWM&jM'jM(j(M)jM*jM+jM,jM-j$M.j@M/j|M0jM1jM2jBM3j`M4jM5jM6jM7jM8jM9jbM:jM;jM<jM=j$M>j|M?jM@j/MAjqMBjMCjMDj MEj,MFj<MGj^MHjMIjMJjMKjMLjMMjMNjGMOjMPjMQjMRj"MSjjMTjMUjMVjMWjRMXjMYjMZjM[jM\j9M]jM^jM_jM`jMaj*MbjfMcjMdjMejMfjMgj*MhjcMijMjjMkjMljMmj2MnjFMoj^MpjnMqjMrj MsjoMtjMujMvjMwjMxjXMyjMzjM{jM|jMM}j_M~jMjMjMjMjMjHMjXMjMjMjMjMjMjMjMjMjMj5MjMjMjMjMj0Mj]MjMjMjMjMj MjKMjuMjMjMjMjxMjMjMjMjMjMjMjMjMj%Mj5MjEMjUMjeMjuMjMj MjSMjMjMjMj5MjEMjdMjsMjMjMjMjMj MjMj+MjrMjMjMjMjNMjMjMjMjMjMjrMjMjMjMjMjMjMjMj MjMj*Mj:MjMjMjMjEMjaMjMjMjMj.MjJMjMjMjMjMjMj%Mj1MjCMjMjMj Mj+MjMjMjMjMj%MjMjMjMjMjMj5MjcMj}MjMjMjMjMjEMjUMjsMjMjMjMjMj$Mj@MjMjMjMjM j<M jPM jM jM jMjMjMj8MjMjMjMjMj MjfMjMjMjMjMjMj@MjvMjMjM j"M!jHM"jnM#jM$jM%jM&j*M'jBM(jZM)jxM*jM+jM,j(M-jmM.jM/jM0jM1j;M2jyM3jM4jM5jM6jAM7j|M8jM9jM:jM;j6M<jfM=jvM>jM?jM@jMAjMBjMCj MDj#MEjQMFjMGjMHjMIjMJjMKj MLj/ MMjG MNj_ MOj MPj MQj MRj MSj? MTjN MUj] MVj~ MWj MXj MYj MZj M[j M\j6 M]j M^j M_jE M`jU Maj Mbj Mcj Mdj& MejP Mfj` Mgjv Mhj Mij Mjj MkjMlj%MmjFMnjMojMpjMqjMrj MsjMtj<Muj\Mvj|MwjMxjMyjMzj.M{jFM|j^M}jnM~j~Mj5MjMjMj9MjpMjMjMjMj8MjHMjfMjMjMjgMjMjMjMjMjMj%Mj5MjMjMjMjMjMj MjCMjMjMjMjMjUMjMjMjMjMj!Mj1MjCMjSMjcMjsMjMjMjMjMj'MjdMjuMjMjMjMjMjMjMjMjMj-MjUMjqMjMjMjMj MjhMjMjMjMj2MjvMjMjMjMjaMjMjMjEMjUMjMjMjUMjMjMjMjL Mj Mj Mj Mj Mj9!MjI!Mj!Mj!Mj!MjJ"Mj"Mj"Mj#Mj#Mjl#Mj#Mj#Mj#Mu(j#Mj$$Mj^$Mj$Mj$Mj%MjF%Mj%Mj%Mj%Mj(&Mj8&Mje&Mj{&Mj&Mj'MjN'Mj'Mj'Mj(MjJ(MjZ(Mjr(Mj(Mj(Mj(Mj(Mj*)Mj:)Mjq)Mj)Mj)Mj*MjP*M j*M j*M j+M jh+M j+Mj+Mj,Mj4,Mjp,Mj,Mj,Mj-MjT-Mj-Mj-Mj.Mj.Mj>.Mj.Mj.Mj.Mj/Mj*/M jj 2M?jF2M@j2MAj2MBj2MCj<3MDjh3MEj3MFj3MGj4MHj<4MIj^4MJj4MKj4MLj4MMj%5MNjV5MOjp5MPj5MQj5MRj6MSjJ6MTjb6MUj6MVj6MWj6MXj7MYj7MZja7M[j7M\j7M]j7M^j7M_j7M`j7Maj7Mbj 8Mcj8Mdj/8MejA8MfjS8Mgjc8Mhj8Mij8Mjj8Mkj8Mlj8Mmj9Mnj9Moj&9MpjD9Mqjb9Mrj9Msj9Mtj9Muj0:Mvjc:Mwj:Mxj:Myj:Mzj4;M{je;M|j;M}j;M~j;Mj<Mj5<Mjz<Mj<Mj<Mj0=Mjn=Mj~=Mj=Mj=Mj>Mj>Mjb>Mj>Mj>Mj>Mj>Mj>Mj?Mj!?Mj@?Mj`?Mjp?Mj?Mj?Mj?Mj?Mj?Mj!@Mj1@MjA@MjW@Mj@Mj@Mj@Mj@Mj@MjAMj'AMjQAMjaAMjqAMjAMjAMjAMjAMjAMjBMjBMj(BMjlBMj|BMjBMjBMjBMjBMjBMjCMj.CMjLCMjCMjCMjCMjDMjFDMjdDMjDMjDMjDMjDMjEMjyEMjEMjFMjFMj7FMjMFMj_FMjFMjFMjFMjGMj1GMjIGMjGMjGMjGMjHMjHMj1HMjJHMjpHMjHMjHMjHMjIMj!IMjXIMjhIMjIMjJMj{JMjJMjJMjKMjWKMjiKMj{KMjKMjKMjKMjKMjKMj'LMj=LMjWLMjmLMjLMjLMjLMjLMj/MMj?MMjMMjMMjMMjMMjNMjiNMjNMjNMjNMjOMj?OMjOOMjOMjOMjOM jXPM jPM jPM jQM j$QMjYQMjiQMjQMjQMj"RMjjYM?jYM@jYMAjYMBjZMCj9ZMDjnZMEjZMFjZMGjZMHjZMIj[MJj[MKj$[MLj6[MMjR[MNjn[MOj[MPj[MQj\MRjA\MSj]\MTj\MUj\MVj]MWj]MXjD]MYji]MZj]M[j]M\j]M]j@^M^jW^M_jq^M`j^Maj^Mbj^Mcj^Mdj^Mej_Mfj _Mgj]_Mhjo_Mij_Mjj_Mkj_Mlj_Mmj_Mnj`Mojn`Mpj`Mqj`Mrj`Msj`MtjaMuj/aMvjIaMwjaMxjaMyjaMzjaM{jaM|jaM}jaM~j bMj(bMjcbMj~bMjbMjbMjcMj cMj2cMjNcMjcMjcMjcMjcMj2dMjjdMjdMjdMjdMjeMj,eMjJeMjheMjeMjeMjeMjfMjfMjefMjfMjfMj$gMj`gMjpgMjgMjgMjgMjgMjhMj!hMjAhMj]hMjyhMjhMjhMjhMjhMjhMjiMj@iMjmiMjiMjjMj"jMjPjMjbjMjsjMjjMjjMjjMjjMjjMjjMjkMjAkMjSkMjkMjkMjkMjkMjkMjlMj"lMj@lMj^lMjplMjlMjlMjlMjmMj mMj>mMjvmMjmMjmMjmMjmMj"nMjPnMjhnMjxnMjnMjnMjoMj=oMjSoMjcoMjoMjoMjoMjpMjLpMjpMjpMjpMjqMjeqMjqMjqMjrMjcrMjsrMjrMjrMjrMjsMjsMj[sMjzsMjsMjsMjsMj%tMj^tMjztMjtMjtMjtMjtMjtMjtMj2uMjcuMjvuMjuMjuMjuMjvMjvM j2vM jBvM j\vM jvM jvMjvMjvMjvMj wMj)wMj`wMjpwMjwMjwMj7xMjSxMjxMjxMjxMjxMjyMj3yMjkyM jyM!jyM"jyM#jyM$jzM%j6zM&jLzM'jzM(jzM)jzM*jzM+jzM,j.{M-je{M.j{M/j{M0j{M1j{M2j%|M3j5|M4jS|M5jm|M6j|M7j|M8j|M9j#}M:j=}M;jt}M<j}M=j}M>j}M?j~M@j2~MAjD~MBj|~MCj~MDj~MEjMFjTMGjdMHjMIjMJjMKjMLj(MMjEMNj_MOj{MPjMQjMRjȀMSj؀MTjMUj MVj MWj[MXjMYjMZjM[j M\j(M]j8M^jHM_jXM`jMajЂMbjMcjMdj.Mej>Mfj{MgjMhjMij,MjjXMkjzMljMmjMnjMojMpj*MqjTMrjrMsjMtjMujMvj Mwj.MxjVMyjtMzjM{jM|jM}j M~jMj0MjBMjTMjdMjvMjMjMjʇMjMj Mj(MjJMjhMjxMjMjMjMjMjȈMj؈MjMjMjMjMj*Mj<MjLMj\MjlMj|MjMjMjMjMj؉MjMj<MjVMjnMj~MjMjMjMjMjYMjqMjMjۋMjMj#Mj?MjmMj}MjMjMjnjMjMjMjCMjSMjMjʍMjMjMj,Mj;MjOMjkMjMjMjMjMj@MjPMjfMjMjMj MjCMj_MjzMjMjאMjMj)Mj;MjMMjoMjMjMjÑMjӑMjMjMj#Mj9MjOMjmMjMjMjВMj MjMj*MjeMjMjMjؓMj,MjBMj~MjMjԔMjMj"Mj`MjpMjMjMjؕMj&Mj6MjiMjMjMjMjіMj Mj(Mj_MjoMjMjMj×MjԗMjMjMjM j&M j:M jLM jbM jvMjMjMjMjMjʘMjMjMjMjSMjMjMjMj͙MjMjMj2MjBMj^M jvM!jM"jM#jM$j1M%jSM&jM'jM(jM)jěM*jԛM+jM,jM-j?M.j_M/joM0jM1jM2jM3jM4jM5jM6j,M7jFM8j`M9jxM:jM;jM<jM=j M>j=M?jnM@jMAjƞMBj؞MCjMDjMEjMFj(MGjDMHjMIjMJjMKjşMLjMMjMNj=MOjxMPjMQjMRjMSjؠMTjMUjMVj,MWjHMXjdMYjMZjM[jԡM\jM]j M^j&M_jYM`jiMajMbjMcjMdjӢMejMfjMgj9MhjJMij`Mjj|MkjMljMmj1Mnj{MojMpjΤMqj MrjMsj1MtjIMuj_MvjyMwjMxjƥMyj֥MzjM{jM|j1M}jiM~jMjݦMjMj3MjIMjgMjMjMjݧMjMjMj7MjwMjMjըMjMjMj+MjIMjgMjMjMjMjMjPMjMjMjʪMjMjMj%MjCMjbMjMjMjMjګMjMjMj5MjQMjgMjMjMjMjѬMjMj#MjCMjSMjMjMjMjMjMj@MjRMjdMjMjMj®MjخMjMjMj"Mj2Mj\MjzMjMj¯MjMj&MjBMjRMjaMjMjMjMjͰMjMjMu(j!MjKMjiMjyMjMjMjMjMj Mj&Mj]MjyMjòMj۲MjMjMj#Mj3MjCMjSMjcMjsMjMjMjMjMjMjZMjjMjzMjMjMjMjMj̴Mj޴MjMjMjMjMj.Mj>MjMjMjMj͵MjMj Mj8MjTMjdMjMj¶MjMjMjMj&MjVM jfM jM jM jڷM jMjMjMjPMjMjMjMj˸Mj۸MjMjMj MjMj7MjpMjMjMjMjM jM!j1M"j]M#jM$jM%jM&j%M'j]M(jM)jM*jM+jM,jͻM-jݻM.jM/jM0jM1j#M2j5M3jGM4jYM5jkM6j}M7jM8jM9jM:jM;jӼM<jM=jM>j*M?j9M@jMAjŽMBj MCj%MDj5MEjMMFjeMGjMHjMIjMJjMKjǾMLj׾MMjMNjMOj MPjMQj)MRj;MSjKMTj]MUjmMVj}MWjMXjMYjMZjM[jͿM\jݿM]jM^jM_jM`j%Maj5MbjGMcjWMdjgMejwMfjMgjMhjMijMjjMkjMljMmjMnjMojMpj'Mqj7MrjSMsjMtjMujMvjMwj:MxjPMyjvMzjM{jM|jM}jM~jMj,Mj;MjYMjiMjMjMjMjMj/MjKMjYMjgMjMjMjMj!Mj9MjKMj]MjMjMjMjMj?MjOMjeMjMjMjMjMj8MjPMjlMjMjMjMjMjHMj`MjxMjMjMjMjMjMj0MjNMjlMjMjMjMjMj?MjlMjMjMjMjMjMjMjMj MjMj<MjXMjMjMj Mj(MjBMjZMjjMjMjMjMjMjMjMj8MjTMjpMjMjMjMjMjNMjeMjMjMjMjMjMj.MjaMjuMjMjMjMj Mj>MjXMjMjMjMjMjMj3MjfMjMjMjMjMjMjLMj\MjMjMjMjMj-MjbMjMjMjMjMjMjMjMj4M jDM jZM jjM jzM jM jM jM jM jM jM j>M jNM jlM j|M jM jM jM jM j M jNM jM jM jM jM jM jXM jM jM j#M jVM jrM jM jM! jM" jM# j0M$ jLM% jhM& jM' jM( jM) jM* jM+ j0M, jLM- jM. jM/ jM0 j1M1 jMM2 jM3 jM4 jM5 jM6 j M7 jBM8 jRM9 jM: jM; jM< jM= jM> j M? jCM@ j}MA jMB jMC jMD jME jMF j9MG jWMH juMI jMJ jMK jML jMM jMN jMO j%MP j;MQ jSMR jkMS jMT jMU jMV jMW j*MX j:MY jVMZ jrM[ jM\ jM] jM^ jM_ jM` jPMa j`Mb jpMc jMd jMe jMf j Mg jGMh jMi jMj jMk jMl j3Mm jOMn j_Mo joMp jMq jMr jMs jMt jMu jMv jMw j!Mx juMy jMz jM{ jM| jM} jM~ jM jM j`M jpM jM jM jM jM jM j!M jJM j\M jxM jM jM j*M j:M jJM jZM jxM jM jM jM jM jM j M jVM jnM jM jM jM j+M jlM j~M jM jM jM jM jM jMM jM jM jM jM jM jM jM jMM j]M jM jM jM j M j,M jM jM jM jM jM j0M j_M jM jM j M jAM jQM jM jM jM jM j%M j7M jsM jM jM jM jM j M jM j+M jlM jM jM jM j M j@M joM jM jM jM jM j*M jHM jZM jvM jM jM jM jM jM j'M j=M j_M joM jM jM jM jM jM jOM jdM j|M jM jM jM j6M jRM jnM jM jM jM jM jM j'M jpM jM jM jM jM jM jM j6M jHM jYM jiM jM jM jM jM j1M jMM jiM jM jM jM jM jM j+M jdM j|M jM jM usbX metabolitesrh)Rr(j@ajj j7jbjjjj.jjTjt"jjjjjjbjj$j3jNjOjrjjJjֿjj$jj;j`j j j.jcjj1jjaj+jjdjjIjj>XjjUjjj6jjMj+jjjjjj jjjjajmjYj j(jjjjajj jjOjjjjajDjjj%j=jjjpjrj%bjj`jjjjJjjjjjjjjj؇jjj6jXjgjj>jjjsj^jj`jMbj/jjj|bjjRjSjbj0jjjGjbj4j j?jXjjjbjjjcjIjjjj3jjjj(cj"j%jjjjjjj߼jRj%j0jjj,jjjvj#jjjjQcjSjjjhj|jocj@jjcjcj j jXj2j~j j+ jj jP j j jm j j2j j j+djjHdjjjjbdjjMjOjjjjrjpjdj?jjjj|jjj`jdj#j>j}jjjjj~jj"jdjojjja!j/j!j,%j "j"j*#j(jEj!jt$j$j2jj3jjjGj&j'j'jj)j+j:+jjjjjejjjZJjjj,jdj~jp-jBjj.jX.jj4jwj ej5j5j6jjuFjsj&ej[js;j<j[<j;jFejcej.?j}?j?j@j@j5j6BjZBjTj4Dj&DjDjjjjEj{jjfj-7jFjFjGjE<jj0Jj8jLjLjMjkMjMjvjRjQjQj PjPjpPjRj[SjzIjjTjj% j"jZjrUjdjUjUjVjj)WjZjWj%ZjmWjWjRjDj3j0YjZjej[j]jejJjNjNj\j^j@>jejj\jjG`jKjj?Ujfjbj4jcjhcjcj:jdj&jgjgjj>gjyj$fjJfjgjijnjCj.'jgfj*jjJjj;jjwj jLjjjfj߽jqojFjmjfj.pjojxpj$qj j8njqj:j%rjmj5j9sjjj8jjjjsvj*jYjwjjfjxj?tjIjyj5fjj&jujujujujuj"vj=jj&gj|j3j3jJ4j}jj?jLj~jj<j~jHgjjBbj 4jl4j֚jjjfjjygjgj jjjHjKjgjjjjjjj'jfjVjWVjoj"jڎj$jTRj{jj jgjZEjjRjDjhjj$j,hj.jXmjFhj8jj}jjbhjjhjhj!jjhjj[j=jTj`j?jwCj]jj\jJjijj\j|jjjjFj jpkjBjujjkj~jjujkjj jrj|jjajj7j"jjj}jkjjEjjjj;jlj'jfjX"jjjj0jjj+jkj95jjj$ljijjj7jjjj>ljblj jCjjjjljfjjtjjjj j\jj.jj&>jj^j׵jLj"\j/jPjN,jjjjj1j$j_jݴj,j!j8jljUj&j!jlj$jljGjjTjjjjjjjJ+j"+jjjjjjj3j[j&^jbj^pjexjmjjjjjjj-jjjj mj4jjٯjj jjjjn@j>jN?j@j?j9AjAjAjBjBjD=jGjGj_GjXHjHj5IjIjKjLjLjMMjMjOjOjOjiOjwQj:QjPjRj@Sj/TjSj jVjIjiXjbYjZjGZj[js\jbj^j6_jDj"`j9Kj_j_ajBdjj*j*jNij0jj̪jakjDjjkjv9j9jojpjCrj>:jDujAwjxjCyjyjfj_zj{j}j|jjZ~jjjjjKjjNjjjjmj.jjٌjjtjjjj@jjj4jjCj<j|jajj jmjɜjhjjhjjhjhjj ijj]jÐjjjnjjĝjejj j<jjj?jjjj1jj߬jjj"j9j :jw:jjױjjj\jjjj$jjjжjj jjCjj4jijjjj+jljjjjjjjjMjyjj׺jjGjyj۽jj0jjIj jjjjjjMjjjj,j;jjj+jjvjjj+jejjj`jjjjQjjjj(jjj7jjpjjjjjEjcjvj49jR9j+jujj`jBj~jj j jjjjNjj1j+jjcj=jjjjjjCe}rj8`}r(jBaKjKjKj9KjdKjKjKjKj0KjK jTK jv"K jéK jK jKjKjKjdKj Kj>NKj|Kj4KjKj KjmKj/ Kjh Kj Kj!KjKjKj)KjK jH&K!j$K"jCK#jK$j K%jEK&jyK'jK(jK)j'K*jaK+j/K,j_K-jK.jK/jK0jK1jOK2jK3j+K4j)K5jxK6jK7jK8jK9jK:jK;jKj4(K?j`aK@j-KAj.*KBjKCjraKDjXKEjoKFj9KGjJ{KHjKIjKJjÏKKjv.KLjKMjiKNjۭKOjKPjnKQjKRjh'KSjKTjޯKUjKVjKWjKXj5KYjعKZjK[jK\jK]jӬK^j<K_jK`jiKajEKbjzKcj{Kdj{KejKfjKgjb%Khj%Kij>CKjjKkjKlj1KmjPKnjKojɵKpj>KqjKrjd2Ksj2KtjKuj˴Kvj1Kwj3Kxj$KyjKzj%2K{jnK|juK}jP3K~jKjKj-Kj2KjxKjKj4KjKj Kj[KjKjLKjKjKj[KjKjYKjKjߺKjKj#Kj}KjKj1KjlKjKjKj`KjSKjKj|KjKjXKj`KjDKjqKj޳KjKjR`KjaKjrKj KjKjnKj?KjnKjQKj.KjKjKjpKj4-KjKjJKjKjKjhKjKj9PKj`Kj8EKj;KjaKjKjӣKj"Kj@$Kj3KjNKjQKjtKjKjLKjؿKjKj&KjKj;Kj`Kj Kj Kj0KjeKjKj3KjKjaKj-KjKjfKjKjIKjKj@XKjKjWKjKjKj8KjKjOKj-KjKjKjKjKjKj"KjKjKjKjaKjmKjYKj Kj*KjKjKjKjcKjKj KjKjQKjKjKjKjaKjFKjMjMj'Mj?MjMjMjrMjtMj'bMjM j`M jM jM jM jLMjMjMjMjMjMjMjMjMjڇMjMjMj8MjZMjiMjMj@MjMjM juM!j`M"jM#jbM$jObM%j1M&jM'jM(j~bM)jM*jTM+jUM,jbM-j2M.jM/jM0jIM1jbM2j6M3j M4jAM5jXM6jM7jM8jbM9jM:jM;j cM<jKM=jM>jM?jM@j5MAjMBjMCjMDj*cMEj$MFj'MGjMHjMIjMJj MKjMLj!MMjMNjTMOj'MPj2MQjMRjMSj.MTjMUjMVjxMWj#MXjMYjMZjM[jScM\jUM]jM^jM_jjM`j|MajqcMbjBMcjMdjcMejdMfj MgjMhjZMij4MjjMkj Mlj- MmjMnj MojR Mpj Mqj Mrjo Msj Mtj4Muj Mvj Mwj-dMxjMyjJdMzjM{jM|jM}jddM~jMjOMjQMjMjMjMjtMjrMjdMjAMjMjMjMj~MjMjMjbMjdMj%Mj@MjMjMjMjMjMjMjMj$MjdMjqMjMjMjc!Mj1Mj!Mj.%Mj "Mj"Mj,#Mj(MjGMj!Mjv$Mj$Mj4MjMj5MjMjMjIMj&Mj'Mj'MjMj)Mj+Mj<+MjMjMjMjMjgMjMjMj\JMjlMj,MjdMjMjr-MjDMjMj.MjZ.MjMj4MjwMj eMj5Mj5Mj6MjMjwFMjuMj(eMj]Mju;Mj<Mj]<Mj;MjHeMjeeMj0?Mj?Mj?Mj@Mj@Mj5Mj8BMj\BMjTMj6DMj(DMjDMjMjMjMjEMj}MjMjfMj/7MjFMjFMjGMjG<MjMj2JMj:MjLMjLMjMMjmMMjMMjxMjRMjQMjQMjPMjPMjrPMjSMj]SMj|IMjMjTMjMj' Mj"M j\M jtUM jdM jUM jUMjVMjMj+WMjZMjWMj'ZMjoWMjWMjRMjFMj5Mj2YMjZMjeMj[Mj]MjeMjJM jNM!j!NM"j\M#j^M$jB>M%jeM&jM'j^M(jM)jI`M*jKM+jM,jAUM-jfM.jbM/j4M0jcM1jjcM2jcM3j<M4jdM5j&M6jgM7jgM8jM9j@gM:j{M;j&fM<jLfM=jgM>jiM?jnM@jCMAj0'MBjifMCj,MDjMEjLMFjMGj=MHjMIjyMJj MKjNMLjMMjMNjfMOjMPjsoMQjHMRjmMSjfMTj0pMUjoMVjzpMWj&qMXj MYj:nMZjqM[j:M\j'rM]jmM^j7M_j;sM`jMajMbj8McjMdjMejMfjuvMgj,MhjYMijyMjjMkjfMljxMmjAtMnjKMojyMpj7fMqj Mrj&MsjuMtjuMujuMvjuMwjuMxj$vMyj=MzjM{j(gM|j|M}j3M~j3MjL4Mj}MjMjAMjNMj~Mj Mj<Mj~MjJgMjMjDbMj"4Mjn4MjؚMjMjMjhMjMj{gMjgMj"MjMjMjHMjMMjgMjMjMjMjMjMjMj)MjhMjVMjYVMjoMj$Mj܎Mj$MjVRMj}MjMjMjgMj\EMjMjTMjDMj hMjMj&Mj.hMj0MjZmMjHhMj:MjMjMjMjdhMjMjhMjhMj#MjMjhMjMj]Mj=MjVMj`MjAMjyCMj_MjMj^MjLMjiMj>iMj]iMj}iMjdMjiMjiMjYMjMj\CMj^MjMjMjзMjMjhMjMjfMj*MjMjxMj+MjMjIMjMj Mj'"MjXMj*MjnMjlMjMjEqMj[MjMjK#Mj}MjEMj MjEMjaMjAMjMjNMjMjMjMj8MjtMjEMj(MjMjMj)Mj{Mj^MjMjMjM jM jiM j-jM jM j]jMjMjmMjMjMjyjMjjMjMjjMjAMjmMjMjźMjMj5MjmMjѳMjjMj+kM jM!jmM"jsM#jnM$jWM%jM&j=nM'jaM(j5M)jM*j4M+j`M,jM-jM.jM/jqM0jM1jUM2jM3jpnM4j=M5jp M6jM7jwM8j]M9jM:jM;jM<jlM=j\M>jM?jwM@jDkMAjFMBjMCjMDj"MEj@MFj^MGj~MHjMIjMJjMKjFMLj"MMjrkMNjDMOjuMPjMQjkMRjMSjMTjwMUjkMVjMWjMXjtMYj~MZjM[jcM\jM]j9M^j$M_jM`jMajMbjkMcjMdjGMejMfjMgjMhj<MijnMjj)MkjhMljZ"MmjMnjMojMpj2MqjlMrj+MsjkMtj;5MujMvjMwj&lMxjkMyjMzjM{j9M|jM}jM~jMj@lMjdlMj MjCMjMjMjMjlMjhMjMj tMjMjMjMj"Mj^MjMj0MjMj(>MjMj`MjٵMjNMj$\Mj1MjPMjP,MjMjMjMjMj3Mj&MjaMjߴMj.Mj!Mj:MjlMjWMj(Mj!MjlMj$MjlMjIMjMjVMjMjMjMjMjMjMjL+Mj$+MjMjMjMjMjMjMj5Mj[Mj(^MjbMj`pMjgxMjoMjMjMjMjMjMjMj/MjMjMjMj mMj6MjMjۯMjMjMjMjMj>mMjMj΃MjMjuMjMMjMjOMjMjMjmMjMjmMjSMjMjMu(jomMjMjMjMjMj&MjRMjGMj˭MjMjMjPMjMj<Mj\MjMjMjMjbMjMjMjMjMjsMjmMjmMjMjMjiMjjMjdMj'iMjMMjM jY}M jM jM jM jmMjnMj oMjIoMjhoMjoMjoMjoMj pMj0pMjlpMjpMjpMjpMj)qMjSqMj|qMjqMjqM jqM!j!rM"jSrM#j}rM$jrM%jrM&jrM'jsM(j.sM)jSsM*jsM+jsM,jsM-j tM.j6tM/jhtM0jtM1jtM2jtM3juM4j0uM5j]uM6juM7juM8juM9j vM:j8vM;jgvM<jvM=jvM>jwM?j3wM@jXwMAjwMBjwMCjwMDjxMEj)xMFjFxMGjsxMHjxMIjxMJjyMKjIyMLjyMMjyMNjyMOjyMPj$zMQjCzMRjmzMSjzMTjzMUjzMVj{MWjR{MXj{MYj{MZj{M[j|M\jdM]jM|M^jh|M_j|M`j|Maj|Mbj}Mcj1}MdjS}Mejz}Mfj}Mgj}Mhj ~MijJ~Mjjy~Mkj~Mlj~Mmj~Mnj$MojPMpjkMqjMrjMsjMtj$MujQMvj|MwjMxjրMyjMzj6M{jdM|jM}jM~jՁMjMj-MjPMjMjMj݂MjMj0MjOMjlMjMjMjԃMjMjMjHMjeMjMjلMjMj.MjQMjMjMjMjMjCMjhMjMjMjMjMjDMjtMjMjՇMjMj$MjLMj{MjMj̈MjMj(MjYMjMjMjMj Mj`MjMjMjMjMjJMjsMjMj͋MjMj-Mj[MjMjMjMj Mj8MjMjMjMjMj,MjeMjMjMjMjMjKMjuMjMjՏMjMj4MjoMjMjMjnMjMj)MjVMjMjԑMjMjMjYMjMjMjMj MjCMjnMjMjMjMj!MjMMjtMjMjӔMjMj=MjtMjMjܕMj Mj:MjcMjMjMjMjMj<MjlMjMjݗMjMj6Mj`MjMjMjMjMj6Mj_MjMjMjMj1Mj_M jM jM jM jM jZMjMjMjӛMjMj;MjvMjMjMjMjMjDMjoMjMj͝MjMjMjIMjyM jM!jM"j M#j:M$jM%jM&j۟M'jM(j?M)jpM*jM+jРM,jM-j%M.jRM/jM0jM1jM2jM3jBM4jjM5jM6j¢M7jM8jM9jIM:jM;jM<jգM=jM>jM?jEM@jqMAjMBjڤMCj MDj8MEjmMFjMGj˥MHjMIj'MJjYMKjMLjĦMMjMNjMOjCMPjnMQjMRjէMSjMTj+MUjVMVjMWjMXjרMYjMZjZM[jM\j{M]jM^j:M_jdM`jMajMbjЅMcjMdjMej>MfjfMgjMhjMij̆MjjMkjMljMmjMnjMoj΄MpjjMqj>MrjMsj"MtjLMujvMvjMwjcMxjMyj/MzjkM{jM|j߮M}j M~jSMj!MjMMjMjMjMj MjAMjMjJMj_Mj#Mj˭MjMjMjìMj MjMjëMj7MjlMj|MjrMjMjMjSMjMj]MjzMj<MjMjMj3MjMj`MjMjMjPMj<MjMj1MjvMjMjMjMj߹MjrMjMjMjMj+MjMjvMjMj.MjMjmMjMjMjnMjMjMjTMjMjCMjMj-MjxMjTMjMjeMj%MjMj*MjdMjMjMjMj8Mj MjMjMjMjPMjcMjcMjMjcMjMjaMjMj Mjo Mj Mj Mjl Mj Mj6 MjMjMjMjMjQMjOMjMjMjMjMjMjMjMjMjMjMjMjMj%Mj&Mj(Mj'MjMjP)Mjp*Mj`*Mj*Mj*Mjx+Mj+Mj,Mj,Mj-Mj*1MjJ1Mj0Mj0Mj4MjAMj'6Mjr6M j6M jq7M jD;M jr>M jp@Mj>MjP?Mj@Mj?Mj;AMjAMjAMjBMjBMjF=MjGMjGMjaGMjZHMjHMj7IMjIMjKM jLM!jLM"jOMM#jMM$jOM%jOM&jOM'jkOM(jyQM)jj_M?jaaM@jDdMAj!MBj*MCj*MDjPiMEj2jMFjΪMGjckMHjFMIjMJjkMKjx9MLj9MMjoMNjpMOjErMPj@:MQjFuMRjCwMSjxMTjEyMUjyMVjfMWjazMXj{MYj}MZj|M[jM\j\~M]j!M^jM_jM`jMajMMbjMcjPMdjMejMfjMgjoMhj0MijMjjیMkjMljvMmjMnj MojMpjBMqjMrjMsj6MtjMujEMvj>Mwj~MxjcMyjMzj M{joM|j˜M}jhM~jMjhMjMjhMjhMjMj iMjMj_MjŐMjMjMjnMjMjƝMjgMjMjMj>MjMjMjAMjMjMjMj3MjMjMjMjMj$Mj9Mj :Mjy:MjMjٱMjMjMj^MjMjMjMj&MjMjMjҶMjMjjMjEjMj6MjkjMjMjMj-MjnMjjMjjMjMjjMjOMj{MjMjٺMjMjIMj{MjݽMjMj2MjMjKMjMjMjMjMjMjMjOMjMjMjMj.Mj=MjMjMj-MjMjxMjMjMj+MjeMjMj!MjbMjMjMjMjSMjMjMjMj*MjMjMj9MjMjrMjMjMjMjMjGMjeMjxMj69MjT9Mj-MjwMjMjbMjDMj~MjMj Mj MjMjMjMjPMjMj1Mj-MjMjeMj?MjMjMjM jM jM jEM usbXgroupsrh)Rr(ccobra.core.group Group r)r}r(hXg1rhXTransport, Inner Membranerh}rh}rjC`X SBO:0000633rsX_membersrh)Rr(jħjjjEjpjjƨjjtjjjjjjjMj}jjjjYjjͮjjAjj;jojjϱjj/jjjwjwjj{jrjjj\jj jUjjjj`jjdjjj0jDjjjjjjjj)jjjjjjj8jjjjj#jj{jjSj>j:jNjjj(j&jj9jj j$ jN jt j j j jjj j7jjejjjjjjjqjbjfj0jjj%jp(j+j-j6j`6j6j_7jc;jBjEjFjGjGGjGjGjnHjHjHjKjLjLj=MjMj OjPj"QjgQjRj0SjSjSjSjTjXjRYjlZjZjZjZj[j[\jU^jo^j^j^j_j[_j_j_j_j`jGajajajbjbjcj^gj?hj[hj jj`jjjjkjkjljQojpjpj rjrjauj'wjxjxjiyjyjyjJzj~zj{j{jB~jjjjրjjj<j:jTjljjًjkjjŌjjQjjjj*jjjdjΒjjcj֓jҔj j֕jQjj\jj;jj7jjjj!j1jAjQjajqjjjjjjj$jTjjjɸjٸjjj j/j[jjjj#j[jjýjj*j9jjjjFj^jjj&j@jjLjj,jjjjjjjj{jjsjjjj9jQjjjjj^jjMj]jjjj^jnjjjjjjKjjjMjjljj%jnjjFjjjje}rj8`}r(jƧKjKjKjGKjrKjKjȨKjKjvKjK jK jK jK jK jKjOKjKjKjKjKj[KjKjϮKjKjCKjKj=KjqKjKjѱKjKj1KjK jK!jyK"jyK#jK$j}K%jtK&jK'j!K(j^K)jK*j"K+jWK,jK-jK.jK/jbK0jK1jfK2jK3jK4j2K5jFK6jK7jK8jK9jK:jK;jKjK?jK@jKAjKBj KCjKDj:KEjKFjKGjKHjKIj%KJjKKj}KLjKMjUKNj@KOj<KPjPKQjKRjKSj*KTj(KUjKVj;KWjKXj KYj& KZjP K[jv K\j K]j K^j K_jK`jKaj Kbj9KcjKdjgKejKfjKgjKhjKijKjjKkjsKljdKmjhKnj2KojKpjKqj%Krjr(Ksj+Ktj-Kuj6Kvjb6Kwj6Kxja7Kyje;KzjBK{jEK|jFK}jGK~jIGKjGKjGKjpHKjHKjHKjKKjLKjLKj?MKjMKjOKjPKj$QKjiQKjRKj2SKjSKjSKjSKj!TKjXKjTYKjnZKjZKjZKjZKj[Kj]\KjW^Kjq^Kj^Kj^Kj _Kj]_Kj_Kj_Kj_Kj`KjIaKjaKjaKjbKjbKjcKj`gKjAhKj]hKj"jKjbjKjjKjkKjkKjlKjSoKjpKjpKjrKjrKjcuKj)wKjxKjxKjkyKjyKjyKjLzKjzKj{Kj{KjD~KjKjKjKj؀KjKjKj>Kj<KjVKjnKjKjۋKjmKjKjnjKjKjSKjKjKjKj,KjKjKjfKjВKj KjeKjؓKjԔKj"KjؕKjSKjKj^KjKj=KjKj9KjKjKjKj#Kj3KjCKjSKjcKjsKjKjKj¶KjKjKjKj&KjVKjKjKj˸Kj۸MjMjMj Mj1Mj]MjMjMjMj%M j]M jM jŽM jM j,Mj;MjMjMjMjHMj`MjMjMj(MjBMjMjNMjMj.MjMjMjMjM jM!jM"jM#j}M$jM%juM&jM'jM(jM)j;M*jSM+jM,jM-jM.jM/j`M0jM1jOM2j_M3jM4jM5j!M6j`M7jpM8jM9jM:jM;jlM<jMM=jM>jM?jOM@jMAjnMBjMCj'MDjpMEjMFjHMGjMHjMIjMJjMKusbX_kindrX partonomyrh0Nubj)r}r(hXg2rhXTransport, Outer Membrane Porinrh}rh}rjC`X SBO:0000633rsjh)Rr(jjHjjj:jdjjQjj~jjjbjZjjjAj]jjCjjjNj jjsjjjLjjjjjjj\jKjj[jjjjjj(jj/jjjCjqj"jjj@jkjwj jOjjj- j^ j jj,jljjnj6jjjjjjsjjjtjjCjj%j&&jX(j(j()j8)j,j,j,jH6j6j6j7j2;j>j@jFj/GjGjHjHHj IjIjyJj%LjLj-MjMjMj=OjOjOjQjWQjQjSjvSjSjTjQTj UjVjXjYj7ZjZj[j[j[j^j^jm_j_j_jl`jajajcj0djngjgjwhj>ijjjjj?kjQkjljojpjarj sjxtj0ujtuj^wjxj1yjyj4zj{j}jz~jbjjƀjjyj|j jj9jj>jjj(j*jj^j$jgj&j}j0jtjjjj jjҡjgjHjyjGjԥjj>jjjjjj jKj8jjWjj=jjvjj=jXjnjjj_jjjj`jjjjj jPjjjjjj(jjNjjjjsjjj j8jHj|jjjjjjjj?jjj>jj%jbjj~j4jWjjjje}rj8`}r(jKjJKjKjKj<KjfKjKjSKjKjK jK jK jdK j\K jlKjCKj_KjKjEKjKjKjPKj KjKjuKjKjKjNKjKjKjKjKjK jK!j^K"jMK#jK$j]K%jK&jK'jK(jK)jK*j*K+jK,j1K-jK.jK/jEK0jsK1j$K2jK3jK4jBK5jmK6jyK7j K8jQK9jK:jK;j/ KjK?j.K@jnKAjKBjpKCj8KDjKEjKFjKGjKHjKIjuKJjKKjKLjvKMjKNjEKOjKPj%KQj(&KRjZ(KSj(KTj*)KUj:)KVj,KWj,KXj,KYjJ6KZj6K[j6K\j7K]j4;K^j>K_j@K`jFKaj1GKbjGKcjHKdjJHKejIKfj!IKgj{JKhj'LKijLKjj/MKkjMKljMKmj?OKnjOKojOKpjQKqjYQKrjQKsjSKtjxSKujSKvjTKwjSTKxjUKyjVKzjXK{jYK|j9ZK}jZK~j[Kj[Kj[Kj^Kj^Kjo_Kj_Kj_Kjn`KjaKjaKj cKj2dKjpgKjgKjyhKj@iKjjKjjKjAkKjSkKjlKjoKjpKjcrKjsKjztKj2uKjvuKj`wKjxKj3yKjyKj6zKj{Kj}Kj|~KjdKjKjȀKjKj{Kj~KjKjKj;KjKj@KjKjKj*Kj,KjKj`Kj&KjiKj(KjKj2KjvKjKjKjKj KjKjԡKjiKjJKj{KjIKj֥KjKj@KjKjKjKjKjKj KjMKj:KjKjYKjKj?KjKjxKjKj?KjZKjpKjKjKjaKjKjKjKjbKjKjKjKjKj KjRKjKjKjKjKjKj*KjKjPKjKjKjKjuKjKjKjKj:KjJKj~KjKjKjKjKjKjKjKjAMjMjMj@MjMj'MjdMjMjMj6M jYM jM jM jM jMusbjX partonomyrh0Nubj)r}r(hXg3rhXTransport, Outer Membranerh}rh}rjC`X SBO:0000633rsjh)Rr(jөjjjjCjbjjjj j\jjjjo)j .j?j^?j/@j_AjBjBjVIj[j[jNjjtmjmjzj{jjjAjȍj]jmjjĥjj֮j(jjJjjjKje}rj8`}r(jթKjKjKjKjEKjdKjKjKjKj K j^K jK jK jK jq)Kj.Kj?Kj`?Kj1@KjaAKjBKjBKjXIKj[Kj[KjPjKjvmKjmKjzKj}KjKjKjCK jʍK!j_K"joK#jK$jƥK%j®K&jخK'j*K(jK)jLK*jK+jK,jMK-jK.usbjX partonomyrh0Nubj)r}r(hXg4rhXNucleotide Salvage Pathwayrh}rh}rjC`X SBO:0000633rsjh)Rr(j(jjޫjj'jjjjjjj"j>jzjj@jjjjsjjj jj!jDj3jjjAjjSjjjj_jn,j-jR-j-j.jWjdj"gjijkijijjj\tjtjyjzjj֠jjj*jFjbjjjzjj/jgjjۦjj1jGjejjjۧjjj5jujjӨjj j)jGjejjjjNjjjȪjjj#jAj`jjjjثjjj3jOjj˵jNjhjjjjjjjjjjjj jj2jBjXjhjxjjjXjvjjjjjPjjgje}rj8`}r(j*KjKjKjKj)KjKjKjùKjKjK jK j$K j@K j|K jKjBKjKjKjKjuKjKjKj KjKj#KjFKj5KjKj KjCKjKjUKjK jK!j K"jaK#jp,K$j-K%jT-K&j-K'j.K(jWK)jdK*j$gK+jiK,jmiK-jiK.jjK/j^tK0jtK1jyK2jzK3jK4jؠK5jK6jK7j,K8jHK9jdK:jK;jKj1K?jiK@jKAjݦKBjKCj3KDjIKEjgKFjKGjKHjݧKIjKJjKKj7KLjwKMjKNjըKOjKPjKQj+KRjIKSjgKTjKUjKVjKWjPKXjKYjKZjʪK[jK\jK]j%K^jCK_jbK`jKajKbjKcjګKdjKejKfj5KgjQKhjKij͵KjjPKkjjKljKmjKnjKojKpjKqjKrjKsjKtjKujKvjKwjKxjKyj4KzjDK{jZK|jjK}jzK~jKjKjZKjxKjKjKjKjKjRKjKjiKjKusbjX partonomyrh0Nubj)r}r(hXg5rhXGlycerophospholipid Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(jmjɯjj)jgjjڰj[jyjjj˲j۲jjjjjjjj7jj jhjjj jPjFjvjjjjjjjjj#j3jCjSjcjjdjjjjjjj jFjljjj?jzjjjj4jdjtjjjjjjjj/jAjQjajjjjjjjjUKjgKjyKjKjKjKjKj ej*ejHejfejejejejfjfjcfjj*jVjxjjjjj(jRjpjjjjj,jTjrjjjj jj.j@jRjbjtjjjȇjjj&jHjfjvjjjjjƈjֈjjjjj(j:jJjZjjjzjjjjXjhjxjjjjjʴjܴjjj jj,jjjjj˻jۻjjjj!j3jEjWjij{jjjjjѼjj}jjjjžjվjjjjj'j9jIj[jkj{jjjjj˿jۿjjjj#j3jEjUjejujjjjjjjjjjj%jj.jLjjjjjjjjjjjj e}rj8`}r(joKj˯KjKj+KjiKjKjܰKj]Kj{KjK jK jͲK jݲK jK jKjKjKjKjKjKj9KjKj"KjjKjKjKjKjRKjHKjxKjKjKjK jK!jK"jK#jK$jK%j%K&j5K'jEK(jUK)jeK*j K+jfK,jK-jK.jK/jK0jK1jK2j"K3jHK4jnK5jK6jK7jAK8j|K9jK:jK;jKjvK?jK@jKAjKBjKCjKDjKEj!KFj1KGjCKHjSKIjcKJjKKjKLjKMjKNjKOjKPjKQjWKKRjiKKSj{KKTjKKUjKKVjKKWjKKXjeKYj,eKZjJeK[jheK\jeK]jeK^jeK_jfK`jfKajefKbjKcj,KdjXKejzKfjKgjKhjKijKjj*KkjTKljrKmjKnjKojKpj Kqj.KrjVKsjtKtjKujKvjKwj KxjKyj0KzjBK{jTK|jdK}jvK~jKjKjʇKjKj Kj(KjJKjhKjxKjKjKjKjKjȈKj؈KjKjKjKjKj*Kj<KjLKj\KjlKj|KjKjKjKjZKjjKjzKjKjKjKjKj̴Kj޴KjKjKjKjKj.KjKjKjKjKjͻKjݻKjKjKjKj#Kj5KjGKjYKjkKj}KjKjKjKjKjӼKjKjKjKjKjKjǾKj׾KjKjKj KjKj)Kj;KjKKj]KjmKj}KjKjKjKjKjͿKjݿKjKjKjKj%Kj5KjGKjWKjgKjwKjKjKjKjKjKjKjKjKjKjKj'KjKj0KjNKjlKjKjKjKjKjKjKjKjKjKj KusbjX partonomyrh0Nubj)r}r(hXg6rhXAlternate Carbon Metabolismr h}r h}r jC`X SBO:0000633r sjh)Rr (jjWjgjjjjøjjmjjjjLjjxjj)jjj^jojljjmjjjjjVjj]jVjjjjjjj jpjjjjjojjjjSjSj j j#j$j$j6&jc&jy&j(j*j2,j7j3<jx<j<jCjwEj]FjFjFjFjJjKj;LjMjNjMOjOjVPjPjQj Rj:RjVjAWj]WjWj,XjXjYj \j~`jajajaj bjdjqjjjjjjnljnj;ojqjcqjqrjrjsjYsjxsjtjvj wj;}j~jj]jjjjj=jijjNjjjAj j$j8jJj`jtjȘjjjjjj@jjj[jwjjjjjjj#j5jjjejj[jjVjjjjjjjjj+jjLjjjnjmjljjj j)jjjj)jjmjj jzj4jjj/jKjge}rj8`}r(jKjYKjiKjKjKjKjŸKjKjoKjK jK j K jNK jK jzKjKj+KjKjKj`KjqKjnKj KjoKjKjKjKjKjXKjKj_KjXKjK jK!jK"jK#jK$jK%j K&jrK'jK(jK)jK*jK+jqK,jK-jK.jK/jUK0jUK1j K2j K3j#K4j$K5j$K6j8&K7je&K8j{&K9j(K:j*K;j4,Kjz<K?j<K@jCKAjyEKBj_FKCjFKDjFKEjFKFjJKGjKKHj=LKIjMKJjNKKjOOKLjOKMjXPKNjPKOjQKPj"RKQjjtjjj j j4 j j+jSjjJ j jG!j!j!j!jH"j"j"j#j#j"$j%j&j'jL'j(j(j)j)j<.j.j.j.j4j#5j5j:j:j:j;j<j?@j,CjJCjCjDDjbDjDjDjDjJjUjzVj\j]j>^jfjgjhjhjhjhjhjhjljmjnj}qjqjrjtjujujujvjvj0vjZvjvjvjvjzjzjVjjj,jojjjjjjj›jқjjmjjlj&jBjßjj;jjѢjj^jjjj j0jZjxjjjj@jPjjj˰jjjjIjgjj j6jRjbjjQjjjjgjj-jj7jIjj6jRjjjcj<jj1jdjjj<jLjjjzjjjjj.jjj/jjjjjjjjjj.jjmjjje}rj8`}r(jKjpKjKjKjWKj(KjKjKjKj*K jK j5K jK jK jKKjKjKjaKjKjKjKjKjKjKj5KjcKjKjKjKjKjKjKj8K j@K!jvK"jK#jK$j K%j K&j6 K'j K(j-K)jUK*jK+jL K,j K-jI!K.j!K/j!K0j!K1jJ"K2j"K3j"K4j#K5j#K6j$$K7j%K8j&K9j'K:jN'K;j(Kj)K?j>.K@j.KAj.KBj.KCj4KDj%5KEj5KFj:KGj:KHj:KIj;KJj<KKjA@KLj.CKMjLCKNjCKOjFDKPjdDKQjDKRjDKSjDKTjJKUjUKVj|VKWj\KXj]KYj@^KZjfK[jgK\j!hK]jhK^jhK_jhK`jhKajhKbjlKcjmKdjnKejqKfjqKgjrKhjtKijuKjjuKkjuKljvKmjvKnj2vKoj\vKpjvKqjvKrjvKsjzKtjzKujXKvjKwjKxj.KyjqKzjK{jK|jK}jK~jKjKjěKjԛKjKjoKjKjnKj(KjDKjşKjKj=KjKjӢKjKj`KjKjKjKj"Kj2Kj\KjzKjKj¯KjKjBKjRKjKjKjͰKjKjKj!KjKKjiKjKj Kj8KjTKjdKjKjSKjKjKjKjiKjKj/KjKj9KjKKjKj8KjTKjKjKjeKj>KjKj3KjfKjKjKj>KjNKjlKj|KjKjKjKjKj0KjKjKj1KjKjKj Kj!KjKjKjKj KjKj0KjKjoKjKjKjKusbjX partonomyrh0Nubj)r}r(hXg8rhXCell Envelope Biosynthesisrh}r h}r!jC`X SBO:0000633r"sjh)Rr#(jjj<jnjjj*j\jj϶j jPj?jqjjújjjGjijjj׻jj9jjͼjj j-jMjmjjjͽjjj$j6jFjdjjjjujjmjj/j(/j:/jL/j^/jp/j/j/j/j/j/j/j/j0j0j$0j60jH0jZ0jl0j~0j0j0j0j5j7j7j7j7j7j7j 8j8j-8j?8jQ8ja8j8j8j8j8j8j9j9j$9jB9j`9j9j9j9j.:ja:jfIjJjSjbUjUj9VjVj]j0cjdjMjϖj<jjpjEjjjjjjOjjjj#j5jqjjjjjjjFe}r$j8`}r%(jKjKj>KjpKjKjKj,Kj^KjKjѶK j K jRK jAK jsK jKjźKjKjKjIKjkKjKjKjٻKj Kj;KjKjϼKjKjKj/KjOKjoKjK jK!jϽK"jK#jK$j&K%j8K&jHK'jfK(jK)jK*jK+jwK,jK-joK.jK/j/K0j*/K1jj&0K?j80K@jJ0KAj\0KBjn0KCj0KDj0KEj0KFj0KGj5KHj7KIj7KJj7KKj7KLj7KMj7KNj 8KOj8KPj/8KQjA8KRjS8KSjc8KTj8KUj8KVj8KWj8KXj8KYj9KZj9K[j&9K\jD9K]jb9K^j9K_j9K`j9Kaj0:Kbjc:KcjhIKdjJKejSKfjdUKgjUKhj;VKijVKjj]Kkj2cKljdKmjOKnjіKoj>KpjKqjrKrjGKsjKtjKujKvjKwjKxjQKyjKzjK{jK|j%K}j7K~jsKjKjKjKjlKjKjHKusbjX partonomyr&h0Nubj)r'}r((hXg9r)hXMurein Recyclingr*h}r+h}r,jC`X SBO:0000633r-sjh)Rr.(j*jƿj jMjjjjj*j:j\j~jjjjjj(jjjjjjRjCjjjёjjjjjjjjjje}r/j8`}r0(j,KjȿKj KjOKjKjKjKj Kj,Kj<K j^K jK jK jK jKjKjKj*KjKjKjKjKjKjTKjEKjKjÑKjӑKjKjKjKjKjK jK!jK"jK#jK$jK%usbjX partonomyr1h0Nubj)r2}r3(hXg10r4hXNitrogen Metabolismr5h}r6h}r7jC`X SBO:0000633r8sjh)Rr9(jzjjjjjj]jwjjjdj j(e}r:j8`}r;(j|KjKjKj KjKj Kj_KjyKjKjK jfK j K j*K usbjX partonomyr<h0Nubj)r=}r>(hXg11r?hXMethylglyoxal Metabolismr@h}rAh}rBjC`X SBO:0000633rCsjh)RrD(jjj&bjabjj&jyj je}rEj8`}rF(jKjKj(bKjcbKjKj(Kj{Kj KjKusbjX partonomyrGh0Nubj)rH}rI(hXg12rJhXArginine and Proline MetabolismrKh}rLh}rMjC`X SBO:0000633rNsjh)RrO(jj7jj/j|jHjjEjj.jjpjjjLjjjNjgNjWj?\j~gjgjjjjwjٲjjjjjjJjjj jAjj7jUe}rPj8`}rQ(jKj9KjKj1Kj~KjJKjKjGKjKj0K jK jrK jK jK jNKjKjKjNKjiNKjWKjA\KjgKjgKjKjKjKjyKj۲KjKjlKj KjKjLK jK!jK"j K#jCK$jK%j9K&jWK'usbjX partonomyrRh0Nubj)rS}rT(hXg13rUhXMembrane Lipid MetabolismrVh}rWh}rXjC`X SBO:0000633rYsjh)RrZ(jRjnjj jjjjjvj.jjwjjjjbjjjFjj:jZjz1j1j2jD2j2j2j2j:3jkjkjkjkjlj lj>lj\ljk|j|jWj]e}r[j8`}r\(jTKjpKjKj KjlKjKjKjxKj0KjK jyK jK jK jK jdKjKjKjHKjKj<Kj\Kj|1Kj1Kj 2KjF2Kj2Kj2Kj2Kj<3KjkKjkKjkKjkK jlK!j"lK"j@lK#j^lK$jm|K%j|K&jYK'j_K(usbjX partonomyr]h0Nubj)r^}r_(hXg14r`hXPyruvate Metabolismrah}rbh}rcjC`X SBO:0000633rdsjh)Rre(jjjjjCjjbjjtj:e}rfj8`}rg(jKjKjKjKjCKjKjdKjKjvKj<K usbjX partonomyrhh0Nubj)ri}rj(hXg15rkhX2Tyrosine, Tryptophan, and Phenylalanine Metabolismrlh}rmh}rnjC`X SBO:0000633rosjh)Rrp(jjjjvjjjD%j%jwj7jjjjjjKjjjjjj*je}rqj8`}rr(jKjKjKjxKjKjKjF%Kj%KjwKj9K jK j!K jK jK j KjMKjKjKjKjKjKj,KjKusbjX partonomyrsh0Nubj)rt}ru(hXg16rvhX*Valine, Leucine, and Isoleucine Metabolismrwh}rxh}ryjC`X SBO:0000633rzsjh)Rr{(jKjjjj5xjzj,{jc{j{j3|jQ|jj$jjje}r|j8`}r}(jMKjKjKjKj7xKjzKj.{Kje{Kj{Kj5|K jS|K j K j&K jK jKjKusbjX partonomyr~h0Nubj)r}r(hXg17rhX+Lipopolysaccharide Biosynthesis / Recyclingrh}rh}rjC`X SBO:0000633rsjh)Rr(jjjj] j j j j0j0j1j81jX1jh1j3j4j:4j\4j4jvRjYjYjZjLcjcjcjmjmj njNnjfnjvnj#|j|j|j!}j~j&j6jFj΂jjjjj/jjϬjj!jAjQjjjjjطjjZjj1j]jj jjjXjtjj;j]je}rj8`}r(jKjKjKj_ Kj Kj Kj Kj0Kj0Kj1K j:1K jZ1K jj1K j3K j4Kj<4Kj^4Kj4KjxRKjYKjYKjZKjNcKjcKjcKjmKjmKj"nKjPnKjhnKjxnKj%|Kj|K j|K!j#}K"j~K#j(K$j8K%jHK&jЂK'jK(jK)jK*jK+j1K,jK-jѬK.jK/j#K0jCK1jSK2jK3jK4jK5jK6jڷK7jK8j\K9jK:j3K;j_Kj K?jK@jZKAjvKBjKCj=KDj_KEjKFusbjX partonomyrh0Nubj)r}r(hXg18rhX Unassignedrh}rh}rjC`X SBO:0000633rsjh)Rr(jjmjjj#jjjjXj|jN*j}*j*j+jf+jDjfjhjlj$jjTjjjje}rj8`}r(jKjoKjKjKj%KjKjKjKjZKj~K jP*K j*K j*K j+K jh+KjDKjfKjhKjmKj&KjKjVKjKjKjKjKusbjX partonomyrh0Nubj)r}r(hXg19rhXCitric Acid Cyclerh}rh}rjC`X SBO:0000633rsjh)Rr(jjjjj#j5FjKFjHj@vjj!j7jjie}rj8`}r(jKjKjKjKj%Kj7FKjMFKjHKjBvKjK j#K j9K jK jkK usbjX partonomyrh0Nubj)r}r(hXg20rhXCysteine Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(j"jjjjjFjdjxjjjj.j8e}rj8`}r(j$KjKjKjKjKjHKjfKjzKjKjK jK j0K j:K usbjX partonomyrh0Nubj)r}r(hXg21rhX"Purine and Pyrimidine Biosynthesisrh}rh}rjC`X SBO:0000633rsjh)Rr(jzjj-jj7jjjzj#jj#j#j#jTjTjg]jcjcjxjyj_jjMjcjj6e}rj8`}r(j|KjKj/KjKj9KjKjKj|Kj#Kjl#K j#K j#K jTK jTK ji]KjcKjcKjxKjyKjaKj KjOKjeKjKj8KusbjX partonomyrh0Nubj)r}r(hXg22rhX&Inorganic Ion Transport and Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(jjQjjj3jqjAjjjjjjjj jE j j= jL j[ j| j jjjjDj3jT5jn5j|=j=j=j=j>j`>j>j>j>j>j?j>?jn?j?j?j?j?j?j@jU@j@j@j@j@jAj%AjOAjoAj~AjAjAjAjAj&BjjBjzBjBjBjBjBj Cjjjaojojr}j}j}j4jjjj˙jQjjvjjjj$jWjjj/j/jjPj3jcjjj!jpjj@j~jjTjj[j)jbjzje}rj8`}r(jKjSKjKjKj5KjsKjCKjKjKjK jK jK jK jK j KjG Kj Kj? KjN Kj] Kj~ Kj KjKjKjKjFKj5KjV5Kjp5Kj~=Kj=Kj=Kj>K j>K!jb>K"j>K#j>K$j>K%j>K&j!?K'j@?K(jp?K)j?K*j?K+j?K,j?K-j?K.j!@K/jW@K0j@K1j@K2j@K3j@K4jAK5j'AK6jQAK7jqAK8jAK9jAK:jAK;jAKjlBK?j|BK@jBKAjBKBjBKCjBKDjCKEjjKFjcoKGjoKHjt}KIj}KJj}KKj6KLjKMjKNjKOj͙KPjSKQjKRjxKSjKTjKUjKVj&KWjYKXjKYjKZj1K[j1K\jK]jRK^j5K_jeK`jKajKbj#KcjrKdjKejBKfjKgjKhjVKijKjj]Kkj+KljdKmj|KnjKousbjX partonomyrh0Nubj)r}r(hXg23rhXMethionine Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(jjj\$jmjmKjsKjKjBKj~KjK jpK jK j`K jK jKusbjX partonomyrh0Nubj)r}r(hXg24rhX Alanine and Aspartate Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(j jajj jjj,jHje}rj8`}r(jKjcKjKjKjKjKj.KjJKjKusbjX partonomyrh0Nubj)r}r(hXg25rhX tRNA Chargingrh}rh}rjC`X SBO:0000633rsjh)Rr(jjjjjj~Djl[j|bjJpjQxjYjjj~jjVjjjjjje}rj8`}r(jKjKjKjKjKjDKjn[Kj~bKjLpKjSxK j[K jK jK jK jKjXKjKjKjKjKjKjKusbjX partonomyrh0Nubj)r}r(hXg26rhXThreonine and Lysine Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(j jsjjCjjj%j j7!jsjsj։jVjjjjjje}rj8`}r(j KjuKjKjEKjKjKj'Kj Kj9!KjsK jsK j؉K jXK jK jKjKjKjKjKusbjX partonomyrh0Nubj)r}r(hXg27rhX!Biomass and maintenance functionsrh}rh}rjC`X SBO:0000633rsjh)Rr(j)je}rj8`}r(j+KjKusbjX partonomyrh0Nubj)r}r(hXg28rhXHistidine Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(jjojpj#tjnwjwjjjNje}rj8`}r(jKjoKjpKj%tKjpwKjwKjKjKjPKjK usbjX partonomyrh0Nubj)r}r(hXg29rhXOxidative Phosphorylationrh}rh}rjC`X SBO:0000633r sjh)Rr (jj jC jS j j j jjjj#j~'j'j(jH(j.=jl=jULjkLjLjYXjtjtjtj}j0~jjjĞj֞jjjjjjjj̤jjejjIjWjsjj#jjvjjj(jTe}r j8`}r (jKj KjE KjU Kj Kj Kj KjKjKjK j%K j'K j'K j(K jJ(Kj0=Kjn=KjWLKjmLKjLKj[XKjtKjtKjtKj~Kj2~Kj KjKjƞKj؞KjKjKjK jK!jK"jK#jK$jΤK%jK&jgK'jK(jKK)jYK*juK+jK,j%K-jK.jxK/jK0jK1j*K2jVK3usbjX partonomyr h0Nubj)r}r(hXg30rhXGlycine and Serine Metabolismrh}rh}rjC`X SBO:0000633rsjh)Rr(j+jWj_j`jjvj5jjjjj jJjfje}rj8`}r(j+KjWKj_Kj`KjKjxKj7KjKjlKjK j K jLK jhK jK usbjX partonomyrh0Nubj)r}r(hXg31rhXPentose Phosphate Pathwayrh}rh}rjC`X SBO:0000633rsjh)Rr (jf3j3j;jNjhdjNjjjjjHjZe}r!j8`}r"(jh3Kj3Kj;KjNKjjdKjPKjKjKjKjK jJK j\K usbjX partonomyr#h0Nubj)r$}r%(hXg32r&hXGlycolysis/Gluconeogenesisr'h}r(h}r)jC`X SBO:0000633r*sjh)Rr+(j4j7j;j<jIjNjaTj XjXjXjYj"[j4[jnjjjnjjjjje}r,j8`}r-(j4Kj7Kj;Kj<KjIKjNKjcTKj XKjXKjXK jYK j$[K j6[K jnK jKjKjpKjKjKjKjKjKusbjX partonomyr.h0Nubj)r/}r0(hXg33r1hXFolate Metabolismr2h}r3h}r4jC`X SBO:0000633r5sjh)Rr6(jEjHj/Hj#Uj`jj*jDje}r7j8`}r8(jEKjHKj1HKj%UKj`KjKj,KjFKjKusbjX partonomyr9h0Nubj)r:}r;(hXg34r<hXGlutamate Metabolismr=h}r>h}r?jC`X SBO:0000633r@sjh)RrA(jP[j\j\j]jB]j]e}rBj8`}rC(jR[Kj\Kj]Kj]KjD]Kj]KusbjX partonomyrDh0Nubj)rE}rF(hXg35rGhXGlyoxylate MetabolismrHh}rIh}rJjC`X SBO:0000633rKsjh)RrL(j^j`jaj-ae}rMj8`}rN(j^Kj`KjaKj/aKusbjX partonomyrOh0Nubj)rP}rQ(hXg36rRhXAnaplerotic ReactionsrSh}rTh}rUjC`X SBO:0000633rVsjh)RrW(jvj!jMjkjjjje}rXj8`}rY(jvKj#KjOKjmKjKjKjKjKusbjX partonomyrZh0Nubj)r[}r\(hXg37r]hXMurein Biosynthesisr^h}r_h}r`jC`X SBO:0000633rasjh)Rrb(jjՐjj'j9jKjmjjjjjҗjj=j]e}rcj8`}rd(jKjאKjKj)Kj;KjMKjoKjKjKjK j×K jԗK jK j?K j_KusbjX partonomyreh0Nube}rfj8`}rg(jKjKjKjKjKjKjKjKj)Kj4K j?K jJK jUK j`K jkKjvKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj&Kj1K j<K!jGK"jRK#j]K$usbX _compartmentsrh}ri(jq`Xcytosolrjj*dXextracellular spacerkjcX periplasmrluX _contextsrm]rnX_solverrocoptlang.glpk_interface Model rp)rq}rr(X glpk_reprrsXؽp lp max 1805 5166 20366 n i 1 10fthf_c n i 2 12dgr120_c n i 3 12dgr140_c n i 4 12dgr141_c n i 5 12dgr160_c n i 6 12dgr161_c n i 7 12dgr180_c n i 8 12dgr181_c n i 9 12ppd__R_c n i 10 12ppd__S_c n i 11 13dpg_c n i 12 14dhncoa_c n i 13 14glucan_c n i 14 15dap_c n i 15 1ddecg3p_c n i 16 1hdec9eg3p_c n i 17 1hdecg3p_c n i 18 1odec11eg3p_c n i 19 1odecg3p_c n i 20 1pyr5c_c n i 21 1tdec7eg3p_c n i 22 1tdecg3p_c n i 23 23dappa_c n i 24 23ddhb_c n i 25 23dhacoa_c n i 26 23dhb_c n i 27 23dhba_c n i 28 23dhbzs_c n i 29 23dhdp_c n i 30 23dhmb_c n i 31 23dhmp_c n i 32 23doguln_c n i 33 25aics_c n i 34 25dkglcn_c n i 35 25drapp_c n i 36 26dap_LL_c n i 37 26dap__M_c n i 38 2agpe120_c n i 39 2agpe140_c n i 40 2agpe141_c n i 41 2agpe160_c n i 42 2agpe161_c n i 43 2agpe180_c n i 44 2agpe181_c n i 45 2agpg120_c n i 46 2agpg140_c n i 47 2agpg141_c n i 48 2agpg160_c n i 49 2agpg161_c n i 50 2agpg180_c n i 51 2agpg181_c n i 52 2ahbut_c n i 53 2amsa_c n i 54 2aobut_c n i 55 2cpr5p_c n i 56 2dda7p_c n i 57 2ddecg3p_c n i 58 2ddg6p_c n i 59 2ddglcn_c n i 60 2dh3dgal_c n i 61 2dh3dgal6p_c n i 62 2dhguln_c n i 63 2dhp_c n i 64 2dmmq8_c n i 65 2dmmql8_c n i 66 2dr1p_c n i 67 2dr5p_c n i 68 2fe1s_c n i 69 2fe2s_c n i 70 2h3oppan_c n i 71 2hdec9eg3p_c n i 72 2hdecg3p_c n i 73 2ippm_c n i 74 2mahmp_c n i 75 2mcacn_c n i 76 2mcit_c n i 77 2me4p_c n i 78 2mecdp_c n i 79 2obut_c n i 80 2odec11eg3p_c n i 81 2odecg3p_c n i 82 2ohph_c n i 83 2ombzl_c n i 84 2omhmbl_c n i 85 2ommbl_c n i 86 2omph_c n i 87 2oph_c n i 88 2oxpaccoa_c n i 89 2p4c2me_c n i 90 2pg_c n i 91 2pglyc_c n i 92 2sephchc_c n i 93 2shchc_c n i 94 2tdec7eg3p_c n i 95 2tdecg3p_c n i 96 2tpr3dpcoa_c n i 97 34hpp_c n i 98 35cgmp_c n i 99 3amac_c n i 100 3c2hmp_c n i 101 3c3hmp_c n i 102 3c4mop_c n i 103 3dhguln_c n i 104 3dhgulnp_c n i 105 3dhq_c n i 106 3dhsk_c n i 107 3fe4s_c n i 108 3haACP_c n i 109 3hadpcoa_c n i 110 3hbcoa_c n i 111 3hcddec5eACP_c n i 112 3hcinnm_c n i 113 3hcmrs7eACP_c n i 114 3hcpalm9eACP_c n i 115 3hcvac11eACP_c n i 116 3hdcoa_c n i 117 3hddcoa_c n i 118 3hddecACP_c n i 119 3hdecACP_c n i 120 3hhcoa_c n i 121 3hhdcoa_c n i 122 3hhexACP_c n i 123 3hmrsACP_c n i 124 3hocoa_c n i 125 3hoctACP_c n i 126 3hoctaACP_c n i 127 3hodcoa_c n i 128 3hpalmACP_c n i 129 3hpp_c n i 130 3hpppn_c n i 131 3htdcoa_c n i 132 3ig3p_c n i 133 3mob_c n i 134 3mop_c n i 135 3ocddec5eACP_c n i 136 3ocmrs7eACP_c n i 137 3ocpalm9eACP_c n i 138 3ocvac11eACP_c n i 139 3odcoa_c n i 140 3oddcoa_c n i 141 3oddecACP_c n i 142 3odecACP_c n i 143 3ohcoa_c n i 144 3ohdcoa_c n i 145 3ohexACP_c n i 146 3omrsACP_c n i 147 3oocoa_c n i 148 3ooctACP_c n i 149 3ooctdACP_c n i 150 3ohodcoa_c n i 151 3opalmACP_c n i 152 3ophb_c n i 153 3otdcoa_c n i 154 3oxdhscoa_c n i 155 3pg_c n i 156 3php_c n i 157 3psme_c n i 158 3sala_c n i 159 4abut_c n i 160 4abutn_c n i 161 4abz_c n i 162 4adcho_c n i 163 4ahmmp_c n i 164 4ampm_c n i 165 4c2me_c n i 166 4crsol_c n i 167 4fe4s_c n i 168 4h2opntn_c n i 169 4hbz_c n i 170 4hthr_c n i 171 4mhetz_c n i 172 4mop_c n i 173 4mpetz_c n i 174 4pasp_c n i 175 4per_c n i 176 4ppan_c n i 177 4ppcys_c n i 178 4r5au_c n i 179 56dura_c n i 180 5aizc_c n i 181 5aop_c n i 182 5aprbu_c n i 183 5apru_c n i 184 5caiz_c n i 185 5dglcn_c n i 186 5dh4dglc_c n i 187 5drib_c n i 188 5fthf_c n i 189 5mta_c n i 190 5mthf_c n i 191 5mtr_c n i 192 5prdmbz_c n i 193 6hmhpt_c n i 194 6hmhptpp_c n i 195 6pgc_c n i 196 6pgl_c n i 197 8aonn_c n i 198 ACP_c n i 199 LalaDglu_c n i 200 LalaDgluMdap_c n i 201 LalaDgluMdapDala_c n i 202 LalaLglu_c n i 203 N1aspmd_c n i 204 Nmtrp_c n i 205 Sfglutth_c n i 206 aacald_c n i 207 aacoa_c n i 208 aact_c n i 209 ac_c n i 210 acACP_c n i 211 acac_c n i 212 acald_c n i 213 acanth_c n i 214 accoa_c n i 215 acetol_c n i 216 acg5p_c n i 217 acg5sa_c n i 218 acgam_c n i 219 acgam1p_c n i 220 acgam6p_c n i 221 acglc__D_c n i 222 acglu_c n i 223 acmalt_c n i 224 acmana_c n i 225 acmanap_c n i 226 acmum6p_c n i 227 acnam_c n i 228 acon_C_c n i 229 acon_T_c n i 230 aconm_c n i 231 acorn_c n i 232 acser_c n i 233 actACP_c n i 234 actp_c n i 235 ade_c n i 236 adn_c n i 237 adocbi_c n i 238 adocbip_c n i 239 adocbl_c n i 240 adp_c n i 241 adpglc_c n i 242 adphep_DD_c n i 243 adphep_LD_c n i 244 adprib_c n i 245 ag_c n i 246 agdpcbi_c n i 247 agm_c n i 248 ahcys_c n i 249 ahdt_c n i 250 aicar_c n i 251 air_c n i 252 akg_c n i 253 ala_B_c n i 254 ala__D_c n i 255 ala__L_c n i 256 alaala_c n i 257 alac__S_c n i 258 alatrna_c n i 259 all__D_c n i 260 all6p_c n i 261 alltn_c n i 262 alltt_c n i 263 allul6p_c n i 264 altrn_c n i 265 amet_c n i 266 ametam_c n i 267 amob_c n i 268 amp_c n i 269 anhgm_c n i 270 anhgm3p_c n i 271 anhgm4p_c n i 272 anhm_c n i 273 anhm3p_c n i 274 anhm4p_c n i 275 anth_c n i 276 ap4a_c n i 277 ap5a_c n i 278 apg120_c n i 279 apg140_c n i 280 apg141_c n i 281 apg160_c n i 282 apg161_c n i 283 apg180_c n i 284 apg181_c n i 285 apoACP_c n i 286 appl_c n i 287 aps_c n i 288 ara5p_c n i 289 arab__L_c n i 290 aragund_c n i 291 arbt6p_c n i 292 arbtn_c n i 293 arbtn_fe3_c n i 294 arg__L_c n i 295 argsuc_c n i 296 argtrna_c n i 297 ascb6p_c n i 298 asn__L_c n i 299 asntrna_c n i 300 aso3_c n i 301 aso4_c n i 302 asp__L_c n i 303 aspsa_c n i 304 asptrna_c n i 305 athr__L_c n i 306 athtp_c n i 307 atp_c n i 308 b2coa_c n i 309 bbtcoa_c n i 310 betald_c n i 311 bglycogen_c n i 312 bmoco_c n i 313 bmoco1gdp_c n i 314 bmocogdp_c n i 315 btal_c n i 316 btcoa_c n i 317 btn_c n i 318 btnso_c n i 319 but_c n i 320 but2eACP_c n i 321 butACP_c n i 322 butso3_c n i 323 bwco_c n i 324 bwco1gdp_c n i 325 bwcogdp_c n i 326 ca2_c n i 327 camp_c n i 328 cbasp_c n i 329 cbi_c n i 330 cbl1_c n i 331 cbm_c n i 332 cbp_c n i 333 cd2_c n i 334 cddec5eACP_c n i 335 cdec3eACP_c n i 336 cdg_c n i 337 cdp_c n i 338 cdpdddecg_c n i 339 cdpdhdec9eg_c n i 340 cdpdhdecg_c n i 341 cdpdodec11eg_c n i 342 cdpdodecg_c n i 343 cdpdtdec7eg_c n i 344 cdpdtdecg_c n i 345 cechddd_c n i 346 cenchddd_c n i 347 cgly_c n i 348 chol_c n i 349 chor_c n i 350 chtbs6p_c n i 351 cinnm_c n i 352 cit_c n i 353 citr__L_c n i 354 ckdo_c n i 355 cl_c n i 356 cmp_c n i 357 co2_c n i 358 coa_c n i 359 cobalt2_c n i 360 colipa_c n i 361 cpe160_c n i 362 cpe180_c n i 363 cpg160_c n i 364 cpg180_c n i 365 cpgn_c n i 366 cpgn_un_c n i 367 cph4_c n i 368 cpmp_c n i 369 cpppg3_c n i 370 crn_c n i 371 crn__D_c n i 372 crnDcoa_c n i 373 crncoa_c n i 374 csn_c n i 375 ctbt_c n i 376 ctbtcoa_c n i 377 ctp_c n i 378 cu_c n i 379 cu2_c n i 380 cyan_c n i 381 cynt_c n i 382 cys__D_c n i 383 cys__L_c n i 384 cyst__L_c n i 385 cystrna_c n i 386 cytd_c n i 387 dad_2_c n i 388 dad_5_c n i 389 dadp_c n i 390 damp_c n i 391 dann_c n i 392 datp_c n i 393 db4p_c n i 394 dc2coa_c n i 395 dca_c n i 396 dcaACP_c n i 397 dcacoa_c n i 398 dcamp_c n i 399 dcdp_c n i 400 dcmp_c n i 401 dctp_c n i 402 dcyt_c n i 403 dd2coa_c n i 404 ddca_c n i 405 ddcaACP_c n i 406 ddcacoa_c n i 407 ddcap_c n i 408 dgdp_c n i 409 dgmp_c n i 410 dgslnt_c n i 411 dgsn_c n i 412 dgtp_c n i 413 dha_c n i 414 dhap_c n i 415 dhcinnm_c n i 416 dhf_c n i 417 dhgly_c n i 418 dhmpt_c n i 419 dhmptp_c n i 420 dhna_c n i 421 dhnpt_c n i 422 dhor__S_c n i 423 dhpmp_c n i 424 dhpppn_c n i 425 dhpt_c n i 426 dhptd_c n i 427 dhptdn_c n i 428 didp_c n i 429 dimp_c n i 430 din_c n i 431 ditp_c n i 432 dmbzid_c n i 433 dmlz_c n i 434 dmpp_c n i 435 dms_c n i 436 dmso_c n i 437 dnad_c n i 438 dpcoa_c n i 439 dsbdox_c n i 440 dsbdrd_c n i 441 dscl_c n i 442 dtbt_c n i 443 dtdp_c n i 444 dtdp4aaddg_c n i 445 dtdp4addg_c n i 446 dtdp4d6dg_c n i 447 dtdp4d6dm_c n i 448 dtdpglu_c n i 449 dtdprmn_c n i 450 dtmp_c n i 451 dttp_c n i 452 dudp_c n i 453 dump_c n i 454 duri_c n i 455 dutp_c n i 456 dxyl_c n i 457 dxyl5p_c n i 458 e4p_c n i 459 egmeACP_c n i 460 eig3p_c n i 461 enter_c n i 462 epmeACP_c n i 463 etha_c n i 464 ethso3_c n i 465 etoh_c n i 466 f1p_c n i 467 f6p_c n i 468 fad_c n i 469 fadh2_c n i 470 fald_c n i 471 fc1p_c n i 472 fcl__L_c n i 473 fdp_c n i 474 fe2_c n i 475 fe3_c n i 476 fe3dhbzs_c n i 477 fe3hox_c n i 478 fe3hox_un_c n i 479 fecrm_c n i 480 fecrm_un_c n i 481 feenter_c n i 482 feoxam_c n i 483 feoxam_un_c n i 484 fgam_c n i 485 flxr_c n i 486 flxso_c n i 487 fmettrna_c n i 488 fmn_c n i 489 fmnh2_c n i 490 for_c n i 491 forcoa_c n i 492 fpram_c n i 493 fprica_c n i 494 frdp_c n i 495 fru_c n i 496 frulys_c n i 497 frulysp_c n i 498 fruur_c n i 499 fuc__L_c n i 500 fum_c n i 501 g1p_c n i 502 g3p_c n i 503 g3pc_c n i 504 g3pe_c n i 505 g3pg_c n i 506 g3pi_c n i 507 g3ps_c n i 508 g6p_c n i 509 gagicolipa_c n i 510 gal_c n i 511 gal1p_c n i 512 galct__D_c n i 513 galctn__D_c n i 514 galctn__L_c n i 515 galt1p_c n i 516 galur_c n i 517 gam1p_c n i 518 gam6p_c n i 519 gar_c n i 520 garagund_c n i 521 gbbtn_c n i 522 gcald_c n i 523 gdp_c n i 524 gdpddman_c n i 525 gdpfuc_c n i 526 gdpmann_c n i 527 gdpofuc_c n i 528 gdptp_c n i 529 gfgaragund_c n i 530 gg4abut_c n i 531 ggagicolipa_c n i 532 ggbutal_c n i 533 gggagicolipa_c n i 534 ggptrc_c n i 535 ghb_c n i 536 gicolipa_c n i 537 glc__D_c n i 538 glcn_c n i 539 glcr_c n i 540 glcur_c n i 541 gln__L_c n i 542 glntrna_c n i 543 glu__D_c n i 544 glu__L_c n i 545 glu1sa_c n i 546 glu5p_c n i 547 glu5sa_c n i 548 glucys_c n i 549 glutrna_c n i 550 glx_c n i 551 gly_c n i 552 glyald_c n i 553 glyb_c n i 554 glyc_c n i 555 glyc__R_c n i 556 glyc2p_c n i 557 glyc3p_c n i 558 glyclt_c n i 559 glycogen_c n i 560 glytrna_c n i 561 gmeACP_c n i 562 gmhep17bp_c n i 563 gmhep1p_c n i 564 gmhep7p_c n i 565 gmp_c n i 566 gp4g_c n i 567 grdp_c n i 568 grxox_c n i 569 grxrd_c n i 570 gslnt_c n i 571 gsn_c n i 572 gthox_c n i 573 gthrd_c n i 574 gtp_c n i 575 gtspmd_c n i 576 gua_c n i 577 h_c n i 578 h2_c n i 579 h2mb4p_c n i 580 h2o_c n i 581 h2o2_c n i 582 h2s_c n i 583 hco3_c n i 584 hcys__L_c n i 585 hdca_c n i 586 hdcap_c n i 587 hdcea_c n i 588 hdceap_c n i 589 hdcoa_c n i 590 hdd2coa_c n i 591 hdeACP_c n i 592 hemeO_c n i 593 hexACP_c n i 594 hg2_c n i 595 hgmeACP_c n i 596 hhlipa_c n i 597 his__L_c n i 598 hisp_c n i 599 histd_c n i 600 histrna_c n i 601 hkndd_c n i 602 hkntd_c n i 603 hlipa_c n i 604 hmbil_c n i 605 hmgth_c n i 606 hom__L_c n i 607 hphhlipa_c n i 608 hpmeACP_c n i 609 hpyr_c n i 610 hqn_c n i 611 hx2coa_c n i 612 hxa_c n i 613 hxan_c n i 614 hxcoa_c n i 615 iasp_c n i 616 ichor_c n i 617 icit_c n i 618 icolipa_c n i 619 idon__L_c n i 620 idp_c n i 621 ile__L_c n i 622 iletrna_c n i 623 imacp_c n i 624 imp_c n i 625 indole_c n i 626 inost_c n i 627 ins_c n i 628 ipdp_c n i 629 iscs_c n i 630 iscssh_c n i 631 iscu_c n i 632 iscu_2fe2s_c n i 633 iscu_2fe2s2_c n i 634 iscu_4fe4s_c n i 635 isetac_c n i 636 itp_c n i 637 k_c n i 638 kdo_c n i 639 kdo2lipid4_c n i 640 kdo2lipid4L_c n i 641 kdo2lipid4p_c n i 642 kdo8p_c n i 643 kdolipid4_c n i 644 kphphhlipa_c n i 645 lac__D_c n i 646 lac__L_c n i 647 lald__D_c n i 648 lald__L_c n i 649 lcts_c n i 650 leu__L_c n i 651 leutrna_c n i 652 lgt__S_c n i 653 lipa_c n i 654 lipa_cold_c n i 655 lipidA_c n i 656 lipidAds_c n i 657 lipidX_c n i 658 lipoamp_c n i 659 lipoate_c n i 660 lipopb_c n i 661 lys__L_c n i 662 lystrna_c n i 663 lyx__L_c n i 664 mal__D_c n i 665 mal__L_c n i 666 malACP_c n i 667 malcoa_c n i 668 malcoame_c n i 669 malt_c n i 670 malt6p_c n i 671 malthp_c n i 672 malthx_c n i 673 maltpt_c n i 674 malttr_c n i 675 maltttr_c n i 676 man_c n i 677 man1p_c n i 678 man6p_c n i 679 man6pglyc_c n i 680 mana_c n i 681 mdhdhf_c n i 682 melib_c n i 683 meoh_c n i 684 mercppyr_c n i 685 met__D_c n i 686 met__L_c n i 687 methf_c n i 688 metsox_R__L_c n i 689 metsox_S__L_c n i 690 mettrna_c n i 691 mg2_c n i 692 mi1p__D_c n i 693 micit_c n i 694 mlthf_c n i 695 mmcoa__S_c n i 696 mmet_c n i 697 mn2_c n i 698 mnl1p_c n i 699 moadamp_c n i 700 moadcoo_c n i 701 moadcosh_c n i 702 mobd_c n i 703 moco_c n i 704 mococdp_c n i 705 mocogdp_c n i 706 mpt_c n i 707 mptamp_c n i 708 mql8_c n i 709 mqn8_c n i 710 msa_c n i 711 mso3_c n i 712 mthgxl_c n i 713 mththf_c n i 714 myrsACP_c n i 715 n2o_c n i 716 n8aspmd_c n i 717 na1_c n i 718 na15dap_c n i 719 nac_c n i 720 nad_c n i 721 nadh_c n i 722 nadp_c n i 723 nadph_c n i 724 ncam_c n i 725 nh4_c n i 726 ni2_c n i 727 nicrnt_c n i 728 nmn_c n i 729 no_c n i 730 no2_c n i 731 no3_c n i 732 o16aund_c n i 733 o2_c n i 734 o2s_c n i 735 oaa_c n i 736 oc2coa_c n i 737 ocACP_c n i 738 occoa_c n i 739 ocdca_c n i 740 ocdcaACP_c n i 741 ocdcap_c n i 742 ocdcea_c n i 743 ocdceap_c n i 744 octa_c n i 745 octapb_c n i 746 octdp_c n i 747 octeACP_c n i 748 od2coa_c n i 749 odecoa_c n i 750 ogmeACP_c n i 751 ohpb_c n i 752 op4en_c n i 753 opmeACP_c n i 754 orn_c n i 755 orot_c n i 756 orot5p_c n i 757 oxa_c n i 758 oxadpcoa_c n i 759 oxalcoa_c n i 760 oxam_c n i 761 oxur_c n i 762 pa120_c n i 763 pa140_c n i 764 pa141_c n i 765 pa160_c n i 766 pa161_c n i 767 pa180_c n i 768 pa181_c n i 769 pac_c n i 770 pacald_c n i 771 palmACP_c n i 772 pan4p_c n i 773 pant__R_c n i 774 pap_c n i 775 paps_c n i 776 pdx5p_c n i 777 pe120_c n i 778 pe140_c n i 779 pe141_c n i 780 pe160_c n i 781 pe161_c n i 782 pe180_c n i 783 pe181_c n i 784 pep_c n i 785 pg120_c n i 786 pg140_c n i 787 pg141_c n i 788 pg160_c n i 789 pg161_c n i 790 pg180_c n i 791 pg181_c n i 792 pgp120_c n i 793 pgp140_c n i 794 pgp141_c n i 795 pgp160_c n i 796 pgp161_c n i 797 pgp180_c n i 798 pgp181_c n i 799 phaccoa_c n i 800 phe__L_c n i 801 pheme_c n i 802 phetrna_c n i 803 phhlipa_c n i 804 phom_c n i 805 phphhlipa_c n i 806 phpyr_c n i 807 phthr_c n i 808 pi_c n i 809 pimACP_c n i 810 pmeACP_c n i 811 pmtcoa_c n i 812 pnto__R_c n i 813 poaac_c n i 814 ppa_c n i 815 ppal_c n i 816 ppap_c n i 817 ppbng_c n i 818 ppcoa_c n i 819 ppgpp_c n i 820 pphn_c n i 821 ppi_c n i 822 ppp9_c n i 823 pppg9_c n i 824 pppi_c n i 825 pppn_c n i 826 pram_c n i 827 pran_c n i 828 prbamp_c n i 829 prbatp_c n i 830 preq0_c n i 831 preq1_c n i 832 prfp_c n i 833 prlp_c n i 834 pro__L_c n i 835 progly_c n i 836 protrna_c n i 837 prpp_c n i 838 ps120_c n i 839 ps140_c n i 840 ps141_c n i 841 ps160_c n i 842 ps161_c n i 843 ps180_c n i 844 ps181_c n i 845 psclys_c n i 846 pser__L_c n i 847 ptrc_c n i 848 pyam5p_c n i 849 pydam_c n i 850 pydx_c n i 851 pydx5p_c n i 852 pydxn_c n i 853 pyr_c n i 854 q8_c n i 855 q8h2_c n i 856 quin_c n i 857 quln_c n i 858 r15bp_c n i 859 r1p_c n i 860 r5p_c n i 861 ragund_c n i 862 rbflvrd_c n i 863 rbl__L_c n i 864 rdmbzi_c n i 865 rephaccoa_c n i 866 rhcys_c n i 867 rib__D_c n i 868 ribflv_c n i 869 rml_c n i 870 rml1p_c n i 871 rmn_c n i 872 ru5p__D_c n i 873 ru5p__L_c n i 874 s17bp_c n i 875 s7p_c n i 876 sarcs_c n i 877 sbt6p_c n i 878 sbzcoa_c n i 879 scl_c n i 880 sectrna_c n i 881 sel_c n i 882 seln_c n i 883 selnp_c n i 884 ser__D_c n i 885 ser__L_c n i 886 seramp_c n i 887 sertrna_c n i 888 sertrna_sec_c n i 889 sheme_c n i 890 skm_c n i 891 skm5p_c n i 892 sl26da_c n i 893 sl2a6o_c n i 894 slnt_c n i 895 so2_c n i 896 so3_c n i 897 so4_c n i 898 spmd_c n i 899 stcoa_c n i 900 suc6p_c n i 901 sucarg_c n i 902 sucbz_c n i 903 succ_c n i 904 succoa_c n i 905 sucglu_c n i 906 sucgsa_c n i 907 suchms_c n i 908 sucorn_c n i 909 sucsal_c n i 910 sufbcd_c n i 911 sufbcd_2fe2s_c n i 912 sufbcd_2fe2s2_c n i 913 sufbcd_4fe4s_c n i 914 sufse_c n i 915 sufsesh_c n i 916 sulfac_c n i 917 t3c11vaceACP_c n i 918 t3c5ddeceACP_c n i 919 t3c7mrseACP_c n i 920 t3c9palmeACP_c n i 921 tag6p__D_c n i 922 tagdp__D_c n i 923 tagur_c n i 924 tartr__D_c n i 925 tartr__L_c n i 926 taur_c n i 927 tcynt_c n i 928 td2coa_c n i 929 tdcoa_c n i 930 tddec2eACP_c n i 931 tdeACP_c n i 932 tdec2eACP_c n i 933 tdecoa_c n i 934 thdp_c n i 935 thex2eACP_c n i 936 thf_c n i 937 thm_c n i 938 thmmp_c n i 939 thmnp_c n i 940 thmpp_c n i 941 thptdn_c n i 942 thr__L_c n i 943 thrtrna_c n i 944 thym_c n i 945 thymd_c n i 946 tma_c n i 947 tmao_c n i 948 tmrs2eACP_c n i 949 toct2eACP_c n i 950 toctd2eACP_c n i 951 tpalm2eACP_c n i 952 trdox_c n i 953 trdrd_c n i 954 tre_c n i 955 tre6p_c n i 956 trnaala_c n i 957 trnaarg_c n i 958 trnaasn_c n i 959 trnaasp_c n i 960 trnacys_c n i 961 trnagln_c n i 962 trnaglu_c n i 963 trnagly_c n i 964 trnahis_c n i 965 trnaile_c n i 966 trnaleu_c n i 967 trnalys_c n i 968 trnamet_c n i 969 trnaphe_c n i 970 trnapro_c n i 971 trnasecys_c n i 972 trnaser_c n i 973 trnathr_c n i 974 trnatrp_c n i 975 trnatyr_c n i 976 trnaval_c n i 977 trp__L_c n i 978 trptrna_c n i 979 tsul_c n i 980 ttdca_c n i 981 ttdcap_c n i 982 ttdcea_c n i 983 ttdceap_c n i 984 tungs_c n i 985 tyr__L_c n i 986 tyrtrna_c n i 987 u23ga_c n i 988 u3aga_c n i 989 u3hga_c n i 990 uLa4fn_c n i 991 uLa4n_c n i 992 uaagmda_c n i 993 uaccg_c n i 994 uacgam_c n i 995 uacmam_c n i 996 uacmamu_c n i 997 uagmda_c n i 998 uama_c n i 999 uamag_c n i 1000 uamr_c n i 1001 udcpdp_c n i 1002 udcpp_c n i 1003 udp_c n i 1004 udpLa4fn_c n i 1005 udpLa4n_c n i 1006 udpLa4o_c n i 1007 udpg_c n i 1008 udpgal_c n i 1009 udpgalfur_c n i 1010 udpglcur_c n i 1011 ugmd_c n i 1012 ugmda_c n i 1013 um4p_c n i 1014 ump_c n i 1015 unaga_c n i 1016 unagamu_c n i 1017 unagamuf_c n i 1018 uppg3_c n i 1019 ura_c n i 1020 uracp_c n i 1021 urate_c n i 1022 urdglyc_c n i 1023 urea_c n i 1024 uri_c n i 1025 utp_c n i 1026 val__L_c n i 1027 valtrna_c n i 1028 wco_c n i 1029 xan_c n i 1030 xdp_c n i 1031 xmp_c n i 1032 xtp_c n i 1033 xtsn_c n i 1034 xu5p__D_c n i 1035 xu5p__L_c n i 1036 xyl__D_c n i 1037 xylu__D_c n i 1038 xylu__L_c n i 1039 zn2_c n i 1040 12ppd__R_e n i 1041 12ppd__S_e n i 1042 14glucan_e n i 1043 15dap_e n i 1044 23camp_e n i 1045 23ccmp_e n i 1046 23cgmp_e n i 1047 23cump_e n i 1048 23dappa_e n i 1049 26dap__M_e n i 1050 2ddglcn_e n i 1051 34dhpac_e n i 1052 3amp_e n i 1053 3cmp_e n i 1054 3gmp_e n i 1055 3hcinnm_e n i 1056 3hpp_e n i 1057 3hpppn_e n i 1058 3ump_e n i 1059 4abut_e n i 1060 4hoxpacd_e n i 1061 5dglcn_e n i 1062 5mtr_e n i 1063 LalaDglu_e n i 1064 LalaDgluMdap_e n i 1065 LalaDgluMdapDala_e n i 1066 LalaLglu_e n i 1067 ac_e n i 1068 acac_e n i 1069 acald_e n i 1070 acgal_e n i 1071 acgal1p_e n i 1072 acgam_e n i 1073 acgam1p_e n i 1074 acmana_e n i 1075 acmum_e n i 1076 acnam_e n i 1077 acolipa_e n i 1078 acser_e n i 1079 ade_e n i 1080 adn_e n i 1081 adocbl_e n i 1082 ag_e n i 1083 agm_e n i 1084 akg_e n i 1085 ala_B_e n i 1086 ala__D_e n i 1087 ala__L_e n i 1088 alaala_e n i 1089 all__D_e n i 1090 alltn_e n i 1091 amp_e n i 1092 anhgm_e n i 1093 arab__L_e n i 1094 arbt_e n i 1095 arbtn_e n i 1096 arbtn_fe3_e n i 1097 arg__L_e n i 1098 ascb__L_e n i 1099 asn__L_e n i 1100 aso3_e n i 1101 asp__L_e n i 1102 btn_e n i 1103 but_e n i 1104 butso3_e n i 1105 ca2_e n i 1106 cbi_e n i 1107 cbl1_e n i 1108 cd2_e n i 1109 cgly_e n i 1110 chol_e n i 1111 chtbs_e n i 1112 cit_e n i 1113 cl_e n i 1114 cm_e n i 1115 cmp_e n i 1116 co2_e n i 1117 cobalt2_e n i 1118 colipa_e n i 1119 colipap_e n i 1120 cpgn_e n i 1121 cpgn_un_e n i 1122 crn_e n i 1123 crn__D_e n i 1124 csn_e n i 1125 cu_e n i 1126 cu2_e n i 1127 cyan_e n i 1128 cynt_e n i 1129 cys__D_e n i 1130 cys__L_e n i 1131 cytd_e n i 1132 dad_2_e n i 1133 damp_e n i 1134 dca_e n i 1135 dcmp_e n i 1136 dcyt_e n i 1137 ddca_e n i 1138 dgmp_e n i 1139 dgsn_e n i 1140 dha_e n i 1141 dimp_e n i 1142 din_e n i 1143 dms_e n i 1144 dmso_e n i 1145 dopa_e n i 1146 doxrbcn_e n i 1147 dtmp_e n i 1148 dump_e n i 1149 duri_e n i 1150 eca4colipa_e n i 1151 enlipa_e n i 1152 enter_e n i 1153 etha_e n i 1154 ethso3_e n i 1155 etoh_e n i 1156 f6p_e n i 1157 fald_e n i 1158 fe2_e n i 1159 fe3_e n i 1160 fe3dcit_e n i 1161 fe3dhbzs_e n i 1162 fe3hox_e n i 1163 fe3hox_un_e n i 1164 fecrm_e n i 1165 fecrm_un_e n i 1166 feenter_e n i 1167 feoxam_e n i 1168 feoxam_un_e n i 1169 for_e n i 1170 fru_e n i 1171 frulys_e n i 1172 fruur_e n i 1173 fuc__L_e n i 1174 fum_e n i 1175 fusa_e n i 1176 g1p_e n i 1177 g3pc_e n i 1178 g3pe_e n i 1179 g3pg_e n i 1180 g3pi_e n i 1181 g3ps_e n i 1182 g6p_e n i 1183 gal_e n i 1184 gal_bD_e n i 1185 gal1p_e n i 1186 galct__D_e n i 1187 galctn__D_e n i 1188 galctn__L_e n i 1189 galt_e n i 1190 galur_e n i 1191 gam_e n i 1192 gam6p_e n i 1193 gbbtn_e n i 1194 gdp_e n i 1195 glc__D_e n i 1196 glcn_e n i 1197 glcr_e n i 1198 glcur_e n i 1199 glcur1p_e n i 1200 gln__L_e n i 1201 glu__L_e n i 1202 gly_e n i 1203 glyald_e n i 1204 glyb_e n i 1205 glyc_e n i 1206 glyc__R_e n i 1207 glyc2p_e n i 1208 glyc3p_e n i 1209 glyclt_e n i 1210 gmp_e n i 1211 gsn_e n i 1212 gthox_e n i 1213 gthrd_e n i 1214 gtp_e n i 1215 gua_e n i 1216 h_e n i 1217 h2_e n i 1218 h2o_e n i 1219 h2o2_e n i 1220 h2s_e n i 1221 hacolipa_e n i 1222 halipa_e n i 1223 hdca_e n i 1224 hdcea_e n i 1225 hg2_e n i 1226 his__L_e n i 1227 hom__L_e n i 1228 hxa_e n i 1229 hxan_e n i 1230 idon__L_e n i 1231 ile__L_e n i 1232 imp_e n i 1233 indole_e n i 1234 inost_e n i 1235 ins_e n i 1236 isetac_e n i 1237 k_e n i 1238 kdo2lipid4_e n i 1239 lac__D_e n i 1240 lac__L_e n i 1241 lcts_e n i 1242 leu__L_e n i 1243 lipa_e n i 1244 lipa_cold_e n i 1245 lipoate_e n i 1246 lys__L_e n i 1247 lyx__L_e n i 1248 mal__D_e n i 1249 mal__L_e n i 1250 malt_e n i 1251 malthx_e n i 1252 maltpt_e n i 1253 malttr_e n i 1254 maltttr_e n i 1255 man_e n i 1256 man6p_e n i 1257 manglyc_e n i 1258 melib_e n i 1259 meoh_e n i 1260 met__D_e n i 1261 met__L_e n i 1262 metsox_R__L_e n i 1263 metsox_S__L_e n i 1264 mg2_e n i 1265 mincyc_e n i 1266 minohp_e n i 1267 mmet_e n i 1268 mn2_e n i 1269 mnl_e n i 1270 mobd_e n i 1271 mso3_e n i 1272 n2o_e n i 1273 na1_e n i 1274 nac_e n i 1275 nh4_e n i 1276 ni2_e n i 1277 nmn_e n i 1278 no_e n i 1279 no2_e n i 1280 no3_e n i 1281 novbcn_e n i 1282 o16a4colipa_e n i 1283 o2_e n i 1284 o2s_e n i 1285 ocdca_e n i 1286 ocdcea_e n i 1287 octa_e n i 1288 orn_e n i 1289 orot_e n i 1290 pacald_e n i 1291 peamn_e n i 1292 phe__L_e n i 1293 pheme_e n i 1294 pi_e n i 1295 pnto__R_e n i 1296 ppa_e n i 1297 ppal_e n i 1298 pppn_e n i 1299 ppt_e n i 1300 pro__L_e n i 1301 progly_e n i 1302 psclys_e n i 1303 pser__L_e n i 1304 ptrc_e n i 1305 pydam_e n i 1306 pydx_e n i 1307 pydxn_e n i 1308 pyr_e n i 1309 quin_e n i 1310 r5p_e n i 1311 rfamp_e n i 1312 rib__D_e n i 1313 rmn_e n i 1314 sbt__D_e n i 1315 sel_e n i 1316 ser__D_e n i 1317 ser__L_e n i 1318 skm_e n i 1319 slnt_e n i 1320 so2_e n i 1321 so3_e n i 1322 so4_e n i 1323 spmd_e n i 1324 succ_e n i 1325 sucr_e n i 1326 sulfac_e n i 1327 tartr__D_e n i 1328 tartr__L_e n i 1329 taur_e n i 1330 tcynt_e n i 1331 thm_e n i 1332 thr__L_e n i 1333 thrp_e n i 1334 thym_e n i 1335 thymd_e n i 1336 tma_e n i 1337 tmao_e n i 1338 tre_e n i 1339 trp__L_e n i 1340 tsul_e n i 1341 ttdca_e n i 1342 ttdcea_e n i 1343 ttrcyc_e n i 1344 tungs_e n i 1345 tym_e n i 1346 tyr__L_e n i 1347 tyrp_e n i 1348 uacgam_e n i 1349 udpacgal_e n i 1350 udpg_e n i 1351 udpgal_e n i 1352 udpglcur_e n i 1353 ump_e n i 1354 ura_e n i 1355 urea_e n i 1356 uri_e n i 1357 val__L_e n i 1358 xan_e n i 1359 xmp_e n i 1360 xtsn_e n i 1361 xyl__D_e n i 1362 xylu__L_e n i 1363 zn2_e n i 1364 12dgr120_p n i 1365 12dgr140_p n i 1366 12dgr141_p n i 1367 12dgr160_p n i 1368 12dgr161_p n i 1369 12dgr180_p n i 1370 12dgr181_p n i 1371 12ppd__R_p n i 1372 12ppd__S_p n i 1373 14glucan_p n i 1374 15dap_p n i 1375 1agpe120_p n i 1376 1agpe140_p n i 1377 1agpe141_p n i 1378 1agpe160_p n i 1379 1agpe161_p n i 1380 1agpe180_p n i 1381 1agpe181_p n i 1382 1agpg120_p n i 1383 1agpg140_p n i 1384 1agpg141_p n i 1385 1agpg160_p n i 1386 1agpg161_p n i 1387 1agpg180_p n i 1388 1agpg181_p n i 1389 1ddecg3p_p n i 1390 1hdec9eg3p_p n i 1391 1hdecg3p_p n i 1392 1odec11eg3p_p n i 1393 1odecg3p_p n i 1394 1tdec7eg3p_p n i 1395 1tdecg3p_p n i 1396 23camp_p n i 1397 23ccmp_p n i 1398 23cgmp_p n i 1399 23cump_p n i 1400 23dappa_p n i 1401 26dap__M_p n i 1402 2agpe120_p n i 1403 2agpe140_p n i 1404 2agpe141_p n i 1405 2agpe160_p n i 1406 2agpe161_p n i 1407 2agpe180_p n i 1408 2agpe181_p n i 1409 2agpg120_p n i 1410 2agpg140_p n i 1411 2agpg141_p n i 1412 2agpg160_p n i 1413 2agpg161_p n i 1414 2agpg180_p n i 1415 2agpg181_p n i 1416 2ddecg3p_p n i 1417 2ddglcn_p n i 1418 2hdec9eg3p_p n i 1419 2hdecg3p_p n i 1420 2odec11eg3p_p n i 1421 2odecg3p_p n i 1422 2tdec7eg3p_p n i 1423 2tdecg3p_p n i 1424 34dhpac_p n i 1425 3amp_p n i 1426 3cmp_p n i 1427 3gmp_p n i 1428 3hcinnm_p n i 1429 3hpp_p n i 1430 3hpppn_p n i 1431 3ump_p n i 1432 4abut_p n i 1433 4hoxpacd_p n i 1434 5dglcn_p n i 1435 5mtr_p n i 1436 LalaDglu_p n i 1437 LalaDgluMdap_p n i 1438 LalaDgluMdapDala_p n i 1439 LalaLglu_p n i 1440 ac_p n i 1441 acac_p n i 1442 acald_p n i 1443 acgal_p n i 1444 acgal1p_p n i 1445 acgam_p n i 1446 acgam1p_p n i 1447 acmana_p n i 1448 acmum_p n i 1449 acnam_p n i 1450 acolipa_p n i 1451 acser_p n i 1452 ade_p n i 1453 adn_p n i 1454 adocbl_p n i 1455 agm_p n i 1456 akg_p n i 1457 ala_B_p n i 1458 ala__D_p n i 1459 ala__L_p n i 1460 alaala_p n i 1461 all__D_p n i 1462 alltn_p n i 1463 alpp_p n i 1464 amp_p n i 1465 anhgm_p n i 1466 anhgm3p_p n i 1467 anhgm4p_p n i 1468 arab__L_p n i 1469 arbt_p n i 1470 arbtn_p n i 1471 arbtn_fe3_p n i 1472 arg__L_p n i 1473 ascb__L_p n i 1474 asn__L_p n i 1475 aso3_p n i 1476 asp__L_p n i 1477 btn_p n i 1478 but_p n i 1479 butso3_p n i 1480 ca2_p n i 1481 cbi_p n i 1482 cbl1_p n i 1483 cd2_p n i 1484 cgly_p n i 1485 chol_p n i 1486 chtbs_p n i 1487 cit_p n i 1488 cl_p n i 1489 clpn120_p n i 1490 clpn140_p n i 1491 clpn141_p n i 1492 clpn160_p n i 1493 clpn161_p n i 1494 clpn180_p n i 1495 clpn181_p n i 1496 cm_p n i 1497 cmp_p n i 1498 co2_p n i 1499 cobalt2_p n i 1500 colipa_p n i 1501 colipap_p n i 1502 cpgn_p n i 1503 cpgn_un_p n i 1504 crn_p n i 1505 crn__D_p n i 1506 csn_p n i 1507 ctbt_p n i 1508 cu_p n i 1509 cu2_p n i 1510 cyan_p n i 1511 cynt_p n i 1512 cys__D_p n i 1513 cys__L_p n i 1514 cytd_p n i 1515 dad_2_p n i 1516 damp_p n i 1517 dca_p n i 1518 dcmp_p n i 1519 dcyt_p n i 1520 ddca_p n i 1521 dgmp_p n i 1522 dgsn_p n i 1523 dha_p n i 1524 dimp_p n i 1525 din_p n i 1526 dms_p n i 1527 dmso_p n i 1528 dopa_p n i 1529 doxrbcn_p n i 1530 dsbaox_p n i 1531 dsbard_p n i 1532 dsbcox_p n i 1533 dsbcrd_p n i 1534 dsbgox_p n i 1535 dsbgrd_p n i 1536 dtmp_p n i 1537 dump_p n i 1538 duri_p n i 1539 eca2und_p n i 1540 eca3und_p n i 1541 eca4colipa_p n i 1542 eca4und_p n i 1543 enlipa_p n i 1544 enter_p n i 1545 etha_p n i 1546 ethso3_p n i 1547 etoh_p n i 1548 f6p_p n i 1549 fald_p n i 1550 fe2_p n i 1551 fe3_p n i 1552 fe3dcit_p n i 1553 fe3dhbzs_p n i 1554 fe3hox_p n i 1555 fe3hox_un_p n i 1556 fecrm_p n i 1557 fecrm_un_p n i 1558 feenter_p n i 1559 feoxam_p n i 1560 feoxam_un_p n i 1561 for_p n i 1562 fru_p n i 1563 frulys_p n i 1564 fruur_p n i 1565 fuc__L_p n i 1566 fum_p n i 1567 fusa_p n i 1568 g1p_p n i 1569 g3pc_p n i 1570 g3pe_p n i 1571 g3pg_p n i 1572 g3pi_p n i 1573 g3ps_p n i 1574 g6p_p n i 1575 gal_p n i 1576 gal_bD_p n i 1577 gal1p_p n i 1578 galct__D_p n i 1579 galctn__D_p n i 1580 galctn__L_p n i 1581 galt_p n i 1582 galur_p n i 1583 gam_p n i 1584 gam6p_p n i 1585 gbbtn_p n i 1586 gdp_p n i 1587 glc__D_p n i 1588 glcn_p n i 1589 glcr_p n i 1590 glcur_p n i 1591 glcur1p_p n i 1592 gln__L_p n i 1593 glu__L_p n i 1594 gly_p n i 1595 glyald_p n i 1596 glyb_p n i 1597 glyc_p n i 1598 glyc__R_p n i 1599 glyc2p_p n i 1600 glyc3p_p n i 1601 glyclt_p n i 1602 gmp_p n i 1603 gsn_p n i 1604 gthox_p n i 1605 gthrd_p n i 1606 gtp_p n i 1607 gua_p n i 1608 h_p n i 1609 h2_p n i 1610 h2o_p n i 1611 h2o2_p n i 1612 h2s_p n i 1613 hdca_p n i 1614 hdcea_p n i 1615 hg2_p n i 1616 his__L_p n i 1617 hom__L_p n i 1618 hxa_p n i 1619 hxan_p n i 1620 idon__L_p n i 1621 ile__L_p n i 1622 imp_p n i 1623 indole_p n i 1624 inost_p n i 1625 ins_p n i 1626 isetac_p n i 1627 k_p n i 1628 kdo2lipid4_p n i 1629 lac__D_p n i 1630 lac__L_p n i 1631 lcts_p n i 1632 leu__L_p n i 1633 lipa_p n i 1634 lipa_cold_p n i 1635 lipoate_p n i 1636 lpp_p n i 1637 lys__L_p n i 1638 lyx__L_p n i 1639 mal__D_p n i 1640 mal__L_p n i 1641 malt_p n i 1642 malthx_p n i 1643 maltpt_p n i 1644 malttr_p n i 1645 maltttr_p n i 1646 man_p n i 1647 man6p_p n i 1648 manglyc_p n i 1649 melib_p n i 1650 meoh_p n i 1651 met__D_p n i 1652 met__L_p n i 1653 metsox_R__L_p n i 1654 metsox_S__L_p n i 1655 mg2_p n i 1656 mincyc_p n i 1657 minohp_p n i 1658 mmet_p n i 1659 mn2_p n i 1660 mnl_p n i 1661 mobd_p n i 1662 mso3_p n i 1663 murein3p3p_p n i 1664 murein3px3p_p n i 1665 murein3px4p_p n i 1666 murein4p3p_p n i 1667 murein4p4p_p n i 1668 murein4px4p_p n i 1669 murein4px4p4p_p n i 1670 murein4px4px4p_p n i 1671 murein5p3p_p n i 1672 murein5p4p_p n i 1673 murein5p5p_p n i 1674 murein5p5p5p_p n i 1675 murein5px3p_p n i 1676 murein5px4p_p n i 1677 murein5px4px4p_p n i 1678 n2o_p n i 1679 na1_p n i 1680 nac_p n i 1681 nh4_p n i 1682 ni2_p n i 1683 nmn_p n i 1684 no_p n i 1685 no2_p n i 1686 no3_p n i 1687 novbcn_p n i 1688 o16a2und_p n i 1689 o16a3und_p n i 1690 o16a4colipa_p n i 1691 o16a4und_p n i 1692 o16aund_p n i 1693 o2_p n i 1694 o2s_p n i 1695 ocdca_p n i 1696 ocdcea_p n i 1697 octa_p n i 1698 orn_p n i 1699 orot_p n i 1700 pa120_p n i 1701 pa140_p n i 1702 pa141_p n i 1703 pa160_p n i 1704 pa161_p n i 1705 pa180_p n i 1706 pa181_p n i 1707 pacald_p n i 1708 pe120_p n i 1709 pe140_p n i 1710 pe141_p n i 1711 pe160_p n i 1712 pe161_p n i 1713 pe180_p n i 1714 pe181_p n i 1715 peamn_p n i 1716 pg120_p n i 1717 pg140_p n i 1718 pg141_p n i 1719 pg160_p n i 1720 pg161_p n i 1721 pg180_p n i 1722 pg181_p n i 1723 pgp120_p n i 1724 pgp140_p n i 1725 pgp141_p n i 1726 pgp160_p n i 1727 pgp161_p n i 1728 pgp180_p n i 1729 pgp181_p n i 1730 phe__L_p n i 1731 pheme_p n i 1732 pi_p n i 1733 pnto__R_p n i 1734 ppa_p n i 1735 ppal_p n i 1736 pppn_p n i 1737 ppt_p n i 1738 pro__L_p n i 1739 progly_p n i 1740 psclys_p n i 1741 pser__L_p n i 1742 ptrc_p n i 1743 pydam_p n i 1744 pydx_p n i 1745 pydxn_p n i 1746 pyr_p n i 1747 quin_p n i 1748 r5p_p n i 1749 rfamp_p n i 1750 rib__D_p n i 1751 rmn_p n i 1752 sbt__D_p n i 1753 sel_p n i 1754 ser__D_p n i 1755 ser__L_p n i 1756 skm_p n i 1757 slnt_p n i 1758 so2_p n i 1759 so3_p n i 1760 so4_p n i 1761 spmd_p n i 1762 succ_p n i 1763 sucr_p n i 1764 sulfac_p n i 1765 tartr__D_p n i 1766 tartr__L_p n i 1767 taur_p n i 1768 tcynt_p n i 1769 thm_p n i 1770 thr__L_p n i 1771 thrp_p n i 1772 thym_p n i 1773 thymd_p n i 1774 tma_p n i 1775 tmao_p n i 1776 tre_p n i 1777 trp__L_p n i 1778 tsul_p n i 1779 ttdca_p n i 1780 ttdcea_p n i 1781 ttrcyc_p n i 1782 tungs_p n i 1783 tym_p n i 1784 tyr__L_p n i 1785 tyrp_p n i 1786 uLa4n_p n i 1787 uacgam_p n i 1788 udcpdp_p n i 1789 udcpp_p n i 1790 udpacgal_p n i 1791 udpg_p n i 1792 udpgal_p n i 1793 udpglcur_p n i 1794 ump_p n i 1795 unagamuf_p n i 1796 ura_p n i 1797 urea_p n i 1798 uri_p n i 1799 val__L_p n i 1800 xan_p n i 1801 xmp_p n i 1802 xtsn_p n i 1803 xyl__D_p n i 1804 xylu__L_p n i 1805 zn2_p j 1 d 0 1000 n j 1 DM_4crsol_c j 2 s 0 n j 2 DM_4crsol_c_reverse_c57fa j 3 d 0 1000 n j 3 DM_5drib_c j 4 s 0 n j 4 DM_5drib_c_reverse_37606 j 5 d 0 1000 n j 5 DM_aacald_c j 6 s 0 n j 6 DM_aacald_c_reverse_6df50 j 7 d 0 1000 n j 7 DM_amob_c j 8 s 0 n j 8 DM_amob_c_reverse_90c8f j 9 d 0 1000 n j 9 DM_mththf_c j 10 s 0 n j 10 DM_mththf_c_reverse_46bf0 j 11 d 0 1000 n j 11 DM_oxam_c j 12 s 0 n j 12 DM_oxam_c_reverse_55504 j 13 d 0 1000 n j 13 BIOMASS_Ec_iJO1366_WT_53p95M j 14 s 0 n j 14 BIOMASS_Ec_iJO1366_WT_53p95M_reverse_06c4a j 15 d 0 1000 n j 15 BIOMASS_Ec_iJO1366_core_53p95M j 16 s 0 n j 16 BIOMASS_Ec_iJO1366_core_53p95M_reverse_5c8b1 j 17 d 0 1000 n j 17 EX_12ppd__R_e j 18 s 0 n j 18 EX_12ppd__R_e_reverse_cb334 j 19 d 0 1000 n j 19 EX_12ppd__S_e j 20 s 0 n j 20 EX_12ppd__S_e_reverse_6f659 j 21 d 0 1000 n j 21 EX_14glucan_e j 22 s 0 n j 22 EX_14glucan_e_reverse_4b919 j 23 d 0 1000 n j 23 EX_15dap_e j 24 s 0 n j 24 EX_15dap_e_reverse_020d4 j 25 d 0 1000 n j 25 EX_23camp_e j 26 s 0 n j 26 EX_23camp_e_reverse_60590 j 27 d 0 1000 n j 27 EX_23ccmp_e j 28 s 0 n j 28 EX_23ccmp_e_reverse_3700b j 29 d 0 1000 n j 29 EX_23cgmp_e j 30 s 0 n j 30 EX_23cgmp_e_reverse_48b5f j 31 d 0 1000 n j 31 EX_23cump_e j 32 s 0 n j 32 EX_23cump_e_reverse_f767c j 33 d 0 1000 n j 33 EX_23dappa_e j 34 s 0 n j 34 EX_23dappa_e_reverse_dfe54 j 35 d 0 1000 n j 35 EX_26dap__M_e j 36 s 0 n j 36 EX_26dap__M_e_reverse_a7bf0 j 37 d 0 1000 n j 37 EX_2ddglcn_e j 38 s 0 n j 38 EX_2ddglcn_e_reverse_e7cfb j 39 d 0 1000 n j 39 EX_34dhpac_e j 40 s 0 n j 40 EX_34dhpac_e_reverse_01c3a j 41 d 0 1000 n j 41 EX_3amp_e j 42 s 0 n j 42 EX_3amp_e_reverse_5699b j 43 d 0 1000 n j 43 EX_3cmp_e j 44 s 0 n j 44 EX_3cmp_e_reverse_4c45a j 45 d 0 1000 n j 45 EX_3gmp_e j 46 s 0 n j 46 EX_3gmp_e_reverse_00dd4 j 47 d 0 1000 n j 47 EX_3hcinnm_e j 48 s 0 n j 48 EX_3hcinnm_e_reverse_2f2b9 j 49 d 0 1000 n j 49 EX_3hpp_e j 50 s 0 n j 50 EX_3hpp_e_reverse_0d47d j 51 d 0 1000 n j 51 EX_3hpppn_e j 52 s 0 n j 52 EX_3hpppn_e_reverse_d4e4c j 53 d 0 1000 n j 53 EX_3ump_e j 54 s 0 n j 54 EX_3ump_e_reverse_f1b20 j 55 d 0 1000 n j 55 EX_4abut_e j 56 s 0 n j 56 EX_4abut_e_reverse_82295 j 57 d 0 1000 n j 57 EX_4hoxpacd_e j 58 s 0 n j 58 EX_4hoxpacd_e_reverse_7a05b j 59 d 0 1000 n j 59 EX_5dglcn_e j 60 s 0 n j 60 EX_5dglcn_e_reverse_af9e8 j 61 d 0 1000 n j 61 EX_5mtr_e j 62 s 0 n j 62 EX_5mtr_e_reverse_0c671 j 63 d 0 1000 n j 63 EX_LalaDglu_e j 64 s 0 n j 64 EX_LalaDglu_e_reverse_e27e3 j 65 d 0 1000 n j 65 EX_LalaDgluMdap_e j 66 s 0 n j 66 EX_LalaDgluMdap_e_reverse_1661a j 67 d 0 1000 n j 67 EX_LalaDgluMdapDala_e j 68 s 0 n j 68 EX_LalaDgluMdapDala_e_reverse_8fceb j 69 d 0 1000 n j 69 EX_LalaLglu_e j 70 s 0 n j 70 EX_LalaLglu_e_reverse_d1493 j 71 d 0 1000 n j 71 EX_ac_e j 72 s 0 n j 72 EX_ac_e_reverse_0be96 j 73 d 0 1000 n j 73 EX_acac_e j 74 s 0 n j 74 EX_acac_e_reverse_c46d5 j 75 d 0 1000 n j 75 EX_acald_e j 76 s 0 n j 76 EX_acald_e_reverse_c096e j 77 d 0 1000 n j 77 EX_acgal_e j 78 s 0 n j 78 EX_acgal_e_reverse_abd5a j 79 d 0 1000 n j 79 EX_acgal1p_e j 80 s 0 n j 80 EX_acgal1p_e_reverse_bcbdf j 81 d 0 1000 n j 81 EX_acgam_e j 82 s 0 n j 82 EX_acgam_e_reverse_da887 j 83 d 0 1000 n j 83 EX_acgam1p_e j 84 s 0 n j 84 EX_acgam1p_e_reverse_c1eb9 j 85 d 0 1000 n j 85 EX_acmana_e j 86 s 0 n j 86 EX_acmana_e_reverse_ae727 j 87 d 0 1000 n j 87 EX_acmum_e j 88 s 0 n j 88 EX_acmum_e_reverse_d42f2 j 89 d 0 1000 n j 89 EX_acnam_e j 90 s 0 n j 90 EX_acnam_e_reverse_7701a j 91 d 0 1000 n j 91 EX_acolipa_e j 92 s 0 n j 92 EX_acolipa_e_reverse_df5a1 j 93 d 0 1000 n j 93 EX_acser_e j 94 s 0 n j 94 EX_acser_e_reverse_f0c22 j 95 d 0 1000 n j 95 EX_ade_e j 96 s 0 n j 96 EX_ade_e_reverse_ea308 j 97 d 0 1000 n j 97 EX_adn_e j 98 s 0 n j 98 EX_adn_e_reverse_dffe8 j 99 d 0 1000 n j 99 EX_adocbl_e j 100 s 0 n j 100 EX_adocbl_e_reverse_70f85 j 101 d 0 1000 n j 101 EX_ag_e j 102 s 0 n j 102 EX_ag_e_reverse_4d026 j 103 d 0 1000 n j 103 EX_agm_e j 104 s 0 n j 104 EX_agm_e_reverse_86b3b j 105 d 0 1000 n j 105 EX_akg_e j 106 s 0 n j 106 EX_akg_e_reverse_70d85 j 107 d 0 1000 n j 107 EX_ala_B_e j 108 s 0 n j 108 EX_ala_B_e_reverse_16530 j 109 d 0 1000 n j 109 EX_ala__D_e j 110 s 0 n j 110 EX_ala__D_e_reverse_15447 j 111 d 0 1000 n j 111 EX_ala__L_e j 112 s 0 n j 112 EX_ala__L_e_reverse_1eb4b j 113 d 0 1000 n j 113 EX_alaala_e j 114 s 0 n j 114 EX_alaala_e_reverse_fad8b j 115 d 0 1000 n j 115 EX_all__D_e j 116 s 0 n j 116 EX_all__D_e_reverse_3d5f1 j 117 d 0 1000 n j 117 EX_alltn_e j 118 s 0 n j 118 EX_alltn_e_reverse_6592a j 119 d 0 1000 n j 119 EX_amp_e j 120 s 0 n j 120 EX_amp_e_reverse_ed5eb j 121 d 0 1000 n j 121 EX_anhgm_e j 122 s 0 n j 122 EX_anhgm_e_reverse_87c70 j 123 d 0 1000 n j 123 EX_arab__L_e j 124 s 0 n j 124 EX_arab__L_e_reverse_d0f5e j 125 d 0 1000 n j 125 EX_arbt_e j 126 s 0 n j 126 EX_arbt_e_reverse_87033 j 127 d 0 1000 n j 127 EX_arbtn_e j 128 s 0 n j 128 EX_arbtn_e_reverse_f3f32 j 129 d 0 1000 n j 129 EX_arbtn_fe3_e j 130 s 0 n j 130 EX_arbtn_fe3_e_reverse_ca996 j 131 d 0 1000 n j 131 EX_arg__L_e j 132 s 0 n j 132 EX_arg__L_e_reverse_d8799 j 133 d 0 1000 n j 133 EX_ascb__L_e j 134 s 0 n j 134 EX_ascb__L_e_reverse_75b41 j 135 d 0 1000 n j 135 EX_asn__L_e j 136 s 0 n j 136 EX_asn__L_e_reverse_460df j 137 d 0 1000 n j 137 EX_aso3_e j 138 s 0 n j 138 EX_aso3_e_reverse_32104 j 139 d 0 1000 n j 139 EX_asp__L_e j 140 s 0 n j 140 EX_asp__L_e_reverse_742f6 j 141 d 0 1000 n j 141 EX_btn_e j 142 s 0 n j 142 EX_btn_e_reverse_f2678 j 143 d 0 1000 n j 143 EX_but_e j 144 s 0 n j 144 EX_but_e_reverse_35eb9 j 145 d 0 1000 n j 145 EX_butso3_e j 146 s 0 n j 146 EX_butso3_e_reverse_31183 j 147 d 0 1000 n j 147 EX_ca2_e j 148 d 0 1000 n j 148 EX_ca2_e_reverse_aac13 j 149 d 0 1000 n j 149 EX_cbi_e j 150 s 0 n j 150 EX_cbi_e_reverse_207cf j 151 d 0 1000 n j 151 EX_cbl1_e j 152 d 0 0.01 n j 152 EX_cbl1_e_reverse_1093e j 153 d 0 1000 n j 153 EX_cd2_e j 154 s 0 n j 154 EX_cd2_e_reverse_0e8ba j 155 d 0 1000 n j 155 EX_cgly_e j 156 s 0 n j 156 EX_cgly_e_reverse_12551 j 157 d 0 1000 n j 157 EX_chol_e j 158 s 0 n j 158 EX_chol_e_reverse_b6b50 j 159 d 0 1000 n j 159 EX_chtbs_e j 160 s 0 n j 160 EX_chtbs_e_reverse_bbe59 j 161 d 0 1000 n j 161 EX_cit_e j 162 s 0 n j 162 EX_cit_e_reverse_0835e j 163 d 0 1000 n j 163 EX_cl_e j 164 d 0 1000 n j 164 EX_cl_e_reverse_2429b j 165 d 0 1000 n j 165 EX_cm_e j 166 s 0 n j 166 EX_cm_e_reverse_d60e9 j 167 d 0 1000 n j 167 EX_cmp_e j 168 s 0 n j 168 EX_cmp_e_reverse_e7a73 j 169 d 0 1000 n j 169 EX_co2_e j 170 d 0 1000 n j 170 EX_co2_e_reverse_d0466 j 171 d 0 1000 n j 171 EX_cobalt2_e j 172 d 0 1000 n j 172 EX_cobalt2_e_reverse_2bf0e j 173 d 0 1000 n j 173 EX_colipa_e j 174 s 0 n j 174 EX_colipa_e_reverse_f9125 j 175 d 0 1000 n j 175 EX_colipap_e j 176 s 0 n j 176 EX_colipap_e_reverse_c02be j 177 d 0 1000 n j 177 EX_cpgn_e j 178 s 0 n j 178 EX_cpgn_e_reverse_a1559 j 179 d 0 1000 n j 179 EX_cpgn_un_e j 180 s 0 n j 180 EX_cpgn_un_e_reverse_7a245 j 181 d 0 1000 n j 181 EX_crn_e j 182 s 0 n j 182 EX_crn_e_reverse_a19eb j 183 d 0 1000 n j 183 EX_crn__D_e j 184 s 0 n j 184 EX_crn__D_e_reverse_fbfeb j 185 d 0 1000 n j 185 EX_csn_e j 186 s 0 n j 186 EX_csn_e_reverse_80cf5 j 187 d 0 1000 n j 187 EX_cu_e j 188 s 0 n j 188 EX_cu_e_reverse_829ec j 189 d 0 1000 n j 189 EX_cu2_e j 190 d 0 1000 n j 190 EX_cu2_e_reverse_02682 j 191 d 0 1000 n j 191 EX_cyan_e j 192 s 0 n j 192 EX_cyan_e_reverse_7cb7e j 193 d 0 1000 n j 193 EX_cynt_e j 194 s 0 n j 194 EX_cynt_e_reverse_b53e8 j 195 d 0 1000 n j 195 EX_cys__D_e j 196 s 0 n j 196 EX_cys__D_e_reverse_fd0d3 j 197 d 0 1000 n j 197 EX_cys__L_e j 198 s 0 n j 198 EX_cys__L_e_reverse_41339 j 199 d 0 1000 n j 199 EX_cytd_e j 200 s 0 n j 200 EX_cytd_e_reverse_5950b j 201 d 0 1000 n j 201 EX_dad_2_e j 202 s 0 n j 202 EX_dad_2_e_reverse_41c79 j 203 d 0 1000 n j 203 EX_damp_e j 204 s 0 n j 204 EX_damp_e_reverse_2e1bd j 205 d 0 1000 n j 205 EX_dca_e j 206 s 0 n j 206 EX_dca_e_reverse_4575c j 207 d 0 1000 n j 207 EX_dcmp_e j 208 s 0 n j 208 EX_dcmp_e_reverse_83ed5 j 209 d 0 1000 n j 209 EX_dcyt_e j 210 s 0 n j 210 EX_dcyt_e_reverse_13102 j 211 d 0 1000 n j 211 EX_ddca_e j 212 s 0 n j 212 EX_ddca_e_reverse_6b9d2 j 213 d 0 1000 n j 213 EX_dgmp_e j 214 s 0 n j 214 EX_dgmp_e_reverse_88fd2 j 215 d 0 1000 n j 215 EX_dgsn_e j 216 s 0 n j 216 EX_dgsn_e_reverse_1b175 j 217 d 0 1000 n j 217 EX_dha_e j 218 s 0 n j 218 EX_dha_e_reverse_63f6d j 219 d 0 1000 n j 219 EX_dimp_e j 220 s 0 n j 220 EX_dimp_e_reverse_7aa5e j 221 d 0 1000 n j 221 EX_din_e j 222 s 0 n j 222 EX_din_e_reverse_f97eb j 223 d 0 1000 n j 223 EX_dms_e j 224 s 0 n j 224 EX_dms_e_reverse_51567 j 225 d 0 1000 n j 225 EX_dmso_e j 226 s 0 n j 226 EX_dmso_e_reverse_f4576 j 227 d 0 1000 n j 227 EX_dopa_e j 228 s 0 n j 228 EX_dopa_e_reverse_71ff0 j 229 d 0 1000 n j 229 EX_doxrbcn_e j 230 s 0 n j 230 EX_doxrbcn_e_reverse_d7e41 j 231 d 0 1000 n j 231 EX_dtmp_e j 232 s 0 n j 232 EX_dtmp_e_reverse_7a713 j 233 d 0 1000 n j 233 EX_dump_e j 234 s 0 n j 234 EX_dump_e_reverse_2c836 j 235 d 0 1000 n j 235 EX_duri_e j 236 s 0 n j 236 EX_duri_e_reverse_d0523 j 237 d 0 1000 n j 237 EX_eca4colipa_e j 238 s 0 n j 238 EX_eca4colipa_e_reverse_579ab j 239 d 0 1000 n j 239 EX_enlipa_e j 240 s 0 n j 240 EX_enlipa_e_reverse_2dd41 j 241 d 0 1000 n j 241 EX_enter_e j 242 s 0 n j 242 EX_enter_e_reverse_7bf45 j 243 d 0 1000 n j 243 EX_etha_e j 244 s 0 n j 244 EX_etha_e_reverse_a3984 j 245 d 0 1000 n j 245 EX_ethso3_e j 246 s 0 n j 246 EX_ethso3_e_reverse_d2ed7 j 247 d 0 1000 n j 247 EX_etoh_e j 248 s 0 n j 248 EX_etoh_e_reverse_cc64f j 249 d 0 1000 n j 249 EX_f6p_e j 250 s 0 n j 250 EX_f6p_e_reverse_e362f j 251 d 0 1000 n j 251 EX_fald_e j 252 s 0 n j 252 EX_fald_e_reverse_57d26 j 253 d 0 1000 n j 253 EX_fe2_e j 254 d 0 1000 n j 254 EX_fe2_e_reverse_25e68 j 255 d 0 1000 n j 255 EX_fe3_e j 256 d 0 1000 n j 256 EX_fe3_e_reverse_8b617 j 257 d 0 1000 n j 257 EX_fe3dcit_e j 258 s 0 n j 258 EX_fe3dcit_e_reverse_a5939 j 259 d 0 1000 n j 259 EX_fe3dhbzs_e j 260 s 0 n j 260 EX_fe3dhbzs_e_reverse_93deb j 261 d 0 1000 n j 261 EX_fe3hox_e j 262 s 0 n j 262 EX_fe3hox_e_reverse_e323a j 263 d 0 1000 n j 263 EX_fe3hox_un_e j 264 s 0 n j 264 EX_fe3hox_un_e_reverse_8be12 j 265 d 0 1000 n j 265 EX_fecrm_e j 266 s 0 n j 266 EX_fecrm_e_reverse_26983 j 267 d 0 1000 n j 267 EX_fecrm_un_e j 268 s 0 n j 268 EX_fecrm_un_e_reverse_b58fc j 269 d 0 1000 n j 269 EX_feenter_e j 270 s 0 n j 270 EX_feenter_e_reverse_73fde j 271 d 0 1000 n j 271 EX_feoxam_e j 272 s 0 n j 272 EX_feoxam_e_reverse_97348 j 273 d 0 1000 n j 273 EX_feoxam_un_e j 274 s 0 n j 274 EX_feoxam_un_e_reverse_7f6ec j 275 d 0 1000 n j 275 EX_for_e j 276 s 0 n j 276 EX_for_e_reverse_23269 j 277 d 0 1000 n j 277 EX_fru_e j 278 s 0 n j 278 EX_fru_e_reverse_c3828 j 279 d 0 1000 n j 279 EX_frulys_e j 280 s 0 n j 280 EX_frulys_e_reverse_379f1 j 281 d 0 1000 n j 281 EX_fruur_e j 282 s 0 n j 282 EX_fruur_e_reverse_2763f j 283 d 0 1000 n j 283 EX_fuc__L_e j 284 s 0 n j 284 EX_fuc__L_e_reverse_e70a8 j 285 d 0 1000 n j 285 EX_fum_e j 286 s 0 n j 286 EX_fum_e_reverse_e3432 j 287 d 0 1000 n j 287 EX_fusa_e j 288 s 0 n j 288 EX_fusa_e_reverse_bf5b5 j 289 d 0 1000 n j 289 EX_g1p_e j 290 s 0 n j 290 EX_g1p_e_reverse_350fc j 291 d 0 1000 n j 291 EX_g3pc_e j 292 s 0 n j 292 EX_g3pc_e_reverse_ffe85 j 293 d 0 1000 n j 293 EX_g3pe_e j 294 s 0 n j 294 EX_g3pe_e_reverse_8f39b j 295 d 0 1000 n j 295 EX_g3pg_e j 296 s 0 n j 296 EX_g3pg_e_reverse_5e370 j 297 d 0 1000 n j 297 EX_g3pi_e j 298 s 0 n j 298 EX_g3pi_e_reverse_f11b2 j 299 d 0 1000 n j 299 EX_g3ps_e j 300 s 0 n j 300 EX_g3ps_e_reverse_70d70 j 301 d 0 1000 n j 301 EX_g6p_e j 302 s 0 n j 302 EX_g6p_e_reverse_c15e5 j 303 d 0 1000 n j 303 EX_gal_e j 304 s 0 n j 304 EX_gal_e_reverse_d166c j 305 d 0 1000 n j 305 EX_gal_bD_e j 306 s 0 n j 306 EX_gal_bD_e_reverse_bdf24 j 307 d 0 1000 n j 307 EX_gal1p_e j 308 s 0 n j 308 EX_gal1p_e_reverse_aab63 j 309 d 0 1000 n j 309 EX_galct__D_e j 310 s 0 n j 310 EX_galct__D_e_reverse_ff408 j 311 d 0 1000 n j 311 EX_galctn__D_e j 312 s 0 n j 312 EX_galctn__D_e_reverse_c58a3 j 313 d 0 1000 n j 313 EX_galctn__L_e j 314 s 0 n j 314 EX_galctn__L_e_reverse_998c0 j 315 d 0 1000 n j 315 EX_galt_e j 316 s 0 n j 316 EX_galt_e_reverse_4d1d0 j 317 d 0 1000 n j 317 EX_galur_e j 318 s 0 n j 318 EX_galur_e_reverse_f6a10 j 319 d 0 1000 n j 319 EX_gam_e j 320 s 0 n j 320 EX_gam_e_reverse_3d249 j 321 d 0 1000 n j 321 EX_gam6p_e j 322 s 0 n j 322 EX_gam6p_e_reverse_be0d8 j 323 d 0 1000 n j 323 EX_gbbtn_e j 324 s 0 n j 324 EX_gbbtn_e_reverse_767c1 j 325 d 0 1000 n j 325 EX_gdp_e j 326 s 0 n j 326 EX_gdp_e_reverse_950ab j 327 d 0 1000 n j 327 EX_glc__D_e j 328 d 0 10 n j 328 EX_glc__D_e_reverse_af641 j 329 d 0 1000 n j 329 EX_glcn_e j 330 s 0 n j 330 EX_glcn_e_reverse_9e36b j 331 d 0 1000 n j 331 EX_glcr_e j 332 s 0 n j 332 EX_glcr_e_reverse_ea55f j 333 d 0 1000 n j 333 EX_glcur_e j 334 s 0 n j 334 EX_glcur_e_reverse_0ab2d j 335 d 0 1000 n j 335 EX_glcur1p_e j 336 s 0 n j 336 EX_glcur1p_e_reverse_7a2e5 j 337 d 0 1000 n j 337 EX_gln__L_e j 338 s 0 n j 338 EX_gln__L_e_reverse_6a1a1 j 339 d 0 1000 n j 339 EX_glu__L_e j 340 s 0 n j 340 EX_glu__L_e_reverse_42f6c j 341 d 0 1000 n j 341 EX_gly_e j 342 s 0 n j 342 EX_gly_e_reverse_6956b j 343 d 0 1000 n j 343 EX_glyald_e j 344 s 0 n j 344 EX_glyald_e_reverse_f761f j 345 d 0 1000 n j 345 EX_glyb_e j 346 s 0 n j 346 EX_glyb_e_reverse_0bd65 j 347 d 0 1000 n j 347 EX_glyc_e j 348 s 0 n j 348 EX_glyc_e_reverse_c3ec2 j 349 d 0 1000 n j 349 EX_glyc__R_e j 350 s 0 n j 350 EX_glyc__R_e_reverse_91560 j 351 d 0 1000 n j 351 EX_glyc2p_e j 352 s 0 n j 352 EX_glyc2p_e_reverse_7a57e j 353 d 0 1000 n j 353 EX_glyc3p_e j 354 s 0 n j 354 EX_glyc3p_e_reverse_74e5f j 355 d 0 1000 n j 355 EX_glyclt_e j 356 s 0 n j 356 EX_glyclt_e_reverse_395e1 j 357 d 0 1000 n j 357 EX_gmp_e j 358 s 0 n j 358 EX_gmp_e_reverse_f6d0a j 359 d 0 1000 n j 359 EX_gsn_e j 360 s 0 n j 360 EX_gsn_e_reverse_cb307 j 361 d 0 1000 n j 361 EX_gthox_e j 362 s 0 n j 362 EX_gthox_e_reverse_ca051 j 363 d 0 1000 n j 363 EX_gthrd_e j 364 s 0 n j 364 EX_gthrd_e_reverse_be1ab j 365 d 0 1000 n j 365 EX_gtp_e j 366 s 0 n j 366 EX_gtp_e_reverse_9f3aa j 367 d 0 1000 n j 367 EX_gua_e j 368 s 0 n j 368 EX_gua_e_reverse_11317 j 369 d 0 1000 n j 369 EX_h_e j 370 d 0 1000 n j 370 EX_h_e_reverse_3e0c5 j 371 d 0 1000 n j 371 EX_h2_e j 372 s 0 n j 372 EX_h2_e_reverse_f55e9 j 373 d 0 1000 n j 373 EX_h2o_e j 374 d 0 1000 n j 374 EX_h2o_e_reverse_3ced4 j 375 d 0 1000 n j 375 EX_h2o2_e j 376 s 0 n j 376 EX_h2o2_e_reverse_d52c5 j 377 d 0 1000 n j 377 EX_h2s_e j 378 s 0 n j 378 EX_h2s_e_reverse_c847c j 379 d 0 1000 n j 379 EX_hacolipa_e j 380 s 0 n j 380 EX_hacolipa_e_reverse_4a785 j 381 d 0 1000 n j 381 EX_halipa_e j 382 s 0 n j 382 EX_halipa_e_reverse_f6505 j 383 d 0 1000 n j 383 EX_hdca_e j 384 s 0 n j 384 EX_hdca_e_reverse_9ab38 j 385 d 0 1000 n j 385 EX_hdcea_e j 386 s 0 n j 386 EX_hdcea_e_reverse_e9406 j 387 d 0 1000 n j 387 EX_hg2_e j 388 s 0 n j 388 EX_hg2_e_reverse_fc882 j 389 d 0 1000 n j 389 EX_his__L_e j 390 s 0 n j 390 EX_his__L_e_reverse_33439 j 391 d 0 1000 n j 391 EX_hom__L_e j 392 s 0 n j 392 EX_hom__L_e_reverse_3e4e5 j 393 d 0 1000 n j 393 EX_hxa_e j 394 s 0 n j 394 EX_hxa_e_reverse_e1287 j 395 d 0 1000 n j 395 EX_hxan_e j 396 s 0 n j 396 EX_hxan_e_reverse_90f99 j 397 d 0 1000 n j 397 EX_idon__L_e j 398 s 0 n j 398 EX_idon__L_e_reverse_54aa6 j 399 d 0 1000 n j 399 EX_ile__L_e j 400 s 0 n j 400 EX_ile__L_e_reverse_e862a j 401 d 0 1000 n j 401 EX_imp_e j 402 s 0 n j 402 EX_imp_e_reverse_a877a j 403 d 0 1000 n j 403 EX_indole_e j 404 s 0 n j 404 EX_indole_e_reverse_3cb9c j 405 d 0 1000 n j 405 EX_inost_e j 406 s 0 n j 406 EX_inost_e_reverse_4d21d j 407 d 0 1000 n j 407 EX_ins_e j 408 s 0 n j 408 EX_ins_e_reverse_989e1 j 409 d 0 1000 n j 409 EX_isetac_e j 410 s 0 n j 410 EX_isetac_e_reverse_62d58 j 411 d 0 1000 n j 411 EX_k_e j 412 d 0 1000 n j 412 EX_k_e_reverse_42613 j 413 d 0 1000 n j 413 EX_kdo2lipid4_e j 414 s 0 n j 414 EX_kdo2lipid4_e_reverse_fb486 j 415 d 0 1000 n j 415 EX_lac__D_e j 416 s 0 n j 416 EX_lac__D_e_reverse_f95b4 j 417 d 0 1000 n j 417 EX_lac__L_e j 418 s 0 n j 418 EX_lac__L_e_reverse_8586b j 419 d 0 1000 n j 419 EX_lcts_e j 420 s 0 n j 420 EX_lcts_e_reverse_13088 j 421 d 0 1000 n j 421 EX_leu__L_e j 422 s 0 n j 422 EX_leu__L_e_reverse_d40a5 j 423 d 0 1000 n j 423 EX_lipa_e j 424 s 0 n j 424 EX_lipa_e_reverse_1cc13 j 425 d 0 1000 n j 425 EX_lipa_cold_e j 426 s 0 n j 426 EX_lipa_cold_e_reverse_ce98e j 427 d 0 1000 n j 427 EX_lipoate_e j 428 s 0 n j 428 EX_lipoate_e_reverse_4faad j 429 d 0 1000 n j 429 EX_lys__L_e j 430 s 0 n j 430 EX_lys__L_e_reverse_4f08c j 431 d 0 1000 n j 431 EX_lyx__L_e j 432 s 0 n j 432 EX_lyx__L_e_reverse_693d8 j 433 d 0 1000 n j 433 EX_mal__D_e j 434 s 0 n j 434 EX_mal__D_e_reverse_ce476 j 435 d 0 1000 n j 435 EX_mal__L_e j 436 s 0 n j 436 EX_mal__L_e_reverse_af154 j 437 d 0 1000 n j 437 EX_malt_e j 438 s 0 n j 438 EX_malt_e_reverse_ab2d1 j 439 d 0 1000 n j 439 EX_malthx_e j 440 s 0 n j 440 EX_malthx_e_reverse_73b54 j 441 d 0 1000 n j 441 EX_maltpt_e j 442 s 0 n j 442 EX_maltpt_e_reverse_f82d5 j 443 d 0 1000 n j 443 EX_malttr_e j 444 s 0 n j 444 EX_malttr_e_reverse_241c6 j 445 d 0 1000 n j 445 EX_maltttr_e j 446 s 0 n j 446 EX_maltttr_e_reverse_90d23 j 447 d 0 1000 n j 447 EX_man_e j 448 s 0 n j 448 EX_man_e_reverse_48020 j 449 d 0 1000 n j 449 EX_man6p_e j 450 s 0 n j 450 EX_man6p_e_reverse_b160c j 451 d 0 1000 n j 451 EX_manglyc_e j 452 s 0 n j 452 EX_manglyc_e_reverse_51b57 j 453 d 0 1000 n j 453 EX_melib_e j 454 s 0 n j 454 EX_melib_e_reverse_68f2f j 455 d 0 1000 n j 455 EX_meoh_e j 456 s 0 n j 456 EX_meoh_e_reverse_45228 j 457 d 0 1000 n j 457 EX_met__D_e j 458 s 0 n j 458 EX_met__D_e_reverse_6e944 j 459 d 0 1000 n j 459 EX_met__L_e j 460 s 0 n j 460 EX_met__L_e_reverse_14908 j 461 d 0 1000 n j 461 EX_metsox_R__L_e j 462 s 0 n j 462 EX_metsox_R__L_e_reverse_f461d j 463 d 0 1000 n j 463 EX_metsox_S__L_e j 464 s 0 n j 464 EX_metsox_S__L_e_reverse_27066 j 465 d 0 1000 n j 465 EX_mg2_e j 466 d 0 1000 n j 466 EX_mg2_e_reverse_b1c98 j 467 d 0 1000 n j 467 EX_mincyc_e j 468 s 0 n j 468 EX_mincyc_e_reverse_10267 j 469 d 0 1000 n j 469 EX_minohp_e j 470 s 0 n j 470 EX_minohp_e_reverse_3ce45 j 471 d 0 1000 n j 471 EX_mmet_e j 472 s 0 n j 472 EX_mmet_e_reverse_b6b96 j 473 d 0 1000 n j 473 EX_mn2_e j 474 d 0 1000 n j 474 EX_mn2_e_reverse_48316 j 475 d 0 1000 n j 475 EX_mnl_e j 476 s 0 n j 476 EX_mnl_e_reverse_c8f2a j 477 d 0 1000 n j 477 EX_mobd_e j 478 d 0 1000 n j 478 EX_mobd_e_reverse_c6396 j 479 d 0 1000 n j 479 EX_mso3_e j 480 s 0 n j 480 EX_mso3_e_reverse_b23ed j 481 d 0 1000 n j 481 EX_n2o_e j 482 s 0 n j 482 EX_n2o_e_reverse_33405 j 483 d 0 1000 n j 483 EX_na1_e j 484 d 0 1000 n j 484 EX_na1_e_reverse_c64df j 485 d 0 1000 n j 485 EX_nac_e j 486 s 0 n j 486 EX_nac_e_reverse_23356 j 487 d 0 1000 n j 487 EX_nh4_e j 488 d 0 1000 n j 488 EX_nh4_e_reverse_f9cc6 j 489 d 0 1000 n j 489 EX_ni2_e j 490 d 0 1000 n j 490 EX_ni2_e_reverse_7ba33 j 491 d 0 1000 n j 491 EX_nmn_e j 492 s 0 n j 492 EX_nmn_e_reverse_59f7d j 493 d 0 1000 n j 493 EX_no_e j 494 s 0 n j 494 EX_no_e_reverse_ffd01 j 495 d 0 1000 n j 495 EX_no2_e j 496 s 0 n j 496 EX_no2_e_reverse_1ddec j 497 d 0 1000 n j 497 EX_no3_e j 498 s 0 n j 498 EX_no3_e_reverse_98d30 j 499 d 0 1000 n j 499 EX_novbcn_e j 500 s 0 n j 500 EX_novbcn_e_reverse_14cc2 j 501 d 0 1000 n j 501 EX_o16a4colipa_e j 502 s 0 n j 502 EX_o16a4colipa_e_reverse_48f50 j 503 d 0 1000 n j 503 EX_o2_e j 504 d 0 1000 n j 504 EX_o2_e_reverse_efa94 j 505 d 0 1000 n j 505 EX_o2s_e j 506 s 0 n j 506 EX_o2s_e_reverse_82732 j 507 d 0 1000 n j 507 EX_ocdca_e j 508 s 0 n j 508 EX_ocdca_e_reverse_86d1d j 509 d 0 1000 n j 509 EX_ocdcea_e j 510 s 0 n j 510 EX_ocdcea_e_reverse_5ebe2 j 511 d 0 1000 n j 511 EX_octa_e j 512 s 0 n j 512 EX_octa_e_reverse_38d1e j 513 d 0 1000 n j 513 EX_orn_e j 514 s 0 n j 514 EX_orn_e_reverse_269bb j 515 d 0 1000 n j 515 EX_orot_e j 516 s 0 n j 516 EX_orot_e_reverse_032e7 j 517 d 0 1000 n j 517 EX_pacald_e j 518 s 0 n j 518 EX_pacald_e_reverse_54b80 j 519 d 0 1000 n j 519 EX_peamn_e j 520 s 0 n j 520 EX_peamn_e_reverse_34c33 j 521 d 0 1000 n j 521 EX_phe__L_e j 522 s 0 n j 522 EX_phe__L_e_reverse_10066 j 523 d 0 1000 n j 523 EX_pheme_e j 524 s 0 n j 524 EX_pheme_e_reverse_8e123 j 525 d 0 1000 n j 525 EX_pi_e j 526 d 0 1000 n j 526 EX_pi_e_reverse_1fb09 j 527 d 0 1000 n j 527 EX_pnto__R_e j 528 s 0 n j 528 EX_pnto__R_e_reverse_a498c j 529 d 0 1000 n j 529 EX_ppa_e j 530 s 0 n j 530 EX_ppa_e_reverse_1faa3 j 531 d 0 1000 n j 531 EX_ppal_e j 532 s 0 n j 532 EX_ppal_e_reverse_bb983 j 533 d 0 1000 n j 533 EX_pppn_e j 534 s 0 n j 534 EX_pppn_e_reverse_4f187 j 535 d 0 1000 n j 535 EX_ppt_e j 536 s 0 n j 536 EX_ppt_e_reverse_b97a7 j 537 d 0 1000 n j 537 EX_pro__L_e j 538 s 0 n j 538 EX_pro__L_e_reverse_5f8c5 j 539 d 0 1000 n j 539 EX_progly_e j 540 s 0 n j 540 EX_progly_e_reverse_cccb4 j 541 d 0 1000 n j 541 EX_psclys_e j 542 s 0 n j 542 EX_psclys_e_reverse_4686a j 543 d 0 1000 n j 543 EX_pser__L_e j 544 s 0 n j 544 EX_pser__L_e_reverse_164b6 j 545 d 0 1000 n j 545 EX_ptrc_e j 546 s 0 n j 546 EX_ptrc_e_reverse_6c850 j 547 d 0 1000 n j 547 EX_pydam_e j 548 s 0 n j 548 EX_pydam_e_reverse_b5003 j 549 d 0 1000 n j 549 EX_pydx_e j 550 s 0 n j 550 EX_pydx_e_reverse_9cc71 j 551 d 0 1000 n j 551 EX_pydxn_e j 552 s 0 n j 552 EX_pydxn_e_reverse_ce451 j 553 d 0 1000 n j 553 EX_pyr_e j 554 s 0 n j 554 EX_pyr_e_reverse_1f6de j 555 d 0 1000 n j 555 EX_quin_e j 556 s 0 n j 556 EX_quin_e_reverse_45058 j 557 d 0 1000 n j 557 EX_r5p_e j 558 s 0 n j 558 EX_r5p_e_reverse_383fe j 559 d 0 1000 n j 559 EX_rfamp_e j 560 s 0 n j 560 EX_rfamp_e_reverse_6d14f j 561 d 0 1000 n j 561 EX_rib__D_e j 562 s 0 n j 562 EX_rib__D_e_reverse_4a19a j 563 d 0 1000 n j 563 EX_rmn_e j 564 s 0 n j 564 EX_rmn_e_reverse_b3160 j 565 d 0 1000 n j 565 EX_sbt__D_e j 566 s 0 n j 566 EX_sbt__D_e_reverse_52f23 j 567 d 0 1000 n j 567 EX_sel_e j 568 d 0 1000 n j 568 EX_sel_e_reverse_ffc35 j 569 d 0 1000 n j 569 EX_ser__D_e j 570 s 0 n j 570 EX_ser__D_e_reverse_99725 j 571 d 0 1000 n j 571 EX_ser__L_e j 572 s 0 n j 572 EX_ser__L_e_reverse_b0b37 j 573 d 0 1000 n j 573 EX_skm_e j 574 s 0 n j 574 EX_skm_e_reverse_ed122 j 575 d 0 1000 n j 575 EX_slnt_e j 576 d 0 1000 n j 576 EX_slnt_e_reverse_97bba j 577 d 0 1000 n j 577 EX_so2_e j 578 s 0 n j 578 EX_so2_e_reverse_de12f j 579 d 0 1000 n j 579 EX_so3_e j 580 s 0 n j 580 EX_so3_e_reverse_116a1 j 581 d 0 1000 n j 581 EX_so4_e j 582 d 0 1000 n j 582 EX_so4_e_reverse_5c8ed j 583 d 0 1000 n j 583 EX_spmd_e j 584 s 0 n j 584 EX_spmd_e_reverse_761ad j 585 d 0 1000 n j 585 EX_succ_e j 586 s 0 n j 586 EX_succ_e_reverse_a9039 j 587 d 0 1000 n j 587 EX_sucr_e j 588 s 0 n j 588 EX_sucr_e_reverse_0215c j 589 d 0 1000 n j 589 EX_sulfac_e j 590 s 0 n j 590 EX_sulfac_e_reverse_2695d j 591 d 0 1000 n j 591 EX_tartr__D_e j 592 s 0 n j 592 EX_tartr__D_e_reverse_93e71 j 593 d 0 1000 n j 593 EX_tartr__L_e j 594 s 0 n j 594 EX_tartr__L_e_reverse_6023a j 595 d 0 1000 n j 595 EX_taur_e j 596 s 0 n j 596 EX_taur_e_reverse_69949 j 597 d 0 1000 n j 597 EX_tcynt_e j 598 s 0 n j 598 EX_tcynt_e_reverse_739e6 j 599 d 0 1000 n j 599 EX_thm_e j 600 s 0 n j 600 EX_thm_e_reverse_96547 j 601 d 0 1000 n j 601 EX_thr__L_e j 602 s 0 n j 602 EX_thr__L_e_reverse_ddaf9 j 603 d 0 1000 n j 603 EX_thrp_e j 604 s 0 n j 604 EX_thrp_e_reverse_51d63 j 605 d 0 1000 n j 605 EX_thym_e j 606 s 0 n j 606 EX_thym_e_reverse_84e99 j 607 d 0 1000 n j 607 EX_thymd_e j 608 s 0 n j 608 EX_thymd_e_reverse_94c6c j 609 d 0 1000 n j 609 EX_tma_e j 610 s 0 n j 610 EX_tma_e_reverse_1429d j 611 d 0 1000 n j 611 EX_tmao_e j 612 s 0 n j 612 EX_tmao_e_reverse_18ba4 j 613 d 0 1000 n j 613 EX_tre_e j 614 s 0 n j 614 EX_tre_e_reverse_fb5f1 j 615 d 0 1000 n j 615 EX_trp__L_e j 616 s 0 n j 616 EX_trp__L_e_reverse_d9983 j 617 d 0 1000 n j 617 EX_tsul_e j 618 s 0 n j 618 EX_tsul_e_reverse_22ca1 j 619 d 0 1000 n j 619 EX_ttdca_e j 620 s 0 n j 620 EX_ttdca_e_reverse_c67f4 j 621 d 0 1000 n j 621 EX_ttdcea_e j 622 s 0 n j 622 EX_ttdcea_e_reverse_e3700 j 623 d 0 1000 n j 623 EX_ttrcyc_e j 624 s 0 n j 624 EX_ttrcyc_e_reverse_0d8fb j 625 d 0 1000 n j 625 EX_tungs_e j 626 d 0 1000 n j 626 EX_tungs_e_reverse_6ffff j 627 d 0 1000 n j 627 EX_tym_e j 628 s 0 n j 628 EX_tym_e_reverse_e1acb j 629 d 0 1000 n j 629 EX_tyr__L_e j 630 s 0 n j 630 EX_tyr__L_e_reverse_516d2 j 631 d 0 1000 n j 631 EX_tyrp_e j 632 s 0 n j 632 EX_tyrp_e_reverse_36480 j 633 d 0 1000 n j 633 EX_uacgam_e j 634 s 0 n j 634 EX_uacgam_e_reverse_abfb0 j 635 d 0 1000 n j 635 EX_udpacgal_e j 636 s 0 n j 636 EX_udpacgal_e_reverse_a02b1 j 637 d 0 1000 n j 637 EX_udpg_e j 638 s 0 n j 638 EX_udpg_e_reverse_a3f02 j 639 d 0 1000 n j 639 EX_udpgal_e j 640 s 0 n j 640 EX_udpgal_e_reverse_9c019 j 641 d 0 1000 n j 641 EX_udpglcur_e j 642 s 0 n j 642 EX_udpglcur_e_reverse_baf0e j 643 d 0 1000 n j 643 EX_ump_e j 644 s 0 n j 644 EX_ump_e_reverse_58471 j 645 d 0 1000 n j 645 EX_ura_e j 646 s 0 n j 646 EX_ura_e_reverse_98cbe j 647 d 0 1000 n j 647 EX_urea_e j 648 s 0 n j 648 EX_urea_e_reverse_02f51 j 649 d 0 1000 n j 649 EX_uri_e j 650 s 0 n j 650 EX_uri_e_reverse_019f3 j 651 d 0 1000 n j 651 EX_val__L_e j 652 s 0 n j 652 EX_val__L_e_reverse_9e0f7 j 653 d 0 1000 n j 653 EX_xan_e j 654 s 0 n j 654 EX_xan_e_reverse_7bb40 j 655 d 0 1000 n j 655 EX_xmp_e j 656 s 0 n j 656 EX_xmp_e_reverse_5fd31 j 657 d 0 1000 n j 657 EX_xtsn_e j 658 s 0 n j 658 EX_xtsn_e_reverse_33417 j 659 d 0 1000 n j 659 EX_xyl__D_e j 660 s 0 n j 660 EX_xyl__D_e_reverse_e202a j 661 d 0 1000 n j 661 EX_xylu__L_e j 662 s 0 n j 662 EX_xylu__L_e_reverse_a93ff j 663 d 0 1000 n j 663 EX_zn2_e j 664 d 0 1000 n j 664 EX_zn2_e_reverse_3c725 j 665 d 0 1000 n j 665 12DGR120tipp j 666 s 0 n j 666 12DGR120tipp_reverse_757ef j 667 d 0 1000 n j 667 12DGR140tipp j 668 s 0 n j 668 12DGR140tipp_reverse_aea46 j 669 d 0 1000 n j 669 12DGR141tipp j 670 s 0 n j 670 12DGR141tipp_reverse_a0957 j 671 d 0 1000 n j 671 12DGR160tipp j 672 s 0 n j 672 12DGR160tipp_reverse_eac16 j 673 d 0 1000 n j 673 12DGR161tipp j 674 s 0 n j 674 12DGR161tipp_reverse_dcd80 j 675 d 0 1000 n j 675 12DGR180tipp j 676 s 0 n j 676 12DGR180tipp_reverse_7a012 j 677 d 0 1000 n j 677 12DGR181tipp j 678 s 0 n j 678 12DGR181tipp_reverse_34fd5 j 679 d 0 1000 n j 679 12PPDRtex j 680 d 0 1000 n j 680 12PPDRtex_reverse_1d688 j 681 d 0 1000 n j 681 12PPDRtpp j 682 d 0 1000 n j 682 12PPDRtpp_reverse_c5519 j 683 d 0 1000 n j 683 12PPDStex j 684 d 0 1000 n j 684 12PPDStex_reverse_ec7d6 j 685 d 0 1000 n j 685 12PPDStpp j 686 d 0 1000 n j 686 12PPDStpp_reverse_81431 j 687 d 0 1000 n j 687 14GLUCANabcpp j 688 s 0 n j 688 14GLUCANabcpp_reverse_c6351 j 689 d 0 1000 n j 689 14GLUCANtexi j 690 s 0 n j 690 14GLUCANtexi_reverse_2d4f8 j 691 d 0 1000 n j 691 23CAMPtex j 692 d 0 1000 n j 692 23CAMPtex_reverse_1c6db j 693 d 0 1000 n j 693 23CCMPtex j 694 d 0 1000 n j 694 23CCMPtex_reverse_e7e14 j 695 d 0 1000 n j 695 23CGMPtex j 696 d 0 1000 n j 696 23CGMPtex_reverse_d266a j 697 d 0 1000 n j 697 23CUMPtex j 698 d 0 1000 n j 698 23CUMPtex_reverse_7c421 j 699 d 0 1000 n j 699 23DAPPAt2pp j 700 s 0 n j 700 23DAPPAt2pp_reverse_59b55 j 701 d 0 1000 n j 701 23DAPPAtex j 702 d 0 1000 n j 702 23DAPPAtex_reverse_0c987 j 703 d 0 1000 n j 703 23PDE2pp j 704 s 0 n j 704 23PDE2pp_reverse_9b346 j 705 d 0 1000 n j 705 23PDE4pp j 706 s 0 n j 706 23PDE4pp_reverse_2a6cf j 707 d 0 1000 n j 707 23PDE7pp j 708 s 0 n j 708 23PDE7pp_reverse_3f150 j 709 d 0 1000 n j 709 23PDE9pp j 710 s 0 n j 710 23PDE9pp_reverse_84c1d j 711 d 0 1000 n j 711 26DAHtex j 712 d 0 1000 n j 712 26DAHtex_reverse_3953d j 713 d 0 1000 n j 713 2AGPA120tipp j 714 s 0 n j 714 2AGPA120tipp_reverse_16d01 j 715 d 0 1000 n j 715 2AGPA140tipp j 716 s 0 n j 716 2AGPA140tipp_reverse_392f6 j 717 d 0 1000 n j 717 2AGPA141tipp j 718 s 0 n j 718 2AGPA141tipp_reverse_f9714 j 719 d 0 1000 n j 719 2AGPA160tipp j 720 s 0 n j 720 2AGPA160tipp_reverse_dc28a j 721 d 0 1000 n j 721 2AGPA161tipp j 722 s 0 n j 722 2AGPA161tipp_reverse_fa4fb j 723 d 0 1000 n j 723 2AGPA180tipp j 724 s 0 n j 724 2AGPA180tipp_reverse_b48ac j 725 d 0 1000 n j 725 2AGPA181tipp j 726 s 0 n j 726 2AGPA181tipp_reverse_3605a j 727 d 0 1000 n j 727 2AGPE120tipp j 728 s 0 n j 728 2AGPE120tipp_reverse_015fb j 729 d 0 1000 n j 729 2AGPE140tipp j 730 s 0 n j 730 2AGPE140tipp_reverse_d6097 j 731 d 0 1000 n j 731 2AGPE141tipp j 732 s 0 n j 732 2AGPE141tipp_reverse_ae862 j 733 d 0 1000 n j 733 2AGPE160tipp j 734 s 0 n j 734 2AGPE160tipp_reverse_2f53f j 735 d 0 1000 n j 735 2AGPE161tipp j 736 s 0 n j 736 2AGPE161tipp_reverse_39d2b j 737 d 0 1000 n j 737 2AGPE180tipp j 738 s 0 n j 738 2AGPE180tipp_reverse_242d6 j 739 d 0 1000 n j 739 2AGPE181tipp j 740 s 0 n j 740 2AGPE181tipp_reverse_a5fc9 j 741 d 0 1000 n j 741 2AGPEAT120 j 742 s 0 n j 742 2AGPEAT120_reverse_cbf7b j 743 d 0 1000 n j 743 2AGPEAT140 j 744 s 0 n j 744 2AGPEAT140_reverse_195ed j 745 d 0 1000 n j 745 2AGPEAT141 j 746 s 0 n j 746 2AGPEAT141_reverse_0e3c9 j 747 d 0 1000 n j 747 2AGPEAT160 j 748 s 0 n j 748 2AGPEAT160_reverse_16239 j 749 d 0 1000 n j 749 2AGPEAT161 j 750 s 0 n j 750 2AGPEAT161_reverse_5858e j 751 d 0 1000 n j 751 2AGPEAT180 j 752 s 0 n j 752 2AGPEAT180_reverse_47e42 j 753 d 0 1000 n j 753 2AGPEAT181 j 754 s 0 n j 754 2AGPEAT181_reverse_450ec j 755 d 0 1000 n j 755 2AGPG120tipp j 756 s 0 n j 756 2AGPG120tipp_reverse_16620 j 757 d 0 1000 n j 757 2AGPG140tipp j 758 s 0 n j 758 2AGPG140tipp_reverse_2834e j 759 d 0 1000 n j 759 2AGPG141tipp j 760 s 0 n j 760 2AGPG141tipp_reverse_44e94 j 761 d 0 1000 n j 761 2AGPG160tipp j 762 s 0 n j 762 2AGPG160tipp_reverse_a1e99 j 763 d 0 1000 n j 763 2AGPG161tipp j 764 s 0 n j 764 2AGPG161tipp_reverse_4c821 j 765 d 0 1000 n j 765 2AGPG180tipp j 766 s 0 n j 766 2AGPG180tipp_reverse_148cb j 767 d 0 1000 n j 767 2AGPG181tipp j 768 s 0 n j 768 2AGPG181tipp_reverse_7596e j 769 d 0 1000 n j 769 2AGPGAT120 j 770 s 0 n j 770 2AGPGAT120_reverse_83703 j 771 d 0 1000 n j 771 2AGPGAT140 j 772 s 0 n j 772 2AGPGAT140_reverse_94092 j 773 d 0 1000 n j 773 2AGPGAT141 j 774 s 0 n j 774 2AGPGAT141_reverse_82d91 j 775 d 0 1000 n j 775 2AGPGAT160 j 776 s 0 n j 776 2AGPGAT160_reverse_2888d j 777 d 0 1000 n j 777 2AGPGAT161 j 778 s 0 n j 778 2AGPGAT161_reverse_529fb j 779 d 0 1000 n j 779 2AGPGAT180 j 780 s 0 n j 780 2AGPGAT180_reverse_9d3e5 j 781 d 0 1000 n j 781 2AGPGAT181 j 782 s 0 n j 782 2AGPGAT181_reverse_802a9 j 783 d 0 1000 n j 783 2DGULRGx j 784 s 0 n j 784 2DGULRGx_reverse_a7f46 j 785 d 0 1000 n j 785 2DGULRGy j 786 s 0 n j 786 2DGULRGy_reverse_cbff4 j 787 d 0 1000 n j 787 2DGULRx j 788 s 0 n j 788 2DGULRx_reverse_d1a03 j 789 d 0 1000 n j 789 2DGULRy j 790 s 0 n j 790 2DGULRy_reverse_5d02d j 791 d 0 1000 n j 791 2MAHMP j 792 s 0 n j 792 2MAHMP_reverse_e4fd2 j 793 d 0 1000 n j 793 34dhpactex j 794 d 0 1000 n j 794 34dhpactex_reverse_51d40 j 795 d 0 1000 n j 795 3AMACHYD j 796 s 0 n j 796 3AMACHYD_reverse_1adff j 797 d 0 1000 n j 797 3AMPtex j 798 d 0 1000 n j 798 3AMPtex_reverse_62a3f j 799 d 0 1000 n j 799 3CMPtex j 800 d 0 1000 n j 800 3CMPtex_reverse_25d68 j 801 d 0 1000 n j 801 3GMPtex j 802 d 0 1000 n j 802 3GMPtex_reverse_c1214 j 803 d 0 1000 n j 803 3HAD100 j 804 s 0 n j 804 3HAD100_reverse_ca00f j 805 d 0 1000 n j 805 3HAD120 j 806 s 0 n j 806 3HAD120_reverse_82f09 j 807 d 0 1000 n j 807 3HAD121 j 808 s 0 n j 808 3HAD121_reverse_7ae0d j 809 d 0 1000 n j 809 3HAD140 j 810 s 0 n j 810 3HAD140_reverse_13958 j 811 d 0 1000 n j 811 3HAD141 j 812 s 0 n j 812 3HAD141_reverse_5738f j 813 d 0 1000 n j 813 3HAD160 j 814 s 0 n j 814 3HAD160_reverse_c0da0 j 815 d 0 1000 n j 815 3HAD161 j 816 s 0 n j 816 3HAD161_reverse_384de j 817 d 0 1000 n j 817 3HAD180 j 818 s 0 n j 818 3HAD180_reverse_c801d j 819 d 0 1000 n j 819 3HAD181 j 820 s 0 n j 820 3HAD181_reverse_63f21 j 821 d 0 1000 n j 821 3HAD40 j 822 s 0 n j 822 3HAD40_reverse_bc17f j 823 d 0 1000 n j 823 3HAD60 j 824 s 0 n j 824 3HAD60_reverse_d7fb5 j 825 d 0 1000 n j 825 3HAD80 j 826 s 0 n j 826 3HAD80_reverse_29891 j 827 d 0 1000 n j 827 3HCINNMH j 828 s 0 n j 828 3HCINNMH_reverse_e3e52 j 829 d 0 1000 n j 829 3HPPPNH j 830 s 0 n j 830 3HPPPNH_reverse_b005a j 831 d 0 1000 n j 831 3HPPtex j 832 d 0 1000 n j 832 3HPPtex_reverse_49e02 j 833 d 0 1000 n j 833 3HPPtpp j 834 s 0 n j 834 3HPPtpp_reverse_f463c j 835 d 0 1000 n j 835 3KGK j 836 s 0 n j 836 3KGK_reverse_d559b j 837 d 0 1000 n j 837 3NTD2pp j 838 s 0 n j 838 3NTD2pp_reverse_6ebac j 839 d 0 1000 n j 839 3NTD4pp j 840 s 0 n j 840 3NTD4pp_reverse_51bb5 j 841 d 0 1000 n j 841 3NTD7pp j 842 s 0 n j 842 3NTD7pp_reverse_9ab3e j 843 d 0 1000 n j 843 3NTD9pp j 844 s 0 n j 844 3NTD9pp_reverse_6286c j 845 d 0 1000 n j 845 3OAR100 j 846 d 0 1000 n j 846 3OAR100_reverse_d47e7 j 847 d 0 1000 n j 847 3OAR120 j 848 d 0 1000 n j 848 3OAR120_reverse_5a2b4 j 849 d 0 1000 n j 849 3OAR121 j 850 s 0 n j 850 3OAR121_reverse_82b84 j 851 d 0 1000 n j 851 3OAR140 j 852 d 0 1000 n j 852 3OAR140_reverse_4eb2a j 853 d 0 1000 n j 853 3OAR141 j 854 s 0 n j 854 3OAR141_reverse_755ec j 855 d 0 1000 n j 855 3OAR160 j 856 d 0 1000 n j 856 3OAR160_reverse_15066 j 857 d 0 1000 n j 857 3OAR161 j 858 s 0 n j 858 3OAR161_reverse_fc9b4 j 859 d 0 1000 n j 859 3OAR180 j 860 d 0 1000 n j 860 3OAR180_reverse_e234c j 861 d 0 1000 n j 861 3OAR181 j 862 s 0 n j 862 3OAR181_reverse_f8559 j 863 d 0 1000 n j 863 3OAR40 j 864 d 0 1000 n j 864 3OAR40_reverse_e075e j 865 d 0 1000 n j 865 3OAR60 j 866 d 0 1000 n j 866 3OAR60_reverse_40a5c j 867 d 0 1000 n j 867 3OAR80 j 868 d 0 1000 n j 868 3OAR80_reverse_fe338 j 869 d 0 1000 n j 869 3OAS100 j 870 s 0 n j 870 3OAS100_reverse_bfd7d j 871 d 0 1000 n j 871 3OAS120 j 872 s 0 n j 872 3OAS120_reverse_06658 j 873 d 0 1000 n j 873 3OAS121 j 874 s 0 n j 874 3OAS121_reverse_e6125 j 875 d 0 1000 n j 875 3OAS140 j 876 s 0 n j 876 3OAS140_reverse_65ddc j 877 d 0 1000 n j 877 3OAS141 j 878 s 0 n j 878 3OAS141_reverse_7f7b2 j 879 d 0 1000 n j 879 3OAS160 j 880 s 0 n j 880 3OAS160_reverse_08317 j 881 d 0 1000 n j 881 3OAS161 j 882 s 0 n j 882 3OAS161_reverse_ca056 j 883 d 0 1000 n j 883 3OAS180 j 884 s 0 n j 884 3OAS180_reverse_3d9f8 j 885 d 0 1000 n j 885 3OAS181 j 886 s 0 n j 886 3OAS181_reverse_2c21d j 887 d 0 1000 n j 887 3OAS60 j 888 s 0 n j 888 3OAS60_reverse_bff6a j 889 d 0 1000 n j 889 3OAS80 j 890 s 0 n j 890 3OAS80_reverse_c6446 j 891 d 0 1000 n j 891 3OXCOAT j 892 s 0 n j 892 3OXCOAT_reverse_2bb18 j 893 d 0 1000 n j 893 3PEPTabcpp j 894 s 0 n j 894 3PEPTabcpp_reverse_d34e9 j 895 d 0 1000 n j 895 3PEPTtex j 896 d 0 1000 n j 896 3PEPTtex_reverse_45a83 j 897 d 0 1000 n j 897 3UMPtex j 898 d 0 1000 n j 898 3UMPtex_reverse_c4def j 899 d 0 1000 n j 899 42A12BOOXpp j 900 s 0 n j 900 42A12BOOXpp_reverse_a8a8a j 901 d 0 1000 n j 901 4HOXPACDtex j 902 d 0 1000 n j 902 4HOXPACDtex_reverse_3798d j 903 d 0 1000 n j 903 4HTHRS j 904 s 0 n j 904 4HTHRS_reverse_6e403 j 905 d 0 1000 n j 905 4PCP j 906 s 0 n j 906 4PCP_reverse_c7c51 j 907 d 0 1000 n j 907 4PCPpp j 908 s 0 n j 908 4PCPpp_reverse_87e32 j 909 d 0 1000 n j 909 4PEPTabcpp j 910 s 0 n j 910 4PEPTabcpp_reverse_c63ab j 911 d 0 1000 n j 911 4PEPTtex j 912 d 0 1000 n j 912 4PEPTtex_reverse_025c0 j 913 d 0 1000 n j 913 5DGLCNR j 914 d 0 1000 n j 914 5DGLCNR_reverse_fbc12 j 915 d 0 1000 n j 915 5DGLCNt2rpp j 916 d 0 1000 n j 916 5DGLCNt2rpp_reverse_32e75 j 917 d 0 1000 n j 917 5DGLCNtex j 918 d 0 1000 n j 918 5DGLCNtex_reverse_d721b j 919 d 0 1000 n j 919 5DOAN j 920 s 0 n j 920 5DOAN_reverse_c8e7d j 921 d 0 1000 n j 921 5MTRtex j 922 d 0 1000 n j 922 5MTRtex_reverse_79096 j 923 d 0 1000 n j 923 5MTRtpp j 924 s 0 n j 924 5MTRtpp_reverse_d6113 j 925 d 0 1000 n j 925 A5PISO j 926 d 0 1000 n j 926 A5PISO_reverse_3adc0 j 927 d 0 1000 n j 927 AACPS1 j 928 s 0 n j 928 AACPS1_reverse_74228 j 929 d 0 1000 n j 929 AACPS2 j 930 s 0 n j 930 AACPS2_reverse_4df8a j 931 d 0 1000 n j 931 AACPS3 j 932 s 0 n j 932 AACPS3_reverse_de1e6 j 933 d 0 1000 n j 933 AACPS4 j 934 s 0 n j 934 AACPS4_reverse_2b927 j 935 d 0 1000 n j 935 AACPS5 j 936 s 0 n j 936 AACPS5_reverse_2077f j 937 d 0 1000 n j 937 AACPS6 j 938 s 0 n j 938 AACPS6_reverse_8fda3 j 939 d 0 1000 n j 939 AACPS7 j 940 s 0 n j 940 AACPS7_reverse_c7dd9 j 941 d 0 1000 n j 941 AACPS8 j 942 s 0 n j 942 AACPS8_reverse_375dc j 943 d 0 1000 n j 943 AACPS9 j 944 s 0 n j 944 AACPS9_reverse_c03ad j 945 d 0 1000 n j 945 AACTOOR j 946 s 0 n j 946 AACTOOR_reverse_e897c j 947 d 0 1000 n j 947 AADDGT j 948 s 0 n j 948 AADDGT_reverse_01165 j 949 d 0 1000 n j 949 AAMYL j 950 s 0 n j 950 AAMYL_reverse_58557 j 951 d 0 1000 n j 951 AAMYLpp j 952 s 0 n j 952 AAMYLpp_reverse_813aa j 953 d 0 1000 n j 953 AB6PGH j 954 s 0 n j 954 AB6PGH_reverse_9c1a3 j 955 d 0 1000 n j 955 ABTA j 956 s 0 n j 956 ABTA_reverse_48ba6 j 957 d 0 1000 n j 957 ABUTD j 958 s 0 n j 958 ABUTD_reverse_a69d2 j 959 d 0 1000 n j 959 ABUTt2pp j 960 s 0 n j 960 ABUTt2pp_reverse_b7c2d j 961 d 0 1000 n j 961 ABUTtex j 962 d 0 1000 n j 962 ABUTtex_reverse_f1b1f j 963 d 0 1000 n j 963 ACACCT j 964 s 0 n j 964 ACACCT_reverse_94e1e j 965 d 0 1000 n j 965 ACACT1r j 966 d 0 1000 n j 966 ACACT1r_reverse_7e2ab j 967 d 0 1000 n j 967 ACACT2r j 968 d 0 1000 n j 968 ACACT2r_reverse_b794d j 969 d 0 1000 n j 969 ACACT3r j 970 d 0 1000 n j 970 ACACT3r_reverse_b8079 j 971 d 0 1000 n j 971 ACACT4r j 972 d 0 1000 n j 972 ACACT4r_reverse_36b94 j 973 d 0 1000 n j 973 ACACT5r j 974 d 0 1000 n j 974 ACACT5r_reverse_49fec j 975 d 0 1000 n j 975 ACACT6r j 976 d 0 1000 n j 976 ACACT6r_reverse_a3ce9 j 977 d 0 1000 n j 977 ACACT7r j 978 d 0 1000 n j 978 ACACT7r_reverse_b44b4 j 979 d 0 1000 n j 979 ACACT8r j 980 d 0 1000 n j 980 ACACT8r_reverse_54705 j 981 d 0 1000 n j 981 ACACt2pp j 982 d 0 1000 n j 982 ACACt2pp_reverse_06302 j 983 d 0 1000 n j 983 ACACtex j 984 d 0 1000 n j 984 ACACtex_reverse_cc949 j 985 d 0 1000 n j 985 ACALD j 986 d 0 1000 n j 986 ACALD_reverse_fda2b j 987 d 0 1000 n j 987 ACALDtex j 988 d 0 1000 n j 988 ACALDtex_reverse_75f7f j 989 d 0 1000 n j 989 ACALDtpp j 990 d 0 1000 n j 990 ACALDtpp_reverse_52ae6 j 991 d 0 1000 n j 991 ACANTHAT j 992 s 0 n j 992 ACANTHAT_reverse_9fe7b j 993 d 0 1000 n j 993 ACBIPGT j 994 s 0 n j 994 ACBIPGT_reverse_bcc45 j 995 d 0 1000 n j 995 ACCOAC j 996 s 0 n j 996 ACCOAC_reverse_9d1cd j 997 d 0 1000 n j 997 ACCOAL j 998 s 0 n j 998 ACCOAL_reverse_ea444 j 999 d 0 1000 n j 999 ACGAL1PPpp j 1000 s 0 n j 1000 ACGAL1PPpp_reverse_88026 j 1001 d 0 1000 n j 1001 ACGAL1Ptex j 1002 d 0 1000 n j 1002 ACGAL1Ptex_reverse_c2cd1 j 1003 d 0 1000 n j 1003 ACGALtex j 1004 d 0 1000 n j 1004 ACGALtex_reverse_54263 j 1005 d 0 1000 n j 1005 ACGAM1PPpp j 1006 s 0 n j 1006 ACGAM1PPpp_reverse_fbc31 j 1007 d 0 1000 n j 1007 ACGAM1Ptex j 1008 d 0 1000 n j 1008 ACGAM1Ptex_reverse_d95c0 j 1009 d 0 1000 n j 1009 ACGAMK j 1010 s 0 n j 1010 ACGAMK_reverse_1e7a8 j 1011 d 0 1000 n j 1011 ACGAMT j 1012 s 0 n j 1012 ACGAMT_reverse_2307a j 1013 d 0 1000 n j 1013 ACGAptspp j 1014 s 0 n j 1014 ACGAptspp_reverse_e1a6e j 1015 d 0 1000 n j 1015 ACGAtex j 1016 d 0 1000 n j 1016 ACGAtex_reverse_5f438 j 1017 d 0 1000 n j 1017 ACGK j 1018 s 0 n j 1018 ACGK_reverse_684be j 1019 d 0 1000 n j 1019 ACGS j 1020 s 0 n j 1020 ACGS_reverse_c8939 j 1021 d 0 1000 n j 1021 ACHBS j 1022 s 0 n j 1022 ACHBS_reverse_13e5f j 1023 d 0 1000 n j 1023 ACKr j 1024 d 0 1000 n j 1024 ACKr_reverse_b49c0 j 1025 d 0 1000 n j 1025 ACLS j 1026 s 0 n j 1026 ACLS_reverse_66503 j 1027 d 0 1000 n j 1027 ACM6PH j 1028 s 0 n j 1028 ACM6PH_reverse_cff51 j 1029 d 0 1000 n j 1029 ACMAMUT j 1030 s 0 n j 1030 ACMAMUT_reverse_cf71b j 1031 d 0 1000 n j 1031 ACMANAptspp j 1032 s 0 n j 1032 ACMANAptspp_reverse_2111b j 1033 d 0 1000 n j 1033 ACMANAtex j 1034 d 0 1000 n j 1034 ACMANAtex_reverse_024da j 1035 d 0 1000 n j 1035 ACMUMptspp j 1036 s 0 n j 1036 ACMUMptspp_reverse_a323d j 1037 d 0 1000 n j 1037 ACMUMtex j 1038 s 0 n j 1038 ACMUMtex_reverse_17681 j 1039 d 0 1000 n j 1039 ACNAMt2pp j 1040 s 0 n j 1040 ACNAMt2pp_reverse_c08e0 j 1041 d 0 1000 n j 1041 ACNAMtex j 1042 d 0 1000 n j 1042 ACNAMtex_reverse_b7b93 j 1043 d 0 1000 n j 1043 ACNML j 1044 s 0 n j 1044 ACNML_reverse_9634f j 1045 d 0 1000 n j 1045 ACOAD1f j 1046 d 0 1000 n j 1046 ACOAD1f_reverse_e656c j 1047 d 0 1000 n j 1047 ACOAD2f j 1048 d 0 1000 n j 1048 ACOAD2f_reverse_6e942 j 1049 d 0 1000 n j 1049 ACOAD3f j 1050 d 0 1000 n j 1050 ACOAD3f_reverse_ba3fe j 1051 d 0 1000 n j 1051 ACOAD4f j 1052 d 0 1000 n j 1052 ACOAD4f_reverse_4d6cc j 1053 d 0 1000 n j 1053 ACOAD5f j 1054 d 0 1000 n j 1054 ACOAD5f_reverse_2359c j 1055 d 0 1000 n j 1055 ACOAD6f j 1056 d 0 1000 n j 1056 ACOAD6f_reverse_11aee j 1057 d 0 1000 n j 1057 ACOAD7f j 1058 d 0 1000 n j 1058 ACOAD7f_reverse_16a6a j 1059 d 0 1000 n j 1059 ACOAD8f j 1060 d 0 1000 n j 1060 ACOAD8f_reverse_fb781 j 1061 d 0 1000 n j 1061 ACOATA j 1062 d 0 1000 n j 1062 ACOATA_reverse_8c02f j 1063 d 0 1000 n j 1063 ACODA j 1064 s 0 n j 1064 ACODA_reverse_504cc j 1065 d 0 1000 n j 1065 ACOLIPAabctex j 1066 s 0 n j 1066 ACOLIPAabctex_reverse_4e0f1 j 1067 d 0 1000 n j 1067 ACONIs j 1068 d 0 1000 n j 1068 ACONIs_reverse_3e324 j 1069 d 0 1000 n j 1069 ACONMT j 1070 s 0 n j 1070 ACONMT_reverse_5a6e2 j 1071 d 0 1000 n j 1071 ACONTa j 1072 d 0 1000 n j 1072 ACONTa_reverse_cad6d j 1073 d 0 1000 n j 1073 ACONTb j 1074 d 0 1000 n j 1074 ACONTb_reverse_e198a j 1075 d 0 1000 n j 1075 ACOTA j 1076 d 0 1000 n j 1076 ACOTA_reverse_c4379 j 1077 d 0 1000 n j 1077 ACPPAT120 j 1078 s 0 n j 1078 ACPPAT120_reverse_b878c j 1079 d 0 1000 n j 1079 ACPPAT140 j 1080 s 0 n j 1080 ACPPAT140_reverse_24730 j 1081 d 0 1000 n j 1081 ACPPAT141 j 1082 s 0 n j 1082 ACPPAT141_reverse_94594 j 1083 d 0 1000 n j 1083 ACPPAT160 j 1084 s 0 n j 1084 ACPPAT160_reverse_620e6 j 1085 d 0 1000 n j 1085 ACPPAT161 j 1086 s 0 n j 1086 ACPPAT161_reverse_0a33f j 1087 d 0 1000 n j 1087 ACPPAT180 j 1088 s 0 n j 1088 ACPPAT180_reverse_bf624 j 1089 d 0 1000 n j 1089 ACPPAT181 j 1090 s 0 n j 1090 ACPPAT181_reverse_ac461 j 1091 d 0 1000 n j 1091 ACPS1 j 1092 s 0 n j 1092 ACPS1_reverse_56be7 j 1093 d 0 1000 n j 1093 ACS j 1094 s 0 n j 1094 ACS_reverse_37635 j 1095 d 0 1000 n j 1095 ACSERtex j 1096 d 0 1000 n j 1096 ACSERtex_reverse_d18a5 j 1097 d 0 1000 n j 1097 ACSERtpp j 1098 s 0 n j 1098 ACSERtpp_reverse_e0a16 j 1099 d 0 1000 n j 1099 ACt2rpp j 1100 d 0 1000 n j 1100 ACt2rpp_reverse_213f1 j 1101 d 0 1000 n j 1101 ACt4pp j 1102 s 0 n j 1102 ACt4pp_reverse_a779a j 1103 d 0 1000 n j 1103 ACtex j 1104 d 0 1000 n j 1104 ACtex_reverse_c7bfd j 1105 d 0 1000 n j 1105 ADA j 1106 s 0 n j 1106 ADA_reverse_347cb j 1107 d 0 1000 n j 1107 ADCL j 1108 s 0 n j 1108 ADCL_reverse_0051f j 1109 d 0 1000 n j 1109 ADCS j 1110 s 0 n j 1110 ADCS_reverse_5303c j 1111 d 0 1000 n j 1111 ADD j 1112 s 0 n j 1112 ADD_reverse_9eeb5 j 1113 d 0 1000 n j 1113 ADEt2rpp j 1114 d 0 1000 n j 1114 ADEt2rpp_reverse_6f767 j 1115 d 0 1000 n j 1115 ADEtex j 1116 d 0 1000 n j 1116 ADEtex_reverse_56687 j 1117 d 0 1000 n j 1117 ADK1 j 1118 d 0 1000 n j 1118 ADK1_reverse_a6f90 j 1119 d 0 1000 n j 1119 ADK3 j 1120 d 0 1000 n j 1120 ADK3_reverse_6b5fb j 1121 d 0 1000 n j 1121 ADK4 j 1122 d 0 1000 n j 1122 ADK4_reverse_dfbdf j 1123 d 0 1000 n j 1123 ADMDC j 1124 s 0 n j 1124 ADMDC_reverse_e2782 j 1125 d 0 1000 n j 1125 ADNCYC j 1126 s 0 n j 1126 ADNCYC_reverse_013dc j 1127 d 0 1000 n j 1127 ADNK1 j 1128 s 0 n j 1128 ADNK1_reverse_fe466 j 1129 d 0 1000 n j 1129 ADNUC j 1130 s 0 n j 1130 ADNUC_reverse_7ef46 j 1131 d 0 1000 n j 1131 ADNt2pp_copy1 j 1132 s 0 n j 1132 ADNt2pp_copy1_reverse_8a606 j 1133 d 0 1000 n j 1133 ADNt2pp_copy2 j 1134 d 0 1000 n j 1134 ADNt2pp_copy2_reverse_8da4d j 1135 d 0 1000 n j 1135 ADNtex j 1136 d 0 1000 n j 1136 ADNtex_reverse_43080 j 1137 d 0 1000 n j 1137 ADOCBIK j 1138 s 0 n j 1138 ADOCBIK_reverse_50143 j 1139 d 0 1000 n j 1139 ADOCBLS j 1140 s 0 n j 1140 ADOCBLS_reverse_005a5 j 1141 d 0 1000 n j 1141 ADOCBLabcpp j 1142 s 0 n j 1142 ADOCBLabcpp_reverse_68dcd j 1143 d 0 1000 n j 1143 ADOCBLtonex j 1144 s 0 n j 1144 ADOCBLtonex_reverse_baebb j 1145 d 0 1000 n j 1145 ADPRDP j 1146 s 0 n j 1146 ADPRDP_reverse_6f5d7 j 1147 d 0 1000 n j 1147 ADPT j 1148 s 0 n j 1148 ADPT_reverse_567cf j 1149 d 0 1000 n j 1149 ADSK j 1150 s 0 n j 1150 ADSK_reverse_6806d j 1151 d 0 1000 n j 1151 ADSL1r j 1152 d 0 1000 n j 1152 ADSL1r_reverse_2ae14 j 1153 d 0 1000 n j 1153 ADSL2r j 1154 d 0 1000 n j 1154 ADSL2r_reverse_42348 j 1155 d 0 1000 n j 1155 ADSS j 1156 s 0 n j 1156 ADSS_reverse_c75bb j 1157 d 0 1000 n j 1157 AGDC j 1158 s 0 n j 1158 AGDC_reverse_2ab9d j 1159 d 0 1000 n j 1159 AGM3PA j 1160 s 0 n j 1160 AGM3PA_reverse_07960 j 1161 d 0 1000 n j 1161 AGM3PApp j 1162 s 0 n j 1162 AGM3PApp_reverse_74a9d j 1163 d 0 1000 n j 1163 AGM3PH j 1164 s 0 n j 1164 AGM3PH_reverse_3acde j 1165 d 0 1000 n j 1165 AGM3Pt2pp j 1166 s 0 n j 1166 AGM3Pt2pp_reverse_5e873 j 1167 d 0 1000 n j 1167 AGM4PA j 1168 s 0 n j 1168 AGM4PA_reverse_cc387 j 1169 d 0 1000 n j 1169 AGM4PApp j 1170 s 0 n j 1170 AGM4PApp_reverse_5ec54 j 1171 d 0 1000 n j 1171 AGM4PCP j 1172 s 0 n j 1172 AGM4PCP_reverse_4f872 j 1173 d 0 1000 n j 1173 AGM4PCPpp j 1174 s 0 n j 1174 AGM4PCPpp_reverse_26bad j 1175 d 0 1000 n j 1175 AGM4PH j 1176 s 0 n j 1176 AGM4PH_reverse_b09ff j 1177 d 0 1000 n j 1177 AGM4Pt2pp j 1178 s 0 n j 1178 AGM4Pt2pp_reverse_58aad j 1179 d 0 1000 n j 1179 AGMH j 1180 s 0 n j 1180 AGMH_reverse_d371c j 1181 d 0 1000 n j 1181 AGMHE j 1182 s 0 n j 1182 AGMHE_reverse_dfad6 j 1183 d 0 1000 n j 1183 AGMT j 1184 s 0 n j 1184 AGMT_reverse_1c107 j 1185 d 0 1000 n j 1185 AGMt2pp j 1186 s 0 n j 1186 AGMt2pp_reverse_23bf9 j 1187 d 0 1000 n j 1187 AGMtex j 1188 d 0 1000 n j 1188 AGMtex_reverse_969a4 j 1189 d 0 1000 n j 1189 AGPAT120 j 1190 s 0 n j 1190 AGPAT120_reverse_7811c j 1191 d 0 1000 n j 1191 AGPAT140 j 1192 s 0 n j 1192 AGPAT140_reverse_73ea4 j 1193 d 0 1000 n j 1193 AGPAT141 j 1194 s 0 n j 1194 AGPAT141_reverse_fd2b9 j 1195 d 0 1000 n j 1195 AGPAT160 j 1196 s 0 n j 1196 AGPAT160_reverse_22d12 j 1197 d 0 1000 n j 1197 AGPAT161 j 1198 s 0 n j 1198 AGPAT161_reverse_debc5 j 1199 d 0 1000 n j 1199 AGPAT180 j 1200 s 0 n j 1200 AGPAT180_reverse_57c04 j 1201 d 0 1000 n j 1201 AGPAT181 j 1202 s 0 n j 1202 AGPAT181_reverse_93f51 j 1203 d 0 1000 n j 1203 AGPR j 1204 d 0 1000 n j 1204 AGPR_reverse_5dce4 j 1205 d 0 1000 n j 1205 AGt3 j 1206 s 0 n j 1206 AGt3_reverse_00449 j 1207 d 0 1000 n j 1207 AHCYSNS j 1208 s 0 n j 1208 AHCYSNS_reverse_38446 j 1209 d 0 1000 n j 1209 AICART j 1210 d 0 1000 n j 1210 AICART_reverse_b7b59 j 1211 d 0 1000 n j 1211 AIRC2 j 1212 s 0 n j 1212 AIRC2_reverse_50d74 j 1213 d 0 1000 n j 1213 AIRC3 j 1214 d 0 1000 n j 1214 AIRC3_reverse_f015f j 1215 d 0 1000 n j 1215 AKGDH j 1216 s 0 n j 1216 AKGDH_reverse_08bdc j 1217 d 0 1000 n j 1217 AKGt2rpp j 1218 d 0 1000 n j 1218 AKGt2rpp_reverse_9046e j 1219 d 0 1000 n j 1219 AKGtex j 1220 d 0 1000 n j 1220 AKGtex_reverse_06c87 j 1221 d 0 1000 n j 1221 ALAALAD j 1222 s 0 n j 1222 ALAALAD_reverse_ddcdd j 1223 d 0 1000 n j 1223 ALAALAabcpp j 1224 s 0 n j 1224 ALAALAabcpp_reverse_75b27 j 1225 d 0 1000 n j 1225 ALAALAr j 1226 d 0 1000 n j 1226 ALAALAr_reverse_18faa j 1227 d 0 1000 n j 1227 ALAALAtex j 1228 d 0 1000 n j 1228 ALAALAtex_reverse_2ebb9 j 1229 d 0 1000 n j 1229 ALAGLUE j 1230 d 0 1000 n j 1230 ALAGLUE_reverse_83285 j 1231 d 0 1000 n j 1231 ALAR j 1232 d 0 1000 n j 1232 ALAR_reverse_77133 j 1233 d 0 1000 n j 1233 ALATA_D2 j 1234 s 0 n j 1234 ALATA_D2_reverse_13566 j 1235 d 0 1000 n j 1235 ALATA_L j 1236 d 0 1000 n j 1236 ALATA_L_reverse_e54ff j 1237 d 0 1000 n j 1237 ALATA_L2 j 1238 s 0 n j 1238 ALATA_L2_reverse_ef76c j 1239 d 0 1000 n j 1239 ALATRS j 1240 s 0 n j 1240 ALATRS_reverse_de5e9 j 1241 d 0 1000 n j 1241 ALAabcpp j 1242 s 0 n j 1242 ALAabcpp_reverse_90425 j 1243 d 0 1000 n j 1243 ALAt2pp_copy1 j 1244 s 0 n j 1244 ALAt2pp_copy1_reverse_54b2f j 1245 d 0 1000 n j 1245 ALAt2pp_copy2 j 1246 d 0 1000 n j 1246 ALAt2pp_copy2_reverse_fa7a2 j 1247 d 0 1000 n j 1247 ALAt4pp j 1248 s 0 n j 1248 ALAt4pp_reverse_d9615 j 1249 d 0 1000 n j 1249 ALAtex j 1250 d 0 1000 n j 1250 ALAtex_reverse_33163 j 1251 d 0 1000 n j 1251 ALCD19 j 1252 d 0 1000 n j 1252 ALCD19_reverse_d90b5 j 1253 d 0 1000 n j 1253 ALCD2x j 1254 d 0 1000 n j 1254 ALCD2x_reverse_5d107 j 1255 d 0 1000 n j 1255 ALDD19xr j 1256 d 0 1000 n j 1256 ALDD19xr_reverse_1b96d j 1257 d 0 1000 n j 1257 ALDD2x j 1258 s 0 n j 1258 ALDD2x_reverse_90781 j 1259 d 0 1000 n j 1259 ALDD2y j 1260 s 0 n j 1260 ALDD2y_reverse_03afb j 1261 d 0 1000 n j 1261 ALDD3y j 1262 s 0 n j 1262 ALDD3y_reverse_27133 j 1263 d 0 1000 n j 1263 ALDD4 j 1264 s 0 n j 1264 ALDD4_reverse_3aaf5 j 1265 d 0 1000 n j 1265 ALLK j 1266 s 0 n j 1266 ALLK_reverse_42c6c j 1267 d 0 1000 n j 1267 ALLPI j 1268 d 0 1000 n j 1268 ALLPI_reverse_0c720 j 1269 d 0 1000 n j 1269 ALLTAMH j 1270 s 0 n j 1270 ALLTAMH_reverse_4519b j 1271 d 0 1000 n j 1271 ALLTN j 1272 s 0 n j 1272 ALLTN_reverse_d7d9e j 1273 d 0 1000 n j 1273 ALLTNt2rpp j 1274 d 0 1000 n j 1274 ALLTNt2rpp_reverse_62e9a j 1275 d 0 1000 n j 1275 ALLTNtex j 1276 d 0 1000 n j 1276 ALLTNtex_reverse_f7ace j 1277 d 0 1000 n j 1277 ALLULPE j 1278 d 0 1000 n j 1278 ALLULPE_reverse_f154c j 1279 d 0 1000 n j 1279 ALLabcpp j 1280 s 0 n j 1280 ALLabcpp_reverse_fd443 j 1281 d 0 1000 n j 1281 ALLtex j 1282 d 0 1000 n j 1282 ALLtex_reverse_73b82 j 1283 d 0 1000 n j 1283 ALPATE160pp j 1284 s 0 n j 1284 ALPATE160pp_reverse_39e01 j 1285 d 0 1000 n j 1285 ALPATG160pp j 1286 s 0 n j 1286 ALPATG160pp_reverse_f7766 j 1287 d 0 1000 n j 1287 ALR2 j 1288 s 0 n j 1288 ALR2_reverse_10b0a j 1289 d 0 1000 n j 1289 ALR4x j 1290 s 0 n j 1290 ALR4x_reverse_17ebf j 1291 d 0 1000 n j 1291 ALTRH j 1292 s 0 n j 1292 ALTRH_reverse_fca7e j 1293 d 0 1000 n j 1293 AM3PA j 1294 s 0 n j 1294 AM3PA_reverse_086bd j 1295 d 0 1000 n j 1295 AM4PA j 1296 s 0 n j 1296 AM4PA_reverse_b660b j 1297 d 0 1000 n j 1297 AM4PCP j 1298 s 0 n j 1298 AM4PCP_reverse_9f67b j 1299 d 0 1000 n j 1299 AMALT1 j 1300 s 0 n j 1300 AMALT1_reverse_f685c j 1301 d 0 1000 n j 1301 AMALT2 j 1302 s 0 n j 1302 AMALT2_reverse_20c24 j 1303 d 0 1000 n j 1303 AMALT3 j 1304 s 0 n j 1304 AMALT3_reverse_f2bc2 j 1305 d 0 1000 n j 1305 AMALT4 j 1306 s 0 n j 1306 AMALT4_reverse_934fc j 1307 d 0 1000 n j 1307 AMANAPEr j 1308 d 0 1000 n j 1308 AMANAPEr_reverse_8310c j 1309 d 0 1000 n j 1309 AMANK j 1310 s 0 n j 1310 AMANK_reverse_8ea5e j 1311 d 0 1000 n j 1311 AMAOTr j 1312 d 0 1000 n j 1312 AMAOTr_reverse_a5426 j 1313 d 0 1000 n j 1313 AMMQLT8 j 1314 s 0 n j 1314 AMMQLT8_reverse_6da73 j 1315 d 0 1000 n j 1315 AMPMS2 j 1316 s 0 n j 1316 AMPMS2_reverse_56a45 j 1317 d 0 1000 n j 1317 AMPN j 1318 s 0 n j 1318 AMPN_reverse_1b917 j 1319 d 0 1000 n j 1319 AMPTASECG j 1320 s 0 n j 1320 AMPTASECG_reverse_11d5d j 1321 d 0 1000 n j 1321 AMPTASEPG j 1322 s 0 n j 1322 AMPTASEPG_reverse_1fe90 j 1323 d 0 1000 n j 1323 AMPtex j 1324 d 0 1000 n j 1324 AMPtex_reverse_bec2c j 1325 d 0 1000 n j 1325 ANHGMtex j 1326 d 0 1000 n j 1326 ANHGMtex_reverse_89969 j 1327 d 0 1000 n j 1327 ANHMK j 1328 s 0 n j 1328 ANHMK_reverse_f8dfd j 1329 d 0 1000 n j 1329 ANPRT j 1330 s 0 n j 1330 ANPRT_reverse_e2684 j 1331 d 0 1000 n j 1331 ANS j 1332 s 0 n j 1332 ANS_reverse_4e062 j 1333 d 0 1000 n j 1333 AOBUTDs j 1334 s 0 n j 1334 AOBUTDs_reverse_2ac3d j 1335 d 0 1000 n j 1335 AOXSr2 j 1336 s 0 n j 1336 AOXSr2_reverse_0c982 j 1337 d 0 1000 n j 1337 AP4AH j 1338 s 0 n j 1338 AP4AH_reverse_ccff7 j 1339 d 0 1000 n j 1339 AP4AS j 1340 s 0 n j 1340 AP4AS_reverse_5ff3e j 1341 d 0 1000 n j 1341 AP5AH j 1342 s 0 n j 1342 AP5AH_reverse_ec0fb j 1343 d 0 1000 n j 1343 APCS j 1344 s 0 n j 1344 APCS_reverse_d7e40 j 1345 d 0 1000 n j 1345 APG3PAT120 j 1346 s 0 n j 1346 APG3PAT120_reverse_36529 j 1347 d 0 1000 n j 1347 APG3PAT140 j 1348 s 0 n j 1348 APG3PAT140_reverse_0280f j 1349 d 0 1000 n j 1349 APG3PAT141 j 1350 s 0 n j 1350 APG3PAT141_reverse_f3ee9 j 1351 d 0 1000 n j 1351 APG3PAT160 j 1352 s 0 n j 1352 APG3PAT160_reverse_19c9f j 1353 d 0 1000 n j 1353 APG3PAT161 j 1354 s 0 n j 1354 APG3PAT161_reverse_a7b12 j 1355 d 0 1000 n j 1355 APG3PAT180 j 1356 s 0 n j 1356 APG3PAT180_reverse_279d3 j 1357 d 0 1000 n j 1357 APG3PAT181 j 1358 s 0 n j 1358 APG3PAT181_reverse_ba91b j 1359 d 0 1000 n j 1359 APH120 j 1360 s 0 n j 1360 APH120_reverse_0e75d j 1361 d 0 1000 n j 1361 APH140 j 1362 s 0 n j 1362 APH140_reverse_fdf10 j 1363 d 0 1000 n j 1363 APH141 j 1364 s 0 n j 1364 APH141_reverse_10b9f j 1365 d 0 1000 n j 1365 APH160 j 1366 s 0 n j 1366 APH160_reverse_868b2 j 1367 d 0 1000 n j 1367 APH161 j 1368 s 0 n j 1368 APH161_reverse_38db8 j 1369 d 0 1000 n j 1369 APH180 j 1370 s 0 n j 1370 APH180_reverse_00cc5 j 1371 d 0 1000 n j 1371 APH181 j 1372 s 0 n j 1372 APH181_reverse_b327d j 1373 d 0 1000 n j 1373 APPLDHr j 1374 d 0 1000 n j 1374 APPLDHr_reverse_3ac58 j 1375 d 0 1000 n j 1375 APRAUR j 1376 s 0 n j 1376 APRAUR_reverse_e674d j 1377 d 0 1000 n j 1377 ARAI j 1378 d 0 1000 n j 1378 ARAI_reverse_f1762 j 1379 d 0 1000 n j 1379 ARBTNR1 j 1380 s 0 n j 1380 ARBTNR1_reverse_05ba1 j 1381 d 0 1000 n j 1381 ARBTNR2 j 1382 s 0 n j 1382 ARBTNR2_reverse_68a05 j 1383 d 0 1000 n j 1383 ARBTNR3 j 1384 s 0 n j 1384 ARBTNR3_reverse_e8402 j 1385 d 0 1000 n j 1385 ARBTNabcpp j 1386 s 0 n j 1386 ARBTNabcpp_reverse_a90a7 j 1387 d 0 1000 n j 1387 ARBTNexs j 1388 s 0 n j 1388 ARBTNexs_reverse_da1bb j 1389 d 0 1000 n j 1389 ARBTNtex j 1390 s 0 n j 1390 ARBTNtex_reverse_98dad j 1391 d 0 1000 n j 1391 ARBTNtonex j 1392 s 0 n j 1392 ARBTNtonex_reverse_292f7 j 1393 d 0 1000 n j 1393 ARBTNtpp j 1394 s 0 n j 1394 ARBTNtpp_reverse_6a35a j 1395 d 0 1000 n j 1395 ARBTptspp j 1396 s 0 n j 1396 ARBTptspp_reverse_7fd6c j 1397 d 0 1000 n j 1397 ARBTtex j 1398 s 0 n j 1398 ARBTtex_reverse_6822c j 1399 d 0 1000 n j 1399 ARBabcpp j 1400 s 0 n j 1400 ARBabcpp_reverse_ae03e j 1401 d 0 1000 n j 1401 ARBt2rpp j 1402 d 0 1000 n j 1402 ARBt2rpp_reverse_7d924 j 1403 d 0 1000 n j 1403 ARBt3ipp j 1404 s 0 n j 1404 ARBt3ipp_reverse_7c622 j 1405 d 0 1000 n j 1405 ARBtex j 1406 d 0 1000 n j 1406 ARBtex_reverse_2c0f8 j 1407 d 0 1000 n j 1407 ARGAGMt7pp j 1408 d 0 1000 n j 1408 ARGAGMt7pp_reverse_135dc j 1409 d 0 1000 n j 1409 ARGDC j 1410 s 0 n j 1410 ARGDC_reverse_08faf j 1411 d 0 1000 n j 1411 ARGDCpp j 1412 s 0 n j 1412 ARGDCpp_reverse_54b23 j 1413 d 0 1000 n j 1413 ARGORNt7pp j 1414 d 0 1000 n j 1414 ARGORNt7pp_reverse_eabec j 1415 d 0 1000 n j 1415 ARGSL j 1416 d 0 1000 n j 1416 ARGSL_reverse_1b949 j 1417 d 0 1000 n j 1417 ARGSS j 1418 s 0 n j 1418 ARGSS_reverse_5760d j 1419 d 0 1000 n j 1419 ARGTRS j 1420 s 0 n j 1420 ARGTRS_reverse_1ecbf j 1421 d 0 1000 n j 1421 ARGabcpp j 1422 s 0 n j 1422 ARGabcpp_reverse_2f37a j 1423 d 0 1000 n j 1423 ARGt3pp j 1424 s 0 n j 1424 ARGt3pp_reverse_a8971 j 1425 d 0 1000 n j 1425 ARGtex j 1426 d 0 1000 n j 1426 ARGtex_reverse_244d5 j 1427 d 0 1000 n j 1427 ASAD j 1428 d 0 1000 n j 1428 ASAD_reverse_39a64 j 1429 d 0 1000 n j 1429 ASCBPL j 1430 s 0 n j 1430 ASCBPL_reverse_f9eb9 j 1431 d 0 1000 n j 1431 ASCBptspp j 1432 s 0 n j 1432 ASCBptspp_reverse_99732 j 1433 d 0 1000 n j 1433 ASCBtex j 1434 d 0 1000 n j 1434 ASCBtex_reverse_b49d4 j 1435 d 0 1000 n j 1435 ASNN j 1436 s 0 n j 1436 ASNN_reverse_515f8 j 1437 d 0 1000 n j 1437 ASNNpp j 1438 s 0 n j 1438 ASNNpp_reverse_dd54e j 1439 d 0 1000 n j 1439 ASNS1 j 1440 s 0 n j 1440 ASNS1_reverse_90309 j 1441 d 0 1000 n j 1441 ASNS2 j 1442 s 0 n j 1442 ASNS2_reverse_85dd4 j 1443 d 0 1000 n j 1443 ASNTRS j 1444 s 0 n j 1444 ASNTRS_reverse_ee3aa j 1445 d 0 1000 n j 1445 ASNabcpp j 1446 s 0 n j 1446 ASNabcpp_reverse_47353 j 1447 d 0 1000 n j 1447 ASNt2rpp j 1448 d 0 1000 n j 1448 ASNt2rpp_reverse_144ff j 1449 d 0 1000 n j 1449 ASNtex j 1450 d 0 1000 n j 1450 ASNtex_reverse_e8ab8 j 1451 d 0 1000 n j 1451 ASO3t8pp j 1452 s 0 n j 1452 ASO3t8pp_reverse_9efd4 j 1453 d 0 1000 n j 1453 ASO3tex j 1454 d 0 1000 n j 1454 ASO3tex_reverse_eeec8 j 1455 d 0 1000 n j 1455 ASP1DC j 1456 s 0 n j 1456 ASP1DC_reverse_5dad1 j 1457 d 0 1000 n j 1457 ASPCT j 1458 s 0 n j 1458 ASPCT_reverse_c18b9 j 1459 d 0 1000 n j 1459 ASPK j 1460 d 0 1000 n j 1460 ASPK_reverse_115d7 j 1461 d 0 1000 n j 1461 ASPO3 j 1462 s 0 n j 1462 ASPO3_reverse_594c1 j 1463 d 0 1000 n j 1463 ASPO4 j 1464 s 0 n j 1464 ASPO4_reverse_aacc5 j 1465 d 0 1000 n j 1465 ASPO5 j 1466 s 0 n j 1466 ASPO5_reverse_4d759 j 1467 d 0 1000 n j 1467 ASPO6 j 1468 s 0 n j 1468 ASPO6_reverse_ec15c j 1469 d 0 1000 n j 1469 ASPT j 1470 s 0 n j 1470 ASPT_reverse_c6d74 j 1471 d 0 1000 n j 1471 ASPTA j 1472 d 0 1000 n j 1472 ASPTA_reverse_36525 j 1473 d 0 1000 n j 1473 ASPTRS j 1474 s 0 n j 1474 ASPTRS_reverse_8f6e6 j 1475 d 0 1000 n j 1475 ASPabcpp j 1476 s 0 n j 1476 ASPabcpp_reverse_faa73 j 1477 d 0 1000 n j 1477 ASPt2_2pp j 1478 s 0 n j 1478 ASPt2_2pp_reverse_990a0 j 1479 d 0 1000 n j 1479 ASPt2_3pp j 1480 s 0 n j 1480 ASPt2_3pp_reverse_e453b j 1481 d 0 1000 n j 1481 ASPt2pp_copy1 j 1482 s 0 n j 1482 ASPt2pp_copy1_reverse_6d689 j 1483 d 0 1000 n j 1483 ASPt2pp_copy2 j 1484 d 0 1000 n j 1484 ASPt2pp_copy2_reverse_6ec49 j 1485 d 0 1000 n j 1485 ASPtex j 1486 d 0 1000 n j 1486 ASPtex_reverse_35e4c j 1487 d 0 1000 n j 1487 ASR j 1488 s 0 n j 1488 ASR_reverse_1a3cf j 1489 d 0 1000 n j 1489 AST j 1490 s 0 n j 1490 AST_reverse_c77bb j 1491 d 0 1000 n j 1491 ATHRDHr j 1492 d 0 1000 n j 1492 ATHRDHr_reverse_f7ea2 j 1493 d 0 1000 n j 1493 ATPHs j 1494 s 0 n j 1494 ATPHs_reverse_ad499 j 1495 d 3.15 1000 n j 1495 ATPM j 1496 s 0 n j 1496 ATPM_reverse_5b752 j 1497 d 0 1000 n j 1497 ATPPRT j 1498 s 0 n j 1498 ATPPRT_reverse_00060 j 1499 d 0 1000 n j 1499 ATPS4rpp j 1500 d 0 1000 n j 1500 ATPS4rpp_reverse_18786 j 1501 d 0 1000 n j 1501 BALAt2pp j 1502 s 0 n j 1502 BALAt2pp_reverse_e7f95 j 1503 d 0 1000 n j 1503 BALAtex j 1504 d 0 1000 n j 1504 BALAtex_reverse_10000 j 1505 d 0 1000 n j 1505 BETALDHx j 1506 s 0 n j 1506 BETALDHx_reverse_30760 j 1507 d 0 1000 n j 1507 BETALDHy j 1508 s 0 n j 1508 BETALDHy_reverse_a4dbc j 1509 d 0 1000 n j 1509 BMOCOS j 1510 s 0 n j 1510 BMOCOS_reverse_a8c6b j 1511 d 0 1000 n j 1511 BMOGDS1 j 1512 s 0 n j 1512 BMOGDS1_reverse_83047 j 1513 d 0 1000 n j 1513 BMOGDS2 j 1514 s 0 n j 1514 BMOGDS2_reverse_1d2b7 j 1515 d 0 1000 n j 1515 BPNT j 1516 s 0 n j 1516 BPNT_reverse_53108 j 1517 d 0 1000 n j 1517 BSORx j 1518 s 0 n j 1518 BSORx_reverse_2339f j 1519 d 0 1000 n j 1519 BSORy j 1520 s 0 n j 1520 BSORy_reverse_89c33 j 1521 d 0 1000 n j 1521 BTNt2ipp j 1522 s 0 n j 1522 BTNt2ipp_reverse_72ae5 j 1523 d 0 1000 n j 1523 BTNtex j 1524 d 0 1000 n j 1524 BTNtex_reverse_cd491 j 1525 d 0 1000 n j 1525 BTS5 j 1526 s 0 n j 1526 BTS5_reverse_459c1 j 1527 d 0 1000 n j 1527 BUTCT j 1528 s 0 n j 1528 BUTCT_reverse_64a8b j 1529 d 0 1000 n j 1529 BUTSO3abcpp j 1530 s 0 n j 1530 BUTSO3abcpp_reverse_6dd1b j 1531 d 0 1000 n j 1531 BUTSO3tex j 1532 d 0 1000 n j 1532 BUTSO3tex_reverse_90916 j 1533 d 0 1000 n j 1533 BUTt2rpp j 1534 d 0 1000 n j 1534 BUTt2rpp_reverse_571fb j 1535 d 0 1000 n j 1535 BUTtex j 1536 d 0 1000 n j 1536 BUTtex_reverse_59ad6 j 1537 d 0 1000 n j 1537 BWCOGDS1 j 1538 s 0 n j 1538 BWCOGDS1_reverse_0fca6 j 1539 d 0 1000 n j 1539 BWCOGDS2 j 1540 s 0 n j 1540 BWCOGDS2_reverse_e74c3 j 1541 d 0 1000 n j 1541 BWCOS j 1542 s 0 n j 1542 BWCOS_reverse_cdbae j 1543 d 0 1000 n j 1543 CA2t3pp j 1544 s 0 n j 1544 CA2t3pp_reverse_0a9ad j 1545 d 0 1000 n j 1545 CA2tex j 1546 d 0 1000 n j 1546 CA2tex_reverse_27b69 j 1547 d 0 1000 n j 1547 CADVtpp j 1548 s 0 n j 1548 CADVtpp_reverse_9e7cc j 1549 s 0 n j 1549 CAT j 1550 s 0 n j 1550 CAT_reverse_c01ae j 1551 d 0 1000 n j 1551 CAt6pp j 1552 d 0 1000 n j 1552 CAt6pp_reverse_e05ae j 1553 d 0 1000 n j 1553 CBIAT j 1554 d 0 1000 n j 1554 CBIAT_reverse_1e649 j 1555 d 0 1000 n j 1555 CBItonex j 1556 s 0 n j 1556 CBItonex_reverse_bb4e5 j 1557 d 0 1000 n j 1557 CBIuabcpp j 1558 s 0 n j 1558 CBIuabcpp_reverse_ea68b j 1559 d 0 1000 n j 1559 CBL1abcpp j 1560 s 0 n j 1560 CBL1abcpp_reverse_18983 j 1561 d 0 1000 n j 1561 CBL1tonex j 1562 s 0 n j 1562 CBL1tonex_reverse_0c490 j 1563 d 0 1000 n j 1563 CBLAT j 1564 d 0 1000 n j 1564 CBLAT_reverse_0bf85 j 1565 d 0 1000 n j 1565 CBMD j 1566 s 0 n j 1566 CBMD_reverse_4f3e7 j 1567 d 0 1000 n j 1567 CBMKr j 1568 d 0 1000 n j 1568 CBMKr_reverse_fe98a j 1569 d 0 1000 n j 1569 CBPS j 1570 s 0 n j 1570 CBPS_reverse_80907 j 1571 d 0 1000 n j 1571 CCGS j 1572 s 0 n j 1572 CCGS_reverse_3ff79 j 1573 d 0 1000 n j 1573 CD2abcpp j 1574 s 0 n j 1574 CD2abcpp_reverse_d0330 j 1575 d 0 1000 n j 1575 CD2t3pp j 1576 s 0 n j 1576 CD2t3pp_reverse_47616 j 1577 d 0 1000 n j 1577 CD2tex j 1578 d 0 1000 n j 1578 CD2tex_reverse_400a6 j 1579 d 0 1000 n j 1579 CD2tpp j 1580 s 0 n j 1580 CD2tpp_reverse_04be1 j 1581 d 0 1000 n j 1581 CDAPPA120 j 1582 s 0 n j 1582 CDAPPA120_reverse_bf679 j 1583 d 0 1000 n j 1583 CDAPPA140 j 1584 s 0 n j 1584 CDAPPA140_reverse_00a04 j 1585 d 0 1000 n j 1585 CDAPPA141 j 1586 s 0 n j 1586 CDAPPA141_reverse_9da9e j 1587 d 0 1000 n j 1587 CDAPPA160 j 1588 s 0 n j 1588 CDAPPA160_reverse_e2daf j 1589 d 0 1000 n j 1589 CDAPPA161 j 1590 s 0 n j 1590 CDAPPA161_reverse_1276c j 1591 d 0 1000 n j 1591 CDAPPA180 j 1592 s 0 n j 1592 CDAPPA180_reverse_9cd52 j 1593 d 0 1000 n j 1593 CDAPPA181 j 1594 s 0 n j 1594 CDAPPA181_reverse_c0aa5 j 1595 d 0 1000 n j 1595 CDGR j 1596 s 0 n j 1596 CDGR_reverse_e4464 j 1597 d 0 1000 n j 1597 CDGS j 1598 s 0 n j 1598 CDGS_reverse_6b7cb j 1599 d 0 1000 n j 1599 CDPMEK j 1600 s 0 n j 1600 CDPMEK_reverse_01872 j 1601 d 0 1000 n j 1601 CFAS160E j 1602 s 0 n j 1602 CFAS160E_reverse_d8e06 j 1603 d 0 1000 n j 1603 CFAS160G j 1604 s 0 n j 1604 CFAS160G_reverse_ce748 j 1605 d 0 1000 n j 1605 CFAS180E j 1606 s 0 n j 1606 CFAS180E_reverse_6ab2c j 1607 d 0 1000 n j 1607 CFAS180G j 1608 s 0 n j 1608 CFAS180G_reverse_ab16a j 1609 d 0 1000 n j 1609 CGLYabcpp j 1610 s 0 n j 1610 CGLYabcpp_reverse_8e5ba j 1611 d 0 1000 n j 1611 CGLYtex j 1612 d 0 1000 n j 1612 CGLYtex_reverse_c0fb9 j 1613 d 0 1000 n j 1613 CHLabcpp j 1614 s 0 n j 1614 CHLabcpp_reverse_37887 j 1615 d 0 1000 n j 1615 CHLt2pp j 1616 s 0 n j 1616 CHLt2pp_reverse_5e5a5 j 1617 d 0 1000 n j 1617 CHLtex j 1618 d 0 1000 n j 1618 CHLtex_reverse_36af5 j 1619 d 0 1000 n j 1619 CHOLD j 1620 s 0 n j 1620 CHOLD_reverse_a176e j 1621 d 0 1000 n j 1621 CHORM j 1622 s 0 n j 1622 CHORM_reverse_38aac j 1623 d 0 1000 n j 1623 CHORS j 1624 s 0 n j 1624 CHORS_reverse_17772 j 1625 d 0 1000 n j 1625 CHRPL j 1626 s 0 n j 1626 CHRPL_reverse_46f50 j 1627 d 0 1000 n j 1627 CHTBSptspp j 1628 s 0 n j 1628 CHTBSptspp_reverse_c1fa2 j 1629 d 0 1000 n j 1629 CHTBStex j 1630 d 0 1000 n j 1630 CHTBStex_reverse_76a7e j 1631 d 0 1000 n j 1631 CINNDO j 1632 s 0 n j 1632 CINNDO_reverse_2153f j 1633 d 0 1000 n j 1633 CITL j 1634 s 0 n j 1634 CITL_reverse_4d27f j 1635 d 0 1000 n j 1635 CITt3pp j 1636 s 0 n j 1636 CITt3pp_reverse_08444 j 1637 d 0 1000 n j 1637 CITt7pp j 1638 s 0 n j 1638 CITt7pp_reverse_75ac8 j 1639 d 0 1000 n j 1639 CITtex j 1640 d 0 1000 n j 1640 CITtex_reverse_2ae27 j 1641 d 0 1000 n j 1641 CLIPAabctex j 1642 s 0 n j 1642 CLIPAabctex_reverse_fd06a j 1643 d 0 1000 n j 1643 CLPNH120pp j 1644 s 0 n j 1644 CLPNH120pp_reverse_463b7 j 1645 d 0 1000 n j 1645 CLPNH140pp j 1646 s 0 n j 1646 CLPNH140pp_reverse_200c3 j 1647 d 0 1000 n j 1647 CLPNH141pp j 1648 s 0 n j 1648 CLPNH141pp_reverse_c8b31 j 1649 d 0 1000 n j 1649 CLPNH160pp j 1650 s 0 n j 1650 CLPNH160pp_reverse_5a184 j 1651 d 0 1000 n j 1651 CLPNH161pp j 1652 s 0 n j 1652 CLPNH161pp_reverse_9f3a8 j 1653 d 0 1000 n j 1653 CLPNH180pp j 1654 s 0 n j 1654 CLPNH180pp_reverse_14f2a j 1655 d 0 1000 n j 1655 CLPNH181pp j 1656 s 0 n j 1656 CLPNH181pp_reverse_bcc62 j 1657 d 0 1000 n j 1657 CLPNS120pp j 1658 d 0 1000 n j 1658 CLPNS120pp_reverse_0e640 j 1659 d 0 1000 n j 1659 CLPNS140pp j 1660 d 0 1000 n j 1660 CLPNS140pp_reverse_3811c j 1661 d 0 1000 n j 1661 CLPNS141pp j 1662 d 0 1000 n j 1662 CLPNS141pp_reverse_2eb8f j 1663 d 0 1000 n j 1663 CLPNS160pp j 1664 d 0 1000 n j 1664 CLPNS160pp_reverse_2d06f j 1665 d 0 1000 n j 1665 CLPNS161pp j 1666 d 0 1000 n j 1666 CLPNS161pp_reverse_9806d j 1667 d 0 1000 n j 1667 CLPNS180pp j 1668 d 0 1000 n j 1668 CLPNS180pp_reverse_937c0 j 1669 d 0 1000 n j 1669 CLPNS181pp j 1670 d 0 1000 n j 1670 CLPNS181pp_reverse_92c7e j 1671 d 0 1000 n j 1671 CLt3_2pp j 1672 s 0 n j 1672 CLt3_2pp_reverse_e5246 j 1673 d 0 1000 n j 1673 CLtex j 1674 d 0 1000 n j 1674 CLtex_reverse_f6cf5 j 1675 d 0 1000 n j 1675 CMPN j 1676 s 0 n j 1676 CMPN_reverse_7ba04 j 1677 d 0 1000 n j 1677 CMPtex j 1678 d 0 1000 n j 1678 CMPtex_reverse_9db58 j 1679 d 0 1000 n j 1679 CMtex j 1680 d 0 1000 n j 1680 CMtex_reverse_de1ce j 1681 d 0 1000 n j 1681 CMtpp j 1682 s 0 n j 1682 CMtpp_reverse_be4c6 j 1683 d 0 1000 n j 1683 CO2tex j 1684 d 0 1000 n j 1684 CO2tex_reverse_3d081 j 1685 d 0 1000 n j 1685 CO2tpp j 1686 d 0 1000 n j 1686 CO2tpp_reverse_d9a27 j 1687 d 0 1000 n j 1687 COBALT2abcpp j 1688 s 0 n j 1688 COBALT2abcpp_reverse_76f3d j 1689 d 0 1000 n j 1689 COBALT2t3pp j 1690 s 0 n j 1690 COBALT2t3pp_reverse_70d7a j 1691 d 0 1000 n j 1691 COBALT2tex j 1692 d 0 1000 n j 1692 COBALT2tex_reverse_0862d j 1693 d 0 1000 n j 1693 COBALT2tpp j 1694 s 0 n j 1694 COBALT2tpp_reverse_077ed j 1695 d 0 1000 n j 1695 COLIPAKpp j 1696 s 0 n j 1696 COLIPAKpp_reverse_a30f0 j 1697 d 0 1000 n j 1697 COLIPAPabctex j 1698 s 0 n j 1698 COLIPAPabctex_reverse_e5b51 j 1699 d 0 1000 n j 1699 COLIPAabcpp j 1700 s 0 n j 1700 COLIPAabcpp_reverse_3d3cf j 1701 d 0 1000 n j 1701 COLIPAabctex j 1702 s 0 n j 1702 COLIPAabctex_reverse_39037 j 1703 d 0 1000 n j 1703 CPGNR1 j 1704 s 0 n j 1704 CPGNR1_reverse_e1a22 j 1705 d 0 1000 n j 1705 CPGNR2 j 1706 s 0 n j 1706 CPGNR2_reverse_276e7 j 1707 d 0 1000 n j 1707 CPGNR3 j 1708 s 0 n j 1708 CPGNR3_reverse_c6b90 j 1709 d 0 1000 n j 1709 CPGNUtex j 1710 s 0 n j 1710 CPGNUtex_reverse_66ff6 j 1711 d 0 1000 n j 1711 CPGNUtpp j 1712 s 0 n j 1712 CPGNUtpp_reverse_30f4e j 1713 d 0 1000 n j 1713 CPGNabcpp j 1714 s 0 n j 1714 CPGNabcpp_reverse_958fe j 1715 d 0 1000 n j 1715 CPGNexs j 1716 s 0 n j 1716 CPGNexs_reverse_93618 j 1717 d 0 1000 n j 1717 CPGNtonex j 1718 s 0 n j 1718 CPGNtonex_reverse_06ef2 j 1719 d 0 1000 n j 1719 CPH4S j 1720 s 0 n j 1720 CPH4S_reverse_542c3 j 1721 d 0 1000 n j 1721 CPMPS j 1722 s 0 n j 1722 CPMPS_reverse_2260b j 1723 d 0 1000 n j 1723 CPPPGO j 1724 s 0 n j 1724 CPPPGO_reverse_f858f j 1725 d 0 1000 n j 1725 CPPPGO2 j 1726 s 0 n j 1726 CPPPGO2_reverse_e5000 j 1727 d 0 1000 n j 1727 CRNBTCT j 1728 d 0 1000 n j 1728 CRNBTCT_reverse_0fcbb j 1729 d 0 1000 n j 1729 CRNCAL2 j 1730 s 0 n j 1730 CRNCAL2_reverse_800b4 j 1731 d 0 1000 n j 1731 CRNCAR j 1732 d 0 1000 n j 1732 CRNCAR_reverse_9f0cd j 1733 d 0 1000 n j 1733 CRNCBCT j 1734 d 0 1000 n j 1734 CRNCBCT_reverse_c4ebb j 1735 d 0 1000 n j 1735 CRNCDH j 1736 d 0 1000 n j 1736 CRNCDH_reverse_9743e j 1737 d 0 1000 n j 1737 CRNDCAL2 j 1738 s 0 n j 1738 CRNDCAL2_reverse_2dbe0 j 1739 d 0 1000 n j 1739 CRNDabcpp j 1740 s 0 n j 1740 CRNDabcpp_reverse_eaa22 j 1741 d 0 1000 n j 1741 CRNDt2rpp j 1742 d 0 1000 n j 1742 CRNDt2rpp_reverse_03da9 j 1743 d 0 1000 n j 1743 CRNDtex j 1744 d 0 1000 n j 1744 CRNDtex_reverse_29215 j 1745 d 0 1000 n j 1745 CRNabcpp j 1746 s 0 n j 1746 CRNabcpp_reverse_603cb j 1747 d 0 1000 n j 1747 CRNt2rpp j 1748 d 0 1000 n j 1748 CRNt2rpp_reverse_c7737 j 1749 d 0 1000 n j 1749 CRNt7pp j 1750 s 0 n j 1750 CRNt7pp_reverse_71e7f j 1751 d 0 1000 n j 1751 CRNt8pp j 1752 s 0 n j 1752 CRNt8pp_reverse_0e546 j 1753 d 0 1000 n j 1753 CRNtex j 1754 d 0 1000 n j 1754 CRNtex_reverse_34fd9 j 1755 d 0 1000 n j 1755 CS j 1756 s 0 n j 1756 CS_reverse_8d7e9 j 1757 d 0 1000 n j 1757 CSND j 1758 s 0 n j 1758 CSND_reverse_77bd2 j 1759 d 0 1000 n j 1759 CSNt2pp j 1760 s 0 n j 1760 CSNt2pp_reverse_0d959 j 1761 d 0 1000 n j 1761 CSNtex j 1762 d 0 1000 n j 1762 CSNtex_reverse_be886 j 1763 d 0 1000 n j 1763 CTBTCAL2 j 1764 s 0 n j 1764 CTBTCAL2_reverse_21850 j 1765 d 0 1000 n j 1765 CTBTabcpp j 1766 s 0 n j 1766 CTBTabcpp_reverse_299d5 j 1767 d 0 1000 n j 1767 CTBTt2rpp j 1768 d 0 1000 n j 1768 CTBTt2rpp_reverse_d330c j 1769 d 0 1000 n j 1769 CTECOAI6 j 1770 d 0 1000 n j 1770 CTECOAI6_reverse_de0db j 1771 d 0 1000 n j 1771 CTECOAI7 j 1772 d 0 1000 n j 1772 CTECOAI7_reverse_745a0 j 1773 d 0 1000 n j 1773 CTECOAI8 j 1774 d 0 1000 n j 1774 CTECOAI8_reverse_0323d j 1775 d 0 1000 n j 1775 CTPS2 j 1776 s 0 n j 1776 CTPS2_reverse_9c0ad j 1777 d 0 1000 n j 1777 CU1Opp j 1778 s 0 n j 1778 CU1Opp_reverse_50676 j 1779 d 0 1000 n j 1779 CU1abcpp j 1780 s 0 n j 1780 CU1abcpp_reverse_83c5f j 1781 d 0 1000 n j 1781 CU2abcpp j 1782 s 0 n j 1782 CU2abcpp_reverse_245f3 j 1783 d 0 1000 n j 1783 CU2tex j 1784 d 0 1000 n j 1784 CU2tex_reverse_521e6 j 1785 d 0 1000 n j 1785 CU2tpp j 1786 s 0 n j 1786 CU2tpp_reverse_630ab j 1787 d 0 1000 n j 1787 CUt3 j 1788 s 0 n j 1788 CUt3_reverse_036c0 j 1789 d 0 1000 n j 1789 CUtex j 1790 d 0 1000 n j 1790 CUtex_reverse_6d61f j 1791 d 0 1000 n j 1791 CYANST j 1792 s 0 n j 1792 CYANST_reverse_46415 j 1793 d 0 1000 n j 1793 CYANSTpp j 1794 s 0 n j 1794 CYANSTpp_reverse_8b1ae j 1795 d 0 1000 n j 1795 CYANtex j 1796 d 0 1000 n j 1796 CYANtex_reverse_b6a36 j 1797 d 0 1000 n j 1797 CYNTAH j 1798 s 0 n j 1798 CYNTAH_reverse_ca69d j 1799 d 0 1000 n j 1799 CYNTt2pp j 1800 s 0 n j 1800 CYNTt2pp_reverse_28968 j 1801 d 0 1000 n j 1801 CYNTtex j 1802 d 0 1000 n j 1802 CYNTtex_reverse_8c4ef j 1803 d 0 1000 n j 1803 CYSDDS j 1804 s 0 n j 1804 CYSDDS_reverse_f19f8 j 1805 d 0 1000 n j 1805 CYSDS j 1806 s 0 n j 1806 CYSDS_reverse_c49c8 j 1807 d 0 1000 n j 1807 CYSDabcpp j 1808 s 0 n j 1808 CYSDabcpp_reverse_07068 j 1809 d 0 1000 n j 1809 CYSDtex j 1810 d 0 1000 n j 1810 CYSDtex_reverse_184ff j 1811 d 0 1000 n j 1811 CYSS j 1812 s 0 n j 1812 CYSS_reverse_62727 j 1813 d 0 1000 n j 1813 CYSSADS j 1814 s 0 n j 1814 CYSSADS_reverse_c8340 j 1815 d 0 1000 n j 1815 CYSTL j 1816 s 0 n j 1816 CYSTL_reverse_b8b9a j 1817 d 0 1000 n j 1817 CYSTRS j 1818 s 0 n j 1818 CYSTRS_reverse_08992 j 1819 d 0 1000 n j 1819 CYSabc2pp j 1820 s 0 n j 1820 CYSabc2pp_reverse_285bf j 1821 d 0 1000 n j 1821 CYSabcpp j 1822 s 0 n j 1822 CYSabcpp_reverse_5f06e j 1823 d 0 1000 n j 1823 CYStex j 1824 d 0 1000 n j 1824 CYStex_reverse_00cf0 j 1825 d 0 1000 n j 1825 CYStpp j 1826 s 0 n j 1826 CYStpp_reverse_22bd9 j 1827 d 0 1000 n j 1827 CYTBD2pp j 1828 s 0 n j 1828 CYTBD2pp_reverse_d2eae j 1829 d 0 1000 n j 1829 CYTBDpp j 1830 s 0 n j 1830 CYTBDpp_reverse_79f50 j 1831 d 0 1000 n j 1831 CYTBO3_4pp j 1832 s 0 n j 1832 CYTBO3_4pp_reverse_4d2e1 j 1833 d 0 1000 n j 1833 CYTD j 1834 s 0 n j 1834 CYTD_reverse_256d9 j 1835 d 0 1000 n j 1835 CYTDH j 1836 s 0 n j 1836 CYTDH_reverse_bf08d j 1837 d 0 1000 n j 1837 CYTDK2 j 1838 s 0 n j 1838 CYTDK2_reverse_fd949 j 1839 d 0 1000 n j 1839 CYTDt2pp_copy1 j 1840 s 0 n j 1840 CYTDt2pp_copy1_reverse_43e26 j 1841 d 0 1000 n j 1841 CYTDt2pp_copy2 j 1842 d 0 1000 n j 1842 CYTDt2pp_copy2_reverse_4073e j 1843 d 0 1000 n j 1843 CYTDtex j 1844 d 0 1000 n j 1844 CYTDtex_reverse_b7852 j 1845 d 0 1000 n j 1845 CYTK1 j 1846 d 0 1000 n j 1846 CYTK1_reverse_2fa21 j 1847 d 0 1000 n j 1847 CYTK2 j 1848 d 0 1000 n j 1848 CYTK2_reverse_bee82 j 1849 d 0 1000 n j 1849 D_LACt2pp j 1850 d 0 1000 n j 1850 D_LACt2pp_reverse_bdd3b j 1851 d 0 1000 n j 1851 D_LACtex j 1852 d 0 1000 n j 1852 D_LACtex_reverse_4946c j 1853 d 0 1000 n j 1853 DAAD j 1854 s 0 n j 1854 DAAD_reverse_c84a4 j 1855 d 0 1000 n j 1855 DADA j 1856 s 0 n j 1856 DADA_reverse_ead02 j 1857 d 0 1000 n j 1857 DADK j 1858 d 0 1000 n j 1858 DADK_reverse_006ea j 1859 d 0 1000 n j 1859 DADNt2pp j 1860 s 0 n j 1860 DADNt2pp_reverse_fd695 j 1861 d 0 1000 n j 1861 DADNtex j 1862 d 0 1000 n j 1862 DADNtex_reverse_d7a49 j 1863 d 0 1000 n j 1863 DAGK120 j 1864 s 0 n j 1864 DAGK120_reverse_7cd00 j 1865 d 0 1000 n j 1865 DAGK140 j 1866 s 0 n j 1866 DAGK140_reverse_87f8f j 1867 d 0 1000 n j 1867 DAGK141 j 1868 s 0 n j 1868 DAGK141_reverse_f6e5f j 1869 d 0 1000 n j 1869 DAGK160 j 1870 s 0 n j 1870 DAGK160_reverse_0238d j 1871 d 0 1000 n j 1871 DAGK161 j 1872 s 0 n j 1872 DAGK161_reverse_9bfe7 j 1873 d 0 1000 n j 1873 DAGK180 j 1874 s 0 n j 1874 DAGK180_reverse_eb3e3 j 1875 d 0 1000 n j 1875 DAGK181 j 1876 s 0 n j 1876 DAGK181_reverse_8c0c8 j 1877 d 0 1000 n j 1877 DALAt2pp j 1878 s 0 n j 1878 DALAt2pp_reverse_2e5f8 j 1879 d 0 1000 n j 1879 DALAtex j 1880 d 0 1000 n j 1880 DALAtex_reverse_8fc1b j 1881 d 0 1000 n j 1881 DAMPtex j 1882 d 0 1000 n j 1882 DAMPtex_reverse_8dfbc j 1883 d 0 1000 n j 1883 DAPAL j 1884 s 0 n j 1884 DAPAL_reverse_14901 j 1885 d 0 1000 n j 1885 DAPDC j 1886 s 0 n j 1886 DAPDC_reverse_d3ab8 j 1887 d 0 1000 n j 1887 DAPE j 1888 d 0 1000 n j 1888 DAPE_reverse_e08be j 1889 d 0 1000 n j 1889 DAPabcpp j 1890 s 0 n j 1890 DAPabcpp_reverse_bfa35 j 1891 d 0 1000 n j 1891 DAPtex j 1892 d 0 1000 n j 1892 DAPtex_reverse_c7721 j 1893 d 0 1000 n j 1893 DASYN120 j 1894 s 0 n j 1894 DASYN120_reverse_769b1 j 1895 d 0 1000 n j 1895 DASYN140 j 1896 s 0 n j 1896 DASYN140_reverse_791b2 j 1897 d 0 1000 n j 1897 DASYN141 j 1898 s 0 n j 1898 DASYN141_reverse_0654c j 1899 d 0 1000 n j 1899 DASYN160 j 1900 s 0 n j 1900 DASYN160_reverse_c2bf4 j 1901 d 0 1000 n j 1901 DASYN161 j 1902 s 0 n j 1902 DASYN161_reverse_08434 j 1903 d 0 1000 n j 1903 DASYN180 j 1904 s 0 n j 1904 DASYN180_reverse_75973 j 1905 d 0 1000 n j 1905 DASYN181 j 1906 s 0 n j 1906 DASYN181_reverse_ebb48 j 1907 d 0 1000 n j 1907 DATPHs j 1908 s 0 n j 1908 DATPHs_reverse_3fb29 j 1909 d 0 1000 n j 1909 DB4PS j 1910 s 0 n j 1910 DB4PS_reverse_43dd1 j 1911 d 0 1000 n j 1911 DBTS j 1912 s 0 n j 1912 DBTS_reverse_b5da6 j 1913 d 0 1000 n j 1913 DC6PH j 1914 s 0 n j 1914 DC6PH_reverse_72b16 j 1915 d 0 1000 n j 1915 DCAtex j 1916 d 0 1000 n j 1916 DCAtex_reverse_5237b j 1917 d 0 1000 n j 1917 DCMPtex j 1918 d 0 1000 n j 1918 DCMPtex_reverse_6a30a j 1919 d 0 1000 n j 1919 DCTPD j 1920 s 0 n j 1920 DCTPD_reverse_a48d6 j 1921 d 0 1000 n j 1921 DCYTD j 1922 s 0 n j 1922 DCYTD_reverse_27b45 j 1923 d 0 1000 n j 1923 DCYTt2pp j 1924 s 0 n j 1924 DCYTt2pp_reverse_cbb22 j 1925 d 0 1000 n j 1925 DCYTtex j 1926 d 0 1000 n j 1926 DCYTtex_reverse_cc4b9 j 1927 d 0 1000 n j 1927 DDCAtexi j 1928 s 0 n j 1928 DDCAtexi_reverse_ea0a7 j 1929 d 0 1000 n j 1929 DDGALK j 1930 s 0 n j 1930 DDGALK_reverse_ee6c3 j 1931 d 0 1000 n j 1931 DDGLCNt2rpp j 1932 d 0 1000 n j 1932 DDGLCNt2rpp_reverse_1bf30 j 1933 d 0 1000 n j 1933 DDGLCNtex j 1934 d 0 1000 n j 1934 DDGLCNtex_reverse_cb7f7 j 1935 d 0 1000 n j 1935 DDGLK j 1936 s 0 n j 1936 DDGLK_reverse_9d6e1 j 1937 d 0 1000 n j 1937 DDPA j 1938 s 0 n j 1938 DDPA_reverse_575e8 j 1939 d 0 1000 n j 1939 DDPGALA j 1940 d 0 1000 n j 1940 DDPGALA_reverse_4e5af j 1941 d 0 1000 n j 1941 DGK1 j 1942 d 0 1000 n j 1942 DGK1_reverse_3266e j 1943 d 0 1000 n j 1943 DGMPtex j 1944 d 0 1000 n j 1944 DGMPtex_reverse_f8176 j 1945 d 0 1000 n j 1945 DGSNt2pp j 1946 s 0 n j 1946 DGSNt2pp_reverse_085fe j 1947 d 0 1000 n j 1947 DGSNtex j 1948 d 0 1000 n j 1948 DGSNtex_reverse_d8452 j 1949 d 0 1000 n j 1949 DHACOAH j 1950 d 0 1000 n j 1950 DHACOAH_reverse_1376f j 1951 d 0 1000 n j 1951 DHAD1 j 1952 s 0 n j 1952 DHAD1_reverse_39dca j 1953 d 0 1000 n j 1953 DHAD2 j 1954 s 0 n j 1954 DHAD2_reverse_755c6 j 1955 d 0 1000 n j 1955 DHAPT j 1956 s 0 n j 1956 DHAPT_reverse_62f68 j 1957 d 0 1000 n j 1957 DHAtex j 1958 d 0 1000 n j 1958 DHAtex_reverse_b3ad5 j 1959 d 0 1000 n j 1959 DHAtpp j 1960 d 0 1000 n j 1960 DHAtpp_reverse_cfe59 j 1961 d 0 1000 n j 1961 DHBD j 1962 d 0 1000 n j 1962 DHBD_reverse_07e1f j 1963 d 0 1000 n j 1963 DHBS j 1964 s 0 n j 1964 DHBS_reverse_e570e j 1965 d 0 1000 n j 1965 DHBSH j 1966 s 0 n j 1966 DHBSH_reverse_e4369 j 1967 d 0 1000 n j 1967 DHCIND j 1968 s 0 n j 1968 DHCIND_reverse_1bec4 j 1969 d 0 1000 n j 1969 DHCINDO j 1970 s 0 n j 1970 DHCINDO_reverse_12b57 j 1971 d 0 1000 n j 1971 DHDPRy j 1972 s 0 n j 1972 DHDPRy_reverse_8346a j 1973 d 0 1000 n j 1973 DHDPS j 1974 s 0 n j 1974 DHDPS_reverse_e10c0 j 1975 d 0 1000 n j 1975 DHFR j 1976 d 0 1000 n j 1976 DHFR_reverse_65c32 j 1977 d 0 1000 n j 1977 DHFS j 1978 s 0 n j 1978 DHFS_reverse_f7920 j 1979 d 0 1000 n j 1979 DHMPTR j 1980 s 0 n j 1980 DHMPTR_reverse_90b26 j 1981 d 0 1000 n j 1981 DHNAOT4 j 1982 s 0 n j 1982 DHNAOT4_reverse_16f9d j 1983 d 0 1000 n j 1983 DHNCOAS j 1984 s 0 n j 1984 DHNCOAS_reverse_af3a9 j 1985 d 0 1000 n j 1985 DHNCOAT j 1986 s 0 n j 1986 DHNCOAT_reverse_58c26 j 1987 d 0 1000 n j 1987 DHNPA2r j 1988 d 0 1000 n j 1988 DHNPA2r_reverse_475b3 j 1989 d 0 1000 n j 1989 DHNPTE j 1990 d 0 1000 n j 1990 DHNPTE_reverse_0732e j 1991 d 0 1000 n j 1991 DHORD2 j 1992 s 0 n j 1992 DHORD2_reverse_22a13 j 1993 d 0 1000 n j 1993 DHORD5 j 1994 s 0 n j 1994 DHORD5_reverse_e7a65 j 1995 d 0 1000 n j 1995 DHORDfum j 1996 s 0 n j 1996 DHORDfum_reverse_d4b11 j 1997 d 0 1000 n j 1997 DHORTS j 1998 d 0 1000 n j 1998 DHORTS_reverse_82d73 j 1999 d 0 1000 n j 1999 DHPPD j 2000 s 0 n j 2000 DHPPD_reverse_f0de8 j 2001 d 0 1000 n j 2001 DHPPDA2 j 2002 s 0 n j 2002 DHPPDA2_reverse_9e131 j 2003 d 0 1000 n j 2003 DHPS2 j 2004 s 0 n j 2004 DHPS2_reverse_8974a j 2005 d 0 1000 n j 2005 DHPTDCs2 j 2006 s 0 n j 2006 DHPTDCs2_reverse_26a0a j 2007 s 0 n j 2007 DHPTDNR j 2008 s 0 n j 2008 DHPTDNR_reverse_d97d7 j 2009 s 0 n j 2009 DHPTDNRN j 2010 s 0 n j 2010 DHPTDNRN_reverse_a94c7 j 2011 d 0 1000 n j 2011 DHPTPE j 2012 d 0 1000 n j 2012 DHPTPE_reverse_dd6d2 j 2013 d 0 1000 n j 2013 DHQS j 2014 s 0 n j 2014 DHQS_reverse_3d16b j 2015 d 0 1000 n j 2015 DHQTi j 2016 s 0 n j 2016 DHQTi_reverse_c4498 j 2017 d 0 1000 n j 2017 DIMPtex j 2018 d 0 1000 n j 2018 DIMPtex_reverse_2bafb j 2019 d 0 1000 n j 2019 DINSt2pp j 2020 s 0 n j 2020 DINSt2pp_reverse_da91c j 2021 d 0 1000 n j 2021 DINStex j 2022 d 0 1000 n j 2022 DINStex_reverse_e04be j 2023 d 0 1000 n j 2023 DKGLCNR1 j 2024 s 0 n j 2024 DKGLCNR1_reverse_5f829 j 2025 d 0 1000 n j 2025 DKGLCNR2x j 2026 s 0 n j 2026 DKGLCNR2x_reverse_1e5cd j 2027 d 0 1000 n j 2027 DKGLCNR2y j 2028 s 0 n j 2028 DKGLCNR2y_reverse_33a59 j 2029 d 0 1000 n j 2029 DMATT j 2030 s 0 n j 2030 DMATT_reverse_3a731 j 2031 d 0 1000 n j 2031 DMPPS j 2032 s 0 n j 2032 DMPPS_reverse_c6082 j 2033 d 0 1000 n j 2033 DMQMT j 2034 s 0 n j 2034 DMQMT_reverse_2490b j 2035 d 0 1000 n j 2035 DMSOR1 j 2036 s 0 n j 2036 DMSOR1_reverse_470fa j 2037 d 0 1000 n j 2037 DMSOR1pp j 2038 s 0 n j 2038 DMSOR1pp_reverse_8bb05 j 2039 d 0 1000 n j 2039 DMSOR2 j 2040 s 0 n j 2040 DMSOR2_reverse_001f6 j 2041 d 0 1000 n j 2041 DMSOR2pp j 2042 s 0 n j 2042 DMSOR2pp_reverse_b876b j 2043 d 0 1000 n j 2043 DMSOtex j 2044 d 0 1000 n j 2044 DMSOtex_reverse_aff1c j 2045 d 0 1000 n j 2045 DMSOtpp j 2046 d 0 1000 n j 2046 DMSOtpp_reverse_eddb5 j 2047 d 0 1000 n j 2047 DMStex j 2048 d 0 1000 n j 2048 DMStex_reverse_100fa j 2049 d 0 1000 n j 2049 DNMPPA j 2050 s 0 n j 2050 DNMPPA_reverse_131b7 j 2051 d 0 1000 n j 2051 DNTPPA j 2052 s 0 n j 2052 DNTPPA_reverse_7e624 j 2053 d 0 1000 n j 2053 DOGULNR j 2054 s 0 n j 2054 DOGULNR_reverse_c4196 j 2055 d 0 1000 n j 2055 DOPAtex j 2056 d 0 1000 n j 2056 DOPAtex_reverse_b578f j 2057 d 0 1000 n j 2057 DOXRBCNtex j 2058 d 0 1000 n j 2058 DOXRBCNtex_reverse_5ba24 j 2059 d 0 1000 n j 2059 DOXRBCNtpp j 2060 s 0 n j 2060 DOXRBCNtpp_reverse_88f4a j 2061 d 0 1000 n j 2061 DPCOAK j 2062 s 0 n j 2062 DPCOAK_reverse_56ab9 j 2063 d 0 1000 n j 2063 DPR j 2064 s 0 n j 2064 DPR_reverse_691d8 j 2065 d 0 1000 n j 2065 DRPA j 2066 s 0 n j 2066 DRPA_reverse_66bfb j 2067 d 0 1000 n j 2067 DSBAO1 j 2068 s 0 n j 2068 DSBAO1_reverse_9c7d6 j 2069 d 0 1000 n j 2069 DSBAO2 j 2070 s 0 n j 2070 DSBAO2_reverse_f2c04 j 2071 d 0 1000 n j 2071 DSBCGT j 2072 s 0 n j 2072 DSBCGT_reverse_58858 j 2073 d 0 1000 n j 2073 DSBDR j 2074 s 0 n j 2074 DSBDR_reverse_7e26e j 2075 d 0 1000 n j 2075 DSBGGT j 2076 s 0 n j 2076 DSBGGT_reverse_f8e4c j 2077 d 0 1000 n j 2077 DSERDHr j 2078 d 0 1000 n j 2078 DSERDHr_reverse_c44ee j 2079 d 0 1000 n j 2079 DSERt2pp j 2080 s 0 n j 2080 DSERt2pp_reverse_d3685 j 2081 d 0 1000 n j 2081 DSERtex j 2082 d 0 1000 n j 2082 DSERtex_reverse_5ab31 j 2083 d 0 1000 n j 2083 DTARTD j 2084 s 0 n j 2084 DTARTD_reverse_0d68b j 2085 d 0 1000 n j 2085 DTMPK j 2086 d 0 1000 n j 2086 DTMPK_reverse_44d5a j 2087 d 0 1000 n j 2087 DTMPtex j 2088 d 0 1000 n j 2088 DTMPtex_reverse_581e0 j 2089 d 0 1000 n j 2089 DUMPtex j 2090 d 0 1000 n j 2090 DUMPtex_reverse_a35ee j 2091 d 0 1000 n j 2091 DURADx j 2092 d 0 1000 n j 2092 DURADx_reverse_224c5 j 2093 d 0 1000 n j 2093 DURIK1 j 2094 s 0 n j 2094 DURIK1_reverse_f4aee j 2095 d 0 1000 n j 2095 DURIPP j 2096 d 0 1000 n j 2096 DURIPP_reverse_e8f8a j 2097 d 0 1000 n j 2097 DURIt2pp j 2098 s 0 n j 2098 DURIt2pp_reverse_a9066 j 2099 d 0 1000 n j 2099 DURItex j 2100 d 0 1000 n j 2100 DURItex_reverse_bdbc1 j 2101 d 0 1000 n j 2101 DUTPDP j 2102 s 0 n j 2102 DUTPDP_reverse_1eccd j 2103 d 0 1000 n j 2103 DXPRIi j 2104 s 0 n j 2104 DXPRIi_reverse_85956 j 2105 d 0 1000 n j 2105 DXPS j 2106 s 0 n j 2106 DXPS_reverse_86aca j 2107 d 0 1000 n j 2107 DXYLK j 2108 s 0 n j 2108 DXYLK_reverse_fb109 j 2109 d 0 1000 n j 2109 E4PD j 2110 d 0 1000 n j 2110 E4PD_reverse_babdb j 2111 d 0 1000 n j 2111 EAR100x j 2112 s 0 n j 2112 EAR100x_reverse_d973f j 2113 d 0 1000 n j 2113 EAR100y j 2114 s 0 n j 2114 EAR100y_reverse_863b6 j 2115 d 0 1000 n j 2115 EAR120x j 2116 s 0 n j 2116 EAR120x_reverse_72a18 j 2117 d 0 1000 n j 2117 EAR120y j 2118 s 0 n j 2118 EAR120y_reverse_c7353 j 2119 d 0 1000 n j 2119 EAR121x j 2120 s 0 n j 2120 EAR121x_reverse_d2e6c j 2121 d 0 1000 n j 2121 EAR121y j 2122 s 0 n j 2122 EAR121y_reverse_9014d j 2123 d 0 1000 n j 2123 EAR140x j 2124 s 0 n j 2124 EAR140x_reverse_01529 j 2125 d 0 1000 n j 2125 EAR140y j 2126 s 0 n j 2126 EAR140y_reverse_dff77 j 2127 d 0 1000 n j 2127 EAR141x j 2128 s 0 n j 2128 EAR141x_reverse_3a0ef j 2129 d 0 1000 n j 2129 EAR141y j 2130 s 0 n j 2130 EAR141y_reverse_496a8 j 2131 d 0 1000 n j 2131 EAR160x j 2132 s 0 n j 2132 EAR160x_reverse_07017 j 2133 d 0 1000 n j 2133 EAR160y j 2134 s 0 n j 2134 EAR160y_reverse_e0622 j 2135 d 0 1000 n j 2135 EAR161x j 2136 s 0 n j 2136 EAR161x_reverse_4d0d0 j 2137 d 0 1000 n j 2137 EAR161y j 2138 s 0 n j 2138 EAR161y_reverse_fb8a8 j 2139 d 0 1000 n j 2139 EAR180x j 2140 s 0 n j 2140 EAR180x_reverse_fbf60 j 2141 d 0 1000 n j 2141 EAR180y j 2142 s 0 n j 2142 EAR180y_reverse_2cedd j 2143 d 0 1000 n j 2143 EAR181x j 2144 s 0 n j 2144 EAR181x_reverse_3d2a4 j 2145 d 0 1000 n j 2145 EAR181y j 2146 s 0 n j 2146 EAR181y_reverse_6d40a j 2147 d 0 1000 n j 2147 EAR40x j 2148 s 0 n j 2148 EAR40x_reverse_ebbbc j 2149 d 0 1000 n j 2149 EAR40y j 2150 s 0 n j 2150 EAR40y_reverse_0f912 j 2151 d 0 1000 n j 2151 EAR60x j 2152 s 0 n j 2152 EAR60x_reverse_9e2fc j 2153 d 0 1000 n j 2153 EAR60y j 2154 s 0 n j 2154 EAR60y_reverse_02e5e j 2155 d 0 1000 n j 2155 EAR80x j 2156 s 0 n j 2156 EAR80x_reverse_1065c j 2157 d 0 1000 n j 2157 EAR80y j 2158 s 0 n j 2158 EAR80y_reverse_2df0a j 2159 d 0 1000 n j 2159 ECA4COLIPAabctex j 2160 s 0 n j 2160 ECA4COLIPAabctex_reverse_20e46 j 2161 d 0 1000 n j 2161 ECA4OALpp j 2162 s 0 n j 2162 ECA4OALpp_reverse_71af3 j 2163 d 0 1000 n j 2163 ECAP1pp j 2164 s 0 n j 2164 ECAP1pp_reverse_74a2b j 2165 d 0 1000 n j 2165 ECAP2pp j 2166 s 0 n j 2166 ECAP2pp_reverse_3b2a7 j 2167 d 0 1000 n j 2167 ECAP3pp j 2168 s 0 n j 2168 ECAP3pp_reverse_83672 j 2169 d 0 1000 n j 2169 ECAtpp j 2170 s 0 n j 2170 ECAtpp_reverse_3630a j 2171 d 0 1000 n j 2171 ECOAH1 j 2172 d 0 1000 n j 2172 ECOAH1_reverse_6e99c j 2173 d 0 1000 n j 2173 ECOAH2 j 2174 d 0 1000 n j 2174 ECOAH2_reverse_fa31c j 2175 d 0 1000 n j 2175 ECOAH3 j 2176 d 0 1000 n j 2176 ECOAH3_reverse_fede1 j 2177 d 0 1000 n j 2177 ECOAH4 j 2178 d 0 1000 n j 2178 ECOAH4_reverse_b3830 j 2179 d 0 1000 n j 2179 ECOAH5 j 2180 d 0 1000 n j 2180 ECOAH5_reverse_0cdd7 j 2181 d 0 1000 n j 2181 ECOAH6 j 2182 d 0 1000 n j 2182 ECOAH6_reverse_9bf56 j 2183 d 0 1000 n j 2183 ECOAH7 j 2184 d 0 1000 n j 2184 ECOAH7_reverse_b3898 j 2185 d 0 1000 n j 2185 ECOAH8 j 2186 d 0 1000 n j 2186 ECOAH8_reverse_19c39 j 2187 d 0 1000 n j 2187 EDA j 2188 s 0 n j 2188 EDA_reverse_81f1b j 2189 d 0 1000 n j 2189 EDD j 2190 s 0 n j 2190 EDD_reverse_007a2 j 2191 d 0 1000 n j 2191 EDTXS1 j 2192 s 0 n j 2192 EDTXS1_reverse_2f111 j 2193 d 0 1000 n j 2193 EDTXS2 j 2194 s 0 n j 2194 EDTXS2_reverse_119c0 j 2195 d 0 1000 n j 2195 EDTXS3 j 2196 s 0 n j 2196 EDTXS3_reverse_998ec j 2197 d 0 1000 n j 2197 EDTXS4 j 2198 s 0 n j 2198 EDTXS4_reverse_86896 j 2199 d 0 1000 n j 2199 EGMEACPR j 2200 s 0 n j 2200 EGMEACPR_reverse_1b486 j 2201 d 0 1000 n j 2201 ENLIPAabctex j 2202 s 0 n j 2202 ENLIPAabctex_reverse_31d4e j 2203 d 0 1000 n j 2203 ENO j 2204 d 0 1000 n j 2204 ENO_reverse_40eea j 2205 d 0 1000 n j 2205 ENTCS j 2206 s 0 n j 2206 ENTCS_reverse_2c03a j 2207 d 0 1000 n j 2207 ENTERES j 2208 s 0 n j 2208 ENTERES_reverse_43d02 j 2209 d 0 1000 n j 2209 ENTERES2 j 2210 s 0 n j 2210 ENTERES2_reverse_17eef j 2211 d 0 1000 n j 2211 EPMEACPR j 2212 s 0 n j 2212 EPMEACPR_reverse_794bd j 2213 d 0 1000 n j 2213 ETHAAL j 2214 s 0 n j 2214 ETHAAL_reverse_df637 j 2215 d 0 1000 n j 2215 ETHAt2pp j 2216 s 0 n j 2216 ETHAt2pp_reverse_2d3e3 j 2217 d 0 1000 n j 2217 ETHAtex j 2218 d 0 1000 n j 2218 ETHAtex_reverse_10a5e j 2219 d 0 1000 n j 2219 ETHSO3abcpp j 2220 s 0 n j 2220 ETHSO3abcpp_reverse_31ebf j 2221 d 0 1000 n j 2221 ETHSO3tex j 2222 d 0 1000 n j 2222 ETHSO3tex_reverse_cc017 j 2223 d 0 1000 n j 2223 ETOHtex j 2224 d 0 1000 n j 2224 ETOHtex_reverse_462e1 j 2225 d 0 1000 n j 2225 ETOHtrpp j 2226 d 0 1000 n j 2226 ETOHtrpp_reverse_6a5ec j 2227 d 0 1000 n j 2227 F6PA j 2228 d 0 1000 n j 2228 F6PA_reverse_816ed j 2229 d 0 1000 n j 2229 F6PP j 2230 s 0 n j 2230 F6PP_reverse_6022a j 2231 d 0 1000 n j 2231 F6Pt6_2pp j 2232 s 0 n j 2232 F6Pt6_2pp_reverse_2b592 j 2233 d 0 1000 n j 2233 F6Ptex j 2234 d 0 1000 n j 2234 F6Ptex_reverse_b4bbc j 2235 d 0 1000 n j 2235 FA100ACPHi j 2236 s 0 n j 2236 FA100ACPHi_reverse_838d9 j 2237 d 0 1000 n j 2237 FA120ACPHi j 2238 s 0 n j 2238 FA120ACPHi_reverse_4e287 j 2239 d 0 1000 n j 2239 FA140ACPHi j 2240 s 0 n j 2240 FA140ACPHi_reverse_c7f9a j 2241 d 0 1000 n j 2241 FA141ACPHi j 2242 s 0 n j 2242 FA141ACPHi_reverse_c0f63 j 2243 d 0 1000 n j 2243 FA160ACPHi j 2244 s 0 n j 2244 FA160ACPHi_reverse_e7083 j 2245 d 0 1000 n j 2245 FA161ACPHi j 2246 s 0 n j 2246 FA161ACPHi_reverse_c2d36 j 2247 d 0 1000 n j 2247 FA80ACPHi j 2248 s 0 n j 2248 FA80ACPHi_reverse_11bcc j 2249 d 0 1000 n j 2249 FACOAE100 j 2250 s 0 n j 2250 FACOAE100_reverse_4e2b1 j 2251 d 0 1000 n j 2251 FACOAE120 j 2252 s 0 n j 2252 FACOAE120_reverse_5b66f j 2253 d 0 1000 n j 2253 FACOAE140 j 2254 s 0 n j 2254 FACOAE140_reverse_a2f77 j 2255 d 0 1000 n j 2255 FACOAE141 j 2256 s 0 n j 2256 FACOAE141_reverse_53f9d j 2257 d 0 1000 n j 2257 FACOAE160 j 2258 s 0 n j 2258 FACOAE160_reverse_cf5f6 j 2259 d 0 1000 n j 2259 FACOAE161 j 2260 s 0 n j 2260 FACOAE161_reverse_eee30 j 2261 d 0 1000 n j 2261 FACOAE180 j 2262 s 0 n j 2262 FACOAE180_reverse_7e403 j 2263 d 0 1000 n j 2263 FACOAE181 j 2264 s 0 n j 2264 FACOAE181_reverse_801e1 j 2265 d 0 1000 n j 2265 FACOAE60 j 2266 s 0 n j 2266 FACOAE60_reverse_69a9a j 2267 d 0 1000 n j 2267 FACOAE80 j 2268 s 0 n j 2268 FACOAE80_reverse_fab77 j 2269 d 0 1000 n j 2269 FACOAL100t2pp j 2270 s 0 n j 2270 FACOAL100t2pp_reverse_8cd18 j 2271 d 0 1000 n j 2271 FACOAL120t2pp j 2272 s 0 n j 2272 FACOAL120t2pp_reverse_7fbe8 j 2273 d 0 1000 n j 2273 FACOAL140t2pp j 2274 s 0 n j 2274 FACOAL140t2pp_reverse_134cb j 2275 d 0 1000 n j 2275 FACOAL141t2pp j 2276 s 0 n j 2276 FACOAL141t2pp_reverse_a4489 j 2277 d 0 1000 n j 2277 FACOAL160t2pp j 2278 s 0 n j 2278 FACOAL160t2pp_reverse_57f27 j 2279 d 0 1000 n j 2279 FACOAL161t2pp j 2280 s 0 n j 2280 FACOAL161t2pp_reverse_19e85 j 2281 d 0 1000 n j 2281 FACOAL180t2pp j 2282 s 0 n j 2282 FACOAL180t2pp_reverse_4b889 j 2283 d 0 1000 n j 2283 FACOAL181t2pp j 2284 s 0 n j 2284 FACOAL181t2pp_reverse_74ac3 j 2285 d 0 1000 n j 2285 FACOAL60t2pp j 2286 s 0 n j 2286 FACOAL60t2pp_reverse_f9af5 j 2287 d 0 1000 n j 2287 FACOAL80t2pp j 2288 s 0 n j 2288 FACOAL80t2pp_reverse_a6beb j 2289 d 0 1000 n j 2289 FADRx j 2290 s 0 n j 2290 FADRx_reverse_48623 j 2291 d 0 1000 n j 2291 FADRx2 j 2292 s 0 n j 2292 FADRx2_reverse_f1eff j 2293 d 0 1000 n j 2293 FALDH2 j 2294 d 0 1000 n j 2294 FALDH2_reverse_f1aae j 2295 d 0 1000 n j 2295 FALDtex j 2296 d 0 1000 n j 2296 FALDtex_reverse_1317b j 2297 d 0 1000 n j 2297 FALDtpp j 2298 d 0 1000 n j 2298 FALDtpp_reverse_a8bc3 j 2299 d 0 1000 n j 2299 FALGTHLs j 2300 d 0 1000 n j 2300 FALGTHLs_reverse_1514d j 2301 d 0 1000 n j 2301 FBA j 2302 d 0 1000 n j 2302 FBA_reverse_84806 j 2303 d 0 1000 n j 2303 FBA3 j 2304 d 0 1000 n j 2304 FBA3_reverse_0d49f j 2305 d 0 1000 n j 2305 FBP j 2306 s 0 n j 2306 FBP_reverse_bf2c9 j 2307 d 0 1000 n j 2307 FCI j 2308 d 0 1000 n j 2308 FCI_reverse_74198 j 2309 d 0 1000 n j 2309 FCLK j 2310 s 0 n j 2310 FCLK_reverse_8faf5 j 2311 d 0 1000 n j 2311 FCLPA j 2312 d 0 1000 n j 2312 FCLPA_reverse_df7f9 j 2313 d 0 1000 n j 2313 FCLT j 2314 s 0 n j 2314 FCLT_reverse_1a6b6 j 2315 d 0 1000 n j 2315 FDH4pp j 2316 s 0 n j 2316 FDH4pp_reverse_2bad3 j 2317 d 0 1000 n j 2317 FDH5pp j 2318 s 0 n j 2318 FDH5pp_reverse_ab9f8 j 2319 d 0 1000 n j 2319 FDMO j 2320 s 0 n j 2320 FDMO_reverse_0d455 j 2321 d 0 1000 n j 2321 FDMO2 j 2322 s 0 n j 2322 FDMO2_reverse_b2043 j 2323 d 0 1000 n j 2323 FDMO3 j 2324 s 0 n j 2324 FDMO3_reverse_1830e j 2325 d 0 1000 n j 2325 FDMO4 j 2326 s 0 n j 2326 FDMO4_reverse_0b2e6 j 2327 d 0 1000 n j 2327 FDMO6 j 2328 s 0 n j 2328 FDMO6_reverse_68143 j 2329 d 0 1000 n j 2329 FE2abcpp j 2330 s 0 n j 2330 FE2abcpp_reverse_fbca1 j 2331 d 0 1000 n j 2331 FE2t2pp j 2332 s 0 n j 2332 FE2t2pp_reverse_50348 j 2333 d 0 1000 n j 2333 FE2t3pp j 2334 s 0 n j 2334 FE2t3pp_reverse_f87e0 j 2335 d 0 1000 n j 2335 FE2tex j 2336 d 0 1000 n j 2336 FE2tex_reverse_62032 j 2337 d 0 1000 n j 2337 FE2tpp j 2338 s 0 n j 2338 FE2tpp_reverse_07828 j 2339 d 0 1000 n j 2339 FE3DCITabcpp j 2340 s 0 n j 2340 FE3DCITabcpp_reverse_80761 j 2341 d 0 1000 n j 2341 FE3DCITtonex j 2342 s 0 n j 2342 FE3DCITtonex_reverse_1655d j 2343 d 0 1000 n j 2343 FE3DHBZR j 2344 s 0 n j 2344 FE3DHBZR_reverse_14b6c j 2345 d 0 1000 n j 2345 FE3DHBZSabcpp j 2346 s 0 n j 2346 FE3DHBZSabcpp_reverse_ca936 j 2347 d 0 1000 n j 2347 FE3DHBZStonex j 2348 s 0 n j 2348 FE3DHBZStonex_reverse_5e203 j 2349 d 0 1000 n j 2349 FE3HOXR1 j 2350 s 0 n j 2350 FE3HOXR1_reverse_26ea5 j 2351 d 0 1000 n j 2351 FE3HOXR2 j 2352 s 0 n j 2352 FE3HOXR2_reverse_872a1 j 2353 d 0 1000 n j 2353 FE3HOXR3 j 2354 s 0 n j 2354 FE3HOXR3_reverse_fc59b j 2355 d 0 1000 n j 2355 FE3HOXUtex j 2356 s 0 n j 2356 FE3HOXUtex_reverse_6114b j 2357 d 0 1000 n j 2357 FE3HOXUtpp j 2358 s 0 n j 2358 FE3HOXUtpp_reverse_03898 j 2359 d 0 1000 n j 2359 FE3HOXabcpp j 2360 s 0 n j 2360 FE3HOXabcpp_reverse_784a3 j 2361 d 0 1000 n j 2361 FE3HOXexs j 2362 s 0 n j 2362 FE3HOXexs_reverse_6e61e j 2363 d 0 1000 n j 2363 FE3HOXtonex j 2364 s 0 n j 2364 FE3HOXtonex_reverse_1dfd1 j 2365 d 0 1000 n j 2365 FE3Ri j 2366 s 0 n j 2366 FE3Ri_reverse_dd1fc j 2367 d 0 1000 n j 2367 FE3abcpp j 2368 s 0 n j 2368 FE3abcpp_reverse_4aad8 j 2369 d 0 1000 n j 2369 FE3tex j 2370 d 0 1000 n j 2370 FE3tex_reverse_d0931 j 2371 d 0 1000 n j 2371 FECRMR1 j 2372 s 0 n j 2372 FECRMR1_reverse_ac48a j 2373 d 0 1000 n j 2373 FECRMR2 j 2374 s 0 n j 2374 FECRMR2_reverse_c664c j 2375 d 0 1000 n j 2375 FECRMR3 j 2376 s 0 n j 2376 FECRMR3_reverse_0579c j 2377 d 0 1000 n j 2377 FECRMUtex j 2378 s 0 n j 2378 FECRMUtex_reverse_6c617 j 2379 d 0 1000 n j 2379 FECRMUtpp j 2380 s 0 n j 2380 FECRMUtpp_reverse_d3b60 j 2381 d 0 1000 n j 2381 FECRMabcpp j 2382 s 0 n j 2382 FECRMabcpp_reverse_7f712 j 2383 d 0 1000 n j 2383 FECRMexs j 2384 s 0 n j 2384 FECRMexs_reverse_04dda j 2385 d 0 1000 n j 2385 FECRMtonex j 2386 s 0 n j 2386 FECRMtonex_reverse_4ef83 j 2387 d 0 1000 n j 2387 FEENTERR1 j 2388 s 0 n j 2388 FEENTERR1_reverse_a3dda j 2389 d 0 1000 n j 2389 FEENTERR2 j 2390 s 0 n j 2390 FEENTERR2_reverse_0af6f j 2391 d 0 1000 n j 2391 FEENTERR3 j 2392 s 0 n j 2392 FEENTERR3_reverse_d410a j 2393 d 0 1000 n j 2393 FEENTERabcpp j 2394 s 0 n j 2394 FEENTERabcpp_reverse_a4ab4 j 2395 d 0 1000 n j 2395 FEENTERexs j 2396 s 0 n j 2396 FEENTERexs_reverse_3df6f j 2397 d 0 1000 n j 2397 FEENTERtex j 2398 s 0 n j 2398 FEENTERtex_reverse_60b33 j 2399 d 0 1000 n j 2399 FEENTERtonex j 2400 s 0 n j 2400 FEENTERtonex_reverse_aa732 j 2401 d 0 1000 n j 2401 FEENTERtpp j 2402 s 0 n j 2402 FEENTERtpp_reverse_35de8 j 2403 d 0 1000 n j 2403 FEOXAMR1 j 2404 s 0 n j 2404 FEOXAMR1_reverse_5efcf j 2405 d 0 1000 n j 2405 FEOXAMR2 j 2406 s 0 n j 2406 FEOXAMR2_reverse_3ce4c j 2407 d 0 1000 n j 2407 FEOXAMR3 j 2408 s 0 n j 2408 FEOXAMR3_reverse_a2b98 j 2409 d 0 1000 n j 2409 FEOXAMUtex j 2410 s 0 n j 2410 FEOXAMUtex_reverse_ce967 j 2411 d 0 1000 n j 2411 FEOXAMUtpp j 2412 s 0 n j 2412 FEOXAMUtpp_reverse_a25af j 2413 d 0 1000 n j 2413 FEOXAMabcpp j 2414 s 0 n j 2414 FEOXAMabcpp_reverse_5457e j 2415 d 0 1000 n j 2415 FEOXAMexs j 2416 s 0 n j 2416 FEOXAMexs_reverse_1312b j 2417 d 0 1000 n j 2417 FEOXAMtonex j 2418 s 0 n j 2418 FEOXAMtonex_reverse_c1ce4 j 2419 d 0 1000 n j 2419 FEROpp j 2420 s 0 n j 2420 FEROpp_reverse_a433b j 2421 d 0 1000 n j 2421 FESD1s j 2422 s 0 n j 2422 FESD1s_reverse_ea904 j 2423 d 0 1000 n j 2423 FESD2s j 2424 s 0 n j 2424 FESD2s_reverse_3b4bc j 2425 d 0 1000 n j 2425 FESR j 2426 s 0 n j 2426 FESR_reverse_9387b j 2427 d 0 1000 n j 2427 FFSD j 2428 s 0 n j 2428 FFSD_reverse_d9ea6 j 2429 s 0 n j 2429 FHL j 2430 s 0 n j 2430 FHL_reverse_2a0cb j 2431 d 0 1000 n j 2431 FLDR2 j 2432 s 0 n j 2432 FLDR2_reverse_31926 j 2433 d 0 1000 n j 2433 FLVR j 2434 s 0 n j 2434 FLVR_reverse_e5074 j 2435 d 0 1000 n j 2435 FLVRx j 2436 s 0 n j 2436 FLVRx_reverse_e0efc j 2437 d 0 1000 n j 2437 FMETTRS j 2438 s 0 n j 2438 FMETTRS_reverse_3b6c6 j 2439 d 0 1000 n j 2439 FMNAT j 2440 s 0 n j 2440 FMNAT_reverse_50ba1 j 2441 d 0 1000 n j 2441 FMNRx j 2442 s 0 n j 2442 FMNRx_reverse_d06bb j 2443 d 0 1000 n j 2443 FMNRx2 j 2444 s 0 n j 2444 FMNRx2_reverse_5e09f j 2445 d 0 1000 n j 2445 FOMETRi j 2446 s 0 n j 2446 FOMETRi_reverse_bd8b6 j 2447 d 0 1000 n j 2447 FORCT j 2448 d 0 1000 n j 2448 FORCT_reverse_45a87 j 2449 d 0 1000 n j 2449 FORt2pp j 2450 s 0 n j 2450 FORt2pp_reverse_c6a6b j 2451 d 0 1000 n j 2451 FORtex j 2452 d 0 1000 n j 2452 FORtex_reverse_0935f j 2453 d 0 1000 n j 2453 FORtppi j 2454 s 0 n j 2454 FORtppi_reverse_ddf9e j 2455 d 0 1000 n j 2455 FRD2 j 2456 s 0 n j 2456 FRD2_reverse_9a9f9 j 2457 d 0 1000 n j 2457 FRD3 j 2458 s 0 n j 2458 FRD3_reverse_78134 j 2459 d 0 1000 n j 2459 FRUK j 2460 s 0 n j 2460 FRUK_reverse_e5cfd j 2461 d 0 1000 n j 2461 FRULYSDG j 2462 d 0 1000 n j 2462 FRULYSDG_reverse_857ca j 2463 d 0 1000 n j 2463 FRULYSE j 2464 d 0 1000 n j 2464 FRULYSE_reverse_0a8b5 j 2465 d 0 1000 n j 2465 FRULYSK j 2466 s 0 n j 2466 FRULYSK_reverse_57742 j 2467 d 0 1000 n j 2467 FRULYSt2pp j 2468 s 0 n j 2468 FRULYSt2pp_reverse_04928 j 2469 d 0 1000 n j 2469 FRULYStex j 2470 d 0 1000 n j 2470 FRULYStex_reverse_d8a3d j 2471 d 0 1000 n j 2471 FRUURt2rpp j 2472 d 0 1000 n j 2472 FRUURt2rpp_reverse_5ad4f j 2473 d 0 1000 n j 2473 FRUURtex j 2474 d 0 1000 n j 2474 FRUURtex_reverse_7b42b j 2475 d 0 1000 n j 2475 FRUpts2pp j 2476 s 0 n j 2476 FRUpts2pp_reverse_55dac j 2477 d 0 1000 n j 2477 FRUptspp j 2478 s 0 n j 2478 FRUptspp_reverse_8cdda j 2479 d 0 1000 n j 2479 FRUtex j 2480 d 0 1000 n j 2480 FRUtex_reverse_0160a j 2481 d 0 1000 n j 2481 FTHFD j 2482 s 0 n j 2482 FTHFD_reverse_44321 j 2483 d 0 1000 n j 2483 FTHFLi j 2484 s 0 n j 2484 FTHFLi_reverse_a6dc7 j 2485 d 0 1000 n j 2485 FUCtex j 2486 d 0 1000 n j 2486 FUCtex_reverse_eebba j 2487 d 0 1000 n j 2487 FUCtpp j 2488 d 0 1000 n j 2488 FUCtpp_reverse_d2289 j 2489 d 0 1000 n j 2489 FUM j 2490 d 0 1000 n j 2490 FUM_reverse_d3642 j 2491 d 0 1000 n j 2491 FUMt2_2pp j 2492 s 0 n j 2492 FUMt2_2pp_reverse_fb621 j 2493 d 0 1000 n j 2493 FUMt2_3pp j 2494 s 0 n j 2494 FUMt2_3pp_reverse_af3fe j 2495 d 0 1000 n j 2495 FUMtex j 2496 d 0 1000 n j 2496 FUMtex_reverse_556a3 j 2497 d 0 1000 n j 2497 FUSAtex j 2498 d 0 1000 n j 2498 FUSAtex_reverse_71203 j 2499 d 0 1000 n j 2499 FUSAtpp j 2500 s 0 n j 2500 FUSAtpp_reverse_f302d j 2501 d 0 1000 n j 2501 G1PACT j 2502 s 0 n j 2502 G1PACT_reverse_51580 j 2503 d 0 1000 n j 2503 G1PPpp j 2504 s 0 n j 2504 G1PPpp_reverse_c08b7 j 2505 d 0 1000 n j 2505 G1PTT j 2506 s 0 n j 2506 G1PTT_reverse_acd22 j 2507 d 0 1000 n j 2507 G1Ptex j 2508 d 0 1000 n j 2508 G1Ptex_reverse_6b1be j 2509 d 0 1000 n j 2509 G1SAT j 2510 d 0 1000 n j 2510 G1SAT_reverse_2ec2f j 2511 d 0 1000 n j 2511 G2PP j 2512 s 0 n j 2512 G2PP_reverse_24ccd j 2513 d 0 1000 n j 2513 G2PPpp j 2514 s 0 n j 2514 G2PPpp_reverse_db88f j 2515 d 0 1000 n j 2515 G3PAT120 j 2516 s 0 n j 2516 G3PAT120_reverse_34d68 j 2517 d 0 1000 n j 2517 G3PAT140 j 2518 s 0 n j 2518 G3PAT140_reverse_70922 j 2519 d 0 1000 n j 2519 G3PAT141 j 2520 s 0 n j 2520 G3PAT141_reverse_b50c4 j 2521 d 0 1000 n j 2521 G3PAT160 j 2522 s 0 n j 2522 G3PAT160_reverse_446d0 j 2523 d 0 1000 n j 2523 G3PAT161 j 2524 s 0 n j 2524 G3PAT161_reverse_1ef08 j 2525 d 0 1000 n j 2525 G3PAT180 j 2526 s 0 n j 2526 G3PAT180_reverse_e7ff1 j 2527 d 0 1000 n j 2527 G3PAT181 j 2528 s 0 n j 2528 G3PAT181_reverse_89dcb j 2529 d 0 1000 n j 2529 G3PCabcpp j 2530 s 0 n j 2530 G3PCabcpp_reverse_533c2 j 2531 d 0 1000 n j 2531 G3PCtex j 2532 d 0 1000 n j 2532 G3PCtex_reverse_12db0 j 2533 d 0 1000 n j 2533 G3PD2 j 2534 d 0 1000 n j 2534 G3PD2_reverse_0c363 j 2535 d 0 1000 n j 2535 G3PD5 j 2536 s 0 n j 2536 G3PD5_reverse_cbf7e j 2537 d 0 1000 n j 2537 G3PD6 j 2538 s 0 n j 2538 G3PD6_reverse_a5207 j 2539 d 0 1000 n j 2539 G3PD7 j 2540 s 0 n j 2540 G3PD7_reverse_74364 j 2541 d 0 1000 n j 2541 G3PEabcpp j 2542 s 0 n j 2542 G3PEabcpp_reverse_86805 j 2543 d 0 1000 n j 2543 G3PEtex j 2544 d 0 1000 n j 2544 G3PEtex_reverse_2e8db j 2545 d 0 1000 n j 2545 G3PGabcpp j 2546 s 0 n j 2546 G3PGabcpp_reverse_603fd j 2547 d 0 1000 n j 2547 G3PGtex j 2548 d 0 1000 n j 2548 G3PGtex_reverse_56fc1 j 2549 d 0 1000 n j 2549 G3PIabcpp j 2550 s 0 n j 2550 G3PIabcpp_reverse_8097b j 2551 d 0 1000 n j 2551 G3PItex j 2552 d 0 1000 n j 2552 G3PItex_reverse_cf34b j 2553 d 0 1000 n j 2553 G3PSabcpp j 2554 s 0 n j 2554 G3PSabcpp_reverse_55636 j 2555 d 0 1000 n j 2555 G3PStex j 2556 d 0 1000 n j 2556 G3PStex_reverse_d8e57 j 2557 d 0 1000 n j 2557 G3PT j 2558 s 0 n j 2558 G3PT_reverse_0c714 j 2559 d 0 1000 n j 2559 G5SADs j 2560 s 0 n j 2560 G5SADs_reverse_c7fa4 j 2561 d 0 1000 n j 2561 G5SD j 2562 s 0 n j 2562 G5SD_reverse_af8c0 j 2563 d 0 1000 n j 2563 G6PDA j 2564 s 0 n j 2564 G6PDA_reverse_74cec j 2565 d 0 1000 n j 2565 G6PDH2r j 2566 d 0 1000 n j 2566 G6PDH2r_reverse_19ddf j 2567 d 0 1000 n j 2567 G6PP j 2568 s 0 n j 2568 G6PP_reverse_0ca97 j 2569 d 0 1000 n j 2569 G6Pt6_2pp j 2570 s 0 n j 2570 G6Pt6_2pp_reverse_d2a32 j 2571 d 0 1000 n j 2571 G6Ptex j 2572 d 0 1000 n j 2572 G6Ptex_reverse_18275 j 2573 d 0 1000 n j 2573 GAL1PPpp j 2574 s 0 n j 2574 GAL1PPpp_reverse_20a5d j 2575 d 0 1000 n j 2575 GAL1Ptex j 2576 d 0 1000 n j 2576 GAL1Ptex_reverse_59516 j 2577 d 0 1000 n j 2577 GALBDtex j 2578 d 0 1000 n j 2578 GALBDtex_reverse_20d94 j 2579 d 0 1000 n j 2579 GALCTD j 2580 s 0 n j 2580 GALCTD_reverse_50f26 j 2581 d 0 1000 n j 2581 GALCTLO j 2582 s 0 n j 2582 GALCTLO_reverse_6fb0b j 2583 d 0 1000 n j 2583 GALCTND j 2584 s 0 n j 2584 GALCTND_reverse_72513 j 2585 d 0 1000 n j 2585 GALCTNLt2pp j 2586 s 0 n j 2586 GALCTNLt2pp_reverse_9ab31 j 2587 d 0 1000 n j 2587 GALCTNLtex j 2588 d 0 1000 n j 2588 GALCTNLtex_reverse_0beec j 2589 d 0 1000 n j 2589 GALCTNt2pp j 2590 s 0 n j 2590 GALCTNt2pp_reverse_0033f j 2591 d 0 1000 n j 2591 GALCTNtex j 2592 d 0 1000 n j 2592 GALCTNtex_reverse_3d1b9 j 2593 d 0 1000 n j 2593 GALCTt2rpp j 2594 d 0 1000 n j 2594 GALCTt2rpp_reverse_3d443 j 2595 d 0 1000 n j 2595 GALCTtex j 2596 d 0 1000 n j 2596 GALCTtex_reverse_17864 j 2597 d 0 1000 n j 2597 GALKr j 2598 d 0 1000 n j 2598 GALKr_reverse_f2812 j 2599 d 0 1000 n j 2599 GALM2pp j 2600 s 0 n j 2600 GALM2pp_reverse_3782e j 2601 d 0 1000 n j 2601 GALS3 j 2602 s 0 n j 2602 GALS3_reverse_0876a j 2603 d 0 1000 n j 2603 GALT1 j 2604 s 0 n j 2604 GALT1_reverse_8f23f j 2605 d 0 1000 n j 2605 GALTptspp j 2606 s 0 n j 2606 GALTptspp_reverse_9b8ec j 2607 d 0 1000 n j 2607 GALTtex j 2608 d 0 1000 n j 2608 GALTtex_reverse_6effe j 2609 d 0 1000 n j 2609 GALURt2rpp j 2610 d 0 1000 n j 2610 GALURt2rpp_reverse_ab541 j 2611 d 0 1000 n j 2611 GALURtex j 2612 d 0 1000 n j 2612 GALURtex_reverse_76987 j 2613 d 0 1000 n j 2613 GALUi j 2614 s 0 n j 2614 GALUi_reverse_c40d5 j 2615 d 0 1000 n j 2615 GALabcpp j 2616 s 0 n j 2616 GALabcpp_reverse_5f3e3 j 2617 d 0 1000 n j 2617 GALt2pp j 2618 s 0 n j 2618 GALt2pp_reverse_a17c6 j 2619 d 0 1000 n j 2619 GALtex j 2620 d 0 1000 n j 2620 GALtex_reverse_3707a j 2621 d 0 1000 n j 2621 GAM6Pt6_2pp j 2622 s 0 n j 2622 GAM6Pt6_2pp_reverse_fb76b j 2623 d 0 1000 n j 2623 GAMAN6Ptex j 2624 d 0 1000 n j 2624 GAMAN6Ptex_reverse_9152e j 2625 d 0 1000 n j 2625 GAMptspp j 2626 s 0 n j 2626 GAMptspp_reverse_3e396 j 2627 d 0 1000 n j 2627 GAMtex j 2628 d 0 1000 n j 2628 GAMtex_reverse_bc147 j 2629 d 0 1000 n j 2629 GAPD j 2630 d 0 1000 n j 2630 GAPD_reverse_459c1 j 2631 d 0 1000 n j 2631 GARFT j 2632 d 0 1000 n j 2632 GARFT_reverse_7ecb6 j 2633 d 0 1000 n j 2633 GART j 2634 s 0 n j 2634 GART_reverse_61742 j 2635 d 0 1000 n j 2635 GBBTNtex j 2636 d 0 1000 n j 2636 GBBTNtex_reverse_b2a35 j 2637 d 0 1000 n j 2637 GCALDD j 2638 s 0 n j 2638 GCALDD_reverse_d2641 j 2639 d 0 1000 n j 2639 GDMANE j 2640 s 0 n j 2640 GDMANE_reverse_b86aa j 2641 d 0 1000 n j 2641 GDPDPK j 2642 s 0 n j 2642 GDPDPK_reverse_382cc j 2643 d 0 1000 n j 2643 GDPMNH j 2644 s 0 n j 2644 GDPMNH_reverse_65ff7 j 2645 d 0 1000 n j 2645 GDPMNP j 2646 s 0 n j 2646 GDPMNP_reverse_21010 j 2647 d 0 1000 n j 2647 GDPTPDP j 2648 s 0 n j 2648 GDPTPDP_reverse_a6cbf j 2649 d 0 1000 n j 2649 GDPtex j 2650 d 0 1000 n j 2650 GDPtex_reverse_749cd j 2651 d 0 1000 n j 2651 GF6PTA j 2652 s 0 n j 2652 GF6PTA_reverse_21fb1 j 2653 d 0 1000 n j 2653 GGGABADr j 2654 d 0 1000 n j 2654 GGGABADr_reverse_906f4 j 2655 d 0 1000 n j 2655 GGGABAH j 2656 s 0 n j 2656 GGGABAH_reverse_3eda1 j 2657 d 0 1000 n j 2657 GGPTRCO j 2658 s 0 n j 2658 GGPTRCO_reverse_9665d j 2659 d 0 1000 n j 2659 GGPTRCS j 2660 s 0 n j 2660 GGPTRCS_reverse_e991c j 2661 d 0 1000 n j 2661 GHBDHx j 2662 d 0 1000 n j 2662 GHBDHx_reverse_f0ecc j 2663 d 0 1000 n j 2663 GHMT2r j 2664 d 0 1000 n j 2664 GHMT2r_reverse_d977f j 2665 d 0 1000 n j 2665 GK1 j 2666 d 0 1000 n j 2666 GK1_reverse_11a40 j 2667 d 0 1000 n j 2667 GLBRAN2 j 2668 s 0 n j 2668 GLBRAN2_reverse_1b8be j 2669 d 0 1000 n j 2669 GLCATr j 2670 d 0 1000 n j 2670 GLCATr_reverse_9af93 j 2671 d 0 1000 n j 2671 GLCDpp j 2672 s 0 n j 2672 GLCDpp_reverse_d9944 j 2673 d 0 1000 n j 2673 GLCNt2rpp j 2674 d 0 1000 n j 2674 GLCNt2rpp_reverse_056bf j 2675 d 0 1000 n j 2675 GLCNtex j 2676 d 0 1000 n j 2676 GLCNtex_reverse_2dd9c j 2677 d 0 1000 n j 2677 GLCP j 2678 s 0 n j 2678 GLCP_reverse_c3987 j 2679 d 0 1000 n j 2679 GLCP2 j 2680 s 0 n j 2680 GLCP2_reverse_550c1 j 2681 d 0 1000 n j 2681 GLCRAL j 2682 s 0 n j 2682 GLCRAL_reverse_e887c j 2683 d 0 1000 n j 2683 GLCRD j 2684 s 0 n j 2684 GLCRD_reverse_f42e2 j 2685 d 0 1000 n j 2685 GLCRt2rpp j 2686 d 0 1000 n j 2686 GLCRt2rpp_reverse_e7168 j 2687 d 0 1000 n j 2687 GLCRtex j 2688 d 0 1000 n j 2688 GLCRtex_reverse_91298 j 2689 d 0 1000 n j 2689 GLCS1 j 2690 s 0 n j 2690 GLCS1_reverse_6cce0 j 2691 d 0 1000 n j 2691 GLCTR1 j 2692 s 0 n j 2692 GLCTR1_reverse_7108b j 2693 d 0 1000 n j 2693 GLCTR2 j 2694 s 0 n j 2694 GLCTR2_reverse_0d51e j 2695 d 0 1000 n j 2695 GLCTR3 j 2696 s 0 n j 2696 GLCTR3_reverse_40321 j 2697 d 0 1000 n j 2697 GLCUR1Ptex j 2698 d 0 1000 n j 2698 GLCUR1Ptex_reverse_77625 j 2699 d 0 1000 n j 2699 GLCURt2rpp j 2700 d 0 1000 n j 2700 GLCURt2rpp_reverse_15d52 j 2701 d 0 1000 n j 2701 GLCURtex j 2702 d 0 1000 n j 2702 GLCURtex_reverse_45707 j 2703 d 0 1000 n j 2703 GLCabcpp j 2704 s 0 n j 2704 GLCabcpp_reverse_fb087 j 2705 d 0 1000 n j 2705 GLCptspp j 2706 s 0 n j 2706 GLCptspp_reverse_9cf76 j 2707 d 0 1000 n j 2707 GLCt2pp j 2708 s 0 n j 2708 GLCt2pp_reverse_b9e3b j 2709 d 0 1000 n j 2709 GLCtex_copy1 j 2710 d 0 1000 n j 2710 GLCtex_copy1_reverse_c825d j 2711 d 0 1000 n j 2711 GLCtex_copy2 j 2712 s 0 n j 2712 GLCtex_copy2_reverse_a0b11 j 2713 d 0 1000 n j 2713 GLDBRAN2 j 2714 s 0 n j 2714 GLDBRAN2_reverse_149c3 j 2715 d 0 1000 n j 2715 GLGC j 2716 s 0 n j 2716 GLGC_reverse_f6fb0 j 2717 d 0 1000 n j 2717 GLNS j 2718 s 0 n j 2718 GLNS_reverse_59581 j 2719 d 0 1000 n j 2719 GLNTRS j 2720 s 0 n j 2720 GLNTRS_reverse_062f1 j 2721 d 0 1000 n j 2721 GLNabcpp j 2722 s 0 n j 2722 GLNabcpp_reverse_c0546 j 2723 d 0 1000 n j 2723 GLNtex j 2724 d 0 1000 n j 2724 GLNtex_reverse_7b7bb j 2725 d 0 1000 n j 2725 GLTPD j 2726 d 0 1000 n j 2726 GLTPD_reverse_03e44 j 2727 d 0 1000 n j 2727 GLU5K j 2728 s 0 n j 2728 GLU5K_reverse_0d895 j 2729 d 0 1000 n j 2729 GLUABUTt7pp j 2730 d 0 1000 n j 2730 GLUABUTt7pp_reverse_5005a j 2731 d 0 1000 n j 2731 GLUCYS j 2732 s 0 n j 2732 GLUCYS_reverse_f13d6 j 2733 d 0 1000 n j 2733 GLUDC j 2734 s 0 n j 2734 GLUDC_reverse_c4aae j 2735 d 0 1000 n j 2735 GLUDy j 2736 d 0 1000 n j 2736 GLUDy_reverse_fa4e7 j 2737 d 0 1000 n j 2737 GLUN j 2738 s 0 n j 2738 GLUN_reverse_4ccdb j 2739 d 0 1000 n j 2739 GLUNpp j 2740 s 0 n j 2740 GLUNpp_reverse_b9a17 j 2741 d 0 1000 n j 2741 GLUPRT j 2742 s 0 n j 2742 GLUPRT_reverse_1f180 j 2743 d 0 1000 n j 2743 GLUR j 2744 d 0 1000 n j 2744 GLUR_reverse_6b3bf j 2745 d 0 1000 n j 2745 GLUSy j 2746 s 0 n j 2746 GLUSy_reverse_6a00f j 2747 d 0 1000 n j 2747 GLUTRR j 2748 s 0 n j 2748 GLUTRR_reverse_355d5 j 2749 d 0 1000 n j 2749 GLUTRS j 2750 s 0 n j 2750 GLUTRS_reverse_b214d j 2751 d 0 1000 n j 2751 GLUabcpp j 2752 s 0 n j 2752 GLUabcpp_reverse_31e5a j 2753 d 0 1000 n j 2753 GLUt2rpp j 2754 d 0 1000 n j 2754 GLUt2rpp_reverse_6203a j 2755 d 0 1000 n j 2755 GLUt4pp j 2756 s 0 n j 2756 GLUt4pp_reverse_e5533 j 2757 d 0 1000 n j 2757 GLUtex j 2758 d 0 1000 n j 2758 GLUtex_reverse_556e0 j 2759 d 0 1000 n j 2759 GLXCL j 2760 s 0 n j 2760 GLXCL_reverse_ea654 j 2761 d 0 1000 n j 2761 GLYALDtex j 2762 d 0 1000 n j 2762 GLYALDtex_reverse_9a060 j 2763 d 0 1000 n j 2763 GLYALDtpp j 2764 d 0 1000 n j 2764 GLYALDtpp_reverse_e48d4 j 2765 d 0 1000 n j 2765 GLYAT j 2766 d 0 1000 n j 2766 GLYAT_reverse_9e240 j 2767 d 0 1000 n j 2767 GLYBabcpp j 2768 s 0 n j 2768 GLYBabcpp_reverse_db5e6 j 2769 d 0 1000 n j 2769 GLYBt2pp j 2770 s 0 n j 2770 GLYBt2pp_reverse_8e061 j 2771 d 0 1000 n j 2771 GLYBtex j 2772 d 0 1000 n j 2772 GLYBtex_reverse_f31f5 j 2773 d 0 1000 n j 2773 GLYC2Pabcpp j 2774 s 0 n j 2774 GLYC2Pabcpp_reverse_40c01 j 2775 d 0 1000 n j 2775 GLYC2Ptex j 2776 d 0 1000 n j 2776 GLYC2Ptex_reverse_12c3e j 2777 d 0 1000 n j 2777 GLYC3Pabcpp j 2778 s 0 n j 2778 GLYC3Pabcpp_reverse_4dfe0 j 2779 d 0 1000 n j 2779 GLYC3Pt6pp j 2780 s 0 n j 2780 GLYC3Pt6pp_reverse_1e468 j 2781 d 0 1000 n j 2781 GLYC3Ptex j 2782 d 0 1000 n j 2782 GLYC3Ptex_reverse_6c7e7 j 2783 d 0 1000 n j 2783 GLYCAt2rpp j 2784 d 0 1000 n j 2784 GLYCAt2rpp_reverse_6cc5b j 2785 d 0 1000 n j 2785 GLYCAtex j 2786 d 0 1000 n j 2786 GLYCAtex_reverse_8cc71 j 2787 d 0 1000 n j 2787 GLYCDx j 2788 s 0 n j 2788 GLYCDx_reverse_1c0b9 j 2789 d 0 1000 n j 2789 GLYCK j 2790 s 0 n j 2790 GLYCK_reverse_c3ee2 j 2791 d 0 1000 n j 2791 GLYCK2 j 2792 s 0 n j 2792 GLYCK2_reverse_31342 j 2793 d 0 1000 n j 2793 GLYCL j 2794 s 0 n j 2794 GLYCL_reverse_e418f j 2795 d 0 1000 n j 2795 GLYCLTDx j 2796 s 0 n j 2796 GLYCLTDx_reverse_d2f71 j 2797 d 0 1000 n j 2797 GLYCLTDy j 2798 s 0 n j 2798 GLYCLTDy_reverse_c2d09 j 2799 d 0 1000 n j 2799 GLYCLTt2rpp j 2800 d 0 1000 n j 2800 GLYCLTt2rpp_reverse_8d806 j 2801 d 0 1000 n j 2801 GLYCLTt4pp j 2802 s 0 n j 2802 GLYCLTt4pp_reverse_e1135 j 2803 d 0 1000 n j 2803 GLYCLTtex j 2804 d 0 1000 n j 2804 GLYCLTtex_reverse_0f859 j 2805 d 0 1000 n j 2805 GLYCTO2 j 2806 s 0 n j 2806 GLYCTO2_reverse_b9aca j 2807 d 0 1000 n j 2807 GLYCTO3 j 2808 s 0 n j 2808 GLYCTO3_reverse_59bab j 2809 d 0 1000 n j 2809 GLYCTO4 j 2810 s 0 n j 2810 GLYCTO4_reverse_9c086 j 2811 d 0 1000 n j 2811 GLYCtex j 2812 d 0 1000 n j 2812 GLYCtex_reverse_8d161 j 2813 d 0 1000 n j 2813 GLYCtpp j 2814 d 0 1000 n j 2814 GLYCtpp_reverse_da8b3 j 2815 d 0 1000 n j 2815 GLYK j 2816 s 0 n j 2816 GLYK_reverse_bda48 j 2817 d 0 1000 n j 2817 GLYOX j 2818 s 0 n j 2818 GLYOX_reverse_6ab0a j 2819 d 0 1000 n j 2819 GLYOX3 j 2820 s 0 n j 2820 GLYOX3_reverse_1055b j 2821 d 0 1000 n j 2821 GLYTRS j 2822 s 0 n j 2822 GLYTRS_reverse_b4742 j 2823 d 0 1000 n j 2823 GLYt2pp_copy1 j 2824 s 0 n j 2824 GLYt2pp_copy1_reverse_19ba1 j 2825 d 0 1000 n j 2825 GLYt2pp_copy2 j 2826 d 0 1000 n j 2826 GLYt2pp_copy2_reverse_e2259 j 2827 d 0 1000 n j 2827 GLYt4pp j 2828 s 0 n j 2828 GLYt4pp_reverse_72e49 j 2829 d 0 1000 n j 2829 GLYtex j 2830 d 0 1000 n j 2830 GLYtex_reverse_52f38 j 2831 d 0 1000 n j 2831 GMAND j 2832 s 0 n j 2832 GMAND_reverse_b3087 j 2833 d 0 1000 n j 2833 GMHEPAT j 2834 s 0 n j 2834 GMHEPAT_reverse_681cc j 2835 d 0 1000 n j 2835 GMHEPK j 2836 s 0 n j 2836 GMHEPK_reverse_6f80f j 2837 d 0 1000 n j 2837 GMHEPPA j 2838 s 0 n j 2838 GMHEPPA_reverse_7f337 j 2839 d 0 1000 n j 2839 GMPR j 2840 s 0 n j 2840 GMPR_reverse_dd594 j 2841 d 0 1000 n j 2841 GMPS2 j 2842 s 0 n j 2842 GMPS2_reverse_aa6c4 j 2843 d 0 1000 n j 2843 GMPtex j 2844 d 0 1000 n j 2844 GMPtex_reverse_8f9e8 j 2845 d 0 1000 n j 2845 GND j 2846 s 0 n j 2846 GND_reverse_eec5c j 2847 d 0 1000 n j 2847 GNK j 2848 s 0 n j 2848 GNK_reverse_b04ef j 2849 d 0 1000 n j 2849 GOFUCR j 2850 s 0 n j 2850 GOFUCR_reverse_d2648 j 2851 d 0 1000 n j 2851 GP4GH j 2852 s 0 n j 2852 GP4GH_reverse_271d3 j 2853 d 0 1000 n j 2853 GPDDA1 j 2854 s 0 n j 2854 GPDDA1_reverse_306eb j 2855 d 0 1000 n j 2855 GPDDA1pp j 2856 s 0 n j 2856 GPDDA1pp_reverse_761d9 j 2857 d 0 1000 n j 2857 GPDDA2 j 2858 s 0 n j 2858 GPDDA2_reverse_2a1d6 j 2859 d 0 1000 n j 2859 GPDDA2pp j 2860 s 0 n j 2860 GPDDA2pp_reverse_1fc2e j 2861 d 0 1000 n j 2861 GPDDA3 j 2862 s 0 n j 2862 GPDDA3_reverse_f91a3 j 2863 d 0 1000 n j 2863 GPDDA3pp j 2864 s 0 n j 2864 GPDDA3pp_reverse_cb226 j 2865 d 0 1000 n j 2865 GPDDA4 j 2866 s 0 n j 2866 GPDDA4_reverse_bf732 j 2867 d 0 1000 n j 2867 GPDDA4pp j 2868 s 0 n j 2868 GPDDA4pp_reverse_39af6 j 2869 d 0 1000 n j 2869 GPDDA5 j 2870 s 0 n j 2870 GPDDA5_reverse_1db22 j 2871 d 0 1000 n j 2871 GPDDA5pp j 2872 s 0 n j 2872 GPDDA5pp_reverse_87dae j 2873 d 0 1000 n j 2873 GRTT j 2874 s 0 n j 2874 GRTT_reverse_f3afe j 2875 d 0 1000 n j 2875 GRXR j 2876 s 0 n j 2876 GRXR_reverse_e354b j 2877 d 0 1000 n j 2877 GSNK j 2878 s 0 n j 2878 GSNK_reverse_e6c23 j 2879 d 0 1000 n j 2879 GSNt2pp j 2880 s 0 n j 2880 GSNt2pp_reverse_8e537 j 2881 d 0 1000 n j 2881 GSNtex j 2882 d 0 1000 n j 2882 GSNtex_reverse_b0797 j 2883 d 0 1000 n j 2883 GSPMDA j 2884 s 0 n j 2884 GSPMDA_reverse_cebb4 j 2885 d 0 1000 n j 2885 GSPMDS j 2886 s 0 n j 2886 GSPMDS_reverse_d437d j 2887 d 0 1000 n j 2887 GTHOXtex j 2888 d 0 1000 n j 2888 GTHOXtex_reverse_f2d27 j 2889 d 0 1000 n j 2889 GTHOr j 2890 d 0 1000 n j 2890 GTHOr_reverse_8f1f9 j 2891 d 0 1000 n j 2891 GTHPi j 2892 s 0 n j 2892 GTHPi_reverse_0b1e5 j 2893 d 0 1000 n j 2893 GTHRDHpp j 2894 s 0 n j 2894 GTHRDHpp_reverse_1186e j 2895 d 0 1000 n j 2895 GTHRDabc2pp j 2896 s 0 n j 2896 GTHRDabc2pp_reverse_c2215 j 2897 d 0 1000 n j 2897 GTHRDabcpp j 2898 s 0 n j 2898 GTHRDabcpp_reverse_27f15 j 2899 d 0 1000 n j 2899 GTHRDtex j 2900 d 0 1000 n j 2900 GTHRDtex_reverse_3bfd2 j 2901 d 0 1000 n j 2901 GTHS j 2902 s 0 n j 2902 GTHS_reverse_172f9 j 2903 d 0 1000 n j 2903 GTPCI j 2904 s 0 n j 2904 GTPCI_reverse_1ee86 j 2905 d 0 1000 n j 2905 GTPCII2 j 2906 s 0 n j 2906 GTPCII2_reverse_63cd8 j 2907 d 0 1000 n j 2907 GTPDPDP j 2908 s 0 n j 2908 GTPDPDP_reverse_9d492 j 2909 d 0 1000 n j 2909 GTPDPK j 2910 s 0 n j 2910 GTPDPK_reverse_f4450 j 2911 d 0 1000 n j 2911 GTPHs j 2912 s 0 n j 2912 GTPHs_reverse_79d11 j 2913 d 0 1000 n j 2913 GTPtex j 2914 d 0 1000 n j 2914 GTPtex_reverse_cea0b j 2915 d 0 1000 n j 2915 GUACYC j 2916 s 0 n j 2916 GUACYC_reverse_c8366 j 2917 d 0 1000 n j 2917 GUAD j 2918 s 0 n j 2918 GUAD_reverse_6dce3 j 2919 d 0 1000 n j 2919 GUAPRT j 2920 s 0 n j 2920 GUAPRT_reverse_ac1f5 j 2921 d 0 1000 n j 2921 GUAt2pp j 2922 s 0 n j 2922 GUAt2pp_reverse_9e865 j 2923 d 0 1000 n j 2923 GUAtex j 2924 d 0 1000 n j 2924 GUAtex_reverse_9765a j 2925 d 0 1000 n j 2925 GUAtpp j 2926 d 0 1000 n j 2926 GUAtpp_reverse_8f625 j 2927 d 0 1000 n j 2927 GUI1 j 2928 d 0 1000 n j 2928 GUI1_reverse_3d62c j 2929 d 0 1000 n j 2929 GUI2 j 2930 d 0 1000 n j 2930 GUI2_reverse_bb47c j 2931 d 0 1000 n j 2931 GUR1PPpp j 2932 s 0 n j 2932 GUR1PPpp_reverse_b6a53 j 2933 d 0 1000 n j 2933 H2O2tex j 2934 d 0 1000 n j 2934 H2O2tex_reverse_c5e91 j 2935 d 0 1000 n j 2935 H2Otex j 2936 d 0 1000 n j 2936 H2Otex_reverse_57da2 j 2937 d 0 1000 n j 2937 H2Otpp j 2938 d 0 1000 n j 2938 H2Otpp_reverse_01d15 j 2939 d 0 1000 n j 2939 H2SO j 2940 s 0 n j 2940 H2SO_reverse_f76c7 j 2941 d 0 1000 n j 2941 H2St1pp j 2942 s 0 n j 2942 H2St1pp_reverse_d701f j 2943 d 0 1000 n j 2943 H2Stex j 2944 d 0 1000 n j 2944 H2Stex_reverse_67951 j 2945 d 0 1000 n j 2945 H2tex j 2946 d 0 1000 n j 2946 H2tex_reverse_89d9b j 2947 d 0 1000 n j 2947 H2tpp j 2948 d 0 1000 n j 2948 H2tpp_reverse_d5688 j 2949 d 0 1000 n j 2949 HACD1 j 2950 d 0 1000 n j 2950 HACD1_reverse_204fb j 2951 d 0 1000 n j 2951 HACD2 j 2952 d 0 1000 n j 2952 HACD2_reverse_c9c37 j 2953 d 0 1000 n j 2953 HACD3 j 2954 d 0 1000 n j 2954 HACD3_reverse_9961c j 2955 d 0 1000 n j 2955 HACD4 j 2956 d 0 1000 n j 2956 HACD4_reverse_f1c33 j 2957 d 0 1000 n j 2957 HACD5 j 2958 d 0 1000 n j 2958 HACD5_reverse_bd367 j 2959 d 0 1000 n j 2959 HACD6 j 2960 d 0 1000 n j 2960 HACD6_reverse_eec8e j 2961 d 0 1000 n j 2961 HACD7 j 2962 d 0 1000 n j 2962 HACD7_reverse_6a28d j 2963 d 0 1000 n j 2963 HACD8 j 2964 d 0 1000 n j 2964 HACD8_reverse_f3f2b j 2965 d 0 1000 n j 2965 HADPCOADH3 j 2966 d 0 1000 n j 2966 HADPCOADH3_reverse_76ce0 j 2967 d 0 1000 n j 2967 HBZOPT j 2968 s 0 n j 2968 HBZOPT_reverse_ad95f j 2969 d 0 1000 n j 2969 HCINNMt2rpp j 2970 d 0 1000 n j 2970 HCINNMt2rpp_reverse_9b834 j 2971 d 0 1000 n j 2971 HCINNMtex j 2972 d 0 1000 n j 2972 HCINNMtex_reverse_baa63 j 2973 d 0 1000 n j 2973 HCO3E j 2974 d 0 1000 n j 2974 HCO3E_reverse_97ea5 j 2975 d 0 1000 n j 2975 HCYSMT j 2976 s 0 n j 2976 HCYSMT_reverse_5de5b j 2977 d 0 1000 n j 2977 HCYSMT2 j 2978 s 0 n j 2978 HCYSMT2_reverse_a19d5 j 2979 d 0 1000 n j 2979 HDCAtexi j 2980 s 0 n j 2980 HDCAtexi_reverse_86dae j 2981 d 0 1000 n j 2981 HDCEAtexi j 2982 s 0 n j 2982 HDCEAtexi_reverse_ecdf5 j 2983 d 0 1000 n j 2983 HEMEOS j 2984 s 0 n j 2984 HEMEOS_reverse_b63ba j 2985 d 0 1000 n j 2985 HEPK1 j 2986 s 0 n j 2986 HEPK1_reverse_7641a j 2987 d 0 1000 n j 2987 HEPK2 j 2988 s 0 n j 2988 HEPK2_reverse_0f9b1 j 2989 d 0 1000 n j 2989 HEPT1 j 2990 s 0 n j 2990 HEPT1_reverse_da8bc j 2991 d 0 1000 n j 2991 HEPT2 j 2992 s 0 n j 2992 HEPT2_reverse_6039c j 2993 d 0 1000 n j 2993 HEPT3 j 2994 s 0 n j 2994 HEPT3_reverse_23852 j 2995 d 0 1000 n j 2995 HEPT4 j 2996 s 0 n j 2996 HEPT4_reverse_1a6e9 j 2997 d 0 1000 n j 2997 HETZK j 2998 s 0 n j 2998 HETZK_reverse_34f91 j 2999 d 0 1000 n j 2999 HEX1 j 3000 s 0 n j 3000 HEX1_reverse_25efa j 3001 d 0 1000 n j 3001 HEX4 j 3002 s 0 n j 3002 HEX4_reverse_5b8fc j 3003 d 0 1000 n j 3003 HEX7 j 3004 s 0 n j 3004 HEX7_reverse_f7d4e j 3005 d 0 1000 n j 3005 HEXt2rpp j 3006 d 0 1000 n j 3006 HEXt2rpp_reverse_5cf40 j 3007 d 0 1000 n j 3007 HG2abcpp j 3008 s 0 n j 3008 HG2abcpp_reverse_7efc6 j 3009 d 0 1000 n j 3009 HG2t3pp j 3010 s 0 n j 3010 HG2t3pp_reverse_037c0 j 3011 d 0 1000 n j 3011 HG2tex j 3012 d 0 1000 n j 3012 HG2tex_reverse_75fcc j 3013 d 0 1000 n j 3013 HISTD j 3014 s 0 n j 3014 HISTD_reverse_2a63b j 3015 d 0 1000 n j 3015 HISTP j 3016 s 0 n j 3016 HISTP_reverse_5e409 j 3017 d 0 1000 n j 3017 HISTRS j 3018 s 0 n j 3018 HISTRS_reverse_a6df2 j 3019 d 0 1000 n j 3019 HISabcpp j 3020 s 0 n j 3020 HISabcpp_reverse_4e9d8 j 3021 d 0 1000 n j 3021 HISt2rpp j 3022 d 0 1000 n j 3022 HISt2rpp_reverse_f6739 j 3023 d 0 1000 n j 3023 HIStex j 3024 d 0 1000 n j 3024 HIStex_reverse_4d05f j 3025 d 0 1000 n j 3025 HKNDDH j 3026 s 0 n j 3026 HKNDDH_reverse_92167 j 3027 d 0 1000 n j 3027 HKNTDH j 3028 s 0 n j 3028 HKNTDH_reverse_6a5e1 j 3029 d 0 1000 n j 3029 HMBS j 3030 s 0 n j 3030 HMBS_reverse_23a06 j 3031 d 0 1000 n j 3031 HMPK1 j 3032 s 0 n j 3032 HMPK1_reverse_8f692 j 3033 d 0 1000 n j 3033 HOMt2pp j 3034 s 0 n j 3034 HOMt2pp_reverse_6b82d j 3035 d 0 1000 n j 3035 HOMtex j 3036 d 0 1000 n j 3036 HOMtex_reverse_58325 j 3037 d 0 1000 n j 3037 HOPNTAL j 3038 s 0 n j 3038 HOPNTAL_reverse_43031 j 3039 d 0 1000 n j 3039 HPPK2 j 3040 s 0 n j 3040 HPPK2_reverse_9a03f j 3041 d 0 1000 n j 3041 HPPPNDO j 3042 s 0 n j 3042 HPPPNDO_reverse_efb27 j 3043 d 0 1000 n j 3043 HPPPNt2rpp j 3044 d 0 1000 n j 3044 HPPPNt2rpp_reverse_faf7f j 3045 d 0 1000 n j 3045 HPPPNtex j 3046 d 0 1000 n j 3046 HPPPNtex_reverse_5cefc j 3047 d 0 1000 n j 3047 HPYRI j 3048 d 0 1000 n j 3048 HPYRI_reverse_5f20f j 3049 d 0 1000 n j 3049 HPYRRx j 3050 s 0 n j 3050 HPYRRx_reverse_8678f j 3051 d 0 1000 n j 3051 HPYRRy j 3052 s 0 n j 3052 HPYRRy_reverse_197c5 j 3053 d 0 1000 n j 3053 HSDy j 3054 d 0 1000 n j 3054 HSDy_reverse_77ce7 j 3055 d 0 1000 n j 3055 HSK j 3056 s 0 n j 3056 HSK_reverse_e4218 j 3057 d 0 1000 n j 3057 HSST j 3058 s 0 n j 3058 HSST_reverse_a009a j 3059 d 0 1000 n j 3059 HSTPT j 3060 s 0 n j 3060 HSTPT_reverse_b3657 j 3061 d 0 1000 n j 3061 HXAND j 3062 s 0 n j 3062 HXAND_reverse_36555 j 3063 d 0 1000 n j 3063 HXAtex j 3064 d 0 1000 n j 3064 HXAtex_reverse_ba86b j 3065 d 0 1000 n j 3065 HXCT j 3066 s 0 n j 3066 HXCT_reverse_38b4c j 3067 d 0 1000 n j 3067 HXPRT j 3068 s 0 n j 3068 HXPRT_reverse_c7021 j 3069 d 0 1000 n j 3069 HYD1pp j 3070 s 0 n j 3070 HYD1pp_reverse_2792d j 3071 d 0 1000 n j 3071 HYD2pp j 3072 s 0 n j 3072 HYD2pp_reverse_c5002 j 3073 d 0 1000 n j 3073 HYD3pp j 3074 s 0 n j 3074 HYD3pp_reverse_0fbba j 3075 d 0 1000 n j 3075 HYPOE j 3076 s 0 n j 3076 HYPOE_reverse_6571b j 3077 d 0 1000 n j 3077 HYXNtex j 3078 d 0 1000 n j 3078 HYXNtex_reverse_af8af j 3079 d 0 1000 n j 3079 HYXNtpp j 3080 d 0 1000 n j 3080 HYXNtpp_reverse_52a92 j 3081 d 0 1000 n j 3081 Htex j 3082 d 0 1000 n j 3082 Htex_reverse_6f9a4 j 3083 d 0 1000 n j 3083 I2FE2SR j 3084 s 0 n j 3084 I2FE2SR_reverse_25e47 j 3085 d 0 1000 n j 3085 I2FE2SS j 3086 s 0 n j 3086 I2FE2SS_reverse_8ced0 j 3087 d 0 1000 n j 3087 I2FE2SS2 j 3088 s 0 n j 3088 I2FE2SS2_reverse_e0613 j 3089 d 0 1000 n j 3089 I2FE2ST j 3090 s 0 n j 3090 I2FE2ST_reverse_7fd6b j 3091 d 0 1000 n j 3091 I4FE4SR j 3092 s 0 n j 3092 I4FE4SR_reverse_eee61 j 3093 d 0 1000 n j 3093 I4FE4ST j 3094 s 0 n j 3094 I4FE4ST_reverse_a78a4 j 3095 d 0 1000 n j 3095 ICDHyr j 3096 d 0 1000 n j 3096 ICDHyr_reverse_7f84b j 3097 d 0 1000 n j 3097 ICHORS_copy1 j 3098 d 0 1000 n j 3098 ICHORS_copy1_reverse_31425 j 3099 d 0 1000 n j 3099 ICHORS_copy2 j 3100 s 0 n j 3100 ICHORS_copy2_reverse_fd9ab j 3101 d 0 1000 n j 3101 ICHORT j 3102 s 0 n j 3102 ICHORT_reverse_743ed j 3103 d 0 1000 n j 3103 ICL j 3104 s 0 n j 3104 ICL_reverse_2f27e j 3105 d 0 1000 n j 3105 ICYSDS j 3106 s 0 n j 3106 ICYSDS_reverse_1e758 j 3107 d 0 1000 n j 3107 IDOND j 3108 d 0 1000 n j 3108 IDOND_reverse_b2be5 j 3109 d 0 1000 n j 3109 IDOND2 j 3110 s 0 n j 3110 IDOND2_reverse_a93f5 j 3111 d 0 1000 n j 3111 IDONt2rpp j 3112 d 0 1000 n j 3112 IDONt2rpp_reverse_b5eee j 3113 d 0 1000 n j 3113 IDONtex j 3114 d 0 1000 n j 3114 IDONtex_reverse_efc44 j 3115 d 0 1000 n j 3115 IG3PS j 3116 s 0 n j 3116 IG3PS_reverse_12008 j 3117 d 0 1000 n j 3117 IGPDH j 3118 s 0 n j 3118 IGPDH_reverse_b1a3c j 3119 d 0 1000 n j 3119 IGPS j 3120 s 0 n j 3120 IGPS_reverse_feb80 j 3121 d 0 1000 n j 3121 ILETA j 3122 d 0 1000 n j 3122 ILETA_reverse_aec70 j 3123 d 0 1000 n j 3123 ILETRS j 3124 s 0 n j 3124 ILETRS_reverse_02878 j 3125 d 0 1000 n j 3125 ILEabcpp j 3126 s 0 n j 3126 ILEabcpp_reverse_a3857 j 3127 d 0 1000 n j 3127 ILEt2rpp j 3128 d 0 1000 n j 3128 ILEt2rpp_reverse_b0484 j 3129 d 0 1000 n j 3129 ILEtex j 3130 d 0 1000 n j 3130 ILEtex_reverse_d95d1 j 3131 d 0 1000 n j 3131 IMPC j 3132 d 0 1000 n j 3132 IMPC_reverse_efa41 j 3133 d 0 1000 n j 3133 IMPD j 3134 s 0 n j 3134 IMPD_reverse_6e625 j 3135 d 0 1000 n j 3135 IMPtex j 3136 d 0 1000 n j 3136 IMPtex_reverse_014c6 j 3137 d 0 1000 n j 3137 INDOLEt2pp j 3138 s 0 n j 3138 INDOLEt2pp_reverse_6a69a j 3139 d 0 1000 n j 3139 INDOLEt2rpp j 3140 d 0 1000 n j 3140 INDOLEt2rpp_reverse_67d3f j 3141 d 0 1000 n j 3141 INDOLEtex j 3142 d 0 1000 n j 3142 INDOLEtex_reverse_8bf71 j 3143 d 0 1000 n j 3143 INOSTt4pp j 3144 s 0 n j 3144 INOSTt4pp_reverse_0b7d9 j 3145 d 0 1000 n j 3145 INSH j 3146 s 0 n j 3146 INSH_reverse_e84bd j 3147 d 0 1000 n j 3147 INSK j 3148 s 0 n j 3148 INSK_reverse_93565 j 3149 d 0 1000 n j 3149 INSTtex j 3150 d 0 1000 n j 3150 INSTtex_reverse_583d8 j 3151 d 0 1000 n j 3151 INSt2pp_copy1 j 3152 s 0 n j 3152 INSt2pp_copy1_reverse_909b3 j 3153 d 0 1000 n j 3153 INSt2pp_copy2 j 3154 d 0 1000 n j 3154 INSt2pp_copy2_reverse_ff628 j 3155 d 0 1000 n j 3155 INStex j 3156 d 0 1000 n j 3156 INStex_reverse_06a7c j 3157 d 0 1000 n j 3157 IPDDI j 3158 d 0 1000 n j 3158 IPDDI_reverse_6c5f9 j 3159 d 0 1000 n j 3159 IPDPS j 3160 s 0 n j 3160 IPDPS_reverse_baaf9 j 3161 d 0 1000 n j 3161 IPMD j 3162 s 0 n j 3162 IPMD_reverse_d7a5e j 3163 d 0 1000 n j 3163 IPPMIa j 3164 d 0 1000 n j 3164 IPPMIa_reverse_0594d j 3165 d 0 1000 n j 3165 IPPMIb j 3166 d 0 1000 n j 3166 IPPMIb_reverse_e37a1 j 3167 d 0 1000 n j 3167 IPPS j 3168 s 0 n j 3168 IPPS_reverse_d94c0 j 3169 d 0 1000 n j 3169 ISETACabcpp j 3170 s 0 n j 3170 ISETACabcpp_reverse_cbd54 j 3171 d 0 1000 n j 3171 ISETACtex j 3172 d 0 1000 n j 3172 ISETACtex_reverse_3abad j 3173 d 0 1000 n j 3173 K2L4Aabcpp j 3174 s 0 n j 3174 K2L4Aabcpp_reverse_ff31a j 3175 d 0 1000 n j 3175 K2L4Aabctex j 3176 s 0 n j 3176 K2L4Aabctex_reverse_27549 j 3177 d 0 1000 n j 3177 KARA1 j 3178 d 0 1000 n j 3178 KARA1_reverse_2b971 j 3179 d 0 1000 n j 3179 KARA2 j 3180 d 0 1000 n j 3180 KARA2_reverse_65e99 j 3181 d 0 1000 n j 3181 KAS14 j 3182 s 0 n j 3182 KAS14_reverse_25582 j 3183 d 0 1000 n j 3183 KAS15 j 3184 s 0 n j 3184 KAS15_reverse_6f7fb j 3185 d 0 1000 n j 3185 KDOCT2 j 3186 s 0 n j 3186 KDOCT2_reverse_b2fcd j 3187 d 0 1000 n j 3187 KDOPP j 3188 s 0 n j 3188 KDOPP_reverse_c38fd j 3189 d 0 1000 n j 3189 KDOPS j 3190 s 0 n j 3190 KDOPS_reverse_d4842 j 3191 d 0 1000 n j 3191 KG6PDC j 3192 s 0 n j 3192 KG6PDC_reverse_9de4b j 3193 d 0 1000 n j 3193 Kabcpp j 3194 s 0 n j 3194 Kabcpp_reverse_35f86 j 3195 d 0 1000 n j 3195 Kt2pp j 3196 s 0 n j 3196 Kt2pp_reverse_5687c j 3197 d 0 1000 n j 3197 Kt3pp j 3198 s 0 n j 3198 Kt3pp_reverse_63b11 j 3199 d 0 1000 n j 3199 Ktex j 3200 d 0 1000 n j 3200 Ktex_reverse_03b32 j 3201 d 0 1000 n j 3201 L_LACD2 j 3202 s 0 n j 3202 L_LACD2_reverse_31758 j 3203 d 0 1000 n j 3203 L_LACD3 j 3204 s 0 n j 3204 L_LACD3_reverse_d3a1b j 3205 d 0 1000 n j 3205 L_LACt2rpp j 3206 d 0 1000 n j 3206 L_LACt2rpp_reverse_9d5df j 3207 d 0 1000 n j 3207 L_LACtex j 3208 d 0 1000 n j 3208 L_LACtex_reverse_7f0b4 j 3209 d 0 1000 n j 3209 LA4NTpp j 3210 s 0 n j 3210 LA4NTpp_reverse_2ba26 j 3211 d 0 1000 n j 3211 LACZ j 3212 s 0 n j 3212 LACZ_reverse_f28e7 j 3213 d 0 1000 n j 3213 LACZpp j 3214 s 0 n j 3214 LACZpp_reverse_2b3b0 j 3215 d 0 1000 n j 3215 LADGMDH j 3216 s 0 n j 3216 LADGMDH_reverse_f7b48 j 3217 d 0 1000 n j 3217 LALADGLUtex j 3218 d 0 1000 n j 3218 LALADGLUtex_reverse_34575 j 3219 d 0 1000 n j 3219 LALADGLUtpp j 3220 s 0 n j 3220 LALADGLUtpp_reverse_3421b j 3221 d 0 1000 n j 3221 LALALGLUtex j 3222 d 0 1000 n j 3222 LALALGLUtex_reverse_0d516 j 3223 d 0 1000 n j 3223 LALALGLUtpp j 3224 s 0 n j 3224 LALALGLUtpp_reverse_fc27f j 3225 d 0 1000 n j 3225 LALDO2x j 3226 s 0 n j 3226 LALDO2x_reverse_97d24 j 3227 d 0 1000 n j 3227 LALDO3 j 3228 s 0 n j 3228 LALDO3_reverse_60a42 j 3229 d 0 1000 n j 3229 LALGP j 3230 s 0 n j 3230 LALGP_reverse_4d1aa j 3231 d 0 1000 n j 3231 LCADi j 3232 s 0 n j 3232 LCADi_reverse_58cdc j 3233 d 0 1000 n j 3233 LCARR j 3234 d 0 1000 n j 3234 LCARR_reverse_9213d j 3235 d 0 1000 n j 3235 LCARS j 3236 d 0 1000 n j 3236 LCARS_reverse_66c3d j 3237 d 0 1000 n j 3237 LCTSt3ipp j 3238 s 0 n j 3238 LCTSt3ipp_reverse_06c0c j 3239 d 0 1000 n j 3239 LCTStex j 3240 d 0 1000 n j 3240 LCTStex_reverse_b72e4 j 3241 d 0 1000 n j 3241 LCTStpp j 3242 d 0 1000 n j 3242 LCTStpp_reverse_9f21b j 3243 d 0 1000 n j 3243 LDH_D j 3244 d 0 1000 n j 3244 LDH_D_reverse_f8507 j 3245 d 0 1000 n j 3245 LDH_D2 j 3246 s 0 n j 3246 LDH_D2_reverse_92e29 j 3247 d 0 1000 n j 3247 LEUTAi j 3248 s 0 n j 3248 LEUTAi_reverse_0ec8d j 3249 d 0 1000 n j 3249 LEUTRS j 3250 s 0 n j 3250 LEUTRS_reverse_06175 j 3251 d 0 1000 n j 3251 LEUabcpp j 3252 s 0 n j 3252 LEUabcpp_reverse_ab30a j 3253 d 0 1000 n j 3253 LEUt2rpp j 3254 d 0 1000 n j 3254 LEUt2rpp_reverse_96e34 j 3255 d 0 1000 n j 3255 LEUtex j 3256 d 0 1000 n j 3256 LEUtex_reverse_a9685 j 3257 d 0 1000 n j 3257 LGTHL j 3258 s 0 n j 3258 LGTHL_reverse_c8eb0 j 3259 d 0 1000 n j 3259 LIPACabcpp j 3260 s 0 n j 3260 LIPACabcpp_reverse_9aced j 3261 d 0 1000 n j 3261 LIPAHT2ex j 3262 s 0 n j 3262 LIPAHT2ex_reverse_d08dd j 3263 d 0 1000 n j 3263 LIPAHTex j 3264 s 0 n j 3264 LIPAHTex_reverse_306bf j 3265 d 0 1000 n j 3265 LIPAMPL j 3266 s 0 n j 3266 LIPAMPL_reverse_71584 j 3267 d 0 1000 n j 3267 LIPATPT j 3268 s 0 n j 3268 LIPATPT_reverse_e209a j 3269 d 0 1000 n j 3269 LIPAabcpp j 3270 s 0 n j 3270 LIPAabcpp_reverse_26807 j 3271 d 0 1000 n j 3271 LIPAabctex j 3272 s 0 n j 3272 LIPAabctex_reverse_d1e02 j 3273 d 0 1000 n j 3273 LIPOCT j 3274 s 0 n j 3274 LIPOCT_reverse_0078e j 3275 d 0 1000 n j 3275 LIPOS j 3276 s 0 n j 3276 LIPOS_reverse_cefb0 j 3277 d 0 1000 n j 3277 LIPOt2pp j 3278 s 0 n j 3278 LIPOt2pp_reverse_d1447 j 3279 d 0 1000 n j 3279 LIPOtex j 3280 d 0 1000 n j 3280 LIPOtex_reverse_2ec74 j 3281 d 0 1000 n j 3281 LPADSS j 3282 s 0 n j 3282 LPADSS_reverse_a2b94 j 3283 d 0 1000 n j 3283 LPLIPAL1A120pp j 3284 s 0 n j 3284 LPLIPAL1A120pp_reverse_c4d72 j 3285 d 0 1000 n j 3285 LPLIPAL1A140pp j 3286 s 0 n j 3286 LPLIPAL1A140pp_reverse_675c8 j 3287 d 0 1000 n j 3287 LPLIPAL1A141pp j 3288 s 0 n j 3288 LPLIPAL1A141pp_reverse_d3730 j 3289 d 0 1000 n j 3289 LPLIPAL1A160pp j 3290 s 0 n j 3290 LPLIPAL1A160pp_reverse_e3b7b j 3291 d 0 1000 n j 3291 LPLIPAL1A161pp j 3292 s 0 n j 3292 LPLIPAL1A161pp_reverse_d6287 j 3293 d 0 1000 n j 3293 LPLIPAL1A180pp j 3294 s 0 n j 3294 LPLIPAL1A180pp_reverse_e29e8 j 3295 d 0 1000 n j 3295 LPLIPAL1A181pp j 3296 s 0 n j 3296 LPLIPAL1A181pp_reverse_94417 j 3297 d 0 1000 n j 3297 LPLIPAL1E120pp j 3298 s 0 n j 3298 LPLIPAL1E120pp_reverse_ba0a2 j 3299 d 0 1000 n j 3299 LPLIPAL1E140pp j 3300 s 0 n j 3300 LPLIPAL1E140pp_reverse_fa8c9 j 3301 d 0 1000 n j 3301 LPLIPAL1E141pp j 3302 s 0 n j 3302 LPLIPAL1E141pp_reverse_afa00 j 3303 d 0 1000 n j 3303 LPLIPAL1E160pp j 3304 s 0 n j 3304 LPLIPAL1E160pp_reverse_b1637 j 3305 d 0 1000 n j 3305 LPLIPAL1E161pp j 3306 s 0 n j 3306 LPLIPAL1E161pp_reverse_51c71 j 3307 d 0 1000 n j 3307 LPLIPAL1E180pp j 3308 s 0 n j 3308 LPLIPAL1E180pp_reverse_841f1 j 3309 d 0 1000 n j 3309 LPLIPAL1E181pp j 3310 s 0 n j 3310 LPLIPAL1E181pp_reverse_add33 j 3311 d 0 1000 n j 3311 LPLIPAL1G120pp j 3312 s 0 n j 3312 LPLIPAL1G120pp_reverse_6056c j 3313 d 0 1000 n j 3313 LPLIPAL1G140pp j 3314 s 0 n j 3314 LPLIPAL1G140pp_reverse_9d9e7 j 3315 d 0 1000 n j 3315 LPLIPAL1G141pp j 3316 s 0 n j 3316 LPLIPAL1G141pp_reverse_30b2b j 3317 d 0 1000 n j 3317 LPLIPAL1G160pp j 3318 s 0 n j 3318 LPLIPAL1G160pp_reverse_6ab0f j 3319 d 0 1000 n j 3319 LPLIPAL1G161pp j 3320 s 0 n j 3320 LPLIPAL1G161pp_reverse_aecac j 3321 d 0 1000 n j 3321 LPLIPAL1G180pp j 3322 s 0 n j 3322 LPLIPAL1G180pp_reverse_9b51e j 3323 d 0 1000 n j 3323 LPLIPAL1G181pp j 3324 s 0 n j 3324 LPLIPAL1G181pp_reverse_c46f5 j 3325 d 0 1000 n j 3325 LPLIPAL2A120 j 3326 s 0 n j 3326 LPLIPAL2A120_reverse_844c0 j 3327 d 0 1000 n j 3327 LPLIPAL2A140 j 3328 s 0 n j 3328 LPLIPAL2A140_reverse_6e1ff j 3329 d 0 1000 n j 3329 LPLIPAL2A141 j 3330 s 0 n j 3330 LPLIPAL2A141_reverse_12ad1 j 3331 d 0 1000 n j 3331 LPLIPAL2A160 j 3332 s 0 n j 3332 LPLIPAL2A160_reverse_b2af0 j 3333 d 0 1000 n j 3333 LPLIPAL2A161 j 3334 s 0 n j 3334 LPLIPAL2A161_reverse_37df8 j 3335 d 0 1000 n j 3335 LPLIPAL2A180 j 3336 s 0 n j 3336 LPLIPAL2A180_reverse_dba15 j 3337 d 0 1000 n j 3337 LPLIPAL2A181 j 3338 s 0 n j 3338 LPLIPAL2A181_reverse_8b966 j 3339 d 0 1000 n j 3339 LPLIPAL2ATE120 j 3340 s 0 n j 3340 LPLIPAL2ATE120_reverse_deb80 j 3341 d 0 1000 n j 3341 LPLIPAL2ATE140 j 3342 s 0 n j 3342 LPLIPAL2ATE140_reverse_0c69d j 3343 d 0 1000 n j 3343 LPLIPAL2ATE141 j 3344 s 0 n j 3344 LPLIPAL2ATE141_reverse_eae4b j 3345 d 0 1000 n j 3345 LPLIPAL2ATE160 j 3346 s 0 n j 3346 LPLIPAL2ATE160_reverse_bcf82 j 3347 d 0 1000 n j 3347 LPLIPAL2ATE161 j 3348 s 0 n j 3348 LPLIPAL2ATE161_reverse_a516f j 3349 d 0 1000 n j 3349 LPLIPAL2ATE180 j 3350 s 0 n j 3350 LPLIPAL2ATE180_reverse_cce82 j 3351 d 0 1000 n j 3351 LPLIPAL2ATE181 j 3352 s 0 n j 3352 LPLIPAL2ATE181_reverse_e8332 j 3353 d 0 1000 n j 3353 LPLIPAL2ATG120 j 3354 s 0 n j 3354 LPLIPAL2ATG120_reverse_9d5c1 j 3355 d 0 1000 n j 3355 LPLIPAL2ATG140 j 3356 s 0 n j 3356 LPLIPAL2ATG140_reverse_e2a65 j 3357 d 0 1000 n j 3357 LPLIPAL2ATG141 j 3358 s 0 n j 3358 LPLIPAL2ATG141_reverse_7ddf2 j 3359 d 0 1000 n j 3359 LPLIPAL2ATG160 j 3360 s 0 n j 3360 LPLIPAL2ATG160_reverse_8358e j 3361 d 0 1000 n j 3361 LPLIPAL2ATG161 j 3362 s 0 n j 3362 LPLIPAL2ATG161_reverse_1cac0 j 3363 d 0 1000 n j 3363 LPLIPAL2ATG180 j 3364 s 0 n j 3364 LPLIPAL2ATG180_reverse_d5e49 j 3365 d 0 1000 n j 3365 LPLIPAL2ATG181 j 3366 s 0 n j 3366 LPLIPAL2ATG181_reverse_0d22a j 3367 d 0 1000 n j 3367 LPLIPAL2E120 j 3368 s 0 n j 3368 LPLIPAL2E120_reverse_f1aae j 3369 d 0 1000 n j 3369 LPLIPAL2E140 j 3370 s 0 n j 3370 LPLIPAL2E140_reverse_075ab j 3371 d 0 1000 n j 3371 LPLIPAL2E141 j 3372 s 0 n j 3372 LPLIPAL2E141_reverse_3ee47 j 3373 d 0 1000 n j 3373 LPLIPAL2E160 j 3374 s 0 n j 3374 LPLIPAL2E160_reverse_ad528 j 3375 d 0 1000 n j 3375 LPLIPAL2E161 j 3376 s 0 n j 3376 LPLIPAL2E161_reverse_e9be3 j 3377 d 0 1000 n j 3377 LPLIPAL2E180 j 3378 s 0 n j 3378 LPLIPAL2E180_reverse_022a8 j 3379 d 0 1000 n j 3379 LPLIPAL2E181 j 3380 s 0 n j 3380 LPLIPAL2E181_reverse_1c193 j 3381 d 0 1000 n j 3381 LPLIPAL2G120 j 3382 s 0 n j 3382 LPLIPAL2G120_reverse_68d19 j 3383 d 0 1000 n j 3383 LPLIPAL2G140 j 3384 s 0 n j 3384 LPLIPAL2G140_reverse_780ce j 3385 d 0 1000 n j 3385 LPLIPAL2G141 j 3386 s 0 n j 3386 LPLIPAL2G141_reverse_2459e j 3387 d 0 1000 n j 3387 LPLIPAL2G160 j 3388 s 0 n j 3388 LPLIPAL2G160_reverse_54863 j 3389 d 0 1000 n j 3389 LPLIPAL2G161 j 3390 s 0 n j 3390 LPLIPAL2G161_reverse_9a980 j 3391 d 0 1000 n j 3391 LPLIPAL2G180 j 3392 s 0 n j 3392 LPLIPAL2G180_reverse_116f7 j 3393 d 0 1000 n j 3393 LPLIPAL2G181 j 3394 s 0 n j 3394 LPLIPAL2G181_reverse_3cf24 j 3395 d 0 1000 n j 3395 LSERDHr j 3396 d 0 1000 n j 3396 LSERDHr_reverse_7bbae j 3397 d 0 1000 n j 3397 LYSDC j 3398 s 0 n j 3398 LYSDC_reverse_d9eb6 j 3399 d 0 1000 n j 3399 LYSTRS j 3400 s 0 n j 3400 LYSTRS_reverse_d3497 j 3401 d 0 1000 n j 3401 LYSabcpp j 3402 s 0 n j 3402 LYSabcpp_reverse_b8184 j 3403 d 0 1000 n j 3403 LYSt2pp j 3404 s 0 n j 3404 LYSt2pp_reverse_3bd5c j 3405 d 0 1000 n j 3405 LYSt3pp j 3406 s 0 n j 3406 LYSt3pp_reverse_e2d78 j 3407 d 0 1000 n j 3407 LYStex j 3408 d 0 1000 n j 3408 LYStex_reverse_a5886 j 3409 d 0 1000 n j 3409 LYXI j 3410 s 0 n j 3410 LYXI_reverse_16c69 j 3411 d 0 1000 n j 3411 LYXt2pp j 3412 s 0 n j 3412 LYXt2pp_reverse_946d1 j 3413 d 0 1000 n j 3413 LYXtex j 3414 d 0 1000 n j 3414 LYXtex_reverse_8deea j 3415 d 0 1000 n j 3415 M1PD j 3416 d 0 1000 n j 3416 M1PD_reverse_914a8 j 3417 d 0 1000 n j 3417 MACPD j 3418 s 0 n j 3418 MACPD_reverse_57f90 j 3419 d 0 1000 n j 3419 MALCOAMT j 3420 s 0 n j 3420 MALCOAMT_reverse_1031e j 3421 d 0 1000 n j 3421 MALDDH j 3422 s 0 n j 3422 MALDDH_reverse_c5287 j 3423 d 0 1000 n j 3423 MALDt2_2pp j 3424 s 0 n j 3424 MALDt2_2pp_reverse_bdc53 j 3425 d 0 1000 n j 3425 MALDtex j 3426 d 0 1000 n j 3426 MALDtex_reverse_10a51 j 3427 d 0 1000 n j 3427 MALS j 3428 s 0 n j 3428 MALS_reverse_d7382 j 3429 d 0 1000 n j 3429 MALTATr j 3430 d 0 1000 n j 3430 MALTATr_reverse_7153a j 3431 d 0 1000 n j 3431 MALTHXabcpp j 3432 s 0 n j 3432 MALTHXabcpp_reverse_db4fe j 3433 d 0 1000 n j 3433 MALTHXtexi j 3434 s 0 n j 3434 MALTHXtexi_reverse_f16e3 j 3435 d 0 1000 n j 3435 MALTPTabcpp j 3436 s 0 n j 3436 MALTPTabcpp_reverse_2d651 j 3437 d 0 1000 n j 3437 MALTPTtexi j 3438 s 0 n j 3438 MALTPTtexi_reverse_926cf j 3439 d 0 1000 n j 3439 MALTTRabcpp j 3440 s 0 n j 3440 MALTTRabcpp_reverse_82fd8 j 3441 d 0 1000 n j 3441 MALTTRtexi j 3442 s 0 n j 3442 MALTTRtexi_reverse_c76b5 j 3443 d 0 1000 n j 3443 MALTTTRabcpp j 3444 s 0 n j 3444 MALTTTRabcpp_reverse_2e7d0 j 3445 d 0 1000 n j 3445 MALTTTRtexi j 3446 s 0 n j 3446 MALTTTRtexi_reverse_03fc4 j 3447 d 0 1000 n j 3447 MALTabcpp j 3448 s 0 n j 3448 MALTabcpp_reverse_6c8be j 3449 d 0 1000 n j 3449 MALTptspp j 3450 s 0 n j 3450 MALTptspp_reverse_1cf27 j 3451 d 0 1000 n j 3451 MALTtexi j 3452 s 0 n j 3452 MALTtexi_reverse_b9839 j 3453 d 0 1000 n j 3453 MALt2_2pp j 3454 s 0 n j 3454 MALt2_2pp_reverse_b55c3 j 3455 d 0 1000 n j 3455 MALt2_3pp j 3456 s 0 n j 3456 MALt2_3pp_reverse_38522 j 3457 d 0 1000 n j 3457 MALt3pp j 3458 s 0 n j 3458 MALt3pp_reverse_90fc9 j 3459 d 0 1000 n j 3459 MALtex j 3460 d 0 1000 n j 3460 MALtex_reverse_5ca30 j 3461 d 0 1000 n j 3461 MAN1PT2 j 3462 s 0 n j 3462 MAN1PT2_reverse_861e0 j 3463 d 0 1000 n j 3463 MAN6PI j 3464 d 0 1000 n j 3464 MAN6PI_reverse_d96f0 j 3465 d 0 1000 n j 3465 MAN6Pt6_2pp j 3466 s 0 n j 3466 MAN6Pt6_2pp_reverse_b70c0 j 3467 d 0 1000 n j 3467 MAN6Ptex j 3468 d 0 1000 n j 3468 MAN6Ptex_reverse_783f8 j 3469 d 0 1000 n j 3469 MANAO j 3470 d 0 1000 n j 3470 MANAO_reverse_5cec0 j 3471 d 0 1000 n j 3471 MANGLYCptspp j 3472 s 0 n j 3472 MANGLYCptspp_reverse_6186a j 3473 d 0 1000 n j 3473 MANGLYCtex j 3474 d 0 1000 n j 3474 MANGLYCtex_reverse_ae4c5 j 3475 d 0 1000 n j 3475 MANPGH j 3476 s 0 n j 3476 MANPGH_reverse_e9d3e j 3477 d 0 1000 n j 3477 MANptspp j 3478 s 0 n j 3478 MANptspp_reverse_31b36 j 3479 d 0 1000 n j 3479 MANtex j 3480 d 0 1000 n j 3480 MANtex_reverse_87c2f j 3481 d 0 1000 n j 3481 MCITD j 3482 s 0 n j 3482 MCITD_reverse_431b1 j 3483 d 0 1000 n j 3483 MCITL2 j 3484 d 0 1000 n j 3484 MCITL2_reverse_5d403 j 3485 d 0 1000 n j 3485 MCITS j 3486 s 0 n j 3486 MCITS_reverse_21c9c j 3487 d 0 1000 n j 3487 MCOATA j 3488 d 0 1000 n j 3488 MCOATA_reverse_d10f2 j 3489 d 0 1000 n j 3489 MCPST j 3490 s 0 n j 3490 MCPST_reverse_c1773 j 3491 d 0 1000 n j 3491 MCTP1App j 3492 s 0 n j 3492 MCTP1App_reverse_33fae j 3493 d 0 1000 n j 3493 MCTP1Bpp j 3494 s 0 n j 3494 MCTP1Bpp_reverse_801d1 j 3495 d 0 1000 n j 3495 MCTP2App j 3496 s 0 n j 3496 MCTP2App_reverse_ab790 j 3497 d 0 1000 n j 3497 MDDCP1pp j 3498 s 0 n j 3498 MDDCP1pp_reverse_77f34 j 3499 d 0 1000 n j 3499 MDDCP2pp j 3500 s 0 n j 3500 MDDCP2pp_reverse_16437 j 3501 d 0 1000 n j 3501 MDDCP3pp j 3502 s 0 n j 3502 MDDCP3pp_reverse_def42 j 3503 d 0 1000 n j 3503 MDDCP4pp j 3504 s 0 n j 3504 MDDCP4pp_reverse_76a1f j 3505 d 0 1000 n j 3505 MDDCP5pp j 3506 s 0 n j 3506 MDDCP5pp_reverse_fd1dc j 3507 d 0 1000 n j 3507 MDDEP1pp j 3508 s 0 n j 3508 MDDEP1pp_reverse_6e8fc j 3509 d 0 1000 n j 3509 MDDEP2pp j 3510 s 0 n j 3510 MDDEP2pp_reverse_952c4 j 3511 d 0 1000 n j 3511 MDDEP3pp j 3512 s 0 n j 3512 MDDEP3pp_reverse_99f89 j 3513 d 0 1000 n j 3513 MDDEP4pp j 3514 s 0 n j 3514 MDDEP4pp_reverse_6d84a j 3515 d 0 1000 n j 3515 MDH j 3516 d 0 1000 n j 3516 MDH_reverse_ee52c j 3517 d 0 1000 n j 3517 MDH2 j 3518 s 0 n j 3518 MDH2_reverse_d8905 j 3519 d 0 1000 n j 3519 MDH3 j 3520 s 0 n j 3520 MDH3_reverse_15f5e j 3521 d 0 1000 n j 3521 ME1 j 3522 s 0 n j 3522 ME1_reverse_9736c j 3523 d 0 1000 n j 3523 ME2 j 3524 s 0 n j 3524 ME2_reverse_2b0a2 j 3525 d 0 1000 n j 3525 MECDPDH5 j 3526 s 0 n j 3526 MECDPDH5_reverse_f6cae j 3527 d 0 1000 n j 3527 MECDPS j 3528 s 0 n j 3528 MECDPS_reverse_8baa5 j 3529 d 0 1000 n j 3529 MELIBt2pp j 3530 s 0 n j 3530 MELIBt2pp_reverse_41d5d j 3531 d 0 1000 n j 3531 MELIBt3ipp j 3532 s 0 n j 3532 MELIBt3ipp_reverse_83e68 j 3533 d 0 1000 n j 3533 MELIBtex j 3534 d 0 1000 n j 3534 MELIBtex_reverse_35489 j 3535 d 0 1000 n j 3535 MEOHtex j 3536 d 0 1000 n j 3536 MEOHtex_reverse_fb32d j 3537 d 0 1000 n j 3537 MEOHtrpp j 3538 d 0 1000 n j 3538 MEOHtrpp_reverse_3d00f j 3539 d 0 1000 n j 3539 MEPCT j 3540 s 0 n j 3540 MEPCT_reverse_de97a j 3541 d 0 1000 n j 3541 METAT j 3542 s 0 n j 3542 METAT_reverse_793ef j 3543 d 0 1000 n j 3543 METDabcpp j 3544 s 0 n j 3544 METDabcpp_reverse_5e6d9 j 3545 d 0 1000 n j 3545 METDtex j 3546 d 0 1000 n j 3546 METDtex_reverse_a7b32 j 3547 d 0 1000 n j 3547 METOX1s j 3548 s 0 n j 3548 METOX1s_reverse_d3bca j 3549 d 0 1000 n j 3549 METOX2s j 3550 s 0 n j 3550 METOX2s_reverse_21cff j 3551 d 0 1000 n j 3551 METS j 3552 s 0 n j 3552 METS_reverse_af81e j 3553 d 0 1000 n j 3553 METSOX1abcpp j 3554 s 0 n j 3554 METSOX1abcpp_reverse_86d41 j 3555 d 0 1000 n j 3555 METSOX1tex j 3556 d 0 1000 n j 3556 METSOX1tex_reverse_61d34 j 3557 d 0 1000 n j 3557 METSOX2abcpp j 3558 s 0 n j 3558 METSOX2abcpp_reverse_17619 j 3559 d 0 1000 n j 3559 METSOX2tex j 3560 d 0 1000 n j 3560 METSOX2tex_reverse_27fe0 j 3561 d 0 1000 n j 3561 METSOXR1 j 3562 s 0 n j 3562 METSOXR1_reverse_1f950 j 3563 d 0 1000 n j 3563 METSOXR2 j 3564 s 0 n j 3564 METSOXR2_reverse_18064 j 3565 d 0 1000 n j 3565 METTRS j 3566 s 0 n j 3566 METTRS_reverse_d6cd0 j 3567 d 0 1000 n j 3567 METabcpp j 3568 s 0 n j 3568 METabcpp_reverse_3d065 j 3569 d 0 1000 n j 3569 METtex j 3570 d 0 1000 n j 3570 METtex_reverse_3ac81 j 3571 d 0 1000 n j 3571 MG2t3_2pp j 3572 d 0 1000 n j 3572 MG2t3_2pp_reverse_f9aa3 j 3573 d 0 1000 n j 3573 MG2tex j 3574 d 0 1000 n j 3574 MG2tex_reverse_a1983 j 3575 d 0 1000 n j 3575 MG2tpp j 3576 s 0 n j 3576 MG2tpp_reverse_85d82 j 3577 d 0 1000 n j 3577 MG2uabcpp j 3578 s 0 n j 3578 MG2uabcpp_reverse_adeed j 3579 d 0 1000 n j 3579 MGSA j 3580 s 0 n j 3580 MGSA_reverse_ca5f7 j 3581 d 0 1000 n j 3581 MI1PP j 3582 s 0 n j 3582 MI1PP_reverse_76aa8 j 3583 d 0 1000 n j 3583 MICITDr j 3584 d 0 1000 n j 3584 MICITDr_reverse_9d582 j 3585 d 0 1000 n j 3585 MINCYCtex j 3586 d 0 1000 n j 3586 MINCYCtex_reverse_639c8 j 3587 d 0 1000 n j 3587 MINCYCtpp j 3588 s 0 n j 3588 MINCYCtpp_reverse_bd414 j 3589 d 0 1000 n j 3589 MINOHPtexi j 3590 s 0 n j 3590 MINOHPtexi_reverse_afc75 j 3591 d 0 1000 n j 3591 MLDCP1App j 3592 s 0 n j 3592 MLDCP1App_reverse_96701 j 3593 d 0 1000 n j 3593 MLDCP1Bpp j 3594 s 0 n j 3594 MLDCP1Bpp_reverse_5a028 j 3595 d 0 1000 n j 3595 MLDCP2App j 3596 s 0 n j 3596 MLDCP2App_reverse_ab200 j 3597 d 0 1000 n j 3597 MLDCP2Bpp j 3598 s 0 n j 3598 MLDCP2Bpp_reverse_14d0a j 3599 d 0 1000 n j 3599 MLDCP3App j 3600 s 0 n j 3600 MLDCP3App_reverse_cb2dc j 3601 d 0 1000 n j 3601 MLDEP1pp j 3602 s 0 n j 3602 MLDEP1pp_reverse_3a4b7 j 3603 d 0 1000 n j 3603 MLDEP2pp j 3604 s 0 n j 3604 MLDEP2pp_reverse_d46ea j 3605 d 0 1000 n j 3605 MLTG1 j 3606 s 0 n j 3606 MLTG1_reverse_807e4 j 3607 d 0 1000 n j 3607 MLTG2 j 3608 s 0 n j 3608 MLTG2_reverse_8ae5d j 3609 d 0 1000 n j 3609 MLTG3 j 3610 s 0 n j 3610 MLTG3_reverse_4bea7 j 3611 d 0 1000 n j 3611 MLTG4 j 3612 s 0 n j 3612 MLTG4_reverse_c7c2e j 3613 d 0 1000 n j 3613 MLTG5 j 3614 s 0 n j 3614 MLTG5_reverse_6f2d4 j 3615 d 0 1000 n j 3615 MLTGY1pp j 3616 s 0 n j 3616 MLTGY1pp_reverse_83a82 j 3617 d 0 1000 n j 3617 MLTGY2pp j 3618 s 0 n j 3618 MLTGY2pp_reverse_21ef1 j 3619 d 0 1000 n j 3619 MLTGY3pp j 3620 s 0 n j 3620 MLTGY3pp_reverse_b3def j 3621 d 0 1000 n j 3621 MLTGY4pp j 3622 s 0 n j 3622 MLTGY4pp_reverse_73320 j 3623 d 0 1000 n j 3623 MLTP1 j 3624 d 0 1000 n j 3624 MLTP1_reverse_0e00b j 3625 d 0 1000 n j 3625 MLTP2 j 3626 d 0 1000 n j 3626 MLTP2_reverse_2ca92 j 3627 d 0 1000 n j 3627 MLTP3 j 3628 d 0 1000 n j 3628 MLTP3_reverse_b3ce1 j 3629 d 0 1000 n j 3629 MMCD j 3630 s 0 n j 3630 MMCD_reverse_64681 j 3631 d 0 1000 n j 3631 MMETt2pp j 3632 s 0 n j 3632 MMETt2pp_reverse_79a30 j 3633 d 0 1000 n j 3633 MMETtex j 3634 d 0 1000 n j 3634 MMETtex_reverse_65f54 j 3635 d 0 1000 n j 3635 MMM j 3636 s 0 n j 3636 MMM_reverse_37538 j 3637 d 0 1000 n j 3637 MN2t3pp j 3638 s 0 n j 3638 MN2t3pp_reverse_f2687 j 3639 d 0 1000 n j 3639 MN2tpp j 3640 s 0 n j 3640 MN2tpp_reverse_45302 j 3641 d 0 1000 n j 3641 MN6PP j 3642 s 0 n j 3642 MN6PP_reverse_27a9e j 3643 d 0 1000 n j 3643 MNLptspp j 3644 s 0 n j 3644 MNLptspp_reverse_ef012 j 3645 d 0 1000 n j 3645 MNLtex j 3646 d 0 1000 n j 3646 MNLtex_reverse_b3c92 j 3647 d 0 1000 n j 3647 MNNH j 3648 s 0 n j 3648 MNNH_reverse_93660 j 3649 d 0 1000 n j 3649 MNt2pp j 3650 s 0 n j 3650 MNt2pp_reverse_c690c j 3651 d 0 1000 n j 3651 MNtex j 3652 d 0 1000 n j 3652 MNtex_reverse_711cc j 3653 d 0 1000 n j 3653 MOADSUx j 3654 s 0 n j 3654 MOADSUx_reverse_ba039 j 3655 d 0 1000 n j 3655 MOAT j 3656 s 0 n j 3656 MOAT_reverse_0fdf8 j 3657 d 0 1000 n j 3657 MOAT2 j 3658 s 0 n j 3658 MOAT2_reverse_6e42e j 3659 d 0 1000 n j 3659 MOAT3C j 3660 s 0 n j 3660 MOAT3C_reverse_7302c j 3661 d 0 1000 n j 3661 MOBDabcpp j 3662 s 0 n j 3662 MOBDabcpp_reverse_4be38 j 3663 d 0 1000 n j 3663 MOBDtex j 3664 d 0 1000 n j 3664 MOBDtex_reverse_4fdc7 j 3665 d 0 1000 n j 3665 MOCDS j 3666 s 0 n j 3666 MOCDS_reverse_6b5e6 j 3667 d 0 1000 n j 3667 MOCOS j 3668 s 0 n j 3668 MOCOS_reverse_39ff4 j 3669 d 0 1000 n j 3669 MOGDS j 3670 s 0 n j 3670 MOGDS_reverse_eab6b j 3671 d 0 1000 n j 3671 MOHMT j 3672 s 0 n j 3672 MOHMT_reverse_83ce0 j 3673 d 0 1000 n j 3673 MOX j 3674 d 0 1000 n j 3674 MOX_reverse_b32ec j 3675 d 0 1000 n j 3675 MPTAT j 3676 s 0 n j 3676 MPTAT_reverse_75105 j 3677 d 0 1000 n j 3677 MPTG j 3678 s 0 n j 3678 MPTG_reverse_610dd j 3679 d 0 1000 n j 3679 MPTG2 j 3680 s 0 n j 3680 MPTG2_reverse_fd602 j 3681 d 0 1000 n j 3681 MPTS j 3682 s 0 n j 3682 MPTS_reverse_45339 j 3683 d 0 1000 n j 3683 MPTSS j 3684 s 0 n j 3684 MPTSS_reverse_d864d j 3685 d 0 1000 n j 3685 MSAR j 3686 s 0 n j 3686 MSAR_reverse_9ab38 j 3687 d 0 1000 n j 3687 MSO3abcpp j 3688 s 0 n j 3688 MSO3abcpp_reverse_61429 j 3689 d 0 1000 n j 3689 MSO3tex j 3690 d 0 1000 n j 3690 MSO3tex_reverse_0222e j 3691 d 0 1000 n j 3691 MTAN j 3692 s 0 n j 3692 MTAN_reverse_57476 j 3693 d 0 1000 n j 3693 MTHFC j 3694 d 0 1000 n j 3694 MTHFC_reverse_f6fcc j 3695 d 0 1000 n j 3695 MTHFD j 3696 d 0 1000 n j 3696 MTHFD_reverse_c10fd j 3697 d 0 1000 n j 3697 MTHFR2 j 3698 s 0 n j 3698 MTHFR2_reverse_40f34 j 3699 d 0 1000 n j 3699 MTHTHFSs j 3700 s 0 n j 3700 MTHTHFSs_reverse_faff6 j 3701 d 0 1000 n j 3701 MTRPOX j 3702 s 0 n j 3702 MTRPOX_reverse_db92e j 3703 d 0 1000 n j 3703 N2Otex j 3704 d 0 1000 n j 3704 N2Otex_reverse_8cda9 j 3705 d 0 1000 n j 3705 N2Otpp j 3706 d 0 1000 n j 3706 N2Otpp_reverse_e5ea3 j 3707 d 0 1000 n j 3707 NACODA j 3708 s 0 n j 3708 NACODA_reverse_e2aa5 j 3709 d 0 1000 n j 3709 NACtex j 3710 d 0 1000 n j 3710 NACtex_reverse_435b9 j 3711 d 0 1000 n j 3711 NACtpp j 3712 s 0 n j 3712 NACtpp_reverse_4b9c9 j 3713 d 0 1000 n j 3713 NADDP j 3714 s 0 n j 3714 NADDP_reverse_7a11e j 3715 d 0 1000 n j 3715 NADH10 j 3716 s 0 n j 3716 NADH10_reverse_e415a j 3717 d 0 1000 n j 3717 NADH16pp j 3718 s 0 n j 3718 NADH16pp_reverse_a8e37 j 3719 d 0 1000 n j 3719 NADH17pp j 3720 s 0 n j 3720 NADH17pp_reverse_f64c7 j 3721 d 0 1000 n j 3721 NADH18pp j 3722 s 0 n j 3722 NADH18pp_reverse_8cf33 j 3723 d 0 1000 n j 3723 NADH5 j 3724 s 0 n j 3724 NADH5_reverse_d695e j 3725 d 0 1000 n j 3725 NADH9 j 3726 s 0 n j 3726 NADH9_reverse_91511 j 3727 d 0 1000 n j 3727 NADK j 3728 s 0 n j 3728 NADK_reverse_bba52 j 3729 d 0 1000 n j 3729 NADN j 3730 s 0 n j 3730 NADN_reverse_8a930 j 3731 d 0 1000 n j 3731 NADPHQR2 j 3732 s 0 n j 3732 NADPHQR2_reverse_481c5 j 3733 d 0 1000 n j 3733 NADPHQR3 j 3734 s 0 n j 3734 NADPHQR3_reverse_6a295 j 3735 d 0 1000 n j 3735 NADPHQR4 j 3736 s 0 n j 3736 NADPHQR4_reverse_ebd03 j 3737 d 0 1000 n j 3737 NADPPPS j 3738 s 0 n j 3738 NADPPPS_reverse_c9c40 j 3739 d 0 1000 n j 3739 NADS1 j 3740 s 0 n j 3740 NADS1_reverse_0b93a j 3741 d 0 1000 n j 3741 NADTRHD j 3742 s 0 n j 3742 NADTRHD_reverse_49725 j 3743 d 0 1000 n j 3743 NAMNPP j 3744 s 0 n j 3744 NAMNPP_reverse_ebb31 j 3745 d 0 1000 n j 3745 NAt3_1p5pp j 3746 s 0 n j 3746 NAt3_1p5pp_reverse_b9b29 j 3747 d 0 1000 n j 3747 NAt3_2pp j 3748 s 0 n j 3748 NAt3_2pp_reverse_4ca5c j 3749 d 0 1000 n j 3749 NAt3pp j 3750 s 0 n j 3750 NAt3pp_reverse_421a2 j 3751 d 0 1000 n j 3751 NAtex j 3752 d 0 1000 n j 3752 NAtex_reverse_0181e j 3753 d 0 1000 n j 3753 NDPK1 j 3754 d 0 1000 n j 3754 NDPK1_reverse_9216a j 3755 d 0 1000 n j 3755 NDPK2 j 3756 d 0 1000 n j 3756 NDPK2_reverse_10df6 j 3757 d 0 1000 n j 3757 NDPK3 j 3758 d 0 1000 n j 3758 NDPK3_reverse_37ea6 j 3759 d 0 1000 n j 3759 NDPK4 j 3760 d 0 1000 n j 3760 NDPK4_reverse_9a1c8 j 3761 d 0 1000 n j 3761 NDPK5 j 3762 d 0 1000 n j 3762 NDPK5_reverse_6973f j 3763 d 0 1000 n j 3763 NDPK6 j 3764 d 0 1000 n j 3764 NDPK6_reverse_d41ea j 3765 d 0 1000 n j 3765 NDPK7 j 3766 d 0 1000 n j 3766 NDPK7_reverse_9dc79 j 3767 d 0 1000 n j 3767 NDPK8 j 3768 d 0 1000 n j 3768 NDPK8_reverse_13dd1 j 3769 d 0 1000 n j 3769 NH4tex j 3770 d 0 1000 n j 3770 NH4tex_reverse_ce04b j 3771 d 0 1000 n j 3771 NH4tpp j 3772 d 0 1000 n j 3772 NH4tpp_reverse_eca16 j 3773 d 0 1000 n j 3773 NHFRBO j 3774 s 0 n j 3774 NHFRBO_reverse_08cf3 j 3775 d 0 1000 n j 3775 NI2abcpp j 3776 s 0 n j 3776 NI2abcpp_reverse_77f95 j 3777 d 0 1000 n j 3777 NI2t3pp j 3778 s 0 n j 3778 NI2t3pp_reverse_0da92 j 3779 d 0 1000 n j 3779 NI2tex j 3780 d 0 1000 n j 3780 NI2tex_reverse_a2971 j 3781 d 0 1000 n j 3781 NI2tpp j 3782 s 0 n j 3782 NI2tpp_reverse_e3b18 j 3783 d 0 1000 n j 3783 NI2uabcpp j 3784 s 0 n j 3784 NI2uabcpp_reverse_db325 j 3785 d 0 1000 n j 3785 NMNAT j 3786 s 0 n j 3786 NMNAT_reverse_6a3d7 j 3787 d 0 1000 n j 3787 NMNDA j 3788 s 0 n j 3788 NMNDA_reverse_0dc65 j 3789 d 0 1000 n j 3789 NMNN j 3790 s 0 n j 3790 NMNN_reverse_3ff83 j 3791 d 0 1000 n j 3791 NMNPtpp j 3792 s 0 n j 3792 NMNPtpp_reverse_fc375 j 3793 d 0 1000 n j 3793 NMNt7pp j 3794 s 0 n j 3794 NMNt7pp_reverse_aded5 j 3795 d 0 1000 n j 3795 NMNtex j 3796 d 0 1000 n j 3796 NMNtex_reverse_f9178 j 3797 d 0 1000 n j 3797 NNAM j 3798 s 0 n j 3798 NNAM_reverse_68e1d j 3799 d 0 1000 n j 3799 NNATr j 3800 d 0 1000 n j 3800 NNATr_reverse_8ab73 j 3801 d 0 1000 n j 3801 NNDMBRT j 3802 s 0 n j 3802 NNDMBRT_reverse_13f8c j 3803 d 0 1000 n j 3803 NNDPR j 3804 s 0 n j 3804 NNDPR_reverse_445ff j 3805 d 0 1000 n j 3805 NO2t2rpp j 3806 d 0 1000 n j 3806 NO2t2rpp_reverse_a35c8 j 3807 d 0 1000 n j 3807 NO2tex j 3808 d 0 1000 n j 3808 NO2tex_reverse_fed02 j 3809 d 0 1000 n j 3809 NO3R1bpp j 3810 s 0 n j 3810 NO3R1bpp_reverse_f3ffe j 3811 d 0 1000 n j 3811 NO3R1pp j 3812 s 0 n j 3812 NO3R1pp_reverse_9141e j 3813 d 0 1000 n j 3813 NO3R2bpp j 3814 s 0 n j 3814 NO3R2bpp_reverse_ba091 j 3815 d 0 1000 n j 3815 NO3R2pp j 3816 s 0 n j 3816 NO3R2pp_reverse_f05e9 j 3817 d 0 1000 n j 3817 NO3t7pp j 3818 s 0 n j 3818 NO3t7pp_reverse_bcb41 j 3819 d 0 1000 n j 3819 NO3tex j 3820 d 0 1000 n j 3820 NO3tex_reverse_b1290 j 3821 d 0 1000 n j 3821 NODOx j 3822 s 0 n j 3822 NODOx_reverse_aa53a j 3823 d 0 1000 n j 3823 NODOy j 3824 s 0 n j 3824 NODOy_reverse_0f72e j 3825 d 0 1000 n j 3825 NOVBCNtex j 3826 d 0 1000 n j 3826 NOVBCNtex_reverse_5ad93 j 3827 d 0 1000 n j 3827 NOVBCNtpp j 3828 s 0 n j 3828 NOVBCNtpp_reverse_0bf15 j 3829 d 0 1000 n j 3829 NOtex j 3830 d 0 1000 n j 3830 NOtex_reverse_4cf96 j 3831 d 0 1000 n j 3831 NOtpp j 3832 d 0 1000 n j 3832 NOtpp_reverse_27880 j 3833 d 0 1000 n j 3833 NTD1 j 3834 s 0 n j 3834 NTD1_reverse_d7db9 j 3835 d 0 1000 n j 3835 NTD10 j 3836 s 0 n j 3836 NTD10_reverse_8b9f0 j 3837 d 0 1000 n j 3837 NTD10pp j 3838 s 0 n j 3838 NTD10pp_reverse_7730d j 3839 d 0 1000 n j 3839 NTD11 j 3840 s 0 n j 3840 NTD11_reverse_39abf j 3841 d 0 1000 n j 3841 NTD11pp j 3842 s 0 n j 3842 NTD11pp_reverse_ffc05 j 3843 d 0 1000 n j 3843 NTD12 j 3844 s 0 n j 3844 NTD12_reverse_293d1 j 3845 d 0 1000 n j 3845 NTD12pp j 3846 s 0 n j 3846 NTD12pp_reverse_9d30b j 3847 d 0 1000 n j 3847 NTD1pp j 3848 s 0 n j 3848 NTD1pp_reverse_fa4c2 j 3849 d 0 1000 n j 3849 NTD2 j 3850 s 0 n j 3850 NTD2_reverse_a3382 j 3851 d 0 1000 n j 3851 NTD2pp j 3852 s 0 n j 3852 NTD2pp_reverse_78372 j 3853 d 0 1000 n j 3853 NTD3 j 3854 s 0 n j 3854 NTD3_reverse_6e80d j 3855 d 0 1000 n j 3855 NTD3pp j 3856 s 0 n j 3856 NTD3pp_reverse_c3d97 j 3857 d 0 1000 n j 3857 NTD4 j 3858 s 0 n j 3858 NTD4_reverse_0e18e j 3859 d 0 1000 n j 3859 NTD4pp j 3860 s 0 n j 3860 NTD4pp_reverse_51810 j 3861 d 0 1000 n j 3861 NTD5 j 3862 s 0 n j 3862 NTD5_reverse_28a76 j 3863 d 0 1000 n j 3863 NTD5pp j 3864 s 0 n j 3864 NTD5pp_reverse_b7c36 j 3865 d 0 1000 n j 3865 NTD6 j 3866 s 0 n j 3866 NTD6_reverse_c5bce j 3867 d 0 1000 n j 3867 NTD6pp j 3868 s 0 n j 3868 NTD6pp_reverse_fefa9 j 3869 d 0 1000 n j 3869 NTD7 j 3870 s 0 n j 3870 NTD7_reverse_20dab j 3871 d 0 1000 n j 3871 NTD7pp j 3872 s 0 n j 3872 NTD7pp_reverse_96e48 j 3873 d 0 1000 n j 3873 NTD8 j 3874 s 0 n j 3874 NTD8_reverse_9dc69 j 3875 d 0 1000 n j 3875 NTD8pp j 3876 s 0 n j 3876 NTD8pp_reverse_2d04b j 3877 d 0 1000 n j 3877 NTD9 j 3878 s 0 n j 3878 NTD9_reverse_d6a60 j 3879 d 0 1000 n j 3879 NTD9pp j 3880 s 0 n j 3880 NTD9pp_reverse_56df5 j 3881 d 0 1000 n j 3881 NTP1 j 3882 s 0 n j 3882 NTP1_reverse_46daa j 3883 d 0 1000 n j 3883 NTP10 j 3884 s 0 n j 3884 NTP10_reverse_1c22d j 3885 d 0 1000 n j 3885 NTP11 j 3886 s 0 n j 3886 NTP11_reverse_a170e j 3887 d 0 1000 n j 3887 NTP12 j 3888 s 0 n j 3888 NTP12_reverse_c9a38 j 3889 d 0 1000 n j 3889 NTP3 j 3890 s 0 n j 3890 NTP3_reverse_eac23 j 3891 d 0 1000 n j 3891 NTP3pp j 3892 s 0 n j 3892 NTP3pp_reverse_4be59 j 3893 d 0 1000 n j 3893 NTP5 j 3894 s 0 n j 3894 NTP5_reverse_252e0 j 3895 d 0 1000 n j 3895 NTPP1 j 3896 s 0 n j 3896 NTPP1_reverse_947f5 j 3897 d 0 1000 n j 3897 NTPP10 j 3898 s 0 n j 3898 NTPP10_reverse_bcc00 j 3899 d 0 1000 n j 3899 NTPP11 j 3900 s 0 n j 3900 NTPP11_reverse_a0c27 j 3901 d 0 1000 n j 3901 NTPP2 j 3902 s 0 n j 3902 NTPP2_reverse_bff4f j 3903 d 0 1000 n j 3903 NTPP3 j 3904 s 0 n j 3904 NTPP3_reverse_32c2e j 3905 d 0 1000 n j 3905 NTPP4 j 3906 s 0 n j 3906 NTPP4_reverse_232cc j 3907 d 0 1000 n j 3907 NTPP5 j 3908 s 0 n j 3908 NTPP5_reverse_f08d0 j 3909 d 0 1000 n j 3909 NTPP6 j 3910 s 0 n j 3910 NTPP6_reverse_4f33c j 3911 d 0 1000 n j 3911 NTPP7 j 3912 s 0 n j 3912 NTPP7_reverse_47c62 j 3913 d 0 1000 n j 3913 NTPP8 j 3914 s 0 n j 3914 NTPP8_reverse_ce3f8 j 3915 d 0 1000 n j 3915 NTPP9 j 3916 s 0 n j 3916 NTPP9_reverse_70642 j 3917 d 0 1000 n j 3917 NTPTP1 j 3918 s 0 n j 3918 NTPTP1_reverse_9002b j 3919 d 0 1000 n j 3919 NTPTP2 j 3920 s 0 n j 3920 NTPTP2_reverse_fb322 j 3921 d 0 1000 n j 3921 NTRIR2x j 3922 s 0 n j 3922 NTRIR2x_reverse_2ba0c j 3923 d 0 1000 n j 3923 NTRIR3pp j 3924 s 0 n j 3924 NTRIR3pp_reverse_9be00 j 3925 d 0 1000 n j 3925 NTRIR4pp j 3926 s 0 n j 3926 NTRIR4pp_reverse_e0888 j 3927 d 0 1000 n j 3927 O16A4COLIPAabctex j 3928 s 0 n j 3928 O16A4COLIPAabctex_reverse_235f8 j 3929 d 0 1000 n j 3929 O16A4Lpp j 3930 s 0 n j 3930 O16A4Lpp_reverse_1c015 j 3931 d 0 1000 n j 3931 O16AP1pp j 3932 s 0 n j 3932 O16AP1pp_reverse_7fc4f j 3933 d 0 1000 n j 3933 O16AP2pp j 3934 s 0 n j 3934 O16AP2pp_reverse_72a5e j 3935 d 0 1000 n j 3935 O16AP3pp j 3936 s 0 n j 3936 O16AP3pp_reverse_4d00e j 3937 d 0 1000 n j 3937 O16AT j 3938 s 0 n j 3938 O16AT_reverse_6b6d9 j 3939 d 0 1000 n j 3939 O16AUNDtpp j 3940 s 0 n j 3940 O16AUNDtpp_reverse_3cf3d j 3941 d 0 1000 n j 3941 O16GALFT j 3942 s 0 n j 3942 O16GALFT_reverse_a9d34 j 3943 d 0 1000 n j 3943 O16GLCT1 j 3944 s 0 n j 3944 O16GLCT1_reverse_677cd j 3945 d 0 1000 n j 3945 O16GLCT2 j 3946 s 0 n j 3946 O16GLCT2_reverse_cee71 j 3947 d 0 1000 n j 3947 O2Stex j 3948 d 0 1000 n j 3948 O2Stex_reverse_77f73 j 3949 d 0 1000 n j 3949 O2tex j 3950 d 0 1000 n j 3950 O2tex_reverse_a3b28 j 3951 d 0 1000 n j 3951 O2tpp j 3952 d 0 1000 n j 3952 O2tpp_reverse_28c7e j 3953 d 0 1000 n j 3953 OAADC j 3954 s 0 n j 3954 OAADC_reverse_f85ae j 3955 d 0 1000 n j 3955 OBTFL j 3956 s 0 n j 3956 OBTFL_reverse_ab4a2 j 3957 d 0 1000 n j 3957 OCBT j 3958 d 0 1000 n j 3958 OCBT_reverse_f5568 j 3959 d 0 1000 n j 3959 OCDCAtexi j 3960 s 0 n j 3960 OCDCAtexi_reverse_b8f37 j 3961 d 0 1000 n j 3961 OCDCEAtexi j 3962 s 0 n j 3962 OCDCEAtexi_reverse_4cd10 j 3963 d 0 1000 n j 3963 OCTAtex j 3964 d 0 1000 n j 3964 OCTAtex_reverse_4220a j 3965 d 0 1000 n j 3965 OCTDPS j 3966 s 0 n j 3966 OCTDPS_reverse_358d9 j 3967 d 0 1000 n j 3967 OCTNLL j 3968 s 0 n j 3968 OCTNLL_reverse_c89f6 j 3969 d 0 1000 n j 3969 OGMEACPD j 3970 s 0 n j 3970 OGMEACPD_reverse_fa697 j 3971 d 0 1000 n j 3971 OGMEACPR j 3972 s 0 n j 3972 OGMEACPR_reverse_53919 j 3973 d 0 1000 n j 3973 OGMEACPS j 3974 s 0 n j 3974 OGMEACPS_reverse_13b17 j 3975 d 0 1000 n j 3975 OHPBAT j 3976 d 0 1000 n j 3976 OHPBAT_reverse_7e72e j 3977 d 0 1000 n j 3977 OHPHM j 3978 s 0 n j 3978 OHPHM_reverse_b08b4 j 3979 d 0 1000 n j 3979 OMBZLM j 3980 s 0 n j 3980 OMBZLM_reverse_a3f14 j 3981 d 0 1000 n j 3981 OMCDC j 3982 s 0 n j 3982 OMCDC_reverse_74477 j 3983 d 0 1000 n j 3983 OMMBLHX j 3984 s 0 n j 3984 OMMBLHX_reverse_94dfd j 3985 d 0 1000 n j 3985 OMMBLHX3 j 3986 s 0 n j 3986 OMMBLHX3_reverse_afc77 j 3987 d 0 1000 n j 3987 OMPDC j 3988 s 0 n j 3988 OMPDC_reverse_45ba1 j 3989 d 0 1000 n j 3989 OMPHHX j 3990 s 0 n j 3990 OMPHHX_reverse_c6683 j 3991 d 0 1000 n j 3991 OMPHHX3 j 3992 s 0 n j 3992 OMPHHX3_reverse_24123 j 3993 d 0 1000 n j 3993 OP4ENH j 3994 s 0 n j 3994 OP4ENH_reverse_ef8b0 j 3995 d 0 1000 n j 3995 OPHBDC j 3996 s 0 n j 3996 OPHBDC_reverse_da435 j 3997 d 0 1000 n j 3997 OPHHX j 3998 s 0 n j 3998 OPHHX_reverse_2aeb1 j 3999 d 0 1000 n j 3999 OPHHX3 j 4000 s 0 n j 4000 OPHHX3_reverse_63f10 j 4001 d 0 1000 n j 4001 OPMEACPD j 4002 s 0 n j 4002 OPMEACPD_reverse_d1190 j 4003 d 0 1000 n j 4003 OPMEACPR j 4004 s 0 n j 4004 OPMEACPR_reverse_7cc6e j 4005 d 0 1000 n j 4005 OPMEACPS j 4006 s 0 n j 4006 OPMEACPS_reverse_e3f2d j 4007 d 0 1000 n j 4007 ORNDC j 4008 s 0 n j 4008 ORNDC_reverse_63596 j 4009 d 0 1000 n j 4009 ORNabcpp j 4010 s 0 n j 4010 ORNabcpp_reverse_d4b6e j 4011 d 0 1000 n j 4011 ORNtex j 4012 d 0 1000 n j 4012 ORNtex_reverse_d3e6a j 4013 d 0 1000 n j 4013 OROTt2_2pp j 4014 s 0 n j 4014 OROTt2_2pp_reverse_6e78b j 4015 d 0 1000 n j 4015 OROTtex j 4016 d 0 1000 n j 4016 OROTtex_reverse_42ab2 j 4017 d 0 1000 n j 4017 ORPT j 4018 d 0 1000 n j 4018 ORPT_reverse_19432 j 4019 d 0 1000 n j 4019 OXAMTC j 4020 s 0 n j 4020 OXAMTC_reverse_51fcf j 4021 d 0 1000 n j 4021 OXCDC j 4022 s 0 n j 4022 OXCDC_reverse_ee03e j 4023 d 0 1000 n j 4023 OXCOAHDH j 4024 s 0 n j 4024 OXCOAHDH_reverse_82fbe j 4025 d 0 1000 n j 4025 OXDHCOAT j 4026 s 0 n j 4026 OXDHCOAT_reverse_4ad9c j 4027 d 0 1000 n j 4027 P5CD j 4028 s 0 n j 4028 P5CD_reverse_c7374 j 4029 d 0 1000 n j 4029 P5CR j 4030 s 0 n j 4030 P5CR_reverse_55c58 j 4031 d 0 1000 n j 4031 PA120abcpp j 4032 s 0 n j 4032 PA120abcpp_reverse_b98c7 j 4033 d 0 1000 n j 4033 PA140abcpp j 4034 s 0 n j 4034 PA140abcpp_reverse_01d15 j 4035 d 0 1000 n j 4035 PA141abcpp j 4036 s 0 n j 4036 PA141abcpp_reverse_685e5 j 4037 d 0 1000 n j 4037 PA160abcpp j 4038 s 0 n j 4038 PA160abcpp_reverse_5cabb j 4039 d 0 1000 n j 4039 PA161abcpp j 4040 s 0 n j 4040 PA161abcpp_reverse_5530a j 4041 d 0 1000 n j 4041 PA180abcpp j 4042 s 0 n j 4042 PA180abcpp_reverse_58c6b j 4043 d 0 1000 n j 4043 PA181abcpp j 4044 s 0 n j 4044 PA181abcpp_reverse_a7059 j 4045 d 0 1000 n j 4045 PACALDt2rpp j 4046 d 0 1000 n j 4046 PACALDt2rpp_reverse_110b1 j 4047 d 0 1000 n j 4047 PACALDtex j 4048 d 0 1000 n j 4048 PACALDtex_reverse_1dc09 j 4049 d 0 1000 n j 4049 PACCOAE j 4050 s 0 n j 4050 PACCOAE_reverse_20591 j 4051 d 0 1000 n j 4051 PACCOAL j 4052 s 0 n j 4052 PACCOAL_reverse_e1401 j 4053 d 0 1000 n j 4053 PANTS j 4054 s 0 n j 4054 PANTS_reverse_11dcb j 4055 d 0 1000 n j 4055 PAPA120 j 4056 s 0 n j 4056 PAPA120_reverse_75d70 j 4057 d 0 1000 n j 4057 PAPA120pp j 4058 s 0 n j 4058 PAPA120pp_reverse_54fbc j 4059 d 0 1000 n j 4059 PAPA140 j 4060 s 0 n j 4060 PAPA140_reverse_255f5 j 4061 d 0 1000 n j 4061 PAPA140pp j 4062 s 0 n j 4062 PAPA140pp_reverse_0a02c j 4063 d 0 1000 n j 4063 PAPA141 j 4064 s 0 n j 4064 PAPA141_reverse_945ab j 4065 d 0 1000 n j 4065 PAPA141pp j 4066 s 0 n j 4066 PAPA141pp_reverse_5d5a0 j 4067 d 0 1000 n j 4067 PAPA160 j 4068 s 0 n j 4068 PAPA160_reverse_c64df j 4069 d 0 1000 n j 4069 PAPA160pp j 4070 s 0 n j 4070 PAPA160pp_reverse_1ea28 j 4071 d 0 1000 n j 4071 PAPA161 j 4072 s 0 n j 4072 PAPA161_reverse_1bc33 j 4073 d 0 1000 n j 4073 PAPA161pp j 4074 s 0 n j 4074 PAPA161pp_reverse_65baf j 4075 d 0 1000 n j 4075 PAPA180 j 4076 s 0 n j 4076 PAPA180_reverse_9f7f6 j 4077 d 0 1000 n j 4077 PAPA180pp j 4078 s 0 n j 4078 PAPA180pp_reverse_f1d0a j 4079 d 0 1000 n j 4079 PAPA181 j 4080 s 0 n j 4080 PAPA181_reverse_fb09e j 4081 d 0 1000 n j 4081 PAPA181pp j 4082 s 0 n j 4082 PAPA181pp_reverse_f7ae0 j 4083 d 0 1000 n j 4083 PAPPT3 j 4084 s 0 n j 4084 PAPPT3_reverse_0a787 j 4085 d 0 1000 n j 4085 PAPSR j 4086 s 0 n j 4086 PAPSR_reverse_75961 j 4087 d 0 1000 n j 4087 PAPSR2 j 4088 s 0 n j 4088 PAPSR2_reverse_3fe9e j 4089 d 0 1000 n j 4089 PDE1 j 4090 s 0 n j 4090 PDE1_reverse_9a118 j 4091 d 0 1000 n j 4091 PDE4 j 4092 s 0 n j 4092 PDE4_reverse_5c3ba j 4093 d 0 1000 n j 4093 PDH j 4094 s 0 n j 4094 PDH_reverse_ca160 j 4095 d 0 1000 n j 4095 PDX5PO2 j 4096 s 0 n j 4096 PDX5PO2_reverse_069b2 j 4097 d 0 1000 n j 4097 PDX5POi j 4098 s 0 n j 4098 PDX5POi_reverse_797dd j 4099 d 0 1000 n j 4099 PDX5PS j 4100 s 0 n j 4100 PDX5PS_reverse_2e3a2 j 4101 d 0 1000 n j 4101 PDXPP j 4102 s 0 n j 4102 PDXPP_reverse_e5f62 j 4103 d 0 1000 n j 4103 PE120abcpp j 4104 s 0 n j 4104 PE120abcpp_reverse_5ce28 j 4105 d 0 1000 n j 4105 PE140abcpp j 4106 s 0 n j 4106 PE140abcpp_reverse_6fa3a j 4107 d 0 1000 n j 4107 PE141abcpp j 4108 s 0 n j 4108 PE141abcpp_reverse_c1abc j 4109 d 0 1000 n j 4109 PE160abcpp j 4110 s 0 n j 4110 PE160abcpp_reverse_a5047 j 4111 d 0 1000 n j 4111 PE161abcpp j 4112 s 0 n j 4112 PE161abcpp_reverse_bbf6e j 4113 d 0 1000 n j 4113 PE180abcpp j 4114 s 0 n j 4114 PE180abcpp_reverse_7cc0f j 4115 d 0 1000 n j 4115 PE181abcpp j 4116 s 0 n j 4116 PE181abcpp_reverse_7648b j 4117 d 0 1000 n j 4117 PEAMNOpp j 4118 s 0 n j 4118 PEAMNOpp_reverse_82140 j 4119 d 0 1000 n j 4119 PEAMNtex j 4120 d 0 1000 n j 4120 PEAMNtex_reverse_3139a j 4121 d 0 1000 n j 4121 PERD j 4122 d 0 1000 n j 4122 PERD_reverse_c9aa4 j 4123 d 0 1000 n j 4123 PETNT161pp j 4124 s 0 n j 4124 PETNT161pp_reverse_946d0 j 4125 d 0 1000 n j 4125 PETNT181pp j 4126 s 0 n j 4126 PETNT181pp_reverse_3d813 j 4127 d 0 1000 n j 4127 PFK j 4128 s 0 n j 4128 PFK_reverse_d24a6 j 4129 d 0 1000 n j 4129 PFK_2 j 4130 s 0 n j 4130 PFK_2_reverse_ff38b j 4131 d 0 1000 n j 4131 PFK_3 j 4132 s 0 n j 4132 PFK_3_reverse_037e0 j 4133 d 0 1000 n j 4133 PFL j 4134 s 0 n j 4134 PFL_reverse_af9ec j 4135 d 0 1000 n j 4135 PG120abcpp j 4136 s 0 n j 4136 PG120abcpp_reverse_1e715 j 4137 d 0 1000 n j 4137 PG140abcpp j 4138 s 0 n j 4138 PG140abcpp_reverse_ac85f j 4139 d 0 1000 n j 4139 PG141abcpp j 4140 s 0 n j 4140 PG141abcpp_reverse_d1db9 j 4141 d 0 1000 n j 4141 PG160abcpp j 4142 s 0 n j 4142 PG160abcpp_reverse_5e019 j 4143 d 0 1000 n j 4143 PG161abcpp j 4144 s 0 n j 4144 PG161abcpp_reverse_c6d7f j 4145 d 0 1000 n j 4145 PG180abcpp j 4146 s 0 n j 4146 PG180abcpp_reverse_c791a j 4147 d 0 1000 n j 4147 PG181abcpp j 4148 s 0 n j 4148 PG181abcpp_reverse_7fd9e j 4149 d 0 1000 n j 4149 PGAMT j 4150 d 0 1000 n j 4150 PGAMT_reverse_52c23 j 4151 d 0 1000 n j 4151 PGCD j 4152 s 0 n j 4152 PGCD_reverse_1bc76 j 4153 d 0 1000 n j 4153 PGI j 4154 d 0 1000 n j 4154 PGI_reverse_27efc j 4155 d 0 1000 n j 4155 PGK j 4156 d 0 1000 n j 4156 PGK_reverse_02696 j 4157 d 0 1000 n j 4157 PGL j 4158 s 0 n j 4158 PGL_reverse_2bb6b j 4159 d 0 1000 n j 4159 PGLYCP j 4160 s 0 n j 4160 PGLYCP_reverse_9063f j 4161 d 0 1000 n j 4161 PGM j 4162 d 0 1000 n j 4162 PGM_reverse_fc9af j 4163 d 0 1000 n j 4163 PGMT j 4164 d 0 1000 n j 4164 PGMT_reverse_5bcdd j 4165 d 0 1000 n j 4165 PGP120abcpp j 4166 s 0 n j 4166 PGP120abcpp_reverse_2af50 j 4167 d 0 1000 n j 4167 PGP140abcpp j 4168 s 0 n j 4168 PGP140abcpp_reverse_8af6d j 4169 d 0 1000 n j 4169 PGP141abcpp j 4170 s 0 n j 4170 PGP141abcpp_reverse_cfe51 j 4171 d 0 1000 n j 4171 PGP160abcpp j 4172 s 0 n j 4172 PGP160abcpp_reverse_cc220 j 4173 d 0 1000 n j 4173 PGP161abcpp j 4174 s 0 n j 4174 PGP161abcpp_reverse_6df76 j 4175 d 0 1000 n j 4175 PGP180abcpp j 4176 s 0 n j 4176 PGP180abcpp_reverse_14a2e j 4177 d 0 1000 n j 4177 PGP181abcpp j 4178 s 0 n j 4178 PGP181abcpp_reverse_5bd7a j 4179 d 0 1000 n j 4179 PGPP120 j 4180 s 0 n j 4180 PGPP120_reverse_4087a j 4181 d 0 1000 n j 4181 PGPP120pp j 4182 s 0 n j 4182 PGPP120pp_reverse_12e68 j 4183 d 0 1000 n j 4183 PGPP140 j 4184 s 0 n j 4184 PGPP140_reverse_88ebb j 4185 d 0 1000 n j 4185 PGPP140pp j 4186 s 0 n j 4186 PGPP140pp_reverse_59079 j 4187 d 0 1000 n j 4187 PGPP141 j 4188 s 0 n j 4188 PGPP141_reverse_7b56a j 4189 d 0 1000 n j 4189 PGPP141pp j 4190 s 0 n j 4190 PGPP141pp_reverse_31791 j 4191 d 0 1000 n j 4191 PGPP160 j 4192 s 0 n j 4192 PGPP160_reverse_742ef j 4193 d 0 1000 n j 4193 PGPP160pp j 4194 s 0 n j 4194 PGPP160pp_reverse_7bac9 j 4195 d 0 1000 n j 4195 PGPP161 j 4196 s 0 n j 4196 PGPP161_reverse_5b17b j 4197 d 0 1000 n j 4197 PGPP161pp j 4198 s 0 n j 4198 PGPP161pp_reverse_6d946 j 4199 d 0 1000 n j 4199 PGPP180 j 4200 s 0 n j 4200 PGPP180_reverse_0851b j 4201 d 0 1000 n j 4201 PGPP180pp j 4202 s 0 n j 4202 PGPP180pp_reverse_c3bb9 j 4203 d 0 1000 n j 4203 PGPP181 j 4204 s 0 n j 4204 PGPP181_reverse_5742a j 4205 d 0 1000 n j 4205 PGPP181pp j 4206 s 0 n j 4206 PGPP181pp_reverse_58cfc j 4207 d 0 1000 n j 4207 PGSA120 j 4208 s 0 n j 4208 PGSA120_reverse_7ef84 j 4209 d 0 1000 n j 4209 PGSA140 j 4210 s 0 n j 4210 PGSA140_reverse_69338 j 4211 d 0 1000 n j 4211 PGSA141 j 4212 s 0 n j 4212 PGSA141_reverse_c2823 j 4213 d 0 1000 n j 4213 PGSA160 j 4214 s 0 n j 4214 PGSA160_reverse_d0d63 j 4215 d 0 1000 n j 4215 PGSA161 j 4216 s 0 n j 4216 PGSA161_reverse_9b5db j 4217 d 0 1000 n j 4217 PGSA180 j 4218 s 0 n j 4218 PGSA180_reverse_7fb49 j 4219 d 0 1000 n j 4219 PGSA181 j 4220 s 0 n j 4220 PGSA181_reverse_1a9c8 j 4221 d 0 1000 n j 4221 PHEMEabcpp j 4222 s 0 n j 4222 PHEMEabcpp_reverse_008c2 j 4223 d 0 1000 n j 4223 PHEMEtiex j 4224 s 0 n j 4224 PHEMEtiex_reverse_f3742 j 4225 d 0 1000 n j 4225 PHETA1 j 4226 d 0 1000 n j 4226 PHETA1_reverse_9d47a j 4227 d 0 1000 n j 4227 PHETRS j 4228 s 0 n j 4228 PHETRS_reverse_a31de j 4229 d 0 1000 n j 4229 PHEt2rpp j 4230 d 0 1000 n j 4230 PHEt2rpp_reverse_0e589 j 4231 d 0 1000 n j 4231 PHEtex j 4232 d 0 1000 n j 4232 PHEtex_reverse_dcc10 j 4233 d 0 1000 n j 4233 PHYTSpp j 4234 s 0 n j 4234 PHYTSpp_reverse_adac3 j 4235 d 0 1000 n j 4235 PIt2rpp j 4236 d 0 1000 n j 4236 PIt2rpp_reverse_52e06 j 4237 d 0 1000 n j 4237 PItex j 4238 d 0 1000 n j 4238 PItex_reverse_05721 j 4239 d 0 1000 n j 4239 PIuabcpp j 4240 s 0 n j 4240 PIuabcpp_reverse_c4f9b j 4241 d 0 1000 n j 4241 PLIPA1A120pp j 4242 s 0 n j 4242 PLIPA1A120pp_reverse_29048 j 4243 d 0 1000 n j 4243 PLIPA1A140pp j 4244 s 0 n j 4244 PLIPA1A140pp_reverse_6d29c j 4245 d 0 1000 n j 4245 PLIPA1A141pp j 4246 s 0 n j 4246 PLIPA1A141pp_reverse_8a166 j 4247 d 0 1000 n j 4247 PLIPA1A160pp j 4248 s 0 n j 4248 PLIPA1A160pp_reverse_1bbc9 j 4249 d 0 1000 n j 4249 PLIPA1A161pp j 4250 s 0 n j 4250 PLIPA1A161pp_reverse_31db8 j 4251 d 0 1000 n j 4251 PLIPA1A180pp j 4252 s 0 n j 4252 PLIPA1A180pp_reverse_35000 j 4253 d 0 1000 n j 4253 PLIPA1A181pp j 4254 s 0 n j 4254 PLIPA1A181pp_reverse_2eb9a j 4255 d 0 1000 n j 4255 PLIPA1E120pp j 4256 s 0 n j 4256 PLIPA1E120pp_reverse_a5c47 j 4257 d 0 1000 n j 4257 PLIPA1E140pp j 4258 s 0 n j 4258 PLIPA1E140pp_reverse_fa52d j 4259 d 0 1000 n j 4259 PLIPA1E141pp j 4260 s 0 n j 4260 PLIPA1E141pp_reverse_e1eb9 j 4261 d 0 1000 n j 4261 PLIPA1E160pp j 4262 s 0 n j 4262 PLIPA1E160pp_reverse_36143 j 4263 d 0 1000 n j 4263 PLIPA1E161pp j 4264 s 0 n j 4264 PLIPA1E161pp_reverse_91db5 j 4265 d 0 1000 n j 4265 PLIPA1E180pp j 4266 s 0 n j 4266 PLIPA1E180pp_reverse_daf92 j 4267 d 0 1000 n j 4267 PLIPA1E181pp j 4268 s 0 n j 4268 PLIPA1E181pp_reverse_80567 j 4269 d 0 1000 n j 4269 PLIPA1G120pp j 4270 s 0 n j 4270 PLIPA1G120pp_reverse_3bd2e j 4271 d 0 1000 n j 4271 PLIPA1G140pp j 4272 s 0 n j 4272 PLIPA1G140pp_reverse_1aa54 j 4273 d 0 1000 n j 4273 PLIPA1G141pp j 4274 s 0 n j 4274 PLIPA1G141pp_reverse_e6c68 j 4275 d 0 1000 n j 4275 PLIPA1G160pp j 4276 s 0 n j 4276 PLIPA1G160pp_reverse_3970d j 4277 d 0 1000 n j 4277 PLIPA1G161pp j 4278 s 0 n j 4278 PLIPA1G161pp_reverse_4473f j 4279 d 0 1000 n j 4279 PLIPA1G180pp j 4280 s 0 n j 4280 PLIPA1G180pp_reverse_f2449 j 4281 d 0 1000 n j 4281 PLIPA1G181pp j 4282 s 0 n j 4282 PLIPA1G181pp_reverse_548b3 j 4283 d 0 1000 n j 4283 PLIPA2A120pp j 4284 s 0 n j 4284 PLIPA2A120pp_reverse_7fb4b j 4285 d 0 1000 n j 4285 PLIPA2A140pp j 4286 s 0 n j 4286 PLIPA2A140pp_reverse_9fca8 j 4287 d 0 1000 n j 4287 PLIPA2A141pp j 4288 s 0 n j 4288 PLIPA2A141pp_reverse_c48d1 j 4289 d 0 1000 n j 4289 PLIPA2A160pp j 4290 s 0 n j 4290 PLIPA2A160pp_reverse_06e6b j 4291 d 0 1000 n j 4291 PLIPA2A161pp j 4292 s 0 n j 4292 PLIPA2A161pp_reverse_6424b j 4293 d 0 1000 n j 4293 PLIPA2A180pp j 4294 s 0 n j 4294 PLIPA2A180pp_reverse_8a7eb j 4295 d 0 1000 n j 4295 PLIPA2A181pp j 4296 s 0 n j 4296 PLIPA2A181pp_reverse_a384e j 4297 d 0 1000 n j 4297 PLIPA2E120pp j 4298 s 0 n j 4298 PLIPA2E120pp_reverse_01507 j 4299 d 0 1000 n j 4299 PLIPA2E140pp j 4300 s 0 n j 4300 PLIPA2E140pp_reverse_3c082 j 4301 d 0 1000 n j 4301 PLIPA2E141pp j 4302 s 0 n j 4302 PLIPA2E141pp_reverse_cb320 j 4303 d 0 1000 n j 4303 PLIPA2E160pp j 4304 s 0 n j 4304 PLIPA2E160pp_reverse_5dad9 j 4305 d 0 1000 n j 4305 PLIPA2E161pp j 4306 s 0 n j 4306 PLIPA2E161pp_reverse_47c6f j 4307 d 0 1000 n j 4307 PLIPA2E180pp j 4308 s 0 n j 4308 PLIPA2E180pp_reverse_b0d54 j 4309 d 0 1000 n j 4309 PLIPA2E181pp j 4310 s 0 n j 4310 PLIPA2E181pp_reverse_b2969 j 4311 d 0 1000 n j 4311 PLIPA2G120pp j 4312 s 0 n j 4312 PLIPA2G120pp_reverse_27cd5 j 4313 d 0 1000 n j 4313 PLIPA2G140pp j 4314 s 0 n j 4314 PLIPA2G140pp_reverse_c09b5 j 4315 d 0 1000 n j 4315 PLIPA2G141pp j 4316 s 0 n j 4316 PLIPA2G141pp_reverse_d1bc8 j 4317 d 0 1000 n j 4317 PLIPA2G160pp j 4318 s 0 n j 4318 PLIPA2G160pp_reverse_787b3 j 4319 d 0 1000 n j 4319 PLIPA2G161pp j 4320 s 0 n j 4320 PLIPA2G161pp_reverse_66ee8 j 4321 d 0 1000 n j 4321 PLIPA2G180pp j 4322 s 0 n j 4322 PLIPA2G180pp_reverse_a9dc2 j 4323 d 0 1000 n j 4323 PLIPA2G181pp j 4324 s 0 n j 4324 PLIPA2G181pp_reverse_c6379 j 4325 d 0 1000 n j 4325 PMANM j 4326 d 0 1000 n j 4326 PMANM_reverse_53eb0 j 4327 d 0 1000 n j 4327 PMDPHT j 4328 s 0 n j 4328 PMDPHT_reverse_8a0fd j 4329 d 0 1000 n j 4329 PMEACPE j 4330 s 0 n j 4330 PMEACPE_reverse_002c3 j 4331 d 0 1000 n j 4331 PMPK j 4332 s 0 n j 4332 PMPK_reverse_48b12 j 4333 d 0 1000 n j 4333 PNTK j 4334 s 0 n j 4334 PNTK_reverse_236b6 j 4335 d 0 1000 n j 4335 PNTOt4pp j 4336 s 0 n j 4336 PNTOt4pp_reverse_a34a9 j 4337 d 0 1000 n j 4337 PNTOtex j 4338 d 0 1000 n j 4338 PNTOtex_reverse_e5e15 j 4339 d 0 1000 n j 4339 POAACR j 4340 s 0 n j 4340 POAACR_reverse_7d724 j 4341 d 0 1000 n j 4341 POR5 j 4342 d 0 1000 n j 4342 POR5_reverse_fe67d j 4343 d 0 1000 n j 4343 POX j 4344 s 0 n j 4344 POX_reverse_35cf5 j 4345 d 0 1000 n j 4345 PPA j 4346 s 0 n j 4346 PPA_reverse_c5293 j 4347 d 0 1000 n j 4347 PPA2 j 4348 s 0 n j 4348 PPA2_reverse_cb6ee j 4349 d 0 1000 n j 4349 PPAKr j 4350 d 0 1000 n j 4350 PPAKr_reverse_aefb2 j 4351 d 0 1000 n j 4351 PPALtex j 4352 d 0 1000 n j 4352 PPALtex_reverse_cdcdf j 4353 d 0 1000 n j 4353 PPALtpp j 4354 d 0 1000 n j 4354 PPALtpp_reverse_3bfa7 j 4355 d 0 1000 n j 4355 PPAt4pp j 4356 s 0 n j 4356 PPAt4pp_reverse_ace84 j 4357 d 0 1000 n j 4357 PPAtex j 4358 d 0 1000 n j 4358 PPAtex_reverse_aa50f j 4359 d 0 1000 n j 4359 PPBNGS j 4360 s 0 n j 4360 PPBNGS_reverse_dc5a2 j 4361 d 0 1000 n j 4361 PPC j 4362 s 0 n j 4362 PPC_reverse_e854a j 4363 d 0 1000 n j 4363 PPCDC j 4364 s 0 n j 4364 PPCDC_reverse_39306 j 4365 d 0 1000 n j 4365 PPCK j 4366 s 0 n j 4366 PPCK_reverse_2557d j 4367 d 0 1000 n j 4367 PPCSCT j 4368 s 0 n j 4368 PPCSCT_reverse_8447c j 4369 d 0 1000 n j 4369 PPGPPDP j 4370 s 0 n j 4370 PPGPPDP_reverse_82153 j 4371 d 0 1000 n j 4371 PPK2 j 4372 d 0 1000 n j 4372 PPK2_reverse_3275d j 4373 d 0 1000 n j 4373 PPK j 4374 d 0 1000 n j 4374 PPK_reverse_69cd8 j 4375 d 0 1000 n j 4375 PPM j 4376 d 0 1000 n j 4376 PPM_reverse_4bb1e j 4377 d 0 1000 n j 4377 PPM2 j 4378 d 0 1000 n j 4378 PPM2_reverse_a5e20 j 4379 d 0 1000 n j 4379 PPNCL2 j 4380 s 0 n j 4380 PPNCL2_reverse_a65ee j 4381 d 0 1000 n j 4381 PPND j 4382 s 0 n j 4382 PPND_reverse_5463c j 4383 d 0 1000 n j 4383 PPNDH j 4384 s 0 n j 4384 PPNDH_reverse_58300 j 4385 d 0 1000 n j 4385 PPPGO j 4386 s 0 n j 4386 PPPGO_reverse_3a681 j 4387 d 0 1000 n j 4387 PPPGO3 j 4388 s 0 n j 4388 PPPGO3_reverse_ccd8c j 4389 d 0 1000 n j 4389 PPPNDO j 4390 s 0 n j 4390 PPPNDO_reverse_01e00 j 4391 d 0 1000 n j 4391 PPPNt2rpp j 4392 d 0 1000 n j 4392 PPPNt2rpp_reverse_b60aa j 4393 d 0 1000 n j 4393 PPPNtex j 4394 d 0 1000 n j 4394 PPPNtex_reverse_0c5bc j 4395 d 0 1000 n j 4395 PPS j 4396 s 0 n j 4396 PPS_reverse_1c319 j 4397 d 0 1000 n j 4397 PPTHpp j 4398 s 0 n j 4398 PPTHpp_reverse_ece28 j 4399 d 0 1000 n j 4399 PPTtex j 4400 d 0 1000 n j 4400 PPTtex_reverse_e0a66 j 4401 d 0 1000 n j 4401 PRAGSr j 4402 d 0 1000 n j 4402 PRAGSr_reverse_fd2d8 j 4403 d 0 1000 n j 4403 PRAIS j 4404 s 0 n j 4404 PRAIS_reverse_8e616 j 4405 d 0 1000 n j 4405 PRAIi j 4406 s 0 n j 4406 PRAIi_reverse_e568f j 4407 d 0 1000 n j 4407 PRAMPC j 4408 s 0 n j 4408 PRAMPC_reverse_54696 j 4409 d 0 1000 n j 4409 PRASCSi j 4410 s 0 n j 4410 PRASCSi_reverse_11704 j 4411 d 0 1000 n j 4411 PRATPP j 4412 s 0 n j 4412 PRATPP_reverse_99bf0 j 4413 d 0 1000 n j 4413 PRFGS j 4414 s 0 n j 4414 PRFGS_reverse_db4e5 j 4415 d 0 1000 n j 4415 PRMICI j 4416 d 0 1000 n j 4416 PRMICI_reverse_af0a9 j 4417 d 0 1000 n j 4417 PROD2 j 4418 s 0 n j 4418 PROD2_reverse_972fe j 4419 d 0 1000 n j 4419 PROGLYabcpp j 4420 s 0 n j 4420 PROGLYabcpp_reverse_dbb93 j 4421 d 0 1000 n j 4421 PROGLYtex j 4422 d 0 1000 n j 4422 PROGLYtex_reverse_098fe j 4423 d 0 1000 n j 4423 PROTRS j 4424 s 0 n j 4424 PROTRS_reverse_9d634 j 4425 d 0 1000 n j 4425 PROabcpp j 4426 s 0 n j 4426 PROabcpp_reverse_f67d8 j 4427 d 0 1000 n j 4427 PROt2rpp j 4428 d 0 1000 n j 4428 PROt2rpp_reverse_b5589 j 4429 d 0 1000 n j 4429 PROt4pp j 4430 s 0 n j 4430 PROt4pp_reverse_a83c2 j 4431 d 0 1000 n j 4431 PROtex j 4432 d 0 1000 n j 4432 PROtex_reverse_71ca0 j 4433 d 0 1000 n j 4433 PRPPS j 4434 d 0 1000 n j 4434 PRPPS_reverse_dd7f2 j 4435 d 0 1000 n j 4435 PSCLYSt2pp j 4436 s 0 n j 4436 PSCLYSt2pp_reverse_a94ad j 4437 d 0 1000 n j 4437 PSCLYStex j 4438 d 0 1000 n j 4438 PSCLYStex_reverse_c9eff j 4439 d 0 1000 n j 4439 PSCVT j 4440 d 0 1000 n j 4440 PSCVT_reverse_1a852 j 4441 d 0 1000 n j 4441 PSD120 j 4442 s 0 n j 4442 PSD120_reverse_167dc j 4443 d 0 1000 n j 4443 PSD140 j 4444 s 0 n j 4444 PSD140_reverse_a8f72 j 4445 d 0 1000 n j 4445 PSD141 j 4446 s 0 n j 4446 PSD141_reverse_1bafe j 4447 d 0 1000 n j 4447 PSD160 j 4448 s 0 n j 4448 PSD160_reverse_f80ad j 4449 d 0 1000 n j 4449 PSD161 j 4450 s 0 n j 4450 PSD161_reverse_daeb9 j 4451 d 0 1000 n j 4451 PSD180 j 4452 s 0 n j 4452 PSD180_reverse_a7b08 j 4453 d 0 1000 n j 4453 PSD181 j 4454 s 0 n j 4454 PSD181_reverse_8b615 j 4455 d 0 1000 n j 4455 PSERT j 4456 s 0 n j 4456 PSERT_reverse_cbee4 j 4457 d 0 1000 n j 4457 PSERtex j 4458 d 0 1000 n j 4458 PSERtex_reverse_36126 j 4459 d 0 1000 n j 4459 PSP_L j 4460 s 0 n j 4460 PSP_L_reverse_cfa3c j 4461 d 0 1000 n j 4461 PSP_Lpp j 4462 s 0 n j 4462 PSP_Lpp_reverse_9456f j 4463 d 0 1000 n j 4463 PSSA120 j 4464 s 0 n j 4464 PSSA120_reverse_146fc j 4465 d 0 1000 n j 4465 PSSA140 j 4466 s 0 n j 4466 PSSA140_reverse_8cef4 j 4467 d 0 1000 n j 4467 PSSA141 j 4468 s 0 n j 4468 PSSA141_reverse_7ab04 j 4469 d 0 1000 n j 4469 PSSA160 j 4470 s 0 n j 4470 PSSA160_reverse_f5fc1 j 4471 d 0 1000 n j 4471 PSSA161 j 4472 s 0 n j 4472 PSSA161_reverse_cbe33 j 4473 d 0 1000 n j 4473 PSSA180 j 4474 s 0 n j 4474 PSSA180_reverse_e607c j 4475 d 0 1000 n j 4475 PSSA181 j 4476 s 0 n j 4476 PSSA181_reverse_83a3e j 4477 d 0 1000 n j 4477 PTA2 j 4478 s 0 n j 4478 PTA2_reverse_720d5 j 4479 d 0 1000 n j 4479 PTAr j 4480 d 0 1000 n j 4480 PTAr_reverse_fce15 j 4481 d 0 1000 n j 4481 PTHRpp j 4482 s 0 n j 4482 PTHRpp_reverse_80890 j 4483 d 0 1000 n j 4483 PTPATi j 4484 s 0 n j 4484 PTPATi_reverse_381d9 j 4485 d 0 1000 n j 4485 PTRCORNt7pp j 4486 d 0 1000 n j 4486 PTRCORNt7pp_reverse_b20e8 j 4487 d 0 1000 n j 4487 PTRCTA j 4488 s 0 n j 4488 PTRCTA_reverse_1e90c j 4489 d 0 1000 n j 4489 PTRCabcpp j 4490 s 0 n j 4490 PTRCabcpp_reverse_96b27 j 4491 d 0 1000 n j 4491 PTRCt2pp j 4492 s 0 n j 4492 PTRCt2pp_reverse_0b90f j 4493 d 0 1000 n j 4493 PTRCtex j 4494 d 0 1000 n j 4494 PTRCtex_reverse_a3bd6 j 4495 d 0 1000 n j 4495 PUNP1 j 4496 d 0 1000 n j 4496 PUNP1_reverse_e404e j 4497 d 0 1000 n j 4497 PUNP2 j 4498 d 0 1000 n j 4498 PUNP2_reverse_af3de j 4499 d 0 1000 n j 4499 PUNP3 j 4500 d 0 1000 n j 4500 PUNP3_reverse_1db03 j 4501 d 0 1000 n j 4501 PUNP4 j 4502 d 0 1000 n j 4502 PUNP4_reverse_e2a37 j 4503 d 0 1000 n j 4503 PUNP5 j 4504 d 0 1000 n j 4504 PUNP5_reverse_e49fe j 4505 d 0 1000 n j 4505 PUNP6 j 4506 d 0 1000 n j 4506 PUNP6_reverse_00238 j 4507 d 0 1000 n j 4507 PUNP7 j 4508 d 0 1000 n j 4508 PUNP7_reverse_05926 j 4509 d 0 1000 n j 4509 PYAM5PO j 4510 s 0 n j 4510 PYAM5PO_reverse_d008c j 4511 d 0 1000 n j 4511 PYDAMK j 4512 s 0 n j 4512 PYDAMK_reverse_a0071 j 4513 d 0 1000 n j 4513 PYDAMtex j 4514 d 0 1000 n j 4514 PYDAMtex_reverse_03aa6 j 4515 d 0 1000 n j 4515 PYDAMtpp j 4516 s 0 n j 4516 PYDAMtpp_reverse_3412a j 4517 d 0 1000 n j 4517 PYDXK j 4518 s 0 n j 4518 PYDXK_reverse_6e9be j 4519 d 0 1000 n j 4519 PYDXNK j 4520 s 0 n j 4520 PYDXNK_reverse_b5b8e j 4521 d 0 1000 n j 4521 PYDXNtex j 4522 d 0 1000 n j 4522 PYDXNtex_reverse_c98ca j 4523 d 0 1000 n j 4523 PYDXNtpp j 4524 s 0 n j 4524 PYDXNtpp_reverse_6fb4f j 4525 d 0 1000 n j 4525 PYDXPP j 4526 s 0 n j 4526 PYDXPP_reverse_26730 j 4527 d 0 1000 n j 4527 PYDXtex j 4528 d 0 1000 n j 4528 PYDXtex_reverse_1b0e1 j 4529 d 0 1000 n j 4529 PYDXtpp j 4530 s 0 n j 4530 PYDXtpp_reverse_58147 j 4531 d 0 1000 n j 4531 PYK j 4532 s 0 n j 4532 PYK_reverse_bc8ff j 4533 d 0 1000 n j 4533 PYNP2r j 4534 d 0 1000 n j 4534 PYNP2r_reverse_d20f8 j 4535 d 0 1000 n j 4535 PYROX j 4536 s 0 n j 4536 PYROX_reverse_df090 j 4537 d 0 1000 n j 4537 PYRt2rpp j 4538 d 0 1000 n j 4538 PYRt2rpp_reverse_3baab j 4539 d 0 1000 n j 4539 PYRtex j 4540 d 0 1000 n j 4540 PYRtex_reverse_59eef j 4541 d 0 1000 n j 4541 QMO2 j 4542 s 0 n j 4542 QMO2_reverse_62073 j 4543 d 0 1000 n j 4543 QMO3 j 4544 s 0 n j 4544 QMO3_reverse_81f19 j 4545 d 0 1000 n j 4545 QUIN2tex j 4546 d 0 1000 n j 4546 QUIN2tex_reverse_c1717 j 4547 d 0 1000 n j 4547 QUIN2tpp j 4548 d 0 1000 n j 4548 QUIN2tpp_reverse_a8d27 j 4549 d 0 1000 n j 4549 QUINDH j 4550 d 0 1000 n j 4550 QUINDH_reverse_3ca4c j 4551 d 0 1000 n j 4551 QULNS j 4552 s 0 n j 4552 QULNS_reverse_66da1 j 4553 d 0 1000 n j 4553 R15BPK j 4554 s 0 n j 4554 R15BPK_reverse_37801 j 4555 d 0 1000 n j 4555 R1PK j 4556 s 0 n j 4556 R1PK_reverse_1c909 j 4557 d 0 1000 n j 4557 R5PP j 4558 s 0 n j 4558 R5PP_reverse_475d3 j 4559 d 0 1000 n j 4559 R5PPpp j 4560 s 0 n j 4560 R5PPpp_reverse_13c4d j 4561 d 0 1000 n j 4561 R5Ptex j 4562 d 0 1000 n j 4562 R5Ptex_reverse_cbfca j 4563 d 0 1000 n j 4563 RBFK j 4564 s 0 n j 4564 RBFK_reverse_8faa7 j 4565 d 0 1000 n j 4565 RBFSa j 4566 s 0 n j 4566 RBFSa_reverse_61d96 j 4567 d 0 1000 n j 4567 RBFSb j 4568 s 0 n j 4568 RBFSb_reverse_32299 j 4569 d 0 1000 n j 4569 RBK j 4570 s 0 n j 4570 RBK_reverse_ee934 j 4571 d 0 1000 n j 4571 RBK_L1 j 4572 s 0 n j 4572 RBK_L1_reverse_7ee06 j 4573 d 0 1000 n j 4573 RBP4E j 4574 d 0 1000 n j 4574 RBP4E_reverse_12591 j 4575 d 0 1000 n j 4575 REPHACCOAI j 4576 d 0 1000 n j 4576 REPHACCOAI_reverse_4d4b5 j 4577 d 0 1000 n j 4577 RFAMPtex j 4578 d 0 1000 n j 4578 RFAMPtex_reverse_202c2 j 4579 d 0 1000 n j 4579 RFAMPtpp j 4580 s 0 n j 4580 RFAMPtpp_reverse_64e26 j 4581 d 0 1000 n j 4581 RHAT1 j 4582 s 0 n j 4582 RHAT1_reverse_0bb45 j 4583 d 0 1000 n j 4583 RHCCE j 4584 s 0 n j 4584 RHCCE_reverse_e91ee j 4585 d 0 1000 n j 4585 RIBabcpp j 4586 s 0 n j 4586 RIBabcpp_reverse_e1bf5 j 4587 d 0 1000 n j 4587 RIBtex j 4588 d 0 1000 n j 4588 RIBtex_reverse_42338 j 4589 d 0 1000 n j 4589 RMI j 4590 d 0 1000 n j 4590 RMI_reverse_ab7c1 j 4591 d 0 1000 n j 4591 RMK j 4592 s 0 n j 4592 RMK_reverse_f9a9f j 4593 d 0 1000 n j 4593 RMNtex j 4594 d 0 1000 n j 4594 RMNtex_reverse_90350 j 4595 d 0 1000 n j 4595 RMNtpp j 4596 s 0 n j 4596 RMNtpp_reverse_40417 j 4597 d 0 1000 n j 4597 RMPA j 4598 d 0 1000 n j 4598 RMPA_reverse_a5284 j 4599 d 0 1000 n j 4599 RNDR1 j 4600 s 0 n j 4600 RNDR1_reverse_f4be1 j 4601 d 0 1000 n j 4601 RNDR1b j 4602 s 0 n j 4602 RNDR1b_reverse_59a84 j 4603 d 0 1000 n j 4603 RNDR2 j 4604 s 0 n j 4604 RNDR2_reverse_7df82 j 4605 d 0 1000 n j 4605 RNDR2b j 4606 s 0 n j 4606 RNDR2b_reverse_73295 j 4607 d 0 1000 n j 4607 RNDR3 j 4608 s 0 n j 4608 RNDR3_reverse_bc84a j 4609 d 0 1000 n j 4609 RNDR3b j 4610 s 0 n j 4610 RNDR3b_reverse_036ef j 4611 d 0 1000 n j 4611 RNDR4 j 4612 s 0 n j 4612 RNDR4_reverse_aff84 j 4613 d 0 1000 n j 4613 RNDR4b j 4614 s 0 n j 4614 RNDR4b_reverse_9c1a0 j 4615 d 0 1000 n j 4615 RNTR1c2 j 4616 s 0 n j 4616 RNTR1c2_reverse_b4b14 j 4617 d 0 1000 n j 4617 RNTR2c2 j 4618 s 0 n j 4618 RNTR2c2_reverse_b6d45 j 4619 d 0 1000 n j 4619 RNTR3c2 j 4620 s 0 n j 4620 RNTR3c2_reverse_8ada2 j 4621 d 0 1000 n j 4621 RNTR4c2 j 4622 s 0 n j 4622 RNTR4c2_reverse_0f7f0 j 4623 d 0 1000 n j 4623 RPE j 4624 d 0 1000 n j 4624 RPE_reverse_a1b04 j 4625 d 0 1000 n j 4625 RPI j 4626 d 0 1000 n j 4626 RPI_reverse_853a1 j 4627 d 0 1000 n j 4627 RZ5PP j 4628 s 0 n j 4628 RZ5PP_reverse_b2942 j 4629 d 0 1000 n j 4629 S2FE2SR j 4630 s 0 n j 4630 S2FE2SR_reverse_7a140 j 4631 d 0 1000 n j 4631 S2FE2SS j 4632 s 0 n j 4632 S2FE2SS_reverse_dbd1b j 4633 d 0 1000 n j 4633 S2FE2SS2 j 4634 s 0 n j 4634 S2FE2SS2_reverse_db43c j 4635 d 0 1000 n j 4635 S2FE2ST j 4636 s 0 n j 4636 S2FE2ST_reverse_557c4 j 4637 d 0 1000 n j 4637 S4FE4SR j 4638 s 0 n j 4638 S4FE4SR_reverse_9a130 j 4639 d 0 1000 n j 4639 S4FE4ST j 4640 s 0 n j 4640 S4FE4ST_reverse_caa0d j 4641 d 0 1000 n j 4641 S7PI j 4642 s 0 n j 4642 S7PI_reverse_6ace9 j 4643 d 0 1000 n j 4643 SADH j 4644 s 0 n j 4644 SADH_reverse_a0164 j 4645 d 0 1000 n j 4645 SADT2 j 4646 s 0 n j 4646 SADT2_reverse_2632d j 4647 d 0 1000 n j 4647 SARCOX j 4648 s 0 n j 4648 SARCOX_reverse_eebad j 4649 d 0 1000 n j 4649 SBTPD j 4650 d 0 1000 n j 4650 SBTPD_reverse_9a7da j 4651 d 0 1000 n j 4651 SBTptspp j 4652 s 0 n j 4652 SBTptspp_reverse_05c76 j 4653 d 0 1000 n j 4653 SBTtex j 4654 d 0 1000 n j 4654 SBTtex_reverse_6aeda j 4655 d 0 1000 n j 4655 SCYSDS j 4656 s 0 n j 4656 SCYSDS_reverse_3bb75 j 4657 d 0 1000 n j 4657 SDPDS j 4658 s 0 n j 4658 SDPDS_reverse_43d25 j 4659 d 0 1000 n j 4659 SDPTA j 4660 d 0 1000 n j 4660 SDPTA_reverse_76834 j 4661 d 0 1000 n j 4661 SELCYSS j 4662 s 0 n j 4662 SELCYSS_reverse_2f401 j 4663 d 0 1000 n j 4663 SELGTHR j 4664 s 0 n j 4664 SELGTHR_reverse_87696 j 4665 d 0 1000 n j 4665 SELGTHR2 j 4666 s 0 n j 4666 SELGTHR2_reverse_076d8 j 4667 d 0 1000 n j 4667 SELGTHR3 j 4668 s 0 n j 4668 SELGTHR3_reverse_02c0a j 4669 d 0 1000 n j 4669 SELNPS j 4670 s 0 n j 4670 SELNPS_reverse_498bb j 4671 d 0 1000 n j 4671 SELR j 4672 s 0 n j 4672 SELR_reverse_c1bf1 j 4673 d 0 1000 n j 4673 SELtex j 4674 d 0 1000 n j 4674 SELtex_reverse_316ff j 4675 d 0 1000 n j 4675 SELtpp j 4676 s 0 n j 4676 SELtpp_reverse_466c6 j 4677 d 0 1000 n j 4677 SEPHCHCS j 4678 s 0 n j 4678 SEPHCHCS_reverse_cb185 j 4679 d 0 1000 n j 4679 SERASr j 4680 d 0 1000 n j 4680 SERASr_reverse_eb9c5 j 4681 d 0 1000 n j 4681 SERAT j 4682 d 0 1000 n j 4682 SERAT_reverse_0de5e j 4683 d 0 1000 n j 4683 SERD_D j 4684 s 0 n j 4684 SERD_D_reverse_0aea1 j 4685 d 0 1000 n j 4685 SERD_L j 4686 s 0 n j 4686 SERD_L_reverse_0f0ab j 4687 d 0 1000 n j 4687 SERTRS j 4688 s 0 n j 4688 SERTRS_reverse_b65b1 j 4689 d 0 1000 n j 4689 SERTRS2 j 4690 s 0 n j 4690 SERTRS2_reverse_0c19b j 4691 d 0 1000 n j 4691 SERt2rpp j 4692 d 0 1000 n j 4692 SERt2rpp_reverse_94979 j 4693 d 0 1000 n j 4693 SERt4pp j 4694 s 0 n j 4694 SERt4pp_reverse_0b585 j 4695 d 0 1000 n j 4695 SERtex j 4696 d 0 1000 n j 4696 SERtex_reverse_85c6a j 4697 d 0 1000 n j 4697 SFGTHi j 4698 s 0 n j 4698 SFGTHi_reverse_71e0b j 4699 d 0 1000 n j 4699 SGDS j 4700 s 0 n j 4700 SGDS_reverse_25ac4 j 4701 d 0 1000 n j 4701 SGSAD j 4702 s 0 n j 4702 SGSAD_reverse_57781 j 4703 d 0 1000 n j 4703 SHCHCS3 j 4704 s 0 n j 4704 SHCHCS3_reverse_fb361 j 4705 d 0 1000 n j 4705 SHCHD2 j 4706 s 0 n j 4706 SHCHD2_reverse_d3585 j 4707 d 0 1000 n j 4707 SHCHF j 4708 s 0 n j 4708 SHCHF_reverse_fbf31 j 4709 d 0 1000 n j 4709 SHK3Dr j 4710 d 0 1000 n j 4710 SHK3Dr_reverse_d5c8f j 4711 d 0 1000 n j 4711 SHKK j 4712 s 0 n j 4712 SHKK_reverse_163fd j 4713 d 0 1000 n j 4713 SHSL1 j 4714 s 0 n j 4714 SHSL1_reverse_22e26 j 4715 d 0 1000 n j 4715 SKMt2pp j 4716 s 0 n j 4716 SKMt2pp_reverse_b0b41 j 4717 d 0 1000 n j 4717 SKMtex j 4718 d 0 1000 n j 4718 SKMtex_reverse_af580 j 4719 d 0 1000 n j 4719 SLNTtex j 4720 d 0 1000 n j 4720 SLNTtex_reverse_17a8f j 4721 d 0 1000 n j 4721 SLNTtpp j 4722 s 0 n j 4722 SLNTtpp_reverse_55a3f j 4723 d 0 1000 n j 4723 SO2tex j 4724 d 0 1000 n j 4724 SO2tex_reverse_0dea8 j 4725 d 0 1000 n j 4725 SO2tpp j 4726 d 0 1000 n j 4726 SO2tpp_reverse_860e1 j 4727 d 0 1000 n j 4727 SO3tex j 4728 d 0 1000 n j 4728 SO3tex_reverse_94e61 j 4729 d 0 1000 n j 4729 SO4t2pp j 4730 s 0 n j 4730 SO4t2pp_reverse_02fd3 j 4731 d 0 1000 n j 4731 SO4tex j 4732 d 0 1000 n j 4732 SO4tex_reverse_1908f j 4733 d 0 1000 n j 4733 SOTA j 4734 s 0 n j 4734 SOTA_reverse_98c5d j 4735 d 0 1000 n j 4735 SPMDAT1 j 4736 s 0 n j 4736 SPMDAT1_reverse_5edba j 4737 d 0 1000 n j 4737 SPMDAT2 j 4738 s 0 n j 4738 SPMDAT2_reverse_1a39e j 4739 d 0 1000 n j 4739 SPMDabcpp j 4740 s 0 n j 4740 SPMDabcpp_reverse_7abfe j 4741 d 0 1000 n j 4741 SPMDt3pp j 4742 s 0 n j 4742 SPMDt3pp_reverse_9cb9f j 4743 d 0 1000 n j 4743 SPMDtex j 4744 d 0 1000 n j 4744 SPMDtex_reverse_5a2d5 j 4745 d 0 1000 n j 4745 SPMS j 4746 s 0 n j 4746 SPMS_reverse_92c51 j 4747 s 0 n j 4747 SPODM j 4748 s 0 n j 4748 SPODM_reverse_2648f j 4749 s 0 n j 4749 SPODMpp j 4750 s 0 n j 4750 SPODMpp_reverse_a61b9 j 4751 d 0 1000 n j 4751 SSALx j 4752 s 0 n j 4752 SSALx_reverse_25de3 j 4753 d 0 1000 n j 4753 SSALy j 4754 s 0 n j 4754 SSALy_reverse_c02ab j 4755 s 0 n j 4755 SUCASPtpp j 4756 s 0 n j 4756 SUCASPtpp_reverse_bb0a7 j 4757 d 0 1000 n j 4757 SUCBZL j 4758 s 0 n j 4758 SUCBZL_reverse_536e6 j 4759 d 0 1000 n j 4759 SUCBZS j 4760 s 0 n j 4760 SUCBZS_reverse_cdbc9 j 4761 d 0 1000 n j 4761 SUCCt2_2pp j 4762 s 0 n j 4762 SUCCt2_2pp_reverse_bb10d j 4763 d 0 1000 n j 4763 SUCCt2_3pp j 4764 s 0 n j 4764 SUCCt2_3pp_reverse_1fb63 j 4765 d 0 1000 n j 4765 SUCCt3pp j 4766 s 0 n j 4766 SUCCt3pp_reverse_5b004 j 4767 d 0 1000 n j 4767 SUCCtex j 4768 d 0 1000 n j 4768 SUCCtex_reverse_9b687 j 4769 d 0 1000 n j 4769 SUCDi j 4770 s 0 n j 4770 SUCDi_reverse_480f4 j 4771 s 0 n j 4771 SUCFUMtpp j 4772 s 0 n j 4772 SUCFUMtpp_reverse_ace02 j 4773 s 0 n j 4773 SUCMALtpp j 4774 s 0 n j 4774 SUCMALtpp_reverse_e457b j 4775 d 0 1000 n j 4775 SUCOAS j 4776 d 0 1000 n j 4776 SUCOAS_reverse_22958 j 4777 d 0 1000 n j 4777 SUCRtex j 4778 d 0 1000 n j 4778 SUCRtex_reverse_77415 j 4779 s 0 n j 4779 SUCTARTtpp j 4780 s 0 n j 4780 SUCTARTtpp_reverse_d1f18 j 4781 d 0 1000 n j 4781 SUCptspp j 4782 s 0 n j 4782 SUCptspp_reverse_66a2f j 4783 d 0 1000 n j 4783 SULFACabcpp j 4784 s 0 n j 4784 SULFACabcpp_reverse_c4992 j 4785 d 0 1000 n j 4785 SULFACtex j 4786 d 0 1000 n j 4786 SULFACtex_reverse_7636a j 4787 d 0 1000 n j 4787 SULR j 4788 s 0 n j 4788 SULR_reverse_12727 j 4789 d 0 1000 n j 4789 SULabcpp j 4790 s 0 n j 4790 SULabcpp_reverse_40679 j 4791 d 0 1000 n j 4791 T2DECAI j 4792 d 0 1000 n j 4792 T2DECAI_reverse_565c3 j 4793 d 0 1000 n j 4793 TAGURr j 4794 d 0 1000 n j 4794 TAGURr_reverse_82d85 j 4795 d 0 1000 n j 4795 TALA j 4796 d 0 1000 n j 4796 TALA_reverse_adfda j 4797 d 0 1000 n j 4797 TARTD j 4798 s 0 n j 4798 TARTD_reverse_66ff2 j 4799 d 0 1000 n j 4799 TARTRDtex j 4800 d 0 1000 n j 4800 TARTRDtex_reverse_2e0b9 j 4801 d 0 1000 n j 4801 TARTRt7pp j 4802 d 0 1000 n j 4802 TARTRt7pp_reverse_ece0a j 4803 d 0 1000 n j 4803 TARTRtex j 4804 d 0 1000 n j 4804 TARTRtex_reverse_41e85 j 4805 d 0 1000 n j 4805 TARTt2_3pp j 4806 s 0 n j 4806 TARTt2_3pp_reverse_d5a3c j 4807 d 0 1000 n j 4807 TAUDO j 4808 s 0 n j 4808 TAUDO_reverse_465a8 j 4809 d 0 1000 n j 4809 TAURabcpp j 4810 s 0 n j 4810 TAURabcpp_reverse_84498 j 4811 d 0 1000 n j 4811 TAURtex j 4812 d 0 1000 n j 4812 TAURtex_reverse_a14b6 j 4813 d 0 1000 n j 4813 TCYNTtex j 4814 d 0 1000 n j 4814 TCYNTtex_reverse_903a3 j 4815 d 0 1000 n j 4815 TDP j 4816 s 0 n j 4816 TDP_reverse_5ec7c j 4817 d 0 1000 n j 4817 TDPADGAT j 4818 s 0 n j 4818 TDPADGAT_reverse_b1c03 j 4819 d 0 1000 n j 4819 TDPAGTA j 4820 s 0 n j 4820 TDPAGTA_reverse_0f964 j 4821 d 0 1000 n j 4821 TDPDRE j 4822 s 0 n j 4822 TDPDRE_reverse_26405 j 4823 d 0 1000 n j 4823 TDPDRR j 4824 s 0 n j 4824 TDPDRR_reverse_e7bd2 j 4825 d 0 1000 n j 4825 TDPGDH j 4826 s 0 n j 4826 TDPGDH_reverse_f570d j 4827 d 0 1000 n j 4827 TDSK j 4828 s 0 n j 4828 TDSK_reverse_4bbc5 j 4829 d 0 1000 n j 4829 TDSR1 j 4830 s 0 n j 4830 TDSR1_reverse_270e9 j 4831 d 0 1000 n j 4831 TDSR2 j 4832 s 0 n j 4832 TDSR2_reverse_b23c2 j 4833 d 0 1000 n j 4833 TGBPA j 4834 d 0 1000 n j 4834 TGBPA_reverse_3cfab j 4835 d 0 1000 n j 4835 THD2pp j 4836 s 0 n j 4836 THD2pp_reverse_e68d7 j 4837 d 0 1000 n j 4837 THDPS j 4838 s 0 n j 4838 THDPS_reverse_41a90 j 4839 d 0 1000 n j 4839 THFAT j 4840 s 0 n j 4840 THFAT_reverse_463de j 4841 d 0 1000 n j 4841 THIORDXi j 4842 s 0 n j 4842 THIORDXi_reverse_27f13 j 4843 d 0 1000 n j 4843 THMDt2pp_copy1 j 4844 s 0 n j 4844 THMDt2pp_copy1_reverse_42ba2 j 4845 d 0 1000 n j 4845 THMDt2pp_copy2 j 4846 d 0 1000 n j 4846 THMDt2pp_copy2_reverse_d1651 j 4847 d 0 1000 n j 4847 THMDtex j 4848 d 0 1000 n j 4848 THMDtex_reverse_e82c0 j 4849 d 0 1000 n j 4849 THMabcpp j 4850 s 0 n j 4850 THMabcpp_reverse_f17bf j 4851 d 0 1000 n j 4851 THMtex j 4852 d 0 1000 n j 4852 THMtex_reverse_1e778 j 4853 d 0 1000 n j 4853 THRA2 j 4854 s 0 n j 4854 THRA2_reverse_bb206 j 4855 d 0 1000 n j 4855 THRA j 4856 s 0 n j 4856 THRA_reverse_549e7 j 4857 d 0 1000 n j 4857 THRD j 4858 s 0 n j 4858 THRD_reverse_83253 j 4859 d 0 1000 n j 4859 THRD_L j 4860 s 0 n j 4860 THRD_L_reverse_4c55d j 4861 d 0 1000 n j 4861 THRPtex j 4862 d 0 1000 n j 4862 THRPtex_reverse_2f25b j 4863 d 0 1000 n j 4863 THRS j 4864 s 0 n j 4864 THRS_reverse_a994c j 4865 d 0 1000 n j 4865 THRTRS j 4866 s 0 n j 4866 THRTRS_reverse_12237 j 4867 d 0 1000 n j 4867 THRabcpp j 4868 s 0 n j 4868 THRabcpp_reverse_41c99 j 4869 d 0 1000 n j 4869 THRt2pp j 4870 s 0 n j 4870 THRt2pp_reverse_7cdd2 j 4871 d 0 1000 n j 4871 THRt2rpp j 4872 d 0 1000 n j 4872 THRt2rpp_reverse_b03e3 j 4873 d 0 1000 n j 4873 THRt4pp j 4874 s 0 n j 4874 THRt4pp_reverse_394e5 j 4875 d 0 1000 n j 4875 THRtex j 4876 d 0 1000 n j 4876 THRtex_reverse_2a874 j 4877 d 0 1000 n j 4877 THYMt3pp j 4878 s 0 n j 4878 THYMt3pp_reverse_be8cd j 4879 d 0 1000 n j 4879 THYMtex j 4880 d 0 1000 n j 4880 THYMtex_reverse_1b098 j 4881 d 0 1000 n j 4881 THZPSN3 j 4882 s 0 n j 4882 THZPSN3_reverse_90214 j 4883 d 0 1000 n j 4883 TKT1 j 4884 d 0 1000 n j 4884 TKT1_reverse_a1021 j 4885 d 0 1000 n j 4885 TKT2 j 4886 d 0 1000 n j 4886 TKT2_reverse_7ebc7 j 4887 d 0 1000 n j 4887 TMAOR1 j 4888 s 0 n j 4888 TMAOR1_reverse_ba0cf j 4889 d 0 1000 n j 4889 TMAOR1pp j 4890 s 0 n j 4890 TMAOR1pp_reverse_dafd5 j 4891 d 0 1000 n j 4891 TMAOR2 j 4892 s 0 n j 4892 TMAOR2_reverse_ad798 j 4893 d 0 1000 n j 4893 TMAOR2pp j 4894 s 0 n j 4894 TMAOR2pp_reverse_d7195 j 4895 d 0 1000 n j 4895 TMAOtex j 4896 d 0 1000 n j 4896 TMAOtex_reverse_4519a j 4897 d 0 1000 n j 4897 TMAtex j 4898 d 0 1000 n j 4898 TMAtex_reverse_4c54e j 4899 d 0 1000 n j 4899 TMDK1 j 4900 s 0 n j 4900 TMDK1_reverse_ecb2e j 4901 d 0 1000 n j 4901 TMDPP j 4902 d 0 1000 n j 4902 TMDPP_reverse_1aa90 j 4903 d 0 1000 n j 4903 TMDS j 4904 s 0 n j 4904 TMDS_reverse_0a1f4 j 4905 d 0 1000 n j 4905 TMK j 4906 s 0 n j 4906 TMK_reverse_99629 j 4907 d 0 1000 n j 4907 TMPK j 4908 s 0 n j 4908 TMPK_reverse_b7673 j 4909 d 0 1000 n j 4909 TMPPP j 4910 s 0 n j 4910 TMPPP_reverse_f275c j 4911 d 0 1000 n j 4911 TPI j 4912 d 0 1000 n j 4912 TPI_reverse_c2c3b j 4913 d 0 1000 n j 4913 TPRDCOAS j 4914 s 0 n j 4914 TPRDCOAS_reverse_56965 j 4915 d 0 1000 n j 4915 TRDR j 4916 s 0 n j 4916 TRDR_reverse_6372e j 4917 d 0 1000 n j 4917 TRE6PH j 4918 s 0 n j 4918 TRE6PH_reverse_ba9c2 j 4919 d 0 1000 n j 4919 TRE6PP j 4920 s 0 n j 4920 TRE6PP_reverse_4fe3e j 4921 d 0 1000 n j 4921 TRE6PS j 4922 s 0 n j 4922 TRE6PS_reverse_96346 j 4923 d 0 1000 n j 4923 TREH j 4924 s 0 n j 4924 TREH_reverse_3db52 j 4925 d 0 1000 n j 4925 TREHpp j 4926 s 0 n j 4926 TREHpp_reverse_a400f j 4927 d 0 1000 n j 4927 TREptspp j 4928 s 0 n j 4928 TREptspp_reverse_dc50f j 4929 d 0 1000 n j 4929 TREtex j 4930 d 0 1000 n j 4930 TREtex_reverse_1e6cc j 4931 d 0 1000 n j 4931 TRPAS2 j 4932 d 0 1000 n j 4932 TRPAS2_reverse_d1c71 j 4933 d 0 1000 n j 4933 TRPS1 j 4934 s 0 n j 4934 TRPS1_reverse_35c22 j 4935 d 0 1000 n j 4935 TRPS2 j 4936 s 0 n j 4936 TRPS2_reverse_cd73f j 4937 d 0 1000 n j 4937 TRPS3 j 4938 s 0 n j 4938 TRPS3_reverse_bdfbb j 4939 d 0 1000 n j 4939 TRPTRS j 4940 s 0 n j 4940 TRPTRS_reverse_f29b7 j 4941 d 0 1000 n j 4941 TRPt2rpp j 4942 d 0 1000 n j 4942 TRPt2rpp_reverse_ff3d1 j 4943 d 0 1000 n j 4943 TRPtex j 4944 d 0 1000 n j 4944 TRPtex_reverse_e7b4f j 4945 d 0 1000 n j 4945 TRSARr j 4946 d 0 1000 n j 4946 TRSARr_reverse_ac605 j 4947 d 0 1000 n j 4947 TSULabcpp j 4948 s 0 n j 4948 TSULabcpp_reverse_1aea7 j 4949 d 0 1000 n j 4949 TSULtex j 4950 d 0 1000 n j 4950 TSULtex_reverse_0b131 j 4951 d 0 1000 n j 4951 TTDCAtexi j 4952 s 0 n j 4952 TTDCAtexi_reverse_a3936 j 4953 d 0 1000 n j 4953 TTDCEAtexi j 4954 s 0 n j 4954 TTDCEAtexi_reverse_8b32c j 4955 d 0 1000 n j 4955 TTRCYCtex j 4956 d 0 1000 n j 4956 TTRCYCtex_reverse_64a12 j 4957 d 0 1000 n j 4957 TTRCYCtpp j 4958 s 0 n j 4958 TTRCYCtpp_reverse_16a56 j 4959 d 0 1000 n j 4959 TUNGSabcpp j 4960 s 0 n j 4960 TUNGSabcpp_reverse_a2be8 j 4961 d 0 1000 n j 4961 TUNGStex j 4962 d 0 1000 n j 4962 TUNGStex_reverse_30dbf j 4963 d 0 1000 n j 4963 TYMtex j 4964 d 0 1000 n j 4964 TYMtex_reverse_996e2 j 4965 d 0 1000 n j 4965 TYRL j 4966 s 0 n j 4966 TYRL_reverse_b74b0 j 4967 d 0 1000 n j 4967 TYROXDApp j 4968 s 0 n j 4968 TYROXDApp_reverse_1bd49 j 4969 d 0 1000 n j 4969 TYRPpp j 4970 s 0 n j 4970 TYRPpp_reverse_0b842 j 4971 d 0 1000 n j 4971 TYRPtex j 4972 d 0 1000 n j 4972 TYRPtex_reverse_208a8 j 4973 d 0 1000 n j 4973 TYRTA j 4974 d 0 1000 n j 4974 TYRTA_reverse_e9311 j 4975 d 0 1000 n j 4975 TYRTRS j 4976 s 0 n j 4976 TYRTRS_reverse_27d64 j 4977 d 0 1000 n j 4977 TYRt2rpp j 4978 d 0 1000 n j 4978 TYRt2rpp_reverse_cf011 j 4979 d 0 1000 n j 4979 TYRtex j 4980 d 0 1000 n j 4980 TYRtex_reverse_6da66 j 4981 d 0 1000 n j 4981 ThDPAT j 4982 s 0 n j 4982 ThDPAT_reverse_ae33f j 4983 d 0 1000 n j 4983 U23GAAT j 4984 s 0 n j 4984 U23GAAT_reverse_0353e j 4985 d 0 1000 n j 4985 UAAGDS j 4986 s 0 n j 4986 UAAGDS_reverse_313a9 j 4987 d 0 1000 n j 4987 UACGALPpp j 4988 s 0 n j 4988 UACGALPpp_reverse_840fa j 4989 d 0 1000 n j 4989 UACGAMPpp j 4990 s 0 n j 4990 UACGAMPpp_reverse_b239e j 4991 d 0 1000 n j 4991 UACGAMtex j 4992 d 0 1000 n j 4992 UACGAMtex_reverse_0aadf j 4993 d 0 1000 n j 4993 UACMAMO j 4994 s 0 n j 4994 UACMAMO_reverse_b0219 j 4995 d 0 1000 n j 4995 UAG2E j 4996 d 0 1000 n j 4996 UAG2E_reverse_83643 j 4997 d 0 1000 n j 4997 UAGAAT j 4998 d 0 1000 n j 4998 UAGAAT_reverse_24f8b j 4999 d 0 1000 n j 4999 UAGCVT j 5000 s 0 n j 5000 UAGCVT_reverse_ba1ab j 5001 d 0 1000 n j 5001 UAGDP j 5002 s 0 n j 5002 UAGDP_reverse_a5ec0 j 5003 d 0 1000 n j 5003 UAGPT3 j 5004 s 0 n j 5004 UAGPT3_reverse_7f3f7 j 5005 d 0 1000 n j 5005 UAMAGS j 5006 s 0 n j 5006 UAMAGS_reverse_a0d94 j 5007 d 0 1000 n j 5007 UAMAS j 5008 s 0 n j 5008 UAMAS_reverse_2b5e6 j 5009 d 0 1000 n j 5009 UAPGR j 5010 s 0 n j 5010 UAPGR_reverse_4f67b j 5011 d 0 1000 n j 5011 UDCPDP j 5012 s 0 n j 5012 UDCPDP_reverse_1813b j 5013 d 0 1000 n j 5013 UDCPDPS j 5014 s 0 n j 5014 UDCPDPS_reverse_04082 j 5015 d 0 1000 n j 5015 UDCPDPpp j 5016 s 0 n j 5016 UDCPDPpp_reverse_50c3e j 5017 d 0 1000 n j 5017 UDCPPtppi j 5018 s 0 n j 5018 UDCPPtppi_reverse_70e48 j 5019 d 0 1000 n j 5019 UDPACGALtex j 5020 d 0 1000 n j 5020 UDPACGALtex_reverse_db14e j 5021 d 0 1000 n j 5021 UDPG4E j 5022 d 0 1000 n j 5022 UDPG4E_reverse_08c7f j 5023 d 0 1000 n j 5023 UDPGALM j 5024 s 0 n j 5024 UDPGALM_reverse_dc620 j 5025 d 0 1000 n j 5025 UDPGALPpp j 5026 s 0 n j 5026 UDPGALPpp_reverse_e2436 j 5027 d 0 1000 n j 5027 UDPGALtex j 5028 d 0 1000 n j 5028 UDPGALtex_reverse_19783 j 5029 d 0 1000 n j 5029 UDPGD j 5030 s 0 n j 5030 UDPGD_reverse_de167 j 5031 d 0 1000 n j 5031 UDPGDC j 5032 s 0 n j 5032 UDPGDC_reverse_f654b j 5033 d 0 1000 n j 5033 UDPGLCURtex j 5034 d 0 1000 n j 5034 UDPGLCURtex_reverse_3d157 j 5035 d 0 1000 n j 5035 UDPGPpp j 5036 s 0 n j 5036 UDPGPpp_reverse_caf0c j 5037 d 0 1000 n j 5037 UDPGtex j 5038 d 0 1000 n j 5038 UDPGtex_reverse_024fe j 5039 d 0 1000 n j 5039 UDPKAAT j 5040 d 0 1000 n j 5040 UDPKAAT_reverse_39cbd j 5041 d 0 1000 n j 5041 UGLCURPpp j 5042 s 0 n j 5042 UGLCURPpp_reverse_02763 j 5043 d 0 1000 n j 5043 UGLT j 5044 d 0 1000 n j 5044 UGLT_reverse_5e7f8 j 5045 d 0 1000 n j 5045 UGLYCH j 5046 s 0 n j 5046 UGLYCH_reverse_38b1a j 5047 d 0 1000 n j 5047 UGMDDS j 5048 s 0 n j 5048 UGMDDS_reverse_2401f j 5049 d 0 1000 n j 5049 UHGADA j 5050 s 0 n j 5050 UHGADA_reverse_608c0 j 5051 d 0 1000 n j 5051 ULA4NFT j 5052 s 0 n j 5052 ULA4NFT_reverse_07217 j 5053 d 0 1000 n j 5053 ULA4Ntppi j 5054 s 0 n j 5054 ULA4Ntppi_reverse_52ebe j 5055 d 0 1000 n j 5055 UM3PL j 5056 s 0 n j 5056 UM3PL_reverse_32754 j 5057 d 0 1000 n j 5057 UM4PCP j 5058 s 0 n j 5058 UM4PCP_reverse_86d06 j 5059 d 0 1000 n j 5059 UM4PL j 5060 s 0 n j 5060 UM4PL_reverse_c309d j 5061 d 0 1000 n j 5061 UMPK j 5062 d 0 1000 n j 5062 UMPK_reverse_ae8e3 j 5063 d 0 1000 n j 5063 UMPtex j 5064 d 0 1000 n j 5064 UMPtex_reverse_15b55 j 5065 d 0 1000 n j 5065 UPLA4FNF j 5066 s 0 n j 5066 UPLA4FNF_reverse_b8c75 j 5067 d 0 1000 n j 5067 UPLA4FNT j 5068 s 0 n j 5068 UPLA4FNT_reverse_a4d3d j 5069 d 0 1000 n j 5069 UPP3MT j 5070 s 0 n j 5070 UPP3MT_reverse_2adf0 j 5071 d 0 1000 n j 5071 UPP3S j 5072 s 0 n j 5072 UPP3S_reverse_8bb53 j 5073 d 0 1000 n j 5073 UPPDC1 j 5074 s 0 n j 5074 UPPDC1_reverse_cb592 j 5075 d 0 1000 n j 5075 UPPRT j 5076 s 0 n j 5076 UPPRT_reverse_07052 j 5077 d 0 1000 n j 5077 URACPAH j 5078 s 0 n j 5078 URACPAH_reverse_b5224 j 5079 d 0 1000 n j 5079 URAt2pp_copy1 j 5080 s 0 n j 5080 URAt2pp_copy1_reverse_c543f j 5081 d 0 1000 n j 5081 URAt2pp_copy2 j 5082 d 0 1000 n j 5082 URAt2pp_copy2_reverse_e156f j 5083 d 0 1000 n j 5083 URAtex j 5084 d 0 1000 n j 5084 URAtex_reverse_1b290 j 5085 d 0 1000 n j 5085 URDGLYCD j 5086 s 0 n j 5086 URDGLYCD_reverse_cb5de j 5087 d 0 1000 n j 5087 UREAtex j 5088 d 0 1000 n j 5088 UREAtex_reverse_e1c1e j 5089 d 0 1000 n j 5089 UREAtpp j 5090 d 0 1000 n j 5090 UREAtpp_reverse_c8094 j 5091 d 0 1000 n j 5091 URIC j 5092 s 0 n j 5092 URIC_reverse_bb103 j 5093 d 0 1000 n j 5093 URIH j 5094 s 0 n j 5094 URIH_reverse_64395 j 5095 d 0 1000 n j 5095 URIK2 j 5096 s 0 n j 5096 URIK2_reverse_f3df8 j 5097 d 0 1000 n j 5097 URIt2pp_copy1 j 5098 s 0 n j 5098 URIt2pp_copy1_reverse_7e838 j 5099 d 0 1000 n j 5099 URIt2pp_copy2 j 5100 d 0 1000 n j 5100 URIt2pp_copy2_reverse_6917b j 5101 d 0 1000 n j 5101 URItex j 5102 d 0 1000 n j 5102 URItex_reverse_fac5c j 5103 d 0 1000 n j 5103 USHD j 5104 s 0 n j 5104 USHD_reverse_f9e3a j 5105 d 0 1000 n j 5105 VALTA j 5106 d 0 1000 n j 5106 VALTA_reverse_1d084 j 5107 d 0 1000 n j 5107 VALTRS j 5108 s 0 n j 5108 VALTRS_reverse_72083 j 5109 d 0 1000 n j 5109 VALabcpp j 5110 s 0 n j 5110 VALabcpp_reverse_f400d j 5111 d 0 1000 n j 5111 VALt2rpp j 5112 d 0 1000 n j 5112 VALt2rpp_reverse_0dc61 j 5113 d 0 1000 n j 5113 VALtex j 5114 d 0 1000 n j 5114 VALtex_reverse_126bd j 5115 d 0 1000 n j 5115 VPAMTr j 5116 d 0 1000 n j 5116 VPAMTr_reverse_872bd j 5117 d 0 1000 n j 5117 WCOS j 5118 s 0 n j 5118 WCOS_reverse_1505f j 5119 d 0 1000 n j 5119 X5PL3E j 5120 s 0 n j 5120 X5PL3E_reverse_a59f0 j 5121 d 0 1000 n j 5121 XAND j 5122 s 0 n j 5122 XAND_reverse_04307 j 5123 d 0 1000 n j 5123 XANt2pp j 5124 s 0 n j 5124 XANt2pp_reverse_d1ca9 j 5125 d 0 1000 n j 5125 XANtex j 5126 d 0 1000 n j 5126 XANtex_reverse_35e9c j 5127 d 0 1000 n j 5127 XANtpp j 5128 d 0 1000 n j 5128 XANtpp_reverse_97eaa j 5129 d 0 1000 n j 5129 XMPtex j 5130 d 0 1000 n j 5130 XMPtex_reverse_59397 j 5131 d 0 1000 n j 5131 XPPT j 5132 s 0 n j 5132 XPPT_reverse_acb2c j 5133 d 0 1000 n j 5133 XTSNH j 5134 s 0 n j 5134 XTSNH_reverse_62c83 j 5135 d 0 1000 n j 5135 XTSNt2rpp j 5136 d 0 1000 n j 5136 XTSNt2rpp_reverse_e1a1b j 5137 d 0 1000 n j 5137 XTSNtex j 5138 d 0 1000 n j 5138 XTSNtex_reverse_a7e55 j 5139 d 0 1000 n j 5139 XYLI1 j 5140 d 0 1000 n j 5140 XYLI1_reverse_ba684 j 5141 d 0 1000 n j 5141 XYLI2 j 5142 d 0 1000 n j 5142 XYLI2_reverse_40bca j 5143 d 0 1000 n j 5143 XYLK j 5144 s 0 n j 5144 XYLK_reverse_f9b1e j 5145 d 0 1000 n j 5145 XYLK2 j 5146 s 0 n j 5146 XYLK2_reverse_ce1fa j 5147 d 0 1000 n j 5147 XYLUt2pp j 5148 s 0 n j 5148 XYLUt2pp_reverse_a8188 j 5149 d 0 1000 n j 5149 XYLUtex j 5150 d 0 1000 n j 5150 XYLUtex_reverse_653ed j 5151 d 0 1000 n j 5151 XYLabcpp j 5152 s 0 n j 5152 XYLabcpp_reverse_35686 j 5153 d 0 1000 n j 5153 XYLt2pp j 5154 s 0 n j 5154 XYLt2pp_reverse_441ce j 5155 d 0 1000 n j 5155 XYLtex j 5156 d 0 1000 n j 5156 XYLtex_reverse_758dc j 5157 d 0 1000 n j 5157 ZN2abcpp j 5158 s 0 n j 5158 ZN2abcpp_reverse_93cd5 j 5159 d 0 1000 n j 5159 ZN2t3pp j 5160 s 0 n j 5160 ZN2t3pp_reverse_c5ed9 j 5161 d 0 1000 n j 5161 ZN2tpp j 5162 s 0 n j 5162 ZN2tpp_reverse_5a7f0 j 5163 d 0 1000 n j 5163 ZNabcpp j 5164 s 0 n j 5164 ZNabcpp_reverse_14d34 j 5165 d 0 1000 n j 5165 Zn2tex j 5166 d 0 1000 n j 5166 Zn2tex_reverse_6b2c9 a 0 15 1 a 0 16 -1 a 1 5052 1 a 1 5051 -1 a 1 3694 -1 a 1 3693 1 a 1 2632 1 a 1 2631 -1 a 1 2484 -1 a 1 2483 1 a 1 2482 1 a 1 2481 -1 a 1 2438 1 a 1 2437 -1 a 1 1210 1 a 1 1209 -1 a 1 16 0.000223 a 1 15 -0.000223 a 1 14 0.000223 a 1 13 -0.000223 a 2 4056 -1 a 2 4055 1 a 2 1864 1 a 2 1863 -1 a 2 666 -1 a 2 665 1 a 3 4060 -1 a 3 4059 1 a 3 1866 1 a 3 1865 -1 a 3 668 -1 a 3 667 1 a 4 4064 -1 a 4 4063 1 a 4 1868 1 a 4 1867 -1 a 4 670 -1 a 4 669 1 a 5 4068 -1 a 5 4067 1 a 5 1870 1 a 5 1869 -1 a 5 672 -1 a 5 671 1 a 6 4072 -1 a 6 4071 1 a 6 1872 1 a 6 1871 -1 a 6 674 -1 a 6 673 1 a 7 4076 -1 a 7 4075 1 a 7 1874 1 a 7 1873 -1 a 7 676 -1 a 7 675 1 a 8 4080 -1 a 8 4079 1 a 8 1876 1 a 8 1875 -1 a 8 678 -1 a 8 677 1 a 9 3234 -1 a 9 3233 1 a 9 1290 -1 a 9 1289 1 a 9 682 -1 a 9 681 1 a 10 3236 -1 a 10 3235 1 a 10 686 -1 a 10 685 1 a 11 4156 -1 a 11 4155 1 a 11 2630 -1 a 11 2629 1 a 12 1986 1 a 12 1985 -1 a 12 1984 -1 a 12 1983 1 a 13 950 1 a 13 949 -1 a 13 688 -1 a 13 687 1 a 14 3398 -1 a 14 3397 1 a 14 1548 1 a 14 1547 -1 a 14 1344 1 a 14 1343 -1 a 15 2516 -1 a 15 2515 1 a 15 1346 -1 a 15 1345 1 a 15 1190 1 a 15 1189 -1 a 16 2524 -1 a 16 2523 1 a 16 1354 -1 a 16 1353 1 a 16 1198 1 a 16 1197 -1 a 17 2522 -1 a 17 2521 1 a 17 1352 -1 a 17 1351 1 a 17 1196 1 a 17 1195 -1 a 18 2528 -1 a 18 2527 1 a 18 1358 -1 a 18 1357 1 a 18 1202 1 a 18 1201 -1 a 19 2526 -1 a 19 2525 1 a 19 1356 -1 a 19 1355 1 a 19 1200 1 a 19 1199 -1 a 20 4418 -1 a 20 4417 1 a 20 4030 1 a 20 4029 -1 a 20 4028 1 a 20 4027 -1 a 20 2560 -1 a 20 2559 1 a 21 2520 -1 a 21 2519 1 a 21 1350 -1 a 21 1349 1 a 21 1194 1 a 21 1193 -1 a 22 2518 -1 a 22 2517 1 a 22 1348 -1 a 22 1347 1 a 22 1192 1 a 22 1191 -1 a 23 1884 1 a 23 1883 -1 a 23 700 -1 a 23 699 1 a 24 3102 -1 a 24 3101 1 a 24 1962 1 a 24 1961 -1 a 25 4026 -1 a 25 4025 1 a 25 1950 1 a 25 1949 -1 a 26 1966 -1 a 26 1965 1 a 26 1964 1 a 26 1963 -1 a 26 1962 -1 a 26 1961 1 a 27 2206 3 a 27 2205 -3 a 27 1964 -1 a 27 1963 1 a 28 2344 -1 a 28 2343 1 a 28 2210 -3 a 28 2209 3 a 28 2208 -3 a 28 2207 3 a 28 1966 1 a 28 1965 -1 a 29 1974 -1 a 29 1973 1 a 29 1972 1 a 29 1971 -1 a 30 3178 1 a 30 3177 -1 a 30 1952 1 a 30 1951 -1 a 31 3180 -1 a 31 3179 1 a 31 1954 1 a 31 1953 -1 a 32 2054 1 a 32 2053 -1 a 33 4410 -1 a 33 4409 1 a 33 1154 1 a 33 1153 -1 a 34 2028 1 a 34 2027 -1 a 34 2026 1 a 34 2025 -1 a 34 2024 1 a 34 2023 -1 a 35 2906 -1 a 35 2905 1 a 35 2002 1 a 35 2001 -1 a 36 4658 -1 a 36 4657 1 a 36 1888 1 a 36 1887 -1 a 37 4986 1 a 37 4985 -1 a 37 3216 -1 a 37 3215 1 a 37 1890 -1 a 37 1889 1 a 37 1888 -1 a 37 1887 1 a 37 1886 1 a 37 1885 -1 a 38 3368 1 a 38 3367 -1 a 38 3340 1 a 38 3339 -1 a 38 742 1 a 38 741 -1 a 38 728 -1 a 38 727 1 a 39 3370 1 a 39 3369 -1 a 39 3342 1 a 39 3341 -1 a 39 744 1 a 39 743 -1 a 39 730 -1 a 39 729 1 a 40 3372 1 a 40 3371 -1 a 40 3344 1 a 40 3343 -1 a 40 746 1 a 40 745 -1 a 40 732 -1 a 40 731 1 a 41 3374 1 a 41 3373 -1 a 41 3346 1 a 41 3345 -1 a 41 748 1 a 41 747 -1 a 41 734 -1 a 41 733 1 a 42 3376 1 a 42 3375 -1 a 42 3348 1 a 42 3347 -1 a 42 750 1 a 42 749 -1 a 42 736 -1 a 42 735 1 a 43 3378 1 a 43 3377 -1 a 43 3350 1 a 43 3349 -1 a 43 752 1 a 43 751 -1 a 43 738 -1 a 43 737 1 a 44 3380 1 a 44 3379 -1 a 44 3352 1 a 44 3351 -1 a 44 754 1 a 44 753 -1 a 44 740 -1 a 44 739 1 a 45 3382 1 a 45 3381 -1 a 45 3354 1 a 45 3353 -1 a 45 770 1 a 45 769 -1 a 45 756 -1 a 45 755 1 a 46 3384 1 a 46 3383 -1 a 46 3356 1 a 46 3355 -1 a 46 772 1 a 46 771 -1 a 46 758 -1 a 46 757 1 a 47 3386 1 a 47 3385 -1 a 47 3358 1 a 47 3357 -1 a 47 774 1 a 47 773 -1 a 47 760 -1 a 47 759 1 a 48 3388 1 a 48 3387 -1 a 48 3360 1 a 48 3359 -1 a 48 776 1 a 48 775 -1 a 48 762 -1 a 48 761 1 a 49 3390 1 a 49 3389 -1 a 49 3362 1 a 49 3361 -1 a 49 778 1 a 49 777 -1 a 49 764 -1 a 49 763 1 a 50 3392 1 a 50 3391 -1 a 50 3364 1 a 50 3363 -1 a 50 780 1 a 50 779 -1 a 50 766 -1 a 50 765 1 a 51 3394 1 a 51 3393 -1 a 51 3366 1 a 51 3365 -1 a 51 782 1 a 51 781 -1 a 51 768 -1 a 51 767 1 a 52 3180 1 a 52 3179 -1 a 52 1022 -1 a 52 1021 1 a 53 3396 -1 a 53 3395 1 a 53 2078 -1 a 53 2077 1 a 54 4858 -1 a 54 4857 1 a 54 2766 -1 a 54 2765 1 a 54 1492 -1 a 54 1491 1 a 54 1334 1 a 54 1333 -1 a 55 4406 -1 a 55 4405 1 a 55 3120 1 a 55 3119 -1 a 56 2014 1 a 56 2013 -1 a 56 1938 -1 a 56 1937 1 a 57 3326 1 a 57 3325 -1 a 57 714 -1 a 57 713 1 a 58 2190 -1 a 58 2189 1 a 58 2188 1 a 58 2187 -1 a 58 1936 -1 a 58 1935 1 a 59 3648 -1 a 59 3647 1 a 59 1936 1 a 59 1935 -1 a 59 1932 -1 a 59 1931 1 a 59 1292 -1 a 59 1291 1 a 60 2584 -1 a 60 2583 1 a 60 1930 1 a 60 1929 -1 a 61 1940 1 a 61 1939 -1 a 61 1930 -1 a 61 1929 1 a 62 2024 -1 a 62 2023 1 a 62 790 1 a 62 789 -1 a 62 788 1 a 62 787 -1 a 62 786 1 a 62 785 -1 a 62 784 1 a 62 783 -1 a 63 3672 -1 a 63 3671 1 a 63 2064 1 a 63 2063 -1 a 64 4894 -1 a 64 4893 1 a 64 4892 -1 a 64 4891 1 a 64 3736 1 a 64 3735 -1 a 64 3726 1 a 64 3725 -1 a 64 3722 1 a 64 3721 -1 a 64 3074 1 a 64 3073 -1 a 64 2810 1 a 64 2809 -1 a 64 2540 1 a 64 2539 -1 a 64 2458 -1 a 64 2457 1 a 64 2042 -1 a 64 2041 1 a 64 2040 -1 a 64 2039 1 a 65 4894 1 a 65 4893 -1 a 65 4892 1 a 65 4891 -1 a 65 3736 -1 a 65 3735 1 a 65 3726 -1 a 65 3725 1 a 65 3722 -1 a 65 3721 1 a 65 3074 -1 a 65 3073 1 a 65 2810 -1 a 65 2809 1 a 65 2540 -1 a 65 2539 1 a 65 2458 1 a 65 2457 -1 a 65 2042 1 a 65 2041 -1 a 65 2040 1 a 65 2039 -1 a 65 1982 -1 a 65 1981 1 a 65 1314 1 a 65 1313 -1 a 65 14 0.000223 a 65 13 -0.000223 a 66 4902 -1 a 66 4901 1 a 66 4506 -1 a 66 4505 1 a 66 4502 -1 a 66 4501 1 a 66 4498 -1 a 66 4497 1 a 66 4378 1 a 66 4377 -1 a 66 2096 -1 a 66 2095 1 a 67 4378 -1 a 67 4377 1 a 67 2066 1 a 67 2065 -1 a 68 4630 1 a 68 4629 -1 a 68 3084 1 a 68 3083 -1 a 68 1526 -1 a 68 1525 1 a 69 4636 -1 a 69 4635 1 a 69 3276 -1 a 69 3275 1 a 69 3090 -1 a 69 3089 1 a 69 1526 1 a 69 1525 -1 a 69 16 2.6e-05 a 69 15 -2.6e-05 a 69 14 2.5e-05 a 69 13 -2.5e-05 a 70 4946 1 a 70 4945 -1 a 70 3048 -1 a 70 3047 1 a 70 2760 -1 a 70 2759 1 a 70 2682 -1 a 70 2681 1 a 71 3334 1 a 71 3333 -1 a 71 722 -1 a 71 721 1 a 72 3332 1 a 72 3331 -1 a 72 720 -1 a 72 719 1 a 73 3166 1 a 73 3165 -1 a 73 3164 -1 a 73 3163 1 a 74 4910 1 a 74 4909 -1 a 74 4332 -1 a 74 4331 1 a 74 792 1 a 74 791 -1 a 75 3584 1 a 75 3583 -1 a 75 3482 -1 a 75 3481 1 a 76 3486 -1 a 76 3485 1 a 76 3482 1 a 76 3481 -1 a 77 3540 1 a 77 3539 -1 a 77 2104 -1 a 77 2103 1 a 78 3528 -1 a 78 3527 1 a 78 3526 1 a 78 3525 -1 a 79 4860 -1 a 79 4859 1 a 79 3956 1 a 79 3955 -1 a 79 1022 1 a 79 1021 -1 a 80 3338 1 a 80 3337 -1 a 80 726 -1 a 80 725 1 a 81 3336 1 a 81 3335 -1 a 81 724 -1 a 81 723 1 a 82 4000 -1 a 82 3999 1 a 82 3998 -1 a 82 3997 1 a 82 3978 1 a 82 3977 -1 a 82 16 0.000223 a 82 15 -0.000223 a 83 3992 -1 a 83 3991 1 a 83 3990 -1 a 83 3989 1 a 83 3980 1 a 83 3979 -1 a 84 3986 -1 a 84 3985 1 a 84 3984 -1 a 84 3983 1 a 84 2034 1 a 84 2033 -1 a 85 3986 1 a 85 3985 -1 a 85 3984 1 a 85 3983 -1 a 85 3980 -1 a 85 3979 1 a 86 3992 1 a 86 3991 -1 a 86 3990 1 a 86 3989 -1 a 86 3978 -1 a 86 3977 1 a 87 4000 1 a 87 3999 -1 a 87 3998 1 a 87 3997 -1 a 87 3996 -1 a 87 3995 1 a 88 4576 -1 a 88 4575 1 a 88 4024 1 a 88 4023 -1 a 89 3528 1 a 89 3527 -1 a 89 1600 -1 a 89 1599 1 a 90 4162 1 a 90 4161 -1 a 90 2792 -1 a 90 2791 1 a 90 2204 1 a 90 2203 -1 a 91 4160 1 a 91 4159 -1 a 92 4704 1 a 92 4703 -1 a 92 4678 -1 a 92 4677 1 a 93 4760 1 a 93 4759 -1 a 93 4704 -1 a 93 4703 1 a 94 3330 1 a 94 3329 -1 a 94 718 -1 a 94 717 1 a 95 3328 1 a 95 3327 -1 a 95 716 -1 a 95 715 1 a 96 4914 -1 a 96 4913 1 a 97 4974 -1 a 97 4973 1 a 97 4382 -1 a 97 4381 1 a 98 4092 1 a 98 4091 -1 a 98 2916 -1 a 98 2915 1 a 99 4340 -1 a 99 4339 1 a 99 796 1 a 99 795 -1 a 100 3164 1 a 100 3163 -1 a 100 3162 1 a 100 3161 -1 a 101 3168 -1 a 101 3167 1 a 101 3166 -1 a 101 3165 1 a 102 3982 1 a 102 3981 -1 a 102 3162 -1 a 102 3161 1 a 103 2054 -1 a 103 2053 1 a 103 836 1 a 103 835 -1 a 104 3192 1 a 104 3191 -1 a 104 1430 -1 a 104 1429 1 a 104 836 -1 a 104 835 1 a 105 4550 -1 a 105 4549 1 a 105 2016 1 a 105 2015 -1 a 105 2014 -1 a 105 2013 1 a 106 4710 1 a 106 4709 -1 a 106 2016 -1 a 106 2015 1 a 107 2426 1 a 107 2425 -1 a 107 2424 -2 a 107 2423 2 a 107 2422 -2 a 107 2421 2 a 108 864 -1 a 108 863 1 a 108 822 1 a 108 821 -1 a 109 2966 1 a 109 2965 -1 a 109 1950 -1 a 109 1949 1 a 110 2950 -1 a 110 2949 1 a 110 2172 1 a 110 2171 -1 a 111 850 -1 a 111 849 1 a 111 808 1 a 111 807 -1 a 112 2970 -1 a 112 2969 1 a 112 828 1 a 112 827 -1 a 113 854 -1 a 113 853 1 a 113 812 1 a 113 811 -1 a 114 858 -1 a 114 857 1 a 114 816 1 a 114 815 -1 a 115 862 -1 a 115 861 1 a 115 820 1 a 115 819 -1 a 116 2956 -1 a 116 2955 1 a 116 2178 1 a 116 2177 -1 a 117 2958 -1 a 117 2957 1 a 117 2180 1 a 117 2179 -1 a 118 848 -1 a 118 847 1 a 118 806 1 a 118 805 -1 a 119 846 -1 a 119 845 1 a 119 804 1 a 119 803 -1 a 120 2952 -1 a 120 2951 1 a 120 2174 1 a 120 2173 -1 a 121 2962 -1 a 121 2961 1 a 121 2184 1 a 121 2183 -1 a 122 866 -1 a 122 865 1 a 122 824 1 a 122 823 -1 a 123 4998 1 a 123 4997 -1 a 123 4984 1 a 123 4983 -1 a 123 852 -1 a 123 851 1 a 123 810 1 a 123 809 -1 a 124 2954 -1 a 124 2953 1 a 124 2176 1 a 124 2175 -1 a 125 868 -1 a 125 867 1 a 125 826 1 a 125 825 -1 a 126 860 -1 a 126 859 1 a 126 818 1 a 126 817 -1 a 127 2964 -1 a 127 2963 1 a 127 2186 1 a 127 2185 -1 a 128 856 -1 a 128 855 1 a 128 814 1 a 128 813 -1 a 129 3686 -1 a 129 3685 1 a 129 834 1 a 129 833 -1 a 130 3044 -1 a 130 3043 1 a 130 830 1 a 130 829 -1 a 131 2960 -1 a 131 2959 1 a 131 2182 1 a 131 2181 -1 a 132 4938 1 a 132 4937 -1 a 132 4934 1 a 132 4933 -1 a 132 3120 -1 a 132 3119 1 a 133 5116 1 a 133 5115 -1 a 133 5106 -1 a 133 5105 1 a 133 3672 1 a 133 3671 -1 a 133 3168 1 a 133 3167 -1 a 133 1952 -1 a 133 1951 1 a 134 3122 -1 a 134 3121 1 a 134 1954 -1 a 134 1953 1 a 135 874 -1 a 135 873 1 a 135 850 1 a 135 849 -1 a 136 878 -1 a 136 877 1 a 136 854 1 a 136 853 -1 a 137 882 -1 a 137 881 1 a 137 858 1 a 137 857 -1 a 138 886 -1 a 138 885 1 a 138 862 1 a 138 861 -1 a 139 2956 1 a 139 2955 -1 a 139 972 -1 a 139 971 1 a 140 2958 1 a 140 2957 -1 a 140 974 -1 a 140 973 1 a 141 872 -1 a 141 871 1 a 141 848 1 a 141 847 -1 a 142 870 -1 a 142 869 1 a 142 846 1 a 142 845 -1 a 143 2952 1 a 143 2951 -1 a 143 968 -1 a 143 967 1 a 144 2962 1 a 144 2961 -1 a 144 978 -1 a 144 977 1 a 145 888 -1 a 145 887 1 a 145 866 1 a 145 865 -1 a 146 876 -1 a 146 875 1 a 146 852 1 a 146 851 -1 a 147 2954 1 a 147 2953 -1 a 147 970 -1 a 147 969 1 a 148 890 -1 a 148 889 1 a 148 868 1 a 148 867 -1 a 149 884 -1 a 149 883 1 a 149 860 1 a 149 859 -1 a 150 2964 1 a 150 2963 -1 a 150 980 1 a 150 979 -1 a 151 880 -1 a 151 879 1 a 151 856 1 a 151 855 -1 a 152 3996 1 a 152 3995 -1 a 152 2968 -1 a 152 2967 1 a 153 2960 1 a 153 2959 -1 a 153 976 -1 a 153 975 1 a 154 4026 1 a 154 4025 -1 a 154 4024 -1 a 154 4023 1 a 155 4162 -1 a 155 4161 1 a 155 4156 1 a 155 4155 -1 a 155 4152 1 a 155 4151 -1 a 155 2790 -1 a 155 2789 1 a 156 4456 1 a 156 4455 -1 a 156 4152 -1 a 156 4151 1 a 157 4440 -1 a 157 4439 1 a 157 1624 1 a 157 1623 -1 a 158 1814 1 a 158 1813 -1 a 159 2734 -1 a 159 2733 1 a 159 2730 1 a 159 2729 -1 a 159 2656 -1 a 159 2655 1 a 159 960 -1 a 159 959 1 a 159 958 -1 a 159 957 1 a 159 956 1 a 159 955 -1 a 160 4488 -1 a 160 4487 1 a 160 958 1 a 160 957 -1 a 161 2004 1 a 161 2003 -1 a 161 1108 -1 a 161 1107 1 a 162 1110 -1 a 162 1109 1 a 162 1108 1 a 162 1107 -1 a 163 3032 1 a 163 3031 -1 a 164 4332 1 a 164 4331 -1 a 164 3032 -1 a 164 3031 1 a 164 1316 -1 a 164 1315 1 a 164 792 -1 a 164 791 1 a 165 3540 -1 a 165 3539 1 a 165 1600 1 a 165 1599 -1 a 166 4966 -1 a 166 4965 1 a 166 2 1 a 166 1 -1 a 167 4640 -1 a 167 4639 1 a 167 3276 1 a 167 3275 -1 a 167 3094 -1 a 167 3093 1 a 167 2426 -1 a 167 2425 1 a 167 2424 2 a 167 2423 -2 a 167 2422 2 a 167 2421 -2 a 167 16 0.00026 a 167 15 -0.00026 a 167 14 0.000248 a 167 13 -0.000248 a 168 3994 -1 a 168 3993 1 a 168 3038 1 a 168 3037 -1 a 169 2968 1 a 169 2967 -1 a 169 1626 -1 a 169 1625 1 a 170 904 -1 a 170 903 1 a 171 2998 1 a 171 2997 -1 a 172 3982 -1 a 172 3981 1 a 172 3248 1 a 172 3247 -1 a 173 4910 1 a 173 4909 -1 a 173 4882 -1 a 173 4881 1 a 173 2998 -1 a 173 2997 1 a 174 1460 -1 a 174 1459 1 a 174 1428 -1 a 174 1427 1 a 175 4122 1 a 175 4121 -1 a 175 2110 -1 a 175 2109 1 a 176 4380 1 a 176 4379 -1 a 176 4334 -1 a 176 4333 1 a 177 4380 -1 a 177 4379 1 a 177 4364 1 a 177 4363 -1 a 178 4568 -1 a 178 4567 1 a 178 4566 1 a 178 4565 -1 a 178 4328 -1 a 178 4327 1 a 179 2092 1 a 179 2091 -1 a 180 4410 1 a 180 4409 -1 a 180 1214 1 a 180 1213 -1 a 181 4360 2 a 181 4359 -2 a 181 2510 -1 a 181 2509 1 a 182 4328 1 a 182 4327 -1 a 182 1376 -1 a 182 1375 1 a 183 2002 -1 a 183 2001 1 a 183 1376 1 a 183 1375 -1 a 184 1214 -1 a 184 1213 1 a 184 1212 -1 a 184 1211 1 a 185 3110 1 a 185 3109 -1 a 185 3108 1 a 185 3107 -1 a 185 2028 -1 a 185 2027 1 a 185 2026 -1 a 185 2025 1 a 185 916 -1 a 185 915 1 a 185 914 1 a 185 913 -1 a 186 2684 -1 a 186 2683 1 a 186 2682 1 a 186 2681 -1 a 186 2580 -1 a 186 2579 1 a 187 920 -1 a 187 919 1 a 187 4 1 a 187 3 -1 a 188 4840 -1 a 188 4839 1 a 188 2446 1 a 188 2445 -1 a 189 4746 -1 a 189 4745 1 a 189 3692 1 a 189 3691 -1 a 189 1344 -1 a 189 1343 1 a 190 3698 -1 a 190 3697 1 a 190 3552 1 a 190 3551 -1 a 190 14 0.000223 a 190 13 -0.000223 a 191 3692 -1 a 191 3691 1 a 191 924 1 a 191 923 -1 a 192 4628 1 a 192 4627 -1 a 192 3802 -1 a 192 3801 1 a 193 3040 1 a 193 3039 -1 a 193 1988 -1 a 193 1987 1 a 194 3040 -1 a 194 3039 1 a 194 2004 1 a 194 2003 -1 a 195 4158 -1 a 195 4157 1 a 195 2848 -1 a 195 2847 1 a 195 2846 1 a 195 2845 -1 a 195 2190 1 a 195 2189 -1 a 196 4158 1 a 196 4157 -1 a 196 2566 -1 a 196 2565 1 a 197 1336 -1 a 197 1335 1 a 197 1312 1 a 197 1311 -1 a 198 4998 -1 a 198 4997 1 a 198 4984 -1 a 198 4983 1 a 198 4006 -1 a 198 4005 1 a 198 3488 1 a 198 3487 -1 a 198 3274 -1 a 198 3273 1 a 198 3182 -1 a 198 3181 1 a 198 2528 -1 a 198 2527 1 a 198 2526 -1 a 198 2525 1 a 198 2524 -1 a 198 2523 1 a 198 2522 -1 a 198 2521 1 a 198 2520 -1 a 198 2519 1 a 198 2518 -1 a 198 2517 1 a 198 2516 -1 a 198 2515 1 a 198 2248 -1 a 198 2247 1 a 198 2246 -1 a 198 2245 1 a 198 2244 -1 a 198 2243 1 a 198 2242 -1 a 198 2241 1 a 198 2240 -1 a 198 2239 1 a 198 2238 -1 a 198 2237 1 a 198 2236 -1 a 198 2235 1 a 198 2198 -1 a 198 2197 1 a 198 2196 -1 a 198 2195 1 a 198 2194 -1 a 198 2193 1 a 198 2192 -1 a 198 2191 1 a 198 1336 -1 a 198 1335 1 a 198 1202 -1 a 198 1201 1 a 198 1200 -1 a 198 1199 1 a 198 1198 -1 a 198 1197 1 a 198 1196 -1 a 198 1195 1 a 198 1194 -1 a 198 1193 1 a 198 1192 -1 a 198 1191 1 a 198 1190 -1 a 198 1189 1 a 198 1092 -1 a 198 1091 1 a 198 1090 -1 a 198 1089 1 a 198 1088 -1 a 198 1087 1 a 198 1086 -1 a 198 1085 1 a 198 1084 -1 a 198 1083 1 a 198 1082 -1 a 198 1081 1 a 198 1080 -1 a 198 1079 1 a 198 1078 -1 a 198 1077 1 a 198 1062 1 a 198 1061 -1 a 198 944 1 a 198 943 -1 a 198 942 1 a 198 941 -1 a 198 940 1 a 198 939 -1 a 198 938 1 a 198 937 -1 a 198 936 1 a 198 935 -1 a 198 934 1 a 198 933 -1 a 198 932 1 a 198 931 -1 a 198 930 1 a 198 929 -1 a 198 928 1 a 198 927 -1 a 198 890 -1 a 198 889 1 a 198 888 -1 a 198 887 1 a 198 886 -1 a 198 885 1 a 198 884 -1 a 198 883 1 a 198 882 -1 a 198 881 1 a 198 880 -1 a 198 879 1 a 198 878 -1 a 198 877 1 a 198 876 -1 a 198 875 1 a 198 874 -1 a 198 873 1 a 198 872 -1 a 198 871 1 a 198 870 -1 a 198 869 1 a 199 3220 -1 a 199 3219 1 a 199 3216 -1 a 199 3215 1 a 199 1230 1 a 199 1229 -1 a 200 5056 1 a 200 5055 -1 a 200 3216 1 a 200 3215 -1 a 200 1294 -1 a 200 1293 1 a 200 1160 -1 a 200 1159 1 a 200 906 -1 a 200 905 1 a 200 894 -1 a 200 893 1 a 201 5060 1 a 201 5059 -1 a 201 1296 -1 a 201 1295 1 a 201 1168 -1 a 201 1167 1 a 201 910 -1 a 201 909 1 a 201 906 1 a 201 905 -1 a 202 3230 1 a 202 3229 -1 a 202 3224 -1 a 202 3223 1 a 202 1230 -1 a 202 1229 1 a 203 4736 -1 a 203 4735 1 a 204 3702 1 a 204 3701 -1 a 205 4698 1 a 205 4697 -1 a 205 2294 -1 a 205 2293 1 a 206 4808 -1 a 206 4807 1 a 206 6 1 a 206 5 -1 a 207 2950 1 a 207 2949 -1 a 207 966 -1 a 207 965 1 a 207 964 -1 a 207 963 1 a 208 1374 1 a 208 1373 -1 a 208 1334 -1 a 208 1333 1 a 208 946 1 a 208 945 -1 a 209 5050 -1 a 209 5049 1 a 209 4344 -1 a 209 4343 1 a 209 3708 -1 a 209 3707 1 a 209 3066 -1 a 209 3065 1 a 209 1812 -1 a 209 1811 1 a 209 1634 -1 a 209 1633 1 a 209 1528 -1 a 209 1527 1 a 209 1260 -1 a 209 1259 1 a 209 1258 -1 a 209 1257 1 a 209 1158 -1 a 209 1157 1 a 209 1102 -1 a 209 1101 1 a 209 1100 -1 a 209 1099 1 a 209 1094 1 a 209 1093 -1 a 209 1064 -1 a 209 1063 1 a 209 1024 1 a 209 1023 -1 a 209 964 -1 a 209 963 1 a 210 3418 -1 a 210 3417 1 a 210 3182 1 a 210 3181 -1 a 210 1062 -1 a 210 1061 1 a 211 982 -1 a 211 981 1 a 211 964 1 a 211 963 -1 a 212 4856 -1 a 212 4855 1 a 212 4854 -1 a 212 4853 1 a 212 3038 -1 a 212 3037 1 a 212 2324 -1 a 212 2323 1 a 212 2214 -1 a 212 2213 1 a 212 2066 -1 a 212 2065 1 a 212 1720 -1 a 212 1719 1 a 212 1260 1 a 212 1259 -1 a 212 1258 1 a 212 1257 -1 a 212 1254 -1 a 212 1253 1 a 212 990 -1 a 212 989 1 a 212 986 1 a 212 985 -1 a 213 992 -1 a 213 991 1 a 214 4818 1 a 214 4817 -1 a 214 4738 1 a 214 4737 -1 a 214 4736 1 a 214 4735 -1 a 214 4682 1 a 214 4681 -1 a 214 4480 1 a 214 4479 -1 a 214 4342 -1 a 214 4341 1 a 214 4134 -1 a 214 4133 1 a 214 4094 -1 a 214 4093 1 a 214 4026 -1 a 214 4025 1 a 214 3938 1 a 214 3937 -1 a 214 3430 1 a 214 3429 -1 a 214 3428 1 a 214 3427 -1 a 214 3184 1 a 214 3183 -1 a 214 3168 1 a 214 3167 -1 a 214 3066 1 a 214 3065 -1 a 214 2766 1 a 214 2765 -1 a 214 2670 1 a 214 2669 -1 a 214 2502 1 a 214 2501 -1 a 214 1756 1 a 214 1755 -1 a 214 1528 1 a 214 1527 -1 a 214 1094 -1 a 214 1093 1 a 214 1062 1 a 214 1061 -1 a 214 1020 1 a 214 1019 -1 a 214 996 1 a 214 995 -1 a 214 992 1 a 214 991 -1 a 214 986 -1 a 214 985 1 a 214 980 -1 a 214 979 1 a 214 978 1 a 214 977 -1 a 214 976 1 a 214 975 -1 a 214 974 1 a 214 973 -1 a 214 972 1 a 214 971 -1 a 214 970 1 a 214 969 -1 a 214 968 1 a 214 967 -1 a 214 966 2 a 214 965 -2 a 214 964 1 a 214 963 -1 a 214 892 -1 a 214 891 1 a 214 14 0.000279 a 214 13 -0.000279 a 215 1290 1 a 215 1289 -1 a 215 1288 -1 a 215 1287 1 a 216 1204 -1 a 216 1203 1 a 216 1018 -1 a 216 1017 1 a 217 3708 1 a 217 3707 -1 a 217 1204 1 a 217 1203 -1 a 217 1076 -1 a 217 1075 1 a 218 1914 -1 a 218 1913 1 a 218 1180 -1 a 218 1179 1 a 218 1176 -1 a 218 1175 1 a 218 1164 -1 a 218 1163 1 a 218 1010 1 a 218 1009 -1 a 219 5002 1 a 219 5001 -1 a 219 2502 -1 a 219 2501 1 a 220 1914 -1 a 220 1913 1 a 220 1308 -1 a 220 1307 1 a 220 1158 1 a 220 1157 -1 a 220 1028 -1 a 220 1027 1 a 220 1014 -1 a 220 1013 1 a 220 1010 -1 a 220 1009 1 a 221 2670 -1 a 221 2669 1 a 222 1020 -1 a 222 1019 1 a 222 1018 1 a 222 1017 -1 a 223 3430 -1 a 223 3429 1 a 224 1310 1 a 224 1309 -1 a 224 1044 -1 a 224 1043 1 a 225 1310 -1 a 225 1309 1 a 225 1308 1 a 225 1307 -1 a 225 1032 -1 a 225 1031 1 a 226 1328 -1 a 226 1327 1 a 226 1036 -1 a 226 1035 1 a 226 1028 1 a 226 1027 -1 a 227 1044 1 a 227 1043 -1 a 227 1040 -1 a 227 1039 1 a 228 1074 1 a 228 1073 -1 a 228 1072 -1 a 228 1071 1 a 228 1068 -1 a 228 1067 1 a 229 1070 1 a 229 1069 -1 a 229 1068 1 a 229 1067 -1 a 230 1070 -1 a 230 1069 1 a 231 1076 1 a 231 1075 -1 a 231 1064 1 a 231 1063 -1 a 232 4682 -1 a 232 4681 1 a 232 1812 1 a 232 1811 -1 a 232 1098 1 a 232 1097 -1 a 233 3184 -1 a 233 3183 1 a 233 3182 -1 a 233 3181 1 a 233 864 1 a 233 863 -1 a 234 4480 -1 a 234 4479 1 a 234 1024 -1 a 234 1023 1 a 235 4914 -1 a 235 4913 1 a 235 4498 -1 a 235 4497 1 a 235 4496 -1 a 235 4495 1 a 235 3692 -1 a 235 3691 1 a 235 1318 -1 a 235 1317 1 a 235 1208 -1 a 235 1207 1 a 235 1148 1 a 235 1147 -1 a 235 1130 -1 a 235 1129 1 a 235 1114 -1 a 235 1113 1 a 235 1112 1 a 235 1111 -1 a 235 920 -1 a 235 919 1 a 236 4496 1 a 236 4495 -1 a 236 3870 -1 a 236 3869 1 a 236 1134 -1 a 236 1133 1 a 236 1132 -1 a 236 1131 1 a 236 1130 1 a 236 1129 -1 a 236 1128 1 a 236 1127 -1 a 236 1106 1 a 236 1105 -1 a 237 1554 -1 a 237 1553 1 a 237 1138 1 a 237 1137 -1 a 238 1138 -1 a 238 1137 1 a 238 994 1 a 238 993 -1 a 239 1564 -1 a 239 1563 1 a 239 1142 -1 a 239 1141 1 a 239 1140 -1 a 239 1139 1 a 239 14 0.000223 a 239 13 -0.000223 a 240 5164 -1 a 240 5163 1 a 240 5158 -1 a 240 5157 1 a 240 5152 -1 a 240 5151 1 a 240 5146 -1 a 240 5145 1 a 240 5144 -1 a 240 5143 1 a 240 5110 -1 a 240 5109 1 a 240 5062 -1 a 240 5061 1 a 240 5060 -1 a 240 5059 1 a 240 5056 -1 a 240 5055 1 a 240 5048 -1 a 240 5047 1 a 240 5008 -1 a 240 5007 1 a 240 5006 -1 a 240 5005 1 a 240 4986 -1 a 240 4985 1 a 240 4982 1 a 240 4981 -1 a 240 4960 -1 a 240 4959 1 a 240 4948 -1 a 240 4947 1 a 240 4908 -1 a 240 4907 1 a 240 4906 -1 a 240 4905 1 a 240 4900 -1 a 240 4899 1 a 240 4868 -1 a 240 4867 1 a 240 4850 -1 a 240 4849 1 a 240 4828 -1 a 240 4827 1 a 240 4810 -1 a 240 4809 1 a 240 4790 -1 a 240 4789 1 a 240 4784 -1 a 240 4783 1 a 240 4776 -1 a 240 4775 1 a 240 4740 -1 a 240 4739 1 a 240 4712 -1 a 240 4711 1 a 240 4634 -1 a 240 4633 1 a 240 4632 -1 a 240 4631 1 a 240 4630 -1 a 240 4629 1 a 240 4602 1 a 240 4601 -1 a 240 4600 1 a 240 4599 -1 a 240 4592 -1 a 240 4591 1 a 240 4586 -1 a 240 4585 1 a 240 4572 -1 a 240 4571 1 a 240 4570 -1 a 240 4569 1 a 240 4564 -1 a 240 4563 1 a 240 4556 -1 a 240 4555 1 a 240 4554 -1 a 240 4553 1 a 240 4532 1 a 240 4531 -1 a 240 4520 -1 a 240 4519 1 a 240 4518 -1 a 240 4517 1 a 240 4512 -1 a 240 4511 1 a 240 4490 -1 a 240 4489 1 a 240 4426 -1 a 240 4425 1 a 240 4420 -1 a 240 4419 1 a 240 4414 -1 a 240 4413 1 a 240 4410 -1 a 240 4409 1 a 240 4404 -1 a 240 4403 1 a 240 4402 -1 a 240 4401 1 a 240 4374 -1 a 240 4373 1 a 240 4372 -1 a 240 4371 1 a 240 4366 -1 a 240 4365 1 a 240 4350 1 a 240 4349 -1 a 240 4334 -1 a 240 4333 1 a 240 4332 -1 a 240 4331 1 a 240 4240 -1 a 240 4239 1 a 240 4222 -1 a 240 4221 1 a 240 4178 -1 a 240 4177 1 a 240 4176 -1 a 240 4175 1 a 240 4174 -1 a 240 4173 1 a 240 4172 -1 a 240 4171 1 a 240 4170 -1 a 240 4169 1 a 240 4168 -1 a 240 4167 1 a 240 4166 -1 a 240 4165 1 a 240 4156 -1 a 240 4155 1 a 240 4148 -1 a 240 4147 1 a 240 4146 -1 a 240 4145 1 a 240 4144 -1 a 240 4143 1 a 240 4142 -1 a 240 4141 1 a 240 4140 -1 a 240 4139 1 a 240 4138 -1 a 240 4137 1 a 240 4136 -1 a 240 4135 1 a 240 4132 -1 a 240 4131 1 a 240 4130 -1 a 240 4129 1 a 240 4128 -1 a 240 4127 1 a 240 4116 -1 a 240 4115 1 a 240 4114 -1 a 240 4113 1 a 240 4112 -1 a 240 4111 1 a 240 4110 -1 a 240 4109 1 a 240 4108 -1 a 240 4107 1 a 240 4106 -1 a 240 4105 1 a 240 4104 -1 a 240 4103 1 a 240 4044 -1 a 240 4043 1 a 240 4042 -1 a 240 4041 1 a 240 4040 -1 a 240 4039 1 a 240 4038 -1 a 240 4037 1 a 240 4036 -1 a 240 4035 1 a 240 4034 -1 a 240 4033 1 a 240 4032 -1 a 240 4031 1 a 240 4010 -1 a 240 4009 1 a 240 4000 -2 a 240 3999 2 a 240 3992 -2 a 240 3991 2 a 240 3986 -2 a 240 3985 2 a 240 3928 -1 a 240 3927 1 a 240 3882 -1 a 240 3881 1 a 240 3784 -1 a 240 3783 1 a 240 3776 -1 a 240 3775 1 a 240 3768 -1 a 240 3767 1 a 240 3766 -1 a 240 3765 1 a 240 3764 -1 a 240 3763 1 a 240 3762 -1 a 240 3761 1 a 240 3760 -1 a 240 3759 1 a 240 3758 -1 a 240 3757 1 a 240 3756 -1 a 240 3755 1 a 240 3754 -1 a 240 3753 1 a 240 3744 -1 a 240 3743 1 a 240 3728 -1 a 240 3727 1 a 240 3688 -1 a 240 3687 1 a 240 3662 -1 a 240 3661 1 a 240 3578 -1 a 240 3577 1 a 240 3568 -1 a 240 3567 1 a 240 3558 -1 a 240 3557 1 a 240 3554 -1 a 240 3553 1 a 240 3544 -1 a 240 3543 1 a 240 3448 -1 a 240 3447 1 a 240 3444 -1 a 240 3443 1 a 240 3440 -1 a 240 3439 1 a 240 3436 -1 a 240 3435 1 a 240 3432 -1 a 240 3431 1 a 240 3402 -1 a 240 3401 1 a 240 3272 -1 a 240 3271 1 a 240 3270 -1 a 240 3269 1 a 240 3260 -1 a 240 3259 1 a 240 3252 -1 a 240 3251 1 a 240 3194 -1 a 240 3193 1 a 240 3176 -1 a 240 3175 1 a 240 3174 -1 a 240 3173 1 a 240 3170 -1 a 240 3169 1 a 240 3148 -1 a 240 3147 1 a 240 3126 -1 a 240 3125 1 a 240 3056 -1 a 240 3055 1 a 240 3032 -1 a 240 3031 1 a 240 3020 -1 a 240 3019 1 a 240 3008 -1 a 240 3007 1 a 240 3004 -1 a 240 3003 1 a 240 3002 -1 a 240 3001 1 a 240 3000 -1 a 240 2999 1 a 240 2998 -1 a 240 2997 1 a 240 2996 -1 a 240 2995 1 a 240 2994 -1 a 240 2993 1 a 240 2992 -1 a 240 2991 1 a 240 2990 -1 a 240 2989 1 a 240 2988 -1 a 240 2987 1 a 240 2986 -1 a 240 2985 1 a 240 2902 -1 a 240 2901 1 a 240 2898 -1 a 240 2897 1 a 240 2896 -1 a 240 2895 1 a 240 2886 -1 a 240 2885 1 a 240 2878 -1 a 240 2877 1 a 240 2848 -1 a 240 2847 1 a 240 2836 -1 a 240 2835 1 a 240 2816 -1 a 240 2815 1 a 240 2792 -1 a 240 2791 1 a 240 2790 -1 a 240 2789 1 a 240 2778 -1 a 240 2777 1 a 240 2774 -1 a 240 2773 1 a 240 2768 -1 a 240 2767 1 a 240 2752 -1 a 240 2751 1 a 240 2732 -1 a 240 2731 1 a 240 2728 -1 a 240 2727 1 a 240 2722 -1 a 240 2721 1 a 240 2718 -1 a 240 2717 1 a 240 2704 -1 a 240 2703 1 a 240 2690 -1 a 240 2689 1 a 240 2666 -1 a 240 2665 1 a 240 2660 -1 a 240 2659 1 a 240 2634 -1 a 240 2633 1 a 240 2616 -1 a 240 2615 1 a 240 2598 -1 a 240 2597 1 a 240 2554 -1 a 240 2553 1 a 240 2550 -1 a 240 2549 1 a 240 2546 -1 a 240 2545 1 a 240 2542 -1 a 240 2541 1 a 240 2530 -1 a 240 2529 1 a 240 2484 -1 a 240 2483 1 a 240 2466 -1 a 240 2465 1 a 240 2460 -1 a 240 2459 1 a 240 2414 -1 a 240 2413 1 a 240 2394 -1 a 240 2393 1 a 240 2382 -1 a 240 2381 1 a 240 2368 -1 a 240 2367 1 a 240 2360 -1 a 240 2359 1 a 240 2346 -1 a 240 2345 1 a 240 2340 -1 a 240 2339 1 a 240 2330 -1 a 240 2329 1 a 240 2310 -1 a 240 2309 1 a 240 2220 -1 a 240 2219 1 a 240 2202 -1 a 240 2201 1 a 240 2160 -1 a 240 2159 1 a 240 2108 -1 a 240 2107 1 a 240 2094 -1 a 240 2093 1 a 240 2086 -1 a 240 2085 1 a 240 2062 -1 a 240 2061 1 a 240 1978 -1 a 240 1977 1 a 240 1942 -1 a 240 1941 1 a 240 1936 -1 a 240 1935 1 a 240 1930 -1 a 240 1929 1 a 240 1912 -1 a 240 1911 1 a 240 1890 -1 a 240 1889 1 a 240 1876 -1 a 240 1875 1 a 240 1874 -1 a 240 1873 1 a 240 1872 -1 a 240 1871 1 a 240 1870 -1 a 240 1869 1 a 240 1868 -1 a 240 1867 1 a 240 1866 -1 a 240 1865 1 a 240 1864 -1 a 240 1863 1 a 240 1858 -1 a 240 1857 1 a 240 1848 -1 a 240 1847 1 a 240 1846 -1 a 240 1845 1 a 240 1822 -1 a 240 1821 1 a 240 1820 -1 a 240 1819 1 a 240 1808 -1 a 240 1807 1 a 240 1782 -1 a 240 1781 1 a 240 1780 -1 a 240 1779 1 a 240 1776 -1 a 240 1775 1 a 240 1766 -1 a 240 1765 1 a 240 1764 -1 a 240 1763 1 a 240 1746 -1 a 240 1745 1 a 240 1740 -1 a 240 1739 1 a 240 1738 -1 a 240 1737 1 a 240 1730 -1 a 240 1729 1 a 240 1714 -1 a 240 1713 1 a 240 1702 -1 a 240 1701 1 a 240 1700 -1 a 240 1699 1 a 240 1698 -1 a 240 1697 1 a 240 1688 -1 a 240 1687 1 a 240 1642 -1 a 240 1641 1 a 240 1614 -1 a 240 1613 1 a 240 1610 -1 a 240 1609 1 a 240 1600 -1 a 240 1599 1 a 240 1574 -1 a 240 1573 1 a 240 1572 -1 a 240 1571 1 a 240 1570 -2 a 240 1569 2 a 240 1568 -1 a 240 1567 1 a 240 1560 -1 a 240 1559 1 a 240 1558 -1 a 240 1557 1 a 240 1530 -1 a 240 1529 1 a 240 1500 1 a 240 1499 -1 a 240 1496 -1 a 240 1495 1 a 240 1476 -1 a 240 1475 1 a 240 1460 -1 a 240 1459 1 a 240 1452 -1 a 240 1451 1 a 240 1446 -1 a 240 1445 1 a 240 1422 -1 a 240 1421 1 a 240 1400 -1 a 240 1399 1 a 240 1386 -1 a 240 1385 1 a 240 1342 -1 a 240 1341 1 a 240 1338 -2 a 240 1337 2 a 240 1328 -1 a 240 1327 1 a 240 1310 -1 a 240 1309 1 a 240 1280 -1 a 240 1279 1 a 240 1266 -1 a 240 1265 1 a 240 1242 -1 a 240 1241 1 a 240 1226 -1 a 240 1225 1 a 240 1224 -1 a 240 1223 1 a 240 1212 -1 a 240 1211 1 a 240 1150 -1 a 240 1149 1 a 240 1142 -1 a 240 1141 1 a 240 1138 -1 a 240 1137 1 a 240 1128 -1 a 240 1127 1 a 240 1122 -1 a 240 1121 1 a 240 1120 -1 a 240 1119 1 a 240 1118 -2 a 240 1117 2 a 240 1066 -1 a 240 1065 1 a 240 1024 -1 a 240 1023 1 a 240 1018 -1 a 240 1017 1 a 240 1010 -1 a 240 1009 1 a 240 998 -1 a 240 997 1 a 240 996 -1 a 240 995 1 a 240 910 -1 a 240 909 1 a 240 894 -1 a 240 893 1 a 240 836 -1 a 240 835 1 a 240 688 -1 a 240 687 1 a 240 16 -53.95 a 240 15 53.95 a 240 14 -53.95 a 240 13 53.95 a 241 2716 -1 a 241 2715 1 a 241 2690 1 a 241 2689 -1 a 242 2834 -1 a 242 2833 1 a 242 1182 1 a 242 1181 -1 a 243 2996 1 a 243 2995 -1 a 243 2994 1 a 243 2993 -1 a 243 2992 1 a 243 2991 -1 a 243 2990 1 a 243 2989 -1 a 243 1182 -1 a 243 1181 1 a 244 3730 -1 a 244 3729 1 a 244 1146 1 a 244 1145 -1 a 245 1206 1 a 245 1205 -1 a 246 1140 1 a 246 1139 -1 a 246 994 -1 a 246 993 1 a 247 1410 -1 a 247 1409 1 a 247 1408 1 a 247 1407 -1 a 247 1184 1 a 247 1183 -1 a 248 5070 -2 a 248 5069 2 a 248 3980 -1 a 248 3979 1 a 248 3978 -1 a 248 3977 1 a 248 3420 -1 a 248 3419 1 a 248 2976 -1 a 248 2975 1 a 248 2034 -1 a 248 2033 1 a 248 1608 -2 a 248 1607 2 a 248 1606 -2 a 248 1605 2 a 248 1604 -2 a 248 1603 2 a 248 1602 -2 a 248 1601 2 a 248 1314 -1 a 248 1313 1 a 248 1208 1 a 248 1207 -1 a 248 1070 -1 a 248 1069 1 a 249 2904 -1 a 249 2903 1 a 249 2052 1 a 249 2051 -1 a 249 2012 1 a 249 2011 -1 a 249 1720 1 a 249 1719 -1 a 250 3116 -1 a 250 3115 1 a 250 1210 1 a 250 1209 -1 a 250 1154 -1 a 250 1153 1 a 251 4404 -1 a 251 4403 1 a 251 1316 1 a 251 1315 -1 a 251 1212 1 a 251 1211 -1 a 252 5106 1 a 252 5105 -1 a 252 5040 -1 a 252 5039 1 a 252 4974 1 a 252 4973 -1 a 252 4820 -1 a 252 4819 1 a 252 4808 1 a 252 4807 -1 a 252 4734 1 a 252 4733 -1 a 252 4678 1 a 252 4677 -1 a 252 4660 1 a 252 4659 -1 a 252 4488 1 a 252 4487 -1 a 252 4456 -1 a 252 4455 1 a 252 4226 1 a 252 4225 -1 a 252 3976 -1 a 252 3975 1 a 252 3248 -1 a 252 3247 1 a 252 3122 1 a 252 3121 -1 a 252 3096 -1 a 252 3095 1 a 252 3060 -1 a 252 3059 1 a 252 2746 1 a 252 2745 -1 a 252 2736 -1 a 252 2735 1 a 252 1472 1 a 252 1471 -1 a 252 1236 1 a 252 1235 -1 a 252 1218 -1 a 252 1217 1 a 252 1216 1 a 252 1215 -1 a 252 1076 1 a 252 1075 -1 a 252 956 1 a 252 955 -1 a 253 4054 1 a 253 4053 -1 a 253 1502 -1 a 253 1501 1 a 253 1456 -1 a 253 1455 1 a 254 5058 -1 a 254 5057 1 a 254 1878 -1 a 254 1877 1 a 254 1854 1 a 254 1853 -1 a 254 1298 -1 a 254 1297 1 a 254 1234 1 a 254 1233 -1 a 254 1232 -1 a 254 1231 1 a 254 1226 2 a 254 1225 -2 a 254 1222 -2 a 254 1221 2 a 254 1172 -1 a 254 1171 1 a 254 906 -1 a 254 905 1 a 255 5116 1 a 255 5115 -1 a 255 5008 1 a 255 5007 -1 a 255 4656 -1 a 255 4655 1 a 255 3230 -1 a 255 3229 1 a 255 3106 -1 a 255 3105 1 a 255 1814 -1 a 255 1813 1 a 255 1336 1 a 255 1335 -1 a 255 1248 -1 a 255 1247 1 a 255 1246 -1 a 255 1245 1 a 255 1244 -1 a 255 1243 1 a 255 1242 -1 a 255 1241 1 a 255 1240 1 a 255 1239 -1 a 255 1238 1 a 255 1237 -1 a 255 1236 1 a 255 1235 -1 a 255 1232 1 a 255 1231 -1 a 255 16 0.513689 a 255 15 -0.513689 a 255 14 0.499149 a 255 13 -0.499149 a 256 5048 1 a 256 5047 -1 a 256 1226 -1 a 256 1225 1 a 256 1224 -1 a 256 1223 1 a 256 1222 1 a 256 1221 -1 a 257 3178 -1 a 257 3177 1 a 257 1026 -1 a 257 1025 1 a 258 1240 -1 a 258 1239 1 a 259 1280 -1 a 259 1279 1 a 259 1266 1 a 259 1265 -1 a 260 1268 1 a 260 1267 -1 a 260 1266 -1 a 260 1265 1 a 261 5092 -1 a 261 5091 1 a 261 1274 -1 a 261 1273 1 a 261 1272 1 a 261 1271 -1 a 262 1272 -1 a 262 1271 1 a 262 1270 1 a 262 1269 -1 a 263 1278 1 a 263 1277 -1 a 263 1268 -1 a 263 1267 1 a 264 4794 1 a 264 4793 -1 a 264 1292 1 a 264 1291 -1 a 265 5070 2 a 265 5069 -2 a 265 4966 1 a 265 4965 -1 a 265 3980 1 a 265 3979 -1 a 265 3978 1 a 265 3977 -1 a 265 3542 -1 a 265 3541 1 a 265 3420 1 a 265 3419 -1 a 265 3276 2 a 265 3275 -2 a 265 2976 1 a 265 2975 -1 a 265 2034 1 a 265 2033 -1 a 265 1726 2 a 265 1725 -2 a 265 1608 2 a 265 1607 -2 a 265 1606 2 a 265 1605 -2 a 265 1604 2 a 265 1603 -2 a 265 1602 2 a 265 1601 -2 a 265 1526 1 a 265 1525 -1 a 265 1314 1 a 265 1313 -1 a 265 1312 1 a 265 1311 -1 a 265 1124 1 a 265 1123 -1 a 265 1070 1 a 265 1069 -1 a 265 16 0.000223 a 265 15 -0.000223 a 265 14 0.000223 a 265 13 -0.000223 a 266 4746 1 a 266 4745 -1 a 266 1344 1 a 266 1343 -1 a 266 1124 -1 a 266 1123 1 a 267 1312 -1 a 267 1311 1 a 267 8 1 a 267 7 -1 a 268 5118 -1 a 268 5117 1 a 268 5108 -1 a 268 5107 1 a 268 4976 -1 a 268 4975 1 a 268 4940 -1 a 268 4939 1 a 268 4882 -1 a 268 4881 1 a 268 4866 -1 a 268 4865 1 a 268 4758 -1 a 268 4757 1 a 268 4690 -1 a 268 4689 1 a 268 4688 -1 a 268 4687 1 a 268 4670 -1 a 268 4669 1 a 268 4434 -1 a 268 4433 1 a 268 4424 -1 a 268 4423 1 a 268 4396 -1 a 268 4395 1 a 268 4228 -1 a 268 4227 1 a 268 4090 -1 a 268 4089 1 a 268 4054 -1 a 268 4053 1 a 268 4052 -1 a 268 4051 1 a 268 3968 -1 a 268 3967 1 a 268 3910 -1 a 268 3909 1 a 268 3870 1 a 268 3869 -1 a 268 3740 -1 a 268 3739 1 a 268 3714 -1 a 268 3713 1 a 268 3668 -1 a 268 3667 1 a 268 3654 -1 a 268 3653 1 a 268 3566 -1 a 268 3565 1 a 268 3400 -1 a 268 3399 1 a 268 3266 -1 a 268 3265 1 a 268 3250 -1 a 268 3249 1 a 268 3124 -1 a 268 3123 1 a 268 3040 -1 a 268 3039 1 a 268 3018 -1 a 268 3017 1 a 268 2910 -1 a 268 2909 1 a 268 2842 -1 a 268 2841 1 a 268 2822 -1 a 268 2821 1 a 268 2750 -1 a 268 2749 1 a 268 2720 -1 a 268 2719 1 a 268 2642 -1 a 268 2641 1 a 268 2288 -1 a 268 2287 1 a 268 2286 -1 a 268 2285 1 a 268 2284 -1 a 268 2283 1 a 268 2282 -1 a 268 2281 1 a 268 2280 -1 a 268 2279 1 a 268 2278 -1 a 268 2277 1 a 268 2276 -1 a 268 2275 1 a 268 2274 -1 a 268 2273 1 a 268 2272 -1 a 268 2271 1 a 268 2270 -1 a 268 2269 1 a 268 2206 -6 a 268 2205 6 a 268 1818 -1 a 268 1817 1 a 268 1542 -1 a 268 1541 1 a 268 1516 -1 a 268 1515 1 a 268 1510 -1 a 268 1509 1 a 268 1474 -1 a 268 1473 1 a 268 1444 -1 a 268 1443 1 a 268 1442 -1 a 268 1441 1 a 268 1440 -1 a 268 1439 1 a 268 1420 -1 a 268 1419 1 a 268 1418 -1 a 268 1417 1 a 268 1318 1 a 268 1317 -1 a 268 1240 -1 a 268 1239 1 a 268 1152 -1 a 268 1151 1 a 268 1148 -1 a 268 1147 1 a 268 1146 -1 a 268 1145 1 a 268 1128 -1 a 268 1127 1 a 268 1122 1 a 268 1121 -1 a 268 1120 1 a 268 1119 -1 a 268 1118 1 a 268 1117 -1 a 268 1094 -1 a 268 1093 1 a 268 944 -1 a 268 943 1 a 268 942 -1 a 268 941 1 a 268 940 -1 a 268 939 1 a 268 938 -1 a 268 937 1 a 268 936 -1 a 268 935 1 a 268 934 -1 a 268 933 1 a 268 932 -1 a 268 931 1 a 268 930 -1 a 268 929 1 a 268 928 -1 a 268 927 1 a 268 782 -1 a 268 781 1 a 268 780 -1 a 268 779 1 a 268 778 -1 a 268 777 1 a 268 776 -1 a 268 775 1 a 268 774 -1 a 268 773 1 a 268 772 -1 a 268 771 1 a 268 770 -1 a 268 769 1 a 268 754 -1 a 268 753 1 a 268 752 -1 a 268 751 1 a 268 750 -1 a 268 749 1 a 268 748 -1 a 268 747 1 a 268 746 -1 a 268 745 1 a 268 744 -1 a 268 743 1 a 268 742 -1 a 268 741 1 a 269 1186 -1 a 269 1185 1 a 269 1180 1 a 269 1179 -1 a 269 1168 -1 a 269 1167 1 a 269 1160 -1 a 269 1159 1 a 270 1172 -1 a 270 1171 1 a 270 1166 -1 a 270 1165 1 a 270 1164 1 a 270 1163 -1 a 270 1160 1 a 270 1159 -1 a 271 1178 -1 a 271 1177 1 a 271 1176 1 a 271 1175 -1 a 271 1172 1 a 271 1171 -1 a 271 1168 1 a 271 1167 -1 a 272 1328 1 a 272 1327 -1 a 272 1296 -1 a 272 1295 1 a 272 1294 -1 a 272 1293 1 a 272 1180 -1 a 272 1179 1 a 273 1298 -1 a 273 1297 1 a 273 1294 1 a 273 1293 -1 a 273 1164 -1 a 273 1163 1 a 274 1298 1 a 274 1297 -1 a 274 1296 1 a 274 1295 -1 a 274 1176 -1 a 274 1175 1 a 275 1332 -1 a 275 1331 1 a 275 1330 1 a 275 1329 -1 a 275 992 1 a 275 991 -1 a 276 1340 -1 a 276 1339 1 a 276 1338 1 a 276 1337 -1 a 277 1342 1 a 277 1341 -1 a 278 3354 -1 a 278 3353 1 a 278 3340 -1 a 278 3339 1 a 279 3356 -1 a 279 3355 1 a 279 3342 -1 a 279 3341 1 a 280 3358 -1 a 280 3357 1 a 280 3344 -1 a 280 3343 1 a 281 3360 -1 a 281 3359 1 a 281 3346 -1 a 281 3345 1 a 282 3362 -1 a 282 3361 1 a 282 3348 -1 a 282 3347 1 a 283 3364 -1 a 283 3363 1 a 283 3350 -1 a 283 3349 1 a 284 3366 -1 a 284 3365 1 a 284 3352 -1 a 284 3351 1 a 285 1092 1 a 285 1091 -1 a 286 1374 -1 a 286 1373 1 a 287 4646 -1 a 287 4645 1 a 287 1150 1 a 287 1149 -1 a 288 3190 1 a 288 3189 -1 a 288 926 -1 a 288 925 1 a 289 1404 1 a 289 1403 -1 a 289 1402 -1 a 289 1401 1 a 289 1400 -1 a 289 1399 1 a 289 1378 1 a 289 1377 -1 a 290 3944 1 a 290 3943 -1 a 290 3938 -1 a 290 3937 1 a 291 1396 -1 a 291 1395 1 a 291 954 1 a 291 953 -1 a 292 1394 1 a 292 1393 -1 a 292 1384 -2 a 292 1383 2 a 292 1382 -2 a 292 1381 2 a 292 1380 -2 a 292 1379 2 a 293 1386 -1 a 293 1385 1 a 293 1384 2 a 293 1383 -2 a 293 1382 2 a 293 1381 -2 a 293 1380 2 a 293 1379 -2 a 294 1490 1 a 294 1489 -1 a 294 1424 1 a 294 1423 -1 a 294 1422 -1 a 294 1421 1 a 294 1420 1 a 294 1419 -1 a 294 1416 -1 a 294 1415 1 a 294 1414 -1 a 294 1413 1 a 294 1410 1 a 294 1409 -1 a 294 1408 -1 a 294 1407 1 a 294 16 0.295792 a 294 15 -0.295792 a 294 14 0.28742 a 294 13 -0.28742 a 295 1418 -1 a 295 1417 1 a 295 1416 1 a 295 1415 -1 a 296 1420 -1 a 296 1419 1 a 297 1432 -1 a 297 1431 1 a 297 1430 1 a 297 1429 -1 a 298 1448 -1 a 298 1447 1 a 298 1446 -1 a 298 1445 1 a 298 1444 1 a 298 1443 -1 a 298 1442 -1 a 298 1441 1 a 298 1440 -1 a 298 1439 1 a 298 1436 1 a 298 1435 -1 a 298 16 0.241055 a 298 15 -0.241055 a 298 14 0.234232 a 298 13 -0.234232 a 299 1444 -1 a 299 1443 1 a 300 1488 -1 a 300 1487 1 a 300 1452 1 a 300 1451 -1 a 301 1488 1 a 301 1487 -1 a 302 4756 -1 a 302 4755 1 a 302 4410 1 a 302 4409 -1 a 302 1484 -1 a 302 1483 1 a 302 1482 -1 a 302 1481 1 a 302 1480 -1 a 302 1479 1 a 302 1478 -1 a 302 1477 1 a 302 1476 -1 a 302 1475 1 a 302 1474 1 a 302 1473 -1 a 302 1472 1 a 302 1471 -1 a 302 1470 1 a 302 1469 -1 a 302 1468 1 a 302 1467 -1 a 302 1466 1 a 302 1465 -1 a 302 1464 1 a 302 1463 -1 a 302 1462 1 a 302 1461 -1 a 302 1460 1 a 302 1459 -1 a 302 1458 1 a 302 1457 -1 a 302 1456 1 a 302 1455 -1 a 302 1442 1 a 302 1441 -1 a 302 1440 1 a 302 1439 -1 a 302 1436 -1 a 302 1435 1 a 302 1418 1 a 302 1417 -1 a 302 1156 1 a 302 1155 -1 a 302 16 0.241055 a 302 15 -0.241055 a 302 14 0.234232 a 302 13 -0.234232 a 303 3054 -1 a 303 3053 1 a 303 1974 1 a 303 1973 -1 a 303 1428 1 a 303 1427 -1 a 304 1474 -1 a 304 1473 1 a 305 4854 1 a 305 4853 -1 a 305 1492 1 a 305 1491 -1 a 306 4982 -1 a 306 4981 1 a 307 5164 1 a 307 5163 -1 a 307 5158 1 a 307 5157 -1 a 307 5152 1 a 307 5151 -1 a 307 5146 1 a 307 5145 -1 a 307 5144 1 a 307 5143 -1 a 307 5110 1 a 307 5109 -1 a 307 5108 1 a 307 5107 -1 a 307 5062 1 a 307 5061 -1 a 307 5060 1 a 307 5059 -1 a 307 5056 1 a 307 5055 -1 a 307 5048 1 a 307 5047 -1 a 307 5008 1 a 307 5007 -1 a 307 5006 1 a 307 5005 -1 a 307 4986 1 a 307 4985 -1 a 307 4976 1 a 307 4975 -1 a 307 4960 1 a 307 4959 -1 a 307 4948 1 a 307 4947 -1 a 307 4940 1 a 307 4939 -1 a 307 4914 1 a 307 4913 -1 a 307 4908 1 a 307 4907 -1 a 307 4906 1 a 307 4905 -1 a 307 4900 1 a 307 4899 -1 a 307 4882 1 a 307 4881 -1 a 307 4868 1 a 307 4867 -1 a 307 4866 1 a 307 4865 -1 a 307 4850 1 a 307 4849 -1 a 307 4828 1 a 307 4827 -1 a 307 4810 1 a 307 4809 -1 a 307 4790 1 a 307 4789 -1 a 307 4784 1 a 307 4783 -1 a 307 4776 1 a 307 4775 -1 a 307 4758 1 a 307 4757 -1 a 307 4740 1 a 307 4739 -1 a 307 4712 1 a 307 4711 -1 a 307 4690 1 a 307 4689 -1 a 307 4688 1 a 307 4687 -1 a 307 4680 1 a 307 4679 -1 a 307 4670 1 a 307 4669 -1 a 307 4646 1 a 307 4645 -1 a 307 4634 1 a 307 4633 -1 a 307 4632 1 a 307 4631 -1 a 307 4630 1 a 307 4629 -1 a 307 4616 1 a 307 4615 -1 a 307 4592 1 a 307 4591 -1 a 307 4586 1 a 307 4585 -1 a 307 4572 1 a 307 4571 -1 a 307 4570 1 a 307 4569 -1 a 307 4564 1 a 307 4563 -1 a 307 4556 1 a 307 4555 -1 a 307 4554 1 a 307 4553 -1 a 307 4532 -1 a 307 4531 1 a 307 4520 1 a 307 4519 -1 a 307 4518 1 a 307 4517 -1 a 307 4512 1 a 307 4511 -1 a 307 4490 1 a 307 4489 -1 a 307 4484 1 a 307 4483 -1 a 307 4434 1 a 307 4433 -1 a 307 4426 1 a 307 4425 -1 a 307 4424 1 a 307 4423 -1 a 307 4420 1 a 307 4419 -1 a 307 4414 1 a 307 4413 -1 a 307 4410 1 a 307 4409 -1 a 307 4404 1 a 307 4403 -1 a 307 4402 1 a 307 4401 -1 a 307 4396 1 a 307 4395 -1 a 307 4374 1 a 307 4373 -1 a 307 4372 1 a 307 4371 -1 a 307 4366 1 a 307 4365 -1 a 307 4350 -1 a 307 4349 1 a 307 4334 1 a 307 4333 -1 a 307 4332 1 a 307 4331 -1 a 307 4240 1 a 307 4239 -1 a 307 4228 1 a 307 4227 -1 a 307 4222 1 a 307 4221 -1 a 307 4178 1 a 307 4177 -1 a 307 4176 1 a 307 4175 -1 a 307 4174 1 a 307 4173 -1 a 307 4172 1 a 307 4171 -1 a 307 4170 1 a 307 4169 -1 a 307 4168 1 a 307 4167 -1 a 307 4166 1 a 307 4165 -1 a 307 4156 1 a 307 4155 -1 a 307 4148 1 a 307 4147 -1 a 307 4146 1 a 307 4145 -1 a 307 4144 1 a 307 4143 -1 a 307 4142 1 a 307 4141 -1 a 307 4140 1 a 307 4139 -1 a 307 4138 1 a 307 4137 -1 a 307 4136 1 a 307 4135 -1 a 307 4132 1 a 307 4131 -1 a 307 4130 1 a 307 4129 -1 a 307 4128 1 a 307 4127 -1 a 307 4116 1 a 307 4115 -1 a 307 4114 1 a 307 4113 -1 a 307 4112 1 a 307 4111 -1 a 307 4110 1 a 307 4109 -1 a 307 4108 1 a 307 4107 -1 a 307 4106 1 a 307 4105 -1 a 307 4104 1 a 307 4103 -1 a 307 4054 1 a 307 4053 -1 a 307 4052 1 a 307 4051 -1 a 307 4044 1 a 307 4043 -1 a 307 4042 1 a 307 4041 -1 a 307 4040 1 a 307 4039 -1 a 307 4038 1 a 307 4037 -1 a 307 4036 1 a 307 4035 -1 a 307 4034 1 a 307 4033 -1 a 307 4032 1 a 307 4031 -1 a 307 4010 1 a 307 4009 -1 a 307 4000 2 a 307 3999 -2 a 307 3992 2 a 307 3991 -2 a 307 3986 2 a 307 3985 -2 a 307 3968 1 a 307 3967 -1 a 307 3928 1 a 307 3927 -1 a 307 3910 1 a 307 3909 -1 a 307 3882 1 a 307 3881 -1 a 307 3800 1 a 307 3799 -1 a 307 3786 1 a 307 3785 -1 a 307 3784 1 a 307 3783 -1 a 307 3776 1 a 307 3775 -1 a 307 3768 1 a 307 3767 -1 a 307 3766 1 a 307 3765 -1 a 307 3764 1 a 307 3763 -1 a 307 3762 1 a 307 3761 -1 a 307 3760 1 a 307 3759 -1 a 307 3758 1 a 307 3757 -1 a 307 3756 1 a 307 3755 -1 a 307 3754 1 a 307 3753 -1 a 307 3744 1 a 307 3743 -1 a 307 3740 1 a 307 3739 -1 a 307 3728 1 a 307 3727 -1 a 307 3688 1 a 307 3687 -1 a 307 3684 1 a 307 3683 -1 a 307 3676 1 a 307 3675 -1 a 307 3662 1 a 307 3661 -1 a 307 3578 1 a 307 3577 -1 a 307 3568 1 a 307 3567 -1 a 307 3566 1 a 307 3565 -1 a 307 3558 1 a 307 3557 -1 a 307 3554 1 a 307 3553 -1 a 307 3544 1 a 307 3543 -1 a 307 3542 1 a 307 3541 -1 a 307 3448 1 a 307 3447 -1 a 307 3444 1 a 307 3443 -1 a 307 3440 1 a 307 3439 -1 a 307 3436 1 a 307 3435 -1 a 307 3432 1 a 307 3431 -1 a 307 3402 1 a 307 3401 -1 a 307 3400 1 a 307 3399 -1 a 307 3272 1 a 307 3271 -1 a 307 3270 1 a 307 3269 -1 a 307 3268 1 a 307 3267 -1 a 307 3260 1 a 307 3259 -1 a 307 3252 1 a 307 3251 -1 a 307 3250 1 a 307 3249 -1 a 307 3194 1 a 307 3193 -1 a 307 3176 1 a 307 3175 -1 a 307 3174 1 a 307 3173 -1 a 307 3170 1 a 307 3169 -1 a 307 3148 1 a 307 3147 -1 a 307 3126 1 a 307 3125 -1 a 307 3124 1 a 307 3123 -1 a 307 3056 1 a 307 3055 -1 a 307 3040 1 a 307 3039 -1 a 307 3032 1 a 307 3031 -1 a 307 3020 1 a 307 3019 -1 a 307 3018 1 a 307 3017 -1 a 307 3008 1 a 307 3007 -1 a 307 3004 1 a 307 3003 -1 a 307 3002 1 a 307 3001 -1 a 307 3000 1 a 307 2999 -1 a 307 2998 1 a 307 2997 -1 a 307 2988 1 a 307 2987 -1 a 307 2986 1 a 307 2985 -1 a 307 2910 1 a 307 2909 -1 a 307 2902 1 a 307 2901 -1 a 307 2898 1 a 307 2897 -1 a 307 2896 1 a 307 2895 -1 a 307 2886 1 a 307 2885 -1 a 307 2878 1 a 307 2877 -1 a 307 2848 1 a 307 2847 -1 a 307 2842 1 a 307 2841 -1 a 307 2836 1 a 307 2835 -1 a 307 2834 1 a 307 2833 -1 a 307 2822 1 a 307 2821 -1 a 307 2816 1 a 307 2815 -1 a 307 2792 1 a 307 2791 -1 a 307 2790 1 a 307 2789 -1 a 307 2778 1 a 307 2777 -1 a 307 2774 1 a 307 2773 -1 a 307 2768 1 a 307 2767 -1 a 307 2752 1 a 307 2751 -1 a 307 2750 1 a 307 2749 -1 a 307 2732 1 a 307 2731 -1 a 307 2728 1 a 307 2727 -1 a 307 2722 1 a 307 2721 -1 a 307 2720 1 a 307 2719 -1 a 307 2718 1 a 307 2717 -1 a 307 2716 1 a 307 2715 -1 a 307 2704 1 a 307 2703 -1 a 307 2666 1 a 307 2665 -1 a 307 2660 1 a 307 2659 -1 a 307 2642 1 a 307 2641 -1 a 307 2634 1 a 307 2633 -1 a 307 2616 1 a 307 2615 -1 a 307 2598 1 a 307 2597 -1 a 307 2554 1 a 307 2553 -1 a 307 2550 1 a 307 2549 -1 a 307 2546 1 a 307 2545 -1 a 307 2542 1 a 307 2541 -1 a 307 2530 1 a 307 2529 -1 a 307 2484 1 a 307 2483 -1 a 307 2466 1 a 307 2465 -1 a 307 2460 1 a 307 2459 -1 a 307 2440 1 a 307 2439 -1 a 307 2414 1 a 307 2413 -1 a 307 2394 1 a 307 2393 -1 a 307 2382 1 a 307 2381 -1 a 307 2368 1 a 307 2367 -1 a 307 2360 1 a 307 2359 -1 a 307 2346 1 a 307 2345 -1 a 307 2340 1 a 307 2339 -1 a 307 2330 1 a 307 2329 -1 a 307 2310 1 a 307 2309 -1 a 307 2288 1 a 307 2287 -1 a 307 2286 1 a 307 2285 -1 a 307 2284 1 a 307 2283 -1 a 307 2282 1 a 307 2281 -1 a 307 2280 1 a 307 2279 -1 a 307 2278 1 a 307 2277 -1 a 307 2276 1 a 307 2275 -1 a 307 2274 1 a 307 2273 -1 a 307 2272 1 a 307 2271 -1 a 307 2270 1 a 307 2269 -1 a 307 2220 1 a 307 2219 -1 a 307 2202 1 a 307 2201 -1 a 307 2160 1 a 307 2159 -1 a 307 2108 1 a 307 2107 -1 a 307 2094 1 a 307 2093 -1 a 307 2086 1 a 307 2085 -1 a 307 2062 1 a 307 2061 -1 a 307 1978 1 a 307 1977 -1 a 307 1964 1 a 307 1963 -1 a 307 1942 1 a 307 1941 -1 a 307 1936 1 a 307 1935 -1 a 307 1930 1 a 307 1929 -1 a 307 1912 1 a 307 1911 -1 a 307 1890 1 a 307 1889 -1 a 307 1876 1 a 307 1875 -1 a 307 1874 1 a 307 1873 -1 a 307 1872 1 a 307 1871 -1 a 307 1870 1 a 307 1869 -1 a 307 1868 1 a 307 1867 -1 a 307 1866 1 a 307 1865 -1 a 307 1864 1 a 307 1863 -1 a 307 1858 1 a 307 1857 -1 a 307 1848 1 a 307 1847 -1 a 307 1846 1 a 307 1845 -1 a 307 1822 1 a 307 1821 -1 a 307 1820 1 a 307 1819 -1 a 307 1818 1 a 307 1817 -1 a 307 1808 1 a 307 1807 -1 a 307 1782 1 a 307 1781 -1 a 307 1780 1 a 307 1779 -1 a 307 1776 1 a 307 1775 -1 a 307 1766 1 a 307 1765 -1 a 307 1764 1 a 307 1763 -1 a 307 1746 1 a 307 1745 -1 a 307 1740 1 a 307 1739 -1 a 307 1738 1 a 307 1737 -1 a 307 1730 1 a 307 1729 -1 a 307 1714 1 a 307 1713 -1 a 307 1702 1 a 307 1701 -1 a 307 1700 1 a 307 1699 -1 a 307 1698 1 a 307 1697 -1 a 307 1688 1 a 307 1687 -1 a 307 1642 1 a 307 1641 -1 a 307 1614 1 a 307 1613 -1 a 307 1610 1 a 307 1609 -1 a 307 1600 1 a 307 1599 -1 a 307 1574 1 a 307 1573 -1 a 307 1572 1 a 307 1571 -1 a 307 1570 2 a 307 1569 -2 a 307 1568 1 a 307 1567 -1 a 307 1564 1 a 307 1563 -1 a 307 1560 1 a 307 1559 -1 a 307 1558 1 a 307 1557 -1 a 307 1554 1 a 307 1553 -1 a 307 1530 1 a 307 1529 -1 a 307 1500 -1 a 307 1499 1 a 307 1498 1 a 307 1497 -1 a 307 1496 1 a 307 1495 -1 a 307 1494 1 a 307 1493 -1 a 307 1476 1 a 307 1475 -1 a 307 1474 1 a 307 1473 -1 a 307 1460 1 a 307 1459 -1 a 307 1452 1 a 307 1451 -1 a 307 1446 1 a 307 1445 -1 a 307 1444 1 a 307 1443 -1 a 307 1442 1 a 307 1441 -1 a 307 1440 1 a 307 1439 -1 a 307 1422 1 a 307 1421 -1 a 307 1420 1 a 307 1419 -1 a 307 1418 1 a 307 1417 -1 a 307 1400 1 a 307 1399 -1 a 307 1386 1 a 307 1385 -1 a 307 1342 -1 a 307 1341 1 a 307 1340 2 a 307 1339 -2 a 307 1328 1 a 307 1327 -1 a 307 1310 1 a 307 1309 -1 a 307 1280 1 a 307 1279 -1 a 307 1266 1 a 307 1265 -1 a 307 1242 1 a 307 1241 -1 a 307 1240 1 a 307 1239 -1 a 307 1226 1 a 307 1225 -1 a 307 1224 1 a 307 1223 -1 a 307 1212 1 a 307 1211 -1 a 307 1150 1 a 307 1149 -1 a 307 1142 1 a 307 1141 -1 a 307 1138 1 a 307 1137 -1 a 307 1128 1 a 307 1127 -1 a 307 1126 1 a 307 1125 -1 a 307 1118 1 a 307 1117 -1 a 307 1094 1 a 307 1093 -1 a 307 1066 1 a 307 1065 -1 a 307 1024 1 a 307 1023 -1 a 307 1018 1 a 307 1017 -1 a 307 1010 1 a 307 1009 -1 a 307 998 1 a 307 997 -1 a 307 996 1 a 307 995 -1 a 307 944 1 a 307 943 -1 a 307 942 1 a 307 941 -1 a 307 940 1 a 307 939 -1 a 307 938 1 a 307 937 -1 a 307 936 1 a 307 935 -1 a 307 934 1 a 307 933 -1 a 307 932 1 a 307 931 -1 a 307 930 1 a 307 929 -1 a 307 928 1 a 307 927 -1 a 307 910 1 a 307 909 -1 a 307 894 1 a 307 893 -1 a 307 836 1 a 307 835 -1 a 307 782 1 a 307 781 -1 a 307 780 1 a 307 779 -1 a 307 778 1 a 307 777 -1 a 307 776 1 a 307 775 -1 a 307 774 1 a 307 773 -1 a 307 772 1 a 307 771 -1 a 307 770 1 a 307 769 -1 a 307 754 1 a 307 753 -1 a 307 752 1 a 307 751 -1 a 307 750 1 a 307 749 -1 a 307 748 1 a 307 747 -1 a 307 746 1 a 307 745 -1 a 307 744 1 a 307 743 -1 a 307 742 1 a 307 741 -1 a 307 688 1 a 307 687 -1 a 307 16 54.124831 a 307 15 -54.124831 a 307 14 54.119975 a 307 13 -54.119975 a 308 2172 -1 a 308 2171 1 a 308 1046 -1 a 308 1045 1 a 309 1728 1 a 309 1727 -1 a 310 1620 -1 a 310 1619 1 a 310 1508 1 a 310 1507 -1 a 310 1506 1 a 310 1505 -1 a 311 2714 1 a 311 2713 -1 a 311 2680 1 a 311 2679 -1 a 311 2668 -1 a 311 2667 1 a 312 1512 1 a 312 1511 -1 a 312 1510 -1 a 312 1509 1 a 313 1514 1 a 313 1513 -1 a 313 1512 -1 a 313 1511 1 a 314 1514 -1 a 314 1513 1 a 314 16 0.000122 a 314 15 -0.000122 a 314 14 0.000116 a 314 13 -0.000116 a 315 2326 -1 a 315 2325 1 a 315 1264 1 a 315 1263 -1 a 316 1528 -1 a 316 1527 1 a 316 1046 1 a 316 1045 -1 a 316 968 1 a 316 967 -1 a 317 1526 -1 a 317 1525 1 a 317 1522 -1 a 317 1521 1 a 317 1520 -1 a 317 1519 1 a 317 1518 -1 a 317 1517 1 a 317 16 2e-06 a 317 15 -2e-06 a 317 14 2e-06 a 317 13 -2e-06 a 318 1520 1 a 318 1519 -1 a 318 1518 1 a 318 1517 -1 a 319 1534 -1 a 319 1533 1 a 319 1528 1 a 319 1527 -1 a 319 1264 -1 a 319 1263 1 a 320 2150 1 a 320 2149 -1 a 320 2148 1 a 320 2147 -1 a 320 822 -1 a 320 821 1 a 321 2150 -1 a 321 2149 1 a 321 2148 -1 a 321 2147 1 a 321 888 1 a 321 887 -1 a 322 2326 1 a 322 2325 -1 a 322 1530 -1 a 322 1529 1 a 323 1542 -1 a 323 1541 1 a 323 1538 1 a 323 1537 -1 a 324 1540 1 a 324 1539 -1 a 324 1538 -1 a 324 1537 1 a 325 1540 -1 a 325 1539 1 a 326 1552 1 a 326 1551 -1 a 326 1544 1 a 326 1543 -1 a 326 16 0.005205 a 326 15 -0.005205 a 326 14 0.004952 a 326 13 -0.004952 a 327 4090 1 a 327 4089 -1 a 327 1126 -1 a 327 1125 1 a 328 1998 -1 a 328 1997 1 a 328 1458 -1 a 328 1457 1 a 329 1558 -1 a 329 1557 1 a 329 1554 1 a 329 1553 -1 a 330 1564 1 a 330 1563 -1 a 330 1560 -1 a 330 1559 1 a 331 5078 -1 a 331 5077 1 a 331 1566 1 a 331 1565 -1 a 332 4020 -1 a 332 4019 1 a 332 3958 1 a 332 3957 -1 a 332 1570 -1 a 332 1569 1 a 332 1568 -1 a 332 1567 1 a 332 1458 1 a 332 1457 -1 a 333 1580 -1 a 333 1579 1 a 333 1576 1 a 333 1575 -1 a 333 1574 1 a 333 1573 -1 a 334 2122 -1 a 334 2121 1 a 334 2120 -1 a 334 2119 1 a 334 878 1 a 334 877 -1 a 335 4792 -1 a 335 4791 1 a 335 874 1 a 335 873 -1 a 336 1598 -1 a 336 1597 1 a 336 1572 1 a 336 1571 -1 a 337 4610 1 a 337 4609 -1 a 337 4608 1 a 337 4607 -1 a 337 3894 -1 a 337 3893 1 a 337 3758 1 a 337 3757 -1 a 337 1846 -1 a 337 1845 1 a 338 4464 1 a 338 4463 -1 a 338 4208 1 a 338 4207 -1 a 338 1894 -1 a 338 1893 1 a 338 1582 1 a 338 1581 -1 a 339 4472 1 a 339 4471 -1 a 339 4216 1 a 339 4215 -1 a 339 1902 -1 a 339 1901 1 a 339 1590 1 a 339 1589 -1 a 340 4470 1 a 340 4469 -1 a 340 4214 1 a 340 4213 -1 a 340 1900 -1 a 340 1899 1 a 340 1588 1 a 340 1587 -1 a 341 4476 1 a 341 4475 -1 a 341 4220 1 a 341 4219 -1 a 341 1906 -1 a 341 1905 1 a 341 1594 1 a 341 1593 -1 a 342 4474 1 a 342 4473 -1 a 342 4218 1 a 342 4217 -1 a 342 1904 -1 a 342 1903 1 a 342 1592 1 a 342 1591 -1 a 343 4468 1 a 343 4467 -1 a 343 4212 1 a 343 4211 -1 a 343 1898 -1 a 343 1897 1 a 343 1586 1 a 343 1585 -1 a 344 4466 1 a 344 4465 -1 a 344 4210 1 a 344 4209 -1 a 344 1896 -1 a 344 1895 1 a 344 1584 1 a 344 1583 -1 a 345 4390 -1 a 345 4389 1 a 345 2000 1 a 345 1999 -1 a 346 1968 1 a 346 1967 -1 a 346 1632 -1 a 346 1631 1 a 347 1610 -1 a 347 1609 1 a 347 1320 1 a 347 1319 -1 a 348 2854 -1 a 348 2853 1 a 348 1620 1 a 348 1619 -1 a 348 1616 -1 a 348 1615 1 a 348 1614 -1 a 348 1613 1 a 349 3100 1 a 349 3099 -1 a 349 3098 1 a 349 3097 -1 a 349 1626 1 a 349 1625 -1 a 349 1624 -1 a 349 1623 1 a 349 1622 1 a 349 1621 -1 a 349 1332 1 a 349 1331 -1 a 349 1110 1 a 349 1109 -1 a 349 14 0.000223 a 349 13 -0.000223 a 350 1914 1 a 350 1913 -1 a 350 1628 -1 a 350 1627 1 a 351 1632 1 a 351 1631 -1 a 352 2340 -2 a 352 2339 2 a 352 1756 -1 a 352 1755 1 a 352 1638 -1 a 352 1637 1 a 352 1636 1 a 352 1635 -1 a 352 1634 1 a 352 1633 -1 a 352 1072 1 a 352 1071 -1 a 353 3958 -1 a 353 3957 1 a 353 1418 1 a 353 1417 -1 a 354 3660 1 a 354 3659 -1 a 354 3658 1 a 354 3657 -1 a 354 3656 1 a 354 3655 -1 a 354 3186 -1 a 354 3185 1 a 355 1672 -2 a 355 1671 2 a 355 16 0.005205 a 355 15 -0.005205 a 355 14 0.004952 a 355 13 -0.004952 a 356 4476 -1 a 356 4475 1 a 356 4474 -1 a 356 4473 1 a 356 4472 -1 a 356 4471 1 a 356 4470 -1 a 356 4469 1 a 356 4468 -1 a 356 4467 1 a 356 4466 -1 a 356 4465 1 a 356 4464 -1 a 356 4463 1 a 356 4380 -1 a 356 4379 1 a 356 4220 -1 a 356 4219 1 a 356 4218 -1 a 356 4217 1 a 356 4216 -1 a 356 4215 1 a 356 4214 -1 a 356 4213 1 a 356 4212 -1 a 356 4211 1 a 356 4210 -1 a 356 4209 1 a 356 4208 -1 a 356 4207 1 a 356 3906 -1 a 356 3905 1 a 356 3858 1 a 356 3857 -1 a 356 3660 -1 a 356 3659 1 a 356 3658 -1 a 356 3657 1 a 356 3656 -1 a 356 3655 1 a 356 3528 -1 a 356 3527 1 a 356 1846 1 a 356 1845 -1 a 356 1838 -1 a 356 1837 1 a 356 1676 1 a 356 1675 -1 a 356 1594 -1 a 356 1593 1 a 356 1592 -1 a 356 1591 1 a 356 1590 -1 a 356 1589 1 a 356 1588 -1 a 356 1587 1 a 356 1586 -1 a 356 1585 1 a 356 1584 -1 a 356 1583 1 a 356 1582 -1 a 356 1581 1 a 357 5092 -1 a 357 5091 1 a 357 5074 -4 a 357 5073 4 a 357 5046 -1 a 357 5045 1 a 357 5032 -1 a 357 5031 1 a 357 4882 -1 a 357 4881 1 a 357 4808 -1 a 357 4807 1 a 357 4678 -1 a 357 4677 1 a 357 4644 -1 a 357 4643 1 a 357 4454 -1 a 357 4453 1 a 357 4452 -1 a 357 4451 1 a 357 4450 -1 a 357 4449 1 a 357 4448 -1 a 357 4447 1 a 357 4446 -1 a 357 4445 1 a 357 4444 -1 a 357 4443 1 a 357 4442 -1 a 357 4441 1 a 357 4384 -1 a 357 4383 1 a 357 4382 -1 a 357 4381 1 a 357 4366 -1 a 357 4365 1 a 357 4364 -1 a 357 4363 1 a 357 4362 1 a 357 4361 -1 a 357 4344 -1 a 357 4343 1 a 357 4342 -1 a 357 4341 1 a 357 4100 -1 a 357 4099 1 a 357 4094 -1 a 357 4093 1 a 357 4022 -1 a 357 4021 1 a 357 4008 -1 a 357 4007 1 a 357 4006 -1 a 357 4005 1 a 357 3996 -1 a 357 3995 1 a 357 3988 -1 a 357 3987 1 a 357 3982 -1 a 357 3981 1 a 357 3974 -1 a 357 3973 1 a 357 3954 -1 a 357 3953 1 a 357 3804 -1 a 357 3803 1 a 357 3630 -1 a 357 3629 1 a 357 3524 -1 a 357 3523 1 a 357 3522 -1 a 357 3521 1 a 357 3422 -1 a 357 3421 1 a 357 3418 -1 a 357 3417 1 a 357 3398 -1 a 357 3397 1 a 357 3192 -1 a 357 3191 1 a 357 3184 -1 a 357 3183 1 a 357 3182 -1 a 357 3181 1 a 357 3120 -1 a 357 3119 1 a 357 3096 -1 a 357 3095 1 a 357 2974 1 a 357 2973 -1 a 357 2846 -1 a 357 2845 1 a 357 2794 -1 a 357 2793 1 a 357 2760 -1 a 357 2759 1 a 357 2734 -1 a 357 2733 1 a 357 2430 -1 a 357 2429 1 a 357 2106 -1 a 357 2105 1 a 357 1982 -1 a 357 1981 1 a 357 1912 1 a 357 1911 -1 a 357 1886 -1 a 357 1885 1 a 357 1798 -2 a 357 1797 2 a 357 1726 -2 a 357 1725 2 a 357 1724 -2 a 357 1723 2 a 357 1686 -1 a 357 1685 1 a 357 1568 1 a 357 1567 -1 a 357 1566 -1 a 357 1565 1 a 357 1456 -1 a 357 1455 1 a 357 1410 -1 a 357 1409 1 a 357 1336 -1 a 357 1335 1 a 357 1334 -1 a 357 1333 1 a 357 1270 -1 a 357 1269 1 a 357 1216 -1 a 357 1215 1 a 357 1124 -1 a 357 1123 1 a 357 1026 -1 a 357 1025 1 a 357 1022 -1 a 357 1021 1 a 357 890 -1 a 357 889 1 a 357 888 -1 a 357 887 1 a 357 886 -1 a 357 885 1 a 357 884 -1 a 357 883 1 a 357 882 -1 a 357 881 1 a 357 880 -1 a 357 879 1 a 357 878 -1 a 357 877 1 a 357 876 -1 a 357 875 1 a 357 874 -1 a 357 873 1 a 357 872 -1 a 357 871 1 a 357 870 -1 a 357 869 1 a 358 4838 -1 a 358 4837 1 a 358 4818 -1 a 358 4817 1 a 358 4776 1 a 358 4775 -1 a 358 4758 1 a 358 4757 -1 a 358 4738 -1 a 358 4737 1 a 358 4736 -1 a 358 4735 1 a 358 4682 -1 a 358 4681 1 a 358 4480 -1 a 358 4479 1 a 358 4478 -1 a 358 4477 1 a 358 4342 1 a 358 4341 -1 a 358 4134 1 a 358 4133 -1 a 358 4094 1 a 358 4093 -1 a 358 4052 1 a 358 4051 -1 a 358 4026 1 a 358 4025 -1 a 358 3974 -1 a 358 3973 1 a 358 3956 1 a 358 3955 -1 a 358 3938 -1 a 358 3937 1 a 358 3488 -1 a 358 3487 1 a 358 3486 -1 a 358 3485 1 a 358 3430 -1 a 358 3429 1 a 358 3428 -1 a 358 3427 1 a 358 3184 -1 a 358 3183 1 a 358 3168 -1 a 358 3167 1 a 358 3058 -1 a 358 3057 1 a 358 2766 -1 a 358 2765 1 a 358 2670 -1 a 358 2669 1 a 358 2502 -1 a 358 2501 1 a 358 2288 1 a 358 2287 -1 a 358 2286 1 a 358 2285 -1 a 358 2284 1 a 358 2283 -1 a 358 2282 1 a 358 2281 -1 a 358 2280 1 a 358 2279 -1 a 358 2278 1 a 358 2277 -1 a 358 2276 1 a 358 2275 -1 a 358 2274 1 a 358 2273 -1 a 358 2272 1 a 358 2271 -1 a 358 2270 1 a 358 2269 -1 a 358 2268 -1 a 358 2267 1 a 358 2266 -1 a 358 2265 1 a 358 2264 -1 a 358 2263 1 a 358 2262 -1 a 358 2261 1 a 358 2260 -1 a 358 2259 1 a 358 2258 -1 a 358 2257 1 a 358 2256 -1 a 358 2255 1 a 358 2254 -1 a 358 2253 1 a 358 2252 -1 a 358 2251 1 a 358 2250 -1 a 358 2249 1 a 358 2062 -1 a 358 2061 1 a 358 1986 -1 a 358 1985 1 a 358 1764 1 a 358 1763 -1 a 358 1756 -1 a 358 1755 1 a 358 1738 1 a 358 1737 -1 a 358 1730 1 a 358 1729 -1 a 358 1490 -1 a 358 1489 1 a 358 1216 1 a 358 1215 -1 a 358 1094 1 a 358 1093 -1 a 358 1092 1 a 358 1091 -1 a 358 1062 -1 a 358 1061 1 a 358 1020 -1 a 358 1019 1 a 358 998 1 a 358 997 -1 a 358 992 -1 a 358 991 1 a 358 986 1 a 358 985 -1 a 358 980 1 a 358 979 -1 a 358 978 -1 a 358 977 1 a 358 976 -1 a 358 975 1 a 358 974 -1 a 358 973 1 a 358 972 -1 a 358 971 1 a 358 970 -1 a 358 969 1 a 358 968 -1 a 358 967 1 a 358 966 -1 a 358 965 1 a 358 892 1 a 358 891 -1 a 358 16 0.000576 a 358 15 -0.000576 a 358 14 0.000168 a 358 13 -0.000168 a 359 1694 -1 a 359 1693 1 a 359 1690 1 a 359 1689 -1 a 359 1688 1 a 359 1687 -1 a 359 16 2.5e-05 a 359 15 -2.5e-05 a 359 14 2.4e-05 a 359 13 -2.4e-05 a 360 2996 -1 a 360 2995 1 a 360 1700 1 a 360 1699 -1 a 361 1602 -1 a 361 1601 1 a 362 1606 -1 a 362 1605 1 a 363 1604 -1 a 363 1603 1 a 364 1608 -1 a 364 1607 1 a 365 1714 -1 a 365 1713 1 a 365 1708 2 a 365 1707 -2 a 365 1706 2 a 365 1705 -2 a 365 1704 2 a 365 1703 -2 a 366 1712 1 a 366 1711 -1 a 366 1708 -2 a 366 1707 2 a 366 1706 -2 a 366 1705 2 a 366 1704 -2 a 366 1703 2 a 367 1720 -1 a 367 1719 1 a 367 1598 1 a 367 1597 -1 a 368 3682 1 a 368 3681 -1 a 368 1722 -1 a 368 1721 1 a 369 5074 -1 a 369 5073 1 a 369 1726 1 a 369 1725 -1 a 369 1724 1 a 369 1723 -1 a 370 1752 -1 a 370 1751 1 a 370 1750 -1 a 370 1749 1 a 370 1748 -1 a 370 1747 1 a 370 1746 -1 a 370 1745 1 a 370 1734 1 a 370 1733 -1 a 370 1730 1 a 370 1729 -1 a 370 1728 1 a 370 1727 -1 a 371 1752 1 a 371 1751 -1 a 371 1742 -1 a 371 1741 1 a 371 1740 -1 a 371 1739 1 a 371 1738 1 a 371 1737 -1 a 372 1738 -1 a 372 1737 1 a 372 1732 -1 a 372 1731 1 a 373 1736 1 a 373 1735 -1 a 373 1734 -1 a 373 1733 1 a 373 1732 1 a 373 1731 -1 a 373 1730 -1 a 373 1729 1 a 373 1728 -1 a 373 1727 1 a 374 1836 -1 a 374 1835 1 a 374 1760 -1 a 374 1759 1 a 374 1758 1 a 374 1757 -1 a 374 1676 -1 a 374 1675 1 a 375 1768 -1 a 375 1767 1 a 375 1766 -1 a 375 1765 1 a 375 1764 1 a 375 1763 -1 a 375 1734 -1 a 375 1733 1 a 376 1764 -1 a 376 1763 1 a 376 1736 -1 a 376 1735 1 a 376 1734 1 a 376 1733 -1 a 377 4620 1 a 377 4619 -1 a 377 4380 1 a 377 4379 -1 a 377 3906 1 a 377 3905 -1 a 377 3894 1 a 377 3893 -1 a 377 3758 -1 a 377 3757 1 a 377 3666 1 a 377 3665 -1 a 377 3540 1 a 377 3539 -1 a 377 3186 1 a 377 3185 -1 a 377 1906 1 a 377 1905 -1 a 377 1904 1 a 377 1903 -1 a 377 1902 1 a 377 1901 -1 a 377 1900 1 a 377 1899 -1 a 377 1898 1 a 377 1897 -1 a 377 1896 1 a 377 1895 -1 a 377 1894 1 a 377 1893 -1 a 377 1776 -1 a 377 1775 1 a 377 16 0.133508 a 377 15 -0.133508 a 377 14 0.129799 a 377 13 -0.129799 a 378 1788 1 a 378 1787 -1 a 378 1780 1 a 378 1779 -1 a 379 5118 -1 a 379 5117 1 a 379 3682 1 a 379 3681 -1 a 379 3668 -1 a 379 3667 1 a 379 1786 -1 a 379 1785 1 a 379 1782 1 a 379 1781 -1 a 379 1542 -1 a 379 1541 1 a 379 1510 -1 a 379 1509 1 a 379 16 0.000709 a 379 15 -0.000709 a 379 14 0.000674 a 379 13 -0.000674 a 380 3490 1 a 380 3489 -1 a 380 1792 1 a 380 1791 -1 a 381 1800 -1 a 381 1799 1 a 381 1798 1 a 381 1797 -1 a 382 1808 -1 a 382 1807 1 a 382 1804 1 a 382 1803 -1 a 383 4714 1 a 383 4713 -1 a 383 4656 1 a 383 4655 -1 a 383 4380 1 a 383 4379 -1 a 383 3106 1 a 383 3105 -1 a 383 2732 1 a 383 2731 -1 a 383 1826 1 a 383 1825 -1 a 383 1822 -1 a 383 1821 1 a 383 1820 1 a 383 1819 -1 a 383 1818 1 a 383 1817 -1 a 383 1812 -1 a 383 1811 1 a 383 1806 1 a 383 1805 -1 a 383 1320 -1 a 383 1319 1 a 383 16 0.09158 a 383 15 -0.09158 a 383 14 0.088988 a 383 13 -0.088988 a 384 4714 -1 a 384 4713 1 a 384 1816 1 a 384 1815 -1 a 385 1818 -1 a 385 1817 1 a 386 3858 -1 a 386 3857 1 a 386 1842 -1 a 386 1841 1 a 386 1840 -1 a 386 1839 1 a 386 1838 1 a 386 1837 -1 a 386 1836 1 a 386 1835 -1 a 386 1834 1 a 386 1833 -1 a 387 4498 1 a 387 4497 -1 a 387 3866 -1 a 387 3865 1 a 387 1860 -1 a 387 1859 1 a 387 1856 1 a 387 1855 -1 a 388 4966 -1 a 388 4965 1 a 388 3276 -2 a 388 3275 2 a 388 1726 -2 a 388 1725 2 a 388 1526 -1 a 388 1525 1 a 388 920 1 a 388 919 -1 a 389 4602 -1 a 389 4601 1 a 389 4600 -1 a 389 4599 1 a 389 3768 1 a 389 3767 -1 a 389 1858 -1 a 389 1857 1 a 390 3908 -1 a 390 3907 1 a 390 3866 1 a 390 3865 -1 a 390 1858 1 a 390 1857 -1 a 391 1912 1 a 391 1911 -1 a 391 1312 -1 a 391 1311 1 a 392 4616 -1 a 392 4615 1 a 392 3908 1 a 392 3907 -1 a 392 3768 -1 a 392 3767 1 a 392 1908 1 a 392 1907 -1 a 392 16 0.026166 a 392 15 -0.026166 a 392 14 0.024805 a 392 13 -0.024805 a 393 4566 1 a 393 4565 -1 a 393 1910 -1 a 393 1909 1 a 394 2178 -1 a 394 2177 1 a 394 1052 -1 a 394 1051 1 a 395 2250 -1 a 395 2249 1 a 395 2236 -1 a 395 2235 1 a 395 942 1 a 395 941 -1 a 396 2236 1 a 396 2235 -1 a 396 2114 -1 a 396 2113 1 a 396 2112 -1 a 396 2111 1 a 396 942 -1 a 396 941 1 a 396 872 1 a 396 871 -1 a 397 2270 -1 a 397 2269 1 a 397 2250 1 a 397 2249 -1 a 397 1052 1 a 397 1051 -1 a 397 974 1 a 397 973 -1 a 398 1156 -1 a 398 1155 1 a 398 1152 1 a 398 1151 -1 a 399 4610 -1 a 399 4609 1 a 399 4608 -1 a 399 4607 1 a 399 3766 1 a 399 3765 -1 a 399 1848 -1 a 399 1847 1 a 400 3904 -1 a 400 3903 1 a 400 3854 1 a 400 3853 -1 a 400 1848 1 a 400 1847 -1 a 401 4620 -1 a 401 4619 1 a 401 3904 1 a 401 3903 -1 a 401 3766 -1 a 401 3765 1 a 401 1920 1 a 401 1919 -1 a 401 16 0.027017 a 401 15 -0.027017 a 401 14 0.025612 a 401 13 -0.025612 a 402 3854 -1 a 402 3853 1 a 402 1924 -1 a 402 1923 1 a 402 1922 1 a 402 1921 -1 a 403 2180 -1 a 403 2179 1 a 403 1054 -1 a 403 1053 1 a 404 3382 -1 a 404 3381 1 a 404 3368 -1 a 404 3367 1 a 404 3326 -1 a 404 3325 1 a 404 2252 -1 a 404 2251 1 a 404 2238 -1 a 404 2237 1 a 404 1360 -1 a 404 1359 1 a 404 940 1 a 404 939 -1 a 404 770 1 a 404 769 -1 a 404 742 1 a 404 741 -1 a 405 2516 1 a 405 2515 -1 a 405 2238 1 a 405 2237 -1 a 405 2192 1 a 405 2191 -1 a 405 2118 -1 a 405 2117 1 a 405 2116 -1 a 405 2115 1 a 405 1190 1 a 405 1189 -1 a 405 1078 1 a 405 1077 -1 a 405 940 -1 a 405 939 1 a 405 876 1 a 405 875 -1 a 406 2272 -1 a 406 2271 1 a 406 2252 1 a 406 2251 -1 a 406 1054 1 a 406 1053 -1 a 406 976 1 a 406 975 -1 a 407 1360 1 a 407 1359 -1 a 407 1346 1 a 407 1345 -1 a 407 1078 -1 a 407 1077 1 a 408 4606 -1 a 408 4605 1 a 408 4604 -1 a 408 4603 1 a 408 3762 1 a 408 3761 -1 a 408 1942 -1 a 408 1941 1 a 409 3896 -1 a 409 3895 1 a 409 3874 1 a 409 3873 -1 a 409 1942 1 a 409 1941 -1 a 410 4666 1 a 410 4665 -1 a 410 4664 -1 a 410 4663 1 a 411 4502 1 a 411 4501 -1 a 411 3918 -1 a 411 3917 1 a 411 3874 -1 a 411 3873 1 a 411 1946 -1 a 411 1945 1 a 412 4618 -1 a 412 4617 1 a 412 3918 1 a 412 3917 -1 a 412 3896 1 a 412 3895 -1 a 412 3762 -1 a 412 3761 1 a 412 16 0.027017 a 412 15 -0.027017 a 412 14 0.025612 a 412 13 -0.025612 a 413 2788 -1 a 413 2787 1 a 413 2228 -1 a 413 2227 1 a 413 1960 -1 a 413 1959 1 a 413 1956 1 a 413 1955 -1 a 414 4912 1 a 414 4911 -1 a 414 4834 -1 a 414 4833 1 a 414 4598 -1 a 414 4597 1 a 414 4552 1 a 414 4551 -1 a 414 3580 1 a 414 3579 -1 a 414 2540 -1 a 414 2539 1 a 414 2538 -1 a 414 2537 1 a 414 2536 -1 a 414 2535 1 a 414 2534 -1 a 414 2533 1 a 414 2312 -1 a 414 2311 1 a 414 2304 -1 a 414 2303 1 a 414 2302 -1 a 414 2301 1 a 414 1956 -1 a 414 1955 1 a 415 1970 1 a 415 1969 -1 a 415 1968 -1 a 415 1967 1 a 415 828 -1 a 415 827 1 a 416 4904 -1 a 416 4903 1 a 416 1978 -1 a 416 1977 1 a 416 1976 1 a 416 1975 -1 a 417 4966 -1 a 417 4965 1 a 417 4882 1 a 417 4881 -1 a 418 1990 -1 a 418 1989 1 a 418 1980 1 a 418 1979 -1 a 419 2012 -1 a 419 2011 1 a 420 1986 -1 a 420 1985 1 a 420 1982 1 a 420 1981 -1 a 421 2050 -1 a 421 2049 1 a 421 1990 1 a 421 1989 -1 a 421 1988 1 a 421 1987 -1 a 422 1998 1 a 422 1997 -1 a 422 1996 1 a 422 1995 -1 a 422 1994 1 a 422 1993 -1 a 422 1992 1 a 422 1991 -1 a 423 2052 -1 a 423 2051 1 a 423 2050 1 a 423 2049 -1 a 424 3042 1 a 424 3041 -1 a 424 2000 -1 a 424 1999 1 a 424 830 -1 a 424 829 1 a 425 2004 -1 a 425 2003 1 a 425 1978 1 a 425 1977 -1 a 426 4584 -1 a 426 4583 1 a 426 2006 1 a 426 2005 -1 a 427 2010 1 a 427 2009 -1 a 427 2008 1 a 427 2007 -1 a 428 3886 -1 a 428 3885 1 a 429 3898 -1 a 429 3897 1 a 429 3844 1 a 429 3843 -1 a 430 4506 1 a 430 4505 -1 a 430 3844 -1 a 430 3843 1 a 430 2020 -1 a 430 2019 1 a 430 1856 -1 a 430 1855 1 a 431 3898 1 a 431 3897 -1 a 431 3886 1 a 431 3885 -1 a 431 1908 -1 a 431 1907 1 a 432 3802 1 a 432 3801 -1 a 433 4568 2 a 433 4567 -2 a 433 4566 -1 a 433 4565 1 a 434 3158 -1 a 434 3157 1 a 434 2032 -1 a 434 2031 1 a 434 2030 1 a 434 2029 -1 a 435 2040 -1 a 435 2039 1 a 435 2036 -1 a 435 2035 1 a 436 2046 -1 a 436 2045 1 a 436 2040 1 a 436 2039 -1 a 436 2036 1 a 436 2035 -1 a 437 3800 -1 a 437 3799 1 a 437 3740 1 a 437 3739 -1 a 438 4914 1 a 438 4913 -1 a 438 4484 -1 a 438 4483 1 a 438 2062 1 a 438 2061 -1 a 439 4832 -1 a 439 4831 1 a 439 4830 -1 a 439 4829 1 a 439 2074 1 a 439 2073 -1 a 440 4832 1 a 440 4831 -1 a 440 4830 1 a 440 4829 -1 a 440 2074 -1 a 440 2073 1 a 441 5070 -1 a 441 5069 1 a 441 4706 1 a 441 4705 -1 a 442 1912 -1 a 442 1911 1 a 442 1526 1 a 442 1525 -1 a 443 4582 -1 a 443 4581 1 a 443 3760 1 a 443 3759 -1 a 443 2086 -1 a 443 2085 1 a 443 948 -1 a 443 947 1 a 444 4818 -1 a 444 4817 1 a 444 948 1 a 444 947 -1 a 445 4820 -1 a 445 4819 1 a 445 4818 1 a 445 4817 -1 a 446 4826 -1 a 446 4825 1 a 446 4822 1 a 446 4821 -1 a 446 4820 1 a 446 4819 -1 a 447 4824 1 a 447 4823 -1 a 447 4822 -1 a 447 4821 1 a 448 4826 1 a 448 4825 -1 a 448 2506 -1 a 448 2505 1 a 449 4824 -1 a 449 4823 1 a 449 4582 1 a 449 4581 -1 a 450 4904 -1 a 450 4903 1 a 450 4900 -1 a 450 4899 1 a 450 3912 -1 a 450 3911 1 a 450 3862 1 a 450 3861 -1 a 450 2086 1 a 450 2085 -1 a 451 3912 1 a 451 3911 -1 a 451 3760 -1 a 451 3759 1 a 451 2506 1 a 451 2505 -1 a 451 16 0.026166 a 451 15 -0.026166 a 451 14 0.024805 a 451 13 -0.024805 a 452 4614 -1 a 452 4613 1 a 452 4612 -1 a 452 4611 1 a 452 3764 1 a 452 3763 -1 a 453 4904 1 a 453 4903 -1 a 453 3834 1 a 453 3833 -1 a 453 2102 -1 a 453 2101 1 a 453 2094 -1 a 453 2093 1 a 454 3834 -1 a 454 3833 1 a 454 2098 -1 a 454 2097 1 a 454 2096 1 a 454 2095 -1 a 454 2094 1 a 454 2093 -1 a 454 1922 -1 a 454 1921 1 a 455 4622 -1 a 455 4621 1 a 455 3764 -1 a 455 3763 1 a 455 2102 1 a 455 2101 -1 a 455 1920 -1 a 455 1919 1 a 456 2108 1 a 456 2107 -1 a 457 4882 1 a 457 4881 -1 a 457 4100 1 a 457 4099 -1 a 457 2108 -1 a 457 2107 1 a 457 2106 -1 a 457 2105 1 a 457 2104 1 a 457 2103 -1 a 458 4886 1 a 458 4885 -1 a 458 4796 -1 a 458 4795 1 a 458 2304 -1 a 458 2303 1 a 458 2110 1 a 458 2109 -1 a 458 1938 1 a 458 1937 -1 a 459 3970 -1 a 459 3969 1 a 459 2200 1 a 459 2199 -1 a 460 3118 1 a 460 3117 -1 a 460 3116 -1 a 460 3115 1 a 461 2402 1 a 461 2401 -1 a 461 2392 -2 a 461 2391 2 a 461 2390 -2 a 461 2389 2 a 461 2388 -2 a 461 2387 2 a 461 2208 1 a 461 2207 -1 a 461 2206 -1 a 461 2205 1 a 461 14 0.000223 a 461 13 -0.000223 a 462 4002 -1 a 462 4001 1 a 462 2212 1 a 462 2211 -1 a 463 2858 -1 a 463 2857 1 a 463 2216 -1 a 463 2215 1 a 463 2214 1 a 463 2213 -1 a 464 2324 1 a 464 2323 -1 a 464 2220 -1 a 464 2219 1 a 465 2226 -1 a 465 2225 1 a 465 1254 1 a 465 1253 -1 a 466 2478 -1 a 466 2477 1 a 466 2460 1 a 466 2459 -1 a 467 4886 -1 a 467 4885 1 a 467 4796 -1 a 467 4795 1 a 467 4650 -1 a 467 4649 1 a 467 4154 -1 a 467 4153 1 a 467 4128 1 a 467 4127 -1 a 467 3464 -1 a 467 3463 1 a 467 3416 -1 a 467 3415 1 a 467 3004 -1 a 467 3003 1 a 467 2652 1 a 467 2651 -1 a 467 2564 -1 a 467 2563 1 a 467 2476 -1 a 467 2475 1 a 467 2306 -1 a 467 2305 1 a 467 2232 -1 a 467 2231 1 a 467 2230 1 a 467 2229 -1 a 467 2228 1 a 467 2227 -1 a 467 1278 -1 a 467 1277 1 a 468 4638 -1 a 468 4637 1 a 468 4634 -1 a 468 4633 1 a 468 4632 -1 a 468 4631 1 a 468 4418 1 a 468 4417 -1 a 468 3092 -1 a 468 3091 1 a 468 3088 -1 a 468 3087 1 a 468 3086 -1 a 468 3085 1 a 468 2440 -1 a 468 2439 1 a 468 2404 -1 a 468 2403 1 a 468 2388 -1 a 468 2387 1 a 468 2372 -1 a 468 2371 1 a 468 2366 -1 a 468 2365 1 a 468 2350 -1 a 468 2349 1 a 468 2292 1 a 468 2291 -1 a 468 2290 1 a 468 2289 -1 a 468 1854 1 a 468 1853 -1 a 468 1704 -1 a 468 1703 1 a 468 1380 -1 a 468 1379 1 a 468 1060 1 a 468 1059 -1 a 468 1058 1 a 468 1057 -1 a 468 1056 1 a 468 1055 -1 a 468 1054 1 a 468 1053 -1 a 468 1052 1 a 468 1051 -1 a 468 1050 1 a 468 1049 -1 a 468 1048 1 a 468 1047 -1 a 468 1046 1 a 468 1045 -1 a 468 16 0.000223 a 468 15 -0.000223 a 468 14 0.000223 a 468 13 -0.000223 a 469 4638 1 a 469 4637 -1 a 469 4634 1 a 469 4633 -1 a 469 4632 1 a 469 4631 -1 a 469 4418 -1 a 469 4417 1 a 469 3092 1 a 469 3091 -1 a 469 3088 1 a 469 3087 -1 a 469 3086 1 a 469 3085 -1 a 469 2404 1 a 469 2403 -1 a 469 2388 1 a 469 2387 -1 a 469 2372 1 a 469 2371 -1 a 469 2366 1 a 469 2365 -1 a 469 2350 1 a 469 2349 -1 a 469 2292 -1 a 469 2291 1 a 469 2290 -1 a 469 2289 1 a 469 1854 -1 a 469 1853 1 a 469 1704 1 a 469 1703 -1 a 469 1380 1 a 469 1379 -1 a 469 1060 -1 a 469 1059 1 a 469 1058 -1 a 469 1057 1 a 469 1056 -1 a 469 1055 1 a 469 1054 -1 a 469 1053 1 a 469 1052 -1 a 469 1051 1 a 469 1050 -1 a 469 1049 1 a 469 1048 -1 a 469 1047 1 a 469 1046 -1 a 469 1045 1 a 470 4648 -1 a 470 4647 1 a 470 3702 -1 a 470 3701 1 a 470 2322 -1 a 470 2321 1 a 470 2300 1 a 470 2299 -1 a 470 2298 -1 a 470 2297 1 a 471 2312 1 a 471 2311 -1 a 471 2310 -1 a 471 2309 1 a 472 2310 1 a 472 2309 -1 a 472 2308 -1 a 472 2307 1 a 473 4128 -1 a 473 4127 1 a 473 2460 -1 a 473 2459 1 a 473 2306 1 a 473 2305 -1 a 473 2302 1 a 473 2301 -1 a 474 4708 1 a 474 4707 -1 a 474 4634 2 a 474 4633 -2 a 474 4632 2 a 474 4631 -2 a 474 3276 -2 a 474 3275 2 a 474 3088 2 a 474 3087 -2 a 474 3086 2 a 474 3085 -2 a 474 2426 1 a 474 2425 -1 a 474 2408 -2 a 474 2407 2 a 474 2406 -2 a 474 2405 2 a 474 2404 -2 a 474 2403 2 a 474 2392 -2 a 474 2391 2 a 474 2390 -2 a 474 2389 2 a 474 2388 -2 a 474 2387 2 a 474 2376 -2 a 474 2375 2 a 474 2374 -2 a 474 2373 2 a 474 2372 -2 a 474 2371 2 a 474 2366 -2 a 474 2365 2 a 474 2354 -2 a 474 2353 2 a 474 2352 -2 a 474 2351 2 a 474 2350 -2 a 474 2349 2 a 474 2338 -1 a 474 2337 1 a 474 2334 1 a 474 2333 -1 a 474 2332 -1 a 474 2331 1 a 474 2330 -1 a 474 2329 1 a 474 2314 1 a 474 2313 -1 a 474 1708 -2 a 474 1707 2 a 474 1706 -2 a 474 1705 2 a 474 1704 -2 a 474 1703 2 a 474 1384 -2 a 474 1383 2 a 474 1382 -2 a 474 1381 2 a 474 1380 -2 a 474 1379 2 a 474 16 0.006715 a 474 15 -0.006715 a 474 14 0.006388 a 474 13 -0.006388 a 475 2424 -2 a 475 2423 2 a 475 2422 -2 a 475 2421 2 a 475 2368 -1 a 475 2367 1 a 475 2366 2 a 475 2365 -2 a 475 2344 -1 a 475 2343 1 a 475 2340 -1 a 475 2339 1 a 475 2210 -1 a 475 2209 1 a 475 16 0.007808 a 475 15 -0.007808 a 475 14 0.007428 a 475 13 -0.007428 a 476 2346 -1 a 476 2345 1 a 476 2344 1 a 476 2343 -1 a 477 2360 -1 a 477 2359 1 a 477 2354 2 a 477 2353 -2 a 477 2352 2 a 477 2351 -2 a 477 2350 2 a 477 2349 -2 a 478 2356 1 a 478 2355 -1 a 478 2354 -2 a 478 2353 2 a 478 2352 -2 a 478 2351 2 a 478 2350 -2 a 478 2349 2 a 479 2382 -1 a 479 2381 1 a 479 2376 2 a 479 2375 -2 a 479 2374 2 a 479 2373 -2 a 479 2372 2 a 479 2371 -2 a 480 2380 1 a 480 2379 -1 a 480 2376 -2 a 480 2375 2 a 480 2374 -2 a 480 2373 2 a 480 2372 -2 a 480 2371 2 a 481 2394 -1 a 481 2393 1 a 481 2392 2 a 481 2391 -2 a 481 2390 2 a 481 2389 -2 a 481 2388 2 a 481 2387 -2 a 481 2210 1 a 481 2209 -1 a 482 2414 -1 a 482 2413 1 a 482 2408 2 a 482 2407 -2 a 482 2406 2 a 482 2405 -2 a 482 2404 2 a 482 2403 -2 a 483 2412 1 a 483 2411 -1 a 483 2408 -2 a 483 2407 2 a 483 2406 -2 a 483 2405 2 a 483 2404 -2 a 483 2403 2 a 484 4414 1 a 484 4413 -1 a 484 2634 -1 a 484 2633 1 a 484 2632 -1 a 484 2631 1 a 485 4622 2 a 485 4621 -2 a 485 4620 2 a 485 4619 -2 a 485 4618 2 a 485 4617 -2 a 485 4616 2 a 485 4615 -2 a 485 4342 -2 a 485 4341 2 a 485 3526 2 a 485 3525 -2 a 485 2432 -2 a 485 2431 2 a 486 4622 -2 a 486 4621 2 a 486 4620 -2 a 486 4619 2 a 486 4618 -2 a 486 4617 2 a 486 4616 -2 a 486 4615 2 a 486 4342 2 a 486 4341 -2 a 486 3526 -2 a 486 3525 2 a 486 2432 2 a 486 2431 -2 a 487 2438 -1 a 487 2437 1 a 488 4564 -1 a 488 4563 1 a 488 2444 1 a 488 2443 -1 a 488 2442 1 a 488 2441 -1 a 488 2440 1 a 488 2439 -1 a 488 2406 -1 a 488 2405 1 a 488 2390 -1 a 488 2389 1 a 488 2374 -1 a 488 2373 1 a 488 2352 -1 a 488 2351 1 a 488 2328 -1 a 488 2327 1 a 488 2326 -1 a 488 2325 1 a 488 2324 -1 a 488 2323 1 a 488 2322 -1 a 488 2321 1 a 488 2320 -1 a 488 2319 1 a 488 1706 -1 a 488 1705 1 a 488 1382 -1 a 488 1381 1 a 489 2444 -1 a 489 2443 1 a 489 2442 -1 a 489 2441 1 a 489 2406 1 a 489 2405 -1 a 489 2390 1 a 489 2389 -1 a 489 2374 1 a 489 2373 -1 a 489 2352 1 a 489 2351 -1 a 489 2328 1 a 489 2327 -1 a 489 2326 1 a 489 2325 -1 a 489 2324 1 a 489 2323 -1 a 489 2322 1 a 489 2321 -1 a 489 2320 1 a 489 2319 -1 a 489 1706 1 a 489 1705 -1 a 489 1382 1 a 489 1381 -1 a 490 5066 -1 a 490 5065 1 a 490 4698 -1 a 490 4697 1 a 490 4134 -1 a 490 4133 1 a 490 3956 -1 a 490 3955 1 a 490 2906 -1 a 490 2905 1 a 490 2904 -1 a 490 2903 1 a 490 2634 1 a 490 2633 -1 a 490 2484 1 a 490 2483 -1 a 490 2482 -1 a 490 2481 1 a 490 2454 1 a 490 2453 -1 a 490 2450 -1 a 490 2449 1 a 490 2448 -1 a 490 2447 1 a 490 2430 1 a 490 2429 -1 a 490 1910 -1 a 490 1909 1 a 490 1316 -2 a 490 1315 2 a 491 4022 -1 a 491 4021 1 a 491 2448 1 a 491 2447 -1 a 492 4414 -1 a 492 4413 1 a 492 4404 1 a 492 4403 -1 a 493 3132 -1 a 493 3131 1 a 493 1210 -1 a 493 1209 1 a 494 5014 1 a 494 5013 -1 a 494 3966 1 a 494 3965 -1 a 494 2984 1 a 494 2983 -1 a 494 2874 -1 a 494 2873 1 a 495 5142 -1 a 495 5141 1 a 495 3004 1 a 495 3003 -1 a 495 2428 -1 a 495 2427 1 a 495 2230 -1 a 495 2229 1 a 496 2468 -1 a 496 2467 1 a 496 2466 1 a 496 2465 -1 a 496 2464 -1 a 496 2463 1 a 497 2466 -1 a 497 2465 1 a 497 2462 1 a 497 2461 -1 a 498 3470 -1 a 498 3469 1 a 498 2928 -1 a 498 2927 1 a 498 2472 -1 a 498 2471 1 a 499 2488 -1 a 499 2487 1 a 499 2308 1 a 499 2307 -1 a 500 4772 -1 a 500 4771 1 a 500 4770 -1 a 500 4769 1 a 500 4388 3 a 500 4387 -3 a 500 3028 -1 a 500 3027 1 a 500 2494 -1 a 500 2493 1 a 500 2492 -1 a 500 2491 1 a 500 2490 1 a 500 2489 -1 a 500 2458 1 a 500 2457 -1 a 500 2456 1 a 500 2455 -1 a 500 1996 1 a 500 1995 -1 a 500 1470 -1 a 500 1469 1 a 500 1466 1 a 500 1465 -1 a 500 1416 -1 a 500 1415 1 a 500 1154 -1 a 500 1153 1 a 500 1152 -1 a 500 1151 1 a 501 5044 -1 a 501 5043 1 a 501 4164 1 a 501 4163 -1 a 501 3628 -1 a 501 3627 1 a 501 3626 -1 a 501 3625 1 a 501 3624 -1 a 501 3623 1 a 501 2716 1 a 501 2715 -1 a 501 2680 -1 a 501 2679 1 a 501 2678 -1 a 501 2677 1 a 501 2614 1 a 501 2613 -1 a 501 2506 1 a 501 2505 -1 a 502 4938 -1 a 502 4937 1 a 502 4934 -1 a 502 4933 1 a 502 4912 -1 a 502 4911 1 a 502 4886 -1 a 502 4885 1 a 502 4884 -1 a 502 4883 1 a 502 4834 -1 a 502 4833 1 a 502 4796 1 a 502 4795 -1 a 502 2630 1 a 502 2629 -1 a 502 2302 -1 a 502 2301 1 a 502 2228 -1 a 502 2227 1 a 502 2188 -1 a 502 2187 1 a 502 2106 1 a 502 2105 -1 a 502 2066 -1 a 502 2065 1 a 502 1940 -1 a 502 1939 1 a 503 2854 1 a 503 2853 -1 a 503 2530 -1 a 503 2529 1 a 504 3380 -1 a 504 3379 1 a 504 3378 -1 a 504 3377 1 a 504 3376 -1 a 504 3375 1 a 504 3374 -1 a 504 3373 1 a 504 3372 -1 a 504 3371 1 a 504 3370 -1 a 504 3369 1 a 504 3368 -1 a 504 3367 1 a 504 3352 -1 a 504 3351 1 a 504 3350 -1 a 504 3349 1 a 504 3348 -1 a 504 3347 1 a 504 3346 -1 a 504 3345 1 a 504 3344 -1 a 504 3343 1 a 504 3342 -1 a 504 3341 1 a 504 3340 -1 a 504 3339 1 a 504 2858 1 a 504 2857 -1 a 504 2542 -1 a 504 2541 1 a 505 3394 -1 a 505 3393 1 a 505 3392 -1 a 505 3391 1 a 505 3390 -1 a 505 3389 1 a 505 3388 -1 a 505 3387 1 a 505 3386 -1 a 505 3385 1 a 505 3384 -1 a 505 3383 1 a 505 3382 -1 a 505 3381 1 a 505 3366 -1 a 505 3365 1 a 505 3364 -1 a 505 3363 1 a 505 3362 -1 a 505 3361 1 a 505 3360 -1 a 505 3359 1 a 505 3358 -1 a 505 3357 1 a 505 3356 -1 a 505 3355 1 a 505 3354 -1 a 505 3353 1 a 505 2866 1 a 505 2865 -1 a 505 2546 -1 a 505 2545 1 a 506 2870 1 a 506 2869 -1 a 506 2550 -1 a 506 2549 1 a 507 2862 1 a 507 2861 -1 a 507 2554 -1 a 507 2553 1 a 508 4922 1 a 508 4921 -1 a 508 4918 -1 a 508 4917 1 a 508 4164 -1 a 508 4163 1 a 508 4154 1 a 508 4153 -1 a 508 3000 -1 a 508 2999 1 a 508 2706 -1 a 508 2705 1 a 508 2570 -1 a 508 2569 1 a 508 2568 1 a 508 2567 -1 a 508 2566 1 a 508 2565 -1 a 508 2462 -1 a 508 2461 1 a 508 2428 -1 a 508 2427 1 a 508 954 -1 a 508 953 1 a 509 2694 1 a 509 2693 -1 a 509 2604 -1 a 509 2603 1 a 510 3212 -1 a 510 3211 1 a 510 2618 -1 a 510 2617 1 a 510 2616 -1 a 510 2615 1 a 510 2602 -1 a 510 2601 1 a 510 2598 1 a 510 2597 -1 a 511 5044 1 a 511 5043 -1 a 511 2598 -1 a 511 2597 1 a 512 2594 -1 a 512 2593 1 a 512 2580 1 a 512 2579 -1 a 513 2590 -1 a 513 2589 1 a 513 2584 1 a 513 2583 -1 a 514 2586 -1 a 514 2585 1 a 514 2582 1 a 514 2581 -1 a 515 2726 1 a 515 2725 -1 a 515 2606 -1 a 515 2605 1 a 516 2930 1 a 516 2929 -1 a 516 2610 -1 a 516 2609 1 a 517 4150 1 a 517 4149 -1 a 517 2502 1 a 517 2501 -1 a 518 4150 -1 a 518 4149 1 a 518 2652 -1 a 518 2651 1 a 518 2626 -1 a 518 2625 1 a 518 2622 -1 a 518 2621 1 a 518 2564 1 a 518 2563 -1 a 518 1158 -1 a 518 1157 1 a 519 4402 -1 a 519 4401 1 a 519 2634 1 a 519 2633 -1 a 519 2632 1 a 519 2631 -1 a 520 3944 -1 a 520 3943 1 a 520 3942 1 a 520 3941 -1 a 521 1750 1 a 521 1749 -1 a 521 1728 -1 a 521 1727 1 a 522 2638 1 a 522 2637 -1 a 522 2320 -1 a 522 2319 1 a 522 1988 -1 a 522 1987 1 a 523 5096 -1 a 523 5095 1 a 523 4646 -1 a 523 4645 1 a 523 4606 1 a 523 4605 -1 a 523 4604 1 a 523 4603 -1 a 523 4370 -1 a 523 4369 1 a 523 3890 -1 a 523 3889 1 a 523 3754 1 a 523 3753 -1 a 523 3462 1 a 523 3461 -1 a 523 2852 -2 a 523 2851 2 a 523 2666 -1 a 523 2665 1 a 523 2644 -1 a 523 2643 1 a 523 2642 1 a 523 2641 -1 a 523 1838 -1 a 523 1837 1 a 523 1156 -1 a 523 1155 1 a 523 1120 -1 a 523 1119 1 a 524 2832 -1 a 524 2831 1 a 524 2640 1 a 524 2639 -1 a 525 2850 -1 a 525 2849 1 a 526 3462 -1 a 526 3461 1 a 526 2832 1 a 526 2831 -1 a 526 2646 1 a 526 2645 -1 a 526 2644 1 a 526 2643 -1 a 527 2850 1 a 527 2849 -1 a 527 2640 -1 a 527 2639 1 a 528 2910 -1 a 528 2909 1 a 528 2908 1 a 528 2907 -1 a 528 2648 1 a 528 2647 -1 a 529 3946 1 a 529 3945 -1 a 529 3942 -1 a 529 3941 1 a 530 2656 1 a 530 2655 -1 a 530 2654 -1 a 530 2653 1 a 531 2696 1 a 531 2695 -1 a 531 2694 -1 a 531 2693 1 a 532 2658 -1 a 532 2657 1 a 532 2654 1 a 532 2653 -1 a 533 2996 1 a 533 2995 -1 a 533 2696 -1 a 533 2695 1 a 534 2660 -1 a 534 2659 1 a 534 2658 1 a 534 2657 -1 a 535 2662 -1 a 535 2661 1 a 536 2692 -1 a 536 2691 1 a 536 2604 1 a 536 2603 -1 a 537 5142 1 a 537 5141 -1 a 537 4924 -2 a 537 4923 2 a 537 4918 -1 a 537 4917 1 a 537 3614 -1 a 537 3613 1 a 537 3612 -1 a 537 3611 1 a 537 3610 -1 a 537 3609 1 a 537 3608 -1 a 537 3607 1 a 537 3606 -1 a 537 3605 1 a 537 3212 -1 a 537 3211 1 a 537 3000 1 a 537 2999 -1 a 537 2708 -1 a 537 2707 1 a 537 2704 -1 a 537 2703 1 a 537 2670 1 a 537 2669 -1 a 537 2602 -1 a 537 2601 1 a 537 2568 -1 a 537 2567 1 a 537 1306 -1 a 537 1305 1 a 537 1304 -1 a 537 1303 1 a 537 1302 -1 a 537 1301 1 a 537 1300 -1 a 537 1299 1 a 538 2848 1 a 538 2847 -1 a 538 2674 -1 a 538 2673 1 a 538 914 -1 a 538 913 1 a 538 786 -1 a 538 785 1 a 538 784 -1 a 538 783 1 a 539 2686 -1 a 539 2685 1 a 539 2684 1 a 539 2683 -1 a 540 2928 1 a 540 2927 -1 a 540 2700 -1 a 540 2699 1 a 541 4414 1 a 541 4413 -1 a 541 3116 1 a 541 3115 -1 a 541 2842 1 a 541 2841 -1 a 541 2746 1 a 541 2745 -1 a 541 2742 1 a 541 2741 -1 a 541 2738 1 a 541 2737 -1 a 541 2722 -1 a 541 2721 1 a 541 2720 1 a 541 2719 -1 a 541 2718 -1 a 541 2717 1 a 541 2652 1 a 541 2651 -1 a 541 1776 1 a 541 1775 -1 a 541 1570 1 a 541 1569 -1 a 541 1440 1 a 541 1439 -1 a 541 1332 1 a 541 1331 -1 a 541 1110 1 a 541 1109 -1 a 541 16 0.26316 a 541 15 -0.26316 a 541 14 0.255712 a 541 13 -0.255712 a 542 2720 -1 a 542 2719 1 a 543 5006 1 a 543 5005 -1 a 543 2744 1 a 543 2743 -1 a 544 5106 -1 a 544 5105 1 a 544 5040 1 a 544 5039 -1 a 544 4974 -1 a 544 4973 1 a 544 4820 1 a 544 4819 -1 a 544 4734 -1 a 544 4733 1 a 544 4700 -1 a 544 4699 1 a 544 4660 -1 a 544 4659 1 a 544 4488 -1 a 544 4487 1 a 544 4456 1 a 544 4455 -1 a 544 4414 -1 a 544 4413 1 a 544 4226 -1 a 544 4225 1 a 544 4028 -1 a 544 4027 1 a 544 3976 1 a 544 3975 -1 a 544 3248 1 a 544 3247 -1 a 544 3230 -1 a 544 3229 1 a 544 3122 -1 a 544 3121 1 a 544 3116 -1 a 544 3115 1 a 544 3060 1 a 544 3059 -1 a 544 2842 -1 a 544 2841 1 a 544 2756 -1 a 544 2755 1 a 544 2754 -1 a 544 2753 1 a 544 2752 -1 a 544 2751 1 a 544 2750 1 a 544 2749 -1 a 544 2746 -2 a 544 2745 2 a 544 2744 -1 a 544 2743 1 a 544 2742 -1 a 544 2741 1 a 544 2738 -1 a 544 2737 1 a 544 2736 1 a 544 2735 -1 a 544 2734 1 a 544 2733 -1 a 544 2732 1 a 544 2731 -1 a 544 2730 -1 a 544 2729 1 a 544 2728 1 a 544 2727 -1 a 544 2718 1 a 544 2717 -1 a 544 2660 1 a 544 2659 -1 a 544 2656 -1 a 544 2655 1 a 544 2652 -1 a 544 2651 1 a 544 1978 1 a 544 1977 -1 a 544 1776 -1 a 544 1775 1 a 544 1570 -1 a 544 1569 1 a 544 1472 -1 a 544 1471 1 a 544 1440 -1 a 544 1439 1 a 544 1332 -1 a 544 1331 1 a 544 1236 -1 a 544 1235 1 a 544 1110 -1 a 544 1109 1 a 544 1076 -1 a 544 1075 1 a 544 1020 1 a 544 1019 -1 a 544 956 -1 a 544 955 1 a 544 16 0.26316 a 544 15 -0.26316 a 544 14 0.255712 a 544 13 -0.255712 a 545 2748 -1 a 545 2747 1 a 545 2510 1 a 545 2509 -1 a 546 2728 -1 a 546 2727 1 a 546 2562 1 a 546 2561 -1 a 547 3708 -1 a 547 3707 1 a 547 2562 -1 a 547 2561 1 a 547 2560 1 a 547 2559 -1 a 548 2902 1 a 548 2901 -1 a 548 2732 -1 a 548 2731 1 a 549 2750 -1 a 549 2749 1 a 549 2748 1 a 549 2747 -1 a 550 5046 -1 a 550 5045 1 a 550 3428 1 a 550 3427 -1 a 550 3104 -1 a 550 3103 1 a 550 2810 -1 a 550 2809 1 a 550 2808 -1 a 550 2807 1 a 550 2806 -1 a 550 2805 1 a 550 2798 1 a 550 2797 -1 a 550 2796 1 a 550 2795 -1 a 550 2760 2 a 550 2759 -2 a 550 2328 -1 a 550 2327 1 a 551 4856 -1 a 551 4855 1 a 551 4854 -1 a 551 4853 1 a 551 4648 -1 a 551 4647 1 a 551 4402 1 a 551 4401 -1 a 551 2902 1 a 551 2901 -1 a 551 2828 -1 a 551 2827 1 a 551 2826 -1 a 551 2825 1 a 551 2824 -1 a 551 2823 1 a 551 2822 1 a 551 2821 -1 a 551 2794 1 a 551 2793 -1 a 551 2766 1 a 551 2765 -1 a 551 2664 -1 a 551 2663 1 a 551 1322 -1 a 551 1321 1 a 551 1320 -1 a 551 1319 1 a 551 16 0.612638 a 551 15 -0.612638 a 551 14 0.595297 a 551 13 -0.595297 a 552 2764 -1 a 552 2763 1 a 552 1252 1 a 552 1251 -1 a 553 2770 -1 a 553 2769 1 a 553 2768 -1 a 553 2767 1 a 553 1508 -1 a 553 1507 1 a 553 1506 -1 a 553 1505 1 a 554 2866 -1 a 554 2865 1 a 554 2816 1 a 554 2815 -1 a 554 2814 1 a 554 2813 -1 a 554 2788 1 a 554 2787 -1 a 554 2558 -1 a 554 2557 1 a 554 2512 -1 a 554 2511 1 a 554 1252 -1 a 554 1251 1 a 555 4946 -1 a 555 4945 1 a 555 3476 -1 a 555 3475 1 a 555 3052 -1 a 555 3051 1 a 555 3050 -1 a 555 3049 1 a 555 2792 1 a 555 2791 -1 a 555 2790 1 a 555 2789 -1 a 555 2784 -1 a 555 2783 1 a 556 2774 -1 a 556 2773 1 a 556 2512 1 a 556 2511 -1 a 557 4220 1 a 557 4219 -1 a 557 4218 1 a 557 4217 -1 a 557 4216 1 a 557 4215 -1 a 557 4214 1 a 557 4213 -1 a 557 4212 1 a 557 4211 -1 a 557 4210 1 a 557 4209 -1 a 557 4208 1 a 557 4207 -1 a 557 3338 -1 a 557 3337 1 a 557 3336 -1 a 557 3335 1 a 557 3334 -1 a 557 3333 1 a 557 3332 -1 a 557 3331 1 a 557 3330 -1 a 557 3329 1 a 557 3328 -1 a 557 3327 1 a 557 3326 -1 a 557 3325 1 a 557 2870 -1 a 557 2869 1 a 557 2866 -1 a 557 2865 1 a 557 2862 -1 a 557 2861 1 a 557 2858 -1 a 557 2857 1 a 557 2854 -1 a 557 2853 1 a 557 2816 -1 a 557 2815 1 a 557 2780 -1 a 557 2779 1 a 557 2778 -1 a 557 2777 1 a 557 2558 1 a 557 2557 -1 a 557 2540 1 a 557 2539 -1 a 557 2538 1 a 557 2537 -1 a 557 2536 1 a 557 2535 -1 a 557 2534 1 a 557 2533 -1 a 557 2528 1 a 557 2527 -1 a 557 2526 1 a 557 2525 -1 a 557 2524 1 a 557 2523 -1 a 557 2522 1 a 557 2521 -1 a 557 2520 1 a 557 2519 -1 a 557 2518 1 a 557 2517 -1 a 557 2516 1 a 557 2515 -1 a 557 1358 1 a 557 1357 -1 a 557 1356 1 a 557 1355 -1 a 557 1354 1 a 557 1353 -1 a 557 1352 1 a 557 1351 -1 a 557 1350 1 a 557 1349 -1 a 557 1348 1 a 557 1347 -1 a 557 1346 1 a 557 1345 -1 a 558 4160 -1 a 558 4159 1 a 558 2810 1 a 558 2809 -1 a 558 2808 1 a 558 2807 -1 a 558 2806 1 a 558 2805 -1 a 558 2802 -1 a 558 2801 1 a 558 2800 -1 a 558 2799 1 a 558 2798 -1 a 558 2797 1 a 558 2796 -1 a 558 2795 1 a 558 2638 -1 a 558 2637 1 a 559 2714 -1 a 559 2713 1 a 559 2690 -1 a 559 2689 1 a 559 2678 1 a 559 2677 -1 a 559 2668 1 a 559 2667 -1 a 559 14 0.154187 a 559 13 -0.154187 a 560 2822 -1 a 560 2821 1 a 561 4006 1 a 561 4005 -1 a 561 2200 -1 a 561 2199 1 a 562 2838 1 a 562 2837 -1 a 562 2836 -1 a 562 2835 1 a 563 2838 -1 a 563 2837 1 a 563 2834 1 a 563 2833 -1 a 564 4642 -1 a 564 4641 1 a 564 2836 1 a 564 2835 -1 a 565 4092 -1 a 565 4091 1 a 565 3902 -1 a 565 3901 1 a 565 3878 1 a 565 3877 -1 a 565 2920 -1 a 565 2919 1 a 565 2878 -1 a 565 2877 1 a 565 2842 -1 a 565 2841 1 a 565 2840 1 a 565 2839 -1 a 565 2666 1 a 565 2665 -1 a 565 2646 -1 a 565 2645 1 a 565 1140 -1 a 565 1139 1 a 566 2852 1 a 566 2851 -1 a 567 2874 1 a 567 2873 -1 a 567 2030 -1 a 567 2029 1 a 568 4614 -1 a 568 4613 1 a 568 4610 -1 a 568 4609 1 a 568 4606 -1 a 568 4605 1 a 568 4602 -1 a 568 4601 1 a 568 4088 -1 a 568 4087 1 a 568 2876 1 a 568 2875 -1 a 569 4614 1 a 569 4613 -1 a 569 4610 1 a 569 4609 -1 a 569 4606 1 a 569 4605 -1 a 569 4602 1 a 569 4601 -1 a 569 4088 1 a 569 4087 -1 a 569 2876 -1 a 569 2875 1 a 570 4668 1 a 570 4667 -1 a 570 4666 -1 a 570 4665 1 a 571 4500 1 a 571 4499 -1 a 571 3920 -1 a 571 3919 1 a 571 3878 -1 a 571 3877 1 a 571 2880 -1 a 571 2879 1 a 571 2878 1 a 571 2877 -1 a 572 4664 -1 a 572 4663 1 a 572 2892 -1 a 572 2891 1 a 572 2890 1 a 572 2889 -1 a 572 2876 -1 a 572 2875 1 a 572 1488 -1 a 572 1487 1 a 573 4698 -1 a 573 4697 1 a 573 4668 -1 a 573 4667 1 a 573 4666 -1 a 573 4665 1 a 573 4664 4 a 573 4663 -4 a 573 3258 1 a 573 3257 -1 a 573 2902 -1 a 573 2901 1 a 573 2898 -1 a 573 2897 1 a 573 2896 1 a 573 2895 -1 a 573 2892 2 a 573 2891 -2 a 573 2890 -2 a 573 2889 2 a 573 2886 1 a 573 2885 -1 a 573 2884 -1 a 573 2883 1 a 573 2876 2 a 573 2875 -2 a 573 2818 -1 a 573 2817 1 a 573 2300 1 a 573 2299 -1 a 573 1488 2 a 573 1487 -2 a 573 14 0.000223 a 573 13 -0.000223 a 574 5096 1 a 574 5095 -1 a 574 4646 1 a 574 4645 -1 a 574 4618 1 a 574 4617 -1 a 574 3920 1 a 574 3919 -1 a 574 3902 1 a 574 3901 -1 a 574 3890 1 a 574 3889 -1 a 574 3754 -1 a 574 3753 1 a 574 3670 1 a 574 3669 -1 a 574 2916 1 a 574 2915 -1 a 574 2912 1 a 574 2911 -1 a 574 2910 1 a 574 2909 -1 a 574 2906 1 a 574 2905 -1 a 574 2904 1 a 574 2903 -1 a 574 2648 -1 a 574 2647 1 a 574 1838 1 a 574 1837 -1 a 574 1722 1 a 574 1721 -1 a 574 1540 1 a 574 1539 -1 a 574 1538 1 a 574 1537 -1 a 574 1514 1 a 574 1513 -1 a 574 1512 1 a 574 1511 -1 a 574 1156 1 a 574 1155 -1 a 574 1120 1 a 574 1119 -1 a 574 994 1 a 574 993 -1 a 574 16 0.215096 a 574 15 -0.215096 a 574 14 0.209121 a 574 13 -0.209121 a 575 2886 -1 a 575 2885 1 a 575 2884 1 a 575 2883 -1 a 576 4502 -1 a 576 4501 1 a 576 4500 -1 a 576 4499 1 a 576 2926 -1 a 576 2925 1 a 576 2922 -1 a 576 2921 1 a 576 2920 1 a 576 2919 -1 a 576 2918 1 a 576 2917 -1 a 577 5164 -1 a 577 5163 1 a 577 5160 -1 a 577 5159 1 a 577 5158 -1 a 577 5157 1 a 577 5154 -1 a 577 5153 1 a 577 5152 -1 a 577 5151 1 a 577 5148 -1 a 577 5147 1 a 577 5146 -1 a 577 5145 1 a 577 5144 -1 a 577 5143 1 a 577 5136 -1 a 577 5135 1 a 577 5124 -1 a 577 5123 1 a 577 5122 -1 a 577 5121 1 a 577 5118 2 a 577 5117 -2 a 577 5112 -1 a 577 5111 1 a 577 5110 -1 a 577 5109 1 a 577 5104 -2 a 577 5103 2 a 577 5100 -1 a 577 5099 1 a 577 5098 -1 a 577 5097 1 a 577 5096 -1 a 577 5095 1 a 577 5086 -1 a 577 5085 1 a 577 5082 -1 a 577 5081 1 a 577 5080 -1 a 577 5079 1 a 577 5078 -1 a 577 5077 1 a 577 5074 4 a 577 5073 -4 a 577 5070 -1 a 577 5069 1 a 577 5060 -1 a 577 5059 1 a 577 5056 -1 a 577 5055 1 a 577 5052 -1 a 577 5051 1 a 577 5048 -1 a 577 5047 1 a 577 5046 2 a 577 5045 -2 a 577 5030 -3 a 577 5029 3 a 577 5012 -1 a 577 5011 1 a 577 5010 1 a 577 5009 -1 a 577 5008 -1 a 577 5007 1 a 577 5006 -1 a 577 5005 1 a 577 5004 -1 a 577 5003 1 a 577 5002 1 a 577 5001 -1 a 577 4994 -3 a 577 4993 3 a 577 4986 -1 a 577 4985 1 a 577 4984 -1 a 577 4983 1 a 577 4982 1 a 577 4981 -1 a 577 4978 -1 a 577 4977 1 a 577 4966 -1 a 577 4965 1 a 577 4960 -1 a 577 4959 1 a 577 4958 -1 a 577 4957 1 a 577 4948 -1 a 577 4947 1 a 577 4946 1 a 577 4945 -1 a 577 4942 -1 a 577 4941 1 a 577 4922 -1 a 577 4921 1 a 577 4916 1 a 577 4915 -1 a 577 4910 1 a 577 4909 -1 a 577 4906 -1 a 577 4905 1 a 577 4900 -1 a 577 4899 1 a 577 4892 1 a 577 4891 -1 a 577 4888 1 a 577 4887 -1 a 577 4882 1 a 577 4881 -1 a 577 4878 -1 a 577 4877 1 a 577 4872 -1 a 577 4871 1 a 577 4870 -1 a 577 4869 1 a 577 4868 -1 a 577 4867 1 a 577 4858 -1 a 577 4857 1 a 577 4850 -1 a 577 4849 1 a 577 4846 -1 a 577 4845 1 a 577 4844 -1 a 577 4843 1 a 577 4840 -1 a 577 4839 1 a 577 4836 -2 a 577 4835 2 a 577 4828 -1 a 577 4827 1 a 577 4824 1 a 577 4823 -1 a 577 4818 -1 a 577 4817 1 a 577 4816 -1 a 577 4815 1 a 577 4810 -1 a 577 4809 1 a 577 4808 -1 a 577 4807 1 a 577 4806 -3 a 577 4805 3 a 577 4794 -1 a 577 4793 1 a 577 4790 -1 a 577 4789 1 a 577 4788 5 a 577 4787 -5 a 577 4784 -1 a 577 4783 1 a 577 4766 -1 a 577 4765 1 a 577 4764 -3 a 577 4763 3 a 577 4762 -2 a 577 4761 2 a 577 4754 -2 a 577 4753 2 a 577 4752 -2 a 577 4751 2 a 577 4748 2 a 577 4747 -2 a 577 4746 -1 a 577 4745 1 a 577 4742 -1 a 577 4741 1 a 577 4740 -1 a 577 4739 1 a 577 4738 -1 a 577 4737 1 a 577 4736 -1 a 577 4735 1 a 577 4730 -1 a 577 4729 1 a 577 4722 -1 a 577 4721 1 a 577 4716 -1 a 577 4715 1 a 577 4714 -1 a 577 4713 1 a 577 4712 -1 a 577 4711 1 a 577 4710 1 a 577 4709 -1 a 577 4708 -3 a 577 4707 3 a 577 4706 -1 a 577 4705 1 a 577 4702 -2 a 577 4701 2 a 577 4698 -1 a 577 4697 1 a 577 4692 -1 a 577 4691 1 a 577 4680 1 a 577 4679 -1 a 577 4678 1 a 577 4677 -1 a 577 4676 -2 a 577 4675 2 a 577 4666 1 a 577 4665 -1 a 577 4664 2 a 577 4663 -2 a 577 4662 -1 a 577 4661 1 a 577 4650 -1 a 577 4649 1 a 577 4644 2 a 577 4643 -2 a 577 4640 4 a 577 4639 -4 a 577 4638 2 a 577 4637 -2 a 577 4636 4 a 577 4635 -4 a 577 4634 -7 a 577 4633 7 a 577 4632 -7 a 577 4631 7 a 577 4630 -5 a 577 4629 5 a 577 4622 2 a 577 4621 -2 a 577 4620 2 a 577 4619 -2 a 577 4618 2 a 577 4617 -2 a 577 4616 2 a 577 4615 -2 a 577 4596 -1 a 577 4595 1 a 577 4592 -1 a 577 4591 1 a 577 4586 -1 a 577 4585 1 a 577 4582 -1 a 577 4581 1 a 577 4580 -1 a 577 4579 1 a 577 4572 -1 a 577 4571 1 a 577 4570 -1 a 577 4569 1 a 577 4564 -1 a 577 4563 1 a 577 4556 -1 a 577 4555 1 a 577 4550 -2 a 577 4549 2 a 577 4544 -2 a 577 4543 2 a 577 4542 -2 a 577 4541 2 a 577 4538 -1 a 577 4537 1 a 577 4536 1 a 577 4535 -1 a 577 4532 1 a 577 4531 -1 a 577 4520 -1 a 577 4519 1 a 577 4518 -1 a 577 4517 1 a 577 4512 -1 a 577 4511 1 a 577 4492 -1 a 577 4491 1 a 577 4490 -1 a 577 4489 1 a 577 4484 1 a 577 4483 -1 a 577 4476 -1 a 577 4475 1 a 577 4474 -1 a 577 4473 1 a 577 4472 -1 a 577 4471 1 a 577 4470 -1 a 577 4469 1 a 577 4468 -1 a 577 4467 1 a 577 4466 -1 a 577 4465 1 a 577 4464 -1 a 577 4463 1 a 577 4454 1 a 577 4453 -1 a 577 4452 1 a 577 4451 -1 a 577 4450 1 a 577 4449 -1 a 577 4448 1 a 577 4447 -1 a 577 4446 1 a 577 4445 -1 a 577 4444 1 a 577 4443 -1 a 577 4442 1 a 577 4441 -1 a 577 4436 -1 a 577 4435 1 a 577 4434 -1 a 577 4433 1 a 577 4428 -1 a 577 4427 1 a 577 4426 -1 a 577 4425 1 a 577 4420 -1 a 577 4419 1 a 577 4418 -1 a 577 4417 1 a 577 4414 -1 a 577 4413 1 a 577 4412 -1 a 577 4411 1 a 577 4410 -1 a 577 4409 1 a 577 4404 -2 a 577 4403 2 a 577 4402 -1 a 577 4401 1 a 577 4396 -2 a 577 4395 2 a 577 4392 -1 a 577 4391 1 a 577 4390 1 a 577 4389 -1 a 577 4384 1 a 577 4383 -1 a 577 4380 -1 a 577 4379 1 a 577 4364 1 a 577 4363 -1 a 577 4362 -1 a 577 4361 1 a 577 4360 -1 a 577 4359 1 a 577 4348 -1 a 577 4347 1 a 577 4346 -1 a 577 4345 1 a 577 4342 -1 a 577 4341 1 a 577 4334 -1 a 577 4333 1 a 577 4240 -1 a 577 4239 1 a 577 4236 -1 a 577 4235 1 a 577 4230 -1 a 577 4229 1 a 577 4222 -1 a 577 4221 1 a 577 4220 -1 a 577 4219 1 a 577 4218 -1 a 577 4217 1 a 577 4216 -1 a 577 4215 1 a 577 4214 -1 a 577 4213 1 a 577 4212 -1 a 577 4211 1 a 577 4210 -1 a 577 4209 1 a 577 4208 -1 a 577 4207 1 a 577 4178 -1 a 577 4177 1 a 577 4176 -1 a 577 4175 1 a 577 4174 -1 a 577 4173 1 a 577 4172 -1 a 577 4171 1 a 577 4170 -1 a 577 4169 1 a 577 4168 -1 a 577 4167 1 a 577 4166 -1 a 577 4165 1 a 577 4158 -1 a 577 4157 1 a 577 4152 -1 a 577 4151 1 a 577 4148 -1 a 577 4147 1 a 577 4146 -1 a 577 4145 1 a 577 4144 -1 a 577 4143 1 a 577 4142 -1 a 577 4141 1 a 577 4140 -1 a 577 4139 1 a 577 4138 -1 a 577 4137 1 a 577 4136 -1 a 577 4135 1 a 577 4132 -1 a 577 4131 1 a 577 4130 -1 a 577 4129 1 a 577 4128 -1 a 577 4127 1 a 577 4122 -1 a 577 4121 1 a 577 4116 -1 a 577 4115 1 a 577 4114 -1 a 577 4113 1 a 577 4112 -1 a 577 4111 1 a 577 4110 -1 a 577 4109 1 a 577 4108 -1 a 577 4107 1 a 577 4106 -1 a 577 4105 1 a 577 4104 -1 a 577 4103 1 a 577 4100 -1 a 577 4099 1 a 577 4096 -1 a 577 4095 1 a 577 4092 -1 a 577 4091 1 a 577 4090 -1 a 577 4089 1 a 577 4088 -2 a 577 4087 2 a 577 4086 -2 a 577 4085 2 a 577 4054 -1 a 577 4053 1 a 577 4050 1 a 577 4049 -1 a 577 4046 -1 a 577 4045 1 a 577 4044 -1 a 577 4043 1 a 577 4042 -1 a 577 4041 1 a 577 4040 -1 a 577 4039 1 a 577 4038 -1 a 577 4037 1 a 577 4036 -1 a 577 4035 1 a 577 4034 -1 a 577 4033 1 a 577 4032 -1 a 577 4031 1 a 577 4030 2 a 577 4029 -2 a 577 4028 -1 a 577 4027 1 a 577 4024 -2 a 577 4023 2 a 577 4022 1 a 577 4021 -1 a 577 4014 -2 a 577 4013 2 a 577 4010 -1 a 577 4009 1 a 577 4008 1 a 577 4007 -1 a 577 4006 1 a 577 4005 -1 a 577 4004 1 a 577 4003 -1 a 577 4000 -3 a 577 3999 3 a 577 3996 1 a 577 3995 -1 a 577 3992 -3 a 577 3991 3 a 577 3988 1 a 577 3987 -1 a 577 3986 -3 a 577 3985 3 a 577 3982 1 a 577 3981 -1 a 577 3980 -1 a 577 3979 1 a 577 3978 -1 a 577 3977 1 a 577 3974 1 a 577 3973 -1 a 577 3972 1 a 577 3971 -1 a 577 3968 1 a 577 3967 -1 a 577 3958 -1 a 577 3957 1 a 577 3954 1 a 577 3953 -1 a 577 3946 -1 a 577 3945 1 a 577 3944 -1 a 577 3943 1 a 577 3942 -1 a 577 3941 1 a 577 3928 -1 a 577 3927 1 a 577 3922 5 a 577 3921 -5 a 577 3916 -1 a 577 3915 1 a 577 3914 -1 a 577 3913 1 a 577 3912 -1 a 577 3911 1 a 577 3910 -1 a 577 3909 1 a 577 3908 -1 a 577 3907 1 a 577 3906 -1 a 577 3905 1 a 577 3904 -1 a 577 3903 1 a 577 3902 -1 a 577 3901 1 a 577 3900 -1 a 577 3899 1 a 577 3898 -1 a 577 3897 1 a 577 3896 -1 a 577 3895 1 a 577 3894 -1 a 577 3893 1 a 577 3890 -1 a 577 3889 1 a 577 3888 -1 a 577 3887 1 a 577 3886 -1 a 577 3885 1 a 577 3884 -1 a 577 3883 1 a 577 3882 -1 a 577 3881 1 a 577 3828 -1 a 577 3827 1 a 577 3824 -1 a 577 3823 1 a 577 3822 -1 a 577 3821 1 a 577 3816 2 a 577 3815 -2 a 577 3812 2 a 577 3811 -2 a 577 3806 -1 a 577 3805 1 a 577 3804 2 a 577 3803 -2 a 577 3802 -1 a 577 3801 1 a 577 3800 1 a 577 3799 -1 a 577 3794 -1 a 577 3793 1 a 577 3790 -1 a 577 3789 1 a 577 3786 1 a 577 3785 -1 a 577 3784 -1 a 577 3783 1 a 577 3778 -1 a 577 3777 1 a 577 3776 -1 a 577 3775 1 a 577 3774 1 a 577 3773 -1 a 577 3750 -1 a 577 3749 1 a 577 3748 -2 a 577 3747 2 a 577 3746 -3 a 577 3745 3 a 577 3740 -1 a 577 3739 1 a 577 3736 1 a 577 3735 -1 a 577 3734 1 a 577 3733 -1 a 577 3732 1 a 577 3731 -1 a 577 3730 -1 a 577 3729 1 a 577 3728 -1 a 577 3727 1 a 577 3726 1 a 577 3725 -1 a 577 3724 1 a 577 3723 -1 a 577 3722 4 a 577 3721 -4 a 577 3720 4 a 577 3719 -4 a 577 3718 4 a 577 3717 -4 a 577 3716 1 a 577 3715 -1 a 577 3714 -2 a 577 3713 2 a 577 3698 2 a 577 3697 -2 a 577 3694 -1 a 577 3693 1 a 577 3688 -1 a 577 3687 1 a 577 3686 1 a 577 3685 -1 a 577 3684 1 a 577 3683 -1 a 577 3682 -5 a 577 3681 5 a 577 3680 -1 a 577 3679 1 a 577 3678 -2 a 577 3677 2 a 577 3676 1 a 577 3675 -1 a 577 3670 1 a 577 3669 -1 a 577 3668 2 a 577 3667 -2 a 577 3666 1 a 577 3665 -1 a 577 3662 -1 a 577 3661 1 a 577 3660 -1 a 577 3659 1 a 577 3658 -1 a 577 3657 1 a 577 3656 -1 a 577 3655 1 a 577 3650 -1 a 577 3649 1 a 577 3638 -1 a 577 3637 1 a 577 3632 -1 a 577 3631 1 a 577 3630 1 a 577 3629 -1 a 577 3588 -1 a 577 3587 1 a 577 3578 -1 a 577 3577 1 a 577 3572 2 a 577 3571 -2 a 577 3568 -1 a 577 3567 1 a 577 3558 -1 a 577 3557 1 a 577 3554 -1 a 577 3553 1 a 577 3552 -1 a 577 3551 1 a 577 3544 -1 a 577 3543 1 a 577 3540 1 a 577 3539 -1 a 577 3532 -1 a 577 3531 1 a 577 3530 -1 a 577 3529 1 a 577 3526 1 a 577 3525 -1 a 577 3516 -1 a 577 3515 1 a 577 3490 -1 a 577 3489 1 a 577 3486 -1 a 577 3485 1 a 577 3470 -1 a 577 3469 1 a 577 3462 1 a 577 3461 -1 a 577 3458 -1 a 577 3457 1 a 577 3456 -3 a 577 3455 3 a 577 3454 -2 a 577 3453 2 a 577 3448 -1 a 577 3447 1 a 577 3444 -1 a 577 3443 1 a 577 3440 -1 a 577 3439 1 a 577 3436 -1 a 577 3435 1 a 577 3432 -1 a 577 3431 1 a 577 3428 -1 a 577 3427 1 a 577 3424 -2 a 577 3423 2 a 577 3418 1 a 577 3417 -1 a 577 3416 -1 a 577 3415 1 a 577 3412 -1 a 577 3411 1 a 577 3406 -1 a 577 3405 1 a 577 3404 -1 a 577 3403 1 a 577 3402 -1 a 577 3401 1 a 577 3398 1 a 577 3397 -1 a 577 3396 -1 a 577 3395 1 a 577 3394 -1 a 577 3393 1 a 577 3392 -1 a 577 3391 1 a 577 3390 -1 a 577 3389 1 a 577 3388 -1 a 577 3387 1 a 577 3386 -1 a 577 3385 1 a 577 3384 -1 a 577 3383 1 a 577 3382 -1 a 577 3381 1 a 577 3380 -1 a 577 3379 1 a 577 3378 -1 a 577 3377 1 a 577 3376 -1 a 577 3375 1 a 577 3374 -1 a 577 3373 1 a 577 3372 -1 a 577 3371 1 a 577 3370 -1 a 577 3369 1 a 577 3368 -1 a 577 3367 1 a 577 3338 -2 a 577 3337 2 a 577 3336 -2 a 577 3335 2 a 577 3334 -2 a 577 3333 2 a 577 3332 -2 a 577 3331 2 a 577 3330 -2 a 577 3329 2 a 577 3328 -2 a 577 3327 2 a 577 3326 -2 a 577 3325 2 a 577 3282 -1 a 577 3281 1 a 577 3278 -1 a 577 3277 1 a 577 3276 1 a 577 3275 -1 a 577 3274 1 a 577 3273 -1 a 577 3272 -1 a 577 3271 1 a 577 3270 -1 a 577 3269 1 a 577 3260 -1 a 577 3259 1 a 577 3254 -1 a 577 3253 1 a 577 3252 -1 a 577 3251 1 a 577 3244 -1 a 577 3243 1 a 577 3242 -1 a 577 3241 1 a 577 3238 -1 a 577 3237 1 a 577 3236 1 a 577 3235 -1 a 577 3234 1 a 577 3233 -1 a 577 3232 -2 a 577 3231 2 a 577 3228 1 a 577 3227 -1 a 577 3226 1 a 577 3225 -1 a 577 3224 -1 a 577 3223 1 a 577 3220 -1 a 577 3219 1 a 577 3206 -1 a 577 3205 1 a 577 3198 -1 a 577 3197 1 a 577 3196 -1 a 577 3195 1 a 577 3194 -1 a 577 3193 1 a 577 3192 1 a 577 3191 -1 a 577 3184 1 a 577 3183 -1 a 577 3182 1 a 577 3181 -1 a 577 3180 1 a 577 3179 -1 a 577 3178 -1 a 577 3177 1 a 577 3176 -1 a 577 3175 1 a 577 3174 -1 a 577 3173 1 a 577 3170 -1 a 577 3169 1 a 577 3168 -1 a 577 3167 1 a 577 3162 -1 a 577 3161 1 a 577 3160 1 a 577 3159 -1 a 577 3154 -1 a 577 3153 1 a 577 3152 -1 a 577 3151 1 a 577 3148 -1 a 577 3147 1 a 577 3140 -1 a 577 3139 1 a 577 3138 1 a 577 3137 -1 a 577 3134 -1 a 577 3133 1 a 577 3128 -1 a 577 3127 1 a 577 3126 -1 a 577 3125 1 a 577 3120 1 a 577 3119 -1 a 577 3116 -1 a 577 3115 1 a 577 3112 -1 a 577 3111 1 a 577 3110 1 a 577 3109 -1 a 577 3108 1 a 577 3107 -1 a 577 3094 4 a 577 3093 -4 a 577 3092 2 a 577 3091 -2 a 577 3090 4 a 577 3089 -4 a 577 3088 -6 a 577 3087 6 a 577 3086 -6 a 577 3085 6 a 577 3084 -4 a 577 3083 4 a 577 3074 2 a 577 3073 -2 a 577 3072 2 a 577 3071 -2 a 577 3070 2 a 577 3069 -2 a 577 3062 -1 a 577 3061 1 a 577 3056 -1 a 577 3055 1 a 577 3054 -1 a 577 3053 1 a 577 3052 1 a 577 3051 -1 a 577 3050 1 a 577 3049 -1 a 577 3044 -1 a 577 3043 1 a 577 3042 -1 a 577 3041 1 a 577 3040 -1 a 577 3039 1 a 577 3034 -1 a 577 3033 1 a 577 3032 -1 a 577 3031 1 a 577 3028 -1 a 577 3027 1 a 577 3026 -1 a 577 3025 1 a 577 3022 -1 a 577 3021 1 a 577 3020 -1 a 577 3019 1 a 577 3014 -3 a 577 3013 3 a 577 3010 -1 a 577 3009 1 a 577 3008 -1 a 577 3007 1 a 577 3006 -1 a 577 3005 1 a 577 3004 -1 a 577 3003 1 a 577 3002 -1 a 577 3001 1 a 577 3000 -1 a 577 2999 1 a 577 2998 -1 a 577 2997 1 a 577 2996 -1 a 577 2995 1 a 577 2994 -1 a 577 2993 1 a 577 2992 -1 a 577 2991 1 a 577 2990 -1 a 577 2989 1 a 577 2988 -1 a 577 2987 1 a 577 2986 -1 a 577 2985 1 a 577 2978 -1 a 577 2977 1 a 577 2976 -1 a 577 2975 1 a 577 2974 -1 a 577 2973 1 a 577 2970 -1 a 577 2969 1 a 577 2966 -1 a 577 2965 1 a 577 2964 1 a 577 2963 -1 a 577 2962 1 a 577 2961 -1 a 577 2960 1 a 577 2959 -1 a 577 2958 1 a 577 2957 -1 a 577 2956 1 a 577 2955 -1 a 577 2954 1 a 577 2953 -1 a 577 2952 1 a 577 2951 -1 a 577 2950 1 a 577 2949 -1 a 577 2940 -2 a 577 2939 2 a 577 2922 -1 a 577 2921 1 a 577 2918 1 a 577 2917 -1 a 577 2912 1 a 577 2911 -1 a 577 2910 -1 a 577 2909 1 a 577 2908 -1 a 577 2907 1 a 577 2906 -2 a 577 2905 2 a 577 2904 -1 a 577 2903 1 a 577 2902 -1 a 577 2901 1 a 577 2898 -1 a 577 2897 1 a 577 2896 -1 a 577 2895 1 a 577 2890 1 a 577 2889 -1 a 577 2886 -1 a 577 2885 1 a 577 2880 -1 a 577 2879 1 a 577 2878 -1 a 577 2877 1 a 577 2870 -1 a 577 2869 1 a 577 2866 -1 a 577 2865 1 a 577 2862 -1 a 577 2861 1 a 577 2858 -1 a 577 2857 1 a 577 2854 -1 a 577 2853 1 a 577 2852 -2 a 577 2851 2 a 577 2850 1 a 577 2849 -1 a 577 2848 -1 a 577 2847 1 a 577 2842 -2 a 577 2841 2 a 577 2840 2 a 577 2839 -2 a 577 2836 -1 a 577 2835 1 a 577 2834 1 a 577 2833 -1 a 577 2826 -1 a 577 2825 1 a 577 2824 -1 a 577 2823 1 a 577 2820 -1 a 577 2819 1 a 577 2818 -1 a 577 2817 1 a 577 2816 -1 a 577 2815 1 a 577 2800 -1 a 577 2799 1 a 577 2798 1 a 577 2797 -1 a 577 2796 1 a 577 2795 -1 a 577 2792 -1 a 577 2791 1 a 577 2790 -1 a 577 2789 1 a 577 2788 -1 a 577 2787 1 a 577 2784 -1 a 577 2783 1 a 577 2778 -1 a 577 2777 1 a 577 2774 -1 a 577 2773 1 a 577 2770 -1 a 577 2769 1 a 577 2768 -1 a 577 2767 1 a 577 2760 1 a 577 2759 -1 a 577 2754 -1 a 577 2753 1 a 577 2752 -1 a 577 2751 1 a 577 2748 1 a 577 2747 -1 a 577 2746 1 a 577 2745 -1 a 577 2736 -1 a 577 2735 1 a 577 2734 1 a 577 2733 -1 a 577 2732 -1 a 577 2731 1 a 577 2726 -1 a 577 2725 1 a 577 2722 -1 a 577 2721 1 a 577 2718 -1 a 577 2717 1 a 577 2716 1 a 577 2715 -1 a 577 2708 -1 a 577 2707 1 a 577 2704 -1 a 577 2703 1 a 577 2700 -1 a 577 2699 1 a 577 2696 -1 a 577 2695 1 a 577 2694 -1 a 577 2693 1 a 577 2692 -1 a 577 2691 1 a 577 2690 -1 a 577 2689 1 a 577 2686 -1 a 577 2685 1 a 577 2674 -1 a 577 2673 1 a 577 2662 1 a 577 2661 -1 a 577 2660 -1 a 577 2659 1 a 577 2654 -2 a 577 2653 2 a 577 2646 -2 a 577 2645 2 a 577 2644 -1 a 577 2643 1 a 577 2642 -1 a 577 2641 1 a 577 2638 -2 a 577 2637 2 a 577 2634 -1 a 577 2633 1 a 577 2632 -1 a 577 2631 1 a 577 2630 -1 a 577 2629 1 a 577 2618 -1 a 577 2617 1 a 577 2616 -1 a 577 2615 1 a 577 2614 1 a 577 2613 -1 a 577 2610 -1 a 577 2609 1 a 577 2604 -1 a 577 2603 1 a 577 2598 -1 a 577 2597 1 a 577 2594 -1 a 577 2593 1 a 577 2590 -1 a 577 2589 1 a 577 2586 -1 a 577 2585 1 a 577 2582 -1 a 577 2581 1 a 577 2566 -1 a 577 2565 1 a 577 2562 1 a 577 2561 -1 a 577 2560 -1 a 577 2559 1 a 577 2554 -1 a 577 2553 1 a 577 2550 -1 a 577 2549 1 a 577 2546 -1 a 577 2545 1 a 577 2542 -1 a 577 2541 1 a 577 2534 -1 a 577 2533 1 a 577 2530 -1 a 577 2529 1 a 577 2506 1 a 577 2505 -1 a 577 2502 -1 a 577 2501 1 a 577 2500 -1 a 577 2499 1 a 577 2494 -3 a 577 2493 3 a 577 2492 -2 a 577 2491 2 a 577 2488 -1 a 577 2487 1 a 577 2482 -1 a 577 2481 1 a 577 2472 -1 a 577 2471 1 a 577 2468 -1 a 577 2467 1 a 577 2466 -1 a 577 2465 1 a 577 2460 -1 a 577 2459 1 a 577 2450 -1 a 577 2449 1 a 577 2446 1 a 577 2445 -1 a 577 2444 1 a 577 2443 -1 a 577 2442 1 a 577 2441 -1 a 577 2440 1 a 577 2439 -1 a 577 2438 -1 a 577 2437 1 a 577 2436 1 a 577 2435 -1 a 577 2434 1 a 577 2433 -1 a 577 2432 -1 a 577 2431 1 a 577 2430 1 a 577 2429 -1 a 577 2424 2 a 577 2423 -2 a 577 2422 2 a 577 2421 -2 a 577 2418 -1 a 577 2417 1 a 577 2414 -1 a 577 2413 1 a 577 2412 -1 a 577 2411 1 a 577 2410 -1 a 577 2409 1 a 577 2408 -2 a 577 2407 2 a 577 2406 -2 a 577 2405 2 a 577 2404 -2 a 577 2403 2 a 577 2402 -1 a 577 2401 1 a 577 2400 -1 a 577 2399 1 a 577 2398 -1 a 577 2397 1 a 577 2394 -1 a 577 2393 1 a 577 2392 -2 a 577 2391 2 a 577 2390 -2 a 577 2389 2 a 577 2388 -2 a 577 2387 2 a 577 2386 -1 a 577 2385 1 a 577 2382 -1 a 577 2381 1 a 577 2380 -1 a 577 2379 1 a 577 2378 -1 a 577 2377 1 a 577 2376 -2 a 577 2375 2 a 577 2374 -2 a 577 2373 2 a 577 2372 -2 a 577 2371 2 a 577 2368 -1 a 577 2367 1 a 577 2366 -2 a 577 2365 2 a 577 2364 -1 a 577 2363 1 a 577 2360 -1 a 577 2359 1 a 577 2358 -1 a 577 2357 1 a 577 2356 -1 a 577 2355 1 a 577 2354 -2 a 577 2353 2 a 577 2352 -2 a 577 2351 2 a 577 2350 -2 a 577 2349 2 a 577 2348 -1 a 577 2347 1 a 577 2346 -1 a 577 2345 1 a 577 2342 -1 a 577 2341 1 a 577 2340 -1 a 577 2339 1 a 577 2334 -1 a 577 2333 1 a 577 2332 -1 a 577 2331 1 a 577 2330 -1 a 577 2329 1 a 577 2328 -1 a 577 2327 1 a 577 2326 -1 a 577 2325 1 a 577 2324 -1 a 577 2323 1 a 577 2322 -1 a 577 2321 1 a 577 2320 -1 a 577 2319 1 a 577 2318 2 a 577 2317 -2 a 577 2316 2 a 577 2315 -2 a 577 2314 -2 a 577 2313 2 a 577 2310 -1 a 577 2309 1 a 577 2294 -1 a 577 2293 1 a 577 2292 1 a 577 2291 -1 a 577 2290 1 a 577 2289 -1 a 577 2288 -1 a 577 2287 1 a 577 2286 -1 a 577 2285 1 a 577 2284 -1 a 577 2283 1 a 577 2282 -1 a 577 2281 1 a 577 2280 -1 a 577 2279 1 a 577 2278 -1 a 577 2277 1 a 577 2276 -1 a 577 2275 1 a 577 2274 -1 a 577 2273 1 a 577 2272 -1 a 577 2271 1 a 577 2270 -1 a 577 2269 1 a 577 2268 -1 a 577 2267 1 a 577 2266 -1 a 577 2265 1 a 577 2264 -1 a 577 2263 1 a 577 2262 -1 a 577 2261 1 a 577 2260 -1 a 577 2259 1 a 577 2258 -1 a 577 2257 1 a 577 2256 -1 a 577 2255 1 a 577 2254 -1 a 577 2253 1 a 577 2252 -1 a 577 2251 1 a 577 2250 -1 a 577 2249 1 a 577 2248 -1 a 577 2247 1 a 577 2246 -1 a 577 2245 1 a 577 2244 -1 a 577 2243 1 a 577 2242 -1 a 577 2241 1 a 577 2240 -1 a 577 2239 1 a 577 2238 -1 a 577 2237 1 a 577 2236 -1 a 577 2235 1 a 577 2220 -1 a 577 2219 1 a 577 2216 -1 a 577 2215 1 a 577 2212 1 a 577 2211 -1 a 577 2210 -3 a 577 2209 3 a 577 2208 -3 a 577 2207 3 a 577 2206 -9 a 577 2205 9 a 577 2202 -1 a 577 2201 1 a 577 2200 1 a 577 2199 -1 a 577 2160 -1 a 577 2159 1 a 577 2158 1 a 577 2157 -1 a 577 2156 1 a 577 2155 -1 a 577 2154 1 a 577 2153 -1 a 577 2152 1 a 577 2151 -1 a 577 2150 1 a 577 2149 -1 a 577 2148 1 a 577 2147 -1 a 577 2146 1 a 577 2145 -1 a 577 2144 1 a 577 2143 -1 a 577 2142 1 a 577 2141 -1 a 577 2140 1 a 577 2139 -1 a 577 2138 1 a 577 2137 -1 a 577 2136 1 a 577 2135 -1 a 577 2134 1 a 577 2133 -1 a 577 2132 1 a 577 2131 -1 a 577 2130 1 a 577 2129 -1 a 577 2128 1 a 577 2127 -1 a 577 2126 1 a 577 2125 -1 a 577 2124 1 a 577 2123 -1 a 577 2122 1 a 577 2121 -1 a 577 2120 1 a 577 2119 -1 a 577 2118 1 a 577 2117 -1 a 577 2116 1 a 577 2115 -1 a 577 2114 1 a 577 2113 -1 a 577 2112 1 a 577 2111 -1 a 577 2110 -2 a 577 2109 2 a 577 2108 -1 a 577 2107 1 a 577 2106 1 a 577 2105 -1 a 577 2104 1 a 577 2103 -1 a 577 2102 -1 a 577 2101 1 a 577 2098 -1 a 577 2097 1 a 577 2094 -1 a 577 2093 1 a 577 2092 -1 a 577 2091 1 a 577 2080 -1 a 577 2079 1 a 577 2078 -1 a 577 2077 1 a 577 2064 1 a 577 2063 -1 a 577 2062 -1 a 577 2061 1 a 577 2060 -1 a 577 2059 1 a 577 2054 1 a 577 2053 -1 a 577 2052 -1 a 577 2051 1 a 577 2034 -1 a 577 2033 1 a 577 2032 1 a 577 2031 -1 a 577 2028 1 a 577 2027 -1 a 577 2026 1 a 577 2025 -1 a 577 2024 1 a 577 2023 -1 a 577 2020 -1 a 577 2019 1 a 577 2010 3 a 577 2009 -3 a 577 2008 3 a 577 2007 -3 a 577 2002 1 a 577 2001 -1 a 577 2000 -1 a 577 1999 1 a 577 1998 -1 a 577 1997 1 a 577 1986 -1 a 577 1985 1 a 577 1984 1 a 577 1983 -1 a 577 1982 1 a 577 1981 -1 a 577 1980 1 a 577 1979 -1 a 577 1978 -1 a 577 1977 1 a 577 1976 1 a 577 1975 -1 a 577 1974 -1 a 577 1973 1 a 577 1972 1 a 577 1971 -1 a 577 1970 -1 a 577 1969 1 a 577 1968 -1 a 577 1967 1 a 577 1964 1 a 577 1963 -1 a 577 1962 -1 a 577 1961 1 a 577 1946 -1 a 577 1945 1 a 577 1936 -1 a 577 1935 1 a 577 1932 -1 a 577 1931 1 a 577 1930 -1 a 577 1929 1 a 577 1924 -1 a 577 1923 1 a 577 1922 1 a 577 1921 -1 a 577 1920 1 a 577 1919 -1 a 577 1912 -3 a 577 1911 3 a 577 1910 -1 a 577 1909 1 a 577 1908 1 a 577 1907 -1 a 577 1906 1 a 577 1905 -1 a 577 1904 1 a 577 1903 -1 a 577 1902 1 a 577 1901 -1 a 577 1900 1 a 577 1899 -1 a 577 1898 1 a 577 1897 -1 a 577 1896 1 a 577 1895 -1 a 577 1894 1 a 577 1893 -1 a 577 1890 -1 a 577 1889 1 a 577 1886 1 a 577 1885 -1 a 577 1878 -1 a 577 1877 1 a 577 1876 -1 a 577 1875 1 a 577 1874 -1 a 577 1873 1 a 577 1872 -1 a 577 1871 1 a 577 1870 -1 a 577 1869 1 a 577 1868 -1 a 577 1867 1 a 577 1866 -1 a 577 1865 1 a 577 1864 -1 a 577 1863 1 a 577 1860 -1 a 577 1859 1 a 577 1856 1 a 577 1855 -1 a 577 1850 -1 a 577 1849 1 a 577 1842 -1 a 577 1841 1 a 577 1840 -1 a 577 1839 1 a 577 1838 -1 a 577 1837 1 a 577 1834 1 a 577 1833 -1 a 577 1832 4 a 577 1831 -4 a 577 1830 2 a 577 1829 -2 a 577 1828 2 a 577 1827 -2 a 577 1822 -1 a 577 1821 1 a 577 1820 -1 a 577 1819 1 a 577 1814 2 a 577 1813 -2 a 577 1812 -1 a 577 1811 1 a 577 1808 -1 a 577 1807 1 a 577 1800 -1 a 577 1799 1 a 577 1798 3 a 577 1797 -3 a 577 1792 -1 a 577 1791 1 a 577 1788 -1 a 577 1787 1 a 577 1782 -1 a 577 1781 1 a 577 1780 -1 a 577 1779 1 a 577 1776 -2 a 577 1775 2 a 577 1768 -1 a 577 1767 1 a 577 1766 -1 a 577 1765 1 a 577 1760 -1 a 577 1759 1 a 577 1758 1 a 577 1757 -1 a 577 1756 -1 a 577 1755 1 a 577 1748 -1 a 577 1747 1 a 577 1746 -1 a 577 1745 1 a 577 1742 -1 a 577 1741 1 a 577 1740 -1 a 577 1739 1 a 577 1724 2 a 577 1723 -2 a 577 1720 -1 a 577 1719 1 a 577 1718 -1 a 577 1717 1 a 577 1714 -1 a 577 1713 1 a 577 1712 -1 a 577 1711 1 a 577 1710 -1 a 577 1709 1 a 577 1708 -2 a 577 1707 2 a 577 1706 -2 a 577 1705 2 a 577 1704 -2 a 577 1703 2 a 577 1702 -1 a 577 1701 1 a 577 1700 -1 a 577 1699 1 a 577 1698 -1 a 577 1697 1 a 577 1690 -1 a 577 1689 1 a 577 1688 -1 a 577 1687 1 a 577 1682 -1 a 577 1681 1 a 577 1672 1 a 577 1671 -1 a 577 1642 -1 a 577 1641 1 a 577 1636 -1 a 577 1635 1 a 577 1632 1 a 577 1631 -1 a 577 1620 -1 a 577 1619 1 a 577 1616 -1 a 577 1615 1 a 577 1614 -1 a 577 1613 1 a 577 1610 -1 a 577 1609 1 a 577 1608 -2 a 577 1607 2 a 577 1606 -2 a 577 1605 2 a 577 1604 -2 a 577 1603 2 a 577 1602 -2 a 577 1601 2 a 577 1600 -1 a 577 1599 1 a 577 1598 1 a 577 1597 -1 a 577 1596 3 a 577 1595 -3 a 577 1594 -2 a 577 1593 2 a 577 1592 -2 a 577 1591 2 a 577 1590 -2 a 577 1589 2 a 577 1588 -2 a 577 1587 2 a 577 1586 -2 a 577 1585 2 a 577 1584 -2 a 577 1583 2 a 577 1582 -2 a 577 1581 2 a 577 1576 -1 a 577 1575 1 a 577 1574 -1 a 577 1573 1 a 577 1572 -1 a 577 1571 1 a 577 1570 -2 a 577 1569 2 a 577 1568 -2 a 577 1567 2 a 577 1566 2 a 577 1565 -2 a 577 1564 1 a 577 1563 -1 a 577 1562 -1 a 577 1561 1 a 577 1560 -1 a 577 1559 1 a 577 1558 -1 a 577 1557 1 a 577 1556 -1 a 577 1555 1 a 577 1554 1 a 577 1553 -1 a 577 1548 -1 a 577 1547 1 a 577 1544 -1 a 577 1543 1 a 577 1540 1 a 577 1539 -1 a 577 1538 1 a 577 1537 -1 a 577 1534 -1 a 577 1533 1 a 577 1530 -1 a 577 1529 1 a 577 1526 -1 a 577 1525 1 a 577 1522 -1 a 577 1521 1 a 577 1520 1 a 577 1519 -1 a 577 1518 1 a 577 1517 -1 a 577 1514 1 a 577 1513 -1 a 577 1512 1 a 577 1511 -1 a 577 1508 -2 a 577 1507 2 a 577 1506 -2 a 577 1505 2 a 577 1502 -1 a 577 1501 1 a 577 1500 -3 a 577 1499 3 a 577 1496 -1 a 577 1495 1 a 577 1494 1 a 577 1493 -1 a 577 1492 -1 a 577 1491 1 a 577 1490 -1 a 577 1489 1 a 577 1484 -1 a 577 1483 1 a 577 1482 -1 a 577 1481 1 a 577 1480 -3 a 577 1479 3 a 577 1478 -2 a 577 1477 2 a 577 1476 -1 a 577 1475 1 a 577 1468 -1 a 577 1467 1 a 577 1466 -1 a 577 1465 1 a 577 1464 -1 a 577 1463 1 a 577 1462 -1 a 577 1461 1 a 577 1458 -1 a 577 1457 1 a 577 1456 1 a 577 1455 -1 a 577 1452 -1 a 577 1451 1 a 577 1448 -1 a 577 1447 1 a 577 1446 -1 a 577 1445 1 a 577 1442 -1 a 577 1441 1 a 577 1440 -1 a 577 1439 1 a 577 1430 -1 a 577 1429 1 a 577 1428 -1 a 577 1427 1 a 577 1424 -1 a 577 1423 1 a 577 1422 -1 a 577 1421 1 a 577 1418 -1 a 577 1417 1 a 577 1410 1 a 577 1409 -1 a 577 1404 -1 a 577 1403 1 a 577 1402 -1 a 577 1401 1 a 577 1400 -1 a 577 1399 1 a 577 1394 -1 a 577 1393 1 a 577 1392 -1 a 577 1391 1 a 577 1390 -1 a 577 1389 1 a 577 1386 -1 a 577 1385 1 a 577 1384 -2 a 577 1383 2 a 577 1382 -2 a 577 1381 2 a 577 1380 -2 a 577 1379 2 a 577 1376 1 a 577 1375 -1 a 577 1374 1 a 577 1373 -1 a 577 1372 -2 a 577 1371 2 a 577 1370 -2 a 577 1369 2 a 577 1368 -2 a 577 1367 2 a 577 1366 -2 a 577 1365 2 a 577 1364 -2 a 577 1363 2 a 577 1362 -2 a 577 1361 2 a 577 1360 -2 a 577 1359 2 a 577 1358 -1 a 577 1357 1 a 577 1356 -1 a 577 1355 1 a 577 1354 -1 a 577 1353 1 a 577 1352 -1 a 577 1351 1 a 577 1350 -1 a 577 1349 1 a 577 1348 -1 a 577 1347 1 a 577 1346 -1 a 577 1345 1 a 577 1344 -1 a 577 1343 1 a 577 1342 -2 a 577 1341 2 a 577 1340 1 a 577 1339 -1 a 577 1338 -2 a 577 1337 2 a 577 1334 1 a 577 1333 -1 a 577 1332 -1 a 577 1331 1 a 577 1328 -1 a 577 1327 1 a 577 1316 -3 a 577 1315 3 a 577 1314 -1 a 577 1313 1 a 577 1310 -1 a 577 1309 1 a 577 1290 1 a 577 1289 -1 a 577 1288 1 a 577 1287 -1 a 577 1280 -1 a 577 1279 1 a 577 1274 -1 a 577 1273 1 a 577 1272 -1 a 577 1271 1 a 577 1270 2 a 577 1269 -2 a 577 1266 -1 a 577 1265 1 a 577 1264 -2 a 577 1263 2 a 577 1262 -2 a 577 1261 2 a 577 1260 -2 a 577 1259 2 a 577 1258 -2 a 577 1257 2 a 577 1256 -2 a 577 1255 2 a 577 1254 -1 a 577 1253 1 a 577 1252 1 a 577 1251 -1 a 577 1246 -1 a 577 1245 1 a 577 1244 -1 a 577 1243 1 a 577 1242 -1 a 577 1241 1 a 577 1226 -1 a 577 1225 1 a 577 1224 -1 a 577 1223 1 a 577 1218 -1 a 577 1217 1 a 577 1212 -1 a 577 1211 1 a 577 1206 -1 a 577 1205 1 a 577 1204 -1 a 577 1203 1 a 577 1186 -1 a 577 1185 1 a 577 1178 -1 a 577 1177 1 a 577 1166 -1 a 577 1165 1 a 577 1156 -2 a 577 1155 2 a 577 1150 -1 a 577 1149 1 a 577 1146 -2 a 577 1145 2 a 577 1144 -1 a 577 1143 1 a 577 1142 -1 a 577 1141 1 a 577 1140 -1 a 577 1139 1 a 577 1138 -1 a 577 1137 1 a 577 1134 -1 a 577 1133 1 a 577 1132 -1 a 577 1131 1 a 577 1128 -1 a 577 1127 1 a 577 1124 1 a 577 1123 -1 a 577 1114 -1 a 577 1113 1 a 577 1112 1 a 577 1111 -1 a 577 1108 -1 a 577 1107 1 a 577 1106 1 a 577 1105 -1 a 577 1100 -1 a 577 1099 1 a 577 1092 -1 a 577 1091 1 a 577 1090 1 a 577 1089 -1 a 577 1088 1 a 577 1087 -1 a 577 1086 1 a 577 1085 -1 a 577 1084 1 a 577 1083 -1 a 577 1082 1 a 577 1081 -1 a 577 1080 1 a 577 1079 -1 a 577 1078 1 a 577 1077 -1 a 577 1066 -1 a 577 1065 1 a 577 1040 -1 a 577 1039 1 a 577 1030 -1 a 577 1029 1 a 577 1026 1 a 577 1025 -1 a 577 1022 1 a 577 1021 -1 a 577 1020 -1 a 577 1019 1 a 577 1010 -1 a 577 1009 1 a 577 996 -1 a 577 995 1 a 577 994 1 a 577 993 -1 a 577 986 -1 a 577 985 1 a 577 982 -1 a 577 981 1 a 577 960 -1 a 577 959 1 a 577 958 -2 a 577 957 2 a 577 948 -1 a 577 947 1 a 577 924 1 a 577 923 -1 a 577 916 -1 a 577 915 1 a 577 914 1 a 577 913 -1 a 577 910 -1 a 577 909 1 a 577 894 -1 a 577 893 1 a 577 890 1 a 577 889 -1 a 577 888 1 a 577 887 -1 a 577 886 1 a 577 885 -1 a 577 884 1 a 577 883 -1 a 577 882 1 a 577 881 -1 a 577 880 1 a 577 879 -1 a 577 878 1 a 577 877 -1 a 577 876 1 a 577 875 -1 a 577 874 1 a 577 873 -1 a 577 872 1 a 577 871 -1 a 577 870 1 a 577 869 -1 a 577 868 1 a 577 867 -1 a 577 866 1 a 577 865 -1 a 577 864 1 a 577 863 -1 a 577 862 1 a 577 861 -1 a 577 860 1 a 577 859 -1 a 577 858 1 a 577 857 -1 a 577 856 1 a 577 855 -1 a 577 854 1 a 577 853 -1 a 577 852 1 a 577 851 -1 a 577 850 1 a 577 849 -1 a 577 848 1 a 577 847 -1 a 577 846 1 a 577 845 -1 a 577 836 -1 a 577 835 1 a 577 834 1 a 577 833 -1 a 577 830 1 a 577 829 -1 a 577 828 1 a 577 827 -1 a 577 796 1 a 577 795 -1 a 577 792 -1 a 577 791 1 a 577 790 1 a 577 789 -1 a 577 788 1 a 577 787 -1 a 577 786 1 a 577 785 -1 a 577 784 1 a 577 783 -1 a 577 700 -1 a 577 699 1 a 577 688 -1 a 577 687 1 a 577 16 -53.95 a 577 15 53.95 a 577 14 -53.95 a 577 13 53.95 a 578 3074 1 a 578 3073 -1 a 578 3072 1 a 578 3071 -1 a 578 3070 1 a 578 3069 -1 a 578 2948 -1 a 578 2947 1 a 578 2430 -1 a 578 2429 1 a 579 3526 -1 a 579 3525 1 a 579 3160 1 a 579 3159 -1 a 579 2032 1 a 579 2031 -1 a 580 5164 1 a 580 5163 -1 a 580 5158 1 a 580 5157 -1 a 580 5152 1 a 580 5151 -1 a 580 5134 1 a 580 5133 -1 a 580 5122 1 a 580 5121 -1 a 580 5118 -1 a 580 5117 1 a 580 5110 1 a 580 5109 -1 a 580 5104 1 a 580 5103 -1 a 580 5094 1 a 580 5093 -1 a 580 5092 2 a 580 5091 -2 a 580 5078 1 a 580 5077 -1 a 580 5072 -1 a 580 5071 1 a 580 5066 1 a 580 5065 -1 a 580 5058 1 a 580 5057 -1 a 580 5050 1 a 580 5049 -1 a 580 5046 1 a 580 5045 -1 a 580 5030 1 a 580 5029 -1 a 580 5012 1 a 580 5011 -1 a 580 4994 1 a 580 4993 -1 a 580 4960 1 a 580 4959 -1 a 580 4948 1 a 580 4947 -1 a 580 4936 -1 a 580 4935 1 a 580 4934 -1 a 580 4933 1 a 580 4932 1 a 580 4931 -1 a 580 4924 1 a 580 4923 -1 a 580 4920 1 a 580 4919 -1 a 580 4918 1 a 580 4917 -1 a 580 4892 -1 a 580 4891 1 a 580 4888 -1 a 580 4887 1 a 580 4882 -2 a 580 4881 2 a 580 4868 1 a 580 4867 -1 a 580 4864 1 a 580 4863 -1 a 580 4850 1 a 580 4849 -1 a 580 4842 -2 a 580 4841 2 a 580 4840 1 a 580 4839 -1 a 580 4838 1 a 580 4837 -1 a 580 4826 -1 a 580 4825 1 a 580 4816 1 a 580 4815 -1 a 580 4810 1 a 580 4809 -1 a 580 4798 -1 a 580 4797 1 a 580 4790 1 a 580 4789 -1 a 580 4788 -3 a 580 4787 3 a 580 4784 1 a 580 4783 -1 a 580 4760 -1 a 580 4759 1 a 580 4754 1 a 580 4753 -1 a 580 4752 1 a 580 4751 -1 a 580 4740 1 a 580 4739 -1 a 580 4702 1 a 580 4701 -1 a 580 4700 1 a 580 4699 -1 a 580 4698 1 a 580 4697 -1 a 580 4672 -1 a 580 4671 1 a 580 4670 1 a 580 4669 -1 a 580 4664 -3 a 580 4663 3 a 580 4658 1 a 580 4657 -1 a 580 4648 1 a 580 4647 -1 a 580 4646 1 a 580 4645 -1 a 580 4644 2 a 580 4643 -2 a 580 4634 1 a 580 4633 -1 a 580 4632 1 a 580 4631 -1 a 580 4630 1 a 580 4629 -1 a 580 4628 1 a 580 4627 -1 a 580 4622 -1 a 580 4621 1 a 580 4620 -1 a 580 4619 1 a 580 4618 -1 a 580 4617 1 a 580 4616 -1 a 580 4615 1 a 580 4614 -1 a 580 4613 1 a 580 4612 -1 a 580 4611 1 a 580 4610 -1 a 580 4609 1 a 580 4608 -1 a 580 4607 1 a 580 4606 -1 a 580 4605 1 a 580 4604 -1 a 580 4603 1 a 580 4602 -1 a 580 4601 1 a 580 4600 -1 a 580 4599 1 a 580 4586 1 a 580 4585 -1 a 580 4566 -2 a 580 4565 2 a 580 4558 1 a 580 4557 -1 a 580 4552 -2 a 580 4551 2 a 580 4526 1 a 580 4525 -1 a 580 4510 1 a 580 4509 -1 a 580 4490 1 a 580 4489 -1 a 580 4460 1 a 580 4459 -1 a 580 4426 1 a 580 4425 -1 a 580 4420 1 a 580 4419 -1 a 580 4414 1 a 580 4413 -1 a 580 4412 1 a 580 4411 -1 a 580 4408 1 a 580 4407 -1 a 580 4396 1 a 580 4395 -1 a 580 4386 -3 a 580 4385 3 a 580 4384 -1 a 580 4383 1 a 580 4370 1 a 580 4369 -1 a 580 4362 1 a 580 4361 -1 a 580 4360 -2 a 580 4359 2 a 580 4348 1 a 580 4347 -1 a 580 4346 1 a 580 4345 -1 a 580 4344 1 a 580 4343 -1 a 580 4340 -1 a 580 4339 1 a 580 4330 1 a 580 4329 -1 a 580 4328 1 a 580 4327 -1 a 580 4240 1 a 580 4239 -1 a 580 4222 1 a 580 4221 -1 a 580 4204 1 a 580 4203 -1 a 580 4200 1 a 580 4199 -1 a 580 4196 1 a 580 4195 -1 a 580 4192 1 a 580 4191 -1 a 580 4188 1 a 580 4187 -1 a 580 4184 1 a 580 4183 -1 a 580 4180 1 a 580 4179 -1 a 580 4178 1 a 580 4177 -1 a 580 4176 1 a 580 4175 -1 a 580 4174 1 a 580 4173 -1 a 580 4172 1 a 580 4171 -1 a 580 4170 1 a 580 4169 -1 a 580 4168 1 a 580 4167 -1 a 580 4166 1 a 580 4165 -1 a 580 4160 1 a 580 4159 -1 a 580 4158 1 a 580 4157 -1 a 580 4148 1 a 580 4147 -1 a 580 4146 1 a 580 4145 -1 a 580 4144 1 a 580 4143 -1 a 580 4142 1 a 580 4141 -1 a 580 4140 1 a 580 4139 -1 a 580 4138 1 a 580 4137 -1 a 580 4136 1 a 580 4135 -1 a 580 4116 1 a 580 4115 -1 a 580 4114 1 a 580 4113 -1 a 580 4112 1 a 580 4111 -1 a 580 4110 1 a 580 4109 -1 a 580 4108 1 a 580 4107 -1 a 580 4106 1 a 580 4105 -1 a 580 4104 1 a 580 4103 -1 a 580 4102 1 a 580 4101 -1 a 580 4100 -2 a 580 4099 2 a 580 4092 1 a 580 4091 -1 a 580 4090 1 a 580 4089 -1 a 580 4080 1 a 580 4079 -1 a 580 4076 1 a 580 4075 -1 a 580 4072 1 a 580 4071 -1 a 580 4068 1 a 580 4067 -1 a 580 4064 1 a 580 4063 -1 a 580 4060 1 a 580 4059 -1 a 580 4056 1 a 580 4055 -1 a 580 4050 -1 a 580 4049 1 a 580 4044 1 a 580 4043 -1 a 580 4042 1 a 580 4041 -1 a 580 4040 1 a 580 4039 -1 a 580 4038 1 a 580 4037 -1 a 580 4036 1 a 580 4035 -1 a 580 4034 1 a 580 4033 -1 a 580 4032 1 a 580 4031 -1 a 580 4028 2 a 580 4027 -2 a 580 4024 2 a 580 4023 -2 a 580 4010 1 a 580 4009 -1 a 580 4002 -1 a 580 4001 1 a 580 4000 3 a 580 3999 -3 a 580 3994 1 a 580 3993 -1 a 580 3992 3 a 580 3991 -3 a 580 3986 3 a 580 3985 -3 a 580 3970 -1 a 580 3969 1 a 580 3928 1 a 580 3927 -1 a 580 3922 -2 a 580 3921 2 a 580 3920 1 a 580 3919 -1 a 580 3918 1 a 580 3917 -1 a 580 3916 1 a 580 3915 -1 a 580 3914 1 a 580 3913 -1 a 580 3912 1 a 580 3911 -1 a 580 3910 1 a 580 3909 -1 a 580 3908 1 a 580 3907 -1 a 580 3906 1 a 580 3905 -1 a 580 3904 1 a 580 3903 -1 a 580 3902 1 a 580 3901 -1 a 580 3900 1 a 580 3899 -1 a 580 3898 1 a 580 3897 -1 a 580 3896 1 a 580 3895 -1 a 580 3894 1 a 580 3893 -1 a 580 3890 1 a 580 3889 -1 a 580 3888 1 a 580 3887 -1 a 580 3886 1 a 580 3885 -1 a 580 3884 1 a 580 3883 -1 a 580 3882 1 a 580 3881 -1 a 580 3878 1 a 580 3877 -1 a 580 3874 1 a 580 3873 -1 a 580 3870 1 a 580 3869 -1 a 580 3866 1 a 580 3865 -1 a 580 3862 1 a 580 3861 -1 a 580 3858 1 a 580 3857 -1 a 580 3854 1 a 580 3853 -1 a 580 3850 1 a 580 3849 -1 a 580 3844 1 a 580 3843 -1 a 580 3840 1 a 580 3839 -1 a 580 3836 1 a 580 3835 -1 a 580 3834 1 a 580 3833 -1 a 580 3816 -1 a 580 3815 1 a 580 3812 -1 a 580 3811 1 a 580 3798 1 a 580 3797 -1 a 580 3794 1 a 580 3793 -1 a 580 3790 1 a 580 3789 -1 a 580 3788 1 a 580 3787 -1 a 580 3784 1 a 580 3783 -1 a 580 3776 1 a 580 3775 -1 a 580 3774 -1 a 580 3773 1 a 580 3744 1 a 580 3743 -1 a 580 3738 1 a 580 3737 -1 a 580 3730 1 a 580 3729 -1 a 580 3714 1 a 580 3713 -1 a 580 3708 1 a 580 3707 -1 a 580 3702 1 a 580 3701 -1 a 580 3700 1 a 580 3699 -1 a 580 3694 1 a 580 3693 -1 a 580 3692 1 a 580 3691 -1 a 580 3688 1 a 580 3687 -1 a 580 3672 1 a 580 3671 -1 a 580 3668 -1 a 580 3667 1 a 580 3662 1 a 580 3661 -1 a 580 3648 -1 a 580 3647 1 a 580 3642 1 a 580 3641 -1 a 580 3614 1 a 580 3613 -1 a 580 3612 1 a 580 3611 -1 a 580 3610 1 a 580 3609 -1 a 580 3608 1 a 580 3607 -1 a 580 3606 1 a 580 3605 -1 a 580 3584 1 a 580 3583 -1 a 580 3582 1 a 580 3581 -1 a 580 3578 1 a 580 3577 -1 a 580 3568 1 a 580 3567 -1 a 580 3564 -1 a 580 3563 1 a 580 3562 -1 a 580 3561 1 a 580 3558 1 a 580 3557 -1 a 580 3554 1 a 580 3553 -1 a 580 3550 -1 a 580 3549 1 a 580 3548 -1 a 580 3547 1 a 580 3544 1 a 580 3543 -1 a 580 3542 1 a 580 3541 -1 a 580 3526 -1 a 580 3525 1 a 580 3486 1 a 580 3485 -1 a 580 3482 -1 a 580 3481 1 a 580 3476 1 a 580 3475 -1 a 580 3448 1 a 580 3447 -1 a 580 3444 1 a 580 3443 -1 a 580 3440 1 a 580 3439 -1 a 580 3436 1 a 580 3435 -1 a 580 3432 1 a 580 3431 -1 a 580 3428 1 a 580 3427 -1 a 580 3402 1 a 580 3401 -1 a 580 3394 1 a 580 3393 -1 a 580 3392 1 a 580 3391 -1 a 580 3390 1 a 580 3389 -1 a 580 3388 1 a 580 3387 -1 a 580 3386 1 a 580 3385 -1 a 580 3384 1 a 580 3383 -1 a 580 3382 1 a 580 3381 -1 a 580 3380 1 a 580 3379 -1 a 580 3378 1 a 580 3377 -1 a 580 3376 1 a 580 3375 -1 a 580 3374 1 a 580 3373 -1 a 580 3372 1 a 580 3371 -1 a 580 3370 1 a 580 3369 -1 a 580 3368 1 a 580 3367 -1 a 580 3338 1 a 580 3337 -1 a 580 3336 1 a 580 3335 -1 a 580 3334 1 a 580 3333 -1 a 580 3332 1 a 580 3331 -1 a 580 3330 1 a 580 3329 -1 a 580 3328 1 a 580 3327 -1 a 580 3326 1 a 580 3325 -1 a 580 3272 1 a 580 3271 -1 a 580 3270 1 a 580 3269 -1 a 580 3260 1 a 580 3259 -1 a 580 3252 1 a 580 3251 -1 a 580 3232 1 a 580 3231 -1 a 580 3230 1 a 580 3229 -1 a 580 3216 1 a 580 3215 -1 a 580 3212 1 a 580 3211 -1 a 580 3194 1 a 580 3193 -1 a 580 3190 1 a 580 3189 -1 a 580 3188 1 a 580 3187 -1 a 580 3176 1 a 580 3175 -1 a 580 3174 1 a 580 3173 -1 a 580 3170 1 a 580 3169 -1 a 580 3168 1 a 580 3167 -1 a 580 3166 1 a 580 3165 -1 a 580 3164 -1 a 580 3163 1 a 580 3160 -1 a 580 3159 1 a 580 3146 1 a 580 3145 -1 a 580 3134 1 a 580 3133 -1 a 580 3132 1 a 580 3131 -1 a 580 3126 1 a 580 3125 -1 a 580 3120 -1 a 580 3119 1 a 580 3118 -1 a 580 3117 1 a 580 3102 1 a 580 3101 -1 a 580 3076 1 a 580 3075 -1 a 580 3062 1 a 580 3061 -1 a 580 3030 1 a 580 3029 -1 a 580 3028 1 a 580 3027 -1 a 580 3026 1 a 580 3025 -1 a 580 3020 1 a 580 3019 -1 a 580 3016 1 a 580 3015 -1 a 580 3014 1 a 580 3013 -1 a 580 3008 1 a 580 3007 -1 a 580 2984 1 a 580 2983 -1 a 580 2974 1 a 580 2973 -1 a 580 2938 -1 a 580 2937 1 a 580 2918 1 a 580 2917 -1 a 580 2912 1 a 580 2911 -1 a 580 2908 1 a 580 2907 -1 a 580 2906 3 a 580 2905 -3 a 580 2904 1 a 580 2903 -1 a 580 2898 1 a 580 2897 -1 a 580 2896 1 a 580 2895 -1 a 580 2892 -2 a 580 2891 2 a 580 2884 1 a 580 2883 -1 a 580 2870 1 a 580 2869 -1 a 580 2866 1 a 580 2865 -1 a 580 2862 1 a 580 2861 -1 a 580 2858 1 a 580 2857 -1 a 580 2854 1 a 580 2853 -1 a 580 2852 1 a 580 2851 -1 a 580 2842 1 a 580 2841 -1 a 580 2838 1 a 580 2837 -1 a 580 2832 -1 a 580 2831 1 a 580 2820 1 a 580 2819 -1 a 580 2818 1 a 580 2817 -1 a 580 2778 1 a 580 2777 -1 a 580 2774 1 a 580 2773 -1 a 580 2768 1 a 580 2767 -1 a 580 2752 1 a 580 2751 -1 a 580 2742 1 a 580 2741 -1 a 580 2738 1 a 580 2737 -1 a 580 2736 1 a 580 2735 -1 a 580 2722 1 a 580 2721 -1 a 580 2704 1 a 580 2703 -1 a 580 2684 -1 a 580 2683 1 a 580 2664 -1 a 580 2663 1 a 580 2658 1 a 580 2657 -1 a 580 2656 1 a 580 2655 -1 a 580 2654 1 a 580 2653 -1 a 580 2648 1 a 580 2647 -1 a 580 2646 1 a 580 2645 -1 a 580 2644 1 a 580 2643 -1 a 580 2638 1 a 580 2637 -1 a 580 2616 1 a 580 2615 -1 a 580 2602 1 a 580 2601 -1 a 580 2584 -1 a 580 2583 1 a 580 2580 -1 a 580 2579 1 a 580 2568 1 a 580 2567 -1 a 580 2564 1 a 580 2563 -1 a 580 2560 -1 a 580 2559 1 a 580 2558 1 a 580 2557 -1 a 580 2554 1 a 580 2553 -1 a 580 2550 1 a 580 2549 -1 a 580 2546 1 a 580 2545 -1 a 580 2542 1 a 580 2541 -1 a 580 2530 1 a 580 2529 -1 a 580 2512 1 a 580 2511 -1 a 580 2490 1 a 580 2489 -1 a 580 2482 1 a 580 2481 -1 a 580 2462 1 a 580 2461 -1 a 580 2446 -1 a 580 2445 1 a 580 2428 1 a 580 2427 -1 a 580 2424 -1 a 580 2423 1 a 580 2422 -2 a 580 2421 2 a 580 2414 1 a 580 2413 -1 a 580 2394 1 a 580 2393 -1 a 580 2382 1 a 580 2381 -1 a 580 2368 1 a 580 2367 -1 a 580 2360 1 a 580 2359 -1 a 580 2346 1 a 580 2345 -1 a 580 2340 1 a 580 2339 -1 a 580 2330 1 a 580 2329 -1 a 580 2328 -1 a 580 2327 1 a 580 2326 -1 a 580 2325 1 a 580 2324 -1 a 580 2323 1 a 580 2322 -1 a 580 2321 1 a 580 2320 -1 a 580 2319 1 a 580 2306 1 a 580 2305 -1 a 580 2268 1 a 580 2267 -1 a 580 2266 1 a 580 2265 -1 a 580 2264 1 a 580 2263 -1 a 580 2262 1 a 580 2261 -1 a 580 2260 1 a 580 2259 -1 a 580 2258 1 a 580 2257 -1 a 580 2256 1 a 580 2255 -1 a 580 2254 1 a 580 2253 -1 a 580 2252 1 a 580 2251 -1 a 580 2250 1 a 580 2249 -1 a 580 2248 1 a 580 2247 -1 a 580 2246 1 a 580 2245 -1 a 580 2244 1 a 580 2243 -1 a 580 2242 1 a 580 2241 -1 a 580 2240 1 a 580 2239 -1 a 580 2238 1 a 580 2237 -1 a 580 2236 1 a 580 2235 -1 a 580 2230 1 a 580 2229 -1 a 580 2220 1 a 580 2219 -1 a 580 2210 3 a 580 2209 -3 a 580 2208 3 a 580 2207 -3 a 580 2204 -1 a 580 2203 1 a 580 2202 1 a 580 2201 -1 a 580 2190 -1 a 580 2189 1 a 580 2186 -1 a 580 2185 1 a 580 2184 -1 a 580 2183 1 a 580 2182 -1 a 580 2181 1 a 580 2180 -1 a 580 2179 1 a 580 2178 -1 a 580 2177 1 a 580 2176 -1 a 580 2175 1 a 580 2174 -1 a 580 2173 1 a 580 2172 -1 a 580 2171 1 a 580 2160 1 a 580 2159 -1 a 580 2110 1 a 580 2109 -1 a 580 2102 1 a 580 2101 -1 a 580 2084 -1 a 580 2083 1 a 580 2052 1 a 580 2051 -1 a 580 2050 1 a 580 2049 -1 a 580 2040 -1 a 580 2039 1 a 580 2036 -1 a 580 2035 1 a 580 2032 -1 a 580 2031 1 a 580 2016 -1 a 580 2015 1 a 580 2002 1 a 580 2001 -1 a 580 1998 1 a 580 1997 -1 a 580 1986 1 a 580 1985 -1 a 580 1984 -1 a 580 1983 1 a 580 1974 -2 a 580 1973 2 a 580 1966 1 a 580 1965 -1 a 580 1954 -1 a 580 1953 1 a 580 1952 -1 a 580 1951 1 a 580 1950 1 a 580 1949 -1 a 580 1938 1 a 580 1937 -1 a 580 1922 1 a 580 1921 -1 a 580 1920 1 a 580 1919 -1 a 580 1914 1 a 580 1913 -1 a 580 1908 1 a 580 1907 -1 a 580 1890 1 a 580 1889 -1 a 580 1884 1 a 580 1883 -1 a 580 1856 1 a 580 1855 -1 a 580 1854 1 a 580 1853 -1 a 580 1836 1 a 580 1835 -1 a 580 1834 1 a 580 1833 -1 a 580 1832 -1 a 580 1831 1 a 580 1830 -1 a 580 1829 1 a 580 1828 -1 a 580 1827 1 a 580 1822 1 a 580 1821 -1 a 580 1820 1 a 580 1819 -1 a 580 1816 1 a 580 1815 -1 a 580 1808 1 a 580 1807 -1 a 580 1806 1 a 580 1805 -1 a 580 1804 1 a 580 1803 -1 a 580 1782 1 a 580 1781 -1 a 580 1780 1 a 580 1779 -1 a 580 1776 1 a 580 1775 -1 a 580 1766 1 a 580 1765 -1 a 580 1758 1 a 580 1757 -1 a 580 1756 1 a 580 1755 -1 a 580 1746 1 a 580 1745 -1 a 580 1740 1 a 580 1739 -1 a 580 1736 -1 a 580 1735 1 a 580 1724 -2 a 580 1723 2 a 580 1722 1 a 580 1721 -1 a 580 1720 1 a 580 1719 -1 a 580 1714 1 a 580 1713 -1 a 580 1702 1 a 580 1701 -1 a 580 1700 1 a 580 1699 -1 a 580 1698 1 a 580 1697 -1 a 580 1688 1 a 580 1687 -1 a 580 1676 1 a 580 1675 -1 a 580 1642 1 a 580 1641 -1 a 580 1614 1 a 580 1613 -1 a 580 1610 1 a 580 1609 -1 a 580 1594 1 a 580 1593 -1 a 580 1592 1 a 580 1591 -1 a 580 1590 1 a 580 1589 -1 a 580 1588 1 a 580 1587 -1 a 580 1586 1 a 580 1585 -1 a 580 1584 1 a 580 1583 -1 a 580 1582 1 a 580 1581 -1 a 580 1574 1 a 580 1573 -1 a 580 1572 -1 a 580 1571 1 a 580 1570 1 a 580 1569 -1 a 580 1560 1 a 580 1559 -1 a 580 1558 1 a 580 1557 -1 a 580 1550 -2 a 580 1549 2 a 580 1530 1 a 580 1529 -1 a 580 1520 -1 a 580 1519 1 a 580 1518 -1 a 580 1517 1 a 580 1516 1 a 580 1515 -1 a 580 1508 1 a 580 1507 -1 a 580 1506 1 a 580 1505 -1 a 580 1500 -1 a 580 1499 1 a 580 1496 1 a 580 1495 -1 a 580 1494 1 a 580 1493 -1 a 580 1488 -1 a 580 1487 1 a 580 1476 1 a 580 1475 -1 a 580 1452 1 a 580 1451 -1 a 580 1446 1 a 580 1445 -1 a 580 1440 1 a 580 1439 -1 a 580 1436 1 a 580 1435 -1 a 580 1430 1 a 580 1429 -1 a 580 1422 1 a 580 1421 -1 a 580 1400 1 a 580 1399 -1 a 580 1386 1 a 580 1385 -1 a 580 1372 1 a 580 1371 -1 a 580 1370 1 a 580 1369 -1 a 580 1368 1 a 580 1367 -1 a 580 1366 1 a 580 1365 -1 a 580 1364 1 a 580 1363 -1 a 580 1362 1 a 580 1361 -1 a 580 1360 1 a 580 1359 -1 a 580 1342 1 a 580 1341 -1 a 580 1338 1 a 580 1337 -1 a 580 1328 1 a 580 1327 -1 a 580 1322 1 a 580 1321 -1 a 580 1320 1 a 580 1319 -1 a 580 1318 1 a 580 1317 -1 a 580 1316 1 a 580 1315 -1 a 580 1298 1 a 580 1297 -1 a 580 1296 1 a 580 1295 -1 a 580 1294 1 a 580 1293 -1 a 580 1292 -1 a 580 1291 1 a 580 1280 1 a 580 1279 -1 a 580 1272 1 a 580 1271 -1 a 580 1270 2 a 580 1269 -2 a 580 1264 1 a 580 1263 -1 a 580 1262 1 a 580 1261 -1 a 580 1260 1 a 580 1259 -1 a 580 1258 1 a 580 1257 -1 a 580 1256 1 a 580 1255 -1 a 580 1242 1 a 580 1241 -1 a 580 1224 1 a 580 1223 -1 a 580 1222 1 a 580 1221 -1 a 580 1208 1 a 580 1207 -1 a 580 1184 1 a 580 1183 -1 a 580 1180 1 a 580 1179 -1 a 580 1176 1 a 580 1175 -1 a 580 1172 1 a 580 1171 -1 a 580 1168 1 a 580 1167 -1 a 580 1164 1 a 580 1163 -1 a 580 1160 1 a 580 1159 -1 a 580 1158 1 a 580 1157 -1 a 580 1146 1 a 580 1145 -1 a 580 1142 1 a 580 1141 -1 a 580 1130 1 a 580 1129 -1 a 580 1112 1 a 580 1111 -1 a 580 1106 1 a 580 1105 -1 a 580 1074 1 a 580 1073 -1 a 580 1072 -1 a 580 1071 1 a 580 1066 1 a 580 1065 -1 a 580 1064 1 a 580 1063 -1 a 580 1028 1 a 580 1027 -1 a 580 958 1 a 580 957 -1 a 580 954 1 a 580 953 -1 a 580 946 1 a 580 945 -1 a 580 920 1 a 580 919 -1 a 580 910 1 a 580 909 -1 a 580 906 1 a 580 905 -1 a 580 904 1 a 580 903 -1 a 580 894 1 a 580 893 -1 a 580 830 -1 a 580 829 1 a 580 828 -1 a 580 827 1 a 580 826 -1 a 580 825 1 a 580 824 -1 a 580 823 1 a 580 822 -1 a 580 821 1 a 580 820 -1 a 580 819 1 a 580 818 -1 a 580 817 1 a 580 816 -1 a 580 815 1 a 580 814 -1 a 580 813 1 a 580 812 -1 a 580 811 1 a 580 810 -1 a 580 809 1 a 580 808 -1 a 580 807 1 a 580 806 -1 a 580 805 1 a 580 804 -1 a 580 803 1 a 580 796 1 a 580 795 -1 a 580 792 1 a 580 791 -1 a 580 688 1 a 580 687 -1 a 580 16 48.601527 a 580 15 -48.601527 a 580 14 48.752916 a 580 13 -48.752916 a 581 5092 -1 a 581 5091 1 a 581 4842 1 a 581 4841 -1 a 581 4748 -1 a 581 4747 1 a 581 4648 -1 a 581 4647 1 a 581 4510 -1 a 581 4509 1 a 581 4098 -1 a 581 4097 1 a 581 3702 -1 a 581 3701 1 a 581 3674 -1 a 581 3673 1 a 581 3550 1 a 581 3549 -1 a 581 3548 1 a 581 3547 -1 a 581 2892 1 a 581 2891 -1 a 581 2658 -1 a 581 2657 1 a 581 2422 1 a 581 2421 -1 a 581 1550 2 a 581 1549 -2 a 581 1468 -1 a 581 1467 1 a 581 946 -1 a 581 945 1 a 582 4788 -1 a 582 4787 1 a 582 2942 1 a 582 2941 -1 a 582 2940 1 a 582 2939 -1 a 582 1812 1 a 582 1811 -1 a 582 1806 -1 a 582 1805 1 a 582 1804 -1 a 582 1803 1 a 583 2974 -1 a 583 2973 1 a 583 1798 1 a 583 1797 -1 a 583 1570 1 a 583 1569 -1 a 583 1212 1 a 583 1211 -1 a 583 996 1 a 583 995 -1 a 584 4584 -1 a 584 4583 1 a 584 3552 1 a 584 3551 -1 a 584 2978 1 a 584 2977 -1 a 584 2976 1 a 584 2975 -1 a 584 1816 -1 a 584 1815 1 a 585 3388 -1 a 585 3387 1 a 585 3374 -1 a 585 3373 1 a 585 3332 -1 a 585 3331 1 a 585 2258 -1 a 585 2257 1 a 585 2244 -1 a 585 2243 1 a 585 1366 -1 a 585 1365 1 a 585 932 1 a 585 931 -1 a 585 776 1 a 585 775 -1 a 585 748 1 a 585 747 -1 a 586 1366 1 a 586 1365 -1 a 586 1352 1 a 586 1351 -1 a 586 1084 -1 a 586 1083 1 a 587 3390 -1 a 587 3389 1 a 587 3376 -1 a 587 3375 1 a 587 3334 -1 a 587 3333 1 a 587 2260 -1 a 587 2259 1 a 587 2246 -1 a 587 2245 1 a 587 1368 -1 a 587 1367 1 a 587 934 1 a 587 933 -1 a 587 778 1 a 587 777 -1 a 587 750 1 a 587 749 -1 a 588 1368 1 a 588 1367 -1 a 588 1354 1 a 588 1353 -1 a 588 1086 -1 a 588 1085 1 a 589 2280 -1 a 589 2279 1 a 589 2260 1 a 589 2259 -1 a 589 1772 1 a 589 1771 -1 a 590 2184 -1 a 590 2183 1 a 590 1772 -1 a 590 1771 1 a 590 1058 -1 a 590 1057 1 a 591 2524 1 a 591 2523 -1 a 591 2246 1 a 591 2245 -1 a 591 2196 1 a 591 2195 -1 a 591 2138 -1 a 591 2137 1 a 591 2136 -1 a 591 2135 1 a 591 1198 1 a 591 1197 -1 a 591 1086 1 a 591 1085 -1 a 591 934 -1 a 591 933 1 a 591 886 1 a 591 885 -1 a 592 2984 -1 a 592 2983 1 a 592 14 0.000223 a 592 13 -0.000223 a 593 2154 -1 a 593 2153 1 a 593 2152 -1 a 593 2151 1 a 593 890 1 a 593 889 -1 a 594 3010 1 a 594 3009 -1 a 594 3008 1 a 594 3007 -1 a 595 3972 -1 a 595 3971 1 a 595 3970 1 a 595 3969 -1 a 596 2992 -1 a 596 2991 1 a 596 2986 1 a 596 2985 -1 a 597 3022 -1 a 597 3021 1 a 597 3020 -1 a 597 3019 1 a 597 3018 1 a 597 3017 -1 a 597 3014 -1 a 597 3013 1 a 597 16 0.094738 a 597 15 -0.094738 a 597 14 0.092056 a 597 13 -0.092056 a 598 3060 -1 a 598 3059 1 a 598 3016 1 a 598 3015 -1 a 599 3016 -1 a 599 3015 1 a 599 3014 1 a 599 3013 -1 a 600 3018 -1 a 600 3017 1 a 601 3042 -1 a 601 3041 1 a 601 3026 1 a 601 3025 -1 a 602 3028 1 a 602 3027 -1 a 602 1970 -1 a 602 1969 1 a 603 2992 1 a 603 2991 -1 a 603 2990 -1 a 603 2989 1 a 604 5072 1 a 604 5071 -1 a 604 3030 -1 a 604 3029 1 a 605 2300 -1 a 605 2299 1 a 605 2294 1 a 605 2293 -1 a 606 3058 1 a 606 3057 -1 a 606 3056 1 a 606 3055 -1 a 606 3054 1 a 606 3053 -1 a 606 3034 1 a 606 3033 -1 a 607 2994 -1 a 607 2993 1 a 607 2988 1 a 607 2987 -1 a 608 4004 -1 a 608 4003 1 a 608 4002 1 a 608 4001 -1 a 609 3052 1 a 609 3051 -1 a 609 3050 1 a 609 3049 -1 a 609 3048 1 a 609 3047 -1 a 610 954 -1 a 610 953 1 a 611 2174 -1 a 611 2173 1 a 611 1048 -1 a 611 1047 1 a 612 3066 1 a 612 3065 -1 a 612 3006 -1 a 612 3005 1 a 612 2266 -1 a 612 2265 1 a 613 4506 -1 a 613 4505 1 a 613 4504 -1 a 613 4503 1 a 613 3146 -1 a 613 3145 1 a 613 3080 -1 a 613 3079 1 a 613 3068 1 a 613 3067 -1 a 613 3062 1 a 613 3061 -1 a 613 1112 -1 a 613 1111 1 a 614 3066 -1 a 614 3065 1 a 614 2286 -1 a 614 2285 1 a 614 2266 1 a 614 2265 -1 a 614 1048 1 a 614 1047 -1 a 614 970 1 a 614 969 -1 a 615 4552 1 a 615 4551 -1 a 615 1468 -1 a 615 1467 1 a 615 1466 -1 a 615 1465 1 a 615 1464 -1 a 615 1463 1 a 615 1462 -1 a 615 1461 1 a 616 4678 1 a 616 4677 -1 a 616 3102 1 a 616 3101 -1 a 616 3100 -1 a 616 3099 1 a 616 3098 -1 a 616 3097 1 a 617 3104 1 a 617 3103 -1 a 617 3096 1 a 617 3095 -1 a 617 1074 -1 a 617 1073 1 a 618 4582 -1 a 618 4581 1 a 618 2692 1 a 618 2691 -1 a 619 3112 -1 a 619 3111 1 a 619 3110 -1 a 619 3109 1 a 619 3108 -1 a 619 3107 1 a 619 790 -1 a 619 789 1 a 619 788 -1 a 619 787 1 a 620 3884 -1 a 620 3883 1 a 620 1122 -1 a 620 1121 1 a 621 3128 -1 a 621 3127 1 a 621 3126 -1 a 621 3125 1 a 621 3124 1 a 621 3123 -1 a 621 3122 1 a 621 3121 -1 a 621 16 0.290529 a 621 15 -0.290529 a 621 14 0.282306 a 621 13 -0.282306 a 622 3124 -1 a 622 3123 1 a 623 3118 -1 a 623 3117 1 a 623 3060 1 a 623 3059 -1 a 624 3916 -1 a 624 3915 1 a 624 3840 1 a 624 3839 -1 a 624 3148 -1 a 624 3147 1 a 624 3134 1 a 624 3133 -1 a 624 3132 1 a 624 3131 -1 a 624 3068 -1 a 624 3067 1 a 624 2840 -1 a 624 2839 1 a 624 1156 1 a 624 1155 -1 a 625 4938 -1 a 625 4937 1 a 625 4936 1 a 625 4935 -1 a 625 4932 -1 a 625 4931 1 a 625 3140 -1 a 625 3139 1 a 625 3138 1 a 625 3137 -1 a 626 3582 -1 a 626 3581 1 a 626 3144 -1 a 626 3143 1 a 626 2870 -1 a 626 2869 1 a 627 4504 1 a 627 4503 -1 a 627 3840 -1 a 627 3839 1 a 627 3154 -1 a 627 3153 1 a 627 3152 -1 a 627 3151 1 a 627 3148 1 a 627 3147 -1 a 627 3146 1 a 627 3145 -1 a 627 1106 -1 a 627 1105 1 a 628 5014 8 a 628 5013 -8 a 628 3966 5 a 628 3965 -5 a 628 3160 -1 a 628 3159 1 a 628 3158 1 a 628 3157 -1 a 628 2874 1 a 628 2873 -1 a 628 2030 1 a 628 2029 -1 a 629 4882 -1 a 629 4881 1 a 629 3654 -1 a 629 3653 1 a 629 3106 1 a 629 3105 -1 a 629 3088 -2 a 629 3087 2 a 629 3086 -2 a 629 3085 2 a 629 3084 -1 a 629 3083 1 a 630 4882 1 a 630 4881 -1 a 630 3654 1 a 630 3653 -1 a 630 3106 -1 a 630 3105 1 a 630 3088 2 a 630 3087 -2 a 630 3086 2 a 630 3085 -2 a 630 3084 1 a 630 3083 -1 a 631 3094 -1 a 631 3093 1 a 631 3090 -1 a 631 3089 1 a 631 3086 1 a 631 3085 -1 a 631 3084 1 a 631 3083 -1 a 632 3090 1 a 632 3089 -1 a 632 3088 1 a 632 3087 -1 a 632 3086 -1 a 632 3085 1 a 632 3084 -1 a 632 3083 1 a 633 3092 1 a 633 3091 -1 a 633 3088 -1 a 633 3087 1 a 634 3094 1 a 634 3093 -1 a 634 3092 -1 a 634 3091 1 a 635 3170 -1 a 635 3169 1 a 635 2320 1 a 635 2319 -1 a 636 3916 1 a 636 3915 -1 a 636 3884 1 a 636 3883 -1 a 636 1494 -1 a 636 1493 1 a 636 1122 1 a 636 1121 -1 a 637 3198 1 a 637 3197 -1 a 637 3196 -1 a 637 3195 1 a 637 3194 -1 a 637 3193 1 a 637 16 0.195193 a 637 15 -0.195193 a 637 14 0.18569 a 637 13 -0.18569 a 638 3188 -1 a 638 3187 1 a 638 3186 1 a 638 3185 -1 a 639 3658 -1 a 639 3657 1 a 639 3174 1 a 639 3173 -1 a 639 2196 1 a 639 2195 -1 a 639 2192 1 a 639 2191 -1 a 640 2194 1 a 640 2193 -1 a 640 2192 -1 a 640 2191 1 a 641 2198 1 a 641 2197 -1 a 641 2196 -1 a 641 2195 1 a 642 3190 -1 a 642 3189 1 a 642 3188 1 a 642 3187 -1 a 643 3658 1 a 643 3657 -1 a 643 3656 -1 a 643 3655 1 a 644 4582 1 a 644 4581 -1 a 644 3660 -1 a 644 3659 1 a 645 3246 1 a 645 3245 -1 a 645 3244 1 a 645 3243 -1 a 645 2820 -1 a 645 2819 1 a 645 2818 -1 a 645 2817 1 a 645 1850 -1 a 645 1849 1 a 645 1028 -1 a 645 1027 1 a 646 3232 -1 a 646 3231 1 a 646 3206 -1 a 646 3205 1 a 646 3204 1 a 646 3203 -1 a 646 3202 1 a 646 3201 -1 a 647 3234 1 a 647 3233 -1 a 647 3226 -1 a 647 3225 1 a 648 4598 -1 a 648 4597 1 a 648 3236 1 a 648 3235 -1 a 648 3232 1 a 648 3231 -1 a 648 3228 -1 a 648 3227 1 a 648 2312 -1 a 648 2311 1 a 649 3242 -1 a 649 3241 1 a 649 3238 1 a 649 3237 -1 a 649 3212 1 a 649 3211 -1 a 650 3254 -1 a 650 3253 1 a 650 3252 -1 a 650 3251 1 a 650 3250 1 a 650 3249 -1 a 650 3248 -1 a 650 3247 1 a 650 16 0.450531 a 650 15 -0.450531 a 650 14 0.437778 a 650 13 -0.437778 a 651 3250 -1 a 651 3249 1 a 652 3258 -1 a 652 3257 1 a 652 2818 1 a 652 2817 -1 a 653 3270 1 a 653 3269 -1 a 653 2990 1 a 653 2989 -1 a 653 2194 -1 a 653 2193 1 a 654 3260 1 a 654 3259 -1 a 654 2198 -1 a 654 2197 1 a 655 4828 -1 a 655 4827 1 a 655 3656 1 a 655 3655 -1 a 656 4828 1 a 656 4827 -1 a 656 3282 -1 a 656 3281 1 a 657 5104 -1 a 657 5103 1 a 657 3282 1 a 657 3281 -1 a 658 3268 -1 a 658 3267 1 a 658 3266 1 a 658 3265 -1 a 659 3278 -1 a 659 3277 1 a 659 3268 1 a 659 3267 -1 a 660 3276 -1 a 660 3275 1 a 660 3266 -1 a 660 3265 1 a 660 14 3e-06 a 660 13 -3e-06 a 661 3406 1 a 661 3405 -1 a 661 3404 -1 a 661 3403 1 a 661 3402 -1 a 661 3401 1 a 661 3400 1 a 661 3399 -1 a 661 3398 1 a 661 3397 -1 a 661 2462 -1 a 661 2461 1 a 661 1886 -1 a 661 1885 1 a 661 1548 -1 a 661 1547 1 a 661 16 0.343161 a 661 15 -0.343161 a 661 14 0.333448 a 661 13 -0.333448 a 662 3400 -1 a 662 3399 1 a 663 3412 -1 a 663 3411 1 a 663 3410 1 a 663 3409 -1 a 664 3424 -1 a 664 3423 1 a 664 3422 1 a 664 3421 -1 a 665 4774 -1 a 665 4773 1 a 665 3674 1 a 665 3673 -1 a 665 3524 1 a 665 3523 -1 a 665 3522 1 a 665 3521 -1 a 665 3520 1 a 665 3519 -1 a 665 3518 1 a 665 3517 -1 a 665 3516 1 a 665 3515 -1 a 665 3458 1 a 665 3457 -1 a 665 3456 -1 a 665 3455 1 a 665 3454 -1 a 665 3453 1 a 665 3428 -1 a 665 3427 1 a 665 2490 -1 a 665 2489 1 a 666 4006 1 a 666 4005 -1 a 666 3974 1 a 666 3973 -1 a 666 3488 -1 a 666 3487 1 a 666 3418 1 a 666 3417 -1 a 666 3184 1 a 666 3183 -1 a 666 3182 1 a 666 3181 -1 a 666 890 1 a 666 889 -1 a 666 888 1 a 666 887 -1 a 666 886 1 a 666 885 -1 a 666 884 1 a 666 883 -1 a 666 882 1 a 666 881 -1 a 666 880 1 a 666 879 -1 a 666 878 1 a 666 877 -1 a 666 876 1 a 666 875 -1 a 666 874 1 a 666 873 -1 a 666 872 1 a 666 871 -1 a 666 870 1 a 666 869 -1 a 667 3488 1 a 667 3487 -1 a 667 3420 1 a 667 3419 -1 a 667 996 -1 a 667 995 1 a 667 14 3.1e-05 a 667 13 -3.1e-05 a 668 3974 1 a 668 3973 -1 a 668 3420 -1 a 668 3419 1 a 669 3606 -1 a 669 3605 1 a 669 3448 -1 a 669 3447 1 a 669 3430 1 a 669 3429 -1 a 669 1306 1 a 669 1305 -1 a 669 1304 1 a 669 1303 -1 a 669 1302 1 a 669 1301 -1 a 669 1300 1 a 669 1299 -1 a 670 3450 -1 a 670 3449 1 a 671 3628 1 a 671 3627 -1 a 671 3614 1 a 671 3613 -1 a 671 1306 -1 a 671 1305 1 a 672 3628 -1 a 672 3627 1 a 672 3626 1 a 672 3625 -1 a 672 3614 -1 a 672 3613 1 a 672 3612 1 a 672 3611 -1 a 672 3432 -1 a 672 3431 1 a 672 1306 1 a 672 1305 -1 a 672 1304 -1 a 672 1303 1 a 672 950 -1 a 672 949 1 a 673 3626 -1 a 673 3625 1 a 673 3624 1 a 673 3623 -1 a 673 3612 -1 a 673 3611 1 a 673 3610 1 a 673 3609 -1 a 673 3436 -1 a 673 3435 1 a 673 1304 1 a 673 1303 -1 a 673 1302 -1 a 673 1301 1 a 674 3608 -1 a 674 3607 1 a 674 3606 1 a 674 3605 -1 a 674 3440 -1 a 674 3439 1 a 674 1300 1 a 674 1299 -1 a 675 3624 -1 a 675 3623 1 a 675 3610 -1 a 675 3609 1 a 675 3608 1 a 675 3607 -1 a 675 3444 -1 a 675 3443 1 a 675 1302 1 a 675 1301 -1 a 675 1300 -1 a 675 1299 1 a 676 3642 -1 a 676 3641 1 a 676 3002 1 a 676 3001 -1 a 676 2644 -1 a 676 2643 1 a 677 4326 1 a 677 4325 -1 a 677 3462 1 a 677 3461 -1 a 677 2646 -1 a 677 2645 1 a 678 4326 -1 a 678 4325 1 a 678 3642 1 a 678 3641 -1 a 678 3478 -1 a 678 3477 1 a 678 3476 -1 a 678 3475 1 a 678 3466 -1 a 678 3465 1 a 678 3464 1 a 678 3463 -1 a 678 3002 -1 a 678 3001 1 a 679 3476 1 a 679 3475 -1 a 679 3472 -1 a 679 3471 1 a 680 3648 1 a 680 3647 -1 a 680 3470 1 a 680 3469 -1 a 681 3700 1 a 681 3699 -1 a 681 2006 -1 a 681 2005 1 a 682 3532 1 a 682 3531 -1 a 682 3530 -1 a 682 3529 1 a 682 2602 1 a 682 2601 -1 a 683 4330 -1 a 683 4329 1 a 683 3538 -1 a 683 3537 1 a 684 3490 1 a 684 3489 -1 a 685 3544 -1 a 685 3543 1 a 686 4966 -1 a 686 4965 1 a 686 3568 -1 a 686 3567 1 a 686 3566 1 a 686 3565 -1 a 686 3564 -1 a 686 3563 1 a 686 3562 -1 a 686 3561 1 a 686 3552 -1 a 686 3551 1 a 686 3550 1 a 686 3549 -1 a 686 3548 1 a 686 3547 -1 a 686 3542 1 a 686 3541 -1 a 686 3276 -2 a 686 3275 2 a 686 2978 -2 a 686 2977 2 a 686 2976 -1 a 686 2975 1 a 686 1726 -2 a 686 1725 2 a 686 1526 -1 a 686 1525 1 a 686 16 0.153686 a 686 15 -0.153686 a 686 14 0.149336 a 686 13 -0.149336 a 687 4840 1 a 687 4839 -1 a 687 3696 -1 a 687 3695 1 a 687 3694 1 a 687 3693 -1 a 687 2446 -1 a 687 2445 1 a 688 3564 1 a 688 3563 -1 a 688 3558 -1 a 688 3557 1 a 688 3550 -1 a 688 3549 1 a 689 3562 1 a 689 3561 -1 a 689 3554 -1 a 689 3553 1 a 689 3548 -1 a 689 3547 1 a 690 3566 -1 a 690 3565 1 a 690 2438 1 a 690 2437 -1 a 691 3578 -1 a 691 3577 1 a 691 3576 -1 a 691 3575 1 a 691 3572 -1 a 691 3571 1 a 691 16 0.008675 a 691 15 -0.008675 a 691 14 0.008253 a 691 13 -0.008253 a 692 3582 1 a 692 3581 -1 a 693 3584 -1 a 693 3583 1 a 693 3484 1 a 693 3483 -1 a 694 4904 1 a 694 4903 -1 a 694 3698 1 a 694 3697 -1 a 694 3696 1 a 694 3695 -1 a 694 3672 1 a 694 3671 -1 a 694 2794 -1 a 694 2793 1 a 694 2664 -1 a 694 2663 1 a 694 16 0.000223 a 694 15 -0.000223 a 694 14 0.000223 a 694 13 -0.000223 a 695 3636 -1 a 695 3635 1 a 695 3630 1 a 695 3629 -1 a 696 3632 -1 a 696 3631 1 a 696 2978 1 a 696 2977 -1 a 697 3650 -1 a 697 3649 1 a 697 3640 -1 a 697 3639 1 a 697 3638 1 a 697 3637 -1 a 697 16 0.000691 a 697 15 -0.000691 a 697 14 0.000658 a 697 13 -0.000658 a 698 3644 -1 a 698 3643 1 a 698 3416 1 a 698 3415 -1 a 699 3684 -1 a 699 3683 1 a 699 3654 1 a 699 3653 -1 a 700 3684 1 a 700 3683 -1 a 700 3682 -2 a 700 3681 2 a 701 3682 2 a 701 3681 -2 a 701 3654 -1 a 701 3653 1 a 702 3668 1 a 702 3667 -1 a 702 3662 -1 a 702 3661 1 a 702 16 7e-06 a 702 15 -7e-06 a 702 14 7e-06 a 702 13 -7e-06 a 703 3670 1 a 703 3669 -1 a 703 3668 -1 a 703 3667 1 a 703 3666 1 a 703 3665 -1 a 703 1510 1 a 703 1509 -1 a 704 3666 -1 a 704 3665 1 a 704 14 7e-06 a 704 13 -7e-06 a 705 3670 -1 a 705 3669 1 a 705 14 7e-06 a 705 13 -7e-06 a 706 3682 -1 a 706 3681 1 a 706 3676 1 a 706 3675 -1 a 707 5118 1 a 707 5117 -1 a 707 3676 -1 a 707 3675 1 a 707 3668 1 a 707 3667 -1 a 707 1542 1 a 707 1541 -1 a 707 1510 1 a 707 1509 -1 a 708 4890 1 a 708 4889 -1 a 708 4888 1 a 708 4887 -1 a 708 4672 1 a 708 4671 -1 a 708 4544 1 a 708 4543 -1 a 708 3926 3 a 708 3925 -3 a 708 3816 1 a 708 3815 -1 a 708 3814 1 a 708 3813 -1 a 708 3734 -1 a 708 3733 1 a 708 3720 -1 a 708 3719 1 a 708 3716 -1 a 708 3715 1 a 708 3520 -1 a 708 3519 1 a 708 3204 -1 a 708 3203 1 a 708 3072 -1 a 708 3071 1 a 708 2808 -1 a 708 2807 1 a 708 2538 -1 a 708 2537 1 a 708 2456 1 a 708 2455 -1 a 708 2318 -1 a 708 2317 1 a 708 2070 -1 a 708 2069 1 a 708 2038 1 a 708 2037 -1 a 708 2036 1 a 708 2035 -1 a 708 1994 -1 a 708 1993 1 a 708 1828 1 a 708 1827 -1 a 708 1464 -1 a 708 1463 1 a 708 1314 -1 a 708 1313 1 a 708 14 0.000223 a 708 13 -0.000223 a 709 4890 -1 a 709 4889 1 a 709 4888 -1 a 709 4887 1 a 709 4672 -1 a 709 4671 1 a 709 4544 -1 a 709 4543 1 a 709 3926 -3 a 709 3925 3 a 709 3816 -1 a 709 3815 1 a 709 3814 -1 a 709 3813 1 a 709 3734 1 a 709 3733 -1 a 709 3720 1 a 709 3719 -1 a 709 3716 1 a 709 3715 -1 a 709 3520 1 a 709 3519 -1 a 709 3204 1 a 709 3203 -1 a 709 3072 1 a 709 3071 -1 a 709 2808 1 a 709 2807 -1 a 709 2538 1 a 709 2537 -1 a 709 2456 -1 a 709 2455 1 a 709 2318 1 a 709 2317 -1 a 709 2070 1 a 709 2069 -1 a 709 2038 -1 a 709 2037 1 a 709 2036 -1 a 709 2035 1 a 709 1994 1 a 709 1993 -1 a 709 1828 -1 a 709 1827 1 a 709 1464 1 a 709 1463 -1 a 710 3686 1 a 710 3685 -1 a 710 796 -1 a 710 795 1 a 711 3688 -1 a 711 3687 1 a 711 2322 1 a 711 2321 -1 a 712 3580 -1 a 712 3579 1 a 712 3258 1 a 712 3257 -1 a 712 3228 1 a 712 3227 -1 a 712 3226 1 a 712 3225 -1 a 712 2820 1 a 712 2819 -1 a 712 1288 1 a 712 1287 -1 a 712 946 -1 a 712 945 1 a 713 3700 -1 a 713 3699 1 a 713 10 1 a 713 9 -1 a 714 2518 1 a 714 2517 -1 a 714 2240 1 a 714 2239 -1 a 714 2198 1 a 714 2197 -1 a 714 2194 1 a 714 2193 -1 a 714 2126 -1 a 714 2125 1 a 714 2124 -1 a 714 2123 1 a 714 1192 1 a 714 1191 -1 a 714 1080 1 a 714 1079 -1 a 714 928 -1 a 714 927 1 a 714 880 1 a 714 879 -1 a 715 3774 -1 a 715 3773 1 a 715 3706 -1 a 715 3705 1 a 715 2424 -1 a 715 2423 1 a 716 4738 -1 a 716 4737 1 a 717 4874 -1 a 717 4873 1 a 717 4694 -1 a 717 4693 1 a 717 4430 -1 a 717 4429 1 a 717 4356 -1 a 717 4355 1 a 717 4336 -1 a 717 4335 1 a 717 3750 1 a 717 3749 -1 a 717 3748 1 a 717 3747 -1 a 717 3746 2 a 717 3745 -2 a 717 3144 -1 a 717 3143 1 a 717 2828 -1 a 717 2827 1 a 717 2802 -1 a 717 2801 1 a 717 2756 -1 a 717 2755 1 a 717 1552 -1 a 717 1551 1 a 717 1248 -1 a 717 1247 1 a 717 1102 -1 a 717 1101 1 a 718 1344 -1 a 718 1343 1 a 719 3802 -1 a 719 3801 1 a 719 3798 -1 a 719 3797 1 a 719 3744 1 a 719 3743 -1 a 719 3712 -1 a 719 3711 1 a 720 5122 1 a 720 5121 -1 a 720 5086 1 a 720 5085 -1 a 720 5032 1 a 720 5031 -1 a 720 5030 2 a 720 5029 -2 a 720 4994 2 a 720 4993 -2 a 720 4946 -1 a 720 4945 1 a 720 4858 1 a 720 4857 -1 a 720 4836 -1 a 720 4835 1 a 720 4794 1 a 720 4793 -1 a 720 4752 1 a 720 4751 -1 a 720 4706 1 a 720 4705 -1 a 720 4702 1 a 720 4701 -1 a 720 4650 1 a 720 4649 -1 a 720 4550 1 a 720 4549 -1 a 720 4536 -1 a 720 4535 1 a 720 4390 -1 a 720 4389 1 a 720 4382 1 a 720 4381 -1 a 720 4340 -1 a 720 4339 1 a 720 4152 1 a 720 4151 -1 a 720 4122 1 a 720 4121 -1 a 720 4100 1 a 720 4099 -1 a 720 4096 1 a 720 4095 -1 a 720 4094 1 a 720 4093 -1 a 720 4028 1 a 720 4027 -1 a 720 4000 1 a 720 3999 -1 a 720 3992 1 a 720 3991 -1 a 720 3986 1 a 720 3985 -1 a 720 3922 -3 a 720 3921 3 a 720 3822 -1 a 720 3821 1 a 720 3786 -1 a 720 3785 1 a 720 3774 -1 a 720 3773 1 a 720 3742 1 a 720 3741 -1 a 720 3740 -1 a 720 3739 1 a 720 3738 -1 a 720 3737 1 a 720 3730 1 a 720 3729 -1 a 720 3728 1 a 720 3727 -1 a 720 3726 -1 a 720 3725 1 a 720 3724 -1 a 720 3723 1 a 720 3722 -1 a 720 3721 1 a 720 3720 -1 a 720 3719 1 a 720 3718 -1 a 720 3717 1 a 720 3716 -1 a 720 3715 1 a 720 3714 1 a 720 3713 -1 a 720 3698 -1 a 720 3697 1 a 720 3654 -1 a 720 3653 1 a 720 3522 1 a 720 3521 -1 a 720 3516 1 a 720 3515 -1 a 720 3470 1 a 720 3469 -1 a 720 3422 1 a 720 3421 -1 a 720 3416 1 a 720 3415 -1 a 720 3276 1 a 720 3275 -1 a 720 3244 1 a 720 3243 -1 a 720 3236 -1 a 720 3235 1 a 720 3234 -1 a 720 3233 1 a 720 3232 1 a 720 3231 -1 a 720 3226 -1 a 720 3225 1 a 720 3162 1 a 720 3161 -1 a 720 3160 -1 a 720 3159 1 a 720 3134 1 a 720 3133 -1 a 720 3108 -1 a 720 3107 1 a 720 3062 1 a 720 3061 -1 a 720 3050 -1 a 720 3049 1 a 720 3014 2 a 720 3013 -2 a 720 2966 1 a 720 2965 -1 a 720 2964 -1 a 720 2963 1 a 720 2962 -1 a 720 2961 1 a 720 2960 -1 a 720 2959 1 a 720 2958 -1 a 720 2957 1 a 720 2956 -1 a 720 2955 1 a 720 2954 -1 a 720 2953 1 a 720 2952 -1 a 720 2951 1 a 720 2950 -1 a 720 2949 1 a 720 2796 -1 a 720 2795 1 a 720 2794 1 a 720 2793 -1 a 720 2788 1 a 720 2787 -1 a 720 2726 1 a 720 2725 -1 a 720 2662 -1 a 720 2661 1 a 720 2638 1 a 720 2637 -1 a 720 2630 1 a 720 2629 -1 a 720 2582 1 a 720 2581 -1 a 720 2442 -1 a 720 2441 1 a 720 2436 -1 a 720 2435 1 a 720 2294 1 a 720 2293 -1 a 720 2290 -1 a 720 2289 1 a 720 2156 -1 a 720 2155 1 a 720 2152 -1 a 720 2151 1 a 720 2148 -1 a 720 2147 1 a 720 2144 -1 a 720 2143 1 a 720 2140 -1 a 720 2139 1 a 720 2136 -1 a 720 2135 1 a 720 2132 -1 a 720 2131 1 a 720 2128 -1 a 720 2127 1 a 720 2124 -1 a 720 2123 1 a 720 2120 -1 a 720 2119 1 a 720 2116 -1 a 720 2115 1 a 720 2112 -1 a 720 2111 1 a 720 2110 1 a 720 2109 -1 a 720 2092 1 a 720 2091 -1 a 720 2054 -1 a 720 2053 1 a 720 2032 -1 a 720 2031 1 a 720 2026 -1 a 720 2025 1 a 720 2010 -1 a 720 2009 1 a 720 2000 1 a 720 1999 -1 a 720 1968 1 a 720 1967 -1 a 720 1962 1 a 720 1961 -1 a 720 1632 -1 a 720 1631 1 a 720 1620 1 a 720 1619 -1 a 720 1518 -1 a 720 1517 1 a 720 1506 1 a 720 1505 -1 a 720 1374 -1 a 720 1373 1 a 720 1316 1 a 720 1315 -1 a 720 1290 -1 a 720 1289 1 a 720 1264 1 a 720 1263 -1 a 720 1258 1 a 720 1257 -1 a 720 1256 1 a 720 1255 -1 a 720 1254 1 a 720 1253 -1 a 720 1252 -1 a 720 1251 1 a 720 1216 1 a 720 1215 -1 a 720 986 1 a 720 985 -1 a 720 958 1 a 720 957 -1 a 720 830 -1 a 720 829 1 a 720 828 -1 a 720 827 1 a 720 788 -1 a 720 787 1 a 720 784 -1 a 720 783 1 a 720 16 0.001831 a 720 15 -0.001831 a 720 14 0.001787 a 720 13 -0.001787 a 721 5122 -1 a 721 5121 1 a 721 5086 -1 a 721 5085 1 a 721 5032 -1 a 721 5031 1 a 721 5030 -2 a 721 5029 2 a 721 4994 -2 a 721 4993 2 a 721 4946 1 a 721 4945 -1 a 721 4858 -1 a 721 4857 1 a 721 4836 1 a 721 4835 -1 a 721 4794 -1 a 721 4793 1 a 721 4752 -1 a 721 4751 1 a 721 4706 -1 a 721 4705 1 a 721 4702 -1 a 721 4701 1 a 721 4650 -1 a 721 4649 1 a 721 4550 -1 a 721 4549 1 a 721 4536 1 a 721 4535 -1 a 721 4390 1 a 721 4389 -1 a 721 4382 -1 a 721 4381 1 a 721 4340 1 a 721 4339 -1 a 721 4152 -1 a 721 4151 1 a 721 4122 -1 a 721 4121 1 a 721 4100 -1 a 721 4099 1 a 721 4096 -1 a 721 4095 1 a 721 4094 -1 a 721 4093 1 a 721 4028 -1 a 721 4027 1 a 721 4000 -1 a 721 3999 1 a 721 3992 -1 a 721 3991 1 a 721 3986 -1 a 721 3985 1 a 721 3922 3 a 721 3921 -3 a 721 3822 1 a 721 3821 -1 a 721 3774 1 a 721 3773 -1 a 721 3742 -1 a 721 3741 1 a 721 3726 1 a 721 3725 -1 a 721 3724 1 a 721 3723 -1 a 721 3722 1 a 721 3721 -1 a 721 3720 1 a 721 3719 -1 a 721 3718 1 a 721 3717 -1 a 721 3716 1 a 721 3715 -1 a 721 3698 1 a 721 3697 -1 a 721 3654 1 a 721 3653 -1 a 721 3522 -1 a 721 3521 1 a 721 3516 -1 a 721 3515 1 a 721 3470 -1 a 721 3469 1 a 721 3422 -1 a 721 3421 1 a 721 3416 -1 a 721 3415 1 a 721 3276 -1 a 721 3275 1 a 721 3244 -1 a 721 3243 1 a 721 3236 1 a 721 3235 -1 a 721 3234 1 a 721 3233 -1 a 721 3232 -1 a 721 3231 1 a 721 3226 1 a 721 3225 -1 a 721 3162 -1 a 721 3161 1 a 721 3160 1 a 721 3159 -1 a 721 3134 -1 a 721 3133 1 a 721 3108 1 a 721 3107 -1 a 721 3062 -1 a 721 3061 1 a 721 3050 1 a 721 3049 -1 a 721 3014 -2 a 721 3013 2 a 721 2966 -1 a 721 2965 1 a 721 2964 1 a 721 2963 -1 a 721 2962 1 a 721 2961 -1 a 721 2960 1 a 721 2959 -1 a 721 2958 1 a 721 2957 -1 a 721 2956 1 a 721 2955 -1 a 721 2954 1 a 721 2953 -1 a 721 2952 1 a 721 2951 -1 a 721 2950 1 a 721 2949 -1 a 721 2796 1 a 721 2795 -1 a 721 2794 -1 a 721 2793 1 a 721 2788 -1 a 721 2787 1 a 721 2726 -1 a 721 2725 1 a 721 2662 1 a 721 2661 -1 a 721 2638 -1 a 721 2637 1 a 721 2630 -1 a 721 2629 1 a 721 2582 -1 a 721 2581 1 a 721 2442 1 a 721 2441 -1 a 721 2436 1 a 721 2435 -1 a 721 2294 -1 a 721 2293 1 a 721 2290 1 a 721 2289 -1 a 721 2156 1 a 721 2155 -1 a 721 2152 1 a 721 2151 -1 a 721 2148 1 a 721 2147 -1 a 721 2144 1 a 721 2143 -1 a 721 2140 1 a 721 2139 -1 a 721 2136 1 a 721 2135 -1 a 721 2132 1 a 721 2131 -1 a 721 2128 1 a 721 2127 -1 a 721 2124 1 a 721 2123 -1 a 721 2120 1 a 721 2119 -1 a 721 2116 1 a 721 2115 -1 a 721 2112 1 a 721 2111 -1 a 721 2110 -1 a 721 2109 1 a 721 2092 -1 a 721 2091 1 a 721 2054 1 a 721 2053 -1 a 721 2032 1 a 721 2031 -1 a 721 2026 1 a 721 2025 -1 a 721 2010 1 a 721 2009 -1 a 721 2000 -1 a 721 1999 1 a 721 1968 -1 a 721 1967 1 a 721 1962 -1 a 721 1961 1 a 721 1632 1 a 721 1631 -1 a 721 1620 -1 a 721 1619 1 a 721 1518 1 a 721 1517 -1 a 721 1506 -1 a 721 1505 1 a 721 1374 1 a 721 1373 -1 a 721 1316 -1 a 721 1315 1 a 721 1290 1 a 721 1289 -1 a 721 1264 -1 a 721 1263 1 a 721 1258 -1 a 721 1257 1 a 721 1256 -1 a 721 1255 1 a 721 1254 -1 a 721 1253 1 a 721 1252 1 a 721 1251 -1 a 721 1216 -1 a 721 1215 1 a 721 986 -1 a 721 985 1 a 721 958 -1 a 721 957 1 a 721 830 1 a 721 829 -1 a 721 828 1 a 721 827 -1 a 721 788 1 a 721 787 -1 a 721 784 1 a 721 783 -1 a 721 14 4.5e-05 a 721 13 -4.5e-05 a 722 5010 -1 a 722 5009 1 a 722 4966 -1 a 722 4965 1 a 722 4916 -1 a 722 4915 1 a 722 4882 -1 a 722 4881 1 a 722 4836 1 a 722 4835 -1 a 722 4824 -1 a 722 4823 1 a 722 4788 -3 a 722 4787 3 a 722 4754 1 a 722 4753 -1 a 722 4710 -1 a 722 4709 1 a 722 4668 -1 a 722 4667 1 a 722 4666 -1 a 722 4665 1 a 722 4050 -1 a 722 4049 1 a 722 4030 -1 a 722 4029 1 a 722 4024 1 a 722 4023 -1 a 722 4004 -1 a 722 4003 1 a 722 3972 -1 a 722 3971 1 a 722 3824 -1 a 722 3823 1 a 722 3742 -1 a 722 3741 1 a 722 3738 1 a 722 3737 -1 a 722 3736 -1 a 722 3735 1 a 722 3734 -1 a 722 3733 1 a 722 3732 -1 a 722 3731 1 a 722 3728 -1 a 722 3727 1 a 722 3696 1 a 722 3695 -1 a 722 3686 -1 a 722 3685 1 a 722 3524 1 a 722 3523 -1 a 722 3396 1 a 722 3395 -1 a 722 3228 -1 a 722 3227 1 a 722 3180 -1 a 722 3179 1 a 722 3178 1 a 722 3177 -1 a 722 3110 -1 a 722 3109 1 a 722 3096 1 a 722 3095 -1 a 722 3054 1 a 722 3053 -1 a 722 3052 -1 a 722 3051 1 a 722 2890 -1 a 722 2889 1 a 722 2850 -1 a 722 2849 1 a 722 2846 1 a 722 2845 -1 a 722 2840 -1 a 722 2839 1 a 722 2798 -1 a 722 2797 1 a 722 2748 -1 a 722 2747 1 a 722 2746 -1 a 722 2745 1 a 722 2736 1 a 722 2735 -1 a 722 2654 1 a 722 2653 -1 a 722 2566 1 a 722 2565 -1 a 722 2562 -1 a 722 2561 1 a 722 2534 1 a 722 2533 -1 a 722 2444 -1 a 722 2443 1 a 722 2434 -1 a 722 2433 1 a 722 2432 -1 a 722 2431 1 a 722 2292 -1 a 722 2291 1 a 722 2212 -1 a 722 2211 1 a 722 2200 -1 a 722 2199 1 a 722 2158 -1 a 722 2157 1 a 722 2154 -1 a 722 2153 1 a 722 2150 -1 a 722 2149 1 a 722 2146 -1 a 722 2145 1 a 722 2142 -1 a 722 2141 1 a 722 2138 -1 a 722 2137 1 a 722 2134 -1 a 722 2133 1 a 722 2130 -1 a 722 2129 1 a 722 2126 -1 a 722 2125 1 a 722 2122 -1 a 722 2121 1 a 722 2118 -1 a 722 2117 1 a 722 2114 -1 a 722 2113 1 a 722 2104 -1 a 722 2103 1 a 722 2078 1 a 722 2077 -1 a 722 2064 -1 a 722 2063 1 a 722 2028 -1 a 722 2027 1 a 722 2024 -1 a 722 2023 1 a 722 2008 -1 a 722 2007 1 a 722 1980 -1 a 722 1979 1 a 722 1976 -1 a 722 1975 1 a 722 1972 -1 a 722 1971 1 a 722 1596 -2 a 722 1595 2 a 722 1520 -1 a 722 1519 1 a 722 1508 1 a 722 1507 -1 a 722 1492 1 a 722 1491 -1 a 722 1428 1 a 722 1427 -1 a 722 1376 -1 a 722 1375 1 a 722 1288 -1 a 722 1287 1 a 722 1262 1 a 722 1261 -1 a 722 1260 1 a 722 1259 -1 a 722 1204 1 a 722 1203 -1 a 722 914 -1 a 722 913 1 a 722 868 -1 a 722 867 1 a 722 866 -1 a 722 865 1 a 722 864 -1 a 722 863 1 a 722 862 -1 a 722 861 1 a 722 860 -1 a 722 859 1 a 722 858 -1 a 722 857 1 a 722 856 -1 a 722 855 1 a 722 854 -1 a 722 853 1 a 722 852 -1 a 722 851 1 a 722 850 -1 a 722 849 1 a 722 848 -1 a 722 847 1 a 722 846 -1 a 722 845 1 a 722 790 -1 a 722 789 1 a 722 786 -1 a 722 785 1 a 722 16 0.000447 a 722 15 -0.000447 a 722 14 0.000112 a 722 13 -0.000112 a 723 5010 1 a 723 5009 -1 a 723 4966 1 a 723 4965 -1 a 723 4916 1 a 723 4915 -1 a 723 4882 1 a 723 4881 -1 a 723 4836 -1 a 723 4835 1 a 723 4824 1 a 723 4823 -1 a 723 4788 3 a 723 4787 -3 a 723 4754 -1 a 723 4753 1 a 723 4710 1 a 723 4709 -1 a 723 4668 1 a 723 4667 -1 a 723 4666 1 a 723 4665 -1 a 723 4050 1 a 723 4049 -1 a 723 4030 1 a 723 4029 -1 a 723 4024 -1 a 723 4023 1 a 723 4004 1 a 723 4003 -1 a 723 3972 1 a 723 3971 -1 a 723 3824 1 a 723 3823 -1 a 723 3742 1 a 723 3741 -1 a 723 3736 1 a 723 3735 -1 a 723 3734 1 a 723 3733 -1 a 723 3732 1 a 723 3731 -1 a 723 3696 -1 a 723 3695 1 a 723 3686 1 a 723 3685 -1 a 723 3524 -1 a 723 3523 1 a 723 3396 -1 a 723 3395 1 a 723 3228 1 a 723 3227 -1 a 723 3180 1 a 723 3179 -1 a 723 3178 -1 a 723 3177 1 a 723 3110 1 a 723 3109 -1 a 723 3096 -1 a 723 3095 1 a 723 3054 -1 a 723 3053 1 a 723 3052 1 a 723 3051 -1 a 723 2890 1 a 723 2889 -1 a 723 2850 1 a 723 2849 -1 a 723 2846 -1 a 723 2845 1 a 723 2840 1 a 723 2839 -1 a 723 2798 1 a 723 2797 -1 a 723 2748 1 a 723 2747 -1 a 723 2746 1 a 723 2745 -1 a 723 2736 -1 a 723 2735 1 a 723 2654 -1 a 723 2653 1 a 723 2566 -1 a 723 2565 1 a 723 2562 1 a 723 2561 -1 a 723 2534 -1 a 723 2533 1 a 723 2444 1 a 723 2443 -1 a 723 2434 1 a 723 2433 -1 a 723 2432 1 a 723 2431 -1 a 723 2292 1 a 723 2291 -1 a 723 2212 1 a 723 2211 -1 a 723 2200 1 a 723 2199 -1 a 723 2158 1 a 723 2157 -1 a 723 2154 1 a 723 2153 -1 a 723 2150 1 a 723 2149 -1 a 723 2146 1 a 723 2145 -1 a 723 2142 1 a 723 2141 -1 a 723 2138 1 a 723 2137 -1 a 723 2134 1 a 723 2133 -1 a 723 2130 1 a 723 2129 -1 a 723 2126 1 a 723 2125 -1 a 723 2122 1 a 723 2121 -1 a 723 2118 1 a 723 2117 -1 a 723 2114 1 a 723 2113 -1 a 723 2104 1 a 723 2103 -1 a 723 2078 -1 a 723 2077 1 a 723 2064 1 a 723 2063 -1 a 723 2028 1 a 723 2027 -1 a 723 2024 1 a 723 2023 -1 a 723 2008 1 a 723 2007 -1 a 723 1980 1 a 723 1979 -1 a 723 1976 1 a 723 1975 -1 a 723 1972 1 a 723 1971 -1 a 723 1596 2 a 723 1595 -2 a 723 1520 1 a 723 1519 -1 a 723 1508 -1 a 723 1507 1 a 723 1492 -1 a 723 1491 1 a 723 1428 -1 a 723 1427 1 a 723 1376 1 a 723 1375 -1 a 723 1288 1 a 723 1287 -1 a 723 1262 -1 a 723 1261 1 a 723 1260 -1 a 723 1259 1 a 723 1204 -1 a 723 1203 1 a 723 914 1 a 723 913 -1 a 723 868 1 a 723 867 -1 a 723 866 1 a 723 865 -1 a 723 864 1 a 723 863 -1 a 723 862 1 a 723 861 -1 a 723 860 1 a 723 859 -1 a 723 858 1 a 723 857 -1 a 723 856 1 a 723 855 -1 a 723 854 1 a 723 853 -1 a 723 852 1 a 723 851 -1 a 723 850 1 a 723 849 -1 a 723 848 1 a 723 847 -1 a 723 846 1 a 723 845 -1 a 723 790 1 a 723 789 -1 a 723 786 1 a 723 785 -1 a 723 14 0.000335 a 723 13 -0.000335 a 724 3798 1 a 724 3797 -1 a 724 3794 -1 a 724 3793 1 a 724 3790 -1 a 724 3789 1 a 724 3730 -1 a 724 3729 1 a 725 5046 -2 a 725 5045 2 a 725 4932 -1 a 725 4931 1 a 725 4860 -1 a 725 4859 1 a 725 4686 -1 a 725 4685 1 a 725 4684 -1 a 725 4683 1 a 725 4644 -2 a 725 4643 2 a 725 4510 -1 a 725 4509 1 a 725 3922 -1 a 725 3921 1 a 725 3798 -1 a 725 3797 1 a 725 3788 -1 a 725 3787 1 a 725 3772 -1 a 725 3771 1 a 725 3740 1 a 725 3739 -1 a 725 3030 -4 a 725 3029 4 a 725 2918 -1 a 725 2917 1 a 725 2912 -1 a 725 2911 1 a 725 2840 -1 a 725 2839 1 a 725 2794 -1 a 725 2793 1 a 725 2738 -1 a 725 2737 1 a 725 2736 -1 a 725 2735 1 a 725 2718 1 a 725 2717 -1 a 725 2658 -1 a 725 2657 1 a 725 2564 -1 a 725 2563 1 a 725 2214 -1 a 725 2213 1 a 725 2002 -1 a 725 2001 1 a 725 1922 -1 a 725 1921 1 a 725 1920 -1 a 725 1919 1 a 725 1908 -1 a 725 1907 1 a 725 1884 -2 a 725 1883 2 a 725 1856 -1 a 725 1855 1 a 725 1854 -1 a 725 1853 1 a 725 1834 -1 a 725 1833 1 a 725 1816 -1 a 725 1815 1 a 725 1806 -1 a 725 1805 1 a 725 1804 -1 a 725 1803 1 a 725 1798 -1 a 725 1797 1 a 725 1758 -1 a 725 1757 1 a 725 1598 -1 a 725 1597 1 a 725 1572 1 a 725 1571 -1 a 725 1568 1 a 725 1567 -1 a 725 1566 -1 a 725 1565 1 a 725 1494 -1 a 725 1493 1 a 725 1470 -1 a 725 1469 1 a 725 1442 1 a 725 1441 -1 a 725 1436 -1 a 725 1435 1 a 725 1270 -2 a 725 1269 2 a 725 1112 -1 a 725 1111 1 a 725 1106 -1 a 725 1105 1 a 725 946 -1 a 725 945 1 a 725 796 -1 a 725 795 1 a 725 16 0.013013 a 725 15 -0.013013 a 725 14 0.012379 a 725 13 -0.012379 a 726 3784 -1 a 726 3783 1 a 726 3782 -1 a 726 3781 1 a 726 3778 1 a 726 3777 -1 a 726 3776 1 a 726 3775 -1 a 726 16 0.000323 a 726 15 -0.000323 a 726 14 0.000307 a 726 13 -0.000307 a 727 3804 -1 a 727 3803 1 a 727 3802 1 a 727 3801 -1 a 727 3800 1 a 727 3799 -1 a 727 3788 -1 a 727 3787 1 a 727 3744 -1 a 727 3743 1 a 728 3792 -1 a 728 3791 1 a 728 3790 1 a 728 3789 -1 a 728 3788 1 a 728 3787 -1 a 728 3786 1 a 728 3785 -1 a 728 3714 -1 a 728 3713 1 a 729 3832 -1 a 729 3831 1 a 729 3824 2 a 729 3823 -2 a 729 3822 2 a 729 3821 -2 a 729 3774 2 a 729 3773 -2 a 729 2424 2 a 729 2423 -2 a 730 3922 1 a 730 3921 -1 a 730 3818 1 a 730 3817 -1 a 730 3816 -1 a 730 3815 1 a 730 3812 -1 a 730 3811 1 a 730 3806 -1 a 730 3805 1 a 731 3824 -2 a 731 3823 2 a 731 3822 -2 a 731 3821 2 a 731 3818 -1 a 731 3817 1 a 731 3816 1 a 731 3815 -1 a 731 3812 1 a 731 3811 -1 a 732 3946 -1 a 732 3945 1 a 732 3940 1 a 732 3939 -1 a 733 5092 1 a 733 5091 -1 a 733 4808 1 a 733 4807 -1 a 733 4748 -1 a 733 4747 1 a 733 4648 1 a 733 4647 -1 a 733 4544 2 a 733 4543 -2 a 733 4542 2 a 733 4541 -2 a 733 4536 1 a 733 4535 -1 a 733 4510 1 a 733 4509 -1 a 733 4390 1 a 733 4389 -1 a 733 4386 1.5 a 733 4385 -1.5 a 733 4098 1 a 733 4097 -1 a 733 4050 1 a 733 4049 -1 a 733 3998 0.5 a 733 3997 -0.5 a 733 3990 0.5 a 733 3989 -0.5 a 733 3984 0.5 a 733 3983 -0.5 a 733 3952 -1 a 733 3951 1 a 733 3824 2 a 733 3823 -2 a 733 3822 2 a 733 3821 -2 a 733 3702 1 a 733 3701 -1 a 733 3674 1 a 733 3673 -1 a 733 3042 1 a 733 3041 -1 a 733 2940 2 a 733 2939 -2 a 733 2658 1 a 733 2657 -1 a 733 2328 1 a 733 2327 -1 a 733 2326 1 a 733 2325 -1 a 733 2324 1 a 733 2323 -1 a 733 2322 1 a 733 2321 -1 a 733 2320 1 a 733 2319 -1 a 733 1970 1 a 733 1969 -1 a 733 1832 0.5 a 733 1831 -0.5 a 733 1830 0.5 a 733 1829 -0.5 a 733 1828 0.5 a 733 1827 -0.5 a 733 1724 1 a 733 1723 -1 a 733 1632 1 a 733 1631 -1 a 733 1550 -1 a 733 1549 1 a 733 1468 1 a 733 1467 -1 a 733 946 1 a 733 945 -1 a 733 830 1 a 733 829 -1 a 733 828 1 a 733 827 -1 a 734 4748 2 a 734 4747 -2 a 734 4544 -2 a 734 4543 2 a 734 4542 -2 a 734 4541 2 a 735 4798 -1 a 735 4797 1 a 735 4366 1 a 735 4365 -1 a 735 4362 -1 a 735 4361 1 a 735 3954 1 a 735 3953 -1 a 735 3674 -1 a 735 3673 1 a 735 3520 -1 a 735 3519 1 a 735 3518 -1 a 735 3517 1 a 735 3516 -1 a 735 3515 1 a 735 3486 1 a 735 3485 -1 a 735 2084 -1 a 735 2083 1 a 735 1756 1 a 735 1755 -1 a 735 1634 -1 a 735 1633 1 a 735 1472 -1 a 735 1471 1 a 736 2176 -1 a 736 2175 1 a 736 1050 -1 a 736 1049 1 a 737 3274 1 a 737 3273 -1 a 737 2248 1 a 737 2247 -1 a 737 2158 -1 a 737 2157 1 a 737 2156 -1 a 737 2155 1 a 737 944 -1 a 737 943 1 a 737 870 1 a 737 869 -1 a 738 2288 -1 a 738 2287 1 a 738 2268 1 a 738 2267 -1 a 738 1050 1 a 738 1049 -1 a 738 972 1 a 738 971 -1 a 739 3392 -1 a 739 3391 1 a 739 3378 -1 a 739 3377 1 a 739 3336 -1 a 739 3335 1 a 739 2262 -1 a 739 2261 1 a 739 1370 -1 a 739 1369 1 a 739 938 1 a 739 937 -1 a 739 780 1 a 739 779 -1 a 739 752 1 a 739 751 -1 a 740 2526 1 a 740 2525 -1 a 740 2142 -1 a 740 2141 1 a 740 2140 -1 a 740 2139 1 a 740 1200 1 a 740 1199 -1 a 740 1088 1 a 740 1087 -1 a 740 938 -1 a 740 937 1 a 741 1370 1 a 741 1369 -1 a 741 1356 1 a 741 1355 -1 a 741 1088 -1 a 741 1087 1 a 742 3394 -1 a 742 3393 1 a 742 3380 -1 a 742 3379 1 a 742 3338 -1 a 742 3337 1 a 742 2264 -1 a 742 2263 1 a 742 1372 -1 a 742 1371 1 a 742 936 1 a 742 935 -1 a 742 782 1 a 742 781 -1 a 742 754 1 a 742 753 -1 a 743 1372 1 a 743 1371 -1 a 743 1358 1 a 743 1357 -1 a 743 1090 -1 a 743 1089 1 a 744 3968 1 a 744 3967 -1 a 744 2268 -1 a 744 2267 1 a 744 2248 -1 a 744 2247 1 a 744 944 1 a 744 943 -1 a 745 3968 -1 a 745 3967 1 a 745 3276 1 a 745 3275 -1 a 745 3274 -1 a 745 3273 1 a 746 3966 -1 a 746 3965 1 a 746 2968 1 a 746 2967 -1 a 746 1982 1 a 746 1981 -1 a 747 2528 1 a 747 2527 -1 a 747 2146 -1 a 747 2145 1 a 747 2144 -1 a 747 2143 1 a 747 1202 1 a 747 1201 -1 a 747 1090 1 a 747 1089 -1 a 747 936 -1 a 747 935 1 a 748 2186 -1 a 748 2185 1 a 748 1774 -1 a 748 1773 1 a 748 1060 -1 a 748 1059 1 a 749 2284 -1 a 749 2283 1 a 749 2264 1 a 749 2263 -1 a 749 1774 1 a 749 1773 -1 a 750 3974 -1 a 750 3973 1 a 750 3972 1 a 750 3971 -1 a 751 4122 -1 a 751 4121 1 a 751 3976 1 a 751 3975 -1 a 752 3994 1 a 752 3993 -1 a 752 3028 -1 a 752 3027 1 a 752 3026 -1 a 752 3025 1 a 753 4006 -1 a 753 4005 1 a 753 4004 1 a 753 4003 -1 a 754 4486 1 a 754 4485 -1 a 754 4010 -1 a 754 4009 1 a 754 4008 1 a 754 4007 -1 a 754 3958 1 a 754 3957 -1 a 754 1414 1 a 754 1413 -1 a 754 1064 -1 a 754 1063 1 a 755 4018 -1 a 755 4017 1 a 755 4014 -1 a 755 4013 1 a 755 1996 -1 a 755 1995 1 a 755 1994 -1 a 755 1993 1 a 755 1992 -1 a 755 1991 1 a 756 4018 1 a 756 4017 -1 a 756 3988 1 a 756 3987 -1 a 757 2448 1 a 757 2447 -1 a 758 2966 -1 a 758 2965 1 a 758 892 1 a 758 891 -1 a 759 4022 1 a 759 4021 -1 a 759 2448 -1 a 759 2447 1 a 760 4020 -1 a 760 4019 1 a 760 12 1 a 760 11 -1 a 761 5086 -1 a 761 5085 1 a 761 4020 1 a 761 4019 -1 a 762 4056 1 a 762 4055 -1 a 762 4032 1 a 762 4031 -1 a 762 1894 1 a 762 1893 -1 a 762 1864 -1 a 762 1863 1 a 762 1582 -1 a 762 1581 1 a 762 1190 -1 a 762 1189 1 a 763 4060 1 a 763 4059 -1 a 763 4034 1 a 763 4033 -1 a 763 1896 1 a 763 1895 -1 a 763 1866 -1 a 763 1865 1 a 763 1584 -1 a 763 1583 1 a 763 1192 -1 a 763 1191 1 a 764 4064 1 a 764 4063 -1 a 764 4036 1 a 764 4035 -1 a 764 1898 1 a 764 1897 -1 a 764 1868 -1 a 764 1867 1 a 764 1586 -1 a 764 1585 1 a 764 1194 -1 a 764 1193 1 a 765 4068 1 a 765 4067 -1 a 765 4038 1 a 765 4037 -1 a 765 1900 1 a 765 1899 -1 a 765 1870 -1 a 765 1869 1 a 765 1588 -1 a 765 1587 1 a 765 1196 -1 a 765 1195 1 a 766 4072 1 a 766 4071 -1 a 766 4040 1 a 766 4039 -1 a 766 1902 1 a 766 1901 -1 a 766 1872 -1 a 766 1871 1 a 766 1590 -1 a 766 1589 1 a 766 1198 -1 a 766 1197 1 a 767 4076 1 a 767 4075 -1 a 767 4042 1 a 767 4041 -1 a 767 1904 1 a 767 1903 -1 a 767 1874 -1 a 767 1873 1 a 767 1592 -1 a 767 1591 1 a 767 1200 -1 a 767 1199 1 a 768 4080 1 a 768 4079 -1 a 768 4044 1 a 768 4043 -1 a 768 1906 1 a 768 1905 -1 a 768 1876 -1 a 768 1875 1 a 768 1594 -1 a 768 1593 1 a 768 1202 -1 a 768 1201 1 a 769 4052 1 a 769 4051 -1 a 769 1256 -1 a 769 1255 1 a 770 4046 -1 a 770 4045 1 a 770 1256 1 a 770 1255 -1 a 771 2522 1 a 771 2521 -1 a 771 2244 1 a 771 2243 -1 a 771 2134 -1 a 771 2133 1 a 771 2132 -1 a 771 2131 1 a 771 1196 1 a 771 1195 -1 a 771 1084 1 a 771 1083 -1 a 771 932 -1 a 771 931 1 a 771 884 1 a 771 883 -1 a 772 4484 1 a 772 4483 -1 a 772 4364 -1 a 772 4363 1 a 773 4054 1 a 773 4053 -1 a 773 2064 -1 a 773 2063 1 a 774 4088 -1 a 774 4087 1 a 774 4086 -1 a 774 4085 1 a 774 1516 1 a 774 1515 -1 a 774 1092 -1 a 774 1091 1 a 775 4088 1 a 775 4087 -1 a 775 4086 1 a 775 4085 -1 a 775 1150 -1 a 775 1149 1 a 776 4520 -1 a 776 4519 1 a 776 4102 1 a 776 4101 -1 a 776 4100 -1 a 776 4099 1 a 776 4098 1 a 776 4097 -1 a 776 4096 1 a 776 4095 -1 a 777 4442 -1 a 777 4441 1 a 777 4104 1 a 777 4103 -1 a 777 742 -1 a 777 741 1 a 778 4444 -1 a 778 4443 1 a 778 4106 1 a 778 4105 -1 a 778 744 -1 a 778 743 1 a 779 4446 -1 a 779 4445 1 a 779 4108 1 a 779 4107 -1 a 779 746 -1 a 779 745 1 a 780 4448 -1 a 780 4447 1 a 780 4110 1 a 780 4109 -1 a 780 748 -1 a 780 747 1 a 780 16 0.017868 a 780 15 -0.017868 a 780 14 0.012366 a 780 13 -0.012366 a 781 4450 -1 a 781 4449 1 a 781 4112 1 a 781 4111 -1 a 781 1602 1 a 781 1601 -1 a 781 750 -1 a 781 749 1 a 781 16 0.054154 a 781 15 -0.054154 a 781 14 0.009618 a 781 13 -0.009618 a 782 4452 -1 a 782 4451 1 a 782 4114 1 a 782 4113 -1 a 782 752 -1 a 782 751 1 a 783 4454 -1 a 783 4453 1 a 783 4116 1 a 783 4115 -1 a 783 1606 1 a 783 1605 -1 a 783 754 -1 a 783 753 1 a 783 14 0.004957 a 783 13 -0.004957 a 784 5000 1 a 784 4999 -1 a 784 4928 1 a 784 4927 -1 a 784 4782 1 a 784 4781 -1 a 784 4652 1 a 784 4651 -1 a 784 4532 1 a 784 4531 -1 a 784 4440 1 a 784 4439 -1 a 784 4396 -1 a 784 4395 1 a 784 4366 -1 a 784 4365 1 a 784 4362 1 a 784 4361 -1 a 784 3644 1 a 784 3643 -1 a 784 3478 1 a 784 3477 -1 a 784 3472 1 a 784 3471 -1 a 784 3450 1 a 784 3449 -1 a 784 3190 1 a 784 3189 -1 a 784 2706 1 a 784 2705 -1 a 784 2626 1 a 784 2625 -1 a 784 2606 1 a 784 2605 -1 a 784 2478 1 a 784 2477 -1 a 784 2476 1 a 784 2475 -1 a 784 2204 -1 a 784 2203 1 a 784 1956 1 a 784 1955 -1 a 784 1938 1 a 784 1937 -1 a 784 1628 1 a 784 1627 -1 a 784 1432 1 a 784 1431 -1 a 784 1396 1 a 784 1395 -1 a 784 1036 1 a 784 1035 -1 a 784 1032 1 a 784 1031 -1 a 784 1014 1 a 784 1013 -1 a 785 4180 -1 a 785 4179 1 a 785 4136 1 a 785 4135 -1 a 785 3354 1 a 785 3353 -1 a 785 3340 1 a 785 3339 -1 a 785 770 -1 a 785 769 1 a 786 4184 -1 a 786 4183 1 a 786 4138 1 a 786 4137 -1 a 786 3356 1 a 786 3355 -1 a 786 3342 1 a 786 3341 -1 a 786 772 -1 a 786 771 1 a 787 4188 -1 a 787 4187 1 a 787 4140 1 a 787 4139 -1 a 787 3358 1 a 787 3357 -1 a 787 3344 1 a 787 3343 -1 a 787 774 -1 a 787 773 1 a 788 4192 -1 a 788 4191 1 a 788 4142 1 a 788 4141 -1 a 788 3360 1 a 788 3359 -1 a 788 3346 1 a 788 3345 -1 a 788 776 -1 a 788 775 1 a 788 14 0.005707 a 788 13 -0.005707 a 789 4196 -1 a 789 4195 1 a 789 4144 1 a 789 4143 -1 a 789 3362 1 a 789 3361 -1 a 789 3348 1 a 789 3347 -1 a 789 1604 1 a 789 1603 -1 a 789 778 -1 a 789 777 1 a 789 14 0.004439 a 789 13 -0.004439 a 790 4200 -1 a 790 4199 1 a 790 4146 1 a 790 4145 -1 a 790 3364 1 a 790 3363 -1 a 790 3350 1 a 790 3349 -1 a 790 780 -1 a 790 779 1 a 791 4204 -1 a 791 4203 1 a 791 4148 1 a 791 4147 -1 a 791 3366 1 a 791 3365 -1 a 791 3352 1 a 791 3351 -1 a 791 1608 1 a 791 1607 -1 a 791 782 -1 a 791 781 1 a 791 14 0.002288 a 791 13 -0.002288 a 792 4208 -1 a 792 4207 1 a 792 4180 1 a 792 4179 -1 a 792 4166 1 a 792 4165 -1 a 793 4210 -1 a 793 4209 1 a 793 4184 1 a 793 4183 -1 a 793 4168 1 a 793 4167 -1 a 794 4212 -1 a 794 4211 1 a 794 4188 1 a 794 4187 -1 a 794 4170 1 a 794 4169 -1 a 795 4214 -1 a 795 4213 1 a 795 4192 1 a 795 4191 -1 a 795 4172 1 a 795 4171 -1 a 796 4216 -1 a 796 4215 1 a 796 4196 1 a 796 4195 -1 a 796 4174 1 a 796 4173 -1 a 797 4218 -1 a 797 4217 1 a 797 4200 1 a 797 4199 -1 a 797 4176 1 a 797 4175 -1 a 798 4220 -1 a 798 4219 1 a 798 4204 1 a 798 4203 -1 a 798 4178 1 a 798 4177 -1 a 799 4052 -1 a 799 4051 1 a 799 4050 1 a 799 4049 -1 a 800 4230 -1 a 800 4229 1 a 800 4228 1 a 800 4227 -1 a 800 4226 1 a 800 4225 -1 a 800 16 0.185265 a 800 15 -0.185265 a 800 14 0.180021 a 800 13 -0.180021 a 801 4222 1 a 801 4221 -1 a 801 2984 1 a 801 2983 -1 a 801 2314 -1 a 801 2313 1 a 801 16 0.000223 a 801 15 -0.000223 a 801 14 0.000223 a 801 13 -0.000223 a 802 4228 -1 a 802 4227 1 a 803 2994 1 a 803 2993 -1 a 803 2986 -1 a 803 2985 1 a 804 4864 1 a 804 4863 -1 a 804 3056 -1 a 804 3055 1 a 805 3660 1 a 805 3659 -1 a 805 2988 -1 a 805 2987 1 a 806 4384 -1 a 806 4383 1 a 806 4226 -1 a 806 4225 1 a 807 4100 1 a 807 4099 -1 a 807 3976 -1 a 807 3975 1 a 807 904 1 a 807 903 -1 a 808 5164 -1 a 808 5163 1 a 808 5158 -1 a 808 5157 1 a 808 5152 -1 a 808 5151 1 a 808 5110 -1 a 808 5109 1 a 808 5060 -1 a 808 5059 1 a 808 5056 -1 a 808 5055 1 a 808 5048 -1 a 808 5047 1 a 808 5012 -1 a 808 5011 1 a 808 5008 -1 a 808 5007 1 a 808 5006 -1 a 808 5005 1 a 808 5000 -1 a 808 4999 1 a 808 4986 -1 a 808 4985 1 a 808 4982 -1 a 808 4981 1 a 808 4960 -1 a 808 4959 1 a 808 4948 -1 a 808 4947 1 a 808 4920 -1 a 808 4919 1 a 808 4902 1 a 808 4901 -1 a 808 4868 -1 a 808 4867 1 a 808 4864 -1 a 808 4863 1 a 808 4850 -1 a 808 4849 1 a 808 4816 -1 a 808 4815 1 a 808 4810 -1 a 808 4809 1 a 808 4790 -1 a 808 4789 1 a 808 4784 -1 a 808 4783 1 a 808 4776 -1 a 808 4775 1 a 808 4740 -1 a 808 4739 1 a 808 4670 -1 a 808 4669 1 a 808 4662 -1 a 808 4661 1 a 808 4646 -1 a 808 4645 1 a 808 4634 -1 a 808 4633 1 a 808 4632 -1 a 808 4631 1 a 808 4630 -1 a 808 4629 1 a 808 4628 -1 a 808 4627 1 a 808 4586 -1 a 808 4585 1 a 808 4566 -1 a 808 4565 1 a 808 4558 -1 a 808 4557 1 a 808 4552 -1 a 808 4551 1 a 808 4534 1 a 808 4533 -1 a 808 4526 -1 a 808 4525 1 a 808 4508 1 a 808 4507 -1 a 808 4506 1 a 808 4505 -1 a 808 4504 1 a 808 4503 -1 a 808 4502 1 a 808 4501 -1 a 808 4500 1 a 808 4499 -1 a 808 4498 1 a 808 4497 -1 a 808 4496 1 a 808 4495 -1 a 808 4490 -1 a 808 4489 1 a 808 4480 1 a 808 4479 -1 a 808 4478 1 a 808 4477 -1 a 808 4460 -1 a 808 4459 1 a 808 4440 -1 a 808 4439 1 a 808 4426 -1 a 808 4425 1 a 808 4420 -1 a 808 4419 1 a 808 4414 -1 a 808 4413 1 a 808 4410 -1 a 808 4409 1 a 808 4404 -1 a 808 4403 1 a 808 4402 -1 a 808 4401 1 a 808 4396 -1 a 808 4395 1 a 808 4374 1 a 808 4373 -1 a 808 4362 -1 a 808 4361 1 a 808 4348 -1 a 808 4347 1 a 808 4346 -2 a 808 4345 2 a 808 4328 -1 a 808 4327 1 a 808 4240 -2 a 808 4239 2 a 808 4236 -1 a 808 4235 1 a 808 4222 -1 a 808 4221 1 a 808 4204 -1 a 808 4203 1 a 808 4200 -1 a 808 4199 1 a 808 4196 -1 a 808 4195 1 a 808 4192 -1 a 808 4191 1 a 808 4188 -1 a 808 4187 1 a 808 4184 -1 a 808 4183 1 a 808 4180 -1 a 808 4179 1 a 808 4178 -1 a 808 4177 1 a 808 4176 -1 a 808 4175 1 a 808 4174 -1 a 808 4173 1 a 808 4172 -1 a 808 4171 1 a 808 4170 -1 a 808 4169 1 a 808 4168 -1 a 808 4167 1 a 808 4166 -1 a 808 4165 1 a 808 4160 -1 a 808 4159 1 a 808 4148 -1 a 808 4147 1 a 808 4146 -1 a 808 4145 1 a 808 4144 -1 a 808 4143 1 a 808 4142 -1 a 808 4141 1 a 808 4140 -1 a 808 4139 1 a 808 4138 -1 a 808 4137 1 a 808 4136 -1 a 808 4135 1 a 808 4116 -1 a 808 4115 1 a 808 4114 -1 a 808 4113 1 a 808 4112 -1 a 808 4111 1 a 808 4110 -1 a 808 4109 1 a 808 4108 -1 a 808 4107 1 a 808 4106 -1 a 808 4105 1 a 808 4104 -1 a 808 4103 1 a 808 4102 -1 a 808 4101 1 a 808 4100 -1 a 808 4099 1 a 808 4080 -1 a 808 4079 1 a 808 4076 -1 a 808 4075 1 a 808 4072 -1 a 808 4071 1 a 808 4068 -1 a 808 4067 1 a 808 4064 -1 a 808 4063 1 a 808 4060 -1 a 808 4059 1 a 808 4056 -1 a 808 4055 1 a 808 4044 -1 a 808 4043 1 a 808 4042 -1 a 808 4041 1 a 808 4040 -1 a 808 4039 1 a 808 4038 -1 a 808 4037 1 a 808 4036 -1 a 808 4035 1 a 808 4034 -1 a 808 4033 1 a 808 4032 -1 a 808 4031 1 a 808 4020 1 a 808 4019 -1 a 808 4010 -1 a 808 4009 1 a 808 4000 -2 a 808 3999 2 a 808 3992 -2 a 808 3991 2 a 808 3986 -2 a 808 3985 2 a 808 3958 -1 a 808 3957 1 a 808 3928 -1 a 808 3927 1 a 808 3894 -1 a 808 3893 1 a 808 3890 -1 a 808 3889 1 a 808 3888 -1 a 808 3887 1 a 808 3886 -1 a 808 3885 1 a 808 3884 -1 a 808 3883 1 a 808 3882 -1 a 808 3881 1 a 808 3878 -1 a 808 3877 1 a 808 3874 -1 a 808 3873 1 a 808 3870 -1 a 808 3869 1 a 808 3866 -1 a 808 3865 1 a 808 3862 -1 a 808 3861 1 a 808 3858 -1 a 808 3857 1 a 808 3854 -1 a 808 3853 1 a 808 3850 -1 a 808 3849 1 a 808 3844 -1 a 808 3843 1 a 808 3840 -1 a 808 3839 1 a 808 3836 -1 a 808 3835 1 a 808 3834 -1 a 808 3833 1 a 808 3784 -1 a 808 3783 1 a 808 3776 -1 a 808 3775 1 a 808 3744 -1 a 808 3743 1 a 808 3738 -1 a 808 3737 1 a 808 3688 -1 a 808 3687 1 a 808 3662 -1 a 808 3661 1 a 808 3642 -1 a 808 3641 1 a 808 3628 1 a 808 3627 -1 a 808 3626 1 a 808 3625 -1 a 808 3624 1 a 808 3623 -1 a 808 3582 -1 a 808 3581 1 a 808 3580 -1 a 808 3579 1 a 808 3578 -1 a 808 3577 1 a 808 3568 -1 a 808 3567 1 a 808 3558 -1 a 808 3557 1 a 808 3554 -1 a 808 3553 1 a 808 3544 -1 a 808 3543 1 a 808 3542 -1 a 808 3541 1 a 808 3466 2 a 808 3465 -2 a 808 3462 -1 a 808 3461 1 a 808 3448 -1 a 808 3447 1 a 808 3444 -1 a 808 3443 1 a 808 3440 -1 a 808 3439 1 a 808 3436 -1 a 808 3435 1 a 808 3432 -1 a 808 3431 1 a 808 3402 -1 a 808 3401 1 a 808 3272 -1 a 808 3271 1 a 808 3270 -1 a 808 3269 1 a 808 3260 -1 a 808 3259 1 a 808 3252 -1 a 808 3251 1 a 808 3194 -1 a 808 3193 1 a 808 3190 -1 a 808 3189 1 a 808 3188 -1 a 808 3187 1 a 808 3176 -1 a 808 3175 1 a 808 3174 -1 a 808 3173 1 a 808 3170 -1 a 808 3169 1 a 808 3126 -1 a 808 3125 1 a 808 3076 -1 a 808 3075 1 a 808 3020 -1 a 808 3019 1 a 808 3016 -1 a 808 3015 1 a 808 3008 -1 a 808 3007 1 a 808 2908 -1 a 808 2907 1 a 808 2902 -1 a 808 2901 1 a 808 2898 -1 a 808 2897 1 a 808 2896 -1 a 808 2895 1 a 808 2886 -1 a 808 2885 1 a 808 2838 -1 a 808 2837 1 a 808 2780 1 a 808 2779 -1 a 808 2778 -1 a 808 2777 1 a 808 2774 -1 a 808 2773 1 a 808 2768 -1 a 808 2767 1 a 808 2752 -1 a 808 2751 1 a 808 2732 -1 a 808 2731 1 a 808 2722 -1 a 808 2721 1 a 808 2718 -1 a 808 2717 1 a 808 2704 -1 a 808 2703 1 a 808 2680 1 a 808 2679 -1 a 808 2678 1 a 808 2677 -1 a 808 2660 -1 a 808 2659 1 a 808 2634 -1 a 808 2633 1 a 808 2630 1 a 808 2629 -1 a 808 2622 2 a 808 2621 -2 a 808 2616 -1 a 808 2615 1 a 808 2570 2 a 808 2569 -2 a 808 2568 -1 a 808 2567 1 a 808 2562 -1 a 808 2561 1 a 808 2558 -1 a 808 2557 1 a 808 2554 -1 a 808 2553 1 a 808 2550 -1 a 808 2549 1 a 808 2546 -1 a 808 2545 1 a 808 2542 -1 a 808 2541 1 a 808 2530 -1 a 808 2529 1 a 808 2512 -1 a 808 2511 1 a 808 2484 -1 a 808 2483 1 a 808 2414 -1 a 808 2413 1 a 808 2394 -1 a 808 2393 1 a 808 2382 -1 a 808 2381 1 a 808 2368 -1 a 808 2367 1 a 808 2360 -1 a 808 2359 1 a 808 2346 -1 a 808 2345 1 a 808 2340 -1 a 808 2339 1 a 808 2330 -1 a 808 2329 1 a 808 2306 -1 a 808 2305 1 a 808 2232 2 a 808 2231 -2 a 808 2230 -1 a 808 2229 1 a 808 2220 -1 a 808 2219 1 a 808 2202 -1 a 808 2201 1 a 808 2160 -1 a 808 2159 1 a 808 2096 1 a 808 2095 -1 a 808 2050 -1 a 808 2049 1 a 808 2014 -1 a 808 2013 1 a 808 1978 -1 a 808 1977 1 a 808 1938 -1 a 808 1937 1 a 808 1912 -1 a 808 1911 1 a 808 1890 -1 a 808 1889 1 a 808 1822 -1 a 808 1821 1 a 808 1820 -1 a 808 1819 1 a 808 1808 -1 a 808 1807 1 a 808 1782 -1 a 808 1781 1 a 808 1780 -1 a 808 1779 1 a 808 1776 -1 a 808 1775 1 a 808 1766 -1 a 808 1765 1 a 808 1764 -1 a 808 1763 1 a 808 1746 -1 a 808 1745 1 a 808 1740 -1 a 808 1739 1 a 808 1738 -1 a 808 1737 1 a 808 1730 -1 a 808 1729 1 a 808 1714 -1 a 808 1713 1 a 808 1702 -1 a 808 1701 1 a 808 1700 -1 a 808 1699 1 a 808 1698 -1 a 808 1697 1 a 808 1688 -1 a 808 1687 1 a 808 1642 -1 a 808 1641 1 a 808 1624 -1 a 808 1623 1 a 808 1614 -1 a 808 1613 1 a 808 1610 -1 a 808 1609 1 a 808 1574 -1 a 808 1573 1 a 808 1572 -1 a 808 1571 1 a 808 1570 -1 a 808 1569 1 a 808 1560 -1 a 808 1559 1 a 808 1558 -1 a 808 1557 1 a 808 1530 -1 a 808 1529 1 a 808 1516 -1 a 808 1515 1 a 808 1500 1 a 808 1499 -1 a 808 1496 -1 a 808 1495 1 a 808 1476 -1 a 808 1475 1 a 808 1458 -1 a 808 1457 1 a 808 1452 -1 a 808 1451 1 a 808 1446 -1 a 808 1445 1 a 808 1428 1 a 808 1427 -1 a 808 1422 -1 a 808 1421 1 a 808 1400 -1 a 808 1399 1 a 808 1386 -1 a 808 1385 1 a 808 1372 -1 a 808 1371 1 a 808 1370 -1 a 808 1369 1 a 808 1368 -1 a 808 1367 1 a 808 1366 -1 a 808 1365 1 a 808 1364 -1 a 808 1363 1 a 808 1362 -1 a 808 1361 1 a 808 1360 -1 a 808 1359 1 a 808 1358 -1 a 808 1357 1 a 808 1356 -1 a 808 1355 1 a 808 1354 -1 a 808 1353 1 a 808 1352 -1 a 808 1351 1 a 808 1350 -1 a 808 1349 1 a 808 1348 -1 a 808 1347 1 a 808 1346 -1 a 808 1345 1 a 808 1280 -1 a 808 1279 1 a 808 1242 -1 a 808 1241 1 a 808 1226 -1 a 808 1225 1 a 808 1224 -1 a 808 1223 1 a 808 1212 -1 a 808 1211 1 a 808 1204 1 a 808 1203 -1 a 808 1156 -1 a 808 1155 1 a 808 1142 -1 a 808 1141 1 a 808 1090 1 a 808 1089 -1 a 808 1088 1 a 808 1087 -1 a 808 1086 1 a 808 1085 -1 a 808 1084 1 a 808 1083 -1 a 808 1082 1 a 808 1081 -1 a 808 1080 1 a 808 1079 -1 a 808 1078 1 a 808 1077 -1 a 808 1066 -1 a 808 1065 1 a 808 998 -1 a 808 997 1 a 808 996 -1 a 808 995 1 a 808 910 -1 a 808 909 1 a 808 904 -1 a 808 903 1 a 808 894 -1 a 808 893 1 a 808 792 -1 a 808 791 1 a 808 688 -1 a 808 687 1 a 808 16 -53.945662 a 808 15 53.945662 a 808 14 -53.945874 a 808 13 53.945874 a 809 4330 -1 a 809 4329 1 a 809 1336 1 a 809 1335 -1 a 810 4330 1 a 810 4329 -1 a 810 2212 -1 a 810 2211 1 a 811 2278 -1 a 811 2277 1 a 811 2258 1 a 811 2257 -1 a 811 1058 1 a 811 1057 -1 a 811 980 -1 a 811 979 1 a 812 4336 -1 a 812 4335 1 a 812 4334 1 a 812 4333 -1 a 812 4054 -1 a 812 4053 1 a 813 5078 -1 a 813 5077 1 a 813 4340 1 a 813 4339 -1 a 814 4368 -1 a 814 4367 1 a 814 4356 -1 a 814 4355 1 a 814 4350 -1 a 814 4349 1 a 814 1262 -1 a 814 1261 1 a 814 998 1 a 814 997 -1 a 815 4354 1 a 815 4353 -1 a 815 1262 1 a 815 1261 -1 a 816 4478 -1 a 816 4477 1 a 816 4350 1 a 816 4349 -1 a 817 4360 -1 a 817 4359 1 a 817 3030 4 a 817 3029 -4 a 818 4478 1 a 818 4477 -1 a 818 4368 1 a 818 4367 -1 a 818 3956 -1 a 818 3955 1 a 818 3630 -1 a 818 3629 1 a 818 3486 1 a 818 3485 -1 a 818 998 -1 a 818 997 1 a 819 4370 1 a 819 4369 -1 a 819 2908 -1 a 819 2907 1 a 819 2642 -1 a 819 2641 1 a 820 4384 1 a 820 4383 -1 a 820 4382 1 a 820 4381 -1 a 820 1622 -1 a 820 1621 1 a 821 5132 -1 a 821 5131 1 a 821 5108 -1 a 821 5107 1 a 821 5076 -1 a 821 5075 1 a 821 5014 -8 a 821 5013 8 a 821 5002 -1 a 821 5001 1 a 821 4976 -1 a 821 4975 1 a 821 4940 -1 a 821 4939 1 a 821 4910 -1 a 821 4909 1 a 821 4882 -1 a 821 4881 1 a 821 4866 -1 a 821 4865 1 a 821 4758 -1 a 821 4757 1 a 821 4690 -1 a 821 4689 1 a 821 4688 -1 a 821 4687 1 a 821 4680 -1 a 821 4679 1 a 821 4646 -1 a 821 4645 1 a 821 4484 -1 a 821 4483 1 a 821 4424 -1 a 821 4423 1 a 821 4412 -1 a 821 4411 1 a 821 4380 -1 a 821 4379 1 a 821 4374 -1 a 821 4373 1 a 821 4372 1 a 821 4371 -1 a 821 4370 -1 a 821 4369 1 a 821 4348 -1 a 821 4347 1 a 821 4346 1 a 821 4345 -1 a 821 4228 -1 a 821 4227 1 a 821 4054 -1 a 821 4053 1 a 821 4052 -1 a 821 4051 1 a 821 4018 1 a 821 4017 -1 a 821 3968 -1 a 821 3967 1 a 821 3966 -5 a 821 3965 5 a 821 3916 -1 a 821 3915 1 a 821 3914 -1 a 821 3913 1 a 821 3912 -1 a 821 3911 1 a 821 3910 -1 a 821 3909 1 a 821 3908 -1 a 821 3907 1 a 821 3906 -1 a 821 3905 1 a 821 3904 -1 a 821 3903 1 a 821 3902 -1 a 821 3901 1 a 821 3900 -1 a 821 3899 1 a 821 3898 -1 a 821 3897 1 a 821 3896 -1 a 821 3895 1 a 821 3804 -1 a 821 3803 1 a 821 3800 -1 a 821 3799 1 a 821 3786 -1 a 821 3785 1 a 821 3744 -1 a 821 3743 1 a 821 3740 -1 a 821 3739 1 a 821 3684 -1 a 821 3683 1 a 821 3676 -1 a 821 3675 1 a 821 3670 -1 a 821 3669 1 a 821 3666 -1 a 821 3665 1 a 821 3566 -1 a 821 3565 1 a 821 3542 -1 a 821 3541 1 a 821 3540 -1 a 821 3539 1 a 821 3400 -1 a 821 3399 1 a 821 3268 -1 a 821 3267 1 a 821 3250 -1 a 821 3249 1 a 821 3186 -1 a 821 3185 1 a 821 3124 -1 a 821 3123 1 a 821 3068 -1 a 821 3067 1 a 821 3018 -1 a 821 3017 1 a 821 2984 -1 a 821 2983 1 a 821 2968 -1 a 821 2967 1 a 821 2920 -1 a 821 2919 1 a 821 2916 -1 a 821 2915 1 a 821 2906 -1 a 821 2905 1 a 821 2874 -1 a 821 2873 1 a 821 2842 -1 a 821 2841 1 a 821 2834 -1 a 821 2833 1 a 821 2822 -1 a 821 2821 1 a 821 2750 -1 a 821 2749 1 a 821 2742 -1 a 821 2741 1 a 821 2720 -1 a 821 2719 1 a 821 2716 -1 a 821 2715 1 a 821 2648 -1 a 821 2647 1 a 821 2614 -1 a 821 2613 1 a 821 2506 -1 a 821 2505 1 a 821 2440 -1 a 821 2439 1 a 821 2288 -1 a 821 2287 1 a 821 2286 -1 a 821 2285 1 a 821 2284 -1 a 821 2283 1 a 821 2282 -1 a 821 2281 1 a 821 2280 -1 a 821 2279 1 a 821 2278 -1 a 821 2277 1 a 821 2276 -1 a 821 2275 1 a 821 2274 -1 a 821 2273 1 a 821 2272 -1 a 821 2271 1 a 821 2270 -1 a 821 2269 1 a 821 2102 -1 a 821 2101 1 a 821 2052 -1 a 821 2051 1 a 821 2030 -1 a 821 2029 1 a 821 2004 -1 a 821 2003 1 a 821 1982 -1 a 821 1981 1 a 821 1964 -1 a 821 1963 1 a 821 1906 -1 a 821 1905 1 a 821 1904 -1 a 821 1903 1 a 821 1902 -1 a 821 1901 1 a 821 1900 -1 a 821 1899 1 a 821 1898 -1 a 821 1897 1 a 821 1896 -1 a 821 1895 1 a 821 1894 -1 a 821 1893 1 a 821 1818 -1 a 821 1817 1 a 821 1722 -1 a 821 1721 1 a 821 1540 -1 a 821 1539 1 a 821 1538 -1 a 821 1537 1 a 821 1514 -1 a 821 1513 1 a 821 1512 -1 a 821 1511 1 a 821 1498 -1 a 821 1497 1 a 821 1474 -1 a 821 1473 1 a 821 1444 -1 a 821 1443 1 a 821 1442 -1 a 821 1441 1 a 821 1440 -1 a 821 1439 1 a 821 1420 -1 a 821 1419 1 a 821 1418 -1 a 821 1417 1 a 821 1340 -1 a 821 1339 1 a 821 1330 -1 a 821 1329 1 a 821 1240 -1 a 821 1239 1 a 821 1148 -1 a 821 1147 1 a 821 1126 -1 a 821 1125 1 a 821 1094 -1 a 821 1093 1 a 821 994 -1 a 821 993 1 a 821 944 -1 a 821 943 1 a 821 942 -1 a 821 941 1 a 821 940 -1 a 821 939 1 a 821 938 -1 a 821 937 1 a 821 936 -1 a 821 935 1 a 821 934 -1 a 821 933 1 a 821 932 -1 a 821 931 1 a 821 930 -1 a 821 929 1 a 821 928 -1 a 821 927 1 a 821 782 -1 a 821 781 1 a 821 780 -1 a 821 779 1 a 821 778 -1 a 821 777 1 a 821 776 -1 a 821 775 1 a 821 774 -1 a 821 773 1 a 821 772 -1 a 821 771 1 a 821 770 -1 a 821 769 1 a 821 754 -1 a 821 753 1 a 821 752 -1 a 821 751 1 a 821 750 -1 a 821 749 1 a 821 748 -1 a 821 747 1 a 821 746 -1 a 821 745 1 a 821 744 -1 a 821 743 1 a 821 742 -1 a 821 741 1 a 821 16 -0.773903 a 821 15 0.773903 a 821 14 -0.749831 a 821 13 0.749831 a 822 4388 -1 a 822 4387 1 a 822 4386 -1 a 822 4385 1 a 822 2314 1 a 822 2313 -1 a 823 4388 1 a 823 4387 -1 a 823 4386 1 a 823 4385 -1 a 823 1726 -1 a 823 1725 1 a 823 1724 -1 a 823 1723 1 a 824 4372 -1 a 824 4371 1 a 824 4348 1 a 824 4347 -1 a 824 3920 -1 a 824 3919 1 a 824 3918 -1 a 824 3917 1 a 824 1720 -1 a 824 1719 1 a 824 1564 -1 a 824 1563 1 a 824 1554 -1 a 824 1553 1 a 825 4392 -1 a 825 4391 1 a 825 4390 1 a 825 4389 -1 a 826 4402 1 a 826 4401 -1 a 826 2742 -1 a 826 2741 1 a 827 4406 1 a 827 4405 -1 a 827 1330 -1 a 827 1329 1 a 828 4412 -1 a 828 4411 1 a 828 4408 1 a 828 4407 -1 a 829 4412 1 a 829 4411 -1 a 829 1498 -1 a 829 1497 1 a 830 1596 1 a 830 1595 -1 a 830 1572 -1 a 830 1571 1 a 831 1596 -1 a 831 1595 1 a 832 4416 1 a 832 4415 -1 a 832 4408 -1 a 832 4407 1 a 833 4416 -1 a 833 4415 1 a 833 3116 1 a 833 3115 -1 a 834 4430 -1 a 834 4429 1 a 834 4428 -1 a 834 4427 1 a 834 4426 -1 a 834 4425 1 a 834 4424 1 a 834 4423 -1 a 834 4418 1 a 834 4417 -1 a 834 4030 -1 a 834 4029 1 a 834 1322 -1 a 834 1321 1 a 834 16 0.221055 a 834 15 -0.221055 a 834 14 0.214798 a 834 13 -0.214798 a 835 4420 -1 a 835 4419 1 a 835 1322 1 a 835 1321 -1 a 836 4424 -1 a 836 4423 1 a 837 5132 1 a 837 5131 -1 a 837 5076 1 a 837 5075 -1 a 837 4554 -1 a 837 4553 1 a 837 4434 -1 a 837 4433 1 a 837 4018 -1 a 837 4017 1 a 837 3804 1 a 837 3803 -1 a 837 3744 1 a 837 3743 -1 a 837 3068 1 a 837 3067 -1 a 837 2920 1 a 837 2919 -1 a 837 2742 1 a 837 2741 -1 a 837 1498 1 a 837 1497 -1 a 837 1330 1 a 837 1329 -1 a 837 1148 1 a 837 1147 -1 a 838 4464 -1 a 838 4463 1 a 838 4442 1 a 838 4441 -1 a 839 4466 -1 a 839 4465 1 a 839 4444 1 a 839 4443 -1 a 840 4468 -1 a 840 4467 1 a 840 4446 1 a 840 4445 -1 a 841 4470 -1 a 841 4469 1 a 841 4448 1 a 841 4447 -1 a 842 4472 -1 a 842 4471 1 a 842 4450 1 a 842 4449 -1 a 843 4474 -1 a 843 4473 1 a 843 4452 1 a 843 4451 -1 a 844 4476 -1 a 844 4475 1 a 844 4454 1 a 844 4453 -1 a 845 4436 -1 a 845 4435 1 a 845 2464 1 a 845 2463 -1 a 846 4460 1 a 846 4459 -1 a 846 4456 -1 a 846 4455 1 a 847 4746 1 a 847 4745 -1 a 847 4492 -1 a 847 4491 1 a 847 4490 -1 a 847 4489 1 a 847 4488 1 a 847 4487 -1 a 847 4486 -1 a 847 4485 1 a 847 4008 -1 a 847 4007 1 a 847 2660 1 a 847 2659 -1 a 847 1184 -1 a 847 1183 1 a 847 14 0.03327 a 847 13 -0.03327 a 848 4512 -1 a 848 4511 1 a 848 4510 1 a 848 4509 -1 a 848 3076 1 a 848 3075 -1 a 848 1238 -1 a 848 1237 1 a 848 1234 -1 a 848 1233 1 a 849 4516 -1 a 849 4515 1 a 849 4512 1 a 849 4511 -1 a 849 3076 -1 a 849 3075 1 a 850 4530 -1 a 850 4529 1 a 850 4526 -1 a 850 4525 1 a 850 4518 1 a 850 4517 -1 a 851 4526 1 a 851 4525 -1 a 851 4518 -1 a 851 4517 1 a 851 4510 -1 a 851 4509 1 a 851 4098 -1 a 851 4097 1 a 851 4096 -1 a 851 4095 1 a 851 1238 1 a 851 1237 -1 a 851 1234 1 a 851 1233 -1 a 851 16 0.000223 a 851 15 -0.000223 a 851 14 0.000223 a 851 13 -0.000223 a 852 4524 -1 a 852 4523 1 a 852 4520 1 a 852 4519 -1 a 852 4102 -1 a 852 4101 1 a 853 5116 -1 a 853 5115 1 a 853 4932 -1 a 853 4931 1 a 853 4928 -1 a 853 4927 1 a 853 4782 -1 a 853 4781 1 a 853 4704 -1 a 853 4703 1 a 853 4686 -1 a 853 4685 1 a 853 4684 -1 a 853 4683 1 a 853 4652 -1 a 853 4651 1 a 853 4538 -1 a 853 4537 1 a 853 4532 -1 a 853 4531 1 a 853 4396 1 a 853 4395 -1 a 853 4344 1 a 853 4343 -1 a 853 4342 1 a 853 4341 -1 a 853 4134 1 a 853 4133 -1 a 853 4094 1 a 853 4093 -1 a 853 3954 -1 a 853 3953 1 a 853 3644 -1 a 853 3643 1 a 853 3524 -1 a 853 3523 1 a 853 3522 -1 a 853 3521 1 a 853 3490 -1 a 853 3489 1 a 853 3484 -1 a 853 3483 1 a 853 3478 -1 a 853 3477 1 a 853 3472 -1 a 853 3471 1 a 853 3450 -1 a 853 3449 1 a 853 3422 -1 a 853 3421 1 a 853 3246 -1 a 853 3245 1 a 853 3244 -1 a 853 3243 1 a 853 3204 -1 a 853 3203 1 a 853 3202 -1 a 853 3201 1 a 853 3102 -1 a 853 3101 1 a 853 3038 -1 a 853 3037 1 a 853 2706 -1 a 853 2705 1 a 853 2682 -1 a 853 2681 1 a 853 2626 -1 a 853 2625 1 a 853 2606 -1 a 853 2605 1 a 853 2478 -1 a 853 2477 1 a 853 2476 -1 a 853 2475 1 a 853 2188 -1 a 853 2187 1 a 853 2106 1 a 853 2105 -1 a 853 1974 1 a 853 1973 -1 a 853 1956 -1 a 853 1955 1 a 853 1940 -1 a 853 1939 1 a 853 1884 -1 a 853 1883 1 a 853 1854 -1 a 853 1853 1 a 853 1816 -1 a 853 1815 1 a 853 1806 -1 a 853 1805 1 a 853 1804 -1 a 853 1803 1 a 853 1628 -1 a 853 1627 1 a 853 1626 -1 a 853 1625 1 a 853 1432 -1 a 853 1431 1 a 853 1396 -1 a 853 1395 1 a 853 1332 -1 a 853 1331 1 a 853 1238 -1 a 853 1237 1 a 853 1236 -1 a 853 1235 1 a 853 1234 -1 a 853 1233 1 a 853 1108 -1 a 853 1107 1 a 853 1044 -1 a 853 1043 1 a 853 1036 -1 a 853 1035 1 a 853 1032 -1 a 853 1031 1 a 853 1026 2 a 853 1025 -2 a 853 1022 1 a 853 1021 -1 a 853 1014 -1 a 853 1013 1 a 854 4770 1 a 854 4769 -1 a 854 4542 -1 a 854 4541 1 a 854 4344 1 a 854 4343 -1 a 854 3924 -3 a 854 3923 3 a 854 3812 -1 a 854 3811 1 a 854 3810 -1 a 854 3809 1 a 854 3732 1 a 854 3731 -1 a 854 3724 1 a 854 3723 -1 a 854 3718 1 a 854 3717 -1 a 854 3518 1 a 854 3517 -1 a 854 3246 1 a 854 3245 -1 a 854 3202 1 a 854 3201 -1 a 854 3070 1 a 854 3069 -1 a 854 2806 1 a 854 2805 -1 a 854 2672 1 a 854 2671 -1 a 854 2536 1 a 854 2535 -1 a 854 2316 1 a 854 2315 -1 a 854 2068 1 a 854 2067 -1 a 854 1992 1 a 854 1991 -1 a 854 1832 -1 a 854 1831 1 a 854 1830 -1 a 854 1829 1 a 854 1462 1 a 854 1461 -1 a 855 4770 -1 a 855 4769 1 a 855 4542 1 a 855 4541 -1 a 855 4344 -1 a 855 4343 1 a 855 3924 3 a 855 3923 -3 a 855 3812 1 a 855 3811 -1 a 855 3810 1 a 855 3809 -1 a 855 3732 -1 a 855 3731 1 a 855 3724 -1 a 855 3723 1 a 855 3718 -1 a 855 3717 1 a 855 3518 -1 a 855 3517 1 a 855 3246 -1 a 855 3245 1 a 855 3202 -1 a 855 3201 1 a 855 3070 -1 a 855 3069 1 a 855 2806 -1 a 855 2805 1 a 855 2672 -1 a 855 2671 1 a 855 2536 -1 a 855 2535 1 a 855 2316 -1 a 855 2315 1 a 855 2068 -1 a 855 2067 1 a 855 2034 -1 a 855 2033 1 a 855 1992 -1 a 855 1991 1 a 855 1832 1 a 855 1831 -1 a 855 1830 1 a 855 1829 -1 a 855 1462 -1 a 855 1461 1 a 855 14 0.000223 a 855 13 -0.000223 a 856 4550 1 a 856 4549 -1 a 856 4548 -1 a 856 4547 1 a 857 4552 -1 a 857 4551 1 a 857 3804 1 a 857 3803 -1 a 858 4556 -1 a 858 4555 1 a 858 4554 1 a 858 4553 -1 a 859 4556 1 a 859 4555 -1 a 859 4534 -1 a 859 4533 1 a 859 4508 -1 a 859 4507 1 a 859 4504 -1 a 859 4503 1 a 859 4500 -1 a 859 4499 1 a 859 4496 -1 a 859 4495 1 a 859 4376 1 a 859 4375 -1 a 860 4884 1 a 860 4883 -1 a 860 4626 1 a 860 4625 -1 a 860 4570 -1 a 860 4569 1 a 860 4558 1 a 860 4557 -1 a 860 4434 1 a 860 4433 -1 a 860 4376 -1 a 860 4375 1 a 860 3794 -1 a 860 3793 1 a 860 3790 -1 a 860 3789 1 a 860 1676 -1 a 860 1675 1 a 860 1318 -1 a 860 1317 1 a 860 1146 -1 a 860 1145 1 a 861 3938 1 a 861 3937 -1 a 862 2436 -1 a 862 2435 1 a 862 2434 -1 a 862 2433 1 a 862 2408 1 a 862 2407 -1 a 862 2392 1 a 862 2391 -1 a 862 2376 1 a 862 2375 -1 a 862 2354 1 a 862 2353 -1 a 862 1708 1 a 862 1707 -1 a 862 1384 1 a 862 1383 -1 a 863 4572 1 a 863 4571 -1 a 863 1378 -1 a 863 1377 1 a 864 4628 -1 a 864 4627 1 a 864 1140 1 a 864 1139 -1 a 865 4576 1 a 865 4575 -1 a 865 4050 -1 a 865 4049 1 a 866 4584 1 a 866 4583 -1 a 866 1208 -1 a 866 1207 1 a 867 5134 -1 a 867 5133 1 a 867 5094 -1 a 867 5093 1 a 867 4586 -1 a 867 4585 1 a 867 4570 1 a 867 4569 -1 a 867 4558 -1 a 867 4557 1 a 867 3146 -1 a 867 3145 1 a 867 1836 -1 a 867 1835 1 a 867 1130 -1 a 867 1129 1 a 868 4568 -1 a 868 4567 1 a 868 4564 1 a 868 4563 -1 a 868 2436 1 a 868 2435 -1 a 868 2434 1 a 868 2433 -1 a 868 2408 -1 a 868 2407 1 a 868 2392 -1 a 868 2391 1 a 868 2376 -1 a 868 2375 1 a 868 2354 -1 a 868 2353 1 a 868 1708 -1 a 868 1707 1 a 868 1384 -1 a 868 1383 1 a 868 16 0.000223 a 868 15 -0.000223 a 868 14 0.000223 a 868 13 -0.000223 a 869 4592 1 a 869 4591 -1 a 869 4590 -1 a 869 4589 1 a 870 4598 1 a 870 4597 -1 a 870 4592 -1 a 870 4591 1 a 871 4596 -1 a 871 4595 1 a 871 4590 1 a 871 4589 -1 a 872 4626 -1 a 872 4625 1 a 872 4624 1 a 872 4623 -1 a 872 2846 -1 a 872 2845 1 a 872 1910 1 a 872 1909 -1 a 872 926 1 a 872 925 -1 a 873 5120 -1 a 873 5119 1 a 873 4574 1 a 873 4573 -1 a 873 4572 -1 a 873 4571 1 a 874 4132 -1 a 874 4131 1 a 874 2304 1 a 874 2303 -1 a 875 4884 -1 a 875 4883 1 a 875 4796 1 a 875 4795 -1 a 875 4642 1 a 875 4641 -1 a 875 4132 1 a 875 4131 -1 a 876 4648 1 a 876 4647 -1 a 877 4652 -1 a 877 4651 1 a 877 4650 1 a 877 4649 -1 a 878 4758 -1 a 878 4757 1 a 878 1984 1 a 878 1983 -1 a 879 4708 1 a 879 4707 -1 a 879 4706 -1 a 879 4705 1 a 880 4662 -1 a 880 4661 1 a 881 4676 -1 a 881 4675 1 a 881 4672 1 a 881 4671 -1 a 882 4670 1 a 882 4669 -1 a 882 4668 -1 a 882 4667 1 a 883 4670 -1 a 883 4669 1 a 883 4662 1 a 883 4661 -1 a 884 4684 1 a 884 4683 -1 a 884 2080 -1 a 884 2079 1 a 884 2078 1 a 884 2077 -1 a 885 4936 1 a 885 4935 -1 a 885 4934 1 a 885 4933 -1 a 885 4694 -1 a 885 4693 1 a 885 4692 -1 a 885 4691 1 a 885 4690 1 a 885 4689 -1 a 885 4688 1 a 885 4687 -1 a 885 4686 1 a 885 4685 -1 a 885 4682 1 a 885 4681 -1 a 885 4680 1 a 885 4679 -1 a 885 4476 1 a 885 4475 -1 a 885 4474 1 a 885 4473 -1 a 885 4472 1 a 885 4471 -1 a 885 4470 1 a 885 4469 -1 a 885 4468 1 a 885 4467 -1 a 885 4466 1 a 885 4465 -1 a 885 4464 1 a 885 4463 -1 a 885 4460 -1 a 885 4459 1 a 885 3396 1 a 885 3395 -1 a 885 2862 -1 a 885 2861 1 a 885 2664 1 a 885 2663 -1 a 885 1966 -1 a 885 1965 1 a 885 16 0.215792 a 885 15 -0.215792 a 885 14 0.209684 a 885 13 -0.209684 a 886 4680 -1 a 886 4679 1 a 886 2206 3 a 886 2205 -3 a 887 4688 -1 a 887 4687 1 a 888 4690 -1 a 888 4689 1 a 888 4662 1 a 888 4661 -1 a 889 4708 -1 a 889 4707 1 a 889 16 0.000223 a 889 15 -0.000223 a 889 14 0.000223 a 889 13 -0.000223 a 890 4716 -1 a 890 4715 1 a 890 4712 1 a 890 4711 -1 a 890 4710 -1 a 890 4709 1 a 891 4712 -1 a 891 4711 1 a 891 4440 1 a 891 4439 -1 a 892 4660 1 a 892 4659 -1 a 892 4658 1 a 892 4657 -1 a 893 4838 -1 a 893 4837 1 a 893 4660 -1 a 893 4659 1 a 894 4722 -1 a 894 4721 1 a 894 4672 -1 a 894 4671 1 a 894 4664 1 a 894 4663 -1 a 895 4726 -1 a 895 4725 1 a 895 1814 -1 a 895 1813 1 a 896 4808 -1 a 896 4807 1 a 896 4788 1 a 896 4787 -1 a 896 4088 -1 a 896 4087 1 a 896 4086 -1 a 896 4085 1 a 896 2328 -1 a 896 2327 1 a 896 2326 -1 a 896 2325 1 a 896 2324 -1 a 896 2323 1 a 896 2322 -1 a 896 2321 1 a 896 2320 -1 a 896 2319 1 a 896 1792 -1 a 896 1791 1 a 897 4790 -1 a 897 4789 1 a 897 4730 -1 a 897 4729 1 a 897 4646 1 a 897 4645 -1 a 897 2940 -1 a 897 2939 1 a 897 16 0.004338 a 897 15 -0.004338 a 897 14 0.004126 a 897 13 -0.004126 a 898 4746 -1 a 898 4745 1 a 898 4742 1 a 898 4741 -1 a 898 4740 -1 a 898 4739 1 a 898 4738 1 a 898 4737 -1 a 898 4736 1 a 898 4735 -1 a 898 2886 1 a 898 2885 -1 a 898 2884 -1 a 898 2883 1 a 898 14 0.006744 a 898 13 -0.006744 a 899 2282 -1 a 899 2281 1 a 899 2262 1 a 899 2261 -1 a 899 1060 1 a 899 1059 -1 a 900 4782 -1 a 900 4781 1 a 900 2428 1 a 900 2427 -1 a 901 4644 1 a 901 4643 -1 a 901 1490 -1 a 901 1489 1 a 902 4760 -1 a 902 4759 1 a 902 4758 1 a 902 4757 -1 a 903 4808 -1 a 903 4807 1 a 903 4802 1 a 903 4801 -1 a 903 4780 1 a 903 4779 -1 a 903 4776 1 a 903 4775 -1 a 903 4774 1 a 903 4773 -1 a 903 4772 1 a 903 4771 -1 a 903 4770 1 a 903 4769 -1 a 903 4766 1 a 903 4765 -1 a 903 4764 -1 a 903 4763 1 a 903 4762 -1 a 903 4761 1 a 903 4756 1 a 903 4755 -1 a 903 4754 -1 a 903 4753 1 a 903 4752 -1 a 903 4751 1 a 903 4714 -1 a 903 4713 1 a 903 4700 -1 a 903 4699 1 a 903 4658 -1 a 903 4657 1 a 903 4388 -3 a 903 4387 3 a 903 4368 1 a 903 4367 -1 a 903 3484 -1 a 903 3483 1 a 903 3104 -1 a 903 3103 1 a 903 3026 -1 a 903 3025 1 a 903 2458 -1 a 903 2457 1 a 903 2456 -1 a 903 2455 1 a 903 1996 -1 a 903 1995 1 a 903 1638 1 a 903 1637 -1 a 903 1466 -1 a 903 1465 1 a 904 4838 1 a 904 4837 -1 a 904 4776 -1 a 904 4775 1 a 904 4368 -1 a 904 4367 1 a 904 3636 1 a 904 3635 -1 a 904 3058 1 a 904 3057 -1 a 904 1490 1 a 904 1489 -1 a 904 1216 -1 a 904 1215 1 a 904 892 -1 a 904 891 1 a 904 14 9.8e-05 a 904 13 -9.8e-05 a 905 4702 -1 a 905 4701 1 a 905 4700 1 a 905 4699 -1 a 906 4734 -1 a 906 4733 1 a 906 4702 1 a 906 4701 -1 a 907 4714 1 a 907 4713 -1 a 907 3058 -1 a 907 3057 1 a 908 4734 1 a 908 4733 -1 a 908 4644 -1 a 908 4643 1 a 909 4754 1 a 909 4753 -1 a 909 4752 1 a 909 4751 -1 a 909 2662 1 a 909 2661 -1 a 909 956 -1 a 909 955 1 a 910 4640 -1 a 910 4639 1 a 910 4636 -1 a 910 4635 1 a 910 4632 1 a 910 4631 -1 a 910 4630 1 a 910 4629 -1 a 911 4636 1 a 911 4635 -1 a 911 4634 1 a 911 4633 -1 a 911 4632 -1 a 911 4631 1 a 911 4630 -1 a 911 4629 1 a 912 4638 1 a 912 4637 -1 a 912 4634 -1 a 912 4633 1 a 913 4640 1 a 913 4639 -1 a 913 4638 -1 a 913 4637 1 a 914 4656 1 a 914 4655 -1 a 914 4634 -2 a 914 4633 2 a 914 4632 -2 a 914 4631 2 a 914 4630 -1 a 914 4629 1 a 915 4656 -1 a 915 4655 1 a 915 4634 2 a 915 4633 -2 a 915 4632 2 a 915 4631 -2 a 915 4630 1 a 915 4629 -1 a 916 4784 -1 a 916 4783 1 a 916 2328 1 a 916 2327 -1 a 917 2146 1 a 917 2145 -1 a 917 2144 1 a 917 2143 -1 a 917 820 -1 a 917 819 1 a 918 2122 1 a 918 2121 -1 a 918 2120 1 a 918 2119 -1 a 918 808 -1 a 918 807 1 a 919 2130 1 a 919 2129 -1 a 919 2128 1 a 919 2127 -1 a 919 812 -1 a 919 811 1 a 920 2138 1 a 920 2137 -1 a 920 2136 1 a 920 2135 -1 a 920 816 -1 a 920 815 1 a 921 4130 1 a 921 4129 -1 a 921 2726 -1 a 921 2725 1 a 922 4834 1 a 922 4833 -1 a 922 4130 -1 a 922 4129 1 a 923 4794 -1 a 923 4793 1 a 923 2930 -1 a 923 2929 1 a 923 2582 -1 a 923 2581 1 a 924 4806 -1 a 924 4805 1 a 924 4780 -1 a 924 4779 1 a 924 2084 1 a 924 2083 -1 a 925 4802 -1 a 925 4801 1 a 925 4798 1 a 925 4797 -1 a 926 4810 -1 a 926 4809 1 a 926 4808 1 a 926 4807 -1 a 927 3490 -1 a 927 3489 1 a 927 1792 -1 a 927 1791 1 a 928 2182 -1 a 928 2181 1 a 928 1770 -1 a 928 1769 1 a 928 1056 -1 a 928 1055 1 a 929 2274 -1 a 929 2273 1 a 929 2254 1 a 929 2253 -1 a 929 1056 1 a 929 1055 -1 a 929 978 1 a 929 977 -1 a 930 2118 1 a 930 2117 -1 a 930 2116 1 a 930 2115 -1 a 930 806 -1 a 930 805 1 a 931 2520 1 a 931 2519 -1 a 931 2242 1 a 931 2241 -1 a 931 2130 -1 a 931 2129 1 a 931 2128 -1 a 931 2127 1 a 931 1194 1 a 931 1193 -1 a 931 1082 1 a 931 1081 -1 a 931 930 -1 a 931 929 1 a 931 882 1 a 931 881 -1 a 932 4792 1 a 932 4791 -1 a 932 2114 1 a 932 2113 -1 a 932 2112 1 a 932 2111 -1 a 932 804 -1 a 932 803 1 a 933 2276 -1 a 933 2275 1 a 933 2256 1 a 933 2255 -1 a 933 1770 1 a 933 1769 -1 a 934 4838 1 a 934 4837 -1 a 934 1972 -1 a 934 1971 1 a 935 2154 1 a 935 2153 -1 a 935 2152 1 a 935 2151 -1 a 935 824 -1 a 935 823 1 a 936 5052 -1 a 936 5051 1 a 936 3672 -1 a 936 3671 1 a 936 3552 -1 a 936 3551 1 a 936 2794 1 a 936 2793 -1 a 936 2664 1 a 936 2663 -1 a 936 2632 -1 a 936 2631 1 a 936 2484 1 a 936 2483 -1 a 936 2482 -1 a 936 2481 1 a 936 2438 -1 a 936 2437 1 a 936 1976 -1 a 936 1975 1 a 936 1210 -1 a 936 1209 1 a 936 16 0.000223 a 936 15 -0.000223 a 936 14 0.000223 a 936 13 -0.000223 a 937 4906 1 a 937 4905 -1 a 937 4850 -1 a 937 4849 1 a 938 4910 -1 a 938 4909 1 a 938 4908 1 a 938 4907 -1 a 938 4906 -1 a 938 4905 1 a 938 4816 -1 a 938 4815 1 a 939 1980 -1 a 939 1979 1 a 940 4982 1 a 940 4981 -1 a 940 4908 -1 a 940 4907 1 a 940 4816 1 a 940 4815 -1 a 940 16 0.000223 a 940 15 -0.000223 a 940 14 0.000223 a 940 13 -0.000223 a 941 2010 -1 a 941 2009 1 a 941 2008 -1 a 941 2007 1 a 942 4874 -1 a 942 4873 1 a 942 4872 -1 a 942 4871 1 a 942 4870 1 a 942 4869 -1 a 942 4868 -1 a 942 4867 1 a 942 4866 1 a 942 4865 -1 a 942 4864 -1 a 942 4863 1 a 942 4860 1 a 942 4859 -1 a 942 4858 1 a 942 4857 -1 a 942 4856 1 a 942 4855 -1 a 942 16 0.253687 a 942 15 -0.253687 a 942 14 0.246506 a 942 13 -0.246506 a 943 4866 -1 a 943 4865 1 a 944 4902 -1 a 944 4901 1 a 944 4878 1 a 944 4877 -1 a 945 4902 1 a 945 4901 -1 a 945 4900 1 a 945 4899 -1 a 945 4846 -1 a 945 4845 1 a 945 4844 -1 a 945 4843 1 a 945 3862 -1 a 945 3861 1 a 946 4892 -1 a 946 4891 1 a 946 4888 -1 a 946 4887 1 a 947 4892 1 a 947 4891 -1 a 947 4888 1 a 947 4887 -1 a 948 2126 1 a 948 2125 -1 a 948 2124 1 a 948 2123 -1 a 948 810 -1 a 948 809 1 a 949 2158 1 a 949 2157 -1 a 949 2156 1 a 949 2155 -1 a 949 826 -1 a 949 825 1 a 950 2142 1 a 950 2141 -1 a 950 2140 1 a 950 2139 -1 a 950 818 -1 a 950 817 1 a 951 2134 1 a 951 2133 -1 a 951 2132 1 a 951 2131 -1 a 951 814 -1 a 951 813 1 a 952 4916 1 a 952 4915 -1 a 952 4842 -1 a 952 4841 1 a 952 4612 -1 a 952 4611 1 a 952 4608 -1 a 952 4607 1 a 952 4604 -1 a 952 4603 1 a 952 4600 -1 a 952 4599 1 a 952 4086 -1 a 952 4085 1 a 952 3564 -1 a 952 3563 1 a 952 3562 -1 a 952 3561 1 a 952 2074 -1 a 952 2073 1 a 953 4916 -1 a 953 4915 1 a 953 4842 1 a 953 4841 -1 a 953 4612 1 a 953 4611 -1 a 953 4608 1 a 953 4607 -1 a 953 4604 1 a 953 4603 -1 a 953 4600 1 a 953 4599 -1 a 953 4086 1 a 953 4085 -1 a 953 3564 1 a 953 3563 -1 a 953 3562 1 a 953 3561 -1 a 953 2074 1 a 953 2073 -1 a 954 4924 1 a 954 4923 -1 a 954 4920 -1 a 954 4919 1 a 955 4928 -1 a 955 4927 1 a 955 4922 -1 a 955 4921 1 a 955 4920 1 a 955 4919 -1 a 955 4918 1 a 955 4917 -1 a 956 1240 1 a 956 1239 -1 a 957 1420 1 a 957 1419 -1 a 958 1444 1 a 958 1443 -1 a 959 1474 1 a 959 1473 -1 a 960 1818 1 a 960 1817 -1 a 961 2720 1 a 961 2719 -1 a 962 2750 1 a 962 2749 -1 a 962 2748 -1 a 962 2747 1 a 963 2822 1 a 963 2821 -1 a 964 3018 1 a 964 3017 -1 a 965 3124 1 a 965 3123 -1 a 966 3250 1 a 966 3249 -1 a 967 3400 1 a 967 3399 -1 a 968 3566 1 a 968 3565 -1 a 969 4228 1 a 969 4227 -1 a 970 4424 1 a 970 4423 -1 a 971 4690 1 a 971 4689 -1 a 972 4688 1 a 972 4687 -1 a 973 4866 1 a 973 4865 -1 a 974 4940 1 a 974 4939 -1 a 975 4976 1 a 975 4975 -1 a 976 5108 1 a 976 5107 -1 a 977 4942 -1 a 977 4941 1 a 977 4940 1 a 977 4939 -1 a 977 4936 -1 a 977 4935 1 a 977 4934 -1 a 977 4933 1 a 977 4932 1 a 977 4931 -1 a 977 3702 -1 a 977 3701 1 a 977 16 0.056843 a 977 15 -0.056843 a 977 14 0.055234 a 977 13 -0.055234 a 978 4940 -1 a 978 4939 1 a 979 4948 -1 a 979 4947 1 a 979 1792 1 a 979 1791 -1 a 980 3384 -1 a 980 3383 1 a 980 3370 -1 a 980 3369 1 a 980 3328 -1 a 980 3327 1 a 980 2254 -1 a 980 2253 1 a 980 2240 -1 a 980 2239 1 a 980 1362 -1 a 980 1361 1 a 980 928 1 a 980 927 -1 a 980 772 1 a 980 771 -1 a 980 744 1 a 980 743 -1 a 981 1362 1 a 981 1361 -1 a 981 1348 1 a 981 1347 -1 a 981 1080 -1 a 981 1079 1 a 982 3386 -1 a 982 3385 1 a 982 3372 -1 a 982 3371 1 a 982 3330 -1 a 982 3329 1 a 982 2256 -1 a 982 2255 1 a 982 2242 -1 a 982 2241 1 a 982 1364 -1 a 982 1363 1 a 982 930 1 a 982 929 -1 a 982 774 1 a 982 773 -1 a 982 746 1 a 982 745 -1 a 983 1364 1 a 983 1363 -1 a 983 1350 1 a 983 1349 -1 a 983 1082 -1 a 983 1081 1 a 984 5118 1 a 984 5117 -1 a 984 4960 -1 a 984 4959 1 a 985 4978 -1 a 985 4977 1 a 985 4976 1 a 985 4975 -1 a 985 4974 1 a 985 4973 -1 a 985 4966 1 a 985 4965 -1 a 985 16 0.137896 a 985 15 -0.137896 a 985 14 0.133993 a 985 13 -0.133993 a 986 4976 -1 a 986 4975 1 a 987 5104 1 a 987 5103 -1 a 987 4984 -1 a 987 4983 1 a 987 3282 1 a 987 3281 -1 a 988 5050 1 a 988 5049 -1 a 988 4998 -1 a 988 4997 1 a 989 5050 -1 a 989 5049 1 a 989 4984 1 a 989 4983 -1 a 990 5068 -1 a 990 5067 1 a 990 5066 1 a 990 5065 -1 a 991 5066 -1 a 991 5065 1 a 991 5054 1 a 991 5053 -1 a 992 5004 -1 a 992 5003 1 a 992 3680 1 a 992 3679 -1 a 992 3678 2 a 992 3677 -2 a 993 5010 1 a 993 5009 -1 a 993 5000 -1 a 993 4999 1 a 994 5004 1 a 994 5003 -1 a 994 5002 -1 a 994 5001 1 a 994 5000 1 a 994 4999 -1 a 994 4998 1 a 994 4997 -1 a 994 4996 1 a 994 4995 -1 a 994 1012 1 a 994 1011 -1 a 995 4996 -1 a 995 4995 1 a 995 4994 1 a 995 4993 -1 a 996 4994 -1 a 996 4993 1 a 996 1030 1 a 996 1029 -1 a 997 5004 1 a 997 5003 -1 a 997 4084 -1 a 997 4083 1 a 998 5008 -1 a 998 5007 1 a 998 5006 1 a 998 5005 -1 a 999 5006 -1 a 999 5005 1 a 999 4986 1 a 999 4985 -1 a 1000 5060 1 a 1000 5059 -1 a 1000 5056 1 a 1000 5055 -1 a 1000 5010 -1 a 1000 5009 1 a 1000 5008 1 a 1000 5007 -1 a 1001 5014 -1 a 1001 5013 1 a 1001 5012 1 a 1001 5011 -1 a 1001 3680 -1 a 1001 3679 1 a 1001 3678 -2 a 1001 3677 2 a 1001 16 5.5e-05 a 1001 15 -5.5e-05 a 1001 14 5.5e-05 a 1001 13 -5.5e-05 a 1002 5068 1 a 1002 5067 -1 a 1002 5018 -1 a 1002 5017 1 a 1002 5012 -1 a 1002 5011 1 a 1002 4084 1 a 1002 4083 -1 a 1002 1012 1 a 1002 1011 -1 a 1003 5068 -1 a 1003 5067 1 a 1003 5062 -1 a 1003 5061 1 a 1003 5004 -1 a 1003 5003 1 a 1003 4922 -1 a 1003 4921 1 a 1003 4614 1 a 1003 4613 -1 a 1003 4612 1 a 1003 4611 -1 a 1003 3946 -1 a 1003 3945 1 a 1003 3944 -1 a 1003 3943 1 a 1003 3942 -1 a 1003 3941 1 a 1003 3756 1 a 1003 3755 -1 a 1003 3282 -1 a 1003 3281 1 a 1003 2696 -1 a 1003 2695 1 a 1003 2694 -1 a 1003 2693 1 a 1003 2692 -1 a 1003 2691 1 a 1003 2604 -1 a 1003 2603 1 a 1003 1030 -1 a 1003 1029 1 a 1004 5068 1 a 1004 5067 -1 a 1004 5052 -1 a 1004 5051 1 a 1005 5052 1 a 1005 5051 -1 a 1005 5040 -1 a 1005 5039 1 a 1006 5040 1 a 1006 5039 -1 a 1006 5032 -1 a 1006 5031 1 a 1007 5044 1 a 1007 5043 -1 a 1007 5030 1 a 1007 5029 -1 a 1007 5022 1 a 1007 5021 -1 a 1007 4922 1 a 1007 4921 -1 a 1007 3946 1 a 1007 3945 -1 a 1007 3944 1 a 1007 3943 -1 a 1007 2696 1 a 1007 2695 -1 a 1007 2694 1 a 1007 2693 -1 a 1007 2692 1 a 1007 2691 -1 a 1007 2614 -1 a 1007 2613 1 a 1007 2604 1 a 1007 2603 -1 a 1008 5044 -1 a 1008 5043 1 a 1008 5024 1 a 1008 5023 -1 a 1008 5022 -1 a 1008 5021 1 a 1009 5024 -1 a 1009 5023 1 a 1009 3942 1 a 1009 3941 -1 a 1010 5032 1 a 1010 5031 -1 a 1010 5030 -1 a 1010 5029 1 a 1011 5058 -1 a 1011 5057 1 a 1011 5056 -1 a 1011 5055 1 a 1011 5048 1 a 1011 5047 -1 a 1011 4986 -1 a 1011 4985 1 a 1012 5048 -1 a 1012 5047 1 a 1012 4084 1 a 1012 4083 -1 a 1013 5060 -1 a 1013 5059 1 a 1013 5058 1 a 1013 5057 -1 a 1014 5104 -1 a 1014 5103 1 a 1014 5096 -1 a 1014 5095 1 a 1014 5076 -1 a 1014 5075 1 a 1014 5062 1 a 1014 5061 -1 a 1014 4084 -1 a 1014 4083 1 a 1014 3988 -1 a 1014 3987 1 a 1014 3914 -1 a 1014 3913 1 a 1014 3850 1 a 1014 3849 -1 a 1014 1012 -1 a 1014 1011 1 a 1015 1030 1 a 1015 1029 -1 a 1015 1012 -1 a 1015 1011 1 a 1016 1030 -1 a 1016 1029 1 a 1016 948 1 a 1016 947 -1 a 1017 2170 1 a 1017 2169 -1 a 1017 948 -1 a 1017 947 1 a 1018 5074 1 a 1018 5073 -1 a 1018 5072 -1 a 1018 5071 1 a 1018 5070 1 a 1018 5069 -1 a 1019 5094 -1 a 1019 5093 1 a 1019 5082 -1 a 1019 5081 1 a 1019 5080 -1 a 1019 5079 1 a 1019 5076 1 a 1019 5075 -1 a 1019 4536 1 a 1019 4535 -1 a 1019 4534 -1 a 1019 4533 1 a 1019 2096 -1 a 1019 2095 1 a 1019 2092 -1 a 1019 2091 1 a 1019 1758 -1 a 1019 1757 1 a 1020 5078 1 a 1020 5077 -1 a 1020 4536 -1 a 1020 4535 1 a 1021 5122 -1 a 1021 5121 1 a 1021 5092 1 a 1021 5091 -1 a 1022 5086 1 a 1022 5085 -1 a 1022 5046 1 a 1022 5045 -1 a 1022 1270 -1 a 1022 1269 1 a 1023 5090 -1 a 1023 5089 1 a 1023 1184 -1 a 1023 1183 1 a 1024 5100 -1 a 1024 5099 1 a 1024 5098 -1 a 1024 5097 1 a 1024 5096 1 a 1024 5095 -1 a 1024 5094 1 a 1024 5093 -1 a 1024 4534 1 a 1024 4533 -1 a 1024 3850 -1 a 1024 3849 1 a 1024 1834 -1 a 1024 1833 1 a 1025 5002 1 a 1025 5001 -1 a 1025 4622 1 a 1025 4621 -1 a 1025 3914 1 a 1025 3913 -1 a 1025 3756 -1 a 1025 3755 1 a 1025 2614 1 a 1025 2613 -1 a 1025 1776 1 a 1025 1775 -1 a 1025 16 0.144104 a 1025 15 -0.144104 a 1025 14 0.140101 a 1025 13 -0.140101 a 1026 5116 -1 a 1026 5115 1 a 1026 5112 -1 a 1026 5111 1 a 1026 5110 -1 a 1026 5109 1 a 1026 5108 1 a 1026 5107 -1 a 1026 5106 1 a 1026 5105 -1 a 1026 16 0.423162 a 1026 15 -0.423162 a 1026 14 0.411184 a 1026 13 -0.411184 a 1027 5108 -1 a 1027 5107 1 a 1028 5118 -1 a 1028 5117 1 a 1028 1542 1 a 1028 1541 -1 a 1029 5134 -1 a 1029 5133 1 a 1029 5132 1 a 1029 5131 -1 a 1029 5128 -1 a 1029 5127 1 a 1029 5124 -1 a 1029 5123 1 a 1029 5122 1 a 1029 5121 -1 a 1029 4508 -1 a 1029 4507 1 a 1029 3062 -1 a 1029 3061 1 a 1029 2918 -1 a 1029 2917 1 a 1030 3888 -1 a 1030 3887 1 a 1031 5132 -1 a 1031 5131 1 a 1031 3900 -1 a 1031 3899 1 a 1031 3836 1 a 1031 3835 -1 a 1031 3134 -1 a 1031 3133 1 a 1031 2842 1 a 1031 2841 -1 a 1032 3900 1 a 1032 3899 -1 a 1032 3888 1 a 1032 3887 -1 a 1032 2912 -1 a 1032 2911 1 a 1033 5136 -1 a 1033 5135 1 a 1033 5134 1 a 1033 5133 -1 a 1033 4508 1 a 1033 4507 -1 a 1033 3836 -1 a 1033 3835 1 a 1034 5144 -1 a 1034 5143 1 a 1034 4886 1 a 1034 4885 -1 a 1034 4884 1 a 1034 4883 -1 a 1034 4624 -1 a 1034 4623 1 a 1034 4574 -1 a 1034 4573 1 a 1035 5146 -1 a 1035 5145 1 a 1035 5120 1 a 1035 5119 -1 a 1035 3192 -1 a 1035 3191 1 a 1036 5154 -1 a 1036 5153 1 a 1036 5152 -1 a 1036 5151 1 a 1036 5140 1 a 1036 5139 -1 a 1037 5144 1 a 1037 5143 -1 a 1037 5140 -1 a 1037 5139 1 a 1038 5148 -1 a 1038 5147 1 a 1038 5146 1 a 1038 5145 -1 a 1038 3410 -1 a 1038 3409 1 a 1039 5164 -1 a 1039 5163 1 a 1039 5162 -1 a 1039 5161 1 a 1039 5160 1 a 1039 5159 -1 a 1039 5158 1 a 1039 5157 -1 a 1039 16 0.000341 a 1039 15 -0.000341 a 1039 14 0.000324 a 1039 13 -0.000324 a 1040 680 1 a 1040 679 -1 a 1040 18 1 a 1040 17 -1 a 1041 684 1 a 1041 683 -1 a 1041 20 1 a 1041 19 -1 a 1042 690 1 a 1042 689 -1 a 1042 22 1 a 1042 21 -1 a 1043 1892 1 a 1043 1891 -1 a 1043 24 1 a 1043 23 -1 a 1044 692 1 a 1044 691 -1 a 1044 26 1 a 1044 25 -1 a 1045 694 1 a 1045 693 -1 a 1045 28 1 a 1045 27 -1 a 1046 696 1 a 1046 695 -1 a 1046 30 1 a 1046 29 -1 a 1047 698 1 a 1047 697 -1 a 1047 32 1 a 1047 31 -1 a 1048 702 1 a 1048 701 -1 a 1048 34 1 a 1048 33 -1 a 1049 712 1 a 1049 711 -1 a 1049 36 1 a 1049 35 -1 a 1050 1934 1 a 1050 1933 -1 a 1050 38 1 a 1050 37 -1 a 1051 794 1 a 1051 793 -1 a 1051 40 1 a 1051 39 -1 a 1052 798 1 a 1052 797 -1 a 1052 42 1 a 1052 41 -1 a 1053 800 1 a 1053 799 -1 a 1053 44 1 a 1053 43 -1 a 1054 802 1 a 1054 801 -1 a 1054 46 1 a 1054 45 -1 a 1055 2972 1 a 1055 2971 -1 a 1055 48 1 a 1055 47 -1 a 1056 832 1 a 1056 831 -1 a 1056 50 1 a 1056 49 -1 a 1057 3046 1 a 1057 3045 -1 a 1057 52 1 a 1057 51 -1 a 1058 898 1 a 1058 897 -1 a 1058 54 1 a 1058 53 -1 a 1059 962 1 a 1059 961 -1 a 1059 56 1 a 1059 55 -1 a 1060 902 1 a 1060 901 -1 a 1060 58 1 a 1060 57 -1 a 1061 918 1 a 1061 917 -1 a 1061 60 1 a 1061 59 -1 a 1062 922 1 a 1062 921 -1 a 1062 62 1 a 1062 61 -1 a 1063 3218 1 a 1063 3217 -1 a 1063 64 1 a 1063 63 -1 a 1064 896 1 a 1064 895 -1 a 1064 66 1 a 1064 65 -1 a 1065 912 1 a 1065 911 -1 a 1065 68 1 a 1065 67 -1 a 1066 3222 1 a 1066 3221 -1 a 1066 70 1 a 1066 69 -1 a 1067 1104 1 a 1067 1103 -1 a 1067 72 1 a 1067 71 -1 a 1068 984 1 a 1068 983 -1 a 1068 74 1 a 1068 73 -1 a 1069 988 1 a 1069 987 -1 a 1069 76 1 a 1069 75 -1 a 1070 1004 1 a 1070 1003 -1 a 1070 78 1 a 1070 77 -1 a 1071 1002 1 a 1071 1001 -1 a 1071 80 1 a 1071 79 -1 a 1072 1016 1 a 1072 1015 -1 a 1072 82 1 a 1072 81 -1 a 1073 1008 1 a 1073 1007 -1 a 1073 84 1 a 1073 83 -1 a 1074 1034 1 a 1074 1033 -1 a 1074 86 1 a 1074 85 -1 a 1075 1038 1 a 1075 1037 -1 a 1075 88 1 a 1075 87 -1 a 1076 1042 1 a 1076 1041 -1 a 1076 90 1 a 1076 89 -1 a 1077 1066 -1 a 1077 1065 1 a 1077 92 1 a 1077 91 -1 a 1078 1096 1 a 1078 1095 -1 a 1078 94 1 a 1078 93 -1 a 1079 1116 1 a 1079 1115 -1 a 1079 96 1 a 1079 95 -1 a 1080 1136 1 a 1080 1135 -1 a 1080 98 1 a 1080 97 -1 a 1081 1144 1 a 1081 1143 -1 a 1081 100 1 a 1081 99 -1 a 1082 1206 -1 a 1082 1205 1 a 1082 102 1 a 1082 101 -1 a 1083 1188 1 a 1083 1187 -1 a 1083 104 1 a 1083 103 -1 a 1084 1220 1 a 1084 1219 -1 a 1084 106 1 a 1084 105 -1 a 1085 1504 1 a 1085 1503 -1 a 1085 108 1 a 1085 107 -1 a 1086 1880 1 a 1086 1879 -1 a 1086 110 1 a 1086 109 -1 a 1087 1250 1 a 1087 1249 -1 a 1087 112 1 a 1087 111 -1 a 1088 1228 1 a 1088 1227 -1 a 1088 114 1 a 1088 113 -1 a 1089 1282 1 a 1089 1281 -1 a 1089 116 1 a 1089 115 -1 a 1090 1276 1 a 1090 1275 -1 a 1090 118 1 a 1090 117 -1 a 1091 1324 1 a 1091 1323 -1 a 1091 120 1 a 1091 119 -1 a 1092 1326 1 a 1092 1325 -1 a 1092 122 1 a 1092 121 -1 a 1093 1406 1 a 1093 1405 -1 a 1093 124 1 a 1093 123 -1 a 1094 1398 1 a 1094 1397 -1 a 1094 126 1 a 1094 125 -1 a 1095 1390 -1 a 1095 1389 1 a 1095 1388 1 a 1095 1387 -1 a 1095 128 1 a 1095 127 -1 a 1096 1392 1 a 1096 1391 -1 a 1096 1388 -1 a 1096 1387 1 a 1096 130 1 a 1096 129 -1 a 1097 1426 1 a 1097 1425 -1 a 1097 132 1 a 1097 131 -1 a 1098 1434 1 a 1098 1433 -1 a 1098 134 1 a 1098 133 -1 a 1099 1450 1 a 1099 1449 -1 a 1099 136 1 a 1099 135 -1 a 1100 1454 1 a 1100 1453 -1 a 1100 138 1 a 1100 137 -1 a 1101 1486 1 a 1101 1485 -1 a 1101 140 1 a 1101 139 -1 a 1102 1524 1 a 1102 1523 -1 a 1102 142 1 a 1102 141 -1 a 1103 1536 1 a 1103 1535 -1 a 1103 144 1 a 1103 143 -1 a 1104 1532 1 a 1104 1531 -1 a 1104 146 1 a 1104 145 -1 a 1105 1546 1 a 1105 1545 -1 a 1105 148 1 a 1105 147 -1 a 1106 1556 1 a 1106 1555 -1 a 1106 150 1 a 1106 149 -1 a 1107 1562 1 a 1107 1561 -1 a 1107 152 1 a 1107 151 -1 a 1108 1578 1 a 1108 1577 -1 a 1108 154 1 a 1108 153 -1 a 1109 1612 1 a 1109 1611 -1 a 1109 156 1 a 1109 155 -1 a 1110 1618 1 a 1110 1617 -1 a 1110 158 1 a 1110 157 -1 a 1111 1630 1 a 1111 1629 -1 a 1111 160 1 a 1111 159 -1 a 1112 1640 1 a 1112 1639 -1 a 1112 162 1 a 1112 161 -1 a 1113 1674 1 a 1113 1673 -1 a 1113 164 1 a 1113 163 -1 a 1114 1682 -1 a 1114 1681 1 a 1114 1680 1 a 1114 1679 -1 a 1114 166 1 a 1114 165 -1 a 1115 1678 1 a 1115 1677 -1 a 1115 168 1 a 1115 167 -1 a 1116 1684 1 a 1116 1683 -1 a 1116 170 1 a 1116 169 -1 a 1117 1692 1 a 1117 1691 -1 a 1117 172 1 a 1117 171 -1 a 1118 3262 1 a 1118 3261 -1 a 1118 1702 -1 a 1118 1701 1 a 1118 174 1 a 1118 173 -1 a 1118 14 0.008151 a 1118 13 -0.008151 a 1119 1698 -1 a 1119 1697 1 a 1119 176 1 a 1119 175 -1 a 1120 1718 1 a 1120 1717 -1 a 1120 1716 -1 a 1120 1715 1 a 1120 178 1 a 1120 177 -1 a 1121 1716 1 a 1121 1715 -1 a 1121 1710 -1 a 1121 1709 1 a 1121 180 1 a 1121 179 -1 a 1122 1754 1 a 1122 1753 -1 a 1122 182 1 a 1122 181 -1 a 1123 1744 1 a 1123 1743 -1 a 1123 184 1 a 1123 183 -1 a 1124 1762 1 a 1124 1761 -1 a 1124 186 1 a 1124 185 -1 a 1125 1790 1 a 1125 1789 -1 a 1125 1788 -1 a 1125 1787 1 a 1125 188 1 a 1125 187 -1 a 1126 1784 1 a 1126 1783 -1 a 1126 190 1 a 1126 189 -1 a 1127 1796 1 a 1127 1795 -1 a 1127 192 1 a 1127 191 -1 a 1128 1802 1 a 1128 1801 -1 a 1128 194 1 a 1128 193 -1 a 1129 1810 1 a 1129 1809 -1 a 1129 196 1 a 1129 195 -1 a 1130 1824 1 a 1130 1823 -1 a 1130 198 1 a 1130 197 -1 a 1131 1844 1 a 1131 1843 -1 a 1131 200 1 a 1131 199 -1 a 1132 1862 1 a 1132 1861 -1 a 1132 202 1 a 1132 201 -1 a 1133 1882 1 a 1133 1881 -1 a 1133 204 1 a 1133 203 -1 a 1134 1916 1 a 1134 1915 -1 a 1134 206 1 a 1134 205 -1 a 1135 1918 1 a 1135 1917 -1 a 1135 208 1 a 1135 207 -1 a 1136 1926 1 a 1136 1925 -1 a 1136 210 1 a 1136 209 -1 a 1137 1928 1 a 1137 1927 -1 a 1137 212 1 a 1137 211 -1 a 1138 1944 1 a 1138 1943 -1 a 1138 214 1 a 1138 213 -1 a 1139 1948 1 a 1139 1947 -1 a 1139 216 1 a 1139 215 -1 a 1140 1958 1 a 1140 1957 -1 a 1140 218 1 a 1140 217 -1 a 1141 2018 1 a 1141 2017 -1 a 1141 220 1 a 1141 219 -1 a 1142 2022 1 a 1142 2021 -1 a 1142 222 1 a 1142 221 -1 a 1143 2048 1 a 1143 2047 -1 a 1143 224 1 a 1143 223 -1 a 1144 2044 1 a 1144 2043 -1 a 1144 226 1 a 1144 225 -1 a 1145 2056 1 a 1145 2055 -1 a 1145 228 1 a 1145 227 -1 a 1146 2060 -1 a 1146 2059 1 a 1146 2058 1 a 1146 2057 -1 a 1146 230 1 a 1146 229 -1 a 1147 2088 1 a 1147 2087 -1 a 1147 232 1 a 1147 231 -1 a 1148 2090 1 a 1148 2089 -1 a 1148 234 1 a 1148 233 -1 a 1149 2100 1 a 1149 2099 -1 a 1149 236 1 a 1149 235 -1 a 1150 2160 -1 a 1150 2159 1 a 1150 238 1 a 1150 237 -1 a 1151 2202 -1 a 1151 2201 1 a 1151 240 1 a 1151 239 -1 a 1152 2398 -1 a 1152 2397 1 a 1152 2396 1 a 1152 2395 -1 a 1152 242 1 a 1152 241 -1 a 1153 2218 1 a 1153 2217 -1 a 1153 244 1 a 1153 243 -1 a 1154 2222 1 a 1154 2221 -1 a 1154 246 1 a 1154 245 -1 a 1155 2224 1 a 1155 2223 -1 a 1155 248 1 a 1155 247 -1 a 1156 2234 1 a 1156 2233 -1 a 1156 250 1 a 1156 249 -1 a 1157 2296 1 a 1157 2295 -1 a 1157 252 1 a 1157 251 -1 a 1158 2336 1 a 1158 2335 -1 a 1158 254 1 a 1158 253 -1 a 1159 2416 1 a 1159 2415 -1 a 1159 2396 1 a 1159 2395 -1 a 1159 2384 1 a 1159 2383 -1 a 1159 2370 1 a 1159 2369 -1 a 1159 2362 1 a 1159 2361 -1 a 1159 1716 1 a 1159 1715 -1 a 1159 1388 1 a 1159 1387 -1 a 1159 256 1 a 1159 255 -1 a 1160 2342 1 a 1160 2341 -1 a 1160 258 1 a 1160 257 -1 a 1161 2348 1 a 1161 2347 -1 a 1161 260 1 a 1161 259 -1 a 1162 2364 1 a 1162 2363 -1 a 1162 2362 -1 a 1162 2361 1 a 1162 262 1 a 1162 261 -1 a 1163 2362 1 a 1163 2361 -1 a 1163 2358 -1 a 1163 2357 1 a 1163 264 1 a 1163 263 -1 a 1164 2386 1 a 1164 2385 -1 a 1164 2384 -1 a 1164 2383 1 a 1164 266 1 a 1164 265 -1 a 1165 2384 1 a 1165 2383 -1 a 1165 2378 -1 a 1165 2377 1 a 1165 268 1 a 1165 267 -1 a 1166 2400 1 a 1166 2399 -1 a 1166 2396 -1 a 1166 2395 1 a 1166 270 1 a 1166 269 -1 a 1167 2418 1 a 1167 2417 -1 a 1167 2416 -1 a 1167 2415 1 a 1167 272 1 a 1167 271 -1 a 1168 2416 1 a 1168 2415 -1 a 1168 2410 -1 a 1168 2409 1 a 1168 274 1 a 1168 273 -1 a 1169 2452 1 a 1169 2451 -1 a 1169 276 1 a 1169 275 -1 a 1170 2480 1 a 1170 2479 -1 a 1170 278 1 a 1170 277 -1 a 1171 2470 1 a 1171 2469 -1 a 1171 280 1 a 1171 279 -1 a 1172 2474 1 a 1172 2473 -1 a 1172 282 1 a 1172 281 -1 a 1173 2486 1 a 1173 2485 -1 a 1173 284 1 a 1173 283 -1 a 1174 2496 1 a 1174 2495 -1 a 1174 286 1 a 1174 285 -1 a 1175 2500 -1 a 1175 2499 1 a 1175 2498 1 a 1175 2497 -1 a 1175 288 1 a 1175 287 -1 a 1176 2508 1 a 1176 2507 -1 a 1176 290 1 a 1176 289 -1 a 1177 2532 1 a 1177 2531 -1 a 1177 292 1 a 1177 291 -1 a 1178 2544 1 a 1178 2543 -1 a 1178 294 1 a 1178 293 -1 a 1179 2548 1 a 1179 2547 -1 a 1179 296 1 a 1179 295 -1 a 1180 2552 1 a 1180 2551 -1 a 1180 298 1 a 1180 297 -1 a 1181 2556 1 a 1181 2555 -1 a 1181 300 1 a 1181 299 -1 a 1182 2572 1 a 1182 2571 -1 a 1182 302 1 a 1182 301 -1 a 1183 2620 1 a 1183 2619 -1 a 1183 304 1 a 1183 303 -1 a 1184 2578 1 a 1184 2577 -1 a 1184 306 1 a 1184 305 -1 a 1185 2576 1 a 1185 2575 -1 a 1185 308 1 a 1185 307 -1 a 1186 2596 1 a 1186 2595 -1 a 1186 310 1 a 1186 309 -1 a 1187 2592 1 a 1187 2591 -1 a 1187 312 1 a 1187 311 -1 a 1188 2588 1 a 1188 2587 -1 a 1188 314 1 a 1188 313 -1 a 1189 2608 1 a 1189 2607 -1 a 1189 316 1 a 1189 315 -1 a 1190 2612 1 a 1190 2611 -1 a 1190 318 1 a 1190 317 -1 a 1191 2628 1 a 1191 2627 -1 a 1191 320 1 a 1191 319 -1 a 1192 2624 1 a 1192 2623 -1 a 1192 322 1 a 1192 321 -1 a 1193 2636 1 a 1193 2635 -1 a 1193 324 1 a 1193 323 -1 a 1194 2650 1 a 1194 2649 -1 a 1194 326 1 a 1194 325 -1 a 1195 2712 1 a 1195 2711 -1 a 1195 2710 1 a 1195 2709 -1 a 1195 328 1 a 1195 327 -1 a 1196 2676 1 a 1196 2675 -1 a 1196 330 1 a 1196 329 -1 a 1197 2688 1 a 1197 2687 -1 a 1197 332 1 a 1197 331 -1 a 1198 2702 1 a 1198 2701 -1 a 1198 334 1 a 1198 333 -1 a 1199 2698 1 a 1199 2697 -1 a 1199 336 1 a 1199 335 -1 a 1200 2724 1 a 1200 2723 -1 a 1200 338 1 a 1200 337 -1 a 1201 2758 1 a 1201 2757 -1 a 1201 340 1 a 1201 339 -1 a 1202 2830 1 a 1202 2829 -1 a 1202 342 1 a 1202 341 -1 a 1203 2762 1 a 1203 2761 -1 a 1203 344 1 a 1203 343 -1 a 1204 2772 1 a 1204 2771 -1 a 1204 346 1 a 1204 345 -1 a 1205 2812 1 a 1205 2811 -1 a 1205 348 1 a 1205 347 -1 a 1206 2786 1 a 1206 2785 -1 a 1206 350 1 a 1206 349 -1 a 1207 2776 1 a 1207 2775 -1 a 1207 352 1 a 1207 351 -1 a 1208 2782 1 a 1208 2781 -1 a 1208 354 1 a 1208 353 -1 a 1209 2804 1 a 1209 2803 -1 a 1209 356 1 a 1209 355 -1 a 1210 2844 1 a 1210 2843 -1 a 1210 358 1 a 1210 357 -1 a 1211 2882 1 a 1211 2881 -1 a 1211 360 1 a 1211 359 -1 a 1212 2888 1 a 1212 2887 -1 a 1212 362 1 a 1212 361 -1 a 1213 2900 1 a 1213 2899 -1 a 1213 364 1 a 1213 363 -1 a 1214 2914 1 a 1214 2913 -1 a 1214 366 1 a 1214 365 -1 a 1215 2924 1 a 1215 2923 -1 a 1215 368 1 a 1215 367 -1 a 1216 3264 1 a 1216 3263 -1 a 1216 3262 1 a 1216 3261 -1 a 1216 3082 1 a 1216 3081 -1 a 1216 1788 1 a 1216 1787 -1 a 1216 1206 1 a 1216 1205 -1 a 1216 370 1 a 1216 369 -1 a 1217 2946 1 a 1217 2945 -1 a 1217 372 1 a 1217 371 -1 a 1218 3264 -1 a 1218 3263 1 a 1218 3262 -1 a 1218 3261 1 a 1218 2936 1 a 1218 2935 -1 a 1218 374 1 a 1218 373 -1 a 1219 2934 1 a 1219 2933 -1 a 1219 376 1 a 1219 375 -1 a 1220 2944 1 a 1220 2943 -1 a 1220 378 1 a 1220 377 -1 a 1221 3262 -1 a 1221 3261 1 a 1221 380 1 a 1221 379 -1 a 1222 3264 -1 a 1222 3263 1 a 1222 382 1 a 1222 381 -1 a 1223 3264 1 a 1223 3263 -1 a 1223 3262 1 a 1223 3261 -1 a 1223 2980 1 a 1223 2979 -1 a 1223 384 1 a 1223 383 -1 a 1224 2982 1 a 1224 2981 -1 a 1224 386 1 a 1224 385 -1 a 1225 3012 1 a 1225 3011 -1 a 1225 388 1 a 1225 387 -1 a 1226 3024 1 a 1226 3023 -1 a 1226 390 1 a 1226 389 -1 a 1227 3036 1 a 1227 3035 -1 a 1227 392 1 a 1227 391 -1 a 1228 3064 1 a 1228 3063 -1 a 1228 394 1 a 1228 393 -1 a 1229 3078 1 a 1229 3077 -1 a 1229 396 1 a 1229 395 -1 a 1230 3114 1 a 1230 3113 -1 a 1230 398 1 a 1230 397 -1 a 1231 3130 1 a 1231 3129 -1 a 1231 400 1 a 1231 399 -1 a 1232 3136 1 a 1232 3135 -1 a 1232 402 1 a 1232 401 -1 a 1233 3142 1 a 1233 3141 -1 a 1233 404 1 a 1233 403 -1 a 1234 3150 1 a 1234 3149 -1 a 1234 406 1 a 1234 405 -1 a 1235 3156 1 a 1235 3155 -1 a 1235 408 1 a 1235 407 -1 a 1236 3172 1 a 1236 3171 -1 a 1236 410 1 a 1236 409 -1 a 1237 3200 1 a 1237 3199 -1 a 1237 412 1 a 1237 411 -1 a 1238 3176 -1 a 1238 3175 1 a 1238 414 1 a 1238 413 -1 a 1238 16 0.019456 a 1238 15 -0.019456 a 1239 1852 1 a 1239 1851 -1 a 1239 416 1 a 1239 415 -1 a 1240 3208 1 a 1240 3207 -1 a 1240 418 1 a 1240 417 -1 a 1241 3240 1 a 1241 3239 -1 a 1241 420 1 a 1241 419 -1 a 1242 3256 1 a 1242 3255 -1 a 1242 422 1 a 1242 421 -1 a 1243 3272 -1 a 1243 3271 1 a 1243 3264 1 a 1243 3263 -1 a 1243 424 1 a 1243 423 -1 a 1244 1642 -1 a 1244 1641 1 a 1244 426 1 a 1244 425 -1 a 1245 3280 1 a 1245 3279 -1 a 1245 428 1 a 1245 427 -1 a 1246 3408 1 a 1246 3407 -1 a 1246 430 1 a 1246 429 -1 a 1247 3414 1 a 1247 3413 -1 a 1247 432 1 a 1247 431 -1 a 1248 3426 1 a 1248 3425 -1 a 1248 434 1 a 1248 433 -1 a 1249 3460 1 a 1249 3459 -1 a 1249 436 1 a 1249 435 -1 a 1250 3452 1 a 1250 3451 -1 a 1250 438 1 a 1250 437 -1 a 1251 3434 1 a 1251 3433 -1 a 1251 440 1 a 1251 439 -1 a 1252 3438 1 a 1252 3437 -1 a 1252 442 1 a 1252 441 -1 a 1253 3442 1 a 1253 3441 -1 a 1253 444 1 a 1253 443 -1 a 1254 3446 1 a 1254 3445 -1 a 1254 446 1 a 1254 445 -1 a 1255 3480 1 a 1255 3479 -1 a 1255 448 1 a 1255 447 -1 a 1256 3468 1 a 1256 3467 -1 a 1256 450 1 a 1256 449 -1 a 1257 3474 1 a 1257 3473 -1 a 1257 452 1 a 1257 451 -1 a 1258 3534 1 a 1258 3533 -1 a 1258 454 1 a 1258 453 -1 a 1259 3536 1 a 1259 3535 -1 a 1259 456 1 a 1259 455 -1 a 1260 3546 1 a 1260 3545 -1 a 1260 458 1 a 1260 457 -1 a 1261 3570 1 a 1261 3569 -1 a 1261 460 1 a 1261 459 -1 a 1262 3560 1 a 1262 3559 -1 a 1262 462 1 a 1262 461 -1 a 1263 3556 1 a 1263 3555 -1 a 1263 464 1 a 1263 463 -1 a 1264 3574 1 a 1264 3573 -1 a 1264 466 1 a 1264 465 -1 a 1265 3588 -1 a 1265 3587 1 a 1265 3586 1 a 1265 3585 -1 a 1265 468 1 a 1265 467 -1 a 1266 3590 1 a 1266 3589 -1 a 1266 470 1 a 1266 469 -1 a 1267 3634 1 a 1267 3633 -1 a 1267 472 1 a 1267 471 -1 a 1268 3652 1 a 1268 3651 -1 a 1268 474 1 a 1268 473 -1 a 1269 3646 1 a 1269 3645 -1 a 1269 476 1 a 1269 475 -1 a 1270 3664 1 a 1270 3663 -1 a 1270 478 1 a 1270 477 -1 a 1271 3690 1 a 1271 3689 -1 a 1271 480 1 a 1271 479 -1 a 1272 3704 1 a 1272 3703 -1 a 1272 482 1 a 1272 481 -1 a 1273 3752 1 a 1273 3751 -1 a 1273 484 1 a 1273 483 -1 a 1274 3710 1 a 1274 3709 -1 a 1274 486 1 a 1274 485 -1 a 1275 3770 1 a 1275 3769 -1 a 1275 488 1 a 1275 487 -1 a 1276 3780 1 a 1276 3779 -1 a 1276 490 1 a 1276 489 -1 a 1277 3796 1 a 1277 3795 -1 a 1277 492 1 a 1277 491 -1 a 1278 3830 1 a 1278 3829 -1 a 1278 494 1 a 1278 493 -1 a 1279 3808 1 a 1279 3807 -1 a 1279 496 1 a 1279 495 -1 a 1280 3820 1 a 1280 3819 -1 a 1280 498 1 a 1280 497 -1 a 1281 3828 -1 a 1281 3827 1 a 1281 3826 1 a 1281 3825 -1 a 1281 500 1 a 1281 499 -1 a 1282 3928 -1 a 1282 3927 1 a 1282 502 1 a 1282 501 -1 a 1283 3950 1 a 1283 3949 -1 a 1283 504 1 a 1283 503 -1 a 1284 3948 1 a 1284 3947 -1 a 1284 506 1 a 1284 505 -1 a 1285 3960 1 a 1285 3959 -1 a 1285 508 1 a 1285 507 -1 a 1286 3962 1 a 1286 3961 -1 a 1286 510 1 a 1286 509 -1 a 1287 3964 1 a 1287 3963 -1 a 1287 512 1 a 1287 511 -1 a 1288 4012 1 a 1288 4011 -1 a 1288 514 1 a 1288 513 -1 a 1289 4016 1 a 1289 4015 -1 a 1289 516 1 a 1289 515 -1 a 1290 4048 1 a 1290 4047 -1 a 1290 518 1 a 1290 517 -1 a 1291 4120 1 a 1291 4119 -1 a 1291 520 1 a 1291 519 -1 a 1292 4232 1 a 1292 4231 -1 a 1292 522 1 a 1292 521 -1 a 1293 4224 -1 a 1293 4223 1 a 1293 524 1 a 1293 523 -1 a 1294 4238 1 a 1294 4237 -1 a 1294 526 1 a 1294 525 -1 a 1295 4338 1 a 1295 4337 -1 a 1295 528 1 a 1295 527 -1 a 1296 4358 1 a 1296 4357 -1 a 1296 530 1 a 1296 529 -1 a 1297 4352 1 a 1297 4351 -1 a 1297 532 1 a 1297 531 -1 a 1298 4394 1 a 1298 4393 -1 a 1298 534 1 a 1298 533 -1 a 1299 4400 1 a 1299 4399 -1 a 1299 536 1 a 1299 535 -1 a 1300 4432 1 a 1300 4431 -1 a 1300 538 1 a 1300 537 -1 a 1301 4422 1 a 1301 4421 -1 a 1301 540 1 a 1301 539 -1 a 1302 4438 1 a 1302 4437 -1 a 1302 542 1 a 1302 541 -1 a 1303 4458 1 a 1303 4457 -1 a 1303 544 1 a 1303 543 -1 a 1304 4494 1 a 1304 4493 -1 a 1304 546 1 a 1304 545 -1 a 1305 4514 1 a 1305 4513 -1 a 1305 548 1 a 1305 547 -1 a 1306 4528 1 a 1306 4527 -1 a 1306 550 1 a 1306 549 -1 a 1307 4522 1 a 1307 4521 -1 a 1307 552 1 a 1307 551 -1 a 1308 4540 1 a 1308 4539 -1 a 1308 554 1 a 1308 553 -1 a 1309 4546 1 a 1309 4545 -1 a 1309 556 1 a 1309 555 -1 a 1310 4562 1 a 1310 4561 -1 a 1310 558 1 a 1310 557 -1 a 1311 4580 -1 a 1311 4579 1 a 1311 4578 1 a 1311 4577 -1 a 1311 560 1 a 1311 559 -1 a 1312 4588 1 a 1312 4587 -1 a 1312 562 1 a 1312 561 -1 a 1313 4594 1 a 1313 4593 -1 a 1313 564 1 a 1313 563 -1 a 1314 4654 1 a 1314 4653 -1 a 1314 566 1 a 1314 565 -1 a 1315 4674 1 a 1315 4673 -1 a 1315 568 1 a 1315 567 -1 a 1316 2082 1 a 1316 2081 -1 a 1316 570 1 a 1316 569 -1 a 1317 4696 1 a 1317 4695 -1 a 1317 572 1 a 1317 571 -1 a 1318 4718 1 a 1318 4717 -1 a 1318 574 1 a 1318 573 -1 a 1319 4720 1 a 1319 4719 -1 a 1319 576 1 a 1319 575 -1 a 1320 4724 1 a 1320 4723 -1 a 1320 578 1 a 1320 577 -1 a 1321 4728 1 a 1321 4727 -1 a 1321 580 1 a 1321 579 -1 a 1322 4732 1 a 1322 4731 -1 a 1322 582 1 a 1322 581 -1 a 1323 4744 1 a 1323 4743 -1 a 1323 584 1 a 1323 583 -1 a 1324 4768 1 a 1324 4767 -1 a 1324 586 1 a 1324 585 -1 a 1325 4778 1 a 1325 4777 -1 a 1325 588 1 a 1325 587 -1 a 1326 4786 1 a 1326 4785 -1 a 1326 590 1 a 1326 589 -1 a 1327 4800 1 a 1327 4799 -1 a 1327 592 1 a 1327 591 -1 a 1328 4804 1 a 1328 4803 -1 a 1328 594 1 a 1328 593 -1 a 1329 4812 1 a 1329 4811 -1 a 1329 596 1 a 1329 595 -1 a 1330 4814 1 a 1330 4813 -1 a 1330 598 1 a 1330 597 -1 a 1331 4852 1 a 1331 4851 -1 a 1331 600 1 a 1331 599 -1 a 1332 4876 1 a 1332 4875 -1 a 1332 602 1 a 1332 601 -1 a 1333 4862 1 a 1333 4861 -1 a 1333 604 1 a 1333 603 -1 a 1334 4880 1 a 1334 4879 -1 a 1334 606 1 a 1334 605 -1 a 1335 4848 1 a 1335 4847 -1 a 1335 608 1 a 1335 607 -1 a 1336 4898 1 a 1336 4897 -1 a 1336 610 1 a 1336 609 -1 a 1337 4896 1 a 1337 4895 -1 a 1337 612 1 a 1337 611 -1 a 1338 4930 1 a 1338 4929 -1 a 1338 614 1 a 1338 613 -1 a 1339 4944 1 a 1339 4943 -1 a 1339 616 1 a 1339 615 -1 a 1340 4950 1 a 1340 4949 -1 a 1340 618 1 a 1340 617 -1 a 1341 4952 1 a 1341 4951 -1 a 1341 620 1 a 1341 619 -1 a 1342 4954 1 a 1342 4953 -1 a 1342 622 1 a 1342 621 -1 a 1343 4958 -1 a 1343 4957 1 a 1343 4956 1 a 1343 4955 -1 a 1343 624 1 a 1343 623 -1 a 1344 4962 1 a 1344 4961 -1 a 1344 626 1 a 1344 625 -1 a 1345 4964 1 a 1345 4963 -1 a 1345 628 1 a 1345 627 -1 a 1346 4980 1 a 1346 4979 -1 a 1346 630 1 a 1346 629 -1 a 1347 4972 1 a 1347 4971 -1 a 1347 632 1 a 1347 631 -1 a 1348 4992 1 a 1348 4991 -1 a 1348 634 1 a 1348 633 -1 a 1349 5020 1 a 1349 5019 -1 a 1349 636 1 a 1349 635 -1 a 1350 5038 1 a 1350 5037 -1 a 1350 638 1 a 1350 637 -1 a 1351 5028 1 a 1351 5027 -1 a 1351 640 1 a 1351 639 -1 a 1352 5034 1 a 1352 5033 -1 a 1352 642 1 a 1352 641 -1 a 1353 5064 1 a 1353 5063 -1 a 1353 644 1 a 1353 643 -1 a 1354 5084 1 a 1354 5083 -1 a 1354 646 1 a 1354 645 -1 a 1355 5088 1 a 1355 5087 -1 a 1355 648 1 a 1355 647 -1 a 1356 5102 1 a 1356 5101 -1 a 1356 650 1 a 1356 649 -1 a 1357 5114 1 a 1357 5113 -1 a 1357 652 1 a 1357 651 -1 a 1358 5126 1 a 1358 5125 -1 a 1358 654 1 a 1358 653 -1 a 1359 5130 1 a 1359 5129 -1 a 1359 656 1 a 1359 655 -1 a 1360 5138 1 a 1360 5137 -1 a 1360 658 1 a 1360 657 -1 a 1361 5156 1 a 1361 5155 -1 a 1361 660 1 a 1361 659 -1 a 1362 5150 1 a 1362 5149 -1 a 1362 662 1 a 1362 661 -1 a 1363 5166 1 a 1363 5165 -1 a 1363 664 1 a 1363 663 -1 a 1364 4058 -1 a 1364 4057 1 a 1364 666 1 a 1364 665 -1 a 1365 4062 -1 a 1365 4061 1 a 1365 668 1 a 1365 667 -1 a 1366 4066 -1 a 1366 4065 1 a 1366 670 1 a 1366 669 -1 a 1367 4070 -1 a 1367 4069 1 a 1367 672 1 a 1367 671 -1 a 1368 4124 -1 a 1368 4123 1 a 1368 4074 -1 a 1368 4073 1 a 1368 674 1 a 1368 673 -1 a 1369 4078 -1 a 1369 4077 1 a 1369 676 1 a 1369 675 -1 a 1370 4126 -1 a 1370 4125 1 a 1370 4082 -1 a 1370 4081 1 a 1370 678 1 a 1370 677 -1 a 1371 682 1 a 1371 681 -1 a 1371 680 -1 a 1371 679 1 a 1372 686 1 a 1372 685 -1 a 1372 684 -1 a 1372 683 1 a 1373 952 1 a 1373 951 -1 a 1373 690 -1 a 1373 689 1 a 1373 688 1 a 1373 687 -1 a 1374 1892 -1 a 1374 1891 1 a 1374 1548 -1 a 1374 1547 1 a 1375 4298 -1 a 1375 4297 1 a 1375 3298 1 a 1375 3297 -1 a 1376 4300 -1 a 1376 4299 1 a 1376 3300 1 a 1376 3299 -1 a 1377 4302 -1 a 1377 4301 1 a 1377 3302 1 a 1377 3301 -1 a 1378 4304 -1 a 1378 4303 1 a 1378 3304 1 a 1378 3303 -1 a 1379 4306 -1 a 1379 4305 1 a 1379 3306 1 a 1379 3305 -1 a 1380 4308 -1 a 1380 4307 1 a 1380 3308 1 a 1380 3307 -1 a 1381 4310 -1 a 1381 4309 1 a 1381 3310 1 a 1381 3309 -1 a 1382 4312 -1 a 1382 4311 1 a 1382 3312 1 a 1382 3311 -1 a 1383 4314 -1 a 1383 4313 1 a 1383 3314 1 a 1383 3313 -1 a 1384 4316 -1 a 1384 4315 1 a 1384 3316 1 a 1384 3315 -1 a 1385 4318 -1 a 1385 4317 1 a 1385 3318 1 a 1385 3317 -1 a 1386 4320 -1 a 1386 4319 1 a 1386 3320 1 a 1386 3319 -1 a 1387 4322 -1 a 1387 4321 1 a 1387 3322 1 a 1387 3321 -1 a 1388 4324 -1 a 1388 4323 1 a 1388 3324 1 a 1388 3323 -1 a 1389 4284 -1 a 1389 4283 1 a 1389 3284 1 a 1389 3283 -1 a 1390 4292 -1 a 1390 4291 1 a 1390 3292 1 a 1390 3291 -1 a 1391 4290 -1 a 1391 4289 1 a 1391 3290 1 a 1391 3289 -1 a 1392 4296 -1 a 1392 4295 1 a 1392 3296 1 a 1392 3295 -1 a 1393 4294 -1 a 1393 4293 1 a 1393 3294 1 a 1393 3293 -1 a 1394 4288 -1 a 1394 4287 1 a 1394 3288 1 a 1394 3287 -1 a 1395 4286 -1 a 1395 4285 1 a 1395 3286 1 a 1395 3285 -1 a 1396 708 1 a 1396 707 -1 a 1396 692 -1 a 1396 691 1 a 1397 706 1 a 1397 705 -1 a 1397 694 -1 a 1397 693 1 a 1398 710 1 a 1398 709 -1 a 1398 696 -1 a 1398 695 1 a 1399 704 1 a 1399 703 -1 a 1399 698 -1 a 1399 697 1 a 1400 702 -1 a 1400 701 1 a 1400 700 1 a 1400 699 -1 a 1401 1890 1 a 1401 1889 -1 a 1401 712 -1 a 1401 711 1 a 1402 4256 -1 a 1402 4255 1 a 1402 728 1 a 1402 727 -1 a 1403 4258 -1 a 1403 4257 1 a 1403 730 1 a 1403 729 -1 a 1404 4260 -1 a 1404 4259 1 a 1404 732 1 a 1404 731 -1 a 1405 4262 -1 a 1405 4261 1 a 1405 1284 -1 a 1405 1283 1 a 1405 734 1 a 1405 733 -1 a 1406 4264 -1 a 1406 4263 1 a 1406 736 1 a 1406 735 -1 a 1407 4266 -1 a 1407 4265 1 a 1407 738 1 a 1407 737 -1 a 1408 4268 -1 a 1408 4267 1 a 1408 740 1 a 1408 739 -1 a 1409 4270 -1 a 1409 4269 1 a 1409 756 1 a 1409 755 -1 a 1410 4272 -1 a 1410 4271 1 a 1410 758 1 a 1410 757 -1 a 1411 4274 -1 a 1411 4273 1 a 1411 760 1 a 1411 759 -1 a 1412 4276 -1 a 1412 4275 1 a 1412 1286 -1 a 1412 1285 1 a 1412 762 1 a 1412 761 -1 a 1413 4278 -1 a 1413 4277 1 a 1413 764 1 a 1413 763 -1 a 1414 4280 -1 a 1414 4279 1 a 1414 766 1 a 1414 765 -1 a 1415 4282 -1 a 1415 4281 1 a 1415 768 1 a 1415 767 -1 a 1416 4242 -1 a 1416 4241 1 a 1416 714 1 a 1416 713 -1 a 1417 1934 -1 a 1417 1933 1 a 1417 1932 1 a 1417 1931 -1 a 1418 4250 -1 a 1418 4249 1 a 1418 722 1 a 1418 721 -1 a 1419 4248 -1 a 1419 4247 1 a 1419 720 1 a 1419 719 -1 a 1420 4254 -1 a 1420 4253 1 a 1420 726 1 a 1420 725 -1 a 1421 4252 -1 a 1421 4251 1 a 1421 724 1 a 1421 723 -1 a 1422 4246 -1 a 1422 4245 1 a 1422 718 1 a 1422 717 -1 a 1423 4244 -1 a 1423 4243 1 a 1423 716 1 a 1423 715 -1 a 1424 900 -1 a 1424 899 1 a 1424 794 -1 a 1424 793 1 a 1425 842 1 a 1425 841 -1 a 1425 798 -1 a 1425 797 1 a 1425 708 -1 a 1425 707 1 a 1426 840 1 a 1426 839 -1 a 1426 800 -1 a 1426 799 1 a 1426 706 -1 a 1426 705 1 a 1427 844 1 a 1427 843 -1 a 1427 802 -1 a 1427 801 1 a 1427 710 -1 a 1427 709 1 a 1428 2972 -1 a 1428 2971 1 a 1428 2970 1 a 1428 2969 -1 a 1429 834 -1 a 1429 833 1 a 1429 832 -1 a 1429 831 1 a 1430 3046 -1 a 1430 3045 1 a 1430 3044 1 a 1430 3043 -1 a 1431 898 -1 a 1431 897 1 a 1431 838 1 a 1431 837 -1 a 1431 704 -1 a 1431 703 1 a 1432 2730 -1 a 1432 2729 1 a 1432 962 -1 a 1432 961 1 a 1432 960 1 a 1432 959 -1 a 1433 4968 -1 a 1433 4967 1 a 1433 902 -1 a 1433 901 1 a 1434 918 -1 a 1434 917 1 a 1434 916 1 a 1434 915 -1 a 1435 924 -1 a 1435 923 1 a 1435 922 -1 a 1435 921 1 a 1436 3220 1 a 1436 3219 -1 a 1436 3218 -1 a 1436 3217 1 a 1437 1162 -1 a 1437 1161 1 a 1437 908 -1 a 1437 907 1 a 1437 896 -1 a 1437 895 1 a 1437 894 1 a 1437 893 -1 a 1438 1170 -1 a 1438 1169 1 a 1438 912 -1 a 1438 911 1 a 1438 910 1 a 1438 909 -1 a 1438 908 1 a 1438 907 -1 a 1439 3224 1 a 1439 3223 -1 a 1439 3222 -1 a 1439 3221 1 a 1440 1104 -1 a 1440 1103 1 a 1440 1102 1 a 1440 1101 -1 a 1440 1100 1 a 1440 1099 -1 a 1441 984 -1 a 1441 983 1 a 1441 982 1 a 1441 981 -1 a 1442 990 1 a 1442 989 -1 a 1442 988 -1 a 1442 987 1 a 1443 1004 -1 a 1443 1003 1 a 1443 1000 -1 a 1443 999 1 a 1444 4988 -1 a 1444 4987 1 a 1444 1002 -1 a 1444 1001 1 a 1444 1000 1 a 1444 999 -1 a 1445 1016 -1 a 1445 1015 1 a 1445 1014 1 a 1445 1013 -1 a 1445 1006 -1 a 1445 1005 1 a 1446 4990 -1 a 1446 4989 1 a 1446 1008 -1 a 1446 1007 1 a 1446 1006 1 a 1446 1005 -1 a 1447 1034 -1 a 1447 1033 1 a 1447 1032 1 a 1447 1031 -1 a 1448 1038 -1 a 1448 1037 1 a 1448 1036 1 a 1448 1035 -1 a 1449 1042 -1 a 1449 1041 1 a 1449 1040 1 a 1449 1039 -1 a 1450 3210 -1 a 1450 3209 1 a 1450 1066 1 a 1450 1065 -1 a 1451 1098 -1 a 1451 1097 1 a 1451 1096 -1 a 1451 1095 1 a 1452 1116 -1 a 1452 1115 1 a 1452 1114 1 a 1452 1113 -1 a 1453 3872 -1 a 1453 3871 1 a 1453 1136 -1 a 1453 1135 1 a 1453 1134 1 a 1453 1133 -1 a 1453 1132 1 a 1453 1131 -1 a 1453 842 -1 a 1453 841 1 a 1454 1144 -1 a 1454 1143 1 a 1454 1142 1 a 1454 1141 -1 a 1455 1412 -1 a 1455 1411 1 a 1455 1408 -1 a 1455 1407 1 a 1455 1188 -1 a 1455 1187 1 a 1456 1220 -1 a 1456 1219 1 a 1456 1218 1 a 1456 1217 -1 a 1457 1504 -1 a 1457 1503 1 a 1457 1502 1 a 1457 1501 -1 a 1458 3598 -1 a 1458 3597 1 a 1458 3594 -1 a 1458 3593 1 a 1458 3506 -1 a 1458 3505 1 a 1458 3504 -1 a 1458 3503 1 a 1458 3502 -1 a 1458 3501 1 a 1458 3500 -1 a 1458 3499 1 a 1458 3498 -1 a 1458 3497 1 a 1458 3496 -2 a 1458 3495 2 a 1458 3492 -1 a 1458 3491 1 a 1458 1880 -1 a 1458 1879 1 a 1458 1878 1 a 1458 1877 -1 a 1458 1174 -1 a 1458 1173 1 a 1458 908 -1 a 1458 907 1 a 1459 1250 -1 a 1459 1249 1 a 1459 1248 1 a 1459 1247 -1 a 1459 1246 1 a 1459 1245 -1 a 1459 1244 1 a 1459 1243 -1 a 1459 1242 1 a 1459 1241 -1 a 1460 3600 -1 a 1460 3599 1 a 1460 3596 -1 a 1460 3595 1 a 1460 3592 -1 a 1460 3591 1 a 1460 3494 -1 a 1460 3493 1 a 1460 1228 -1 a 1460 1227 1 a 1460 1224 1 a 1460 1223 -1 a 1461 1282 -1 a 1461 1281 1 a 1461 1280 1 a 1461 1279 -1 a 1462 1276 -1 a 1462 1275 1 a 1462 1274 1 a 1462 1273 -1 a 1463 1286 1 a 1463 1285 -1 a 1463 1284 1 a 1463 1283 -1 a 1464 3872 1 a 1464 3871 -1 a 1464 1324 -1 a 1464 1323 1 a 1465 1326 -1 a 1465 1325 1 a 1465 1186 1 a 1465 1185 -1 a 1465 1170 -1 a 1465 1169 1 a 1465 1162 -1 a 1465 1161 1 a 1466 3620 -2 a 1466 3619 2 a 1466 3618 -1 a 1466 3617 1 a 1466 1174 -1 a 1466 1173 1 a 1466 1166 1 a 1466 1165 -1 a 1466 1162 1 a 1466 1161 -1 a 1467 3622 -1 a 1467 3621 1 a 1467 3618 -1 a 1467 3617 1 a 1467 3616 -2 a 1467 3615 2 a 1467 1178 1 a 1467 1177 -1 a 1467 1174 1 a 1467 1173 -1 a 1467 1170 1 a 1467 1169 -1 a 1468 1406 -1 a 1468 1405 1 a 1468 1404 -1 a 1468 1403 1 a 1468 1402 1 a 1468 1401 -1 a 1468 1400 1 a 1468 1399 -1 a 1469 1398 -1 a 1469 1397 1 a 1469 1396 1 a 1469 1395 -1 a 1470 1394 -1 a 1470 1393 1 a 1470 1390 1 a 1470 1389 -1 a 1471 1392 -1 a 1471 1391 1 a 1471 1386 1 a 1471 1385 -1 a 1472 1426 -1 a 1472 1425 1 a 1472 1424 -1 a 1472 1423 1 a 1472 1422 1 a 1472 1421 -1 a 1472 1414 1 a 1472 1413 -1 a 1472 1412 1 a 1472 1411 -1 a 1472 1408 1 a 1472 1407 -1 a 1473 1434 -1 a 1473 1433 1 a 1473 1432 1 a 1473 1431 -1 a 1474 1450 -1 a 1474 1449 1 a 1474 1448 1 a 1474 1447 -1 a 1474 1446 1 a 1474 1445 -1 a 1474 1438 1 a 1474 1437 -1 a 1475 1454 -1 a 1475 1453 1 a 1475 1452 -1 a 1475 1451 1 a 1476 4756 1 a 1476 4755 -1 a 1476 1486 -1 a 1476 1485 1 a 1476 1484 1 a 1476 1483 -1 a 1476 1482 1 a 1476 1481 -1 a 1476 1480 1 a 1476 1479 -1 a 1476 1478 1 a 1476 1477 -1 a 1476 1476 1 a 1476 1475 -1 a 1476 1438 -1 a 1476 1437 1 a 1477 1524 -1 a 1477 1523 1 a 1477 1522 1 a 1477 1521 -1 a 1478 1536 -1 a 1478 1535 1 a 1478 1534 1 a 1478 1533 -1 a 1479 1532 -1 a 1479 1531 1 a 1479 1530 1 a 1479 1529 -1 a 1480 1552 -1 a 1480 1551 1 a 1480 1546 -1 a 1480 1545 1 a 1480 1544 -1 a 1480 1543 1 a 1481 1558 1 a 1481 1557 -1 a 1481 1556 -1 a 1481 1555 1 a 1482 1562 -1 a 1482 1561 1 a 1482 1560 1 a 1482 1559 -1 a 1483 1580 1 a 1483 1579 -1 a 1483 1578 -1 a 1483 1577 1 a 1483 1576 -1 a 1483 1575 1 a 1483 1574 -1 a 1483 1573 1 a 1484 2894 -1 a 1484 2893 1 a 1484 1612 -1 a 1484 1611 1 a 1484 1610 1 a 1484 1609 -1 a 1485 2856 -1 a 1485 2855 1 a 1485 1618 -1 a 1485 1617 1 a 1485 1616 1 a 1485 1615 -1 a 1485 1614 1 a 1485 1613 -1 a 1486 1630 -1 a 1486 1629 1 a 1486 1628 1 a 1486 1627 -1 a 1487 1640 -1 a 1487 1639 1 a 1487 1638 1 a 1487 1637 -1 a 1487 1636 -1 a 1487 1635 1 a 1488 1674 -1 a 1488 1673 1 a 1488 1672 2 a 1488 1671 -2 a 1489 1658 -1 a 1489 1657 1 a 1489 1644 1 a 1489 1643 -1 a 1490 1660 -1 a 1490 1659 1 a 1490 1646 1 a 1490 1645 -1 a 1491 1662 -1 a 1491 1661 1 a 1491 1648 1 a 1491 1647 -1 a 1492 1664 -1 a 1492 1663 1 a 1492 1650 1 a 1492 1649 -1 a 1492 14 0.002944 a 1492 13 -0.002944 a 1493 1666 -1 a 1493 1665 1 a 1493 1652 1 a 1493 1651 -1 a 1493 14 0.00229 a 1493 13 -0.00229 a 1494 1668 -1 a 1494 1667 1 a 1494 1654 1 a 1494 1653 -1 a 1495 1670 -1 a 1495 1669 1 a 1495 1656 1 a 1495 1655 -1 a 1495 14 0.00118 a 1495 13 -0.00118 a 1496 1682 1 a 1496 1681 -1 a 1496 1680 -1 a 1496 1679 1 a 1497 3860 1 a 1497 3859 -1 a 1497 1678 -1 a 1497 1677 1 a 1498 2318 -1 a 1498 2317 1 a 1498 2316 -1 a 1498 2315 1 a 1498 1686 1 a 1498 1685 -1 a 1498 1684 -1 a 1498 1683 1 a 1498 1412 -1 a 1498 1411 1 a 1499 1694 1 a 1499 1693 -1 a 1499 1692 -1 a 1499 1691 1 a 1499 1690 -1 a 1499 1689 1 a 1499 1688 -1 a 1499 1687 1 a 1500 3930 1 a 1500 3929 -1 a 1500 3210 1 a 1500 3209 -1 a 1500 2162 1 a 1500 2161 -1 a 1500 1702 1 a 1500 1701 -1 a 1500 1700 -1 a 1500 1699 1 a 1500 1696 1 a 1500 1695 -1 a 1501 1698 1 a 1501 1697 -1 a 1501 1696 -1 a 1501 1695 1 a 1502 1718 -1 a 1502 1717 1 a 1502 1714 1 a 1502 1713 -1 a 1503 1712 -1 a 1503 1711 1 a 1503 1710 1 a 1503 1709 -1 a 1504 1754 -1 a 1504 1753 1 a 1504 1752 1 a 1504 1751 -1 a 1504 1750 1 a 1504 1749 -1 a 1504 1748 1 a 1504 1747 -1 a 1504 1746 1 a 1504 1745 -1 a 1505 1752 -1 a 1505 1751 1 a 1505 1744 -1 a 1505 1743 1 a 1505 1742 1 a 1505 1741 -1 a 1505 1740 1 a 1505 1739 -1 a 1506 1762 -1 a 1506 1761 1 a 1506 1760 1 a 1506 1759 -1 a 1507 1768 1 a 1507 1767 -1 a 1507 1766 1 a 1507 1765 -1 a 1508 1790 -1 a 1508 1789 1 a 1508 1780 -1 a 1508 1779 1 a 1508 1778 4 a 1508 1777 -4 a 1509 1786 1 a 1509 1785 -1 a 1509 1784 -1 a 1509 1783 1 a 1509 1782 -1 a 1509 1781 1 a 1509 1778 -4 a 1509 1777 4 a 1510 1796 -1 a 1510 1795 1 a 1510 1794 1 a 1510 1793 -1 a 1511 1802 -1 a 1511 1801 1 a 1511 1800 1 a 1511 1799 -1 a 1512 1810 -1 a 1512 1809 1 a 1512 1808 1 a 1512 1807 -1 a 1513 1826 -1 a 1513 1825 1 a 1513 1824 -1 a 1513 1823 1 a 1513 1822 1 a 1513 1821 -1 a 1513 1820 -1 a 1513 1819 1 a 1514 3860 -1 a 1514 3859 1 a 1514 1844 -1 a 1514 1843 1 a 1514 1842 1 a 1514 1841 -1 a 1514 1840 1 a 1514 1839 -1 a 1514 840 -1 a 1514 839 1 a 1515 3868 -1 a 1515 3867 1 a 1515 1862 -1 a 1515 1861 1 a 1515 1860 1 a 1515 1859 -1 a 1516 3868 1 a 1516 3867 -1 a 1516 1882 -1 a 1516 1881 1 a 1517 2270 1 a 1517 2269 -1 a 1517 1916 -1 a 1517 1915 1 a 1518 3856 1 a 1518 3855 -1 a 1518 1918 -1 a 1518 1917 1 a 1519 3856 -1 a 1519 3855 1 a 1519 1926 -1 a 1519 1925 1 a 1519 1924 1 a 1519 1923 -1 a 1520 4312 -1 a 1520 4311 1 a 1520 4298 -1 a 1520 4297 1 a 1520 4284 -1 a 1520 4283 1 a 1520 4270 -1 a 1520 4269 1 a 1520 4256 -1 a 1520 4255 1 a 1520 4242 -1 a 1520 4241 1 a 1520 3312 -1 a 1520 3311 1 a 1520 3298 -1 a 1520 3297 1 a 1520 3284 -1 a 1520 3283 1 a 1520 2272 1 a 1520 2271 -1 a 1520 1928 -1 a 1520 1927 1 a 1521 3876 1 a 1521 3875 -1 a 1521 1944 -1 a 1521 1943 1 a 1522 3876 -1 a 1522 3875 1 a 1522 1948 -1 a 1522 1947 1 a 1522 1946 1 a 1522 1945 -1 a 1523 1960 1 a 1523 1959 -1 a 1523 1958 -1 a 1523 1957 1 a 1524 3846 1 a 1524 3845 -1 a 1524 2018 -1 a 1524 2017 1 a 1525 3846 -1 a 1525 3845 1 a 1525 2022 -1 a 1525 2021 1 a 1525 2020 1 a 1525 2019 -1 a 1526 2048 -1 a 1526 2047 1 a 1526 2042 -1 a 1526 2041 1 a 1526 2038 -1 a 1526 2037 1 a 1527 2046 1 a 1527 2045 -1 a 1527 2044 -1 a 1527 2043 1 a 1527 2042 1 a 1527 2041 -1 a 1527 2038 1 a 1527 2037 -1 a 1528 2056 -1 a 1528 2055 1 a 1528 900 1 a 1528 899 -1 a 1529 2060 1 a 1529 2059 -1 a 1529 2058 -1 a 1529 2057 1 a 1530 2070 -1 a 1530 2069 1 a 1530 2068 -1 a 1530 2067 1 a 1531 2070 1 a 1531 2069 -1 a 1531 2068 1 a 1531 2067 -1 a 1532 4830 1 a 1532 4829 -1 a 1532 2072 1 a 1532 2071 -1 a 1533 4830 -1 a 1533 4829 1 a 1533 2072 -1 a 1533 2071 1 a 1534 4832 1 a 1534 4831 -1 a 1534 2076 1 a 1534 2075 -1 a 1535 4832 -1 a 1535 4831 1 a 1535 2076 -1 a 1535 2075 1 a 1536 3864 1 a 1536 3863 -1 a 1536 2088 -1 a 1536 2087 1 a 1537 3848 1 a 1537 3847 -1 a 1537 2090 -1 a 1537 2089 1 a 1538 3848 -1 a 1538 3847 1 a 1538 2100 -1 a 1538 2099 1 a 1538 2098 1 a 1538 2097 -1 a 1539 2166 1 a 1539 2165 -1 a 1539 2164 -1 a 1539 2163 1 a 1540 2168 1 a 1540 2167 -1 a 1540 2166 -1 a 1540 2165 1 a 1541 2162 -1 a 1541 2161 1 a 1541 2160 1 a 1541 2159 -1 a 1542 2168 -1 a 1542 2167 1 a 1542 2162 1 a 1542 2161 -1 a 1543 4126 -1 a 1543 4125 1 a 1543 4124 -1 a 1543 4123 1 a 1543 2202 1 a 1543 2201 -1 a 1544 2402 -1 a 1544 2401 1 a 1544 2398 1 a 1544 2397 -1 a 1545 2860 -1 a 1545 2859 1 a 1545 2218 -1 a 1545 2217 1 a 1545 2216 1 a 1545 2215 -1 a 1546 2222 -1 a 1546 2221 1 a 1546 2220 1 a 1546 2219 -1 a 1547 2226 1 a 1547 2225 -1 a 1547 2224 -1 a 1547 2223 1 a 1548 2234 -1 a 1548 2233 1 a 1548 2232 1 a 1548 2231 -1 a 1549 2298 1 a 1549 2297 -1 a 1549 2296 -1 a 1549 2295 1 a 1550 2420 4 a 1550 2419 -4 a 1550 2338 1 a 1550 2337 -1 a 1550 2336 -1 a 1550 2335 1 a 1550 2334 -1 a 1550 2333 1 a 1550 2332 1 a 1550 2331 -1 a 1550 2330 1 a 1550 2329 -1 a 1551 2420 -4 a 1551 2419 4 a 1551 2370 -1 a 1551 2369 1 a 1551 2368 1 a 1551 2367 -1 a 1552 2342 -1 a 1552 2341 1 a 1552 2340 1 a 1552 2339 -1 a 1553 2348 -1 a 1553 2347 1 a 1553 2346 1 a 1553 2345 -1 a 1554 2364 -1 a 1554 2363 1 a 1554 2360 1 a 1554 2359 -1 a 1555 2358 1 a 1555 2357 -1 a 1555 2356 -1 a 1555 2355 1 a 1556 2386 -1 a 1556 2385 1 a 1556 2382 1 a 1556 2381 -1 a 1557 2380 -1 a 1557 2379 1 a 1557 2378 1 a 1557 2377 -1 a 1558 2400 -1 a 1558 2399 1 a 1558 2394 1 a 1558 2393 -1 a 1559 2418 -1 a 1559 2417 1 a 1559 2414 1 a 1559 2413 -1 a 1560 2412 -1 a 1560 2411 1 a 1560 2410 1 a 1560 2409 -1 a 1561 2454 -1 a 1561 2453 1 a 1561 2452 -1 a 1561 2451 1 a 1561 2450 1 a 1561 2449 -1 a 1561 2318 1 a 1561 2317 -1 a 1561 2316 1 a 1561 2315 -1 a 1562 2480 -1 a 1562 2479 1 a 1562 2478 1 a 1562 2477 -1 a 1562 2476 1 a 1562 2475 -1 a 1563 2470 -1 a 1563 2469 1 a 1563 2468 1 a 1563 2467 -1 a 1564 2474 -1 a 1564 2473 1 a 1564 2472 1 a 1564 2471 -1 a 1565 2488 1 a 1565 2487 -1 a 1565 2486 -1 a 1565 2485 1 a 1566 4772 1 a 1566 4771 -1 a 1566 2496 -1 a 1566 2495 1 a 1566 2494 1 a 1566 2493 -1 a 1566 2492 1 a 1566 2491 -1 a 1567 2500 1 a 1567 2499 -1 a 1567 2498 -1 a 1567 2497 1 a 1568 5036 -1 a 1568 5035 1 a 1568 2508 -1 a 1568 2507 1 a 1568 2504 1 a 1568 2503 -1 a 1569 2856 1 a 1569 2855 -1 a 1569 2532 -1 a 1569 2531 1 a 1569 2530 1 a 1569 2529 -1 a 1570 3310 -1 a 1570 3309 1 a 1570 3308 -1 a 1570 3307 1 a 1570 3306 -1 a 1570 3305 1 a 1570 3304 -1 a 1570 3303 1 a 1570 3302 -1 a 1570 3301 1 a 1570 3300 -1 a 1570 3299 1 a 1570 3298 -1 a 1570 3297 1 a 1570 2860 1 a 1570 2859 -1 a 1570 2544 -1 a 1570 2543 1 a 1570 2542 1 a 1570 2541 -1 a 1571 3324 -1 a 1571 3323 1 a 1571 3322 -1 a 1571 3321 1 a 1571 3320 -1 a 1571 3319 1 a 1571 3318 -1 a 1571 3317 1 a 1571 3316 -1 a 1571 3315 1 a 1571 3314 -1 a 1571 3313 1 a 1571 3312 -1 a 1571 3311 1 a 1571 2868 1 a 1571 2867 -1 a 1571 2548 -1 a 1571 2547 1 a 1571 2546 1 a 1571 2545 -1 a 1572 2872 1 a 1572 2871 -1 a 1572 2552 -1 a 1572 2551 1 a 1572 2550 1 a 1572 2549 -1 a 1573 2864 1 a 1573 2863 -1 a 1573 2556 -1 a 1573 2555 1 a 1573 2554 1 a 1573 2553 -1 a 1574 2572 -1 a 1574 2571 1 a 1574 2570 1 a 1574 2569 -1 a 1575 3214 -1 a 1575 3213 1 a 1575 2620 -1 a 1575 2619 1 a 1575 2618 1 a 1575 2617 -1 a 1575 2616 1 a 1575 2615 -1 a 1575 2600 -1 a 1575 2599 1 a 1575 2574 -1 a 1575 2573 1 a 1576 2600 1 a 1576 2599 -1 a 1576 2578 -1 a 1576 2577 1 a 1577 5026 -1 a 1577 5025 1 a 1577 2576 -1 a 1577 2575 1 a 1577 2574 1 a 1577 2573 -1 a 1578 2596 -1 a 1578 2595 1 a 1578 2594 1 a 1578 2593 -1 a 1579 2592 -1 a 1579 2591 1 a 1579 2590 1 a 1579 2589 -1 a 1580 2588 -1 a 1580 2587 1 a 1580 2586 1 a 1580 2585 -1 a 1581 2608 -1 a 1581 2607 1 a 1581 2606 1 a 1581 2605 -1 a 1582 2612 -1 a 1582 2611 1 a 1582 2610 1 a 1582 2609 -1 a 1583 2628 -1 a 1583 2627 1 a 1583 2626 1 a 1583 2625 -1 a 1584 2624 -1 a 1584 2623 1 a 1584 2622 1 a 1584 2621 -1 a 1585 2636 -1 a 1585 2635 1 a 1585 1750 -1 a 1585 1749 1 a 1586 3892 -1 a 1586 3891 1 a 1586 2650 -1 a 1586 2649 1 a 1587 4926 -2 a 1587 4925 2 a 1587 3214 -1 a 1587 3213 1 a 1587 2712 -1 a 1587 2711 1 a 1587 2710 -1 a 1587 2709 1 a 1587 2708 1 a 1587 2707 -1 a 1587 2706 1 a 1587 2705 -1 a 1587 2704 1 a 1587 2703 -1 a 1587 2672 1 a 1587 2671 -1 a 1587 2504 -1 a 1587 2503 1 a 1588 2676 -1 a 1588 2675 1 a 1588 2674 1 a 1588 2673 -1 a 1588 2672 -1 a 1588 2671 1 a 1589 2688 -1 a 1589 2687 1 a 1589 2686 1 a 1589 2685 -1 a 1590 2932 -1 a 1590 2931 1 a 1590 2702 -1 a 1590 2701 1 a 1590 2700 1 a 1590 2699 -1 a 1591 5042 -1 a 1591 5041 1 a 1591 2932 1 a 1591 2931 -1 a 1591 2698 -1 a 1591 2697 1 a 1592 2740 1 a 1592 2739 -1 a 1592 2724 -1 a 1592 2723 1 a 1592 2722 1 a 1592 2721 -1 a 1593 2894 -1 a 1593 2893 1 a 1593 2758 -1 a 1593 2757 1 a 1593 2756 1 a 1593 2755 -1 a 1593 2754 1 a 1593 2753 -1 a 1593 2752 1 a 1593 2751 -1 a 1593 2740 -1 a 1593 2739 1 a 1593 2730 1 a 1593 2729 -1 a 1594 2830 -1 a 1594 2829 1 a 1594 2828 1 a 1594 2827 -1 a 1594 2826 1 a 1594 2825 -1 a 1594 2824 1 a 1594 2823 -1 a 1595 2764 1 a 1595 2763 -1 a 1595 2762 -1 a 1595 2761 1 a 1596 2772 -1 a 1596 2771 1 a 1596 2770 1 a 1596 2769 -1 a 1596 2768 1 a 1596 2767 -1 a 1597 2868 -1 a 1597 2867 1 a 1597 2814 -1 a 1597 2813 1 a 1597 2812 -1 a 1597 2811 1 a 1597 2514 -1 a 1597 2513 1 a 1597 1670 -1 a 1597 1669 1 a 1597 1668 -1 a 1597 1667 1 a 1597 1666 -1 a 1597 1665 1 a 1597 1664 -1 a 1597 1663 1 a 1597 1662 -1 a 1597 1661 1 a 1597 1660 -1 a 1597 1659 1 a 1597 1658 -1 a 1597 1657 1 a 1598 2786 -1 a 1598 2785 1 a 1598 2784 1 a 1598 2783 -1 a 1599 2776 -1 a 1599 2775 1 a 1599 2774 1 a 1599 2773 -1 a 1599 2514 1 a 1599 2513 -1 a 1600 3296 -1 a 1600 3295 1 a 1600 3294 -1 a 1600 3293 1 a 1600 3292 -1 a 1600 3291 1 a 1600 3290 -1 a 1600 3289 1 a 1600 3288 -1 a 1600 3287 1 a 1600 3286 -1 a 1600 3285 1 a 1600 3284 -1 a 1600 3283 1 a 1600 2872 -1 a 1600 2871 1 a 1600 2868 -1 a 1600 2867 1 a 1600 2864 -1 a 1600 2863 1 a 1600 2860 -1 a 1600 2859 1 a 1600 2856 -1 a 1600 2855 1 a 1600 2782 -1 a 1600 2781 1 a 1600 2780 1 a 1600 2779 -1 a 1600 2778 1 a 1600 2777 -1 a 1601 2804 -1 a 1601 2803 1 a 1601 2802 1 a 1601 2801 -1 a 1601 2800 1 a 1601 2799 -1 a 1602 3880 1 a 1602 3879 -1 a 1602 2844 -1 a 1602 2843 1 a 1603 3880 -1 a 1603 3879 1 a 1603 2882 -1 a 1603 2881 1 a 1603 2880 1 a 1603 2879 -1 a 1603 844 -1 a 1603 843 1 a 1604 2888 -1 a 1604 2887 1 a 1604 2076 -1 a 1604 2075 1 a 1604 2072 -1 a 1604 2071 1 a 1605 2900 -1 a 1605 2899 1 a 1605 2898 1 a 1605 2897 -1 a 1605 2896 -1 a 1605 2895 1 a 1605 2894 1 a 1605 2893 -1 a 1605 2076 2 a 1605 2075 -2 a 1605 2072 2 a 1605 2071 -2 a 1606 3892 1 a 1606 3891 -1 a 1606 2914 -1 a 1606 2913 1 a 1607 2926 1 a 1607 2925 -1 a 1607 2924 -1 a 1607 2923 1 a 1607 2922 1 a 1607 2921 -1 a 1608 5160 1 a 1608 5159 -1 a 1608 5154 1 a 1608 5153 -1 a 1608 5148 1 a 1608 5147 -1 a 1608 5136 1 a 1608 5135 -1 a 1608 5124 1 a 1608 5123 -1 a 1608 5112 1 a 1608 5111 -1 a 1608 5100 1 a 1608 5099 -1 a 1608 5098 1 a 1608 5097 -1 a 1608 5082 1 a 1608 5081 -1 a 1608 5080 1 a 1608 5079 -1 a 1608 5042 -2 a 1608 5041 2 a 1608 5036 -2 a 1608 5035 2 a 1608 5026 -2 a 1608 5025 2 a 1608 5016 -1 a 1608 5015 1 a 1608 4990 -2 a 1608 4989 2 a 1608 4988 -2 a 1608 4987 2 a 1608 4978 1 a 1608 4977 -1 a 1608 4958 1 a 1608 4957 -1 a 1608 4942 1 a 1608 4941 -1 a 1608 4894 1 a 1608 4893 -1 a 1608 4890 1 a 1608 4889 -1 a 1608 4878 1 a 1608 4877 -1 a 1608 4872 1 a 1608 4871 -1 a 1608 4870 1 a 1608 4869 -1 a 1608 4846 1 a 1608 4845 -1 a 1608 4844 1 a 1608 4843 -1 a 1608 4836 2 a 1608 4835 -2 a 1608 4806 3 a 1608 4805 -3 a 1608 4766 1 a 1608 4765 -1 a 1608 4764 3 a 1608 4763 -3 a 1608 4762 2 a 1608 4761 -2 a 1608 4750 2 a 1608 4749 -2 a 1608 4742 1 a 1608 4741 -1 a 1608 4730 1 a 1608 4729 -1 a 1608 4722 1 a 1608 4721 -1 a 1608 4716 1 a 1608 4715 -1 a 1608 4692 1 a 1608 4691 -1 a 1608 4676 2 a 1608 4675 -2 a 1608 4596 1 a 1608 4595 -1 a 1608 4580 1 a 1608 4579 -1 a 1608 4538 1 a 1608 4537 -1 a 1608 4492 1 a 1608 4491 -1 a 1608 4436 1 a 1608 4435 -1 a 1608 4428 1 a 1608 4427 -1 a 1608 4392 1 a 1608 4391 -1 a 1608 4324 -1 a 1608 4323 1 a 1608 4322 -1 a 1608 4321 1 a 1608 4320 -1 a 1608 4319 1 a 1608 4318 -1 a 1608 4317 1 a 1608 4316 -1 a 1608 4315 1 a 1608 4314 -1 a 1608 4313 1 a 1608 4312 -1 a 1608 4311 1 a 1608 4310 -1 a 1608 4309 1 a 1608 4308 -1 a 1608 4307 1 a 1608 4306 -1 a 1608 4305 1 a 1608 4304 -1 a 1608 4303 1 a 1608 4302 -1 a 1608 4301 1 a 1608 4300 -1 a 1608 4299 1 a 1608 4298 -1 a 1608 4297 1 a 1608 4296 -1 a 1608 4295 1 a 1608 4294 -1 a 1608 4293 1 a 1608 4292 -1 a 1608 4291 1 a 1608 4290 -1 a 1608 4289 1 a 1608 4288 -1 a 1608 4287 1 a 1608 4286 -1 a 1608 4285 1 a 1608 4284 -1 a 1608 4283 1 a 1608 4282 -1 a 1608 4281 1 a 1608 4280 -1 a 1608 4279 1 a 1608 4278 -1 a 1608 4277 1 a 1608 4276 -1 a 1608 4275 1 a 1608 4274 -1 a 1608 4273 1 a 1608 4272 -1 a 1608 4271 1 a 1608 4270 -1 a 1608 4269 1 a 1608 4268 -1 a 1608 4267 1 a 1608 4266 -1 a 1608 4265 1 a 1608 4264 -1 a 1608 4263 1 a 1608 4262 -1 a 1608 4261 1 a 1608 4260 -1 a 1608 4259 1 a 1608 4258 -1 a 1608 4257 1 a 1608 4256 -1 a 1608 4255 1 a 1608 4236 1 a 1608 4235 -1 a 1608 4230 1 a 1608 4229 -1 a 1608 4046 1 a 1608 4045 -1 a 1608 4014 2 a 1608 4013 -2 a 1608 3936 -1 a 1608 3935 1 a 1608 3934 -1 a 1608 3933 1 a 1608 3932 -1 a 1608 3931 1 a 1608 3930 -1 a 1608 3929 1 a 1608 3926 2 a 1608 3925 -2 a 1608 3924 2 a 1608 3923 -2 a 1608 3892 -1 a 1608 3891 1 a 1608 3828 1 a 1608 3827 -1 a 1608 3816 -2 a 1608 3815 2 a 1608 3812 -2 a 1608 3811 2 a 1608 3806 1 a 1608 3805 -1 a 1608 3778 1 a 1608 3777 -1 a 1608 3750 1 a 1608 3749 -1 a 1608 3748 2 a 1608 3747 -2 a 1608 3746 3 a 1608 3745 -3 a 1608 3722 -3 a 1608 3721 3 a 1608 3720 -3 a 1608 3719 3 a 1608 3718 -3 a 1608 3717 3 a 1608 3650 1 a 1608 3649 -1 a 1608 3638 1 a 1608 3637 -1 a 1608 3632 1 a 1608 3631 -1 a 1608 3588 1 a 1608 3587 -1 a 1608 3572 -2 a 1608 3571 2 a 1608 3532 1 a 1608 3531 -1 a 1608 3530 1 a 1608 3529 -1 a 1608 3458 1 a 1608 3457 -1 a 1608 3456 3 a 1608 3455 -3 a 1608 3454 2 a 1608 3453 -2 a 1608 3424 2 a 1608 3423 -2 a 1608 3412 1 a 1608 3411 -1 a 1608 3406 1 a 1608 3405 -1 a 1608 3404 1 a 1608 3403 -1 a 1608 3324 -1 a 1608 3323 1 a 1608 3322 -1 a 1608 3321 1 a 1608 3320 -1 a 1608 3319 1 a 1608 3318 -1 a 1608 3317 1 a 1608 3316 -1 a 1608 3315 1 a 1608 3314 -1 a 1608 3313 1 a 1608 3312 -1 a 1608 3311 1 a 1608 3310 -1 a 1608 3309 1 a 1608 3308 -1 a 1608 3307 1 a 1608 3306 -1 a 1608 3305 1 a 1608 3304 -1 a 1608 3303 1 a 1608 3302 -1 a 1608 3301 1 a 1608 3300 -1 a 1608 3299 1 a 1608 3298 -1 a 1608 3297 1 a 1608 3296 -1 a 1608 3295 1 a 1608 3294 -1 a 1608 3293 1 a 1608 3292 -1 a 1608 3291 1 a 1608 3290 -1 a 1608 3289 1 a 1608 3288 -1 a 1608 3287 1 a 1608 3286 -1 a 1608 3285 1 a 1608 3284 -1 a 1608 3283 1 a 1608 3278 1 a 1608 3277 -1 a 1608 3254 1 a 1608 3253 -1 a 1608 3242 1 a 1608 3241 -1 a 1608 3238 1 a 1608 3237 -1 a 1608 3224 1 a 1608 3223 -1 a 1608 3220 1 a 1608 3219 -1 a 1608 3206 1 a 1608 3205 -1 a 1608 3198 1 a 1608 3197 -1 a 1608 3196 1 a 1608 3195 -1 a 1608 3154 1 a 1608 3153 -1 a 1608 3152 1 a 1608 3151 -1 a 1608 3140 1 a 1608 3139 -1 a 1608 3138 -1 a 1608 3137 1 a 1608 3128 1 a 1608 3127 -1 a 1608 3112 1 a 1608 3111 -1 a 1608 3082 -1 a 1608 3081 1 a 1608 3074 -2 a 1608 3073 2 a 1608 3072 -2 a 1608 3071 2 a 1608 3070 -2 a 1608 3069 2 a 1608 3044 1 a 1608 3043 -1 a 1608 3034 1 a 1608 3033 -1 a 1608 3022 1 a 1608 3021 -1 a 1608 3010 1 a 1608 3009 -1 a 1608 3006 1 a 1608 3005 -1 a 1608 2970 1 a 1608 2969 -1 a 1608 2922 1 a 1608 2921 -1 a 1608 2880 1 a 1608 2879 -1 a 1608 2872 -1 a 1608 2871 1 a 1608 2868 -1 a 1608 2867 1 a 1608 2864 -1 a 1608 2863 1 a 1608 2860 -1 a 1608 2859 1 a 1608 2856 -1 a 1608 2855 1 a 1608 2826 1 a 1608 2825 -1 a 1608 2824 1 a 1608 2823 -1 a 1608 2800 1 a 1608 2799 -1 a 1608 2784 1 a 1608 2783 -1 a 1608 2770 1 a 1608 2769 -1 a 1608 2754 1 a 1608 2753 -1 a 1608 2708 1 a 1608 2707 -1 a 1608 2700 1 a 1608 2699 -1 a 1608 2686 1 a 1608 2685 -1 a 1608 2674 1 a 1608 2673 -1 a 1608 2672 -1 a 1608 2671 1 a 1608 2618 1 a 1608 2617 -1 a 1608 2610 1 a 1608 2609 -1 a 1608 2594 1 a 1608 2593 -1 a 1608 2590 1 a 1608 2589 -1 a 1608 2586 1 a 1608 2585 -1 a 1608 2500 1 a 1608 2499 -1 a 1608 2494 3 a 1608 2493 -3 a 1608 2492 2 a 1608 2491 -2 a 1608 2488 1 a 1608 2487 -1 a 1608 2472 1 a 1608 2471 -1 a 1608 2468 1 a 1608 2467 -1 a 1608 2450 1 a 1608 2449 -1 a 1608 2420 4 a 1608 2419 -4 a 1608 2418 1 a 1608 2417 -1 a 1608 2412 1 a 1608 2411 -1 a 1608 2410 1 a 1608 2409 -1 a 1608 2402 1 a 1608 2401 -1 a 1608 2400 1 a 1608 2399 -1 a 1608 2398 1 a 1608 2397 -1 a 1608 2386 1 a 1608 2385 -1 a 1608 2380 1 a 1608 2379 -1 a 1608 2378 1 a 1608 2377 -1 a 1608 2364 1 a 1608 2363 -1 a 1608 2358 1 a 1608 2357 -1 a 1608 2356 1 a 1608 2355 -1 a 1608 2348 1 a 1608 2347 -1 a 1608 2342 1 a 1608 2341 -1 a 1608 2334 1 a 1608 2333 -1 a 1608 2332 1 a 1608 2331 -1 a 1608 2318 -1 a 1608 2317 1 a 1608 2316 -1 a 1608 2315 1 a 1608 2288 1 a 1608 2287 -1 a 1608 2286 1 a 1608 2285 -1 a 1608 2284 1 a 1608 2283 -1 a 1608 2282 1 a 1608 2281 -1 a 1608 2280 1 a 1608 2279 -1 a 1608 2278 1 a 1608 2277 -1 a 1608 2276 1 a 1608 2275 -1 a 1608 2274 1 a 1608 2273 -1 a 1608 2272 1 a 1608 2271 -1 a 1608 2270 1 a 1608 2269 -1 a 1608 2216 1 a 1608 2215 -1 a 1608 2168 -1 a 1608 2167 1 a 1608 2166 -1 a 1608 2165 1 a 1608 2164 -1 a 1608 2163 1 a 1608 2162 -1 a 1608 2161 1 a 1608 2098 1 a 1608 2097 -1 a 1608 2080 1 a 1608 2079 -1 a 1608 2060 1 a 1608 2059 -1 a 1608 2020 1 a 1608 2019 -1 a 1608 1946 1 a 1608 1945 -1 a 1608 1932 1 a 1608 1931 -1 a 1608 1924 1 a 1608 1923 -1 a 1608 1878 1 a 1608 1877 -1 a 1608 1860 1 a 1608 1859 -1 a 1608 1850 1 a 1608 1849 -1 a 1608 1842 1 a 1608 1841 -1 a 1608 1840 1 a 1608 1839 -1 a 1608 1832 -4 a 1608 1831 4 a 1608 1830 -2 a 1608 1829 2 a 1608 1828 -2 a 1608 1827 2 a 1608 1800 1 a 1608 1799 -1 a 1608 1794 -1 a 1608 1793 1 a 1608 1778 4 a 1608 1777 -4 a 1608 1768 1 a 1608 1767 -1 a 1608 1760 1 a 1608 1759 -1 a 1608 1748 1 a 1608 1747 -1 a 1608 1742 1 a 1608 1741 -1 a 1608 1718 1 a 1608 1717 -1 a 1608 1712 1 a 1608 1711 -1 a 1608 1710 1 a 1608 1709 -1 a 1608 1690 1 a 1608 1689 -1 a 1608 1682 1 a 1608 1681 -1 a 1608 1672 -1 a 1608 1671 1 a 1608 1656 -1 a 1608 1655 1 a 1608 1654 -1 a 1608 1653 1 a 1608 1652 -1 a 1608 1651 1 a 1608 1650 -1 a 1608 1649 1 a 1608 1648 -1 a 1608 1647 1 a 1608 1646 -1 a 1608 1645 1 a 1608 1644 -1 a 1608 1643 1 a 1608 1636 1 a 1608 1635 -1 a 1608 1616 1 a 1608 1615 -1 a 1608 1576 1 a 1608 1575 -1 a 1608 1562 1 a 1608 1561 -1 a 1608 1556 1 a 1608 1555 -1 a 1608 1548 1 a 1608 1547 -1 a 1608 1544 1 a 1608 1543 -1 a 1608 1534 1 a 1608 1533 -1 a 1608 1522 1 a 1608 1521 -1 a 1608 1502 1 a 1608 1501 -1 a 1608 1500 4 a 1608 1499 -4 a 1608 1484 1 a 1608 1483 -1 a 1608 1482 1 a 1608 1481 -1 a 1608 1480 3 a 1608 1479 -3 a 1608 1478 2 a 1608 1477 -2 a 1608 1448 1 a 1608 1447 -1 a 1608 1424 1 a 1608 1423 -1 a 1608 1412 1 a 1608 1411 -1 a 1608 1404 1 a 1608 1403 -1 a 1608 1402 1 a 1608 1401 -1 a 1608 1394 1 a 1608 1393 -1 a 1608 1392 1 a 1608 1391 -1 a 1608 1390 1 a 1608 1389 -1 a 1608 1274 1 a 1608 1273 -1 a 1608 1246 1 a 1608 1245 -1 a 1608 1244 1 a 1608 1243 -1 a 1608 1218 1 a 1608 1217 -1 a 1608 1186 1 a 1608 1185 -1 a 1608 1178 1 a 1608 1177 -1 a 1608 1166 1 a 1608 1165 -1 a 1608 1144 1 a 1608 1143 -1 a 1608 1134 1 a 1608 1133 -1 a 1608 1132 1 a 1608 1131 -1 a 1608 1114 1 a 1608 1113 -1 a 1608 1100 1 a 1608 1099 -1 a 1608 1040 1 a 1608 1039 -1 a 1608 982 1 a 1608 981 -1 a 1608 960 1 a 1608 959 -1 a 1608 924 -1 a 1608 923 1 a 1608 916 1 a 1608 915 -1 a 1608 834 -1 a 1608 833 1 a 1608 710 -1 a 1608 709 1 a 1608 708 -1 a 1608 707 1 a 1608 706 -1 a 1608 705 1 a 1608 704 -1 a 1608 703 1 a 1608 700 1 a 1608 699 -1 a 1609 4398 -1 a 1609 4397 1 a 1609 2948 1 a 1609 2947 -1 a 1609 2946 -1 a 1609 2945 1 a 1610 5042 1 a 1610 5041 -1 a 1610 5036 1 a 1610 5035 -1 a 1610 5026 1 a 1610 5025 -1 a 1610 5016 1 a 1610 5015 -1 a 1610 4990 1 a 1610 4989 -1 a 1610 4988 1 a 1610 4987 -1 a 1610 4970 1 a 1610 4969 -1 a 1610 4968 1 a 1610 4967 -1 a 1610 4926 1 a 1610 4925 -1 a 1610 4894 -1 a 1610 4893 1 a 1610 4890 -1 a 1610 4889 1 a 1610 4560 1 a 1610 4559 -1 a 1610 4482 1 a 1610 4481 -1 a 1610 4462 1 a 1610 4461 -1 a 1610 4398 1 a 1610 4397 -1 a 1610 4324 1 a 1610 4323 -1 a 1610 4322 1 a 1610 4321 -1 a 1610 4320 1 a 1610 4319 -1 a 1610 4318 1 a 1610 4317 -1 a 1610 4316 1 a 1610 4315 -1 a 1610 4314 1 a 1610 4313 -1 a 1610 4312 1 a 1610 4311 -1 a 1610 4310 1 a 1610 4309 -1 a 1610 4308 1 a 1610 4307 -1 a 1610 4306 1 a 1610 4305 -1 a 1610 4304 1 a 1610 4303 -1 a 1610 4302 1 a 1610 4301 -1 a 1610 4300 1 a 1610 4299 -1 a 1610 4298 1 a 1610 4297 -1 a 1610 4296 1 a 1610 4295 -1 a 1610 4294 1 a 1610 4293 -1 a 1610 4292 1 a 1610 4291 -1 a 1610 4290 1 a 1610 4289 -1 a 1610 4288 1 a 1610 4287 -1 a 1610 4286 1 a 1610 4285 -1 a 1610 4284 1 a 1610 4283 -1 a 1610 4282 1 a 1610 4281 -1 a 1610 4280 1 a 1610 4279 -1 a 1610 4278 1 a 1610 4277 -1 a 1610 4276 1 a 1610 4275 -1 a 1610 4274 1 a 1610 4273 -1 a 1610 4272 1 a 1610 4271 -1 a 1610 4270 1 a 1610 4269 -1 a 1610 4268 1 a 1610 4267 -1 a 1610 4266 1 a 1610 4265 -1 a 1610 4264 1 a 1610 4263 -1 a 1610 4262 1 a 1610 4261 -1 a 1610 4260 1 a 1610 4259 -1 a 1610 4258 1 a 1610 4257 -1 a 1610 4256 1 a 1610 4255 -1 a 1610 4254 1 a 1610 4253 -1 a 1610 4252 1 a 1610 4251 -1 a 1610 4250 1 a 1610 4249 -1 a 1610 4248 1 a 1610 4247 -1 a 1610 4246 1 a 1610 4245 -1 a 1610 4244 1 a 1610 4243 -1 a 1610 4242 1 a 1610 4241 -1 a 1610 4234 6 a 1610 4233 -6 a 1610 4206 1 a 1610 4205 -1 a 1610 4202 1 a 1610 4201 -1 a 1610 4198 1 a 1610 4197 -1 a 1610 4194 1 a 1610 4193 -1 a 1610 4190 1 a 1610 4189 -1 a 1610 4186 1 a 1610 4185 -1 a 1610 4182 1 a 1610 4181 -1 a 1610 4118 1 a 1610 4117 -1 a 1610 4082 1 a 1610 4081 -1 a 1610 4078 1 a 1610 4077 -1 a 1610 4074 1 a 1610 4073 -1 a 1610 4070 1 a 1610 4069 -1 a 1610 4066 1 a 1610 4065 -1 a 1610 4062 1 a 1610 4061 -1 a 1610 4058 1 a 1610 4057 -1 a 1610 3926 -2 a 1610 3925 2 a 1610 3924 -2 a 1610 3923 2 a 1610 3892 1 a 1610 3891 -1 a 1610 3880 1 a 1610 3879 -1 a 1610 3876 1 a 1610 3875 -1 a 1610 3872 1 a 1610 3871 -1 a 1610 3868 1 a 1610 3867 -1 a 1610 3864 1 a 1610 3863 -1 a 1610 3860 1 a 1610 3859 -1 a 1610 3856 1 a 1610 3855 -1 a 1610 3852 1 a 1610 3851 -1 a 1610 3848 1 a 1610 3847 -1 a 1610 3846 1 a 1610 3845 -1 a 1610 3842 1 a 1610 3841 -1 a 1610 3838 1 a 1610 3837 -1 a 1610 3814 -1 a 1610 3813 1 a 1610 3810 -1 a 1610 3809 1 a 1610 3604 1 a 1610 3603 -1 a 1610 3602 1 a 1610 3601 -1 a 1610 3600 1 a 1610 3599 -1 a 1610 3598 1 a 1610 3597 -1 a 1610 3596 1 a 1610 3595 -1 a 1610 3594 1 a 1610 3593 -1 a 1610 3592 1 a 1610 3591 -1 a 1610 3514 1 a 1610 3513 -1 a 1610 3512 1 a 1610 3511 -1 a 1610 3510 1 a 1610 3509 -1 a 1610 3508 1 a 1610 3507 -1 a 1610 3506 1 a 1610 3505 -1 a 1610 3504 1 a 1610 3503 -1 a 1610 3502 1 a 1610 3501 -1 a 1610 3500 1 a 1610 3499 -1 a 1610 3498 1 a 1610 3497 -1 a 1610 3324 1 a 1610 3323 -1 a 1610 3322 1 a 1610 3321 -1 a 1610 3320 1 a 1610 3319 -1 a 1610 3318 1 a 1610 3317 -1 a 1610 3316 1 a 1610 3315 -1 a 1610 3314 1 a 1610 3313 -1 a 1610 3312 1 a 1610 3311 -1 a 1610 3310 1 a 1610 3309 -1 a 1610 3308 1 a 1610 3307 -1 a 1610 3306 1 a 1610 3305 -1 a 1610 3304 1 a 1610 3303 -1 a 1610 3302 1 a 1610 3301 -1 a 1610 3300 1 a 1610 3299 -1 a 1610 3298 1 a 1610 3297 -1 a 1610 3296 1 a 1610 3295 -1 a 1610 3294 1 a 1610 3293 -1 a 1610 3292 1 a 1610 3291 -1 a 1610 3290 1 a 1610 3289 -1 a 1610 3288 1 a 1610 3287 -1 a 1610 3286 1 a 1610 3285 -1 a 1610 3284 1 a 1610 3283 -1 a 1610 3214 1 a 1610 3213 -1 a 1610 2938 1 a 1610 2937 -1 a 1610 2936 -1 a 1610 2935 1 a 1610 2932 1 a 1610 2931 -1 a 1610 2894 1 a 1610 2893 -1 a 1610 2872 1 a 1610 2871 -1 a 1610 2868 1 a 1610 2867 -1 a 1610 2864 1 a 1610 2863 -1 a 1610 2860 1 a 1610 2859 -1 a 1610 2856 1 a 1610 2855 -1 a 1610 2740 1 a 1610 2739 -1 a 1610 2672 1 a 1610 2671 -1 a 1610 2574 1 a 1610 2573 -1 a 1610 2514 1 a 1610 2513 -1 a 1610 2504 1 a 1610 2503 -1 a 1610 2420 -2 a 1610 2419 2 a 1610 2042 -1 a 1610 2041 1 a 1610 2038 -1 a 1610 2037 1 a 1610 1778 -2 a 1610 1777 2 a 1610 1656 1 a 1610 1655 -1 a 1610 1654 1 a 1610 1653 -1 a 1610 1652 1 a 1610 1651 -1 a 1610 1650 1 a 1610 1649 -1 a 1610 1648 1 a 1610 1647 -1 a 1610 1646 1 a 1610 1645 -1 a 1610 1644 1 a 1610 1643 -1 a 1610 1438 1 a 1610 1437 -1 a 1610 1174 1 a 1610 1173 -1 a 1610 1170 1 a 1610 1169 -1 a 1610 1162 1 a 1610 1161 -1 a 1610 1006 1 a 1610 1005 -1 a 1610 1000 1 a 1610 999 -1 a 1610 908 1 a 1610 907 -1 a 1610 900 1 a 1610 899 -1 a 1610 844 1 a 1610 843 -1 a 1610 842 1 a 1610 841 -1 a 1610 840 1 a 1610 839 -1 a 1610 838 1 a 1610 837 -1 a 1610 710 1 a 1610 709 -1 a 1610 708 1 a 1610 707 -1 a 1610 706 1 a 1610 705 -1 a 1610 704 1 a 1610 703 -1 a 1611 4968 -1 a 1611 4967 1 a 1611 4750 -1 a 1611 4749 1 a 1611 4118 -1 a 1611 4117 1 a 1611 2934 -1 a 1611 2933 1 a 1611 900 -1 a 1611 899 1 a 1612 2944 -1 a 1612 2943 1 a 1612 2942 -1 a 1612 2941 1 a 1613 4318 -1 a 1613 4317 1 a 1613 4304 -1 a 1613 4303 1 a 1613 4290 -1 a 1613 4289 1 a 1613 4276 -1 a 1613 4275 1 a 1613 4262 -1 a 1613 4261 1 a 1613 4248 -1 a 1613 4247 1 a 1613 3318 -1 a 1613 3317 1 a 1613 3304 -1 a 1613 3303 1 a 1613 3290 -1 a 1613 3289 1 a 1613 2980 -1 a 1613 2979 1 a 1613 2278 1 a 1613 2277 -1 a 1614 4320 -1 a 1614 4319 1 a 1614 4306 -1 a 1614 4305 1 a 1614 4292 -1 a 1614 4291 1 a 1614 4278 -1 a 1614 4277 1 a 1614 4264 -1 a 1614 4263 1 a 1614 4250 -1 a 1614 4249 1 a 1614 3320 -1 a 1614 3319 1 a 1614 3306 -1 a 1614 3305 1 a 1614 3292 -1 a 1614 3291 1 a 1614 2982 -1 a 1614 2981 1 a 1614 2280 1 a 1614 2279 -1 a 1615 3012 -1 a 1615 3011 1 a 1615 3010 -1 a 1615 3009 1 a 1615 3008 -1 a 1615 3007 1 a 1616 3024 -1 a 1616 3023 1 a 1616 3022 1 a 1616 3021 -1 a 1616 3020 1 a 1616 3019 -1 a 1617 3036 -1 a 1617 3035 1 a 1617 3034 -1 a 1617 3033 1 a 1618 3064 -1 a 1618 3063 1 a 1618 3006 1 a 1618 3005 -1 a 1618 2286 1 a 1618 2285 -1 a 1619 3080 1 a 1619 3079 -1 a 1619 3078 -1 a 1619 3077 1 a 1620 3114 -1 a 1620 3113 1 a 1620 3112 1 a 1620 3111 -1 a 1621 3130 -1 a 1621 3129 1 a 1621 3128 1 a 1621 3127 -1 a 1621 3126 1 a 1621 3125 -1 a 1622 3842 1 a 1622 3841 -1 a 1622 3136 -1 a 1622 3135 1 a 1623 3142 -1 a 1623 3141 1 a 1623 3140 1 a 1623 3139 -1 a 1623 3138 -1 a 1623 3137 1 a 1624 4234 -1 a 1624 4233 1 a 1624 3150 -1 a 1624 3149 1 a 1624 3144 1 a 1624 3143 -1 a 1624 2872 -1 a 1624 2871 1 a 1625 3842 -1 a 1625 3841 1 a 1625 3156 -1 a 1625 3155 1 a 1625 3154 1 a 1625 3153 -1 a 1625 3152 1 a 1625 3151 -1 a 1626 3172 -1 a 1626 3171 1 a 1626 3170 1 a 1626 3169 -1 a 1627 3200 -1 a 1627 3199 1 a 1627 3198 -1 a 1627 3197 1 a 1627 3196 1 a 1627 3195 -1 a 1627 3194 1 a 1627 3193 -1 a 1628 3176 1 a 1628 3175 -1 a 1628 3174 -1 a 1628 3173 1 a 1629 1852 -1 a 1629 1851 1 a 1629 1850 1 a 1629 1849 -1 a 1630 3208 -1 a 1630 3207 1 a 1630 3206 1 a 1630 3205 -1 a 1631 3242 1 a 1631 3241 -1 a 1631 3240 -1 a 1631 3239 1 a 1631 3238 -1 a 1631 3237 1 a 1631 3214 1 a 1631 3213 -1 a 1632 3256 -1 a 1632 3255 1 a 1632 3254 1 a 1632 3253 -1 a 1632 3252 1 a 1632 3251 -1 a 1633 4126 1 a 1633 4125 -1 a 1633 4124 1 a 1633 4123 -1 a 1633 3272 1 a 1633 3271 -1 a 1633 3270 -1 a 1633 3269 1 a 1634 3260 -1 a 1634 3259 1 a 1634 1642 1 a 1634 1641 -1 a 1635 3280 -1 a 1635 3279 1 a 1635 3278 1 a 1635 3277 -1 a 1636 1286 -1 a 1636 1285 1 a 1636 1284 -1 a 1636 1283 1 a 1637 3408 -1 a 1637 3407 1 a 1637 3406 -1 a 1637 3405 1 a 1637 3404 1 a 1637 3403 -1 a 1637 3402 1 a 1637 3401 -1 a 1637 1548 1 a 1637 1547 -1 a 1638 3414 -1 a 1638 3413 1 a 1638 3412 1 a 1638 3411 -1 a 1639 3426 -1 a 1639 3425 1 a 1639 3424 1 a 1639 3423 -1 a 1640 4774 1 a 1640 4773 -1 a 1640 3460 -1 a 1640 3459 1 a 1640 3458 -1 a 1640 3457 1 a 1640 3456 1 a 1640 3455 -1 a 1640 3454 1 a 1640 3453 -1 a 1641 3452 -1 a 1641 3451 1 a 1641 3450 1 a 1641 3449 -1 a 1641 3448 1 a 1641 3447 -1 a 1642 3434 -1 a 1642 3433 1 a 1642 3432 1 a 1642 3431 -1 a 1642 952 -1 a 1642 951 1 a 1643 3438 -1 a 1643 3437 1 a 1643 3436 1 a 1643 3435 -1 a 1644 3442 -1 a 1644 3441 1 a 1644 3440 1 a 1644 3439 -1 a 1645 3446 -1 a 1645 3445 1 a 1645 3444 1 a 1645 3443 -1 a 1646 3480 -1 a 1646 3479 1 a 1646 3478 1 a 1646 3477 -1 a 1647 3468 -1 a 1647 3467 1 a 1647 3466 1 a 1647 3465 -1 a 1648 3474 -1 a 1648 3473 1 a 1648 3472 1 a 1648 3471 -1 a 1649 3534 -1 a 1649 3533 1 a 1649 3532 -1 a 1649 3531 1 a 1649 3530 1 a 1649 3529 -1 a 1650 3538 1 a 1650 3537 -1 a 1650 3536 -1 a 1650 3535 1 a 1651 3546 -1 a 1651 3545 1 a 1651 3544 1 a 1651 3543 -1 a 1652 3570 -1 a 1652 3569 1 a 1652 3568 1 a 1652 3567 -1 a 1653 3560 -1 a 1653 3559 1 a 1653 3558 1 a 1653 3557 -1 a 1654 3556 -1 a 1654 3555 1 a 1654 3554 1 a 1654 3553 -1 a 1655 3578 1 a 1655 3577 -1 a 1655 3576 1 a 1655 3575 -1 a 1655 3574 -1 a 1655 3573 1 a 1655 3572 1 a 1655 3571 -1 a 1656 3588 1 a 1656 3587 -1 a 1656 3586 -1 a 1656 3585 1 a 1657 4234 1 a 1657 4233 -1 a 1657 3590 -1 a 1657 3589 1 a 1658 3634 -1 a 1658 3633 1 a 1658 3632 1 a 1658 3631 -1 a 1659 3652 -1 a 1659 3651 1 a 1659 3650 1 a 1659 3649 -1 a 1659 3640 1 a 1659 3639 -1 a 1659 3638 -1 a 1659 3637 1 a 1660 3646 -1 a 1660 3645 1 a 1660 3644 1 a 1660 3643 -1 a 1661 3664 -1 a 1661 3663 1 a 1661 3662 1 a 1661 3661 -1 a 1662 3690 -1 a 1662 3689 1 a 1662 3688 1 a 1662 3687 -1 a 1663 3620 1 a 1663 3619 -1 a 1663 3602 -1 a 1663 3601 1 a 1663 3598 -1 a 1663 3597 1 a 1663 14 0.001345 a 1663 13 -0.001345 a 1664 3602 1 a 1664 3601 -1 a 1664 3600 -1 a 1664 3599 1 a 1665 3592 -1 a 1665 3591 1 a 1665 3510 1 a 1665 3509 -1 a 1665 14 0.000605 a 1665 13 -0.000605 a 1666 3618 1 a 1666 3617 -1 a 1666 3598 1 a 1666 3597 -1 a 1666 3594 -1 a 1666 3593 1 a 1666 3510 -1 a 1666 3509 1 a 1666 3506 -1 a 1666 3505 1 a 1667 3616 1 a 1667 3615 -1 a 1667 3594 1 a 1667 3593 -1 a 1667 3508 -1 a 1667 3507 1 a 1667 3504 -1 a 1667 3503 1 a 1667 14 0.005381 a 1667 13 -0.005381 a 1668 3622 -1 a 1668 3621 1 a 1668 3508 1 a 1668 3507 -1 a 1668 3498 -1 a 1668 3497 1 a 1668 14 0.005448 a 1668 13 -0.005448 a 1669 3622 1 a 1669 3621 -1 a 1669 3514 -1 a 1669 3513 1 a 1670 3514 1 a 1670 3513 -1 a 1670 3500 -1 a 1670 3499 1 a 1670 14 0.000673 a 1670 13 -0.000673 a 1671 3604 -1 a 1671 3603 1 a 1671 3596 -1 a 1671 3595 1 a 1671 3506 1 a 1671 3505 -1 a 1672 3512 -1 a 1672 3511 1 a 1672 3504 1 a 1672 3503 -1 a 1672 3502 -1 a 1672 3501 1 a 1673 3680 1 a 1673 3679 -1 a 1673 3678 -1 a 1673 3677 1 a 1673 3596 1 a 1673 3595 -1 a 1673 3502 1 a 1673 3501 -1 a 1673 3494 1 a 1673 3493 -1 a 1673 3492 1 a 1673 3491 -1 a 1674 3680 -1 a 1674 3679 1 a 1674 3496 1 a 1674 3495 -1 a 1675 3604 1 a 1675 3603 -1 a 1675 3600 1 a 1675 3599 -1 a 1675 3494 -1 a 1675 3493 1 a 1676 3592 1 a 1676 3591 -1 a 1676 3512 1 a 1676 3511 -1 a 1676 3498 1 a 1676 3497 -1 a 1676 3492 -1 a 1676 3491 1 a 1676 16 0.013894 a 1676 15 -0.013894 a 1677 3500 1 a 1677 3499 -1 a 1677 3496 -1 a 1677 3495 1 a 1678 3706 1 a 1678 3705 -1 a 1678 3704 -1 a 1678 3703 1 a 1679 4874 1 a 1679 4873 -1 a 1679 4694 1 a 1679 4693 -1 a 1679 4430 1 a 1679 4429 -1 a 1679 4356 1 a 1679 4355 -1 a 1679 4336 1 a 1679 4335 -1 a 1679 3752 -1 a 1679 3751 1 a 1679 3750 -1 a 1679 3749 1 a 1679 3748 -1 a 1679 3747 1 a 1679 3746 -2 a 1679 3745 2 a 1679 3144 1 a 1679 3143 -1 a 1679 2828 1 a 1679 2827 -1 a 1679 2802 1 a 1679 2801 -1 a 1679 2756 1 a 1679 2755 -1 a 1679 1552 1 a 1679 1551 -1 a 1679 1248 1 a 1679 1247 -1 a 1679 1102 1 a 1679 1101 -1 a 1680 3712 1 a 1680 3711 -1 a 1680 3710 -1 a 1680 3709 1 a 1681 4968 -1 a 1681 4967 1 a 1681 4118 -1 a 1681 4117 1 a 1681 3926 -1 a 1681 3925 1 a 1681 3924 -1 a 1681 3923 1 a 1681 3772 1 a 1681 3771 -1 a 1681 3770 -1 a 1681 3769 1 a 1681 2740 -1 a 1681 2739 1 a 1681 1438 -1 a 1681 1437 1 a 1681 900 -1 a 1681 899 1 a 1682 3784 1 a 1682 3783 -1 a 1682 3782 1 a 1682 3781 -1 a 1682 3780 -1 a 1682 3779 1 a 1682 3778 -1 a 1682 3777 1 a 1682 3776 -1 a 1682 3775 1 a 1683 3796 -1 a 1683 3795 1 a 1683 3794 1 a 1683 3793 -1 a 1683 3792 1 a 1683 3791 -1 a 1684 3832 1 a 1684 3831 -1 a 1684 3830 -1 a 1684 3829 1 a 1685 3926 1 a 1685 3925 -1 a 1685 3924 1 a 1685 3923 -1 a 1685 3818 -1 a 1685 3817 1 a 1685 3814 -1 a 1685 3813 1 a 1685 3810 -1 a 1685 3809 1 a 1685 3808 -1 a 1685 3807 1 a 1685 3806 1 a 1685 3805 -1 a 1686 3820 -1 a 1686 3819 1 a 1686 3818 1 a 1686 3817 -1 a 1686 3814 1 a 1686 3813 -1 a 1686 3810 1 a 1686 3809 -1 a 1687 3828 1 a 1687 3827 -1 a 1687 3826 -1 a 1687 3825 1 a 1688 3934 1 a 1688 3933 -1 a 1688 3932 -1 a 1688 3931 1 a 1689 3936 1 a 1689 3935 -1 a 1689 3934 -1 a 1689 3933 1 a 1690 3930 -1 a 1690 3929 1 a 1690 3928 1 a 1690 3927 -1 a 1691 3936 -1 a 1691 3935 1 a 1691 3930 1 a 1691 3929 -1 a 1692 3940 -1 a 1692 3939 1 a 1692 3936 1 a 1692 3935 -1 a 1692 3934 1 a 1692 3933 -1 a 1692 3932 2 a 1692 3931 -2 a 1693 4968 1 a 1693 4967 -1 a 1693 4750 -1 a 1693 4749 1 a 1693 4118 1 a 1693 4117 -1 a 1693 3952 1 a 1693 3951 -1 a 1693 3950 -1 a 1693 3949 1 a 1693 2420 1 a 1693 2419 -1 a 1693 1778 1 a 1693 1777 -1 a 1693 900 1 a 1693 899 -1 a 1694 4750 2 a 1694 4749 -2 a 1694 3948 -1 a 1694 3947 1 a 1695 4322 -1 a 1695 4321 1 a 1695 4308 -1 a 1695 4307 1 a 1695 4294 -1 a 1695 4293 1 a 1695 4280 -1 a 1695 4279 1 a 1695 4266 -1 a 1695 4265 1 a 1695 4252 -1 a 1695 4251 1 a 1695 3960 -1 a 1695 3959 1 a 1695 3322 -1 a 1695 3321 1 a 1695 3308 -1 a 1695 3307 1 a 1695 3294 -1 a 1695 3293 1 a 1695 2282 1 a 1695 2281 -1 a 1696 4324 -1 a 1696 4323 1 a 1696 4310 -1 a 1696 4309 1 a 1696 4296 -1 a 1696 4295 1 a 1696 4282 -1 a 1696 4281 1 a 1696 4268 -1 a 1696 4267 1 a 1696 4254 -1 a 1696 4253 1 a 1696 3962 -1 a 1696 3961 1 a 1696 3324 -1 a 1696 3323 1 a 1696 3310 -1 a 1696 3309 1 a 1696 3296 -1 a 1696 3295 1 a 1696 2284 1 a 1696 2283 -1 a 1697 3964 -1 a 1697 3963 1 a 1697 2288 1 a 1697 2287 -1 a 1698 4486 -1 a 1698 4485 1 a 1698 4012 -1 a 1698 4011 1 a 1698 4010 1 a 1698 4009 -1 a 1698 1414 -1 a 1698 1413 1 a 1699 4016 -1 a 1699 4015 1 a 1699 4014 1 a 1699 4013 -1 a 1700 4284 1 a 1700 4283 -1 a 1700 4242 1 a 1700 4241 -1 a 1700 4058 1 a 1700 4057 -1 a 1700 4032 -1 a 1700 4031 1 a 1700 1644 -1 a 1700 1643 1 a 1701 4286 1 a 1701 4285 -1 a 1701 4244 1 a 1701 4243 -1 a 1701 4062 1 a 1701 4061 -1 a 1701 4034 -1 a 1701 4033 1 a 1701 1646 -1 a 1701 1645 1 a 1702 4288 1 a 1702 4287 -1 a 1702 4246 1 a 1702 4245 -1 a 1702 4066 1 a 1702 4065 -1 a 1702 4036 -1 a 1702 4035 1 a 1702 1648 -1 a 1702 1647 1 a 1703 4290 1 a 1703 4289 -1 a 1703 4248 1 a 1703 4247 -1 a 1703 4070 1 a 1703 4069 -1 a 1703 4038 -1 a 1703 4037 1 a 1703 1650 -1 a 1703 1649 1 a 1704 4292 1 a 1704 4291 -1 a 1704 4250 1 a 1704 4249 -1 a 1704 4074 1 a 1704 4073 -1 a 1704 4040 -1 a 1704 4039 1 a 1704 1652 -1 a 1704 1651 1 a 1705 4294 1 a 1705 4293 -1 a 1705 4252 1 a 1705 4251 -1 a 1705 4078 1 a 1705 4077 -1 a 1705 4042 -1 a 1705 4041 1 a 1705 1654 -1 a 1705 1653 1 a 1706 4296 1 a 1706 4295 -1 a 1706 4254 1 a 1706 4253 -1 a 1706 4082 1 a 1706 4081 -1 a 1706 4044 -1 a 1706 4043 1 a 1706 1656 -1 a 1706 1655 1 a 1707 4118 -1 a 1707 4117 1 a 1707 4048 -1 a 1707 4047 1 a 1707 4046 1 a 1707 4045 -1 a 1708 4298 1 a 1708 4297 -1 a 1708 4256 1 a 1708 4255 -1 a 1708 4104 -1 a 1708 4103 1 a 1709 4300 1 a 1709 4299 -1 a 1709 4258 1 a 1709 4257 -1 a 1709 4106 -1 a 1709 4105 1 a 1710 4302 1 a 1710 4301 -1 a 1710 4260 1 a 1710 4259 -1 a 1710 4108 -1 a 1710 4107 1 a 1711 4304 1 a 1711 4303 -1 a 1711 4262 1 a 1711 4261 -1 a 1711 4110 -1 a 1711 4109 1 a 1711 1284 1 a 1711 1283 -1 a 1711 16 0.045946 a 1711 15 -0.045946 a 1711 14 0.031798 a 1711 13 -0.031798 a 1712 4306 1 a 1712 4305 -1 a 1712 4264 1 a 1712 4263 -1 a 1712 4124 1 a 1712 4123 -1 a 1712 4112 -1 a 1712 4111 1 a 1712 16 0.02106 a 1712 15 -0.02106 a 1712 14 0.024732 a 1712 13 -0.024732 a 1713 4308 1 a 1713 4307 -1 a 1713 4266 1 a 1713 4265 -1 a 1713 4114 -1 a 1713 4113 1 a 1714 4310 1 a 1714 4309 -1 a 1714 4268 1 a 1714 4267 -1 a 1714 4126 1 a 1714 4125 -1 a 1714 4116 -1 a 1714 4115 1 a 1714 14 0.012747 a 1714 13 -0.012747 a 1715 4120 -1 a 1715 4119 1 a 1715 4118 1 a 1715 4117 -1 a 1716 4312 1 a 1716 4311 -1 a 1716 4270 1 a 1716 4269 -1 a 1716 4182 -1 a 1716 4181 1 a 1716 4136 -1 a 1716 4135 1 a 1716 1658 2 a 1716 1657 -2 a 1716 1644 -1 a 1716 1643 1 a 1717 4314 1 a 1717 4313 -1 a 1717 4272 1 a 1717 4271 -1 a 1717 4186 -1 a 1717 4185 1 a 1717 4138 -1 a 1717 4137 1 a 1717 1660 2 a 1717 1659 -2 a 1717 1646 -1 a 1717 1645 1 a 1718 4316 1 a 1718 4315 -1 a 1718 4274 1 a 1718 4273 -1 a 1718 4190 -1 a 1718 4189 1 a 1718 4140 -1 a 1718 4139 1 a 1718 1662 2 a 1718 1661 -2 a 1718 1648 -1 a 1718 1647 1 a 1719 4318 1 a 1719 4317 -1 a 1719 4276 1 a 1719 4275 -1 a 1719 4194 -1 a 1719 4193 1 a 1719 4142 -1 a 1719 4141 1 a 1719 1664 2 a 1719 1663 -2 a 1719 1650 -1 a 1719 1649 1 a 1719 1286 1 a 1719 1285 -1 a 1719 14 0.004892 a 1719 13 -0.004892 a 1720 4320 1 a 1720 4319 -1 a 1720 4278 1 a 1720 4277 -1 a 1720 4198 -1 a 1720 4197 1 a 1720 4144 -1 a 1720 4143 1 a 1720 1666 2 a 1720 1665 -2 a 1720 1652 -1 a 1720 1651 1 a 1720 14 0.003805 a 1720 13 -0.003805 a 1721 4322 1 a 1721 4321 -1 a 1721 4280 1 a 1721 4279 -1 a 1721 4202 -1 a 1721 4201 1 a 1721 4146 -1 a 1721 4145 1 a 1721 1668 2 a 1721 1667 -2 a 1721 1654 -1 a 1721 1653 1 a 1722 4324 1 a 1722 4323 -1 a 1722 4282 1 a 1722 4281 -1 a 1722 4206 -1 a 1722 4205 1 a 1722 4148 -1 a 1722 4147 1 a 1722 1670 2 a 1722 1669 -2 a 1722 1656 -1 a 1722 1655 1 a 1722 14 0.001961 a 1722 13 -0.001961 a 1723 4182 1 a 1723 4181 -1 a 1723 4166 -1 a 1723 4165 1 a 1724 4186 1 a 1724 4185 -1 a 1724 4168 -1 a 1724 4167 1 a 1725 4190 1 a 1725 4189 -1 a 1725 4170 -1 a 1725 4169 1 a 1726 4194 1 a 1726 4193 -1 a 1726 4172 -1 a 1726 4171 1 a 1727 4198 1 a 1727 4197 -1 a 1727 4174 -1 a 1727 4173 1 a 1728 4202 1 a 1728 4201 -1 a 1728 4176 -1 a 1728 4175 1 a 1729 4206 1 a 1729 4205 -1 a 1729 4178 -1 a 1729 4177 1 a 1730 4232 -1 a 1730 4231 1 a 1730 4230 1 a 1730 4229 -1 a 1731 4224 1 a 1731 4223 -1 a 1731 4222 -1 a 1731 4221 1 a 1732 5016 -1 a 1732 5015 1 a 1732 4970 -1 a 1732 4969 1 a 1732 4560 -1 a 1732 4559 1 a 1732 4482 -1 a 1732 4481 1 a 1732 4462 -1 a 1732 4461 1 a 1732 4398 -1 a 1732 4397 1 a 1732 4240 1 a 1732 4239 -1 a 1732 4238 -1 a 1732 4237 1 a 1732 4236 1 a 1732 4235 -1 a 1732 4234 -6 a 1732 4233 6 a 1732 4206 -1 a 1732 4205 1 a 1732 4202 -1 a 1732 4201 1 a 1732 4198 -1 a 1732 4197 1 a 1732 4194 -1 a 1732 4193 1 a 1732 4190 -1 a 1732 4189 1 a 1732 4186 -1 a 1732 4185 1 a 1732 4182 -1 a 1732 4181 1 a 1732 4082 -1 a 1732 4081 1 a 1732 4078 -1 a 1732 4077 1 a 1732 4074 -1 a 1732 4073 1 a 1732 4070 -1 a 1732 4069 1 a 1732 4066 -1 a 1732 4065 1 a 1732 4062 -1 a 1732 4061 1 a 1732 4058 -1 a 1732 4057 1 a 1732 3892 -1 a 1732 3891 1 a 1732 3880 -1 a 1732 3879 1 a 1732 3876 -1 a 1732 3875 1 a 1732 3872 -1 a 1732 3871 1 a 1732 3868 -1 a 1732 3867 1 a 1732 3864 -1 a 1732 3863 1 a 1732 3860 -1 a 1732 3859 1 a 1732 3856 -1 a 1732 3855 1 a 1732 3852 -1 a 1732 3851 1 a 1732 3848 -1 a 1732 3847 1 a 1732 3846 -1 a 1732 3845 1 a 1732 3842 -1 a 1732 3841 1 a 1732 3838 -1 a 1732 3837 1 a 1732 3466 -2 a 1732 3465 2 a 1732 2932 -1 a 1732 2931 1 a 1732 2780 -1 a 1732 2779 1 a 1732 2622 -2 a 1732 2621 2 a 1732 2574 -1 a 1732 2573 1 a 1732 2570 -2 a 1732 2569 2 a 1732 2514 -1 a 1732 2513 1 a 1732 2504 -1 a 1732 2503 1 a 1732 2232 -2 a 1732 2231 2 a 1732 1006 -1 a 1732 1005 1 a 1732 1000 -1 a 1732 999 1 a 1732 844 -1 a 1732 843 1 a 1732 842 -1 a 1732 841 1 a 1732 840 -1 a 1732 839 1 a 1732 838 -1 a 1732 837 1 a 1733 4338 -1 a 1733 4337 1 a 1733 4336 1 a 1733 4335 -1 a 1734 4358 -1 a 1734 4357 1 a 1734 4356 1 a 1734 4355 -1 a 1735 4354 -1 a 1735 4353 1 a 1735 4352 -1 a 1735 4351 1 a 1736 4394 -1 a 1736 4393 1 a 1736 4392 1 a 1736 4391 -1 a 1737 4400 -1 a 1737 4399 1 a 1737 4398 1 a 1737 4397 -1 a 1738 4432 -1 a 1738 4431 1 a 1738 4430 1 a 1738 4429 -1 a 1738 4428 1 a 1738 4427 -1 a 1738 4426 1 a 1738 4425 -1 a 1739 4422 -1 a 1739 4421 1 a 1739 4420 1 a 1739 4419 -1 a 1740 4438 -1 a 1740 4437 1 a 1740 4436 1 a 1740 4435 -1 a 1741 4462 1 a 1741 4461 -1 a 1741 4458 -1 a 1741 4457 1 a 1742 4494 -1 a 1742 4493 1 a 1742 4492 1 a 1742 4491 -1 a 1742 4490 1 a 1742 4489 -1 a 1742 4486 1 a 1742 4485 -1 a 1743 4516 1 a 1743 4515 -1 a 1743 4514 -1 a 1743 4513 1 a 1744 4530 1 a 1744 4529 -1 a 1744 4528 -1 a 1744 4527 1 a 1745 4524 1 a 1745 4523 -1 a 1745 4522 -1 a 1745 4521 1 a 1746 4540 -1 a 1746 4539 1 a 1746 4538 1 a 1746 4537 -1 a 1747 4548 1 a 1747 4547 -1 a 1747 4546 -1 a 1747 4545 1 a 1748 4562 -1 a 1748 4561 1 a 1748 4560 1 a 1748 4559 -1 a 1749 4580 1 a 1749 4579 -1 a 1749 4578 -1 a 1749 4577 1 a 1750 4588 -1 a 1750 4587 1 a 1750 4586 1 a 1750 4585 -1 a 1750 4560 -1 a 1750 4559 1 a 1751 4596 1 a 1751 4595 -1 a 1751 4594 -1 a 1751 4593 1 a 1752 4654 -1 a 1752 4653 1 a 1752 4652 1 a 1752 4651 -1 a 1753 4676 1 a 1753 4675 -1 a 1753 4674 -1 a 1753 4673 1 a 1754 2082 -1 a 1754 2081 1 a 1754 2080 1 a 1754 2079 -1 a 1755 4696 -1 a 1755 4695 1 a 1755 4694 1 a 1755 4693 -1 a 1755 4692 1 a 1755 4691 -1 a 1755 4462 -1 a 1755 4461 1 a 1755 2864 -1 a 1755 2863 1 a 1756 4718 -1 a 1756 4717 1 a 1756 4716 1 a 1756 4715 -1 a 1757 4722 1 a 1757 4721 -1 a 1757 4720 -1 a 1757 4719 1 a 1758 4726 1 a 1758 4725 -1 a 1758 4724 -1 a 1758 4723 1 a 1759 4728 -1 a 1759 4727 1 a 1759 1794 -1 a 1759 1793 1 a 1760 4790 1 a 1760 4789 -1 a 1760 4732 -1 a 1760 4731 1 a 1760 4730 1 a 1760 4729 -1 a 1761 4744 -1 a 1761 4743 1 a 1761 4742 -1 a 1761 4741 1 a 1761 4740 1 a 1761 4739 -1 a 1762 4802 -1 a 1762 4801 1 a 1762 4780 -1 a 1762 4779 1 a 1762 4774 -1 a 1762 4773 1 a 1762 4772 -1 a 1762 4771 1 a 1762 4768 -1 a 1762 4767 1 a 1762 4766 -1 a 1762 4765 1 a 1762 4764 1 a 1762 4763 -1 a 1762 4762 1 a 1762 4761 -1 a 1762 4756 -1 a 1762 4755 1 a 1762 1638 -1 a 1762 1637 1 a 1763 4782 1 a 1763 4781 -1 a 1763 4778 -1 a 1763 4777 1 a 1764 4786 -1 a 1764 4785 1 a 1764 4784 1 a 1764 4783 -1 a 1765 4806 1 a 1765 4805 -1 a 1765 4800 -1 a 1765 4799 1 a 1765 4780 1 a 1765 4779 -1 a 1766 4804 -1 a 1766 4803 1 a 1766 4802 1 a 1766 4801 -1 a 1767 4812 -1 a 1767 4811 1 a 1767 4810 1 a 1767 4809 -1 a 1768 4814 -1 a 1768 4813 1 a 1768 1794 -1 a 1768 1793 1 a 1769 4852 -1 a 1769 4851 1 a 1769 4850 1 a 1769 4849 -1 a 1770 4876 -1 a 1770 4875 1 a 1770 4874 1 a 1770 4873 -1 a 1770 4872 1 a 1770 4871 -1 a 1770 4870 -1 a 1770 4869 1 a 1770 4868 1 a 1770 4867 -1 a 1770 4482 -1 a 1770 4481 1 a 1771 4862 -1 a 1771 4861 1 a 1771 4482 1 a 1771 4481 -1 a 1772 4880 -1 a 1772 4879 1 a 1772 4878 -1 a 1772 4877 1 a 1773 4848 -1 a 1773 4847 1 a 1773 4846 1 a 1773 4845 -1 a 1773 4844 1 a 1773 4843 -1 a 1773 3864 -1 a 1773 3863 1 a 1774 4898 -1 a 1774 4897 1 a 1774 4894 -1 a 1774 4893 1 a 1774 4890 -1 a 1774 4889 1 a 1775 4896 -1 a 1775 4895 1 a 1775 4894 1 a 1775 4893 -1 a 1775 4890 1 a 1775 4889 -1 a 1776 4930 -1 a 1776 4929 1 a 1776 4928 1 a 1776 4927 -1 a 1776 4926 1 a 1776 4925 -1 a 1777 4944 -1 a 1777 4943 1 a 1777 4942 1 a 1777 4941 -1 a 1778 4950 -1 a 1778 4949 1 a 1778 4948 1 a 1778 4947 -1 a 1778 1794 1 a 1778 1793 -1 a 1779 4952 -1 a 1779 4951 1 a 1779 4314 -1 a 1779 4313 1 a 1779 4300 -1 a 1779 4299 1 a 1779 4286 -1 a 1779 4285 1 a 1779 4272 -1 a 1779 4271 1 a 1779 4258 -1 a 1779 4257 1 a 1779 4244 -1 a 1779 4243 1 a 1779 3314 -1 a 1779 3313 1 a 1779 3300 -1 a 1779 3299 1 a 1779 3286 -1 a 1779 3285 1 a 1779 2274 1 a 1779 2273 -1 a 1780 4954 -1 a 1780 4953 1 a 1780 4316 -1 a 1780 4315 1 a 1780 4302 -1 a 1780 4301 1 a 1780 4288 -1 a 1780 4287 1 a 1780 4274 -1 a 1780 4273 1 a 1780 4260 -1 a 1780 4259 1 a 1780 4246 -1 a 1780 4245 1 a 1780 3316 -1 a 1780 3315 1 a 1780 3302 -1 a 1780 3301 1 a 1780 3288 -1 a 1780 3287 1 a 1780 2276 1 a 1780 2275 -1 a 1781 4958 1 a 1781 4957 -1 a 1781 4956 -1 a 1781 4955 1 a 1782 4962 -1 a 1782 4961 1 a 1782 4960 1 a 1782 4959 -1 a 1783 4968 1 a 1783 4967 -1 a 1783 4964 -1 a 1783 4963 1 a 1784 4980 -1 a 1784 4979 1 a 1784 4978 1 a 1784 4977 -1 a 1784 4970 -1 a 1784 4969 1 a 1785 4972 -1 a 1785 4971 1 a 1785 4970 1 a 1785 4969 -1 a 1786 5054 -1 a 1786 5053 1 a 1786 3210 1 a 1786 3209 -1 a 1787 4992 -1 a 1787 4991 1 a 1787 4990 1 a 1787 4989 -1 a 1788 5016 1 a 1788 5015 -1 a 1788 3936 -1 a 1788 3935 1 a 1788 3934 -1 a 1788 3933 1 a 1788 3932 -1 a 1788 3931 1 a 1788 3930 -1 a 1788 3929 1 a 1788 2168 -1 a 1788 2167 1 a 1788 2166 -1 a 1788 2165 1 a 1788 2164 -1 a 1788 2163 1 a 1788 2162 -1 a 1788 2161 1 a 1788 1696 1 a 1788 1695 -1 a 1789 5018 1 a 1789 5017 -1 a 1789 5016 -1 a 1789 5015 1 a 1789 3210 -1 a 1789 3209 1 a 1789 1696 -1 a 1789 1695 1 a 1790 5020 -1 a 1790 5019 1 a 1790 4988 1 a 1790 4987 -1 a 1791 5038 -1 a 1791 5037 1 a 1791 5036 1 a 1791 5035 -1 a 1792 5028 -1 a 1792 5027 1 a 1792 5026 1 a 1792 5025 -1 a 1793 5042 1 a 1793 5041 -1 a 1793 5034 -1 a 1793 5033 1 a 1794 5064 -1 a 1794 5063 1 a 1794 5042 -1 a 1794 5041 1 a 1794 5036 -1 a 1794 5035 1 a 1794 5026 -1 a 1794 5025 1 a 1794 4990 -1 a 1794 4989 1 a 1794 4988 -1 a 1794 4987 1 a 1794 3852 1 a 1794 3851 -1 a 1795 2170 -1 a 1795 2169 1 a 1795 2168 1 a 1795 2167 -1 a 1795 2166 1 a 1795 2165 -1 a 1795 2164 2 a 1795 2163 -2 a 1796 5084 -1 a 1796 5083 1 a 1796 5082 1 a 1796 5081 -1 a 1796 5080 1 a 1796 5079 -1 a 1797 5090 1 a 1797 5089 -1 a 1797 5088 -1 a 1797 5087 1 a 1798 5102 -1 a 1798 5101 1 a 1798 5100 1 a 1798 5099 -1 a 1798 5098 1 a 1798 5097 -1 a 1798 3852 -1 a 1798 3851 1 a 1798 838 -1 a 1798 837 1 a 1799 5114 -1 a 1799 5113 1 a 1799 5112 1 a 1799 5111 -1 a 1799 5110 1 a 1799 5109 -1 a 1800 5128 1 a 1800 5127 -1 a 1800 5126 -1 a 1800 5125 1 a 1800 5124 1 a 1800 5123 -1 a 1801 5130 -1 a 1801 5129 1 a 1801 3838 1 a 1801 3837 -1 a 1802 5138 -1 a 1802 5137 1 a 1802 5136 1 a 1802 5135 -1 a 1802 3838 -1 a 1802 3837 1 a 1803 5156 -1 a 1803 5155 1 a 1803 5154 1 a 1803 5153 -1 a 1803 5152 1 a 1803 5151 -1 a 1804 5150 -1 a 1804 5149 1 a 1804 5148 1 a 1804 5147 -1 a 1805 5166 -1 a 1805 5165 1 a 1805 5164 1 a 1805 5163 -1 a 1805 5162 1 a 1805 5161 -1 a 1805 5160 -1 a 1805 5159 1 a 1805 5158 -1 a 1805 5157 1 e o f rtX glpk_statusruNXconfigrvcoptlang.glpk_interface Configuration rw)rx}ry(XpresolverzXautor{X verbosityr|KXtimeoutr}NX tolerancesr~}rX feasibilityrG>z򚼯HsububX _tolerancerG>z򚼯HX_sbmlr}r(Xmodel.idrhXlevelrKXversionrKXpackagesr}r(XfbcrKXgroupsrKuXcreatorsr]rXcreatedrNh}rX annotationr}rjC`X SBO:0000624rsXinforX& SBML L3V1, fbc-v2, groups-v1ruub.cobrapy-0.23.0/src/cobra/test/data/iJO1366.xml.gz000066400000000000000000014043501417337024700211610ustar00rootroot00000000000000MZiJO1366.xmlْܽ]ב%^_ʹnU{dR, "EI$%*EdT$" =ҿc}9А;dﰮ铓??n:O~}WO/?{ǝGd!.B%D>&=w?/~w_|trw\>\]ﯮ|?Q tn?9OG/>8ᣏ_gO.w/.^><ˇ?{o??Io>Ó7ٟyq~ȐUhT:})\O^G-ӫɼ?n<5cWWO?> Kro^|(t^\" Nz<=:N.;N]ǿhW3o/SG{g^?oo}/O;]]|{NΟ'߿8ssgyΖWO>j\ΣGg'Wߟ<>|yywy>mOn~'WOn?xg7Òֳْ.rٳGK&/<ѫ/%:}ɋ˳?9vyWO`<_}qt۫||{G%E'˛d}֖ɽ?:<埾7o8勫VS,ON˃]k`HUo?<8.o?u-L~~U=kw}GOo7-חTclq|ݓ_}4ӟxK,O㗏<Ǘ?^^=\'G?:{M<{xy~u惲?Vr)S{Ͽ^=w?l{/OOw?z_>񃳇'>\O~X곓e^x|탷_=˿8|}?.7_s\q$\{P~jӼ@oee{&EœMwkSO}sݒ7=>W?Ƚ'˧_}g/ogg7g7×{ѶzǓ/,Xxs?/m(>y4|?{ެ'g=Wx[_8W鶧wKoN[G˓2\J달Akg毣قgߜ1hy] h/_-~xo<r%͞ګOyÓ/_.ȇ'xZ{.6 .Gq/WOojy_.7֗g?,Oot_+K |y_KVWgߵVwx|/ۻeiQ_`ӳ[N:?kyt}rӏy]teL=5ƻ/'Y*];O>}rvMgK}^Kn߲Z?O^=_x?C{+<mZJQO>OSo?U>%?SsIش:{tԍ'>m?tio~?x8x&C:}jҷygoz.ni1w{m<͟~_tџ^_w/'~Ǜ_?^Ξ}V|WFGy?C֜'Æ"Gv8b+.o1h-dO?//er!Z>mt/$N/O߾s-" O̳GygǏ|hh?n?wKeXjO׼PׂOOk}CA Tk@)7dNK'0@Uj[dkL.S `aP 1_(~ @X#{hsTrqP% 4Ev@ 2V!ϯ JpIz@N5C@"A @,dHb@C@ @@h|f=CFtd! A@ŀa,g),`!P e EX "ɛP< o @JTl#EԠ\f@VUuHpfeH,$ (3W 8qh-5&)SBX .E{$w#@ٙX0lA[d&8 $jqgBTq؁>Ax -BsayS"Ӭ}@V874u X#*P>)±ԈPjqXF.c1Kp.F } >RP_ 2D\@C@ @@,@Pbo> ΊjC@ @@˔F kEP iU<Th)h--qˤ`KAo`  /4jǁU8*8$C4})∥`-g ;eԈ0\? ځu бU@U@ˇ޹yĨ!@/SSA:Eī@"u8/BDʉ$cTſ U9+t@T  [@p<R.2@[(8U@ˤcaq Iτ7 ָΑ=\##@9s2N]9V2X٠*F6 lPx 8@0rH= h0!,Zb 0@@^"k3H8^"}.>V{ptd!F A@<@@ `CVw/@ Ŋ#|z #)>(&#d"f;- a;!˔Up* y52*@rOwkd/(}.3 33µpa99!";!Nx;7l! o 7Q(H, ! 1_{ #ƁX4F`tƢs E3Y3%8aZٳ e89T,1;7JH5zhԿ`F4Pf"|e@<_)@"lIP2L eSȾhNeN䵺wK7@#7HWGl! `` P2ȇF F 54U@]Яqq -!lr%Ahݽ'p`f`oȞ(>*GJ 34  H\ZrH*9eV?0faz`J* dIHb@ŀP݆ 8?$ΈT ŀj*b@ u&wboIH#R#;ii$!fECbrW Pp.\s$8tX+ӥD (? !(Yʀ|l1 a ?d2 )0vXDdVyÐy 9HHg% 8> 8 }͕[ @ˤa@D=FP  VP |ehF 4zC P  LC怠 Ju&T'6ToZe#2 DSM偎F֘f KAJVPJrD8 Z#,pt\Tb$*tėbF`7-s*BT@BwHUUU!TF@*9Tbd~#p/ATY@T #x@KAjDH'VqD\f*D@@_Par< F{*NS~_KHٻ !G dF9l!P eR0FF) Vqw2Rlil͐5!0fnBI 09+FU@ T}.scA E[%q^\X tsa.Ts7u4"FtP F/8`)( TlȾ h*e, 'QWA\Vޅ ؋qĦ pX Lx ]/4 A@^"k%2 ( "^B/FiP$ SjAC U.$59F  P2z[d#(7}.S @27Akf8T!UlȾ h*e,@TA1ht_ `,ޅqLv) E!4p>)!aMHnBb݄Mhpa* \Mh䔀؁ p\@URv:ShJF(2g##N8Pxv`T ɐ ̑ R _A!Q 5@>IU@BKAU8FB6Ez-2RhSn"b !BF2DG2D C2X&q`:D2HD|Ul5oZs0_D<`&*`%duUW-RaƄp)ւ޳r_ \Ӏ*SPc5lK>9TwКR&D 8p!P e T5 QJ];ȀK(87,`! L.3 Ę *~,\RQ(R.Rg)7SP9Ch fZqnϤ=Z#3@9sB J1A %G@ťV XO>{2b-#@=@M CR@ԠxpM( ځ ,cw7!昇 E$7!; "]3 0LBTO *GD\k5g ;e,o!v`-o7Fl5H^C@ @@˜AX ֒o$kA @"g" YH@C2Tf0`# `v)F@L!%Y ] jV;fX3v`فBQ,\)HAkkG5e|]WVRp^\cx~ST A8UpU"0q?> `!A8hLP΄\J."Vӯm"/`IK Z#q` \&m 89${H3 ۊhȿ)s>*# @g,l, @ed# hЖ;L0)YI2rq`r#@@¦ "q` \l@ՠV  iapF0%CB#P]D; WN#-/`t@^eHwЛI IǁE] R6KA8KAXR0U`Djف>!ƁiAؽZFs\8WsqNΕ Lo(Zupd%v#F:+LJ =k!ay)^ r1\p.Lq)8 s#6U"v e 5Cp>_5(Ew!Jb6-8e /PDDē0ca9  LRHP  z H܏y@5B@0b@@uHx"HD< ų^8:wQ*@tJ"k^ځ 0 ; Y'!G`q`% FXՠ5@>93 !xɐLAɪ% ՠb+BP ]SEҡ H H@U@UBTG_*G/@bgBkd&(gB}.sU-)pp(F`%CZE2e/ WF 8%Cruwo%CBj f)EgB-r&2 bIKk1dTURbt, QCB@8BR P( eF@F@`4DF@4 l! ` cJ! Ej¡@ LPИ"UtVTԬU@)!U A@8@@ `v ZC,LH?$ C#PF`jPh#74bd 59RY^U+FgB-r&2e#|!Tv`Rq)HH>TY n= Y / $C?ۊ*4 P5oZskA!7"@o*x%k.^ɘW1b!RS$|?ZFA8*pONw[{ )KXB8Fov&I"Ⱦ h*eұ"%CWqӣ4U2vqCM.sDrL> H9hDpx]#{hsTcFwOA"w[y0% ^ P ̩~Q™Tw-kvv sX & 1 l@)MMJ! 8V|l! AMUWH-D ǁÀo(H, e Hnb!&E@!̩G/{#P hȚN/p\f@v 9τb9`(lN/g#`rĠa_'2B/ 0pX>؊fk+lEF@kzUhPH2`(PL tX#]>75(V"lEd p$C\4Z F`$C$1@)G#P @T"R0{# ջ(La@YC-ҩ\@\yϖZ75&wՠ: \  opM.sEPmER lkdl`$0}]DHHDH  2P,3$wZwa%*T`  <];0C?Axe8C@80q`0@fq`2 `$2 @?@)B@t 0 `@P! Arb!AIܩAY%+E#frCJV"#@}xF 3 l@ ̀TsP||dH!".5),s1K-@>)K$nB7;PCu@YqDt?΄LP΄\&@ TKpKPFs&Dr+&@arJKjАYɇ.+ 05S&U@!`yu{M Dk>kd-}.3#v WF$ 7!Y@ 4 ǁAœ@xMTwQI@V"|d)@ӏ9 &đݗSPF7z/!@SAC@ @@˜F '{)(ݵGr @0[/ Dɐq 8-0ikdl`˔F@jEP ѝ I,sjF`쫀@\4 $pa3RhXu^#R8 ̡&KASD`!ZJ3 "@sS܇K Ix TPU+F@LP ǁF`Wnp#F@n4OHABH<D$Y+5W jՠ>)z%'q֨NLH F@m0LfX uwu?^vx@!Rp n%3pX ]/o[TxPĒLE(2eHLq `d#őa:F`nB%!@N  A % !SZ\T1)jq ᰜG8 SZ ._Jf)FK@Y L HwoҐcꪀ5Z s#5(FjRcaq)Ȍ$Ŋ#gWr ]8Sh'TT@*F T7wčdqz~e҈q`Y9+F(2dix+pF Ɉq" Qk$K>)U@B8&KA+@Վq`Tq`L5C@@w^*6n"F N"d~r @ 7@ѿ8@l ŶXP\yώ#@]5c * G |@>Y3B2@8}hCN>p\<@0O*#}#q pXaH8,p_q΁C@ 1" C `2`J@2@P3,@[e2 @o$F d@Ӵ6UW-R̀e F&uR#1 ` wVpt8[A˜SApW'pH. e`@`$2]Y! Wd+.o0~(À>)xMTw9cQ*Z(Z'I"̀Q; (ˈ+E:{qfe0`)&5yX]=0$0 @f"K6"F(2 HtXLPh2U\7I2 (H3dvE *`rƁkd?lq`˔*ƈp+ݠ n*EU2D%"J [ZpJQF:@Y dPePi(?B4+HwBi AQ  avohȡP#0)x_,NL{RtP 2U*]0 ; \*jU@U@ KU@ehU A -0(C@voҐF@*Х58ف)eKX!\  Q*d/@ʍ@˜*~ ~#Ԯ%$٠*V3 RgoE,!hdA]6(R.Ǚ ǁMZ @?wf"B @TU!  V o@ȀF C@R8's#Ez-2i TK7 $PςD F[ \49V)Aτb#x& ^@kDK>)UBQ,{o{q)eK^#*P> A*2D/ y kȞ(Ԡ>9U@M |;AvB Tt{W}(U@˜q`59gBFT@E@̀|oj= Hu/@2h$#F@ 4}.s.*n-\y$ 0c5oZsٽ_UR0KA "z\#{v` \&A@I(Ly;0e$W Juf!C j ^F(&7?zB Ⱦ h*e  ΄8m.^^@Ap0\<U^ h)KTPz ).\ S8UE1[d h^@˔R"\ rv -¡f @NboHG >)$ @`:uPF*] L 3! H,f!8  AC@{ w#PI@, +F(2bF /IG4Ap_#{^@ \g@Uw^jЈq. ٺ 8}.3 U-Ƣ\p9ihgk8>9!9"$F %q e|)vW-R_"՚)nZ8@946(! IF`F48 F@!!W!*8K# I5=b΄ * Ib3!rd]5(!A@"{hsu)01z[pToɐP@@b^^7-L&Ft{ ؋B@2bŀwjUa-@8-(PƁPĽ (<U@vDC XxƁkd?lq`˜q_ @@Y89"I\#d\ L{ @<@;\g{B -0̮8!}3!4Ldgkd? hY@˔* oH! 3 = L}Q0 {@♆l"Х@ N joGs%CR$)؊Wg+F-b+2$%BTF@w#UJQ3;0Z[-58&)!9Ep]hHnBA* $(!w]5(Dw^  @ @qn\&A7?$Y@e(6j7 = :wqQ! CFgHuG Z#{jP P\HTUN> V"+w !܏x ƚ  YH@S>g*@!F Pd$dDH|IU@c(JCr @0V~@."^)c\u*ո &T){#27#扈jEC5"∈~p#S0K"#6,`쫀@\f@fbMu_KA@aYW-RL&KN * ުAF@IlE՚VTq\4R!A&w+T=Z#{p \ nB5uTw#+F`=xfkd? hY@ˤ !8,3=IBH  g"ܫ2pCX A2Xs`q*wP4e(u &@{h:)q`@Kj/+Х`~)92ˇ&v!73=/Px}.3 SI zS@$l}#(@˔* ZA,,:`) LH홐 _ f-gB})xݔ @3!F>@[` )!Ɓ^!`/ dف ;P;Pg/5)H= .]>F(kb ^@ʖ HCUXĽ (yIF Y-oG23Ro8FwC:d@*H-d ! @Cp(Y>Tv(B€td1 a@@ˀ82@0e'F@Y >5BP {3O*d f0t`$((  ??pِ\4K ֐ĝPUւ<0™@wѐSb!`ta>I!DP!`gwWAp($%!@ 18W*Pk*B@t,ba ] z`H=0̆aqH)ª#Ɓ h# +ױ )I`DCY@ N{(-ѐXuUzWA1!-*(:\8WewK#f$P h:V-IxUBrhc)AZe2H\u UY*Ιkp˔qR ._G.)*RTT vNg6KNWAv%v7)!KA$jP7ۼ(Di "FP>BTIKuS@*5TJvE@™\4) lP-]2 @ T2p \ P$rRR XttN8Ƣ&I}#UG8 a q @S&^WF!f" ,+-5@>@|RqLad%s&E(2(S a* E&AJl #brsB ;;%EF@GKR m}(U@Z#jNbFd Df#E - 2g 9{&F0!Y#{@s| ^ )UiARdvxˇj Lp$P@:ӏNhsrfoy=0& b@Ā D 7Y P;1 wq .udS@%RhH"VdW0!\2J 뇒0@X $ DNh-2s+ N(S @QF _x|E+C&# & `@ L 4e@r)M s Hح`(f+ V0̦/K!!J3kg{Q% *΅vWu+oυs615Z s4 X:D0*+Z 2T0>nU@! D]8́{uw 1:Tn}(U@*= BGTZ lRpf&)IfDH# +;Pيo}#8"&Y"4{#SU#Ch [;!\,K(gBG͐\F 9ZjPHo@P!A}#R.CA P-\x@i\@@@p s2ЍI Y'$; P EC@rwe,ÂX5,eTca'Q'Fh qZ`caXX*αn$QcaYSacᜇH(Ѝn(ЍpNDCnfX?5,e,_KC/%kJ^ f  jkd J'2 (9#6]w0Uw;'K>ٖ ˀJ 2`#dBD¡  @U@U@ĨT2!Ej]HWTW>)U@1 `Ȑ* UP$[$* ݀* cTſ U  U!EY@Lg߹cm$!UVd+F(2Bܠ$: (GQ"$ JaH-p 0 $;"#J HT)Tix{QkotD@1"{@ sSTA"QpS`+E\T D#QwS4W@l؁[d_J2G3$# .WuW{)X fH4;;P ┐ FV8æۊP pXrMq|h ɐ|D|h˔FR"&> (#$C@lmEȞ(>9KzLhF <YqeFP6}. B5iC^@A@@&n.q T9Tb+߹! G7U@REX#@ l\PBdQoPI2dh؁[dh@ˤ 8%N1<`#PH 拈A€dUȇƀ#KR0 򡜑x"P0{# A( q!U80;Ōsr\|xJJ!XXgBbτLHn™P a#PN&a+T(+Fz-2SdAwHz C 4 X>b@€ÀKD+?Y?4i! N+`A/ւZ0uҪ0 CEf$ $q4@tX[d%Pq\M.3 @%%0JaA rr"vFÀ@L(AkA {-p9@X }+caB1 X JɕtmHp>IvA2R"9 PN'}% 9B8 PpwѐC-mHsT|pO(f"t(DC!Bt(DǁV7Q\XF(XD*Lp\, #RLٻ W w'S-DKbkd?ly`$zo;EX}#AVqlM.sRgJ[>zQʌz@0X00 !!@! ƃ`VpEm[d.sa d.u3saJ 灕GTpZ婢5Z sS 77h=Ђt*h5zzT;C8`B9),@`f#2!.ܲ4 g4b8 j[dkL.q]`ǁ]8\X;hz/BȾ h*eC@jPVL\Gl2U$Q! 4 8Sn@ÀNdt űs_T*X\X]@4w"R@2l@@e|wby@'PEt@V![5)d>)+-@N !!\8d#E@L:B?1@}xQֻF$L \8C@8 wŝP@!UfHRG3ACXtX]3 BAހ* b@@# b$^8(UVt ? j] RP}.3 75(Sb4K%F 4sW}(U@˔*@Sbqfr rZ*@D8pف34̙doaN(x#CUеp%{-\\ W¹ I$OjH'b1`@)7*; HqN\8k [@C2dwp/e0`B@z 0:ܷETLH> h0VMW{+g8[A "{b@ĩL.Nd@#]D:3  +!@A%lp&YwB C@ )C "A , @ !!,@~(Gk,F@Lfe# @8@W-R̀sA.n)$U@്C@ @@˔Y@^\ [Hp@قC1 ? \u, eq Ɓlǁ 4 PY3F  j7kdlv`A9,`@tRy; FL I5AXsr,a0bD~)(K>)(ƢsiR00,Ⱦ h*e80:Rн XaòX5Y rXjP a-ܩA!”"5zh6 F TK#PԿp չM:5 g j8UP(DU@V X P X,Pf}.s{R fq^;\W!`),rRp!P eFVB "7ye5.@US TIX׮, h @)F<P2G[d&(nB}.S y܄ˇzW% }'PFȈ A Nڝ@ Bb'P-ňN  d$2V [  %!a E Ex ` @ehPVw kXdhH d&R(%ٳKvF uGe@W-RLF !Qg~.xtX"A @,0ѐgEd&b[3Y \@ݯ @XEC4KE"a&$ Y-5hA-B sTC8!wqbFSKx/"}#(@˔q`T-!~.s!VSJU@ ( (өA\ D]F<^~B)Բ~)(K>9 a&}I @$@:% Q/ *Z*8 wT h8-Z s3gU@qC@-޳,%p@_ ʥ`/*I, 7\ {,F:8}.s ߁u$pFӻ$ a VCx7GC2e)Hddr5(BܽK%Gr,%/nBމ!Brr\pH{1C}T(@ހH=x= 0$ h0() )`,@!Q=(2TA]N)LBp(0eOÄzȲ`)$ 4 .Pt[TJaR'4ʥA8 (XM8SQ0(/ 5H L Dǁc8x=h}ЖP.<T[ נG@ *ޠ " ԁ^-W] R8,z2c7E|!25ikPQ졀F9ʍDǁ (`t(}QZ}p(-[,CFXQ^.ޤVT \8Pop. Ryy %UDؘ,BK@Y oB0TIT_t(UP!,v oK+.S[-6 5Daq ߲E;0`h0@\δ`%@H  LD_ '~މSS)jj@XZ?V+Xx} N(5 T"_BM/{=)hZ]P >{ JDSυx߲` >ʯ|o혼4-m.> 8i-<g*7m冿ttG񠀑)`Q? 1(^S_B@;|)2QN hz˦aAVX(# 1 < `aoD0e<:ʇ{|Yo鯷_o۝_py z?Yg)B2'eNA29 w B31#ǀ1 A;}ۨZun8 i'r@-[(s uY8>bF؀<~'r>p~a@k`Ve)y}0㬯峾tַ=H6rmG76_C~k׀~m, zyb߳6B&mPz. 00=~07Ahh87 4;(j 8AP ; o#dא΢!?`@ IwBro߲8>Jb K}Ttw0FP`+ :np 8.^F7=Ib@9<_ Ƚ 8*`~uG/v)ũ2*ӂ9C/N 'T0e,{r᪡en:P{K½D =ZB { Qr]@ FP6[T?A E .`X5T'|U_r8<O><q j£WUYǁR NK SP-U &ԬX) BV؇2FBf  7Ơzii=7J]2%_ _}% 8-VATo`R=l+8e% <P[PuB8\_y* < 8)H l2 wy`9L^$"NHpCQZ \]p(€-(AVtVP x$(6ņ;BtU p  yr;!S@d)NCH8!"ǁ'r8p~ <a`@Z!|uA@< `K6Y#u#( J?f,c,(Z9Lo٢όH$я'Aճk~ȻpV2(q;@l:l4]*X,cD:94SQna*Ae@g[B ڃZD$:ԻS-sW DO~$p(G[`0mT>>ʓ P`FBnp ޲P|} 0  .9 8 ހ ;l%14 4  @: ʧmN(ZTL ொq&Po$>z.9:|8Qv" zo?w wTn$"KȉBmD6pF#KqP2SBH!)SS' pz KPK((]qЅǁc޲@y/Wpr+Br]O^J0e8Ƚ!xzV*Xа42qD[vPB@ \c8(W)qn[P5Y (#]ԗ<D%; Q HQV> ~@Ɓ߲g# P1.kVh)hDO><q`@X J.@\1tEh7y J[A~+Ca#Ftsnճi"B < 0u?@!)dj峀i%h#8-[fC1|u3rӐGL}7h~&u#lZ(oz8}.`8 R=( PDPyH($Kpyp!wiPǙlu>~)X}#l:34,r)P(`~˞*9Br0SF%4gޓqX8a燎 HFr]@6KE/_l?"npab[ q G^}#8=P b#$ z- H lgGsiPTA+Yxm4ۇȴP-[,CZ(S+n > y,%/h)RǠ)+ER2s@e`;W@ ʀP=(2P@`PS֗c t a@^$ lY IC/ )7 0[q'ԁC.]EE@\MA KE8@0@p-{( ~ChLzBXTa(<0r܅-޲p*(j Y@L,3]=7'ro߲en0 0/_ ah)lj8)H Lo BY0@SJ)NH{Ҟℴ i @RV'ı`)} PCP(B /%4CX*q# F 8YMq {a@h@*r@@U! Ȉka *+Ɓh0ZfF"ܫ-_}@X  6N *x"P@ ߲WF7U@o+n93 7s&޲ lX Q-1VD 3RP ('T0eOw r  f4d@س@؁¾{ȍC \m"Z`}AtFa'2 8l~ AG4HMsEMW hp D1I7(&o' Ao5G +Pv@ip,N?F DXB& 9NoBQ@+Vx G~Pg ` m".7]^QNK(@(Hnݍq7 @jr؅̳0( ~d4}T fи~XRPY8)GLos&Z *XMV,@'])P(`~]'B`(Vm-t#0 F`D@5!~yPgB#@y#p!*p6-[ ̳> lU@Ac8#Q<(@2P@@PP=r h H<<; or)HD/V~&4 q4ǁ488|Kdaavn_s9!dnc ,I/WS a2W{Yv 2 % B\)(ʍZqzG,@,tqE"]qN8kN> 8a`!]BP[B0 `Q?wB]WW0)PxNOb8bˀb)@+I~; 0JqBr@-A \o@$];Н=( НaypP_fH@ #1@[Aq/qB A)(߀m Y)P(`~&À_7ౠ`B $ss#`:B4[T>~I-Cʗ}X.`X3fb*?TU@U@*:]ڒ*( hgqz`-rAAv\+±zpyP֖8؇z\]p(-;(U@D@W^ L5 iP, jApA[CPKA/ iaq45'ro߲GB#g*P P08WS0 o/V}&$Z~#B (v" ߲~!{,R0/q72l[,;#^P8@W4[v :; oS| QMgB28KAռ{#8` D⍀sR0z[ ʁb'2N-KAErq9+.;P) OJ#0eD|fFԪnxP@d  !(P Q@P@Ё(o$SH=X@:Ya 3%~ ;{oBn@a^= 0U@X`J UX8 0-[5U (Z%@aM WRoٳPȪ)@2Ļ,^:XXXX[|?ƁVwKQ""T^]ĕn"ޤ<мH-ppj9B qKoBZE\˅+ʊ* .><y-+0NZ8>X?i؁l\JBÀ@o# VTO-6] h+(1Rp! X€kafMBAׂAi-@%A  IQ>ɴ\4 L2P@z `la:uѬ4d,plc>P@@'BAʀA];8gAF|~ x>Мܫ)ۊ$ 0aՇDXDX$۫g0 v Q.4]"RK[ E8e H1Vm֛/E D@FgF@s Kwi@ ֳBnG!ܶNj[g#;3P^G@rЉL'4eӭ`GV$/;H@'0G# F@;'ꍀp򍀯p<}QƁөǁ2߲F_\T&b뗂*e~* \T {sՍ@@ʸ?0|Q@+7HdF6Y)P(`~ `2Cؔ70Y'r@-{6|CFuT87% ]p(-{A`(6)=C_ ̍5Lıku£豤Hl!@A_B\ gBMXΥ`5Dr)8eE8>q`+X&Hs>n ݍ@p(ɞ¾"U\tP 8PƁ[9 ƁUwnD+Ɓ@!o"vg K4 Q^ v}, gNip!w 8 ߲e0L X8EܹZԙ4l@A9N(" E *e xq/0u \\/T-;( \_@mc_Gn_;ށ; HUI,4נܗ߲23So (QeHmRαPSP-@(oFAcȚYw +w oa~h6XVXDqh21Ҡ3fXb0c|&t!RL(e˥}fFKAʗX #Q<(@2PcP@(YXkЉLŠ4e. "VUGSR <(x;4@fP1h 84SQq ;8EaVDpF\})x(K-{,Cp#^2˫)]CK!8@1Or ߲5[Cvj 0W [%QR׼{an8¼RŅ {y^P! vȝl@!*r/n$PFX8BQ%0eӱ0B`st+=.$D^("Tl#1+B|y$ D- ?j)` $  :.4)P6ȈS#p!저W'IGʶ`PM-8V..~'t(wB[4\Y,F#4yTd{@oTV+{SA!i8".~'t(wB[vQPq"  rǑS ξA }h4D*xoЂD!}5Yt!S## JoSShz4i@ik /εpz˦F@!]X(o<]-0  L'r@-[6 lT*ּ \ǝX Ƚ8N`~˞2wBlVe@Yɣ P' o L!2d42 9}fߠl77_ F0 88 J\ȝq(4Dz4/Q q8ͦ!2Ӑ-;(3k7*z/|zq p‘:O<}=ÀFT>ׂ^0~+W2q[vP@2Fˈta[h d"D/ 8e #d:QTj pKAHɢQD  D[̬^+g-^19jB^0ޙ\ !, y #Gyyy0AHӹg2 ߲bţot,p t.i)x!FP-{A?B "7يF#IbPq1z0YYй>67 #LC$FTpaӐȦ!dO5T,ʥA&_$H@|&t"w] ѫτB n6Ȕʀ(Z.Pvse@y87/dIHe@{- MAe2ZE>I(@ d;x8F'еV䋫uF r mo+1F#P. ZF@{T h*@T9,Las*8e˵wF (wjy`h[q*CĚ7o" `jQd^~-\twp7:4,86tOp"w 8 ߲k$R**AQXXID@Kpk99am|1P)Wpy#P)50ùbDr=-FX W;X/N@P@0H za@7 K jkIZ ^5P\C졀bGxY!@&aRBb0ekHP^/^. f2G\QMp"w 8 ߲ AM[8}l4'$ h "ƠrqK_B D] $G|DqG tG:N@CRBi"&2e,>=ꫀr U@9+ Dq[6!tF|)h]V8 *)v"*P-[kQ{+h+BlυO. :iM z l+̀ŭYܫ@6ܼR}&*/L(@B=PH >4ʫ4% pH@ LDՁ (OQtg)DX-_]`8&-{Q̣>NH 2g뛰X{ 0 hP^!04SQbPS@JG_0 0 (]~CtqiTD @bk@+(@Z<жy(#YX $RRЁo% cKA) (`6?umV))`E(B)Q@O60(^^DK4 hY@˳4 ؿUbP. zU$kfTأ \P[D! i#RD@Y oٳށ;ZHFtca-/ONB[vP@'Q ` z:oNdn87[whVQ}#+Â(W,D\QǙor)vjVnZdWGL_4W=rE[m@]cۇ/3!3$ x㷎A 蝗P,(R؅u ߲E AArː؇*tE) ҄ʏ[ p$ PO)TD @?S_ F` IHsܥA" ߲eRУi9K  r؅L(޲EAZ}&FUbP4W T8ب|IH4W ThA#@SS@,@{Pe 0 7A\O@2^BD @ o0F# hU@[B8eNU"߲L!JIuQ'q W54nO@TFALރ(@ KƿIP`)#e ݖ!6[8pű05K Ws)޲ WC3ʫn+i8ax!LoBRpHS@yHPp@6=p6=~igBdaP)A4(rKd8HDy#p"Sll9j!"PoWĊ:qᆚL%E| 0F G%ɍ5@k@Yu*KA+ptda ,o,;D5XTNk FP6[lPcaa*`#HcEOJ#0e p)7'iS!U;B*;0e7Ձl %U_ȁb2q[_}$er]sypk9 h"@oNd -[(0(@ԥ\0VHRPݒ4B4[4]2 ]@4@..//d\ 졀_C.Q"Vjۂq:PЅՁs&޲G`!B@8-[k,{:тqG_S = d=7jw`[4A0P#3D#Z,cE#i9.8@h?瀨_2 *A)@(@ޠ ` z ( P`l{ v`*c%P-r簮KV6(`<(`d @0ހ:F6 ,xT#W oPt mP,k lXЉܷ߲ 2xRP(]E8BU䊦li|(}r X (/Y~'r_ Rp~ 0UۇjjpAH&ƹ 8{p(U]AEY`¶5g#o.0p6-{f?zSWcA#0:PHqBro߲a峀8tA# t&tVȝlu z RETģ \P[ aPS@XBDA=S@@àF`,0P#5HF}PO՗-9 A[ r㰦}Rp$ X홂]Y (@~)X^ ¡\ȝlއlp5YV\dGPCOEض ĩ 2z+xm@ ʀ a=+_V+*R~$iJUF€;0`~˖N@=:ѩNHz7eD{8-{o$ \(.6 EPg p n! ℸן rqѱ A) ( W?cP@8[=%А(?(g @_!  *]@pNK=; oCCz)ؕVPPY:FP6[9̣W{,[yH$`@A6 T+D(`D:; oo+JT+:)+9W(L_(Dp(0eKAL>sEW{D4Yp-܀ԁ+9]NPl0 Z^nڒ8HU)P(`~ hp&tjOKAiOܥA" ߲RgB$Rn">x. hOg2 ߲5yy#ճc4c2dp(`~.]RWl]WyJSϳ4 PǙf]lҠV-V+? ZxIE  qn[,iGXp)X- PL5R8`H V) !+nlp81Ι 8Y-U@um.reȅL98!-[(G9R%bˍø"SLU@PM_:LQN-@E^ HK8Kg,LAEQ<ǁXn %¤@8Ь> /8Dr_ Rp~ pG8~q@+ PL:w @\]t(Ҡ-fށFA8; Ѡ%r!*P-.A X r֤]3 KE4e"$ WgB^*JFoH~г_@ _ F}z]l`oi)RgB] a)Xd3U˗m,ed])P(`~˞*`A | HTԁgu`I::n"!nhT/{ӮH9#`@9#CD}(j]@h4 2BK@Y oC~EP4ɊLAw s;U'r ߲LZhhTHۇT7|te mPoY!|"2Pʀ-;8@A$E{'2ˀN+A3BR'߲G}w}B#Ufg 4 xYYY Q=(26 gP= p.:R#Fs#@Ի[y.i(=(e h@`B恍g amCG'`N b4NwZ Ēay !AQ/cVPLLCL!86-[n[s;վAR x_C욫WRo٥FpOUS;6p:J eHtCp xbW I b1xcp˓E;i}yGGR_G'N qCeʓE9 p aʹPN2N',0:{'@ Dz,pG(dQJ+ XAV/>lVJE8 t `r@7]0` óq6>DOo4 1oڠh Ji?8G 0PC Ɓ1E!Z14(6c :oo2dC4+7 YmiHơtr?|-[(} 䋫{SH.;-P8P#_ hۈ[aGЭh(@il1 `6v `r k LC:ҵ.FD@oS xoP/BT' WRoB] jiЫ 7΍SƁ'r8p~ СPhhu# 6ʫ Uz?{#p(-pPyx@c,hR#Fs#@A#@yfH:P!,v oK>_ ^(w@܀6=<Pk-t[y#\  (LDz^ ZOKA8KA=$] mR0ꗂ+,ƃFD (@1(`SS04~H8KH}(4}+iS@^BH@|)@R1())@PΥJr@-[tAށ˥ADfH  LD|`PS@y`K(;PNi)x",liqث(p/r^gX )=(e h@Xx 1 z j ]B$ Q"D(JDGh94Cs4iL KAFE^-\ ̅g7 8c ʱ-7} haXABNH LD5_;Tg J+(IΡδKFT. Q>DG/Y(%ܫ@# (ʍz@a κe8eOCbMĭhA#1×t <k[vP@KA^=T4!1_@Q";B(D 2zˍâ:G PF) F8yK^PiBDU*^aPS= + p$ xd )؁2지10(`S@yq_BA)(Sw z X5H` LD<0Ɓ&Qm2mPHj.<-*|#Vm2XWD5aRBUT[lt/hF5xqr ,AXeh$) Q= ~:ȃ$SQF@cP@ywXBHUeː(p,Clhp)HN#A} `A}Pf P -n"0(:S4Ձ68 /J`@`oP`xʓ+ {EYY@zТ-C-2ȝ ,I>MuA(V+z"w@1߲ q} +H6 igL oA0A!Q"F bE9Msx# Y/$iB@' 4-n]Hʏ7 (SPRg2 ߲g0~1Yzu`V[59SD4[P ADr]Xy#Зe ȺI0G0vW@4_,%bDN%r(Q"[vPsS,@՞ I R9KB[%޲g+HZIOV+]Wl>ҝЅW߲I7m)iT[Y"I! a{u Ey`Kd'r Vp~. @H'(FB8|E( 8 SP=;0WUS[P3nY!|"FP-[J\".$d+(ΝiKar8p~ÀW `Q+jş@ S\ xpo.EܗC  q?830pbpssla7aNB€@o 5D;(_ XbFmNdñ ߲"T0ʯŸH NH L DD1.?+ţ,f'Kd~ˮYA>K0a EB[@ oCU~*@  4Yֻ5F`@? zTݗX 0n7os$S@^}{Bm0 *U**1^_*@}AG/Zȣ \P )aʏ\cICĞ e8eO#0~AP9L3ĺ0dԳ4D&۠# ߲7 *O{ac8Ш=UU PnQr۠V9!Q@<( 2P[BDl@@0[# P(JS#p!ll`caH r۠κ`ց"RDY oB6CH8)@+d u W!t z]0ppJ{ oC'Z'D~.+ŇRP{{q[6U X/Ֆ!ױg'r@-[6Դ|#ЫՁU7D@@@)S@,Xq)Hd.pdꥠJ ncjFi#p!7 8 Ho@Guq( 0-|}"^ Bxh : oQawBå9LMVJwSAp"өP-mȟnT= h}IaND&Ёs'4e dFyX#Y2 H LD@)  7o$0 jÀASp!w(l @5rm, H.d lR a@+IF@a:@νdՓ"xP[E"B/m:y&vYVI"@lQ! ]^H@ֹ}{\*  u5¾?P>WU$ཨ$mW*TIOF%[ b(򄤮R6gBi 0یP 2m] <僊oyw*dICb (DwEo[~ݭFۯ`șuQchڰgj pՖX:+W p}+zUAOX*)10[̯a=.Jh:a'с^D߮$P>y&xu* <RY ΐA@Y \+&-,eg >c ~)*z(҄tD*,zX<;Oܶ;PxPp{/DB"@A@JhacDT(@{Q^./U_=:0.^LD˒b¯ v\S_N\ַ eH \ _p!}_# k/|z+ PU  M!,\k;Y \BmuP^u GV 7BI ^m_@P!_@܁Wg ,TDxnDB"@T \"BT(S Bm+$"ܾ$7UT/m Yu%DEYpP%+@Զ*d i4q|e?. *Bm*$X~59A%չb Z=yT}?N9C I:[?x}CQ@a\vpCV<`rx=8 ؗl`PZOs8 32N.Ұ>yJ *C^jET#lCG3G;88QpHTc:o1%Dha' y4ǀf5DCb  8>IuwXu+n " [L~ 09hBǘ#p DCr"VAY!09KF˚!SCt#!#œJ0(FDӻ"4 *  8&Ax{]!!19l ƺ)BƬ18WC`L_ \Pjb@5@?ɠN# tp0 B^r<88snDauYaPK'@1CC`.1$H@j B̟R\VZȈc2 J2SD*cV9p6c4F qv* H{",h`L ! ƢPbAE#2u +# BxsTtOȇ!0B`.k t b:D^9f.1CЛ2 R\ҁba+!ܪE6'S~G 3u2/ D8RF( cnFxkF$}.lzr51u 28LFgC[6QڨzK(DaE*; -.1Z­ caEj/TT9=Ľ4jaTDmq<9FK Lt$q o t_5Ԫ,`eYR .`&[eS)`uY];Ԗ]3Wivl9N_w"`%Q( (Z|Q<FG"B( ! >Q?%F);@D*ɠJƷг`;8w<;8`96,% |T~`B!.0?Yf0i ŘabcHe#ٟ#ߡk̜C`"0"mP/cn FC.,V@8" xpC|8D!0_!y1 D`A`]LV$hŃ#(8ъG ZpeS 3)\b@|>x)C@\|ÜJ81  e#L4308i5:/ pC<8D!>4zڌq\oP:tC c8hF f$n&8$0 m;@#@A/2zݰB=҅/bcIo~0Z׳[x>GʰÜq=I,p ٞBiD{ <4@C9 <4@̃p)b0:p)\kxojoVWBӆ@M'8)d{ ٞF4FA11bcĘLjc]+{ H ךµq',̗QQmip[SlcpEX=lO#Ө2%np!E,(m5AP:0" &R0gnDZ /JBh9i3m \N͂^QbjA[jyb[ZМ$̴k\A;\d (&=hf2p]B/6 C<8X鴝Ԓ iD}g4KtpOQy1 5]0FڮEu-Bji,=K)s?оEP?xNmdм3p [41 ZA$0 pxb' P^G'Bg!94:j9t)xzui^Xބbhm i9c ?%Voz'Y)0\%C1(cyܺGBc@;B1gw0D+u`g((4lW"nӅj55ҍNn~LB#K8XU×[|G :?]kC vcC{Z~5Ligu+Pq 'Q%R-Nl~H@yA+7(j!P{iC( JjL84I]{: $7(]q/moBbydp #*6s0FA]݁͝6tf@S :fc} U=- 2iA/WNPЯS18I>m(R6ƧZDP]CUjʠJ /ީ@c;O\ô14htuzN;9vi dO >kZ  &,!l}61k0HzN f>Le}8 0a)Ƒ)Ƒa)Ƒ!Y=kq Љ5(o3 W3&&<#:AˡB4+_GЧ_v_G)PҋjpO]/MqR`D5#Eݘioh29O5#-0b ' +C$%iIaZR4%h 3xaPv q!@ӒĴ0-)LKy҈0ea^Yxfea^YxCbeOv.F"0 9"xJV|eaR~À iZb%&&&&&&&&&&&&ì $B| _`bpF 0ԮE pC$! ༜)`p9^~),KrOs)_`Cvޜ<ّPiǯşLWa>A I']P_o/fד|q?_+?hz?Oͬ< @I @"Do$Ay 0MZ\C&k - /[ Y hzRt6l0hE6S}('my;~b\)r'ZJKުCʹAiG` jwbUʽ t,jV|c-"۷mk(鰖r @ ѬaZV""B?Z(߆N,@ %Sb8#3] #&w1h_\szF+apCrx+9@]%QBe*0(B .678܈,s XۆO[@0sVPDĄr>+ ĜW,QTe\PSW3[}1πFK(zsDCp{޳v9WC` 1i_':t6P8A1U ѽ&t:.j6ߓ61c . Q(F{ fkBLm: ̱ǡwo{<"q2AKQQLeZ0І2hDpHrn ep}FA8ϲ[hEVd-Fe LA`x[Տj`0a;4IppHG@ى2=Kuv“u #Vcޅ1YIBB1gFvAVc& b(Ic낡 &`9CBzP`pCy )(FKU_/F ߺV|R,̤i+1`z#PcQ3:{8*~8KQ0"J"Ç|K~ъ}iNdzm)nr4O/wr<|F,z*WTKG\DD`7FC C|0xŗC`8j}np@ϡQ\Twc<|JcP!i[P`Tލ#DiTiTugh9g "S7poW0xNv֩+ %[F)b_~ f>KFYMkmpF0ۺAwi =  peKvą 4Pii)T rv97iy=C p^NC(eJ,j? .u-kJ!jrp6+J0o?5&wt4:"zߨTf@@bZ|w⧓_Zb'd^~gߣ/OeAl/Fg'n&ۿr9ۧOo''1rָ͙^gf6Mn:-&?O?=úv)~6?]n^Ʒ\noֿ˦[3zrr@wW7'?ʕ؛Jc;?gsi=iO}"+b-gSYh* ^ w +;8/Zn'fh3n؞pýcz]bj?V6+ݝKsk_Yh֧@ Q@?v\~ߑҬ+o\}xB_]HB-+wӰyoR,G޼ӿ\l:|\}5}ffB #+t_n|a ^{ ;,}}az{wu,P5?f|p~H6r0t|5+s0@&~qA~ FfHH6>/p4_d5G佄r| -TVo=/|#eD}בtB׿>OϾ_>=ޫU`%̸+' _vfq-h2'`^ut~ΟJQh 8Wl4rcΕϥÇZ}LjNƨ gc}{}nlmd`*7ëOq;:u6Z BSca}edķnv,h|hR_}UoOMć_[sm+wqp?qn`MN~w8O~=:5R8ۣ2q+$X\V;l{dv<$ wJO's?1~r|gtKm)v`[Q*W6P^4lC Jۖ~RUO"Or7nI1frIUM9SNP9 ߗT ֞ީ4@9-夫)'M?nfzNx39=NjIvҴ;nbCźo;ϟs']fbkm4vy.ؾuVjlkKO_*<믔R+Aqaf2; %xeNYYeqv`8-nc6LGu k}g*©qC5Cp:օ%ϕ"&xxӟ~j)s]uG<'8ͥ'QD_  ͎ F/[o+D2H|\Uuܫ}(ж(u=6ܠ%uQ ۡMbknW}>ح]ըن ް7((џى|vJT{.%< NLݹq7|g[b/_!7W뢳Ut> 9Wƶk9Qf*/ݤ?{N-&0)x`)KLπb+) MpysN7Tǔ+I<JY; Y&\o^iJXBňJD\y4o:w~, ޥ9K;TOoـ۬uU?>0 zD)Mͺ٬YwonG٥GiTSOsgdn/4^!9%P\ ,ޠzq1[XRphlnz^!7ݱ-6xH(97fZ4v!d^*W()Ka bp/Uֳd؟(9 u/bRѾ++{LjP.c5*<[Z ;uN֎t}jȽ x  9&'M39CMo4˨esZAdr?/d_*u`R|Wm*_*>E tdyՅXwj Fcuϓ/KRy8~|Ӳ?O{=Zd⻞ag{_a}P}ӛ;4/.)MoQwJ^j!_x[>a g% 9+%DZG]6a~+xi{„R7S쀇o?ԧ/Q]-#vŴGpgKF qeTQˁ:1 燤Ns gE& &Lkovov}pc0::[|7W$9'Bx}nJKx%~Uv"̘Ō9EܥNnSUǛR-1^anK*USLe{9S|=lջF[WSخQgCYJܩQ(#TD>Y?V'w yÃ16sZ}RC7|(J&Pxd>96qNp'~ r.yǘeTYhw岀2֣|[Ȅ}Cx}yĘ?s~9EUjv{?e|33E' *uðVکm&ee֫ nT$uhQG"8`ZԤ.Alq#}41JVlIpv<B_'CӭC -gӕ:>~UfxNԌhՒ;)D 5Eb#-m }ccT.Eʬ@(ʲi?\@T3c/ u+sQJ/~Q:̣K=PNTIb'o}X=N/"Oݛुg?:x 8IHH̔$:gRaFK#9԰?jmiǧd_FS^凡Nz Nm$e _o)xf 5B QbUBZoİND 6J:9&,NGMԤۻ4i&myҥ۶ui%I\D گ@g9s/CWJjApFkBT^sR9qwKG?>}v2NΦlOgxtԩ178 Qq;c .+u! Sȷ Y5! LH*!`1Iߵ_4E4!hV@&Z ,XUL`XR U0ƳXJR;-6 @UPf(cOp<ʺ"ȬEj0G.wAQlWRf)Z;踡 %b ?Xv~f4 .`Rն׆ٹiѺ$>VѢm-iiF]1;Hi#êc ^?TJ] t%f:['7.t3ɝI7fȮV}JMZ l`ob 5M=~LfⱔͤvjSצjT6%tPTܦGkasߩL{2ULi0uJ{myʹbܿ2]nv9;ZU+J3Eou:amUg]94|/sk _PLOhƎBShud%ySzEAd~oգm_ܚFwj2!LJ;lNVo7VI,M@&ƙk_5yZٯJqm˜%z2VQH|?q"87ٷY":"kA>Ֆ sf3qJW))eg`ׁԖ`##<;|5jFpWyD' 0/ gT2s~Nv?Mj/0g8*&щW 19 ][=M..ӸZAyk%YI]`Z}vˢ_uA){"Fu`kNg7a l8 llˏʻ-shU2 nwѯڌa7UXi*3a7<-4W\OBk܍>r=i#f(^Jg `ϗK@!H GMWF|0ΈY >_K]ymF ٳɉ ز?RqY|^zߋ3~U/7ٟOTjegؿ[?/66rR:z)LirsPzAcw- S$֩Sc|7Y&Kz[}(=Z>*i[S|U(4O{|~QR)4ORुkH\K^\aqFa/}͚D)N82;7@M9)w-_m[sI9bϭs4Ѡ;tGh -SOCJ^R=_Vmľs8Ҙi2|H{<4Rt ]u^5exKAriK0MLj aI(a1쓶h*SK;]x_/؋sы}Q{ W} {tƾѱq6O .Fo$AApr}Od^p|ef%3žKUP[ {?Wx^wH #RxkuhN *Ff_!Izɫ< X.U\x]AL!3L!(qv6׳en3e?lOۻɗQÓb6uV? &wѢ*y=P"877{^B/`\m"\$S&UޑHb6CnUUyTȤ> zv0"jNA0T0AVAؓ %qۮ۹xZO3IDf)lW<P_tPh^t>}DGN>]ӑ8)e$:ڹ[Um({v"綯}mig#e}KɫhG&zx>ْNG[y['7ɨBbh!P@Rp*}#} w j)z$yF\ JKr|vrt1<@_lg[];)9sx8N!9 _JozqJrVf5;u'%(A ڲ:U/vk?B:p}1-IBU#]?z3`<{k[gceD!Xbz0\Mp3VZ3!yNdMa{+8 V\^uJW{W | e~(?PTxI!"JF?E(i9©Mpd*6ֵ9 7Vmht·\t2Ed.qn+ݛ{;QvmQ4.4_F2MHw82!8<0;-3Ԍ4wSYL}AiFXTݯ<;?m~=W\`W\TF@`2A@fmYlKroJ}~[݇ ҏWr(m{創I z *WZ/S2r}*ܣ}AQȞTV$cH)ExŮq?|ܼg+9$o gm7y{<" '3(Jb<"B֣+'JW>t ֊L^~ jAAS+7-<o|S,_I1?`4^mVF>~ub \>n"4/% {=4]QXeyG$Oaߌ$- 9yp\Kzq6y__WrĪ"0; UWbv&=g 8d_I8E-`-]:vvd +eȲNkUM0!nkiѶW/ܶ_ $~B2klھ4 88s n¥~.`ں}%-/*н8yWFAg[tu+~9TJ>P 7O96 3^@.nJJm iW {E$R@>?2oU ܫwwilCۢVU7zՉbv7dt9_Yp䷛g/qMb|5∿8&BOG@G/='n$3DM̔}_VJ18Lߎwgw= Sq\#g)~ߗBay*҉9-ձ6}rmn"٩,z/%~2K% =/.Aq⥊>Һa"; RJ"DIj'I x8ѕ*C"V07fv.כm{o_8d<8iӪXy= 3xbG/A`~IaKo~.XRnCWTv&ԣl ۡUpIKs%7pͣ-7Kx3EX6z: ߁(@PBq5TkMx nWb/=ڀ_8Nlm *<Q|rk07=TÇ!8 W\q<8⿚YR .M=D_(+2ϳZВ$@rZ9;wЮwt(SM[RᖘFٴBCcf>牙Fthd{htWGk~њ4ՊBQњ*:an cSʥI>C"$'._%׾O!V (hO!z:+_H/J|!\\ɴږgQt kĚЈ4gJ } CKm_vje5tL,48:voBv+?7RiN}_Z9YPd Cs5S#jIH@xZ?nX?{}HxOfHiC2+]B]4@W]TWS5uu\jWIQ]"PRE`<&i@JROz'ٮ}={Fs)h'y%'F$K'x--$Vvhviv7HI«%QRc='bɀp8xgԧo ҵoᬨ!UlHV|Qh:{ӛVz6O:;r͇\$>TKIz-D \qB?ǽIj,nhO~}vs.gdGОɡM(3’ח2nyr|g?[#'}a) |LXm t?`;_cGtHe ?t T[tw-XKK]r?%.4ܮùׯ-\%s_H5YD Hn=$$ٽar%U 7jTK"$X-KfTMs} FPUgUcͩ+^#bx.j?VpuEw«.P)oPpR} a?ҾA֝Qxc,Ȝ)yX@zyx VqP*c=hӒ=(A N#BYWO_Wr(>8m"Qk|+G}d,H=vgvd *5;a}LRx ɴKVp(=T1jMƴi'^IHR$+B hQ;,[ڳFPJ]<+ 31 я̇b4}DG <[- ~J2dv<7A]7>Jް}Fxns=͵=;w;h% wYGzۂNg{2/bP\wd[Q.ge@iĵ}?IY6sƞBW_{(zNVIIL:$PQ>xBixknË:.#TC'D ͧ/PlK7M'JZJQK)bJzE}r^W?dF SJ t2\c.ԏ<ıJa92|V"I )E`RDHB(T#"7e4)C\Vb;JMb~L/Rp61Fur?-faBC5(iՍh]Mr/V$IM£L=Tጜ3&WTxs7-Iz3iƜlU,BsŇ!;M_lNifaޥ'eœCzZ [K糳ɱe">!:CYË1F ſ_hnwS47]JJ$3t~lWǭqLDrqa q_dzHťgX\zCKkm]u |\];ӷ|d&L~MwB\sU=ipg`Jq."&M:Ц4록uMTQ]t`ʈG6 D^J'5?ܡ'՛L:p骉cYJ^C/K^^)y<+n9R׳!Mؕ7ɼ"ү>QAmEVP2R%K jC/^E4ĢPBA& +qOl]_eGk^*VTEsBJv1nɬ;*}dNMNFW[ܦ7\>~OU*|H*|HҰnT*б$F} SY~r`tr+eU.^1ySCSv.Vqoԁ+04(ɉJ9]4_p6YJ|x) ?R فє_C÷8j<"|@)nQ X?ع-v;^ZT젊f(_T>o: У},PG*lwUbUQU6SjPDKvהyFdQnp[' ?qG"I…+iǰs޳SëZ{v`%gd5Z*]Ϥk;3MydLq6LjRd T;ݵgTq ,yXO(ǁƽ+NvP2J;}H~'Пͯ^H]cE[Gn^E]_8jyvrS# W~\1Gv gU濔Ǡ zHUv|^b*V;[I :I[dmN\Q 9x}nF(o` wwD`w vJz|Cr(-*@ӺC4AN GpOP"B,7IGI(Qh"9cc%WmX&U_h`K~ee}WȝQ~aW²!RՀ 19si +z*8꜕s]vdYUI\N1Z^t:O/i w/%p}) 1 S`IH1UǓ4q.wձ,*w{+ۛѶ6Z=z<'q~fN2_(>_?7UN!8d:c_?;ITM-'ͶQg]}R X~<=̕|+n͍JO7^'^O'WG[ne<9-z:VF{?0G#Κ$lfh)^P0TTQ1n?As *S2Ŵ+j볯r$pr ,ePR}508$|?.Wwj}ZNxcMZͷN/;c[k.2 *__ .#y엛K͵Xe)*#)3o,8kǾZC43sa={?0=(saJk/z| .Abh(4"b]xolܬ/4"KNE#cRB5V fmng]{H,"엶NT2Dz00(%HjT~#3IYdRU ɜG+dGE{+^+F`Di@j8ҏY(e%> 9GAP4% *\T4~ c3.[:ӠB]]Ʒ7w_1dm=L$Cy"$rhS1D1xQH+ *>:Y[| 0b/+uDkbHxzG"~~Is^?JrjT~ @;C ASϸ‘ ?Ի`ՠ_y[-4l~>jba }(,]tMВ'"׌aȧJnP5\6}`q6yL˖J^~<]5p [8 F$;PHMhIIa0v Tz{j4Z=46~o5]lj|aP[a_0T6jY l~{M*#-iHGp8o@&l#5[ZilkhQ$rMlE>%3R] NBP!UfLߚĤnB OCcma+VaDXӰh@԰h]h "茐M7<}pp'-}%EFi1UsY+hK9;NpG ԒPcZ/+ :dxEF`7?lWYDG(PófTnJς2cW6l#٫e`xZ6pjvo~"kR :/ER< 1lJ^5Kuq2m\=u}=O엎Uq0ǻi(ݹ&>{ :a<^E(] 6"ӧ-2E使4FXLT(Q#IM`}ʵz-\vpÇۏ**Gvv>@^8 5&f. }}/|wkw@At8p P ^8pld<z쥑E#\seک}Df*6kG9/ytfy1ҙ0f45kzUr F2^}&J"&C>yJX)Ļ i)]xcC$`1Zd,j:޶𔝆nnsytgtg^^_^`,Xa{C&,Ԗz X3?:ޗXjӣTr/ȣ2-!VۗD%m܏T4mV1'R4MC.%$^tٹ>zsWq )N߃%}geҍ.}6af u5G,y)ݬW֣D~%|r7 TprֻώJ-`L[+@I Q) Ʃ8Z '_Ն3ֳbk'|!EjF+akG^@;9iBxC|y[lV~!OӀԀ GB!r9}ܥS2ǐIir(N2̽|?a+$Pc_+[1 /㹲R߳|3k5Cl %.o\K"K%h#:,`"}(Z"k ,?zRr ;U1 Zǹ6By=Ăr.9Ih-dKT{ q>΍ ,4m򋮢I,7NOC_\__z.cPqV6O+ay=+qs"2?8 8LuxRCj xh2M$2m"w dዼNۮP:@U#L9ՀS)=p\#6g#Ō;b%_qVUPO6(D'm@]jVEgXU7`,>3565´ b JD"}7K8rzD!Bӣuq,1*m춹1˛.}QYX7C~huXb$;%b(]0]Ѹ1O̽7v2/Eck@-iz\wMɦ׷EB? (|Ic*żyZm׋ɱyf14qZXq011 2hB qC2 UT5kXα-\a KXq ۼwӨ)ma0Amv~0N2FeLЏNK崧oQr eg! Wy(OѬq\ $wm aBth+)vOǐfrYi ,mLƵ@y 1"SXEvi%5f`J=zSkF>r1HDZDKz n]ӯŸe=_׎{ph~|7^o[ 8N3n-\ k'ۅP!,@~T;!2J̼ VXmݠ`QQ2Vt"<\uQb5ڸ˸CFf5@%2THx3p @"+u\"ݑs(aLJHe:l{pƶ[² +֚y_. bN@L"5 MgO*a&9GIZ5[ If:`T^mΔUrF9iFՆt4FQDg "4e#5K(lĦġ,c4SII-g~I H[N[kd2x!bWh4. y4kA$-9&OU4Z/xjMeb*UWWh\ZskRSX>ڑ^߆P% )()DMmY􄦙xa-y@LD*e Zƕhg̢+oMdd$khLbN )%Sxh2YociK9 &,oC=-akq,l3Z捊Ӗ NC?:aӿAd8瀑pZڒ4ZQ{'=, U2E@ʶS? VdWSV;%jשI jK ג^X5-mBsrRJ塀 j|8p!ha]mj/7՛<bum~1~٭ycr՚erH[* ^N[ |*@Ns@5y~2kAUyӛ-̛Ҋ/^I)50Z"=| go$Rg(ЧhB74$~QDeJBkVs2P꠴Qi;SX Xpi߿6ش!hL߬APWH(GO\H js#I$AyڜW& rEҥ겍WDA޸.6Z\S_=їƒ=298}.Lz8=%7]y#%ޑs+FqLoB"BC4ݝ55O|ՏN_pp߿>n_l<O ] 8w AY& 6Ĝ! 1ʹ!^6@4ҋ'JWIa2K#.k Yւ~ҎK-YiGA*\]XbM]{1`JG󄢯Is^+9ZN/s'Fk1l/2r1gVX[7ž7 ]KP6p@r_)SINU5'^D#e+@5I}g!MW$n߁{x<>Οǫ.]qt0_w8 r^C(Ί-&OgX΀JDfy>M㍞wEm2ҼWW0~]q0ߘfum6>EЁmD@@pӵiAlj!)- [ڰ&>h߂i8을yanp؃a }c9_+6 0}uT2:daY2<, *fԷTv纀T8 l͠ ۛϠ*}x {9`)kP ^5ľ9`rʠE8/fcE }́)ܻkcmP2FoW"6%. !ΆZ0ALA۳1/x,xq..h-їAԼ[n_rW7L9nASiT Nӈ2~UnǼ"X7pPV;bQi:ʐ<ؓɾo)O *vUŸ+| xAGؓF0l1Xͧia{vOȟG/ssjs}&E`(OMR$=BNNj#6Mק-ؔVF2uѷn(/YC>|+"b#!M߫&rTP 9+Q=$ͅ"AG ډ[&zK(Tb{lKbL?GͲcObBw>_l[V~r}{ WCLZVU, n0Idrf lk R[`mm:e -6ZU/k@@xf \뽧;rӯ<~|*ϝ2듏|j{Ɓgi;-*'PL\U'O^cCz0W\̷H+JSJIrG?ɣo]/.PLg>NPWi2]9kr6o^&nDvo;P)22)佁@ɬF̹;F=[% ԓA#(כ we,g11ZUa#O}m?D}NjgmTvzg8 9| .cP^*AKf:NXgufb])cyQi?%!Us*k]%}t %]#P#Hj:17 s^rAxlS240T EN.4oSi9(sI3ok`ge<ݬ%'yM#9ae-ńTܳ^﹫]f=wU`]`=w>swϝxϝ7Z=w-cA;U3cN@y/TfATTZ,T:T߻w|'w?FAT(T6T2XwTBkTZAABAeK+㽿3iN`~JW+tX-svOfչ~ɬWj7-/k!-|Y?پRP]yH))KyE!ėjQf&W%!d]G 9,&szsm'aF1~ĂJQRV~, b]PhxC8_.P׏6SoB>sʜ+k|tPވ3PㄕUxxs1Q~>S~~(x<Lɱ_;p>'z3]/&.679Ȋ`4h[,I-v>7whM Q#M.鉄0Q )e'5 <L<ωF}5d(TV0 )@ݮ\EiEF%*"bp+*;5'Rienk:mV8Е*Sʆ@Ӭ(B\.1;ΘPg[=\+4Ĕ   tc:ex@x:B~`Cyψ9z- `cr، ²"DՕh4X]i6Э<*?,y n\̣U!ᢵÐCm<2>MU]R1z6^ЫSxA~P g.R萌yM'nS4ohgd1Zo},L2N. 2u]e]^î֎/b=<^6..]'= k'mx 7 pMlNTlDJ'E[Ġ$WKOrvdI?szѰÂռ vV~L8hp@}X#4qfL:pZEHUI5.gq!ƛc؄fNjh lq=Ur0M)4f]Ar9w\ƫܛ/6Z/+y^C6V< (%vVA 5J֕u,@5ɛ^ܻ*Wt3[^,VU]f͉|yɁqڇR}bagOU_T=RmXUF󜟘a"۸!$g=G8 y۰u @{Gj%1|(A(F[w~ uժ(|%oPswqMTYu %VZb;HfDC@d#Sw ć6VF|})[8!noLiW nI`7 [_Ӌ2@lJo 9fĔ10H(UJ *9S-BU n ݫ!ŋI}A}낒[HYu .t4KNwڶ=q\Qwy3jB>iIh?,K)LUa͞w *oF +wۻ/DL;39J$i8xل/bY7><B (] Sn>Sل~t@d^9/#V;pWO?2 ǒ 42n]Hipr ?ڛ[0}yM!iiJhy;OM  f_в85*uqm5YU ~TGxhkȮVhxt^4"%`Og4oQQ*a !s8Å,.b}D[J`lN:NݘL27֓i0EŅC`Lƶ Yc3-yhQ..;_/-q?k6c'\ fh Kc@ՎMc|MgcV.#4}Q~m0!gt9ry-n^4J%S<\ؓ|n?wos7;CzNB{]Sp,bSJ+,Y-M忄bԀdVTIj8ky",sBdz_5"ݱ&6#M&L4CbD׹˘Y9?t%?|Ƽ5ysxM'o1LcKI/j%-a5}CeQ340-B#Eo F@$)BӣDG:$>N'hKN9(Q䐂 Dx2?`} !W~~ZmOMAY CkJZ!5?(rQIT?Jm)L*$3=9Ꙟ,3=ODHXăJ_ Ѝl-ΖFᚈƵLaJlD}MˮO&ӱ.r{m4 pr|\K#>I@UH?ŻҾyM\|\i O5iYٮXV}QE6&/a~1>")ጞJpN3:P`r خtIq*Qh<+&̚rї1烪<¸ȳpy58ڹ)&>I }jXoB˲Ǝ14O31pTQ]85ۡtL~>LXcE?h2K5xe<ݬ׻=AoǙ[~OS?.<Ч$㳼O_DE1Ő޿׾租k@>,{8jK"hiQFqj_2'0zs?Q~=ք &N9i'"drǏ &e7mR6֣q-4 es8O~O/vP8IV̉PrB]md:~L&93Xhym^#IG/|g4Ʈ~*q?﯇^utyً\\#&ϩD񜞄ѓ&:h}7U\4˪vq<˸i\#sAM DB%2/t `s%!lؠl/_.s]2܅ɭ/Sn7^QXZ6 A5] QRfaHw?W4Oyf+&7%Jboކnܻ#h*@'89)4F'4[ 44,Q͞)LxlK>{Ps2nN fmmvɺ7w :[42Qhn_^HJCJW7}{3?wtATF9'BCprA閠l_\#fe^;btdr]5JIbzغ0޴2Uՙf3rɦ튠æ(æ~Hm\)jEo":7;z*k`UV=Q´qPdWǶ3˻r73GݦIۮ>ێmfwaۥ\I4+9bSBjRZR[Blj:Ħ/7PQ0E=Y/'"P. PwπRQQҶͩY|+ţf/JA7{E_[sǼ@oj$=qG4v|r . l x6F0D e3P(GAXն- +TFQY*)d+Ǎ_&/UHƻjZ6(]~C8 y^-|yrkr=G`n|Ӆ]ɯpRidB9!yEXϙTM̛Z+*E[v/{'xR,Y% h{rHzn 4DfZ 'Qg՛>  L[dkl9x骦3iD2; ZY D) Fw#R6KzdSOOMemkY38_SäŐ@0MGgpW| K> v^٥>cc+2d8Xhp H!@l**Ħu!}bH2 |Ǎ4)FFRe+xWTi]X;*DtGG=;ї"O5bSJT!P6 0m}%kCyn`fJN]ZciaUxwui1>n53FZD s7A37(rZΫyyJ&@Uň[]Z.$L/OW89Nr.oM/^@"!,ReQ:RZ}=a-'3֛:|>e>=hh9|R88ˤȢT2?E)i:YSN0(.NTMZvxq'vg5ޥvO\ kq2<fxxQ09 Muxy|sP?KgV#ajs@hi3NNl9:rt3:ft\ktԎj71N+e, `oeLŒ1ArƑ%{m{[~K~>Kr ~ruǏMzϵz8 #A@}ȝvu}]s<]9z&6 Kd>O.Mw$f8O/_W O)=ÙrA&h  =reEk6\Y`]X xgfܛʋ*i iRH{#zAM^3lifU쪚Q~WKDiؠkb# nA|;/HO !@C02ɨvn)hbJ fx%re\+g6a*2ڄ? mM}r%̢3Dp-Be PKTF7c@ `ܐ̞H%)㽦 Qo[4jJRPCr*9fvN9zSn-ܢxQ1 c7WE0];JO\53LY0? Cd+-HL'IfouSf*Ub3SmWEvŜ <\uc5Ug7{e8h/F/veqdTv kw؝u?҆Mu2uK[D\yB eA5LiF@VWe\ѾmRnmPOdK_w W1znbu+F2LBm5(qZ.}*T++<v98V6jzH~Ss!h=!na܏ POO̭ l F@q0e8$2TȰ3Yٌ #2[zPy)UPҠC=3mImMJ7V孈+W֮85!\!!**c)m$@^rV;!9FN9a`JcK+sfߤ\Dy̕Yך#6EMhɖ̖PeWz>RZX=k1DC3iQ4Hk2SӮW4/|Fr&tW eB-4fW gp^E\jGNս'Hn5ׯuGqshZqGM&A@Ka N/rwd2OEWb\-W_&̒@%"r$ 9j|޴kQODh9y(R eMg'uRT 1D <|78v5w(x9" Y ɽ AYHe4bp.ShDfzXU][=򸓭)Q!%sp^hڮdׯ0)*j*@$V뵦㫼\߾Gzz2׵#2܌j:c\5Jzi=ء/1Ft3+$E2ģ^AZf%cagH"@ Ʌoe( _9m>. Ȩ8h42Q?ƀGc;[y$C}meGkԹIv*_7d˓ z=1,J]!+'{N$(vG4hN=GȮ99S2/oG|DF|j6qiF}O7;5S2f l҇nm|{q' S8fւ9S30B,O8Z4z-A1dĸh#WGue<A)pp]'h^Beel/o4XGFT5`ja"R)5-mHTy,<V69?5y|Dϰ5bY uʤG#}VGK +Jz5g}7k@pniݎXɺMŝVu=e{v~Mj2{??7pߚ iMv\zF^ w<[.4;"^bKkT0rT&cGGU6o˂q[y|-WYڲF6m ӏ1sr  "Ġ}SA6{qۧc$+aآ kۆWu2 2/GR bCx# "2`n'\k= Axb04"’F% -ckJjf VqGG]0ZcNtqO5j}a(a(tA3Gl 〲R@9Mrh!`hmpe%1ςD!HT:[<4-m5oR[}o׸Z`Ȉ+X0kDp. jQ 3L/dsp(#f~eKͲ\`e'oZ8 DBX4b4Z"|DB%w+t[;?( To~Z Sj9Z鍊ٲ12lMe8 2yzWgcݬO>h>WA`x}{ӏ7A_&8JkZ)Sizj,t- mv^"{Z5-kqĵvcD0)"o@Pyt-ό?,f[cei̶--ט}niOGKK?-1u&>1xb`jB2ܩ]j]L{Ipߚ8v9Fm>̚eꖵui!cz7W}ADx\H戢cf^3rp"!$G;'' ZDLo|ppz nQ޶jGrϬ3;sCX5HxV r=S !L;JJZM鋸JSi%Sw4o !F6T@{R|mvZOs,5Y}rf3 HI3OO <_I%+!z)E/-&i J$M,E/ӌfujYjvf8 A􈠙#fK6I 9Q"md_~xcc:Y\DW^l2c5oLru=pz@zؽ}U_qakEL%~S#e]r,Lq-A,v=|r2/I;=ֈֵ(x bV>ä7LȾ1z0M{@E0KaXm }4o9ud,8&2f4ghupicE1цܩ$m>ҶE> Bcή<7LL'fͤNs3JNz|e]%Wr؎76AJٍksmۋ\96 :',!$ d,b]n !/~>]spvzp߰{Kz{o(A~U{SdXE*]&H}2d*DWh>Vi @e'TK\ҳipB:r{m71Ns>.@ h ]+L}(P?W?_%?|ED""Yjo(RHa(*ݭ,I}Ĝ),LVDH87 &"/l@xwT.$K s] @_kP3 aaf=V)\߅iZT^H>բnp@N++U]%c2% T 4k*C0 aW 6/D.Z 0*WI6u3*5`XYZ=LcƍuT0-ۻbbYlhѰ.lm .qWT # ŏ4Cs8(2Ɂ΃/Ѭ9?AU['࿾{75_wEt HJ EXZ%~P,Tl ^`S|aS 87cW$j¦ʃ6"f yQi?T;! N &7GGHC$FVN?gI@?(QD.Li`lN?w{z=ԟ C'Կ%Co7o*KJ9'8=cRRҡ4M2Qpx#N|gW1<$V o7Y kT/|b}LP"b}5?u (v262 Ū">Vڄ>4Q]B #z5<0Nj:u NxonR[( JJ*c쮏?:tG&a%kHo:;@1I^\Bhzc&)KW][OUg ٗz{$]5δg]G6׷mbA&y.k5(`Z IO.D] 9TӁ4-:2ds6Air#(^^]<8xل[.O/v74^?zUvr:vÿ ʾ(*=iaXe%KM`pLUw(.~)N37чl2c5T28O7l3(aeÐg9K|+]G_z׷q/Ȏ["ֶ ;aŪPTpJ- +2)9p/ذ ycr$!N;Iy!7$ sX 6Meo4L'J6G(|Ww(֧rzW畣X+G(^(<(J9∮-i#_~SK|YԱyO4Ԓ,*$(JDJz, <*Vd+6&͒i*qZCvj؎prqinQ/ `!,J(R"1XUN/!%CGï0ʐ܈W4.Ylz3(翻kU7g~ pπmV*L!n2cJcd+~mln4#w==!DکoO^A6wC@OgR>ӂH`?e2!CJ|Or{T{LrM#m<%;~\TXW]TvJ0( R?7bjE }ӑDszrn f].q婾#MD/$;&ql&ټgMLI6&׋tt$R"V6(eIjkhoU!C\Z*$(/=AMҦ-R?m tߓYk>lMft'J'?ƣڗ]Jz=rD{m8ɉ,&ǸO1 IT^M~E6Km1u¶no@8Ʋt)I,FJ#$wqYĘblea˰0~|&]"0%x.ڷŽo+Lɗݽ|Dt[S" +X+r'a011҄b @oR?rXF_Ìa C+//IbS@(@ %< 2P+[az2(-"s8GZ/~n6fEP"= 5N"¢KXt b ,A<Ʉ,P%`(3ƹ3$XE(R D?&څD9}0R^xصv*:*v}V$R_% 8_yd 1A] ͸:1KeUz, gRYzS"ƕP/PS,;$##0z/cϟk.:"@@@?EBF&J 6RX ?Xحɰ%~h2Z$/?Ƴ$/aE}_؜ـDr}JܪU]lzO1y.l~.)#zIdZ MmnQ Fyş#Bom֓6jo 'STgO^L0U=䀔 -Jc.)I3e4+k+ӴJTn,8,LݣLf(jn]d"GR;CKғP9eiފ9Q`KC#>'|kK;eЬ ?)a1H!cJQØW-[{KB*V ,,noT!6u$?D /ӨǣOzKDb#YL??L_'aGzW@^}F(e3wվp # EN9EPY8}$II%%i=1RATœ?7 ?:%aoTg+vd!N#Y@t@G\KYvV5D"Yhp1YP+ML hB C_a:'EpyÇg)z6/JLdPpÄs>y?s}ܨUip\ @LzZ ȣ90]Q KC \Щns_t2 Α5H!p,]v`tjvn9G2G*?6sټRNC;]@&Ivs}GY24`"JgPZSD9~4E¤H2 8Ÿpvtx\wmiEA?qQP2XQZIN\۷;쌈9%;ӣpdaS@=<T:XP;WXK\8UqHPog2?cXS$ԍViZĦλI67xE8EkDґ~/,mvno95݁/\;zjA~]!h#d޽&ygIR##aS WqĦ)zr"ICз(kk軉3K R*jg0MqWɅz 1{9h~o0ѱ)ɼ& nӗx1Ə/qK$/{pDl Rĵ$T6D2T=6HGZѻ1-5y!'(:3vb?Vr?fԈ> 0̧͢I3 j + <6v`ߺ i AN!HXPn}ICRdrג()1luJvƢ8mp9p!\py\ǫ,j o|uinԾ!E)=Akܣϯ[i9 'j.p )Xʅ{m*~LCK'-vr/vKn &BZI/0 @Czi'}1/\`3) l]cjXc fA.=?=ǡۋWōЭq xX3BO88)gvR{̪4(-TPB7`]i(,n5_\@qIZ ޜ>΀} R5Sz6ZD-[y2AlJ=~4Fjx89KfBSI\JBTLvnjgO͗62,L&C7oinvܷIjf@%ZO (;VbA qڀư  qD ѭlt!m:s* JЏFIfr\{ 4qLhߤ,J^{t4Q/Ub镺_sVݧG'PצP\#Z`rIӥ2dp _a<]:_Z:OU|E|vDt #5Q\ϟi;2\Ȉ5gaa7LqT 7 a"R޳>EH, -9 ;xڔj]|z*JGt2F^Fɏtsʓ; $|<ʲXN$-[ % ʝo}:e;(7Sf_ҖU0k%*|xFOY$wyT IdWKt=?=ݾ*9Açni^^| M#Σh`kz#hF}>DGX;$Ea tU14i4qk;u/i/&DDaS H 2@&T-sȫf̃e$>CZp/Q L+0^*̜D*|] W" vL0^*DzD %`Sz`!Ck`>c^~SF#,Hyqrqvr:9{HN$T<'5LA$A$$GNk R,^?/f*^Jj&nUDY{QL:. ƴߢբ~2۟AUL ѦM%HG[5^"T re-mME)64:jUSH@.7;8&{= b;2̓MDϔzAhhl p^Y?֫xd4?Jyʹd '<ןA5}vDog^ C;DnbA+OKھd|pa:vpa4Mf"\a1n!HlmZME @X t3>9F&Vi1-c1pmy`X8~~oߤllM- 3fCxғ:丒~M(SN$Ha)=즛}nZWJ#Iϋmn0 `v $}RBZTjh n4>4LfJMmiY̦|՞J ΄@lJ!F3[wo/JblGEIX&oBdd#Hv2]3$V {LQk']!ʾ&󅴈d>Glr"6ul6@>PI0ͩ'hZGF,Fs 3MknR煮Oede6Ӈ>/B>^|ɚ/ )׻ţeKFavU#(jQ#(i! "r̃dũIγ=DOa= K2S:왾-ТjK( )I1Z@C_4G7a HHDS7@{(/y$|9@:InV| }zddR^ϻsu4N)`E?@?d\LH,Il|Ȏ) ^E8kN.nK=)=" Nh Lr*jP5F=#~p&kHT"?o Ljt@/ {ũ] Iߊ",D,s9m)uΗ)L i sjxD PAn } a&yHq0r0p1M`ZI :RCmZӪ0%!sCd`͎5[5~{6ϻ,hvW RYR)Ҽ*}l DWp1 j +O_z.%+Svg *XnF&85Х`\0dMG#EF̏%j벽peArѿ4YkcL`Z+_;0)D'RZ:g\p!k Rp!稼n$Ip*hY nH-k4,P]ȏ" m (Ae+@nEdURѕwraɧ58I9 XRz)T gYo0xZu+yò}TL^ BZф{0D$P GǤf5E pQJ<祂N(zqicc/R[F=R걗jQ@ǔ4A=f-R I1/Mֲq'be~ξrm F1HpX5_$)˴5^Ƌosfo36`d#rNtp{:/#N~ߧQr$ҋGяɲv޽DE@G5Li0śRF=",L}#$!Rҁqv]*G4:.}ߎk_V[H9V~;]XI1^ Yr4HvM\\aS.Ӹ)tCDT9uDSmIguؕoBiTPsoJ:Yc3z9E.~R,IUzC_Q ljZгjG[lQ)8U(a"ܦuq /.4W9+[9~,?E,YL?VbPIvjb,l KO6'9.YVkZg! 59‡⼢u^nc[c1Ga>^ f/hR;n[ g!گn۽oݨOЯܹpRZWct2ݛ-L CV”Ieo$/]:<%ϓYSh6+Wapo3lZq A+װoSک|^ o1z/Z=ŨBo1B>>"m7#@dl%r:˳lp~ft<n[W*'Lc{+KS,ylr5Ү[V|bI;݋uh/0:"weSXorwzta,jgo[Wgb.ʆqBet>۴IaG*X{uz߾\3sROAEi=C"b:oZQG&M%v)v5otg=AB08!K}]S` jZ%o cSQ zGh8v4кFnk5P_V`o[6[Nߊ2x'5 ;0$]-{ZCW2,e򬊦Qiz&֥#n׎7^6ɨFݕ+?ip]QaF(D2\"t Wa*DuM4~v"KuR'ytGp$&['Og]APXp Byz]<3K {H%kVbQCC\y|C?P'`ҿ RjZheZR"6OiGۻ=L!# TZ4 )<|9{2Zl4kS2@%6ݫ+M:a@CB!69 i@Qc8975LDYǮ_~yk$=h>]}~W㔤HE)zQT@oQηnyMҏqm 9\Hs1@)aa8"*# cD삣,$ypI#ҭIu"hGO76J.w'm-"S*lJȥgOsQttx ?"NjbS'R?he^fJJ `SztSr@<{`G_#SHg(hT6u{zb"9d_Nѐ 8t#I= TᕡTCɇlI`Y9H ǭx#'T۔RE>b'K_zN'8N 6VZCLD`ƭT6:sKxuWZݮeQ\OZVZ"*RLYuv~RԜ~r&68ɔsM= b'ՖmyH*ɫn8H!1uzpg-$y09hE}?Y::U' g!w^b-;)ўy#SOj50!ϸIp""髳R*Ma)6Y 'IM(\:Lr^D@Ўwk釐P~SpC4(OBe `scP>F!Q842ى1Kw9ay0d>͢ pYyݛ=-0iDvH7Mb0U1!s~&'iޒ4v91҄j^:~yn^]iSKo^%'o|*hh|*CFOe\xh<=YNv>.#2(+hhLnz6/J3;0E~}5=J` b&~5#q^b0[F ]w9`tEP8Ҷ) h/BSWԣZBrZДsY;t*0ڙCufHBfg Q'b׿- E?۵,-|-|`9,iIڇ5 ?@kzl?Q{:ܬ|G/㞊u4~ǹ״]qOV: jV׭SI!JЏL]\}ʔ&H4}OpQfX2$"ϋ4H1k\vk xX_X6>g=/bS.V;yȳ*>HoƋzje%ZMCuwXO?/B F }Ө&bK`{^$R(pߔ=x RMΣiF.ӑdʨ=L׫p)L5^Ƌ Szq O8%;7fɽɌ /I#T'8Ѽt2wkhvJWqG65ڔw7}ٜRfQ%Z90d:'KnOLNLɨF$"JqL "@o#89`4}nG !rĦlJO6J">()!sbSI5* -%kαԤDrE G;"|5ct<ܣV4I,<1_:&^+̩C]__^nGD52{j k=}[9N$;C(Q06K'>8gUb5$8@ MQtadԡHE:eE 1xp!nCb6(Dx&^s"qe#A?ֈd7zD9n\Sg7;.6%g]:0lb(yNfl_T4gWIr(۟A5L]zdr>j5=lJhL{ol*|JykcQ "Uz`h`р;LqCm5njO".բ 2H.6MT$yGlO QdMqLd㐙Yd68 dcV7<[DWg!5EWgl&ב*kr^y{Y9 YwVĆ, H܉C^Ek-K9ؔˆ9EO ,!p+YJ "]1@\z8WI oMi1[CZOf5*KnW 4|Ő6nzc4ěҩ`ޒ&~׍N(bGߕڮsT"zȶlӗ΄ PcTki ~Gv!U\4 Wqs8 Nܰ6$#‹h^ܾ[6' }dMAjv!CDܦ vꑧH8+O<;>&!B,ty|@l/Z HCv_VFi}m oVuDɎ&?{tSK:eMdʛ)uUČOVCKuo=sjhbS躧4JKĦ 3:!E&iO`R~zV騽UaR[< Nf"n1n?$0=UZn}j@^R!q@3jFX훾׾(Hs,Oףÿ65 __=DBBr`I $U3SiZ.4QzNpSt^Va2MGŚeuu]@:Uj}aGZ@c^XNN'=$ r]y0Ϛ,F24>^9 9t!LyJ$@?h%a lbS p< F/ )ԵaRxȤY:hBLRU_{YfыoK;]lP𺶋ݮi?]Oǟm\,=]0qbSNb889^ӱ=~I4擘ۥAhde9QeʘkTaaÐ7חw}܍l,:>5 P^T= vSB WEe3rPs#b^1,l\V)cZM%3^`>-/rj©pOjYY6 S #*sRp\KYQ2\׵]{uqvheEUqH*[=6uEȹGwe2^Ѥv]n x/m]U[7zH h0A0i%{0av;wV"nuά,)[A\Op8EkHVɬ.]΂55+x&C٬LVᷯFds<#桄bqgʿuᥬpg2Kz$k mq_#DDz[/>=hel j*_oK /c$N$q)'9񜖵{OzJ _'>ϱ:NIפ N@uDdlG3 ?a mrgz [dTײkE^JzD\ӏhiJ=hh.$Rfd$S(U_4|}USd[TS^_C(j!fܒ[[u}|8&K2SUf5OVh~3,SM`USCʿ]Ow #P:2zb oyᤢ&$ \h[9) `Rm\ؕĪQCBprGjxlUD!u26+ }&Z8MyELXan߇p0wΉsKs:y 'ě,q<(%k ֋Z9{W'F4V AM5C FФۏ"]YTIH[u d^Et.?G`i f^=hX$}TR( 6)R& M7~z墺-~UynHYD #u9PSs%R>Q#8}<'LݐRAGWž>u6dO$?|߭grryXj bR=mif^2 HSf` 38ٶŃJ1ww&l$zLv/iLAD.C<Ph:R ;:.92 <^˨;xe%uvrɨ۾oӓs0:RxgH>YƩٖ-f쭁 o`c6vح#6v+]jlP~;KDԜsO,1(%F h<ȦyN#sN-BEYwct4~|vwm}1zn,"ʓQ1D$%0  "oDtAĩ8ѭDЇ;iӽ@׈>(d.'=C } =&="袠`cyK`J6gAҩV6^H֢ :". W9ʡ d9nm^/$k5\pDʵys6of3轐ptr/D(7M2yXo@,#2$#j 74Ŋ.sO3|Ԭ }3/ lavRǚTڧ&)aܭp2MnqwjӐg;D>W =R9m $ }2l*bS£¦^:A%}tw?}# qg{F)I lޡ-i辴٦;BAY WcыoKǫlPpGDJU"ɠkDM\ @9Q1ÑqDmW8#ۘ`ΖEXk Fj]#)?B*I,a70%HoR)t. [5 *[;R[t?^-,?E2Z$/O/2o|.z,O4⿘h'-[cW*V.%£Z“+f^ 6URx8HXy{ϙºܢ?3BfY-X#9ZQqXhǷ[`g2ҍºowqm{wؔ~"!ƆJzhRS5 RCLͅ<}vv"UǨ^G#Ǒ+-Yrck4f8TL[+7; )I("B"1HMԦ:Btwi^b> o=Nqپ)ب VyAsMNH !{6!!FRj\瀀>Bkؔ#6MaSe FHǣI0DUZ$c*g6q+TnK{rGHs^rҜ֧/U5'; MYm"K!8^@ Xw8uYS|$~>T?'ϕ Au Ih%%Sr۴uGuTY4n_r7i}z%^/Y ۓa{ KJ4s][w j] F 4S$ъ) z SfPyw?p<GrE"t7C-D#W!6( 6(;?}vnoJ#Y_@l%) R`IkUp$.ֹ6yYI/0o sSO5cՆS6T=sߗm0lhv̆.v+7~f׮ AϋK@OIo==?>|p9n5Ie1_#;K& $g#,k`7;t~('EXV4B?!u4aWTL)[aDù5 q"漴[,ꈕ[%qmژULۊڬN; }|wk=L!$/^1}cB(I'*'X !1@0̾[|E'0}f~V#[#4dATv n̼ߘ)vܱcMaRL{ #ЖAp^ N=^6ssb3oA5JzzNM4U$!؀&O8 0\ s1NAF*!Z/jXARLCB{[T<#BGcK=#uim O|Lv2ݷFz_5폢:`3* A3Ɖ2YRすFPyZyn1-m |EЭiWv6/m _$Me%!DOCs6g EhN~UI$=lvf/s$76h4y|-?׋,Q2 ~i y2f'~IϪ&! ;_`gO'?rdt՞.Njкn5EzU7 EO&5ӓlp{a-+ߘpjN1eUD0&ܠ0ǍQ@lJnj\:Axt^s,F!P*{=wBbf02YI2RZgK/g._8۸tLu&:ULVMC~(;Wo~ޅæP@†{gr49W7"3"]dKR5ɚdM*j<=F.mnz3yP}dUݑ [sozKDB^2niz$dS qMV`Dەk#"帅209nLWV0kaa;ylxwG^뮞]<ĻClЇRZ"Sg9}瀉toW򔚸LL?ŒAǭ՘}E(r%odSɹ-Q'3w{ǜ_FO/It=KU2ūqL:Doq7M܋߁ z\ҋoqy ЈT^0zG*DVIܪi}-NQJvj^lǖ 'om`)Y_$;W,oȇmlstEܦOX1 "GajeVBJUܒBr< 7yQ$_,H/e%*Va)iUDža:y5"&aOz.f4=ŀڟ&5o |'9 &MGb1w$:g[ fHąԀAM?EISK/ 3Pg3:#3)l=|Y'm6ϖ|umE޸"v= >5kzQ81i Jb!+qjR3j) sf&z;\tp F< .vv%VƓY&BM.zj Sv'&vb73L K[^^W~5RJM,P3ж&*x~'[=ˏQvy?F: }W7̈́M5JF"6Wh\ ZA%( d~KIΰ 8)gp*Yi ]cz|b$T/zI=s{Ѽ#O;Ƌ _V2MftjDikAq`SNbMӉY g6=MfփYMCL4+2$bSI5bSCO"$)YtR ѐ2Oh}0$&뒐7O{WB]]Pm^9dCM#o[`.L@rpZ4K.~ic^lڭ( ƣS={6p!*(#Q?NaIgMKP;VŢl%G)8z2K-W]2<^]~JGzSș, itwBqLŬBb Vى5 kZS!;2%2,hoݤ$f!j-_4Ə/)-# LDʊO?ٍ{.jw/̜Tő9MnFboRr)Aʎ*2mp8-JA# eIg5YȮZN$dd*zr-9 +-2z`:oqL4YR>z|xn툔%yLb#w7ܜa14o.}b+^rso4KRIX Dheh2Ŋpmb]܊/Cqq 4?< ¬Y}0J0`0Z@cĊ dsM:a[lOĮ[6X/9x4,&U Jf,_Xs]뽫a> m 'SDnp{=dHV\)삕x(XڻEח@)6.Aom(PNy%eb%c)mABhwɲXSm5빨=^&ɨ>5oeǁ xF_շs&M/``ģMDӯ;&? =>3yޠ$L x"Y2U, i_tQ c@uN=g1 B `)A1)"awޞħ<0P=Yh0/v0^d4x̒"L#Fl%xPU83)G65(,ɛd {p]FWa#zG$9H.kAy9ܯn դFM*buQԠs}J85=K[)9HEDrO_Z 0%yM)tEMAM ӳ1W8 ->5GMYXWG7W)DlJ?`{(Bl:>U]y;YáTY= X{+j-ƣp<?V AFlj.p@4$I4%=ɬˋ4V&zITGa"r}WGfPJi8c)-e,Ƭ j$V"rHP:ED@`q `y nBDeb ) ; pMd!ԈFbshkF#,6`y Sp8}/傾X>;M^  R=[Dxl|,ctR%ELSA)15yZ`^ѤnlQo?J@8I3a=rF ־b '#,m_6]'kb V&SCU/W_\KKO&`bNKz5Ba<` ғK<8**@KZA:@ S6Yy+˼M^NjMAH!k,,[P抾)4y'=rb`2lI~JrV#b]$d y0Md6 ppՋ ݸ}:t,J_ zze9ǹ ;MZm%GlลW rY A%EzQd>= _7_ڌs˘Ai,։FrKS/, wߕtdžb=A~1-xD4%/"iGݸn4:!Zm,lrFE8y&YVD:PX3 7c뷥1}CRt2 [@4.ܿڀRv`R8 zv,8Q'wą{}0s=e}L8q;&\Kk1 DҸY{="zAƽP{p)t,ݓ0 `-2m%)`Omム鹌+ö{վ.\`k ED qq,Hr`А0P2Fdg"Ղ#;;ΐ2N҃Pr|Gyjh7gC2( Do*F]U^z 41T^CA8G*xqrFh 3JSQkA3Iq0€FHתSg]qS9_$dݣNHuerN՝'Y{B(-&Rw? ׬JщёѻWUéQG5ń/b2zEc4MO^HL!mқ#טvf~|̏OLf=k{T+bDDjЩ3kҰaCyHxtd?'t 8om_r5^=<@&ٞė|Lc0%6HF/EmScXHSڏ6d܉T? lwvoWo_AdO9#GJa:'2hfÚV׍]V5,gKE? ~\+m5l|zHJI)ҌRxU/Fv Q aSjX&xdBLSSs>gI?)'Oir^y2s|}nMӂ٦EoIEO'ڸ8 rŷuo) .9`Sm鴸#7B٦f*fβTqy"F1&qK-ݜʕAK=Gu*wmXFpH/l$7IZ"=f^~I&A̎SrUk纞hؓ>=%}q#@IhN ]ܴշ|ܬ÷C@T o(K#2vMo O, 7yj7BAR _} mi6|S߷pQlZ9NjzummU<iDԺ}DqYzӷew+ hHäxBH6Yc\30SL2101M5QҤZ4RÂ(81p҇wAEB)aKle di22.jnoii" Q7 3KOӀy̖=zntI?:PL)`?.@΄m8!:<2O J'y]%+KDG }J;Di4M-+"s4+Pé+mcav!{ n2,z|r%kW *A a L3Ƶyڟ,UYr5Z-2U^&Xĕ ~ .Tkr)a,89cn ^wЯσ~^~6Gv3ϫjq{ymczhveJfe,+&Y)huKaMzA² e]X뛘/AfKL1mnf%W {l3"B1W%{1 '<"eiCe q nt+:GSd8aϾJk۲Ћ ,G{֓`6nPW7czNJi`D ',@Y11T[ؔ^Y"OsD)}!"F;q)hCYPeƴ[4p@U-jBd(Q^sQs7iSť-dX0Ry=nUlpԹmAJYJOw5z'!!1ke%lXj]!|WĮDE2-L4xayJb^Wf57¯ l]I:Uyq!c"y8W"jܛFQ"~ax8sEK8 >>oAEɟo=z/ V[I6ުU]Pp^M RC`ӭMsTiyN*ԨfHis^V!Xϟ f:{wsXhZYdV&KC?n6bA113ɦ)}"R3ĬYIt nh:5T)1g1C! %7ȟ럢/E*sXˀuCwzҫ E_ 鏩a` )Լ@t.{t@yR€^ 0I'W/ a }890P,P Z"(M7G, Ei0RM>3+joaۥdz9οtX0&#UK_('cv@e:nwgJ+T0ʺ8mtM"#" Khܟ'i U_%d_XmJFUS帹%R7>f"oq޽mc|Y@5{VO_U+ӷ& }GhT- OM Ĺċ[uB(^%vHe󔒧dVLYL=#S+7U"z!z8@1M)& S֡q$FvGH jTiK+E ȏN}F0z̃4p5\#S \i>@_>\-jwEEdQ;EM'vKh)kFlJN&-A\K%7 Me4eMN&wKUu]lt0frQn-?yx"zUӍSK7Z;n܉z?ъrAi!jXo ua&{@Rt" Yj(3lHKZ[Oz§']y-Sj ٹjsRJ?=U( U 8aVI؊ q߀Lę`‹`=U ZB'hQ\۪)r).{R| ӳbz6$OsMΙ dxd:PI М7sv΄eп]*ո=ajX$FKl0Ń*#LI3\ќtz׎=Uv W;&AehL;aOO1PUa 3DhP9~&ո"JIODIthI6NM,˾ő \ w%VTR41c_IyLTRyQb{yO}O{?j\T*6Ó͓O(s6E<˹Ts =s Ѱ4߀\?\?.5Σ-*H[2iI0|1Ln]&\1^KsjJ%\ \,xq l3UF:JZ-}Z HیɲҞ{VܻJz][uy-VdA`00'Lk1Y[7u ~F3L;vaɠBdhDadf\{}3f(:ц*&xV]+BiXV$ל~< A;".Lƿu(,aT3!C?я?fncGc `ybY 꾿DYG QN._~ gEXAZ(&¸jzFAd*Vm`"K|5O~pugPNo\;y:"7Ǹ} N'sK4FPGPjCo-&il"I:uQAmFuZ zwaU8.<@BRsCu )/jINA-X,tϓtcrh⿆sIm?^zPVH\o˴{OW{m{' ?uJӞOu6nN85omj9窽~RFp <$ˉDCNH@AT.Ld-@pB`+,gDeV8Ś4RgSXgnĄ67Ge:͖Ԑm*Uy%&2o:srGaw'7zm26IO?*T!6ՀWE2@qo_iF_8͞54bK3|Hrz DeFl`}-[ĭC:vTS8X-!ڛQ7iE'ڛPM 4(Z _2-y7t_V.f .޲t4, ,8f3Bun[Y{wq*@祤I -"RrZV<)}++2{#[tme/x6jkU+k0wnm`WIo@>/wJo$FKt^ Kfo6W9.rQ,\uRQ3!u~^EZ1Fٱ\X>MѪET#hg\i6 iܞTt|FWp P'Iݽ"4CMluㇻmozZ lJ/E R*rKBk'>uUAB"\МD;2jы u)KϳU2/F H#P%=" " C`8CIO^v,KP!,|xpZ0]`4 -裺 0R &x%JBlzm!>!o'N2ҐaLK`d(V P7̈́p}yEhmQ,Z{֓E)U+;Bk 5%k:f)@ `ĦL 6j=gk5g|3%kvmG [ͤ<1R' R-+سOs\pK}M'km3w538w~_OK_.8֋zNpAi~\;C]LLHeӵI恃V7pNzĝ WZ-^d1 E$Vr ¸eg:J2H]aUI{ӭ*t+8=BN 65oHM/uJ(}җZɝTO l놈IY"3@ʺ 8ٶu`lE*5;>(Bџou>D fJki4[ O@ZCz\z {Zajm(FXă0l:=IiQʉsynR!ycP'uWIxibF9t -s(^,vWwKw.?wY; N[QjsˊpGrD3/* 2PA, xG)zWl >}i p9GO#!n#$iB6/7IFꃣFNsiu˫5+bYڔ} lvԔ]O2iVŤ 6i{7,ܑSᆾ!=pxUhMmI꡻n|_VYk#Dn]A}mq5H8`dwP5IS\ה~ْ&[ar8ԟ,wBA+  %} w 0:sq@H"GZ(U΁/}JfD$kk>/Ip/\;`6K9،up< 2YtſO<P-o}RJ>h!U7 ݼg!^|C7hx3gg>#׶gdTdJR[LT ".wΩ!&>/iK=&{ɐRp`> %i颹cY8}k1Uv a+J^mw֎+ije*Y;f]©IPv r"՜]bavI?n՞ pE5|0q2L\ 5LDS +b[ &ڬ>`2 ?Qyy"iCΧTbf%\VZR1M76eN.P(UukEVFqvdΦ˸7tVk@[q[XHw'{"mA#x% z/TnYrP}]NMh ,ۇk)(O߱-Q+^-G88SE]^Y*dCU1vB&WuYOjݟ|v0^pltju5X3= 9o~HG O1+l]2!LC/ =![jB&)ЧiB=Oe8N+iᲥWNYJ A2B @JI҇ g@Z3L]2iT7])Cniͮ[EG78)~'~CQb‡ X1p@lz) ͐Pz oƝQmܬu& 5n\…;GHjB* aSvN2\iV;;G# TNFN;4(d'z..I,/mVd U 3eerJL5F<< #ũ%qLPMT/)fٟFGL ӈmeyYfy|geuf _ <%1Lɦ01#rnZғ4wijV:f197&uo-ƙa]hbDьI[|۪Xv{u;J08"U$dEOC^V]9J..7f{}ԭJz{J a _ۈ׻\d i佢׹cJHE ˙3>;':fAkܳsrfwBL|`%4~ W!~0j\ ĦY#B(z#Ai@Qw W ŋs(it̞On٥+.e9OZș hE$&Iŵabeg֥l|t)?Cxvi6YOnVu0ORFb9'WqzTEB8\ǬV0Tq%sl[*[ȵuev0Fëe0ɾNwΎ0$RHbkzag ]6"q lJ+ź,`N 3vkpI|I^k MNC Kc'~@z]eHC+j2\Q6؛ث]W2]_wv]o<ן#DqOד/ٟxs> Do?j@tzjnuzVӭ;0͈2f{DZyjdNk)ً+-]CIH -:/bmxN"tY.{{m|i"<#/y]:x9Y1Qm6˗? ƻ.`<-ݸ"\'\qx@vUXih xK}mQrD}['\)󱮼aOJyCżV '?-Fz'eme7M ȅh݉!m+VqMƂF99#aM%:?^4at_Grwvd4Naz0\]HʍBlYoɔ&#Ϯ\ J/(p:'EY9EUjos,m aϨ *mn\ g/`l:q>xF*I@y۔7^$@I-#o|̗)K 2O jǤWHj6h~SY_)JJ\z@R+RB Y=^I9ɯw_挾9jOxGC;8F2kL0ʛ~Qf6ZEL?"i.RK1o8T8M "51= TlX֗5v!eea7+^FrA,ۻpw} E)}k@l`DQhVpGLBCʑЖ(qYv:)ztmmtc5r6KQ9_Oy,_Xumd6g&!'}]-wyM?( l&;+L?Me]N2$,S-LU@&Lj1We^&/,Y:dr22\<1pk62=!˅Gĉ)sq\39cB914 1.4Y_~2o@>'' R=w>_f;6]UZuv,asoj^*D8 „ j5"ĵC߇8`Ƚq A&!z86QdnKhVnaz۪?1=#z d{8)72A^M!)B@x0֊ґ mAş Ԋvb dH+!zj- &q[yy>Z#elS^:oZ8k-b]wr_ج?F V$H2A(Hڄ= F(9s<&9Smͻ"v(u;/~Aeh0~88ej4gM0;QTAظ֦yӕm}z8t~h8O~gQ;z((y۵OwG^e5\}Uy#!_akڶ\Oo<y>J~>iT}zynL^isӰV'0⸷zsOU=b]/rscc:*^.@K:'+Eלea$s>b=JT b.z4 /H7їq dX1"B*o|@& A&L0SCJx!-8*2e6. .c|V+FJoZ:z]RsQ6xwA d3rM==)O?+!ݻ&Ռ1C3&Tmi1%(Sٖk'uE+Boy wx`7,`DÝ{H6Sc'/EU(.jƿ;Z3hRJs(wD4ua"%j+f;[e=y-4y1tt Pk$vsL`<zD&"n/^ZF(a(ޖuxи3rV7P0@@G*HuFuZEZG bKOy=l่z$z[2x,,䱂cG]6juOHb ڢ;ЍSPէ5h wQ>o7B|y3o&r nqDR-~⋷G.*ߛ}p G*},"}{q m_VkP7{|O|}%j"Y@ϭ !WLoA]D0>S}^`&# ql>و6]vky"tYm{Zƞ3]DB-r(+N[9.גQOHHY2xG1R"$kfw$cɨ^y\a,#|6ͅB@B!6"g6iT% 5V c f<:OF` 6溫˗nLgEV-:kjO5 >Y-" MFYXOu1Dy {QĢ) {t5^T @} dM#>KLN*I*0f|Ϻj8Sfhjg0Sm(ispRrjRƺ(U\i 7#1KK. t ,ѫLIH[b!\ w$0& o@+ߍeY;2̫h>Uj3dUr8d8MO9\1 1R8dS '!)$`lO-@Hf n, 9 2iucq_2Z-giYiLa#/z6cPC*uLK2X4=2n~Őu!iuLS>wOTWp\qYw d %mCUf/ߍKSμ9IͿ>3̱uAAߔH>OA-0x8gHEZ[ M91g|9)\fwE>p@^A4L0$d†7R4-xTQHTZ<<2Ä=r5&XuU|~|AfQB ,}1IX!vs&WD0&%ǵ>1VѶՙS46qAظaTw'76_-ve7 ` j&w?p-?GëxQ}saͿoFngMC("zD34mZ AhōL3N48-JrX`e~4|ԕ4 ƒ<|wPLJn ^3P>|DMrr(7cho2rܟ_jS=^"x6h(G\{苲nۭN@_AlqyOBA9C^@^@^B^0kQf9݋3@ev_ Ӄ(j̮ˬRB>:BCE1˪,10^-E,EwA=jz:B^ y= yMg!`RD^_ꄼ+8PpKH{XRÌ^*7@)}@lɬNЛ]2C w^^^lY0U[ΚsaUzkpwaw5"̫Aˑ`i< r]KuqMp)Oc Ld>Jiʛ`y<>,!o{\`lv o85pX(ɵTD@B-S`ȫ@+x=yǓQy7{{7 y VyqsC^DIE XB^E^C^B^4Cёpfqy;ZEc Vyqs[o h,.jC5 g"үISүIJ&_`Bp[T`W`aDCwF:!ov oWj佝gO?!v X=4a3r|$,Ys²+8@kò ˂$ =j@..G7[GVț^:Ȼ#}C^D_C4'XP_X-i/.etsv\y0YA@'& $/}coOFze^ܒ>y'IQ/5ys&`I\7yȻz>=}|f ?h#'=ȁt5}ByC>.k]:ȻLyDcC9nlLIHʦHL]yw]/w]-wMo~ڼL'(C3ШhéY >'E|,?:cvc85>#CJAu۸p)qɦB2h\tE\zN7kN\/VsV$\"@! K P M2+F@П:O~R),M`S>_T=}dLFbV MTScS#9yB({kQ3ONYŲUYuE P>wf}YШ MCl /7՚kr/RhHRvIPN/kZtڏRmaKCVAއ,Vp4z7Ÿ/60>@&^XUoźwcYy-7z-/ھEr5\6/gr9,3:B3<3:^2ьLsjE>s͌lYT堩F51$f/p^gOy$Qtsj<0\?<o\Ls iM#rFWJ)"%y|9LF5eIr?IX]gxVD^J(@U9+n :\q(PjbSQK,M2@/PmD^WciPDbZL/QL VLQ*f6⾴}vxޕHawޠ2Zz^OqAZF &$›m2W2*SK22~y'p9^gY~~/i}O:Oj)0NA)1Fc@m݀_~5}im '8:|Q7F<a!0rv@u}{up%ϭ;Lp!8JpmQLS_ mDt񹈈?7QJXB 3=JzD4ʃJM h7X 4:+gv!X o{,A{YXk2KHd֓]fI_)֓/a6j<87 [\ {˓A漰w0x?lپ,ãA%?dzFy6EE^h8 "ʓźq pAlJ_lN NH7T %{)QFrʄseM`?-*n`ħ@iN)e׮ 0igM5bSarJ6w  Mjm0TLE7igΙ1&x8/^~|x01`MYT2K e\nʴRc|hukEb<<xпx~dSyE\rR<z[y9ab lhD@Ӻw ns-W>kO'D dE^u;F/-gVF%Co)yA A_4N`Q(UY`,/ᄗWRҵ՟z_E+c'Li(wR$CH7C*a5@NIr{釧[99ࢵZ:8o=OU6YuyfȖ hc9DoYL|w @M{Ӻ~Q1 "E#2JZ L Q#tM OPН1ܬf[K΃d,pͦo!Tu$#sL&iCUNs5nkb|ys4%ןN]#b>jb8 B!6D)9B$*5a@ PX~PopP@~~5 .M@A~@(XCrH5hH tX/pmm. SV>G&A5,@\PVTXMpO×n~˻гWCĨ!etc뒒k|aSٔZrU`1qr Uyö LvԚ_ϯvӐ6%aY9Or:㇤cS׎G;G2ɦ3_!DQLQ,jtV [Ț-l?O DM}z^h]ug蓙VqL Ј. H2 #hk|}&{zk R rMAU%>x8j1JrX,*DQl;.C_ d4x:2X*ah5*P}v{~қV~V#lf4cKWӇbFnH@Ui&-vY~S"6|QN0Ħ/JĦ)⯔@(z@Qi@EN6,:p=S- 0NjM6m}Nb}⁗.9Ou"]"BzU:zM+4µ{EϝK}^xRYx`D@XQTʀO&HeZ6P FufúX U-ԍ='pб>#@̉I pz}+s{rKزə RTeV6@& P([w獁-V00n}lX{l dgɦKr;#Y.U1 [zss) cF8d1&v: %c{`~n=Ξ^V՗q8)k"" eW '5A]v ٷlGßVB}l#Jp-9@7F+-o4琉`ъޚc<v--m+),l.ƲkUdD/ fEJFXxUvnoŹ< )ʄӫ:PL!XΑM ˄8Bp4hi.M4͝mՠ[ G垚squ;+ta|afaCCS GV4`PvEK#|" J@KD7p(X^g+'L@Ku,8{aL/E8s>> KTwbu_smdɒ>ve,zMwh~N/+]88?`-I@-? jm}F"rf14}3.U@b }cDlK#< @3J1ӧG#B{4hh5ъxG4E|F!"Mr,4JMAt?duto`keueu111 SIC;nYo> jbeB_:ߒ~j?Ֆ6#,A |"&kh@]YU$.G z8稷/·"Ϯ&wJ0<9j' !۳r~bsA_⇣XP⇺cCŰ{qսx$d@@hF3=Y81عg1S7m#ǥΫ?Uԟ,M W7Fy}'N)0[zoBq-ka{曥͸?p~mOCOnZGh8HOR[(EUҒIGM" etlJ 9Os [; {StLƃև.[ N\!2`S 9KQe B2!{:^^ƶ</N>PN_5;{```5y t?U `ֵG0tGa aH  ڵ7L4 1YWV V _QLߑ`0hebKz 6 CX#1X3!|QO׬,E?C~/&Ϲ/8H,.QΓ/8SZqV"#$@t$C48w@Q' PN7N3Wp[01ϤbzKQx1N_:~k1c(,DMQ0[U:@~^覨7XU0UI3$n?DSϣEWs8 ~jXěPn❹zJ?T8!JĦ+ z)}}%9 Sk=Lu>w-P}&WPi#p4zn/zG2֛֛ZvW9g!WE7O7q&on?>%=8N1_qdX&0;>Цl| qa,5;05O"ӭ!AD[fj8R5a:\Ų%'yZr,9^E7Ԗ^sj M1B));\]V'x[Q- HJ"w yT?R#]e)B(ѓ赈nGIw4DC' R; ras l*EW\N98; |߼&SMڡX[ЏV\*zirnd=ImJU4*GʠeS} Hltxh<YVb>)+zimcV Pí256ŖN<Ƴ4C%ڤ]ßyuݝq^QjMEɦҦlVA lDEx=M3.O䀽ɧ /gУM,1#軠 !lg&79h@|ӢG}(y]vxTJ/OjH޵ēy]D~|t #yz  @G &9dSGM Q~CII"._~IJKzd94*'\3|YXx[Ü}5g2kιwjPIoW^я?Eqr@`[fSj̥5@reA T"ŝl9GQi'v:NVIGlJV CPuJbj rHZz(2J5>VyreR[ gAȴA :}; 7tѓ4A2nR&C4*BŽkMˮu9'2ctx6UZ?cΕ`y">cyÉr&9#kƤ\Rpƺ-tWNB!g#@x Aű9*H 3ATz'lG6d&\~`?>r<-{FmM3R֔MfM:ۇǼ[8 ;ެ-=?Yǟ&^?#<[ܝ&T$XF̕#^Lc 67!-}U~wdۙJ~Na+YAH~_]w 'E1=ȯ8'aQ c8&mhqPt@="V <|UWm%P#畼p 4 k'ԡUvp@.X`bPR-]=>8ɼN82#Ą_"%/cT`yZI÷ؽ,1of?i QIKh<&.&] kC@پ~*x'zRcsڊ`R/NtX)͢rHcmalorʋT՞ \`OFVwTxNf}x:I6P{ WMo@>=X!-Az*6IK:S}HO!,?ӕ?ݜ?1 $r.ZX2(a2Zz1 XnL֨e,&{ne'+[YvnN24SùOQ~\"'#A074WQ~C7 8'0!sc33T nniQ<ڃ_/u9H㯭yQ=*wp%f>XEIBGyaR3NR1JS(;ubǿǯz5D)+_/֭BGkBO4yvbP+@e/ ˫{#S55[mO䛜#9Gstst*sts3ܶaVN>IH0)Z>3DI+o233MċAq|,A7Xߔ>o9s0^N|F-h`!#=F',jFi-)5kw9ӥeo;LJDw)E9DMk{,0"Fp%ĄxX xS֙ S!{ $}㲼:cc3*]?ll]Fƍ>&{FY?|K~ F Ι5ȵ2*-1};=,tuZOo:I dV _Bc}]@$KD "c'( Om*6̗8-~?mmb\"淅rytuZY,奟://w繃å16%%1\=Rγv+mS2s[HLJl}0|9o]y\y ̸UjO qXOp}| _/d(/G|=/?1@j%aé>78R%.k-A8BsDfg>0&@*;=ir>q> =fE` <+yD 8p-8yIJE5@ Pr""~PQ^ tH23>ˤ=ը'=hEr1$"yO<,:9{A.xSXJNk:$0rvFѣdAdp=ҎnG,4ZV1xߞ=F+?U;y "rAnBeDP*O:Z=AGy]$ěJJ D eA3  lhP4) [KO;>f&/uPS[d))&0eyL0x^X _yi?8"P~t"k{oߖ֯묷4n]P?I1t7iӈS`nrd\YrOȐ \(}JAwGy.zpRol}J|`Uˈ:B̥uLʼnxS4\qAj)bY/d&n4n&eAܣ{11=s\;~!GMW$b%B۰U$oϡ.H ũٯf #kbYX-s;;۲_򈊟I[(׼:fE>u뼓>iєQFS),_UyɔSFN}/v#:1#$!)K~[$&<_{ݯǗuzd>i 4u*/,?FedY6pAEn譧O=~z>^v]Woz}S<$]4l#/βE~[o؝:!TӽhY+y2*\'Wnz6ζkr߮OZ6}:]\Ym4̲s.)?Ogi Ø%qi:4 @ݙS>*ҵ9WʁۼG.Z<\Lo^mvGNk!n6+f}>K[zzS47չOvHwtÙN-V,66p1e|}jCqߋvu S1&$7dT42iݝܶ B~CWPINwo3E 2%@xCdS$t<5qkGOLY(2-!onv Aȩ8D^,l< )yPyrc r{g6Ӕgy kUY !91 WɩOAYR<]),UbRJݯYuyЊI9F`DPjA;2I DO`w}ksާ?=ϓF;Ro 2xcgշmreO͓'4M]Gz=hR@\\U`?K^'x4=~O~t}}uʗ`r~퍜K]8+ϊ_l[Ӻ?5&U#3B܌y!B?i@POq~2E 5pMEWYY+I)V҄+ DQ[ fQX#h ~/u1^WbW_{uh9e`<`]kiO5=ޡj"r0Xāe;( rY Nzh-!2:/w\*Ezr=fYC^ʓUkոx`dc/x7k[j} fqMhFrVM 2Ÿ]F'ZUWQ^^8*ut /'(WVA"10n,cwl *hyGi7żckFK#U$/<* 01 O) %OHecMtA\g:\P! 6PK&?m|ǤߗE!hH4z/5oYcxF_sNл%YEy˨*DP+$/Pe(YUGd}K~[9"vj JoGvҲz`;M 1A5"Ed1#DeAu| k^ԻS!cl۱N[AIv )ш?F کݏVp6.x,'o2:UUX<f/A 3(V޺4/b.!"@m[i^fH}b_@kPvereW{_ Gk/괣=i%Pw2/W]ж*ۋQd  G4A^e!*)0 G˲n(ǐfcT14Oh mY8/ڭnyn.p^]`LTRI#T)h"0Ur 0qd op7Eň8තmrl!rX_pRZ?($4n>l5~ȯw6f<]~ /L=t]> %}@I5 U)OG$1"Dd!s‚B|i.k`%^[fr1eQuQDՓ[^9+ z.B@15 xSh(IVaxBX~BV(qlͺtisk@do5TqfH7-ݺy:h<i|֧wTw ӻq6DȈ f@y*;/{ʞA<*T6<2O [k4ŦѴK.iz*mvzѼE 9 G 5@_' ǏAM I#}d !oVIzs#|>_{bR}N+'/wrC@]-?!䡜*%_JI*9F|7,8My[Qהo3#m6QyX6f#˫aq@Lӟ.y:ր  T%jl#ZSᬅT"P_+E}9֖m}^MauzCL԰l *o bOjߞH%>`8EVtoUfǣp5HB ?v%%_\\=(V/?d]2Gy+#*!(a Tht$Za846 5 ~ʸMVn&x3K|L*9>Cܸv嵉 `=I2,h "m P! Bͧ7Jo>MEvi{Qon}jAzq0no, 5Vb՗0P bocU}mx` mä\_ͱ~9>/֌Ofop\"zDt:|O9^Kx.of*OCI2tқ Є+!?$[Sw9 eٚ[aĮ -*\ȳ5VAF-`}&"X"{@p~ p-@PAX[elD:# =ZI>o䮩VѲBiFGg5]J fB!ˀ~ Xc)s-saní}sٰ''yǬΆݓwajaj C,?vF~6rKp$@YQAZhiOA`mWQoĨj nOmȩے[~Nw3_d"?&zQ~镇OMz2i2WO?ȳ&L%R7%荒5LƝhf*73|[Rl0~;x^ϓy2X<Ɠъ-{'B:Ko@5ϱԷYhkH(R dхAZd*? C7+y/B'NrY|Q]y70X=`%`/yVעSM ଢ$vzE R|x+d(ub>,c}Laq\҈;]?;DJc[xg b)ĨQT@t &Mg+S<L6wli&I~F+yn/Np*@ʧ^(+5A,q[)/rxL715@Z!#vYa&b?\ae`Lm/&kMWLV"I"v!j9*H̲H0{IG4eJw,O!F&]*GNfvX+GuBm.Y*x, t6bVkһ~ͺ_:Ow[q(n;W/0`X~Qɗ^%#A(ú?(!C~ Ieց(e?*~D@l`abN9dCVAY~[~eo&Y`&;." EJ҇/c.b~ǘYmڠh(hY F "w ܇;& #S,lMo~t}}0ڬFsV)ׁ8k3#nt(omn [e|g~ol?׭l`?rVW?ōX\W<~a{[0 cZ2R H!mֻ&km[/\LC=蜑|XsFb.4rdyfdƥe]UWMi0䓥?(A+])3ͭ9wE.mr)Z)zLm xw6 2[f\Ŋ\DEv ʰ#YnP1!^W~慰SuԷlnR,v×T, [~5>Hȍhd l`-dk-^#9!t\!,p#j `R%fK b#ř++͖\iUtiujK%D wlL_gqA^JLͩwRS]ֺmgt.YM%" yP h^7 s%F~$eS|v^\pk;hAoU9.6.`OF+B<;6_=ϻYu~BhSyxN'_hedm,H,AU.By,y:i5lPiW SIpF(brpn#cUsǽYܰLœx2.t +t  JI88-hy՜<) ƈRBrDDLu>KjsCT[w$מsZYo[c<:VDXNw lY )<N>4 g"Տt(V:Rޚ L02$(+Gt>j##2PBʃ(P.fGz PoԫxՀHv;VwW"\[/5пbαuDle3A̘5kk! '{6M7҄o^kz V%uHo#>EA]yd7_)KX)-f8JUHETQ@qB il8Xn<A:9o^А_u~Ì!656EP`˯Q.;-2ىM7djPV3l85O7~aݶ}Z6N";g G/;AD㰳>V Eȳ;4`MߕVqZh 8-uZ!>*ȌwU~;WD^. 0 Pm,Rn]v[n LP>V{A;n%,faH2)C?GaC7was6#6:UF][^7,+Gxʑx9P3!lUwѺ>^U.fx /w @N~ NVҬPf)} 2!:_B{h^6ۣV#mߺ[OOjs ceLWC#L0R[R_N-SJR{E^Ev(gE^\[g!A 1ٚH?T؃(#dH@d4Qds1Bd[=v"W%4Êtw6n%oչy/{y鵾-ɷoO9n5.e77_??|~M Ռ8g(S׭MMQ"',n&P1jQ蔛S]sm} /H6W. l ty{&pX Q~R>֚o^~!(O΍;.[XܞȸzqpE4Q@+ȨҶXxYg@CS\H? GIrCZeQ|fXV'U1`=PLA-"(@EuTB"ISEy -̮a 37N?*4VRNSV%+a('y69 T^H9 O 섔c8S 8tE6F!.On6 B޺˨1^6 C #ST 1 &əS&I(=kN=ٯIywS& PV>M t~/Zd0:# :%?JE$ytSMrvȯA~v@<{fϯ5 ևJj\\ݝw.j#m,.e*}R?A#ݷKہD;UϿI0[ !VnX <&QCz7v#sI^&,kHe05'qoUDZ|cUD("FJ+D-nUCրy.(p%MxA`8n) m O k#9peƨh <+_~E-_۠؂<E;p> p+z붴ǝrqYσʿR7jp6z 5g嬪Bӆ,!(zvBQ~_Z24Z (tmXDwA(Cc@Pp}`/!me%U& UjLӐXTl%R,_k[&REAx :S G%OA6 u3Do-˓mJ 9%S(;b7ٖNI-l͋4kh)k^?ṼnvX2`YN)#BHZyG]hq2s{%ZȕerADMbWm.#/x|/^">|)]< Tn[ _F.߯/C: |OScay |za7^cF& o" s`IUJ}iԜ=@n4g@ lb/W~3\S@#' G$㴰k`ticbYF8k*0.@,ioQ$ , ;Udա ,)!]|b;C CNMaҍZ&X(6^m'5V tYRдAJXCHia#H->dpLrj&>T']YqUV@y q)7To MW:(3"(& L1b仗FvaڻqxZyKk*"a|f%-B\ ^TQ핖4#g8h,{L?)u)ȟWO(ۖt0|k}s֪Hp۫|߇ lb(-Ǚr'y h`DPj:Ea=%g"(e%p(XzTJOp}ټk^LrGҭyu9b"啌\1n۾Gm'C%-PLk8|4 $Bԩ#0H=}cɾimu3Rt[OX=-Gu@ۈqL"Wdl+BNy$(!2"?(A{b>MtKDPě4F u]]/MA8XӠuRKFeuJf4/bL*b,ϓfXä b>ըEmċ&k4bufi H>Cg&<n{QRյ,fQyfN~'Ե~?fBo'F\i1(&@+c=dV.;  IjeT!yODjof&+  M'FUAܱm@ J3N7PýcD7X:0dwփ2D2eoE/N@1+בS̺LkxlPA F[8fPga:٠ GC>+|2,)QZ Y4\w =`.ȷD5;eA- (L%mvLP@UV! @[k~Kd'waU*& %i!Z=Konv$Z)T<ߺOXY9,Nj@{Y?h`y5-DPN~%}Ri5sb#\laLnRھ[2?NFBlg.pȰֿIV2 "r!dμ@A[d`-ـe6ǎ llk=̕|QD}aI:p1(+nuw%k]w뇬#o[k`2p@XDG+x@ R6#OaILTGf+Ѧ\]CWJ&>Յ@%rĘqRcۈbMk2[6Ksn{#!I 򝍔A vt&#DoBD t2f'0-SnI63%ZS fl>zc]0g{jmcDvGQIkFB-}e昇I^!ܿ|ϾoI&wUq!-e,&RAHmyBfuV^H>f0J#@P|LLr}Y?'"$~vue{UӽVH.3nuo/[u.o@}V~wI! kqf6REY$¼YMPMj?}VOJWo#ޟ,yJB8u,\PTsEUc8>B )hc'n2f@ -0V0=lPjP+6Y2ʮzrut9W6ʦ?`͓y[vHӻ 8Q*@&: 29Qvolڬǯdx<޻/ҳcoCVY qn9AN~+;ɷ lmHr-kD@2˳QSJ0m:1p#yS)pOo;zQjhQKKYZ9q\D!hw -8=U1qm! T؂T*^|HØ@[2[9)!1&F\$x,Q8eSZ?-Ѯ8?<?nV^}goLr~?!9vE@7YIb .$w4y7JU+PmY$\*G RxޭfX1T!<]@ d%S |] jVZ9+ûr\̆_R;suܙ|Y 1Hya b-C=Mۤ0d U yX15hh1vp+qk:PSO@HcZTi$uмCEMonYjs\LA:XRqu҄Kz8#FƑ$Gy~W=&v LHd}*UL7EFP`_½zM|AH^`u/SlbXHk13mblK]V8=zt崶:9j{Wבne CΗ2^dFV,B.$s3H2f/hpQoZm[9s+Al)ZKڄ,Պu5 1 U[T=rGLP6Yi<Qrd x2 &WH)))O 9aK>i"o;$r nsߗšYqN`7o}Z]d,b ~~ʼf' EHN|6jqR.+ t->~:Gd-S)D*>L$Hڄo'ܕa0i)w#w AuP?;e֧.+(:BJ i je(J41h@L ~IU"kMAzϷu|{>Xҽ -nݵ'T,|UIŷ0"&n'`}戚B+rL]e Cj@ 鐱[d7(.pD+7V# gL01 ŋ%#ޟIw쾞}2&Cl2&Cl2&Cl2&Cl2!ky*>q!%\? >.yps=0`L$?bĞ(iaN{!# cډ( 3u}Wg$z8/G5mY 8_ D) 1`H(Z>ϔă(bB J#U2ңtқCy# AYƘm *vܺҸ6y>NZ|r?nO^Ko#*n^mgJ$H ӥ;Ifj(y~dyDHF+VZ8%D>ٲrMMDMC,w C!3|hO0~5}vyuy?#*N<Fby0m`OEbtƬ&,@7tӏK"ĸ8OOWGqucyA2FV iأH!64*vVxTGE;V{T{$o ^?d]nej F^=ecpX|}䂰J'Ncx;#Q9&w%$3%ɷB"y)&o5OWL '.@Py9X }B,Q@9Bd?#iזּ.:άXrjp\#Y:^^,נ'B!sH@8@Cw7=tEv9+w?y=np1,guZ_wbz+{p}oe__ی_'/Dݿ|` wмY A~Ak#JƆەWezT@ kXɪ/=dܪņY/Eiqy2)^5ɋo!ihJrߓ HYGOM;je_Dn՟,5@OW4[]D%_gF~BM+D ` I~Zib 7H0oP*%u` //q ٪FQ&K F\hf)C߽635ȑ%҈o| vE5; @h4Soz#._d*c,JF!%&ߺH!Q{FQx*KV~[A]֋'F 0d@φj)zaCǢװ-Nn(j,ܖg_ƅ{v`X۽ɵ:h5ݗT"{\_^}~\ɔ2!0XtwMǰ4=MLI7ԇF7Nox |B0ޜEXsz8E᧝G p@]5SWgY'dsy74b&cJ Zi< (XbciZ@q6ش֮Y>^._ n'=ɯ609fE< #>aIṱzw}dcUPHY!#CJ0 F n[]R%C'zniޑc7SF,i0I/<i2M?yMeJ/7c6}ݶ|g)LM>[_>]u[7Ys.G*",\?'AT (/묄,k oIL)ym: )f߈6?*̋|Gn9VtTGM2N2N^?^݁XevShk[^6&Y{{Io18iJP?%6GN/#Ww_//<ҶܿG@P-@!W$Ɗ $@VPM.[Fn~Mtn~;W[Q@EYI;1ޡA7?#98=:aR9GϬsupպD& V"UMA|X#$_o.VB##z^+PeM?Pz/҇=qUͽPְAh6Tkej5H¥ ,ѱY)gX|2+Tn^F%2'|m].k~`<uYy[x8gwZ]p!mj|O?%ߚhR;DAPejF8dHLU(|jBK;=a C#;fAcZynm]@*g`Mgk{dQWO[[xuWGH"?YD)&3ų̬4*x霋1rK<)%7O(:qߞ`:6z~prl(;Mi5k۳V*WoJ= $XeAYB@$\D6(Ա|흒 Jfq'+ n#".+ a`'j]ը'EM[]Sv,AzJMIW'J2Oﲇ}u%E;8!˽|gKNiA=C6?Nwp;3%=ħ;|d}̧1YL[ ~$mϷᇀEx[V)^L~+do&?ܺM3Y<5N[~:Yy!{h_u $$ZPHӤ ^)DPtHD%rjE~.-8*RLw7HPPf l>\ۥ¦ӂ>t;2M6Ecv! 4Fh>޸7Ϸ00B[&y 5KJ+HIܼЏ{NLF6>zM,i(mi"2]T~{CpпB*D ` ʒ9"oRPՋm@gei.~J:x;@{)DP# *2FC,B*:bTcP^(:Yc162%>X)@Ҍf|U}\%@Ӭ#UDC=Ip$MOXj$N7=k.7"H`u / ʜE8FةB 0+FK 1^UEKo:s۹"@'(+nK%+w9,T'kW*H#~)X<ۄ @C׉BΣل BI.Na`kx>>Z|pf[Ӛi\ HVW,oG5HB^! X{ F|?EšIszn5dͣn?MdMq/{G[/4(lEV%,QsAS1U2dBM[:oΆ߾~,@l`HGr?8H\}."+!*'OWLCl-Nc TA Rll{/AKe1U0m6l@qG`99! ر@0˫б6 &b2;2 efRXL i*26)`-St>(ԨY"hѠ|P@LD b"|) m`}+O1!ȯZW1|JؿQwUNF""$2N+ :4flgOj4]"di\LI[8@'@ҺEs-B jh2cY ,n٭c7O6=^5vYEcon/VKA{@kFE J }(,[2a6j'x~FʹM^Дe_͓mZssj@bzB~80Nח|P//61AT A7*s=9 ?ŊJ{Bb N>EVlQռntą8YZ2w.E`f{d2 e23@&s#RmA olDM (rO~o˧ I+%("<Dz6-;J·uYFLzwը$"P bI͵e)VY5dCA+qoG^!ĦuM" A4 hFy8m5?0- ^'_,r3aRh0H9Gc뉔!, 'bd|)ڄ^ذ yH P'-F> %!rƫs qwu3Y1Yҳxp.rVLf9b>CgRj`.i,[BԻ4^|W5%=?4Hk63[ޥh$sxEkQW#r@e shWh/ktDy/ 㬕_rQS=򦏠>8|ض]3.{ӿYWO9DيC] B}W@ j69D|UE[2" ()Yj!é6txG!qcp gx/BF8TpF!*2~evk /VF;Z(WIuKBK;_~l4Vܾ:R 7<<.F3QH~wQQa/E~i*5nVr&3k9d9pUgV! A^~> @ - P)dQڟqlP-P {ɼ6ذ:\5a6<\;=lJi!DPrF>Z vRZevc[9Z稑(JMIU2Vl9b2}fo{Њ Sn-b"v+8y~|>2"e9 +$d`.GycU0bѻ(ކ1hP 8yD r}[?P娐o+hf>_5.tiOTD<ɫ4rdyV-Jd_6[̚1q`(NUдٗn.E>dx2ƭs]r͙|/d>p[? |,_`k:}-J}.ۜ_,>ůekIG5oZ/$_ET GpDgRѓ7>ʋgEeE^7yY5w*ṄƚSg? X}/k䬾=^5,qޒVV~V;˃vF`U= VilLZ߬uIȹqe^wU_g㭐@]jW惬w .zU>JUc'S jLB To96QyU#'T_gyRQ/Q{S1F 4<,AA Ha=޵:۠xAI+yvpC ڝ?eU !Z!h(;Zd3kYԚއ3m]-3\Oœ}mu[`:j]Fd^۱+q뷑FK'?u>_dц6^)rw"߱'1b` H{%? FB2kr2KtқwV XʛmN+ٲ>Mw|RY.4S/ \@3VËp&NN?O?OU^u-uz(iz)Qvrx*@}@_(y i@~`y0s ֱn+?d8Z@l*&@E`{FnH (1 ӛQ)s8ƞ\{^<yYMfJWrK:`OW[@kKs. 8O$/$\h0ڥ2[@PF-a0w$XUAa9 a{ սªy6Wg~뾥 YN0Ǒo#Ey})cyHeXE*:SƯc܉֟rm뫅]ttsoE4=(7bDT£E b@|dSbLcHHEef6"4Mq9YwY7U\gMG-Wy 兪f= duDH10^f H7 0 .Q(Ppzê`D`8KD4!؈"@bD K~Yp $x* C?$=Ċ%ڒ뺪c ׯW9CY1W^F!zd9L4|M_fqIigͤ; Ȑtid}CoԲ?a̟ts]:6IЈ֌H&FπM.23*+SXJ|\dhZ5ִji@kӪ馕VEJ3T2 qq66QPjsr}kJ8xuM&m] sUXtcdXV>ݲtUeJ ES|PiNAW%檄*VoZgZ/쫐Fep1tMd^h }@h+@ȑhYuM5h44Si뷙 VJV~VXm2&0V[Vڴ,Z5:մi1U3-dWOs`-t4 Mk:l _T1H%|m791yU͡p%s(ʡpp(,¡w}, ֚֯O]G`+>R199]OJ<TK KUCl`P2BU,T-,^@=jql /\'o9˻1EeP>ry0+qq@.le)"95ff[ͨ==o{=grU۟D9뉀$ }nު?~?zsye{lp&ԧY\@tMw~{y-?՝ϢHXD=gZ7 [IRM c ZX[ )o?l,`^Vp(|=UXl燏UX?>ҲQҠ})F)(c~"60,Ws^?VMbu3k;Ɣw/Ѱwq"V ,J"`2N/Ty2!#E6lҲ̰gra;`{cWɰJe{(. 7N-dl@6k!Q6w#7FcC̻#l؅zsFXEaGk1m~ø6kGX6ol*Rg WlN\f#gY&X7c\i7o7&wEgi:yusoW.!^G~UN_`w<ɾ@ΰOmݹn&CNVT䴒4H,i@xI:F_I^e8hGPhy1 C0.4wϴ> uReMHxm(j!"[dl .[_~o;4wqW?T!~{9AZCwա*V~(YIA$|1ٚd#[oԩ|Lc2%{LҪ+=0Mk6:l_0T1@%3PJy4uUCSW24)3R,'`ԕ L#g~giy0 UP20EպIKV9èؔ 4/Xi(b&֏i-( uȃ|DPGPK&(}N5PaV5c~xasj_[0ҸJoW)j׫=ffk\}h~oC/xٺ|i QR_^/_8<5'@#86"2@j%OTCl*C,FBj1{|B4%}!ŔU[8BNI !@;#hŬ?x/asߗ ,lw>rx'F]uOmXħzv卖텢k=K`"JVNqHY$nD,b9S5-y;E9,ۑ5Fm]||?~?zsye{@H;V 5RzSԆ\#HO3Tb)yE9뉐o5 WOUs[=RNHDN}fboS}o;/SnWe`2ȷ˗A#U^/)rҺ|[& ~ b A[У$vtl:_I7аi3 㣮jmr I7^EO7ۻW<΂QV@&/clH^m;jyHxF.mNpK;,i)PO<1C Eq;>Ý+;N;DKX[ayhoH|SEL7n|aa 5gֆQOayC}Oi¡DV8z(= 1J>1y5Wdu^9ў=E E B$wvK/xÍ.d?w.bR>[#:(/m 9lƱBb@f~ΗyM[ܼO1j%g؛zl2MAu:[ַ-I[7k Ak-ʋ8K'Ħ42U!0da*exS`x M84#ѻ(-ay^^XaB“wgmܷ"ҐXo >N<:ŁAMZ(0Xh$1p11oϋ],i\> ǓJ%6w-,#[b6oYSkݬ8fzpy&fgA u]Ԫm;{^W{^:{ٹǑ=8'?~J-TAXDa ]sjꢭ@yZտleS+Vvy]~$+g T&.lSc/*yuW!6& kUZ˷gH2IXjЧ0cL*,rO28@ltb;ϻ"@s@oxvU| Ad@R+!՞]- Psd_[˦S}G=ofd6, uIIy5d³-<gJ&06x1R$aF/u{<+V)Vw. RH#E=7[%S Aָ $OmY|o܆40[(hyt>w\wk3TwKJGӢwAkʃalIcgm(ziK#,icD:ߑJ9X1`><?2ELOe‹'dĴ+_b4I@^4tsV90xҀ ,St2EVKayV]˂o>!B|=_zK9D!'{'3A"~f|3d(1W 'eKm$!r6+Y $Xy@<96GC5b#]' *`t#6d*T~`֝rMjit65V#JeKa3_Zwnۀ@'Bh uc{qNX+T+FE7 ip +Ģ 5u@+˫q46~h-^tN|68`mBҌGb &#eXB]²?r^ځ?ҏܳЛFh\.ۈQT'~!$T, }tZI*e1Tt2[?^RyRGkx1<~@^U, <~+>6Qod{d"=gC^>lQMAl幇!ajRPeI3}9Z|VhUhhI;k4/aVNIH0)Y Z~Sg ".,dffINj2bS `m*߿Q'ޑ :' ̠!X%w9:!b+369CEǏ{,OcZ]o_a⟮?rxa}?\.Mru(F+_{[p>JUOK^#FH: f |m 7oN#-0`u+h Lk krVUn?VY^zu+u2?BT.F!2%3LT)Mk[7.$E Ej.Wv+moϋuUKb4- [m,[C#%c͗LBJ~VZM% 5:Ѐvgnj2sS.nyu0|2ş]!<.y=.g㲆j 98k=X'iyav &?.tF!~|/ YEy=U~^aOaxH _@ #fgv漴<6RÁ$ÑðJk [g"M1CH;ǘ~BlʈM.ZĦ/*3rovLr[Ɓb1Lwmc=LFƭ?PR\VVnl(LG2Կ.yo2V!Y׋Ï]Gܑ{߹CH.ʻ <g6*/+\8^ i[LN2\[GFuG2,|Ƭi1.GHhLvBFEzX |gf|ėI>T('hI|1ĕi#y?O@;e"2]qRN|NS8$N0CG)ɒ,3$^4U{%1.ƴ(v_0VDZiS@Q1ȋP4Q-iB!NTwdZbf KW8IƊ1E!|z 1=XT2-U6b9Vr ס3Y 6E466OKpؔjĦBVG@'ȿ,EB4t P:XhpkGPZ8Ӏ P] &Ej_~Âm]1~otN3jVYo&\w&Q~*lAˮIo3i[o; ?U䍭V"FZ)8xwJ\Ҁ b@Xej2 o$nNʠL( 5||3w!̵rtC1YDODP?6G˅0SuWw,m(} kEfȚXg !{ǺCKQ)/WooQQ׼fIqݸl'-_2J@i PEҚ*/_rJHs-Fǔ Xu+Y~AL_WBٯ~y_}N3[Gci(Y2+M_\P8ziuBWa]e~qr{E,0,]c|;P4h;R<|!`vB|Ͳ)hr']ܴ6.6[WޮnZ{"nou0:sV[y4$O윕,~{=cĩ鼋]LD#p-GqM2b6ϣjiWk4RO8\L҇W͕K0@y} sYy{^AX^wv~tLD'] s#u3\̪2Z9P\=C;\)gʒ_Qx&Ħ^;ȃv65MbӀEViH"DO!Q/r,3V:-7I.M*mw?~̆bu1uǓ{pϼ}%qM{#ސMbs2ސ)Vi=#Sg$3輸g88tH_Փ;ӡWO_}7\TA/f2$w?]|||r'WRF(6?u>}I8e3y4g HЀhX;E @'Cބ6 W1g•˙p"f0xl>PQD8Ϥ>bO(:x}E,v8 6|g(||ʏ#*d§GܱS?O+&q0&<'VMC}~gv wI"?)o>ZM:-,CBHyIPh860wvqL֝PiB~ڷ*9-BN! +xƼ,yhyƑl(s)@1Ms6iE<>=_|X!OD S7|?[Ҷi:|HӇqVrOh:< *nb9G:4) .R& B0`49 ܦuLlA-|]Tqr-@]045=M d{"#Ue^}o0zWrm'껪ggYti0}k8Q9UKjaHDS\1Zd'Xd'MӶuQqy>ho_y<\>br߹CC )30s*^K7N+Ld5`4vᑅŷjeL2,&ɷ?6.ZpHgG}i3G#5 W)?ɊGL{#$%~LUaRTb*r幠5-2mϥ1πfx/oWXkaY3!SUݜbT#7;6`VRagAbz'(@%T;s4#!DhuSfY킦OƮVvKդB ڦ@x8"m#dCFo!oI |㑎z!zb5Kh ]{vp߱ZT VGc@8򨐡|36}iSkoHo*935F8 *RG-M]QD7nͣ/ŠBu5KsL藻2xf#;4"쌉MBl*}ˀD5ɓ AvtEi *#2%Bem~x[V%U*mɷ(!&o-Y~j h-b@@b'9T#6/!6M߲MB kD {ێ7Nrⵓgfǡca8#f/Vˢ7V+#~Jc,!+F8LKhAhvp b(Mq4J÷2E#:J]K~j-J6KK7} Uܴ%j`8mȭjܪ̌G%`U3j#zt)O..rǗyhnZl|#ҼC̕ yu X+L HNo?&sh)7=p&+9aD< tAX\yĆ 02,"h "m PP Bɧ% O>M>fi}PnnurA:8tn.?!2sY(j@ @/aF5p5(Η0 +Ȳu'2MNo|9u17f}2{6 ǕAEK 79E ffXsy5HV)xQIΑ4 ;Nt֧V6#xE dc!_m;ó ҧ0_s1M2p]ֺ'OYw>x;WTcڐ5g?Yy.~y^^_9#Q:(< :{w:Re"C"O˿y^@I$>ɓ@H>8<(xLacc 5ZE|(|>SުizP*`}@GXu=fƫƝPt~7f80f_](јB~Aj'(W2"@zоkldMs.$ӽ'*p5- #5FNqܣN!U;z.w ! q4##hgfw3 Rzޅ]^MYx)5ab60̭ܱEw6#re2(WIRpu͒l! |Q$ P$ `y7ISfXN"&yb`˙<"D9#`ڑ~P[(j :e&9n7+^ӱv]:`6oe~JN:|O?< /Y5s8O+oL)\qs'd|/Y=[{\7)vX>CV̳glu>[g Cȝβ=> Mc|L1_閨 ~iklpdeG3yoLY^D^ZL_KM֦Mq`sl P?%n)(6ouюwxݯ|;T`+`}wYos,ҟ|M2G2 154Nuo7e"[.% oVK;VґHߨ2I{H??v|ݖ-E`ū+:tg7{DRABg6gBǩCSО/*]k\VŚ/ʣ!Eܖ7/۝VC6k'E$xym)wPM⟩NIw D뎎] (MgG-XGΫk;0'zsWk;X}+aܵ,ЛN!Uv26dLo,FxvZCE1o{V+;~eln%4Gy'DՎh3^ XT O@Xi6c0BA 8A)'x>iRzOg PW8Ig鮸&Q'xvΞ{|pUkIYݷ>L:  \`EI #2' p9D'SyۏҶ4`%5YYNeZ$2@Q:icAԟ(66x.&tٰ[ [^86ؔ% I/LN8h|653."ރ#0z?? FV  0  hO`m4& ΋D@hs!Sb֋;՛?ﮯfۼ޶,HpmV&lITNpw׫> {n/˷'/iYuJ_7Y{D# zCǵ O1/vxWT)},4sHaAj@!i̟AVFwVs`tl͓L\.1kx4jYKdDӁ@vz 9)WK:%y0GF܏"V8%PLqϾz]< R)T&wcuaR@oj0ڴ?MKFq P-{㍈2io- PgOX_-l V_bR|2L͜dܾAV3lg v{x@ ؔi< c m܊3$cuDMlnXtqf9_ig窊]9ܥ3 wl~/8mry=xK C6'<3M?)ؔ]\T Kd톈 H%X|9-hy֜)' ƈRBtDDq>Kjs CkW[O{04])Iu˂=sF tǀd~48'‘Շ@t?ttt ujc/R oMn02MPV~ALd@e(jrAףUR?tG9Z-Pwԭz倝Hv.[7F.[K@~!$IsbʱuDLd13cƤcEB (؜4nO ߮=NGE5e:ӈW%]PA*{I%GVkA8RSR!#UbPa®{M-e QWhbY3`YYĦ?>y5(Cb!2aLU|;2Y/*2/]8FlAr8B.@@Xఔ Xlomwm1Ι.a^xMeiu"ua40>}lm珴f@|2Eytyڄ-(r.h1(9UTm3{=_~y<0핼G5#޼@PV Q^ˏ2|BA{r \d.?>r l0DMu8u*IѨ?Y;L[Xܲȸ<88n"OӨiD@+Ȱmm΀`69/PEuxGJj[Ɛ$E#`"6M<ED+!d[EyL [`39\:J4aRTN[+a+PNb*Ħ@l((Se+C N7035 aVl~l}Ѳ@/d~5cs8#=bS@p 2S%d âIr)DnN@=VEk9\5,Y Nay}J~5Mjoڒ)ʷY[{V[rp ح)#S8-"\s볲MRm>R3Rqā[mFdAYk`$_FZ__Mg:z)@-7 MRNhyj H98^\ S*QK|%Y47j>+Sԑ}>>RT3đ!~ Y!fhP3OM "B4"Zb#P%0`ԏa{}3( WElW7-=&ma ACܰ|A8XD O F@oV%yl(C*!=˦x@/ U 2Dn&y0req0zp0 ~MVO " ~ , Un@\-\ ɂVqsZ:( vBgyU9, TZ bqKZҵsw'{>!D @<`Xyl hAJ$xP94r8iF?[ojA5wd؏QCX]0trlAgkW^-ݬLdBCY ?_;w,E1<"QM@+h|6 -`Vfznk 3rdYT4QXUS\^,v/rd|ky̐|cX^o֍ט71I 7Gk뎻+j8n^UAs/h$N8dsAuD bLY?QxG2N F'v8v:KH`vmwdn6- U82o 0::D!^uvw],NF'qȐUSXtjb  s76i˫]z)ZhJXC4B84JZ(,8AULj<4"X8y} hhmso|#kT>\AGF؈lWeT+s[ҟMX_n;?:?> ED<XP bӀTtL;PTQE W)[@VH),t5\, h#N bS}42IFF|DM2Qg0L 40m ލ0+A$6 "2FgF)Ⱦ$4ۗT=+-ӌ٢RqT1/R8?K/WvZf7)`6>eɑ7nWH~RpLQ<gA[$f8ZW  )9A>-#Z{H/Z* SQ߱s]5o?U%wk^okHy%#?7oۼCm'C%-СD4bQ 5S&Jh8?ZTP2Q푦k{y.mOSv=mQuk:{F;V_*Uj^w懿.HCO'FT>ϧѮ Y-;(`H^`GɡPoiĘ xPfYw,ϭpI{߄P'7{LjlhNZ ʐtA \e> ^:m1N?HYE 횥@q"}kW6"6+pĦ i#ze[~ Pga::Yn G}٬g> { Q^/ZYF}[`Dt@G]Ojv 6Moѩ O:yW&(hUVU Xdorp6kn>/U)oN)x=Ms^ratsqEEr=MO7+H++I Ȱ>SJKFDgע1ڲAl uϯI^#V#2gsd-9mohs^~߫^m.WkJ;YN Qu @s Z`$11mQIay0 hӶء\hdȣjieҸN?.&%t?t}%/cdhc&:4L%?Xg n*y3!t=p#hF@dᮊ!kM%pB9bL9)֤X$n-%>|;4q A <ZEM@Z 5& KBD  G$ h )pvLA<}Klv[c:w U]; wE%!\ qcʣ$w5?Yy7&"e1|/-eo$T Ana!y}R#4D{4R ͫn 1I&Mѯ'lD7oNmt e~wYr˖^O$rWno})/@}V]]vH7mQ>Qn󺶓jEu+^oY XF.wv"K H--U&qߴ)`A{%Nw̄c0qZL56 6`z bcT`va/İ!:@ ^0WJ|#eA-IaQz%T ˸A!-re]K5.6ZKgA m,?X1]I'g4[%ipC+bȳ,h: ';JEQ'ѐc(3DylVB6´YMPk2h𼟟ڬS~}e9iS>;A~d|\F( U *@۱Bl> i`Mh_5ʭ7߾c'N2f@ ;Y `|6 Vmdt*}gehliWv|tǮZG9ѳ5 Y[@=]Ja`wM&+>&;^1Eߝ.*[KcN-4wZWu 9hb-&Vj] lzq7Z-Z_,hJTo:ﯯV>cGE+߁lE寯W65ME@w ?δ' H5_w$ BlH>$'"CHȜWUnj)X;͉l UKG`dc/sO?ẖm.ܙ2٬;s^*zriģ/w ޳Z>z @O*Ħ 6E|QRj2%oH>ØQs#X20vOÄB9{GF(}"h5t ع65w }f<wS<{hiK|77@-dJق`E Qx\-B5-w2P1=OtaŴTt{Xd&X~L$c6Hj[L`+}[\۷p:%ձf.fy{ rI4"#j&,=}87`4ɹ>!s1A`1{]6e'fƪ6Z }EE6Aqt짐P5Yk l#iT;αͭعS8AX\qy܄SL_fw&#z gy3RV^!E n&,fxlVW7 #uMaht=ptCyKpd>}(eL7EiF2;q귭&>M^(K&(^LtI"{"*96r&N, tYZa֋;`ﺣdr{9/Je8@Nc3nwW{2rdgV71X]5 ۠yh-gKulqXəuaÈZ@BT48VWArmBj8muW=NXSgP409ỵjex2 &./WHf-_'K[)׋z K(1?TLJe^{6 EPN|6jZ+ x-ΫGF'"Z❬$Jh-@ć$@)sImLA݈]Bl q 6uP_~2XyUdd~ .&::RB{B]7{4`O`# 7uCNrӫݸm̟G|OPu𭛗 a 1D̾Q{;{՛#b y!1ow!b!b!b!b!xCAs.jaCx0̇OU+ {hˆud"l$@/vɳLlŸVi/`ovCb&=IHJHQj癗źɾ; zǽ=Hpأ mY8_‚F@ 1`H(})oꣴ"% I'xf+# A^+Bt8y<( #Ә(Cn1ɷ~Xø[B @z]l*O`)E}﭅Y#0!ld -P1frȞ"q.>:άVrj,`98謮ZIg68剽z#2P)P]gkI$eĝq| c=yN.FpE#K_wyܛMi]?9VyC&F9Q>j^>jڣz[z=[}o=w<}j3.U/߃rܪ=֔0̔pmJ2S)&}ؔ)S2X̺uY&kMfMh͚ĥ5Xs$0'Df;X"a?ޭq*~8S".>{vV:6vL~qS)PTm?ER7Nr"Ӑ ~/ k/?P^"Do(=7Q3T:|ab3_rxUe;inV;)t"hэMUn1!` F!{0(MўuQ-f)8Zp{s{W=?:;,sFE JN ԈaԆteVݳi Cm64m Ms@{7Ⱦ-O^9큜rӅRaNa1 aZs-g[k0{0߄TQmCm" 6|&z e7ޖ^7a/l!l>:0Kӆ h8v.sIe7j n{HmHmr]X`RY/_⡀W}^GE=ó F `74 tA#!|+48#iIΙ nr 6 e#GPJQb[LM,&b =js])d- n13y=>GT*y\#됊qbӭ+u  G|[$><( HEG6 ;@絢](BvY:V C% v[AZD'}z;I0:;r@GŇ~ǮnĂT`'H|*jcm">< ),FYe߸)3z UA%gyBsnrH댊ֳ[.0~XZ6D Ry7!(oل@T*'!"DJ2f (+|:T0uhĬT65Rbs Q-1[WC6@`,1Q> g_bU@t.lJjXD`FaK)9|E'v@0`r[{,9,/6;%7ֽ;r'`_f[Lcڝ'O5o~9r'#3Eů&eOZUV@TBTlXwFypqƅ1ɑ\Ǩ nHlqY/wz:GiW/\ !m1U.!}/P7=eZKR|Fʳϗb -Xo#>ÂvNۧh ʫrlk 9'N-O.&;-BPa8Iǖ/1\"iŒH%إڵ/ ” w 0h&lW$s. >'M!bgZNQr22^$J^F)mYć]/ B_bb  <%Fu{ؖq"V&زTݑ})b>ڗ=p؈7,g<~*Ml. wA Aixl .Nל%rpJ:9%?)S)\?"Կ—6&7=T]aH?䕖!Bim@,Nm?Hm$8r=Qصz "U0XC:H,Lb)0P=:{w}nɫ,NJ; aT@%S]=ȭ*Lkl# 屨8Dؕ Mot3t ಓC! Wl?_bN1cw@=8OE,ꉏoK*e}:$ݲ=0un[+Cse}_F鲐vY6^}Fe#*K1GaxoRKKF yбQ}/{IE!,E;UASIC2u*ޚWC'W?C9O {W$>[@q -0&?XC鹟-~B? P5NB yVj5vHgاvSP* էwR+R&>01bHb.Ȍ@TJ/\L 63!E07. jL,A5;blG.@, ² 3_b]̇x'.$  |dY ,@\CBkd l1̲K:]Kl 0c[@w]LB/%"7h2OfQr247ySDK)&R\ #x%Dć;#cI@`6!Q)@T*bX|\Vq`s#5bN15RO[3,(JNL`f_m+c@ yKevj˽4܏cš. GOŎ_$|Z? T ,m` ̊d=u\3+msaس;Cf0* '\#v.mt1)SHOIZy^"OUi<"S#ҹn ` ˶l8k%A*,iKڃeT&2ܪlGw,yg]B_q->7K˺J7^n  &(fȶL~ԞSHeaO k8K NֶX]6 52˘Lf3_Ů->:bv#qtdH!332v'C/cO{d1`{ ,; k6Ku%m=X L f s刱:mrIP Y:&f>}q۶u\|:FHcǕqؾ%!uw2j_'l59ו5MO7__]| u6)@,=Gmxp-NLP%:ȹ8U&ػݛטsaۻ+-hbȱ?paQ0/䐔PWc˥ĮEd6U9UӓBʄ>C_3Mb:'bc3S==NO==LOS3CSL3ҁ0JK%Vz*uS0b'%L&g0B]CdYJo0Z1@$]{sxcϲQ#+kem1Y{᮰}dĸ>u b5zFQ]6S(t_8u*zѬܓ],j̢~RJ<Ds]qx0Rb;- όLU2hm[.zLm:%ݕFÚ]~)9"BT8< zSIkpq  :x#Ѷ,/2x?&(abZq%!:cPɴJK۽EJ8+.ȉNer#Cc  ЉMeǛByn19$G6l\3L&d_9d^;T&)Ƚt0bmMfGki{MeyιY0DD/o<=ðlF<΁ @n6Bz߶z:=LmS6k Ӹ" ,PF̜>Ǘ+Wenۜt6'Oml*m cf!.%Z@I̲WO~+ܶAWN~'4i*5cOz'\;|,Y nv&fRfv_B`~%L&jNX7\7tSO:-yB u lfRmfg)dj6+b^-Q'~ʙIu̙EKAmg\Ʌy\:7N.'|Iua46@1^6'i]Ƌj22S5ɅM.ɥ9zNa荓)YeRZeWmLDߒ(cqW85e{8]4=]`dd  wƈ8yW|ע+%/UVꈯԶ(D6@. ~v-2,>,$f}ò TFat]$_Nm1 z[`,D5/oңmy2E <-3NP^,v<n&~t iJP}ca1K[K"blAF3s0/oݑsot0;H59`T{Xg!KOW3@ 'vM$cW'"D+J$dû[ ]Ix_aZmgkIOhߧzUI$'lww_n!}{,BcZRN.#u $mdr]?Mq0N" t Ϧg9ֳ)+U8mJODdzcs=U1qp&U6:Xb# #@šD^v!*E(nwF?L!0Jx[VY%,tܷٲ܉\q^} O 97N'6Ar\M@bXD;eN8'-x v@>N`m- `! R"YxWD]~ckxxF->̤P91"f:[r);W-S*4eu'eVo+I[Pg+e I]Ĝz@|fsAZlMپ" E?9YyS9fuk/>|'b@Q ,m„47Ew 7{>`_oTԼ$sѺ9^hO3lH*ğ,ێ yXe6dS &@]wV{^"zsRZQԆ_)דCx[[߾z8ߨGc*{` plKwo, oa!B!w]]jm3ǽDpewrVy4I Idrhd"ή!d uB @|1g"Ʈe#ebn-,t^R{m IBz7G&-y|Y8ֺ(>KPx2Q ,H-6`.M)h{Ah|P-5IJaωLf{|9Ahؖ# m-8}ÈSP&?T|o]MADe"> p Suľx{.#/¸̵E+6% }C qE-~B,0&PX\,e,UbSR NGwB˶V$mpl !.ZS -]9Y9P1u3|4=>}E v l/SG8;|;K!) lna & ;%P ,(WL8#m?:®1Krri7Ip]7Ge)7%OdޭQl : mG|!ӳ9OgẶ, F13zZFs-OLZ0|M~dy3/$)Ӝ?i^RYFT_e'R{W/ &ԆTxz0,Hs+?3v|/X=dTVC?EEz*6)RF?[԰0X)l#ZxiUnW*O \hlJśŇw 1xT|zP-u vVi҇H. 8ȝ["Єtå cCT* q)Bۥo+S,J.0`wzv `;?Sa4klh06ȁtJJCxzL/8H8Qԇ^h~B^Hc7Er|9r;00sJś [&{I|@ *g҂?D\b@JrHbX츀D#ɡ- N _`@oA_ :7F@+vGG(}9 mYgD[pj@Ze>D3SQ!\)[߮~v?rۗ R;| >뉏[/;.:K.1D'lM`}74\+ PȾ(:fjV|u r@8b 8b?GvH<m|2B]W5^_# g h\FFay$B4e3bAD1kCӏ~'t~5IL? `QbDlbaf./G *em" ԅQmتnX]nCq+{ i,Ag;)dj6l. Y\ͱ4njUsB ʡec@!=aWhok" @^V7 DMݧ2$w]lJXQSEH][bNګ -RCy g]"'qxb)Hlp:21I'& Bq$`G|va@dQQ/&6_1v!0~bdPZK _r#w`_v>[ť7lS ߯bnDT] O1 R{Qтh3@KbCPjV|x7GKNҜe݌O)mx²O +?-aJb8ߗԂV B@!P?]da<<ЋpdarrHCܯ=/9.Ϯ a[4R Q)@>A7}\m a H `˖a1vہoAG #Bet'a0[ɘ?S=w(Ӓ5{S% fci琖M /OȅyQI)[bEKE`xDFt,| ">!xgyQAG[f;M^ldJo'FXY.@˚ZO(zzrXNn>?|D,[[°evTeO[ 2Y [>Sm\-%nwVnTU~Rx% ]{| aw^OQ9c"8LZuPC]@kfA8_]"t|TUGTUOTU.NIn j j;DP{N\ b$/uxV(@ r. RQ) aˆ!TV wmeHo~S캖HyQ Aw'[m"! H{ 5ˡٔmV\ vun89; ""Yo#e[.@"[AvP [&DHL򐙀㒾kz1˙un#ϚW>M%)ӴoI鏛aG?c:.0R0}^~? n 劑Df,εsr#]~07e^܍o~x|1 ])qцh%?_};}9}$f_VjCT*fI1B!r|20eXO]L ]oQaġ,lÕFZD/GUқTξt͓ ﾃmMY"bZKa[K1!t, fK X U.Q1Btwo$-)13;RDW!ʎ:!JkзOgwnBlJH|Da\1kvX1[ҁw8u+0kYߺ:P@6/n'ٺ}uIĤj糫 ۘxma q/<&<2+ZK\F^M[Z5ЩTi*"MA2`5 1cS|]$ QecֶK@Z/s)@ s)j쎍$&6B^0T^[ \.n_&cyeyut4;dI'#R 7l0`o`Heg9OX aX 6 5ygC @|6e? + 5C,P*e&t2y_il=  A?vq >eM+yg9 '.+0Ԭ7wjv{"6j.Bo@#si2ο\Aao;6sk$`b0/X{- "֣#Nqo iY,epNJ`RpOCTWx*ZJ$!~:s Z<u cU}񑃸l= B:#pYԃ4XtS:*=ٱ@th D@49W [_.`xy '1A@ QfAT T#zI m c覅:ؑq+ئ q :]ܼXF:D1e=^a0HR QP)c.-xvҷ1"޽u<1 w-kJ˯ q% Y VL!7t<Gf@}Q3 =<~ҨItLݤySDÿ|+, p2A^@]!bJ|aʭlG "B{}c*_Fd^}e*'flӤ v%#@'2H #toP3~2_t^:|nXքQnշۇOkZ+E#O|QJ  bt)f06@xV"&9#(ANdTp10Y@mV0ʭ$rJWTD꽤xSz"vDT> P sUV̑衏%KuY$_ %,xG^aUv|2/m8kvĥȗ*S?N2.F 壺|4,үa>=V϶4Di?6ӏJӡjӲM!mzKǵ-;c՘WoS86ݏ>6*?Z7~+[8r/"^Չg_﮻V~"UgCHkvC?(ߢ%b$\xϲY2:~e'.i/;[ꛇ(c2tǼl|^ΰqYhZ?FOqyt-Z\<=3,n_b~N_4Ѻ _HpѬaP֨r5"z"_q녆V3{ԝۓ͗#U[tB}KrzSt {5uoK@nmƹZ1߷0_my./ޞ2Q=8ߗIB*>ƣFld={z.m$/~ =HAY߻ ݺ&x2O3xDilEn5A>_'iK~Hym! xw̧}]b'.' #wdu<Ϧ?#.4Ot:FB E5~<+qϻQY+Ag bVL=={@t <ɏ iP\ec.jȢ{jCs{HzaM~{ضQ:3#WϳmӺq&ynͰ)r!Zo~Ö0 p<b1 v,b[6KFqؿx`6wqYۧic@@qF~s?^h_nM#!:im{oΓe 1jҧ.r@(-)My}1_ad}p}}ϵ\>&.{l03/0Er ,eY! t$8y@v?aqDE,fu2N r<扨W=uoX9c.?puBVO<`d޽ׄy<|W9 Da"ߑЊxjlgګ>0#a;r&'wcҾaj́;X,{ռ]{o#y̆س.^7.˶18Ū-!бIuVmϳ:yiBbJW.a+ Zy:Yсk^"!ߣYv8<\}}Jys+9KYݎ`1X;% Dq:Oy×owmam vwnAe{ꑽ-0=Tn^1^k{_}e]T^Gb ONi:\J'q!VPd|M'"01>9cGlx_nl]p>|m>g~Ox3? ],MkvZ݇t >H>.O|P~c?fb\}fenV q'~֦)m:Waƿ}.[d;` ۇlݻ2Z6E+X궸b'*`tv}gH@s%@jNnݰXHkNa:֩DNu.nX~3u)K`]* +_mWghݔ׸DƓz)O3޴2'lR@n^nzزr| OY?sY# t WъPW_B'ZW(5ϫl&_ēj-uctxgpa-;%ځJs4D3C!EMi&K!mVJM ͸VY mOnlw{N8֖ȷεV׳Оy׺:,fŁͣtaAV+%ZZl8c̟tWc^DIXkύu%`iNreٽ v^NKv7~-M,Hv_̌/ f7߉ds@*]#%炫>j2V0گ4گT;޴=+1 BeL=ZEA'LSO'0x" D3D㉢NѺbf\R'nE(7ZtUK+o^[M^QM,ʎ`Yff/I(`i0ʔx#Ps&f;׍׹hOsw5+^wΕUܹ7-euj.ڲ-z1 p]vu>e~a㷠1Ops>ZFh2:3o:{` 0.mWc^nvZuj=u1j(M4PZaY dL:LLˡX&`e(iᦸ)ޅse2])8-ۢVi҇(p49˩VHNűtfs6s64&@$e9u3U(cv9]}a@6E/K0PT1cm:ҊgGX2tκ_elV6cZIF/:!+J/ ]$>^i5դҫHgRA^IDv^JiWTm񮖮/WJVjfBԏn7n1X"7յ|"b&73 -i--)Hff>AZfd/cJ+Of]> uޕ+#{£``6/@˦hrz0S|黹Mjn:VPhv`+SAjUXӲ0+ԁ{T > Ʋd&hyT'q3x@PyHMtC5Q!Ŭ!u(UBkGNש2uoN%ZN[N].mܖHce@jVn&ݬ&-T3?FUHjպ]Idt ,+TL].n ͺ4$6Lh&fIhv3J.089,FՓe۝.\u<hR\ٵo p&QpDYVm Կzڀ?-V s?u>_O щz+'Sf*L"2 \T."_e1|\fB*ZVF?|bz#GAU)(^VY=tش=v2ixDvQ;QԨƫ6uaj1 CzT.yK9KyšLHfգ2[XViсf]ڰ)rLxV*)zZhuYMgT.Cь$qA ˨PXâݳg4?>1P)5-%ێx,L ZRx~V\f`D=7ra& ^$fZie{py:T3T3]Xno!l6*f@gŦq6 y8eth2:ۢ[7ޘah)-ۢ0Wܬ03ċOl.ُN[ /cqjw i;TBSЛ441Zu hEg=DsC e$>$×/_>~4PlKE;͓0a~Di. ^pّ{[$ %Ow U4OwŮ*҅s Ysz.Ue3۸oq) K0\*poX6,k0 eqkXҰTԝawuajRmՖ&@>P&?fQȶLd[I(MMq){Z B=u[tlnL2 LEaz%Waz(ŤҪpsxM C]wxrhNc{vSZan7"Q šѳX0dLYB--ы˹U&Ah]g'iEY&@FIhEh+ hn&879IitSE@Y\X%g`6D*dsUJIaoAgbcTV7VYveNƼTvy;Uռv\k w7'*XUdavhV? ,R0@gص3ڙVmeF{Vcc2ƪ4j#UڨèmXŠg#Ey;g]֘*-wss sI|hE|*ii!t041 iڑ)lN<3nLہhdx([&st= i|hӱR`n^nz]{Ww;BBBսe=,,a˥fX.2: wUxq[3³>I ^v71#?5wa񙎂2hկ{m{t"}xOYO߭a9MjO?.n? g& @N8Q`֥ĴW)(M zLh|ք*!t,eKP7|.@Dõ O?ҪoE3R둭 鬃ԪpOJ \t3جƲrd~gֺI=_EGl7ô_ ( z\Ǩ7fխ2[V1. MJAX $`2I $0IbRM I]P6 |q,6SZьft+I_Ndf< F'24!ɞ_銷-;5~FooI(.[͈WYEq](`hỲ.>bI5?Ipb$w8D&ys4dx(q;KwY_ˈ \nU0v 6(Y.F<"[F?x4; mWsf ݧީ^ؖ%ZPT~Բ-zڌjU9w>iӺ11+e\7GC~U8|0LSYT/8U͗m(ͯu.}*R+."jхf]\Kf&/4KV]+-qZlQ]]..sA\Nf.5tUMqe`݁6*hfH+iQrf9 xrerw`w\D(A41lbs׋΅q1.k֞ʨE&`JRz,h3ZV>$UԔ,MՁV,%ZZoi h _5쌽m} 4Ȇ! ٚi ;ԩ4N5u*Q:F(IQKַICl.]Iax%#ot! 0U i7:wM|A6Wa~F* Ǿq SeӏJtfU\O0*uʁ)onVC[EX ճ]V;][lf"eMߠx|FjӷrкnfnF&&ԚmBM6ёDupzݻf \^]`0BL -T#æt 6q0*KuS4T8ӎhP ;й,xs*]NJMi̜ڈBUg)᪪S)mV?~Z<}*Ϩ0Tղ)Z mPt(dGW?_ܽȉ,9K7'jV_{ן˺C27Ň݈{8m:UTmъ͐VO; B4ijt3HCht]ttAtЙkFg*N<->͙B ԍѥv]ٖwjVK3UcWՋ3q#o⍗qiDv޻e'R"NqTUXfFEҹ͕^\Tҏ']\ih0:ѪsE3R롭"O]>5Ը IJ4cIUB.BV^st 4h}7UykSZI@юjh++:iYbY[8YF,ΔtK%Xa%K+Ѧx lJS*Mܣu[tTGM 굹]F&\/͜+*jx K̔h]aBkj Eo fSZyMѴt,JQZ Mъflj>b5q6'*|" D3TsEgjoRg³Pt(VeۅYvrݡ2@ qӫm"8AL'gJ ;bc@, X+2]oMt!<Ed.]ʘjj0J\ 4j&)VEBt( Y\BM: Aݦ0+JGɨeq.c&чO?Z>`~2]F+wPN8pDDLGNr†g~WV>$sa}4^VXǶmV=VցFk(ӎ!\Ne"CXnWfh(ϲ,CZ>tDd)/(fFDHgjFY&ig:21FV ;Z=T㰓MEKsi(Mʀ-Z/ڍ{+)/J&\ 4nk ?Bfӥ2nV|nкzA8 ai UJA)o^cZAF.vB0zamhql%h`Q0hbhӷ2PnVnFTh0QrNZ1I'msQ /etev!sh-нe b7*U[t"u;դ=7+CJ$J;JQք >NجDzzdNo U]E+F7cZ=J-f@}=D-Q xiI9iOD lI]7G;".& õT9`-͠VUgpmf2ނC9]٨jVl!}nAlB,A*s?ru7~l,an:UHvH U7{Jj D^iJZt!{d,|Yhf,N6:goc%tհVԬ[DCnH@j&f jy'UENsWI8-r8F&TJ*kҁjû :D<LTŒe]` M6f"LPY,Si pm+`?搎pWGw|]tΖ޲1 v詍oSZW;PLNҲ)Z! hMg|V ҄HK3f5Dto֪u^s9f <.iKonP]z @+@RExCg bO0Ii9nȻ#^U^_ƆdA$?F$?$Ht16UY 5})م1@+e t"ik]箛(IyAlVlUBm ͨVtuqZwdB--: r\ȭǹzh-nŠڇzuw_X-ъzd+6M:֦4fVLdY&zNEWId|迿v\2X/.ce2}jo kLӤBcЬT6yK"%m4]Wp琘+oVDyKB!Eh]Vzy\| V щz8h&>jY$Z΍Y;uw@ t  fesej9m4 ͳ 8-p؈B4 tT39M~1U)h2:3EoBz%zA:}@,5-~K$TV.RSp㯷uU۹~R6C\B/8jL)u7w~I9ra}4!KZw M fx+kk6`JDl]nYVcBP 0-4oe5y3k $g5!Zq+zJEi fٙaX,\^`df~ CλYb?OuӽZE'X[=\C˦t :֭?7@P랕Ӳ)Zaڌj(]yM ZVc jӷ2nVnF.TZQyEa;UDfVZE,jڻ+&«$!3 HMLM嶼8N n݁nzWNhvtGllcfS=QYndzr2_U..0}27WrKfhfG-uh459L=hɊBí!cgB/2u+M4OMp6*hfLH4^uQZSyq`hLkջrۢVEAŵɻt2C@Ru["u3$5;my}e\/PWcv(MJA1z!1[gMa˂cT-ъz8jt65<`@~в)Z!ڌi}BMqe4t>k糲l&p&-:z3D7@dX|{t.4n Ce!3׋\I*ge)OruJelƲrdv.^Wnt:ЦSe@t i Fyb,r"[<]-n!͟"5CtVmщV1"lGYaR"B@CIB,hffp|n7i\ㇳ#Ehڳ*M+ H$J;Hռ_,#ρ|![nв)Z i ex4g8hl( ,XCh9n9Sw9˳.JnFoǤ+f6ͤ5ӌLQVW]j]H\Ic43vWseɜt99`Ӹ s"TCm<<VI,8u׊jΔMZ{"ʲ](Uxh*ƫ xT~Ҽ1(>&DY/""]Өa}<8v7ש2rz>{2 j4 <[&dh!napd NWgpvMW+tEꙮttd +$tXu+u$;XW~޺bZWǺbpպbYW+OJz늩j]=֕ g]ZWd֕ o]~ӕ+uj]=֕+]+W2ʅ\t%u[/)ܛ>g|T5Dj},}F2Z)k3}pP:퉪N)f`r?ޟ<|;&i5gEDnt^E{ӕJ6+ȡCM|z>?>!qr[71=Rż|ennU0SV ';RAwŢ|F1_9uC6 A&cA?EQcNsZ)sAzsAYs˜~hƜ>VM$2 i a| &؏_jQYIaj'Oc?tY.~c2䏻]=~(/BUBȃf8=Z_0>}4{dF>G]vƺufq[k( ޕFp $ _g3b֬y8gLJ/ far~v}wp\-ܛ1 x9 @ &흯nrukH$|"u}jywɹ#\&99l91rI|rɑrY&9r9QFNTY9%'ߺ䛑#Lr91r,%_+'o:~wzO"%io^q+/QVY[XRλw{O 1!D@L,]k&qx6IiW=ӽ57}&Ѽ m#ic+cWbʮVwZFz]o'q (' ӂ5*y:QG]}n̦ 1D:QDG  DD,BkD!w1FD>#vJq.uA; :87EՁXʺ@+c]tÄZTb |\ojBI"0Ei]ƺxѺp: guqfe.8(wZb&6GhmBU\XJZ.J7ŋօa]xƺ:P;aTFĆ.lk Up[z2ɈXu1ºx8aOl|Qy¬i'Q#cv4*ٱ ƷO>6k*=|wp+^Zv|"dd\crLa} OWyfw"ȐƫnAzpyqrvVrLēILI&񝠦1홈'bj&'b*DLa"61}U 'BLhDD|D$DlUPj1뱊ۭbf'c&U*ff2Vp2IoϔYUЀXGOĒYbLĊN^(T)l=Vv5Vѓ+U쾃UX8*NE&bc=Kf`KeNu#U?8}z3[3?IҝڸrR$Kۧpi-3)+8),Ci1홎8?SɦwplHec*tLQtOfI6oYLNH): 1:~7ܿSv:f[LUX u|t,unnt,uTjGcW2lsOؕ:vUEcc=Kfmn;KoZg_ZqUz0T\$<ޛ_XϿ0䍿slՇ̰ 9Kv?_Ğk{đ}4KF#xՠ_HY H) XT HlTV)`Q % N D$+H* Dh+%04Xi 2# d@&h4^2b5)뤉KKf+Ԗ3UUseɐ(UweɤZY2ؕIRS@%,,(nt5^XR-,]F2 ʲU׬,,+KU}WT+Kxei+%,-k 4K5sOϯR\&Bd?GbfL(zn*}⩪?D(SN|TL%!:13&S1Uv*F=S14GOH>3%ԝS1Rt*f=V1bOL23B٩Io3Ubc34h*6VSdV;D$f&"SV1S*v{bwUl?YNŮVUX.4X2";2SV?wF"|t$ lίRE! 1ׄu枚(ħ=5QP?ک~TQՏJ~ysWY3OWL#u!H_CRM^UWL?s:LicR-\UVLU?%\1$B]1VsZ]3OWv.\?Wş+^ʟ{g"!??}WT?(('fׯ]~SMYzl5x/B.heK+4^U񇛳ˏjjzMɠyP\&*d)Ni}b7}$ꐠ[%Ns ZIA+X 2FdѠ̈PP:hg4yIOq#xcvu Y,:++DGDK ejTǬt;gw{S4sU<2?q:kz^*Ѥ\<*7#Mu;dPo_?}=o7֘ؔ8 _gR1]>/Z-6o6srpQbQjcᘫl4ʙ{]l},;yN-?!t2½ݝ=΋6oYb?6:Nq< ѧctFWh\P׈ Dwh1}c{oc[F\#*M3=ٔUB5\YwmN҅ 1Ti@K]7Zѧ,ǦH5?L^0h.֒v 2*(O> 9\D0e&]KMҦҦj۴ 6LK+ũv*pɭm>Y\Dc8fo^Ncnrr'x@EmxpjëJm8jÉAMm<[31ɓ/KmlM ˒CnXE CnVۏFK 4z#lH1 }KGy!Idmo- YU4l .>9X*v{ݹպt\I?u1c m٠Pk.2(D>!ydcgK^oxh|Il Iò}UDͨ =*e;,e"l&+D8& b %` 1pb d D>2T3e ;0Xo2Fj`ӿ1YXJ;c,4M2mB#)##F f#z"n v> -ۢ6Uݖ7Cv޶mDζumζٶ) ] XzyM!b E YfJ6.[L:1tU_\_}?cfclحcq]0GsIK sa1 +Gѭ^Njsyo#/p/N/.[J|v%q :pAW>V 6PT]S<;TSKoEt3Q=(|$z|oov6|J7 a7iQ VQ@h_f@(Z4-M@z HE~~L@x*G; v6|Wx`QB?r*L9 ;; $  JQ m' 4Q)'@z0 h5Km(%s9A $E% `_A;("_x1M`1\LGd Ե>OI-| @/?-ӧ_GӺ`vSThE3;?Ic[_xڳ0/`R$6ӻ& -ma O5%u", G;COb#PI P(Ĕ?4F4x]’Luul߿R7V=V]~XK"mxr'6[?RƄ|SQMڞR VX-3mPk5L6k4O?ȋtx :e6nw >^qz+ jH|jxŏ'>zGѰ2}ݭKd9w@w]AZ5jJm -(o1^֐=^Lߍ,)q_NRYQht9A5HAleVޅxa &Yʗ7J8Wݤe,U.dP@D|PArn[(1_5JeZ#/0$ۢb0CQ`A)}[/|XRM"np'fK^7o\[V`^05gYlPk5o |XbVOW:[]z\_g̵B,Ȯ3GϑRe%mXݻ׷f%N3a4WhݪGp Uzl4pV!37g o[AZ vSKej 22CZ@٠(m 幙;-->eVT:١F_f\WR0D7XCz?* O .kQ44kCLDIT)Oz1laBŠ#FIAltS%oyAmF62ls4KۂllliP FApʏJ63mvm lmNM]u?} Eř]ig[AmaMBXBXBX}a!AX,u" %:†}F,cbXLtFvb666@} n;g66n;hpہ^ض B6hm7YmT]4v +.fl/9]MMqOr#v>Ҏcc2~?Xy%y4 _%>}8=;_Bhz(o#OVЬqh^ނ3c¼ ަ7iP]$ȡ̵A9\Pk^N}i^" yy\ (!/jz(YIPuQWHAX(Tc[D׵xP ay?6E[RͰ H%`&`1tpnp‰NA$|0x*9Sɟ,§,{Af%_7/ hjg~FC(0>b{+L=?Njs9/Y;ۥ LXR.[C|]Fȯ˲&k|;W;ze3CaMk :(j0 Ǖ % !f\>m{kB<=vD?EA5-kB}( B*8p4TJuJQƷFom52VL囦A5ƱA ҶmA/86K)'Ąe2_g[Wř m?PW-B^Ⳃ.޾S/K0]7.%x؟amxOr@:e 0-ô@٠Pk.%T*t*Q}򋽜>pIԩ7ؗh6w{0+5`כaX~粚ɏd0@̀JyBϯzQ}^×r oROqiiNY`8.`AYs@<$$㜽Rp^I2 CZa)VR*$,͔4U5 OK⭪CR;"Ňϑ(>d^0=rW(k5ԚGrWSqMW$QP5lg9 QvJRRڗY6O iE;0n#`Y'œlC02,0'L99:e wfv.fi5@1Pk- +QLkтq6/ ΣɢĈެ66eYД~J:Dv %,S3K#%,^:HUzD QyF?ZAc1PkԚ jŤY]5J 7ߴ^qgt־$g`TM ~ߴt1Ju;G-;d(n7ye|[eB|̎|zLw$/ S^t+/dvקGQݹ!PfvpK}%/߀vﺑ^.UF4;&\?>q}N s-@qPk&A7D( s M$gB@*/px%yQԢa8 Ntg(t}|iݷFz"88GϙDZpw(k&5j"~q_xF~1(0A$whTB"Ӽk4wyLiy5LM #lAAV36ٸv`Z(͔@1[Y}621eSt5A))gq:tjzRQo՟|pK jI9y ΡЗsQjQYunWP~XT1׽ɝеd(ertlWw^N{MGπ;/'4=1  9ys:Ĝ1F72 rpHh9;t||/zڋBO = j 6;Au'p{${kWp/x6y3`6tw#4?^kp{4p@;XPt@t\luۗۍvGvaiʀN|G0Ԛ j r 0V>y:De(IK/CZzVC_Z_eXaR]o\\7y /sZhϰsg~brQ@z'VrNϸjrs'P J2ӶРmҶȓeL٦?ve$, ZVu¤G.\qŜOp|n.x.4Ph2*|5A嵃Uҟͦ –l~\oXzjAZhZjiQ}'c@T ED gԭkkۉ6,K6^栈& J8SӑԾIZ؝ǫ 7˪ꐠUOڗ?o~AȨ!\FńZsAQ1#/vZ׃h~h]<_/mVz3lA|!$׾$?ˍWN6  c {m҅ML:&=N ӀdԚjǷLGqPk&5A\p-gâW/|M0e<:Q9 uuGDi?!)>L)7i>L3V`C30Q H6 ˜k8&*5LG 0 O`%.A$ڹ>Nv,Gi 7  l A0Od#(v~XYCLH *, cQl ҫ\0A ;ʚjFedD=;A4ig}z.'}nv }™*Mhr% ȁ<xImc2ԚjFuh1df'Jst9 fY,Y}`lK6 Ԛi,3'U>j ,W5 hR01PkpAAќ(Ȧ HT@N"KNчw !꜠";nѼ+Z-_ 6d(LۮQӅ)M`J7BodF^J2DQަP1w'׸oj}6U-`4g4 P5ԟ̨}i2Q ;SEmXD7E ! ¤FeC EuP`CI'BMVyaKpƪ,J,!ÄL/:e؀ƌ N50(/y mL?$Cx' 2v{h308{hcrmGpHpmhXb](Эwb]ޡCpHpp,!@lyy1?t V?t1. ) .A,K!v`^A` j ZT:΅ #3Mjj4c Ȃbm Tb f(%Zvw3y<`!?76vq cWPo57߯4\cy&-J 7 5 'MؠPk.5D2l"I5 4S&;:{y^ۉׄ>f[qڗjvfONGa󸩗2϶lGx&+ I 3$8'8'8?#aC22j@s^YVTYϓ|Aʔ㬒O/vCÅX#-eQ1~ދK.Zx?m>z W(*"w^AI#I;eҮK3&2Ine2[YdLL>o-5M5 Ԛ jƪM@yO]IT׻lhCzdːv^F"| ȝVW ( euٸކ.5/ q!eJ  j̓ PkbYJ)`Ԃ?nt^Pb(n5ovi}CD]!OD+ݯv'Q'MJ7PC/LW,Ko K25j&C#ԅ?gy5+#U覨B7E>a"  ̝ƷFW[$xp`{ilZ3A Pk4`L4sbu'H))&4eУ[Zܥ:R\K Eiȵ|o_֓t$µP.^)b.5ҚgZaaƌK@ٟV"rv}h2ƵYۭ][/k;6;\R F[0*(]yָjZNl0[:_*t2EX6%|>M=l$ծD_eAҰ>Z yExG A3QcwHDZU9 C#utX]=ziMZ@?"uz8tG@{8^6Smk}u*0Aؠ΄ DkSolp\&@Y u rIH $hIXXs@ ] $ш@R sB[.D Vc!|Yݞ;E(2>+X۸m]6t s623r?q[@R[kԚ j*DBE&bC?%wHVs-Uf 񦠠 Ȥ7z6)x \^ %=i v]G ]Hn?._3vf5}{v[~</6_x**_~a{ܷ:ȘՙyP6a Ax!AƊ`zA3!f 3K39R}~ jQӻKAe?RC c\cQQ!0{:T/:߿uݨHLz`/@5n6" FK} x9gEXۇ{6s?$ؠV'4P,T,3` ./tOv8J=+ @Sl,4zL^^zm?XRe>4\& 81jc }֛iTXo$ 4\(Ll?>38/ q\,gAx&s@p0xxbM8ox;{#evߴrg^.r>ABfՋ[JĻ/ AaqjP0%ihz 'Z&fZAD#!A7ʁ=^X=[ާPw;;s68  >Sl4/ j\0LRZZS5@q|xN׶oJX/)D_RI@Vi;V!#0>'-0丅\ AZ3A PkA2$szGduuL^ -ihO_f% H2݈aQ(}3hhƍB[l~o>b4ufڞ +i4' o&@Yl"IP$#nLb%bƒ t ;"179ίPf3x׋pS ԚfZ#+F&)w1 wӐV^{5/ۍa4d˝A U Ć6NTM SX̦'5[}d6^=cAgcE<]ZnSN~%0?i~r @1}fb;y]@ G ŠOٕ^XԻ]璐䑇ъ?x?Wd VyB`FӘWsE}T(6o |@섏%G^D~4FItתMQ׈WS r*wMPkԚj|#Smp3BFwfT;kIspԬTmKڜV|pUJmfy(lb0p5 4^Y8ZюxPDrXp,d6-0m8 ZsA~R tT ?TvTLs_;(l4CQ+J*gxAMuyu>8霦8TFc/85jͤ T=a&rMІIEXB\1Ha?MwkY𷘹i j ZѪt%uvLmZ:4G + ɘ5g,hNG̜V'Q9|ꚥ{)i%lefY>:pU&B˶Ue8Ki00,riZc85Ha(Iڕ.k^0Yڢ܈P? 88dwparPpxh^(Di5@1Pkp`lX|dXqp?E1alpFfNvUT5,7 hC~a. Pk чcS流F}vp}SzY7jZ:۽ $htF4^; 4 N`9bM܌e9z*͛)˼8n@,崙7P%K[ZfthT"xpPrX:T [.L P:kKԥ,,cz-VO ;wƷfm/ nYPoͺP/**A#cȋ {^?A~B]. l@!*QICj^4K3(v7DNuOvh6E6T9y vKfiOeyIp*\stϵԐ jFv+w/ smPk5OQ4*dMw c4;,&Y;Y ʼn1O %0AD*/eɆV $Y4'0ִj>ޤ]80E߿ CL>%k/lf1 irvjWP@K|<]Wу*x"\%jzp2,Ԛ j̓f=9{()^0Ӹ_t*`i`yiy]oH"O3o _bx0|rn:TG<(=NLj)}xy;-[_B@i@'p>A?6nHy%A -kqA7}>**U'ۇ& S9\4nzl52H'x] *.fpT rN_7w2tj_ vBp EEԭRP9| /`=Vo T3!rb*Y fh`3m|xfDr╙+^E:^hԅW|xEWG Ws9JdJa\uhJ@2z׺*g@ .XQ)5oFrBZ[Jl+.lPy,gRNNW[,KhKfxZdN ыN Oʚ j̓F OG8&~lyf}'b#?Ұ[o_#ߣiuA?4xWё8 chvA-P(3AROjYfqOp~(إaIwtp ^Y Wc%t*G[W<%;9S Aխqq8K|4V 0&;S5L fZMi(iAEFL`&C1bO% {7=wU$K;ݺK/?y}L$ZJ1j0O[D5g kӺn?/G,o{yʚfZ@@k"'dKLA>ݰQ',>FҹuLQah5MFQX? 7HP#nsŸ#B?(<@ɋ8OI1,/LM-R2i;mS. WTIlu .z!=SRYYe,U 56!t5ŎVBET]*#maK\0v47jMdLz^rX5: jMZ@4hpi GgySne&K'2o8R:ɣ:,$C;Wz}bZc81 Ɛ%XG1U1An)eDg<8ZqIZ!p{ǥ.j_gG`<^Ym;?hE%A&c$L霏K3COSʁ*୻~G%Dm;6k;q5?.gW%'@f'1u‰GpNr.$Ȱt4A (Ee `ov++ S}ڕ N @:@Hʶ)bD:]D6#XC }9уj~\UHS- &U߯}m^bAZs Pk4P0#6FmRykEѨ_Bővw=tsCܻ[Ů$((B\'ݻV ^LR칶^XZ}6jͪ0G𧃼غynl/|HlUðv-3M_ *;^V\GV%7}g5ߡ^~ZZTrZ.vC'ٗyN׊*Sۜ",[\۹'kۅ2-*ȕllP|TI +A+((,+YC^BfWw+ض^IxC 䂒-B0 v\)az%s,:车I Z5w}.vDzou%Z\R8b$ ,}]- y87؅ nqPk&5jaBb!!Oՠ{ 4 RA7M;0zA ?j𺍺 zlOJM5Ԛj% ?(8F _h5򘷗cp+[]|.ŷ]8pnx Z{u r Pk.5OjR[i){056ז?L]Y}/vZusjP𒦮s`# %uxt\+|ortasev=ƍ]]"ip\7_k~Gm[!N<5,`/ ԍa"V2`A2ս7*-,\X0$* K, 䐻TBX:+@k8 ?Kp%V]\bp%R}#\:Kz`r&4dL6dWeQLf44A1 cBK̀`c5{L&X Gdrs&ar+0&M d"d:^aDŽ r=&Ru=&jHp(.聉10`uTKy Bx]KwqAt]4W&$1@R<oMz1k %&H p^pf0g}&Iv  vG{si]^j]AgjDžc0MٙWXnl7-ZsAy8EsjyB8L-([L9ѸT(YIU/ֺC8jƒsIQZMCAn?o{}Cgja0f~~WXlPk5=Lc0͖D9ea,&*eT}ĿOXMݟ̃h.?,35ޝ d Ԯ`)+xNqiAnsL~[3z׾Mnց`>'8]o |}F:/Jdr/c`Jݣ?rx7 I>ƒyTzmpϢ'G^dJ(P,N0(` 䣀L(` hC߳.-gXGQ ֫@ˣp{ߚj&/-G؟OVRe۰u"F ͜4]89$Ϭl /6̥_O.C Q^ Q2/ /2A}}/&Lly)1, >=t\  9u<"zh1ޟ:{Xf)igg5uz]Ҿt}:/SXl O5 ZԶKm?=;ȓi7{sh??w?3EA.(ofT9)E&ԗKH K8>ϡX4 }IvBIL4 JIe_O=l>XXӻoԙpT~u+zG婨׼0GYINE TuN $Ǩ xfqx:w˫Zgqy2Lt?-&W;ULJޗx{Ok|Gm/쀅IW 'ǼnnF4/i"OT7;^x4_mΙWք0=b85Ԛ `ڐ1#2&Ÿ{-U<ʍ=sbUhεAgj\a`18Xp4zٔ_58b=R\Jòm&h jZ3Am8F}̤d?d >Y"֐x)s @̡MP&Pڦ 93-pwI lWSip6-2/WlOO'ڐ*JxaUOY⩰baM Oe?6^ex*ˍ=f{W7/3 Pk fs8(@:0ycH2׻4wars zWw] c K {Ћ\ـNULPkԚE~љ"<*,+_G`x2)L$V*R¼ݧWy}.+L]!A#}U-:,`ujW^ ؛zQ ]P\F$zM(T g>?م=lLj1 =F\A7󾗻;pm _n^r^13OYvHj_/ed2$"=OIv?NMŮGGRE=l;WƐU,hzu^lw*`jaeQ!.RkY).LX/+ +&AX, ։.)^\̨3]v{G_#gh_(s Pnkw7-Dž7 3OMBh `{qH3Zs@<;P|DZw\uL@!U,)t;Y!& $\J@)bSĦ(uha0(F!g4QQq.KIB9ڗrOZ=nSejp0.'vP `=dr3Li ۋu5<y, ɲ lDw%Ԧdi R(rORX|j u;hO1#t%!vO@\|}𔬤fX}CWj5ȓ^Oٸv/X4ش4 yzN†yƒZ,à@A2LV!bVy x;^4QDğq.-2##laHf Zt靪µ/syq5 ԚMюS'NXzü!.~,YGفEﴉ6Qw? lÏ˚HYwsr+pбZԜ{mx6\pmb2^6QLDZA9\PkT^ {2=a>2 ~$I QT|Qa4zA;3EoNDpѠʑ; չӫJrvMPkԚj ^XU0&  RDq ,h,1\$KkfZ#e7B5ה8m,oB\h Pk.5[L{xOxOQ2tF/'g Xz4z `[hA(Eq؎^i9ȇqSB ot{4l7q?W_ _  o@;no4iF4hiYz% hg.,Pk65h=(!M{|i,ltA"vT4I`2Iq YM njutVu4LgMg} 4p|G46u1~gz!h0!?H{ǀJ8Qx@m97X24 e"@Γ7c<6ӸB}MnCE"@":,2íad<TEabz jm?"Ě=p@LD5ۛﻏy_}v]t5Kd}u{A,;} )4Tq9o.>o*f`0i'P=sƅ[g$32/ۓ(M\(h{Z gs%YW%7"|.ȁ{C!pL =iPS)7Xk_}oo_f{M^O Okr,ZA9\Jg1Κ=ɩ&OcOU/[oνll8K1`ʯSeŜ;lKޒ- 61]Kp-Q -X,Ԛjabf}ateYŧ+jÇ勰:]/,NM)LWѼeSu׊ZMBAU:֥^1/,p4tDl 4ZsAy5+@sP9"@,k>v ŷ3mܾ&?4]S_,r4 &:z iX-sh!;oӄ7)]x0ԠƄ:~= {LXS6u|vSM _M5|5&~L _MSW4u짆ijj᫩؅BWS8# _#k$4|54|, _#K5-% 0 BCD4mjxL O)MZ&mxIޤ)mi3LmZAmR*.$_>w{

GЯ;…9"B!J9M3Q5nԤڎ7uR"/ ֣iԮotUF ?8IaANjZ;85'lhD 4l ^N,4oj8=bmj.̈́(L܈U$i]vC$|H# HV$eGb{^ݷF:ST ʅ$nnC!,Ӱ@٠`?) Hoq|~L?iƫsyTtÈVĈ2"F*s2Ra̓#14%"R$u)ۻ]wWּe4OByV[N<ʇRauupEKGxQsO.A\p$3hO#)F:<5Mk5W.KaMBN-hZ{Z&h쏃p!W)iԮZꕌ7%ǫ,J>%Mړ|wwUŻ9TP?YfOEVD%THjbp^gUЗA_}зsw;N5?y/qqUgヂ3U:5z]{K/LLzZd w 80@>fRVpX*o ||Rl[~?Y؄$ c@=uuiI9xIrJ:%5jFB8a1 U9d~2E4`UW+ =3<EoXl5#DDT%*QJࣔvmjf f0jqPyeR/]J,YIeܥBE">YlvҐQ0W5\ rAy EA}TWZRZQpY7y̡tlͻ`j3_Njf?|^LMbixX-g󂺃Bf7Q5w~XͰr@Vٽ.a 慫wSa?yt<i¡~1t@^uEQS!uLʺZ /W MUn)"TzӫÁx/G? P~`V{׈Hr}/;0w}Ӷr3.jn4aeO(8JRTz?ScNo@(=qaпNE`U]k›>ĕe|d-*q8``c_8IvOX'ñMd2ʀCs8<=ЀcX`1cv0Wr7-OE0)yC? -!# "$0LoR/OBc[ypE{7*[0pa#Mp`-vޱ魕qiNASUf/ݢN/UN޼;~2hs6ǫ;@yQnڊUt݊i@uG]5 8O!u7 @nAŕ:ATef<\^]RAnV4? fн,c}n1VX,RPܚmƫC&;}~nzwk wi#˿+oI?b+1Iݺbp^IA,Gn=di`=0ax P |N4پZL3:cT2[5]s 1 F%8`N3Qp>#x5\!.8ߗ뎀W3Y:]1>5/?hG(Jr!,,Pkup̩et'B6㲧 KhO#ŕb{]x\ ֣ȡ=z2,h(I[QOv-(aXY/K2-6jPC/7 w)b$\H\p3R.e*1#%bt{-"b UNbn"s!CWT%tmtOOpa)G-!SPu}\?߭&eŘpZ`R"%F.er(tv=xحcIw(?X& 9l 1h-i'Lj t„eZ3A! (=,(Shk1Dv^FmV4? ȋj7JyՔ.Nӟ-l_ ܺŹCA)r. @Dذ Hk:n5b'~9Șwb@Vɥ:wp^ސEass^,y1?ZF`$ ijTsK˴IINLѨ#%3Ko]H`Ľz*uMisEf?;AzewwǓgj0@cRÁk3~g۳ٿ1@E8ӵǸ}΋.9KҐC_C79"#ҥC+h$Y" 4,}~}/cn:jV-tPkԚjͤX P,E-XE" ¡'TpI&ڟl'Q HGJ'LPC-Z` @.(>jPK6Гm{p!4NxЦq< osfVu&u RHkԚj O PHE{}$OwQr+kF k3'n7&/\CďVFo{_W*4 A-TNl Aq4&@An8g.LMLbWpZIL0M]A:7{754Etej=4Zc85jwzdp^{^(p/w4Ovh.f/1^Ԙޠ`zxL\hJPZfA5 fZ@لC(?@/K"bVA?h$x]]A}<*ؽ]~ 6 _JQ`&C;zC!fGOւ˃d'|I'߃ (߇ 49g(\k y6efmY[Fi8sKJ+IhG{7^b}a˕%GS8덂_ZG-Z`AWӲuUPA9L 5k*d3 }΋m1@hRN)0eCJK^}Rh=ek> ߯KM*OMW:պf*gtRyP*OJ3Dy̜ /Qy>rDJU)I&X-mK!քrFԛp)lám҇…?.܃;|Zu `0tnsRUkr)= .:h'UfZ淼0MN(>GgՉ aS乞IKWrMq{$3nhU20sMgjMZ3@QtjZ~qtm> Xކo0Q8"Cbn~77B4sLpy#^|z*t%3mNy#y?.mN[I]F_ܧ){Jq-X]JwIH2m$]ܥ7$i?_w y}~ %ju-:rOrFCWvg[Eoovû[wx,fެއ7Cux3ՇYÛ];YEo3WyG+oDM۪m.6SfUMv]omRަrm&]]6\m+o+ovMʻ.OyUUvwJy۪&]]Y%k ^n`oojn=NCr~g ڌJJ4>qT0m_VGR6!t͞NjAu!r!G72*d(Q9!z?7x!#C2 " Vkd0TP% e 62\/<0e 6M$d aQ^N@F < Q`xd`2L2 2 ^P{j[ 2D˰(\/f' ^Pj2"a8B",-kMÇ`&" ְK,w;VOvV:bP4huENWSRdf^#^r]s;^"7Njr:s[@1eT1\^wv?pr t0cU5 a(\R W%p>pa5qL+9DgY&m U}^!|M}L's 9CGjq‡O>wSys}y6O8j| ?6ڟN7mn#zJ`'`C7i9^R`τ_̦q'qu+[+͍FC 삥Ei$yzNY/>+N~] ֤yִ_fR&'u) ]jT%bo\3LzͣRyt:::U"Y(MJOTyR9Xƌ3z 1C?ŔOJT*/Q)?HiJ%+< o>hXRLcP˼ /$ yt*OJU6u- +xLGt`xa6>7$G!<icL;w'qw6*:k¤ވ6 fsΞ_݌r o?8FCƧnw ۭ7@jhaȝho =k7QsQHCs Vc,Pk65\݃)-@ؓcE(;p^Yܡ@nXPnF% b0 bNW*h_h]śB%O V8Nj# E-ka+?uԃp*Rte#pHKxbfWPwW(>5>&&k?*\}sM)05Ԛi? xzYΥT- ׃jsW?;D|W\F mtZP] s_uMmd5Ԛj&uxbz {P*._y(&kOG*O[- ;ͧh1 i7;oTM{4؞ 6 lĨtSQ`-i4s0(ς٠ \ Zc$^}iO.==E-ZMn{=]V/xվY.-V!s}{.7pHJftq[F)tDoUqd k';(K6&${DGhXzh?"4Ւ.k@Z5jbyC`L(Ft";|@dH4NPQ0x&^>C:SK<ܴ[[ءI-Y-efi-%;j&nѐ;5X,!Q˧R ` .tV,d,-g2ߝ1߈ƆXCN z*545Ԛiͪs`hS{:9Yk8ڜw;~f8abyڭHEj1S8--m17ik=87Ź/5MARF poŷ(.!mQtm mOk>է]XXgAsӦ>ӫ-C uO}MkZ8ʹcḱx7R3[q/>T0ٻsݵn@1ma%<4 d$$$QBұ@< pFJkjZ㔎tVFQNRPIP9LӑP"Um!$C#kYE=Ow9(aғ^Qõ&M%35`Je!fڀ=8bk&5 MA1eݻ t_8Dw'FoTrَ3=6w 5j6&R]wC YY9`X] ROVTt)WwyL0 w0򖩏/N-H6 jäެ4`W!ZdSA a>wUs${P"w 7eC9^yr_p/~@H$c6Ud5Ԛj&bdelJ) Ÿ=޷[Y-G+FOEbK_xV/+Wi|~kdcH/\I=9ZRJTf0* 택Gs5CՍfu=hh~be5VRD< >SƷ'Ŋi',$:5fZ3k81; gGMa?p;d=8|zc (mDb"^аzHb[vLi,ǫ:]jVȗl3^@bFW_yP _&cΡaE xPtp,735 ALxIH] nNY&l[x Xb b9`RuV5̄WtCs5Ԛ j"UCfy$kmk_Eů[!Ns?(O[5Iq}C~6Z`Jm*'mY˹a\,Ryvm,kG7{ j+$Ԟbr"McF{;}$Ttq+x'ip#I`Oۖˏ '{ 3h9NKdyH-AK-3](ZŬrv %•'_0j(w'.lw:֪BI2f~ % !sXakUOjNU?hG` ;_2ˎ(LeW+8hAҹ~v]r{]h&ZU#MLWe-L' 0O=@qPkc:gtѕְ!lvn{4=*WHR5!چ LL.dg?CzߟF^ޟEi$H$- J;$­J3r+a Oꥄ}¸}.,uyǺ^{\>.CSdL80gF987X\i,[乢؅(Qo<aCs+ AH؈†† 5lبTL Æl.61w=gc۳1x60cȷ2Mx=݈` IE̬dK&+DZK&wT.Q†ܥ˄ME%{]Kv%d+ 6UMEƮgcz66+Z{66V+%T6\&lܵwZWkV؝[˺uh]n V2Nc;jMZ&iڀk6vu*U"J幞-+M2;ئCRQ|jX< XaICti$r R"桀ѪtLA*{&!^ UC}͎d!e]ozx@΂P~; S ]BqEKs 访+*j1Ԃ҆q Pk&5<_B.Kȟ Z\eCNqIh'<Ξ_q¡s>;{s}~/ |hP#2~lZAQBGxM) ~ZCǏj^v3"z_;xH pN<\BK#6 y;5PT9X^6uiM^ `5ڟ6.)Exi8X|R3FvNXG.?QEʝݴ(\r)Ӷ H)OHQT5RmT$~3frӍ͒PlM,X=8ئVKmhf=Yh֠49nLm^y?x.3z_ ch&jN3f43fD34i ЌЌE3Vo1D4cգePЌ᧙㝙xgfͽ3wfV;=Ƚ!ygh㝙(;3ygf3hF4@3fygoc3ޙ;睙46xg6r, r3Ez{g6"̮wǡ$JO3=;~ftemĵ^~c$ѼaIW2ܽdP`,}` cQ"!pV¥fS_p>8b\E)+Hk4#,2nh$J`Vs'BaVɯ!&G+ ۂLxçۇ}ɢTOg6W>{eA[3@,Pk$o- ڲi폳*%=E燎Kk>vҺ27[R+]Xwb,NK47i`+* +}fiZtyY inRSMɴ;1KZflCy3*gλ?pA|S@3ͨ$uȀށx>pU~;*ow/<ݯwi;2@=}PWngŠn=&A(8<>iٹnOR[FK[>s8TM;gtUf",3[@xCJ{?DU3,g$uw0I06oC,bY ]&@֨aYD,"%ɒوd!YHZvSFG$΂(';#rkWYn>^UqfwjΑwfZ@ttuG?1EU. ˑ !kETӯ%PR!@T{3VIu*9|-CP9uuFѢF^C )͘9]c<}1'5V{]YPx2*xC ewN.=ܾ}+y˛T5u+)gݱX4Ηs8-ӧ#{soi}r % *Zz͜e԰mK-/LLPk5r+2dI97sE:nXmEiUe!fl>uC#Enn!iU6vz} a`_KK4ZlWRk 'sDKxv} zde~#{}*kP TIfR+ ]4eE ;*R߉ 'L{8M4]E0?}zV$]()aabFXlPk5[=*S = #?^Y}Mq0Oj+;'1Z8ED훮e BlanPi@e g-(tѬ;#6vzw3fi)ťS }ܢεJZ;fKn\Ҿհ` .wCrV n+-!ҧ({K; g6 5)Jl')@LPk&!27UR;MĪY/KR,f-AQNX5W?n^C  +>Ҿ뫸@336uxJjJh*(<7!o¤5`H[tVMcESPg/w,J 16M2:1%Z I 1p:[Frpz58{-h Wۮ~8|)mw!Pf|km.@LPktyK1ͦ7|*'7u=]upl*hO\ȕ (3u)B@vn?Z*"*,sPkjZ 췔gPz-}*,TnJfTY1x$Z˔,:F)-Njdt%]ϫLX:]9>\ݍFL >1谱mpLV6Ɔ9%EZ@~S)Y(|< 1&:!*vUrlq5w*zӭB,`BH\jApR8mD1,xYM#tJWOQ8Q2u=iMqto>N6 GCt|q%MGڍCsCᅈ/æM̊;1dXSuAZ"o y8/w޵)KM- [QM{}AA@Ctt;ѕ vʕ;@)1`f^_ *%?-Lg?3N|RwoO$=E|k{7,fKs6$bq[jՖXjԚjF#5zQHMY*0y19ͥDB5.gOʖS7}d{PȹA4 ,Q0dZC_lSfb.60&/,Ycs`AMSMC'|#XZP• 8֘Zc֨SiAN1u/J_Hx[so2{l#1kꡝX.U2R,ͫ]{tpȗ)4&Ƕ31CKGE>aGHB(Qd࠯Tt8 RUT T)~mY<֥wvK:m}PoCx{߾(ɿRclƻɓHrmeŔ MuM3 4S@: "+=__jޏ=<{Y{9^kإ3Bؾ<}:ev1dԚj Ґ4  OuMZP@FK~]NtPkߔ[+9ÔF{&m#3sd4 z#FO|1N~'-fMc/%Yjfn޴_hs4 n?=y߷W 4nDj0mw 9\Zs Y5F`ځ`x(Ļ' g/%ɚe5MgnXf![C8|m\zjBʐ6cGZ34Pk FbcO膴L8 QG_"j)x@=;WH׶"wcz3Gܷ;7k) #ei =@Q\TU[TES^#wh$$'1SMB- ZjK[X8NR`S l` ԚjF3tM'ܡmG +_^zsYTdkPP_N_nf]C3\]ZBMF$ҘZ5V 8UU g*Hpª96>k_4bM u$NjPdta]c\7V;0;@qPk:5AA9&–-h&BrB֠<ҳ^T6oUb$ܾ}S^ߴzNߗwWl "U'_~4; ma^.a)'8qtN8<LtCE,/ii+Wb[U3;f[xzI,G5ԚIǃ47 e$7ў g'OEGa[wn/0q{}%}m4Mr5ͩmR;@?L1cҚjf "AD t~K 7;/ɵo??Ӷ'A V|v{MP24l`YY\h65@QC8fܓ&|BqY󬬦Ubb[4 [cLEŇͧ(dMoFt%3XƎv].D+[XʮfZ[ZB)di5NY"~c#;.wߨ߻f:g7R8NLd<>1cvˏ ۮ{؁%(x 7ܤʸI E\Y#i2046&4xm鯃b쾖u01 X>;ZۛLJnmv7=oeBu6a&WZP0pĉ.pF%u`a6m75L ` sl1Wi'hKC85Ԛf 5Ms3̊xЋHۨx&L>Q0ፂ_A2nݴzZ)`= H˙5Ԛ jF12sӽ@TjM#VbL/Нt%]H̤B,:[{N.1V:tU}㧫W3(^Fh&Mۈ(Z!SL[ZA?`р!Y ywPhYk4bq+(<34o<'5,DU22]ZOn4?~u-g0y*| ˉ,yG' W/[`Un56: _>!,e^lVld:Pq+vApvfZ@t+}PLԹ/.ce. 'Ys׌'܁ N s]r]D9\'}ݿn>^w]U2yt$ Kiq JIlMZ3@x5 O-KT㚂{Ë'"ڛb5ccHqD~-f`7_K3ݱ뫕Td>*(~Ofپ@$rZJb9L3M" px 6g85ԚX!"ta6͌qe )T؟zP}j?lOW_,>j7Y#7?| X? FK N!F={vNiD?fU9rg^9Yc)!Uč!&1(8E;4j`FG h5>38JV8y"eI>ܧ==Ai$N ֶ0H|u'{=G\p4!nE]GHc tк<=i( :S@FNirEFg~ʩԮTɓ~))&̛y]"Vus}>ϕh|Ϫ}.|f/6 <ϵފ\'v]?vnf$X.-QМdz CIdp;ˇpu<;`٠HkL#r2t9Uo&f37I5|9oL#~Ph@ہh5NAJ $g?t on%vta xCnwm@y<6zѯh1oSM?j`3=`5Ԛi%uGMBjG, b˥KXD!bhUBR*#kcRᝑ*5ȷ<|#7< L'@*y*@۝ ?ҕ%8FI5̋h]p|gLG((>-ȁ"zdRoǴ@٠ ,8FzH/p_;T0Rz +R).$. yH4`I\>bAg8I)>+ [ӕU|+O4J^0鮠86AreX o6Ք3Mmز&Zs 5F.*B;bIuQJu(}k<._|x hK-WRƚ^7;_ s9P37Tt0hruZ˱8ͳaYdT&A@;Xw,;uy#X S(KVrTo'˛oSEȕb4WQ'KaK\|Zf~XFM'/75Ԛ jF#޸ɨ8Y,.fx %SFJt%r}$I7(4IK>V=]qˁ!1PkT'pv$ ֬TTv8tɉע5k)9׳E4ŲAl5ڈղ4#:"}V2{FM&-=|I\E"*0gk jfZs(gޟYSZY*MH~S5l#Ӵ:RMŸ܁߁;ɓ]&ʬZ|l|6q%US; Bm!C3̞hbXwv*/w<Uqr-VQ-vѶ8m]bjаm6[mւ0 nn%fY58ύWsn7[F[-vvVw-ЭeNPnķ خXxoLExuz#!7G4|r$ܮ t8<.[(!A :q\8%qbNu 'jxnDnjݫƏȃlNܛl[,p[[. Nt#!o vVs'wgP{;8K 7ފ8T oyGm.:oLtUMo(*ݛ77I͛U{%7['Ѽ܋m mnިw V 7{f:G'MOX}gF!:WSo7쟡\ڣJ]fNxyh~R' %F$JeUJ8os|x~y"fA ˦Rae;tJ Q) Ƌ?ˢQUH /떣ZQe>9%G'^Rw N'‰W 'Dp:wRy&!OM'!KBHx" u<$U$ &N$<:J$,#Ғ|KP`dZ߫EhQ~bϯ}{- -J}@BIr42߫yt оa'xzsfERpi]^鿒K:}CqPOGt1sOi݉e>҆j67֣k\m݈C }4=՚i@99T_ɾ:Ճ2/`<# "#h"AAĕ"n(D lI:SKuaJj!,Pk65Қv!rv.El6X (\c(rn-~k 'A8HTZc!? !Ht5/Bxq@ A/ljxtSD;8Z$_;EVR;݁ ChjfZIe8Re Ɍ"2ܑv]DQon* 0J~ˣX€6,Xk 4PbQ$̑&'Uڑ0i&Ά(KV0VT%Ԛj$C \XR0yՖ0O0qNl%F .ʗ@'ڎL$9NӚ.u[LLQƛ).% \y"wǍ;6Joq {`#utw,X1oSM3 ą`)fi5Nݷ3%(g3+YBg[)tVJU^o]A8@oWv^"$.Wsjk?rܲ@~6Hmp>/ K,<u.WV ~dПce,ƛm:j ,OyKjҡC࡯ߡy}-g_^ǣp QlfU6|6 l&5n8pU c=7μȑ~IyW4h dc?fߏuY&;1qd(p0|r>A1`h ԂA''kM[hX <~b?oo%y$ z5cj0aS, N1MA>l,3eYmN<)6S 38يvk [p4'Pҝcw2D5کKhjƇlxPK<~ kZ t#Z˫COC]~ܟz?W=Ù*\u *s,ӥ._Ǘur38Ȝ>$ZSY{VG@j@Z5yKG ̇S"~$"STo]yA7>l|t4}kbj𞫅(`+uZtPkT^A џ~8r^ws2ֻ9hXσvQzj\!eLiil-:To-P.WLLw'`:rE}C`9c_ŴYQ [ gfslMZ3@TU8L@U$?B?p oxfD'^ FӤ-QgM՚:ޫC1ҧ2g7B|I5?kqv c4>Cϟ/*i|T_Ƴ7,)LQlI‘L'5in Ԛ j́fh41hb(s?k_?ؚ>jV/=`5Z/oI_?1aԯ`#VI`bjP15-hXPZoz#xw_c_. q}Z!N {bI'9C]"%Wnv.2%K$?$Y>]edC 'pLlPk5D=bf{0,gpr-ޏzS}%zu:URoza1?n{n) q {_~UJ;>%&^QX+h_HtPk=4[ Vqp gG&"1!\Lgz%/wW4q~V&{]oa7 3|N@HN}yt!C?2d_—+W (ϕdy'73pd#& fW+hgATsV J3Qxڔ"Fq7-l.IFѢ\o ,N6;R8S$.27H(Nao׬s,K.נ)̩DƫJ0"a#va"avaÄ*20& ~b6?2^QT!r!b!PAUbN#}a%3̯$\O$O LTYQO̡h"A@ž;Jذ눙f*G̬#4rĈaވVI?sl`&Q0 |@n_uоfM6F^*h7"y$<N7?snсL-( 2~C.P~q,y,YVfz4ft(ƳH~O2j)>TJQ>vwn$\W;>`h1@gfvƁHkB@p!5[DSasmvp!91DE,>D%t]:~*8jqMt s;K9F;ekU9y#BLQZ[-sN!@h Pb5);ibc{$6ǣv?Q0sǍٖGSG7 _Js5֌3KcFa9,C|{^:IXZ/KSa8?B\$/ M^ y%/vYڄEYE&! Q\`l7"q@clC1,11 D܇ sT6I vIb)16K $I %I 4%j "01Б81Lla S}À?4LPk5i3fJjDʬc )JlR,!џ}?GxC]`KQ5*&mAڢި$,JJM]R;%o lIv 2Ԛj R!91cz"d%%AvPum+da))]7  <q#VHYh¦o}vnc [e-Pk65ЙFS )O4D2^Y⯔C^Xx(QKoUF\S+BLP4H785бMF=ݩgOqO8$TK4j'SXt׹te{pfK#mZ~VFPFc%iMyª&In tl]5mZ3A~S>Qꆉp9*O#(^ԕQ10d'euO)ӓϟ/_?Y# C±;|QIMD"GR,FCW}kwN>^!MgOV$1 +ԏX[^<>0^`qF ZM)s7˵34vH~é!g4k{;]>=<7 2(Z"$rED#pYU  #V q$XD#?(L~`7Fp^5!AVҶte4_[pLct )L :#SJsNrW%yD*NnIUyzXQgT})`X*V x1gASo9^ W:)CzםO]{xҬa^cvj&h ZfQq3t|'_+C=%^u1tq.$dŘZ2`? jA wqF,`'TXL3B%imsrvK-?jeGFsmf5ȽGV :[/_?~!>c>qƾF:ڈw ?߮=|%o^0WK {_[&5 Ԛ j!TPK-{$04}_Q:{wvFtY1_,7)m%Qm$V R Bpn*M-`:wtԚfZ3) VNb*"58Nfhe??vz6HdCZ5t7_~||kčTMgZ+ [Z3@,r!,b?}^N# CqeZG nįP܈LF{hL.!5PaG؎f1P{&= ؞#W+^1Gx/|W,4WYVrqbk@$4MYZ~mmpU{2{];BahCcWvD?-qhbqhk$nETuw$nJ7$oJ7vׇmq6_oxC1 Ak7a651ctla0"Vp9fZ@QuY鰤\^G\3j&;(Jn^Ių`q)J_? -[Dq%lS*IUFݡL+qTL!ZA9"ez0UKKS)`8dzAYJtJu,Tm3i"A#\Mu88x+Mz0w@2d#2G9O/ɜ!9z74@' Px1I $fA ֚&q jZA 8ts#L5H2"SsݧAmۙno?޵7qm+l9:ϋoDN A@uΫW`/ [a ` 5r\jKf̙1jTUcpK[8ַr\3`;?u|G˝dBR./X kb!Phދ+x8N o|sEÁ!+w&Ei8nB tKI-N&G9V~%UhhxFi8_|hڇ`&)!J <(-!+h)5Pk A+SbY"h䠴`%1)i|qo i,+q ?$xtx(=:R Հ9~KB6@KIk5:MaYs k c"dԷT]pv0zi;?Q`3HK7UX8'&&%$R1>d> =,Y#زdM;+7OHU;Hh*} v.zKnvÖ}ftn21 nI'# 1pْ^ Yyd}o.X{]LxU2 ZpW+dí}>Z)ѪlL/o/ @i_ 4 pB#(ڮJիpLM*{9SOWP@Q@ A6RP(Պ׻Rp(pe6?-_}FL-;.7T~A>^6}]In ^VΗ*yU^*5S.R/B]{"-"rykulmKtY T?hGNR@aR}ki5w/Ai{*ɀAuGU3;V3fyF|U&rө:=\R<.^tdYnqt-_:<5lxvH֑ 4B0N9o޲bo*\>8NxHp7jkRdtJJU  $5Y !$ H-Y:D]V>#LPJP'1As"5)WL' ytya~Öu6 )JT#H+T/1Sا)ہ('HGzQTkIi{v镝eRKef=si iR+:D]KB'e~$Ix'OZ%V. ZdeI-|Lu@zׄ*푮ͻ:5Ԛ jhCC6 EVjlv{vf9n Jdt]j5^ 4ю W0g`'L;i9aZ1@B i"a1L0Mm.hݚ(bo9}ҼQsTyR7I2DBJp$HJ'n 4)|-tǰ;At1"qt+ykg޾,MFPmvUt4:;)y{8gh#P[|${:ZIK@6eg, R ˴kcfCZAdthfZ)&lBC17jX*Wzf`ts7o.Op\ș9niGћ]CASq,0zqhe9MI/*; qT,dCOA/qjZpn8q #; }@^f}<)ߠLCtdQb`op`eO-R2)Ȝk6>B}y}p_n3bx=ZxchLuTVCy=j~u^i0 AչR,nAu&R}LQq:qig=.N{\?q?um?&=O{:ibg/z l2oqw$NP '^躝h/l\/o=O/mb_:vkMcG`pb vbqsUdgs~}x]1 x?=HbDԚ˻vEտhyTlDO?cgB)f$OXf fZ!Y"4NF ߸K13m3J'u&d}h_թmL'$Y-3BlqZL:5Ԛ jkՌ+\Rrs1dw|z\:ƃQ`+Yl=/8Jɖl5eQHB\d  ddjPhW8ISV)QSxc58hatNp-AK[x"3T:d> k5ҚԈjm4'ݙk/}(i8榓" /ʑh'pPAs֙EGV5I2ڸ 5jZC(fg'kpMLyiZjI"?v[Rrq)e5HTf5Cm),YtPk5}5P Z}o5*=JrIBN,3&J+X2x0䀨obޚMgS6z5Y0$uBSbpdSH0AYlHk&% 8ı^ 1֯?m{;?T /Fj A{Cu@p_Pzt@* +֫ mtpPK{3AQX>]&o1rYM"K´ȖV<@8hNވBX55q[opEK_ L}]o8E| kQ}.m^Jp-8~i\QGv>'a)X)JS>Y4VQP: g,Vߌ(jPjMk{5N$$'~?=L=q1^Op-DzE@zNgl4Α|S&T{ >͜Ew>F{^p;MOfZulydtn fNC%nJ7C,_ܒ H!AΣQ}]]8H0Mןj\.4pdVZRmUlf [@qPkY _C8C# #^?׏zG,A\?N+΋sm7'uNTg2CP/ۇ7)y iXiT_ .WIV ȭگ]nr})atl< Pk&Q~E cv ⋔']=v!D7[{~+owN[UA8fe2PkԚ&QM SD] 7=S^tG\'}x?TF`u\jO𩊽f~e:Y̌&{gwhtƗo?'gcY.@9+S-9T-youfety)F2UowW=UUwnkn+Z]CR 냅XxB2<L" FrԲtgHCe$D3lKXW|6PAq9D1m?7nhL^޵{!f@3?cg\Ew-o\ֻs{8|UyoJyDBZ5jߓWK``qQ^Y- ؂{{h[( I۶Z.dm4W0GW=%I7FKL,Ÿ}u]EKВdEՁZĚY5EV <-'ɰ '#"o" J"t PkԚj ߓ@$@Г-.5d0u*yc^YM;m ƪg2Vl+:[! -oEF=uKSnj$.@j:;$`sӰǙMn5a |zт`"B'g"-3_ШҾRd5S Sљ1-ta7b 7cEޮ>2ֶ5fcp`^Dm"8m{@,J*6`[Dsմb(lh{AQ!l_VEZq:oڈTC'zdtmdu),`ڃvwT]j~fT#Zaιj (xJ@]\hUVGV F8}*e5_PnWc8 MJZv-ڤXPhIOCD+@ V¿vʉF#ҝMGn#L{kV̀Vs+tp™Ļ҆ebLrCfZ3AYEqKQ[:x}By{[]݅7m=Ra褠wķVr7q[MPC,u- LPkί.F]O6ìw` b"8B$M_khh|\Q @-h"jA#Bt[5#DB gx k|9gZ]v0Ћ̩:.Xb^\nՎ4P9ǡ y$aVp ul4r"ێd79IDh'+v:yz|_>ڭ @;vcF;X #Ëv;%{ xsgܹ39wF;/tB `oGz;w"ΨsgE1v.;p7;wV͝; sgUϹ;ܡ;oXPqwW2;Y;zޝ 0ŏv ;*>o8y]v^ nnOZ!jP h)S ^:@F%AqH} }`NWfYl\XŮkn|kNOSgXyc,Hl( 7%Gp1PkԚ& 1!H!.pq'8\ȉjG^Ŵ;vk=G[b2Hd 4o84,Pk6u aKϋ7fʽ{\A[O2 -ܛM򶎅ZMi[p}e &@^w/y,~,8;,L:Lj<$ @loN c^Ib$92 K$$4$$PKBi͹&A֨#W*N$f=' Ԫ$0| vP:agc$',&h6+֢sS,"KQT3xb L D$'%DtijA#LBߢ,8=C ^Z;WVU=s^sݮך%1yKZiyf@#yzbZǼ|\#]jJ֕qUQUtU\+J&wwfJj|M]-]]JW'Y9{ɊעDzq@{ Pk&5~r+OP;*:,__J1cr]}j'W?/Ӯ~?'30LBA~mA*yT=e=AI92-[ܨ0@ <p=A럽_&C6'b3gjAQR?\8w?lauއxz^`f%Fi¶Pzs&4j`KF{Zֵ3ToPqsvm3H0&S;ptPk5?!`'} ?zYS( Г"@ǻAf&oC ַAuݾknCaKI8Ē)B-e뒁Z5 #8yDYQw1+ 7Z9Fnu9z˨iˋ=@ alCI4ݶ57{ HKgfP( cYI Tp]E}rƱ)zUIH*:/pW>0̋CLP Su 24X5 k,q3)w ?: A} D|Թ/-xj؎Д&Bl( ò!5j۩B1Qvbxߦq2y}HKÊ`&rKwۈlZ% B:p0p"E)ؙ$GFye& ',h*Z>Hj7Ǭ#t*Y劔,bl7Z׬MDGgH.Q(D.i^z|>I$ 7^Xg/>4bsȰcku(j]-$5^ 0 Q˙ՆZM8Ay)v0,шvomϠE`'|+?`*)BdiMbaD *0G @-Ʉ5Ԛ j`4[+yEu35 1=CgHI =vEk^+pLtqq?#tٜJx/@M`.K7򅎺B`EQBA. Tk65KF)yzňQT7HEɑI,􏅢—W~fNa0`*.@IPk >LW$JVØC"?⭛r+^yPk: Of7xX7 Xm]tnIPOa Pk$^ @oXrB0  cl|It}&TпjC#YpMM%-:Ә 3G-0!xַ2fヷ"@^(/;E!{.iUulm9v-`׮(.>P, kYP63 wʁ TƇn|*  -fS[ (\q6*:| 4̟$Lnq4+!<-&PexfւCBwվu^4 oVԸe+gW:i[ i@1Pk4,pƂT9.IܴBIij*ʍT\vͻL:׭ozrg$6V9AڕoMfg⌙)@@A o9ixZhRlRq.IgG|ëkŶbLKJjaX*B1i_ckSJ  fR;+.␣ 5Zc(&mSQAz <|"8>iI*FC^A 6fZ3AYw"Ie'u'Tݕqr_=R8m{J~l' 4;t,[{񈁲K[ *r,y eVۀgiu$V[! O.@?v>HOIe<-&E0wj!P< AkꦄVSBR)d|)h55NSlUm4u^?+x|3~N~eP{emBHCt=tt#)| ~ apLQ(@"<0_m{ >_E^jW5jZ%$p*Σ(Hfy7SNK(R)\X+*98ZB̵᤟ǀyMo7_[dkoEK%d/JI#=6p}$5ԚA%7&'X, ´ ^R;>(r$رPLOB^Tm÷ )ISɨ\۔)p1.-nCZ5jޯ$hJi-G$!S^ˑOG>Ȼ6߾ :Iv-1k6sV;(Ҷ[%?rn ԚjFͤTRV%z{ 8o]*7U$*F% к9)wׁfݻF*%,B`!E@qPkԚPH.Hap@[4,G# âKG71ڬlQ۔ jyf9 /p쨲x0ͱIؖdj:Gm#4 ~_<3^]$|ؙ53všW3،3]n@fZL[ !FiܴûHn }g U/7V^w=mDT&!T&:+p hԚ&A))3rxG-TMs7 zm[,h fhMiTS#?4&Y 6 K1mfCZ4Pk8O~A$΃|dL+<1A=ҡf O&YR6W}}rRVZdHnrvf´VȡpA! Pk&5ƛ!XFYDcUVsεSdA2?Q1Ax|IV'UejTbkyP̨cb4nlVE^O}aMn揅߯9. X98XG||ٺFpE{afQc #l`iLKOo Loֶk]D#[Oᗍϼdpѫ?5m7XI5S2K-1H=d5jZV>>3|5ǘ=J'VuW84yўgfͼo6 T]=I0 d+&JmZhfCZ;2+Җ(D&+7.||䝴;ҊhliEZ0yϓQ}]B#6Bi_1g=0+ ReEɸǃm}HW8 ʌ)KdxGAwfbj |B480_~k_7+(Nbס i/s8kYyslkٌspk .v/:|!_c칰j͆~RB@Bؘu\ZNWZ> .m|5̀* 7+/SRx†m|0]=RS2m 2`W5=]l+&p5&@4Wcctc2#(Ϳ[`"zE/ol Y5HW;@`]:wME=噥sγ -@qPkTJi9'5)M)hz? Gl:S y#07>L"3&Yۯ֮ f10B  uj8R` 1uax_r{6:MET\et:¾'p9eцmXZm}?+a˓ $TO'?MmZ g~\-6Y ?R0$T#H?QRX17_VqQ)/997څ~p_vxwnk/U^Y/:_E=gޮZw%5jMZD'"c.ZeF+C%M?!)JZS"6K 8FX̋؞J:4E X#uֲƚY|ɠDheuA7Uub3]NcjѮ'-R0nrLLt)@U{!9*<:x wx.$ 'x8֏#a(h|!I@?B1X?B#v!inZ]͐j<-Yp(Zm7b^%j P:BQk7Wh4?ַ@CbI ẀٺjfZ~h-*v$ Kz<wDzǑX%XE{7kɑv8˕;; % tlOQXS4 řΩ5c]5|v]<rOy8]h iW~uKHe .)vȋZf-t/Oei8*. oox '<ΘN{yii>f1K}~>b}SR)N/y쁈vpaZQ$S3UHWNueVPgE;pW {u˥|nw@Ə^̪j ʞwc*?^sNO,w]JMhY>]Wc[𻗸kʾ>/yy\b6{"=G𩿖+ZosYѻxK⹧Q~-Sq8(qx`CXվ]4mo`&iT"\ r,_`Z֨k!l2]Bc&}vt%zGWVl2vm;6s`?P\Yɠusչu ITrƕm[86aCZ35Pk '0T|IvEXt]kǒz+q*)$ËV9z\:W^P`|9Ar2H2a{>_cXv(Z-NzxA~VȇA9rVPl"-$( wqXLDK݂kh[jg۳ TCb R5JLͨ ^{y)S'[,zRcl&hhvg8.hmPҪ\EARnMocM#w-Bn*YmXr."Q 荡"I8 (,u=K҂=(VNط@ |C!Ϳ&Z*.@ѹk.\uT3-[&E1i[@ِ,8+^5$'̤e ,aZ/ߏ;6l$Մna]A/^VYPd65B sF Rmx+-<~+۸ll20^kYzI8::.@`껊KҲ6{LK-ԚjFMFb`7lD$hN;tΜVtD}q}͹d\SIغ-Q&$ LPk&\I&mQby'wR?;|+ie&-ƗNZSf?HZ ukC6jؕⶦ$a5 j40Jmˤ8<4':=~ Sez! hu԰UOp jZg1%:TC‚ ˕<40)M*Z/eCZAߛ@Q`&3= +,ꛍ|X4j}SK羚n4B71obļy[>j'c"uTX,[?AF+_qc'o1-doBl2Ǔִto8nt|v۾U4T)$f*=Z3@~RM'qs%S Z8J0{ K 0^̳Η_u~M~FD(*sW܂$5ԚA'6L"v0D?YϨjz_ .ֶVXk TLL1-08hd_`qPkԚYP?A<,2Jt)E+ȑ*A/Vv" t[c[EIx@LM]LS5ܖaq9Pz*'F f"[:4$TMз 4,ۇ\y&IfR.K1Kfi4#z+bO`V^L$$=LmFéѭoqX6]A!6'R λt2EE G~ؚ@L`{{xOO6t)]Ju~Klz^MOЯ"㵃qqV;]g{MA%7 "Lm'r}m(@BaX4HȗB(8~(#1rVºԚF|`ٮvF݈:ZsANh5ϫp:}:k  ǫl67 z3.Zvd| $KmnaS/bυu~}VǶi{|*pcP`ZtB}wtE3TRѧT $`[f Pk&5 ԚMs.nʸ󳪪L8c3!uN9CwLA"ۍDA8vGhyV]fo4z~eq%-f"ʃ3L'o;Ǔ|t]@Ksw"ٲ:t]}uZQ>H^k4l~ hj=^A -ۃ~|Sg",-m 5Ca2ALahfZ+js*Y#:UY1CbջoCF;+s**UQRD-i *О3ax)e)m8UN׿`ùފ^J {%-}v2gs=rPfK{X2*M师g[Z-SuHu ȡ,*Қ`&A $QaqQ3KݝnVc|y3yoLc/ԨD rJ..ېQ}i=lSppߟu<,Nyir(L8f12͛63 ekx2WlrhAFf=Z@PUHDӸʡAUb$Ljh8V Âسa=F P($   AAVWFWV#!<vkRVwA,5>4$5>beZLvgjfQl~Hj(;]FFހY*"PFHݞNc44;OCOch0A7ҚQIW[9wn>ƍ i8gQ8n!rJ`N,ܴ +ݿQ9f"1>d+B*BDZ"Q犛/O HZubuV+aF}?5G i?+Hv޾Vh0TÄ  !G@qJHIrxfJGcS)WRK#IL~$_csXLDM0L љj*_: j ҌW&~rU/06"rhBibb#h'$?ԐfUa8n֥ÅG?Śj Z1Wdp3N ùNʩytyB}@X5lF8I+`$䰳MIsţ*`-Pk4@?Af]9S~eZ(27D xٴ>y&_K kaT@i֘1^EտPi%l6aM&L/*J,] 'T X#\}s9,r\+1]"n]uMֈݺ2lFdbs xͶa Pk SK،OtfU dv1.ڋ􆚘=ZUP+Cam5jMZDW/ Bn*nZ˔G#*d&VMf[p@6~ Ru3R84Z;; bu4 aDf,cE$PЀ,n=Ƙj,%MPk5ҚNg[Z9bǶm9ZJº<պ][+H:: jSTyJ{Vujzc9\K5 \nEU^ )^b0*X2X+$R܁QR :!VGYϧLt&A^Lrp@"Me_1CS9tɄ⼟jfZ(Gy j=SpWiPqN_S|=WJC ?{qߍ+CBSnrЏֶ?B* _n& )iIYRq-H+3Z3@TM DuﻏKn b:rvz^;qk6W:睃-AS³) k1̦020ޠsHNX3@,b(D+ e̽rquG^XO5y d)"ES%޳2U &^`!$B#$2sԄMlVMJ$Xk:5'j< 愰 O lXO^m0шz\3+V:)B5a/iTbyʋQ΋~pf FA8%37 ,ek5j#Y 5í I訹:(~7 }va᪁0 ʇzvnV~ɜzA"Gx\u߯Lg\ G!Yp}3, A ,_c,r*YO䅞g>5 IѲH:+J޿zWHoE&ͱx7*ހ*N*Z;\.hr9ox \*n/n(QL%؈0syO@}KސMl[簉ϱV'JC3+.a1@,Pk$f|t.(D %,> =^^ަ'ݯ䐉Ρ7:d:^M^wp; f^<*x͸y؀i[ jMZAQ*\"B~C-JL )P?tr)|t& AbH>D$H$ $ E$"H8HHQ$BH!FB-V5BۖZ3@֨{52K LEd!5@ʂ1:u@XRYuT2!SC0i=9D8|vT[RrH>ku['$L$L3BOʫGO=:rNr+rhpSWS*UE7-2`KiC5jMZj&IWՌq(Ps6(jA 1f&T.6 LeFs=D3@N%&v;sp.pMSHKl% [y85jXI~gvBV4kcp(k_ +:}:r{k?j+T- [p`4h.%3t,+glA C%jL|\<{%\<ϙoOb5.谳ߛaۨ>}c:΅0TܟsK1&`II(%٥M~Q+Ld]J({U#5q[oE_Sg9kG]VX?nQ)hSx7?l'f~j g ba{O$&+ `Qa4yxx i_[Cw:}:k!6 "Ap-TVdt)pw?9+ ŌS7!z+{UiiQ('o}n uEEMx$j3aT.cd&A d=YBɮlD%aG*:q$W(IެJg,,Mڊ8Xp OMjMZt$$vUb~idtC ?VwW2C]Ko=TEַI ow*t+.HDjb" (y25ET@7Ha9h .n;EiЁ*RW ճn4Pk Fb1]0fevyy6>yC:;IЕp!MWB?v=7m :ҽjL1U  (l,!@IPk:5E:uX:Li"8j AڗүZGף3Bڒxp͡)T bʰnjM^Z48#XfZ@ِ֎t 2{q.kS%ކx Y>!pwځַr\ƗzE(O8P-B Na&g#Mg۳a=j{A|6qBDTo.)Q_Pzwͦ/^(OrG=$kȪ"TsU r`ʁ*2`ʀ*檌*W'Ȱd+) |K@ZƂ'ß/8̫HGAD+d#ZL~{4Tg?$T%:.x]}]z-b)y8i›P*Z9MꨰZ3@xh\XOZ0^CYt_C?'Z!zIOQ_x-׳hl ZMˉPT~K>~9}BUtVeGBR@ʬ`@-Wzf4NJ7-Šz'1bFtkq+a|+-y(,&x_Ǘodq:{]Bq]%3 0%r&Atj (i6G7xzÅ:zg2i:e9|YN_QjKOV\Y:1='˱n.hwpܕA\Œt{՛RS>.Jrm\ےrmh,\Д!.R Ҩ4&4Ȥ|vvT;0CGE#WO1r{ %´R]tdS˭J0*X:o,ץhFПp=m{oШZ3`+/Wޛіa7㳃DZ"fu,?SW :8IhmZ4 F<3aIH#g9X*!$ƿn8KDUO2&^1gg՝3q,+L\75x 1΂1`kԚj "FD-Excbb211יH216&慧Z{&&01Qw¤:rJJlPRbLPk&"Lo#Lr Gu$I0!BЕk(w@َeZA58 &F&6"&V.{I&l.ם21Ŕ 4@dK@([)q9H&mi|VxSsHxH~5'dVL@N5JI' يYBf& v)ytPc A2co+[O||:V\،]z3g#grfa;9&x%x}#ht4߶ڗ$Ǝ&~6vZkc]( Zk0Wt*AV 5jMZ!M7`Fcgƌނ(+*%\lMs'ڬu}^v ~IiԆ70'|Wo&92X$o/]t5hޞZE:$E/&d2[ 8Nb雹iZԚ&AQ/\c2r%͈F>ȋ0|RɸUsDgp2V&Æ3sb r= cǧM~ޖb$l2j,2E$BH\:q( P B+Oeŷc0;MH昽R`:YfIopdUjv~+.%ZW/O$x<:7o,#jT6JD빜znw^kAMeuA3ifY n6W;0F4PZ!5EPHcBMr-H% Wx%7Iʆde^m_SzG(V|Z\60<\4`%}_gC-^$ӔP/s" p]!8jZ#:ҬJ)_*N$@^&<78.b̈gR"F/ĈaFCon~ި?J c &5fCZ W) @^lV}Qqyk>Ov@qk j"d: ~WQcSG,l7B_f3.uLPk5 !^E,8T.P]`Bӕ[+}t/n.n7fe{m#Gbr7͸9bݦ)#ê5jZd~Or =, Ж&y! bnkQNYCn1vtMkW/[1pך&B)CSMnCQC ʂt;E0pC2X7$<98?ņpbt+:OS6TtI'g^"!(-:3 lT5aGq ~ؚ&AQ3cu@ rʢ+BCs^-:4)&ШC lHkRƈBړKD|@<,<@(k`d'=PlrY&GB Ă<:`Jr$4{ʼnGGq26m mD[Т)uq7y wE<bc㞔0m~.,qPkԚFN!ꔳ*i]هq9nZG|ړ|={}vq4?[nm Y~!QxbW5܄J sVvG0ALPkTXJ ˪q:oSD s$ d6ՙu:Hr $x#VS%c`:Lp[7m@j4nZ! 2-'!N젴?0"x'&`Vťxe܄p=L׊/|?ZqVcᭂ\¥?X'#;8B(9bXĩq~ cT_m 2ŻAT}avk1.ܸbr_k S/ P;;P@}}ҰGNOil_JIat%R(-X (},D_j<*f8P5>^J|P^_ 3! pC3KG]D +E8AfZ3AY-3Ҳ̄>S3d~ ˦~c-qNX}[v7^仂:M޴1ra=ppgBiiR3.DW`kd85j|0v{,/$|Q9/5w^ 1Cu@M-5b!@]hjw/oЕ7" A? $4& `R:5Ԛ j*_A4q$*z$gWIz\:Mzӆ`o݈#L IQ:sZV^ڬ,Z)͠a9Vd6#㞬 rH5 wn2 Kϛ 9mf`8=lOs(K ީm"cOy Փu RoKbCžDhA CR\פjfZVȣ+Ĵi :VqP#`,q{2 X``)n/\]nu.w I1@;hȰpR2Eb8M0KfZ3AQh~KKk{|1$p,ҒMe}CH?' _/&X%Vn6&y) 'ݻ0"T4,5ԚjT4P*2̪E:٬ ".F`3K *@AǓnoV`+0nz_/B0=/5X8XlX4)slfZ!1cZ2Buz91Rv(Rp'c۵wC:iȎB:ؕBI:2z+(E `C# ɪH%Z8(׋@2YlRETX5(":#Xg/p󴦀F *bL؊ؐm[&@IPk+]]CkEV:|ߩ`;='6\Ɇ؅uJվkx`ml_ߝ_Zf"_(k(i۴ӈ(Oϛik Pk&5dd uzM.Oo*Jsg4K}xΨn"wb[kvF֊B)F#&3g9cIү8Ds㔤! !>%pIn4,U=`,i5jZs'Mg>҉6N/ 6Ny8{u MWRbٙ&f}B_ eVj%{+.d3rVaq9\ G9*K A<&3xs0}cFkx W !}L)uF!g9;p8s fxeIY@h!#sƗ}CpgﺷZnmZNq MC25 j ؑ^Hǝ}aj5ם-)/| IY0}R=VsfUY. O'?MmZl`׃1T4a 5SpmM =l7%!gox\~tLEi| OǙ}ګk=O{aeӼap,lKlW_G,_Ous|]u`>s`{؞$A| Q2(9SOH8Bnhm 4O(̶u|ADDIh6+:d&n=j<{{qHIj&CgpYFہD_NΤ&A'kęKӲ!s Ԛj')fLG +ׂyșUW'YY:,WS p`74owᴦ3puى9=Zlt@1EеӘ%ߘKY| &\ p5d}-W\UtBu|Ev$w 8r'uť\JH۴!Y5jvB;ܭ y}-(~?oO/g A)ET+uW3s= X+-K.^Zs%|b+rRhv?Jzc⛹F~& ɲΐ}ŐjTaif rJ[??ꯌa1 N #0xquUk p ""o޻6'$]6۷ڦd\6%#Kl@cb~Ff"qHyOO+qqw n(hoӍv.h/`ifπ+U6Q{<82{od&GZG*yGO]rk0tk40lb'- /gM{nڹpSrWg3hFҰ9ru:]awΩ5w4>˕%Di4zllrV.w- #4w\x X|քj N^Zls!H?T7s1NCes1 x1oL:qR.XTl6?3U޵>4־X-Cc]8f|ZsAyDfjQ "z㡉]|񲵇M}v>>@e4f Y}lܙwfR XWjmh\W ⪰n\DB85jMZ WU.ea-߇^o𳨮&r4Q4 88=$x܉`XpiZs@5 bk1:{v zrMC|Q^2R꾊tOE+u[\~/!bϨq')-1joꏍz ^0+RSo ?9# 9\xe0w$Q8:DV`,8.g5 jbĬR!{ϣh #>uѹz-7H$/M6 kv_7U^~?=~iZ7 jPNC_fK8Pk.5ԚO 9F YfΧo1oA0}8[?6H;#b/${,OY*X V}\f mZ`?$ {wbL6gIӣtrXYAzj Fp2S\% =!9け]}άq3wfZ,,aa`ԯ>4UE5pJtCvK'w Z$G9~ڮ=( Z#*aǴdTat[ڶ+]_ZlPk4e!mUGԘtڰۙ",歞G/* -4i/dHC1Du $2)$2>2E Xf!#ɮ] ޒ5jZx4q|à2dDN7431ѤŇD5E6;ɤmKw0!$^RYsAyH/?λ%?9b? aE+dJєda@hFb-Dg<,o}k1IrBSq}{S^F͓z,GL~Q%h?RRYnEdG,Gd*1Y88APʒVM,FS:%b$Q< ݉c;zcz;OZ5I#?1@kvrfNc3<4d%X(!JXc4ڎfٻ`h!zu ի3qF2ʠ4:kޙ323&b66{T9wAy|Hk"19#^|-hh0#̾wX,5KTIFBDcJΜKƏCex&^|)ĽDߎXc[hFo6$НX'[zsI0΃ʵOGfI~ɴ%Gry1.̤/>$b 8畷`үR*m1p+>`AMFk]CR4_1xޤI",&0DZ]Pk5ҚCn*xz2CW}La4?&?37R3KX_I9)͟H(͟(͟w k]BS1Pk}W& ^94joLbxk!&1<^ F 9.5g!%)mJ;Rq'QKw \ oE"@4Wly_" #@IPk658=r g^>";]C|g'|$|$|<%FV6?vK V4[[`a1@Fz.u& t;՟,F0pЙ+hθ?͟ |[ƛLN Xl޵:PIzk4]nZܓlPk%yx@o)_f+j!寰j\ uy՟/1Wd ) || āق dXi1)L^X}-xԅjo >?')"4b4"l|w\OC{⃂uQEUyͧڽ==Rr]"O95jMZEr+Ht!eQכw4iIVӖμxP`yK|:y\ -%R}fr\y|5:A13`,2@aԅp\s9 Qb?Wo1 jwz ::مaT @>pȨ&A٠b.cZ:? #c Y}B.Zĩ,&)JQkߴkI]i b6lPk58Y wݠCP^wT:BRpxL\^ISM"b5}VTi6iBaN稓.xnWG->y/̵k~n;\v*]iqNuxk/5j߅W842pɲ'RvZ#EE i,ކǑ,^^ֶYWa{`g;NǏ֥%%JDnѯOĈrԢE /Zxh3VYlPk4D(WҚYkEyM/$DZDUk͒W&Wov>:j{}[\keWUx 6cԳJolƦmqIyȉ|C.;C>҇q3lߨޫp#9^^hc6xCUT0˵\ͤBPG8Ⱦ V'耽xN+~GK5_F,).b2_ɰR6Yn_,_7r|Wz۴CZ-PkXygE!r=`&V G ~իĖ7o Ѫl>64GPl@qPkx8!>87[YoeRg!ح$27h^VwGwB:㶂g[+^ Bw;ӟ*@+>֪ ;;|e\w(_|Eذ!&rS2!V;\M(ؙX4)J {hvg$f×qm ?}}k "x5oMվ\98Lc~5Z*M$ۡ&ʻd뺐}w#{=֞W:os8w˝7·~sv_9pWLj~XXC 8ˊ? /~a?35#*=5|#"K ~RX&+T3$ZB Prj25_:.5'ui:;TZ3xT|~ED<\Fq:;IlkX1; a@i Bqiih&'Fh-jMZAr/2nhu=giP}2 _~~NIF!J3w)7prJX4ɝuKXy/+êQ ii1Ay+]l#x Bu ԁ r#֙DB jI}?Y5twXmH6&^v_.XV;$jgV6 U>7[0*4utߒ?xUGmpKX=Ԥ{n!zz U&~1&PN1}GN|л7{u@$0B[}D\0vL^m>:Ȗ`#oJ6]+6.5ԚiM JuVߎS)WHPkCZ?yFߖλ{HLW`YB,> jzqMgeu<ٻjZ QILa`ˍ0$ȳЊzt4QªLgءe/AOF ə6DSg_n+774jOtUvzl:܆&!jaքjq/P^PuT{M:^Ha!uv oLn$Q3j5ڠF 3, =,H5UJ=4;^sj͇f~R "p<}Ch"h!$o3kWf y ;(`UcWӌ 65Ԛ jͣ~pqXLT\v0vc{ȟ׵07Bp%xs0`|rJL&Q5HJG3ll#!'D`͇YD" CsJ=P?nG1ج5&׵ )֤h͉ʧj8 BUVLy.$3\):fSC`as;"oi <Կ^5H]=ZӋpxl%l65"#{+YP2)>g0-|/\ 3%ooɜ`m~,L[좼6Lf}:sPy&A٠֨X =3^̶ `TD 8jHBLkRF.NX.X\B5 T,V3zHai]xڛ "9䁾d^rē=HXZ!${owzc&?)MVMɺQi}C%P)nIeWF_Gr-q֘#YYs-Pk 'GQym7򷴕XNHY\%A)\LK[GP˷?0, ko< F3^T>@oo̓˛ZV_2&'J}8}CK 6aF>?׷7mQ{k8h{ ŵL?Z}!42ku2LhdO~bo,"v_V~nSkoKZE5aoPL9(r@jspD r<\͎SRw'PS'$? 4tŗ} Q<7q>BѢJxk0NrF;h&^ZB`dK؀=t} ӷ =5j*;F>!Cfz[}8W F+äe!m8^nʌ0'ĺK<{晀z1_ F`v+vk_;~3 1} 'k=&RpH`xi;wP MwHx8+rM'B&dL>y ,CAXPzhg1)^ZQUM"d8QsyS=B6qڍo^!<a0="j'ŸFvvngu)WZp{?G~ \XҷW3ڌ[:'ZqP}&@IPk65Sm _(gHZ'2PpI7H^c/QA%l)@u6`'R ]2]I h/ogWyChITޙʰ2D<E@kM/`t˝*z ͚;<3յ>bB$&}"&u6lf?ѯ)u\#>)+&{jm]ER7:P^w0!) ͜okiZspSݲ]CJ%/'RGUG0u}[iǼeνJ]iw]hҕƣVOwqs!>.`+ȚjQS_g=#pN_޳ cm>j=DԬ[r%D DIc}˓n]v}}[{ߴ7ڷ~yHuWұ1;j GH,;}+&^3bvqa+(0 ͋6#=1ne"IG) 3,l֯ܳ'^tnYqzGQphn #b^,bbmܼ*'m9;2+N@(( 7w J#QƿsBA6!ȎNdP0v 2aP  no2:;B!t!QTHJBBp@l: Q\(40id Y>9o ZFnN<6wjyFnQD w\ f;oNcP0HƎAΛKe(f1F%ÖΊ*Ag:Ru..azy^W9"Dا`K- [THWT%u7$.0!tg`q  mn.n1­-NuHWThwl|XkԚFCl?: OW\pO* [FN7uS&!pRcq#wq򁛝7g[ [&4ߺP2~Y˟FT; Z_|)v%3^;LA Y n K݀M F,@$T7Yl'f18̢ƞ,Aj0b.fQlB1ؠr-H)**^ Z{Dg9;,AY{ YS\"?2!h7fy`nS{ 'b,f1lz/gݳE~ƞ,~,.uxq+?%R=P˳6lC4"xo9֬[uQ 廅I4bum!'w A^dsv8zs9z1]. ~`~sfx~“ON>'@|2>' ɨaOv y;2@^2Svʨ7ye Q&e]uSJͧLmZW-Hv-b5 1-*6h!s1YNdZEY$:dť",Y$rd," ۉ,L/r# C,n.50YXq# #d9Y>gqJ8|GB .E8A8,;}Er,:EۥF"Kq>gqg9 Y>gJx|OBE8Cx,;}Er,:E٥"Kq>gg9YTUGh[qvűK EgRhT;QEjCYrTPEژz*6v Ӈ*ܨСU*4٨UmSr_AhWSͽB*P*;}Cr*:_Eأz{sQ06UWJx|bjERpTxLW*ٛ*,e񡽌zSM ַXbkm{LQ)*E[{S J( Q%AnAGe0msGj|h{C12jL &Ñr)Ԏ̑r,Q jLffaWfAiWsS?M ̼yĠ2|95&|"U<@9;(ȁrJ@9(}~A HO;'AS'[S jDNDu0|vO}O[Z>vO§2O2Iܧ93y$Fn=̝-:^'+.Ӄ\0[9/r)ڞrC*1DzE% k44gLvR$f4Ǜ-*1 SъxcU{0Z5*l}X&Y$F 0B؆h)] 6[m0bĐ] .!r <-`{(sQvJ *Zy&" z9OWWh2LĎ,|PYU5cO}>Q`4)=9儙!)Xb@+~GH}7dx퍤C;4^,Fq8NAJ@vE(pvu\:A@5}@keZch4"Lê{o^~vbtVV&h~xe Q|9'ϕu #D>e*a=$ =uOh陼+py+RdZ^M{(яu 2zI`GFżRիKB_+D%$2CBfVGM,møZsAM؟gk ADl(18~8aEw{Z Z:I qǫY ¡ybjrMV~$"[ ieB|!4HZ:TT3լx1Z&@є")EVNm:{H䭞Gx`&(\P]kO3+YZyTXU>|,wAĒbM}Uףlw2fZF+:\wNF)*# b=_aaT}mkr*Hc.`b!CՊFAϧ<4*FE07xQqz~Ө}bnӊxPVqX2ьrRxW0;(ѵ99} bn\7n}F~ܞKuuHnkVmȏ#?#pN~\~\8'?n/㖫iE|:$dɧ[h%tft ESO^޸vso\Y[g7ɝ>G}:a?42ʹ0G.(~ : Z : 幠ms(&suZO^^5Q{G(v۹ZϹqg\kY)=|O=PߓςO>CnsɆ=5FpG4Ez)PJs@|oS9mVOT"q$=7Fq P\#(2(@=4϶ rq!m4\L+v۞!aèMfŧ7fg缳c8uA)xHE4 i"wD).~6lb CE7C-OU&LsÌa\t\  7Y0Z5jbhfwZĜJ@üy40LF5P,*㬦\Y>eeM>d8a27f~T3P[䡶8 rРvi!"&31(a6\ 6 xKWYLR&.m&Dd~PB-Be.ԮIh#жo-ܪhf,q.uםrErQy~Τygyt&Qjhӗz^Dc(oyxA旯F2T5PPW\ˤvfʁ_}l.5h{ْ>z)ebv'Nt42,&^Ig gxy?8(K|R]rOrOwuGwM(̜8usg[ nHF^M%^o$Y U``+椰BLnVpxAÝ%w:laSrp"|@;qJ1)L" ^`ڏa+38!:"c] bWҖ.&,Pk E3)&5G//Ӌj{`b~l)Wr}^hO]6}M,gub/_~mVȖk2kEGWvwz:Q(x7 O_+ R8愃c>Z/WvF14EohqY+3} jisJQ1X6J;RsUR#lU܀CGO㩨ͼPdj2D} 4b?Bb64J&L42y=~Ib,Tjlls;܅Uy(?~-J[l #]qߵ;WBKҒ,@1PkT3*C~HXf/ݮyTuG`:(‚-{{}yWdaj' ;;˅Y5jMĺSPkvPT ه kQ<kZ%+y0d1^j$;Ũax{P䠠s?6WڵZ@UޤofsڦgkhJvMNjE0"ȑx17D.#\06Mii/$GTi΃p1}Oyzn)k(&D'>/uDƞBc-c~t1`@@~R OaRL  gc:CDռ @nZo2'4F_j^4q?Ou~/u>5s֊--saa\H+sS+ܛIIU Wj7T7Pz=( Б }c$;^S(=Er0:o׎:6Υ0uLuDQjG6PG Bu j|$:2u65HD#o! GNRRM|y˟KrxrJn5"YNWnͮ? W7ӬzHͰw)=O&@IPk6K:x&Ng}1'^{~=(þ1ʧÿ_`үxάvLKSr$$H3LC-OZlPk^gD=(qn,l€"b?|~S O?(5"$^O#GNa)~\[O+lku6402`뉮 OM_Kp3Eb[ZlPk-]GsK 3IGoNv,!9wPP|<[۰$5!ғH DGБz~k9r-5_W2Xjy0?dE( A0 o|KY <)bGTdb$hmю*«;FuoD ?F9a!-ӷU+'pQہ3%P(<֚ jRd/r%ʮJxi^ C<ۡmq菆6Wdye8gQ>z@ ~hEyY V0x`?ZsAyT2P9(At@PP6 3Z :Y}& :64pVLe {urvmNKpBbj~!mpPk9CoK|꿪GQgZ]#/mj DtZAAacuOs~OAVi6h-,I2P2t&$I6,WSpЪJ׌Rp1!=Z5dd牜 {@3c}". w}q}%:[BvBv n,"q%ʚ4 ի&Z.bhvhP [|Ư\DZ Wv5IX5>ς0!iMX5NE`eAu>yAo00Lo84k/ ~.`&(9dMP BAPⓂ%(j~Pހ')r4'a2@™Y5jMIKR$Ss8\(1?ʇNД!ѡ=t*֋ -%1J'j+lmp!jTpKl]\2lrpVgHb7WOB;pd 'wArOA'rw<sA|"wp7`r9; 's'%6TWi?z2wJ p<1h]yW ~_9%t/]`Sq:캎hYQ)AV G(l;x0Qs")9==}ə_ h_?B_ioڣ2bӞ:c3OwQ)xju8E|J\9W({Nn[3kFcnd Pc8=QjA $/8fqqg^ωUKS緒y^;S"KPO ,%Rrݟ@^qʼn TlH N>'r.5ԚiMR㝜#qޠ-ϯ#B](~ǚ' K_$ ª Nk)i(=%LZ0ܵ"lZ!=!Ǐ:^ޜJ}v}f˥;g\ϧyi !!byX"rٕDvu)fY^2htArPkԚ$yXw; Dž lz1]#GT{ X" >g+f jCZsI?KMV@ :Db)|Ʃ:#|[|h>^[4򃺸[g4AW/PM̥,>?R  OPrmq#xm*mմw_!R0Ֆc25JQw@0Q{-ׯZ֋eN*ԫgי+_ ݱwz0\Eo )Wzs+U(D)߾SFumqԆຽ?ޟ7bN2^ A˛򎾬H/X-Cawx:,W77w 5nhwj?X7?u 7m(tukd݂Xw*bb-X81-(ܝ[Jmutɶ.֭ݟ+[l_e%ɾḷguv 7ٔs.=~gӥvqD~t镕Vbma/^Xuխ:Ky f.UQ(tb|!aIU>KOvHxui\j/kϨ;,~(dO)7hq,[/7m>KSO^Bw $2" 2@ ERrX@FhLra6] ia~, LX(X(AP(@ܼ ![[{akJucB-;Z݃ mq!Bl['@8&%]Th|M= #4eoW#ju ";Q>?Em{iz=v!͹M1?~~_k@[[W ^W '%n2ZsAy֨;IL\ŲʎAǏ^ x1% 0ܴ"ZBUZqBV? '2>uEҫBA[VH=cab&M(xThL FGu RJz}ub rL ;ׯKTEe;h2L+K|anbaSѪs/$L&67hpQTIAh ,mF5p:0 *(k!.$?[3S50MׂK{X繖jZq%fAݷ#ht4B k j"sտ7 LJ+@޹-A٠Pk.^S& ұ p>z7΃QFмiVi{HWKˌ I//)N)ψo ?C  vOY l2*t,\ڤqU%+].ܰHgب5iL)L#*sl4tD?'Q/$ i0Z8j D\n\k4Z8KnLYdZ";1PuX^{Q!d|XU*\g l1& 'zTnҥʥU`*ҷ,Ԛj 5u|E]S7ʦl Ijfv+h XBjIJW S}cX XjiN2{z&_ONoG3K_n>:/^6'HE[0ꌆlVTȠ ]xmoA:n0+Wk^΀x{2^ Q0 &n_mW Kv ]?k/z6_1#/wu#4SC F*1[]v Z?\thtj.QG K|u>\>`%sdCZ+u%30U) cHuFxaqpPtR.^4(Z;~%ΈXGm M+2ʉH=|nakQk7@Y=](54cp3ӟnR1V6`h|{^\] )fY „C@/Fug!KGG{~LE ,..ڮF;!;yܷ: grQ vQE݇~ª~@`1j|Qg1.xPn|v%,tT*21KPk65͞`a=?/M5~a1(Y NۀQ#ao+]7l$W`+WZX±Rǖ85jMZC@tя`_"˃vbb˙*&>4 )a}s7c\ @ 3Z5I^<;dUU47lГ/kv2+Z*2VsRF^:qDGA:àڡ){u\G$xJcDW>~2N*/|V~O!\3ɠYD2ddCIMTi I+jvT \/tEsi%P˜G6de7,jʤ5銈1AA#- t CrZhU7ЁJdh شlv<u3돇Q?X X./Dbs ] -kgWUxHkFnÎ5Қ@f[%H#EY7tz/ 5o=Ntr'ȣ&Oy*[w(tuR t$ϩ-89//p,4Фy4d/+4Y.he꘵|SsDw>1ٮ5R8\}d>E}_2 G;Ⓜ ~o=7]z}^kOQ;ަ}f4#Z@ָEʆ6}{< |qP0-U8n۾u o4%3Wwĝxa d%(l%>1H&wl[3&kY5jMy#}Խk+(RYWy c4P摤SVo斳_~:/$p_Q[MM5w 9v PkԚMpoAL܆_Ó|Ӻp`]UCmY;$[83*z6h gԮѪd%aq(ZubV-OX'PUU FÅ9_Pr%<^y{Ka T-L 11xf7LXh8fᠳke%nJc}Eߟm Ή8M-c]#4oZ}6jM ?r!s`S\U|n5u'&w&Ű5źͶe8 &WOŪ`v]A\ZlPkVeoFb'՞G0|/`;ٸr-ˁ,r5rytz }+ws7ʹ@,8Yp{Y9>3^잓t099fb~΋9/>g<ϐiyrJ|l^!`1pҚ@1Pk4[m^ɴcrRCFk+]4D&tG`s0܅B_o[wu(*5Ux0SN:qdž7j"b\30G@vR85jMGYeqngl"iښ4o+d:*OD By^:sӉr>MZQ0jMRao={e*T8, PjBtæZh-"mPk5P# 1Բ*At5tFn5}a~vdZgܗ. I^h8|7,zKo]ygO)MAgmzT0IoI3O+r}Eϲ-Pk &(!Pph"h ޴~b}2eFڸеNذȤ C1\T@| ޢJWZ%fi HW`DAL~gx[dߡ1xcpp`Y\Skh~?=~/#eeoÛTtOK,sPkԚfӈhΎ.=:e;G48HwѫT]UXϣB5C~ׯZUF/tKرEѱj,@ـ!% ٠@ ="X\_+ Ce?xśfyg9YXJ*WMpVTk7nu&IQ"[E)Bgjwdu<Ԛ jÀ BHWV8_`GF 9,sG0ef. sqَ̅^;d5e V̲@1.D]PR..K]D#uB]4u6خz 'pAy Q >=e.]..K]d#Kq"z;HhRoF^ 6-A Pk1 sb/6K_,}/_L_l,/ ^gz/26ʬ|A NBde/N8ǰef/″D/\99І (kԚF!/zI\f{ }.3}q\G_n.h qaK@#Civ)%s鋗/1Vfa/8};bK_$(ZD_//6J_nes[jVɰC 5a`5ˣ5Q6apV[F,R$}嗇FhюV쓙,zgs? Mp4'+,J~_i'^~P=4>I 'L2*®+v3uK"aF<(YrAy '80ߙp^`usvzHtso̽N≹<(hNaoGxg7Y-ذר_^}~DzK?w]hr΀c0۶8=؞kϱ~4w A80نFP!'yHafEQ84lM4^..ivsd3^5x'xP36ɹ,"èzPWFlRD0 ryڦJY3A=@qPkԚ$@JFC 6*?O3t\Aw9$Υڎ~\: *(o}ǭ3?/~~ `|5}Kle(1<[qK8B&2P6mߪ**s 8̀s 8M],mu^rﬗ"Q,cSrɩ B$ !Z?4jN֔:տG&qJGb\[mWХdT:- 4:96XraʬIZ;'YL85gh TK b\z"YOJn<]fz-ûwxZ(oqC8VtT\+"pwGȢ}Ů$o^sҲ@1Pk2~YZX5y(ҝN&n#5>4*U0{@92mvvżMқYjb5/+Ģl\֋r>` PkԚMw BK#-xI%:VGn0X( ;eMƛv3ǐch1B1c\#.Lt*H Jy TL%p>f˸F![2i wBZr!3iKԚj zK o.e(}F=͐h!Ԯ\ o1G(!w#=N~(DSD Y͊, ^3\V^o8Lt<5c"I! x.`ȚfZs0 a|fY aAq_FKGUx| b|ΧZ&4ɀbAv]~lR"6lN8+0炆ͥs*)x6E&*KH)5Oى3;Y[VgZTaJFy\`హG~fwO#? 'ꕵjP@.x45 jVf|=pHegbq΋9/蜚E1!<е 373Oub9P۟~a8r^dڳiGc9g>z}˝^5~8?\㈗=lf {DܴKTcu6{7?&Vf s{|p? N`(¶dW_in daEyXWv<Ab#kGy=lS8QppTQe汬,xiԔ-D;C e[U.|dۇTRZ`?)㜟S7GMq¤[?TfbLVuPLh #kԚ j *J2b0a`xa[ ^lBega+hf\EUe͵@1PkZFgwzE5Ɍx.??8ѳE,b) ,,eaK0[!s?~>b]v0y\VjB<>%?’jx8ʙRh%Oe~^nK *7uE龊zO@y)1.GgG֛$7* X4\wnFF0̘Wڮ܌68n,4h_0܋VÏ$) ]_W6IOˀd,7F!ZsAB=(tM W~^\>ȇQtX䡑ʲ&k'mVjdaM4oRֈ %N[$efjZ"b.8җzNaT!,(g3B&Z"GğWD(Q o"=ІeYiJX] +[ RS4 !-!ױ\#B5@Re5Qb%;h9V2({lJ؞PIP !B/|9OX11³㖛p,Gl2 OZ@%ќbU~IoÄB z;D(bN͂+/dWpi ɱ. â`; Ym.tŃz TJŮTJ" џU*'X؝W(5UzhmCN,#4}Hkj 4p(qR0 ɪMWN˪p]"*DTP,B5/T #)"CS,uY@QbUmgHͬTZ8-4Xۥb uIobN=g+@#)h}Dh ?(s .)hV4;̰H$GJL9f4$aZ]6L=ZsPQs-jf^S4Ļ(ylE^K'!B ^LPe~(c9L}l$dž=wMծ6o[Zֺ3FGekَq?.ØY5jbs MX5,=cSVlާ *7CCS҈K#FAE*:Ka0'C$Vf Xƅ05Ҧ6.[&g_Mֹ "@1?ӡϚj'r3I~J}\$Dž=T$ezjz:$2OwDP Z)OQјyEc7wGc*'jRn&hM<y @,ąqhNeh;̬CY<]:K^wty@+]Jrt;J43kmQf xd.>h"62g }v?~ܧGB||u,ߐP,Pv]&A٠Pk.ZP$[1O<M"!@\E3>P0bxJYJsQ1A:W `SWkjr _M5|5_%)4|5бBWShj _M)4|55ՔRWSjjJgk$5|5pFkdkFEDC_!  RCDj(ަޤ oҁ7›MjQ[s?ؠPk.5jv3kj/j#oO6ʦӭwΧ[XU-WC4ų\u{ڜ8B4ne*Jo.;S8Q!l_t{zj*y]jZ Jh}ϮS7>Lhe鹊 ] VZhJށ ⦡,ҚlZԎq -R$9`3ς2e+"F@ 4. j@9!!Js_ȵ  ̌0wL$ԣhH7i׸Y5Y|M_e=RK̄(жpd#i6@1Pk/c Sm ^I6Do3 FtRn*Ϯu Ko]һwIޭ594zƾz7(Gtzʨ]k{ZXDZZVqX5ҶJǒfY.aVk# S^"{)Pd7IuF0'?H7f.p$g*6)LYCGdϝ&5j͢B1{Z^$5yȹ9cC(aF+!ꤖi9-Љ T P&@(U96s ¡6Zĵ^-ĵ.dXqfKF85DPDu"S&0J-TmI06Z䏪H^\jT|Zl&5Ay=QB!E򦋼Za7?pn;ۻEo!R%Ҹ|ҔlPk ԚCHqn1Hu1k@8Yq(ֆ6*jD,Ԃ YYlUCiE#}S 1BeGO͞x?ZaFeED'E˘ ZnV5 j&-;*6*րN4 $I-$$%R\hebU@XvbIPk65Ee{+jPr Ph!;CEZ!g09m1:Qʀe,@(#S55#/Keŗ:@|=Z{),Ki4$LQA trkMZjP詂&L<ӄ&LyƗWA՘ %{hjW.ۤq̫]cѣ1fbAgW37%apcTSƻqf:F|9mzR˫9aDdћϺլ<,VFTac@!B@ֺ#+kk ;>:$w5=?PCj'r3>>ǪempD&Lr葞#k}׹2jāY|`fNgWư{Cli>}AR&ч ȑ lN*zrر;РkM]3Y.lKA\Qh9 j9h9 jhKR&C,*DO K8(TDBrƏUgqM:;]{~;㎅w!niy}`xw {uu{v~|kLoS6Eb oԲ3[]G3{ 1K jZ3A ,4[uf{;#٫z*k5^HUo޾){qѼ:,9 :,O:?n;WJ '5iiY2-K G$5wOS{|SL 1ߟ[9|1@M᱘)G3^$\I8D_;=p2 <k ǃA' 88ٹ$EyJIdL8c=ke\ybIH05!ЭVw2+N2['1td.4g-0mGZT+2 Pk@R9p9c/); rBt}|UF=$Wဉ?i?%j7}'} uI'CF$M+BiAqc$ՂixוKM| G cu>[of|=p>jog/Mg^{y?tg%00i(f¶ag2E0q茷̢OC/ 2q؋~A”rP;B/2ugV:zג*53{cvfef4(@W@w9۝@:4D@cw^=?zHєS">؋zUlMь˼y՜ Bϟ '޿ySƹ2w<I">5݅ ;Ial}߁&!QecmJ*YlԚfZݼͳBXe=5ȸփ}멤T nuFeW*ݦ\*`M­onrP8D|`oƍ;Ut8jFxa,k<%s-B8Js Yj[c85EqI LĠ^eqP%wЛOB'aպY\y *bbIRY0hŝӊkP7L#vw?<sY^XY\͔-MX DϩER>Hʥwq}L|c^*@2lj́M2TpccMӇi>!qǺH/ey%gjAk)M--:#n;ymE^oC6'^WmJ5K1 i>z۹MyJ"PҲpg.ɘHPk65jfMqU1?P7q{ـkz%y/ Wê5M&gCG\:x+.SE:b] p>G3z-zZ絉灭9EPK+ȧ*G7O)~'\b+h}Bզh.vMg4= ])聰J. Q\bZ09 7A\D0M矵/frp+^˱Iqf"YzV(p5T:>@4o/m{Ls?d`?9#VqMtdSD@Ժ)󖌚.50_i23Z2`PHv #@d҃7u%%=# \ cFAD67ndIrC+H O6bu嬠l筠 co -LEubYAəfqA#ѫ22PCԪ 6VPrF J +(h ʝtC TmD+(%U(S;H>^.? @}tLqgza9`e2 qF3UғAT[l-3U$VErG Pk5 j޸l 6soQ3`:eB\~WE> #Xײ%mFy䗏_w׵Fhyf8 ~7MZ˘'<ѝx_=l'nnn1xqNFgڱj4I~eLi=4T5{(m?|||/KG=o4zac7VT~rJ>C<&7V:v;X96#hVz&EI$̴ ;9\pfU#>J}$pmwl@jQkPAt587.~] p.zz(vu1qvR)65j ZՃ[\a,H h|u%PI2zg&rxA}ωӈ]=H ":An5?DQTJBN/5kw.uYk~4j˔ <.; p.al qPk4׍WGJc^Nb3 *آu]/_\Y(wzدs~z86ˇj`4.4A Pk5BN]߱68G=ߥ~A H_`8IE2:7x_M6) cꍇ(o1ӏ~/97_yhqHŭi447 @)mZlPk4%蝜Bf%p{Fc3z0`?mYEk˙xjd}o\ 屼mIlkhS 0&YUD N-P-t%]kdB҄nJBh[kFҟSe< p5k>dK3;]0hDӹI"ggoЉQ ֦[\4ͤ`65j́Ʃg%Lΰ.VfꡧϟWjNjNFsioQ\oqꪶ:HV^h+[L^l} phsd5Nz̔OH+2B'$ZӕW藦9`uyHrDmsA\*Yя|h7KmmzG{(cE.cűg@XQ c-b,1c1L blcY.cьeug,CXVc[&c1v;ce+ceXʏ612+ɏ-bl+ь+Q?ΉHK~l%?*׏U~BǪRXKEXE~lU16׏UhݏUXU˨?ǖZ.kN[Wg3f9v9Zo2\};;kt4Q0wkY]ϙ,Azѯ^V@ky'PG跋694A^D0mJja7A^Plq gw^;LaGȠNA5x]1vRB/ kf7~_z&щ`L|`w2DAotYղvqmf[j9{}~ΉH~"&L%h\W어fQt_j,BibZ:d !ut,gs I)){"HlW*B56k}o0~y(r#>;/YFh›HA&̜ݷXp1%* GkUp .X A5rknj)U6Osc^ $qD|8qMCđg;yVQڷgK*xԒy _eױ׈.z3wzCkZk8.yqtJYi^.XAʐ? SJ2q=T3B3nڷ?.C"-=η4 0`1@Z Pk \Gqp>7ZBUYAmCAp_¯FOwoD&AGVقqf~qv |yh¦YQ"+/k+FC¡Eްdh`[ht92B=qPk&5j͢HF6lܡxȘTO:3n췫9Q7O<<gn1Og8ݰmx]oAmqeDBj8J;CT'/qoíŭĭ=n*܊RpKf- m"ܲ\2Hܲ㖡-+pp[&nv;new+[Y{Vne)-p'$LJnpJۺ{w+Knpݖ[n pr[ݪ{ wn-JŁ[EmU6׻U un*VZpݖ[nu}s#`6/ZYh˳A}!n]_ޜ/om4( vL:i3xޤF%L+v$:iZ] (AJEp QeA>'N+EM$5Q#נrop(y/0IK?_zh)pF~bGp=3Hk@qE"MɃ3f52?ʀ>G(&~򌜈/%(jPٞ aCKo?/o%cSxsRlZ\pAѸX}3OeeuDQfj|R&)ej3DO6Zv; 0d2X5[,Pk$IoANYjg쇠Rj]\T'.qѼ+ Zٴ;=|(^niYnpb,N,PkԚMi]fP;+OߨT(E/`8? D/7+L) ݁c?lg4ݒƩCĊ2`?~Eq]:i4y?zg'\ĠWVJ! aSM L}nEEB=j*ԊRPkj (P+eVjPrQˠPZ aB-RQK+ P+sZ {W+Kjij%yeVW[\V2(ݫZYWi jɫ-Vz ȫUj*VnT@%ԖZE^mU6׫U uj*V B-jɫ-j^gu]mramOiF}rB5" h&:'}K:! ͺp)fZTN7pϓ;fDOVpzͷƞkZh×fmｙ_4gjvĤM'kZ;˒lPk kW'd4Sna!:m*OŐ\و/Da5A:|pHNo !d0MW3@fw)HkjZ +L0|σYOg| *{Tj];\ YZ_ Jlku[^Ȭm2 H-S\SRFiKq ˁLXdRr 25AvdKeS4.9y;#wȢ|`SEQ.nBI|]\/λ\jC2BÛMj)ij.bDu.p0K'{klTa"kfuXa4(i4-, \-e9EW HK1/,///=x.1~բ./rKkE+=^ Jx%.řI%/m,:d୽+qyѴhf  x-W{ U*\o)K5-JE^ڪY.xif1x=^Š[{WxKYi)/ x-7n+@7T +#^]ºvhMV{= fvLK:L:LUÔ޶Ij rq=r+^='8L-ru8/(}nUdt9yNqJD%A;Pq9d B Cw~8EbIv9OŜbb;OÃ%JD8Jb(9O yb5u&iwSr;y3y2ySygfޙۋfLU;DҌ1r>1*]_LBטdmFtμJW]vjr߯ϻw;fǍd[O&O' sq\_=l'~s;56qސǹabvG1/sEYP\+[?8^Y?,L;ll: f#a$"mF#70SŢMU!enkEO>qOgCb'Tre&;r'䎇74Ϙs?hInYm]_ܾzol2C1'ަ@[5t^ҚF@qaXmTcSiϟWx.H.fsUozM+M{ ~z|NA6A'0544SVP*lf> P絏`J7~?a첪S77*kk1fY.=q0zIqria3Bz8>kwhZR3-L=W7A Pkߔ"a. ˖/\pTQ蔗B'LxlgvVt+lZ;hZud`ؙM!,rÆX5jZ3In@-1mp%Ï(a̪VYC\VeC K< ׺sAA-IUf @2F{uxMg2F.7ɗ9bad/O.5G[l@/qLҚ0@1Pk9 ;pIv}o5SΗFMPw${!޻Q/lCHC`9&@Y(LAߪ}{9"Z1W<3/F,ϟ ɉ{Pr4/\W6.0=lϤ9pu͏(9m[ǼXQG͸A6tn3lX/>#Vj03-$ox/{OV[͐,!4V H 8JĹzxtSG'B0 !&Q(TD!B2)4UCl ؁ba$0T!CW*Hnqa$HV!ڒ%$AѠIv z=>LbA1`ȉxe2®⺨\E! D")̮_컨-bb|Ä!I d"!Gc^Ԩr|zț ܉?Qi AΑFFDA .cvv1UQb ь镓D(Q1U(QBRo>߳:R{=IL)T!zHO WJJQI"TEKi|{&?{6w&xg=^O{g4'U(ޙdQvLQQI"TEi2| s>sV-{֮烏ד>ޙ bHt{mKKF#*#7deJ(W4$U@'eOT&Ob Q|SD'%fG $J1m;P{=ELIb@1xD[\(y E+PR E0P](*cGħ-d E%8P(WN~&` ;PTj P[<(ŎyP P=(TA*z̗׋syP}aAmniGD KYuRT>։XG+LJusXW:lVw*vl ؁a"`W ;vqW@Ü;_9>DtxW;̅l A};ŷ@֑oz|XġfS1r09'DS0SaTr|ؤ*Q4w O-bŽ;FĐ13©=kPIy cj&P.:A],:1x%0J(*_9ID?Jޡ.ibT!zF(yLb[ ŎE^OGA U)R4NWJJQ1I" JRJwh<"Fm$;QI$&Fi.QBIXyDR[)u#E+'RGGBH)-bC<ד)ͩ HC 'EPۖo{/@SDCo#B "TOT~Ob Q|SD'O4aT'OTz Pl q)b @#"Bɣ\(*9_9ED](0A*$DBQ9">m$;OA"&>hO=(*7G(ŁRG9PTjrUB9M @JwxP(^O{P4TU (jÞn\)q{?~gXLrx; hb[jMZsql2r]h*Bvo +Hi|K ȟ]7t1ӃB=f(~tױ7@-hXWqZ03@] ""5=P  \az8A`5 `|ڧ'8uPXpg/:&5j RJqe&Pr;Ccw0ʑnnH~^7qgEbS˄80Ȅ˄M{q~7ѡ؉i 7l`rX jMZ@\(48B.p@C?;AN ʒۙh^ˑ'S?|7qq {k']!_Vt;f58r65j́f*b=-gThk('2T?޽ XG{V= 4u㟡ߢ%7=ܰ1'CxtXb+6$5Zۣp";v13snͮ/6xN/^;'!8mOu"SKyX"A2߶Z5/,<^廽p>zGo@z@UZJG%f} ̚x/Wvu.n;:h_I"|ߝұpX :v:I?57)Hw{8bʺ裖x~@|?^y(<īܞ#g{yކnmǷ?ɏ y u,h:Y@&X5j 2]lJk/e:@y7[aVLJzo2ra \0?=_7o.2Qn0S\ C"CXؚ j :ʥ m[_lS^JWTtñ9|SB:P:r)rZwzt2`F=̲A)PkT$tN8JV!T>נ[e_XyB?>Ķu Mipq,Z58Ze.7;p+ʏlzZDw⎨_m'\aW[^ȅ]qU邊R$3dyASRd RquBF =t`B'΍_DkD=qh{Vg.ݩpb3|\وo\5$'B=@P&Xdʉn POTSzn!0pG~K~}|lP!Ko;ۯWw7 x8;BO)5cp56PkMZy1|Lq" Z\]~ut)SNׅif7Uri/} r8zg @ԙA5^%3HH!gi:L< j_..Qβ",+Sy>ͧ3/{H$gC:nV+|#FRf;.5/uҤ 7&@Yh~r0&h_6+XJ%WUfğ;D(~Z6?pP7|tn񲸔sDp5f0~y0\[SФ4foбxXs !3 q&@Y(NT2p x <V*̌cD2ONw})Qt{WYy$`$`zxljdϳ:>}q<}ce7M&%!eIoۄ7Mzn̢ @.LSϙ21g"dITm05o|{<>Sך}}5w𝌀P戸-ͰlIaZl65 `9ֶ,e:`^@}%xV'oN2%/μkhT6P(V-75|B?8cZS 0ӣ} ~lA ۛi-" r;H/HuW 0IZguDs+y=?;?܂.wÜ0-zZ3Ԉ c6@~S׊K'a`v/xm0+L1>[mtk(YrUZk ,"BJiuLMGVfŒ--P>bN0r2 ~UW w: #2f~='˰פ|qj1>&0Ol0<ɥ\15W g SKSMP1wʄ#I yZ)#$Y]I,Ҽ|;1$w 6xqں~սO2q \n"2L@9d1Nyl桫-qx#Lű#^,xn ]t< @ "0ޠfcf Ȫl.hK0~8k3tA97oK(Ɨ ;ZaD[lUb|A#*Ľȉ-K?|||_zh>$Mn˻4s͓x,@wL3s!na5ZQ0YVRaj]ַN/E?ɔNiHhmz@Ɲ,-qjt轒vʧ}\wF0 \Y)}rIJ/_i-Rs5ҚiZc$/1"D{EU?ej yjǫ= )B!ZEN4ﰄ*c3@XGa[c(L)k v7jΘE9}"݊Ia:AFon J^_^Xb55kj$kdl0ń ɨh&^K?6 =c.e_HPm}Lj JIe %-k6@1PkL J 垏AFUܞud'^I[WO|.(( 5I mqN224s*RɸfZhqqB헕w?,Vp,! ս ^Qj:e_ o|: R qۭkZG-4-x8Y Dhwbq kZ&.P;bne1^|GDu ow[F4*sG7IDouLsJ:c$'=,md?ADR ,fsDkv ,һ ԫz΋;/-}`)\ӆ[LejaZt\Bգm')ls~a$=؞Q*ϥlyb|?_} \7Zz-z_ʵ7 QnZ>t>N.}s==Amqae[ӺU[;Q4A Pk5IM[1#JZ[\ BC+3Im]q^^^-R9!AIfƔ4 ,Xk Ԛi6#\9qyyXK荒zձm!7"6lTTvTQo9EhG`Ә+)*ۙB޼֒焂 g'v<X3}h;{܌:g-+-FTp ݌goWth>v*֠0mDxDkƚcb,}dBewj&{=<< &МKF\%Yc85 aa<:!̔xC \nrZt0k8#l1zODw)$@t94^$> .b.bOZEmAܤ}A (ؾ `uCU&# @ X%A 7<G kH4`\"H"e /C}Rg/C2`F Bp) y.)\鹨 E鹨Z{. 碪 e;\y. \T5=(/\(4B).Ep!%K=NS(6hA-'ٗ $w 1(1{╀0 [ 7# ;LFzN2AIAO}F͖?ꯧfxaUF%^Z$JUsUM"۬B _#Vn]:N yrn\KVcB~)1镚Oj:RR\/,9 a87e@P6+%-Xxp]SW|iz\X6$&HL"& )&2DXL%"Z_%^~UxDzP(dnR'`6wŖBH^?^賓 g[ 4洭(6I&v&7鞵%iOE3#|b숪bmbVk0<fɄeXcz sӰlҚ2@1Pkq@("A@S,n?~tlEooII1Mj P>mM:;J ;GˀA05s,@@~6u-,@@Dxʰmffg#+*y=z' [D'47xJ"7hW -rakhns o`P@9Lj+E$3<%q{c(%C n+KJԍ.M \պJ6eYf-LYYl f*̚jJ"hC}xMʉ! qz Y1OgBr!SCXVDw-hbF<1u$]~a$=؞Q.Eߚ]>z=^.{u7gL3u^.{u=>&?{a[.-X2VLɚK,[xoz?g8I gG=y!q{{)mڔ^EDZLPkƸ#nH΢VŢV;zcJfˆ<.->;9m|^?y 30_U|XC|bLfxF/vrX3TLn}`#ocE KzăDseS@ƗV`մ<79, HpF&_$N RcI: RpPkMZf_TۋNrҐUsZ |gq/s"&gekVA (loJr K/HUUΪ۳[wAabqgFӊȘ&t  nMԚM%eV ʆBxRӳKaw "_T0˷*YM - G{Yg@6EXjZH 5"Tnh1T#YYd..,,ȂG7EzGLIS.A+G$5Ϧ@QI.颽p2%Y4xq'9zGɬ*EuF4ZFUGZF܆z< XZ-FLG$  )jTfh'%T Yd,~Dg4<#Zht#etysHzR*%yyadJ&$hbM&dkrDl:+SJ)Q vߺڷkeyi!RĻ˰_u S N7 xau%"a|0O nk`9 !@98x*󒕒hvJB2:p^T DI+,:k]+9:oJ JoDV/,f'.hñk],fPk5 j&TFaƫ#Xcj>٬ R̺QBeaϺ<8,"hBEغi!%57"]sssז477gb/ֹR;87xAzk9<{Xx!zD폥vsXP ?/_X9Zq$fZlr"Hil#MWT0 nW5fC dݓCAneMs 3$D+Pk5fZʹ ɒdG#R?n6SkdT{-:džEhNT(ж Pk Fc(^{$S0'ܣT1ذp_\`z鱠at;1"ݾcU 1g~|%pVݗ_C!!yǷ oƱ[@Gv55AKમؚfZU]PyxC#^lo1"uKk3\$^j;'ĎŰ1~8 j  `W';]uN:]lT5صN15Ew亂LajU?q-bHJgtx=0C7fv)8,@9֤A",qƤ]c,5gOXM(펇:ϡN VJo\ѣ7ޤg -5/q,T Ԛi1@Q';~ws8:)tnBV4yHU"wsC]m]mcczCb+*4?\{]F茎4t*Zݙ0^\N3OoT?>t_O0 "\ ֊ZW&WҸ!,>+7C?οF\<;[[muϛVsuwuN`6fl*PwUY$5/Hq8ɥ ?ViG.}n]$VƠ=鱠>Y`E"wJa@U3 "ksMif{+,tܒ6 )Jk40?pìѕ+z dY͇t1i$/"ǃ@E,ol%b`- 2SI*Sj'3ځ Pk '}RO|DC#3z<_0*!Ir!=bATt)m AlVE*m~ kpūp,/NN1\mp i}ktÇ?*_/^^уG^#a?l >ŕ. P.@ҮZ9U0ڞ}ƍzb% #ᤦD@gS.q˛?/oRJQK8zm rhdMZbFܪsq%~>'Xfȝ# AR֒Tp((xn|1ؖAMkJ<Zs9T?IxX#UT} P U9ͻ{ 6qaBv56fZ,'`-LF2 Xtb$<_ 5R$P'|YG.fxSI=Y "P)-z-yZWW39Jn^=1Z\&#^g|',:˓ϟW$OJ'ϑ>1Lmu\X(SoXZ4`8ºpNOLInxHU}y СT,e 4dI5FPqƮ-{)VZ=I\yI>Y%yuzzۺ\ oW3]VGbo2=o65OVc8S Dzb\}qV!Yr5"ٲӖ)B/z=KGuźy>Iݫ;iK׬790 Z s:bb0 ~k_A0(b| Je:q<9=]/QI/KTb v/8pF5n&: ݼ=_2.ND0_~uz뵔g)3{[_Ɨ,g=a@탥t\A<' bq jO۳_c2 mi7){;;&*P_@Warn1_Pq/}VުUPm]y5[^[@Bex2X6wV_ Iґ4Zh]bu_ڍZxoSu5Kh3"4 qlf64@1Pkl]jd>zQ>;\+,|V8w^ki V@:Aѯ jMZ`G:Qqe{PKT2z}Wb+>2Ww7X⫋\8jMZA)Kť%sXґ{7(} ̙ŕw̏gKTWdv;  rЂBaZSHkjN=>*׸Z'tz}5owG  -u}ݺ:od'iYiɹ45FG*ҚcZc8Ɇwdǘ'nIQĺJvCޜu֧ފ'ϽOfЋ?2[u֮ȧw 9?~څ&<;av<@ ݝҠHtrnrKAߴvoZRYEQyXjj j|y=2Y=QcU'¤u<< ߔ̨7Q6JuWO A KU(ϊPV Ǣ99t[E#fI{0{P"z /zxXԘI*c"5U%DzGBG(FYjAOk4hN:xZ zP})Dmj!jHu ٬[}G]ʱ||G~})k%y'NwJqO}]9.ߔ|oRrl|`;__5tuNL=W(ɨsgmPk ԚiMѲ\]iU*0TV^Du_^sé_k_@%,#HͬP|0q3_QgO ?yXv{q^HQo?hݻ[sٟz]^/n-lk"DALHA ѻ1 Wq!,Xk65jͩ)瓉 J*a#Z|VN?]gU^J?Er$&)N@(u~}RNtw1/fǼ8 ^I&شdַqzM;/tWt gy mQD/"SnS媶H# pZgvGlATMzs Or^[yz K^3a8k=^*(X#aym\^ZrD:k, Y$d?* HΒ%g9lwSvsl7t'dxlWctqipFbUy,>L%Љ|s [^Z!'"u<-[ -NAZЫEISD>؋VMZvsiYs?qq2h`OO$?D}Oק_?/QWS0jC@f7)ܩ:GOJG%îcKUXpӢ&&^9&ީx,8z``uv{d>rçd8`Q}$w ?wOO[ogg[qI"gZSf`N!t,&@Y$н3 'O5wz܋W;j&QpRE15}=>="]g-HPCj~bGeܶ/l^̩Vm 1bOeU1X镅pÞ?-˰_c} xKb:’8d^Mdse&3A Pk5 YVa /pk"oTRIh^R{y7}Pza!a8GMRS;[ aC͂-?S`ze̙(@A0HG ١[D\(?pT/̦Ak8kN$m?5yyhw_#w:u)%6.\]C`,Nl;40c!ENc[G~ ~̋͊$/(ryXRW^k>^2<,>;LgNQGnؘn krwÊn-d}@#d;o0<ړhܲ} +oMݧK [}x)ṟL|UsBW\GZ-@g  m'~0{48]ն*9( $J|e}y}vՍ0-=6֥.KCZs 1o%36q teE<3tϫdEWYȊºȪ$B_mRrJ84E|5՛vZ7wвXVZ:mi r985dE6ciɊXňү^>xyi9nM",1O,X&H;1u0^qwJζ)bՒUUFpN=|謓3 u/:,VבȈ~/1LiԙczǤ6WRh=jJ[3#p ԚfZC⬗OA/gxY3F^v|0.l࿔Ffsw#}7/ f:uާQL /KB/3?hpܙ  ^0pVBy\F &U|^ߴYjRmOZx>'w 6jTvNLĬPi9Kb8`!E5 zoD&8^gKdF(9fa,ʎf؃fY5jv@ [^aKǼXb*]G4񁸄Jc󞨲_cX:ʎsJszU"4i͂ej-6 ͕@Aj*UᒰCrI5A!X9㷰 Xч 23W q,d8D#CCBZMNS ~8bΏyű2QxPzܠJB\K͉+YpbZWče; BCoѿfJ% fee9]y dZ+^{[7Z]=2,c0_+9'{e0go3o[ύf@aCViT<%V],F,hz7a.rҤ9b |޽l>V"i,/EǘDYAA&s6ߠćq)k9&h4 jd˵ˬ͝]n~z)wݦ?{j&&X h7Zkt!'| S28^ܹ)h4*=ΒӶqP^okm9h;֮'(D| ѻ< `҇ ۨA5ALJ`[ 4g exa6FgԹʧCSj^L o-7ycu p*t$  #hT5@58;8w?ۛXfmk8}heSYe 7e|7 #*D@qTlOkkq]N(3@NI(GEA'ȧ8Mc/= W_sʾ)4XȬPOæMD)i8s!.<>nj[<l;aKᆣa-H>F iW$4!v17 9QPgݸiNnPZXltmt-ږh4 F t r16ftϢ!h.߮7=Wbm6ƻ3_s?.", po}Լn>vݛۇqTo?4_iP5}0G`;e4 F,OMf;CsLb4Maa./m4Lk5A ?)%͚m%B @{r4#tko('} G!9s@~62N`ݦGoD]R.~})S M/<ίI8߿'4up''\ߑЭ[VerLAaH(FA1h1azz[Ky;rEQ1!+( 4> "6dˈmƫP4JqNJC6<=t$a!ߌڊ.`-dhnrSO:΁<Tk( {uanId6g5:53a3CT58Dix~2MGEKvk'w|l݊@OG+{Y`5cpαk\g4^w3@4I!DVi9 A !U!q#(h4Mc/3hi/ NJ1OWٜHNf--e,`N?@^bLS$9ir|Kh}yF[ cU /Q:YKԌ"C:x8~s*R 7g4 H8!Bm,M_Ϻs⃔L9嶵M܅ 3fūZ<4<^Jyp r %(běC8J؀f,hѷJMJ5ԝgɴd@r'd2sh4G.[,|v+?_x6Cb?9h^W_?(U@}\wd+*1㔨Y 4fFǷ #5z͎E ^;97/73Gazo^y4%jOea FZ\H b QeFl4.tD.z3?'&g!cnϭ;d4*)˽ԂS0 VRb 1AhTMTKTqBֆc"*^B]L}BBZOvאa8qr\UQ55gH.#xZj>3L$3^n_r벗jׅ^xX3^N.{WNC:ˑZzxT>or*`/Yk,/nKخQʑ4>=$,>:]EL´!݀\YlhqPq//&vj.WٝP9҅"HLI)Koݫt5 iVZRTLAF&h4V*HD8Jｮw(Ir ЎImyW3/*G΋,׆kBJ@Qh 4 y Eh߃I>`9Ὠ[+kP'$ºZq_L^$rCPpd{+y˨vЬD0`%&:p٠h)LE{i! )<śoqU z5;};9JR/S>m /]ЌE3XryAY5krb +t}Ck/b0`Bk>?Q#v^vp0n݆iVSaj?\7<`E+!,aJ  DoAF&,%%nᏋ% 07^zT[j%jƣl&s[89j]pnM6ZBX+Ace8pcs܅q*qhh4mq^d?kf񣎷|9;m]rxO^Z?Z~B*yV5BWZZ78С /n~6vXBˠIŕȠ]U=4@i4\z>ƋDȺiZ7:+sN+D'Cn?N0$,+m9`9]*vUEvc%1+hj&4ǁYhIi9-j3^.{yF( }%_^r벗>w1/K6}Hs9P XzVݽm;QWޅ jtZjp^!mK)t{,o,V쬏Y~lJ_|xؔ62>"N~0?`p,#0h4MeX]OIN~=靖뼘LY);;ܟ%bPy lCnQΈ06G$@A~SbR1SQ:9`Jju$hsJ?W:I1dJYޠ`+!ҕfqToW  SfSXFQC&OD4fke42ċiAѱShbb|bLuzyw׼cL{wO&" 1^ 'iFM4Fu@<#OsD|&6<^:m7;kDXFa] Fgl" jjANw FZMWD2,<6^Щ+tW_τqDggzNPMf2K_Ӳ|tK_2.l DYRLxj-V95| ;[}?DnGӁ_~ďt@rWP¢-S'rs>ӾG_p^d*Eq^db@m(qxp<΋s}-f[s>ȴ.$ڵ֝u-APxL  YR0L4Gƴ8A"Ni„3&=w(^ۇHSt; J֛K6LDIA'$xӸ[{0"2^,&&b_0<fq ]&>$F &d-<4`kwhD :NN%]IjMМx- wʨ/l17j^ "wOX6ݰ.LHD!2 gϧ{4G省F,hz}3`{/ӂ؋6#'~ ^wI..LC(BY3$$0<>طoLcX$X`ɵFA1h\7X H!~N-=^P[*m"R:Dn$EG.ПL%`A0ʚL['"<1X>!O>pSkn%GT`l¶`  ^۳A9&h4Mw W-20_I11|`q۪W¯QDŽ)A`8!{٠h.h4O#q&^X`S'+Rr]Ippe]U6Q-AӖc-0U3bۊL1gK;Fh4o }A{#['+R>pG.:s#VhzC.WoF%*Ys6jԬv~{tp|D`[!rӁh4ot>xn׬\OQ0W 2OfxJ$\[!Y2MK}El&kkD(kDzݗXNR.X oUsR՟_^ϗLAbߋA4 A4.1Q,Ҷ4AAPqM^:H:wgka-ZXžb`-.M+ܟSpJA`蠀3jYh—IVt-1a$هRE=̓fш.R >Q8& g 6~猪̟_ R/Z:MwW"fu_i}Vhn[Km@.JkXހ3^ 7DM(sԪ˹*秆[B˅ZQ0ƣp΁79խi+nZVScH̶ P%Ψ 9\Y;Z_! rLKDp9Lrs2\oPb-a4-$ liɠ}c钲oH\#$٤ FY)<&FsAyiJN[)1g8o=!|sЮ5Z7q@RN⛊?ג ޯN`- x;Cɐ6@,- QyIMr.qY_"H}М sԽ 4LAECnK*͂~\⿔U};bT,zeFA9RSw gq>jۥ1k܅^3vQDcыQ05k08iMux &O>WQ4_#?z~~:W_ ױ?Zή)bQU TwA1QdA/#M'OV:N>dzmc"UIYZdxpG||WqP #yr ƣp<pPpi_^⢸ul96?`MR{~qhM_3HQGMhߔRѩF&#ED9\iTn5?f,fp璛vaNC RѼl:b586ӳ! QD44մDӒt>.7$8[XGBQJ(J8kmb2%\32 #sE4@q>lnb ԟ|]~Iɏfȕ,"+˥'bcyDE C$yj-[@6JFC Mw@e:Xo/ՙΒey1%jVJ-Z<.^B#XOZek4*j`^OW@UbFI.ˇ}$HW=E4C(Q:VMh4 DĈrk3ވB7I}5b e]4 (3r{ڵ;[F>ʭć34㕛Mrjzr^E ǘc6fD1m0Ә#ik(kmAazƋ%/v.y6E8Sh_OR$NАpiE"pR|VepˡBs)I8ItƵ4LʹZc:gFA9tt'02=Y@Ra!(RmIa~6lI@6uX&ǙC$jbaspbv]F,h.!(/鋡<<bN2p@4W^l z[ƃF.ͥڎR]Gl@lȂ3˄tǶLHwlF>G*T1.NJtd;zmg yZYu(w}Jէ Tr YzJy˞髯3'?VgXTic91w yչg/m{6\׏ѢTBgw,f^1禣{<ߨ?<~V^+h[,rzx| [noFsjlo$bssFX1%Kn˯2cϫ}is*=EsdF(4=i2c'*G/ya9 X4XTV8BhX>@{ga;eb@Ηh.h4OMOa I)<]޿N+k~2iޘ(Sd0u4ܲ Ţ-@eS y &h4M O+v8ndr~45~.e/w/zyV2kB&3vsr3zVu{$S7'/(L"1R7 Tݐql;3^|0q3=x9+8>!0ӎюH==DA[l(xL1x8h4 4`LEy TX5޴?ɏu uN%q#:Cf2*J&)}v"ʮPή zK$(A݂fNISx=RN"X(Uiَb؅(P23Ahz qBo Nn&cx¹4Q^Vȅ$ @gR18؎ cm? eA>:HN?0$Sb*pN|ZfFs4-D C1P䔼g`?嗼8ɶR> ¿gnޫ)`l0õ<45 @qhGI.VDW59)$i%H+EADd ENRAJ U&j X0%ZzIܬmv-Vc?ڬ*x[(x}r:+NŭPKM˄EU`g;vMZ8\hd4WlJ\aai1(h{"0ߣ}޺) !<&CQKZJ-ȄҭY #8HN.O[̜LӇ d&r-gtXFzem~?kr\-^F5O1dS uϧu~f0Dz bD|VbFE(XUtXЕ~fR6R S"1]sd\" Wōhd4bF"!([;sΉ{?~ԋwZ)J5)7ia9-,ڔв uT()@Qq &=BKl@F@QhLӒ#2 ~ǯc~]ZOrqmxJaQڱ!;6?`;ἤ- S!ގ!m%wJ6m"r 4  tEKŴ.3B ͂SomG;~];Mg/Q.K|Y@bX&rm( aY8qÁjWXZj 6`:cDSS(ωsAi֏/ܺDRݾKyYYۇϤFp!1WuNTITXL/Yrx];T'uM4 ̓v`&ź)!oZ&֭ת<>/=:KGyпwA$6[?ZeM=N0f~G ?^nsw o#'6.w; kOdi~VhN'=`ۈ9h'0dQAF&h4Mi.]H]š{Z `F&> ܝʶ6pad[G!JۗhI/Q037g)c<,=Q4uƤuXjMQr5 ` UYӈKnKTX&u\xl[ZCtwIA0d5A nC2f Ձ.Ny"w!xcrxhsiʧ & B |De#$ƴ<Fc4 #Hw"ќķgdgUmI-睦C^`+E[[}ok8[Ù4da.3pQhpÖVHOsŷk3h4MJ%LE8S;Q># HO^|(p:ZrtсM`bUX]J\ױ@٠hCF/OpU3/͵R?%Xlުv)^Y|DYW7m xLâT tg8h4 4Zz?/RI Μ/06}캺}-f Wj0[_{Ed5V]l.ezaY8<==NZkt6,r3Ye9s ;h7=6Z+}e/*܇R+^J7`O^D4/nF'N#͠H,Mci\.;O 5PUh0`w 5ؙ.djǏ|.7ث?_Kˤ_@]W wA-\߲|xyk0{(`{sʰI[[_S%y~O<9e Uupxtwo"N6Y\a¹B55i;rg02rr4C0!. tZi{"!R"ZeŐƠV{&#IU-eDư?ϣbxpFtpb}V7BU5&0fP0F7Rm㚠h4o 97Jݽ"u2%Ȇ6dlk\״ϖ…4WڽSc O󲺛F"N5)OnAs#K2 Q2T0g:0hlENs=9s.M6UCY{BP 2h֠uPMzjڄlՉ2N~VŸ7e ~z?R*/nRBu)2C׵Ntr?gWMuzp vx|qlIj%-Ў m+@3;qmjh4=;AyF}N~RDQo%X\8N2X=_Kf! |*n>ffFb!v͟u+^>6^kuYAE{oƗ@<|AAuI !>Ǡbg,\|򓣡tp@@!^J甙}Í3 [zI/J R0o wTrT]pPZtcZ{lWUh4oE鑙J/u\T.jsz:3AhT7O 'sbX,8L,N!f2P^!!c !ɘ2"* $j"G(c@qh&boB"6O^X8׹&b<,\H0Y V=wkJW)ScwnCclT2qAFLhD/AБˮ!!6ݟ΢hHLJ7㕘l+m%E  9&h4M8rN/GfZN1ssz~PzPniAA)E'):YjK*TɹE(nxFQjd>QLtG[g9<lv17j_TdM ٬uaS΂z ,@}xk_/ |>f%yF{^3VYH:M4* OX)@Ty/{~L|lNYN^Y>}v“j(U;ǯiekίdz:7lDž8׼pe0wp>L$8q" P%VS\h#Jl4 0M)iqv,VK\@[jVK$̆K[noJ$N^ˬ=v ؆"f yjc$*Z@p\Fc8h4ݵ|k2'ԞfϯmJ>YLb@?Kh#CIVŅ+#:Cy}ᮉstNaOHv K b$(j6$x 4]<(Dt0?쥿.~TOI=gAx?ձDw]w!5>VgFs@<}=.n^>=oD\շb;Mƽ& J:MпfJ#˝ ۄqmωL5IrzA+Fc`̾,|((*ތtR Bc;^N5X. oֻl\) ](Pa Nԥ8!JM"b~L>x5dgYh44wl-;^+";,Ku.>&}'BtV~vNߠ t}{.(|V  RYY /P‘ܐM3`{%!8/!<r`#0NYMlGQSXbF#@kDUwfjsOg=xZ<[XL귋JY9{혿8 c{J6`sd44nhT8]ƛuOgQd wӅv~ck=:Wx7'ݟ?3 jwUkm춫v=Zq?DMg)Yg0 ~6F-{Nz+Kntف(uv JL-Q2^_pA"co7n2Cm7O_4`WBl蠬B۞kz+"27%g(I?r s%J/9go}5yj,5cM.4m? erx_C\i88dY[(X[tpǖS*0|pG1t:|+2#V#s7rJS=֫{hlq1G5hf7mL |LZԼnzZkt("-ŝRgiQ 5"x<W)R/'J/*/X/mIEӨ}~/yfLebnxV󴘤b#b8|魖#KPΖFaѩ)E2'i?ˣӣ[_-N|HlV(xٻcc;\8^.l/d⧊ƻc)^X7c=:ft1~1M^-_ݻ|J?Jgt[>̆+ɲB=.XjnăbxKN@) v7bL?~5őfFok;R{romFbPnvdr1޵~%4B"a[0"w NxpTJ @diF#(h4=#o8};ݙgl Wt&~_j?.?١6LHHF<2~r!U"*F: dno/f[¢%T9^ⰷZډ/zc,6,$ICɸKM:XQ~u^rpK#cH"΄p=fFs@:AiN~ƈ͑U$ k$ʁԇ̏ќPVhp}x*ިU>2-TeE[,sM/٠hC0KȞE/(*h'*흚kl+*.&{]ãG ^UM[ã"c,Zٷj!$dEjӰTO_ ҘTD Q@wm;:]r2/˰M?&P O>~|!}sY~zhekPuE({}\ J׎x*AI*`),%p1}xbԃLh4N2A}Y[I5 f_j4iFV^c)쨁'P xNFiF#t^C5 Nl >4qA AD2Ltl}3Lʁb۰ 5?ⵯeA}SxΩ LS]띫0@mh4 MO&b5 V@|1>`v1Pv1<`s"9CnYE3^M&eo)ÎC op>^H? !q(g̬ڊud8h4 49R;6rIq0a{zםa{+4_rOBUZeE;>,X@궞ڏ]6=%JVA `=zFc8h4MyNa9D/QE˒6x$џ#N},UGS'IJ.句?[SDG4]?zs1 3\f,*E$JF7+feuj:-W g`(Im,\_Ղy[CTXR%]s]q=4  pZksGC~w W,?G؀G(/n}bvX`koG͒p< pdzMl 7h4xxBx}ɋ݂0oZ, ) ٹ3iF -%V8/ezpp aL8iPV ;Qm{"fFӺI($/hn}唽H)Qj"^ a>[eM3xS ж )}3θgƿq. _ˌDegY]+ɴ}}$G[um|0i1 hcj{9#Ml>9[dK{³eKڷ>t7 tը`Ơ_W_"kh4 iiq2 Ҙ ̳1nfD ;d,p[0А|b;UP QDˌ9< ٠M%{@LčǏARVŴ$" @qsԨLqab127AhTь=OȨK%]zE9^'*iX+ևpIz}Jq5k].HZ>SL8Լ%{(- F䐝󧆃p/0At(5jpo*b)kLqقDv FE_sƧE?TWs> 2\I\W7J*c`j2Q R[FZ@`}Px~Y'H+cJQn6)Wh`s Q͋ty ϼ?lӰ {t4(XN3 KO}WÃ`)o}ׅv]HhFAyPjj/j=7kXڔmƕys*Cz''0q/ s^Q&'!3.cR/3NAuNwkuwQz[,3SKݓFF R&G`G-)E@zgp<K} |E̗[6?WH\p>oy}TFy7AtBmVlv@}=,Pv09OHyLaY nƘOi s˥4ޮEѴw_äG_ Żf`a[Դ` >t=ʦM h4 Fx4wVFRilylyKKKޥ{3m݂,즳f[}76Egl/u@N.ӷ r aޟp,Z|DN9zgy1 J-a/W_ZΙbN!a(D h4 Fnr΁a ǃ_eU-|?eJ A;Rp!Q́?)٠hCik|/^\bȂ‚Fe҄0^9_x_|:S7̩ޗ_ A }Ջcobrapy-0.23.0/src/cobra/test/data/invalid0.xml000066400000000000000000000056601417337024700212470ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/invalid1.xml000066400000000000000000000046721417337024700212520ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/invalid2.xml000066400000000000000000000100011417337024700212320ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/invalid_annotation_format.json000066400000000000000000000006351417337024700251370ustar00rootroot00000000000000{ "metabolites":[ { "id":"4crsol_c", "name":"", "compartment":"c", "annotation":[ [ "KEGG Compound", "http://identifiers.org/kegg.compound/C01468" ], [ "CHEBI", "http://identifiers.org/chebi/CHEBI:11981" ] ] } ], "reactions":[], "genes":[], "id":"tesut", "compartments":{}, "version": 1 } cobrapy-0.23.0/src/cobra/test/data/mini.json000066400000000000000000001211471417337024700206450ustar00rootroot00000000000000{ "compartments": { "c": "cytosol", "e": "extracellular" }, "genes": [ { "id": "b0755", "name": "gpmA" }, { "id": "b0875", "name": "aqpZ" }, { "id": "b1101", "name": "ptsG" }, { "id": "b1380", "name": "ldhA" }, { "id": "b1621", "name": "malX" }, { "annotation": { "ncbigi": [ "GI:1208453", "GI:1652654" ] }, "id": "b1676", "name": "pykF" }, { "id": "b1723", "name": "pfkB" }, { "id": "b1773", "name": "ydjI" }, { "id": "b1779", "name": "gapA" }, { "id": "b1817", "name": "manX" }, { "id": "b1818", "name": "manY" }, { "id": "b1819", "name": "manZ" }, { "id": "b1854", "name": "pykA" }, { "id": "b2097", "name": "fbaB" }, { "id": "b2133", "name": "dld" }, { "id": "b2415", "name": "ptsH" }, { "id": "b2416", "name": "ptsI" }, { "id": "b2417", "name": "crr" }, { "annotation": { "ncbigi": "GI:1653839" }, "id": "b2779", "name": "eno" }, { "id": "b2925", "name": "fbaA" }, { "annotation": { "ncbigi": "GI:1653609" }, "id": "b2926", "name": "pgk" }, { "id": "b2987", "name": "pitB" }, { "id": "b3493", "name": "pitA" }, { "id": "b3612", "name": "gpmM" }, { "annotation": { "ncbigi": [ "GI:1006614", "GI:1651919" ] }, "id": "b3916", "name": "pfkA" }, { "id": "b3919", "name": "tpiA" }, { "annotation": { "ncbigi": "GI:1653253" }, "id": "b4025", "name": "pgi" }, { "id": "b4395", "name": "ytjC" }, { "id": "s0001", "name": "G_s0001" } ], "id": "mini_textbook", "metabolites": [ { "annotation": { "bigg.metabolite": "13dpg", "biocyc": "DPG", "chebi": [ "CHEBI:16001", "CHEBI:1658", "CHEBI:20189", "CHEBI:57604", "CHEBI:11881" ], "hmdb": "HMDB01270", "kegg.compound": "C00236", "pubchem.substance": "3535", "reactome": "REACT_29800", "seed.compound": "cpd00203", "unipathway.compound": "UPC00236" }, "charge": -4, "compartment": "c", "formula": "C3H4O10P2", "id": "13dpg_c", "name": "3-Phospho-D-glyceroyl phosphate" }, { "annotation": { "bigg.metabolite": "2pg", "biocyc": "2-PG", "chebi": [ "CHEBI:1267", "CHEBI:58289", "CHEBI:17835", "CHEBI:21028", "CHEBI:11651", "CHEBI:12986", "CHEBI:24344", "CHEBI:39868" ], "hmdb": [ "HMDB03391", "HMDB00362" ], "kegg.compound": "C00631", "pubchem.substance": "3904", "reactome": "REACT_30485", "seed.compound": "cpd00482", "unipathway.compound": "UPC00631" }, "charge": -3, "compartment": "c", "formula": "C3H4O7P", "id": "2pg_c", "name": "D-Glycerate 2-phosphate" }, { "annotation": { "bigg.metabolite": "3pg", "biocyc": "G3P", "chebi": [ "CHEBI:40016", "CHEBI:58272", "CHEBI:57998", "CHEBI:11879", "CHEBI:1657", "CHEBI:1659", "CHEBI:17050", "CHEBI:21029", "CHEBI:11882", "CHEBI:11880", "CHEBI:12987", "CHEBI:17794", "CHEBI:24345" ], "hmdb": "HMDB00807", "kegg.compound": [ "C00197", "C00597" ], "pubchem.substance": "3497", "reactome": "REACT_29728", "seed.compound": "cpd00169", "unipathway.compound": [ "UPC00597", "UPC00197" ] }, "charge": -3, "compartment": "c", "formula": "C3H4O7P", "id": "3pg_c", "name": "3-Phospho-D-glycerate" }, { "annotation": { "bigg.metabolite": "adp", "biocyc": [ "ADP", "ADP-GROUP" ], "cas": [ "58-64-0" ], "chebi": [ "CHEBI:13222", "CHEBI:16761", "CHEBI:2342", "CHEBI:22244", "CHEBI:40553", "CHEBI:456216" ], "hmdb": "HMDB01341", "kegg.compound": "C00008", "kegg.glycan": "G11113", "pubchem.substance": "3310", "reactome": [ "REACT_190072", "REACT_481002", "REACT_211606", "REACT_429160", "REACT_29370", "REACT_196180", "REACT_113581", "REACT_113582", "REACT_114564", "REACT_114565", "REACT_429153" ], "seed.compound": "cpd00008", "unipathway.compound": "UPC00008" }, "charge": -3, "compartment": "c", "formula": "C10H12N5O10P2", "id": "adp_c", "name": "ADP" }, { "annotation": { "bigg.metabolite": "atp", "biocyc": "ATP", "cas": [ "56-65-5" ], "chebi": [ "CHEBI:40938", "CHEBI:15422", "CHEBI:57299", "CHEBI:13236", "CHEBI:10789", "CHEBI:30616", "CHEBI:22249", "CHEBI:10841", "CHEBI:2359" ], "hmdb": "HMDB00538", "kegg.compound": "C00002", "kegg.drug": "D08646", "pubchem.substance": "3304", "reactome": [ "REACT_190078", "REACT_113592", "REACT_113593", "REACT_114570", "REACT_29358", "REACT_389573", "REACT_139836", "REACT_211579" ], "seed.compound": "cpd00002", "unipathway.compound": "UPC00002" }, "charge": -4, "compartment": "c", "formula": "C10H12N5O13P3", "id": "atp_c", "name": "ATP" }, { "annotation": { "bigg.metabolite": "dhap", "biocyc": "DIHYDROXY-ACETONE-PHOSPHATE", "cas": [ "57-04-5" ], "chebi": [ "CHEBI:14341", "CHEBI:57642", "CHEBI:14342", "CHEBI:16108", "CHEBI:5454", "CHEBI:24355", "CHEBI:39571" ], "hmdb": [ "HMDB01473", "HMDB11735" ], "kegg.compound": "C00111", "pubchem.substance": "3411", "reactome": [ "REACT_188451", "REACT_75970", "REACT_390404" ], "seed.compound": "cpd00095", "unipathway.compound": "UPC00111" }, "charge": -2, "compartment": "c", "formula": "C3H5O6P", "id": "dhap_c", "name": "Dihydroxyacetone phosphate" }, { "annotation": { "bigg.metabolite": "f6p", "biocyc": "FRUCTOSE-6P", "cas": [ "643-13-0" ], "chebi": [ "CHEBI:57634", "CHEBI:12352", "CHEBI:45804", "CHEBI:61527", "CHEBI:61553", "CHEBI:10375", "CHEBI:16084", "CHEBI:42378", "CHEBI:22768" ], "hmdb": "HMDB03971", "kegg.compound": [ "C05345", "C00085" ], "pubchem.substance": "3385", "seed.compound": "cpd00072", "unipathway.compound": [ "UPC05345", "UPC00085" ] }, "charge": -2, "compartment": "c", "formula": "C6H11O9P", "id": "f6p_c", "name": "D-Fructose 6-phosphate" }, { "annotation": { "bigg.metabolite": "fdp", "biocyc": "FRUCTOSE-16-DIPHOSPHATE", "cas": [ "488-69-7" ], "chebi": [ "CHEBI:32968", "CHEBI:49299", "CHEBI:42553", "CHEBI:32966", "CHEBI:37736", "CHEBI:28013", "CHEBI:32967", "CHEBI:41014", "CHEBI:22767", "CHEBI:10374", "CHEBI:40595", "CHEBI:40591" ], "kegg.compound": [ "C05378", "C00354" ], "pubchem.substance": "3647", "seed.compound": "cpd00290", "unipathway.compound": "UPC00354" }, "charge": -4, "compartment": "c", "formula": "C6H10O12P2", "id": "fdp_c", "name": "D-Fructose 1,6-bisphosphate" }, { "annotation": { "bigg.metabolite": "g3p", "cas": [ "142-10-9" ], "chebi": [ "CHEBI:17138", "CHEBI:14333", "CHEBI:5446", "CHEBI:58027" ], "hmdb": "HMDB01112", "kegg.compound": [ "C00661", "C00118" ], "pubchem.substance": "3930", "seed.compound": "cpd00102", "unipathway.compound": [ "UPC00661", "UPC00118" ] }, "charge": -2, "compartment": "c", "formula": "C3H5O6P", "id": "g3p_c", "name": "Glyceraldehyde 3-phosphate" }, { "annotation": { "bigg.metabolite": "g6p", "biocyc": [ "D-glucose-6-phosphate", "GLC-6-P" ], "cas": [ "56-73-5" ], "chebi": [ "CHEBI:10399", "CHEBI:22797", "CHEBI:41041", "CHEBI:17719", "CHEBI:4170", "CHEBI:61548", "CHEBI:58247", "CHEBI:12375" ], "hmdb": [ "HMDB03498", "HMDB06793", "HMDB01401", "HMDB01549" ], "kegg.compound": [ "C00092", "C01172" ], "pubchem.substance": "3392", "reactome": "REACT_1629756", "seed.compound": "cpd00079", "unipathway.compound": "UPC00092" }, "charge": -2, "compartment": "c", "formula": "C6H11O9P", "id": "g6p_c", "name": "D-Glucose 6-phosphate" }, { "annotation": { "bigg.metabolite": "glc__D", "cas": [ "50-99-7" ], "kegg.compound": "C00031", "pubchem.substance": "3333" }, "charge": 0, "compartment": "e", "formula": "C6H12O6", "id": "glc__D_e", "name": "D-Glucose" }, { "annotation": { "bigg.metabolite": "h2o", "biocyc": [ "WATER", "OH", "OXONIUM" ], "cas": [ "7732-18-5" ], "chebi": [ "CHEBI:15377", "CHEBI:13365", "CHEBI:41979", "CHEBI:16234", "CHEBI:36385", "CHEBI:42857", "CHEBI:27313", "CHEBI:44819", "CHEBI:29373", "CHEBI:10743", "CHEBI:5594", "CHEBI:29356", "CHEBI:53442", "CHEBI:29375", "CHEBI:29374", "CHEBI:13419", "CHEBI:43228", "CHEBI:44292", "CHEBI:13352", "CHEBI:41981", "CHEBI:29412", "CHEBI:42043", "CHEBI:33811", "CHEBI:33813", "CHEBI:35511", "CHEBI:5585", "CHEBI:44641", "CHEBI:44701" ], "hmdb": [ "HMDB01039", "HMDB02111" ], "kegg.compound": [ "C01328", "C00001", "C18714", "C18712" ], "kegg.drug": [ "D00001", "D06322", "D03703" ], "pubchem.substance": "3303", "reactome": [ "REACT_947593", "REACT_189422", "REACT_141343", "REACT_113518", "REACT_1605715", "REACT_109276", "REACT_113521", "REACT_113519", "REACT_2022884", "REACT_351603", "REACT_29356" ], "seed.compound": [ "cpd15275", "cpd00001" ], "unipathway.compound": [ "UPC00001", "UPC01328" ] }, "charge": 0, "compartment": "c", "formula": "H2O", "id": "h2o_c", "name": "H2O" }, { "annotation": { "bigg.metabolite": "h2o", "biocyc": [ "WATER", "OH", "OXONIUM" ], "cas": [ "7732-18-5" ], "chebi": [ "CHEBI:15377", "CHEBI:13365", "CHEBI:41979", "CHEBI:16234", "CHEBI:36385", "CHEBI:42857", "CHEBI:27313", "CHEBI:44819", "CHEBI:29373", "CHEBI:10743", "CHEBI:5594", "CHEBI:29356", "CHEBI:53442", "CHEBI:29375", "CHEBI:29374", "CHEBI:13419", "CHEBI:43228", "CHEBI:44292", "CHEBI:13352", "CHEBI:41981", "CHEBI:29412", "CHEBI:42043", "CHEBI:33811", "CHEBI:33813", "CHEBI:35511", "CHEBI:5585", "CHEBI:44641", "CHEBI:44701" ], "hmdb": [ "HMDB01039", "HMDB02111" ], "kegg.compound": [ "C01328", "C00001", "C18714", "C18712" ], "kegg.drug": [ "D00001", "D06322", "D03703" ], "pubchem.substance": "3303", "reactome": [ "REACT_947593", "REACT_189422", "REACT_141343", "REACT_113518", "REACT_1605715", "REACT_109276", "REACT_113521", "REACT_113519", "REACT_2022884", "REACT_351603", "REACT_29356" ], "seed.compound": [ "cpd15275", "cpd00001" ], "unipathway.compound": [ "UPC00001", "UPC01328" ] }, "charge": 0, "compartment": "e", "formula": "H2O", "id": "h2o_e", "name": "H2O" }, { "annotation": { "bigg.metabolite": "h", "biocyc": "PROTON", "cas": [ "12408-02-5" ], "chebi": [ "CHEBI:24636", "CHEBI:15378", "CHEBI:10744", "CHEBI:13357", "CHEBI:5584" ], "kegg.compound": "C00080", "pubchem.substance": "3380", "reactome": [ "REACT_194688", "REACT_425978", "REACT_193465", "REACT_374900", "REACT_74722", "REACT_425999", "REACT_428040", "REACT_163953", "REACT_372511", "REACT_2000349", "REACT_70106", "REACT_1470067", "REACT_113529", "REACT_425969", "REACT_428548", "REACT_156540", "REACT_1614597", "REACT_351626", "REACT_427899" ], "seed.compound": "cpd00067", "unipathway.compound": "UPC00080" }, "charge": 1, "compartment": "c", "formula": "H", "id": "h_c", "name": "H+" }, { "annotation": { "bigg.metabolite": "h", "biocyc": "PROTON", "cas": [ "12408-02-5" ], "chebi": [ "CHEBI:24636", "CHEBI:15378", "CHEBI:10744", "CHEBI:13357", "CHEBI:5584" ], "kegg.compound": "C00080", "pubchem.substance": "3380", "reactome": [ "REACT_194688", "REACT_425978", "REACT_193465", "REACT_374900", "REACT_74722", "REACT_425999", "REACT_428040", "REACT_163953", "REACT_372511", "REACT_2000349", "REACT_70106", "REACT_1470067", "REACT_113529", "REACT_425969", "REACT_428548", "REACT_156540", "REACT_1614597", "REACT_351626", "REACT_427899" ], "seed.compound": "cpd00067", "unipathway.compound": "UPC00080" }, "charge": 1, "compartment": "e", "formula": "H", "id": "h_e", "name": "H+" }, { "annotation": { "bigg.metabolite": "lac__D", "biocyc": "META:D-LACTATE", "chebi": [ "CHEBI:11001", "CHEBI:16004", "CHEBI:18684", "CHEBI:341", "CHEBI:42105", "CHEBI:42111", "CHEBI:43701" ], "hmdb": [ "HMDB00171", "HMDB01311" ], "kegg.compound": "C00256", "metanetx.chemical": "MNXM285", "seed.compound": "cpd00221" }, "charge": -1, "compartment": "c", "formula": "C3H5O3", "id": "lac__D_c", "name": "D-Lactate" }, { "annotation": { "bigg.metabolite": "lac__D", "biocyc": "META:D-LACTATE", "chebi": [ "CHEBI:11001", "CHEBI:16004", "CHEBI:18684", "CHEBI:341", "CHEBI:42105", "CHEBI:42111", "CHEBI:43701" ], "hmdb": [ "HMDB00171", "HMDB01311" ], "kegg.compound": "C00256", "metanetx.chemical": "MNXM285", "seed.compound": "cpd00221" }, "charge": -1, "compartment": "e", "formula": "C3H5O3", "id": "lac__D_e", "name": "D-Lactate" }, { "annotation": { "bigg.metabolite": "nad", "biocyc": "NAD", "cas": [ "53-84-9" ], "chebi": [ "CHEBI:21901", "CHEBI:7422", "CHEBI:44214", "CHEBI:15846", "CHEBI:13394", "CHEBI:13393", "CHEBI:44215", "CHEBI:13389", "CHEBI:57540", "CHEBI:44281" ], "hmdb": "HMDB00902", "kegg.compound": "C00003", "kegg.drug": "D00002", "pubchem.substance": "3305", "reactome": [ "REACT_192307", "REACT_29360", "REACT_427523", "REACT_194653", "REACT_113526" ], "seed.compound": "cpd00003", "unipathway.compound": "UPC00003" }, "charge": -1, "compartment": "c", "formula": "C21H26N7O14P2", "id": "nad_c", "name": "Nicotinamide adenine dinucleotide" }, { "annotation": { "bigg.metabolite": "nadh", "biocyc": "NADH", "cas": [ "58-68-4" ], "chebi": [ "CHEBI:13395", "CHEBI:21902", "CHEBI:16908", "CHEBI:7423", "CHEBI:44216", "CHEBI:57945", "CHEBI:13396" ], "hmdb": "HMDB01487", "kegg.compound": "C00004", "pubchem.substance": "3306", "reactome": [ "REACT_192305", "REACT_73473", "REACT_194697", "REACT_29362" ], "seed.compound": "cpd00004", "unipathway.compound": "UPC00004" }, "charge": -2, "compartment": "c", "formula": "C21H27N7O14P2", "id": "nadh_c", "name": "Nicotinamide adenine dinucleotide - reduced" }, { "annotation": { "bigg.metabolite": "pep", "biocyc": "PHOSPHO-ENOL-PYRUVATE", "cas": [ "138-08-9" ], "chebi": [ "CHEBI:44897", "CHEBI:44894", "CHEBI:14812", "CHEBI:8147", "CHEBI:26055", "CHEBI:26054", "CHEBI:58702", "CHEBI:18021" ], "hmdb": "HMDB00263", "kegg.compound": "C00074", "pubchem.substance": "3374", "reactome": [ "REACT_29492", "REACT_372364" ], "seed.compound": "cpd00061", "unipathway.compound": "UPC00074" }, "charge": -3, "compartment": "c", "formula": "C3H2O6P", "id": "pep_c", "name": "Phosphoenolpyruvate" }, { "annotation": { "bigg.metabolite": "pi", "biocyc": [ "Pi", "PHOSPHATE-GROUP", "CPD0-1421" ], "cas": [ "14265-44-2" ], "chebi": [ "CHEBI:37583", "CHEBI:7793", "CHEBI:37585", "CHEBI:34683", "CHEBI:14791", "CHEBI:34855", "CHEBI:29137", "CHEBI:29139", "CHEBI:63036", "CHEBI:26020", "CHEBI:39739", "CHEBI:32597", "CHEBI:32596", "CHEBI:43474", "CHEBI:63051", "CHEBI:43470", "CHEBI:9679", "CHEBI:35433", "CHEBI:4496", "CHEBI:45024", "CHEBI:18367", "CHEBI:26078", "CHEBI:39745", "CHEBI:24838" ], "hmdb": "HMDB02142", "kegg.compound": [ "C13556", "C13558", "C00009" ], "kegg.drug": "D05467", "pubchem.substance": "3311", "reactome": [ "REACT_947590", "REACT_109277", "REACT_113548", "REACT_2255331", "REACT_29372", "REACT_113550", "REACT_113551" ], "seed.compound": [ "cpd09464", "cpd09463", "cpd00009" ], "unipathway.compound": "UPC00009" }, "charge": -2, "compartment": "c", "formula": "HO4P", "id": "pi_c", "name": "Phosphate" }, { "annotation": { "bigg.metabolite": "pi", "biocyc": [ "Pi", "PHOSPHATE-GROUP", "CPD0-1421" ], "cas": [ "14265-44-2" ], "chebi": [ "CHEBI:37583", "CHEBI:7793", "CHEBI:37585", "CHEBI:34683", "CHEBI:14791", "CHEBI:34855", "CHEBI:29137", "CHEBI:29139", "CHEBI:63036", "CHEBI:26020", "CHEBI:39739", "CHEBI:32597", "CHEBI:32596", "CHEBI:43474", "CHEBI:63051", "CHEBI:43470", "CHEBI:9679", "CHEBI:35433", "CHEBI:4496", "CHEBI:45024", "CHEBI:18367", "CHEBI:26078", "CHEBI:39745", "CHEBI:24838" ], "hmdb": "HMDB02142", "kegg.compound": [ "C13556", "C13558", "C00009" ], "kegg.drug": "D05467", "pubchem.substance": "3311", "reactome": [ "REACT_947590", "REACT_109277", "REACT_113548", "REACT_2255331", "REACT_29372", "REACT_113550", "REACT_113551" ], "seed.compound": [ "cpd09464", "cpd09463", "cpd00009" ], "unipathway.compound": "UPC00009" }, "charge": -2, "compartment": "e", "formula": "HO4P", "id": "pi_e", "name": "Phosphate" }, { "annotation": { "bigg.metabolite": "pyr", "biocyc": "PYRUVATE", "cas": [ "127-17-3" ], "chebi": [ "CHEBI:15361", "CHEBI:14987", "CHEBI:8685", "CHEBI:32816", "CHEBI:45253", "CHEBI:26466", "CHEBI:26462" ], "hmdb": "HMDB00243", "kegg.compound": "C00022", "lipidmaps": "LMFA01060077", "pubchem.substance": "3324", "reactome": [ "REACT_113557", "REACT_389680", "REACT_29398" ], "seed.compound": "cpd00020", "unipathway.compound": "UPC00022" }, "charge": -1, "compartment": "c", "formula": "C3H3O3", "id": "pyr_c", "name": "Pyruvate" } ], "reactions": [ { "annotation": { "bigg.reaction": "ATPM" }, "gene_reaction_rule": "", "id": "ATPM", "lower_bound": 8.39, "metabolites": { "adp_c": 1.0, "atp_c": -1.0, "h2o_c": -1.0, "h_c": 1.0, "pi_c": 1.0 }, "name": "ATP maintenance requirement", "objective_coefficient": 1.0, "upper_bound": 1000.0 }, { "gene_reaction_rule": "", "id": "D_LACt2", "lower_bound": -1000.0, "metabolites": {}, "name": "", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "ENO" }, "gene_reaction_rule": "b2779", "id": "ENO", "lower_bound": -1000.0, "metabolites": { "2pg_c": -1.0, "h2o_c": 1.0, "pep_c": 1.0 }, "name": "enolase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "glc", "sbo": "SBO:0000627" }, "gene_reaction_rule": "", "id": "EX_glc__D_e", "lower_bound": -10.0, "metabolites": { "glc__D_e": -1.0 }, "name": "D-Glucose exchange", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "h", "sbo": "SBO:0000627" }, "gene_reaction_rule": "", "id": "EX_h_e", "lower_bound": -1000.0, "metabolites": { "h_e": -1.0 }, "name": "H+ exchange", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "lac__D", "sbo": "SBO:0000627" }, "gene_reaction_rule": "", "id": "EX_lac__D_e", "lower_bound": 0.0, "metabolites": { "lac__D_e": -1.0 }, "name": "D-lactate exchange", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "FBA" }, "gene_reaction_rule": "b1773 or b2097 or b2925", "id": "FBA", "lower_bound": -1000.0, "metabolites": { "dhap_c": 1.0, "fdp_c": -1.0, "g3p_c": 1.0 }, "name": "fructose-bisphosphate aldolase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "GAPD" }, "gene_reaction_rule": "b1779", "id": "GAPD", "lower_bound": -1000.0, "metabolites": { "13dpg_c": 1.0, "g3p_c": -1.0, "h_c": 1.0, "nad_c": -1.0, "nadh_c": 1.0, "pi_c": -1.0 }, "name": "glyceraldehyde-3-phosphate dehydrogenase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "GLCpts" }, "gene_reaction_rule": "( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b2417 and b1621 and b2416 ) or ( b2415 and b1818 and b1817 and b1819 and b2416 )", "id": "GLCpts", "lower_bound": 0.0, "metabolites": { "g6p_c": 1.0, "glc__D_e": -1.0, "pep_c": -1.0, "pyr_c": 1.0 }, "name": "D-glucose transport via PEP:Pyr PTS", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "H2Ot" }, "gene_reaction_rule": "b0875 or s0001", "id": "H2Ot", "lower_bound": -1000.0, "metabolites": { "h2o_c": 1.0, "h2o_e": -1.0 }, "name": "R H2O transport via - diffusion", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "LDH_D", "biocyc": "META:DLACTDEHYDROGNAD-RXN", "ec-code": "1.1.1.28", "kegg.reaction": "R00704", "metanetx.reaction": "MNXR101037", "rhea": [ "16369", "16370", "16371", "16372" ], "sbo": "SBO:0000375" }, "gene_reaction_rule": "b2133 or b1380", "id": "LDH_D", "lower_bound": -1000.0, "metabolites": { "h_c": 1.0, "lac__D_c": -1.0, "nad_c": -1.0, "nadh_c": 1.0, "pyr_c": 1.0 }, "name": "D-lactate dehydrogenase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PFK" }, "gene_reaction_rule": "b3916 or b1723", "id": "PFK", "lower_bound": 0.0, "metabolites": { "adp_c": 1.0, "atp_c": -1.0, "f6p_c": -1.0, "fdp_c": 1.0, "h_c": 1.0 }, "name": "phosphofructokinase", "objective_coefficient": 1.0, "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PGI" }, "gene_reaction_rule": "b4025", "id": "PGI", "lower_bound": -1000.0, "metabolites": { "f6p_c": 1.0, "g6p_c": -1.0 }, "name": "glucose-6-phosphate isomerase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PGK" }, "gene_reaction_rule": "b2926", "id": "PGK", "lower_bound": -1000.0, "metabolites": { "13dpg_c": 1.0, "3pg_c": -1.0, "adp_c": 1.0, "atp_c": -1.0 }, "name": "phosphoglycerate kinase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PGM" }, "gene_reaction_rule": "b4395 or b3612 or b0755", "id": "PGM", "lower_bound": -1000.0, "metabolites": { "2pg_c": -1.0, "3pg_c": 1.0 }, "name": "phosphoglycerate mutase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PIt2r" }, "gene_reaction_rule": "b2987 or b3493", "id": "PIt2r", "lower_bound": -1000.0, "metabolites": { "h_c": 1.0, "h_e": -1.0, "pi_c": 1.0, "pi_e": -1.0 }, "name": "R phosphate reversible transport via - symport", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "PYK" }, "gene_reaction_rule": "b1854 or b1676", "id": "PYK", "lower_bound": 0.0, "metabolites": { "adp_c": -1.0, "atp_c": 1.0, "h_c": -1.0, "pep_c": -1.0, "pyr_c": 1.0 }, "name": "pyruvate kinase", "upper_bound": 1000.0 }, { "annotation": { "bigg.reaction": "TPI" }, "gene_reaction_rule": "b3919", "id": "TPI", "lower_bound": -1000.0, "metabolites": { "dhap_c": -1.0, "g3p_c": 1.0 }, "name": "triose-phosphate isomerase", "upper_bound": 1000.0 } ], "version": "1" }cobrapy-0.23.0/src/cobra/test/data/mini.mat000066400000000000000000000420201417337024700204450ustar00rootroot00000000000000MATLAB 5.0 MAT-file Platform: posix, Created on: Mon Mar 29 15:38:25 2021IMC mini_textbook metsmetNamesmetFormulasmetChargegenesrxnGeneMatgrRulesrxnsrxnNamessubSystemsSlbubbcrevdescription813dpg_c82pg_c83pg_c8adp_c8atp_c8dhap_c8f6p_c8fdp_c8g3p_c8g6p_c8glc__D_e8h2o_c8h2o_e0h_c0h_e8lac__D_c8lac__D_e8nad_c8nadh_c8pep_c0pi_c0pi_e8pyr_cP3-Phospho-D-glyceroyl phosphateHD-Glycerate 2-phosphateH3-Phospho-D-glycerate0ADP0ATPPDihydroxyacetone phosphateHD-Fructose 6-phosphatePD-Fructose 1,6-bisphosphatePGlyceraldehyde 3-phosphateHD-Glucose 6-phosphate@  D-Glucose0H2O0H2O0H+0H+@  D-Lactate@  D-LactateX!!Nicotinamide adenine dinucleotide`++Nicotinamide adenine dinucleotide - reducedHPhosphoenolpyruvate@  Phosphate@  Phosphate8Pyruvate@  C3H4O10P28C3H4O7P8C3H4O7P@  C10H12N5O10P2@  C10H12N5O13P38C3H5O6P8C6H11O9P@  C6H10O12P28C3H5O6P8C6H11O9P8C6H12O60H2O0H2O0H0H8C3H5O38C3H5O3@  C21H26N7O14P2@  C21H27N7O14P28C3H2O6P0HO4P0HO4P8C3H3O3 ??h8b07558b08758b11018b13808b16218b16768b17238b17738b17798b18178b18188b18198b18548b20978b21338b24158b24168b24178b27798b29258b29268b29878b34938b36128b39168b39198b40258b43958s0001t        x  ?????????????????????????????H008b2779000Hb1773 or b2097 or b29258b1779( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b2417 and b1621 and b2416 ) or ( b2415 and b1818 and b1817 and b1819 and b2416 )@b0875 or s0001@b2133 or b1380@b3916 or b17238b40258b2926Hb4395 or b3612 or b0755@b2987 or b3493@b1854 or b16768b3919`0ATPM8D_LACt20ENO@  EX_glc__D_e8EX_h_e@  EX_lac__D_e0FBA0GAPD8GLCpts0H2Ot8LDH_D0PFK0PGI0PGK0PGM8PIt2r0PYK0TPIPATP maintenance requirement08enolaseHD-Glucose exchange@  H+ exchangeHD-lactate exchangePfructose-bisphosphate aldolaseX((glyceraldehyde-3-phosphate dehydrogenaseX##D-glucose transport via PEP:Pyr PTSPR H2O transport via - diffusionHD-lactate dehydrogenaseHphosphofructokinasePglucose-6-phosphate isomeraseHphosphoglycerate kinaseHphosphoglycerate mutase`..R phosphate reversible transport via - symport@pyruvate kinasePtriose-phosphate isomerase000000000000000000  ???????????????????????????? Hz @@@$@@@@@@@@@@ @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@  ?? @  mini_textbookcobrapy-0.23.0/src/cobra/test/data/mini.pickle000066400000000000000000000766251417337024700211550ustar00rootroot00000000000000ccobra.core.model Model q)q}q(X_idqX mini_textbookqXnameqNXnotesq}qX _annotationq}q X_trimmedq X_trimmed_genesq ]q X_trimmed_reactionsq }qXgenesqccobra.core.dictlist DictList q)Rq(ccobra.core.gene Gene q)q}q(hXb0755qhXgpmAqh}qh}qX_modelqNX _reactionqc__builtin__ set q]qqRqX _functionalqubh)q }q!(hXb0875q"hXaqpZq#h}q$h}q%hNhh]q&q'Rq(hubh)q)}q*(hXb1101q+hXptsGq,h}q-h}q.hNhh]q/q0Rq1hubh)q2}q3(hXb1380q4hXldhAq5h}q6h}q7hNhh]q8q9Rq:hubh)q;}q<(hXb1621q=hXmalXq>h}q?h}q@hNhh]qAqBRqChubh)qD}qE(hXb1676qFhXpykFqGh}qHh}qIXncbigiqJ]qK(X GI:1208453qLX GI:1652654qMeshNhh]qNqORqPhubh)qQ}qR(hXb1723qShXpfkBqTh}qUh}qVhNhh]qWqXRqYhubh)qZ}q[(hXb1773q\hXydjIq]h}q^h}q_hNhh]q`qaRqbhubh)qc}qd(hXb1779qehXgapAqfh}qgh}qhhNhh]qiqjRqkhubh)ql}qm(hXb1817qnhXmanXqoh}qph}qqhNhh]qrqsRqthubh)qu}qv(hXb1818qwhXmanYqxh}qyh}qzhNhh]q{q|Rq}hubh)q~}q(hXb1819qhXmanZqh}qh}qhNhh]qqRqhubh)q}q(hXb1854qhXpykAqh}qh}qhNhh]qqRqhubh)q}q(hXb2097qhXfbaBqh}qh}qhNhh]qqRqhubh)q}q(hXb2133qhXdldqh}qh}qhNhh]qqRqhubh)q}q(hXb2415qhXptsHqh}qh}qhNhh]qqRqhubh)q}q(hXb2416qhXptsIqh}qh}qhNhh]qqRqhubh)q}q(hXb2417qhXcrrqh}qh}qhNhh]qqRqhubh)q}q(hXb2779qhXenoqh}qh}qXncbigiqX GI:1653839qshNhh]qŅqRqhubh)q}q(hXb2925qhXfbaAqh}qh}qhNhh]q΅qRqhubh)q}q(hXb2926qhXpgkqh}qh}qXncbigiqX GI:1653609qshNhh]qمqRqhubh)q}q(hXb2987qhXpitBqh}qh}qhNhh]qqRqhubh)q}q(hXb3493qhXpitAqh}qh}qhNhh]qqRqhubh)q}q(hXb3612qhXgpmMqh}qh}qhNhh]qqRqhubh)q}q(hXb3916qhXpfkAqh}qh}qXncbigiq]q(X GI:1006614qX GI:1651919reshNhh]rrRrhubh)r}r(hXb3919rhXtpiArh}rh}r hNhh]r r Rr hubh)r }r(hXb4025rhXpgirh}rh}rXncbigirX GI:1653253rshNhh]rrRrhubh)r}r(hXb4395rhXytjCrh}rh}rhNhh]rrRr hubh)r!}r"(hXs0001r#hXG_s0001r$h}r%h}r&hNhh]r'r(Rr)hube}r*X_dictr+}r,(hKh"Kh+Kh4Kh=KhFKhSKh\KheKhnK hwK hK hK hK hKhKhKhKhKhKhKhKhKhKhKjKjKjKj#KusbX reactionsr-h)Rr.(ccobra.core.reaction Reaction r/)r0}r1(hXATPMr2hXATP maintenance requirementr3h}r4h}r5X bigg.reactionr6XATPMr7sX_gene_reaction_ruler8Xr9X subsystemr:j9X_genesr;h]r<r=Rr>X _metabolitesr?}r@(ccobra.core.metabolite Metabolite rA)rB}rC(hXatp_crDhXATPrEh}rFh}rG(Xbigg.metaboliterHXatprIXbiocycrJXATPrKXcasrL]rMX56-65-5rNaXchebirO]rP(X CHEBI:40938rQX CHEBI:15422rRX CHEBI:57299rSX CHEBI:13236rTX CHEBI:10789rUX CHEBI:30616rVX CHEBI:22249rWX CHEBI:10841rXX CHEBI:2359rYeXhmdbrZX HMDB00538r[X kegg.compoundr\XC00002r]X kegg.drugr^XD08646r_Xpubchem.substancer`X3304raXreactomerb]rc(X REACT_190078rdX REACT_113592reX REACT_113593rfX REACT_114570rgX REACT_29358rhX REACT_389573riX REACT_139836rjX REACT_211579rkeX seed.compoundrlXcpd00002rmXunipathway.compoundrnXUPC00002rouhNhh]rprqRrrXformularsX C10H12N5O13P3rtX compartmentruXcrvXchargerwJX_boundrxGubGjA)ry}rz(hXh2o_cr{hXH2Or|h}r}h}r~(Xbigg.metaboliterXh2orXbiocycr]r(XWATERrXOHrXOXONIUMreXcasr]rX 7732-18-5raXchebir]r(X CHEBI:15377rX CHEBI:13365rX CHEBI:41979rX CHEBI:16234rX CHEBI:36385rX CHEBI:42857rX CHEBI:27313rX CHEBI:44819rX CHEBI:29373rX CHEBI:10743rX CHEBI:5594rX CHEBI:29356rX CHEBI:53442rX CHEBI:29375rX CHEBI:29374rX CHEBI:13419rX CHEBI:43228rX CHEBI:44292rX CHEBI:13352rX CHEBI:41981rX CHEBI:29412rX CHEBI:42043rX CHEBI:33811rX CHEBI:33813rX CHEBI:35511rX CHEBI:5585rX CHEBI:44641rX CHEBI:44701reXhmdbr]r(X HMDB01039rX HMDB02111reX kegg.compoundr]r(XC01328rXC00001rXC18714rXC18712reX kegg.drugr]r(XD00001rXD06322rXD03703reXpubchem.substancerX3303rXreactomer]r(X REACT_947593rX REACT_189422rX REACT_141343rX REACT_113518rX REACT_1605715rX REACT_109276rX REACT_113521rX REACT_113519rX REACT_2022884rX REACT_351603rX REACT_29356reX seed.compoundr]r(Xcpd15275rXcpd00001reXunipathway.compoundr]r(XUPC00001rXUPC01328reuhNhh]rrRrjsXH2OrjujvjwKjxGubGjA)r}r(hXadp_crhXADPrh}rh}r(Xbigg.metaboliterXadprXbiocycr]r(XADPrX ADP-GROUPreXcasr]rX58-64-0raXchebir]r(X CHEBI:13222rX CHEBI:16761rX CHEBI:2342rX CHEBI:22244rX CHEBI:40553rX CHEBI:456216reXhmdbrX HMDB01341rX kegg.compoundrXC00008rX kegg.glycanrXG11113rXpubchem.substancerX3310rXreactomer]r(X REACT_190072rX REACT_481002rX REACT_211606rX REACT_429160rX REACT_29370rX REACT_196180rX REACT_113581rX REACT_113582rX REACT_114564rX REACT_114565rX REACT_429153reX seed.compoundrXcpd00008rXunipathway.compoundrXUPC00008ruhNhh]rrRrjsX C10H12N5O10P2rjujvjwJjxGubG?jA)r}r(hXh_crhXH+rh}r h}r (Xbigg.metaboliter Xhr Xbiocycr XPROTONrXcasr]rX 12408-02-5raXchebir]r(X CHEBI:24636rX CHEBI:15378rX CHEBI:10744rX CHEBI:13357rX CHEBI:5584reX kegg.compoundrXC00080rXpubchem.substancerX3380rXreactomer]r(X REACT_194688rX REACT_425978r X REACT_193465r!X REACT_374900r"X REACT_74722r#X REACT_425999r$X REACT_428040r%X REACT_163953r&X REACT_372511r'X REACT_2000349r(X REACT_70106r)X REACT_1470067r*X REACT_113529r+X REACT_425969r,X REACT_428548r-X REACT_156540r.X REACT_1614597r/X REACT_351626r0X REACT_427899r1eX seed.compoundr2Xcpd00067r3Xunipathway.compoundr4XUPC00080r5uhNhh]r6r7Rr8jsXHr9jujvjwKjxGubG?jA)r:}r;(hXpi_cr<hX Phosphater=h}r>h}r?(Xbigg.metaboliter@XpirAXbiocycrB]rC(XPirDXPHOSPHATE-GROUPrEX CPD0-1421rFeXcasrG]rHX 14265-44-2rIaXchebirJ]rK(X CHEBI:37583rLX CHEBI:7793rMX CHEBI:37585rNX CHEBI:34683rOX CHEBI:14791rPX CHEBI:34855rQX CHEBI:29137rRX CHEBI:29139rSX CHEBI:63036rTX CHEBI:26020rUX CHEBI:39739rVX CHEBI:32597rWX CHEBI:32596rXX CHEBI:43474rYX CHEBI:63051rZX CHEBI:43470r[X CHEBI:9679r\X CHEBI:35433r]X CHEBI:4496r^X CHEBI:45024r_X CHEBI:18367r`X CHEBI:26078raX CHEBI:39745rbX CHEBI:24838rceXhmdbrdX HMDB02142reX kegg.compoundrf]rg(XC13556rhXC13558riXC00009rjeX kegg.drugrkXD05467rlXpubchem.substancermX3311rnXreactomero]rp(X REACT_947590rqX REACT_109277rrX REACT_113548rsX REACT_2255331rtX REACT_29372ruX REACT_113550rvX REACT_113551rweX seed.compoundrx]ry(Xcpd09464rzXcpd09463r{Xcpd00009r|eXunipathway.compoundr}XUPC00009r~uhNhh]rrRrjsXHO4PrjujvjwJjxGubG?uhNX _lower_boundrG@ ǮzHX _upper_boundrG@@ubj/)r}r(hXD_LACt2rhj9h}rh}rj8j9j:j9j;h]rrRrj?}rhNjG@jG@@ubj/)r}r(hXENOrhXenolaserh}rh}rX bigg.reactionrXENOrsj8Xb2779rj:j9j;h]rharRrj?}r(jA)r}r(hX2pg_crhXD-Glycerate 2-phosphaterh}rh}r(Xbigg.metaboliterX2pgrXbiocycrX2-PGrXchebir]r(X CHEBI:1267rX CHEBI:58289rX CHEBI:17835rX CHEBI:21028rX CHEBI:11651rX CHEBI:12986rX CHEBI:24344rX CHEBI:39868reXhmdbr]r(X HMDB03391rX HMDB00362reX kegg.compoundrXC00631rXpubchem.substancerX3904rXreactomerX REACT_30485rX seed.compoundrXcpd00482rXunipathway.compoundrXUPC00631ruhNhh]rrRrjsXC3H4O7PrjujvjwJjxGubGjA)r}r(hXpep_crhXPhosphoenolpyruvaterh}rh}r(Xbigg.metaboliterXpeprXbiocycrXPHOSPHO-ENOL-PYRUVATErXcasr]rX138-08-9raXchebir]r(X CHEBI:44897rX CHEBI:44894rX CHEBI:14812rX CHEBI:8147rX CHEBI:26055rX CHEBI:26054rX CHEBI:58702rX CHEBI:18021reXhmdbrX HMDB00263rX kegg.compoundrXC00074rXpubchem.substancerX3374rXreactomer]r(X REACT_29492rX REACT_372364reX seed.compoundrXcpd00061rXunipathway.compoundrXUPC00074ruhNhh]rrRrjsXC3H2O6PrjujvjwJjxGubG?jyG?uhNjG@jG@@ubj/)r}r(hX EX_glc__D_erhXD-Glucose exchangerh}rh}r(XsborX SBO:0000627rX bigg.reactionrXglcruj8j9j:j9j;h]rrRrj?}rjA)r}r(hXglc__D_erhX D-Glucoserh}rh}r(Xbigg.metaboliterXglc__DrXcasr]rX50-99-7raX kegg.compoundrXC00031rXpubchem.substancerX3333ruhNhh]rrRr jsXC6H12O6r juXer jwKjxGubGshNjG$jG@@ubj/)r }r (hXEX_h_erhX H+ exchangerh}rh}r(jX SBO:0000627rX bigg.reactionrj uj8j9j:j9j;h]rrRrj?}rjA)r}r(hXh_erhXH+rh}rh}r(Xbigg.metaboliterj XbiocycrXPROTONr Xcasr!]r"X 12408-02-5r#aXchebir$]r%(X CHEBI:24636r&X CHEBI:15378r'X CHEBI:10744r(X CHEBI:13357r)X CHEBI:5584r*eX kegg.compoundr+XC00080r,Xpubchem.substancer-X3380r.Xreactomer/]r0(X REACT_194688r1X REACT_425978r2X REACT_193465r3X REACT_374900r4X REACT_74722r5X REACT_425999r6X REACT_428040r7X REACT_163953r8X REACT_372511r9X REACT_2000349r:X REACT_70106r;X REACT_1470067r<X REACT_113529r=X REACT_425969r>X REACT_428548r?X REACT_156540r@X REACT_1614597rAX REACT_351626rBX REACT_427899rCeX seed.compoundrDXcpd00067rEXunipathway.compoundrFXUPC00080rGuhNhh]rHrIRrJjsj9juj jwKjxGubGshNjG@jG@@ubj/)rK}rL(hX EX_lac__D_erMhXD-lactate exchangerNh}rOh}rP(jX SBO:0000627rQX bigg.reactionrRXlac__DrSuj8j9j:j9j;h]rTrURrVj?}rWjA)rX}rY(hXlac__D_erZhX D-Lactater[h}r\h}r](Xbigg.metaboliter^Xlac__Dr_Xbiocycr`XMETA:D-LACTATEraXchebirb]rc(X CHEBI:11001rdX CHEBI:16004reX CHEBI:18684rfX CHEBI:341rgX CHEBI:42105rhX CHEBI:42111riX CHEBI:43701rjeXhmdbrk]rl(X HMDB00171rmX HMDB01311rneX kegg.compoundroXC00256rpXmetanetx.chemicalrqXMNXM285rrX seed.compoundrsXcpd00221rtuhNhh]rurvRrwjsXC3H5O3rxjuj jwJjxGubGshNjGjG@@ubj/)ry}rz(hXFBAr{hXfructose-bisphosphate aldolaser|h}r}h}r~X bigg.reactionrXFBArsj8Xb1773 or b2097 or b2925rj:j9j;h]r(hZhherRrj?}r(jA)r}r(hXfdp_crhXD-Fructose 1,6-bisphosphaterh}rh}r(Xbigg.metaboliterXfdprXbiocycrXFRUCTOSE-16-DIPHOSPHATErXcasr]rX488-69-7raXchebir]r(X CHEBI:32968rX CHEBI:49299rX CHEBI:42553rX CHEBI:32966rX CHEBI:37736rX CHEBI:28013rX CHEBI:32967rX CHEBI:41014rX CHEBI:22767rX CHEBI:10374rX CHEBI:40595rX CHEBI:40591reX kegg.compoundr]r(XC05378rXC00354reXpubchem.substancerX3647rX seed.compoundrXcpd00290rXunipathway.compoundrXUPC00354ruhNhh]rrRrjsX C6H10O12P2rjujvjwJjxGubGjA)r}r(hXdhap_crhXDihydroxyacetone phosphaterh}rh}r(Xbigg.metaboliterXdhaprXbiocycrXDIHYDROXY-ACETONE-PHOSPHATErXcasr]rX57-04-5raXchebir]r(X CHEBI:14341rX CHEBI:57642rX CHEBI:14342rX CHEBI:16108rX CHEBI:5454rX CHEBI:24355rX CHEBI:39571reXhmdbr]r(X HMDB01473rX HMDB11735reX kegg.compoundrXC00111rXpubchem.substancerX3411rXreactomer]r(X REACT_188451rX REACT_75970rX REACT_390404reX seed.compoundrXcpd00095rXunipathway.compoundrXUPC00111ruhNhh]rrRrjsXC3H5O6PrjujvjwJjxGubG?jA)r}r(hXg3p_crhXGlyceraldehyde 3-phosphaterh}rh}r(Xbigg.metaboliterXg3prXcasr]rX142-10-9raXchebir]r(X CHEBI:17138rX CHEBI:14333rX CHEBI:5446rX CHEBI:58027reXhmdbrX HMDB01112rX kegg.compoundr]r(XC00661rXC00118reXpubchem.substancerX3930rX seed.compoundrXcpd00102rXunipathway.compoundr]r(XUPC00661rXUPC00118reuhNhh]rrRrjsXC3H5O6PrjujvjwJjxGubG?uhNjG@jG@@ubj/)r}r(hXGAPDrhX(glyceraldehyde-3-phosphate dehydrogenaserh}rh}rX bigg.reactionrXGAPDrsj8Xb1779rj:j9j;h]rhcarRrj?}r (jA)r }r (hXnad_cr hX!Nicotinamide adenine dinucleotider h}rh}r(Xbigg.metaboliterXnadrXbiocycrXNADrXcasr]rX53-84-9raXchebir]r(X CHEBI:21901rX CHEBI:7422rX CHEBI:44214rX CHEBI:15846rX CHEBI:13394rX CHEBI:13393rX CHEBI:44215rX CHEBI:13389r X CHEBI:57540r!X CHEBI:44281r"eXhmdbr#X HMDB00902r$X kegg.compoundr%XC00003r&X kegg.drugr'XD00002r(Xpubchem.substancer)X3305r*Xreactomer+]r,(X REACT_192307r-X REACT_29360r.X REACT_427523r/X REACT_194653r0X REACT_113526r1eX seed.compoundr2Xcpd00003r3Xunipathway.compoundr4XUPC00003r5uhNhh]r6r7Rr8jsX C21H26N7O14P2r9jujvjwJjxGubGjA)r:}r;(hX13dpg_cr<hX3-Phospho-D-glyceroyl phosphater=h}r>h}r?(Xbigg.metaboliter@X13dpgrAXbiocycrBXDPGrCXchebirD]rE(X CHEBI:16001rFX CHEBI:1658rGX CHEBI:20189rHX CHEBI:57604rIX CHEBI:11881rJeXhmdbrKX HMDB01270rLX kegg.compoundrMXC00236rNXpubchem.substancerOX3535rPXreactomerQX REACT_29800rRX seed.compoundrSXcpd00203rTXunipathway.compoundrUXUPC00236rVuhNhh]rWrXRrYjsX C3H4O10P2rZjujvjwJjxGubG?jA)r[}r\(hXnadh_cr]hX+Nicotinamide adenine dinucleotide - reducedr^h}r_h}r`(Xbigg.metaboliteraXnadhrbXbiocycrcXNADHrdXcasre]rfX58-68-4rgaXchebirh]ri(X CHEBI:13395rjX CHEBI:21902rkX CHEBI:16908rlX CHEBI:7423rmX CHEBI:44216rnX CHEBI:57945roX CHEBI:13396rpeXhmdbrqX HMDB01487rrX kegg.compoundrsXC00004rtXpubchem.substanceruX3306rvXreactomerw]rx(X REACT_192305ryX REACT_73473rzX REACT_194697r{X REACT_29362r|eX seed.compoundr}Xcpd00004r~Xunipathway.compoundrXUPC00004ruhNhh]rrRrjsX C21H27N7O14P2rjujvjwJjxGubG?jGj:GjG?uhNjG@jG@@ubj/)r}r(hXGLCptsrhX#D-glucose transport via PEP:Pyr PTSrh}rh}rX bigg.reactionrXGLCptsrsj8X( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b2417 and b1621 and b2416 ) or ( b2415 and b1818 and b1817 and b1819 and b2416 )rj:j9j;h]r(hh)hhuh;hlhh~erRrj?}r(jA)r}r(hXg6p_crhXD-Glucose 6-phosphaterh}rh}r(Xbigg.metaboliterXg6prXbiocycr]r(XD-glucose-6-phosphaterXGLC-6-PreXcasr]rX56-73-5raXchebir]r(X CHEBI:10399rX CHEBI:22797rX CHEBI:41041rX CHEBI:17719rX CHEBI:4170rX CHEBI:61548rX CHEBI:58247rX CHEBI:12375reXhmdbr]r(X HMDB03498rX HMDB06793rX HMDB01401rX HMDB01549reX kegg.compoundr]r(XC00092rXC01172reXpubchem.substancerX3392rXreactomerX REACT_1629756rX seed.compoundrXcpd00079rXunipathway.compoundrXUPC00092ruhNhh]rrRrjsXC6H11O9PrjujvjwJjxGubG?jA)r}r(hXpyr_crhXPyruvaterh}rh}r(Xbigg.metaboliterXpyrrXbiocycrXPYRUVATErXcasr]rX127-17-3raXchebir]r(X CHEBI:15361rX CHEBI:14987rX CHEBI:8685rX CHEBI:32816rX CHEBI:45253rX CHEBI:26466rX CHEBI:26462reXhmdbrX HMDB00243rX kegg.compoundrXC00022rX lipidmapsrX LMFA01060077rXpubchem.substancerX3324rXreactomer]r(X REACT_113557rX REACT_389680rX REACT_29398reX seed.compoundrXcpd00020rXunipathway.compoundrXUPC00022ruhNhh]rrRrjsXC3H3O3rjujvjwJjxGubG?jGjGuhNjGjG@@ubj/)r}r(hXH2OtrhXR H2O transport via - diffusionrh}rh}rX bigg.reactionrXH2Otrsj8Xb0875 or s0001rj:j9j;h]r(j!h erRrj?}r(jA)r}r(hXh2o_erhXH2Orh}rh}r(Xbigg.metaboliterXh2orXbiocycr]r(XWATERrXOHrXOXONIUMreXcasr]rX 7732-18-5raXchebir ]r (X CHEBI:15377r X CHEBI:13365r X CHEBI:41979r X CHEBI:16234rX CHEBI:36385rX CHEBI:42857rX CHEBI:27313rX CHEBI:44819rX CHEBI:29373rX CHEBI:10743rX CHEBI:5594rX CHEBI:29356rX CHEBI:53442rX CHEBI:29375rX CHEBI:29374rX CHEBI:13419rX CHEBI:43228rX CHEBI:44292rX CHEBI:13352rX CHEBI:41981rX CHEBI:29412rX CHEBI:42043r X CHEBI:33811r!X CHEBI:33813r"X CHEBI:35511r#X CHEBI:5585r$X CHEBI:44641r%X CHEBI:44701r&eXhmdbr']r((X HMDB01039r)X HMDB02111r*eX kegg.compoundr+]r,(XC01328r-XC00001r.XC18714r/XC18712r0eX kegg.drugr1]r2(XD00001r3XD06322r4XD03703r5eXpubchem.substancer6X3303r7Xreactomer8]r9(X REACT_947593r:X REACT_189422r;X REACT_141343r<X REACT_113518r=X REACT_1605715r>X REACT_109276r?X REACT_113521r@X REACT_113519rAX REACT_2022884rBX REACT_351603rCX REACT_29356rDeX seed.compoundrE]rF(Xcpd15275rGXcpd00001rHeXunipathway.compoundrI]rJ(XUPC00001rKXUPC01328rLeuhNhh]rMrNRrOjsXH2OrPjuj jwKjxGubGjyG?uhNjG@jG@@ubj/)rQ}rR(hXLDH_DrShXD-lactate dehydrogenaserTh}rUh}rV(jX SBO:0000375rWX bigg.reactionrXXLDH_DrYXbiocycrZXMETA:DLACTDEHYDROGNAD-RXNr[Xec-coder\X1.1.1.28r]X kegg.reactionr^XR00704r_Xmetanetx.reactionr`X MNXR101037raXrhearb]rc(X16369rdX16370reX16371rfX16372rgeuj8Xb2133 or b1380rhj:j9j;h]ri(hh2erjRrkj?}rl(jA)rm}rn(hXlac__D_crohX D-Lactaterph}rqh}rr(Xbigg.metabolitersXlac__DrtXbiocycruXMETA:D-LACTATErvXchebirw]rx(X CHEBI:11001ryX CHEBI:16004rzX CHEBI:18684r{X CHEBI:341r|X CHEBI:42105r}X CHEBI:42111r~X CHEBI:43701reXhmdbr]r(X HMDB00171rX HMDB01311reX kegg.compoundrXC00256rXmetanetx.chemicalrXMNXM285rX seed.compoundrXcpd00221ruhNhh]rrRrjsXC3H5O3rjujvjwJjxGubGj GjG?j[G?jG?uhNjG@jG@@ubj/)r}r(hXPFKrhXphosphofructokinaserh}rh}rX bigg.reactionrXPFKrsj8Xb3916 or b1723rj:j9j;h]r(hQherRrj?}r(jA)r}r(hXf6p_crhXD-Fructose 6-phosphaterh}rh}r(Xbigg.metaboliterXf6prXbiocycrX FRUCTOSE-6PrXcasr]rX643-13-0raXchebir]r(X CHEBI:57634rX CHEBI:12352rX CHEBI:45804rX CHEBI:61527rX CHEBI:61553rX CHEBI:10375rX CHEBI:16084rX CHEBI:42378rX CHEBI:22768reXhmdbrX HMDB03971rX kegg.compoundr]r(XC05345rXC00085reXpubchem.substancerX3385rX seed.compoundrXcpd00072rXunipathway.compoundr]r(XUPC05345rXUPC00085reuhNhh]rrRrjsXC6H11O9PrjujvjwJjxGubGjBGjG?jG?jG?uhNjGjG@@ubj/)r}r(hXPGIrhXglucose-6-phosphate isomeraserh}rh}rX bigg.reactionrXPGIrsj8Xb4025rj:j9j;h]rj arRrj?}r(jGjG?uhNjG@jG@@ubj/)r}r(hXPGKrhXphosphoglycerate kinaserh}rh}rX bigg.reactionrXPGKrsj8Xb2926rj:j9j;h]rharRrj?}r(jA)r}r(hX3pg_crhX3-Phospho-D-glyceraterh}rh}r(Xbigg.metaboliterX3pgrXbiocycrXG3PrXchebir]r(X CHEBI:40016rX CHEBI:58272rX CHEBI:57998rX CHEBI:11879rX CHEBI:1657rX CHEBI:1659rX CHEBI:17050rX CHEBI:21029rX CHEBI:11882rX CHEBI:11880rX CHEBI:12987rX CHEBI:17794rX CHEBI:24345reXhmdbrX HMDB00807rX kegg.compoundr]r(XC00197rXC00597reXpubchem.substancerX3497rXreactomerX REACT_29728rX seed.compoundrXcpd00169rXunipathway.compoundr]r(XUPC00597rXUPC00197reuhNhh]rr Rr jsXC3H4O7Pr jujvjwJjxGubGjBGj:G?jG?uhNjG@jG@@ubj/)r }r (hXPGMrhXphosphoglycerate mutaserh}rh}rX bigg.reactionrXPGMrsj8Xb4395 or b3612 or b0755rj:j9j;h]r(jhherRrj?}r(jGjG?uhNjG@jG@@ubj/)r}r(hXPIt2rrhX.R phosphate reversible transport via - symportrh}rh}rX bigg.reactionrXPIt2rr sj8Xb2987 or b3493r!j:j9j;h]r"(hher#Rr$j?}r%(jA)r&}r'(hXpi_er(hX Phosphater)h}r*h}r+(Xbigg.metaboliter,Xpir-Xbiocycr.]r/(XPir0XPHOSPHATE-GROUPr1X CPD0-1421r2eXcasr3]r4X 14265-44-2r5aXchebir6]r7(X CHEBI:37583r8X CHEBI:7793r9X CHEBI:37585r:X CHEBI:34683r;X CHEBI:14791r<X CHEBI:34855r=X CHEBI:29137r>X CHEBI:29139r?X CHEBI:63036r@X CHEBI:26020rAX CHEBI:39739rBX CHEBI:32597rCX CHEBI:32596rDX CHEBI:43474rEX CHEBI:63051rFX CHEBI:43470rGX CHEBI:9679rHX CHEBI:35433rIX CHEBI:4496rJX CHEBI:45024rKX CHEBI:18367rLX CHEBI:26078rMX CHEBI:39745rNX CHEBI:24838rOeXhmdbrPX HMDB02142rQX kegg.compoundrR]rS(XC13556rTXC13558rUXC00009rVeX kegg.drugrWXD05467rXXpubchem.substancerYX3311rZXreactomer[]r\(X REACT_947590r]X REACT_109277r^X REACT_113548r_X REACT_2255331r`X REACT_29372raX REACT_113550rbX REACT_113551rceX seed.compoundrd]re(Xcpd09464rfXcpd09463rgXcpd00009rheXunipathway.compoundriXUPC00009rjuhNhh]rkrlRrmjsXHO4Prnjuj jwJjxGubGjGjG?j:G?uhNjG@jG@@ubj/)ro}rp(hXPYKrqhXpyruvate kinaserrh}rsh}rtX bigg.reactionruXPYKrvsj8Xb1854 or b1676rwj:j9j;h]rx(hhDeryRrzj?}r{(jGjGjGjBG?jG?uhNjGjG@@ubj/)r|}r}(hXTPIr~hXtriose-phosphate isomeraserh}rh}rX bigg.reactionrXTPIrsj8Xb3919rj:j9j;h]rjarRrj?}r(jGjG?uhNjG@jG@@ube}rj+}r(j2KjKjKjKjKjMKj{KjKjKjK jSK jK jK jK jKjKjqKj~KusbX metabolitesrh)Rr(j:jjjjBjjjjjjjyjjjjmjXj j[jj:j&je}rj+}r(j<KjKjKjKjDKjKjKjKjKjK jK j{K jK jK jKjoKjZKj Kj]KjKj<Kj(KjKusbXgroupsrh)Rr}rj+}rsbX _compartmentsr}r(jvXcytosolrj X extracellularruX _contextsr]rX_solverrcoptlang.glpk_interface Model r)r}r(X glpk_reprrX0 p lp max 23 36 110 n i 1 atp_c n i 2 h2o_c n i 3 adp_c n i 4 h_c n i 5 pi_c n i 6 2pg_c n i 7 pep_c n i 8 glc__D_e n i 9 h_e n i 10 fdp_c n i 11 dhap_c n i 12 g3p_c n i 13 nad_c n i 14 13dpg_c n i 15 nadh_c n i 16 g6p_c n i 17 pyr_c n i 18 h2o_e n i 19 f6p_c n i 20 3pg_c n i 21 pi_e n i 22 lac__D_c n i 23 lac__D_e j 1 d 8.39 1000 n j 1 ATPM j 2 s 0 n j 2 ATPM_reverse_5b752 j 3 d 0 1000 n j 3 ENO j 4 d 0 1000 n j 4 ENO_reverse_40eea j 5 d 0 1000 n j 5 EX_glc__D_e j 6 d 0 10 n j 6 EX_glc__D_e_reverse_af641 j 7 d 0 1000 n j 7 EX_h_e j 8 d 0 1000 n j 8 EX_h_e_reverse_3e0c5 j 9 d 0 1000 n j 9 FBA j 10 d 0 1000 n j 10 FBA_reverse_84806 j 11 d 0 1000 n j 11 GAPD j 12 d 0 1000 n j 12 GAPD_reverse_459c1 j 13 d 0 1000 n j 13 GLCpts j 14 s 0 n j 14 GLCpts_reverse_a52ae j 15 d 0 1000 n j 15 H2Ot j 16 d 0 1000 n j 16 H2Ot_reverse_aa560 j 17 d 0 1000 n j 17 PFK j 18 s 0 n j 18 PFK_reverse_d24a6 j 19 d 0 1000 n j 19 PGI j 20 d 0 1000 n j 20 PGI_reverse_27efc j 21 d 0 1000 n j 21 PGK j 22 d 0 1000 n j 22 PGK_reverse_02696 j 23 d 0 1000 n j 23 PGM j 24 d 0 1000 n j 24 PGM_reverse_fc9af j 25 d 0 1000 n j 25 PIt2r j 26 d 0 1000 n j 26 PIt2r_reverse_1cd61 j 27 d 0 1000 n j 27 PYK j 28 s 0 n j 28 PYK_reverse_bc8ff j 29 d 0 1000 n j 29 TPI j 30 d 0 1000 n j 30 TPI_reverse_c2c3b j 31 d 0 1000 n j 31 LDH_D j 32 d 0 1000 n j 32 LDH_D_reverse_f8507 j 33 d 0 1000 n j 33 EX_lac__D_e j 34 s 0 n j 34 EX_lac__D_e_reverse_f95b4 j 35 d 0 1000 n j 35 D_LACt2 j 36 d 0 1000 n j 36 D_LACt2_reverse_d0dc8 a 0 1 1 a 0 2 -1 a 0 17 1 a 0 18 -1 a 1 28 -1 a 1 27 1 a 1 18 1 a 1 17 -1 a 1 1 -1 a 1 2 1 a 1 21 -1 a 1 22 1 a 2 16 -1 a 2 15 1 a 2 2 1 a 2 1 -1 a 2 3 1 a 2 4 -1 a 3 28 1 a 3 27 -1 a 3 18 -1 a 3 17 1 a 3 1 1 a 3 2 -1 a 3 21 1 a 3 22 -1 a 4 32 -1 a 4 31 1 a 4 26 -1 a 4 25 1 a 4 12 -1 a 4 11 1 a 4 1 1 a 4 2 -1 a 4 17 1 a 4 18 -1 a 4 27 -1 a 4 28 1 a 5 26 -1 a 5 25 1 a 5 2 -1 a 5 1 1 a 5 11 -1 a 5 12 1 a 6 24 1 a 6 23 -1 a 6 3 -1 a 6 4 1 a 7 28 1 a 7 27 -1 a 7 4 -1 a 7 3 1 a 7 13 -1 a 7 14 1 a 8 14 1 a 8 13 -1 a 8 5 -1 a 8 6 1 a 9 26 1 a 9 25 -1 a 9 7 -1 a 9 8 1 a 10 18 -1 a 10 17 1 a 10 9 -1 a 10 10 1 a 11 30 1 a 11 29 -1 a 11 9 1 a 11 10 -1 a 12 30 -1 a 12 29 1 a 12 10 -1 a 12 9 1 a 12 11 -1 a 12 12 1 a 13 32 1 a 13 31 -1 a 13 11 -1 a 13 12 1 a 14 22 -1 a 14 21 1 a 14 11 1 a 14 12 -1 a 15 32 -1 a 15 31 1 a 15 11 1 a 15 12 -1 a 16 20 1 a 16 19 -1 a 16 13 1 a 16 14 -1 a 17 32 -1 a 17 31 1 a 17 14 -1 a 17 13 1 a 17 27 1 a 17 28 -1 a 18 16 1 a 18 15 -1 a 19 20 -1 a 19 19 1 a 19 17 -1 a 19 18 1 a 20 24 -1 a 20 23 1 a 20 21 -1 a 20 22 1 a 21 26 1 a 21 25 -1 a 22 32 1 a 22 31 -1 a 23 34 1 a 23 33 -1 e o f rX glpk_statusrNXconfigrcoptlang.glpk_interface Configuration r)r}r(XpresolverXautorX verbosityrKXtimeoutrNX tolerancesr}rX feasibilityrG>z򚼯HsububX _tolerancerG>z򚼯Hub.cobrapy-0.23.0/src/cobra/test/data/mini.yml000066400000000000000000000623161417337024700204770ustar00rootroot00000000000000!!omap - metabolites: - !!omap - id: 13dpg_c - name: 3-Phospho-D-glyceroyl phosphate - compartment: c - charge: -4 - formula: C3H4O10P2 - annotation: !!omap - bigg.metabolite: 13dpg - biocyc: DPG - chebi: - CHEBI:16001 - CHEBI:1658 - CHEBI:20189 - CHEBI:57604 - CHEBI:11881 - hmdb: HMDB01270 - kegg.compound: C00236 - pubchem.substance: '3535' - reactome: REACT_29800 - seed.compound: cpd00203 - unipathway.compound: UPC00236 - !!omap - id: 2pg_c - name: D-Glycerate 2-phosphate - compartment: c - charge: -3 - formula: C3H4O7P - annotation: !!omap - bigg.metabolite: 2pg - biocyc: 2-PG - chebi: - CHEBI:1267 - CHEBI:58289 - CHEBI:17835 - CHEBI:21028 - CHEBI:11651 - CHEBI:12986 - CHEBI:24344 - CHEBI:39868 - hmdb: - HMDB03391 - HMDB00362 - kegg.compound: C00631 - pubchem.substance: '3904' - reactome: REACT_30485 - seed.compound: cpd00482 - unipathway.compound: UPC00631 - !!omap - id: 3pg_c - name: 3-Phospho-D-glycerate - compartment: c - charge: -3 - formula: C3H4O7P - annotation: !!omap - bigg.metabolite: 3pg - biocyc: G3P - chebi: - CHEBI:40016 - CHEBI:58272 - CHEBI:57998 - CHEBI:11879 - CHEBI:1657 - CHEBI:1659 - CHEBI:17050 - CHEBI:21029 - CHEBI:11882 - CHEBI:11880 - CHEBI:12987 - CHEBI:17794 - CHEBI:24345 - hmdb: HMDB00807 - kegg.compound: - C00197 - C00597 - pubchem.substance: '3497' - reactome: REACT_29728 - seed.compound: cpd00169 - unipathway.compound: - UPC00597 - UPC00197 - !!omap - id: adp_c - name: ADP - compartment: c - charge: -3 - formula: C10H12N5O10P2 - annotation: !!omap - bigg.metabolite: adp - biocyc: - ADP - ADP-GROUP - cas: - 58-64-0 - chebi: - CHEBI:13222 - CHEBI:16761 - CHEBI:2342 - CHEBI:22244 - CHEBI:40553 - CHEBI:456216 - hmdb: HMDB01341 - kegg.compound: C00008 - kegg.glycan: G11113 - pubchem.substance: '3310' - reactome: - REACT_190072 - REACT_481002 - REACT_211606 - REACT_429160 - REACT_29370 - REACT_196180 - REACT_113581 - REACT_113582 - REACT_114564 - REACT_114565 - REACT_429153 - seed.compound: cpd00008 - unipathway.compound: UPC00008 - !!omap - id: atp_c - name: ATP - compartment: c - charge: -4 - formula: C10H12N5O13P3 - annotation: !!omap - bigg.metabolite: atp - biocyc: ATP - cas: - 56-65-5 - chebi: - CHEBI:40938 - CHEBI:15422 - CHEBI:57299 - CHEBI:13236 - CHEBI:10789 - CHEBI:30616 - CHEBI:22249 - CHEBI:10841 - CHEBI:2359 - hmdb: HMDB00538 - kegg.compound: C00002 - kegg.drug: D08646 - pubchem.substance: '3304' - reactome: - REACT_190078 - REACT_113592 - REACT_113593 - REACT_114570 - REACT_29358 - REACT_389573 - REACT_139836 - REACT_211579 - seed.compound: cpd00002 - unipathway.compound: UPC00002 - !!omap - id: dhap_c - name: Dihydroxyacetone phosphate - compartment: c - charge: -2 - formula: C3H5O6P - annotation: !!omap - bigg.metabolite: dhap - biocyc: DIHYDROXY-ACETONE-PHOSPHATE - cas: - 57-04-5 - chebi: - CHEBI:14341 - CHEBI:57642 - CHEBI:14342 - CHEBI:16108 - CHEBI:5454 - CHEBI:24355 - CHEBI:39571 - hmdb: - HMDB01473 - HMDB11735 - kegg.compound: C00111 - pubchem.substance: '3411' - reactome: - REACT_188451 - REACT_75970 - REACT_390404 - seed.compound: cpd00095 - unipathway.compound: UPC00111 - !!omap - id: f6p_c - name: D-Fructose 6-phosphate - compartment: c - charge: -2 - formula: C6H11O9P - annotation: !!omap - bigg.metabolite: f6p - biocyc: FRUCTOSE-6P - cas: - 643-13-0 - chebi: - CHEBI:57634 - CHEBI:12352 - CHEBI:45804 - CHEBI:61527 - CHEBI:61553 - CHEBI:10375 - CHEBI:16084 - CHEBI:42378 - CHEBI:22768 - hmdb: HMDB03971 - kegg.compound: - C05345 - C00085 - pubchem.substance: '3385' - seed.compound: cpd00072 - unipathway.compound: - UPC05345 - UPC00085 - !!omap - id: fdp_c - name: D-Fructose 1,6-bisphosphate - compartment: c - charge: -4 - formula: C6H10O12P2 - annotation: !!omap - bigg.metabolite: fdp - biocyc: FRUCTOSE-16-DIPHOSPHATE - cas: - 488-69-7 - chebi: - CHEBI:32968 - CHEBI:49299 - CHEBI:42553 - CHEBI:32966 - CHEBI:37736 - CHEBI:28013 - CHEBI:32967 - CHEBI:41014 - CHEBI:22767 - CHEBI:10374 - CHEBI:40595 - CHEBI:40591 - kegg.compound: - C05378 - C00354 - pubchem.substance: '3647' - seed.compound: cpd00290 - unipathway.compound: UPC00354 - !!omap - id: g3p_c - name: Glyceraldehyde 3-phosphate - compartment: c - charge: -2 - formula: C3H5O6P - annotation: !!omap - bigg.metabolite: g3p - cas: - 142-10-9 - chebi: - CHEBI:17138 - CHEBI:14333 - CHEBI:5446 - CHEBI:58027 - hmdb: HMDB01112 - kegg.compound: - C00661 - C00118 - pubchem.substance: '3930' - seed.compound: cpd00102 - unipathway.compound: - UPC00661 - UPC00118 - !!omap - id: g6p_c - name: D-Glucose 6-phosphate - compartment: c - charge: -2 - formula: C6H11O9P - annotation: !!omap - bigg.metabolite: g6p - biocyc: - D-glucose-6-phosphate - GLC-6-P - cas: - 56-73-5 - chebi: - CHEBI:10399 - CHEBI:22797 - CHEBI:41041 - CHEBI:17719 - CHEBI:4170 - CHEBI:61548 - CHEBI:58247 - CHEBI:12375 - hmdb: - HMDB03498 - HMDB06793 - HMDB01401 - HMDB01549 - kegg.compound: - C00092 - C01172 - pubchem.substance: '3392' - reactome: REACT_1629756 - seed.compound: cpd00079 - unipathway.compound: UPC00092 - !!omap - id: glc__D_e - name: D-Glucose - compartment: e - charge: 0 - formula: C6H12O6 - annotation: !!omap - bigg.metabolite: glc__D - cas: - 50-99-7 - kegg.compound: C00031 - pubchem.substance: '3333' - !!omap - id: h2o_c - name: H2O - compartment: c - charge: 0 - formula: H2O - annotation: !!omap - bigg.metabolite: h2o - biocyc: - WATER - OH - OXONIUM - cas: - 7732-18-5 - chebi: - CHEBI:15377 - CHEBI:13365 - CHEBI:41979 - CHEBI:16234 - CHEBI:36385 - CHEBI:42857 - CHEBI:27313 - CHEBI:44819 - CHEBI:29373 - CHEBI:10743 - CHEBI:5594 - CHEBI:29356 - CHEBI:53442 - CHEBI:29375 - CHEBI:29374 - CHEBI:13419 - CHEBI:43228 - CHEBI:44292 - CHEBI:13352 - CHEBI:41981 - CHEBI:29412 - CHEBI:42043 - CHEBI:33811 - CHEBI:33813 - CHEBI:35511 - CHEBI:5585 - CHEBI:44641 - CHEBI:44701 - hmdb: - HMDB01039 - HMDB02111 - kegg.compound: - C01328 - C00001 - C18714 - C18712 - kegg.drug: - D00001 - D06322 - D03703 - pubchem.substance: '3303' - reactome: - REACT_947593 - REACT_189422 - REACT_141343 - REACT_113518 - REACT_1605715 - REACT_109276 - REACT_113521 - REACT_113519 - REACT_2022884 - REACT_351603 - REACT_29356 - seed.compound: - cpd15275 - cpd00001 - unipathway.compound: - UPC00001 - UPC01328 - !!omap - id: h2o_e - name: H2O - compartment: e - charge: 0 - formula: H2O - annotation: !!omap - bigg.metabolite: h2o - biocyc: - WATER - OH - OXONIUM - cas: - 7732-18-5 - chebi: - CHEBI:15377 - CHEBI:13365 - CHEBI:41979 - CHEBI:16234 - CHEBI:36385 - CHEBI:42857 - CHEBI:27313 - CHEBI:44819 - CHEBI:29373 - CHEBI:10743 - CHEBI:5594 - CHEBI:29356 - CHEBI:53442 - CHEBI:29375 - CHEBI:29374 - CHEBI:13419 - CHEBI:43228 - CHEBI:44292 - CHEBI:13352 - CHEBI:41981 - CHEBI:29412 - CHEBI:42043 - CHEBI:33811 - CHEBI:33813 - CHEBI:35511 - CHEBI:5585 - CHEBI:44641 - CHEBI:44701 - hmdb: - HMDB01039 - HMDB02111 - kegg.compound: - C01328 - C00001 - C18714 - C18712 - kegg.drug: - D00001 - D06322 - D03703 - pubchem.substance: '3303' - reactome: - REACT_947593 - REACT_189422 - REACT_141343 - REACT_113518 - REACT_1605715 - REACT_109276 - REACT_113521 - REACT_113519 - REACT_2022884 - REACT_351603 - REACT_29356 - seed.compound: - cpd15275 - cpd00001 - unipathway.compound: - UPC00001 - UPC01328 - !!omap - id: h_c - name: H+ - compartment: c - charge: 1 - formula: H - annotation: !!omap - bigg.metabolite: h - biocyc: PROTON - cas: - 12408-02-5 - chebi: - CHEBI:24636 - CHEBI:15378 - CHEBI:10744 - CHEBI:13357 - CHEBI:5584 - kegg.compound: C00080 - pubchem.substance: '3380' - reactome: - REACT_194688 - REACT_425978 - REACT_193465 - REACT_374900 - REACT_74722 - REACT_425999 - REACT_428040 - REACT_163953 - REACT_372511 - REACT_2000349 - REACT_70106 - REACT_1470067 - REACT_113529 - REACT_425969 - REACT_428548 - REACT_156540 - REACT_1614597 - REACT_351626 - REACT_427899 - seed.compound: cpd00067 - unipathway.compound: UPC00080 - !!omap - id: h_e - name: H+ - compartment: e - charge: 1 - formula: H - annotation: !!omap - bigg.metabolite: h - biocyc: PROTON - cas: - 12408-02-5 - chebi: - CHEBI:24636 - CHEBI:15378 - CHEBI:10744 - CHEBI:13357 - CHEBI:5584 - kegg.compound: C00080 - pubchem.substance: '3380' - reactome: - REACT_194688 - REACT_425978 - REACT_193465 - REACT_374900 - REACT_74722 - REACT_425999 - REACT_428040 - REACT_163953 - REACT_372511 - REACT_2000349 - REACT_70106 - REACT_1470067 - REACT_113529 - REACT_425969 - REACT_428548 - REACT_156540 - REACT_1614597 - REACT_351626 - REACT_427899 - seed.compound: cpd00067 - unipathway.compound: UPC00080 - !!omap - id: lac__D_c - name: D-Lactate - compartment: c - charge: -1 - formula: C3H5O3 - annotation: !!omap - bigg.metabolite: lac__D - biocyc: META:D-LACTATE - chebi: - CHEBI:11001 - CHEBI:16004 - CHEBI:18684 - CHEBI:341 - CHEBI:42105 - CHEBI:42111 - CHEBI:43701 - hmdb: - HMDB00171 - HMDB01311 - kegg.compound: C00256 - metanetx.chemical: MNXM285 - seed.compound: cpd00221 - !!omap - id: lac__D_e - name: D-Lactate - compartment: e - charge: -1 - formula: C3H5O3 - annotation: !!omap - bigg.metabolite: lac__D - biocyc: META:D-LACTATE - chebi: - CHEBI:11001 - CHEBI:16004 - CHEBI:18684 - CHEBI:341 - CHEBI:42105 - CHEBI:42111 - CHEBI:43701 - hmdb: - HMDB00171 - HMDB01311 - kegg.compound: C00256 - metanetx.chemical: MNXM285 - seed.compound: cpd00221 - !!omap - id: nad_c - name: Nicotinamide adenine dinucleotide - compartment: c - charge: -1 - formula: C21H26N7O14P2 - annotation: !!omap - bigg.metabolite: nad - biocyc: NAD - cas: - 53-84-9 - chebi: - CHEBI:21901 - CHEBI:7422 - CHEBI:44214 - CHEBI:15846 - CHEBI:13394 - CHEBI:13393 - CHEBI:44215 - CHEBI:13389 - CHEBI:57540 - CHEBI:44281 - hmdb: HMDB00902 - kegg.compound: C00003 - kegg.drug: D00002 - pubchem.substance: '3305' - reactome: - REACT_192307 - REACT_29360 - REACT_427523 - REACT_194653 - REACT_113526 - seed.compound: cpd00003 - unipathway.compound: UPC00003 - !!omap - id: nadh_c - name: Nicotinamide adenine dinucleotide - reduced - compartment: c - charge: -2 - formula: C21H27N7O14P2 - annotation: !!omap - bigg.metabolite: nadh - biocyc: NADH - cas: - 58-68-4 - chebi: - CHEBI:13395 - CHEBI:21902 - CHEBI:16908 - CHEBI:7423 - CHEBI:44216 - CHEBI:57945 - CHEBI:13396 - hmdb: HMDB01487 - kegg.compound: C00004 - pubchem.substance: '3306' - reactome: - REACT_192305 - REACT_73473 - REACT_194697 - REACT_29362 - seed.compound: cpd00004 - unipathway.compound: UPC00004 - !!omap - id: pep_c - name: Phosphoenolpyruvate - compartment: c - charge: -3 - formula: C3H2O6P - annotation: !!omap - bigg.metabolite: pep - biocyc: PHOSPHO-ENOL-PYRUVATE - cas: - 138-08-9 - chebi: - CHEBI:44897 - CHEBI:44894 - CHEBI:14812 - CHEBI:8147 - CHEBI:26055 - CHEBI:26054 - CHEBI:58702 - CHEBI:18021 - hmdb: HMDB00263 - kegg.compound: C00074 - pubchem.substance: '3374' - reactome: - REACT_29492 - REACT_372364 - seed.compound: cpd00061 - unipathway.compound: UPC00074 - !!omap - id: pi_c - name: Phosphate - compartment: c - charge: -2 - formula: HO4P - annotation: !!omap - bigg.metabolite: pi - biocyc: - Pi - PHOSPHATE-GROUP - CPD0-1421 - cas: - 14265-44-2 - chebi: - CHEBI:37583 - CHEBI:7793 - CHEBI:37585 - CHEBI:34683 - CHEBI:14791 - CHEBI:34855 - CHEBI:29137 - CHEBI:29139 - CHEBI:63036 - CHEBI:26020 - CHEBI:39739 - CHEBI:32597 - CHEBI:32596 - CHEBI:43474 - CHEBI:63051 - CHEBI:43470 - CHEBI:9679 - CHEBI:35433 - CHEBI:4496 - CHEBI:45024 - CHEBI:18367 - CHEBI:26078 - CHEBI:39745 - CHEBI:24838 - hmdb: HMDB02142 - kegg.compound: - C13556 - C13558 - C00009 - kegg.drug: D05467 - pubchem.substance: '3311' - reactome: - REACT_947590 - REACT_109277 - REACT_113548 - REACT_2255331 - REACT_29372 - REACT_113550 - REACT_113551 - seed.compound: - cpd09464 - cpd09463 - cpd00009 - unipathway.compound: UPC00009 - !!omap - id: pi_e - name: Phosphate - compartment: e - charge: -2 - formula: HO4P - annotation: !!omap - bigg.metabolite: pi - biocyc: - Pi - PHOSPHATE-GROUP - CPD0-1421 - cas: - 14265-44-2 - chebi: - CHEBI:37583 - CHEBI:7793 - CHEBI:37585 - CHEBI:34683 - CHEBI:14791 - CHEBI:34855 - CHEBI:29137 - CHEBI:29139 - CHEBI:63036 - CHEBI:26020 - CHEBI:39739 - CHEBI:32597 - CHEBI:32596 - CHEBI:43474 - CHEBI:63051 - CHEBI:43470 - CHEBI:9679 - CHEBI:35433 - CHEBI:4496 - CHEBI:45024 - CHEBI:18367 - CHEBI:26078 - CHEBI:39745 - CHEBI:24838 - hmdb: HMDB02142 - kegg.compound: - C13556 - C13558 - C00009 - kegg.drug: D05467 - pubchem.substance: '3311' - reactome: - REACT_947590 - REACT_109277 - REACT_113548 - REACT_2255331 - REACT_29372 - REACT_113550 - REACT_113551 - seed.compound: - cpd09464 - cpd09463 - cpd00009 - unipathway.compound: UPC00009 - !!omap - id: pyr_c - name: Pyruvate - compartment: c - charge: -1 - formula: C3H3O3 - annotation: !!omap - bigg.metabolite: pyr - biocyc: PYRUVATE - cas: - 127-17-3 - chebi: - CHEBI:15361 - CHEBI:14987 - CHEBI:8685 - CHEBI:32816 - CHEBI:45253 - CHEBI:26466 - CHEBI:26462 - hmdb: HMDB00243 - kegg.compound: C00022 - lipidmaps: LMFA01060077 - pubchem.substance: '3324' - reactome: - REACT_113557 - REACT_389680 - REACT_29398 - seed.compound: cpd00020 - unipathway.compound: UPC00022 - reactions: - !!omap - id: ATPM - name: ATP maintenance requirement - metabolites: !!omap - adp_c: 1.0 - atp_c: -1.0 - h2o_c: -1.0 - h_c: 1.0 - pi_c: 1.0 - lower_bound: 8.39 - upper_bound: 1000.0 - gene_reaction_rule: '' - objective_coefficient: 1.0 - annotation: !!omap - bigg.reaction: ATPM - !!omap - id: D_LACt2 - name: '' - metabolites: !!omap [] - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: '' - !!omap - id: ENO - name: enolase - metabolites: !!omap - 2pg_c: -1.0 - h2o_c: 1.0 - pep_c: 1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b2779 - annotation: !!omap - bigg.reaction: ENO - !!omap - id: EX_glc__D_e - name: D-Glucose exchange - metabolites: !!omap - glc__D_e: -1.0 - lower_bound: -10.0 - upper_bound: 1000.0 - gene_reaction_rule: '' - annotation: !!omap - bigg.reaction: glc - sbo: SBO:0000627 - !!omap - id: EX_h_e - name: H+ exchange - metabolites: !!omap - h_e: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: '' - annotation: !!omap - bigg.reaction: h - sbo: SBO:0000627 - !!omap - id: EX_lac__D_e - name: D-lactate exchange - metabolites: !!omap - lac__D_e: -1.0 - lower_bound: 0.0 - upper_bound: 1000.0 - gene_reaction_rule: '' - annotation: !!omap - bigg.reaction: lac__D - sbo: SBO:0000627 - !!omap - id: FBA - name: fructose-bisphosphate aldolase - metabolites: !!omap - dhap_c: 1.0 - fdp_c: -1.0 - g3p_c: 1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b1773 or b2097 or b2925 - annotation: !!omap - bigg.reaction: FBA - !!omap - id: GAPD - name: glyceraldehyde-3-phosphate dehydrogenase - metabolites: !!omap - 13dpg_c: 1.0 - g3p_c: -1.0 - h_c: 1.0 - nad_c: -1.0 - nadh_c: 1.0 - pi_c: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b1779 - annotation: !!omap - bigg.reaction: GAPD - !!omap - id: GLCpts - name: D-glucose transport via PEP:Pyr PTS - metabolites: !!omap - g6p_c: 1.0 - glc__D_e: -1.0 - pep_c: -1.0 - pyr_c: 1.0 - lower_bound: 0.0 - upper_bound: 1000.0 - gene_reaction_rule: ( b2415 and b2417 and b1101 and b2416 ) or ( b2415 and b2417 and b1621 and b2416 ) or ( b2415 and b1818 and b1817 and b1819 and b2416 ) - annotation: !!omap - bigg.reaction: GLCpts - !!omap - id: H2Ot - name: R H2O transport via - diffusion - metabolites: !!omap - h2o_c: 1.0 - h2o_e: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b0875 or s0001 - annotation: !!omap - bigg.reaction: H2Ot - !!omap - id: LDH_D - name: D-lactate dehydrogenase - metabolites: !!omap - h_c: 1.0 - lac__D_c: -1.0 - nad_c: -1.0 - nadh_c: 1.0 - pyr_c: 1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b2133 or b1380 - annotation: !!omap - bigg.reaction: LDH_D - biocyc: META:DLACTDEHYDROGNAD-RXN - ec-code: 1.1.1.28 - kegg.reaction: R00704 - metanetx.reaction: MNXR101037 - rhea: - '16369' - '16370' - '16371' - '16372' - sbo: SBO:0000375 - !!omap - id: PFK - name: phosphofructokinase - metabolites: !!omap - adp_c: 1.0 - atp_c: -1.0 - f6p_c: -1.0 - fdp_c: 1.0 - h_c: 1.0 - lower_bound: 0.0 - upper_bound: 1000.0 - gene_reaction_rule: b3916 or b1723 - objective_coefficient: 1.0 - annotation: !!omap - bigg.reaction: PFK - !!omap - id: PGI - name: glucose-6-phosphate isomerase - metabolites: !!omap - f6p_c: 1.0 - g6p_c: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b4025 - annotation: !!omap - bigg.reaction: PGI - !!omap - id: PGK - name: phosphoglycerate kinase - metabolites: !!omap - 13dpg_c: 1.0 - 3pg_c: -1.0 - adp_c: 1.0 - atp_c: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b2926 - annotation: !!omap - bigg.reaction: PGK - !!omap - id: PGM - name: phosphoglycerate mutase - metabolites: !!omap - 2pg_c: -1.0 - 3pg_c: 1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b4395 or b3612 or b0755 - annotation: !!omap - bigg.reaction: PGM - !!omap - id: PIt2r - name: R phosphate reversible transport via - symport - metabolites: !!omap - h_c: 1.0 - h_e: -1.0 - pi_c: 1.0 - pi_e: -1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b2987 or b3493 - annotation: !!omap - bigg.reaction: PIt2r - !!omap - id: PYK - name: pyruvate kinase - metabolites: !!omap - adp_c: -1.0 - atp_c: 1.0 - h_c: -1.0 - pep_c: -1.0 - pyr_c: 1.0 - lower_bound: 0.0 - upper_bound: 1000.0 - gene_reaction_rule: b1854 or b1676 - annotation: !!omap - bigg.reaction: PYK - !!omap - id: TPI - name: triose-phosphate isomerase - metabolites: !!omap - dhap_c: -1.0 - g3p_c: 1.0 - lower_bound: -1000.0 - upper_bound: 1000.0 - gene_reaction_rule: b3919 - annotation: !!omap - bigg.reaction: TPI - genes: - !!omap - id: b0755 - name: gpmA - !!omap - id: b0875 - name: aqpZ - !!omap - id: b1101 - name: ptsG - !!omap - id: b1380 - name: ldhA - !!omap - id: b1621 - name: malX - !!omap - id: b1676 - name: pykF - annotation: !!omap - ncbigi: - GI:1208453 - GI:1652654 - !!omap - id: b1723 - name: pfkB - !!omap - id: b1773 - name: ydjI - !!omap - id: b1779 - name: gapA - !!omap - id: b1817 - name: manX - !!omap - id: b1818 - name: manY - !!omap - id: b1819 - name: manZ - !!omap - id: b1854 - name: pykA - !!omap - id: b2097 - name: fbaB - !!omap - id: b2133 - name: dld - !!omap - id: b2415 - name: ptsH - !!omap - id: b2416 - name: ptsI - !!omap - id: b2417 - name: crr - !!omap - id: b2779 - name: eno - annotation: !!omap - ncbigi: GI:1653839 - !!omap - id: b2925 - name: fbaA - !!omap - id: b2926 - name: pgk - annotation: !!omap - ncbigi: GI:1653609 - !!omap - id: b2987 - name: pitB - !!omap - id: b3493 - name: pitA - !!omap - id: b3612 - name: gpmM - !!omap - id: b3916 - name: pfkA - annotation: !!omap - ncbigi: - GI:1006614 - GI:1651919 - !!omap - id: b3919 - name: tpiA - !!omap - id: b4025 - name: pgi - annotation: !!omap - ncbigi: GI:1653253 - !!omap - id: b4395 - name: ytjC - !!omap - id: s0001 - name: G_s0001 - id: mini_textbook - compartments: !!omap - c: cytosol - e: extracellular - version: '1.2' cobrapy-0.23.0/src/cobra/test/data/mini_cobra.xml000066400000000000000000003103661417337024700216450ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/mini_fbc1.xml000066400000000000000000000712721417337024700213720ustar00rootroot00000000000000

FORMULA: C3H4O10P2

FORMULA: C3H4O7P

FORMULA: C3H4O7P

FORMULA: C10H12N5O10P2

FORMULA: C10H12N5O13P3

FORMULA: C3H5O6P

FORMULA: C6H11O9P

FORMULA: C6H10O12P2

FORMULA: C3H5O6P

FORMULA: C6H11O9P

FORMULA: C6H12O6

FORMULA: H2O

FORMULA: H2O

FORMULA: H

FORMULA: H

FORMULA: C3H5O3

FORMULA: C3H5O3

FORMULA: C21H26N7O14P2

FORMULA: C21H27N7O14P2

FORMULA: C3H2O6P

FORMULA: HO4P

FORMULA: HO4P

FORMULA: C3H3O3

FORMULA: C6H12O6

FORMULA: H

FORMULA: C3H5O3

GENE ASSOCIATION: b3603 or b2975

GENE ASSOCIATION: b2779

GENE ASSOCIATION: b1773 or b2097 or b2925

GENE ASSOCIATION: b1779

GENE ASSOCIATION: ( b2417 and b1621 and b2415 and b2416 ) or ( b2417 and b1101 and b2415 and b2416 ) or ( b1817 and b1818 and b1819 and b2415 and b2416 )

GENE ASSOCIATION: b0875 or s0001

GENE ASSOCIATION: b2133 or b1380

GENE ASSOCIATION: b3916 or b1723

GENE ASSOCIATION: b4025

GENE ASSOCIATION: b2926

GENE ASSOCIATION: b4395 or b3612 or b0755

GENE ASSOCIATION: b2987 or b3493

GENE ASSOCIATION: b1854 or b1676

GENE ASSOCIATION: b3919

 cobrapy-0.23.0/src/cobra/test/data/mini_fbc2.xml000066400000000000000000003103661417337024700213730ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/mini_fbc2.xml.bz2000066400000000000000000000122771417337024700220670ustar00rootroot00000000000000BZh91AY&SY@7`߀UUX`~{nցZo p٩{5GyBI dPu@QBl D@5=ji JB$O)D 4q&CM ѦL@hL ɄR&0&L1=FMAhifM26hMD4d4TS4Hm@4w+ՑtUHTLbVbQΠ3&_ ǎ4-?t}B*S:0@ FB{1TֻJ)tlNťK*ZZ-E-qd2ښXm5kI ]>[qJ`i)op)^xM _ )|u\kX˴ϫ^sՖ^VYoӝUP_dH*UP^M}|U9~}}.ΛY9y؆+Ub\7v]-8ͮ6j2ޞnDd n|R>SE")E)Q}oW{͒2Yd۶6r+2!"?3(>7-|1E9"x dfŲO}Em)7}8=USA@6g0R,u $ ѢXU٦4aG4);7 1n;ICFEފk*J!L%*oM%)*t:ZoঌsJhqZ(gwUtEACXa&-dC@PTULhж.L]\V(}&"GIT+ )Fhh+"(w u γDS&Uv6qGt CO؊w=Ǟ|%=8`-’' i#)fadrTF_`LÎ>E0FsE=襑Oj)=%29E* Nr"Z~2ڠdyvf_Sқ1MS}T~Rbl $򄎘R v#IyX;[Oqn1@@z਻gjYRu(B0!CmML R<"/X}vɳDZ`UجFUT}5 Ap AaO `'t YFG z/\&Gj3pfU6kHQBAT0JRHh,اH8=&LBhͦ3]$I$ruZUsu!4JecnQeNЦt D8hY2[:5Ǟ@ݡ";@ JQTCQ*ióC0T: QN8Wg}hFc8ÞA{b˸Q#yՎ[ Mꬨ8iVC^vʞ^4hǛqwZJ\-ײZhRHBX) s*1Mݛ48*%$KQsYm"pb`уshgJ-ڎ-$ܚ5ӥ g΂!v""!<یr I-g$.D#Q!YyQ4U K>щRgEi6j)nANY#RD M[6odUe )36Il00i$~,8~* ZU#Ҏg4e[o&h#YgE0-ǚG})ҞT]Ɂ$0S)>{)$/Gi䐡 eD3rf[?*lv.1mx: mZ40#[$jhS8.HR ƥ4::e9.Ma& ރAQCIJ-TbKcC*$U'BAԝ BŪ#{,/:2 sC#z>bz2φFHé.V1P50U< eM w$Gm jV2p2X<(:;2(M5Mu&I)LF8HruD0,9kTqb.IA‰ZF)_uD<M%TZK}Y`o .UH.dpSLMȣWSXAW JddQ e2EM)e?MUieG)(1E")E۔tl^Hޚ`R!l.U)OF5J϶S'HDb~L mkkmmmm-mmmm[[[[c`EQE(T*Ō2/|.(SIT⩊&6gOM>MhZ&b̫ }[߰ DI0̭Z Jj1ASif+t4ƴVUEEAb fQ! dknMe1 Purw%V%edx_l}y*"Q3fue_J*؊ORfϮB@RbXO ymkߖSoJut/>nW k:fr~xdS &iGv2ω%, D^[D bŀbœY]3;YC=c]p@Vു~Cm!X`$3ܽx-Ky4ݜr5Nj>1O6qb1#b1#"2#b ""{~}WtSI a4QE-SUxqP)1;!$8g}{ޞ^beDG{fhSՅ0`T+%OID ȣ=v0)N|¬UF"QTUQE^@:ݘOp?:'%]y/ w9<9)#U"DbA*"˯-2C/zPKOhwcŴL$31pҨS#)*ȍ1/}Bڔ1\\`p̡ QV1*Us_; 2o&5>Mz[D؊Jt*YggO$T.! 2k0SuJ~m2qu%>ԦJQ\Bʛk\&rUjJ 'D` .YNLh+ k'l*'u`?A|;h#NT|*k)SS#8~#S ! $Pxb<d9-p 3 Me52L+SSwYK"#XD$(oTӫvx$F{N;PTBFߊnzȝ,̭Sp3ab+ te4BH)"HN@XցC>;cZBw5Q#\eKd]+ENx듞E֥ho{]^WҦcMo"6FzTׅU&33*fTRQԔRpʖMC{)B7ʜQ7돱*)TRT=1AxUD1;wcwSL$N;~ moQ .ye|j!UQATyH⦊ "b e~x舨EuQ )I|hRS-3^ϥx==NV/N@x0%.mR3) RR &zCq'p^6vjcVLU*UlT䋣اٞG"zSgϲLV+!S!uld(Ì_x!C9I-..=v"=YdHspR{5ܥ>L۴e) 4!ՐV\8`Ғ"N#n԰plMYG`݌.`+,Ry*`*nNR6ږ4$;ӬAaɰFY}W#˔8>Ё k"3-Ճ,\dvhڮjJt%;%=LLE"Nѫu~smH(J*·))Eܪ3$Q8ԸZLQjTQv kRyyEꍄSpC;рhbY5  L z%>/R\kƼe8Jh7žE!4&-ZMZÒRe/JD6T3Tu Pzƥ$ n'\!$&7IOONzyQbqzT׼^5Qm"N_>Ҝm^ۚSwS/!PyEҦ OuNvǘCU).GeO?x4o<ꝟ-U*?ܑN$P'%cobrapy-0.23.0/src/cobra/test/data/mini_fbc2.xml.gz000066400000000000000000000143551417337024700220110ustar00rootroot00000000000000]sȶ>|OFhss1^R76ID$׿nEۧݙ2ڎZ;k$hMt7޴\돣ncN8If֯_0VZRC~ya'ݫlĽ֋&::gbl7I3f=yy?~ C7_4Gp>Mx^~o6SZD~?9n&<#ň~t_~쑄>ή$ f^t7jGzR?€u{Ni~kw︩.̃ğ+mDF;6T^?#CL]S:j|QcNne%֊ dfcNX$à`wGգlFDn yFZ\mղg^6-⬼Cd0;̚B8gPkk`p4f97x֯O?~Ɲi<6Wk Ӂ-N٘= c7IGWgCFl)wq~~i]ÛEERi鸅4qkk6i622+՝?OhPϮwȁg!3{kMG | [r1 5 W4hr mZObfЗn﯎x1 %{=v*vF6 `9Pxc sw>^~kt~NNn;gZ{yr{XNuDåx+>o>"B* ' @'3QX^@) 2m ^"lʣa4:̊1c(9d9ĶnĂnÇ`c+-3Q\dtYolPP}ݬV3c|\pPZϏ婊ÀAX$ 뮡2Gpmt4pA# X&ǶmZ|)Em '1(,"S&*c@ $0viRPWxQb-}"9\dpYv)xkluʱ*%˦ !5kRӑhHJ80(LDX~cS˹T&2u傈HpP_pƄQޝ6*.y_yӔKDKMzxѬthuG) aaQT:70Eɐ, ۦLPJGýl =0ŜKP4-h|LE&IQ(E)WHTab2@ZA[FQv\wK贄H=ATHqTxT6x)"amTT>=׹$s,5d У bR)j>ޗ@1|86mDlQx!C`BC P͉G*F0N+l`%- )90E؊OaܝEv/}Bl<2Q|K Cأ&R J:([b$0B"ۂì ^Q4MS+OX03V>Qơ:BTUL2!1`i*nݰ¡Hw%D ,+ :,U@I2,lEL80l٦2`8SBoү:vsƔuZN,>1e~ EeVieVieViWieV'UieVieVieVieZӹ\)lm3L+lfiyBݛm0mMV_LMۇAՈ*~-i"^$g hi͹BJ,"آw1LS!$La YEy޺Y#!`#j1x181pLAB+ B5`nԨX̮ Æ4Cw(Jmr1EeMTH^&M8`*MinJsSܔ47)ͭH]n-pWkxU8g,MKIЭZ]@-ƞ6Zk$(M"֓6^:H>NY#DLagJ^^aaD!佒JȿJ!/V y%䕐[SwQxa.~5t@ e}J /F!J-wLNA77t, 4䏖V>| $0K&긆 k5;dPZg*R!-.$ WU@HA %Z=_B鉪ǡLH2􁰊Zqʻ8%,Q^qJFez"MeR)eR)eR)W)ezEeR)eR)ezƩE g=Qt[٧ҹ"jAͱ!K7R&hp` 3a㋚ 5>(LV>0fO*H30qgq /*0èuLHs1lpn;"wR #63\8C` lllu[C?t9S{{7ŵl+7"/ np47=NB?f%"p﹗(5_ (w2M8jefܵ}4EyV^u/?%1^my*./A&x<$*(rHj8ySoy$þ_eXS͋qGe޹:6n\~{ wNGc; u_#/k̛ྐྵu ${¦O V{@m1W/7{mr٦\[Wq d؃kBn}>3s8pZl#0@Hepɼs&' -l2 mGӌ2aT=-5ȪsʣW~~F`I폂EߋƋmSQȚ|A y "`M^aNJ@);ڡ`z@bNgI,ˣ!at6$;ga4~n{=.F,[M)J֔ Wp #\eIQ+tPen<]|Au>ݕLBUUwYWnuQMF~Jۨ&K闸T;S7 vTRZcQR4H y 0GA9fx^,Tݶ*cgc]/S]':fyK1,榐 7k \am[sq}n^Ck}-tpq|t}ui=:Lyh-dɊL55;+j%>$,8mZ,roQ1QP-)Yg2p }GB W*h„85ʽ=˜<0&*(kf.ȏYGJ~߂) k[,p o%Cb@&8ۀ2^F`2W{_OH}6 5R|L 6 ʟ'DwΟAi!%^VyGLT\7|Lpf*"jc6pJT#ŵ1N|;m[~X "Iz!e{ZWRl1|ۘUۛԚSoS c++E|]Wl|e> L$ݓ9JN "Tx R1uhDT=_2EGڄJ.n{}YOL8soIŌ=1qrLoJ SCo80!*O( nM']^ Um/677^(d)p|;Nj7`f" ΂\FJf~ڥWouJW+-|Yۚ$VA!uTZԚ`Tn_6e?Zqo?zucobrapy-0.23.0/src/cobra/test/data/raven.mat000066400000000000000000000047271417337024700206400ustar00rootroot00000000000000MATLAB 5.0 MAT-file, Platform: PCWIN64, Created on: Thu Dec 22 17:19:49 2016 IMO xr0Ƿ!ICUny`9)CC< 'n-fcٝrx^7DGMҁ3y} uĬbS[|ᾘ{~bD 8VvOP^&/Z~.j?jŷB J9mCWENqx4e'ER|ڠet戰%Ei,bX@ QK4M~ߧ)r3,fX\8Blc0!R(LИ׽!ﰓ,O˾~~Asg-Ew|V vx/[ߠ+V}:?Wq߿&FW9mbNRe$9Wq!Iֳ-IΖ\>m{"9r91 w!ooY(w"?Ugȫ4yn qp}IsaX?3(ߝE"KfwE{wC   Om7wM0Sc\;x]n=K)|D#|fB2iqyeo\)J) eQ+Wbg^K0;u+(> Z٠sN|t ٌ,6%o6hj}Q8?݁9' [skYXKΔ,hK.~sDAɼvɼÒyY޿JW1F|:3ϞF ECGƽ4aEqIFc>p‚:+g9 ڴ?}|qeӿ"yz?ȗ?c6K>2>h8t8IR3㉻){g{J#q<>q4 VGTVbUg|"΢"˶᳭|1S*T1?a!ŹcQCG_LQh <>Nbu{;?W~n4|dXd4GHEc HȆ8|a+A~UD&ůnɸw^`$nK <=exo=eܹ+s_~U-ϟEg|nԧy?XN@v~+FZN-vd7Ҧ|(Q7 ɱ Sx G݄%$@+9ɘf<; I*W5W=\W E^x/W}!|~Fdrzfo'^xGI|>&^;N/)JG9F{~'^W'O 5=moIW˹!p/5o-ʹW4WoT3}ތS@[A' DQ^yv[4_^ fsR=|@g߲<ćd`_/./oo.Շ$?Gx^ X걔#^EFW=ZW}XΏ0Utp/뮱~<ܾt*J'?egVv:Uo\ce``bF f h2@UgENJ07 x~Q}JgG;{CgD/ ;F :}}LhPؠ| KMe`(K)MW;R?r2W??)_/9#5)jˍf/iehnal6~䇟h~&FFG~h~ͿhKoSGa7o(=1cobrapy-0.23.0/src/cobra/test/data/raven.pickle000066400000000000000000000264441417337024700213260ustar00rootroot00000000000000ccobra.core.model Model q)q}q(X_idqXHHqXnameqNXnotesq}qX _annotationq}q X_trimmedq X_trimmed_genesq ]q X_trimmed_reactionsq }qXgenesqccobra.core.dictlist DictList q)Rq(ccobra.core.gene Gene q)q}q(hXYMR056CqhXqh}qh}qX_modelqNX _reactionqc__builtin__ set q]qqRqX _functionalqubh)q }q!(hXYBL030Cq"hhh}q#h}q$hNhh]q%q&Rq'hubh)q(}q)(hXYBR085Wq*hhh}q+h}q,hNhh]q-q.Rq/hube}q0X_dictq1}q2(hKh"Kh*KusbX reactionsq3h)Rq4(ccobra.core.reaction Reaction q5)q6}q7(hX2MBACtq8hX'2-methylbutyl transport (extracellular)q9h}q:h}q;X_gene_reaction_ruleqX_genesq?h]q@qARqBX _metabolitesqC}qD(ccobra.core.metabolite Metabolite qE)qF}qG(hXm208qHhX2-methylbutyl acetateqIh}qJh}qKhNhh]qLqMRqNXformulaqONX compartmentqPcnumpy.core.multiarray scalar qQcnumpy dtype qRXU1qSqTRqU(KXhNhh]r?r@RrAhONhPhQhRXU1rBrCRrD(KhVNNNKKKtrEbhXX2rFhZrGRrHrIRrJh_Nh`GubhQhchXX ð?rKhZrLRrMrNRrOhE)rP}rQ(hXm1408rRhX2-phenylethanolrSh}rTh}rUhNhh]rVrWRrXhONhPhQhRXU1rYrZRr[(KhVNNNKKKtr\bhXX1r]hZr^Rr_r`Rrah_Nh`GubhQhchXX ð¿rbhZrcRrdreRrfuhNhG@hG@@ubh5)rg}rh(hX3C3HMPtrihX&2-Isopropylmalate transport, diffusionrjh}rkh}rlhhPhQhRXU1r?r@RrA(KhVNNNKKKtrBbhXX1rChZrDRrErFRrGh_Nh`GubhQhchXX ð?rHhZrIRrJrKRrLuhNhG@hG@@ubh5)rM}rN(hXAAC1rOhXADP,ATP carrier protein 1rPh}rQh}rRhz򚼯HsububX _tolerancer!G>z򚼯Hub.cobrapy-0.23.0/src/cobra/test/data/salmonella.genes000066400000000000000000001134121417337024700221640ustar00rootroot00000000000000(dp1 S'STM3699' p2 S'cysE' p3 sS'STM4366' p4 S'purA' p5 sS'STM2466' p6 S'eutD' p7 sS'STM3482' p8 S'gph' p9 sS'STM2460' p10 S'eutH' p11 sS'STM2463' p12 S'eutE' p13 sS'STM2183' p14 S'cdd' p15 sS'STM1746.S' p16 S'oppA' p17 sS'STM2058' p18 S'pduX' p19 sS'STM3483' p20 S'rpe' p21 sS'STM0393' p22 S'yajF' p23 sS'STM2667' p24 S'pheA' p25 sS'STM3702' p26 S'grxC' p27 sS'STM3961' p28 S'pldB' p29 sS'STM3960' p30 S'rhtB' p31 sS'STM2662' p32 S'rluD' p33 sS'STM3965' p34 S'metE' p35 sS'STM2461' p36 S'eutG' p37 sS'STM0586' p38 S'fes' p39 sS'STM3968' p40 S'udp' p41 sS'STM2502' p42 S'ppx' p43 sS'STM4278.S' p44 S'nrfB' p45 sS'STM2500' p46 S'purN' p47 sS'STM2501' p48 S'ppk' p49 sS'STM3793' p50 S'-' sS'STM3686' p51 S'mtlD' p52 sS'STM2808' p53 S'nrdF' p54 sS'STM0247' p55 S'metN' p56 sS'STM0246' p57 S'yaeE' p58 sS'STM0245' p59 S'metQ' p60 sS'STM1793' p61 S'-' sS'STM1375' p62 S'ynhG' p63 sS'STM0248' p64 S'yaeD' p65 sS'STM0719' p66 S'-' sS'STM2074' p67 S'hisB' p68 sS'STM0399' p69 S'brnQ' p70 sS'STM0087' p71 S'folA' p72 sS'STM2075' p73 S'hisH' p74 sS'STM0329' p75 S'-' sS'STM0498' p76 S'copA' p77 sS'STM0773' p78 S'galM' p79 sS'STM0494' p80 S'ushA' p81 sS'STM0320' p82 S'phoE' p83 sS'STM0088' p84 S'apaH' p85 sS'STM0322' p86 S'proA' p87 sS'STM0491' p88 S'gsk' p89 sS'STM0812' p90 S'ybhO' p91 sS'STM2189' p92 S'mglA' p93 sS'STM1826' p94 S'sdaA' p95 sS'STM3624A' p96 S'-' sS'STM2956' p97 S'relA' p98 sS'STM2064' p99 S'phsB' p100 sS'STM2959' p101 S'-' sS'STM1104' p102 S'hpaF' p103 sS'STM3697' p104 S'-' sS'STM2774' p105 S'iroC' p106 sS'STM3938' p107 S'hemC' p108 sS'STM1101' p109 S'hpaG' p110 sS'STM3200' p111 S'rfaE' p112 sS'STM3939' p113 S'cyaA' p114 sS'STM0958' p115 S'trxB' p116 sS'STM1255' p117 S'-' sS'STM0661' p118 S'rihA' p119 sS'STM1468' p120 S'fumA' p121 sS'STM0663' p122 S'gltK' p123 sS'STM0662' p124 S'gltL' p125 sS'STM0889' p126 S'artQ' p127 sS'STM0888' p128 S'artM' p129 sS'STM1469' p130 S'fumC' p131 sS'STM0140' p132 S'coaE' p133 sS'STM0141' p134 S'guaC' p135 sS'STM0887' p136 S'artJ' p137 sS'STM0671' p138 S'ubiF' p139 sS'STM0145' p140 S'nadC' p141 sS'STM0146' p142 S'ampD' p143 sS'STM0619' p144 S'citG' p145 sS'STM2168' p146 S'pbpG' p147 sS'STM3068' p148 S'fba' p149 sS'STM3069' p150 S'pgk' p151 sS'STM3066' p152 S'yggA' p153 sS'STM2165' p154 S'yehZ' p155 sS'STM2167' p156 S'dld' p157 sS'STM3062' p158 S'serA' p159 sS'STM3063' p160 S'rpiA' p161 sS'STM2162' p162 S'yehW' p163 sS'STM2163' p164 S'yehX' p165 sS'STM0866' p166 S'mdfA' p167 sS'STM0865' p168 S'ybjG' p169 sS'STM0863' p170 S'dacC' p171 sS'STM3881' p172 S'rbsD' p173 sS'STM0861' p174 S'yliI' p175 sS'STM1107' p176 S'hpaX' p177 sS'STM0183' p178 S'folK' p179 sS'STM0791' p180 S'hutH' p181 sS'STM2550' p182 S'asrC' p183 sS'STM2838.S' p184 S'gutQ' p185 sS'STM1718' p186 S'btuR' p187 sS'STM0242' p188 S'proS' p189 sS'STM2929' p190 S'ispF' p191 sS'STM1712' p192 S'acnA' p193 sS'STM1710' p194 S'pgpB' p195 sS'STM1711' p196 S'ribA' p197 sS'STM3500' p198 S'pckA' p199 sS'STM2669' p200 S'tyrA' p201 sS'STM0101' p202 S'araD' p203 sS'STM2146' p204 S'thiD' p205 sS'STM0985' p206 S'lpxK' p207 sS'STM1883' p208 S'purT' p209 sS'STM2467' p210 S'eutT' p211 sS'STM1886' p212 S'zwf' p213 sS'STM1787' p214 S'-' sS'STM1884' p215 S'eda' p216 sS'STM1885' p217 S'edd' p218 sS'STM3787' p219 S'uhpT' p220 sS'STM2301' p221 S'arnT' p222 sS'STM1963' p223 S'amyA' p224 sS'STM1889' p225 S'msbB' p226 sS'STM2305' p227 S'menE' p228 sS'STM2306' p229 S'menC' p230 sS'STM2307' p231 S'menB' p232 sS'STM3668' p233 S'yiaK' p234 sS'STM2025' p235 S'cbiK' p236 sS'STM3542' p237 S'gntK' p238 sS'STM0963' p239 S'serS' p240 sS'STM3660' p241 S'xylB' p242 sS'STM0444' p243 S'ampG' p244 sS'STM2092' p245 S'rfbF' p246 sS'STM2093' p247 S'rfbI' p248 sS'STM3664' p249 S'malS' p250 sS'STM0440' p251 S'cyoD' p252 sS'STM0443' p253 S'cyoA' p254 sS'STM0442' p255 S'cyoB' p256 sS'STM4100' p257 S'metB' p258 sS'STM4101' p259 S'metL' p260 sS'STM2391' p261 S'fadL' p262 sS'STM1290' p263 S'gapA' p264 sS'STM1569' p265 S'fdnH' p266 sS'STM1568' p267 S'fdnI' p268 sS'STM4106' p269 S'katG' p270 sS'STM4108' p271 S'gldA' p272 sS'STM4109' p273 S'talC' p274 sS'STM1567' p275 S'adhP' p276 sS'STM1566' p277 S'sfcA' p278 sS'STM2020' p279 S'cbiO' p280 sS'STM0756' p281 S'nadA' p282 sS'STM3147' p283 S'hybC' p284 sS'STM3704' p285 S'pmgI' p286 sS'STM1818' p287 S'fadD' p288 sS'STM2948' p289 S'cysJ' p290 sS'STM2949' p291 S'ptpS' p292 sS'STM2946' p293 S'cysH' p294 sS'STM2947' p295 S'cysI' p296 sS'STM2009' p297 S'amn' p298 sS'STM2927' p299 S'surE' p300 sS'STM1763' p301 S'narH' p302 sS'STM1762' p303 S'narJ' p304 sS'STM1761' p305 S'narI' p306 sS'STM0686' p307 S'glnS' p308 sS'STM4081' p309 S'tpiA' p310 sS'STM4080' p311 S'-' sS'STM1584' p312 S'ansP' p313 sS'STM4085' p314 S'glpX' p315 sS'STM4084' p316 S'fpr' p317 sS'STM4087' p318 S'glpF' p319 sS'STM4086' p320 S'glpK' p321 sS'STM2105.S' p322 S'manC' p323 sS'STM2548' p324 S'asrA' p325 sS'STM4323' p326 S'dipZ' p327 sS'STM2072' p328 S'hisD' p329 sS'STM4326' p330 S'aspA' p331 sS'STM3714' p332 S'rfaK' p333 sS'STM3715' p334 S'rfaZ' p335 sS'STM3716' p336 S'rfaY' p337 sS'STM3717' p338 S'rfaJ' p339 sS'STM3710' p340 S'rfaD' p341 sS'STM3711' p342 S'rfaF' p343 sS'STM3712' p344 S'rfaC' p345 sS'STM3713' p346 S'rfaL' p347 sS'STM0698' p348 S'pgm' p349 sS'STM3002' p350 S'lgt' p351 sS'STM3718' p352 S'rfaI' p353 sS'STM3719' p354 S'rfaB' p355 sS'STM1780' p356 S'prsA' p357 sS'STM0364' p358 S'foxA' p359 sS'STM0368' p360 S'prpB' p361 sS'STM0369' p362 S'prpC' p363 sS'STM3882' p364 S'rbsA' p365 sS'STM0974' p366 S'focA' p367 sS'STM0879' p368 S'potH' p369 sS'STM0049' p370 S'ispH' p371 sS'STM4421' p372 S'-' sS'STM1067' p373 S'fabA' p374 sS'STM3959' p375 S'rhtC' p376 sS'STM0593' p377 S'ybdA' p378 sS'STM4035' p379 S'fdoI' p380 sS'STM4036' p381 S'fdoH' p382 sS'STM4037' p383 S'fdoG' p384 sS'STM0045' p385 S'ribF' p386 sS'STM0596' p387 S'entE' p388 sS'STM0595' p389 S'entC' p390 sS'STM0594' p391 S'fepB' p392 sS'STM3218' p393 S'oat' p394 sS'STM4137' p395 S'murB' p396 sS'STM2536' p397 S'pepB' p398 sS'STM0091' p399 S'pdxA' p400 sS'STM2533' p401 S'sseA' p402 sS'STM2531' p403 S'pbpC' p404 sS'STM4139' p405 S'coaA' p406 sS'STM2435' p407 S'pdxK' p408 sS'STM2432' p409 S'ptsI' p410 sS'STM2433' p411 S'crr' p412 sS'STM2430' p413 S'cysK' p414 sS'STM2431' p415 S'ptsH' p416 sS'STM1200' p417 S'tdk' p418 sS'STM0627' p419 S'dcuC' p420 sS'STM2776' p421 S'iroE' p422 sS'STM0621' p423 S'citF' p424 sS'STM0620' p425 S'citX' p426 sS'STM0623' p427 S'citD' p428 sS'STM0622' p429 S'citE' p430 sS'STM3300' p431 S'dacB' p432 sS'STM3936' p433 S'hemX' p434 sS'STM3937' p435 S'hemD' p436 sS'STM0180' p437 S'panD' p438 sS'STM0181' p439 S'panC' p440 sS'STM0182' p441 S'panB' p442 sS'STM0321' p443 S'proB' p444 sS'STM1617' p445 S'-' sS'STM0828' p446 S'glnQ' p447 sS'STM0218' p448 S'pyrH' p449 sS'STM2206' p450 S'fruF' p451 sS'STM1204' p452 S'fhuE' p453 sS'STM0966' p454 S'dmsC' p455 sS'STM0740' p456 S'cydA' p457 sS'STM0213' p458 S'dapD' p459 sS's0001' p460 S'' sS'STM0984' p461 S'msbA' p462 sS'STM4300' p463 S'fumB' p464 sS'STM0829' p465 S'glnP' p466 sS'STM1203' p467 S'ptsG' p468 sS'STM0980' p469 S'cmk' p470 sS'STM1208' p471 S'thiK' p472 sS'STM1209' p473 S'nagZ' p474 sS'STM2991' p475 S'amiC' p476 sS'STM2992' p477 S'argA' p478 sS'STM4456' p479 S'mgtA' p480 sS'STM2820' p481 S'yqaB' p482 sS'STM0970' p483 S'pflA' p484 sS'STM2253' p485 S'ccmB' p486 sS'STM0988' p487 S'kdsB' p488 sS'STM1496' p489 S'-' sS'STM3733' p490 S'pyrE' p491 sS'STM0130' p492 S'ddl' p493 sS'STM3983' p494 S'fadB' p495 sS'STM3982' p496 S'fadA' p497 sS'STM3242' p498 S'tdcD' p499 sS'STM3243' p500 S'tdcC' p501 sS'STM0137' p502 S'mutT' p503 sS'STM3986' p504 S'trkH' p505 sS'STM4452' p506 S'nrdD' p507 sS'STM1538' p508 S'-' sS'STM3248' p509 S'garR' p510 sS'STM3249' p511 S'garL' p512 sS'STM3057' p513 S'ubiH' p514 sS'STM1125' p515 S'putP' p516 sS'STM3055' p517 S'gcvT' p518 sS'STM3054' p519 S'gcvH' p520 sS'STM3045' p521 S'fldB' p522 sS'STM2190' p523 S'mglB' p524 sS'STM2193' p525 S'folE' p526 sS'STM3114' p527 S'speC' p528 sS'STM2057' p529 S'pduW' p530 sS'STM2199' p531 S'cirA' p532 sS'STM3113' p533 S'nupG' p534 sS'STM1102' p535 S'hpaE' p536 sS'STM0528' p537 S'allD' p538 sS'STM0522' p539 S'allP' p540 sS'STM0523' p541 S'allB' p542 sS'STM0527' p543 S'allC' p544 sS'STM0525' p545 S'glxK' p546 sS'STM1723' p547 S'trpE' p548 sS'STM0463' p549 S'amtB' p550 sS'STM1448' p551 S'pdxH' p552 sS'STM1449' p553 S'tyrS' p554 sS'STM1338' p555 S'pheT' p556 sS'STM2321' p557 S'nuoI' p558 sS'STM1725' p559 S'trpC' p560 sS'STM1724' p561 S'trpD' p562 sS'STM2089' p563 S'rfbJ' p564 sS'STM1440' p565 S'sodC' p566 sS'STM1337' p567 S'pheS' p568 sS'STM1446' p569 S'anmK' p570 sS'STM1332' p571 S'rfc' p572 sS'STM2933' p573 S'cysC' p574 sS'STM2121' p575 S'dcd' p576 sS'STM2122' p577 S'udk' p578 sS'STM3139' p579 S'gsp' p580 sS'STM3180' p581 S'ygiN' p582 sS'STM3185' p583 S'nudF' p584 sS'STM3259' p585 S'-' sS'STM3186' p586 S'tolC' p587 sS'STM2278' p588 S'nrdB' p589 sS'STM2370' p590 S'pdxB' p591 sS'STM2051' p592 S'pduP' p593 sS'STM4159' p594 S'thiH' p595 sS'STM2096' p596 S'rfbD' p597 sS'STM2378' p598 S'fabB' p599 sS'STM4477' p600 S'pepA' p601 sS'STM0425' p602 S'thiI' p603 sS'STM2276' p604 S'ubiG' p605 sS'STM2277' p606 S'nrdA' p607 sS'STM0416' p608 S'ribD' p609 sS'STM0417' p610 S'ribH' p611 sS'STM3612' p612 S'kdgK' p613 sS'STM0413' p614 S'tsx' p615 sS'STM0795' p616 S'bioF' p617 sS'STM0794' p618 S'bioB' p619 sS'STM0797' p620 S'bioD' p621 sS'STM3258' p622 S'-' sS'STM0793' p623 S'bioA' p624 sS'STM0419' p625 S'thiL' p626 sS'STM2289' p627 S'-' sS'STM4408' p628 S'msrA' p629 sS'STM2041' p630 S'pduD' p631 sS'STM3247' p632 S'garK' p633 sS'STM0004' p634 S'thrC' p635 sS'STM0007' p636 S'talB' p637 sS'STM0006' p638 S'yaaJ' p639 sS'STM2320' p640 S'nuoJ' p641 sS'STM0003' p642 S'thrB' p643 sS'STM0002' p644 S'thrA' p645 sS'STM2977' p646 S'fucK' p647 sS'STM2976' p648 S'fucI' p649 sS'STM2975' p650 S'fucP' p651 sS'STM2974' p652 S'fucA' p653 sS'STM2973' p654 S'fucO' p655 sS'STM2841' p656 S'ygbD' p657 sS'STM2971' p658 S'sdaB' p659 sS'STM2970' p660 S'sdaC' p661 sS'STM1647' p662 S'ldhA' p663 sS'STM1435' p664 S'gloA' p665 sS'STM1433' p666 S'ydhD' p667 sS'STM1431' p668 S'sodB' p669 sS'STM4176' p670 S'purH' p671 sS'STM2472' p672 S'maeB' p673 sS'STM2473' p674 S'talA' p675 sS'STM2477' p676 S'yffH' p677 sS'STM0388' p678 S'aroL' p679 sS'STM0103' p680 S'araB' p681 sS'STM0386' p682 S'proC' p683 sS'STM4358' p684 S'amiB' p685 sS'STM3382' p686 S'panF' p687 sS'STM3241' p688 S'tdcE' p689 sS'STM0380' p690 S'ddl' p691 sS'STM3254' p692 S'-' sS'STM3970' p693 S'ubiE' p694 sS'STM3972' p695 S'ubiB' p696 sS'STM2578' p697 S'pdxJ' p698 sS'STM2670' p699 S'aroF' p700 sS'STM3257' p701 S'-' sS'STM3978' p702 S'yigC' p703 sS'STM3979' p704 S'fre' p705 sS'STM4248' p706 S'tyrB' p707 sS'STM2577' p708 S'acpS' p709 sS'STM2283' p710 S'glpT' p711 sS'STM4283' p712 S'gltP' p713 sS'STM0700' p714 S'potE' p715 sS'STM2282' p716 S'glpQ' p717 sS'STM0706' p718 S'kdpA' p719 sS'STM0255' p720 S'dkgB' p721 sS'STM4285' p722 S'fdhF' p723 sS'STM0705' p724 S'kdpB' p725 sS'STM3871' p726 S'atpB' p727 sS'STM3870' p728 S'atpE' p729 sS'STM2786' p730 S'-' sS'STM3872' p731 S'atpI' p732 sS'STM3877' p733 S'asnA' p734 sS'STM2284' p735 S'glpA' p736 sS'STM1155' p737 S'htrB' p738 sS'STM0701' p739 S'speF' p740 sS'STM3493' p741 S'mrcA' p742 sS'STM1651' p743 S'nifJ' p744 sS'STM2286' p745 S'glpC' p746 sS'STM0317' p747 S'gpt' p748 sS'STM0316' p749 S'pepD' p750 sS'STM3905' p751 S'ilvA' p752 sS'STM0964' p753 S'dmsA' p754 sS'STM3279' p755 S'mtr' p756 sS'STM2194' p757 S'yeiG' p758 sS'STM2787' p759 S'-' sS'STM4420' p760 S'-' sS'STM2019' p761 S'cbiP' p762 sS'STM0568' p763 S'pheP' p764 sS'STM3506' p765 S'feoB' p766 sS'STM2403' p767 S'glk' p768 sS'STM2401' p769 S'ddg' p770 sS'STM3053' p771 S'gcvP' p772 sS'STM3334' p773 S'-' sS'STM2090' p774 S'rfbH' p775 sS'STM0519' p776 S'glxR' p777 sS'STM2409' p778 S'nupC' p779 sS'STM2408' p780 S'mntH' p781 sS'STM0518' p782 S'gip' p783 sS'STM0171' p784 S'yadF' p785 sS'STM0170' p786 S'hpt' p787 sS'STM2809' p788 S'proV' p789 sS'STM3553' p790 S'ugpQ' p791 sS'STM0776' p792 S'galE' p793 sS'STM0775' p794 S'galT' p795 sS'STM0774' p796 S'galK' p797 sS'STM0957' p798 S'cydD' p799 sS'STM0956' p800 S'cydC' p801 sS'STM0665' p802 S'gltI' p803 sS'STM0890' p804 S'artI' p805 sS'STM0891' p806 S'artP' p807 sS'STM3206' p808 S'folB' p809 sS'STM0664' p810 S'gltJ' p811 sS'STM2832' p812 S'srlA' p813 sS'STM1502' p814 S'speG' p815 sS'STM3013' p816 S'lysA' p817 sS'STM3112' p818 S'mltC' p819 sS'STM2316.S' p820 S'nuoN' p821 sS'STM3010' p822 S'aas' p823 sS'STM2155' p824 S'metG' p825 sS'STM3016' p826 S'araE' p827 sS'STM4273' p828 S'actP' p829 sS'STM1892.S' p830 S'znuC' p831 sS'STM0047' p832 S'lspA' p833 sS'STM2831' p834 S'mltB' p835 sS'STM2052' p836 S'pduQ' p837 sS'STM0872' p838 S'grxA' p839 sS'STM1377' p840 S'lpp' p841 sS'STM1378' p842 S'pykF' p843 sS'STM1477' p844 S'ydgI' p845 sS'STM3380' p846 S'accC' p847 sS'STM0878' p848 S'potG' p849 sS'STM4568' p850 S'deoA' p851 sS'STM3920' p852 S'wecB' p853 sS'STM4424.S' p854 S'-' sS'STM2511' p855 S'guaB' p856 sS'STM4569' p857 S'deoB' p858 sS'STM2079' p859 S'wzzB' p860 sS'STM2309' p861 S'menD' p862 sS'STM0880' p863 S'potI' p864 sS'STM2399' p865 S'pgtP' p866 sS'STM3926' p867 S'wzxE' p868 sS'STM3475' p869 S'nirD' p870 sS'STM3474' p871 S'nirB' p872 sS'STM3477' p873 S'cysG' p874 sS'STM3476' p875 S'nirC' p876 sS'STM1479' p877 S'pntA' p878 sS'STM2323.S' p879 S'nuoG' p880 sS'STM3379' p881 S'accB' p882 sS'STM3655' p883 S'glyS' p884 sS'STM2530' p885 S'-' sS'STM3656' p886 S'glyQ' p887 sS'STM3240' p888 S'tdcG' p889 sS'STM3795' p890 S'ilvN' p891 sS'STM3796' p892 S'ilvB' p893 sS'STM3250' p894 S'garD' p895 sS'STM3792' p896 S'-' sS'STM1577' p897 S'narZ' p898 sS'STM3353' p899 S'oadG' p900 sS'STM2783' p901 S'nixA' p902 sS'STM0517' p903 S'gcl' p904 sS'STM3921' p905 S'wecC' p906 sS'STM0515' p907 S'allA' p908 sS'STM0837' p909 S'ybiS' p910 sS'STM3556' p911 S'ugpA' p912 sS'STM3557' p913 S'ugpB' p914 sS'STM3554' p915 S'ugpC' p916 sS'STM3555' p917 S'ugpE' p918 sS'STM0457' p919 S'cof' p920 sS'STM0310' p921 S'gmhA' p922 sS'STM3551' p923 S'ggt' p924 sS'STM1473' p925 S'ompN' p926 sS'STM2833' p927 S'srlE' p928 sS'STM1578' p929 S'narY' p930 sS'STM2383' p931 S'mepA' p932 sS'STM2384' p933 S'aroC' p934 sS'STM4348' p935 S'psd' p936 sS'STM2834' p937 S'slrB' p938 sS'STM2835' p939 S'srlD' p940 sS'STM2388' p941 S'fadJ' p942 sS'STM2389' p943 S'fadI' p944 sS'STM1570' p945 S'fdnG' p946 sS'STM4131' p947 S'murI' p948 sS'STM4130' p949 S'btuB' p950 sS'STM2164' p951 S'yehY' p952 sS'STM3150' p953 S'hypO' p954 sS'STM1779' p955 S'ipk' p956 sS'STM2016' p957 S'cobT' p958 sS'STM2017' p959 S'cobS' p960 sS'STM1802' p961 S'dadX' p962 sS'STM1803' p963 S'dadA' p964 sS'STM3158' p965 S'exbD' p966 sS'STM3159' p967 S'exbB' p968 sS'STM1806' p969 S'nhaB' p970 sS'STM1771' p971 S'chaA' p972 sS'STM1772' p973 S'kdsA' p974 sS'STM2934' p975 S'cysN' p976 sS'STM4485' p977 S'idnK' p978 sS'STM4484' p979 S'idnD' p980 sS'STM1597' p981 S'ydcW' p982 sS'STM2205' p983 S'fruK' p984 sS'STM2204' p985 S'fruA' p986 sS'STM4483' p987 S'idnO' p988 sS'STM4482' p989 S'idnT' p990 sS'STM2483' p991 S'dapE' p992 sS'STM0208' p993 S'dgt' p994 sS'STM1599' p995 S'pdgL' p996 sS'STM4090' p997 S'menA' p998 sS'STM3721' p999 S'rfaP' p1000 sS'STM2018' p1001 S'cobU' p1002 sS'STM3723' p1003 S'rfaQ' p1004 sS'STM3722' p1005 S'rfaG' p1006 sS'STM3725' p1007 S'coaD' p1008 sS'STM3724' p1009 S'kdtA' p1010 sS'STM0206' p1011 S'btuF' p1012 sS'STM2088' p1013 S'rfbX' p1014 sS'STM1727' p1015 S'trpA' p1016 sS'STM1800' p1017 S'ldcA' p1018 sS'STM0124' p1019 S'murF' p1020 sS'STM1726' p1021 S'trpB' p1022 sS'STM0056' p1023 S'-' sS'STM3866' p1024 S'atpG' p1025 sS'STM2091' p1026 S'rfbG' p1027 sS'STM1777' p1028 S'hemA' p1029 sS'STM0532' p1030 S'arcC' p1031 sS'STM0429' p1032 S'phnS' p1033 sS'STM0051' p1034 S'rihC' p1035 sS'STM0427' p1036 S'phnU' p1037 sS'STM3884' p1038 S'rbsB' p1039 sS'STM1695' p1040 S'sapD' p1041 sS'STM0423' p1042 S'ispA' p1043 sS'STM0422' p1044 S'dxs' p1045 sS'STM0353' p1046 S'-' sS'STM0059' p1047 S'citD2' p1048 sS'STM2847' p1049 S'hycG' p1050 sS'STM0589' p1051 S'fepE' p1052 sS'STM2337' p1053 S'ackA' p1054 sS'STM4433' p1055 S'-' sS'STM2935' p1056 S'cysD' p1057 sS'STM1057' p1058 S'pepN' p1059 sS'STM2840' p1060 S'-' sS'STM1058' p1061 S'pyrD' p1062 sS'STM0584' p1063 S'entD' p1064 sS'STM4004' p1065 S'hemN' p1066 sS'STM2849' p1067 S'hycE' p1068 sS'STM2848' p1069 S'hycF' p1070 sS'STM3854' p1071 S'pstB' p1072 sS'STM2200' p1073 S'lysP' p1074 sS'STM2326' p1075 S'nuoC' p1076 sS'STM2027' p1077 S'cbiH' p1078 sS'STM2526' p1079 S'ndk' p1080 sS'STM2522' p1081 S'hisS' p1082 sS'STM2523' p1083 S'ispG' p1084 sS'STM2443' p1085 S'cysU' p1086 sS'STM2442' p1087 S'cysW' p1088 sS'STM2441' p1089 S'cysA' p1090 sS'STM2440' p1091 S'cysM' p1092 sS'STM2528' p1093 S'-' sS'STM2529' p1094 S'-' sS'STM2444' p1095 S'cysP' p1096 sS'STM3909' p1097 S'ilvC' p1098 sS'STM0637' p1099 S'dacA' p1100 sS'STM3901' p1101 S'ilvG' p1102 sS'STM2327' p1103 S'nuoB' p1104 sS'STM3903' p1105 S'ilvE' p1106 sS'STM3902' p1107 S'ilvM' p1108 sS'STM3541' p1109 S'gntU' p1110 sS'STM3904' p1111 S'ilvD' p1112 sS'STM0684' p1113 S'nagB' p1114 sS'STM0229' p1115 S'lpxB' p1116 sS'STM0228' p1117 S'lpxA' p1118 sS'STM0739' p1119 S'sucD' p1120 sS'STM0738' p1121 S'sucC' p1122 sS'STM0733' p1123 S'sdhD' p1124 sS'STM0220' p1125 S'dxr' p1126 sS'STM0730' p1127 S'gltA' p1128 sS'STM0737' p1129 S'sucB' p1130 sS'STM0736' p1131 S'kgd' p1132 sS'STM0227' p1133 S'fabZ' p1134 sS'STM0734' p1135 S'sdhA' p1136 sS'STM3256' p1137 S'-' sS'STM0086' p1138 S'kefC' p1139 sS'STM1106' p1140 S'hpaI' p1141 sS'STM2087' p1142 S'rfbV' p1143 sS'STM2324' p1144 S'nuoF' p1145 sS'STM2864' p1146 S'sitD' p1147 sS'STM3401' p1148 S'aroE' p1149 sS'STM2188' p1150 S'mglC' p1151 sS'STM2988' p1152 S'mltA' p1153 sS'STM0741' p1154 S'cydB' p1155 sS'STM1238' p1156 S'icdA' p1157 sS'STM1235' p1158 S'ymfB' p1159 sS'STM0832' p1160 S'ybiF' p1161 sS'STM2984' p1162 S'csdA' p1163 sS'STM1232' p1164 S'purB' p1165 sS'STM3720' p1166 S'yibR' p1167 sS'STM1211' p1168 S'ndh' p1169 sS'STM1556' p1170 S'-' sS'STM3338' p1171 S'nanT' p1172 sS'STM3339' p1173 S'nanA' p1174 sS'STM0125' p1175 S'mraY' p1176 sS'STM0128' p1177 S'murG' p1178 sS'STM0640' p1179 S'mrdA' p1180 sS'STM0126' p1181 S'murD' p1182 sS'STM3997' p1183 S'dsbA' p1184 sS'STM3330' p1185 S'gltB' p1186 sS'STM3331' p1187 S'gltD' p1188 sS'STM3336' p1189 S'nanK' p1190 sS'STM3337' p1191 S'nanE' p1192 sS'STM1044' p1193 S'sodC' p1194 sS'STM0648' p1195 S'leuS' p1196 sS'STM3512' p1197 S'gntT' p1198 sS'STM3513' p1199 S'malQ' p1200 sS'STM3040' p1201 S'lysS' p1202 sS'STM1215' p1203 S'ycfS' p1204 sS'STM3514' p1205 S'malP' p1206 sS'STM3043' p1207 S'dsbC' p1208 sS'STM0689' p1209 S'citA' p1210 sS'STM3161' p1211 S'metC' p1212 sS'STM3692' p1213 S'lldP' p1214 sS'STM2065' p1215 S'phsA' p1216 sS'STM3694' p1217 S'lldD' p1218 sS'STM3165' p1219 S'dkgA' p1220 sS'STM1385' p1221 S'ttrB' p1222 sS'STM0428' p1223 S'phnT' p1224 sS'STM0129' p1225 S'murC' p1226 sS'STM0757' p1227 S'pnuC' p1228 sS'STM1731' p1229 S'-' sS'STM0464' p1230 S'tesB' p1231 sS'STM3195' p1232 S'ribB' p1233 sS'STM3190' p1234 S'ygiE' p1235 sS'STM1737' p1236 S'tonB' p1237 sS'STM1301' p1238 S'-' sS'STM1739' p1239 S'cls' p1240 sS'STM1303' p1241 S'argD' p1242 sS'STM1305' p1243 S'astD' p1244 sS'STM1304' p1245 S'astA' p1246 sS'STM1307' p1247 S'astE' p1248 sS'STM1306' p1249 S'astB' p1250 sS'STM3589' p1251 S'pitA' p1252 sS'STM0850' p1253 S'yliC' p1254 sS'STM4475' p1255 S'valS' p1256 sS'STM1297' p1257 S'selD' p1258 sS'STM0851' p1259 S'yliD' p1260 sS'STM0643' p1261 S'cobC' p1262 sS'STM3583' p1263 S'acpT' p1264 sS'STM2328' p1265 S'nuoA' p1266 sS'STM1490' p1267 S'-' sS'STM3862' p1268 S'glmU' p1269 sS'STM3355' p1270 S'-' sS'STM3763' p1271 S'mgtB' p1272 sS'STM0057' p1273 S'-' sS'STM2366' p1274 S'accD' p1275 sS'STM1498' p1276 S'-' sS'STM1945' p1277 S'pgsA' p1278 sS'STM2365' p1279 S'folC' p1280 sS'STM2362' p1281 S'purF' p1282 sS'STM4416' p1283 S'mpl' p1284 sS'STM4451' p1285 S'nrdG' p1286 sS'STM3567' p1287 S'livJ' p1288 sS'STM3665' p1289 S'avtA' p1290 sS'STM0788' p1291 S'hutG' p1292 sS'STM3564' p1293 S'livK' p1294 sS'STM3563' p1295 S'livH' p1296 sS'STM3562' p1297 S'livM' p1298 sS'STM3561' p1299 S'livG' p1300 sS'STM3560' p1301 S'livF' p1302 sS'STM0782' p1303 S'modB' p1304 sS'STM0783' p1305 S'modC' p1306 sS'STM0781' p1307 S'modA' p1308 sS'STM3603' p1309 S'treF' p1310 sS'STM0785' p1311 S'ybhE' p1312 sS'STM4166' p1313 S'nudC' p1314 sS'STM4167' p1315 S'hemE' p1316 sS'STM4164' p1317 S'thiC' p1318 sS'STM4162' p1319 S'thiF' p1320 sS'STM4163' p1321 S'thiE' p1322 sS'STM4160' p1323 S'thiG' p1324 sS'STM4161' p1325 S'-' sS'STM4045' p1326 S'rhaD' p1327 sS'STM4047' p1328 S'rhaB' p1329 sS'STM4046' p1330 S'rhaA' p1331 sS'STM0542' p1332 S'folD' p1333 sS'STM1832' p1334 S'manZ' p1335 sS'STM1831' p1336 S'manY' p1337 sS'STM1830' p1338 S'manX' p1339 sS'STM2960' p1340 S'gudD' p1341 sS'STM2961' p1342 S'ygcY' p1343 sS'STM2962' p1344 S'gudT' p1345 sS'STM0426' p1346 S'phnV' p1347 sS'STM1933' p1348 S'-' sS'STM1426' p1349 S'ribE' p1350 sS'STM1427' p1351 S'cfa' p1352 sS'STM2807' p1353 S'nrdE' p1354 sS'STM1937' p1355 S'tyrP' p1356 sS'STM3614' p1357 S'dctA' p1358 sS'STM4188.S' p1359 S'metH' p1360 sS'STM2489' p1361 S'dapA' p1362 sS'STM4349' p1363 S'yjeQ' p1364 sS'STM2487' p1365 S'purC' p1366 sS'STM2773' p1367 S'iroB' p1368 sS'STM4342' p1369 S'frdB' p1370 sS'STM4343' p1371 S'frdA' p1372 sS'STM4340' p1373 S'frdD' p1374 sS'STM4341' p1375 S'frdC' p1376 sS'STM2641' p1377 S'nadB' p1378 sS'STM3867' p1379 S'atpA' p1380 sS'STM3864' p1381 S'atpC' p1382 sS'STM3865' p1383 S'atpD' p1384 sS'STM2645' p1385 S'yfiK' p1386 sS'STM3861' p1387 S'glmS' p1388 sS'STM2649' p1389 S'trxC' p1390 sS'STM3947' p1391 S'dapF' p1392 sS'STM0420' p1393 S'pgpA' p1394 sS'STM1497' p1395 S'-' sS'STM2565' p1396 S'purG' p1397 sS'STM3868' p1398 S'atpH' p1399 sS'STM3869' p1400 S'atpF' p1401 sS'STM4290' p1402 S'proP' p1403 sS'STM0588' p1404 S'entF' p1405 sS'STM1221' p1406 S'cobB' p1407 sS'STM4294' p1408 S'yjdE' p1409 sS'STM4296' p1410 S'adi' p1411 sS'STM4298' p1412 S'melA' p1413 sS'STM4299' p1414 S'melB' p1415 sS'STM4580.S' p1416 S'nadR' p1417 sS'STM0261' p1418 S'gloB' p1419 sS'STM0309' p1420 S'fadE' p1421 sS'STM1160' p1422 S'solA' p1423 sS'STM1163' p1424 S'pyrC' p1425 sS'STM1165' p1426 S'grxB' p1427 sS'STM0666' p1428 S'lnt' p1429 sS'STM0067' p1430 S'carB' p1431 sS'STM0066' p1432 S'carA' p1433 sS'STM0064' p1434 S'dapB' p1435 sS'STM1105' p1436 S'hpaH' p1437 sS'STM1888' p1438 S'pykA' p1439 sS'STM0061' p1440 S'citF2' p1441 sS'STM0060' p1442 S'citE2' p1443 sS'STM3685' p1444 S'mtlA' p1445 sS'STM0506' p1446 S'tesA' p1447 sS'STM4383.S' p1448 S'ulaA' p1449 sS'STM3051' p1450 S'bglA' p1451 sS'STM2332' p1452 S'-' sS'STM3260' p1453 S'-' sS'STM3261' p1454 S'-' sS'STM2415' p1455 S'gltX' p1456 sS'STM2063' p1457 S'phsC' p1458 sS'STM2026' p1459 S'cbiJ' p1460 sS'STM0628' p1461 S'pagP' p1462 sS'STM1499' p1463 S'-' sS'STM4425' p1464 S'-' sS'STM2098' p1465 S'galF' p1466 sS'STM2499.S' p1467 S'purM' p1468 sS'STM0161' p1469 S'kdgT' p1470 sS'STM0166' p1471 S'speE' p1472 sS'STM4007' p1473 S'glnA' p1474 sS'STM0165' p1475 S'speD' p1476 sS'STM0168' p1477 S'cueO' p1478 sS'STM0169' p1479 S'gcd' p1480 sS'STM1539' p1481 S'-' sS'STM0585' p1482 S'fepA' p1483 sS'STM2062' p1484 S'dacD' p1485 sS'STM4227' p1486 S'malG' p1487 sS'STM0608' p1488 S'ahpC' p1489 sS'STM0760' p1490 S'aroG' p1491 sS'STM4220' p1492 S'lysC' p1493 sS'STM0762' p1494 S'-' sS'STM1764' p1495 S'narG' p1496 sS'STM4584' p1497 S'yjjX' p1498 sS'STM4585' p1499 S'gpmB' p1500 sS'STM1117' p1501 S'agp' p1502 sS'STM4229' p1503 S'malE' p1504 sS'STM4228' p1505 S'malF' p1506 sS'STM4582' p1507 S'slt' p1508 sS'STM0609' p1509 S'ahpF' p1510 sS'STM3009' p1511 S'ygeD' p1512 sS'STM3205' p1513 S'uppP' p1514 sS'STM3924' p1515 S'wecD' p1516 sS'STM2083' p1517 S'rfbK' p1518 sS'STM2393' p1519 S'yfdC' p1520 sS'STM3987' p1521 S'hemG' p1522 sS'STM0840' p1523 S'ybiV(2)' p1524 sS'STM0843' p1525 S'pflF' p1526 sS'STM0842' p1527 S'ybiV(1)' p1528 sS'STM1349' p1529 S'pps' p1530 sS'STM0844' p1531 S'pflE' p1532 sS'STM0847' p1533 S'ybiK' p1534 sS'STM3661' p1535 S'xylA' p1536 sS'STM0849' p1537 S'yliB' p1538 sS'STM0848' p1539 S'yliA' p1540 sS'STM1347' p1541 S'aroH' p1542 sS'STM4066' p1543 S'-' sS'STM1341' p1544 S'btuE' p1545 sS'STM1340' p1546 S'btuC' p1547 sS'STM1342' p1548 S'btuD' p1549 sS'STM0123' p1550 S'murE' p1551 sS'STM3244' p1552 S'tdcB' p1553 sS'STM3091' p1554 S'galP' p1555 sS'STM3090' p1556 S'metK' p1557 sS'STM2862' p1558 S'sitB' p1559 sS'STM3095' p1560 S'gshB' p1561 sS'STM3923' p1562 S'rffH' p1563 sS'STM0441' p1564 S'cyoC' p1565 sS'STM2392' p1566 S'vacJ' p1567 sS'STM1383' p1568 S'ttrA' p1569 sS'STM2095' p1570 S'rfbA' p1571 sS'STM3468' p1572 S'argD' p1573 sS'STM3469' p1574 S'pabA' p1575 sS'STM0113' p1576 S'leuA' p1577 sS'STM0112' p1578 S'leuB' p1579 sS'STM0111' p1580 S'leuC' p1581 sS'STM0110' p1582 S'leuD' p1583 sS'STM1929' p1584 S'otsB' p1585 sS'STM2097' p1586 S'rfbB' p1587 sS'STM3225' p1588 S'ygjU' p1589 sS'STM3134' p1590 S'-' sS'STM3135' p1591 S'-' sS'STM3136' p1592 S'-' sS'STM3137' p1593 S'-' sS'STM3646' p1594 S'yiaE' p1595 sS'STM3922' p1596 S'rffG' p1597 sS'STM3644' p1598 S'bisC' p1599 sS'STM0163' p1600 S'pdxA' p1601 sS'STM2827' p1602 S'alaS' p1603 sS'STM3307' p1604 S'murA' p1605 sS'STM2791' p1606 S'gabD' p1607 sS'STM3486' p1608 S'aroB' p1609 sS'STM1193' p1610 S'fabH' p1611 sS'STM1194' p1612 S'fabD' p1613 sS'STM1195' p1614 S'fabG' p1615 sS'STM1196' p1616 S'acpP' p1617 sS'STM1197' p1618 S'fabF' p1619 sS'STM1198' p1620 S'pabC' p1621 sS'STM2040' p1622 S'pduC' p1623 sS'STM3526' p1624 S'glpD' p1625 sS'STM3525' p1626 S'glpE' p1627 sS'STM4105' p1628 S'metF' p1629 sS'STM1463' p1630 S'add' p1631 sS'STM1464' p1632 S'malY' p1633 sS'STM1465' p1634 S'malX' p1635 sS'STM1467' p1636 S'manA' p1637 sS'STM4122' p1638 S'argB' p1639 sS'STM4123' p1640 S'argH' p1641 sS'STM4120' p1642 S'argE' p1643 sS'STM4121' p1644 S'argC' p1645 sS'STM4126' p1646 S'udhA' p1647 sS'STM1313' p1648 S'celB' p1649 sS'STM4578' p1650 S'serB' p1651 sS'STM1749' p1652 S'adhE' p1653 sS'STM2147' p1654 S'thiM' p1655 sS'STM1299' p1656 S'gdhA' p1657 sS'STM2029' p1658 S'cbiF' p1659 sS'STM2028' p1660 S'cbiG' p1661 sS'STM2141' p1662 S'fbaB' p1663 sS'STM1293' p1664 S'pncA' p1665 sS'STM2024' p1666 S'cbiL' p1667 sS'STM1743' p1668 S'oppD' p1669 sS'STM1742' p1670 S'oppF' p1671 sS'STM1745' p1672 S'oppB' p1673 sS'STM1744' p1674 S'oppC' p1675 sS'STM2023' p1676 S'cbiM' p1677 sS'STM1294' p1678 S'ansA' p1679 sS'STM2356' p1680 S'ubiX' p1681 sS'STM2355' p1682 S'argT' p1683 sS'STM2354' p1684 S'hisJ' p1685 sS'STM2353' p1686 S'hisQ' p1687 sS'STM2352' p1688 S'hisM' p1689 sS'STM2351' p1690 S'hisP' p1691 sS'STM3179' p1692 S'mdaB' p1693 sS'STM0431' p1694 S'phnW' p1695 sS'STM0772' p1696 S'gpmA' p1697 sS'STM3635' p1698 S'yhjW' p1699 sS'STM3829' p1700 S'dgoK' p1701 sS'STM3630' p1702 S'dppA' p1703 sS'STM3822' p1704 S'torA' p1705 sS'STM3823' p1706 S'torC' p1707 sS'STM3827' p1708 S'dgoT' p1709 sS'STM3730' p1710 S'dfp' p1711 sS'STM3731' p1712 S'dut' p1713 sS'STM4016' p1714 S'yshA' p1715 sS'STM1124' p1716 S'putA' p1717 sS'STM3290.S' p1718 S'argG' p1719 sS'STM4398' p1720 S'cycA' p1721 sS'STM0434' p1722 S'apbA' p1723 sS'STM1686' p1724 S'pspE' p1725 sS'STM1680' p1726 S'ycjI' p1727 sS'STM1681' p1728 S'ycjG' p1729 sS'STM0432' p1730 S'phnX' p1731 sS'STM2322' p1732 S'nuoH' p1733 sS'STM1901' p1734 S'aspS' p1735 sS'STM1900' p1736 S'ntpA' p1737 sS'STM2850' p1738 S'hycD' p1739 sS'STM2851' p1740 S'hycC' p1741 sS'STM2852' p1742 S'hycB' p1743 sS'STM2325' p1744 S'nuoE' p1745 sS'STM4221' p1746 S'pgi' p1747 sS'STM1909' p1748 S'argS' p1749 sS'STM1517' p1750 S'ydeD' p1751 sS'STM2285' p1752 S'glpB' p1753 sS'STM1511' p1754 S'ydfG' p1755 sS'STM4403' p1756 S'cpdB' p1757 sS'STM0761' p1758 S'-' sS'STM4279' p1759 S'nrfC' p1760 sS'STM4277' p1761 S'nrfA' p1762 sS'STM4275' p1763 S'acs' p1764 sS'STM0935' p1765 S'poxB' p1766 sS'STM0934' p1767 S'ltaA' p1768 sS'STM2458' p1769 S'eutB' p1770 sS'STM2510' p1771 S'guaA' p1772 sS'STM3915' p1773 S'trxA' p1774 sS'STM3913' p1775 S'gppA' p1776 sS'STM2450' p1777 S'amiA' p1778 sS'STM2451' p1779 S'hemF' p1780 sS'STM2084' p1781 S'rfbM' p1782 sS'STM1765' p1783 S'narK' p1784 sS'STM3918' p1785 S'rfe' p1786 sS'STM3919' p1787 S'wzzE' p1788 sS'STM0234' p1789 S'ldcC' p1790 sS'STM0235' p1791 S'yaeR' p1792 sS'STM0232' p1793 S'accA' p1794 sS'STM3859' p1795 S'aroE' p1796 sS'STM3857' p1797 S'pstS' p1798 sS'STM0607' p1799 S'dsbG' p1800 sS'STM3855' p1801 S'pstA' p1802 sS'STM1620' p1803 S'-' sS'STM4175' p1804 S'purD' p1805 sS'STM3683' p1806 S'selA' p1807 sS'STM0483' p1808 S'apt' p1809 sS'STM4301' p1810 S'dcuB' p1811 sS'STM4306' p1812 S'-' sS'STM4307' p1813 S'-' sS'STM0042' p1814 S'-' sS'STM0489' p1815 S'hemH' p1816 sS'STM0488' p1817 S'adk' p1818 sS'STM0330' p1819 S'-' sS'STM3295' p1820 S'folP' p1821 sS'STM3294' p1822 S'glmM' p1823 sS'STM3856' p1824 S'pstC' p1825 sS'STM3359' p1826 S'mdh' p1827 sS'STM3536' p1828 S'glgC' p1829 sS'STM2543' p1830 S'nifS' p1831 sS'STM3354' p1832 S'-' sS'STM0598' p1833 S'entA' p1834 sS'STM3356' p1835 S'-' sS'STM3351' p1836 S'oadB' p1837 sS'STM3352' p1838 S'oadA' p1839 sS'STM1450' p1840 S'pdxY' p1841 sS'STM2573' p1842 S'-' sS'STM2021' p1843 S'cbiQ' p1844 sS'STM1222' p1845 S'potD' p1846 sS'STM2546' p1847 S'suhB' p1848 sS'STM1220' p1849 S'ycfX' p1850 sS'STM1792' p1851 S'-' sS'STM1226' p1852 S'potA' p1853 sS'STM1225' p1854 S'potB' p1855 sS'STM2232' p1856 S'oafA' p1857 sS'STM1788' p1858 S'-' sS'STM2035' p1859 S'cbiA' p1860 sS'STM1580' p1861 S'narV' p1862 sS'STM3599' p1863 S'-' sS'STM0158' p1864 S'acnB' p1865 sS'STM4570' p1866 S'deoD' p1867 sS'STM3001' p1868 S'thyA' p1869 sS'STM0153' p1870 S'aceF' p1871 sS'STM0152' p1872 S'aceE' p1873 sS'STM0150' p1874 S'aroP' p1875 sS'STM0659' p1876 S'hscC' p1877 sS'STM0154' p1878 S'lpdA' p1879 sS'STM3070' p1880 S'epd' p1881 sS'STM2549' p1882 S'asrB' p1883 sS'STM0055' p1884 S'-' sS'STM0691' p1885 S'-' sS'STM3076' p1886 S'tktA' p1887 sS'STM3078' p1888 S'speB' p1889 sS'STM3173' p1890 S'plsC' p1891 sS'STM0787' p1892 S'hutI' p1893 sS'STM4325' p1894 S'dcuA' p1895 sS'STM1316' p1896 S'celF' p1897 sS'STM0221' p1898 S'uppS' p1899 sS'STM1314' p1900 S'celC' p1901 sS'STM4280' p1902 S'nrfD' p1903 sS'STM1099' p1904 S'hpaB' p1905 sS'STM1098' p1906 S'hpaC' p1907 sS'STM1310' p1908 S'nadE' p1909 sS'STM0732' p1910 S'sdhC' p1911 sS'STM2076' p1912 S'hisA' p1913 sS'STM1384' p1914 S'ttrC' p1915 sS'STM2030' p1916 S'cbiT' p1917 sS'STM1318' p1918 S'katE' p1919 sS'STM3828' p1920 S'dgoA' p1921 sS'STM0690' p1922 S'citB' p1923 sS'STM1579' p1924 S'narW' p1925 sS'STM0222' p1926 S'cdsA' p1927 sS'STM0704' p1928 S'kdpC' p1929 sS'STM1259' p1930 S'-' sS'STM1258' p1931 S'-' sS'STM1257' p1932 S'-' sS'STM1256' p1933 S'-' sS'STM1707' p1934 S'pyrF' p1935 sS'STM1700' p1936 S'fabI' p1937 sS'STM2954' p1938 S'mazG' p1939 sS'STM3598' p1940 S'-' sS'STM2109' p1941 S'gmd' p1942 sS'STM3457' p1943 S'kefB' p1944 sS'STM0735' p1945 S'sdhB' p1946 sS'STM0694' p1947 S'fldA' p1948 sS'STM2101' p1949 S'wcaK' p1950 sS'STM2107' p1951 S'wcaH' p1952 sS'STM2104' p1953 S'cpsG' p1954 sS'STM2022' p1955 S'cbiN' p1956 sS'STM2319' p1957 S'nuoK' p1958 sS'STM2318' p1959 S'nuoL' p1960 sS'STM1891' p1961 S'znuA' p1962 sS'STM1893' p1963 S'znuB' p1964 sS'STM1489' p1965 S'bioD' p1966 sS'STM1954' p1967 S'fliY' p1968 sS'STM4182' p1969 S'metA' p1970 sS'STM2310' p1971 S'menF' p1972 sS'STM4184' p1973 S'aceA' p1974 sS'STM1480' p1975 S'pntB' p1976 sS'STM3390' p1977 S'acrE' p1978 sS'STM3576' p1979 S'zntA' p1980 sS'STM1796' p1981 S'treA' p1982 sS'STM2457' p1983 S'eutC' p1984 sS'STM3391' p1985 S'acrF' p1986 sS'STM3673' p1987 S'yiaO' p1988 sS'STM3672' p1989 S'yiaN' p1990 sS'STM2081' p1991 S'gnd' p1992 sS'STM2080' p1993 S'udg' p1994 sS'STM3677' p1995 S'sgbE' p1996 sS'STM2086' p1997 S'rfbU' p1998 sS'STM3675' p1999 S'sgbH' p2000 sS'STM3674' p2001 S'lyxK' p2002 sS'STM1002' p2003 S'-' sS'STM0965' p2004 S'dmsB' p2005 sS'STM1000' p2006 S'asnC' p2007 sS'STM1004' p2008 S'pncB' p2009 sS'STM1557' p2010 S'-' sS'STM2788' p2011 S'-' sS'STM4050' p2012 S'rhaT' p2013 sS'STM2108' p2014 S'wcaG' p2015 sS'STM4055' p2016 S'sodA' p2017 sS'STM2818' p2018 S'gshA' p2019 sS'STM2077' p2020 S'hisF' p2021 sS'STM2953' p2022 S'pyrG' p2023 sS'STM2952' p2024 S'eno' p2025 sS'STM1824' p2026 S'pabB' p2027 sS'STM2073' p2028 S'hisC' p2029 sS'STM3680' p2030 S'aldB' p2031 sS'STM2071' p2032 S'hisG' p2033 sS'STM2810' p2034 S'proW' p2035 sS'STM2811' p2036 S'proX' p2037 sS'STM2777' p2038 S'iroN' p2039 sS'STM1799' p2040 S'emtA' p2041 sS'STM2078' p2042 S'hisI' p2043 sS'STM2817' p2044 S'luxS' p2045 sS'STM2555' p2046 S'glyA' p2047 sS'STM2554' p2048 S'hcaT' p2049 sS'STM2556' p2050 S'hmpA' p2051 sS'STM2498' p2052 S'upp' p2053 sS'STM1807' p2054 S'dsbB' p2055 sS'STM3671' p2056 S'yiaM' p2057 sS'STM2497' p2058 S'uraA' p2059 sS'STM2559' p2060 S'cadA' p2061 sS'STM2558' p2062 S'cadB' p2063 sS'STM2492' p2064 S'-' sS'STM0683' p2065 S'nagA' p2066 sS'STM2474' p2067 S'tktB' p2068 sS'STM0680' p2069 S'asnB' p2070 sS'STM2793' p2071 S'gabP' p2072 sS'STM2792' p2073 S'gabT' p2074 sS'STM0685' p2075 S'nagE' p2076 sS'STM3700' p2077 S'gpsA' p2078 sS'STM3952' p2079 S'corA' p2080 sS'STM2654' p2081 S'kgtP' p2082 sS'STM2652' p2083 S'pssA' p2084 sS'STM3957' p2085 S'pldA' p2086 sS'STM3709' p2087 S'kbl' p2088 sS'STM3708' p2089 S'tdh' p2090 sS'STM0372' p2091 S'hemB' p2092 sS'STM0371' p2093 S'prpE' p2094 sS'STM0370' p2095 S'prpD' p2096 sS'STM4453' p2097 S'treC' p2098 sS'STM1679' p2099 S'mppA' p2100 sS'STM2196' p2101 S'-' sS'STM3597' p2102 S'gor' p2103 sS'STM2252' p2104 S'ccmC' p2105 sS'STM1076' p2106 S'mgsA' p2107 sS'STM4454' p2108 S'treB' p2109 sS'STM2256' p2110 S'napB' p2111 sS'STM2257' p2112 S'napH' p2113 sS'STM2254' p2114 S'ccmA' p2115 sS'STM2255' p2116 S'napC' p2117 sS'STM0074' p2118 S'caiT' p2119 sS'STM2258' p2120 S'napG' p2121 sS'STM2259' p2122 S'napA' p2123 sS'STM0070' p2124 S'caiD' p2125 sS'STM0071' p2126 S'caiC' p2127 sS'STM0072' p2128 S'caiB' p2129 sS'STM4459' p2130 S'pyrI' p2131 sS'STM4247' p2132 S'alr' p2133 sS'STM0190' p2134 S'mrcB' p2135 sS'STM1291' p2136 S'yeaA' p2137 sS'STM2338' p2138 S'pta' p2139 sS'STM0439' p2140 S'cyoE' p2141 sS'STM3253' p2142 S'gatY' p2143 sS'STM3255' p2144 S'-' sS'STM1928' p2145 S'otsA' p2146 sS'STM4249' p2147 S'aphA' p2148 sS'STM3880' p2149 S'trkD' p2150 sS'STM2421' p2151 S'xapB' p2152 sS'STM0830' p2153 S'glnH' p2154 sS'STM2422' p2155 S'' sS'STM2427' p2156 S'ligA' p2157 sS'STM2050' p2158 S'pduO' p2159 sS'STM1582' p2160 S'nhoA' p2161 sS'STM0877' p2162 S'potF' p2163 sS'STM3929' p2164 S'wecG' p2165 sS'STM3928' p2166 S'wecF' p2167 sS'STM3927' p2168 S'-' sS'STM3747' p2169 S'yicE' p2170 sS'STM3802' p2171 S'dsdA' p2172 sS'STM0194' p2173 S'fhuB' p2174 sS'STM0193' p2175 S'fhuD' p2176 sS'STM0192' p2177 S'fhuC' p2178 sS'STM0191' p2179 S'fhuA' p2180 sS'STM3746' p2181 S'gltS' p2182 sS'STM0618' p2183 S'citT' p2184 sS'STM4233' p2185 S'ubiC' p2186 sS'STM4230' p2187 S'malK' p2188 sS'STM4231' p2189 S'lamB' p2190 sS'STM4236' p2191 S'dgkA' p2192 sS'STM0978' p2193 S'aroA' p2194 sS'STM4234' p2195 S'ubiA' p2196 sS'STM4235' p2197 S'plsB' p2198 sS'STM0207' p2199 S'pfs' p2200 sS'STM0758' p2201 S'ybgR' p2202 sS'STM0977' p2203 S'serC' p2204 sS'STM3883' p2205 S'rbsC' p2206 sS'STM0203' p2207 S'yadQ' p2208 sS'STM0202' p2209 S'hemL' p2210 sS'STM0973' p2211 S'pflB' p2212 sS'STM4305.S' p2213 S'-' sS'STM4183' p2214 S'aceB' p2215 sS'STM3409' p2216 S'trkA' p2217 sS'STM2297' p2218 S'yfbE' p2219 sS'STM2317' p2220 S'nuoM' p2221 sS'STM3407' p2222 S'fmt' p2223 sS'STM1312' p2224 S'celA' p2225 sS'STM4388' p2226 S'sgaE' p2227 sS'STM1103' p2228 S'hpaD' p2229 sS'STM1358' p2230 S'aroD' p2231 sS'STM1359' p2232 S'aroE' p2233 sS'STM3316' p2234 S'yrbI' p2235 sS'STM1786' p2236 S'-' sS'STM0592' p2237 S'fepD' p2238 sS'STM0226' p2239 S'lpxD' p2240 sS'STM1350' p2241 S'ydiD' p2242 sS'STM2646' p2243 S'yfiD' p2244 sS'STM0591' p2245 S'fepG' p2246 sS'STM0999' p2247 S'ompF' p2248 sS'STM0998' p2249 S'aspC' p2250 sS'STM1627' p2251 S'-' sS'STM0590' p2252 S'fepC' p2253 sS'STM3086' p2254 S'speA' p2255 sS'STM0597' p2256 S'entB' p2257 sS'STM1135' p2258 S'ycdW' p2259 sS'STM0472' p2260 S'maa' p2261 sS'STM2094' p2262 S'rfbC' p2263 sS'STM0401' p2264 S'malZ' p2265 sS'STM0106' p2266 S'thiQ' p2267 sS'STM0107' p2268 S'thiP' p2269 sS'STM3314' p2270 S'yrbG' p2271 sS'STM3315' p2272 S'yrbH' p2273 sS'STM0102' p2274 S'araA' p2275 sS'STM0039' p2276 S'nhaA' p2277 sS'STM0046' p2278 S'ileS' p2279 sS'STM0108' p2280 S'tbpA' p2281 sS'STM4567' p2282 S'deoC' p2283 sS'STM3103' p2284 S'yggV' p2285 sS'STM0402' p2286 S'-' sS'STM3106' p2287 S'ansB' p2288 sS'STM2047' p2289 S'pduL' p2290 sS'STM2044' p2291 S'pduH' p2292 sS'STM2043' p2293 S'pduG' p2294 sS'STM2042' p2295 S'pduE' p2296 sS'STM1223' p2297 S'potC' p2298 sS'STM4387' p2299 S'sgaU' p2300 sS'STM3538' p2301 S'glgB' p2302 sS'STM3539' p2303 S'asd' p2304 sS'STM2298' p2305 S'pmrF' p2306 sS'STM2082' p2307 S'rfbP' p2308 sS'STM0535' p2309 S'lpxH' p2310 sS'STM0534' p2311 S'purE' p2312 sS'STM0537' p2313 S'cysS' p2314 sS'STM2299' p2315 S'yfbG' p2316 sS'STM3534' p2317 S'glgP' p2318 sS'STM3535' p2319 S'glgA' p2320 sS'STM0533' p2321 S'purK' p2322 sS'STM3537' p2323 S'glgX' p2324 sS'STM1756' p2325 S'purU' p2326 sS'STM2775' p2327 S'iroD' p2328 sS'STM2916' p2329 S'ygbL' p2330 sS'STM1752' p2331 S'galU' p2332 sS'STM3885' p2333 S'rbsK' p2334 sS'STM1750' p2335 S'tdk' p2336 sS'STM1326' p2337 S'pfkB' p2338 sS'STM0645' p2339 S'nadD' p2340 sS'STM1288' p2341 S'-' sS'STM0644' p2342 S'cobD' p2343 sS'STM2085' p2344 S'rfbN' p2345 sS'STM2032' p2346 S'cbiD' p2347 sS'STM2033' p2348 S'cbiC' p2349 sS'STM0134' p2350 S'lpxC' p2351 sS'STM2031' p2352 S'cbiE' p2353 sS'STM3039' p2354 S'idi' p2355 sS'STM2037' p2356 S'pduF' p2357 sS'STM2034' p2358 S'cobD' p2359 sS'STM3925' p2360 S'wecE' p2361 sS'STM2340' p2362 S'-' sS'STM2341' p2363 S'-' sS'STM4469' p2364 S'argI' p2365 sS'STM1576' p2366 S'narU' p2367 sS'STM4467' p2368 S'-' sS'STM4466' p2369 S'-' sS'STM4465' p2370 S'-' sS'STM2260' p2371 S'napD' p2372 sS'STM2267' p2373 S'ompC' p2374 sS'STM1333' p2375 S'thrS' p2376 sS'STM4460' p2377 S'pyrB' p2378 sS'STM1269' p2379 S'-' sS'STM3626' p2380 S'dppF' p2381 sS'STM3627' p2382 S'dppD' p2383 sS'STM3305' p2384 S'ispB' p2385 sS'STM3333' p2386 S'codB' p2387 sS'STM3742' p2388 S'spoT' p2389 sS'STM3740' p2390 S'gmk' p2391 sS'STM3628' p2392 S'dppC' p2393 sS'STM3629' p2394 S'dppB' p2395 sS'STM4063' p2396 S'sbp' p2397 sS'STM4062' p2398 S'pfkA' p2399 sS'STM4061' p2400 S'fieF' p2401 sS'STM2295' p2402 S'yfaO' p2403 sS'STM4115' p2404 S'pflC' p2405 sS'STM3481' p2406 S'trpS' p2407 sS'STM4064' p2408 S'ushB' p2409 sS'STM4382' p2410 S'yjfR' p2411 sS'STM0122' p2412 S'ftsI' p2413 sS'STM0403' p2414 S'yajB' p2415 sS'STM4114' p2416 S'pflD' p2417 sS'STM4386' p2418 S'ulaD' p2419 sS'STM3529' p2420 S'gldA' p2421 sS'STM4384' p2422 S'sgaB' p2423 sS'STM4385' p2424 S'ptxA' p2425 sS'STM2861' p2426 S'sitA' p2427 sS'STM2863' p2428 S'sitC' p2429 sS'STM3487' p2430 S'aroK' p2431 sS'STM4414' p2432 S'ppa' p2433 sS'STM0054' p2434 S'-' sS'STM2930' p2435 S'ispD' p2436 sS'STM4559.S' p2437 S'yjjG' p2438 sS'STM1522' p2439 S'ydeA' p2440 sS'STM1525' p2441 S'yneH' p2442 sS'STM4119' p2443 S'ppc' p2444 sS'STM2683' p2445 S'ppnK' p2446 sS'STM4415' p2447 S'fbp' p2448 s.cobrapy-0.23.0/src/cobra/test/data/salmonella.media000066400000000000000000000110531417337024700221400ustar00rootroot00000000000000ccollections defaultdict p1 (c__builtin__ dict p2 tRp3 S'LB' p4 (dp5 S'EX_ser__L_e' p6 F-5 sS'EX_dcyt_e' p7 F-5 sS'EX_hg2_e' p8 F-1000 sS'EX_ins_e' p9 F-5 sS'EX_cd2_e' p10 F-1000 sS'EX_nac_e' p11 F-5 sS'EX_tungs_e' p12 F-1000 sS'EX_glu__L_e' p13 F-5 sS'EX_trp__L_e' p14 F-5 sS'EX_h_e' p15 F-100 sS'EX_mobd_e' p16 F-1000 sS'EX_val__L_e' p17 F-5 sS'EX_cobalt2_e' p18 F-1000 sS'EX_so4_e' p19 F-1000 sS'EX_co2_e' p20 F-1000 sS'EX_k_e' p21 F-1000 sS'EX_cu2_e' p22 F-1000 sS'EX_zn2_e' p23 F-1000 sS'EX_na1_e' p24 F-1000 sS'EX_cl_e' p25 F-1000 sS'EX_leu__L_e' p26 F-5 sS'EX_arg__L_e' p27 F-5 sS'EX_pnto__R_e' p28 F-5 sS'EX_lys__L_e' p29 F-5 sS'EX_ala__L_e' p30 F-5 sS'EX_cbl1_e' p31 F-0.01 sS'EX_thr__L_e' p32 F-5 sS'EX_fe3_e' p33 F-1000 sS'EX_adn_e' p34 F-5 sS'EX_pi_e' p35 F-1000 sS'EX_thymd_e' p36 F-5 sS'EX_mn2_e' p37 F-1000 sS'EX_phe__L_e' p38 F-5 sS'EX_ura_e' p39 F-5 sS'EX_dad__2_e' p40 F-5 sS'EX_h2o_e' p41 F-100 sS'EX_aso3_e' p42 F-1000 sS'EX_hxan_e' p43 F-5 sS'EX_glc__D_e' p44 F-5 sS'EX_uri_e' p45 F-5 sS'EX_his__L_e' p46 F-5 sS'EX_o2_e' p47 F-18.5 sS'EX_pro__L_e' p48 F-5 sS'EX_asp__L_e' p49 F-5 sS'EX_gly_e' p50 F-5 sS'EX_fe2_e' p51 F-1000 sS'EX_ca2_e' p52 F-1000 sS'EX_mg2_e' p53 F-1000 sS'EX_cysi__L_e' p54 F-5 sS'EX_tyr__L_e' p55 F-5 sS'EX_met__L_e' p56 F-5 sS'EX_ile__L_e' p57 F-5 ssS'Host' p58 (dp59 g7 F-5 sS'EX_melib_e' p60 F-5 sg9 F-5 sg18 F-10 sS'EX_dmso_e' p61 F-1000 sS'EX_acnam_e' p62 F-5 sS'EX_thm_e' p63 F-5 sS'EX_glcn_e' p64 F-5 sg45 F-5 sS'EX_rib__D_e' p65 F-5 sg12 F-10 sS'EX_malt_e' p66 F-5 sg13 F-5 sS'EX_arab__L_e' p67 F-5 sS'EX_12ppd__S_e' p68 F-5 sg15 F-100 sg16 F-10 sS'EX_mnl_e' p69 F-5 sg53 F-10 sg19 F-1000 sg20 F-1000 sS'EX_glcr_e' p70 F-5 sg21 F-10 sg22 F-10 sg24 F-1000 sg31 F-0.01 sg25 F-1000 sS'EX_sbt__D_e' p71 F-5 sg27 F-5 sg28 F-5 sg29 F-5 sS'EX_fuc__L_e' p72 F-5 sg30 F-5 sS'EX_csn_e' p73 F-5 sS'EX_gal_e' p74 F-5 sS'EX_crn_e' p75 F-5 sS'EX_no3_e' p76 F-1000 sg32 F-5 sg33 F-10 sg34 F-5 sg35 F-1000 sS'EX_glcur_e' p77 F-5 sg36 F-5 sg37 F-10 sS'EX_etha_e' p78 F-5 sS'EX_galt_e' p79 F-5 sg39 F-5 sg40 F-5 sS'EX_gsn_e' p80 F-5 sg41 F-100 sg43 F-5 sg44 F-5 sS'EX_galct__D_e' p81 F-5 sg46 F-5 sg56 F-5 sg47 F-18.5 sS'EX_asn__L_e' p82 F-5 sg48 F-5 sS'EX_acgam_e' p83 F-5 sS'EX_so3_e' p84 F-1000 sS'EX_cys__L_e' p85 F-5 sS'EX_rmn_e' p86 F-5 sg52 F-10 sg17 F-5 sS'EX_man_e' p87 F-5 sg23 F-10 sg26 F-5 sS'EX_fru_e' p88 F-5 sg51 F-10 sS'EX_alltn_e' p89 F-5 sS'EX_galctn__D_e' p90 F-5 sg57 F-5 ssS'M9' p91 (dp92 g18 F-1000 sg12 F-1000 sg15 F-100 sg16 F-1000 sg53 F-1000 sg19 F-1000 sg20 F-1000 sg21 F-1000 sg33 F-1000 sg24 F-1000 sg25 F-1000 sg22 F-1000 sS'EX_nh4_e' p93 F-1000 sg51 F-1000 sg31 F-0.01 sg35 F-1000 sg37 F-1000 sg41 F-100 sg44 F-5 sg47 F-18.5 sg52 F-1000 sg23 F-1000 ssS'LPM' p94 (dp95 S'EX_ca2_e' p96 F-0.0050000000000000001 sS'EX_cit_e' p97 F-0.00050000000000000001 sS'EX_h_e' p98 I-100 sS'EX_mobd_e' p99 F-0.0050000000000000001 sS'EX_o2_e' p100 F-18.5 sS'EX_cobalt2_e' p101 F-0.0050000000000000001 sS'EX_mg2_e' p102 F-0.0080000000000000002 sS'EX_thm_e' p103 F-2.9649835443413292e-08 sS'EX_so4_e' p104 F-1 sS'EX_glyc_e' p105 F-41.046802041481158 sS'EX_co2_e' p106 F-18.5 sS'EX_pi_e' p107 F-0.33700000000000002 sS'EX_k_e' p108 F-6 sS'EX_cu2_e' p109 F-0.0050000000000000001 sS'EX_cl_e' p110 F-5.016 sS'EX_zn2_e' p111 F-0.0050000000000000001 sS'EX_h2o_e' p112 I-1000 sS'EX_nh4_e' p113 F-15 sS'EX_mn2_e' p114 F-0.0050000000000000001 sS'EX_fe3_e' p115 F-0.0050000000000000001 ssS'MgM' p116 (dp117 S'EX_ser__L_e' p118 F-0.3115 sS'EX_cobalt2_e' p119 F-0.01 sS'EX_pro__L_e' p120 F-0.61850000000000005 sS'EX_glu__L_e' p121 F-0.80200000000000005 sS'EX_glyc_e' p122 F-38 sS'EX_h_e' p123 I-100 sS'EX_mobd_e' p124 F-0.01 sS'EX_val__L_e' p125 F-0.29999999999999999 sS'EX_so4_e' p126 F-8 sS'EX_co2_e' p127 F-18.5 sS'EX_k_e' p128 F-7.0026855387574392 sS'EX_fe3_e' p129 F-0.01 sS'EX_na1_e' p130 F-0.55198392330511803 sS'EX_cl_e' p131 F-5.6458532974921516 sS'EX_leu__L_e' p132 F-0.4385 sS'EX_arg__L_e' p133 F-0.1135 sS'EX_nh4_e' p134 F-0.35449999999999998 sS'EX_lys__L_e' p135 F-0.32450000000000001 sS'EX_ala__L_e' p136 F-0.22 sS'EX_thr__L_e' p137 F-0.20849999999999999 sS'EX_pi_e' p138 F-1 sS'EX_mn2_e' p139 F-0.01 sS'EX_phe__L_e' p140 F-0.045499999999999999 sS'EX_h2o_e' p141 I-1000 sS'EX_his__L_e' p142 F-0.097000000000000003 sS'EX_o2_e' p143 F-18.5 sS'EX_tyr__L_e' p144 F-0.0035000000000000001 sS'EX_asp__L_e' p145 F-0.32850000000000001 sS'EX_gly_e' p146 F-0.1555 sS'EX_cys__L_e' p147 F-0.014500000000000001 sS'EX_cu2_e' p148 F-0.01 sS'EX_ca2_e' p149 F-0.0020709616248315785 sS'EX_mg2_e' p150 F-0.0080983336761983136 sS'EX_zn2_e' p151 F-0.01 sS'EX_met__L_e' p152 F-0.1125 sS'EX_ile__L_e' p153 F-0.19600000000000001 ss.cobrapy-0.23.0/src/cobra/test/data/salmonella.pickle000066400000000000000000112326131417337024700223410ustar00rootroot00000000000000ccobra.core.model Model q)q}q(X_idqXSalmonella_consensus_build_1qXnameqXqXnotesq}qX _annotationq }q X_trimmedq X_trimmed_genesq ]q X_trimmed_reactionsq}qXgenesqccobra.core.dictlist DictList q)Rq(ccobra.core.gene Gene q)q}q(hXSTM0320qhXphoEqh}qh }qX_modelqNX _reactionqc__builtin__ set q]qqRqX _functionalq ubh)q!}q"(hXSTM2267q#hXompCq$h}q%h }q&hNhh]q'q(Rq)h ubh)q*}q+(hXSTM1473q,hXompNq-h}q.h }q/hNhh]q0q1Rq2h ubh)q3}q4(hXSTM0999q5hXompFq6h}q7h }q8hNhh]q9q:Rq;h ubh)q<}q=(hXSTM2037q>hXpduFq?h}q@h }qAhNhh]qBqCRqDh ubh)qE}qF(hXSTM4229qGhXmalEqHh}qIh }qJhNhh]qKqLRqMh ubh)qN}qO(hXSTM4228qPhXmalFqQh}qRh }qShNhh]qTqURqVh ubh)qW}qX(hXSTM4230qYhXmalKqZh}q[h }q\hNhh]q]q^Rq_h ubh)q`}qa(hXSTM4227qbhXmalGqch}qdh }qehNhh]qfqgRqhh ubh)qi}qj(hXSTM4231qkhXlamBqlh}qmh }qnhNhh]qoqpRqqh ubh)qr}qs(hXSTM4403qthXcpdBquh}qvh }qwhNhh]qxqyRqzh ubh)q{}q|(hXSTM3009q}hXygeDq~h}qh }qhNhh]qqRqh ubh)q}q(hXSTM3010qhXaasqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM3646qhXyiaEqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM1235qhXymfBqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM0457qhXcofqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM1067qhXfabAqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM0227qhXfabZqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM3674qhXlyxKqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM2927qhXsurEqh}qh }qhNhh]qɅqRqh ubh)q}q(hXSTM1195qhXfabGqh}qh }qhNhh]q҅qRqh ubh)q}q(hXSTM1197qhXfabFqh}qh }qhNhh]qۅqRqh ubh)q}q(hXSTM2378qhXfabBqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM1744qhXoppCqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM1742qhXoppFqh}qh }qhNhh]qqRqh ubh)q}q(hXSTM1743qhXoppDqh}qh }qhNhh]qrRrh ubh)r}r(hXSTM1745rhXoppBrh}rh }rhNhh]rr Rr h ubh)r }r (hXSTM1679r hXmppArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1800rhXldcArh}rh }rhNhh]rrRrh ubh)r}r(hX STM1746.SrhXoppAr h}r!h }r"hNhh]r#r$Rr%h ubh)r&}r'(hXSTM4483r(hXidnOr)h}r*h }r+hNhh]r,r-Rr.h ubh)r/}r0(hXSTM4482r1hXidnTr2h}r3h }r4hNhh]r5r6Rr7h ubh)r8}r9(hXSTM0207r:hXpfsr;h}r<h }r=hNhh]r>r?Rr@h ubh)rA}rB(hXSTM3315rChXyrbHrDh}rEh }rFhNhh]rGrHRrIh ubh)rJ}rK(hX STM2838.SrLhXgutQrMh}rNh }rOhNhh]rPrQRrRh ubh)rS}rT(hXSTM1196rUhXacpPrVh}rWh }rXhNhh]rYrZRr[h ubh)r\}r](hXSTM1963r^hXamyAr_h}r`h }rahNhh]rbrcRrdh ubh)re}rf(hXSTM3664rghXmalSrhh}rih }rjhNhh]rkrlRrmh ubh)rn}ro(hXSTM2792rphXgabTrqh}rrh }rshNhh]rtruRrvh ubh)rw}rx(hXSTM1597ryhXydcWrzh}r{h }r|hNhh]r}r~Rrh ubh)r}r(hXSTM2793rhXgabPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2463rhXeutErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1749rhXadhErh}rh }rhNhh]rrRrh ubh)r}r(hXs0001rhhh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2018rhXcobUrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3380rhXaccCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2366rhXaccDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3379rhXaccBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0232rhXaccArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0371rhXprpErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4275rhXacsrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1220rhXycfXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3918rhXrferh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2432rhXptsIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2433rhXcrrrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2431rhXptsHr h}r h }r hNhh]r r Rrh ubh)r}r(hXSTM0685rhXnagErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1203rhXptsGrh}rh }rhNhh]rrRr h ubh)r!}r"(hXSTM4122r#hXargBr$h}r%h }r&hNhh]r'r(Rr)h ubh)r*}r+(hXSTM2992r,hXargAr-h}r.h }r/hNhh]r0r1Rr2h ubh)r3}r4(hXSTM3901r5hXilvGr6h}r7h }r8hNhh]r9r:Rr;h ubh)r<}r=(hXSTM3902r>hXilvMr?h}r@h }rAhNhh]rBrCRrDh ubh)rE}rF(hXSTM3795rGhXilvNrHh}rIh }rJhNhh]rKrLRrMh ubh)rN}rO(hXSTM3796rPhXilvBrQh}rRh }rShNhh]rTrURrVh ubh)rW}rX(hXSTM3242rYhXtdcDrZh}r[h }r\hNhh]r]r^Rr_h ubh)r`}ra(hXSTM1883rbhXpurTrch}rdh }rehNhh]rfrgRrhh ubh)ri}rj(hXSTM2337rkhXackArlh}rmh }rnhNhh]rorpRrqh ubh)rr}rs(hXSTM3929rthXwecGruh}rvh }rwhNhh]rxryRrzh ubh)r{}r|(hXSTM1831r}hXmanYr~h}rh }rhNhh]rrRrh ubh)r}r(hXSTM1832rhXmanZrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1830rhXmanXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3338rhXnanTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3339rhXnanArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0309rhXfadErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1193rhXfabHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4120rhXargErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1712rhXacnArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0158rhXacnBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3468rhXargDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1303rhXargDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3583rhXacpTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2577rhXacpSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1517rhXydeDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2645rhXyfiKrh}rh }rhNhh]rr Rr h ubh)r }r (hXSTM4273r hXactPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1463rhXaddrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1198rhXpabCr h}r!h }r"hNhh]r#r$Rr%h ubh)r&}r'(hXSTM3469r(hXpabAr)h}r*h }r+hNhh]r,r-Rr.h ubh)r/}r0(hXSTM1824r1hXpabBr2h}r3h }r4hNhh]r5r6Rr7h ubh)r8}r9(hXSTM3747r:hXyicEr;h}r<h }r=hNhh]r>r?Rr@h ubh)rA}rB(hXSTM0488rChXadkrDh}rEh }rFhNhh]rGrHRrIh ubh)rJ}rK(hXSTM0165rLhXspeDrMh}rNh }rOhNhh]rPrQRrRh ubh)rS}rT(hXSTM3939rUhXcyaArVh}rWh }rXhNhh]rYrZRr[h ubh)r\}r](hXSTM0051r^hXrihCr_h}r`h }rahNhh]rbrcRrdh ubh)re}rf(hXSTM3113rghXnupGrhh}rih }rjhNhh]rkrlRrmh ubh)rn}ro(hXSTM2409rphXnupCrqh}rrh }rshNhh]rtruRrvh ubh)rw}rx(hXSTM2421ryhXxapBrzh}r{h }r|hNhh]r}r~Rrh ubh)r}r(hXSTM0413rhXtsxrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0206rhXbtuFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1340rhXbtuCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1342rhXbtuDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3158rhXexbDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4130rhXbtuBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1737rhXtonBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3159rhXexbBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3185rhXnudFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0483rhXaptrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2933rhXcysCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1232rhXpurBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4366rhXpurArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0683rhXnagArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0146rhXampDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4358r hXamiBr h}r h }r hNhh]r rRrh ubh)r}r(hXSTM2991rhXamiCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2450rhXamiArh}rh }rhNhh]rr Rr!h ubh)r"}r#(hXSTM1209r$hXnagZr%h}r&h }r'hNhh]r(r)Rr*h ubh)r+}r,(hXSTM0444r-hXampGr.h}r/h }r0hNhh]r1r2Rr3h ubh)r4}r5(hXSTM3710r6hXrfaDr7h}r8h }r9hNhh]r:r;Rr<h ubh)r=}r>(hXSTM3078r?hXspeBr@h}rAh }rBhNhh]rCrDRrEh ubh)rF}rG(hXSTM3173rHhXplsCrIh}rJh }rKhNhh]rLrMRrNh ubh)rO}rP(hXSTM4121rQhXargCrRh}rSh }rThNhh]rUrVRrWh ubh)rX}rY(hXSTM4176rZhXpurHr[h}r\h }r]hNhh]r^r_Rr`h ubh)ra}rb(hXSTM0533rchXpurKrdh}reh }rfhNhh]rgrhRrih ubh)rj}rk(hXSTM0534rlhXpurErmh}rnh }rohNhh]rprqRrrh ubh)rs}rt(hXSTM0154ruhXlpdArvh}rwh }rxhNhh]ryrzRr{h ubh)r|}r}(hXSTM0737r~hXsucBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0736rhXkgdrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2654rhXkgtPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3627rhXdppDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3628rhXdppCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3630rhXdppArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3626rhXdppFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3629rhXdppBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0380rhXddlrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0130rhXddlrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1681rhXycjGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1802rhXdadXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4247rhXalrrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0934rhXltaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2555rhXglyArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2827rhXalaSrh}rh }rhNhh]r r Rr h ubh)r }r (hXSTM3562rhXlivMrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3563rhXlivHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3561r hXlivGr!h}r"h }r#hNhh]r$r%Rr&h ubh)r'}r((hXSTM3560r)hXlivFr*h}r+h }r,hNhh]r-r.Rr/h ubh)r0}r1(hXSTM3567r2hXlivJr3h}r4h }r5hNhh]r6r7Rr8h ubh)r9}r:(hXSTM4398r;hXcycAr<h}r=h }r>hNhh]r?r@RrAh ubh)rB}rC(hXSTM0006rDhXyaaJrEh}rFh }rGhNhh]rHrIRrJh ubh)rK}rL(hXSTM3680rMhXaldBrNh}rOh }rPhNhh]rQrRRrSh ubh)rT}rU(hXSTM0527rVhXallCrWh}rXh }rYhNhh]rZr[Rr\h ubh)r]}r^(hXSTM0523r_hXallBr`h}rah }rbhNhh]rcrdRreh ubh)rf}rg(hXSTM0522rhhXallPrih}rjh }rkhNhh]rlrmRrnh ubh)ro}rp(hXSTM1288rqhX-rrh}rsh }rthNhh]rurvRrwh ubh)rx}ry(hXSTM3165rzhXdkgAr{h}r|h }r}hNhh]r~rRrh ubh)r}r(hXSTM0255rhXdkgBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4108rhXgldArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3513rhXmalQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3337rhXnanErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3336rhXnanKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0793rhXbioArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3970rhXubiErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4164rhXthiCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2009rhXamnrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1057rhXpepNrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0316rhXpepDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4477rhXpepArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2536rhXpepBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1446rhXanmKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1724rhXtrpDrh}rh }rhNhh]rrRrh ubh)r}r (hXSTM1723r hXtrpEr h}r h }r hNhh]rrRrh ubh)r}r(hXSTM0795rhXbioFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0088rhXapaHrh}rh }rhNhh]r r!Rr"h ubh)r#}r$(hXSTM0416r%hXribDr&h}r'h }r(hNhh]r)r*Rr+h ubh)r,}r-(hXSTM0102r.hXaraAr/h}r0h }r1hNhh]r2r3Rr4h ubh)r5}r6(hXSTM0194r7hXfhuBr8h}r9h }r:hNhh]r;r<Rr=h ubh)r>}r?(hXSTM0192r@hXfhuCrAh}rBh }rChNhh]rDrERrFh ubh)rG}rH(hXSTM0193rIhXfhuDrJh}rKh }rLhNhh]rMrNRrOh ubh)rP}rQ(hXSTM3016rRhXaraErSh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM1522r[hXydeAr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM4294rdhXyjdEreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM3086rmhXspeArnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM4296rvhXadirwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM1477rhXydgIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4123rhXargHrh}rh }rhNhh]rrRrh ubh)r}r(hX STM3290.SrhXargGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1909rhXargSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0889rhXartQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0890rhXartIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2353rhXhisQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0888rhXartMrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0891rhXartPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2352rhXhisMrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2355rhXargTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0887rhXartJrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2351rhXhisPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3066rhXyggArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3539rhXasdrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4382rhXyjfRrh}rh }r hNhh]r r Rr h ubh)r }r(hXSTM4384rhXsgaBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4385rhXptxArh}rh }rhNhh]rrRrh ubh)r}r (hX STM4383.Sr!hXulaAr"h}r#h }r$hNhh]r%r&Rr'h ubh)r(}r)(hXSTM3598r*hjrh}r+h }r,hNhh]r-r.Rr/h ubh)r0}r1(hXSTM1294r2hXansAr3h}r4h }r5hNhh]r6r7Rr8h ubh)r9}r:(hXSTM0847r;hXybiKr<h}r=h }r>hNhh]r?r@RrAh ubh)rB}rC(hXSTM3106rDhXansBrEh}rFh }rGhNhh]rHrIRrJh ubh)rK}rL(hXSTM0680rMhXasnBrNh}rOh }rPhNhh]rQrRRrSh ubh)rT}rU(hXSTM3877rVhXasnArWh}rXh }rYhNhh]rZr[Rr\h ubh)r]}r^(hXSTM1000r_hXasnCr`h}rah }rbhNhh]rcrdRreh ubh)rf}rg(hXSTM1584rhhXansPrih}rjh }rkhNhh]rlrmRrnh ubh)ro}rp(hXSTM0180rqhXpanDrrh}rsh }rthNhh]rurvRrwh ubh)rx}ry(hXSTM4460rzhXpyrBr{h}r|h }r}hNhh]r~rRrh ubh)r}r(hXSTM4459rhXpyrIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4220rhXlysCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4101rhXmetLrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0002rhXthrArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2641rhXnadBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4326rhXaspArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0998rhXaspCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1901rhXaspSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0663rhXgltKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0662rhXgltLrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0664rhXgltJrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0665rhXgltIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3614rhXdctArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4283rhXgltPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1304rhXastArh}rh }rhNhh]rrRrh ubh)r}r (hXSTM1511r hXydfGr h}r h }r hNhh]rrRrh ubh)r}r(hXSTM2071rhXhisGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3868rhXatpHrh}rh }rhNhh]r r!Rr"h ubh)r#}r$(hXSTM3866r%hXatpGr&h}r'h }r(hNhh]r)r*Rr+h ubh)r,}r-(hXSTM3864r.hXatpCr/h}r0h }r1hNhh]r2r3Rr4h ubh)r5}r6(hXSTM3870r7hXatpEr8h}r9h }r:hNhh]r;r<Rr=h ubh)r>}r?(hXSTM3871r@hXatpBrAh}rBh }rChNhh]rDrERrFh ubh)rG}rH(hXSTM3865rIhXatpDrJh}rKh }rLhNhh]rMrNRrOh ubh)rP}rQ(hXSTM3869rRhXatpFrSh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM3872r[hXatpIr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM3867rdhXatpAreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM3644rmhXbisCrnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM0794rvhXbioBrwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM1771rhXchaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2558rhXcadBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3314rhXyrbGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1718rhXbtuRrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0067rhXcarBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0066rhXcarArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3576rhXzntArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0758rhXybgRrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4061rhXfieFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3190rhXygiErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4064rhXushBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1779rhXipkrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1427rhXcfarh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2163rhXyehXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2164rhXyehYrh}rh }r hNhh]r r Rr h ubh)r }r (hXSTM2165r hXyehZr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2162r hXyehWr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2384r hXaroCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4233r! hXubiCr" h}r# h }r$ hNhh]r% r& Rr' h ubh)r( }r) (hXSTM0060r* hXcitE2r+ h}r, h }r- hNhh]r. r/ Rr0 h ubh)r1 }r2 (hXSTM0621r3 hXcitFr4 h}r5 h }r6 hNhh]r7 r8 Rr9 h ubh)r: }r; (hXSTM0623r< hXcitDr= h}r> h }r? hNhh]r@ rA RrB h ubh)rC }rD (hXSTM0061rE hXcitF2rF h}rG h }rH hNhh]rI rJ RrK h ubh)rL }rM (hXSTM0059rN hXcitD2rO h}rP h }rQ hNhh]rR rS RrT h ubh)rU }rV (hXSTM0620rW hXcitXrX h}rY h }rZ hNhh]r[ r\ Rr] h ubh)r^ }r_ (hXSTM0622r` hXcitEra h}rb h }rc hNhh]rd re Rrf h ubh)rg }rh (hXSTM0618ri hXcitTrj h}rk h }rl hNhh]rm rn Rro h ubh)rp }rq (hXSTM1739rr hXclsrs h}rt h }ru hNhh]rv rw Rrx h ubh)ry }rz (hXSTM0812r{ hXybhOr| h}r} h }r~ hNhh]r r Rr h ubh)r }r (hXSTM1490r hjrh}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0203r hXyadQr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3952r hXcorAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0984r hXmsbAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1204r hXfhuEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2451r hXhemFr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4004r hXhemNr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0072r hXcaiBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0071r hXcaiCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0070r hXcaiDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2810r hXproWr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2809r hXproVr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2811r hXproXr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4290r hXproPr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0074r hXcaiTr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0730r hXgltAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2953r hXpyrGr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0168r hXcueOr h}r h }r hNhh]r r! Rr" h ubh)r# }r$ (hXSTM0498r% hXcopAr& h}r' h }r( hNhh]r) r* Rr+ h ubh)r, }r- (hXSTM0353r. hjrh}r/ h }r0 hNhh]r1 r2 Rr3 h ubh)r4 }r5 (hXSTM3525r6 hXglpEr7 h}r8 h }r9 hNhh]r: r; Rr< h ubh)r= }r> (hXSTM1686r? hXpspEr@ h}rA h }rB hNhh]rC rD RrE h ubh)rF }rG (hXSTM3161rH hXmetCrI h}rJ h }rK hNhh]rL rM RrN h ubh)rO }rP (hXSTM2440rQ hXcysMrR h}rS h }rT hNhh]rU rV RrW h ubh)rX }rY (hXSTM2430rZ hXcysKr[ h}r\ h }r] hNhh]r^ r_ Rr` h ubh)ra }rb (hXSTM2984rc hXcsdArd h}re h }rf hNhh]rg rh Rri h ubh)rj }rk (hXSTM1557rl hjrh}rm h }rn hNhh]ro rp Rrq h ubh)rr }rs (hXSTM0537rt hXcysSru h}rv h }rw hNhh]rx ry Rrz h ubh)r{ }r| (hXSTM0957r} hXcydDr~ h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0956r hXcydCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0443r hXcyoAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0440r hXcyoDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0442r hXcyoBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0441r hXcyoCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2183r hXcddr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0661r hXrihAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2122r hXudkr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0980r hXcmkr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1803r hXdadAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4236r hXdgkAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3013r hXlysAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3947r hXdapFr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1954r hXfliYr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0222r hXcdsAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3195r hXribBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1489r hXbioDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0797r hXbioDr h}r! h }r" hNhh]r# r$ Rr% h ubh)r& }r' (hXSTM2121r( hXdcdr) h}r* h }r+ hNhh]r, r- Rr. h ubh)r/ }r0 (hXSTM2391r1 hXfadLr2 h}r3 h }r4 hNhh]r5 r6 Rr7 h ubh)r8 }r9 (hXSTM3829r: hXdgoKr; h}r< h }r= hNhh]r> r? Rr@ h ubh)rA }rB (hXSTM3612rC hXkdgKrD h}rE h }rF hNhh]rG rH RrI h ubh)rJ }rK (hXSTM2670rL hXaroFrM h}rN h }rO hNhh]rP rQ RrR h ubh)rS }rT (hXSTM0760rU hXaroGrV h}rW h }rX hNhh]rY rZ Rr[ h ubh)r\ }r] (hXSTM1347r^ hXaroHr_ h}r` h }ra hNhh]rb rc Rrd h ubh)re }rf (hXSTM3740rg hXgmkrh h}ri h }rj hNhh]rk rl Rrm h ubh)rn }ro (hXSTM3904rp hXilvDrq h}rr h }rs hNhh]rt ru Rrv h ubh)rw }rx (hXSTM0598ry hXentArz h}r{ h }r| hNhh]r} r~ Rr h ubh)r }r (hXSTM0596r hXentEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0064r hXdapBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2489r hXdapAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0087r hXfolAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2365r hXfolCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4090r hXmenAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3206r hXfolBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1058r hXpyrDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1163r hXpyrCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3295r hXfolPr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3486r hXaroBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1358r hXaroDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0423r hXispAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0049r hXispHr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2276r hXubiGr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0137r hXmutTr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1900r hXntpAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3668r hXyiaKr h}r h }r hNhh]r r Rr! h ubh)r" }r# (hXSTM0140r$ hXcoaEr% h}r& h }r' hNhh]r( r) Rr* h ubh)r+ }r, (hXSTM4567r- hXdeoCr. h}r/ h }r0 hNhh]r1 r2 Rr3 h ubh)r4 }r5 (hXSTM3997r6 hXdsbAr7 h}r8 h }r9 hNhh]r: r; Rr< h ubh)r= }r> (hXSTM1807r? hXdsbBr@ h}rA h }rB hNhh]rC rD RrE h ubh)rF }rG (hXSTM3043rH hXdsbCrI h}rJ h }rK hNhh]rL rM RrN h ubh)rO }rP (hXSTM4323rQ hXdipZrR h}rS h }rT hNhh]rU rV RrW h ubh)rX }rY (hXSTM2649rZ hXtrxCr[ h}r\ h }r] hNhh]r^ r_ Rr` h ubh)ra }rb (hXSTM3915rc hXtrxArd h}re h }rf hNhh]rg rh Rri h ubh)rj }rk (hXSTM0607rl hXdsbGrm h}rn h }ro hNhh]rp rq Rrr h ubh)rs }rt (hXSTM1200ru hXtdkrv h}rw h }rx hNhh]ry rz Rr{ h ubh)r| }r} (hXSTM1750r~ hXtdkr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4570r hXdeoDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4568r hXdeoAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3731r hXdutr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0220r hXdxrr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0422r hXdxsr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3660r hXxylBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3692r hXlldPr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3070r hXepdr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1700r hXfabIr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3713r hXrfaLr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3928r hXwecFr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3919r hXwzzEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3926r hXwzxEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2388r hXfadJr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3983r hXfadBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1884r hXedar h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1885r hXeddr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1155r hXhtrBr! h}r" h }r# hNhh]r$ r% Rr& h ubh)r' }r( (hXSTM1889r) hXmsbBr* h}r+ h }r, hNhh]r- r. Rr/ h ubh)r0 }r1 (hXSTM2401r2 hXddgr3 h}r4 h }r5 hNhh]r6 r7 Rr8 h ubh)r9 }r: (hXSTM2952r; hXenor< h}r= h }r> hNhh]r? r@ RrA h ubh)rB }rC (hXSTM0584rD hXentDrE h}rF h }rG hNhh]rH rI RrJ h ubh)rK }rL (hXSTM2457rM hXeutCrN h}rO h }rP hNhh]rQ rR RrS h ubh)rT }rU (hXSTM2458rV hXeutBrW h}rX h }rY hNhh]rZ r[ Rr\ h ubh)r] }r^ (hXSTM2460r_ hXeutHr` h}ra h }rb hNhh]rc rd Rre h ubh)rf }rg (hXSTM4109rh hXtalCri h}rj h }rk hNhh]rl rm Rrn h ubh)ro }rp (hXSTM0842rq hXybiV(1)rr h}rs h }rt hNhh]ru rv Rrw h ubh)rx }ry (hXSTM0840rz hXybiV(2)r{ h}r| h }r} hNhh]r~ r Rr h ubh)r }r (hXSTM3787r hXuhpTr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0403r hXyajBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0464r hXtesBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1350r hXydiDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1818r hXfadDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3979r hXfrer h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2947r hXcysIr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2948r hXcysJr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3068r hXfbar h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2141r hXfbaBr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4085r hXglpXr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4415r hXfbpr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2976r hXfucIr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2977r hXfucKr h}r h }r hNhh]r r Rr h ubh)r }r(hXSTM2916rhXygbLrh}rh }rhNhh]rrRrh ubh)r}r (hXSTM2974r hXfucAr h}r h }r hNhh]rrRrh ubh)r}r(hXSTM0489rhXhemHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1569rhXfdnHrh}rh }rhNhh]r r!Rr"h ubh)r#}r$(hXSTM1570r%hXfdnGr&h}r'h }r(hNhh]r)r*Rr+h ubh)r,}r-(hXSTM1568r.hXfdnIr/h}r0h }r1hNhh]r2r3Rr4h ubh)r5}r6(hXSTM4037r7hXfdoGr8h}r9h }r:hNhh]r;r<Rr=h ubh)r>}r?(hXSTM4035r@hXfdoIrAh}rBh }rChNhh]rDrERrFh ubh)rG}rH(hXSTM4036rIhXfdoHrJh}rKh }rLhNhh]rMrNRrOh ubh)rP}rQ(hXSTM2408rRhXmntHrSh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM0591r[hXfepGr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM0594rdhXfepBreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM0592rmhXfepDrnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM0590rvhXfepCrwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM2199rhXcirArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0191rhXfhuArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0585rhXfepArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0593rhXybdArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2848rhXhycFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2852rhXhycBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2851rhXhycCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4285rhXfdhFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2849rhXhycErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2847rhXhycGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2850rhXhycDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4084rhXfprrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3045rhXfldBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0694rhXfldArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3407rhXfmtrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0045rhXribFrh}rh }r hNhh]r r Rr h ubh)r }r(hXSTM0974rhXfocArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4340rhXfrdDrh}rh }rhNhh]rrRrh ubh)r}r (hXSTM4343r!hXfrdAr"h}r#h }r$hNhh]r%r&Rr'h ubh)r(}r)(hXSTM4341r*hXfrdCr+h}r,h }r-hNhh]r.r/Rr0h ubh)r1}r2(hXSTM4342r3hXfrdBr4h}r5h }r6hNhh]r7r8Rr9h ubh)r:}r;(hXSTM2205r<hXfruKr=h}r>h }r?hNhh]r@rARrBh ubh)rC}rD(hXSTM2204rEhXfruArFh}rGh }rHhNhh]rIrJRrKh ubh)rL}rM(hXSTM2206rNhXfruFrOh}rPh }rQhNhh]rRrSRrTh ubh)rU}rV(hXSTM1756rWhXpurUrXh}rYh }rZhNhh]r[r\Rr]h ubh)r^}r_(hXSTM0761r`hjrh}rah }rbhNhh]rcrdRreh ubh)rf}rg(hXSTM4300rhhXfumBrih}rjh }rkhNhh]rlrmRrnh ubh)ro}rp(hXSTM1468rqhXfumArrh}rsh }rthNhh]rurvRrwh ubh)rx}ry(hXSTM0762rzhjrh}r{h }r|hNhh]r}r~Rrh ubh)r}r(hXSTM1469rhXfumCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3862rhXglmUrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1117rhXagprh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3923rhXrffHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2095rhXrfbArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0202rhXhemLrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4249rhXaphArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4235rhXplsBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3557rhXugpBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3556rhXugpArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3554rhXugpCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3555rhXugpErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3700rhXgpsArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3526rhXglpDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2285rhXglpBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2284r hXglpAr h}r h }r hNhh]r rRrh ubh)r}r(hXSTM2286rhXglpCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0322rhXproArh}rh }rhNhh]rr Rr!h ubh)r"}r#(hXSTM0684r$hXnagBr%h}r&h }r'hNhh]r(r)Rr*h ubh)r+}r,(hXSTM1886r-hXzwfr.h}r/h }r0hNhh]r1r2Rr3h ubh)r4}r5(hXSTM3827r6hXdgoTr7h}r8h }r9hNhh]r:r;Rr<h ubh)r=}r>(hXSTM2962r?hXgudTr@h}rAh }rBhNhh]rCrDRrEh ubh)rF}rG(hXSTM2101rHhXwcaKrIh}rJh }rKhNhh]rLrMRrNh ubh)rO}rP(hXSTM0774rQhXgalKrRh}rSh }rThNhh]rUrVRrWh ubh)rX}rY(hXSTM0773rZhXgalMr[h}r\h }r]hNhh]r^r_Rr`h ubh)ra}rb(hXSTM4298rchXmelArdh}reh }rfhNhh]rgrhRrih ubh)rj}rk(hXSTM3719rlhXrfaBrmh}rnh }rohNhh]rprqRrrh ubh)rs}rt(hXSTM3134ruhjrh}rvh }rwhNhh]rxryRrzh ubh)r{}r|(hXSTM1752r}hXgalUr~h}rh }rhNhh]rrRrh ubh)r}r(hXSTM2098rhXgalFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2190rhXmglBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2189rhXmglArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2188rhXmglCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3091rhXgalPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1290rhXgapArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2500rhXpurNrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2108rhXwcaGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2956rhXrelArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3742rhXspoTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2107rhXwcaHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2477rhXyffHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3861rhXglmSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3538rhXglgBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0472rhXmaarh}rh }rhNhh]rr Rr h ubh)r }r (hXSTM0169r hXgcdrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3512rhXgntTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3541rhXgntUr h}r!h }r"hNhh]r#r$Rr%h ubh)r&}r'(hXSTM3534r(hXglgPr)h}r*h }r+hNhh]r,r-Rr.h ubh)r/}r0(hXSTM3514r1hXmalPr2h}r3h }r4hNhh]r5r6Rr7h ubh)r8}r9(hXSTM3249r:hXgarLr;h}r<h }r=hNhh]r>r?Rr@h ubh)rA}rB(hXSTM2961rChXygcYrDh}rEh }rFhNhh]rGrHRrIh ubh)rJ}rK(hXSTM2960rLhXgudDrMh}rNh }rOhNhh]rPrQRrRh ubh)rS}rT(hXSTM3535rUhXglgArVh}rWh }rXhNhh]rYrZRr[h ubh)r\}r](hXSTM3722r^hXrfaGr_h}r`h }rahNhh]rbrcRrdh ubh)re}rf(hXSTM3718rghXrfaIrhh}rih }rjhNhh]rkrlRrmh ubh)rn}ro(hXSTM3717rphXrfaJrqh}rrh }rshNhh]rtruRrvh ubh)rw}rx(hXSTM0161ryhXkdgTrzh}r{h }r|hNhh]r}r~Rrh ubh)r}r(hXSTM3537rhXglgXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3536rhXglgCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4007rhXglnArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0686rhXglnSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0829rhXglnPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0828rhXglnQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0830rhXglnHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0321rhXproBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2818rhXgshArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1299rhXgdhArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1525rhXyneHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2362rhXpurFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4131rhXmurIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3331rhXgltDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3330rhXgltBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1777r hXhemAr h}r h }r hNhh]r rRrh ubh)r}r(hXSTM2415rhXgltXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3746rhXgltSrh}rh }rhNhh]rr Rr!h ubh)r"}r#(hXSTM0517r$hXgclr%h}r&h }r'hNhh]r(r)Rr*h ubh)r+}r,(hXSTM4087r-hXglpFr.h}r/h }r0hNhh]r1r2Rr3h ubh)r4}r5(hXSTM3709r6hXkblr7h}r8h }r9hNhh]r:r;Rr<h ubh)r=}r>(hXSTM2283r?hXglpTr@h}rAh }rBhNhh]rCrDRrEh ubh)rF}rG(hXSTM3529rHhXgldArIh}rJh }rKhNhh]rLrMRrNh ubh)rO}rP(hXSTM0525rQhXglxKrRh}rSh }rThNhh]rUrVRrWh ubh)rX}rY(hXSTM3247rZhXgarKr[h}r\h }r]hNhh]r^r_Rr`h ubh)ra}rb(hXSTM2492rchjrh}rdh }rehNhh]rfrgRrhh ubh)ri}rj(hXSTM2959rkhjrh}rlh }rmhNhh]rnroRrph ubh)rq}rr(hXSTM3054rshXgcvHrth}ruh }rvhNhh]rwrxRryh ubh)rz}r{(hXSTM3053r|hXgcvPr}h}r~h }rhNhh]rrRrh ubh)r}r(hXSTM3055rhXgcvTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1135rhXycdWrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1620rhjrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4086rhXglpKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0261rhXgloBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3655rhXglySrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3656rhXglyQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2109rhXgmdrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3200rhXrfaErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0248rhXyaeDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0141rhXguaCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2510rhXguaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2081rhXgndrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3542rhXgntKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4485rhXidnKrh}rh }rhNhh]rrRrh ubh)r }r (hXSTM3553r hXugpQr h}r h }rhNhh]rrRrh ubh)r}r(hXSTM2282rhXglpQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0872rhXgrxArh}rh }r hNhh]r!r"Rr#h ubh)r$}r%(hXSTM3702r&hXgrxCr'h}r(h }r)hNhh]r*r+Rr,h ubh)r-}r.(hXSTM1165r/hXgrxBr0h}r1h }r2hNhh]r3r4Rr5h ubh)r6}r7(hXSTM1433r8hXydhDr9h}r:h }r;hNhh]r<r=Rr>h ubh)r?}r@(hXSTM0491rAhXgskrBh}rCh }rDhNhh]rErFRrGh ubh)rH}rI(hXSTM3139rJhXgsprKh}rLh }rMhNhh]rNrORrPh ubh)rQ}rR(hXSTM3597rShXgorrTh}rUh }rVhNhh]rWrXRrYh ubh)rZ}r[(hXSTM3551r\hXggtr]h}r^h }r_hNhh]r`raRrbh ubh)rc}rd(hXSTM0848rehXyliArfh}rgh }rhhNhh]rirjRrkh ubh)rl}rm(hXSTM0851rnhXyliDroh}rph }rqhNhh]rrrsRrth ubh)ru}rv(hXSTM0849rwhXyliBrxh}ryh }rzhNhh]r{r|Rr}h ubh)r~}r(hXSTM0850rhXyliCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3095rhXgshBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2193rhXfolErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1711rhXribArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3913rhXgppArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0317rhXgptrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0170rhXhptrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4016rhXyshArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4234rhXubiArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0171rhXyadFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0439rhXcyoErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3721rhXrfaPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3716rhXrfaYrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3712rhXrfaCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3711rhXrfaFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3723rhXrfaQrh}r h }r hNhh]r r Rr h ubh)r}r(hXSTM3714rhXrfaKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2147rhXthiMrh}rh }rhNhh]rrRrh ubh)r }r!(hXSTM2403r"hXglkr#h}r$h }r%hNhh]r&r'Rr(h ubh)r)}r*(hXSTM0393r+hXyajFr,h}r-h }r.hNhh]r/r0Rr1h ubh)r2}r3(hXSTM2072r4hXhisDr5h}r6h }r7hNhh]r8r9Rr:h ubh)r;}r<(hXSTM2074r=hXhisBr>h}r?h }r@hNhh]rArBRrCh ubh)rD}rE(hXSTM2522rFhXhisSrGh}rHh }rIhNhh]rJrKRrLh ubh)rM}rN(hXSTM2354rOhXhisJrPh}rQh }rRhNhh]rSrTRrUh ubh)rV}rW(hXSTM0150rXhXaroPrYh}rZh }r[hNhh]r\r]Rr^h ubh)r_}r`(hXSTM3938rahXhemCrbh}rch }rdhNhh]rerfRrgh ubh)rh}ri(hXSTM2435rjhXpdxKrkh}rlh }rmhNhh]rnroRrph ubh)rq}rr(hXSTM2146rshXthiDrth}ruh }rvhNhh]rwrxRryh ubh)rz}r{(hXSTM0832r|hXybiFr}h}r~h }rhNhh]rrRrh ubh)r}r(hXSTM3960rhXrhtBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0183rhXfolKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0518rhXgiprh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0003rhXthrBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4182rhXmetArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2073rhXhisCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1238rhXicdArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2310rhXmenFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0595rhXentCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0597rhXentBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4184rhXaceArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4484rhXidnDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2077rhXhisFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2075rhXhisHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1725rhXtrpCrh}rh }rhNhh]rrRr h ubh)r }r (hXSTM3903r hXilvEr h}rh }rhNhh]rrRrh ubh)r}r(hXSTM0046rhXileSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0399rhXbrnQrh}r h }r!hNhh]r"r#Rr$h ubh)r%}r&(hXSTM2511r'hXguaBr(h}r)h }r*hNhh]r+r,Rr-h ubh)r.}r/(hXSTM3391r0hXacrFr1h}r2h }r3hNhh]r4r5Rr6h ubh)r7}r8(hXSTM3390r9hXacrEr:h}r;h }r<hNhh]r=r>Rr?h ubh)r@}rA(hXSTM3279rBhXmtrrCh}rDh }rEhNhh]rFrGRrHh ubh)rI}rJ(hXSTM3039rKhXidirLh}rMh }rNhNhh]rOrPRrQh ubh)rR}rS(hXSTM0112rThXleuBrUh}rVh }rWhNhh]rXrYRrZh ubh)r[}r\(hXSTM0110r]hXleuDr^h}r_h }r`hNhh]rarbRrch ubh)rd}re(hXSTM0111rfhXleuCrgh}rhh }rihNhh]rjrkRrlh ubh)rm}rn(hXSTM0330rohjrh}rph }rqhNhh]rrrsRrth ubh)ru}rv(hXSTM0329rwhjrh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM0113rhXleuArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3909rhXilvCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3982rhXfadArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2389rhXfadIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0988rhXkdsBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3316rhXyrbIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1772rhXkdsArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4386rhXulaDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3675rhXsgbHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0706rhXkdpArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0705rhXkdpBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0704rhXkdpCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3986rhXtrkHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1695rhXsapDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3409rhXtrkArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3880rhXtrkDrh}rh }r hNhh]r r Rr h ubh)r }r(hXSTM0866rhXmdfArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0086rhXkefCrh}rh }rhNhh]rrRrh ubh)r}r (hXSTM3457r!hXkefBr"h}r#h }r$hNhh]r%r&Rr'h ubh)r(}r)(hXSTM2301r*hXarnTr+h}r,h }r-hNhh]r.r/Rr0h ubh)r1}r2(hXSTM1680r3hXycjIr4h}r5h }r6hNhh]r7r8Rr9h ubh)r:}r;(hXSTM2973r<hXfucOr=h}r>h }r?hNhh]r@rARrBh ubh)rC}rD(hXSTM2167rEhXdldrFh}rGh }rHhNhh]rIrJRrKh ubh)rL}rM(hXSTM1647rNhXldhArOh}rPh }rQhNhh]rRrSRrTh ubh)rU}rV(hXSTM4248rWhXtyrBrXh}rYh }rZhNhh]r[r\Rr]h ubh)r^}r_(hXSTM0648r`hXleuSrah}rbh }rchNhh]rdreRrfh ubh)rg}rh(hXSTM3564rihXlivKrjh}rkh }rlhNhh]rmrnRroh ubh)rp}rq(hXSTM1435rrhXgloArsh}rth }ruhNhh]rvrwRrxh ubh)ry}rz(hXSTM0235r{hXyaeRr|h}r}h }r~hNhh]rrRrh ubh)r}r(hXSTM0229rhXlpxBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0506rhXtesArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3961rhXpldBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0234rhXldcCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2559rhXcadArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3040rhXlysSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2200rhXlysPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4046rhXrhaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4050rhXrhaTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3694rhXlldDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3686rhXmtlDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4183rhXaceBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1467rhXmanArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0370rhXprpDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0368rhXprpBrh}rh }rhNhh]rrRrh ubh)r }r (hXSTM0369r hXprpCr h}r h }rhNhh]rrRrh ubh)r}r(hXSTM1194rhXfabDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2533rhXsseArh}rh }r hNhh]r!r"Rr#h ubh)r$}r%(hXSTM0122r&hXftsIr'h}r(h }r)hNhh]r*r+Rr,h ubh)r-}r.(hXSTM0190r/hXmrcBr0h}r1h }r2hNhh]r3r4Rr5h ubh)r6}r7(hXSTM0640r8hXmrdAr9h}r:h }r;hNhh]r<r=Rr>h ubh)r?}r@(hXSTM3493rAhXmrcArBh}rCh }rDhNhh]rErFRrGh ubh)rH}rI(hXSTM0637rJhXdacArKh}rLh }rMhNhh]rNrORrPh ubh)rQ}rR(hXSTM2062rShXdacDrTh}rUh }rVhNhh]rWrXRrYh ubh)rZ}r[(hXSTM0863r\hXdacCr]h}r^h }r_hNhh]r`raRrbh ubh)rc}rd(hXSTM3300rehXdacBrfh}rgh }rhhNhh]rirjRrkh ubh)rl}rm(hXSTM2383rnhXmepAroh}rph }rqhNhh]rrrsRrth ubh)ru}rv(hXSTM2168rwhXpbpGrxh}ryh }rzhNhh]r{r|Rr}h ubh)r~}r(hXSTM3359rhXmdhrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1566rhXsfcArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2472rhXmaeBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2523rhXispGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2929rhXispFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4299rhXmelBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2930rhXispDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3090rhXmetKrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0246rhXyaeErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0247rhXmetNrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0245rhXmetQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3965rhXmetErh}rh }rhNhh]rrRrh ubh)r}r(hX STM4188.SrhXmetHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4408rhXmsrArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1291rhXyeaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2155rhXmetGrh}r h }r hNhh]r r Rr h ubh)r}r(hXSTM1076rhXmgsArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2546rhXsuhBrh}rh }rhNhh]rrRrh ubh)r }r!(hXSTM0401r"hXmalZr#h}r$h }r%hNhh]r&r'Rr(h ubh)r)}r*(hXSTM2831r+hXmltBr,h}r-h }r.hNhh]r/r0Rr1h ubh)r2}r3(hXSTM4582r4hXsltr5h}r6h }r7hNhh]r8r9Rr:h ubh)r;}r<(hXSTM1799r=hXemtAr>h}r?h }r@hNhh]rArBRrCh ubh)rD}rE(hXSTM3112rFhXmltCrGh}rHh }rIhNhh]rJrKRrLh ubh)rM}rN(hXSTM2988rOhXmltArPh}rQh }rRhNhh]rSrTRrUh ubh)rV}rW(hXSTM3685rXhXmtlArYh}rZh }r[hNhh]r\r]Rr^h ubh)r_}r`(hXSTM3724rahXkdtArbh}rch }rdhNhh]rerfRrgh ubh)rh}ri(hXSTM3715rjhXrfaZrkh}rlh }rmhNhh]rnroRrph ubh)rq}rr(hXSTM0781rshXmodArth}ruh }rvhNhh]rwrxRryh ubh)rz}r{(hXSTM0783r|hXmodCr}h}r~h }rhNhh]rrRrh ubh)r}r(hXSTM2441rhXcysArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0782rhXmodBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4063rhXsbprh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2442rhXcysWrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2443rhXcysUrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2444rhXcysPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0182rhXpanBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2531rhXpbpCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0542rhXfolDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4105rhXmetFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1160rhXsolArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4166rhXnudCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2427rhXligArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1211rhXndhrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2320rhXnuoJrh}rh }rhNhh]rrRr h ubh)r }r (hX STM2316.Sr hXnuoNr h}rh }rhNhh]rrRrh ubh)r}r(hXSTM2328rhXnuoArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2317rhXnuoMrh}r h }r!hNhh]r"r#Rr$h ubh)r%}r&(hXSTM2325r'hXnuoEr(h}r)h }r*hNhh]r+r,Rr-h ubh)r.}r/(hXSTM2326r0hXnuoCr1h}r2h }r3hNhh]r4r5Rr6h ubh)r7}r8(hXSTM2318r9hXnuoLr:h}r;h }r<hNhh]r=r>Rr?h ubh)r@}rA(hXSTM2321rBhXnuoIrCh}rDh }rEhNhh]rFrGRrHh ubh)rI}rJ(hXSTM2324rKhXnuoFrLh}rMh }rNhNhh]rOrPRrQh ubh)rR}rS(hX STM2323.SrThXnuoGrUh}rVh }rWhNhh]rXrYRrZh ubh)r[}r\(hXSTM2319r]hXnuoKr^h}r_h }r`hNhh]rarbRrch ubh)rd}re(hXSTM2327rfhXnuoBrgh}rhh }rihNhh]rjrkRrlh ubh)rm}rn(hXSTM2322rohXnuoHrph}rqh }rrhNhh]rsrtRruh ubh)rv}rw(hXSTM2683rxhXppnKryh}rzh }r{hNhh]r|r}Rr~h ubh)r}r(hXSTM3179rhXmdaBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1310rhXnadErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4126rhXudhArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1479rhXpntArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1480rhXpntBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1004rhXpncBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1806rhXnhaBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0039rhXnhaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2526rhXndkrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0463rhXamtBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2841rhXygbDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2840rhjrh}rh }rhNhh]rrRrh ubh)r}r(hX STM4580.SrhXnadRrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0645rhXnadDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0757rhXpnuCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1293rhXpncArh}r h }r hNhh]r r Rr h ubh)r}r(hXSTM0145rhXnadCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3476rhXnirCrh}rh }rhNhh]rrRrh ubh)r }r!(hXSTM1765r"hXnarKr#h}r$h }r%hNhh]r&r'Rr(h ubh)r)}r*(hXSTM2258r+hXnapGr,h}r-h }r.hNhh]r/r0Rr1h ubh)r2}r3(hXSTM2257r4hXnapHr5h}r6h }r7hNhh]r8r9Rr:h ubh)r;}r<(hXSTM2256r=hXnapBr>h}r?h }r@hNhh]rArBRrCh ubh)rD}rE(hXSTM2255rFhXnapCrGh}rHh }rIhNhh]rJrKRrLh ubh)rM}rN(hXSTM2259rOhXnapArPh}rQh }rRhNhh]rSrTRrUh ubh)rV}rW(hXSTM1762rXhXnarJrYh}rZh }r[hNhh]r\r]Rr^h ubh)r_}r`(hXSTM1580rahXnarVrbh}rch }rdhNhh]rerfRrgh ubh)rh}ri(hXSTM1579rjhXnarWrkh}rlh }rmhNhh]rnroRrph ubh)rq}rr(hXSTM1763rshXnarHrth}ruh }rvhNhh]rwrxRryh ubh)rz}r{(hXSTM1764r|hXnarGr}h}r~h }rhNhh]rrRrh ubh)r}r(hXSTM1577rhXnarZrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1578rhXnarYrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1761rhXnarIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2260rhXnapDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1576rhXnarUrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2556rhXhmpArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2307rhXmenBrh}rh }rhNhh]rrRrh ubh)r}r(hX STM4559.SrhXyjjGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2332rhjrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0494rhXushArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4349rhXyjeQrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0659rhXhscCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4584rhXyjjXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2954rhXmazGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3103rhXyggVrh}rh }rhNhh]rrRrh ubh)r }r (hXSTM1301r hjrh}r h }r hNhh]rrRrh ubh)r}r(hXSTM2295rhXyfaOrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0208rhXdgtrh}rh }rhNhh]r r!Rr"h ubh)r#}r$(hXSTM3474r%hXnirBr&h}r'h }r(hNhh]r)r*Rr+h ubh)r,}r-(hXSTM3475r.hXnirDr/h}r0h }r1hNhh]r2r3Rr4h ubh)r5}r6(hXSTM4277r7hXnrfAr8h}r9h }r:hNhh]r;r<Rr=h ubh)r>}r?(hX STM4278.Sr@hXnrfBrAh}rBh }rChNhh]rDrERrFh ubh)rG}rH(hXSTM4279rIhXnrfCrJh}rKh }rLhNhh]rMrNRrOh ubh)rP}rQ(hXSTM4280rRhXnrfDrSh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM0970r[hXpflAr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM2646rdhXyfiDreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM0973rmhXpflBrnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM3241rvhXtdcErwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM3305rhXispBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0977rhXserCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0671rhXubiFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1707rhXpyrFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3057rhXubiHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2356rhXubiXrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3978rhXyigCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3972rhXubiBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0701rhXspeFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3114rhXspeCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3733rhXpyrErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2309rhXmenDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0386rhXproCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0181rhXpanCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1710rhXpgpBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0125rhXmraYrh}rh }r hNhh]r r Rr h ubh)r }r(hXSTM2946rhXcysHrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0152rhXaceErh}rh }rhNhh]rrRrh ubh)r}r (hXSTM0153r!hXaceFr"h}r#h }r$hNhh]r%r&Rr'h ubh)r(}r)(hXSTM1448r*hXpdxHr+h}r,h }r-hNhh]r.r/Rr0h ubh)r1}r2(hXSTM0163r3hXpdxAr4h}r5h }r6hNhh]r7r8Rr9h ubh)r:}r;(hXSTM2578r<hXpdxJr=h}r>h }r?hNhh]r@rARrBh ubh)rC}rD(hXSTM0091rEhXpdxArFh}rGh }rHhNhh]rIrJRrKh ubh)rL}rM(hXSTM2370rNhXpdxBrOh}rPh }rQhNhh]rRrSRrTh ubh)rU}rV(hXSTM3635rWhXyhjWrXh}rYh }rZhNhh]r[r\Rr]h ubh)r^}r_(hXSTM4062r`hXpfkArah}rbh }rchNhh]rdreRrfh ubh)rg}rh(hXSTM1326rihXpfkBrjh}rkh }rlhNhh]rmrnRroh ubh)rp}rq(hXSTM3257rrhjrh}rsh }rthNhh]rurvRrwh ubh)rx}ry(hXSTM0844rzhXpflEr{h}r|h }r}hNhh]r~rRrh ubh)r}r(hXSTM4114rhXpflDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4115rhXpflCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0843rhXpflFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3294rhXglmMrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3062rhXserArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4221rhXpgirh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3069rhXpgkrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0785rhXybhErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3482rhXgphrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3704rhXpmgIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4585rhXgpmBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0772rhXgpmArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2820rhXyqaBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0698rhXpgmrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0420rhXpgpArh}rh }rhNhh]rrRrh ubh)r}r (hXSTM1945r hXpgsAr h}r h }r hNhh]rrRrh ubh)r}r(hXSTM2254rhXccmArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2253rhXccmBrh}rh }rhNhh]r r!Rr"h ubh)r#}r$(hXSTM2252r%hXccmCr&h}r'h }r(hNhh]r)r*Rr+h ubh)r,}r-(hXSTM1337r.hXpheSr/h}r0h }r1hNhh]r2r3Rr4h ubh)r5}r6(hXSTM1338r7hXpheTr8h}r9h }r:hNhh]r;r<Rr=h ubh)r>}r?(hXSTM0568r@hXphePrAh}rBh }rChNhh]rDrERrFh ubh)rG}rH(hXSTM3589rIhXpitArJh}rKh }rLhNhh]rMrNRrOh ubh)rP}rQ(hXSTM3857rRhXpstSrSh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM3854r[hXpstBr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM3856rdhXpstCreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM3855rmhXpstArnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM3957rvhXpldArwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM4139rhXcoaArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3382rhXpanFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0935rhXpoxBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4414rhXpparh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2502rhXppxrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2057rhXpduWrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1125rhXputPrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0372rhXhemBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4119rhXppcrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3730rhXdfprh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3500rhXpckArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2501rhXppkrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4569rhXdeoBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2669rhXtyrArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2667rhXpheArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3987rhXhemGrh}rh }r hNhh]r r Rr h ubh)r }r(hXSTM2554rhXhcaTrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1349rhXppsrh}rh }rhNhh]rrRrh ubh)r}r (hXSTM4175r!hXpurDr"h}r#h }r$hNhh]r%r&Rr'h ubh)r(}r)(hX STM2499.Sr*hXpurMr+h}r,h }r-hNhh]r.r/Rr0h ubh)r1}r2(hXSTM2078r3hXhisIr4h}r5h }r6hNhh]r7r8Rr9h ubh)r:}r;(hXSTM2487r<hXpurCr=h}r>h }r?hNhh]r@rARrBh ubh)rC}rD(hXSTM2565rEhXpurGrFh}rGh }rHhNhh]rIrJRrKh ubh)rL}rM(hXSTM2076rNhXhisArOh}rPh }rQhNhh]rRrSRrTh ubh)rU}rV(hXSTM0242rWhXproSrXh}rYh }rZhNhh]r[r\Rr]h ubh)r^}r_(hXSTM1780r`hXprsArah}rbh }rchNhh]rdreRrfh ubh)rg}rh(hXSTM0978rihXaroArjh}rkh }rlhNhh]rmrnRroh ubh)rp}rq(hXSTM4348rrhXpsdrsh}rth }ruhNhh]rvrwRrxh ubh)ry}rz(hXSTM4578r{hXserBr|h}r}h }r~hNhh]rrRrh ubh)r}r(hXSTM2652rhXpssArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2047rhXpduLrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2338rhXptarh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2466rhXeutDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3725rhXcoaDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0700rhXpotErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3218rhXoatrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0878rhXpotGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1226rhXpotArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1222rhXpotDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1223rhXpotCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1225rhXpotBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0877rhXpotFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0880rhXpotIrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM0879rhXpotHrh}rh }rhNhh]rrRrh ubh)r }r (hXSTM1450r hXpdxYr h}r h }rhNhh]rrRrh ubh)r}r(hXSTM1888rhXpykArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM1378rhXpykFrh}rh }r hNhh]r!r"Rr#h ubh)r$}r%(hXSTM3968r&hXudpr'h}r(h }r)hNhh]r*r+Rr,h ubh)r-}r.(hXSTM3180r/hXygiNr0h}r1h }r2hNhh]r3r4Rr5h ubh)r6}r7(hXSTM0756r8hXnadAr9h}r:h }r;hNhh]r<r=Rr>h ubh)r?}r@(hXSTM1426rAhXribErBh}rCh }rDhNhh]rErFRrGh ubh)rH}rI(hXSTM0417rJhXribHrKh}rLh }rMhNhh]rNrORrPh ubh)rQ}rR(hXSTM3793rShjrh}rTh }rUhNhh]rVrWRrXh ubh)rY}rZ(hXSTM3885r[hXrbsKr\h}r]h }r^hNhh]r_r`Rrah ubh)rb}rc(hXSTM0103rdhXaraBreh}rfh }rghNhh]rhriRrjh ubh)rk}rl(hXSTM4388rmhXsgaErnh}roh }rphNhh]rqrrRrsh ubh)rt}ru(hXSTM3677rvhXsgbErwh}rxh }ryhNhh]rzr{Rr|h ubh)r}}r~(hXSTM0101rhXaraDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3720rhXyibRrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2817rhXluxSrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3882rhXrbsArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3881rhXrbsDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3884rhXrbsBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM3883rhXrbsCrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4047rhXrhaBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4045rhXrhaDrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2277rhXnrdArh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2808rhXnrdFrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2278rhXnrdBrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM2807rhXnrdErh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4451rhXnrdGrh}rh }rhNhh]rrRrh ubh)r}r(hXSTM4452rhXnrdDrh}rh }r hNhh]r r Rr h ubh)r }r (hXSTM1617r hjrh}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3483r hXrper h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM4080r hjrh}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3063r hXrpiAr h}r! h }r" hNhh]r# r$ Rr% h ubh)r& }r' (hXSTM1933r( hjrh}r) h }r* hNhh]r+ r, Rr- h ubh)r. }r/ (hXSTM0310r0 hXgmhAr1 h}r2 h }r3 hNhh]r4 r5 Rr6 h ubh)r7 }r8 (hXSTM1306r9 hXastBr: h}r; h }r< hNhh]r= r> Rr? h ubh)r@ }rA (hXSTM2934rB hXcysNrC h}rD h }rE hNhh]rF rG RrH h ubh)rI }rJ (hXSTM2935rK hXcysDrL h}rM h }rN hNhh]rO rP RrQ h ubh)rR }rS (hXSTM2835rT hXsrlDrU h}rV h }rW hNhh]rX rY RrZ h ubh)r[ }r\ (hXSTM2832r] hXsrlAr^ h}r_ h }r` hNhh]ra rb Rrc h ubh)rd }re (hXSTM2834rf hXslrBrg h}rh h }ri hNhh]rj rk Rrl h ubh)rm }rn (hXSTM2833ro hXsrlErp h}rq h }rr hNhh]rs rt Rru h ubh)rv }rw (hXSTM2483rx hXdapEry h}rz h }r{ hNhh]r| r} Rr~ h ubh)r }r (hXSTM3683r hXselAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1297r hXselDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0588r hXentFr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3699r hXcysEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3802r hXdsdAr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM0963r hXserSr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3243r hXtdcCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2970r hXsdaCr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3225r hXygjUr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM2194r hXyeiGr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1307r hXastEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1305r hXastDr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3477r hXcysGr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM1359r hXaroEr h}r h }r hNhh]r r Rr h ubh)r }r (hXSTM3401r hXaroEr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM3859r!hXaroEr !h}r !h }r !hNhh]r !r !Rr!h ubh)r!}r!(hXSTM0388r!hXaroLr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM3487r!hXaroKr!h}r!h }r!hNhh]r!r!Rr !h ubh)r!!}r"!(hXSTM1502r#!hXspeGr$!h}r%!h }r&!hNhh]r'!r(!Rr)!h ubh)r*!}r+!(hXSTM0166r,!hXspeEr-!h}r.!h }r/!hNhh]r0!r1!Rr2!h ubh)r3!}r4!(hXSTM1431r5!hXsodBr6!h}r7!h }r8!hNhh]r9!r:!Rr;!h ubh)r!hXsodAr?!h}r@!h }rA!hNhh]rB!rC!RrD!h ubh)rE!}rF!(hXSTM1440rG!hXsodCrH!h}rI!h }rJ!hNhh]rK!rL!RrM!h ubh)rN!}rO!(hXSTM1044rP!hXsodCrQ!h}rR!h }rS!hNhh]rT!rU!RrV!h ubh)rW!}rX!(hXSTM2791rY!hXgabDrZ!h}r[!h }r\!hNhh]r]!r^!Rr_!h ubh)r`!}ra!(hXSTM2305rb!hXmenErc!h}rd!h }re!hNhh]rf!rg!Rrh!h ubh)ri!}rj!(hXSTM2306rk!hXmenCrl!h}rm!h }rn!hNhh]ro!rp!Rrq!h ubh)rr!}rs!(hXSTM0732rt!hXsdhCru!h}rv!h }rw!hNhh]rx!ry!Rrz!h ubh)r{!}r|!(hXSTM0734r}!hXsdhAr~!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0733r!hXsdhDr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0735r!hXsdhBr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0739r!hXsucDr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0738r!hXsucCr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM2473r!hXtalAr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0007r!hXtalBr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM3924r!hXwecDr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM3925r!hXwecEr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM2094r!hXrfbCr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM2096r!hXrfbDr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM3922r!hXrffGr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM2097r!hXrfbBr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0985r!hXlpxKr!h}r!h }r!hNhh]r!r!Rr!h ubh)r!}r!(hXSTM0213r!hXdapDr!h}r!h }r!hNhh]r!r"Rr"h ubh)r"}r"(hXSTM0402r"hjrh}r"h }r"hNhh]r"r"Rr "h ubh)r "}r "(hXSTM0609r "hXahpFr "h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM0608r"hXahpCr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM0108r"hXtbpAr"h}r "h }r!"hNhh]r""r#"Rr$"h ubh)r%"}r&"(hXSTM0106r'"hXthiQr("h}r)"h }r*"hNhh]r+"r,"Rr-"h ubh)r."}r/"(hXSTM0107r0"hXthiPr1"h}r2"h }r3"hNhh]r4"r5"Rr6"h ubh)r7"}r8"(hXSTM3708r9"hXtdhr:"h}r;"h }r<"hNhh]r="r>"Rr?"h ubh)r@"}rA"(hXSTM3905rB"hXilvArC"h}rD"h }rE"hNhh]rF"rG"RrH"h ubh)rI"}rJ"(hXSTM1826rK"hXsdaArL"h}rM"h }rN"hNhh]rO"rP"RrQ"h ubh)rR"}rS"(hXSTM3244rT"hXtdcBrU"h}rV"h }rW"hNhh]rX"rY"RrZ"h ubh)r["}r\"(hXSTM2971r]"hXsdaBr^"h}r_"h }r`"hNhh]ra"rb"Rrc"h ubh)rd"}re"(hXSTM0004rf"hXthrCrg"h}rh"h }ri"hNhh]rj"rk"Rrl"h ubh)rm"}rn"(hXSTM1333ro"hXthrSrp"h}rq"h }rr"hNhh]rs"rt"Rru"h ubh)rv"}rw"(hXSTM3959rx"hXrhtCry"h}rz"h }r{"hNhh]r|"r}"Rr~"h ubh)r"}r"(hXSTM2340r"hjrh}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM2474r"hXtktBr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM2341r"hjrh}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM3076r"hXtktAr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM3823r"hXtorCr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM3822r"hXtorAr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM3001r"hXthyAr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM1208r"hXthiKr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM0419r"hXthiLr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM4163r"hXthiEr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM4081r"hXtpiAr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM0619r"hXcitGr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM0958r"hXtrxBr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM4453r"hXtreCr"h}r"h }r"hNhh]r"r"Rr"h ubh)r"}r"(hXSTM1929r"hXotsBr"h}r"h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM1928r#hXotsAr#h}r#h }r #hNhh]r #r #Rr #h ubh)r #}r#(hXSTM3603r#hXtreFr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM1796r#hXtreAr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r #(hXSTM1726r!#hXtrpBr"#h}r##h }r$#hNhh]r%#r&#Rr'#h ube(h)r(#}r)#(hXSTM1727r*#hXtrpAr+#h}r,#h }r-#hNhh]r.#r/#Rr0#h ubh)r1#}r2#(hXSTM3481r3#hXtrpSr4#h}r5#h }r6#hNhh]r7#r8#Rr9#h ubh)r:#}r;#(hXSTM3248r<#hXgarRr=#h}r>#h }r?#hNhh]r@#rA#RrB#h ubh)rC#}rD#(hXSTM0519rE#hXglxRrF#h}rG#h }rH#hNhh]rI#rJ#RrK#h ubh)rL#}rM#(hXSTM1449rN#hXtyrSrO#h}rP#h }rQ#hNhh]rR#rS#RrT#h ubh)rU#}rV#(hXSTM1937rW#hXtyrPrX#h}rY#h }rZ#hNhh]r[#r\#Rr]#h ubh)r^#}r_#(hXSTM0226r`#hXlpxDra#h}rb#h }rc#hNhh]rd#re#Rrf#h ubh)rg#}rh#(hXSTM0123ri#hXmurErj#h}rk#h }rl#hNhh]rm#rn#Rro#h ubh)rp#}rq#(hXSTM3921rr#hXwecCrs#h}rt#h }ru#hNhh]rv#rw#Rrx#h ubh)ry#}rz#(hXSTM3920r{#hXwecBr|#h}r}#h }r~#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0228r#hXlpxAr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM3307r#hXmurAr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0128r#hXmurGr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0126r#hXmurDr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0129r#hXmurCr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM4137r#hXmurBr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0865r#hXybjGr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM3205r#hXuppPr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0221r#hXuppSr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0776r#hXgalEr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM2080r#hXudgr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM2299r#hXyfbGr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM2297r#hXyfbEr#h}r#h }r#hNhh]r#r#Rr#h ubh)r#}r#(hXSTM0775r#hXgalTr#h}r#h }r#hNhh]r#r#Rr#h ubh)r$}r$(hXSTM0515r$hXallAr$h}r$h }r$hNhh]r$r$Rr$h ubh)r $}r $(hXSTM0124r $hXmurFr $h}r $h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM0134r$hXlpxCr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM4416r$hXmplr$h}r$h }r $hNhh]r!$r"$Rr#$h ubh)r$$}r%$(hXSTM0218r&$hXpyrHr'$h}r($h }r)$hNhh]r*$r+$Rr,$h ubh)r-$}r.$(hXSTM2298r/$hXpmrFr0$h}r1$h }r2$hNhh]r3$r4$Rr5$h ubh)r6$}r7$(hXSTM3936r8$hXhemXr9$h}r:$h }r;$hNhh]r<$r=$Rr>$h ubh)r?$}r@$(hXSTM3937rA$hXhemDrB$h}rC$h }rD$hNhh]rE$rF$RrG$h ubh)rH$}rI$(hXSTM2498rJ$hXupprK$h}rL$h }rM$hNhh]rN$rO$RrP$h ubh)rQ$}rR$(hXSTM2497rS$hXuraArT$h}rU$h }rV$hNhh]rW$rX$RrY$h ubh)rZ$}r[$(hXSTM0528r\$hXallDr]$h}r^$h }r_$hNhh]r`$ra$Rrb$h ubh)rc$}rd$(hXSTM0535re$hXlpxHrf$h}rg$h }rh$hNhh]ri$rj$Rrk$h ubh)rl$}rm$(hXSTM4475rn$hXvalSro$h}rp$h }rq$hNhh]rr$rs$Rrt$h ubh)ru$}rv$(hXSTM3665rw$hXavtArx$h}ry$h }rz$hNhh]r{$r|$Rr}$h ubh)r~$}r$(hXSTM4387r$hXsgaUr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM3661r$hXxylAr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM3673r$hXyiaOr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM3672r$hXyiaNr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM3671r$hXyiaMr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM0042r$hjrh}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM1891r$hXznuAr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM1893r$hXznuBr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hX STM1892.Sr$hXznuCr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM2543r$hXnifSr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM4160r$hXthiGr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM0425r$hXthiIr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM4159r$hXthiHr$h}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM4161r$hjrh}r$h }r$hNhh]r$r$Rr$h ubh)r$}r$(hXSTM4162r$hXthiFr$h}r$h }r$hNhh]r%r%Rr%h ubh)r%}r%(hXSTM0427r%hXphnUr%h}r%h }r%hNhh]r %r %Rr %h ubh)r %}r %(hXSTM0426r%hXphnVr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM0428r%hXphnTr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM0429r %hXphnSr!%h}r"%h }r#%hNhh]r$%r%%Rr&%h ubh)r'%}r(%(hXSTM0431r)%hXphnWr*%h}r+%h }r,%hNhh]r-%r.%Rr/%h ubh)r0%}r1%(hXSTM0432r2%hXphnXr3%h}r4%h }r5%hNhh]r6%r7%Rr8%h ubh)r9%}r:%(hXSTM1107r;%hXhpaXr<%h}r=%h }r>%hNhh]r?%r@%RrA%h ubh)rB%}rC%(hXSTM1098rD%hXhpaCrE%h}rF%h }rG%hNhh]rH%rI%RrJ%h ubh)rK%}rL%(hXSTM1099rM%hXhpaBrN%h}rO%h }rP%hNhh]rQ%rR%RrS%h ubh)rT%}rU%(hXSTM1103rV%hXhpaDrW%h}rX%h }rY%hNhh]rZ%r[%Rr\%h ubh)r]%}r^%(hXSTM1102r_%hXhpaEr`%h}ra%h }rb%hNhh]rc%rd%Rre%h ubh)rf%}rg%(hXSTM1104rh%hXhpaFri%h}rj%h }rk%hNhh]rl%rm%Rrn%h ubh)ro%}rp%(hXSTM1101rq%hXhpaGrr%h}rs%h }rt%hNhh]ru%rv%Rrw%h ubh)rx%}ry%(hXSTM1105rz%hXhpaHr{%h}r|%h }r}%hNhh]r~%r%Rr%h ubh)r%}r%(hXSTM1106r%hXhpaIr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2043r%hXpduGr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2040r%hXpduCr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2041r%hXpduDr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2042r%hXpduEr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2044r%hXpduHr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2052r%hXpduQr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2051r%hXpduPr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2025r%hXcbiKr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2020r%hXcbiOr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2022r%hXcbiNr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2023r%hXcbiMr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2021r%hXcbiQr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r%(hXSTM2024r%hXcbiLr%h}r%h }r%hNhh]r%r%Rr%h ubh)r%}r&(hXSTM2027r&hXcbiHr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r &(hXSTM2029r &hXcbiFr &h}r &h }r &hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2028r&hXcbiGr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2032r&hXcbiDr&h}r&h }r&hNhh]r &r!&Rr"&h ubh)r#&}r$&(hXSTM2026r%&hXcbiJr&&h}r'&h }r(&hNhh]r)&r*&Rr+&h ubh)r,&}r-&(hXSTM2031r.&hXcbiEr/&h}r0&h }r1&hNhh]r2&r3&Rr4&h ubh)r5&}r6&(hXSTM2030r7&hXcbiTr8&h}r9&h }r:&hNhh]r;&r<&Rr=&h ubh)r>&}r?&(hXSTM2033r@&hXcbiCrA&h}rB&h }rC&hNhh]rD&rE&RrF&h ubh)rG&}rH&(hXSTM2035rI&hXcbiArJ&h}rK&h }rL&hNhh]rM&rN&RrO&h ubh)rP&}rQ&(hXSTM2050rR&hXpduOrS&h}rT&h }rU&hNhh]rV&rW&RrX&h ubh)rY&}rZ&(hXSTM2467r[&hXeutTr\&h}r]&h }r^&hNhh]r_&r`&Rra&h ubh)rb&}rc&(hXSTM2019rd&hXcbiPre&h}rf&h }rg&hNhh]rh&ri&Rrj&h ubh)rk&}rl&(hXSTM2058rm&hXpduXrn&h}ro&h }rp&hNhh]rq&rr&Rrs&h ubh)rt&}ru&(hXSTM0644rv&hXcobDrw&h}rx&h }ry&hNhh]rz&r{&Rr|&h ubh)r}&}r~&(hXSTM2034r&hXcobDr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2017r&hXcobSr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM0643r&hXcobCr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2088r&hXrfbXr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2082r&hXrfbPr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2085r&hXrfbNr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2086r&hXrfbUr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2087r&hXrfbVr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2084r&hXrfbMr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hX STM2105.Sr&hXmanCr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2083r&hXrfbKr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2104r&hXcpsGr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM1332r&hXrfcr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2092r&hXrfbFr&h}r&h }r&hNhh]r&r&Rr&h ubh)r&}r&(hXSTM2091r&hXrfbGr&h}r&h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM2090r'hXrfbHr'h}r'h }r 'hNhh]r 'r 'Rr 'h ubh)r '}r'(hXSTM2093r'hXrfbIr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM2089r'hXrfbJr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r '(hXSTM2774r!'hXiroCr"'h}r#'h }r$'hNhh]r%'r&'Rr''h ubh)r('}r)'(hXSTM3333r*'hXcodBr+'h}r,'h }r-'hNhh]r.'r/'Rr0'h ubh)r1'}r2'(hXSTM3334r3'hjrh}r4'h }r5'hNhh]r6'r7'Rr8'h ubh)r9'}r:'(hXSTM1627r;'hjrh}r<'h }r='hNhh]r>'r?'Rr@'h ubh)rA'}rB'(hXSTM1567rC'hXadhPrD'h}rE'h }rF'hNhh]rG'rH'RrI'h ubh)rJ'}rK'(hXSTM2461rL'hXeutGrM'h}rN'h }rO'hNhh]rP'rQ'RrR'h ubh)rS'}rT'(hXSTM2573rU'hjrh}rV'h }rW'hNhh]rX'rY'RrZ'h ubh)r['}r\'(hXSTM0434r]'hXapbAr^'h}r_'h }r`'hNhh]ra'rb'Rrc'h ubh)rd'}re'(hXSTM0628rf'hXpagPrg'h}rh'h }ri'hNhh]rj'rk'Rrl'h ubh)rm'}rn'(hXSTM1793ro'hjrh}rp'h }rq'hNhh]rr'rs'Rrt'h ubh)ru'}rv'(hXSTM1792rw'hjrh}rx'h }ry'hNhh]rz'r{'Rr|'h ubh)r}'}r~'(hXSTM0741r'hXcydBr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0740r'hXcydAr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM1582r'hXnhoAr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3261r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3253r'hXgatYr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3137r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3135r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3136r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3353r'hXoadGr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3352r'hXoadAr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM3351r'hXoadBr'h}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0055r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0056r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0054r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0057r'hjrh}r'h }r'hNhh]r'r'Rr'h ubh)r'}r'(hXSTM0689r'hXcitAr'h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2787r(hjrh}r(h }r (hNhh]r (r (Rr (h ubh)r (}r((hXSTM2788r(hjrh}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2786r(hjrh}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM4456r(hXmgtAr (h}r!(h }r"(hNhh]r#(r$(Rr%(h ubh)r&(}r'((hXSTM1255r((hjrh}r)(h }r*(hNhh]r+(r,(Rr-(h ubh)r.(}r/((hXSTM1256r0(hjrh}r1(h }r2(hNhh]r3(r4(Rr5(h ubh)r6(}r7((hXSTM1258r8(hjrh}r9(h }r:(hNhh]r;(r<(Rr=(h ubh)r>(}r?((hXSTM1259r@(hjrh}rA(h }rB(hNhh]rC(rD(RrE(h ubh)rF(}rG((hXSTM1257rH(hjrh}rI(h }rJ(hNhh]rK(rL(RrM(h ubh)rN(}rO((hXSTM3260rP(hjrh}rQ(h }rR(hNhh]rS(rT(RrU(h ubh)rV(}rW((hXSTM3259rX(hjrh}rY(h }rZ(hNhh]r[(r\(Rr](h ubh)r^(}r_((hXSTM3258r`(hjrh}ra(h }rb(hNhh]rc(rd(Rre(h ubh)rf(}rg((hXSTM3255rh(hjrh}ri(h }rj(hNhh]rk(rl(Rrm(h ubh)rn(}ro((hXSTM3256rp(hjrh}rq(h }rr(hNhh]rs(rt(Rru(h ubh)rv(}rw((hXSTM3254rx(hjrh}ry(h }rz(hNhh]r{(r|(Rr}(h ubh)r~(}r((hXSTM2861r(hXsitAr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2863r(hXsitCr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2864r(hXsitDr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2862r(hXsitBr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM3506r(hXfeoBr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM1383r(hXttrAr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM1384r(hXttrCr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM1385r(hXttrBr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2064r(hXphsBr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2065r(hXphsAr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2063r(hXphsCr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2549r(hXasrBr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2550r(hXasrCr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM2548r(hXasrAr(h}r(h }r(hNhh]r(r(Rr(h ubh)r(}r((hXSTM3763r(hXmgtBr(h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM4167r)hXhemEr)h}r )h }r )hNhh]r )r )Rr )h ubh)r)}r)(hXSTM4066r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM4467r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM4469r )hXargIr!)h}r")h }r#)hNhh]r$)r%)Rr&)h ubh)r')}r()(hXSTM4465r))hjrh}r*)h }r+)hNhh]r,)r-)Rr.)h ubh)r/)}r0)(hXSTM0532r1)hXarcCr2)h}r3)h }r4)hNhh]r5)r6)Rr7)h ubh)r8)}r9)(hXSTM4466r:)hjrh}r;)h }r<)hNhh]r=)r>)Rr?)h ubh)r@)}rA)(hXSTM2399rB)hXpgtPrC)h}rD)h }rE)hNhh]rF)rG)RrH)h ubh)rI)}rJ)(hXSTM2196rK)hjrh}rL)h }rM)hNhh]rN)rO)RrP)h ubh)rQ)}rR)(hXSTM3240rS)hXtdcGrT)h}rU)h }rV)hNhh]rW)rX)RrY)h ubh)rZ)}r[)(hXSTM3354r\)hjrh}r])h }r^)hNhh]r_)r`)Rra)h ubh)rb)}rc)(hXSTM3355rd)hjrh}re)h }rf)hNhh]rg)rh)Rri)h ubh)rj)}rk)(hXSTM2783rl)hXnixArm)h}rn)h }ro)hNhh]rp)rq)Rrr)h ubh)rs)}rt)(hXSTM1731ru)hjrh}rv)h }rw)hNhh]rx)ry)Rrz)h ubh)r{)}r|)(hXSTM4106r})hXkatGr~)h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1318r)hXkatEr)h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1269r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1002r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM0719r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM3150r)hXhypOr)h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1788r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM3147r)hXhybCr)h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1787r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1538r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1539r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM1786r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM3356r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM3250r)hXgarDr)h}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM3697r)hjrh}r)h }r)hNhh]r)r)Rr)h ubh)r)}r)(hXSTM4100r)hXmetBr)h}r)h }r)hNhh]r)r)Rr*h ubh)r*}r*(hXSTM3624Ar*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r *}r *(hXSTM4325r *hXdcuAr *h}r *h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM4301r*hXdcuBr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM3599r*hjrh}r*h }r*hNhh]r *r!*Rr"*h ubh)r#*}r$*(hXSTM0627r%*hXdcuCr&*h}r'*h }r(*hNhh]r)*r**Rr+*h ubh)r,*}r-*(hXSTM1599r.*hXpdgLr/*h}r0*h }r1*hNhh]r2*r3*Rr4*h ubh)r5*}r6*(hXSTM0964r7*hXdmsAr8*h}r9*h }r:*hNhh]r;*r<*Rr=*h ubh)r>*}r?*(hXSTM1498r@*hjrh}rA*h }rB*hNhh]rC*rD*RrE*h ubh)rF*}rG*(hXSTM1496rH*hjrh}rI*h }rJ*hNhh]rK*rL*RrM*h ubh)rN*}rO*(hXSTM4307rP*hjrh}rQ*h }rR*hNhh]rS*rT*RrU*h ubh)rV*}rW*(hXSTM2530rX*hjrh}rY*h }rZ*hNhh]r[*r\*Rr]*h ubh)r^*}r_*(hXSTM0966r`*hXdmsCra*h}rb*h }rc*hNhh]rd*re*Rrf*h ubh)rg*}rh*(hXSTM2529ri*hjrh}rj*h }rk*hNhh]rl*rm*Rrn*h ubh)ro*}rp*(hXSTM2528rq*hjrh}rr*h }rs*hNhh]rt*ru*Rrv*h ubh)rw*}rx*(hX STM4305.Sry*hjrh}rz*h }r{*hNhh]r|*r}*Rr~*h ubh)r*}r*(hXSTM4306r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM1497r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM0965r*hXdmsBr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM1499r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM1556r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM0787r*hXhutIr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM0788r*hXhutGr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM0364r*hXfoxAr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM3792r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM1341r*hXbtuEr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM4425r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM4433r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM4421r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM1316r*hXcelFr*h}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM4420r*hjrh}r*h }r*hNhh]r*r*Rr*h ubh)r*}r*(hXSTM2289r*hjrh}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hX STM4424.Sr+hjrh}r+h }r +hNhh]r +r +Rr +h ubh)r +}r+(hXSTM2949r+hXptpSr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM2232r+hXoafAr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r +(hXSTM0691r!+hjrh}r"+h }r#+hNhh]r$+r%+Rr&+h ubh)r'+}r(+(hXSTM0690r)+hXcitBr*+h}r++h }r,+hNhh]r-+r.+Rr/+h ubh)r0+}r1+(hXSTM1312r2+hXcelAr3+h}r4+h }r5+hNhh]r6+r7+Rr8+h ubh)r9+}r:+(hXSTM1313r;+hXcelBr<+h}r=+h }r>+hNhh]r?+r@+RrA+h ubh)rB+}rC+(hXSTM1314rD+hXcelCrE+h}rF+h }rG+hNhh]rH+rI+RrJ+h ubh)rK+}rL+(hXSTM2662rM+hXrluDrN+h}rO+h }rP+hNhh]rQ+rR+RrS+h ubh)rT+}rU+(hXSTM1651rV+hXnifJrW+h}rX+h }rY+hNhh]rZ+r[+Rr\+h ubh)r]+}r^+(hXSTM1221r_+hXcobBr`+h}ra+h }rb+hNhh]rc+rd+Rre+h ubh)rf+}rg+(hXSTM2016rh+hXcobTri+h}rj+h }rk+hNhh]rl+rm+Rrn+h ubh)ro+}rp+(hXSTM2079rq+hXwzzBrr+h}rs+h }rt+hNhh]ru+rv+Rrw+h ubh)rx+}ry+(hXSTM0589rz+hXfepEr{+h}r|+h }r}+hNhh]r~+r+Rr+h ubh)r+}r+(hXSTM3927r+hjrh}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM2776r+hXiroEr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM2777r+hXiroNr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM0586r+hXfesr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM2775r+hXiroDr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM3186r+hXtolCr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM2773r+hXiroBr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM1215r+hXycfSr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM1375r+hXynhGr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM0837r+hXybiSr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM0047r+hXlspAr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM3002r+hXlgtr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM3828r+hXdgoAr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM0791r+hXhutHr+h}r+h }r+hNhh]r+r+Rr+h ubh)r+}r+(hXSTM3051r,hXbglAr,h}r,h }r,hNhh]r,r,Rr,h ubh)r,}r,(hXSTM0666r ,hXlntr ,h}r ,h }r ,hNhh]r ,r,Rr,h ubh)r,}r,(hXSTM1377r,hXlppr,h}r,h }r,hNhh]r,r,Rr,h ubh)r,}r,(hXSTM2392r,hXvacJr,h}r,h }r,hNhh]r,r ,Rr!,h ubh)r",}r#,(hXSTM2393r$,hXyfdCr%,h}r&,h }r',hNhh]r(,r),Rr*,h ube}r+,X_dictr,,}r-,(hKh#Kh,Kh5Kh>KhGKhPKhYKhbKhkK htK h}K hK hK hKhKhKhKhKhKhKhKhKhKhKhKjKj KjKjKj(Kj1Kj:K jCK!jLK"jUK#j^K$jgK%jpK&jyK'jK(jK)jK*jK+jK,jK-jK.jK/jK0jK1jK2jK3jK4jK5jK6jK7jK8jK9j#K:j,K;j5KK=jGK>jPK?jYK@jbKAjkKBjtKCj}KDjKEjKFjKGjKHjKIjKJjKKjKLjKMjKNjKOjKPjKQjKRjKSj KTjKUjKVj(KWj1KXj:KYjCKZjLK[jUK\j^K]jgK^jpK_jyK`jKajKbjKcjKdjKejKfjKgjKhjKijKjjKkjKljKmjKnjKoj KpjKqjKrj$Ksj-Ktj6Kuj?KvjHKwjQKxjZKyjcKzjlK{juK|j~K}jK~jKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj Kj)Kj2Kj;KjDKjMKjVKj_KjhKjqKjzKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj KjKjKj%Kj.Kj7Kj@KjIKjRKj[KjdKjmKjvKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj!Kj*Kj2Kj;KjDKjMKjVKj_KjhKjqKjzKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj KjKjKj%Kj.Kj7Kj@KjIKjRKj[KjdKjmKjvKjKjKjKjKjKjKjKjKjKjKjKjKjKjKjKj Kj Kj Mj! Mj* Mj3 Mj< MjE MjN MjW Mj` Mji M jr M j{ M j M j M j Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj% Mj. Mj6 M j? M!jH M"jQ M#jZ M$jc M%jl M&jt M'j} M(j M)j M*j M+j M,j M-j M.j M/j M0j M1j M2j M3j M4j M5j M6j M7j M8j M9j M:j( M;j1 M<j: M=jC M>jL M?jU M@j^ MAjg MBjp MCjy MDj MEj MFj MGj MHj MIj MJj MKj MLj MMj MNj MOj MPj MQj MRj MSj MTj MUj MVj$ MWj- MXj6 MYj? MZjH M[jQ M\jZ M]jc M^jl M_ju M`j~ Maj Mbj Mcj Mdj Mej Mfj Mgj Mhj Mij Mjj Mkj Mlj Mmj Mnj Moj Mpj Mqj Mrj Msj) Mtj2 Muj; MvjD MwjM MxjV Myj_ Mzjh M{jq M|jz M}j M~j Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj MjMj MjMjMj%Mj.Mj7Mj@MjIMjRMj[MjdMjmMjvMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj!Mj*Mj3Mj<MjEMjNMjWMj`MjhMjqMjzMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj$Mj-Mj6Mj?MjHMjQMjZMjcMjlMjuMj}MjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj(Mj1Mj:MjCMjLMjUMj^MjgMjpMjyMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj$Mj-Mj6Mj?MjHMjQMjZMjcM jkM jsM j|M jM jMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj&Mj/M j8M!jAM"jJM#jSM$j\M%jeM&jnM'jwM(jM)jM*jM+jM,jM-jM.jM/jM0jM1jM2jM3jM4jM5jM6jM7jM8jM9jM:j"M;j+M<j4M=j=M>jFM?jOM@jXMAjaMBjjMCjsMDj|MEjMFjMGjMHjMIjMJjMKjMLjMMjMNjMOjMPjMQjMRjMSjMTj MUjMVjMWj'MXj0MYj9MZjBM[jKM\jTM]j]M^jfM_joM`jwMajMbjMcjMdjMejMfjMgjMhjMijMjjMkjMljMmjMnjMojMpjMqjMrjMsj!Mtj*Muj3Mvj<MwjEMxjNMyjWMzj`M{jiM|jrM}j{M~jMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj&Mj/Mj8MjAMjJMjSMj\MjeMjnMjwMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj"Mj+Mj4Mj=MjFMjOMjXMjaMjjMjsMj|MjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj'Mj0Mj9MjBMjKMjTMj]MjfMjoMjxMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj"Mj+Mj4Mj=MjFMjOMjXMjaMjjMjsMj|MjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj MjMjMj%Mj.Mj7Mj@MjIMjRMj[M jdM jmM jvM jM jMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj!Mj*M j3M!j<M"jEM#jNM$jWM%j`M&jiM'jrM(jzM)jM*jM+jM,jM-jM.jM/jM0jM1jM2jM3jM4jM5jM6jM7jM8j M9jM:jM;j%M<j.M=j7M>j@M?jIM@jRMAj[MBjdMCjmMDjvMEjMFjMGjMHjMIjMJjMKjMLjMMjMNjMOjMPjMQjMRjMSjMTjMUjMVjMWj!MXj*MYj3MZj<M[jEM\jNM]jWM^j`M_jiM`jrMaj{MbjMcjMdjMejMfjMgjMhjMijMjjMkjMljMmjMnjMojMpjMqj MrjMsjMtj&Muj/Mvj8MwjAMxjJMyjSMzj[M{jdM|jmM}jvM~jMjMjMjMjMjMjMjMjMjMjMjMjMjMjMj Mj Mj Mj Mj( Mj0 Mj9 MjB MjK MjT Mj] Mjf Mjo Mjx Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj!Mj!Mj!Mj#!Mj,!Mj5!Mj>!MjG!MjP!MjY!Mjb!Mjk!Mjt!Mj}!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj"Mj "Mj"Mj"Mj'"Mj0"Mj9"MjB"MjK"MjT"Mj]"Mjf"Mjo"Mjx"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj"Mj#Mj#Mj#Mj!#Mu(j*#Mj3#Mj<#MjE#MjN#MjW#Mj`#Mji#Mjr#Mj{#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj#Mj$Mj $Mj$Mj$Mj&$Mj/$Mj8$MjA$MjJ$MjS$M j\$M je$M jn$M jw$M j$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj$Mj%Mj%Mj%Mj %M j)%M!j2%M"j;%M#jD%M$jM%M%jV%M&j_%M'jh%M(jq%M)jz%M*j%M+j%M,j%M-j%M.j%M/j%M0j%M1j%M2j%M3j%M4j%M5j%M6j%M7j%M8j&M9j &M:j&M;j&M<j%&M=j.&M>j7&M?j@&M@jI&MAjR&MBj[&MCjd&MDjm&MEjv&MFj&MGj&MHj&MIj&MJj&MKj&MLj&MMj&MNj&MOj&MPj&MQj&MRj&MSj&MTj&MUj'MVj'MWj'MXj!'MYj*'MZj3'M[j;'M\jC'M]jL'M^jU'M_j]'M`jf'Majo'Mbjw'Mcj'Mdj'Mej'Mfj'Mgj'Mhj'Mij'Mjj'Mkj'Mlj'Mmj'Mnj'Moj'Mpj'Mqj'Mrj'Msj(Mtj(Muj(Mvj(Mwj((Mxj0(Myj8(Mzj@(M{jH(M|jP(M}jX(M~j`(Mjh(Mjp(Mjx(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj(Mj)Mj)Mj)Mj )Mj))Mj1)Mj:)MjB)MjK)MjS)Mj\)Mjd)Mjl)Mju)Mj})Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj)Mj*Mj *Mj*Mj*Mj%*Mj.*Mj7*Mj@*MjH*MjP*MjX*Mj`*Mji*Mjq*Mjy*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj*Mj+Mj+Mj+Mj!+Mj)+Mj2+Mj;+MjD+MjM+MjV+Mj_+Mjh+Mjq+Mjz+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj+Mj,Mj ,Mj,Mj,Mj$,MusbX reactionsr.,h)Rr/,(ccobra.core.reaction Reaction r0,)r1,}r2,(hXEX_4hba_c_boundaryr3,hj3,h}r4,h }r5,Xsbor6,X SBO:0000627r7,sX_gene_reaction_ruler8,hX subsystemr9,hX_genesr:,h]r;,r<,Rr=,X _metabolitesr>,}r?,ccobra.core.metabolite Metabolite r@,)rA,}rB,(hX4hba_c_boundaryrC,hX4-Hydroxy-benzyl-alcoholrD,h}rE,(XFORMULArF,XC7H8O2rG,XPUBCHEMrH,X 125??3480rI,XCHARGErJ,X0rK,XCHEBIrL,X30746rM,XKEGGrN,jK,uh }rO,hNhh]rP,rQ,RrR,XformularS,jG,X compartmentrT,XcrU,XchargerV,KX_boundrW,GubJshNX _lower_boundrX,G@X _upper_boundrY,G@@ubj0,)rZ,}r[,(hXEX_5drib_c_boundaryr\,hj\,h}r],h }r^,j6,j7,sj8,hj9,hj:,h]r_,r`,Rra,j>,}rb,j@,)rc,}rd,(hX5drib_c_boundaryre,hX 5-deoxyriboserf,h}rg,(XFORMULArh,XC5H10O4ri,XPUBCHEMrj,X3449rk,XCHARGErl,jK,XCHEBIrm,X30797rn,XKEGGro,jK,uh }rp,hNhh]rq,rr,Rrs,jS,ji,jT,jU,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rt,}ru,(hXEX_hmfurn_c_boundaryrv,hjv,h}rw,h }rx,j6,j7,sj8,hj9,hj:,h]ry,rz,Rr{,j>,}r|,j@,)r},}r~,(hXhmfurn_c_boundaryr,hX 4-hydroxy-5-methyl-3-2H-furanoner,h}r,(XFORMULAr,XC5H6O3r,XPUBCHEMr,X 4564493??3441r,XCHARGEr,jK,XCHEBIr,X 11851 16530r,XKEGGr,jK,uh }r,hNhh]r,r,Rr,jS,j,jT,jU,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r,}r,(hXEX_oxam_c_boundaryr,hj,h}r,h }r,j6,j7,sj8,hj9,hj:,h]r,r,Rr,j>,}r,j@,)r,}r,(hXoxam_c_boundaryr,hXOxamater,h}r,(XFORMULAr,XC2H2NO3r,XPUBCHEMr,X4622r,XCHARGEr,X-1r,XCHEBIr,X18058r,XKEGGr,XC01444r,uh }r,hNhh]r,r,Rr,jS,j,jT,jU,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r,}r,(hXEX_chitob_e_boundaryr,hj,h}r,h }r,j6,j7,sj8,hj9,hj:,h]r,r,Rr,j>,}r,j@,)r,}r,(hXchitob_e_boundaryr,hX Chitobioser,h}r,(XFORMULAr,X C16H28N2O11r,XPUBCHEMr,X4818r,XCHARGEr,jK,XCHEBIr,jK,XKEGGr,XC01674r,uh }r,hNhh]r,r,Rr,jS,j,jT,Xer,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r,}r,(hXEX_pydxn_e_boundaryr,hj,h}r,h }r,j6,j7,sj8,hj9,hj:,h]r,r,Rr,j>,}r,j@,)r,}r,(hXpydxn_e_boundaryr,hX Pyridoxiner,h}r,(XFORMULAr,XC8H11NO3r,XPUBCHEMr,X3608r,XCHARGEr,jK,XCHEBIr,X16709r,XKEGGr,XC00314r,uh }r,hNhh]r,r,Rr,jS,j,jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r,}r,(hXEX_pydx_e_boundaryr,hj,h}r,h }r,j6,j7,sj8,hj9,hj:,h]r,r,Rr,j>,}r,j@,)r,}r,(hXpydx_e_boundaryr,hX Pyridoxalr,h}r,(XFORMULAr,XC8H9NO3r,XPUBCHEMr,X3549r,XCHARGEr,jK,XCHEBIr,X17310r,XKEGGr,XC00250r,uh }r,hNhh]r,r,Rr,jS,j,jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r,}r,(hXEX_12ppd__R_e_boundaryr,hj,h}r,h }r,j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX12ppd__R_e_boundaryr-hXR-Propane-1-2-diolr-h}r-(XFORMULAr -XC3H8O2r -XPUBCHEMr -X5836r -XCHARGEr -jK,XCHEBIr-X28972r-XKEGGr-XC02912r-uh }r-hNhh]r-r-Rr-jS,j -jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_12ppd__S_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r -(hX12ppd__S_e_boundaryr!-hXS-Propane-1-2-diolr"-h}r#-(XFORMULAr$-XC3H8O2r%-XPUBCHEMr&-X5840r'-XCHARGEr(-jK,XCHEBIr)-X29002r*-XKEGGr+-XC02917r,-uh }r--hNhh]r.-r/-Rr0-jS,j%-jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1-}r2-(hXEX_14glucan_e_boundaryr3-hj3-h}r4-h }r5-j6,j7,sj8,hj9,hj:,h]r6-r7-Rr8-j>,}r9-j@,)r:-}r;-(hX14glucan_e_boundaryr<-hX1-4-alpha-D-glucanr=-h}r>-(XFORMULAr?-X C36H62O31r@-XPUBCHEMrA-jK,XCHARGErB-jK,XCHEBIrC-jK,XKEGGrD-XC00912rE-uh }rF-hNhh]rG-rH-RrI-jS,j@-jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rJ-}rK-(hXEX_15dap_e_boundaryrL-hjL-h}rM-h }rN-j6,j7,sj8,hj9,hj:,h]rO-rP-RrQ-j>,}rR-j@,)rS-}rT-(hX15dap_e_boundaryrU-hX1-5-DiaminopentanerV-h}rW-(XFORMULArX-XC5H16N2rY-XPUBCHEMrZ-X4816r[-XCHARGEr\-X2r]-XCHEBIr^-X18127r_-XKEGGr`-XC01672ra-uh }rb-hNhh]rc-rd-Rre-jS,jY-jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rf-}rg-(hXEX_23camp_e_boundaryrh-hjh-h}ri-h }rj-j6,j7,sj8,hj9,hj:,h]rk-rl-Rrm-j>,}rn-j@,)ro-}rp-(hX23camp_e_boundaryrq-hX2-3-Cyclic-AMPrr-h}rs-(XFORMULArt-X C10H11N5O6Pru-XPUBCHEMrv-X5400rw-XCHARGErx-X-1ry-XCHEBIrz-jK,XKEGGr{-XC02353r|-uh }r}-hNhh]r~-r-Rr-jS,ju-jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_23ccmp_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX23ccmp_e_boundaryr-hX2-3-Cyclic-CMPr-h}r-(XFORMULAr-X C9H11N3O7Pr-XPUBCHEMr-X5401r-XCHARGEr-X-1r-XCHEBIr-jK,XKEGGr-XC02354r-uh }r-hNhh]r-r-Rr-jS,j-jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_23cgmp_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX23cgmp_e_boundaryr-hX2-3-Cyclic-GMPr-h}r-(XFORMULAr-X C10H11N5O7Pr-XPUBCHEMr-X8444r-XCHARGEr-X-1r-XCHEBIr-jK,XKEGGr-XC06194r-uh }r-hNhh]r-r-Rr-jS,j-jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_23cump_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX23cump_e_boundaryr-hX2-3-Cyclic-UMPr-h}r-(XFORMULAr-X C9H10N2O8Pr-XPUBCHEMr-X5402r-XCHARGEr-X-1r-XCHEBIr-jK,XKEGGr-XC02355r-uh }r-hNhh]r-r-Rr-jS,j-jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_23dappa_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX23dappa_e_boundaryr-hX2-3-diaminopropionater-h}r-(XFORMULAr-XC3H9N2O2r-XPUBCHEMr-X8629r-XCHARGEr-X1r-XCHEBIr-X18383r-XKEGGr-XC06393r-uh }r-hNhh]r-r-Rr-jS,j-jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r-}r-(hXEX_26dap__M_e_boundaryr-hj-h}r-h }r-j6,j7,sj8,hj9,hj:,h]r-r-Rr-j>,}r-j@,)r-}r-(hX26dap__M_e_boundaryr-hXmeso-2-6-Diaminoheptanedioater-h}r-(XFORMULAr-X C7H14N2O4r-XPUBCHEMr-X3949r-XCHARGEr.jK,XCHEBIr.X 16488 30308r.XKEGGr.XC00680r.uh }r.hNhh]r.r.Rr.jS,j-jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r .}r .(hXEX_2ddglcn_e_boundaryr .hj .h}r .h }r .j6,j7,sj8,hj9,hj:,h]r.r.Rr.j>,}r.j@,)r.}r.(hX2ddglcn_e_boundaryr.hX2-Dehydro-3-deoxy-D-gluconater.h}r.(XFORMULAr.XC6H9O6r.XPUBCHEMr.X3504r.XCHARGEr.X-1r.XCHEBIr.X17032r.XKEGGr.XC00204r .uh }r!.hNhh]r".r#.Rr$.jS,j.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r%.}r&.(hXEX_34dhpac_e_boundaryr'.hj'.h}r(.h }r).j6,j7,sj8,hj9,hj:,h]r*.r+.Rr,.j>,}r-.j@,)r..}r/.(hX34dhpac_e_boundaryr0.hX3-4-Dihydroxyphenylacetaldehyder1.h}r2.(XFORMULAr3.XC8H8O3r4.XPUBCHEMr5.X6744r6.XCHARGEr7.jK,XCHEBIr8.jK,XKEGGr9.XC04043r:.uh }r;.hNhh]r<.r=.Rr>.jS,j4.jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r?.}r@.(hXEX_3amp_e_boundaryrA.hjA.h}rB.h }rC.j6,j7,sj8,hj9,hj:,h]rD.rE.RrF.j>,}rG.j@,)rH.}rI.(hX3amp_e_boundaryrJ.hX3-AMPrK.h}rL.(XFORMULArM.X C10H12N5O7PrN.XPUBCHEMrO.X4566rP.XCHARGErQ.X-2rR.XCHEBIrS.X28931rT.XKEGGrU.XC01367rV.uh }rW.hNhh]rX.rY.RrZ.jS,jN.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r[.}r\.(hXEX_3cmp_e_boundaryr].hj].h}r^.h }r_.j6,j7,sj8,hj9,hj:,h]r`.ra.Rrb.j>,}rc.j@,)rd.}re.(hX3cmp_e_boundaryrf.hX3-cmprg.h}rh.(XFORMULAri.X C9H12N3O8Prj.XPUBCHEMrk.X8117rl.XCHARGErm.X-2rn.XCHEBIro.jK,XKEGGrp.XC05822rq.uh }rr.hNhh]rs.rt.Rru.jS,jj.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rv.}rw.(hXEX_3gmp_e_boundaryrx.hjx.h}ry.h }rz.j6,j7,sj8,hj9,hj:,h]r{.r|.Rr}.j>,}r~.j@,)r.}r.(hX3gmp_e_boundaryr.hX3-GMPr.h}r.(XFORMULAr.X C10H12N5O8Pr.XPUBCHEMr.X8443r.XCHARGEr.X-2r.XCHEBIr.jK,XKEGGr.XC06193r.uh }r.hNhh]r.r.Rr.jS,j.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r.}r.(hXEX_3hcinnm_e_boundaryr.hj.h}r.h }r.j6,j7,sj8,hj9,hj:,h]r.r.Rr.j>,}r.j@,)r.}r.(hX3hcinnm_e_boundaryr.hX3-hydroxycinnamic-acidr.h}r.(XFORMULAr.XC9H7O3r.XPUBCHEMr.jK,XCHARGEr.X-1r.XCHEBIr.jK,XKEGGr.jK,uh }r.hNhh]r.r.Rr.jS,j.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r.}r.(hXEX_3hpppn_e_boundaryr.hj.h}r.h }r.j6,j7,sj8,hj9,hj:,h]r.r.Rr.j>,}r.j@,)r.}r.(hX3hpppn_e_boundaryr.hX3-3-hydroxy-phenyl-propionater.h}r.(XFORMULAr.XC9H9O3r.XPUBCHEMr.jK,XCHARGEr.X-1r.XCHEBIr.jK,XKEGGr.jK,uh }r.hNhh]r.r.Rr.jS,j.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r.}r.(hXEX_3ump_e_boundaryr.hj.h}r.h }r.j6,j7,sj8,hj9,hj:,h]r.r.Rr.j>,}r.j@,)r.}r.(hX3ump_e_boundaryr.hX3-UMPr.h}r.(XFORMULAr.X C9H11N2O9Pr.XPUBCHEMr.X4567r.XCHARGEr.X-2r.XCHEBIr.X28895r.XKEGGr.XC01368r.uh }r.hNhh]r.r.Rr.jS,j.jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r.}r.(hXEX_4abut_e_boundaryr.hj.h}r.h }r.j6,j7,sj8,hj9,hj:,h]r.r.Rr.j>,}r.j@,)r.}r.(hX4abut_e_boundaryr.hX4-Aminobutanoater.h}r.(XFORMULAr.XC4H9NO2r.XPUBCHEMr.X3628r.XCHARGEr.jK,XCHEBIr.X16865r.XKEGGr.XC00334r.uh }r.hNhh]r.r.Rr.jS,j.jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r.}r.(hXEX_4hoxpacd_e_boundaryr.hj.h}r.h }r.j6,j7,sj8,hj9,hj:,h]r.r/Rr/j>,}r/j@,)r/}r/(hX4hoxpacd_e_boundaryr/hX4-Hydroxyphenylacetaldehyder/h}r/(XFORMULAr/XC8H8O2r /XPUBCHEMr /X6521r /XCHARGEr /jK,XCHEBIr /X15621r/XKEGGr/XC03765r/uh }r/hNhh]r/r/Rr/jS,j /jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_5dglcn_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hX5dglcn_e_boundaryr /hX5-Dehydro-D-gluconater!/h}r"/(XFORMULAr#/XC6H9O7r$/XPUBCHEMr%/X4301r&/XCHARGEr'/X-1r(/XCHEBIr)/X17426r*/XKEGGr+/XC01062r,/uh }r-/hNhh]r./r//Rr0/jS,j$/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r1/}r2/(hXEX_LalaDgluMdapDala_e_boundaryr3/hj3/h}r4/h }r5/j6,j7,sj8,hj9,hj:,h]r6/r7/Rr8/j>,}r9/j@,)r:/}r;/(hXLalaDgluMdapDala_e_boundaryr/(XFORMULAr?/X C18H30N5O9r@/XPUBCHEMrA/jK,XCHARGErB/X-1rC/XCHEBIrD/jK,XKEGGrE/jK,uh }rF/hNhh]rG/rH/RrI/jS,j@/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rJ/}rK/(hXEX_LalaDgluMdap_e_boundaryrL/hjL/h}rM/h }rN/j6,j7,sj8,hj9,hj:,h]rO/rP/RrQ/j>,}rR/j@,)rS/}rT/(hXLalaDgluMdap_e_boundaryrU/hX3L-alanine-D-glutamate-meso-2-6-diaminoheptanedioaterV/h}rW/(XFORMULArX/X C15H25N4O8rY/XPUBCHEMrZ/jK,XCHARGEr[/X-1r\/XCHEBIr]/jK,XKEGGr^/jK,uh }r_/hNhh]r`/ra/Rrb/jS,jY/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rc/}rd/(hXEX_ac_e_boundaryre/hje/h}rf/h }rg/j6,j7,sj8,hj9,hj:,h]rh/ri/Rrj/j>,}rk/j@,)rl/}rm/(hX ac_e_boundaryrn/hXAcetatero/h}rp/(XFORMULArq/XC2H3O2rr/XPUBCHEMrs/X3335rt/XCHARGEru/X-1rv/XCHEBIrw/X15366rx/XKEGGry/XC00033rz/uh }r{/hNhh]r|/r}/Rr~/jS,jr/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_acac_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hXacac_e_boundaryr/hX Acetoacetater/h}r/(XFORMULAr/XC4H5O3r/XPUBCHEMr/X3464r/XCHARGEr/X-1r/XCHEBIr/jK,XKEGGr/XC00164r/uh }r/hNhh]r/r/Rr/jS,j/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_acald_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hXacald_e_boundaryr/hX Acetaldehyder/h}r/(XFORMULAr/XC2H4Or/XPUBCHEMr/X3384r/XCHARGEr/jK,XCHEBIr/X15343r/XKEGGr/XC00084r/uh }r/hNhh]r/r/Rr/jS,j/jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_acgal1p_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hXacgal1p_e_boundaryr/hX$N-Acetyl-D-galactosamine-1-phosphater/h}r/(XFORMULAr/X C8H14NO9Pr/XPUBCHEMr/jK,XCHARGEr/X-2r/XCHEBIr/jK,XKEGGr/jK,uh }r/hNhh]r/r/Rr/jS,j/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_acgal_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hXacgal_e_boundaryr/hXN-Acetyl-D-galactosaminer/h}r/(XFORMULAr/XC8H15NO6r/XPUBCHEMr/X4363r/XCHARGEr/jK,XCHEBIr/X28037r/XKEGGr/XC01132r/uh }r/hNhh]r/r/Rr/jS,j/jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r/}r/(hXEX_acgam1p_e_boundaryr/hj/h}r/h }r/j6,j7,sj8,hj9,hj:,h]r/r/Rr/j>,}r/j@,)r/}r/(hXacgam1p_e_boundaryr/hX"N-Acetyl-D-glucosamine-1-phosphater/h}r/(XFORMULAr/X C8H14NO9Pr/XPUBCHEMr/X6921r/XCHARGEr/X-2r/XCHEBIr/X7125r/XKEGGr/XC04256r0uh }r0hNhh]r0r0Rr0jS,j/jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_acgam_e_boundaryr0hj0h}r0h }r 0j6,j7,sj8,hj9,hj:,h]r 0r 0Rr 0j>,}r 0j@,)r0}r0(hXacgam_e_boundaryr0hXN-Acetyl-D-glucosaminer0h}r0(XFORMULAr0XC8H15NO6r0XPUBCHEMr0X3440r0XCHARGEr0jK,XCHEBIr0X17411r0XKEGGr0XC00140r0uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r 0}r!0(hXEX_acmana_e_boundaryr"0hj"0h}r#0h }r$0j6,j7,sj8,hj9,hj:,h]r%0r&0Rr'0j>,}r(0j@,)r)0}r*0(hXacmana_e_boundaryr+0hXN-Acetyl-D-mannosaminer,0h}r-0(XFORMULAr.0XC8H15NO6r/0XPUBCHEMr00X3918r10XCHARGEr20jK,XCHEBIr30X17122r40XKEGGr50XC00645r60uh }r70hNhh]r80r90Rr:0jS,j/0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r;0}r<0(hXEX_acmum_e_boundaryr=0hj=0h}r>0h }r?0j6,j7,sj8,hj9,hj:,h]r@0rA0RrB0j>,}rC0j@,)rD0}rE0(hXacmum_e_boundaryrF0hXN-AcetylmuramaterG0h}rH0(XFORMULArI0X C11H18NO8rJ0XPUBCHEMrK0X5676rL0XCHARGErM0X-1rN0XCHEBIrO0jK,XKEGGrP0XC02713rQ0uh }rR0hNhh]rS0rT0RrU0jS,jJ0jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rV0}rW0(hXEX_acnam_e_boundaryrX0hjX0h}rY0h }rZ0j6,j7,sj8,hj9,hj:,h]r[0r\0Rr]0j>,}r^0j@,)r_0}r`0(hXacnam_e_boundaryra0hXN-Acetylneuraminaterb0h}rc0(XFORMULArd0X C11H18NO9re0XPUBCHEMrf0X3568rg0XCHARGErh0X-1ri0XCHEBIrj0X17012rk0XKEGGrl0XC00270rm0uh }rn0hNhh]ro0rp0Rrq0jS,je0jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rr0}rs0(hXEX_acolipa_e_boundaryrt0hjt0h}ru0h }rv0j6,j7,sj8,hj9,hj:,h]rw0rx0Rry0j>,}rz0j@,)r{0}r|0(hXacolipa_e_boundaryr}0hXA4-Amino-4-deoxy-L-arabinose-modified-core-oligosaccharide-lipid-Ar~0h}r0(XFORMULAr0XC181H314N3O103P4r0XPUBCHEMr0jK,XCHARGEr0X-9r0XCHEBIr0jK,XKEGGr0jK,uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_acser_e_boundaryr0hj0h}r0h }r0j6,j7,sj8,hj9,hj:,h]r0r0Rr0j>,}r0j@,)r0}r0(hXacser_e_boundaryr0hXO-Acetyl-L-seriner0h}r0(XFORMULAr0XC5H9NO4r0XPUBCHEMr0X4228r0XCHARGEr0jK,XCHEBIr0X17981r0XKEGGr0XC00979r0uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_ade_e_boundaryr0hj0h}r0h }r0j6,j7,sj8,hj9,hj:,h]r0r0Rr0j>,}r0j@,)r0}r0(hXade_e_boundaryr0hXAdeniner0h}r0(XFORMULAr0XC5H5N5r0XPUBCHEMr0X3447r0XCHARGEr0jK,XCHEBIr0X16708r0XKEGGr0XC00147r0uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_adn_e_boundaryr0hj0h}r0h }r0j6,j7,sj8,hj9,hj:,h]r0r0Rr0j>,}r0j@,)r0}r0(hXadn_e_boundaryr0hX Adenosiner0h}r0(XFORMULAr0X C10H13N5O4r0XPUBCHEMr0X3512r0XCHARGEr0jK,XCHEBIr0X16335r0XKEGGr0XC00212r0uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_adocbl_e_boundaryr0hj0h}r0h }r0j6,j7,sj8,hj9,hj:,h]r0r0Rr0j>,}r0j@,)r0}r0(hXadocbl_e_boundaryr0hXAdenosylcobalaminr0h}r0(XFORMULAr0XC72H100CoN18O17Pr0XPUBCHEMr0X3494r0XCHARGEr0jK,XCHEBIr0X18408r0XKEGGr0XC00194r0uh }r0hNhh]r0r0Rr0jS,j0jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r0}r0(hXEX_ag_e_boundaryr0hj0h}r0h }r0j6,j7,sj8,hj9,hj:,h]r0r0Rr0j>,}r0j@,)r1}r1(hX ag_e_boundaryr1hXsilverr1h}r1(XFORMULAr1XAgr1XPUBCHEMr1X8935r1XCHARGEr 1j-XCHEBIr 1X9141r 1XKEGGr 1XC06710r 1uh }r1hNhh]r1r1Rr1jS,j1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_agm_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXagm_e_boundaryr1hXAgmatiner1h}r1(XFORMULAr 1XC5H16N4r!1XPUBCHEMr"1X3479r#1XCHARGEr$1j]-XCHEBIr%1X17431r&1XKEGGr'1XC00179r(1uh }r)1hNhh]r*1r+1Rr,1jS,j!1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r-1}r.1(hXEX_akg_e_boundaryr/1hj/1h}r01h }r11j6,j7,sj8,hj9,hj:,h]r21r31Rr41j>,}r51j@,)r61}r71(hXakg_e_boundaryr81hX2-Oxoglutarater91h}r:1(XFORMULAr;1XC5H4O5r<1XPUBCHEMr=1X3328r>1XCHARGEr?1X-2r@1XCHEBIrA1X30915rB1XKEGGrC1XC00026rD1uh }rE1hNhh]rF1rG1RrH1jS,j<1jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rI1}rJ1(hXEX_ala__B_e_boundaryrK1hjK1h}rL1h }rM1j6,j7,sj8,hj9,hj:,h]rN1rO1RrP1j>,}rQ1j@,)rR1}rS1(hXala__B_e_boundaryrT1hX beta-AlaninerU1h}rV1(XFORMULArW1XC3H7NO2rX1XPUBCHEMrY1X3399rZ1XCHARGEr[1jK,XCHEBIr\1X16958r]1XKEGGr^1XC00099r_1uh }r`1hNhh]ra1rb1Rrc1jS,jX1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rd1}re1(hXEX_ala__D_e_boundaryrf1hjf1h}rg1h }rh1j6,j7,sj8,hj9,hj:,h]ri1rj1Rrk1j>,}rl1j@,)rm1}rn1(hXala__D_e_boundaryro1hX D-Alaninerp1h}rq1(XFORMULArr1XC3H7NO2rs1XPUBCHEMrt1X3433ru1XCHARGErv1jK,XCHEBIrw1X15570rx1XKEGGry1XC00133rz1uh }r{1hNhh]r|1r}1Rr~1jS,js1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_ala__L_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXala__L_e_boundaryr1hX L-Alaniner1h}r1(XFORMULAr1XC3H7NO2r1XPUBCHEMr1X3343r1XCHARGEr1jK,XCHEBIr1X16977r1XKEGGr1XC00041r1uh }r1hNhh]r1r1Rr1jS,j1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_alaala_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXalaala_e_boundaryr1hXD-Alanyl-D-alaniner1h}r1(XFORMULAr1X C6H12N2O3r1XPUBCHEMr1X4239r1XCHARGEr1jK,XCHEBIr1X16576r1XKEGGr1XC00993r1uh }r1hNhh]r1r1Rr1jS,j1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_all__D_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXall__D_e_boundaryr1hXD-Alloser1h}r1(XFORMULAr1XC6H12O6r1XPUBCHEMr1X4657r1XCHARGEr1jK,XCHEBIr1X4093r1XKEGGr1XC01487r1uh }r1hNhh]r1r1Rr1jS,j1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_alltn_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXalltn_e_boundaryr1hX Allantoinr1h}r1(XFORMULAr1XC4H6N4O3r1XPUBCHEMr1X4709r1XCHARGEr1jK,XCHEBIr1X15676r1XKEGGr1XC01551r1uh }r1hNhh]r1r1Rr1jS,j1jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r1}r1(hXEX_amp_e_boundaryr1hj1h}r1h }r1j6,j7,sj8,hj9,hj:,h]r1r1Rr1j>,}r1j@,)r1}r1(hXamp_e_boundaryr1hXAMPr1h}r1(XFORMULAr1X C10H12N5O7Pr1XPUBCHEMr1X3322r1XCHARGEr1X-2r1XCHEBIr1X16027r2XKEGGr2XC00020r2uh }r2hNhh]r2r2Rr2jS,j1jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_anhgm_e_boundaryr 2hj 2h}r 2h }r 2j6,j7,sj8,hj9,hj:,h]r 2r 2Rr2j>,}r2j@,)r2}r2(hXanhgm_e_boundaryr2hX5N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramic-acidr2h}r2(XFORMULAr2X C19H29N2O12r2XPUBCHEMr2jK,XCHARGEr2X-1r2XCHEBIr2jK,XKEGGr2jK,uh }r2hNhh]r2r2Rr2jS,j2jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r 2}r!2(hXEX_arab__L_e_boundaryr"2hj"2h}r#2h }r$2j6,j7,sj8,hj9,hj:,h]r%2r&2Rr'2j>,}r(2j@,)r)2}r*2(hXarab__L_e_boundaryr+2hX L-Arabinoser,2h}r-2(XFORMULAr.2XC5H10O5r/2XPUBCHEMr02X3558r12XCHARGEr22jK,XCHEBIr32X17535r42XKEGGr52XC00259r62uh }r72hNhh]r82r92Rr:2jS,j/2jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r;2}r<2(hXEX_arbtn_e_boundaryr=2hj=2h}r>2h }r?2j6,j7,sj8,hj9,hj:,h]r@2rA2RrB2j>,}rC2j@,)rD2}rE2(hXarbtn_e_boundaryrF2hXaerobactin-minus-Fe3rG2h}rH2(XFORMULArI2X C22H33N4O13rJ2XPUBCHEMrK2jK,XCHARGErL2X-3rM2XCHEBIrN2jK,XKEGGrO2jK,uh }rP2hNhh]rQ2rR2RrS2jS,jJ2jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rT2}rU2(hXEX_arbtn__fe3_e_boundaryrV2hjV2h}rW2h }rX2j6,j7,sj8,hj9,hj:,h]rY2rZ2Rr[2j>,}r\2j@,)r]2}r^2(hXarbtn__fe3_e_boundaryr_2hX Aerobactinr`2h}ra2(XFORMULArb2X C22H33FeN4O13rc2XPUBCHEMrd2X7887re2XCHARGErf2jK,XCHEBIrg2X18157rh2XKEGGri2XC05554rj2uh }rk2hNhh]rl2rm2Rrn2jS,jc2jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)ro2}rp2(hXEX_arg__L_e_boundaryrq2hjq2h}rr2h }rs2j6,j7,sj8,hj9,hj:,h]rt2ru2Rrv2j>,}rw2j@,)rx2}ry2(hXarg__L_e_boundaryrz2hX L-Argininer{2h}r|2(XFORMULAr}2X C6H15N4O2r~2XPUBCHEMr2X3362r2XCHARGEr2j-XCHEBIr2X16467r2XKEGGr2XC00062r2uh }r2hNhh]r2r2Rr2jS,j~2jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_ascb__L_e_boundaryr2hj2h}r2h }r2j6,j7,sj8,hj9,hj:,h]r2r2Rr2j>,}r2j@,)r2}r2(hXascb__L_e_boundaryr2hX L-Ascorbater2h}r2(XFORMULAr2XC6H8O6r2XPUBCHEMr2X3372r2XCHARGEr2jK,XCHEBIr2X 29073 38290r2XKEGGr2XC00072r2uh }r2hNhh]r2r2Rr2jS,j2jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_asn__L_e_boundaryr2hj2h}r2h }r2j6,j7,sj8,hj9,hj:,h]r2r2Rr2j>,}r2j@,)r2}r2(hXasn__L_e_boundaryr2hX L-Asparaginer2h}r2(XFORMULAr2XC4H8N2O3r2XPUBCHEMr2X3452r2XCHARGEr2jK,XCHEBIr2X17196r2XKEGGr2XC00152r2uh }r2hNhh]r2r2Rr2jS,j2jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_aso3_e_boundaryr2hj2h}r2h }r2j6,j7,sj8,hj9,hj:,h]r2r2Rr2j>,}r2j@,)r2}r2(hXaso3_e_boundaryr2hXarseniter2h}r2(XFORMULAr2XAsO3r2XPUBCHEMr2X8922r2XCHARGEr2X-3r2XCHEBIr2X29866r2XKEGGr2XC06697r2uh }r2hNhh]r2r2Rr2jS,j2jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_asp__L_e_boundaryr2hj2h}r2h }r2j6,j7,sj8,hj9,hj:,h]r2r2Rr2j>,}r2j@,)r2}r2(hXasp__L_e_boundaryr2hX L-Aspartater2h}r2(XFORMULAr2XC4H6NO4r2XPUBCHEMr2X3351r2XCHARGEr2X-1r2XCHEBIr2X17053r2XKEGGr2XC00049r2uh }r2hNhh]r2r2Rr2jS,j2jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r2}r2(hXEX_but_e_boundaryr2hj2h}r2h }r2j6,j7,sj8,hj9,hj:,h]r2r2Rr2j>,}r3j@,)r3}r3(hXbut_e_boundaryr3hXButyrate-n-C40r3h}r3(XFORMULAr3XC4H7O2r3XPUBCHEMr3X3545r 3XCHARGEr 3X-1r 3XCHEBIr 3X30772r 3XKEGGr3XC00246r3uh }r3hNhh]r3r3Rr3jS,j3jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_butso3_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXbutso3_e_boundaryr3hXbutanesulfonater 3h}r!3(XFORMULAr"3XC4H9O3Sr#3XPUBCHEMr$3jK,XCHARGEr%3X-1r&3XCHEBIr'3jK,XKEGGr(3jK,uh }r)3hNhh]r*3r+3Rr,3jS,j#3jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r-3}r.3(hXEX_ca2_e_boundaryr/3hj/3h}r03h }r13j6,j7,sj8,hj9,hj:,h]r23r33Rr43j>,}r53j@,)r63}r73(hXca2_e_boundaryr83hXCalciumr93h}r:3(XFORMULAr;3XCar<3XPUBCHEMr=3X3376r>3XCHARGEr?3j]-XCHEBIr@3X29108rA3XKEGGrB3XC00076rC3uh }rD3hNhh]rE3rF3RrG3jS,j<3jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rH3}rI3(hXEX_cbi_e_boundaryrJ3hjJ3h}rK3h }rL3j6,j7,sj8,hj9,hj:,h]rM3rN3RrO3j>,}rP3j@,)rQ3}rR3(hXcbi_e_boundaryrS3hX CobinamiderT3h}rU3(XFORMULArV3X C48H72CoN11O8rW3XPUBCHEMrX3X8069rY3XCHARGErZ3jK,XCHEBIr[3X28956r\3XKEGGr]3XC05774r^3uh }r_3hNhh]r`3ra3Rrb3jS,jW3jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rc3}rd3(hXEX_cbl1_e_boundaryre3hje3h}rf3h }rg3j6,j7,sj8,hj9,hj:,h]rh3ri3Rrj3j>,}rk3j@,)rl3}rm3(hXcbl1_e_boundaryrn3hX Cob-I-alaminro3h}rp3(XFORMULArq3XC62H88CoN13O14Prr3XPUBCHEMrs3X4110rt3XCHARGEru3X-1rv3XCHEBIrw3X15982rx3XKEGGry3XC00853rz3uh }r{3hNhh]r|3r}3Rr~3jS,jr3jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_cd2_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXcd2_e_boundaryr3hXCadmiumr3h}r3(XFORMULAr3XCdr3XPUBCHEMr3X4601r3XCHARGEr3j]-XCHEBIr3X48775r3XKEGGr3XC01413r3uh }r3hNhh]r3r3Rr3jS,j3jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_cgly_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXcgly_e_boundaryr3hXCys-Glyr3h}r3(XFORMULAr3X C5H10N2O3Sr3XPUBCHEMr3X4606r3XCHARGEr3jK,XCHEBIr3X4047r3XKEGGr3XC01419r3uh }r3hNhh]r3r3Rr3jS,j3jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_chol_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXchol_e_boundaryr3hXCholiner3h}r3(XFORMULAr3XC5H14NOr3XPUBCHEMr3X3414r3XCHARGEr3j-XCHEBIr3X15354r3XKEGGr3XC00114r3uh }r3hNhh]r3r3Rr3jS,j3jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_cit_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXcit_e_boundaryr3hXCitrater3h}r3(XFORMULAr3XC6H5O7r3XPUBCHEMr3X3458r3XCHARGEr3X-3r3XCHEBIr3X30769r3XKEGGr3XC00158r3uh }r3hNhh]r3r3Rr3jS,j3jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r3}r3(hXEX_icit_e_boundaryr3hj3h}r3h }r3j6,j7,sj8,hj9,hj:,h]r3r3Rr3j>,}r3j@,)r3}r3(hXicit_e_boundaryr3hX Isocitrater3h}r3(XFORMULAr3XC6H5O7r3XPUBCHEMr3X3605r3XCHARGEr3X-3r3XCHEBIr4X30887r4XKEGGr4XC00311r4uh }r4hNhh]r4r4Rr4jS,j3jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r4}r 4(hXEX_acon__C_e_boundaryr 4hj 4h}r 4h }r 4j6,j7,sj8,hj9,hj:,h]r 4r4Rr4j>,}r4j@,)r4}r4(hXacon__C_e_boundaryr4hX cis-Aconitater4h}r4(XFORMULAr4XC6H3O6r4XPUBCHEMr4X3707r4XCHARGEr4X-3r4XCHEBIr4X32805r4XKEGGr4XC00417r4uh }r 4hNhh]r!4r"4Rr#4jS,j4jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r$4}r%4(hXEX_cl_e_boundaryr&4hj&4h}r'4h }r(4j6,j7,sj8,hj9,hj:,h]r)4r*4Rr+4j>,}r,4j@,)r-4}r.4(hX cl_e_boundaryr/4hXChlorider04h}r14(XFORMULAr24XClr34XPUBCHEMr44X3415r54XCHARGEr64X-1r74XCHEBIr84X17996r94XKEGGr:4XC00115r;4uh }r<4hNhh]r=4r>4Rr?4jS,j34jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r@4}rA4(hXEX_cmp_e_boundaryrB4hjB4h}rC4h }rD4j6,j7,sj8,hj9,hj:,h]rE4rF4RrG4j>,}rH4j@,)rI4}rJ4(hXcmp_e_boundaryrK4hXCMPrL4h}rM4(XFORMULArN4X C9H12N3O8PrO4XPUBCHEMrP4X3357rQ4XCHARGErR4X-2rS4XCHEBIrT4X17361rU4XKEGGrV4XC00055rW4uh }rX4hNhh]rY4rZ4Rr[4jS,jO4jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r\4}r]4(hXEX_co2_e_boundaryr^4hj^4h}r_4h }r`4j6,j7,sj8,hj9,hj:,h]ra4rb4Rrc4j>,}rd4j@,)re4}rf4(hXco2_e_boundaryrg4hXCO2rh4h}ri4(XFORMULArj4XCO2rk4XPUBCHEMrl4X3313rm4XCHARGErn4jK,XCHEBIro4X16526rp4XKEGGrq4XC00011rr4uh }rs4hNhh]rt4ru4Rrv4jS,jk4jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rw4}rx4(hXEX_cobalt2_e_boundaryry4hjy4h}rz4h }r{4j6,j7,sj8,hj9,hj:,h]r|4r}4Rr~4j>,}r4j@,)r4}r4(hXcobalt2_e_boundaryr4hXCo2r4h}r4(XFORMULAr4XCor4XPUBCHEMr4X3475r4XCHARGEr4j]-XCHEBIr4X27638r4XKEGGr4XC00175r4uh }r4hNhh]r4r4Rr4jS,j4jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r4}r4(hXEX_colipa_e_boundaryr4hj4h}r4h }r4j6,j7,sj8,hj9,hj:,h]r4r4Rr4j>,}r4j@,)r4}r4(hXcolipa_e_boundaryr4hXcore-oligosaccharide-lipid-Ar4h}r4(XFORMULAr4XC176H303N2O100P4r4XPUBCHEMr4jK,XCHARGEr4X-11r4XCHEBIr4jK,XKEGGr4jK,uh }r4hNhh]r4r4Rr4jS,j4jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r4}r4(hXEX_cpgn_e_boundaryr4hj4h}r4h }r4j6,j7,sj8,hj9,hj:,h]r4r4Rr4j>,}r4j@,)r4}r4(hXcpgn_e_boundaryr4hXcoprogenr4h}r4(XFORMULAr4X C35H52N6O13Fer4XPUBCHEMr4jK,XCHARGEr4X-1r4XCHEBIr4jK,XKEGGr4jK,uh }r4hNhh]r4r4Rr4jS,j4jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r4}r4(hXEX_cpgn__un_e_boundaryr4hj4h}r4h }r4j6,j7,sj8,hj9,hj:,h]r4r4Rr4j>,}r4j@,)r4}r4(hXcpgn__un_e_boundaryr4hXcoprogen-unloaded-no-Fe-III-r4h}r4(XFORMULAr4X C35H52N6O13r4XPUBCHEMr4jK,XCHARGEr4X-4r4XCHEBIr4jK,XKEGGr4jK,uh }r4hNhh]r4r4Rr4jS,j4jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r4}r4(hXEX_crn_e_boundaryr4hj4h}r4h }r4j6,j7,sj8,hj9,hj:,h]r4r4Rr4j>,}r4j@,)r4}r4(hXcrn_e_boundaryr4hX L-Carnitiner4h}r4(XFORMULAr4XC7H15NO3r4XPUBCHEMr4X3612r4XCHARGEr4jK,XCHEBIr4X16347r4XKEGGr4XC00318r4uh }r4hNhh]r4r4Rr4jS,j4jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r4}r4(hXEX_csn_e_boundaryr4hj4h}r4h }r4j6,j7,sj8,hj9,hj:,h]r4r4Rr4j>,}r5j@,)r5}r5(hXcsn_e_boundaryr5hXCytosiner5h}r5(XFORMULAr5XC4H5N3Or5XPUBCHEMr5X3670r 5XCHARGEr 5jK,XCHEBIr 5X16040r 5XKEGGr 5XC00380r5uh }r5hNhh]r5r5Rr5jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r5}r5(hXEX_cu2_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXcu2_e_boundaryr5hXCu2r5h}r 5(XFORMULAr!5XCur"5XPUBCHEMr#5X3370r$5XCHARGEr%5j]-XCHEBIr&5X28694r'5XKEGGr(5XC00070r)5uh }r*5hNhh]r+5r,5Rr-5jS,j"5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r.5}r/5(hXEX_cu_e_boundaryr05hj05h}r15h }r25j6,j7,sj8,hj9,hj:,h]r35r45Rr55j>,}r65j@,)r75}r85(hX cu_e_boundaryr95hXCur:5h}r;5(XFORMULAr<5XCur=5XPUBCHEMr>5jK,XCHARGEr?5j-XCHEBIr@5X49552rA5XKEGGrB5jK,uh }rC5hNhh]rD5rE5RrF5jS,j=5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rG5}rH5(hXEX_cyan_e_boundaryrI5hjI5h}rJ5h }rK5j6,j7,sj8,hj9,hj:,h]rL5rM5RrN5j>,}rO5j@,)rP5}rQ5(hXcyan_e_boundaryrR5hXHydrogen-cyaniderS5h}rT5(XFORMULArU5XCHNrV5XPUBCHEMrW5X4537rX5XCHARGErY5jK,XCHEBIrZ5X18407r[5XKEGGr\5XC01326r]5uh }r^5hNhh]r_5r`5Rra5jS,jV5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rb5}rc5(hXEX_cynt_e_boundaryrd5hjd5h}re5h }rf5j6,j7,sj8,hj9,hj:,h]rg5rh5Rri5j>,}rj5j@,)rk5}rl5(hXcynt_e_boundaryrm5hXCyanatern5h}ro5(XFORMULArp5XCNOrq5XPUBCHEMrr5X4604rs5XCHARGErt5X-1ru5XCHEBIrv5X28024rw5XKEGGrx5XC01417ry5uh }rz5hNhh]r{5r|5Rr}5jS,jq5jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r~5}r5(hXEX_cys__D_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXcys__D_e_boundaryr5hX D-Cysteiner5h}r5(XFORMULAr5XC3H7NO2Sr5XPUBCHEMr5X4051r5XCHARGEr5jK,XCHEBIr5X16375r5XKEGGr5XC00793r5uh }r5hNhh]r5r5Rr5jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r5}r5(hXEX_cys__L_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXcys__L_e_boundaryr5hX L-Cysteiner5h}r5(XFORMULAr5XC3H7NO2Sr5XPUBCHEMr5X3397r5XCHARGEr5jK,XCHEBIr5X17561r5XKEGGr5XC00097r5uh }r5hNhh]r5r5Rr5jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r5}r5(hXEX_cysi__L_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXcysi__L_e_boundaryr5hX L-Cystiner5h}r5(XFORMULAr5X C6H12N2O4S2r5XPUBCHEMr5X3774r5XCHARGEr5jK,XCHEBIr5X16283r5XKEGGr5XC00491r5uh }r5hNhh]r5r5Rr5jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r5}r5(hXEX_cytd_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXcytd_e_boundaryr5hXCytidiner5h}r5(XFORMULAr5X C9H13N3O5r5XPUBCHEMr5X3758r5XCHARGEr5jK,XCHEBIr5X17562r5XKEGGr5XC00475r5uh }r5hNhh]r5r5Rr5jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r5}r5(hXEX_dad__2_e_boundaryr5hj5h}r5h }r5j6,j7,sj8,hj9,hj:,h]r5r5Rr5j>,}r5j@,)r5}r5(hXdad__2_e_boundaryr5hXDeoxyadenosiner5h}r5(XFORMULAr5X C10H13N5O3r5XPUBCHEMr5X3839r5XCHARGEr5jK,XCHEBIr5X17256r5XKEGGr5XC00559r6uh }r6hNhh]r6r6Rr6jS,j5jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_damp_e_boundaryr6hj6h}r6h }r 6j6,j7,sj8,hj9,hj:,h]r 6r 6Rr 6j>,}r 6j@,)r6}r6(hXdamp_e_boundaryr6hXdAMPr6h}r6(XFORMULAr6X C10H12N5O6Pr6XPUBCHEMr6X3651r6XCHARGEr6X-2r6XCHEBIr6X17713r6XKEGGr6XC00360r6uh }r6hNhh]r6r6Rr 6jS,j6jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r!6}r"6(hXEX_dca_e_boundaryr#6hj#6h}r$6h }r%6j6,j7,sj8,hj9,hj:,h]r&6r'6Rr(6j>,}r)6j@,)r*6}r+6(hXdca_e_boundaryr,6hXDecanoate-n-C100r-6h}r.6(XFORMULAr/6XC10H19O2r06XPUBCHEMr16X4728r26XCHARGEr36X-1r46XCHEBIr56X30813r66XKEGGr76XC01571r86uh }r96hNhh]r:6r;6Rr<6jS,j06jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=6}r>6(hXEX_dcmp_e_boundaryr?6hj?6h}r@6h }rA6j6,j7,sj8,hj9,hj:,h]rB6rC6RrD6j>,}rE6j@,)rF6}rG6(hXdcmp_e_boundaryrH6hXdCMPrI6h}rJ6(XFORMULArK6X C9H12N3O7PrL6XPUBCHEMrM6X3538rN6XCHARGErO6X-2rP6XCHEBIrQ6X15918rR6XKEGGrS6XC00239rT6uh }rU6hNhh]rV6rW6RrX6jS,jL6jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rY6}rZ6(hXEX_dcyt_e_boundaryr[6hj[6h}r\6h }r]6j6,j7,sj8,hj9,hj:,h]r^6r_6Rr`6j>,}ra6j@,)rb6}rc6(hXdcyt_e_boundaryrd6hX Deoxycytidinere6h}rf6(XFORMULArg6X C9H13N3O4rh6XPUBCHEMri6X4137rj6XCHARGErk6jK,XCHEBIrl6X15698rm6XKEGGrn6XC00881ro6uh }rp6hNhh]rq6rr6Rrs6jS,jh6jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rt6}ru6(hXEX_ddca_e_boundaryrv6hjv6h}rw6h }rx6j6,j7,sj8,hj9,hj:,h]ry6rz6Rr{6j>,}r|6j@,)r}6}r~6(hXddca_e_boundaryr6hXDodecanoate-n-C120r6h}r6(XFORMULAr6XC12H23O2r6XPUBCHEMr6X5649r6XCHARGEr6X-1r6XCHEBIr6X30805r6XKEGGr6XC02679r6uh }r6hNhh]r6r6Rr6jS,j6jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_dgmp_e_boundaryr6hj6h}r6h }r6j6,j7,sj8,hj9,hj:,h]r6r6Rr6j>,}r6j@,)r6}r6(hXdgmp_e_boundaryr6hXdGMPr6h}r6(XFORMULAr6X C10H12N5O7Pr6XPUBCHEMr6X3653r6XCHARGEr6X-2r6XCHEBIr6X16192r6XKEGGr6XC00362r6uh }r6hNhh]r6r6Rr6jS,j6jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_dgsn_e_boundaryr6hj6h}r6h }r6j6,j7,sj8,hj9,hj:,h]r6r6Rr6j>,}r6j@,)r6}r6(hXdgsn_e_boundaryr6hXDeoxyguanosiner6h}r6(XFORMULAr6X C10H13N5O4r6XPUBCHEMr6X3624r6XCHARGEr6jK,XCHEBIr6X17172r6XKEGGr6XC00330r6uh }r6hNhh]r6r6Rr6jS,j6jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_dha_e_boundaryr6hj6h}r6h }r6j6,j7,sj8,hj9,hj:,h]r6r6Rr6j>,}r6j@,)r6}r6(hXdha_e_boundaryr6hXDihydroxyacetoner6h}r6(XFORMULAr6XC3H6O3r6XPUBCHEMr6X3484r6XCHARGEr6jK,XCHEBIr6X16016r6XKEGGr6XC00184r6uh }r6hNhh]r6r6Rr6jS,j6jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_dimp_e_boundaryr6hj6h}r6h }r6j6,j7,sj8,hj9,hj:,h]r6r6Rr6j>,}r6j@,)r6}r6(hXdimp_e_boundaryr6hXdIMPr6h}r6(XFORMULAr6X C10H11N4O7Pr6XPUBCHEMr6X8446r6XCHARGEr6X-2r6XCHEBIr6X28806r6XKEGGr6XC06196r6uh }r6hNhh]r6r6Rr6jS,j6jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r6}r6(hXEX_din_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXdin_e_boundaryr 7hX Deoxyinosiner 7h}r 7(XFORMULAr 7X C10H12N4O4r 7XPUBCHEMr7X7859r7XCHARGEr7jK,XCHEBIr7X28997r7XKEGGr7XC05512r7uh }r7hNhh]r7r7Rr7jS,j 7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_dms_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr 7j>,}r!7j@,)r"7}r#7(hXdms_e_boundaryr$7hXDimethyl-sulfider%7h}r&7(XFORMULAr'7XC2H6Sr(7XPUBCHEMr)7X3859r*7XCHARGEr+7jK,XCHEBIr,7X17437r-7XKEGGr.7XC00580r/7uh }r07hNhh]r17r27Rr37jS,j(7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r47}r57(hXEX_dmso_e_boundaryr67hj67h}r77h }r87j6,j7,sj8,hj9,hj:,h]r97r:7Rr;7j>,}r<7j@,)r=7}r>7(hXdmso_e_boundaryr?7hXDimethyl-sulfoxider@7h}rA7(XFORMULArB7XC2H6OSrC7XPUBCHEMrD7X13325rE7XCHARGErF7jK,XCHEBIrG7X28262rH7XKEGGrI7XC11143rJ7uh }rK7hNhh]rL7rM7RrN7jS,jC7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO7}rP7(hXEX_dopa_e_boundaryrQ7hjQ7h}rR7h }rS7j6,j7,sj8,hj9,hj:,h]rT7rU7RrV7j>,}rW7j@,)rX7}rY7(hXdopa_e_boundaryrZ7hXDopaminer[7h}r\7(XFORMULAr]7XC8H12NO2r^7XPUBCHEMr_7X6517r`7XCHARGEra7j-XCHEBIrb7X18243rc7XKEGGrd7XC03758re7uh }rf7hNhh]rg7rh7Rri7jS,j^7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rj7}rk7(hXEX_dtmp_e_boundaryrl7hjl7h}rm7h }rn7j6,j7,sj8,hj9,hj:,h]ro7rp7Rrq7j>,}rr7j@,)rs7}rt7(hXdtmp_e_boundaryru7hXdTMPrv7h}rw7(XFORMULArx7X C10H13N2O8Pry7XPUBCHEMrz7X3655r{7XCHARGEr|7X-2r}7XCHEBIr~7X17013r7XKEGGr7XC00364r7uh }r7hNhh]r7r7Rr7jS,jy7jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_dump_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXdump_e_boundaryr7hXdUMPr7h}r7(XFORMULAr7X C9H11N2O8Pr7XPUBCHEMr7X3656r7XCHARGEr7X-2r7XCHEBIr7X17622r7XKEGGr7XC00365r7uh }r7hNhh]r7r7Rr7jS,j7jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_duri_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXduri_e_boundaryr7hX Deoxyuridiner7h}r7(XFORMULAr7X C9H12N2O5r7XPUBCHEMr7X3809r7XCHARGEr7jK,XCHEBIr7X16450r7XKEGGr7XC00526r7uh }r7hNhh]r7r7Rr7jS,j7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_eca4colipa_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXeca4colipa_e_boundaryr7hX>enterobacterial-common-antigen-x4-core-oligosaccharide-lipid-Ar7h}r7(XFORMULAr7XC272H447N14O160P4r7XPUBCHEMr7jK,XCHARGEr7X-15r7XCHEBIr7jK,XKEGGr7jK,uh }r7hNhh]r7r7Rr7jS,j7jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_enlipa_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXenlipa_e_boundaryr7hX!phosphoethanolamine-KDO-2-lipid-Ar7h}r7(XFORMULAr7XC112H202N3O42P3r7XPUBCHEMr7jK,XCHARGEr7X-6r7XCHEBIr7jK,XKEGGr7jK,uh }r7hNhh]r7r7Rr7jS,j7jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r7}r7(hXEX_enter_e_boundaryr7hj7h}r7h }r7j6,j7,sj8,hj9,hj:,h]r7r7Rr7j>,}r7j@,)r7}r7(hXenter_e_boundaryr7hX Enterochelinr7h}r7(XFORMULAr7X C30H27N3O15r7XPUBCHEMr7X8116r8XCHARGEr8jK,XCHEBIr8X28855r8XKEGGr8XC05821r8uh }r8hNhh]r8r8Rr 8jS,j7jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r 8}r 8(hXEX_etha_e_boundaryr 8hj 8h}r 8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r8j@,)r8}r8(hXetha_e_boundaryr8hX Ethanolaminer8h}r8(XFORMULAr8XC2H8NOr8XPUBCHEMr8X3489r8XCHARGEr8j-XCHEBIr8X16000r8XKEGGr8XC00189r 8uh }r!8hNhh]r"8r#8Rr$8jS,j8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r%8}r&8(hXEX_ethso3_e_boundaryr'8hj'8h}r(8h }r)8j6,j7,sj8,hj9,hj:,h]r*8r+8Rr,8j>,}r-8j@,)r.8}r/8(hXethso3_e_boundaryr08hXethanesulfonater18h}r28(XFORMULAr38XC2H5O3Sr48XPUBCHEMr58jK,XCHARGEr68X-1r78XCHEBIr88jK,XKEGGr98jK,uh }r:8hNhh]r;8r<8Rr=8jS,j48jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r>8}r?8(hXEX_etoh_e_boundaryr@8hj@8h}rA8h }rB8j6,j7,sj8,hj9,hj:,h]rC8rD8RrE8j>,}rF8j@,)rG8}rH8(hXetoh_e_boundaryrI8hXEthanolrJ8h}rK8(XFORMULArL8XC2H6OrM8XPUBCHEMrN8X3752rO8XCHARGErP8jK,XCHEBIrQ8X16236rR8XKEGGrS8XC00469rT8uh }rU8hNhh]rV8rW8RrX8jS,jM8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rY8}rZ8(hXEX_f6p_e_boundaryr[8hj[8h}r\8h }r]8j6,j7,sj8,hj9,hj:,h]r^8r_8Rr`8j>,}ra8j@,)rb8}rc8(hXf6p_e_boundaryrd8hXD-Fructose-6-phosphatere8h}rf8(XFORMULArg8XC6H11O9Prh8XPUBCHEMri8X3385rj8XCHARGErk8X-2rl8XCHEBIrm8X15946rn8XKEGGro8XC00085rp8uh }rq8hNhh]rr8rs8Rrt8jS,jh8jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)ru8}rv8(hXEX_fald_e_boundaryrw8hjw8h}rx8h }ry8j6,j7,sj8,hj9,hj:,h]rz8r{8Rr|8j>,}r}8j@,)r~8}r8(hXfald_e_boundaryr8hX Formaldehyder8h}r8(XFORMULAr8XCH2Or8XPUBCHEMr8X3367r8XCHARGEr8jK,XCHEBIr8X16842r8XKEGGr8XC00067r8uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r8}r8(hXEX_fe2_e_boundaryr8hj8h}r8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r8j@,)r8}r8(hXfe2_e_boundaryr8hXFe2r8h}r8(XFORMULAr8XFer8XPUBCHEMr8X3325r8XCHARGEr8j]-XCHEBIr8X18248r8XKEGGr8XC00023r8uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r8}r8(hXEX_fe3_e_boundaryr8hj8h}r8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r8j@,)r8}r8(hXfe3_e_boundaryr8hXFe3r8h}r8(XFORMULAr8XFer8XPUBCHEMr8jK,XCHARGEr8X3r8XCHEBIr8X14819r8XKEGGr8jK,uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r8}r8(hXEX_fe3dcit_e_boundaryr8hj8h}r8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r8j@,)r8}r8(hXfe3dcit_e_boundaryr8hXFe-III-dicitrater8h}r8(XFORMULAr8X C12H10FeO14r8XPUBCHEMr8X8472r8XCHARGEr8X-3r8XCHEBIr8jK,XKEGGr8XC06229r8uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r8}r8(hXEX_fe3dhbzs_e_boundaryr8hj8h}r8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r8j@,)r8}r8(hXfe3dhbzs_e_boundaryr8hX!ferric-2-3-dihydroxybenzoylseriner8h}r8(XFORMULAr8X C10H10NO6Fer8XPUBCHEMr8jK,XCHARGEr8j]-XCHEBIr8jK,XKEGGr8jK,uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r8}r8(hXEX_fe3hox_e_boundaryr8hj8h}r8h }r8j6,j7,sj8,hj9,hj:,h]r8r8Rr8j>,}r9j@,)r9}r9(hXfe3hox_e_boundaryr9hXFe-III-hydroxamater9h}r9(XFORMULAr9X C9H18O6N3Fer9XPUBCHEMr9X8470r 9XCHARGEr 9jK,XCHEBIr 9jK,XKEGGr 9XC06227r 9uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_fe3hox__un_e_boundaryr9hj9h}r9h }r9j6,j7,sj8,hj9,hj:,h]r9r9Rr9j>,}r9j@,)r9}r9(hXfe3hox__un_e_boundaryr9hXFe-III-hydoxamate-unloadedr9h}r9(XFORMULAr 9X C9H18O6N3r!9XPUBCHEMr"9jK,XCHARGEr#9X-3r$9XCHEBIr%9jK,XKEGGr&9jK,uh }r'9hNhh]r(9r)9Rr*9jS,j!9jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r+9}r,9(hXEX_fecrm_e_boundaryr-9hj-9h}r.9h }r/9j6,j7,sj8,hj9,hj:,h]r09r19Rr29j>,}r39j@,)r49}r59(hXfecrm_e_boundaryr69hX Ferrichromer79h}r89(XFORMULAr99X C27H42FeN9O12r:9XPUBCHEMr;9X8471r<9XCHARGEr=9jK,XCHEBIr>9jK,XKEGGr?9XC06228r@9uh }rA9hNhh]rB9rC9RrD9jS,j:9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rE9}rF9(hXEX_fecrm__un_e_boundaryrG9hjG9h}rH9h }rI9j6,j7,sj8,hj9,hj:,h]rJ9rK9RrL9j>,}rM9j@,)rN9}rO9(hXfecrm__un_e_boundaryrP9hXFerrichrome-minus-Fe-IIIrQ9h}rR9(XFORMULArS9X C27H42N9O12rT9XPUBCHEMrU9jK,XCHARGErV9X-3rW9XCHEBIrX9jK,XKEGGrY9jK,uh }rZ9hNhh]r[9r\9Rr]9jS,jT9jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r^9}r_9(hXEX_feenter_e_boundaryr`9hj`9h}ra9h }rb9j6,j7,sj8,hj9,hj:,h]rc9rd9Rre9j>,}rf9j@,)rg9}rh9(hXfeenter_e_boundaryri9hXFe-enterobactinrj9h}rk9(XFORMULArl9X C30H27FeN3O15rm9XPUBCHEMrn9X8473ro9XCHARGErp9j8XCHEBIrq9X28199rr9XKEGGrs9XC06230rt9uh }ru9hNhh]rv9rw9Rrx9jS,jm9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)ry9}rz9(hXEX_feoxam_e_boundaryr{9hj{9h}r|9h }r}9j6,j7,sj8,hj9,hj:,h]r~9r9Rr9j>,}r9j@,)r9}r9(hXfeoxam_e_boundaryr9hX ferroxaminer9h}r9(XFORMULAr9X C25H46FeN6O8r9XPUBCHEMr9X9799r9XCHARGEr9j-XCHEBIr9jK,XKEGGr9XC07597r9uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_feoxam__un_e_boundaryr9hj9h}r9h }r9j6,j7,sj8,hj9,hj:,h]r9r9Rr9j>,}r9j@,)r9}r9(hXfeoxam__un_e_boundaryr9hXferroxamine-minus-Fe-3r9h}r9(XFORMULAr9X C25H46N6O8r9XPUBCHEMr9jK,XCHARGEr9X-2r9XCHEBIr9jK,XKEGGr9jK,uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_for_e_boundaryr9hj9h}r9h }r9j6,j7,sj8,hj9,hj:,h]r9r9Rr9j>,}r9j@,)r9}r9(hXfor_e_boundaryr9hXFormater9h}r9(XFORMULAr9XCH1O2r9XPUBCHEMr9X3358r9XCHARGEr9X-1r9XCHEBIr9X30751r9XKEGGr9XC00058r9uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_fru_e_boundaryr9hj9h}r9h }r9j6,j7,sj8,hj9,hj:,h]r9r9Rr9j>,}r9j@,)r9}r9(hXfru_e_boundaryr9hX D-Fructoser9h}r9(XFORMULAr9XC6H12O6r9XPUBCHEMr9X3395r9XCHARGEr9jK,XCHEBIr9X15824r9XKEGGr9XC00095r9uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_frulys_e_boundaryr9hj9h}r9h }r9j6,j7,sj8,hj9,hj:,h]r9r9Rr9j>,}r9j@,)r9}r9(hXfrulys_e_boundaryr9hXfructoselysiner9h}r9(XFORMULAr9X C12H25N2O7r9XPUBCHEMr9X47205784r9XCHARGEr9j-XCHEBIr9jK,XKEGGr9XC16488r9uh }r9hNhh]r9r9Rr9jS,j9jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r9}r9(hXEX_fruur_e_boundaryr9hj9h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXfruur_e_boundaryr:hXD-Fructuronater :h}r :(XFORMULAr :XC6H9O7r :XPUBCHEMr :X4160r:XCHARGEr:X-1r:XCHEBIr:X4126r:XKEGGr:XC00905r:uh }r:hNhh]r:r:Rr:jS,j :jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_fuc__L_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr :j>,}r!:j@,)r":}r#:(hXfuc__L_e_boundaryr$:hXL-Fucoser%:h}r&:(XFORMULAr':XC6H12O5r(:XPUBCHEMr):X4264r*:XCHARGEr+:jK,XCHEBIr,:X2181r-:XKEGGr.:XC01019r/:uh }r0:hNhh]r1:r2:Rr3:jS,j(:jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r4:}r5:(hXEX_fum_e_boundaryr6:hj6:h}r7:h }r8:j6,j7,sj8,hj9,hj:,h]r9:r::Rr;:j>,}r<:j@,)r=:}r>:(hXfum_e_boundaryr?:hXFumarater@:h}rA:(XFORMULArB:XC4H2O4rC:XPUBCHEMrD:X3422rE:XCHARGErF:X-2rG:XCHEBIrH:X18012rI:XKEGGrJ:XC00122rK:uh }rL:hNhh]rM:rN:RrO:jS,jC:jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rP:}rQ:(hXEX_g1p_e_boundaryrR:hjR:h}rS:h }rT:j6,j7,sj8,hj9,hj:,h]rU:rV:RrW:j>,}rX:j@,)rY:}rZ:(hXg1p_e_boundaryr[:hXD-Glucose-1-phosphater\:h}r]:(XFORMULAr^:XC6H11O9Pr_:XPUBCHEMr`:X3403ra:XCHARGErb:X-2rc:XCHEBIrd:X 16077 29042re:XKEGGrf:XC00103rg:uh }rh:hNhh]ri:rj:Rrk:jS,j_:jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rl:}rm:(hXEX_g3pc_e_boundaryrn:hjn:h}ro:h }rp:j6,j7,sj8,hj9,hj:,h]rq:rr:Rrs:j>,}rt:j@,)ru:}rv:(hXg3pc_e_boundaryrw:hXsn-Glycero-3-phosphocholinerx:h}ry:(XFORMULArz:X C8H20NO6Pr{:XPUBCHEMr|:X3939r}:XCHARGEr~:jK,XCHEBIr:X16870r:XKEGGr:XC00670r:uh }r:hNhh]r:r:Rr:jS,j{:jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_g3pe_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXg3pe_e_boundaryr:hX sn-Glycero-3-phosphoethanolaminer:h}r:(XFORMULAr:X C5H14NO6Pr:XPUBCHEMr:X4454r:XCHARGEr:jK,XCHEBIr:jK,XKEGGr:XC01233r:uh }r:hNhh]r:r:Rr:jS,j:jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_g3pg_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXg3pg_e_boundaryr:hXGlycerophosphoglycerolr:h}r:(XFORMULAr:XC6H14O8Pr:XPUBCHEMr:X6135r:XCHARGEr:X-1r:XCHEBIr:jK,XKEGGr:XC03274r:uh }r:hNhh]r:r:Rr:jS,j:jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_g3pi_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXg3pi_e_boundaryr:hXsn-Glycero-3-phospho-1-inositolr:h}r:(XFORMULAr:X C9H18O11Pr:XPUBCHEMr:X4447r:XCHARGEr:X-1r:XCHEBIr:X18321r:XKEGGr:XC01225r:uh }r:hNhh]r:r:Rr:jS,j:jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_g3ps_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXg3ps_e_boundaryr:hXGlycerophosphoseriner:h}r:(XFORMULAr:X C6H13NO8Pr:XPUBCHEMr:X3081457r:XCHARGEr:X-1r:XCHEBIr:jK,XKEGGr:jK,uh }r:hNhh]r:r:Rr:jS,j:jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r:}r:(hXEX_g6p_e_boundaryr:hj:h}r:h }r:j6,j7,sj8,hj9,hj:,h]r:r:Rr:j>,}r:j@,)r:}r:(hXg6p_e_boundaryr:hXD-Glucose-6-phosphater:h}r:(XFORMULAr;XC6H11O9Pr;XPUBCHEMr;X3392r;XCHARGEr;X-2r;XCHEBIr;X4170r;XKEGGr;XC00092r ;uh }r ;hNhh]r ;r ;Rr ;jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r;}r;(hXEX_gal1p_e_boundaryr;hj;h}r;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgal1p_e_boundaryr;hXalpha-D-Galactose-1-phosphater;h}r;(XFORMULAr;XC6H11O9Pr;XPUBCHEMr;X3734r;XCHARGEr ;X-2r!;XCHEBIr";X17973r#;XKEGGr$;XC00446r%;uh }r&;hNhh]r';r(;Rr);jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r*;}r+;(hXEX_gal__bD_e_boundaryr,;hj,;h}r-;h }r.;j6,j7,sj8,hj9,hj:,h]r/;r0;Rr1;j>,}r2;j@,)r3;}r4;(hXgal__bD_e_boundaryr5;hXbeta-D-Galactoser6;h}r7;(XFORMULAr8;XC6H12O6r9;XPUBCHEMr:;X4738r;;XCHARGEr<;jK,XCHEBIr=;X28260r>;XKEGGr?;XC01582r@;uh }rA;hNhh]rB;rC;RrD;jS,j9;jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rE;}rF;(hXEX_gal_e_boundaryrG;hjG;h}rH;h }rI;j6,j7,sj8,hj9,hj:,h]rJ;rK;RrL;j>,}rM;j@,)rN;}rO;(hXgal_e_boundaryrP;hX D-GalactoserQ;h}rR;(XFORMULArS;XC6H12O6rT;XPUBCHEMrU;X3424rV;XCHARGErW;jK,XCHEBIrX;X4139rY;XKEGGrZ;XC00124r[;uh }r\;hNhh]r];r^;Rr_;jS,jT;jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r`;}ra;(hXEX_galct__D_e_boundaryrb;hjb;h}rc;h }rd;j6,j7,sj8,hj9,hj:,h]re;rf;Rrg;j>,}rh;j@,)ri;}rj;(hXgalct__D_e_boundaryrk;hX D-Galactaraterl;h}rm;(XFORMULArn;XC6H8O8ro;XPUBCHEMrp;X4135rq;XCHARGErr;X-2rs;XCHEBIrt;jK,XKEGGru;XC00879rv;uh }rw;hNhh]rx;ry;Rrz;jS,jo;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r{;}r|;(hXEX_galctn__D_e_boundaryr};hj};h}r~;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgalctn__D_e_boundaryr;hX D-Galactonater;h}r;(XFORMULAr;XC6H11O7r;XPUBCHEMr;X4136r;XCHARGEr;X-1r;XCHEBIr;X 12931 16534r;XKEGGr;XC00880r;uh }r;hNhh]r;r;Rr;jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r;}r;(hXEX_galctn__L_e_boundaryr;hj;h}r;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgalctn__L_e_boundaryr;hX L-Galactonater;h}r;(XFORMULAr;XC6H11O7r;XPUBCHEMr;X47205248r;XCHARGEr;X-1r;XCHEBIr;jK,XKEGGr;XC15930r;uh }r;hNhh]r;r;Rr;jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r;}r;(hXEX_galt_e_boundaryr;hj;h}r;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgalt_e_boundaryr;hX Galactitolr;h}r;(XFORMULAr;XC6H14O6r;XPUBCHEMr;X4837r;XCHARGEr;jK,XCHEBIr;X16813r;XKEGGr;XC01697r;uh }r;hNhh]r;r;Rr;jS,j;jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r;}r;(hXEX_galur_e_boundaryr;hj;h}r;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgalur_e_boundaryr;hXD-Galacturonater;h}r;(XFORMULAr;XC6H9O7r;XPUBCHEMr;X3627r;XCHARGEr;X-1r;XCHEBIr;jK,XKEGGr;XC00333r;uh }r;hNhh]r;r;Rr;jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r;}r;(hXEX_gam6p_e_boundaryr;hj;h}r;h }r;j6,j7,sj8,hj9,hj:,h]r;r;Rr;j>,}r;j@,)r;}r;(hXgam6p_e_boundaryr;hXD-Glucosamine-6-phosphater;h}r;(XFORMULAr;X C6H13NO8Pr;XPUBCHEMr;X3645r;XCHARGEr;X-1r;XCHEBIr;X15873r;XKEGGr;XC00352r;uh }r<hNhh]r<r<Rr<jS,j;jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_gam_e_boundaryr<hj<h}r<h }r<j6,j7,sj8,hj9,hj:,h]r <r <Rr <j>,}r <j@,)r <}r<(hXgam_e_boundaryr<hX D-Glucosaminer<h}r<(XFORMULAr<XC6H14NO5r<XPUBCHEMr<X3623r<XCHARGEr<j-XCHEBIr<X47977r<XKEGGr<XC00329r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r<}r <(hXEX_gbbtn_e_boundaryr!<hj!<h}r"<h }r#<j6,j7,sj8,hj9,hj:,h]r$<r%<Rr&<j>,}r'<j@,)r(<}r)<(hXgbbtn_e_boundaryr*<hXgamma-butyrobetainer+<h}r,<(XFORMULAr-<XC7H15NO2r.<XPUBCHEMr/<X4408r0<XCHARGEr1<jK,XCHEBIr2<X1941r3<XKEGGr4<XC01181r5<uh }r6<hNhh]r7<r8<Rr9<jS,j.<jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r:<}r;<(hXEX_gdp_e_boundaryr<<hj<<h}r=<h }r><j6,j7,sj8,hj9,hj:,h]r?<r@<RrA<j>,}rB<j@,)rC<}rD<(hXgdp_e_boundaryrE<hXGDPrF<h}rG<(XFORMULArH<X C10H12N5O11P2rI<XPUBCHEMrJ<X3337rK<XCHARGErL<X-3rM<XCHEBIrN<X17552rO<XKEGGrP<XC00035rQ<uh }rR<hNhh]rS<rT<RrU<jS,jI<jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rV<}rW<(hXEX_glc__D_e_boundaryrX<hjX<h}rY<h }rZ<j6,j7,sj8,hj9,hj:,h]r[<r\<Rr]<j>,}r^<j@,)r_<}r`<(hXglc__D_e_boundaryra<hX D-Glucoserb<h}rc<(XFORMULArd<XC6H12O6re<XPUBCHEMrf<X3333rg<XCHARGErh<jK,XCHEBIri<X4167rj<XKEGGrk<XC00031rl<uh }rm<hNhh]rn<ro<Rrp<jS,je<jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rq<}rr<(hXEX_glcn_e_boundaryrs<hjs<h}rt<h }ru<j6,j7,sj8,hj9,hj:,h]rv<rw<Rrx<j>,}ry<j@,)rz<}r{<(hXglcn_e_boundaryr|<hX D-Gluconater}<h}r~<(XFORMULAr<XC6H11O7r<XPUBCHEMr<X3556r<XCHARGEr<X-1r<XCHEBIr<X33198r<XKEGGr<XC00257r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_glcr_e_boundaryr<hj<h}r<h }r<j6,j7,sj8,hj9,hj:,h]r<r<Rr<j>,}r<j@,)r<}r<(hXglcr_e_boundaryr<hX D-Glucarater<h}r<(XFORMULAr<XC6H8O8r<XPUBCHEMr<X4076r<XCHARGEr<X-2r<XCHEBIr<X16002r<XKEGGr<XC00818r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_glcur1p_e_boundaryr<hj<h}r<h }r<j6,j7,sj8,hj9,hj:,h]r<r<Rr<j>,}r<j@,)r<}r<(hXglcur1p_e_boundaryr<hXD-Glucuronate-1-phosphater<h}r<(XFORMULAr<XC6H8O10Pr<XPUBCHEMr<X7759r<XCHARGEr<X-3r<XCHEBIr<X28547r<XKEGGr<XC05385r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_glcur_e_boundaryr<hj<h}r<h }r<j6,j7,sj8,hj9,hj:,h]r<r<Rr<j>,}r<j@,)r<}r<(hXglcur_e_boundaryr<hX D-Glucuronater<h}r<(XFORMULAr<XC6H9O7r<XPUBCHEMr<X3491r<XCHARGEr<X-1r<XCHEBIr<X 4178 47952r<XKEGGr<XC00191r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_gln__L_e_boundaryr<hj<h}r<h }r<j6,j7,sj8,hj9,hj:,h]r<r<Rr<j>,}r<j@,)r<}r<(hXgln__L_e_boundaryr<hX L-Glutaminer<h}r<(XFORMULAr<X C5H10N2O3r<XPUBCHEMr<X3364r<XCHARGEr<jK,XCHEBIr<X18050r<XKEGGr<XC00064r<uh }r<hNhh]r<r<Rr<jS,j<jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r<}r<(hXEX_glu__L_e_boundaryr<hj<h}r<h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXglu__L_e_boundaryr=hX L-Glutamater=h}r =(XFORMULAr =XC5H8NO4r =XPUBCHEMr =X3327r =XCHARGEr=X-1r=XCHEBIr=X16015r=XKEGGr=XC00025r=uh }r=hNhh]r=r=Rr=jS,j =jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_gly_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r =j@,)r!=}r"=(hXgly_e_boundaryr#=hXGlyciner$=h}r%=(XFORMULAr&=XC2H5NO2r'=XPUBCHEMr(=X3339r)=XCHARGEr*=jK,XCHEBIr+=X15428r,=XKEGGr-=XC00037r.=uh }r/=hNhh]r0=r1=Rr2=jS,j'=jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3=}r4=(hXEX_glyald_e_boundaryr5=hj5=h}r6=h }r7=j6,j7,sj8,hj9,hj:,h]r8=r9=Rr:=j>,}r;=j@,)r<=}r==(hXglyald_e_boundaryr>=hXD-Glyceraldehyder?=h}r@=(XFORMULArA=XC3H6O3rB=XPUBCHEMrC=X3856rD=XCHARGErE=jK,XCHEBIrF=X17378rG=XKEGGrH=XC00577rI=uh }rJ=hNhh]rK=rL=RrM=jS,jB=jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rN=}rO=(hXEX_glyb_e_boundaryrP=hjP=h}rQ=h }rR=j6,j7,sj8,hj9,hj:,h]rS=rT=RrU=j>,}rV=j@,)rW=}rX=(hXglyb_e_boundaryrY=hXGlycine-betainerZ=h}r[=(XFORMULAr\=XC5H11NO2r]=XPUBCHEMr^=X3985r_=XCHARGEr`=jK,XCHEBIra=X17750rb=XKEGGrc=XC00719rd=uh }re=hNhh]rf=rg=Rrh=jS,j]=jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)ri=}rj=(hXEX_glyc2p_e_boundaryrk=hjk=h}rl=h }rm=j6,j7,sj8,hj9,hj:,h]rn=ro=Rrp=j>,}rq=j@,)rr=}rs=(hXglyc2p_e_boundaryrt=hXGlycerol-2-phosphateru=h}rv=(XFORMULArw=XC3H7O6Prx=XPUBCHEMry=X5889rz=XCHARGEr{=X-2r|=XCHEBIr}=X17270r~=XKEGGr=XC02979r=uh }r=hNhh]r=r=Rr=jS,jx=jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_glyc3p_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXglyc3p_e_boundaryr=hXGlycerol-3-phosphater=h}r=(XFORMULAr=XC3H7O6Pr=XPUBCHEMr=X3393r=XCHARGEr=X-2r=XCHEBIr=X15978r=XKEGGr=XC00093r=uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_glyc__R_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXglyc__R_e_boundaryr=hX R-Glycerater=h}r=(XFORMULAr=XC3H5O4r=XPUBCHEMr=X3557r=XCHARGEr=X-1r=XCHEBIr=X32398r=XKEGGr=XC00258r=uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_glyc_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXglyc_e_boundaryr=hXGlycerolr=h}r=(XFORMULAr=XC3H8O3r=XPUBCHEMr=X3416r=XCHARGEr=jK,XCHEBIr=X17754r=XKEGGr=XC00116r=uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_glyclt_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXglyclt_e_boundaryr=hX Glycolater=h}r=(XFORMULAr=XC2H3O3r=XPUBCHEMr=X3460r=XCHARGEr=X-1r=XCHEBIr=X17497r=XKEGGr=XC00160r=uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r=}r=(hXEX_gmp_e_boundaryr=hj=h}r=h }r=j6,j7,sj8,hj9,hj:,h]r=r=Rr=j>,}r=j@,)r=}r=(hXgmp_e_boundaryr=hXGMPr>h}r>(XFORMULAr>X C10H12N5O8Pr>XPUBCHEMr>X3444r>XCHARGEr>X-2r>XCHEBIr>X17345r >XKEGGr >XC00144r >uh }r >hNhh]r >r>Rr>jS,j>jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_gsn_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hXgsn_e_boundaryr>hX Guanosiner>h}r>(XFORMULAr>X C10H13N5O5r>XPUBCHEMr >X3677r!>XCHARGEr">jK,XCHEBIr#>X16750r$>XKEGGr%>XC00387r&>uh }r'>hNhh]r(>r)>Rr*>jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r+>}r,>(hXEX_gthox_e_boundaryr->hj->h}r.>h }r/>j6,j7,sj8,hj9,hj:,h]r0>r1>Rr2>j>,}r3>j@,)r4>}r5>(hXgthox_e_boundaryr6>hXOxidized-glutathioner7>h}r8>(XFORMULAr9>X C20H30N6O12S2r:>XPUBCHEMr;>X3427r<>XCHARGEr=>X-2r>>XCHEBIr?>X17858r@>XKEGGrA>XC00127rB>uh }rC>hNhh]rD>rE>RrF>jS,j:>jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rG>}rH>(hXEX_gthrd_e_boundaryrI>hjI>h}rJ>h }rK>j6,j7,sj8,hj9,hj:,h]rL>rM>RrN>j>,}rO>j@,)rP>}rQ>(hXgthrd_e_boundaryrR>hXReduced-glutathionerS>h}rT>(XFORMULArU>X C10H16N3O6SrV>XPUBCHEMrW>X3353rX>XCHARGErY>X-1rZ>XCHEBIr[>X16856r\>XKEGGr]>XC00051r^>uh }r_>hNhh]r`>ra>Rrb>jS,jV>jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rc>}rd>(hXEX_gtp_e_boundaryre>hje>h}rf>h }rg>j6,j7,sj8,hj9,hj:,h]rh>ri>Rrj>j>,}rk>j@,)rl>}rm>(hXgtp_e_boundaryrn>hXGTPro>h}rp>(XFORMULArq>X C10H12N5O14P3rr>XPUBCHEMrs>X3346rt>XCHARGEru>X-4rv>XCHEBIrw>X15996rx>XKEGGry>XC00044rz>uh }r{>hNhh]r|>r}>Rr~>jS,jr>jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_gua_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hXgua_e_boundaryr>hXGuaniner>h}r>(XFORMULAr>XC5H5N5Or>XPUBCHEMr>X3541r>XCHARGEr>jK,XCHEBIr>X16235r>XKEGGr>XC00242r>uh }r>hNhh]r>r>Rr>jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_h2_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hX h2_e_boundaryr>hXH2r>h}r>(XFORMULAr>XH2r>XPUBCHEMr>X3577r>XCHARGEr>jK,XCHEBIr>X18276r>XKEGGr>XC00282r>uh }r>hNhh]r>r>Rr>jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_h2o2_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hXh2o2_e_boundaryr>hXHydrogen-peroxider>h}r>(XFORMULAr>XH2O2r>XPUBCHEMr>X3329r>XCHARGEr>jK,XCHEBIr>X16240r>XKEGGr>XC00027r>uh }r>hNhh]r>r>Rr>jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_h2o_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hXh2o_e_boundaryr>hXH2Or>h}r>(XFORMULAr>XH2Or>XPUBCHEMr>X3303r>XCHARGEr>jK,XCHEBIr>X15377r>XKEGGr>XC00001r>uh }r>hNhh]r>r>Rr>jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r>}r>(hXEX_h2s_e_boundaryr>hj>h}r>h }r>j6,j7,sj8,hj9,hj:,h]r>r>Rr>j>,}r>j@,)r>}r>(hXh2s_e_boundaryr>hXHydrogen-sulfider>h}r>(XFORMULAr>XH2Sr>XPUBCHEMr>X3578r>XCHARGEr>jK,XCHEBIr>X16136r>XKEGGr?XC00283r?uh }r?hNhh]r?r?Rr?jS,j>jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_h_e_boundaryr?hj?h}r ?h }r ?j6,j7,sj8,hj9,hj:,h]r ?r ?Rr ?j>,}r?j@,)r?}r?(hX h_e_boundaryr?hXHr?h}r?(XFORMULAr?j?XPUBCHEMr?X3380r?XCHARGEr?j-XCHEBIr?X15378r?XKEGGr?XC00080r?uh }r?hNhh]r?r?Rr?jS,j?jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r ?}r!?(hXEX_hacolipa_e_boundaryr"?hj"?h}r#?h }r$?j6,j7,sj8,hj9,hj:,h]r%?r&?Rr'?j>,}r(?j@,)r)?}r*?(hXhacolipa_e_boundaryr+?hX2hepta-acylated-core-oligosaccharide-lipid-A-E-colir,?h}r-?(XFORMULAr.?XC192H333N2O101P4r/?XPUBCHEMr0?jK,XCHARGEr1?X-11r2?XCHEBIr3?jK,XKEGGr4?jK,uh }r5?hNhh]r6?r7?Rr8?jS,j/?jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r9?}r:?(hXEX_halipa_e_boundaryr;?hj;?h}r?r??Rr@?j>,}rA?j@,)rB?}rC?(hXhalipa_e_boundaryrD?hXhepta-acylated-KDO-2-lipid-ArE?h}rF?(XFORMULArG?XC126H226N2O40P2rH?XPUBCHEMrI?jK,XCHARGErJ?X-6rK?XCHEBIrL?jK,XKEGGrM?jK,uh }rN?hNhh]rO?rP?RrQ?jS,jH?jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rR?}rS?(hXEX_hdca_e_boundaryrT?hjT?h}rU?h }rV?j6,j7,sj8,hj9,hj:,h]rW?rX?RrY?j>,}rZ?j@,)r[?}r\?(hXhdca_e_boundaryr]?hXHexadecanoate-n-C160r^?h}r_?(XFORMULAr`?XC16H31O2ra?XPUBCHEMrb?X3548rc?XCHARGErd?X-1re?XCHEBIrf?X15756rg?XKEGGrh?XC00249ri?uh }rj?hNhh]rk?rl?Rrm?jS,ja?jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rn?}ro?(hXEX_hdcea_e_boundaryrp?hjp?h}rq?h }rr?j6,j7,sj8,hj9,hj:,h]rs?rt?Rru?j>,}rv?j@,)rw?}rx?(hXhdcea_e_boundaryry?hXHexadecenoate-n-C161rz?h}r{?(XFORMULAr|?XC16H29O2r}?XPUBCHEMr~?X3548r?XCHARGEr?X-1r?XCHEBIr?X15756r?XKEGGr?XC00249r?uh }r?hNhh]r?r?Rr?jS,j}?jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_hg2_e_boundaryr?hj?h}r?h }r?j6,j7,sj8,hj9,hj:,h]r?r?Rr?j>,}r?j@,)r?}r?(hXhg2_e_boundaryr?hXHg2r?h}r?(XFORMULAr?XHgr?XPUBCHEMr?X3970r?XCHARGEr?j]-XCHEBIr?X16793r?XKEGGr?XC00703r?uh }r?hNhh]r?r?Rr?jS,j?jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_his__L_e_boundaryr?hj?h}r?h }r?j6,j7,sj8,hj9,hj:,h]r?r?Rr?j>,}r?j@,)r?}r?(hXhis__L_e_boundaryr?hX L-Histidiner?h}r?(XFORMULAr?XC6H9N3O2r?XPUBCHEMr?X3435r?XCHARGEr?jK,XCHEBIr?X15971r?XKEGGr?XC00135r?uh }r?hNhh]r?r?Rr?jS,j?jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_hom__L_e_boundaryr?hj?h}r?h }r?j6,j7,sj8,hj9,hj:,h]r?r?Rr?j>,}r?j@,)r?}r?(hXhom__L_e_boundaryr?hX L-Homoseriner?h}r?(XFORMULAr?XC4H9NO3r?XPUBCHEMr?X3561r?XCHARGEr?jK,XCHEBIr?X15699r?XKEGGr?XC00263r?uh }r?hNhh]r?r?Rr?jS,j?jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_hxa_e_boundaryr?hj?h}r?h }r?j6,j7,sj8,hj9,hj:,h]r?r?Rr?j>,}r?j@,)r?}r?(hXhxa_e_boundaryr?hXHexanoate-n-C60r?h}r?(XFORMULAr?XC6H11O2r?XPUBCHEMr?X4740r?XCHARGEr?X-1r?XCHEBIr?X30776r?XKEGGr?XC01585r?uh }r?hNhh]r?r?Rr?jS,j?jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r?}r?(hXEX_hxan_e_boundaryr?hj?h}r?h }r?j6,j7,sj8,hj9,hj:,h]r?r?Rr?j>,}r?j@,)r@}r@(hXhxan_e_boundaryr@hX Hypoxanthiner@h}r@(XFORMULAr@XC5H4N4Or@XPUBCHEMr@X3560r@XCHARGEr @jK,XCHEBIr @X17368r @XKEGGr @XC00262r @uh }r@hNhh]r@r@Rr@jS,j@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_idon__L_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hXidon__L_e_boundaryr@hX L-Idonater@h}r@(XFORMULAr @XC6H11O7r!@XPUBCHEMr"@X4032r#@XCHARGEr$@X-1r%@XCHEBIr&@X17796r'@XKEGGr(@XC00770r)@uh }r*@hNhh]r+@r,@Rr-@jS,j!@jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r.@}r/@(hXEX_ile__L_e_boundaryr0@hj0@h}r1@h }r2@j6,j7,sj8,hj9,hj:,h]r3@r4@Rr5@j>,}r6@j@,)r7@}r8@(hXile__L_e_boundaryr9@hX L-Isoleuciner:@h}r;@(XFORMULAr<@XC6H13NO2r=@XPUBCHEMr>@X3697r?@XCHARGEr@@jK,XCHEBIrA@X17191rB@XKEGGrC@XC00407rD@uh }rE@hNhh]rF@rG@RrH@jS,j=@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rI@}rJ@(hXEX_imp_e_boundaryrK@hjK@h}rL@h }rM@j6,j7,sj8,hj9,hj:,h]rN@rO@RrP@j>,}rQ@j@,)rR@}rS@(hXimp_e_boundaryrT@hXIMPrU@h}rV@(XFORMULArW@X C10H11N4O8PrX@XPUBCHEMrY@X3430rZ@XCHARGEr[@X-2r\@XCHEBIr]@X17202r^@XKEGGr_@XC00130r`@uh }ra@hNhh]rb@rc@Rrd@jS,jX@jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)re@}rf@(hXEX_indole_e_boundaryrg@hjg@h}rh@h }ri@j6,j7,sj8,hj9,hj:,h]rj@rk@Rrl@j>,}rm@j@,)rn@}ro@(hXindole_e_boundaryrp@hXIndolerq@h}rr@(XFORMULArs@XC8H7Nrt@XPUBCHEMru@X3747rv@XCHARGErw@jK,XCHEBIrx@X16881ry@XKEGGrz@XC00463r{@uh }r|@hNhh]r}@r~@Rr@jS,jt@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_inost_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hXinost_e_boundaryr@hX myo-Inositolr@h}r@(XFORMULAr@XC6H12O6r@XPUBCHEMr@X3437r@XCHARGEr@jK,XCHEBIr@X17268r@XKEGGr@XC00137r@uh }r@hNhh]r@r@Rr@jS,j@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_ins_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hXins_e_boundaryr@hXInosiner@h}r@(XFORMULAr@X C10H12N4O5r@XPUBCHEMr@X3588r@XCHARGEr@jK,XCHEBIr@X17596r@XKEGGr@XC00294r@uh }r@hNhh]r@r@Rr@jS,j@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_isetac_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hXisetac_e_boundaryr@hXIsethionic-acidr@h}r@(XFORMULAr@XC2H5O4Sr@XPUBCHEMr@X7545r@XCHARGEr@X-1r@XCHEBIr@jK,XKEGGr@XC05123r@uh }r@hNhh]r@r@Rr@jS,j@jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_k_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hX k_e_boundaryr@hX potassiumr@h}r@(XFORMULAr@XKr@XPUBCHEMr@X3537r@XCHARGEr@j-XCHEBIr@X29103r@XKEGGr@XC00238r@uh }r@hNhh]r@r@Rr@jS,j@jT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@}r@(hXEX_kdo2lipid4_e_boundaryr@hj@h}r@h }r@j6,j7,sj8,hj9,hj:,h]r@r@Rr@j>,}r@j@,)r@}r@(hXkdo2lipid4_e_boundaryr@hXKDO-2-lipid-IV-Ar@h}r@(XFORMULAr@XC84H148N2O37P2r@XPUBCHEMr@X8297r@XCHARGEr@X-6r@XCHEBIrAjK,XKEGGrAXC06025rAuh }rAhNhh]rArARrAjS,j@jT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_lac__D_e_boundaryr Ahj Ah}r Ah }r Aj6,j7,sj8,hj9,hj:,h]r Ar ARrAj>,}rAj@,)rA}rA(hXlac__D_e_boundaryrAhX D-LactaterAh}rA(XFORMULArAXC3H5O3rAXPUBCHEMrAX3555rAXCHARGErAX-1rAXCHEBIrAX42111rAXKEGGrAXC00256rAuh }rAhNhh]r Ar!ARr"AjS,jAjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r#A}r$A(hXEX_lac__L_e_boundaryr%Ahj%Ah}r&Ah }r'Aj6,j7,sj8,hj9,hj:,h]r(Ar)ARr*Aj>,}r+Aj@,)r,A}r-A(hXlac__L_e_boundaryr.AhX L-Lactater/Ah}r0A(XFORMULAr1AXC3H5O3r2AXPUBCHEMr3AX3486r4AXCHARGEr5AX-1r6AXCHEBIr7AX422r8AXKEGGr9AXC00186r:Auh }r;AhNhh]rAjS,j2AjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r?A}r@A(hXEX_lcts_e_boundaryrAAhjAAh}rBAh }rCAj6,j7,sj8,hj9,hj:,h]rDArEARrFAj>,}rGAj@,)rHA}rIA(hXlcts_e_boundaryrJAhXLactoserKAh}rLA(XFORMULArMAX C12H22O11rNAXPUBCHEMrOAX3542rPAXCHARGErQAjK,XCHEBIrRAX36219rSAXKEGGrTAXC00243rUAuh }rVAhNhh]rWArXARrYAjS,jNAjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rZA}r[A(hXEX_leu__L_e_boundaryr\Ahj\Ah}r]Ah }r^Aj6,j7,sj8,hj9,hj:,h]r_Ar`ARraAj>,}rbAj@,)rcA}rdA(hXleu__L_e_boundaryreAhX L-LeucinerfAh}rgA(XFORMULArhAXC6H13NO2riAXPUBCHEMrjAX3423rkAXCHARGErlAjK,XCHEBIrmAX15603rnAXKEGGroAXC00123rpAuh }rqAhNhh]rrArsARrtAjS,jiAjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)ruA}rvA(hXEX_lipa__cold_e_boundaryrwAhjwAh}rxAh }ryAj6,j7,sj8,hj9,hj:,h]rzAr{ARr|Aj>,}r}Aj@,)r~A}rA(hXlipa__cold_e_boundaryrAhXcold-adapted-KDO-2-lipid-ArAh}rA(XFORMULArAXC114H202N2O39P2rAXPUBCHEMrAjK,XCHARGErAX-6rAXCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,jAjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_lipa_e_boundaryrAhjAh}rAh }rAj6,j7,sj8,hj9,hj:,h]rArARrAj>,}rAj@,)rA}rA(hXlipa_e_boundaryrAhX KDO-2-lipid-ArAh}rA(XFORMULArAXC110H196N2O39P2rAXPUBCHEMrAX8298rAXCHARGErAX-6rAXCHEBIrAX27963rAXKEGGrAXC06026rAuh }rAhNhh]rArARrAjS,jAjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_lys__L_e_boundaryrAhjAh}rAh }rAj6,j7,sj8,hj9,hj:,h]rArARrAj>,}rAj@,)rA}rA(hXlys__L_e_boundaryrAhXL-LysinerAh}rA(XFORMULArAX C6H15N2O2rAXPUBCHEMrAX3349rAXCHARGErAj-XCHEBIrAX18019rAXKEGGrAXC00047rAuh }rAhNhh]rArARrAjS,jAjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_lyx__L_e_boundaryrAhjAh}rAh }rAj6,j7,sj8,hj9,hj:,h]rArARrAj>,}rAj@,)rA}rA(hXlyx__L_e_boundaryrAhXL-LyxoserAh}rA(XFORMULArAXC5H10O5rAXPUBCHEMrAX4676rAXCHARGErAjK,XCHEBIrAX28480rAXKEGGrAXC01508rAuh }rAhNhh]rArARrAjS,jAjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_mal__D_e_boundaryrAhjAh}rAh }rAj6,j7,sj8,hj9,hj:,h]rArARrAj>,}rAj@,)rA}rA(hXmal__D_e_boundaryrAhXD-MalaterAh}rA(XFORMULArAXC4H4O5rAXPUBCHEMrAX3780rAXCHARGErAX-2rAXCHEBIrAX30796rAXKEGGrAXC00497rAuh }rAhNhh]rArARrAjS,jAjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rA}rA(hXEX_mal__L_e_boundaryrAhjAh}rAh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXmal__L_e_boundaryrBhXL-MalaterBh}r B(XFORMULAr BXC4H4O5r BXPUBCHEMr BX3449r BXCHARGErBX-2rBXCHEBIrBX30797rBXKEGGrBXC00149rBuh }rBhNhh]rBrBRrBjS,j BjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_malt_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}r Bj@,)r!B}r"B(hXmalt_e_boundaryr#BhXMaltoser$Bh}r%B(XFORMULAr&BX C12H22O11r'BXPUBCHEMr(BX3508r)BXCHARGEr*BjK,XCHEBIr+BX17306r,BXKEGGr-BXC00208r.Buh }r/BhNhh]r0Br1BRr2BjS,j'BjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3B}r4B(hXEX_malthx_e_boundaryr5Bhj5Bh}r6Bh }r7Bj6,j7,sj8,hj9,hj:,h]r8Br9BRr:Bj>,}r;Bj@,)rBhX Maltohexaoser?Bh}r@B(XFORMULArABX C36H62O31rBBXPUBCHEMrCBX5041rDBXCHARGErEBjK,XCHEBIrFBjK,XKEGGrGBXC01936rHBuh }rIBhNhh]rJBrKBRrLBjS,jBBjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rMB}rNB(hXEX_maltpt_e_boundaryrOBhjOBh}rPBh }rQBj6,j7,sj8,hj9,hj:,h]rRBrSBRrTBj>,}rUBj@,)rVB}rWB(hXmaltpt_e_boundaryrXBhX MaltopentaoserYBh}rZB(XFORMULAr[BX C30H52O26r\BXPUBCHEMr]BX 124005??3611r^BXCHARGEr_BjK,XCHEBIr`BX28057raBXKEGGrbBjK,uh }rcBhNhh]rdBreBRrfBjS,j\BjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rgB}rhB(hXEX_malttr_e_boundaryriBhjiBh}rjBh }rkBj6,j7,sj8,hj9,hj:,h]rlBrmBRrnBj>,}roBj@,)rpB}rqB(hXmalttr_e_boundaryrrBhX MaltotriosersBh}rtB(XFORMULAruBX C18H32O16rvBXPUBCHEMrwBX4954rxBXCHARGEryBjK,XCHEBIrzBX27931r{BXKEGGr|BXC01835r}Buh }r~BhNhh]rBrBRrBjS,jvBjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_maltttr_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXmaltttr_e_boundaryrBhX MaltotetraoserBh}rB(XFORMULArBX C24H42O21rBXPUBCHEMrBX5141rBXCHARGErBjK,XCHEBIrBjK,XKEGGrBXC02052rBuh }rBhNhh]rBrBRrBjS,jBjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_man6p_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXman6p_e_boundaryrBhXD-Mannose-6-phosphaterBh}rB(XFORMULArBXC6H11O9PrBXPUBCHEMrBX3572rBXCHARGErBX-2rBXCHEBIrBX17369rBXKEGGrBXC00275rBuh }rBhNhh]rBrBRrBjS,jBjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_man_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXman_e_boundaryrBhX D-MannoserBh}rB(XFORMULArBXC6H12O6rBXPUBCHEMrBX3459rBXCHARGErBjK,XCHEBIrBX4208rBXKEGGrBXC00159rBuh }rBhNhh]rBrBRrBjS,jBjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_manglyc_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXmanglyc_e_boundaryrBhX2-alpha-D-Mannosyl-D-glyceraterBh}rB(XFORMULArBXC9H15O9rBXPUBCHEMrBX13711rBXCHARGErBX-1rBXCHEBIrBX15847rBXKEGGrBXC11544rBuh }rBhNhh]rBrBRrBjS,jBjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rB}rB(hXEX_melib_e_boundaryrBhjBh}rBh }rBj6,j7,sj8,hj9,hj:,h]rBrBRrBj>,}rBj@,)rB}rB(hXmelib_e_boundaryrBhX MelibioserBh}rB(XFORMULArBX C12H22O11rBXPUBCHEMrBX7769rCXCHARGErCjK,XCHEBIrCX28053rCXKEGGrCXC05402rCuh }rChNhh]rCrCRr CjS,jBjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r C}r C(hXEX_met__D_e_boundaryr Chj Ch}r Ch }rCj6,j7,sj8,hj9,hj:,h]rCrCRrCj>,}rCj@,)rC}rC(hXmet__D_e_boundaryrChX D-MethioninerCh}rC(XFORMULArCX C5H10NO2SrCXPUBCHEMrCX4112rCXCHARGErCjK,XCHEBIrCX16867rCXKEGGrCXC00855r Cuh }r!ChNhh]r"Cr#CRr$CjS,jCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r%C}r&C(hXEX_met__L_e_boundaryr'Chj'Ch}r(Ch }r)Cj6,j7,sj8,hj9,hj:,h]r*Cr+CRr,Cj>,}r-Cj@,)r.C}r/C(hXmet__L_e_boundaryr0ChX L-Methioniner1Ch}r2C(XFORMULAr3CX C5H11NO2Sr4CXPUBCHEMr5CX3373r6CXCHARGEr7CjK,XCHEBIr8CX16643r9CXKEGGr:CXC00073r;Cuh }rCRr?CjS,j4CjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@C}rAC(hXEX_metsox__R__L_e_boundaryrBChjBCh}rCCh }rDCj6,j7,sj8,hj9,hj:,h]rECrFCRrGCj>,}rHCj@,)rIC}rJC(hXmetsox__R__L_e_boundaryrKChXL-methionine-R-sulfoxiderLCh}rMC(XFORMULArNCX C5H11NO3SrOCXPUBCHEMrPCX847rQCXCHARGErRCjK,XCHEBIrSCjK,XKEGGrTCjK,uh }rUChNhh]rVCrWCRrXCjS,jOCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rYC}rZC(hXEX_metsox__S__L_e_boundaryr[Chj[Ch}r\Ch }r]Cj6,j7,sj8,hj9,hj:,h]r^Cr_CRr`Cj>,}raCj@,)rbC}rcC(hXmetsox__S__L_e_boundaryrdChXL-Methionine-SulfoxidereCh}rfC(XFORMULArgCX C5H11NO3SrhCXPUBCHEMriCX5898rjCXCHARGErkCjK,XCHEBIrlCX17016rmCXKEGGrnCXC02989roCuh }rpChNhh]rqCrrCRrsCjS,jhCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rtC}ruC(hXEX_mg2_e_boundaryrvChjvCh}rwCh }rxCj6,j7,sj8,hj9,hj:,h]ryCrzCRr{Cj>,}r|Cj@,)r}C}r~C(hXmg2_e_boundaryrChX magnesiumrCh}rC(XFORMULArCXMgrCXPUBCHEMrCX3599rCXCHARGErCj]-XCHEBIrCX18420rCXKEGGrCXC00305rCuh }rChNhh]rCrCRrCjS,jCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rC}rC(hXEX_minohp_e_boundaryrChjCh}rCh }rCj6,j7,sj8,hj9,hj:,h]rCrCRrCj>,}rCj@,)rC}rC(hXminohp_e_boundaryrChXmyo-Inositol-hexakisphosphaterCh}rC(XFORMULArCX C6H6O24P6rCXPUBCHEMrCX4428rCXCHARGErCX-12rCXCHEBIrCX17401rCXKEGGrCXC01204rCuh }rChNhh]rCrCRrCjS,jCjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rC}rC(hXEX_mmet_e_boundaryrChjCh}rCh }rCj6,j7,sj8,hj9,hj:,h]rCrCRrCj>,}rCj@,)rC}rC(hXmmet_e_boundaryrChXS-Methyl-L-methioninerCh}rC(XFORMULArCX C6H14NO2SrCXPUBCHEMrCX6054rCXCHARGErCj-XCHEBIrCX17728rCXKEGGrCXC03172rCuh }rChNhh]rCrCRrCjS,jCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rC}rC(hXEX_mn2_e_boundaryrChjCh}rCh }rCj6,j7,sj8,hj9,hj:,h]rCrCRrCj>,}rCj@,)rC}rC(hXmn2_e_boundaryrChXMn2rCh}rC(XFORMULArCXMnrCXPUBCHEMrCX3336rCXCHARGErCj]-XCHEBIrCX18291rCXKEGGrCXC00034rCuh }rChNhh]rCrCRrCjS,jCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rC}rC(hXEX_mnl_e_boundaryrChjCh}rCh }rCj6,j7,sj8,hj9,hj:,h]rCrCRrCj>,}rCj@,)rC}rC(hXmnl_e_boundaryrChX D-MannitolrCh}rC(XFORMULArCXC6H14O6rCXPUBCHEMrCX3682rCXCHARGErCjK,XCHEBIrCX16899rCXKEGGrCXC00392rCuh }rChNhh]rCrCRrCjS,jCjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rC}rC(hXEX_mobd_e_boundaryrChjCh}rCh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXmobd_e_boundaryrDhXMolybdate-MoO4rDh}r D(XPUBCHEMr DX8475r DXCHARGEr DX-2r DXCHEBIrDX36264rDXKEGGrDXC06232rDuh }rDhNhh]rDrDRrDjS,NjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_mso3_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}r D(hXmso3_e_boundaryr!DhXmethanesulfonater"Dh}r#D(XFORMULAr$DXCH3O3Sr%DXPUBCHEMr&DX49991312r'DXCHARGEr(DX-1r)DXCHEBIr*DX25224r+DXKEGGr,DjK,uh }r-DhNhh]r.Dr/DRr0DjS,j%DjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r1D}r2D(hXEX_n2o_e_boundaryr3Dhj3Dh}r4Dh }r5Dj6,j7,sj8,hj9,hj:,h]r6Dr7DRr8Dj>,}r9Dj@,)r:D}r;D(hXn2o_e_boundaryrD(XFORMULAr?DXN2Or@DXPUBCHEMrADX4143rBDXCHARGErCDjK,XCHEBIrDDX17045rEDXKEGGrFDXC00887rGDuh }rHDhNhh]rIDrJDRrKDjS,j@DjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rLD}rMD(hXEX_na1_e_boundaryrNDhjNDh}rODh }rPDj6,j7,sj8,hj9,hj:,h]rQDrRDRrSDj>,}rTDj@,)rUD}rVD(hXna1_e_boundaryrWDhXSodiumrXDh}rYD(XFORMULArZDXNar[DXPUBCHEMr\DX4541r]DXCHARGEr^Dj-XCHEBIr_DX29101r`DXKEGGraDXC01330rbDuh }rcDhNhh]rdDreDRrfDjS,j[DjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rgD}rhD(hXEX_nac_e_boundaryriDhjiDh}rjDh }rkDj6,j7,sj8,hj9,hj:,h]rlDrmDRrnDj>,}roDj@,)rpD}rqD(hXnac_e_boundaryrrDhX NicotinatersDh}rtD(XFORMULAruDXC6H4NO2rvDXPUBCHEMrwDX3552rxDXCHARGEryDX-1rzDXCHEBIr{DX15940r|DXKEGGr}DXC00253r~Duh }rDhNhh]rDrDRrDjS,jvDjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_nh4_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXnh4_e_boundaryrDhXAmmoniumrDh}rD(XFORMULArDXH4NrDXPUBCHEMrDX4547rDXCHARGErDj-XCHEBIrDX28938rDXKEGGrDXC01342rDuh }rDhNhh]rDrDRrDjS,jDjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_ni2_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXni2_e_boundaryrDhXnickelrDh}rD(XFORMULArDXNirDXPUBCHEMrDX3585rDXCHARGErDj]-XCHEBIrDX28112rDXKEGGrDXC00291rDuh }rDhNhh]rDrDRrDjS,jDjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_nmn_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXnmn_e_boundaryrDhXNMNrDh}rD(XFORMULArDX C11H14N2O8PrDXPUBCHEMrDX3741rDXCHARGErDX-1rDXCHEBIrDX16171rDXKEGGrDXC00455rDuh }rDhNhh]rDrDRrDjS,jDjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_no2_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXno2_e_boundaryrDhXNitriterDh}rD(XFORMULArDXNO2rDXPUBCHEMrDX3388rDXCHARGErDX-1rDXCHEBIrDX16301rDXKEGGrDXC00088rDuh }rDhNhh]rDrDRrDjS,jDjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rD}rD(hXEX_no3_e_boundaryrDhjDh}rDh }rDj6,j7,sj8,hj9,hj:,h]rDrDRrDj>,}rDj@,)rD}rD(hXno3_e_boundaryrDhXNitraterDh}rD(XFORMULArDXNO3rEXPUBCHEMrEX3543rEXCHARGErEX-1rEXCHEBIrEX48107rEXKEGGrEXC00244rEuh }r EhNhh]r Er ERr EjS,jEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r E}rE(hXEX_no_e_boundaryrEhjEh}rEh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hX no_e_boundaryrEhX Nitric-oxiderEh}rE(XFORMULArEXNOrEXPUBCHEMrEX3815rEXCHARGErEjK,XCHEBIr EX16480r!EXKEGGr"EXC00533r#Euh }r$EhNhh]r%Er&ERr'EjS,jEjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r(E}r)E(hXEX_o2_e_boundaryr*Ehj*Eh}r+Eh }r,Ej6,j7,sj8,hj9,hj:,h]r-Er.ERr/Ej>,}r0Ej@,)r1E}r2E(hX o2_e_boundaryr3EhXO2r4Eh}r5E(XFORMULAr6EXO2r7EXPUBCHEMr8EX3309r9EXCHARGEr:EjK,XCHEBIr;EX15379rEuh }r?EhNhh]r@ErAERrBEjS,j7EjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rCE}rDE(hXEX_o2s_e_boundaryrEEhjEEh}rFEh }rGEj6,j7,sj8,hj9,hj:,h]rHErIERrJEj>,}rKEj@,)rLE}rME(hXo2s_e_boundaryrNEhXSuperoxide-anionrOEh}rPE(XFORMULArQEXO2rREXPUBCHEMrSEX3971rTEXCHARGErUEX-1rVEXCHEBIrWEX18421rXEXKEGGrYEXC00704rZEuh }r[EhNhh]r\Er]ERr^EjS,jREjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r_E}r`E(hXEX_ocdca_e_boundaryraEhjaEh}rbEh }rcEj6,j7,sj8,hj9,hj:,h]rdEreERrfEj>,}rgEj@,)rhE}riE(hXocdca_e_boundaryrjEhXoctadecanoate-n-C180rkEh}rlE(XFORMULArmEXC18H35O2rnEXPUBCHEMroEX4692rpEXCHARGErqEX-1rrEXCHEBIrsEX25629rtEXKEGGruEXC01530rvEuh }rwEhNhh]rxEryERrzEjS,jnEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r{E}r|E(hXEX_ocdcea_e_boundaryr}Ehj}Eh}r~Eh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hXocdcea_e_boundaryrEhXoctadecenoate-n-C181rEh}rE(XFORMULArEXC18H33O2rEXPUBCHEMrEX3978rEXCHARGErEX-1rEXCHEBIrEX16196rEXKEGGrEjK,uh }rEhNhh]rErERrEjS,jEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rE}rE(hXEX_octa_e_boundaryrEhjEh}rEh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hXocta_e_boundaryrEhXoctanoate-n-C80rEh}rE(XFORMULArEXC8H15O2rEXPUBCHEMrEX8658rEXCHARGErEX-1rEXCHEBIrEX28837rEXKEGGrEXC06423rEuh }rEhNhh]rErERrEjS,jEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rE}rE(hXEX_orn_e_boundaryrEhjEh}rEh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hXorn_e_boundaryrEhX OrnithinerEh}rE(XFORMULArEX C5H13N2O2rEXPUBCHEMrEX4756rEXCHARGErEj-XCHEBIrEX18257rEXKEGGrEXC01602rEuh }rEhNhh]rErERrEjS,jEjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rE}rE(hXEX_orot_e_boundaryrEhjEh}rEh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hXorot_e_boundaryrEhXOrotaterEh}rE(XFORMULArEXC5H3N2O4rEXPUBCHEMrEX3589rEXCHARGErEX-1rEXCHEBIrEX16742rEXKEGGrEXC00295rEuh }rEhNhh]rErERrEjS,jEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rE}rE(hXEX_oaa_e_boundaryrEhjEh}rEh }rEj6,j7,sj8,hj9,hj:,h]rErERrEj>,}rEj@,)rE}rE(hXoaa_e_boundaryrEhX OxaloacetaterEh}rE(XFORMULArEXC4H2O5rEXPUBCHEMrEX3338rEXCHARGErEX-2rEXCHEBIrEX30744rEXKEGGrEXC00036rFuh }rFhNhh]rFrFRrFjS,jEjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_pacald_e_boundaryrFhjFh}rFh }r Fj6,j7,sj8,hj9,hj:,h]r Fr FRr Fj>,}r Fj@,)rF}rF(hXpacald_e_boundaryrFhXPhenylacetaldehyderFh}rF(XFORMULArFXC8H8OrFXPUBCHEMrFX3876rFXCHARGErFjK,XCHEBIrFX16424rFXKEGGrFXC00601rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r F}r!F(hXEX_peamn_e_boundaryr"Fhj"Fh}r#Fh }r$Fj6,j7,sj8,hj9,hj:,h]r%Fr&FRr'Fj>,}r(Fj@,)r)F}r*F(hXpeamn_e_boundaryr+FhXPhenethylaminer,Fh}r-F(XFORMULAr.FXC8H12Nr/FXPUBCHEMr0FX7711r1FXCHARGEr2Fj-XCHEBIr3FX18397r4FXKEGGr5FXC05332r6Fuh }r7FhNhh]r8Fr9FRr:FjS,j/FjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r;F}rFh }r?Fj6,j7,sj8,hj9,hj:,h]r@FrAFRrBFj>,}rCFj@,)rDF}rEF(hXphe__L_e_boundaryrFFhXL-PhenylalaninerGFh}rHF(XFORMULArIFXC9H11NO2rJFXPUBCHEMrKFX3379rLFXCHARGErMFjK,XCHEBIrNFX17295rOFXKEGGrPFXC00079rQFuh }rRFhNhh]rSFrTFRrUFjS,jJFjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rVF}rWF(hXEX_pheme_e_boundaryrXFhjXFh}rYFh }rZFj6,j7,sj8,hj9,hj:,h]r[Fr\FRr]Fj>,}r^Fj@,)r_F}r`F(hXpheme_e_boundaryraFhX ProtohemerbFh}rcF(XFORMULArdFX C34H30FeN4O4reFXPUBCHEMrfFX3334rgFXCHARGErhFX-2riFXCHEBIrjFX17627rkFXKEGGrlFXC00032rmFuh }rnFhNhh]roFrpFRrqFjS,jeFjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rrF}rsF(hXEX_pi_e_boundaryrtFhjtFh}ruFh }rvFj6,j7,sj8,hj9,hj:,h]rwFrxFRryFj>,}rzFj@,)r{F}r|F(hX pi_e_boundaryr}FhX Phosphater~Fh}rF(XFORMULArFXHO4PrFXPUBCHEMrFX3311rFXCHARGErFX-2rFXCHEBIrFX18367rFXKEGGrFXC00009rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_pnto__R_e_boundaryrFhjFh}rFh }rFj6,j7,sj8,hj9,hj:,h]rFrFRrFj>,}rFj@,)rF}rF(hXpnto__R_e_boundaryrFhXR-PantothenaterFh}rF(XFORMULArFXC9H16NO5rFXPUBCHEMrFX4121rFXCHARGErFX-1rFXCHEBIrFX29032 46905 7916rFXKEGGrFXC00864rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_ppa_e_boundaryrFhjFh}rFh }rFj6,j7,sj8,hj9,hj:,h]rFrFRrFj>,}rFj@,)rF}rF(hXppa_e_boundaryrFhXPropionate-n-C30rFh}rF(XFORMULArFXC3H5O2rFXPUBCHEMrFX3463rFXCHARGErFX-1rFXCHEBIrFX30768rFXKEGGrFXC00163rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_ppal_e_boundaryrFhjFh}rFh }rFj6,j7,sj8,hj9,hj:,h]rFrFRrFj>,}rFj@,)rF}rF(hXppal_e_boundaryrFhXPropanalrFh}rF(XFORMULArFXC3H6OrFXPUBCHEMrFX3762rFXCHARGErFjK,XCHEBIrFX17153rFXKEGGrFXC00479rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_pppn_e_boundaryrFhjFh}rFh }rFj6,j7,sj8,hj9,hj:,h]rFrFRrFj>,}rFj@,)rF}rF(hXpppn_e_boundaryrFhXPhenylpropanoaterFh}rF(XFORMULArFXC9H9O2rFXPUBCHEMrFX7943rFXCHARGErFX-1rFXCHEBIrFX28631rFXKEGGrFXC05629rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rF}rF(hXEX_ppt_e_boundaryrFhjFh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXppt_e_boundaryrGhX Phosphonater Gh}r G(XFORMULAr GXHO3Pr GXPUBCHEMr GX8926rGXCHARGErGX-2rGXCHEBIrGjK,XKEGGrGXC06701rGuh }rGhNhh]rGrGRrGjS,j GjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_pro__L_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}r Gj@,)r!G}r"G(hXpro__L_e_boundaryr#GhX L-Proliner$Gh}r%G(XFORMULAr&GXC5H9NO2r'GXPUBCHEMr(GX3448r)GXCHARGEr*GjK,XCHEBIr+GX17203r,GXKEGGr-GXC00148r.Guh }r/GhNhh]r0Gr1GRr2GjS,j'GjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r3G}r4G(hXEX_progly_e_boundaryr5Ghj5Gh}r6Gh }r7Gj6,j7,sj8,hj9,hj:,h]r8Gr9GRr:Gj>,}r;Gj@,)rGhXL-Prolinylglyciner?Gh}r@G(XFORMULArAGX C7H12N2O3rBGXPUBCHEMrCGjK,XCHARGErDGjK,XCHEBIrEGjK,XKEGGrFGjK,uh }rGGhNhh]rHGrIGRrJGjS,jBGjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rKG}rLG(hXEX_psclys_e_boundaryrMGhjMGh}rNGh }rOGj6,j7,sj8,hj9,hj:,h]rPGrQGRrRGj>,}rSGj@,)rTG}rUG(hXpsclys_e_boundaryrVGhX psicoselysinerWGh}rXG(XFORMULArYGX C12H25N2O7rZGXPUBCHEMr[GjK,XCHARGEr\Gj-XCHEBIr]GjK,XKEGGr^GjK,uh }r_GhNhh]r`GraGRrbGjS,jZGjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rcG}rdG(hXEX_pser__L_e_boundaryreGhjeGh}rfGh }rgGj6,j7,sj8,hj9,hj:,h]rhGriGRrjGj>,}rkGj@,)rlG}rmG(hXpser__L_e_boundaryrnGhXO-Phospho-L-serineroGh}rpG(XFORMULArqGXC3H6NO6PrrGXPUBCHEMrsGX4251rtGXCHARGEruGX-2rvGXCHEBIrwGX15811rxGXKEGGryGXC01005rzGuh }r{GhNhh]r|Gr}GRr~GjS,jrGjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_ptrc_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXptrc_e_boundaryrGhX PutrescinerGh}rG(XFORMULArGXC4H14N2rGXPUBCHEMrGX3434rGXCHARGErGj]-XCHEBIrGX17148rGXKEGGrGXC00134rGuh }rGhNhh]rGrGRrGjS,jGjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_pyr_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXpyr_e_boundaryrGhXPyruvaterGh}rG(XFORMULArGXC3H3O3rGXPUBCHEMrGX3324rGXCHARGErGX-1rGXCHEBIrGX32816rGXKEGGrGXC00022rGuh }rGhNhh]rGrGRrGjS,jGjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_r5p_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXr5p_e_boundaryrGhXalpha-D-Ribose-5-phosphaterGh}rG(XFORMULArGXC5H9O8PrGXPUBCHEMrGX3417rGXCHARGErGX-2rGXCHEBIrGX17797rGXKEGGrGXC00117rGuh }rGhNhh]rGrGRrGjS,jGjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_rib__D_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXrib__D_e_boundaryrGhXD-RiboserGh}rG(XFORMULArGXC5H10O5rGXPUBCHEMrGX3421rGXCHARGErGjK,XCHEBIrGX47013rGXKEGGrGXC00121rGuh }rGhNhh]rGrGRrGjS,jGjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rG}rG(hXEX_rmn_e_boundaryrGhjGh}rGh }rGj6,j7,sj8,hj9,hj:,h]rGrGRrGj>,}rGj@,)rG}rG(hXrmn_e_boundaryrGhX L-RhamnoserGh}rG(XFORMULArGXC6H12O5rGXPUBCHEMrGX3790rGXCHARGErGjK,XCHEBIrHX16055rHXKEGGrHXC00507rHuh }rHhNhh]rHrHRrHjS,jGjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rH}r H(hXEX_sbt__D_e_boundaryr Hhj Hh}r Hh }r Hj6,j7,sj8,hj9,hj:,h]r HrHRrHj>,}rHj@,)rH}rH(hXsbt__D_e_boundaryrHhX D-SorbitolrHh}rH(XFORMULArHXC6H14O6rHXPUBCHEMrHX4052rHXCHARGErHjK,XCHEBIrHX17924rHXKEGGrHXC00794rHuh }rHhNhh]r Hr!HRr"HjS,jHjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r#H}r$H(hXEX_ser__D_e_boundaryr%Hhj%Hh}r&Hh }r'Hj6,j7,sj8,hj9,hj:,h]r(Hr)HRr*Hj>,}r+Hj@,)r,H}r-H(hXser__D_e_boundaryr.HhXD-Seriner/Hh}r0H(XFORMULAr1HXC3H7NO3r2HXPUBCHEMr3HX4003r4HXCHARGEr5HjK,XCHEBIr6HX16523r7HXKEGGr8HXC00740r9Huh }r:HhNhh]r;HrH}r?H(hXEX_ser__L_e_boundaryr@Hhj@Hh}rAHh }rBHj6,j7,sj8,hj9,hj:,h]rCHrDHRrEHj>,}rFHj@,)rGH}rHH(hXser__L_e_boundaryrIHhXL-SerinerJHh}rKH(XFORMULArLHXC3H7NO3rMHXPUBCHEMrNHX3365rOHXCHARGErPHjK,XCHEBIrQHX17115rRHXKEGGrSHXC00065rTHuh }rUHhNhh]rVHrWHRrXHjS,jMHjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rYH}rZH(hXEX_skm_e_boundaryr[Hhj[Hh}r\Hh }r]Hj6,j7,sj8,hj9,hj:,h]r^Hr_HRr`Hj>,}raHj@,)rbH}rcH(hXskm_e_boundaryrdHhX ShikimatereHh}rfH(XFORMULArgHXC7H9O5rhHXPUBCHEMriHX3776rjHXCHARGErkHX-1rlHXCHEBIrmHX16119rnHXKEGGroHXC00493rpHuh }rqHhNhh]rrHrsHRrtHjS,jhHjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)ruH}rvH(hXEX_so2_e_boundaryrwHhjwHh}rxHh }ryHj6,j7,sj8,hj9,hj:,h]rzHr{HRr|Hj>,}r}Hj@,)r~H}rH(hXso2_e_boundaryrHhXsulfur-dioxiderHh}rH(XFORMULArHXO2SrHXPUBCHEMrHX11497rHXCHARGErHjK,XCHEBIrHX18422rHXKEGGrHXC09306rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rH}rH(hXEX_so3_e_boundaryrHhjHh}rHh }rHj6,j7,sj8,hj9,hj:,h]rHrHRrHj>,}rHj@,)rH}rH(hXso3_e_boundaryrHhXSulfiterHh}rH(XFORMULArHXO3SrHXPUBCHEMrHX3394rHXCHARGErHX-2rHXCHEBIrHX48854rHXKEGGrHXC00094rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rH}rH(hXEX_so4_e_boundaryrHhjHh}rHh }rHj6,j7,sj8,hj9,hj:,h]rHrHRrHj>,}rHj@,)rH}rH(hXso4_e_boundaryrHhXSulfaterHh}rH(XFORMULArHXO4SrHXPUBCHEMrHX3359rHXCHARGErHX-2rHXCHEBIrHX16189rHXKEGGrHXC00059rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rH}rH(hXEX_spmd_e_boundaryrHhjHh}rHh }rHj6,j7,sj8,hj9,hj:,h]rHrHRrHj>,}rHj@,)rH}rH(hXspmd_e_boundaryrHhX SpermidinerHh}rH(XFORMULArHXC7H22N3rHXPUBCHEMrHX3609rHXCHARGErHj8XCHEBIrHX16610rHXKEGGrHXC00315rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rH}rH(hXEX_succ_e_boundaryrHhjHh}rHh }rHj6,j7,sj8,hj9,hj:,h]rHrHRrHj>,}rHj@,)rH}rH(hXsucc_e_boundaryrHhX SuccinaterHh}rH(XFORMULArHXC4H4O4rHXPUBCHEMrHX3344rHXCHARGErHX-2rHXCHEBIrHX15741rHXKEGGrHXC00042rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rH}rI(hXEX_sucr_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}r I(hXsucr_e_boundaryr IhXSucroser Ih}r I(XFORMULAr IX C12H22O11rIXPUBCHEMrIX3389rIXCHARGErIjK,XCHEBIrIX17992rIXKEGGrIXC00089rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_sulfac_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIr IRr!Ij>,}r"Ij@,)r#I}r$I(hXsulfac_e_boundaryr%IhX sulfoacetater&Ih}r'I(XFORMULAr(IXC2H2O5Sr)IXPUBCHEMr*IX7846991r+IXCHARGEr,IX-2r-IXCHEBIr.IjK,XKEGGr/IXC14179r0Iuh }r1IhNhh]r2Ir3IRr4IjS,j)IjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r5I}r6I(hXEX_tartr__L_e_boundaryr7Ihj7Ih}r8Ih }r9Ij6,j7,sj8,hj9,hj:,h]r:Ir;IRr,}r=Ij@,)r>I}r?I(hXtartr__L_e_boundaryr@IhX L-tartraterAIh}rBI(XFORMULArCIXC4H4O6rDIXPUBCHEMrEIX4154rFIXCHARGErGIX-2rHIXCHEBIrIIX 15671 30924rJIXKEGGrKIXC00898rLIuh }rMIhNhh]rNIrOIRrPIjS,jDIjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rQI}rRI(hXEX_taur_e_boundaryrSIhjSIh}rTIh }rUIj6,j7,sj8,hj9,hj:,h]rVIrWIRrXIj>,}rYIj@,)rZI}r[I(hXtaur_e_boundaryr\IhXTauriner]Ih}r^I(XFORMULAr_IXC2H7NO3Sr`IXPUBCHEMraIX3544rbIXCHARGErcIjK,XCHEBIrdIX15891reIXKEGGrfIXC00245rgIuh }rhIhNhh]riIrjIRrkIjS,j`IjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rlI}rmI(hXEX_tcynt_e_boundaryrnIhjnIh}roIh }rpIj6,j7,sj8,hj9,hj:,h]rqIrrIRrsIj>,}rtIj@,)ruI}rvI(hXtcynt_e_boundaryrwIhX ThiocyanaterxIh}ryI(XFORMULArzIXCNSr{IXPUBCHEMr|IX4888r}IXCHARGEr~IX-1rIXCHEBIrIX29200rIXKEGGrIXC01755rIuh }rIhNhh]rIrIRrIjS,j{IjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_thm_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}rI(hXthm_e_boundaryrIhXThiaminrIh}rI(XFORMULArIX C12H17N4OSrIXPUBCHEMrIX3668rIXCHARGErIj-XCHEBIrIX18385rIXKEGGrIXC00378rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_thr__L_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}rI(hXthr__L_e_boundaryrIhX L-ThreoninerIh}rI(XFORMULArIXC4H9NO3rIXPUBCHEMrIX3488rIXCHARGErIjK,XCHEBIrIX16857rIXKEGGrIXC00188rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_thrp_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}rI(hXthrp_e_boundaryrIhXL-Threonine-O-3-phosphaterIh}rI(XFORMULArIXC4H8NO6PrIXPUBCHEMrIX14294rIXCHARGErIX-2rIXCHEBIrIX37525rIXKEGGrIXC12147rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_thym_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}rI(hXthym_e_boundaryrIhXThyminerIh}rI(XFORMULArIXC5H6N2O2rIXPUBCHEMrIX3478rIXCHARGErIjK,XCHEBIrIX17821rIXKEGGrIXC00178rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rI}rI(hXEX_thymd_e_boundaryrIhjIh}rIh }rIj6,j7,sj8,hj9,hj:,h]rIrIRrIj>,}rIj@,)rI}rI(hXthymd_e_boundaryrJhX ThymidinerJh}rJ(XFORMULArJX C10H14N2O5rJXPUBCHEMrJX3514rJXCHARGErJjK,XCHEBIrJX17748r JXKEGGr JXC00214r Juh }r JhNhh]r JrJRrJjS,jJjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rJ}rJ(hXEX_tma_e_boundaryrJhjJh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXtma_e_boundaryrJhXtrimethylaminerJh}rJ(XFORMULArJXC3H10NrJXPUBCHEMr JX3844r!JXCHARGEr"Jj-XCHEBIr#JX18139r$JXKEGGr%JXC00565r&Juh }r'JhNhh]r(Jr)JRr*JjS,jJjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r+J}r,J(hXEX_tmao_e_boundaryr-Jhj-Jh}r.Jh }r/Jj6,j7,sj8,hj9,hj:,h]r0Jr1JRr2Jj>,}r3Jj@,)r4J}r5J(hXtmao_e_boundaryr6JhXTrimethylamine-N-oxider7Jh}r8J(XFORMULAr9JXC3H9NOr:JXPUBCHEMr;JX4338rJX15724r?JXKEGGr@JXC01104rAJuh }rBJhNhh]rCJrDJRrEJjS,j:JjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rFJ}rGJ(hXEX_tre_e_boundaryrHJhjHJh}rIJh }rJJj6,j7,sj8,hj9,hj:,h]rKJrLJRrMJj>,}rNJj@,)rOJ}rPJ(hXtre_e_boundaryrQJhX TrehaloserRJh}rSJ(XFORMULArTJX C12H22O11rUJXPUBCHEMrVJX4320rWJXCHARGErXJjK,XCHEBIrYJX16551rZJXKEGGr[JXC01083r\Juh }r]JhNhh]r^Jr_JRr`JjS,jUJjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)raJ}rbJ(hXEX_trp__L_e_boundaryrcJhjcJh}rdJh }reJj6,j7,sj8,hj9,hj:,h]rfJrgJRrhJj>,}riJj@,)rjJ}rkJ(hXtrp__L_e_boundaryrlJhX L-TryptophanrmJh}rnJ(XFORMULAroJX C11H12N2O2rpJXPUBCHEMrqJX3378rrJXCHARGErsJjK,XCHEBIrtJX16828ruJXKEGGrvJXC00078rwJuh }rxJhNhh]ryJrzJRr{JjS,jpJjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r|J}r}J(hXEX_tsul_e_boundaryr~Jhj~Jh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXtsul_e_boundaryrJhX ThiosulfaterJh}rJ(XFORMULArJXO3S2rJXPUBCHEMrJX3614rJXCHARGErJX-2rJXCHEBIrJX16094rJXKEGGrJXC00320rJuh }rJhNhh]rJrJRrJjS,jJjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rJ}rJ(hXEX_ttdca_e_boundaryrJhjJh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXttdca_e_boundaryrJhXtetradecanoate-n-C140rJh}rJ(XFORMULArJXC14H27O2rJXPUBCHEMrJX8659rJXCHARGErJX-1rJXCHEBIrJX 28875 30807rJXKEGGrJXC06424rJuh }rJhNhh]rJrJRrJjS,jJjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rJ}rJ(hXEX_ttdcea_e_boundaryrJhjJh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXttdcea_e_boundaryrJhXtetradecenoate-n-C141rJh}rJ(XFORMULArJXC14H25O2rJXPUBCHEMrJjK,XCHARGErJX-1rJXCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rJ}rJ(hXEX_tungs_e_boundaryrJhjJh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXtungs_e_boundaryrJhX tungstaterJh}rJ(XFORMULArJXO4W1rJXPUBCHEMrJX26697048rJXCHARGErJX-2rJXCHEBIrJX46502rJXKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rJ}rJ(hXEX_tym_e_boundaryrJhjJh}rJh }rJj6,j7,sj8,hj9,hj:,h]rJrJRrJj>,}rJj@,)rJ}rJ(hXtym_e_boundaryrJhXTyraminerJh}rJ(XFORMULArJXC8H12NOrJXPUBCHEMrJX3766rJXCHARGErJj-XCHEBIrJX15760rJXKEGGrJXC00483rJuh }rJhNhh]rKrKRrKjS,jJjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_tyr__L_e_boundaryrKhjKh}rKh }rKj6,j7,sj8,hj9,hj:,h]rKr KRr Kj>,}r Kj@,)r K}r K(hXtyr__L_e_boundaryrKhX L-TyrosinerKh}rK(XFORMULArKXC9H11NO3rKXPUBCHEMrKX3382rKXCHARGErKjK,XCHEBIrKX17895rKXKEGGrKXC00082rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_tyrp_e_boundaryr Khj Kh}r!Kh }r"Kj6,j7,sj8,hj9,hj:,h]r#Kr$KRr%Kj>,}r&Kj@,)r'K}r(K(hXtyrp_e_boundaryr)KhXPhosphotyrosiner*Kh}r+K(XFORMULAr,KX C9H10NO6Pr-KXPUBCHEMr.KX8732r/KXCHARGEr0KX-2r1KXCHEBIr2KjK,XKEGGr3KXC06501r4Kuh }r5KhNhh]r6Kr7KRr8KjS,j-KjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r9K}r:K(hXEX_uacgam_e_boundaryr;Khj;Kh}rKr?KRr@Kj>,}rAKj@,)rBK}rCK(hXuacgam_e_boundaryrDKhXUDP-N-acetyl-D-glucosaminerEKh}rFK(XFORMULArGKX C17H25N3O17P2rHKXPUBCHEMrIKX3345rJKXCHARGErKKX-2rLKXCHEBIrMKX16264rNKXKEGGrOKXC00043rPKuh }rQKhNhh]rRKrSKRrTKjS,jHKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rUK}rVK(hXEX_udpacgal_e_boundaryrWKhjWKh}rXKh }rYKj6,j7,sj8,hj9,hj:,h]rZKr[KRr\Kj>,}r]Kj@,)r^K}r_K(hXudpacgal_e_boundaryr`KhXUDP-N-acetyl-D-galactosamineraKh}rbK(XFORMULArcKX C17H25N3O17P2rdKXPUBCHEMreKX3503rfKXCHARGErgKX-2rhKXCHEBIriKX16650rjKXKEGGrkKXC00203rlKuh }rmKhNhh]rnKroKRrpKjS,jdKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rqK}rrK(hXEX_udpg_e_boundaryrsKhjsKh}rtKh }ruKj6,j7,sj8,hj9,hj:,h]rvKrwKRrxKj>,}ryKj@,)rzK}r{K(hXudpg_e_boundaryr|KhX UDPglucoser}Kh}r~K(XFORMULArKX C15H22N2O17P2rKXPUBCHEMrKX3331rKXCHARGErKX-2rKXCHEBIrKX18066rKXKEGGrKXC00029rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_udpgal_e_boundaryrKhjKh}rKh }rKj6,j7,sj8,hj9,hj:,h]rKrKRrKj>,}rKj@,)rK}rK(hXudpgal_e_boundaryrKhX UDPgalactoserKh}rK(XFORMULArKX C15H22N2O17P2rKXPUBCHEMrKX3354rKXCHARGErKX-2rKXCHEBIrKX18307rKXKEGGrKXC00052rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_udpglcur_e_boundaryrKhjKh}rKh }rKj6,j7,sj8,hj9,hj:,h]rKrKRrKj>,}rKj@,)rK}rK(hXudpglcur_e_boundaryrKhXUDP-D-glucuronaterKh}rK(XFORMULArKX C15H19N2O18P2rKXPUBCHEMrKX3467rKXCHARGErKX-3rKXCHEBIrKX17200rKXKEGGrKXC00167rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_ump_e_boundaryrKhjKh}rKh }rKj6,j7,sj8,hj9,hj:,h]rKrKRrKj>,}rKj@,)rK}rK(hXump_e_boundaryrKhXUMPrKh}rK(XFORMULArKX C9H11N2O9PrKXPUBCHEMrKX3405rKXCHARGErKX-2rKXCHEBIrKX16695rKXKEGGrKXC00105rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_ura_e_boundaryrKhjKh}rKh }rKj6,j7,sj8,hj9,hj:,h]rKrKRrKj>,}rKj@,)rK}rK(hXura_e_boundaryrKhXUracilrKh}rK(XFORMULArKXC4H4N2O2rKXPUBCHEMrKX3406rKXCHARGErKjK,XCHEBIrKX17568rKXKEGGrKXC00106rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rK}rK(hXEX_urea_e_boundaryrKhjKh}rKh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXurea_e_boundaryrLhXUrearLh}r L(XFORMULAr LXCH4N2Or LXPUBCHEMr LX3386r LXCHARGErLjK,XCHEBIrLX16199rLXKEGGrLXC00086rLuh }rLhNhh]rLrLRrLjS,j LjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_uri_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)r L}r!L(hXuri_e_boundaryr"LhXUridiner#Lh}r$L(XFORMULAr%LX C9H12N2O6r&LXPUBCHEMr'LX3593r(LXCHARGEr)LjK,XCHEBIr*LX16704r+LXKEGGr,LXC00299r-Luh }r.LhNhh]r/Lr0LRr1LjS,j&LjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r2L}r3L(hXEX_val__L_e_boundaryr4Lhj4Lh}r5Lh }r6Lj6,j7,sj8,hj9,hj:,h]r7Lr8LRr9Lj>,}r:Lj@,)r;L}rLh}r?L(XFORMULAr@LXC5H11NO2rALXPUBCHEMrBLX3483rCLXCHARGErDLjK,XCHEBIrELX16414rFLXKEGGrGLXC00183rHLuh }rILhNhh]rJLrKLRrLLjS,jALjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rML}rNL(hXEX_xan_e_boundaryrOLhjOLh}rPLh }rQLj6,j7,sj8,hj9,hj:,h]rRLrSLRrTLj>,}rULj@,)rVL}rWL(hXxan_e_boundaryrXLhXXanthinerYLh}rZL(XFORMULAr[LXC5H4N4O2r\LXPUBCHEMr]LX3675r^LXCHARGEr_LjK,XCHEBIr`LX17712raLXKEGGrbLXC00385rcLuh }rdLhNhh]reLrfLRrgLjS,j\LjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rhL}riL(hXEX_xmp_e_boundaryrjLhjjLh}rkLh }rlLj6,j7,sj8,hj9,hj:,h]rmLrnLRroLj>,}rpLj@,)rqL}rrL(hXxmp_e_boundaryrsLhXXanthosine-5-phosphatertLh}ruL(XFORMULArvLX C10H11N4O9PrwLXPUBCHEMrxLX3925ryLXCHARGErzLX-2r{LXCHEBIr|LX15652r}LXKEGGr~LXC00655rLuh }rLhNhh]rLrLRrLjS,jwLjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_xtsn_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXxtsn_e_boundaryrLhX XanthosinerLh}rL(XFORMULArLX C10H12N4O6rLXPUBCHEMrLX4895rLXCHARGErLjK,XCHEBIrLX18107rLXKEGGrLXC01762rLuh }rLhNhh]rLrLRrLjS,jLjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_xyl__D_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXxyl__D_e_boundaryrLhXD-XyloserLh}rL(XFORMULArLXC5H10O5rLXPUBCHEMrLX3481rLXCHARGErLjK,XCHEBIrLX15936rLXKEGGrLXC00181rLuh }rLhNhh]rLrLRrLjS,jLjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_xylu__L_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXxylu__L_e_boundaryrLhX L-XyluloserLh}rL(XFORMULArLXC5H10O5rLXPUBCHEMrLX3606rLXCHARGErLjK,XCHEBIrLX17399rLXKEGGrLXC00312rLuh }rLhNhh]rLrLRrLjS,jLjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_zn2_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXzn2_e_boundaryrLhXZincrLh}rL(XFORMULArLXZnrLXPUBCHEMrLX3340rLXCHARGErLj]-XCHEBIrLX29105rLXKEGGrLXC00038rLuh }rLhNhh]rLrLRrLjS,jLjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rL}rL(hXEX_AEP_e_boundaryrLhjLh}rLh }rLj6,j7,sj8,hj9,hj:,h]rLrLRrLj>,}rLj@,)rL}rL(hXAEP_e_boundaryrLhX2-AminoethylphosphonaterLh}rL(XFORMULArLX C2H7N1O3P1rLXPUBCHEMrMX6353rMXCHARGErMX-1rMXCHEBIrMX15573rMXKEGGrMXC03557rMuh }rMhNhh]r Mr MRr MjS,jLjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r M}r M(hXEX_4hoxpac_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hX4hoxpac_e_boundaryrMhX4-HydroxyphenylacetaterMh}rM(XFORMULArMXC8H7O3rMXPUBCHEMrMX3915rMXCHARGErMX-1rMXCHEBIr MX18101r!MXKEGGr"MXC00642r#Muh }r$MhNhh]r%Mr&MRr'MjS,jMjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r(M}r)M(hXEX_remnant1_e_boundaryr*Mhj*Mh}r+Mh }r,Mj6,j7,sj8,hj9,hj:,h]r-Mr.MRr/Mj>,}r0Mj@,)r1M}r2M(hXremnant1_e_boundaryr3MhX$residual-atoms-of-reaction-DMBZIDSYNr4Mh}r5M(XFORMULAr6MXC4H2N2O3r7MXPUBCHEMr8MjK,XCHARGEr9MjK,XCHEBIr:MjK,XKEGGr;MjK,uh }rMRr?MjS,j7MjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r@M}rAM(hXEX_colipa20Oag_e_boundaryrBMhjBMh}rCMh }rDMj6,j7,sj8,hj9,hj:,h]rEMrFMRrGMj>,}rHMj@,)rIM}rJM(hXcolipa20Oag_e_boundaryrKMhX*O-antigen-x20-core-oligosaccharide-lipid-ArLMh}rMM(XFORMULArNMXC656H1103N2O440P4rOMXPUBCHEMrPMjK,XCHARGErQMX-11rRMXCHEBIrSMjK,XKEGGrTMjK,uh }rUMhNhh]rVMrWMRrXMjS,jOMjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rYM}rZM(hXEX_salchs4_e_boundaryr[Mhj[Mh}r\Mh }r]Mj6,j7,sj8,hj9,hj:,h]r^Mr_MRr`Mj>,}raMj@,)rbM}rcM(hXsalchs4_e_boundaryrdMhXSalmochelin-S4reMh}rfM(XFORMULArgMX C42H47N3O25rhMXPUBCHEMriMjK,XCHARGErjMjK,XCHEBIrkMjK,XKEGGrlMjK,uh }rmMhNhh]rnMroMRrpMjS,jhMjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rqM}rrM(hXEX_salchs4fe_e_boundaryrsMhjsMh}rtMh }ruMj6,j7,sj8,hj9,hj:,h]rvMrwMRrxMj>,}ryMj@,)rzM}r{M(hXsalchs4fe_e_boundaryr|MhXSalmochelin-S4-Fe-IIIr}Mh}r~M(XFORMULArMX C42H47FeN3O25rMXPUBCHEMrMjK,XCHARGErMj8XCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,jMjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rM}rM(hXEX_salchsx_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hXsalchsx_e_boundaryrMhXSalmochelin-SXrMh}rM(XFORMULArMX C16H20N1O11rMXPUBCHEMrMjK,XCHARGErMX-1rMXCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,jMjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rM}rM(hXEX_tag__D_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hXtag__D_e_boundaryrMhX D-TagatoserMh}rM(XFORMULArMXC6H12O6rMXPUBCHEMrMX4053rMXCHARGErMjK,XCHEBIrMX4249rMXKEGGrMXC00795rMuh }rMhNhh]rMrMRrMjS,jMjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rM}rM(hXEX_airs_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hXairs_e_boundaryrMhXAminoimidazole-ribosiderMh}rM(XFORMULArMX C8H13N3O4rMXPUBCHEMrMjK,XCHARGErMjK,XCHEBIrMjK,XKEGGrMX phosphorylated version of C03373rMuh }rMhNhh]rMrMRrMjS,jMjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rM}rM(hXEX_pep_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hXpep_e_boundaryrMhXPhosphoenolpyruvaterMh}rM(XFORMULArMXC3H2O6PrMXPUBCHEMrMX3374rMXCHARGErMX-3rMXCHEBIrMX 18021 44897rMXKEGGrMXC00074rMuh }rMhNhh]rMrMRrMjS,jMjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rM}rM(hXEX_2pg_e_boundaryrMhjMh}rMh }rMj6,j7,sj8,hj9,hj:,h]rMrMRrMj>,}rMj@,)rM}rM(hX2pg_e_boundaryrMhXD-Glycerate-2-phosphaterMh}rM(XFORMULArNXC3H4O7PrNXPUBCHEMrNX3904rNXCHARGErNX-3rNXCHEBIrNX17835rNXKEGGrNXC00631r Nuh }r NhNhh]r Nr NRr NjS,jNjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_3pg_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hX3pg_e_boundaryrNhX3-Phospho-D-glyceraterNh}rN(XFORMULArNXC3H4O7PrNXPUBCHEMrNX3497rNXCHARGEr NX-3r!NXCHEBIr"NX17794r#NXKEGGr$NXC00197r%Nuh }r&NhNhh]r'Nr(NRr)NjS,jNjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r*N}r+N(hXEX_tet_e_boundaryr,Nhj,Nh}r-Nh }r.Nj6,j7,sj8,hj9,hj:,h]r/Nr0NRr1Nj>,}r2Nj@,)r3N}r4N(hXtet_e_boundaryr5NhX Tetrathionater6Nh}r7N(XFORMULAr8NXO6S4r9NXPUBCHEMr:NX5169r;NXCHARGErNX 15226 16853r?NXKEGGr@NXC02084rANuh }rBNhNhh]rCNrDNRrENjS,j9NjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rFN}rGN(hXEX_foam_e_boundaryrHNhjHNh}rINh }rJNj6,j7,sj8,hj9,hj:,h]rKNrLNRrMNj>,}rNNj@,)rON}rPN(hXfoam_e_boundaryrQNhX FormamiderRNh}rSN(XFORMULArTNXCH3NOrUNXPUBCHEMrVNX3771rWNXCHARGErXNjK,XCHEBIrYNX16397rZNXKEGGr[NXC00488r\Nuh }r]NhNhh]r^Nr_NRr`NjS,jUNjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)raN}rbN(hXEX_tartr__D_e_boundaryrcNhjcNh}rdNh }reNj6,j7,sj8,hj9,hj:,h]rfNrgNRrhNj>,}riNj@,)rjN}rkN(hXtartr__D_e_boundaryrlNhX D-tartratermNh}rnN(XFORMULAroNXC4H4O6rpNXPUBCHEMrqNX5189rrNXCHARGErsNX-2rtNXCHEBIruNX15672rvNXKEGGrwNXC02107rxNuh }ryNhNhh]rzNr{NRr|NjS,jpNjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)r}N}r~N(hXEX_4abz_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hX4abz_e_boundaryrNhX4-AminobenzoaterNh}rN(XFORMULArNXC7H6NO2rNXPUBCHEMrNX3847rNXCHARGErNX-1rNXCHEBIrNX30753rNXKEGGrNXC00568rNuh }rNhNhh]rNrNRrNjS,jNjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_feroxB_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hXferoxB_e_boundaryrNhXFerrioxamine-BrNh}rN(XFORMULArNX C25H48N6O8rNXPUBCHEMrNX123851rNXCHARGErNj-XCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,jNjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_feroxBfe_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hXferoxBfe_e_boundaryrNhXFerrioxamine-B-ferNh}rN(XFORMULArNX C25H45FeN6O8rNXPUBCHEMrNX123851rNXCHARGErNj-XCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,jNjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_feroxE_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hXferoxE_e_boundaryrNhXFerrioxamine-ErNh}rN(XFORMULArNX C27H48N6O9rNXPUBCHEMrNX167864rNXCHARGErNjK,XCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,jNjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_feroxEfe_e_boundaryrNhjNh}rNh }rNj6,j7,sj8,hj9,hj:,h]rNrNRrNj>,}rNj@,)rN}rN(hXferoxEfe_e_boundaryrNhXFerrioxamine-E-ferNh}rN(XFORMULArNX C27H45FeN6O9rNXPUBCHEMrNX167864rNXCHARGErNjK,XCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,jNjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rN}rN(hXEX_feroxG_e_boundaryrNhjNh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXferoxG_e_boundaryrOhXFerrioxamine-Gr Oh}r O(XFORMULAr OX C27H49N6O10r OXPUBCHEMr OjK,XCHARGErOjK,XCHEBIrOjK,XKEGGrOjK,uh }rOhNhh]rOrORrOjS,j OjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_feroxGfe_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXferoxGfe_e_boundaryr OhXFerrioxamine-G-fer!Oh}r"O(XFORMULAr#OX C27H46FeN6O10r$OXPUBCHEMr%OjK,XCHARGEr&OjK,XCHEBIr'OjK,XKEGGr(OjK,uh }r)OhNhh]r*Or+ORr,OjS,j$OjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r-O}r.O(hXEX_drib_e_boundaryr/Ohj/Oh}r0Oh }r1Oj6,j7,sj8,hj9,hj:,h]r2Or3ORr4Oj>,}r5Oj@,)r6O}r7O(hXdrib_e_boundaryr8OhX2-Deoxy-D-riboser9Oh}r:O(XFORMULAr;OXC5H10O4rOXCHARGEr?OjK,XCHEBIr@OX28816rAOXKEGGrBOXC01801rCOuh }rDOhNhh]rEOrFORrGOjS,j,}rPOj@,)rQO}rRO(hXdxyl_e_boundaryrSOhXdxyl_erTOh}rUO(XPUBCHEMrVOX8496rWOXCHARGErXOjK,XCHEBIrYOX28354rZOXKEGGr[OXC06257r\Ouh }r]OhNhh]r^Or_ORr`OjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)raO}rbO(hXEX_salchs2fe_e_boundaryrcOhjcOh}rdOh }reOj6,j7,sj8,hj9,hj:,h]rfOrgORrhOj>,}riOj@,)rjO}rkO(hXsalchs2fe_e_boundaryrlOhX salchs2fe_ermOh}rnO(XPUBCHEMroOXNArpOXCHARGErqOXnanrrOXCHEBIrsOXNArtOXKEGGruOXNArvOuh }rwOhNhh]rxOryORrzOjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r{O}r|O(hXEX_rnam_e_boundaryr}Ohj}Oh}r~Oh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXrnam_e_boundaryrOhXrnam_erOh}rO(XPUBCHEMrOX6038rOXCHARGErOj-XCHEBIrOX15927rOXKEGGrOXC03150rOuh }rOhNhh]rOrORrOjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_colipaOA_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXcolipaOA_e_boundaryrOhX colipaOA_erOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArOuh }rOhNhh]rOrORrOjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_udcpo4_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXudcpo4_e_boundaryrOhXudcpo4_erOh}rO(XPUBCHEMrOjK,XCHARGErOX-2rOXCHEBIrOjK,XKEGGrOjK,uh }rOhNhh]rOrORrOjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_tcb_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXtcb_e_boundaryrOhXtricarballylaterOh}rO(XFORMULArOXC6H5O6rOXPUBCHEMrOX 135626273rOXCHARGErOX-3rOXCHEBIrOX62517rOXKEGGrOXC19806rOuh }rOhNhh]rOrORrOjS,jOjT,j,jV,JjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_fe3dhbzs3_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rOrORrOj>,}rOj@,)rO}rO(hXfe3dhbzs3_e_boundaryrOhX fe3dhbzs3_erOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArOuh }rOhNhh]rOrORrOjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rO}rO(hXEX_23dhbzs3_e_boundaryrOhjOh}rOh }rOj6,j7,sj8,hj9,hj:,h]rPrPRrPj>,}rPj@,)rP}rP(hX23dhbzs3_e_boundaryrPhX 23dhbzs3_erPh}rP(XPUBCHEMr PXNAr PXCHARGEr PXnanr PXCHEBIr PXNArPXKEGGrPXNArPuh }rPhNhh]rPrPRrPjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rP}rP(hXEX_guln__L_e_boundaryrPhjPh}rPh }rPj6,j7,sj8,hj9,hj:,h]rPrPRrPj>,}rPj@,)rP}rP(hXguln__L_e_boundaryr PhX guln__L_er!Ph}r"P(XPUBCHEMr#PXNAr$PXCHARGEr%PXnanr&PXCHEBIr'PXNAr(PXKEGGr)PXNAr*Puh }r+PhNhh]r,Pr-PRr.PjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r/P}r0P(hXEX_udcpo5_e_boundaryr1Phj1Ph}r2Ph }r3Pj6,j7,sj8,hj9,hj:,h]r4Pr5PRr6Pj>,}r7Pj@,)r8P}r9P(hXudcpo5_e_boundaryr:PhXudcpo5_er;Ph}rPX-2r?PXCHEBIr@PjK,XKEGGrAPjK,uh }rBPhNhh]rCPrDPRrEPjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rFP}rGP(hXEX_4hthr_e_boundaryrHPhjHPh}rIPh }rJPj6,j7,sj8,hj9,hj:,h]rKPrLPRrMPj>,}rNPj@,)rOP}rPP(hX4hthr_e_boundaryrQPhX4hthr_erRPh}rSP(XPUBCHEMrTPX8326rUPXCHARGErVPjK,XCHEBIrWPjK,XKEGGrXPXC06056rYPuh }rZPhNhh]r[Pr\PRr]PjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)r^P}r_P(hXEX_salchs2_e_boundaryr`Phj`Ph}raPh }rbPj6,j7,sj8,hj9,hj:,h]rcPrdPRrePj>,}rfPj@,)rgP}rhP(hXsalchs2_e_boundaryriPhX salchs2_erjPh}rkP(XPUBCHEMrlPXNArmPXCHARGErnPXnanroPXCHEBIrpPXNArqPXKEGGrrPXNArsPuh }rtPhNhh]ruPrvPRrwPjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rxP}ryP(hXEX_tton_e_boundaryrzPhjzPh}r{Ph }r|Pj6,j7,sj8,hj9,hj:,h]r}Pr~PRrPj>,}rPj@,)rP}rP(hXtton_e_boundaryrPhXtton_erPh}rP(XPUBCHEMrPX4976rPXCHARGErPX-2rPXCHEBIrPX15987rPXKEGGrPXC01861rPuh }rPhNhh]rPrPRrPjS,NjT,j,jV,KjW,GubJshNjX,G@jY,G@@ubj0,)rP}rP(hX 12DGR120tipprPhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C120 rPh}rPX SUBSYSTEMrPXTransport Inner MembranerPsh }rPj8,hj9,hj:,h]rPrPRrPj>,}rP(j@,)rP}rP(hX 12dgr120_prPhX*1-2-Diacyl-sn-glycerol-didodecanoyl-n-C120rPh}rP(XFORMULArPXC27H52O5rPXPUBCHEMrPX3914rPXCHARGErPjK,XCHEBIrPX17815rPXKEGGrPXC00641rPuh }rPhNhh]rPrPRrPjS,jPjT,XprPjV,KjW,GubGj@,)rP}rP(hX 12dgr120_crPhX*1-2-Diacyl-sn-glycerol-didodecanoyl-n-C120rPh}rP(XFORMULArPXC27H52O5rPXPUBCHEMrPX3914rPXCHARGErPjK,XCHEBIrPX17815rPXKEGGrPXC00641rPuh }rPhNhh]rPrPRrPjS,jPjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rP}rP(hX 12DGR140tipprPhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C140 rPh}rPX SUBSYSTEMrPXTransport Inner MembranerPsh }rPj8,hj9,hj:,h]rPrPRrPj>,}rP(j@,)rP}rP(hX 12dgr140_prPhX-1-2-Diacyl-sn-glycerol-ditetradecanoyl-n-C140rPh}rP(XFORMULArPXC31H60O5rPXPUBCHEMrPX3914rPXCHARGErPjK,XCHEBIrPX17815rPXKEGGrPXC00641rPuh }rPhNhh]rPrPRrPjS,jPjT,jPjV,KjW,GubGj@,)rP}rP(hX 12dgr140_crPhX-1-2-Diacyl-sn-glycerol-ditetradecanoyl-n-C140rPh}rP(XFORMULArPXC31H60O5rPXPUBCHEMrPX3914rPXCHARGErPjK,XCHEBIrPX17815rPXKEGGrPXC00641rPuh }rPhNhh]rPrPRrPjS,jPjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rP}rP(hX 12DGR141tipprPhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C141 rPh}rPX SUBSYSTEMrPXTransport Inner MembranerPsh }rPj8,hj9,hj:,h]rPrPRrPj>,}rP(j@,)rP}rQ(hX 12dgr141_prQhX01-2-Diacyl-sn-glycerol-ditetradec-7-enoyl-n-C141rQh}rQ(XFORMULArQXC31H56O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIr QX17815r QXKEGGr QXC00641r Quh }r QhNhh]rQrQRrQjS,jQjT,jPjV,KjW,GubGj@,)rQ}rQ(hX 12dgr141_crQhX01-2-Diacyl-sn-glycerol-ditetradec-7-enoyl-n-C141rQh}rQ(XFORMULArQXC31H56O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIrQX17815rQXKEGGrQXC00641rQuh }rQhNhh]r Qr!QRr"QjS,jQjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r#Q}r$Q(hX 12DGR160tippr%QhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C160 r&Qh}r'QX SUBSYSTEMr(QXTransport Inner Membraner)Qsh }r*Qj8,hj9,hj:,h]r+Qr,QRr-Qj>,}r.Q(j@,)r/Q}r0Q(hX 12dgr160_pr1QhX,1-2-Diacyl-sn-glycerol-dihexadecanoyl-n-C160r2Qh}r3Q(XFORMULAr4QXC35H68O5r5QXPUBCHEMr6QX3914r7QXCHARGEr8QjK,XCHEBIr9QX17815r:QXKEGGr;QXC00641rQr?QRr@QjS,j5QjT,jPjV,KjW,GubGj@,)rAQ}rBQ(hX 12dgr160_crCQhX,1-2-Diacyl-sn-glycerol-dihexadecanoyl-n-C160rDQh}rEQ(XFORMULArFQXC35H68O5rGQXPUBCHEMrHQX3914rIQXCHARGErJQjK,XCHEBIrKQX17815rLQXKEGGrMQXC00641rNQuh }rOQhNhh]rPQrQQRrRQjS,jGQjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rSQ}rTQ(hX 12DGR161tipprUQhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C161 rVQh}rWQX SUBSYSTEMrXQXTransport Inner MembranerYQsh }rZQj8,hj9,hj:,h]r[Qr\QRr]Qj>,}r^Q(j@,)r_Q}r`Q(hX 12dgr161_praQhX/1-2-Diacyl-sn-glycerol-dihexadec-9-enoyl-n-C161rbQh}rcQ(XFORMULArdQXC35H64O5reQXPUBCHEMrfQX3914rgQXCHARGErhQjK,XCHEBIriQX17815rjQXKEGGrkQXC00641rlQuh }rmQhNhh]rnQroQRrpQjS,jeQjT,jPjV,KjW,GubGj@,)rqQ}rrQ(hX 12dgr161_crsQhX/1-2-Diacyl-sn-glycerol-dihexadec-9-enoyl-n-C161rtQh}ruQ(XFORMULArvQXC35H64O5rwQXPUBCHEMrxQX3914ryQXCHARGErzQjK,XCHEBIr{QX17815r|QXKEGGr}QXC00641r~Quh }rQhNhh]rQrQRrQjS,jwQjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hX 12DGR180tipprQhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C180 rQh}rQX SUBSYSTEMrQXTransport Inner MembranerQsh }rQj8,hj9,hj:,h]rQrQRrQj>,}rQ(j@,)rQ}rQ(hX 12dgr180_prQhX,1-2-Diacyl-sn-glycerol-dioctadecanoyl-n-C180rQh}rQ(XFORMULArQXC39H76O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIrQX17815rQXKEGGrQXC00641rQuh }rQhNhh]rQrQRrQjS,jQjT,jPjV,KjW,GubGj@,)rQ}rQ(hX 12dgr180_crQhX,1-2-Diacyl-sn-glycerol-dioctadecanoyl-n-C180rQh}rQ(XFORMULArQXC39H76O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIrQX17815rQXKEGGrQXC00641rQuh }rQhNhh]rQrQRrQjS,jQjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hX 12DGR181tipprQhXH1 2 diacylglycerol transport via flipping periplasm to cytoplasm n C181 rQh}rQX SUBSYSTEMrQXTransport Inner MembranerQsh }rQj8,hj9,hj:,h]rQrQRrQj>,}rQ(j@,)rQ}rQ(hX 12dgr181_prQhX01-2-Diacyl-sn-glycerol-dioctadec-11-enoyl-n-C181rQh}rQ(XFORMULArQXC39H72O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIrQX17815rQXKEGGrQXC00641rQuh }rQhNhh]rQrQRrQjS,jQjT,jPjV,KjW,GubGj@,)rQ}rQ(hX 12dgr181_crQhX01-2-Diacyl-sn-glycerol-dioctadec-11-enoyl-n-C181rQh}rQ(XFORMULArQXC39H72O5rQXPUBCHEMrQX3914rQXCHARGErQjK,XCHEBIrQX17815rQXKEGGrQXC00641rQuh }rQhNhh]rQrQRrQjS,jQjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hX 12PPDRtexrQhXG R Propane 1 2 diol transport via diffusion extracellular to periplasm rQh}rQ(XGENE_ASSOCIATIONrQX2( STM0320 or STM0999 or STM1473 or STM2267 )rQX SUBSYSTEMrQXTransport Outer Membrane PorinrQuh }rQj8,X.STM0320 or STM0999 or STM1473 or STM2267rQj9,hj:,h]rQ(h*hh3h!erQRrQj>,}rQ(j@,)rQ}rQ(hX 12ppd__R_erQhXR-Propane-1-2-diolrQh}rQ(XFORMULArQXC3H8O2rQXPUBCHEMrQX5836rQXCHARGErQjK,XCHEBIrQX28972rQXKEGGrQXC02912rQuh }rRhNhh]rRrRRrRjS,jQjT,j,jV,KjW,GubGj@,)rR}rR(hX 12ppd__R_prRhXR-Propane-1-2-diolrRh}rR(XFORMULAr RXC3H8O2r RXPUBCHEMr RX5836r RXCHARGEr RjK,XCHEBIrRX28972rRXKEGGrRXC02912rRuh }rRhNhh]rRrRRrRjS,j RjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rR}rR(hX 12PPDRtpprRhX4 R Propane 1 2 diol facilitated transport periplasm rRh}rR(XGENE_ASSOCIATIONrRXSTM2037rRX SUBSYSTEMrRXTransport Inner MembranerRuh }rRj8,jRj9,hj:,h]r Rh,}r#R(jRGj@,)r$R}r%R(hX 12ppd__R_cr&RhXR-Propane-1-2-diolr'Rh}r(R(XFORMULAr)RXC3H8O2r*RXPUBCHEMr+RX5836r,RXCHARGEr-RjK,XCHEBIr.RX28972r/RXKEGGr0RXC02912r1Ruh }r2RhNhh]r3Rr4RRr5RjS,j*RjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r6R}r7R(hX 12PPDStexr8RhXG S Propane 1 2 diol transport via diffusion extracellular to periplasm r9Rh}r:R(XGENE_ASSOCIATIONr;RX2( STM0320 or STM0999 or STM1473 or STM2267 )rRuh }r?Rj8,X.STM0320 or STM0999 or STM1473 or STM2267r@Rj9,hj:,h]rAR(h*hh3h!erBRRrCRj>,}rDR(j@,)rER}rFR(hX 12ppd__S_erGRhXS-Propane-1-2-diolrHRh}rIR(XFORMULArJRXC3H8O2rKRXPUBCHEMrLRX5840rMRXCHARGErNRjK,XCHEBIrORX29002rPRXKEGGrQRXC02917rRRuh }rSRhNhh]rTRrURRrVRjS,jKRjT,j,jV,KjW,GubGj@,)rWR}rXR(hX 12ppd__S_prYRhXS-Propane-1-2-diolrZRh}r[R(XFORMULAr\RXC3H8O2r]RXPUBCHEMr^RX5840r_RXCHARGEr`RjK,XCHEBIraRX29002rbRXKEGGrcRXC02917rdRuh }reRhNhh]rfRrgRRrhRjS,j]RjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)riR}rjR(hX 12PPDStpprkRhX4 S Propane 1 2 diol facilitated transport periplasm rlRh}rmR(XGENE_ASSOCIATIONrnRXSTM2037roRX SUBSYSTEMrpRXTransport Inner MembranerqRuh }rrRj8,joRj9,hj:,h]rsRh,}rvR(jWRGj@,)rwR}rxR(hX 12ppd__S_cryRhXS-Propane-1-2-diolrzRh}r{R(XFORMULAr|RXC3H8O2r}RXPUBCHEMr~RX5840rRXCHARGErRjK,XCHEBIrRX29002rRXKEGGrRXC02917rRuh }rRhNhh]rRrRRrRjS,j}RjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rR}rR(hX 14GLUCANabcpprRhX61 4 alpha D glucan transport via ABC system periplasm rRh}rR(XGENE_ASSOCIATIONrRX5( STM4229 and STM4228 and STM4227 and STM4230 )rRX SUBSYSTEMrRXTransport Inner MembranerRuh }rRj8,X1STM4229 and STM4228 and STM4227 and STM4230rRj9,hj:,h]rR(hWh`hEhNerRRrRj>,}rR(j@,)rR}rR(hX 14glucan_prRhX1-4-alpha-D-glucanrRh}rR(XFORMULArRX C36H62O31rRXPUBCHEMrRjK,XCHARGErRjK,XCHEBIrRjK,XKEGGrRXC00912rRuh }rRhNhh]rRrRRrRjS,jRjT,jPjV,KjW,GubGj@,)rR}rR(hXatp_crRhXATPrRh}rR(XFORMULArRX C10H12N5O13P3rRXPUBCHEMrRX3304rRXCHARGErRX-4rRXCHEBIrRX15422rRXKEGGrRXC00002rRuh }rRhNhh]rRrRRrRjS,jRjT,jU,jV,JjW,GubGj@,)rR}rR(hXh2o_crRhXH2OrRh}rR(XFORMULArRXH2OrRXPUBCHEMrRX3303rRXCHARGErRjK,XCHEBIrRX15377rRXKEGGrRXC00001rRuh }rRhNhh]rRrRRrRjS,jRjT,jU,jV,KjW,GubGj@,)rR}rR(hX 14glucan_crRhX1-4-alpha-D-glucanrRh}rR(XFORMULArRX C36H62O31rRXPUBCHEMrRjK,XCHARGErRjK,XCHEBIrRjK,XKEGGrRXC00912rRuh }rRhNhh]rRrRRrRjS,jRjT,jU,jV,KjW,GubG?j@,)rR}rR(hXadp_crRhXADPrRh}rR(XFORMULArRX C10H12N5O10P2rRXPUBCHEMrRX3310rRXCHARGErRX-3rRXCHEBIrRX16761rRXKEGGrRXC00008rRuh }rRhNhh]rRrRRrRjS,jRjT,jU,jV,JjW,GubG?j@,)rR}rR(hXh_crRhj?h}rR(XFORMULArRj?XPUBCHEMrRX3380rRXCHARGErRj-XCHEBIrRX15378rRXKEGGrRXC00080rRuh }rRhNhh]rRrRRrRjS,j?jT,jU,jV,KjW,GubG?j@,)rS}rS(hXpi_crShX PhosphaterSh}rS(XFORMULArSXHO4PrSXPUBCHEMrSX3311rSXCHARGEr SX-2r SXCHEBIr SX18367r SXKEGGr SXC00009rSuh }rShNhh]rSrSRrSjS,jSjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rS}rS(hX 14GLUCANtexirShXR1 4 alpha D glucan transport via diffusion extracellular to periplasm irreversiblerSh}rS(XGENE_ASSOCIATIONrSXSTM4231rSX SUBSYSTEMrSXTransport Outer MembranerSuh }rSj8,jSj9,hj:,h]rShiarSRrSj>,}r S(j@,)r!S}r"S(hX 14glucan_er#ShX1-4-alpha-D-glucanr$Sh}r%S(XFORMULAr&SX C36H62O31r'SXPUBCHEMr(SjK,XCHARGEr)SjK,XCHEBIr*SjK,XKEGGr+SXC00912r,Suh }r-ShNhh]r.Sr/SRr0SjS,j'SjT,j,jV,KjW,GubGjRG?uhNjX,GjY,G@@ubj0,)r1S}r2S(hX 23CAMPtexr3ShX:23cAMP transport via diffusion extracellular to periplasm r4Sh}r5S(XGENE_ASSOCIATIONr6SX2( STM0320 or STM0999 or STM1473 or STM2267 )r7SX SUBSYSTEMr8SXTransport Outer Membrane Porinr9Suh }r:Sj8,X.STM0320 or STM0999 or STM1473 or STM2267r;Sj9,hj:,h]rSj>,}r?S(j@,)r@S}rAS(hX23camp_erBShX2-3-Cyclic-AMPrCSh}rDS(XFORMULArESX C10H11N5O6PrFSXPUBCHEMrGSX5400rHSXCHARGErISX-1rJSXCHEBIrKSjK,XKEGGrLSXC02353rMSuh }rNShNhh]rOSrPSRrQSjS,jFSjT,j,jV,JjW,GubGj@,)rRS}rSS(hX23camp_prTShX2-3-Cyclic-AMPrUSh}rVS(XFORMULArWSX C10H11N5O6PrXSXPUBCHEMrYSX5400rZSXCHARGEr[SX-1r\SXCHEBIr]SjK,XKEGGr^SXC02353r_Suh }r`ShNhh]raSrbSRrcSjS,jXSjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rdS}reS(hX 23CCMPtexrfShX:23cCMP transport via diffusion extracellular to periplasm rgSh}rhS(XGENE_ASSOCIATIONriSX2( STM0320 or STM0999 or STM1473 or STM2267 )rjSX SUBSYSTEMrkSXTransport Outer Membrane PorinrlSuh }rmSj8,X.STM0320 or STM0999 or STM1473 or STM2267rnSj9,hj:,h]roS(h*hh3h!erpSRrqSj>,}rrS(j@,)rsS}rtS(hX23ccmp_eruShX2-3-Cyclic-CMPrvSh}rwS(XFORMULArxSX C9H11N3O7PrySXPUBCHEMrzSX5401r{SXCHARGEr|SX-1r}SXCHEBIr~SjK,XKEGGrSXC02354rSuh }rShNhh]rSrSRrSjS,jySjT,j,jV,JjW,GubGj@,)rS}rS(hX23ccmp_prShX2-3-Cyclic-CMPrSh}rS(XFORMULArSX C9H11N3O7PrSXPUBCHEMrSX5401rSXCHARGErSX-1rSXCHEBIrSjK,XKEGGrSXC02354rSuh }rShNhh]rSrSRrSjS,jSjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rS}rS(hX 23CGMPtexrShX:23cGMP transport via diffusion extracellular to periplasm rSh}rS(XGENE_ASSOCIATIONrSX2( STM0320 or STM0999 or STM1473 or STM2267 )rSX SUBSYSTEMrSXTransport Outer Membrane PorinrSuh }rSj8,X.STM0320 or STM0999 or STM1473 or STM2267rSj9,hj:,h]rS(h*hh3h!erSRrSj>,}rS(j@,)rS}rS(hX23cgmp_erShX2-3-Cyclic-GMPrSh}rS(XFORMULArSX C10H11N5O7PrSXPUBCHEMrSX8444rSXCHARGErSX-1rSXCHEBIrSjK,XKEGGrSXC06194rSuh }rShNhh]rSrSRrSjS,jSjT,j,jV,JjW,GubGj@,)rS}rS(hX23cgmp_prShX2-3-Cyclic-GMPrSh}rS(XFORMULArSX C10H11N5O7PrSXPUBCHEMrSX8444rSXCHARGErSX-1rSXCHEBIrSjK,XKEGGrSXC06194rSuh }rShNhh]rSrSRrSjS,jSjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rS}rS(hX 23CUMPtexrShX:23cUMP transport via diffusion extracellular to periplasm rSh}rS(XGENE_ASSOCIATIONrSX2( STM0320 or STM0999 or STM1473 or STM2267 )rSX SUBSYSTEMrSXTransport Outer Membrane PorinrSuh }rSj8,X.STM0320 or STM0999 or STM1473 or STM2267rSj9,hj:,h]rS(h*hh3h!erSRrSj>,}rS(j@,)rS}rS(hX23cump_erShX2-3-Cyclic-UMPrSh}rS(XFORMULArSX C9H10N2O8PrSXPUBCHEMrSX5402rSXCHARGErSX-1rSXCHEBIrSjK,XKEGGrSXC02355rSuh }rShNhh]rSrSRrSjS,jSjT,j,jV,JjW,GubGj@,)rS}rS(hX23cump_prShX2-3-Cyclic-UMPrSh}rS(XFORMULArSX C9H10N2O8PrSXPUBCHEMrSX5402rSXCHARGErSX-1rSXCHEBIrSjK,XKEGGrSXC02355rSuh }rShNhh]rSrSRrSjS,jSjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rS}rS(hX 23DAPPAt2pprShX52 3 diaminopropionate transport in via proton symportrTh}rTX SUBSYSTEMrTXTransport Inner MembranerTsh }rTj8,hj9,hj:,h]rTrTRrTj>,}rT(j@,)r T}r T(hXh_pr Thj?h}r T(XFORMULAr Tj?XPUBCHEMrTX3380rTXCHARGErTj-XCHEBIrTX15378rTXKEGGrTXC00080rTuh }rThNhh]rTrTRrTjS,j?jT,jPjV,KjW,GubGj@,)rT}rT(hX 23dappa_prThX2-3-diaminopropionaterTh}rT(XFORMULArTXC3H9N2O2rTXPUBCHEMr TX8629r!TXCHARGEr"Tj-XCHEBIr#TX18383r$TXKEGGr%TXC06393r&Tuh }r'ThNhh]r(Tr)TRr*TjS,jTjT,jPjV,KjW,GubGj@,)r+T}r,T(hX 23dappa_cr-ThX2-3-diaminopropionater.Th}r/T(XFORMULAr0TXC3H9N2O2r1TXPUBCHEMr2TX8629r3TXCHARGEr4Tj-XCHEBIr5TX18383r6TXKEGGr7TXC06393r8Tuh }r9ThNhh]r:Tr;TRrT(hX 23DAPPAtexr?ThX-2 3 diaminopropionate transport via diffusionr@Th}rAT(XGENE_ASSOCIATIONrBTX2( STM0320 or STM0999 or STM1473 or STM2267 )rCTX SUBSYSTEMrDTXTransport Outer Membrane PorinrETuh }rFTj8,X.STM0320 or STM0999 or STM1473 or STM2267rGTj9,hj:,h]rHT(h*hh3h!erITRrJTj>,}rKT(j@,)rLT}rMT(hX 23dappa_erNThX2-3-diaminopropionaterOTh}rPT(XFORMULArQTXC3H9N2O2rRTXPUBCHEMrSTX8629rTTXCHARGErUTj-XCHEBIrVTX18383rWTXKEGGrXTXC06393rYTuh }rZThNhh]r[Tr\TRr]TjS,jRTjT,j,jV,KjW,GubGjTG?uhNjX,G@jY,G@@ubj0,)r^T}r_T(hX23PDE2ppr`ThX72 3 cyclic nucleotide phosphodiesterase UMP periplasm raTh}rbT(XGENE_ASSOCIATIONrcTXSTM4403rdTX SUBSYSTEMreTXNucleotide Salvage PathwayrfTuh }rgTj8,jdTj9,hj:,h]rhThrariTRrjTj>,}rkT(jSGj@,)rlT}rmT(hXh2o_prnThXH2OroTh}rpT(XFORMULArqTXH2OrrTXPUBCHEMrsTX3303rtTXCHARGEruTjK,XCHEBIrvTX15377rwTXKEGGrxTXC00001ryTuh }rzThNhh]r{Tr|TRr}TjS,jrTjT,jPjV,KjW,GubGj TG?j@,)r~T}rT(hX3ump_prThX3-UMPrTh}rT(XFORMULArTX C9H11N2O9PrTXPUBCHEMrTX4567rTXCHARGErTX-2rTXCHEBIrTX28895rTXKEGGrTXC01368rTuh }rThNhh]rTrTRrTjS,jTjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rT}rT(hX23PDE4pprThX72 3 cyclic nucleotide phosphodiesterase CMP periplasm rTh}rT(XGENE_ASSOCIATIONrTXSTM4403rTX SUBSYSTEMrTXNucleotide Salvage PathwayrTuh }rTj8,jTj9,hj:,h]rThrarTRrTj>,}rT(jSGjlTGj TG?j@,)rT}rT(hX3cmp_prThX3-cmprTh}rT(XFORMULArTX C9H12N3O8PrTXPUBCHEMrTX8117rTXCHARGErTX-2rTXCHEBIrTjK,XKEGGrTXC05822rTuh }rThNhh]rTrTRrTjS,jTjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rT}rT(hX23PDE7pprThX72 3 cyclic nucleotide phosphodiesterase AMP periplasm rTh}rT(XGENE_ASSOCIATIONrTXSTM4403rTX SUBSYSTEMrTXNucleotide Salvage PathwayrTuh }rTj8,jTj9,hj:,h]rThrarTRrTj>,}rT(jlTGjRSGj@,)rT}rT(hX3amp_prThX3-AMPrTh}rT(XFORMULArTX C10H12N5O7PrTXPUBCHEMrTX4566rTXCHARGErTX-2rTXCHEBIrTX28931rTXKEGGrTXC01367rTuh }rThNhh]rTrTRrTjS,jTjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)rT}rT(hX23PDE9pprThX72 3 cyclic nucleotide phosphodiesterase GMP periplasm rTh}rT(XGENE_ASSOCIATIONrTXSTM4403rTX SUBSYSTEMrTXNucleotide Salvage PathwayrTuh }rTj8,jTj9,hj:,h]rThrarTRrTj>,}rT(jlTGjSGj@,)rT}rT(hX3gmp_prThX3-GMPrTh}rT(XFORMULArTX C10H12N5O8PrTXPUBCHEMrTX8443rTXCHARGErTX-2rTXCHEBIrTjK,XKEGGrTXC06193rTuh }rThNhh]rTrTRrTjS,jTjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)rT}rT(hX26DAHtexrThXQmeso 2 6 Diaminoheptanedioate transport via diffusion extracellular to periplasm rTh}rT(XGENE_ASSOCIATIONrTX2( STM0320 or STM0999 or STM1473 or STM2267 )rTX SUBSYSTEMrTXTransport Outer Membrane PorinrTuh }rTj8,X.STM0320 or STM0999 or STM1473 or STM2267rTj9,hj:,h]rT(h*hh3h!erTRrTj>,}rU(j@,)rU}rU(hX 26dap__M_erUhXmeso-2-6-DiaminoheptanedioaterUh}rU(XFORMULArUX C7H14N2O4rUXPUBCHEMrUX3949r UXCHARGEr UjK,XCHEBIr UX 16488 30308r UXKEGGr UXC00680rUuh }rUhNhh]rUrURrUjS,jUjT,j,jV,KjW,GubGj@,)rU}rU(hX 26dap__M_prUhXmeso-2-6-DiaminoheptanedioaterUh}rU(XFORMULArUX C7H14N2O4rUXPUBCHEMrUX3949rUXCHARGErUjK,XCHEBIrUX 16488 30308rUXKEGGrUXC00680r Uuh }r!UhNhh]r"Ur#URr$UjS,jUjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r%U}r&U(hX 2AGPA120tippr'UhXY2 Acyl sn glycero 3 phosphatidate n C120 transporter via facilitated diffusion periplasm r(Uh}r)U(XGENE_ASSOCIATIONr*UXSTM3009r+UX SUBSYSTEMr,UXTransport Inner Membraner-Uuh }r.Uj8,j+Uj9,hj:,h]r/Uh{ar0URr1Uj>,}r2U(j@,)r3U}r4U(hX 2ddecg3p_pr5UhX$2-dodecanoyl-sn-glycerol-3-phosphater6Uh}r7U(XFORMULAr8UX C15H30O7P1r9UXPUBCHEMr:UX6693r;UXCHARGErUjK,XKEGGr?UXC03974r@Uuh }rAUhNhh]rBUrCURrDUjS,j9UjT,jPjV,JjW,GubGj@,)rEU}rFU(hX 2ddecg3p_crGUhX$2-dodecanoyl-sn-glycerol-3-phosphaterHUh}rIU(XFORMULArJUX C15H30O7P1rKUXPUBCHEMrLUX6693rMUXCHARGErNUX-1rOUXCHEBIrPUjK,XKEGGrQUXC03974rRUuh }rSUhNhh]rTUrUURrVUjS,jKUjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rWU}rXU(hX 2AGPA140tipprYUhXY2 Acyl sn glycero 3 phosphatidate n C140 transporter via facilitated diffusion periplasm rZUh}r[U(XGENE_ASSOCIATIONr\UXSTM3009r]UX SUBSYSTEMr^UXTransport Inner Membraner_Uuh }r`Uj8,j]Uj9,hj:,h]raUh{arbURrcUj>,}rdU(j@,)reU}rfU(hX 2tdecg3p_prgUhX'2-tetradecanoyl-sn-glycerol-3-phosphaterhUh}riU(XFORMULArjUX C17H34O7P1rkUXPUBCHEMrlUX6693rmUXCHARGErnUX-1roUXCHEBIrpUjK,XKEGGrqUXC03974rrUuh }rsUhNhh]rtUruURrvUjS,jkUjT,jPjV,JjW,GubGj@,)rwU}rxU(hX 2tdecg3p_cryUhX'2-tetradecanoyl-sn-glycerol-3-phosphaterzUh}r{U(XFORMULAr|UX C17H34O7P1r}UXPUBCHEMr~UX6693rUXCHARGErUX-1rUXCHEBIrUjK,XKEGGrUXC03974rUuh }rUhNhh]rUrURrUjS,j}UjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rU}rU(hX 2AGPA141tipprUhXY2 Acyl sn glycero 3 phosphatidate n C141 transporter via facilitated diffusion periplasm rUh}rU(XGENE_ASSOCIATIONrUXSTM3009rUX SUBSYSTEMrUXTransport Inner MembranerUuh }rUj8,jUj9,hj:,h]rUh{arURrUj>,}rU(j@,)rU}rU(hX 2tdec7eg3p_prUhX*2-tetradec-7-enoyl-sn-glycerol-3-phosphaterUh}rU(XFORMULArUX C17H32O7P1rUXPUBCHEMrUX6693rUXCHARGErUX-1rUXCHEBIrUjK,XKEGGrUXC03974rUuh }rUhNhh]rUrURrUjS,jUjT,jPjV,JjW,GubGj@,)rU}rU(hX 2tdec7eg3p_crUhX*2-tetradec-7-enoyl-sn-glycerol-3-phosphaterUh}rU(XFORMULArUX C17H32O7P1rUXPUBCHEMrUX6693rUXCHARGErUX-1rUXCHEBIrUjK,XKEGGrUXC03974rUuh }rUhNhh]rUrURrUjS,jUjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rU}rU(hX 2AGPA160tipprUhXY2 Acyl sn glycero 3 phosphatidate n C160 transporter via facilitated diffusion periplasm rUh}rU(XGENE_ASSOCIATIONrUXSTM3009rUX SUBSYSTEMrUXTransport Inner MembranerUuh }rUj8,jUj9,hj:,h]rUh{arURrUj>,}rU(j@,)rU}rU(hX 2hdecg3p_prUhX&2-hexadecanoyl-sn-glycerol-3-phosphaterUh}rU(XFORMULArUX C19H38O7P1rUXPUBCHEMrUX6693rUXCHARGErUX-1rUXCHEBIrUjK,XKEGGrUXC03974rUuh }rUhNhh]rUrURrUjS,jUjT,jPjV,JjW,GubGj@,)rU}rU(hX 2hdecg3p_crUhX&2-hexadecanoyl-sn-glycerol-3-phosphaterUh}rU(XFORMULArUX C19H38O7P1rUXPUBCHEMrUX6693rUXCHARGErUX-1rUXCHEBIrUjK,XKEGGrUXC03974rUuh }rUhNhh]rUrURrUjS,jUjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rU}rU(hX 2AGPA161tipprUhXY2 Acyl sn glycero 3 phosphatidate n C161 transporter via facilitated diffusion periplasm rUh}rU(XGENE_ASSOCIATIONrUXSTM3009rUX SUBSYSTEMrUXTransport Inner MembranerUuh }rUj8,jUj9,hj:,h]rUh{arURrUj>,}rU(j@,)rU}rU(hX 2hdec9eg3p_prUhX)2-hexadec-9-enoyl-sn-glycerol-3-phosphaterUh}rU(XFORMULArVX C19H36O7P1rVXPUBCHEMrVX6693rVXCHARGErVX-1rVXCHEBIrVjK,XKEGGrVXC03974rVuh }r VhNhh]r Vr VRr VjS,jVjT,jPjV,JjW,GubGj@,)r V}rV(hX 2hdec9eg3p_crVhX)2-hexadec-9-enoyl-sn-glycerol-3-phosphaterVh}rV(XFORMULArVX C19H36O7P1rVXPUBCHEMrVX6693rVXCHARGErVX-1rVXCHEBIrVjK,XKEGGrVXC03974rVuh }rVhNhh]rVrVRrVjS,jVjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rV}r V(hX 2AGPA180tippr!VhXY2 Acyl sn glycero 3 phosphatidate n C180 transporter via facilitated diffusion periplasm r"Vh}r#V(XGENE_ASSOCIATIONr$VXSTM3009r%VX SUBSYSTEMr&VXTransport Inner Membraner'Vuh }r(Vj8,j%Vj9,hj:,h]r)Vh{ar*VRr+Vj>,}r,V(j@,)r-V}r.V(hX 2odecg3p_pr/VhX&2-octadecanoyl-sn-glycerol-3-phosphater0Vh}r1V(XFORMULAr2VX C21H42O7P1r3VXPUBCHEMr4VX6693r5VXCHARGEr6VX-1r7VXCHEBIr8VjK,XKEGGr9VXC03974r:Vuh }r;VhNhh]rVjS,j3VjT,jPjV,JjW,GubGj@,)r?V}r@V(hX 2odecg3p_crAVhX&2-octadecanoyl-sn-glycerol-3-phosphaterBVh}rCV(XFORMULArDVX C21H42O7P1rEVXPUBCHEMrFVX6693rGVXCHARGErHVX-1rIVXCHEBIrJVjK,XKEGGrKVXC03974rLVuh }rMVhNhh]rNVrOVRrPVjS,jEVjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rQV}rRV(hX 2AGPA181tipprSVhXY2 Acyl sn glycero 3 phosphatidate n C181 transporter via facilitated diffusion periplasm rTVh}rUV(XGENE_ASSOCIATIONrVVXSTM3009rWVX SUBSYSTEMrXVXTransport Inner MembranerYVuh }rZVj8,jWVj9,hj:,h]r[Vh{ar\VRr]Vj>,}r^V(j@,)r_V}r`V(hX 2odec11eg3p_praVhX*2-octadec-11-enoyl-sn-glycerol-3-phosphaterbVh}rcV(XFORMULArdVX C21H40O7P1reVXPUBCHEMrfVX6693rgVXCHARGErhVX-1riVXCHEBIrjVjK,XKEGGrkVXC03974rlVuh }rmVhNhh]rnVroVRrpVjS,jeVjT,jPjV,JjW,GubGj@,)rqV}rrV(hX 2odec11eg3p_crsVhX*2-octadec-11-enoyl-sn-glycerol-3-phosphatertVh}ruV(XFORMULArvVX C21H40O7P1rwVXPUBCHEMrxVX6693ryVXCHARGErzVX-1r{VXCHEBIr|VjK,XKEGGr}VXC03974r~Vuh }rVhNhh]rVrVRrVjS,jwVjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rV}rV(hX 2AGPE120tipprVhX_2 Acyl sn glycero 3 phosphoethanolamine n C120 transporter via facilitated diffusion periplasm rVh}rV(XGENE_ASSOCIATIONrVXSTM3009rVX SUBSYSTEMrVXTransport Inner MembranerVuh }rVj8,jVj9,hj:,h]rVh{arVRrVj>,}rV(j@,)rV}rV(hX 2agpe120_prVhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C120rVh}rV(XFORMULArVX C17H36NO7P1rVXPUBCHEMrVX8253rVXCHARGErVjK,XCHEBIrVjK,XKEGGrVXC05973rVuh }rVhNhh]rVrVRrVjS,jVjT,jPjV,KjW,GubGj@,)rV}rV(hX 2agpe120_crVhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C120rVh}rV(XFORMULArVX C17H36NO7P1rVXPUBCHEMrVX8253rVXCHARGErVjK,XCHEBIrVjK,XKEGGrVXC05973rVuh }rVhNhh]rVrVRrVjS,jVjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rV}rV(hX 2AGPE140tipprVhX_2 Acyl sn glycero 3 phosphoethanolamine n C140 transporter via facilitated diffusion periplasm rVh}rV(XGENE_ASSOCIATIONrVXSTM3009rVX SUBSYSTEMrVXTransport Inner MembranerVuh }rVj8,jVj9,hj:,h]rVh{arVRrVj>,}rV(j@,)rV}rV(hX 2agpe140_prVhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C140rVh}rV(XFORMULArVX C19H40NO7P1rVXPUBCHEMrVX8253rVXCHARGErVjK,XCHEBIrVjK,XKEGGrVXC05973rVuh }rVhNhh]rVrVRrVjS,jVjT,jPjV,KjW,GubGj@,)rV}rV(hX 2agpe140_crVhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C140rVh}rV(XFORMULArVX C19H40NO7P1rVXPUBCHEMrVX8253rVXCHARGErVjK,XCHEBIrVjK,XKEGGrVXC05973rVuh }rVhNhh]rVrVRrVjS,jVjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rV}rV(hX 2AGPE141tipprVhX_2 Acyl sn glycero 3 phosphoethanolamine n C141 transporter via facilitated diffusion periplasm rVh}rV(XGENE_ASSOCIATIONrVXSTM3009rVX SUBSYSTEMrVXTransport Inner MembranerVuh }rVj8,jVj9,hj:,h]rVh{arVRrVj>,}rV(j@,)rV}rV(hX 2agpe141_prVhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C141rVh}rV(XFORMULArVX C19H38NO7P1rVXPUBCHEMrVX8253rVXCHARGErVjK,XCHEBIrVjK,XKEGGrVXC05973rVuh }rVhNhh]rVrWRrWjS,jVjT,jPjV,KjW,GubGj@,)rW}rW(hX 2agpe141_crWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C141rWh}rW(XFORMULArWX C19H38NO7P1rWXPUBCHEMr WX8253r WXCHARGEr WjK,XCHEBIr WjK,XKEGGr WXC05973rWuh }rWhNhh]rWrWRrWjS,jWjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rW}rW(hX 2AGPE160tipprWhX_2 Acyl sn glycero 3 phosphoethanolamine n C160 transporter via facilitated diffusion periplasm rWh}rW(XGENE_ASSOCIATIONrWXSTM3009rWX SUBSYSTEMrWXTransport Inner MembranerWuh }rWj8,jWj9,hj:,h]rWh{arWRrWj>,}r W(j@,)r!W}r"W(hX 2agpe160_pr#WhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C160r$Wh}r%W(XFORMULAr&WX C21H44NO7P1r'WXPUBCHEMr(WX8253r)WXCHARGEr*WjK,XCHEBIr+WjK,XKEGGr,WXC05973r-Wuh }r.WhNhh]r/Wr0WRr1WjS,j'WjT,jPjV,KjW,GubGj@,)r2W}r3W(hX 2agpe160_cr4WhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C160r5Wh}r6W(XFORMULAr7WX C21H44NO7P1r8WXPUBCHEMr9WX8253r:WXCHARGEr;WjK,XCHEBIrWuh }r?WhNhh]r@WrAWRrBWjS,j8WjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rCW}rDW(hX 2AGPE161tipprEWhX_2 Acyl sn glycero 3 phosphoethanolamine n C161 transporter via facilitated diffusion periplasm rFWh}rGW(XGENE_ASSOCIATIONrHWXSTM3009rIWX SUBSYSTEMrJWXTransport Inner MembranerKWuh }rLWj8,jIWj9,hj:,h]rMWh{arNWRrOWj>,}rPW(j@,)rQW}rRW(hX 2agpe161_prSWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C161rTWh}rUW(XFORMULArVWX C21H42NO7P1rWWXPUBCHEMrXWX8253rYWXCHARGErZWjK,XCHEBIr[WjK,XKEGGr\WXC05973r]Wuh }r^WhNhh]r_Wr`WRraWjS,jWWjT,jPjV,KjW,GubGj@,)rbW}rcW(hX 2agpe161_crdWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C161reWh}rfW(XFORMULArgWX C21H42NO7P1rhWXPUBCHEMriWX8253rjWXCHARGErkWjK,XCHEBIrlWjK,XKEGGrmWXC05973rnWuh }roWhNhh]rpWrqWRrrWjS,jhWjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rsW}rtW(hX 2AGPE180tippruWhX_2 Acyl sn glycero 3 phosphoethanolamine n C180 transporter via facilitated diffusion periplasm rvWh}rwW(XGENE_ASSOCIATIONrxWXSTM3009ryWX SUBSYSTEMrzWXTransport Inner Membraner{Wuh }r|Wj8,jyWj9,hj:,h]r}Wh{ar~WRrWj>,}rW(j@,)rW}rW(hX 2agpe180_prWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C180rWh}rW(XFORMULArWX C23H48NO7P1rWXPUBCHEMrWX8253rWXCHARGErWjK,XCHEBIrWjK,XKEGGrWXC05973rWuh }rWhNhh]rWrWRrWjS,jWjT,jPjV,KjW,GubGj@,)rW}rW(hX 2agpe180_crWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C180rWh}rW(XFORMULArWX C23H48NO7P1rWXPUBCHEMrWX8253rWXCHARGErWjK,XCHEBIrWjK,XKEGGrWXC05973rWuh }rWhNhh]rWrWRrWjS,jWjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rW}rW(hX 2AGPE181tipprWhX_2 Acyl sn glycero 3 phosphoethanolamine n C181 transporter via facilitated diffusion periplasm rWh}rW(XGENE_ASSOCIATIONrWXSTM3009rWX SUBSYSTEMrWXTransport Inner MembranerWuh }rWj8,jWj9,hj:,h]rWh{arWRrWj>,}rW(j@,)rW}rW(hX 2agpe181_prWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C181rWh}rW(XFORMULArWX C23H46NO7P1rWXPUBCHEMrWX8253rWXCHARGErWjK,XCHEBIrWjK,XKEGGrWXC05973rWuh }rWhNhh]rWrWRrWjS,jWjT,jPjV,KjW,GubGj@,)rW}rW(hX 2agpe181_crWhX.2-Acyl-sn-glycero-3-phosphoethanolamine-n-C181rWh}rW(XFORMULArWX C23H46NO7P1rWXPUBCHEMrWX8253rWXCHARGErWjK,XCHEBIrWjK,XKEGGrWXC05973rWuh }rWhNhh]rWrWRrWjS,jWjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rW}rW(hX 2AGPEAT120rWhX:2 acyl glycerophospho ethanolamine acyltransferase n C120 rWh}rW(XGENE_ASSOCIATIONrWXSTM3010rWX SUBSYSTEMrWXGlycerophospholipid MetabolismrWuh }rWj8,jWj9,hj:,h]rWharWRrWj>,}rW(jRGjVGj@,)rW}rW(hXddca_crWhXDodecanoate-n-C120rWh}rW(XFORMULArWXC12H23O2rWXPUBCHEMrWX5649rWXCHARGErWX-1rWXCHEBIrWX30805rWXKEGGrWXC02679rWuh }rWhNhh]rWrWRrWjS,jWjT,jU,jV,JjW,GubGj@,)rW}rW(hXpe120_crWhX,phosphatidylethanolamine-didodecanoyl-n-C120rWh}rW(XFORMULArWX C29H58N1O8P1rWXPUBCHEMrWX3643rWXCHARGErWjK,XCHEBIrWX16038rWXKEGGrXXC00350rXuh }rXhNhh]rXrXRrXjS,jWjT,jU,jV,KjW,GubG?j@,)rX}rX(hXppi_crXhX Diphosphater Xh}r X(XFORMULAr XXHO7P2r XXPUBCHEMr XX3315rXXCHARGErXX-3rXXCHEBIrXX 18361 29888rXXKEGGrXXC00013rXuh }rXhNhh]rXrXRrXjS,j XjT,jU,jV,JjW,GubG?j@,)rX}rX(hXamp_crXhXAMPrXh}rX(XFORMULArXX C10H12N5O7PrXXPUBCHEMr XX3322r!XXCHARGEr"XX-2r#XXCHEBIr$XX16027r%XXKEGGr&XXC00020r'Xuh }r(XhNhh]r)Xr*XRr+XjS,jXjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r,X}r-X(hX 2AGPEAT140r.XhX:2 acyl glycerophospho ethanolamine acyltransferase n C140 r/Xh}r0X(XGENE_ASSOCIATIONr1XXSTM3010r2XX SUBSYSTEMr3XXGlycerophospholipid Metabolismr4Xuh }r5Xj8,j2Xj9,hj:,h]r6Xhar7XRr8Xj>,}r9X(j@,)r:X}r;X(hXttdca_crX(XFORMULAr?XXC14H27O2r@XXPUBCHEMrAXX8659rBXXCHARGErCXX-1rDXXCHEBIrEXX 28875 30807rFXXKEGGrGXXC06424rHXuh }rIXhNhh]rJXrKXRrLXjS,j@XjT,jU,jV,JjW,GubGjVGjRGj@,)rMX}rNX(hXpe140_crOXhX/phosphatidylethanolamine-ditetradecanoyl-n-C140rPXh}rQX(XFORMULArRXX C33H66N1O8P1rSXXPUBCHEMrTXX3643rUXXCHARGErVXjK,XCHEBIrWXX16038rXXXKEGGrYXXC00350rZXuh }r[XhNhh]r\Xr]XRr^XjS,jSXjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)r_X}r`X(hX 2AGPEAT141raXhX:2 acyl glycerophospho ethanolamine acyltransferase n C141 rbXh}rcX(XGENE_ASSOCIATIONrdXXSTM3010reXX SUBSYSTEMrfXXGlycerophospholipid MetabolismrgXuh }rhXj8,jeXj9,hj:,h]riXharjXRrkXj>,}rlX(j@,)rmX}rnX(hXttdcea_croXhXtetradecenoate-n-C141rpXh}rqX(XFORMULArrXXC14H25O2rsXXPUBCHEMrtXjK,XCHARGEruXX-1rvXXCHEBIrwXjK,XKEGGrxXjK,uh }ryXhNhh]rzXr{XRr|XjS,jsXjT,jU,jV,JjW,GubGjWGjRGjXG?jXG?j@,)r}X}r~X(hXpe141_crXhX2phosphatidylethanolamine-ditetradec-7-enoyl-n-C141rXh}rX(XFORMULArXX C33H62N1O8P1rXXPUBCHEMrXX3643rXXCHARGErXjK,XCHEBIrXX16038rXXKEGGrXXC00350rXuh }rXhNhh]rXrXRrXjS,jXjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rX}rX(hX 2AGPEAT160rXhX:2 acyl glycerophospho ethanolamine acyltransferase n C160 rXh}rX(XGENE_ASSOCIATIONrXXSTM3010rXX SUBSYSTEMrXXGlycerophospholipid MetabolismrXuh }rXj8,jXj9,hj:,h]rXharXRrXj>,}rX(j2WGj@,)rX}rX(hXhdca_crXhXHexadecanoate-n-C160rXh}rX(XFORMULArXXC16H31O2rXXPUBCHEMrXX3548rXXCHARGErXX-1rXXCHEBIrXX15756rXXKEGGrXXC00249rXuh }rXhNhh]rXrXRrXjS,jXjT,jU,jV,JjW,GubGjRGj@,)rX}rX(hXpe160_crXhX.phosphatidylethanolamine-dihexadecanoyl-n-C160rXh}rX(XFORMULArXX C37H74N1O8P1rXXPUBCHEMrXX3643rXXCHARGErXjK,XCHEBIrXX16038rXXKEGGrXXC00350rXuh }rXhNhh]rXrXRrXjS,jXjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)rX}rX(hX 2AGPEAT161rXhX:2 acyl glycerophospho ethanolamine acyltransferase n C161 rXh}rX(XGENE_ASSOCIATIONrXXSTM3010rXX SUBSYSTEMrXXGlycerophospholipid MetabolismrXuh }rXj8,jXj9,hj:,h]rXharXRrXj>,}rX(jRGj@,)rX}rX(hXhdcea_crXhXHexadecenoate-n-C161rXh}rX(XFORMULArXXC16H29O2rXXPUBCHEMrXX3548rXXCHARGErXX-1rXXCHEBIrXX15756rXXKEGGrXXC00249rXuh }rXhNhh]rXrXRrXjS,jXjT,jU,jV,JjW,GubGjbWGjXG?j@,)rX}rX(hXpe161_crXhX0phosphatidylethanolamine-dihexadec-9enoyl-n-C161rXh}rX(XFORMULArXX C37H70N1O8P1rXXPUBCHEMrXX3643rXXCHARGErXjK,XCHEBIrXX16038rXXKEGGrXXC00350rXuh }rXhNhh]rXrXRrXjS,jXjT,jU,jV,KjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)rX}rX(hX 2AGPEAT180rXhX:2 acyl glycerophospho ethanolamine acyltransferase n C180 rXh}rX(XGENE_ASSOCIATIONrXXSTM3010rXX SUBSYSTEMrXXGlycerophospholipid MetabolismrXuh }rXj8,jXj9,hj:,h]rXharYRrYj>,}rY(j@,)rY}rY(hXocdca_crYhXoctadecanoate-n-C180rYh}rY(XFORMULArYXC18H35O2r YXPUBCHEMr YX4692r YXCHARGEr YX-1r YXCHEBIrYX25629rYXKEGGrYXC01530rYuh }rYhNhh]rYrYRrYjS,j YjT,jU,jV,JjW,GubGjWGjRGj@,)rY}rY(hXpe180_crYhX.phosphatidylethanolamine-dioctadecanoyl-n-C180rYh}rY(XFORMULArYX C41H82N1O8P1rYXPUBCHEMrYX3643rYXCHARGErYjK,XCHEBIr YX16038r!YXKEGGr"YXC00350r#Yuh }r$YhNhh]r%Yr&YRr'YjS,jYjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)r(Y}r)Y(hX 2AGPEAT181r*YhX:2 acyl glycerophospho ethanolamine acyltransferase n C181 r+Yh}r,Y(XGENE_ASSOCIATIONr-YXSTM3010r.YX SUBSYSTEMr/YXGlycerophospholipid Metabolismr0Yuh }r1Yj8,j.Yj9,hj:,h]r2Yhar3YRr4Yj>,}r5Y(j@,)r6Y}r7Y(hXocdcea_cr8YhXoctadecenoate-n-C181r9Yh}r:Y(XFORMULAr;YXC18H33O2rYXCHARGEr?YX-1r@YXCHEBIrAYX16196rBYXKEGGrCYjK,uh }rDYhNhh]rEYrFYRrGYjS,j,}rgY(j@,)rhY}riY(hX 2agpg120_prjYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C120rkYh}rlY(XFORMULArmYX C18H36O9P1rnYXPUBCHEMroYjK,XCHARGErpYX-1rqYXCHEBIrrYjK,XKEGGrsYjK,uh }rtYhNhh]ruYrvYRrwYjS,jnYjT,jPjV,JjW,GubGj@,)rxY}ryY(hX 2agpg120_crzYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C120r{Yh}r|Y(XFORMULAr}YX C18H36O9P1r~YXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrYRrYjS,j~YjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rY}rY(hX 2AGPG140tipprYhX[2 Acyl sn glycero 3 phosphoglycerol n C140 transporter via facilitated diffusion periplasm rYh}rY(XGENE_ASSOCIATIONrYXSTM3009rYX SUBSYSTEMrYXTransport Inner MembranerYuh }rYj8,jYj9,hj:,h]rYh{arYRrYj>,}rY(j@,)rY}rY(hX 2agpg140_prYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C140rYh}rY(XFORMULArYX C20H40O9P1rYXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrYRrYjS,jYjT,jPjV,JjW,GubGj@,)rY}rY(hX 2agpg140_crYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C140rYh}rY(XFORMULArYX C20H40O9P1rYXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrYRrYjS,jYjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rY}rY(hX 2AGPG141tipprYhX[2 Acyl sn glycero 3 phosphoglycerol n C141 transporter via facilitated diffusion periplasm rYh}rY(XGENE_ASSOCIATIONrYXSTM3009rYX SUBSYSTEMrYXTransport Inner MembranerYuh }rYj8,jYj9,hj:,h]rYh{arYRrYj>,}rY(j@,)rY}rY(hX 2agpg141_prYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C141rYh}rY(XFORMULArYX C20H38O9P1rYXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrYRrYjS,jYjT,jPjV,JjW,GubGj@,)rY}rY(hX 2agpg141_crYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C141rYh}rY(XFORMULArYX C20H38O9P1rYXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrYRrYjS,jYjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rY}rY(hX 2AGPG160tipprYhX[2 Acyl sn glycero 3 phosphoglycerol n C160 transporter via facilitated diffusion periplasm rYh}rY(XGENE_ASSOCIATIONrYXSTM3009rYX SUBSYSTEMrYXTransport Inner MembranerYuh }rYj8,jYj9,hj:,h]rYh{arYRrYj>,}rY(j@,)rY}rY(hX 2agpg160_prYhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C160rYh}rY(XFORMULArYX C22H44O9P1rYXPUBCHEMrYjK,XCHARGErYX-1rYXCHEBIrYjK,XKEGGrYjK,uh }rYhNhh]rYrZRrZjS,jYjT,jPjV,JjW,GubGj@,)rZ}rZ(hX 2agpg160_crZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C160rZh}rZ(XFORMULArZX C22H44O9P1rZXPUBCHEMr ZjK,XCHARGEr ZX-1r ZXCHEBIr ZjK,XKEGGr ZjK,uh }rZhNhh]rZrZRrZjS,jZjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}rZ(hX 2AGPG161tipprZhX[2 Acyl sn glycero 3 phosphoglycerol n C161 transporter via facilitated diffusion periplasm rZh}rZ(XGENE_ASSOCIATIONrZXSTM3009rZX SUBSYSTEMrZXTransport Inner MembranerZuh }rZj8,jZj9,hj:,h]rZh{arZRrZj>,}rZ(j@,)r Z}r!Z(hX 2agpg161_pr"ZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C161r#Zh}r$Z(XFORMULAr%ZX C22H42O9P1r&ZXPUBCHEMr'ZjK,XCHARGEr(ZX-1r)ZXCHEBIr*ZjK,XKEGGr+ZjK,uh }r,ZhNhh]r-Zr.ZRr/ZjS,j&ZjT,jPjV,JjW,GubGj@,)r0Z}r1Z(hX 2agpg161_cr2ZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C161r3Zh}r4Z(XFORMULAr5ZX C22H42O9P1r6ZXPUBCHEMr7ZjK,XCHARGEr8ZX-1r9ZXCHEBIr:ZjK,XKEGGr;ZjK,uh }rZRr?ZjS,j6ZjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r@Z}rAZ(hX 2AGPG180tipprBZhX[2 Acyl sn glycero 3 phosphoglycerol n C180 transporter via facilitated diffusion periplasm rCZh}rDZ(XGENE_ASSOCIATIONrEZXSTM3009rFZX SUBSYSTEMrGZXTransport Inner MembranerHZuh }rIZj8,jFZj9,hj:,h]rJZh{arKZRrLZj>,}rMZ(j@,)rNZ}rOZ(hX 2agpg180_prPZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C180rQZh}rRZ(XFORMULArSZX C24H48O9P1rTZXPUBCHEMrUZjK,XCHARGErVZX-1rWZXCHEBIrXZjK,XKEGGrYZjK,uh }rZZhNhh]r[Zr\ZRr]ZjS,jTZjT,jPjV,JjW,GubGj@,)r^Z}r_Z(hX 2agpg180_cr`ZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C180raZh}rbZ(XFORMULArcZX C24H48O9P1rdZXPUBCHEMreZjK,XCHARGErfZX-1rgZXCHEBIrhZjK,XKEGGriZjK,uh }rjZhNhh]rkZrlZRrmZjS,jdZjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rnZ}roZ(hX 2AGPG181tipprpZhX[2 Acyl sn glycero 3 phosphoglycerol n C181 transporter via facilitated diffusion periplasm rqZh}rrZ(XGENE_ASSOCIATIONrsZXSTM3009rtZX SUBSYSTEMruZXTransport Inner MembranervZuh }rwZj8,jtZj9,hj:,h]rxZh{aryZRrzZj>,}r{Z(j@,)r|Z}r}Z(hX 2agpg181_pr~ZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C181rZh}rZ(XFORMULArZX C24H46O9P1rZXPUBCHEMrZjK,XCHARGErZX-1rZXCHEBIrZjK,XKEGGrZjK,uh }rZhNhh]rZrZRrZjS,jZjT,jPjV,JjW,GubGj@,)rZ}rZ(hX 2agpg181_crZhX*2-Acyl-sn-glycero-3-phosphoglycerol-n-C181rZh}rZ(XFORMULArZX C24H46O9P1rZXPUBCHEMrZjK,XCHARGErZX-1rZXCHEBIrZjK,XKEGGrZjK,uh }rZhNhh]rZrZRrZjS,jZjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}rZ(hX 2AGPGAT120rZhX62 acyl glycerophospho glycerol acyltransferase n C120 rZh}rZ(XGENE_ASSOCIATIONrZXSTM3010rZX SUBSYSTEMrZXGlycerophospholipid MetabolismrZuh }rZj8,jZj9,hj:,h]rZharZRrZj>,}rZ(jRGjxYGjWGj@,)rZ}rZ(hXpg120_crZhX(Phosphatidylglycerol-didodecanoyl-n-C120rZh}rZ(XFORMULArZX C30H58O10P1rZXPUBCHEMrZX3637rZXCHARGErZX-1rZXCHEBIrZjK,XKEGGrZXC00344rZuh }rZhNhh]rZrZRrZjS,jZjT,jU,jV,JjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)rZ}rZ(hX 2AGPGAT140rZhX62 acyl glycerophospho glycerol acyltransferase n C140 rZh}rZ(XGENE_ASSOCIATIONrZXSTM3010rZX SUBSYSTEMrZXGlycerophospholipid MetabolismrZuh }rZj8,jZj9,hj:,h]rZharZRrZj>,}rZ(jRGj:XGjYGjXG?j@,)rZ}rZ(hXpg140_crZhX+Phosphatidylglycerol-ditetradecanoyl-n-C140rZh}rZ(XFORMULArZX C34H66O10P1rZXPUBCHEMrZX3637rZXCHARGErZX-1rZXCHEBIrZjK,XKEGGrZXC00344rZuh }rZhNhh]rZrZRrZjS,jZjT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)rZ}rZ(hX 2AGPGAT141rZhX62 acyl glycerophospho glycerol acyltransferase n C141 rZh}rZ(XGENE_ASSOCIATIONrZXSTM3010rZX SUBSYSTEMrZXGlycerophospholipid MetabolismrZuh }rZj8,jZj9,hj:,h]rZharZRrZj>,}rZ(jRGjYGjmXGjXG?jXG?j@,)rZ}rZ(hXpg141_crZhX.Phosphatidylglycerol-ditetradec-7-enoyl-n-C141rZh}rZ(XFORMULArZX C34H62O10P1rZXPUBCHEMrZX3637rZXCHARGErZX-1rZXCHEBIrZjK,XKEGGrZXC00344rZuh }rZhNhh]rZrZRrZjS,jZjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}rZ(hX 2AGPGAT160rZhX62 acyl glycerophospho glycerol acyltransferase n C160 rZh}r[(XGENE_ASSOCIATIONr[XSTM3010r[X SUBSYSTEMr[XGlycerophospholipid Metabolismr[uh }r[j8,j[j9,hj:,h]r[har[Rr[j>,}r [(jRGjZGjXGjXG?jXG?j@,)r [}r [(hXpg160_cr [hX*Phosphatidylglycerol-dihexadecanoyl-n-C160r [h}r[(XFORMULAr[X C38H74O10P1r[XPUBCHEMr[X3637r[XCHARGEr[X-1r[XCHEBIr[jK,XKEGGr[XC00344r[uh }r[hNhh]r[r[RrS,j[jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r[}r[(hX 2AGPGAT161r[hX62 acyl glycerophospho glycerol acyltransferase n C161 r[h}r [(XGENE_ASSOCIATIONr![XSTM3010r"[X SUBSYSTEMr#[XGlycerophospholipid Metabolismr$[uh }r%[j8,j"[j9,hj:,h]r&[har'[Rr([j>,}r)[(jRGjXGj0ZGjXG?jXG?j@,)r*[}r+[(hXpg161_cr,[hX-Phosphatidylglycerol-dihexadec-9-enoyl-n-C161r-[h}r.[(XFORMULAr/[X C38H70O10P1r0[XPUBCHEMr1[X3637r2[XCHARGEr3[X-1r4[XCHEBIr5[jK,XKEGGr6[XC00344r7[uh }r8[hNhh]r9[r:[Rr;[jS,j0[jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r<[}r=[(hX 2AGPGAT180r>[hX62 acyl glycerophospho glycerol acyltransferase n C180 r?[h}r@[(XGENE_ASSOCIATIONrA[XSTM3010rB[X SUBSYSTEMrC[XGlycerophospholipid MetabolismrD[uh }rE[j8,jB[j9,hj:,h]rF[harG[RrH[j>,}rI[(jRGjYGj^ZGjXG?j@,)rJ[}rK[(hXpg180_crL[hX*Phosphatidylglycerol-dioctadecanoyl-n-C180rM[h}rN[(XFORMULArO[X C42H82O10P1rP[XPUBCHEMrQ[X3637rR[XCHARGErS[X-1rT[XCHEBIrU[jK,XKEGGrV[XC00344rW[uh }rX[hNhh]rY[rZ[Rr[[jS,jP[jT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)r\[}r][(hX 2AGPGAT181r^[hX62 acyl glycerophospho glycerol acyltransferase n C181 r_[h}r`[(XGENE_ASSOCIATIONra[XSTM3010rb[X SUBSYSTEMrc[XGlycerophospholipid Metabolismrd[uh }re[j8,jb[j9,hj:,h]rf[harg[Rrh[j>,}ri[(j6YGjZGjRGj@,)rj[}rk[(hXpg181_crl[hX.Phosphatidylglycerol-dioctadec-11-enoyl-n-C181rm[h}rn[(XFORMULAro[X C42H78O10P1rp[XPUBCHEMrq[X3637rr[XCHARGErs[X-1rt[XCHEBIru[jK,XKEGGrv[XC00344rw[uh }rx[hNhh]ry[rz[Rr{[jS,jp[jT,jU,jV,JjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)r|[}r}[(hX2DGLCNRxr~[hX%2 dehydro D gluconate reductase NADH r[h}r[(XGENE_ASSOCIATIONr[XSTM3646r[X SUBSYSTEMr[XAlternate Carbon Metabolismr[uh }r[j8,j[j9,hj:,h]r[har[Rr[j>,}r[(j@,)r[}r[(hXnadh_cr[hX*Nicotinamide-adenine-dinucleotide--reducedr[h}r[(XFORMULAr[X C21H27N7O14P2r[XPUBCHEMr[X3306r[XCHARGEr[X-2r[XCHEBIr[X16908r[XKEGGr[XC00004r[uh }r[hNhh]r[r[Rr[jS,j[jT,jU,jV,JjW,GubGj@,)r[}r[(hX 2dhglcn_cr[hX2-Dehydro-D-gluconater[h}r[(XFORMULAr[XC6H9O7r[XPUBCHEMr[X3902r[XCHARGEr[X-1r[XCHEBIr[X16808r[XKEGGr[XC00629r[uh }r[hNhh]r[r[Rr[jS,j[jT,jU,jV,JjW,GubGjRGj@,)r[}r[(hXnad_cr[hX!Nicotinamide-adenine-dinucleotider[h}r[(XFORMULAr[X C21H26N7O14P2r[XPUBCHEMr[X3305r[XCHARGEr[X-1r[XCHEBIr[X15846r[XKEGGr[XC00003r[uh }r[hNhh]r[r[Rr[jS,j[jT,jU,jV,JjW,GubG?j@,)r[}r[(hXglcn_cr[hX D-Gluconater[h}r[(XFORMULAr[XC6H11O7r[XPUBCHEMr[X3556r[XCHARGEr[X-1r[XCHEBIr[X33198r[XKEGGr[XC00257r[uh }r[hNhh]r[r[Rr[jS,j[jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r[}r[(hX2DGLCNRyr[hX&2 dehydro D gluconate reductase NADPH r[h}r[(XGENE_ASSOCIATIONr[XSTM3646r[X SUBSYSTEMr[XAlternate Carbon Metabolismr[uh }r[j8,j[j9,hj:,h]r[har[Rr[j>,}r[(j[GjRGj@,)r[}r[(hXnadph_cr[hX4Nicotinamide-adenine-dinucleotide-phosphate--reducedr[h}r[(XFORMULAr[X C21H26N7O17P3r[XPUBCHEMr[X3307r[XCHARGEr[X-4r[XCHEBIr[X16474r[XKEGGr[XC00005r[uh }r[hNhh]r[r[Rr[jS,j[jT,jU,jV,JjW,GubGj[G?j@,)r[}r[(hXnadp_cr[hX+Nicotinamide-adenine-dinucleotide-phosphater[h}r[(XFORMULAr[X C21H25N7O17P3r[XPUBCHEMr[X3308r[XCHARGEr\X-3r\XCHEBIr\X18009r\XKEGGr\XC00006r\uh }r\hNhh]r\r\Rr \jS,j[jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r \}r \(hX2DGULRxr \hX$2 dehydro L gulonate reductase NADH r \h}r\(XGENE_ASSOCIATIONr\XSTM3646r\X SUBSYSTEMr\XAlternate Carbon Metabolismr\uh }r\j8,j\j9,hj:,h]r\har\Rr\j>,}r\(j@,)r\}r\(hX 2dhguln_cr\hX2-Dehydro-L-gulonater\h}r\(XFORMULAr\XC6H9O7r\XPUBCHEMr\X3458r \XCHARGEr!\X-1r"\XCHEBIr#\X30769r$\XKEGGr%\jK,uh }r&\hNhh]r'\r(\Rr)\jS,j\jT,jU,jV,JjW,GubGj[GjRGj@,)r*\}r+\(hX idon__L_cr,\hX L-Idonater-\h}r.\(XFORMULAr/\XC6H11O7r0\XPUBCHEMr1\X4032r2\XCHARGEr3\X-1r4\XCHEBIr5\X17796r6\XKEGGr7\XC00770r8\uh }r9\hNhh]r:\r;\Rr<\jS,j0\jT,jU,jV,JjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)r=\}r>\(hX2DGULRyr?\hX%2 dehydro L gulonate reductase NADPH r@\h}rA\(XGENE_ASSOCIATIONrB\XSTM3646rC\X SUBSYSTEMrD\XAlternate Carbon MetabolismrE\uh }rF\j8,jC\j9,hj:,h]rG\harH\RrI\j>,}rJ\(j\Gj[GjRGj*\G?j[G?uhNjX,GjY,G@@ubj0,)rK\}rL\(hX2MAHMPrM\hX82 Methyl 4 amino 5 hydroxymethylpyrimidine diphosphataserN\h}rO\(XGENE_ASSOCIATIONrP\X( STM0457 or STM1235 )rQ\X SUBSYSTEMrR\X*Cofactor and Prosthetic Group BiosynthesisrS\uh }rT\j8,XSTM0457 or STM1235rU\j9,hj:,h]rV\(hherW\RrX\j>,}rY\(j@,)rZ\}r[\(hX2mahmp_cr\\hX62-Methyl-4-amino-5-hydroxymethylpyrimidine-diphosphater]\h}r^\(XFORMULAr_\X C6H8N3O7P2r`\XPUBCHEMra\X7322rb\XCHARGErc\X-3rd\XCHEBIre\X16629rf\XKEGGrg\XC04752rh\uh }ri\hNhh]rj\rk\Rrl\jS,j`\jT,jU,jV,JjW,GubGjRGj@,)rm\}rn\(hX4ampm_cro\hX*4-Amino-2-methyl-5-phosphomethylpyrimidinerp\h}rq\(XFORMULArr\X C6H8N3O4Prs\XPUBCHEMrt\X7161ru\XCHARGErv\X-2rw\XCHEBIrx\X18032ry\XKEGGrz\XC04556r{\uh }r|\hNhh]r}\r~\Rr\jS,js\jT,jU,jV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r\}r\(hX 34dhpactexr\hXOdihydroxyphenylacetaldehyde transport via diffusion extracellular to periplasm r\h}r\(XGENE_ASSOCIATIONr\X2( STM0320 or STM0999 or STM1473 or STM2267 )r\X SUBSYSTEMr\XTransport Outer Membrane Porinr\uh }r\j8,X.STM0320 or STM0999 or STM1473 or STM2267r\j9,hj:,h]r\(h*hh3h!er\Rr\j>,}r\(j@,)r\}r\(hX 34dhpac_er\hX3-4-Dihydroxyphenylacetaldehyder\h}r\(XFORMULAr\XC8H8O3r\XPUBCHEMr\X6744r\XCHARGEr\jK,XCHEBIr\jK,XKEGGr\XC04043r\uh }r\hNhh]r\r\Rr\jS,j\jT,j,jV,KjW,GubGj@,)r\}r\(hX 34dhpac_pr\hX3-4-Dihydroxyphenylacetaldehyder\h}r\(XFORMULAr\XC8H8O3r\XPUBCHEMr\X6744r\XCHARGEr\jK,XCHEBIr\jK,XKEGGr\XC04043r\uh }r\hNhh]r\r\Rr\jS,j\jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r\}r\(hX3AMPtexr\hX83AMP transport via diffusion extracellular to periplasm r\h}r\(XGENE_ASSOCIATIONr\X2( STM0320 or STM0999 or STM1473 or STM2267 )r\X SUBSYSTEMr\XTransport Outer Membrane Porinr\uh }r\j8,X.STM0320 or STM0999 or STM1473 or STM2267r\j9,hj:,h]r\(h*hh3h!er\Rr\j>,}r\(j@,)r\}r\(hX3amp_er\hX3-AMPr\h}r\(XFORMULAr\X C10H12N5O7Pr\XPUBCHEMr\X4566r\XCHARGEr\X-2r\XCHEBIr\X28931r\XKEGGr\XC01367r\uh }r\hNhh]r\r\Rr\jS,j\jT,j,jV,JjW,GubGjTG?uhNjX,G@jY,G@@ubj0,)r\}r\(hX3CMPtexr\hX83CMP transport via diffusion extracellular to periplasm r\h}r\(XGENE_ASSOCIATIONr\X2( STM0320 or STM0999 or STM1473 or STM2267 )r\X SUBSYSTEMr\XTransport Outer Membrane Porinr\uh }r\j8,X.STM0320 or STM0999 or STM1473 or STM2267r\j9,hj:,h]r\(h*hh3h!er\Rr\j>,}r\(j@,)r\}r\(hX3cmp_er\hX3-cmpr\h}r\(XFORMULAr\X C9H12N3O8Pr\XPUBCHEMr\X8117r\XCHARGEr\X-2r\XCHEBIr\jK,XKEGGr\XC05822r\uh }r\hNhh]r\r\Rr\jS,j\jT,j,jV,JjW,GubGjTG?uhNjX,G@jY,G@@ubj0,)r\}r\(hX3GMPtexr\hX83GMP transport via diffusion extracellular to periplasm r\h}r\(XGENE_ASSOCIATIONr\X2( STM0320 or STM1473 or STM2267 or STM0999 )r\X SUBSYSTEMr\XTransport Outer Membrane Porinr\uh }r\j8,X.STM0320 or STM1473 or STM2267 or STM0999r\j9,hj:,h]r\(h!h*hh3er]Rr]j>,}r](j@,)r]}r](hX3gmp_er]hX3-GMPr]h}r](XFORMULAr]X C10H12N5O8Pr ]XPUBCHEMr ]X8443r ]XCHARGEr ]X-2r ]XCHEBIr]jK,XKEGGr]XC06193r]uh }r]hNhh]r]r]Rr]jS,j ]jT,j,jV,JjW,GubGjTG?uhNjX,G@jY,G@@ubj0,)r]}r](hX3HAD100r]hX63 hydroxyacyl acyl carrier protein dehydratase n C100 r]h}r](XGENE_ASSOCIATIONr]X( STM1067 or STM0227 )r]X SUBSYSTEMr]XCell Envelope Biosynthesisr]uh }r]j8,XSTM1067 or STM0227r]j9,hj:,h]r ](hher!]Rr"]j>,}r#](j@,)r$]}r%](hX 3hdecACP_cr&]hX(R-3-Hydroxydecanoyl-acyl-carrier-proteinr']h}r(](XFORMULAr)]X C21H39N2O9PRSr*]XPUBCHEMr+]X7209r,]XCHARGEr-]X-1r.]XCHEBIr/]jK,XKEGGr0]XC04619r1]uh }r2]hNhh]r3]r4]Rr5]jS,j*]jT,jU,jV,JjW,GubGjRG?j@,)r6]}r7](hX tdec2eACP_cr8]hX&trans-Dec-2-enoyl-acyl-carrier-proteinr9]h}r:](XFORMULAr;]X C21H37N2O8PRSr<]XPUBCHEMr=]X8049r>]XCHARGEr?]X-1r@]XCHEBIrA]jK,XKEGGrB]XC05754rC]uh }rD]hNhh]rE]rF]RrG]jS,j<]jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rH]}rI](hX3HAD120rJ]hX63 hydroxyacyl acyl carrier protein dehydratase n C120 rK]h}rL](XGENE_ASSOCIATIONrM]X( STM1067 or STM0227 )rN]X SUBSYSTEMrO]XCell Envelope BiosynthesisrP]uh }rQ]j8,XSTM1067 or STM0227rR]j9,hj:,h]rS](hherT]RrU]j>,}rV](j@,)rW]}rX](hX 3hddecACP_crY]hX*R-3-Hydroxydodecanoyl-acyl-carrier-proteinrZ]h}r[](XFORMULAr\]X C23H43N2O9PRSr]]XPUBCHEMr^]X8052r_]XCHARGEr`]X-1ra]XCHEBIrb]jK,XKEGGrc]XC05757rd]uh }re]hNhh]rf]rg]Rrh]jS,j]]jT,jU,jV,JjW,GubGjRG?j@,)ri]}rj](hX tddec2eACP_crk]hX(trans-Dodec-2-enoyl-acyl-carrier-proteinrl]h}rm](XFORMULArn]X C23H41N2O8PRSro]XPUBCHEMrp]X8053rq]XCHARGErr]X-1rs]XCHEBIrt]jK,XKEGGru]XC05758rv]uh }rw]hNhh]rx]ry]Rrz]jS,jo]jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r{]}r|](hX3HAD121r}]hX63 hydroxyacyl acyl carrier protein dehydratase n C121 r~]h}r](XGENE_ASSOCIATIONr]X( STM0227 or STM1067 )r]X SUBSYSTEMr]XCell Envelope Biosynthesisr]uh }r]j8,XSTM0227 or STM1067r]j9,hj:,h]r](hher]Rr]j>,}r](j@,)r]}r](hX3hcddec5eACP_cr]hX2R-3-hydroxy-cis-dodec-5-enoyl-acyl-carrier-proteinr]h}r](XFORMULAr]X C23H41N2O9PRSr]XPUBCHEMr]jK,XCHARGEr]X-1r]XCHEBIr]jK,XKEGGr]jK,uh }r]hNhh]r]r]Rr]jS,j]jT,jU,jV,JjW,GubGj@,)r]}r](hXt3c5ddeceACP_cr]hX-trans-3-cis-5-dodecenoyl-acyl-carrier-proteinr]h}r](XFORMULAr]X C23H39N2O8PRSr]XPUBCHEMr]jK,XCHARGEr]X-1r]XCHEBIr]jK,XKEGGr]jK,uh }r]hNhh]r]r]Rr]jS,j]jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r]}r](hX3HAD140r]hX63 hydroxyacyl acyl carrier protein dehydratase n C140 r]h}r](XGENE_ASSOCIATIONr]X( STM1067 or STM0227 )r]X SUBSYSTEMr]XCell Envelope Biosynthesisr]uh }r]j8,XSTM1067 or STM0227r]j9,hj:,h]r](hher]Rr]j>,}r](j@,)r]}r](hX 3hmrsACP_cr]hX-R-3-Hydroxytetradecanoyl-acyl-carrier-proteinr]h}r](XFORMULAr]X C25H47N2O9PRSr]XPUBCHEMr]X7269r]XCHARGEr]X-1r]XCHEBIr]jK,XKEGGr]XC04688r]uh }r]hNhh]r]r]Rr]jS,j]jT,jU,jV,JjW,GubGjRG?j@,)r]}r](hX tmrs2eACP_cr]hX+trans-Tetradec-2-enoyl-acyl-carrier-proteinr]h}r](XFORMULAr]X C25H45N2O8PRSr]XPUBCHEMr]X8055r]XCHARGEr]X-1r]XCHEBIr]jK,XKEGGr]XC05760r]uh }r]hNhh]r]r]Rr]jS,j]jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r]}r](hX3HAD141r]hX63 hydroxyacyl acyl carrier protein dehydratase n C141 r]h}r](XGENE_ASSOCIATIONr]X( STM1067 or STM0227 )r]X SUBSYSTEMr]XCell Envelope Biosynthesisr]uh }r]j8,XSTM1067 or STM0227r]j9,hj:,h]r](hher]Rr]j>,}r](j@,)r]}r](hX 3hcmrs7eACP_cr]hX4R-3-hydroxy-cis-myristol-7-eoyl-acyl-carrier-proteinr]h}r](XFORMULAr]X C25H45N2O9PRSr]XPUBCHEMr]jK,XCHARGEr]X-1r]XCHEBIr]jK,XKEGGr]jK,uh }r]hNhh]r]r]Rr]jS,j]jT,jU,jV,JjW,GubGj@,)r]}r](hX t3c7mrseACP_cr]hX/trans-3-cis-7-myristoleoyl-acyl-carrier-proteinr]h}r^(XFORMULAr^X C25H43N2O8PRSr^XPUBCHEMr^jK,XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^jK,uh }r^hNhh]r ^r ^Rr ^jS,j^jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r ^}r ^(hX3HAD160r^hX63 hydroxyacyl acyl carrier protein dehydratase n C160 r^h}r^(XGENE_ASSOCIATIONr^X( STM1067 or STM0227 )r^X SUBSYSTEMr^XCell Envelope Biosynthesisr^uh }r^j8,XSTM1067 or STM0227r^j9,hj:,h]r^(hher^Rr^j>,}r^(j@,)r^}r^(hX 3hpalmACP_cr^hX)R-3-hydroxypalmitoyl-acyl-carrier-proteinr^h}r^(XFORMULAr ^X C27H51N2O9PRSr!^XPUBCHEMr"^X7222r#^XCHARGEr$^X-1r%^XCHEBIr&^jK,XKEGGr'^XC04633r(^uh }r)^hNhh]r*^r+^Rr,^jS,j!^jT,jU,jV,JjW,GubGj@,)r-^}r.^(hX tpalm2eACP_cr/^hX*trans-Hexadec-2-enoyl-acyl-carrier-proteinr0^h}r1^(XFORMULAr2^X C27H49N2O8PRSr3^XPUBCHEMr4^X8058r5^XCHARGEr6^X-1r7^XCHEBIr8^jK,XKEGGr9^XC05763r:^uh }r;^hNhh]r<^r=^Rr>^jS,j3^jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r?^}r@^(hX3HAD161rA^hX63 hydroxyacyl acyl carrier protein dehydratase n C161 rB^h}rC^(XGENE_ASSOCIATIONrD^X( STM0227 or STM1067 )rE^X SUBSYSTEMrF^XCell Envelope BiosynthesisrG^uh }rH^j8,XSTM0227 or STM1067rI^j9,hj:,h]rJ^(hherK^RrL^j>,}rM^(j@,)rN^}rO^(hX3hcpalm9eACP_crP^hX0R-3-hydroxy-cis-palm-9-eoyl-acyl-carrier-proteinrQ^h}rR^(XFORMULArS^X C27H49N2O9PRSrT^XPUBCHEMrU^jK,XCHARGErV^X-1rW^XCHEBIrX^jK,XKEGGrY^jK,uh }rZ^hNhh]r[^r\^Rr]^jS,jT^jT,jU,jV,JjW,GubGjRG?j@,)r^^}r_^(hXt3c9palmeACP_cr`^hX/trans-3-cis-9-palmitoleoyl-acyl-carrier-proteinra^h}rb^(XFORMULArc^X C27H47N2O8PRSrd^XPUBCHEMre^jK,XCHARGErf^X-1rg^XCHEBIrh^jK,XKEGGri^jK,uh }rj^hNhh]rk^rl^Rrm^jS,jd^jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rn^}ro^(hX3HAD180rp^hX63 hydroxyacyl acyl carrier protein dehydratase n C180 rq^h}rr^(XGENE_ASSOCIATIONrs^X( STM1067 or STM0227 )rt^X SUBSYSTEMru^XCell Envelope Biosynthesisrv^uh }rw^j8,XSTM1067 or STM0227rx^j9,hj:,h]ry^(hherz^Rr{^j>,}r|^(j@,)r}^}r~^(hX 3hoctaACP_cr^hX,R-3-Hydroxyoctadecanoyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C29H55N2O9PRSr^XPUBCHEMr^jK,XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^jK,uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubGj@,)r^}r^(hX toctd2eACP_cr^hX*trans-octadec-2-enoyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C29H53N2O8PRSr^XPUBCHEMr^jK,XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^jK,uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r^}r^(hX3HAD181r^hX63 hydroxyacyl acyl carrier protein dehydratase n C181 r^h}r^(XGENE_ASSOCIATIONr^X( STM0227 or STM1067 )r^X SUBSYSTEMr^XCell Envelope Biosynthesisr^uh }r^j8,XSTM0227 or STM1067r^j9,hj:,h]r^(hher^Rr^j>,}r^(j@,)r^}r^(hX3hcvac11eACP_cr^hX2R-3-hydroxy-cis-vacc-11-enoyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C29H53N2O9PRSr^XPUBCHEMr^jK,XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^jK,uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubGjRG?j@,)r^}r^(hXt3c11vaceACP_cr^hX,trans-3-cis-11-vacceoyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C29H51N2O8PRSr^XPUBCHEMr^jK,XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^jK,uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r^}r^(hX3HAD40r^hX53 hydroxyacyl acyl carrier protein dehydratase n C40 r^h}r^(XGENE_ASSOCIATIONr^X( STM1067 or STM0227 )r^X SUBSYSTEMr^XCell Envelope Biosynthesisr^uh }r^j8,XSTM1067 or STM0227r^j9,hj:,h]r^(hher^Rr^j>,}r^(j@,)r^}r^(hX3haACP_cr^hX%3R-3-Hydroxyacyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C15H27N2O9PRSr^XPUBCHEMr^X4490r^XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^XC01271r^uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubGj@,)r^}r^(hX but2eACP_cr^hX But-2-enoyl-acyl-carrier-proteinr^h}r^(XFORMULAr^X C15H25N2O8PRSr^XPUBCHEMr^X6911r^XCHARGEr^X-1r^XCHEBIr^jK,XKEGGr^XC04246r^uh }r^hNhh]r^r^Rr^jS,j^jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r^}r_(hX3HAD60r_hX53 hydroxyacyl acyl carrier protein dehydratase n C60 r_h}r_(XGENE_ASSOCIATIONr_X( STM1067 or STM0227 )r_X SUBSYSTEMr_XCell Envelope Biosynthesisr_uh }r_j8,XSTM1067 or STM0227r _j9,hj:,h]r _(hher _Rr _j>,}r _(j@,)r_}r_(hX 3hhexACP_cr_hX(R-3-Hydroxyhexanoyl-acyl-carrier-proteinr_h}r_(XFORMULAr_X C17H31N2O9PRSr_XPUBCHEMr_X8042r_XCHARGEr_X-1r_XCHEBIr_jK,XKEGGr_XC05747r_uh }r_hNhh]r_r_Rr_jS,j_jT,jU,jV,JjW,GubGj@,)r _}r!_(hX thex2eACP_cr"_hX&trans-Hex-2-enoyl-acyl-carrier-proteinr#_h}r$_(XFORMULAr%_X C17H29N2O8PRSr&_XPUBCHEMr'_X8043r(_XCHARGEr)_X-1r*_XCHEBIr+_jK,XKEGGr,_XC05748r-_uh }r._hNhh]r/_r0_Rr1_jS,j&_jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r2_}r3_(hX3HAD80r4_hX53 hydroxyacyl acyl carrier protein dehydratase n C80 r5_h}r6_(XGENE_ASSOCIATIONr7_X( STM1067 or STM0227 )r8_X SUBSYSTEMr9_XCell Envelope Biosynthesisr:_uh }r;_j8,XSTM1067 or STM0227r<_j9,hj:,h]r=_(hher>_Rr?_j>,}r@_(j@,)rA_}rB_(hX 3hoctACP_crC_hX(R-3-Hydroxyoctanoyl-acyl-carrier-proteinrD_h}rE_(XFORMULArF_X C19H35N2O9PRSrG_XPUBCHEMrH_X7210rI_XCHARGErJ_X-1rK_XCHEBIrL_jK,XKEGGrM_XC04620rN_uh }rO_hNhh]rP_rQ_RrR_jS,jG_jT,jU,jV,JjW,GubGj@,)rS_}rT_(hX toct2eACP_crU_hX&trans-Oct-2-enoyl-acyl-carrier-proteinrV_h}rW_(XFORMULArX_X C19H33N2O8PRSrY_XPUBCHEMrZ_X8046r[_XCHARGEr\_X-1r]_XCHEBIr^_jK,XKEGGr__XC05751r`_uh }ra_hNhh]rb_rc_Rrd_jS,jY_jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)re_}rf_(hX3KGKrg_hX3 keto L gulonate kinaserh_h}ri_(XGENE_ASSOCIATIONrj_XSTM3674rk_X SUBSYSTEMrl_XAlternate Carbon Metabolismrm_uh }rn_j8,jk_j9,hj:,h]ro_harp_Rrq_j>,}rr_(j@,)rs_}rt_(hX 3dhguln_cru_hX3-Dehydro-L-gulonaterv_h}rw_(XFORMULArx_XC6H9O7ry_XPUBCHEMrz_X3892r{_XCHARGEr|_X-1r}_XCHEBIr~_X16142r_XKEGGr_XC00618r_uh }r_hNhh]r_r_Rr_jS,jy_jT,jU,jV,JjW,GubGjRGj@,)r_}r_(hX 3dhgulnp_cr_hX3-keto-L-gulonate-6-phosphater_h}r_(XFORMULAr_XC6H8O10Pr_XPUBCHEMr_jK,XCHARGEr_X-3r_XCHEBIr_jK,XKEGGr_XC14899r_uh }r_hNhh]r_r_Rr_jS,j_jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r_}r_(hX3NTD2ppr_hX3 nucleotidase UMP periplasm r_h}r_(XGENE_ASSOCIATIONr_XSTM4403r_X SUBSYSTEMr_XNucleotide Salvage Pathwayr_uh }r_j8,j_j9,hj:,h]r_hrar_Rr_j>,}r_(j~TGjlTGj@,)r_}r_(hXuri_pr_hXUridiner_h}r_(XFORMULAr_X C9H12N2O6r_XPUBCHEMr_X3593r_XCHARGEr_jK,XCHEBIr_X16704r_XKEGGr_XC00299r_uh }r_hNhh]r_r_Rr_jS,j_jT,jPjV,KjW,GubG?j@,)r_}r_(hXpi_pr_hX Phosphater_h}r_(XFORMULAr_XHO4Pr_XPUBCHEMr_X3311r_XCHARGEr_X-2r_XCHEBIr_X18367r_XKEGGr_XC00009r_uh }r_hNhh]r_r_Rr_jS,j_jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r_}r_(hX3NTD4ppr_hX3 nucleotidase CMP periplasm r_h}r_(XGENE_ASSOCIATIONr_X( STM4403 or STM2927 )r_X SUBSYSTEMr_XNucleotide Salvage Pathwayr_uh }r_j8,XSTM4403 or STM2927r_j9,hj:,h]r_(hrher_Rr_j>,}r_(jTGjlTGj_G?j@,)r_}r_(hXcytd_pr_hXCytidiner_h}r_(XFORMULAr_X C9H13N3O5r_XPUBCHEMr_X3758r_XCHARGEr_jK,XCHEBIr_X17562r_XKEGGr_XC00475r_uh }r_hNhh]r_r_Rr_jS,j_jT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r_}r_(hX3NTD7ppr_hX3 nucleotidase AMP periplasm r_h}r_(XGENE_ASSOCIATIONr_X( STM4403 or STM2927 )r_X SUBSYSTEMr_XNucleotide Salvage Pathwayr_uh }r_j8,XSTM4403 or STM2927r_j9,hj:,h]r_(hhrer_Rr_j>,}r_(jTGjlTGj_G?j@,)r_}r_(hXadn_pr_hX Adenosiner_h}r_(XFORMULAr_X C10H13N5O4r`XPUBCHEMr`X3512r`XCHARGEr`jK,XCHEBIr`X16335r`XKEGGr`XC00212r`uh }r`hNhh]r `r `Rr `jS,j`jT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r `}r `(hX3NTD9ppr`hX3 nucleotidase GMP periplasm r`h}r`(XGENE_ASSOCIATIONr`XSTM4403r`X SUBSYSTEMr`XNucleotide Salvage Pathwayr`uh }r`j8,j`j9,hj:,h]r`hrar`Rr`j>,}r`(jTGjlTGj@,)r`}r`(hXgsn_pr`hX Guanosiner`h}r`(XFORMULAr`X C10H13N5O5r `XPUBCHEMr!`X3677r"`XCHARGEr#`jK,XCHEBIr$`X16750r%`XKEGGr&`XC00387r'`uh }r(`hNhh]r)`r*`Rr+`jS,j `jT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)r,`}r-`(hX3OAR100r.`hX03 oxoacyl acyl carrier protein reductase n C100 r/`h}r0`(XGENE_ASSOCIATIONr1`XSTM1195r2`X SUBSYSTEMr3`XCell Envelope Biosynthesisr4`uh }r5`j8,j2`j9,hj:,h]r6`har7`Rr8`j>,}r9`(j[GjRGj@,)r:`}r;`(hX 3odecACP_cr<`hX"3-Oxodecanoyl-acyl-carrier-proteinr=`h}r>`(XFORMULAr?`X C21H37N2O9PRSr@`XPUBCHEMrA`X8048rB`XCHARGErC`X-1rD`XCHEBIrE`jK,XKEGGrF`XC05753rG`uh }rH`hNhh]rI`rJ`RrK`jS,j@`jT,jU,jV,JjW,GubGj$]G?j[G?uhNjX,G@jY,G@@ubj0,)rL`}rM`(hX3OAR120rN`hX03 oxoacyl acyl carrier protein reductase n C120 rO`h}rP`(XGENE_ASSOCIATIONrQ`XSTM1195rR`X SUBSYSTEMrS`XCell Envelope BiosynthesisrT`uh }rU`j8,jR`j9,hj:,h]rV`harW`RrX`j>,}rY`(j[GjRGj@,)rZ`}r[`(hX 3oddecACP_cr\`hX$3-Oxododecanoyl-acyl-carrier-proteinr]`h}r^`(XFORMULAr_`X C23H41N2O9PRSr``XPUBCHEMra`X8051rb`XCHARGErc`X-1rd`XCHEBIre`jK,XKEGGrf`XC05756rg`uh }rh`hNhh]ri`rj`Rrk`jS,j``jT,jU,jV,JjW,GubGjW]G?j[G?uhNjX,G@jY,G@@ubj0,)rl`}rm`(hX3OAR121rn`hX03 oxoacyl acyl carrier protein reductase n C121 ro`h}rp`(XGENE_ASSOCIATIONrq`XSTM1195rr`X SUBSYSTEMrs`XCell Envelope Biosynthesisrt`uh }ru`j8,jr`j9,hj:,h]rv`harw`Rrx`j>,}ry`(j[Gj@,)rz`}r{`(hX3ocddec5eACP_cr|`hX,3-oxo-cis-dodec-5-enoyl-acyl-carrier-proteinr}`h}r~`(XFORMULAr`X C23H39N2O9PRSr`XPUBCHEMr`jK,XCHARGEr`X-1r`XCHEBIr`jK,XKEGGr`jK,uh }r`hNhh]r`r`Rr`jS,j`jT,jU,jV,JjW,GubGjRGj]G?j[G?uhNjX,GjY,G@@ubj0,)r`}r`(hX3OAR140r`hX03 oxoacyl acyl carrier protein reductase n C140 r`h}r`(XGENE_ASSOCIATIONr`XSTM1195r`X SUBSYSTEMr`XCell Envelope Biosynthesisr`uh }r`j8,j`j9,hj:,h]r`har`Rr`j>,}r`(j[Gj@,)r`}r`(hX 3omrsACP_cr`hX'3-Oxotetradecanoyl-acyl-carrier-proteinr`h}r`(XFORMULAr`X C25H45N2O9PRSr`XPUBCHEMr`X8054r`XCHARGEr`X-1r`XCHEBIr`jK,XKEGGr`XC05759r`uh }r`hNhh]r`r`Rr`jS,j`jT,jU,jV,JjW,GubGjRGj]G?j[G?uhNjX,G@jY,G@@ubj0,)r`}r`(hX3OAR141r`hX03 oxoacyl acyl carrier protein reductase n C141 r`h}r`(XGENE_ASSOCIATIONr`XSTM1195r`X SUBSYSTEMr`XCell Envelope Biosynthesisr`uh }r`j8,j`j9,hj:,h]r`har`Rr`j>,}r`(j@,)r`}r`(hX 3ocmrs7eACP_cr`hX.3-oxo-cis-myristol-7-eoyl-acyl-carrier-proteinr`h}r`(XFORMULAr`X C25H43N2O9PRSr`XPUBCHEMr`jK,XCHARGEr`X-1r`XCHEBIr`jK,XKEGGr`jK,uh }r`hNhh]r`r`Rr`jS,j`jT,jU,jV,JjW,GubGjRGj[Gj[G?j]G?uhNjX,GjY,G@@ubj0,)r`}r`(hX3OAR160r`hX03 oxoacyl acyl carrier protein reductase n C160 r`h}r`(XGENE_ASSOCIATIONr`XSTM1195r`X SUBSYSTEMr`XCell Envelope Biosynthesisr`uh }r`j8,j`j9,hj:,h]r`har`Rr`j>,}r`(j@,)r`}r`(hX 3opalmACP_cr`hX&3-Oxohexadecanoyl-acyl-carrier-proteinr`h}r`(XFORMULAr`X C27H49N2O9PRSr`XPUBCHEMr`X8057r`XCHARGEr`X-1r`XCHEBIr`jK,XKEGGr`XC05762r`uh }r`hNhh]r`r`Rr`jS,j`jT,jU,jV,JjW,GubGj[GjRGj^G?j[G?uhNjX,G@jY,G@@ubj0,)r`}r`(hX3OAR161r`hX03 oxoacyl acyl carrier protein reductase n C161 r`h}r`(XGENE_ASSOCIATIONr`XSTM1195r`X SUBSYSTEMr`XCell Envelope Biosynthesisr`uh }r`j8,j`j9,hj:,h]r`har`Rr`j>,}r`(j[Gj@,)r`}r`(hX3ocpalm9eACP_cr`hX*3-oxo-cis-palm-9-eoyl-acyl-carrier-proteinr`h}r`(XFORMULAr`X C27H47N2O9PRSr`XPUBCHEMr`jK,XCHARGEr`X-1r`XCHEBIrajK,XKEGGrajK,uh }rahNhh]raraRrajS,j`jT,jU,jV,JjW,GubGjRGj[G?jN^G?uhNjX,GjY,G@@ubj0,)ra}ra(hX3OAR180rahX03 oxoacyl acyl carrier protein reductase n C180 r ah}r a(XGENE_ASSOCIATIONr aXSTM1195r aX SUBSYSTEMr aXCell Envelope Biosynthesisrauh }raj8,j aj9,hj:,h]raharaRraj>,}ra(j@,)ra}ra(hX 3ooctdACP_crahX&3-Oxooctadecanoyl-acyl-carrier-proteinrah}ra(XFORMULAraX C29H53N2O9PRSraXPUBCHEMrajK,XCHARGEraX-1raXCHEBIrajK,XKEGGrajK,uh }r ahNhh]r!ar"aRr#ajS,jajT,jU,jV,JjW,GubGjRGj[Gj[G?j}^G?uhNjX,G@jY,G@@ubj0,)r$a}r%a(hX3OAR181r&ahX03 oxoacyl acyl carrier protein reductase n C181 r'ah}r(a(XGENE_ASSOCIATIONr)aXSTM1195r*aX SUBSYSTEMr+aXCell Envelope Biosynthesisr,auh }r-aj8,j*aj9,hj:,h]r.ahar/aRr0aj>,}r1a(j[Gj@,)r2a}r3a(hX3ocvac11eACP_cr4ahX,3-oxo-cis-vacc-11-enoyl-acyl-carrier-proteinr5ah}r6a(XFORMULAr7aX C29H51N2O9PRSr8aXPUBCHEMr9ajK,XCHARGEr:aX-1r;aXCHEBIrahNhh]r?ar@aRrAajS,j8ajT,jU,jV,JjW,GubGjRGj^G?j[G?uhNjX,GjY,G@@ubj0,)rBa}rCa(hX3OAR40rDahX/3 oxoacyl acyl carrier protein reductase n C40 rEah}rFa(XGENE_ASSOCIATIONrGaXSTM1195rHaX SUBSYSTEMrIaXCell Envelope BiosynthesisrJauh }rKaj8,jHaj9,hj:,h]rLaharMaRrNaj>,}rOa(j[GjRGj@,)rPa}rQa(hXactACP_crRahXAcetoacetyl-ACPrSah}rTa(XFORMULArUaX C15H25N2O9PRSrVaXPUBCHEMrWaX8039rXaXCHARGErYaX-1rZaXCHEBIr[ajK,XKEGGr\aXC05744r]auh }r^ahNhh]r_ar`aRraajS,jVajT,jU,jV,JjW,GubGj[G?j^G?uhNjX,G@jY,G@@ubj0,)rba}rca(hX3OAR60rdahX/3 oxoacyl acyl carrier protein reductase n C60 reah}rfa(XGENE_ASSOCIATIONrgaXSTM1195rhaX SUBSYSTEMriaXCell Envelope Biosynthesisrjauh }rkaj8,jhaj9,hj:,h]rlaharmaRrnaj>,}roa(j[Gj@,)rpa}rqa(hX 3ohexACP_crrahX"3-Oxohexanoyl-acyl-carrier-proteinrsah}rta(XFORMULAruaX C17H29N2O9PRSrvaXPUBCHEMrwaX8041rxaXCHARGEryaX-1rzaXCHEBIr{ajK,XKEGGr|aXC05746r}auh }r~ahNhh]raraRrajS,jvajT,jU,jV,JjW,GubGjRGj_G?j[G?uhNjX,G@jY,G@@ubj0,)ra}ra(hX3OAR80rahX/3 oxoacyl acyl carrier protein reductase n C80 rah}ra(XGENE_ASSOCIATIONraXSTM1195raX SUBSYSTEMraXCell Envelope Biosynthesisrauh }raj8,jaj9,hj:,h]raharaRraj>,}ra(j@,)ra}ra(hX 3ooctACP_crahX"3-Oxooctanoyl-acyl-carrier-proteinrah}ra(XFORMULAraX C19H33N2O9PRSraXPUBCHEMraX8045raXCHARGEraX-1raXCHEBIrajK,XKEGGraXC05750rauh }rahNhh]raraRrajS,jajT,jU,jV,JjW,GubGjRGj[Gj[G?jA_G?uhNjX,G@jY,G@@ubj0,)ra}ra(hX3OAS100rahX/3 oxoacyl acyl carrier protein synthase n C100 rah}ra(XGENE_ASSOCIATIONraX( STM2378 or STM1197 )raX SUBSYSTEMraXCell Envelope Biosynthesisrauh }raj8,XSTM2378 or STM1197raj9,hj:,h]ra(hheraRraj>,}ra(j@,)ra}ra(hXmalACP_crahXMalonyl-acyl-carrier-proteinrah}ra(XFORMULAraXC14H22N2O10PRSraXPUBCHEMraX4431raXCHARGEraX-2raXCHEBIrajK,XKEGGraXC01209rauh }rahNhh]raraRrajS,jajT,jU,jV,JjW,GubGj@,)ra}ra(hXocACP_crahXOctanoyl-ACP-n-C80ACPrah}ra(XFORMULAraX C19H35N2O8PRSraXPUBCHEMraX8047raXCHARGEraX-1raXCHEBIrajK,XKEGGraXC05752rauh }rahNhh]raraRrajS,jajT,jU,jV,JjW,GubGjRGj@,)ra}ra(hXACP_crahXacyl-carrier-proteinrah}ra(XFORMULAraX C11H21N2O7PRSraXPUBCHEMraX3528raXCHARGEraX-1raXCHEBIrajK,XKEGGraXC00229rauh }rahNhh]raraRrajS,jajT,jU,jV,JjW,GubG?j@,)ra}ra(hXco2_crahXCO2rah}ra(XFORMULAraXCO2raXPUBCHEMraX3313raXCHARGErajK,XCHEBIraX16526raXKEGGraXC00011rauh }rahNhh]raraRrajS,jajT,jU,jV,KjW,GubG?j:`G?uhNjX,GjY,G@@ubj0,)ra}ra(hX3OAS120rahX/3 oxoacyl acyl carrier protein synthase n C120 rah}ra(XGENE_ASSOCIATIONraX( STM2378 or STM1197 )raX SUBSYSTEMrbXCell Envelope Biosynthesisrbuh }rbj8,XSTM2378 or STM1197rbj9,hj:,h]rb(hherbRrbj>,}rb(jaGj@,)rb}r b(hXdcaACP_cr bhXDecanoyl-ACP-n-C100ACPr bh}r b(XFORMULAr bX C21H39N2O8PRSrbXPUBCHEMrbX8050rbXCHARGErbX-1rbXCHEBIrbjK,XKEGGrbXC05755rbuh }rbhNhh]rbrbRrbjS,jbjT,jU,jV,JjW,GubGjRGjaG?jZ`G?jaG?uhNjX,GjY,G@@ubj0,)rb}rb(hX3OAS121rbhX/3 oxoacyl acyl carrier protein synthase n C121 rbh}rb(XGENE_ASSOCIATIONrbXSTM2378r bX SUBSYSTEMr!bXCell Envelope Biosynthesisr"buh }r#bj8,j bj9,hj:,h]r$bhar%bRr&bj>,}r'b(j@,)r(b}r)b(hX cdec3eACP_cr*bhX+cis-dec-3-enoyl-acyl-carrier-protein-n-C101r+bh}r,b(XFORMULAr-bX C21H37N2O8PRSr.bXPUBCHEMr/bjK,XCHARGEr0bX-1r1bXCHEBIr2bjK,XKEGGr3bjK,uh }r4bhNhh]r5br6bRr7bjS,j.bjT,jU,jV,JjW,GubGjaGjRGjz`G?jaG?jaG?uhNjX,GjY,G@@ubj0,)r8b}r9b(hX3OAS140r:bhX/3 oxoacyl acyl carrier protein synthase n C140 r;bh}rbX SUBSYSTEMr?bXCell Envelope Biosynthesisr@buh }rAbj8,XSTM2378 or STM1197rBbj9,hj:,h]rCb(hherDbRrEbj>,}rFb(jaGj@,)rGb}rHb(hX ddcaACP_crIbhXDodecanoyl-ACP-n-C120ACPrJbh}rKb(XFORMULArLbX C23H43N2O8PRSrMbXPUBCHEMrNbX7620rObXCHARGErPbX-1rQbXCHEBIrRbjK,XKEGGrSbXC05223rTbuh }rUbhNhh]rVbrWbRrXbjS,jMbjT,jU,jV,JjW,GubGjRGjaG?j`G?jaG?uhNjX,GjY,G@@ubj0,)rYb}rZb(hX3OAS141r[bhX/3 oxoacyl acyl carrier protein synthase n C141 r\bh}r]b(XGENE_ASSOCIATIONr^bXSTM2378r_bX SUBSYSTEMr`bXCell Envelope Biosynthesisrabuh }rbbj8,j_bj9,hj:,h]rcbhardbRrebj>,}rfb(jaGj@,)rgb}rhb(hX cddec5eACP_cribhX-cis-dodec-5-enoyl-acyl-carrier-protein-n-C121rjbh}rkb(XFORMULArlbX C23H41N2O8PRSrmbXPUBCHEMrnbjK,XCHARGErobX-1rpbXCHEBIrqbjK,XKEGGrrbjK,uh }rsbhNhh]rtbrubRrvbjS,jmbjT,jU,jV,JjW,GubGjRGjaG?j`G?jaG?uhNjX,GjY,G@@ubj0,)rwb}rxb(hX3OAS160rybhX/3 oxoacyl acyl carrier protein synthase n C160 rzbh}r{b(XGENE_ASSOCIATIONr|bX( STM2378 or STM1197 )r}bX SUBSYSTEMr~bXCell Envelope Biosynthesisrbuh }rbj8,XSTM2378 or STM1197rbj9,hj:,h]rb(hherbRrbj>,}rb(jaGjRGj@,)rb}rb(hX myrsACP_crbhXMyristoyl-ACP-n-C140ACPrbh}rb(XFORMULArbX C25H47N2O8PRSrbXPUBCHEMrbX8056rbXCHARGErbX-1rbXCHEBIrbjK,XKEGGrbXC05761rbuh }rbhNhh]rbrbRrbjS,jbjT,jU,jV,JjW,GubGjaG?jaG?j`G?uhNjX,GjY,G@@ubj0,)rb}rb(hX3OAS161rbhX/3 oxoacyl acyl carrier protein synthase n C161 rbh}rb(XGENE_ASSOCIATIONrbXSTM2378rbX SUBSYSTEMrbXCell Envelope Biosynthesisrbuh }rbj8,jbj9,hj:,h]rbharbRrbj>,}rb(jaGj@,)rb}rb(hXtdeACP_crbhX0cis-tetradec-7-enoyl-acyl-carrier-protein-n-C141rbh}rb(XFORMULArbX C25H45N2O8PRSrbXPUBCHEMrbjK,XCHARGErbX-1rbXCHEBIrbjK,XKEGGrbjK,uh }rbhNhh]rbrbRrbjS,jbjT,jU,jV,JjW,GubGjRGj`G?jaG?jaG?uhNjX,GjY,G@@ubj0,)rb}rb(hX3OAS180rbhX/3 oxoacyl acyl carrier protein synthase n C180 rbh}rb(XGENE_ASSOCIATIONrbX( STM1197 or STM2378 )rbX SUBSYSTEMrbXCell Envelope Biosynthesisrbuh }rbj8,XSTM1197 or STM2378rbj9,hj:,h]rb(hherbRrbj>,}rb(j@,)rb}rb(hX palmACP_crbhXPalmitoyl-ACP-n-C160ACPrbh}rb(XFORMULArbX C27H51N2O8PRSrbXPUBCHEMrbX8059rbXCHARGErbX-1rbXCHEBIrbjK,XKEGGrbXC05764rbuh }rbhNhh]rbrbRrbjS,jbjT,jU,jV,JjW,GubGjRGjaGjaG?jaG?jaG?uhNjX,GjY,G@@ubj0,)rb}rb(hX3OAS181rbhX/3 oxoacyl acyl carrier protein synthase n C181 rbh}rb(XGENE_ASSOCIATIONrbXSTM1197rbX SUBSYSTEMrbXCell Envelope Biosynthesisrbuh }rbj8,jbj9,hj:,h]rbharbRrbj>,}rb(jaGjRGj@,)rb}rb(hXhdeACP_crbhX/cis-hexadec-9-enoyl-acyl-carrier-protein-n-C161rbh}rb(XFORMULArbX C27H49N2O8PRSrbXPUBCHEMrbjK,XCHARGErbX-1rbXCHEBIrbjK,XKEGGrbjK,uh }rbhNhh]rbrbRrbjS,jbjT,jU,jV,JjW,GubGj2aG?jaG?jaG?uhNjX,GjY,G@@ubj0,)rb}rb(hX3OAS60rbhX.3 oxoacyl acyl carrier protein synthase n C60 rbh}rb(XGENE_ASSOCIATIONrbX( STM2378 or STM1197 )rbX SUBSYSTEMrbXCell Envelope Biosynthesisrbuh }rbj8,XSTM2378 or STM1197rbj9,hj:,h]rc(hhercRrcj>,}rc(jaGj@,)rc}rc(hXbutACP_crchXButyryl-ACP-n-C40ACPrch}rc(XFORMULAr cX C15H27N2O8PRSr cXPUBCHEMr cX8040r cXCHARGEr cX-1rcXCHEBIrcjK,XKEGGrcXC05745rcuh }rchNhh]rcrcRrcjS,j cjT,jU,jV,JjW,GubGjRGjpaG?jaG?jaG?uhNjX,GjY,G@@ubj0,)rc}rc(hX3OAS80rchX.3 oxoacyl acyl carrier protein synthase n C80 rch}rc(XGENE_ASSOCIATIONrcX( STM2378 or STM1197 )rcX SUBSYSTEMrcXCell Envelope Biosynthesisrcuh }rcj8,XSTM2378 or STM1197r cj9,hj:,h]r!c(hher"cRr#cj>,}r$c(jaGj@,)r%c}r&c(hXhexACP_cr'chXHexanoyl-ACP-n-C60ACPr(ch}r)c(XFORMULAr*cX C17H31N2O8PRSr+cXPUBCHEMr,cX8044r-cXCHARGEr.cX-1r/cXCHEBIr0cjK,XKEGGr1cXC05749r2cuh }r3chNhh]r4cr5cRr6cjS,j+cjT,jU,jV,JjW,GubGjRGjaG?jaG?jaG?uhNjX,GjY,G@@ubj0,)r7c}r8c(hX 3PEPTabcppr9chX;tripeptide LalaDgluMdap transport via ABC system periplasm r:ch}r;c(XGENE_ASSOCIATIONrcXMurein Recyclingr?cuh }r@cj8,X?STM1679 and STM1745 and STM1744 and STM1743 and STM1742rAcj9,hj:,h]rBc(jhhhj erCcRrDcj>,}rEc(j@,)rFc}rGc(hXLalaDgluMdap_prHchX3L-alanine-D-glutamate-meso-2-6-diaminoheptanedioaterIch}rJc(XFORMULArKcX C15H25N4O8rLcXPUBCHEMrMcjK,XCHARGErNcX-1rOcXCHEBIrPcjK,XKEGGrQcjK,uh }rRchNhh]rScrTcRrUcjS,jLcjT,jPjV,JjW,GubGjRGjRGjSG?j@,)rVc}rWc(hXLalaDgluMdap_crXchX3L-alanine-D-glutamate-meso-2-6-diaminoheptanedioaterYch}rZc(XFORMULAr[cX C15H25N4O8r\cXPUBCHEMr]cjK,XCHARGEr^cX-1r_cXCHEBIr`cjK,XKEGGracjK,uh }rbchNhh]rccrdcRrecjS,j\cjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rfc}rgc(hX3PEPTtexrhchXKLalaDgluMdap tripeptide transport via diffusion extracellular to periplasm rich}rjc(XGENE_ASSOCIATIONrkcX2( STM0320 or STM0999 or STM1473 or STM2267 )rlcX SUBSYSTEMrmcXTransport Outer Membrane Porinrncuh }rocj8,X.STM0320 or STM0999 or STM1473 or STM2267rpcj9,hj:,h]rqc(h*hh3h!errcRrscj>,}rtc(j@,)ruc}rvc(hXLalaDgluMdap_erwchX3L-alanine-D-glutamate-meso-2-6-diaminoheptanedioaterxch}ryc(XFORMULArzcX C15H25N4O8r{cXPUBCHEMr|cjK,XCHARGEr}cX-1r~cXCHEBIrcjK,XKEGGrcjK,uh }rchNhh]rcrcRrcjS,j{cjT,j,jV,JjW,GubGjFcG?uhNjX,G@jY,G@@ubj0,)rc}rc(hX3UMPtexrchX83UMP transport via diffusion extracellular to periplasm rch}rc(XGENE_ASSOCIATIONrcX2( STM0320 or STM0999 or STM1473 or STM2267 )rcX SUBSYSTEMrcXTransport Outer Membrane Porinrcuh }rcj8,X.STM0320 or STM0999 or STM1473 or STM2267rcj9,hj:,h]rc(h*hh3h!ercRrcj>,}rc(j@,)rc}rc(hX3ump_erchX3-UMPrch}rc(XFORMULArcX C9H11N2O9PrcXPUBCHEMrcX4567rcXCHARGErcX-2rcXCHEBIrcX28895rcXKEGGrcXC01368rcuh }rchNhh]rcrcRrcjS,jcjT,j,jV,JjW,GubGj~TG?uhNjX,G@jY,G@@ubj0,)rc}rc(hX 4HOXPACDtexrchXO4 hydroxyphenylacetaldehyde transport via diffusion extracellular to periplasm rch}rc(XGENE_ASSOCIATIONrcX2( STM0320 or STM0999 or STM1473 or STM2267 )rcX SUBSYSTEMrcXTransport Outer Membrane Porinrcuh }rcj8,X.STM0320 or STM0999 or STM1473 or STM2267rcj9,hj:,h]rc(h*h!hh3ercRrcj>,}rc(j@,)rc}rc(hX 4hoxpacd_erchX4-Hydroxyphenylacetaldehyderch}rc(XFORMULArcXC8H8O2rcXPUBCHEMrcX6521rcXCHARGErcjK,XCHEBIrcX15621rcXKEGGrcXC03765rcuh }rchNhh]rcrcRrcjS,jcjT,j,jV,KjW,GubGj@,)rc}rc(hX 4hoxpacd_prchX4-Hydroxyphenylacetaldehyderch}rc(XFORMULArcXC8H8O2rcXPUBCHEMrcX6521rcXCHARGErcjK,XCHEBIrcX15621rcXKEGGrcXC03765rcuh }rchNhh]rcrcRrcjS,jcjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rc}rc(hX4PCPrchX!tetrapeptide L D carboxypeptidaserch}rc(XGENE_ASSOCIATIONrcXSTM1800rcX SUBSYSTEMrcXMurein Recyclingrcuh }rcj8,jcj9,hj:,h]rcjarcRrcj>,}rc(j@,)rc}rc(hXLalaDgluMdapDala_crchX=L-alanine-D-glutamate-meso-2-6-diaminoheptanedioate-D-alaninerch}rc(XFORMULArcX C18H30N5O9rcXPUBCHEMrcjK,XCHARGErcX-1rcXCHEBIrcjK,XKEGGrcjK,uh }rchNhh]rcrcRrcjS,jcjT,jU,jV,JjW,GubGjRGj@,)rc}rc(hXala__D_crchX D-Alaninerch}rc(XFORMULArcXC3H7NO2rcXPUBCHEMrcX3433rdXCHARGErdjK,XCHEBIrdX15570rdXKEGGrdXC00133rduh }rdhNhh]rdrdRr djS,jcjT,jU,jV,KjW,GubG?jVcG?uhNjX,GjY,G@@ubj0,)r d}r d(hX4PCPppr dhX,tetrapeptide L D carboxypeptidase periplasm r dh}rdX SUBSYSTEMrdXMurein Recyclingrdsh }rdj8,hj9,hj:,h]rdrdRrdj>,}rd(jlTGj@,)rd}rd(hXLalaDgluMdapDala_prdhX=L-alanine-D-glutamate-meso-2-6-diaminoheptanedioate-D-alaninerdh}rd(XFORMULArdX C18H30N5O9rdXPUBCHEMrdjK,XCHARGErdX-1rdXCHEBIr djK,XKEGGr!djK,uh }r"dhNhh]r#dr$dRr%djS,jdjT,jPjV,JjW,GubGj@,)r&d}r'd(hXala__D_pr(dhX D-Alaniner)dh}r*d(XFORMULAr+dXC3H7NO2r,dXPUBCHEMr-dX3433r.dXCHARGEr/djK,XCHEBIr0dX15570r1dXKEGGr2dXC00133r3duh }r4dhNhh]r5dr6dRr7djS,j,djT,jPjV,KjW,GubG?jFcG?uhNjX,GjY,G@@ubj0,)r8d}r9d(hX 4PEPTabcppr:dhXAtetrapeptide LalaDgluMdapDala transport via ABC system periplasm r;dh}rdX SUBSYSTEMr?dXMurein Recyclingr@duh }rAdj8,XASTM1746.S and STM1745 and STM1744 and STM1743 and STM1742rBdj9,hj:,h]rCd(jhhjherDdRrEdj>,}rFd(jRGjdGjRGjRG?jSG?jcG?jRG?uhNjX,GjY,G@@ubj0,)rGd}rHd(hX4PEPTtexrIdhXQLalaDgluMdapDala pentapeptide transport via diffusion extracellular to periplasm rJdh}rKd(XGENE_ASSOCIATIONrLdX2( STM0320 or STM0999 or STM1473 or STM2267 )rMdX SUBSYSTEMrNdXTransport Outer Membrane PorinrOduh }rPdj8,X.STM0320 or STM0999 or STM1473 or STM2267rQdj9,hj:,h]rRd(h*hh3h!erSdRrTdj>,}rUd(j@,)rVd}rWd(hXLalaDgluMdapDala_erXdhX=L-alanine-D-glutamate-meso-2-6-diaminoheptanedioate-D-alaninerYdh}rZd(XFORMULAr[dX C18H30N5O9r\dXPUBCHEMr]djK,XCHARGEr^dX-1r_dXCHEBIr`djK,XKEGGradjK,uh }rbdhNhh]rcdrddRredjS,j\djT,j,jV,JjW,GubGjdG?uhNjX,G@jY,G@@ubj0,)rfd}rgd(hX5DGLCNRrhdhX5 dehydro D gluconate reductaseridh}rjd(XGENE_ASSOCIATIONrkdXSTM4483rldX SUBSYSTEMrmdXAlternate Carbon Metabolismrnduh }rodj8,jldj9,hj:,h]rpdj&arqdRrrdj>,}rsd(j@,)rtd}rud(hX5dglcn_crvdhX5-Dehydro-D-gluconaterwdh}rxd(XFORMULArydXC6H9O7rzdXPUBCHEMr{dX4301r|dXCHARGEr}dX-1r~dXCHEBIrdX17426rdXKEGGrdXC01062rduh }rdhNhh]rdrdRrdjS,jzdjT,jU,jV,JjW,GubGj[GjRGj[G?j[G?uhNjX,G@jY,G@@ubj0,)rd}rd(hX 5DGLCNt2rpprdhXH5 Dehydro D gluconate transport via proton symport reversible periplasm rdh}rd(XGENE_ASSOCIATIONrdXSTM4482rdX SUBSYSTEMrdXTransport Inner Membranerduh }rdj8,jdj9,hj:,h]rdj/ardRrdj>,}rd(j@,)rd}rd(hX5dglcn_prdhX5-Dehydro-D-gluconaterdh}rd(XFORMULArdXC6H9O7rdXPUBCHEMrdX4301rdXCHARGErdX-1rdXCHEBIrdX17426rdXKEGGrdXC01062rduh }rdhNhh]rdrdRrdjS,jdjT,jPjV,JjW,GubGj TGjtdG?jRG?uhNjX,G@jY,G@@ubj0,)rd}rd(hX 5DGLCNtexrdhXI5 Dehydro D gluconate transport via diffusion extracellular to periplasm rdh}rd(XGENE_ASSOCIATIONrdX2( STM0320 or STM1473 or STM0999 or STM2267 )rdX SUBSYSTEMrdXTransport Outer Membrane Porinrduh }rdj8,X.STM0320 or STM1473 or STM0999 or STM2267rdj9,hj:,h]rd(h*hh3h!erdRrdj>,}rd(j@,)rd}rd(hX5dglcn_erdhX5-Dehydro-D-gluconaterdh}rd(XFORMULArdXC6H9O7rdXPUBCHEMrdX4301rdXCHARGErdX-1rdXCHEBIrdX17426rdXKEGGrdXC01062rduh }rdhNhh]rdrdRrdjS,jdjT,j,jV,JjW,GubGjdG?uhNjX,G@jY,G@@ubj0,)rd}rd(hX5DOANrdhX5 deoxyadenosine nuclosidaserdh}rd(XGENE_ASSOCIATIONrdXSTM0207rdX SUBSYSTEMrdX*Cofactor and Prosthetic Group Biosynthesisrduh }rdj8,jdj9,hj:,h]rdj8ardRrdj>,}rd(j@,)rd}rd(hXdad__5_crdhX5-Deoxyadenosinerdh}rd(XFORMULArdX C10H13N5O3rdXPUBCHEMrdX7603rdXCHARGErdjK,XCHEBIrdX17319rdXKEGGrdXC05198rduh }rdhNhh]rdrdRrdjS,jdjT,jU,jV,KjW,GubGjRGj@,)rd}rd(hXade_crdhXAdeninerdh}rd(XFORMULArdXC5H5N5rdXPUBCHEMrdX3447rdXCHARGErdjK,XCHEBIrdX16708rdXKEGGrdXC00147rduh }rdhNhh]rdrdRrdjS,jdjT,jU,jV,KjW,GubG?j@,)rd}rd(hX5drib_crdhX 5-deoxyriboserdh}re(XFORMULAreXC5H10O4reXPUBCHEMreX3449reXCHARGErejK,XCHEBIreX30797reXKEGGrejK,uh }r ehNhh]r er eRr ejS,jejT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r e}re(hXA5PISOrehXarabinose 5 phosphate isomerasereh}re(XGENE_ASSOCIATIONreX( STM2838.S or STM3315 )reX SUBSYSTEMreXAlternate Carbon Metabolismreuh }rej8,XSTM2838.S or STM3315rej9,hj:,h]re(jJjAereRrej>,}re(j@,)re}re(hX ru5p__D_crehXD-Ribulose-5-phosphatereh}r e(XFORMULAr!eXC5H9O8Pr"eXPUBCHEMr#eX3499r$eXCHARGEr%eX-2r&eXCHEBIr'eX17363r(eXKEGGr)eXC00199r*euh }r+ehNhh]r,er-eRr.ejS,j"ejT,jU,jV,JjW,GubGj@,)r/e}r0e(hXara5p_cr1ehXD-Arabinose-5-phosphater2eh}r3e(XFORMULAr4eXC5H9O8Pr5eXPUBCHEMr6eX4344r7eXCHARGEr8eX-2r9eXCHEBIr:eX16241r;eXKEGGrehNhh]r?er@eRrAejS,j5ejT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rBe}rCe(hXAACPS1rDehX,acyl acyl carrier protein synthetase n C140 rEeh}rFe(XGENE_ASSOCIATIONrGeX( STM3010 and STM1196 )rHeX SUBSYSTEMrIeXCell Envelope BiosynthesisrJeuh }rKej8,XSTM3010 and STM1196rLej9,hj:,h]rMe(hjSerNeRrOej>,}rPe(jRGjaGj:XGjXG?jXG?jbG?uhNjX,GjY,G@@ubj0,)rQe}rRe(hXAACPS2rSehX-acyl acyl carrier protein synthetase n C141 rTeh}rUe(XGENE_ASSOCIATIONrVeX( STM3010 and STM1196 )rWeX SUBSYSTEMrXeXCell Envelope BiosynthesisrYeuh }rZej8,XSTM3010 and STM1196r[ej9,hj:,h]r\e(jSher]eRr^ej>,}r_e(jmXGjaGjRGjXG?jXG?jbG?uhNjX,GjY,G@@ubj0,)r`e}rae(hXAACPS3rbehX-acyl acyl carrier protein synthetase n C160 rceh}rde(XGENE_ASSOCIATIONreeX( STM3010 and STM1196 )rfeX SUBSYSTEMrgeXCell Envelope Biosynthesisrheuh }riej8,XSTM3010 and STM1196rjej9,hj:,h]rke(hjSerleRrmej>,}rne(jRGjaGjXGjXG?jXG?jbG?uhNjX,GjY,G@@ubj0,)roe}rpe(hXAACPS4rqehX-acyl acyl carrier protein synthetase n C161 rreh}rse(XGENE_ASSOCIATIONrteX( STM3010 and STM1196 )rueX SUBSYSTEMrveXCell Envelope Biosynthesisrweuh }rxej8,XSTM3010 and STM1196ryej9,hj:,h]rze(jSher{eRr|ej>,}r}e(jRGjaGjXGjXG?jXG?jbG?uhNjX,GjY,G@@ubj0,)r~e}re(hXAACPS5rehX-acyl acyl carrier protein synthetase n C181 reh}re(XGENE_ASSOCIATIONreX( STM3010 and STM1196 )reX SUBSYSTEMreXCell Envelope Biosynthesisreuh }rej8,XSTM3010 and STM1196rej9,hj:,h]re(hjSereRrej>,}re(jaGjRGj6YGj@,)re}re(hX octeACP_crehX0cis-octadec-11-enoyl-acyl-carrier-protein-n-C181reh}re(XFORMULAreX C29H53N2O8PRSreXPUBCHEMrejK,XCHARGEreX-1reXCHEBIrejK,XKEGGrejK,uh }rehNhh]rereRrejS,jejT,jU,jV,JjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)re}re(hXAACPS6rehX-acyl acyl carrier protein synthetase n C180 reh}re(XGENE_ASSOCIATIONreX( STM3010 and STM1196 )reX SUBSYSTEMreXCell Envelope Biosynthesisreuh }rej8,XSTM3010 and STM1196rej9,hj:,h]re(hjSereRrej>,}re(jRGjaGjYGjXG?jXG?j@,)re}re(hX ocdcaACP_crehXOctadecanoyl-ACP-n-C180ACPreh}re(XFORMULAreX C29H55N2O8PRSreXPUBCHEMrejK,XCHARGEreX-1reXCHEBIrejK,XKEGGrejK,uh }rehNhh]rereRrejS,jejT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)re}re(hXAACPS7rehX-acyl acyl carrier protein synthetase n C120 reh}re(XGENE_ASSOCIATIONreX( STM3010 and STM1196 )reX SUBSYSTEMreXCell Envelope Biosynthesisreuh }rej8,XSTM3010 and STM1196rej9,hj:,h]re(jShereRrej>,}re(jRGjaGjWGjXG?jXG?jGbG?uhNjX,GjY,G@@ubj0,)re}re(hXAACPS8rehX-acyl acyl carrier protein synthetase n C100 reh}re(XGENE_ASSOCIATIONreX( STM3010 and STM1196 )reX SUBSYSTEMreXCell Envelope Biosynthesisreuh }rej8,XSTM3010 and STM1196rej9,hj:,h]re(hjSereRrej>,}re(jRGjaGj@,)re}re(hXdca_crehXDecanoate-n-C100reh}re(XFORMULAreXC10H19O2reXPUBCHEMreX4728reXCHARGEreX-1reXCHEBIreX30813reXKEGGreXC01571reuh }rehNhh]rereRrejS,jejT,jU,jV,JjW,GubGjXG?jbG?jXG?uhNjX,GjY,G@@ubj0,)re}re(hXAACPS9rehX,acyl acyl carrier protein synthetase n C80 reh}re(XGENE_ASSOCIATIONreX( STM3010 and STM1196 )reX SUBSYSTEMreXCell Envelope Biosynthesisreuh }rej8,XSTM3010 and STM1196rej9,hj:,h]re(jShereRrej>,}re(jRGj@,)re}re(hXocta_crehXoctanoate-n-C80reh}rf(XFORMULArfXC8H15O2rfXPUBCHEMrfX8658rfXCHARGErfX-1rfXCHEBIrfX28837rfXKEGGr fXC06423r fuh }r fhNhh]r fr fRrfjS,jfjT,jU,jV,JjW,GubGjaGjXG?jaG?jXG?uhNjX,GjY,G@@ubj0,)rf}rf(hXAACTOORrfhX@Aminoacetoneoxygen oxidoreductase deaminating flavin containing rfh}rfX SUBSYSTEMrfXMethylglyoxal Metabolismrfsh }rfj8,hj9,hj:,h]rfrfRrfj>,}rf(j@,)rf}rf(hXaact_crfhX Aminoacetonerfh}rf(XFORMULAr fXC3H8NOr!fXPUBCHEMr"fX5001r#fXCHARGEr$fj-XCHEBIr%fX17906r&fXKEGGr'fXC01888r(fuh }r)fhNhh]r*fr+fRr,fjS,j!fjT,jU,jV,KjW,GubGj@,)r-f}r.f(hXo2_cr/fhXO2r0fh}r1f(XFORMULAr2fXO2r3fXPUBCHEMr4fX3309r5fXCHARGEr6fjK,XCHEBIr7fX15379r8fXKEGGr9fXC00007r:fuh }r;fhNhh]rfjS,j3fjT,jU,jV,KjW,GubGjRGj@,)r?f}r@f(hXmthgxl_crAfhX MethylglyoxalrBfh}rCf(XFORMULArDfXC3H4O2rEfXPUBCHEMrFfX3827rGfXCHARGErHfjK,XCHEBIrIfX17158rJfXKEGGrKfXC00546rLfuh }rMfhNhh]rNfrOfRrPfjS,jEfjT,jU,jV,KjW,GubG?j@,)rQf}rRf(hXh2o2_crSfhXHydrogen-peroxiderTfh}rUf(XFORMULArVfXH2O2rWfXPUBCHEMrXfX3329rYfXCHARGErZfjK,XCHEBIr[fX16240r\fXKEGGr]fXC00027r^fuh }r_fhNhh]r`frafRrbfjS,jWfjT,jU,jV,KjW,GubG?j@,)rcf}rdf(hXnh4_crefhXAmmoniumrffh}rgf(XFORMULArhfXH4NrifXPUBCHEMrjfX4547rkfXCHARGErlfj-XCHEBIrmfX28938rnfXKEGGrofXC01342rpfuh }rqfhNhh]rrfrsfRrtfjS,jifjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)ruf}rvf(hXAAMYLrwfhX alpha amylaserxfh}ryf(XGENE_ASSOCIATIONrzfXSTM1963r{fX SUBSYSTEMr|fXAlternate Carbon Metabolismr}fuh }r~fj8,j{fj9,hj:,h]rfj\arfRrfj>,}rf(jRGj@,)rf}rf(hXmalthx_crfhX Maltohexaoserfh}rf(XFORMULArfX C36H62O31rfXPUBCHEMrfX5041rfXCHARGErfjK,XCHEBIrfjK,XKEGGrfXC01936rfuh }rfhNhh]rfrfRrfjS,jfjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rf}rf(hXAAMYLpprfhXalpha amylase periplasm rfh}rf(XGENE_ASSOCIATIONrfXSTM3664rfX SUBSYSTEMrfXAlternate Carbon Metabolismrfuh }rfj8,jfj9,hj:,h]rfjearfRrfj>,}rf(jRGj@,)rf}rf(hXmalthx_prfhX Maltohexaoserfh}rf(XFORMULArfX C36H62O31rfXPUBCHEMrfX5041rfXCHARGErfjK,XCHEBIrfjK,XKEGGrfXC01936rfuh }rfhNhh]rfrfRrfjS,jfjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rf}rf(hXABTArfhX4 aminobutyrate transaminaserfh}rf(XGENE_ASSOCIATIONrfXSTM2792rfX SUBSYSTEMrfXArginine and Proline Metabolismrfuh }rfj8,jfj9,hj:,h]rfjnarfRrfj>,}rf(j@,)rf}rf(hXakg_crfhX2-Oxoglutaraterfh}rf(XFORMULArfXC5H4O5rfXPUBCHEMrfX3328rfXCHARGErfX-2rfXCHEBIrfX30915rfXKEGGrfXC00026rfuh }rfhNhh]rfrfRrfjS,jfjT,jU,jV,JjW,GubGj@,)rf}rf(hX4abut_crfhX4-Aminobutanoaterfh}rf(XFORMULArfXC4H9NO2rfXPUBCHEMrfX3628rfXCHARGErfjK,XCHEBIrfX16865rfXKEGGrfXC00334rfuh }rfhNhh]rfrfRrfjS,jfjT,jU,jV,KjW,GubGj@,)rf}rf(hXsucsal_crfhXSuccinic-semialdehyderfh}rf(XFORMULArfXC4H5O3rfXPUBCHEMrfX3531rfXCHARGErfX-1rfXCHEBIrfX16265rfXKEGGrfXC00232rfuh }rfhNhh]rfrfRrfjS,jfjT,jU,jV,JjW,GubG?j@,)rf}rf(hXglu__L_crfhX L-Glutamaterfh}rf(XFORMULArfXC5H8NO4rfXPUBCHEMrgX3327rgXCHARGErgX-1rgXCHEBIrgX16015rgXKEGGrgXC00025rguh }rghNhh]r gr gRr gjS,jfjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r g}r g(hXABUTDrghX Aminobutyraldehyde dehydrogenasergh}rg(XGENE_ASSOCIATIONrgXSTM1597rgX SUBSYSTEMrgXArginine and Proline Metabolismrguh }rgj8,jgj9,hj:,h]rgjwargRrgj>,}rg(j@,)rg}rg(hX4abutn_crghX4-Aminobutanalrgh}rg(XFORMULArgXC4H10NOr gXPUBCHEMr!gX3835r"gXCHARGEr#gj-XCHEBIr$gX17769r%gXKEGGr&gXC00555r'guh }r(ghNhh]r)gr*gRr+gjS,j gjT,jU,jV,KjW,GubGj[GjRGjfG?j[G?jRG@uhNjX,GjY,G@@ubj0,)r,g}r-g(hXABUTt2ppr.ghX:4 aminobutyrate transport in via proton symport periplasm r/gh}r0g(XGENE_ASSOCIATIONr1gXSTM2793r2gX SUBSYSTEMr3gXTransport Inner Membraner4guh }r5gj8,j2gj9,hj:,h]r6gjar7gRr8gj>,}r9g(j@,)r:g}r;g(hX4abut_prg(XFORMULAr?gXC4H9NO2r@gXPUBCHEMrAgX3628rBgXCHARGErCgjK,XCHEBIrDgX16865rEgXKEGGrFgXC00334rGguh }rHghNhh]rIgrJgRrKgjS,j@gjT,jPjV,KjW,GubGj TGjRG?jfG?uhNjX,GjY,G@@ubj0,)rLg}rMg(hXABUTtexrNghXC4 aminobutyrate transport via diffusion extracellular to periplasm rOgh}rPg(XGENE_ASSOCIATIONrQgX2( STM0320 or STM0999 or STM1473 or STM2267 )rRgX SUBSYSTEMrSgXTransport Outer Membrane PorinrTguh }rUgj8,X.STM0320 or STM0999 or STM1473 or STM2267rVgj9,hj:,h]rWg(h*hh3h!erXgRrYgj>,}rZg(j@,)r[g}r\g(hX4abut_er]ghX4-Aminobutanoater^gh}r_g(XFORMULAr`gXC4H9NO2ragXPUBCHEMrbgX3628rcgXCHARGErdgjK,XCHEBIregX16865rfgXKEGGrggXC00334rhguh }righNhh]rjgrkgRrlgjS,jagjT,j,jV,KjW,GubGj:gG?uhNjX,G@jY,G@@ubj0,)rmg}rng(hXACACtexroghX@acetoacetate transport via diffusion extracellular to periplasm rpgh}rqg(XGENE_ASSOCIATIONrrgX2( STM0320 or STM0999 or STM1473 or STM2267 )rsgX SUBSYSTEMrtgXTransport Outer Membrane Porinruguh }rvgj8,X.STM0320 or STM0999 or STM1473 or STM2267rwgj9,hj:,h]rxg(h*hh3h!erygRrzgj>,}r{g(j@,)r|g}r}g(hXacac_er~ghX Acetoacetatergh}rg(XFORMULArgXC4H5O3rgXPUBCHEMrgX3464rgXCHARGErgX-1rgXCHEBIrgjK,XKEGGrgXC00164rguh }rghNhh]rgrgRrgjS,jgjT,j,jV,JjW,GubGj@,)rg}rg(hXacac_prghX Acetoacetatergh}rg(XFORMULArgXC4H5O3rgXPUBCHEMrgX3464rgXCHARGErgX-1rgXCHEBIrgjK,XKEGGrgXC00164rguh }rghNhh]rgrgRrgjS,jgjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rg}rg(hXACALDrghX'acetaldehyde dehydrogenase acetylating rgh}rg(XGENE_ASSOCIATIONrgX( STM1749 or STM2463 )rgX SUBSYSTEMrgXPyruvate Metabolismrguh }rgj8,XSTM1749 or STM2463rgj9,hj:,h]rg(jjergRrgj>,}rg(j@,)rg}rg(hXacald_crghX Acetaldehydergh}rg(XFORMULArgXC2H4OrgXPUBCHEMrgX3384rgXCHARGErgjK,XCHEBIrgX15343rgXKEGGrgXC00084rguh }rghNhh]rgrgRrgjS,jgjT,jU,jV,KjW,GubGj[Gj@,)rg}rg(hXcoa_crghX Coenzyme-Argh}rg(XFORMULArgXC21H32N7O16P3SrgXPUBCHEMrgX3312rgXCHARGErgX-4rgXCHEBIrgX15346rgXKEGGrgXC00010rguh }rghNhh]rgrgRrgjS,jgjT,jU,jV,JjW,GubGj@,)rg}rg(hXaccoa_crghX Acetyl-CoArgh}rg(XFORMULArgXC23H34N7O17P3SrgXPUBCHEMrgX3326rgXCHARGErgX-4rgXCHEBIrgX15351rgXKEGGrgXC00024rguh }rghNhh]rgrgRrgjS,jgjT,jU,jV,JjW,GubG?jRG?j[G?uhNjX,G@jY,G@@ubj0,)rg}rg(hXACALDtexrghX@acetaldehyde transport via diffusion extracellular to periplasm rgh}rg(XGENE_ASSOCIATIONrgX2( STM0320 or STM0999 or STM1473 or STM2267 )rgX SUBSYSTEMrgXTransport Outer Membrane Porinrguh }rgj8,X.STM0320 or STM0999 or STM1473 or STM2267rgj9,hj:,h]rg(h*hh3h!ergRrgj>,}rg(j@,)rg}rg(hXacald_erghX Acetaldehydergh}rg(XFORMULArgXC2H4OrgXPUBCHEMrgX3384rgXCHARGErgjK,XCHEBIrhX15343rhXKEGGrhXC00084rhuh }rhhNhh]rhrhRrhjS,jgjT,j,jV,KjW,GubGj@,)rh}r h(hXacald_pr hhX Acetaldehyder hh}r h(XFORMULAr hXC2H4OrhXPUBCHEMrhX3384rhXCHARGErhjK,XCHEBIrhX15343rhXKEGGrhXC00084rhuh }rhhNhh]rhrhRrhjS,jhjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rh}rh(hXACALDtpprhhX,acetaldehyde reversible transport periplasm rhh}rh(XGENE_ASSOCIATIONrhXs0001r hX SUBSYSTEMr!hXTransport Inner Membraner"huh }r#hj8,j hj9,hj:,h]r$hjar%hRr&hj>,}r'h(jhGjgG?uhNjX,G@jY,G@@ubj0,)r(h}r)h(hXACBIPGTr*hhX/Adenosyl cobinamide phosphate guanyltransferaser+hh}r,h(XGENE_ASSOCIATIONr-hXSTM2018r.hX SUBSYSTEMr/hX*Cofactor and Prosthetic Group Biosynthesisr0huh }r1hj8,j.hj9,hj:,h]r2hjar3hRr4hj>,}r5h(j@,)r6h}r7h(hX adocbip_cr8hhXAdenosyl-cobinamide-phosphater9hh}r:h(XFORMULAr;hXC58H83CoN16O14PrhXCHARGEr?hX-1r@hXCHEBIrAhX2481rBhXKEGGrChXC06509rDhuh }rEhhNhh]rFhrGhRrHhjS,j,}r|h(jgGjRGj@,)r}h}r~h(hXhco3_crhhX Bicarbonaterhh}rh(XFORMULArhXCHO3rhXPUBCHEMrhX3583rhXCHARGErhX-1rhXCHEBIrhX17544rhXKEGGrhXC00288rhuh }rhhNhh]rhrhRrhjS,jhjT,jU,jV,JjW,GubGjRG?j@,)rh}rh(hXmalcoa_crhhX Malonyl-CoArhh}rh(XFORMULArhXC24H33N7O19P3SrhXPUBCHEMrhX3383rhXCHARGErhX-5rhXCHEBIrhX15531rhXKEGGrhXC00083rhuh }rhhNhh]rhrhRrhjS,jhjT,jU,jV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rh}rh(hXACCOALrhhXacetate CoA ligase ADP forming rhh}rh(XGENE_ASSOCIATIONrhX( STM0371 or STM4275 )rhX SUBSYSTEMrhXAlternate Carbon Metabolismrhuh }rhj8,XSTM0371 or STM4275rhj9,hj:,h]rh(jjerhRrhj>,}rh(j@,)rh}rh(hXppa_crhhXPropionate-n-C30rhh}rh(XFORMULArhXC3H5O2rhXPUBCHEMrhX3463rhXCHARGErhX-1rhXCHEBIrhX30768rhXKEGGrhXC00163rhuh }rhhNhh]rhrhRrhjS,jhjT,jU,jV,JjW,GubGjRGjgGj@,)rh}rh(hXppcoa_crhhX Propanoyl-CoArhh}rh(XFORMULArhXC24H36N7O17P3SrhXPUBCHEMrhX3400rhXCHARGErhX-4rhXCHEBIrhX15539rhXKEGGrhXC00100rhuh }rhhNhh]rhrhRrhjS,jhjT,jU,jV,JjW,GubG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rh}rh(hX ACGAL1PPpprhhX1N acetyl D galactosamine 1 phosphatase periplasm rhh}rhX SUBSYSTEMrhXAlternate Carbon Metabolismrhsh }rhj8,hj9,hj:,h]rhrhRrhj>,}rh(j@,)rh}rh(hX acgal1p_prhhX$N-Acetyl-D-galactosamine-1-phosphaterhh}rh(XFORMULArhX C8H14NO9PrhXPUBCHEMrhjK,XCHARGErhX-2rhXCHEBIrhjK,XKEGGrhjK,uh }rhhNhh]rhrhRrhjS,jhjT,jPjV,JjW,GubGjlTGj_G?j@,)rh}rh(hXacgal_prhhXN-Acetyl-D-galactosaminerhh}rh(XFORMULArhXC8H15NO6rhXPUBCHEMrhX4363rhXCHARGErhjK,XCHEBIrhX28037rhXKEGGriXC01132riuh }rihNhh]ririRrijS,jhjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)ri}ri(hX ACGAL1PtexrihXXN acetyl D galactosamine 1 phosphate transport via diffusion extracellular to periplasm r ih}r i(XGENE_ASSOCIATIONr iX2( STM0320 or STM0999 or STM1473 or STM2267 )r iX SUBSYSTEMr iXTransport Outer Membrane Porinriuh }rij8,X.STM0320 or STM0999 or STM1473 or STM2267rij9,hj:,h]ri(h*hh3h!eriRrij>,}ri(j@,)ri}ri(hX acgal1p_erihX$N-Acetyl-D-galactosamine-1-phosphaterih}ri(XFORMULAriX C8H14NO9PriXPUBCHEMrijK,XCHARGEriX-2riXCHEBIrijK,XKEGGr ijK,uh }r!ihNhh]r"ir#iRr$ijS,jijT,j,jV,JjW,GubGjhG?uhNjX,G@jY,G@@ubj0,)r%i}r&i(hXACGALtexr'ihXLN acetyl D galactosamine transport via diffusion extracellular to periplasm r(ih}r)i(XGENE_ASSOCIATIONr*iX2( STM0320 or STM0999 or STM1473 or STM2267 )r+iX SUBSYSTEMr,iXTransport Outer Membrane Porinr-iuh }r.ij8,X.STM0320 or STM0999 or STM1473 or STM2267r/ij9,hj:,h]r0i(h*hh3h!er1iRr2ij>,}r3i(j@,)r4i}r5i(hXacgal_er6ihXN-Acetyl-D-galactosaminer7ih}r8i(XFORMULAr9iXC8H15NO6r:iXPUBCHEMr;iX4363riX28037r?iXKEGGr@iXC01132rAiuh }rBihNhh]rCirDiRrEijS,j:ijT,j,jV,KjW,GubGjhG?uhNjX,G@jY,G@@ubj0,)rFi}rGi(hX ACGAM1PPpprHihX/N acetyl D glucosamine 1 phosphatase periplasm rIih}rJiX SUBSYSTEMrKiXAlternate Carbon MetabolismrLish }rMij8,hj9,hj:,h]rNirOiRrPij>,}rQi(jlTGj@,)rRi}rSi(hX acgam1p_prTihX"N-Acetyl-D-glucosamine-1-phosphaterUih}rVi(XFORMULArWiX C8H14NO9PrXiXPUBCHEMrYiX6921rZiXCHARGEr[iX-2r\iXCHEBIr]iX7125r^iXKEGGr_iXC04256r`iuh }raihNhh]rbirciRrdijS,jXijT,jPjV,JjW,GubGj@,)rei}rfi(hXacgam_prgihXN-Acetyl-D-glucosaminerhih}rii(XFORMULArjiXC8H15NO6rkiXPUBCHEMrliX3440rmiXCHARGErnijK,XCHEBIroiX17411rpiXKEGGrqiXC00140rriuh }rsihNhh]rtiruiRrvijS,jkijT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)rwi}rxi(hX ACGAM1PtexryihXVN acetyl D glucosamine 1 phosphate transport via diffusion extracellular to periplasm rzih}r{i(XGENE_ASSOCIATIONr|iX2( STM0320 or STM0999 or STM1473 or STM2267 )r}iX SUBSYSTEMr~iXTransport Outer Membrane Porinriuh }rij8,X.STM0320 or STM0999 or STM1473 or STM2267rij9,hj:,h]ri(h*hh3h!eriRrij>,}ri(j@,)ri}ri(hX acgam1p_erihX"N-Acetyl-D-glucosamine-1-phosphaterih}ri(XFORMULAriX C8H14NO9PriXPUBCHEMriX6921riXCHARGEriX-2riXCHEBIriX7125riXKEGGriXC04256riuh }rihNhh]ririRrijS,jijT,j,jV,JjW,GubGjRiG?uhNjX,G@jY,G@@ubj0,)ri}ri(hXACGAMKrihXN acetylglucosamine kinaserih}ri(XGENE_ASSOCIATIONriXSTM1220riX SUBSYSTEMriXMurein Recyclingriuh }rij8,jij9,hj:,h]rijariRrij>,}ri(jRGj@,)ri}ri(hXacgam_crihXN-Acetyl-D-glucosaminerih}ri(XFORMULAriXC8H15NO6riXPUBCHEMriX3440riXCHARGErijK,XCHEBIriX17411riXKEGGriXC00140riuh }rihNhh]ririRrijS,jijT,jU,jV,KjW,GubGj@,)ri}ri(hX acgam6p_crihX"N-Acetyl-D-glucosamine-6-phosphaterih}ri(XFORMULAriX C8H14NO9PriXPUBCHEMriX3650riXCHARGEriX-2riXCHEBIriX15784riXKEGGriXC00357riuh }rihNhh]ririRrijS,jijT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)ri}ri(hXACGAMTrihXXUDP N acetylglucosamineundecaprenylphosphate N acetylglucosamine 1 phosphate transferaserih}ri(XGENE_ASSOCIATIONriXSTM3918riX SUBSYSTEMriXCell Envelope Biosynthesisriuh }rij8,jij9,hj:,h]rijariRrij>,}ri(j@,)ri}ri(hXudcpp_crihXUndecaprenyl-phosphaterih}ri(XFORMULAriX C55H89O4PriXPUBCHEMriX3641riXCHARGEriX-2riXCHEBIriX16141riXKEGGriXC00348riuh }rihNhh]ririRrijS,jijT,jU,jV,JjW,GubGj@,)ri}ri(hXuacgam_crihXUDP-N-acetyl-D-glucosaminerih}ri(XFORMULAriX C17H25N3O17P2riXPUBCHEMriX3345riXCHARGEriX-2riXCHEBIriX16264riXKEGGriXC00043riuh }rihNhh]ririRrijS,jijT,jU,jV,JjW,GubGj@,)rj}rj(hXunaga_crjhX+Undecaprenyl-diphospho-N-acetyl-glucosaminerjh}rj(XFORMULArjX C63H103NO12P2rjXPUBCHEMrjX4508rjXCHARGEr jX-2r jXCHEBIr jjK,XKEGGr jXC01289r juh }rjhNhh]rjrjRrjjS,jjjT,jU,jV,JjW,GubG?j@,)rj}rj(hXump_crjhXUMPrjh}rj(XFORMULArjX C9H11N2O9PrjXPUBCHEMrjX3405rjXCHARGErjX-2rjXCHEBIrjX16695rjXKEGGrjXC00105r juh }r!jhNhh]r"jr#jRr$jjS,jjjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r%j}r&j(hX ACGAptsppr'jhX;N Acetyl D glucosamine transport via PEPPyr PTS periplasm r(jh}r)j(XGENE_ASSOCIATIONr*jXf( ( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM0685 and STM2431 and STM2432 ) )r+jX SUBSYSTEMr,jXTransport Inner Membraner-juh }r.jj8,Xb( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM0685 and STM2431 and STM2432 )r/jj9,hj:,h]r0j(jjjjjer1jRr2jj>,}r3j(jeiGj@,)r4j}r5j(hXpep_cr6jhXPhosphoenolpyruvater7jh}r8j(XFORMULAr9jXC3H2O6Pr:jXPUBCHEMr;jX3374rjXCHEBIr?jX 18021 44897r@jXKEGGrAjXC00074rBjuh }rCjhNhh]rDjrEjRrFjjS,j:jjT,jU,jV,JjW,GubGjiG?j@,)rGj}rHj(hXpyr_crIjhXPyruvaterJjh}rKj(XFORMULArLjXC3H3O3rMjXPUBCHEMrNjX3324rOjXCHARGErPjX-1rQjXCHEBIrRjX32816rSjXKEGGrTjXC00022rUjuh }rVjhNhh]rWjrXjRrYjjS,jMjjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZj}r[j(hXACGAtexr\jhXJN Acetyl D glucosamine transport via diffusion extracellular to periplasm r]jh}r^j(XGENE_ASSOCIATIONr_jX2( STM0320 or STM0999 or STM1473 or STM2267 )r`jX SUBSYSTEMrajXTransport Outer Membrane Porinrbjuh }rcjj8,X.STM0320 or STM0999 or STM1473 or STM2267rdjj9,hj:,h]rej(h!h*hh3erfjRrgjj>,}rhj(j@,)rij}rjj(hXacgam_erkjhXN-Acetyl-D-glucosaminerljh}rmj(XFORMULArnjXC8H15NO6rojXPUBCHEMrpjX3440rqjXCHARGErrjjK,XCHEBIrsjX17411rtjXKEGGrujXC00140rvjuh }rwjhNhh]rxjryjRrzjjS,jojjT,j,jV,KjW,GubGjeiG?uhNjX,G@jY,G@@ubj0,)r{j}r|j(hXACGKr}jhXacetylglutamate kinaser~jh}rj(XGENE_ASSOCIATIONrjXSTM4122rjX SUBSYSTEMrjXArginine and Proline Metabolismrjuh }rjj8,jjj9,hj:,h]rjj!arjRrjj>,}rj(j@,)rj}rj(hXacglu_crjhXN-Acetyl-L-glutamaterjh}rj(XFORMULArjXC7H9NO5rjXPUBCHEMrjX3897rjXCHARGErjX-2rjXCHEBIrjX 17533 44337rjXKEGGrjXC00624rjuh }rjhNhh]rjrjRrjjS,jjjT,jU,jV,JjW,GubGjRGj@,)rj}rj(hXacg5p_crjhXN-Acetyl-L-glutamyl-5-phosphaterjh}rj(XFORMULArjXC7H9NO8PrjXPUBCHEMrjX6819rjXCHARGErjX-3rjXCHEBIrjX16878rjXKEGGrjXC04133rjuh }rjhNhh]rjrjRrjjS,jjjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rj}rj(hXACGSrjhXN acetylglutamate synthaserjh}rj(XGENE_ASSOCIATIONrjXSTM2992rjX SUBSYSTEMrjXArginine and Proline Metabolismrjuh }rjj8,jjj9,hj:,h]rjj*arjRrjj>,}rj(jfGjgGjjG?jRG?jgG?uhNjX,GjY,G@@ubj0,)rj}rj(hXACHBSrjhX#2 aceto 2 hydroxybutanoate synthaserjh}rj(XGENE_ASSOCIATIONrjX8( STM3795 and STM3796 ) or ( STM3901 and STM3902 )rjX SUBSYSTEMrjX(Valine Leucine and Isoleucine Metabolismrjuh }rjj8,X8( STM3795 and STM3796 ) or ( STM3901 and STM3902 )rjj9,hj:,h]rj(j3jEj<jNerjRrjj>,}rj(j@,)rj}rj(hX2obut_crjhX2-Oxobutanoaterjh}rj(XFORMULArjXC4H5O3rjXPUBCHEMrjX3409rjXCHARGErjX-1rjXCHEBIrjX30831rjXKEGGrjXC00109rjuh }rjhNhh]rjrjRrjjS,jjjT,jU,jV,JjW,GubGjGjGjRGjaG?j@,)rj}rj(hX2ahbut_crjhXS-2-Aceto-2-hydroxybutanoaterjh}rj(XFORMULArjXC6H9O4rjXPUBCHEMrjX8279rjXCHARGErjX-1rjXCHEBIrjX 27681 49256rjXKEGGrjXC06006rjuh }rjhNhh]rjrjRrjjS,jjjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rj}rj(hXACKrrjhXacetate kinaserjh}rj(XGENE_ASSOCIATIONrjX%( STM3242 or STM2337 or STM1883 )rjX SUBSYSTEMrjXPyruvate Metabolismrjuh }rjj8,X!STM3242 or STM2337 or STM1883rjj9,hj:,h]rj(jij`jWerjRrjj>,}rk(j@,)rk}rk(hXac_crkhXAcetaterkh}rk(XFORMULArkXC2H3O2rkXPUBCHEMrkX3335r kXCHARGEr kX-1r kXCHEBIr kX15366r kXKEGGrkXC00033rkuh }rkhNhh]rkrkRrkjS,jkjT,jU,jV,JjW,GubGjRGj@,)rk}rk(hXactp_crkhXAcetyl-phosphaterkh}rk(XFORMULArkXC2H3O5PrkXPUBCHEMrkX3527rkXCHARGErkX-2rkXCHEBIrkX15350r kXKEGGr!kXC00227r"kuh }r#khNhh]r$kr%kRr&kjS,jkjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r'k}r(k(hXACLSr)khXacetolactate synthaser*kh}r+k(XGENE_ASSOCIATIONr,kX8( STM3795 and STM3796 ) or ( STM3901 and STM3902 )r-kX SUBSYSTEMr.kX(Valine Leucine and Isoleucine Metabolismr/kuh }r0kj8,X8( STM3795 and STM3796 ) or ( STM3901 and STM3902 )r1kj9,hj:,h]r2k(j3jEj<jNer3kRr4kj>,}r5k(jRGjGjGj@,)r6k}r7k(hX alac__S_cr8khXS-2-Acetolactater9kh}r:k(XFORMULAr;kXC5H7O4rkXCHARGEr?kX-1r@kXCHEBIrAkX18409rBkXKEGGrCkXC06010rDkuh }rEkhNhh]rFkrGkRrHkjS,j,}rTk(j@,)rUk}rVk(hX acmum6p_crWkhXN-acetylmuramate-6-phosphaterXkh}rYk(XFORMULArZkX C11H17NO11Pr[kXPUBCHEMr\kjK,XCHARGEr]kX-3r^kXCHEBIr_kjK,XKEGGr`kjK,uh }rakhNhh]rbkrckRrdkjS,j[kjT,jU,jV,JjW,GubGjRGjiG?j@,)rek}rfk(hXlac__D_crgkhX D-Lactaterhkh}rik(XFORMULArjkXC3H5O3rkkXPUBCHEMrlkX3555rmkXCHARGErnkX-1rokXCHEBIrpkX42111rqkXKEGGrrkXC00256rskuh }rtkhNhh]rukrvkRrwkjS,jkkjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rxk}ryk(hXACMAMUTrzkhX0UDP N acetyl D mannosaminuronic acid transferaser{kh}r|k(XGENE_ASSOCIATIONr}kXSTM3929r~kX SUBSYSTEMrkXCell Envelope Biosynthesisrkuh }rkj8,j~kj9,hj:,h]rkjrarkRrkj>,}rk(jjGj@,)rk}rk(hX uacmamu_crkhX!UDP-N-acetyl-D-mannosaminouronaterkh}rk(XFORMULArkX C17H22N3O18P2rkXPUBCHEMrkX8481rkXCHARGErkX-3rkXCHEBIrkX28581rkXKEGGrkXC06240rkuh }rkhNhh]rkrkRrkjS,jkjT,jU,jV,JjW,GubGj@,)rk}rk(hX unagamu_crkhXDUndecaprenyl-diphospho-N-acetylglucosamine-N-acetylmannosaminuronaterkh}rk(XFORMULArkXC71H113N2O18P2rkXPUBCHEMrkjK,XCHARGErkX-3rkXCHEBIrkjK,XKEGGrkjK,uh }rkhNhh]rkrkRrkjS,jkjT,jU,jV,JjW,GubG?j@,)rk}rk(hXudp_crkhXUDPrkh}rk(XFORMULArkX C9H11N2O12P2rkXPUBCHEMrkX3317rkXCHARGErkX-3rkXCHEBIrkX17659rkXKEGGrkXC00015rkuh }rkhNhh]rkrkRrkjS,jkjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rk}rk(hX ACMANAptspprkhX4N acetyl D mannosamine transport via PTS periplasm rkh}rk(XGENE_ASSOCIATIONrkXC( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )rkX SUBSYSTEMrkXTransport Inner Membranerkuh }rkj8,X?STM1830 and STM1831 and STM1832 and STM2431 and STM2432rkj9,hj:,h]rk(jj{jjjerkRrkj>,}rk(j4jGj@,)rk}rk(hXacmana_prkhXN-Acetyl-D-mannosaminerkh}rk(XFORMULArkXC8H15NO6rkXPUBCHEMrkX3918rkXCHARGErkjK,XCHEBIrkX17122rkXKEGGrkXC00645rkuh }rkhNhh]rkrkRrkjS,jkjT,jPjV,KjW,GubGj@,)rk}rk(hX acmanap_crkhX"N-Acetyl-D-mannosamine-6-phosphaterkh}rk(XFORMULArkX C8H14NO9PrkXPUBCHEMrkX6922rkXCHARGErkX-2rkXCHEBIrkX28273rkXKEGGrkXC04257rkuh }rkhNhh]rkrkRrkjS,jkjT,jU,jV,JjW,GubG?jGjG?uhNjX,GjY,G@@ubj0,)rk}rk(hX ACMANAtexrkhXJN acetyl D mannosamine transport via diffusion extracellular to periplasm rkh}rk(XGENE_ASSOCIATIONrkX2( STM2267 or STM0320 or STM0999 or STM1473 )rkX SUBSYSTEMrkXTransport Outer Membrane Porinrkuh }rkj8,X.STM2267 or STM0320 or STM0999 or STM1473rkj9,hj:,h]rk(h!h*hh3erkRrkj>,}rk(j@,)rk}rl(hXacmana_erlhXN-Acetyl-D-mannosaminerlh}rl(XFORMULArlXC8H15NO6rlXPUBCHEMrlX3918rlXCHARGErljK,XCHEBIr lX17122r lXKEGGr lXC00645r luh }r lhNhh]rlrlRrljS,jljT,j,jV,KjW,GubGjkG?uhNjX,G@jY,G@@ubj0,)rl}rl(hXACMUMtexrlhXDN acetylmuramate transport via diffusion extracellular to periplasm rlh}rl(XGENE_ASSOCIATIONrlX2( STM0320 or STM0999 or STM1473 or STM2267 )rlX SUBSYSTEMrlXTransport Outer Membrane Porinrluh }rlj8,X.STM0320 or STM0999 or STM1473 or STM2267rlj9,hj:,h]rl(h*hh3h!erlRrlj>,}rl(j@,)r l}r!l(hXacmum_er"lhXN-Acetylmuramater#lh}r$l(XFORMULAr%lX C11H18NO8r&lXPUBCHEMr'lX5676r(lXCHARGEr)lX-1r*lXCHEBIr+ljK,XKEGGr,lXC02713r-luh }r.lhNhh]r/lr0lRr1ljS,j&ljT,j,jV,JjW,GubGj@,)r2l}r3l(hXacmum_pr4lhXN-Acetylmuramater5lh}r6l(XFORMULAr7lX C11H18NO8r8lXPUBCHEMr9lX5676r:lXCHARGEr;lX-1rlXC02713r?luh }r@lhNhh]rAlrBlRrCljS,j8ljT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rDl}rEl(hX ACNAMt2pprFlhX-N acetylneuraminate proton symport periplasm rGlh}rHl(XGENE_ASSOCIATIONrIlXSTM3338rJlX SUBSYSTEMrKlXTransport Inner MembranerLluh }rMlj8,jJlj9,hj:,h]rNljarOlRrPlj>,}rQl(j@,)rRl}rSl(hXacnam_prTlhXN-AcetylneuraminaterUlh}rVl(XFORMULArWlX C11H18NO9rXlXPUBCHEMrYlX3568rZlXCHARGEr[lX-1r\lXCHEBIr]lX17012r^lXKEGGr_lXC00270r`luh }ralhNhh]rblrclRrdljS,jXljT,jPjV,JjW,GubGj TGj@,)rel}rfl(hXacnam_crglhXN-Acetylneuraminaterhlh}ril(XFORMULArjlX C11H18NO9rklXPUBCHEMrllX3568rmlXCHARGErnlX-1rolXCHEBIrplX17012rqlXKEGGrrlXC00270rsluh }rtlhNhh]rulrvlRrwljS,jkljT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rxl}ryl(hXACNAMtexrzlhXGN acetylneuraminate transport via diffusion extracellular to periplasm r{lh}r|l(XGENE_ASSOCIATIONr}lX( STM0999 or STM2267 )r~lX SUBSYSTEMrlXTransport Outer Membranerluh }rlj8,XSTM0999 or STM2267rlj9,hj:,h]rl(h3h!erlRrlj>,}rl(j@,)rl}rl(hXacnam_erlhXN-Acetylneuraminaterlh}rl(XFORMULArlX C11H18NO9rlXPUBCHEMrlX3568rlXCHARGErlX-1rlXCHEBIrlX17012rlXKEGGrlXC00270rluh }rlhNhh]rlrlRrljS,jljT,j,jV,JjW,GubGjRlG?uhNjX,G@jY,G@@ubj0,)rl}rl(hXACNMLrlhXN Acetylneuraminate lyaserlh}rl(XGENE_ASSOCIATIONrlXSTM3339rlX SUBSYSTEMrlXAlternate Carbon Metabolismrluh }rlj8,jlj9,hj:,h]rljarlRrlj>,}rl(jelGj@,)rl}rl(hXacmana_crlhXN-Acetyl-D-mannosaminerlh}rl(XFORMULArlXC8H15NO6rlXPUBCHEMrlX3918rlXCHARGErljK,XCHEBIrlX17122rlXKEGGrlXC00645rluh }rlhNhh]rlrlRrljS,jljT,jU,jV,KjW,GubG?jGjG?uhNjX,GjY,G@@ubj0,)rl}rl(hXACOAD1frlhX$acyl CoA dehydrogenase butanoyl CoA rlh}rl(XGENE_ASSOCIATIONrlXSTM0309rlX SUBSYSTEMrlXMembrane Lipid Metabolismrluh }rlj8,jlj9,hj:,h]rljarlRrlj>,}rl(j@,)rl}rl(hXbtcoa_crlhX Butanoyl-CoArlh}rl(XFORMULArlXC25H38N7O17P3SrlXPUBCHEMrlX3436rlXCHARGErlX-4rlXCHEBIrlX15517rlXKEGGrlXC00136rluh }rlhNhh]rlrlRrljS,jljT,jU,jV,JjW,GubGj@,)rl}rl(hXfad_crlhX$Flavin-adenine-dinucleotide-oxidizedrlh}rl(XFORMULArlX C27H31N9O15P2rlXPUBCHEMrlX3318rlXCHARGErlX-2rlXCHEBIrlX16238rlXKEGGrlXC00016rluh }rlhNhh]rlrlRrljS,jljT,jU,jV,JjW,GubGj@,)rl}rl(hXfadh2_crlhX#Flavin-adenine-dinucleotide-reducedrlh}rl(XFORMULArlX C27H33N9O15P2rlXPUBCHEMrlX4556rlXCHARGErlX-2rlXCHEBIrlX17877rlXKEGGrlXC01352rluh }rlhNhh]rlrlRrmjS,jljT,jU,jV,JjW,GubG?j@,)rm}rm(hXb2coa_crmhX Crotonoyl-CoArmh}rm(XFORMULArmXC25H36N7O17P3SrmXPUBCHEMrmX4133r mXCHARGEr mX-4r mXCHEBIr mjK,XKEGGr mXC00877rmuh }rmhNhh]rmrmRrmjS,jmjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rm}rm(hXACOAD2frmhX$acyl CoA dehydrogenase hexanoyl CoA rmh}rm(XGENE_ASSOCIATIONrmXSTM0309rmX SUBSYSTEMrmXMembrane Lipid Metabolismrmuh }rmj8,jmj9,hj:,h]rmjarmRrmj>,}r m(j@,)r!m}r"m(hXhxcoa_cr#mhXHexanoyl-CoA-n-C60CoAr$mh}r%m(XFORMULAr&mXC27H42N7O17P3Sr'mXPUBCHEMr(mX7657r)mXCHARGEr*mX-4r+mXCHEBIr,mX27540r-mXKEGGr.mXC05270r/muh }r0mhNhh]r1mr2mRr3mjS,j'mjT,jU,jV,JjW,GubGjlGj@,)r4m}r5m(hXhx2coa_cr6mhXtrans-Hex-2-enoyl-CoAr7mh}r8m(XFORMULAr9mXC27H40N7O17P3Sr:mXPUBCHEMr;mX7658rmXCHEBIr?mX28706r@mXKEGGrAmXC05271rBmuh }rCmhNhh]rDmrEmRrFmjS,j:mjT,jU,jV,JjW,GubG?jlG?uhNjX,G@jY,G@@ubj0,)rGm}rHm(hXACOAD3frImhX$acyl CoA dehydrogenase octanoyl CoA rJmh}rKm(XGENE_ASSOCIATIONrLmXSTM0309rMmX SUBSYSTEMrNmXMembrane Lipid MetabolismrOmuh }rPmj8,jMmj9,hj:,h]rQmjarRmRrSmj>,}rTm(jlGj@,)rUm}rVm(hXoccoa_crWmhXOctanoyl-CoA-n-C80CoArXmh}rYm(XFORMULArZmXC29H46N7O17P3Sr[mXPUBCHEMr\mX5048r]mXCHARGEr^mX-4r_mXCHEBIr`mX15533ramXKEGGrbmXC01944rcmuh }rdmhNhh]remrfmRrgmjS,j[mjT,jU,jV,JjW,GubGj@,)rhm}rim(hXoc2coa_crjmhXtrans-Oct-2-enoyl-CoArkmh}rlm(XFORMULArmmXC29H44N7O17P3SrnmXPUBCHEMromX7663rpmXCHARGErqmX-4rrmXCHEBIrsmX27537rtmXKEGGrumXC05276rvmuh }rwmhNhh]rxmrymRrzmjS,jnmjT,jU,jV,JjW,GubG?jlG?uhNjX,G@jY,G@@ubj0,)r{m}r|m(hXACOAD4fr}mhX$acyl CoA dehydrogenase decanoyl CoA r~mh}rm(XGENE_ASSOCIATIONrmXSTM0309rmX SUBSYSTEMrmXMembrane Lipid Metabolismrmuh }rmj8,jmj9,hj:,h]rmjarmRrmj>,}rm(j@,)rm}rm(hXdcacoa_crmhXDecanoyl-CoA-n-C100CoArmh}rm(XFORMULArmXC31H50N7O17P3SrmXPUBCHEMrmX7661rmXCHARGErmX-4rmXCHEBIrmX28493rmXKEGGrmXC05274rmuh }rmhNhh]rmrmRrmjS,jmjT,jU,jV,JjW,GubGjlGjlG?j@,)rm}rm(hXdc2coa_crmhXtrans-Dec-2-enoyl-CoArmh}rm(XFORMULArmXC31H48N7O17P3SrmXPUBCHEMrmX7662rmXCHARGErmX-4rmXCHEBIrmX10723rmXKEGGrmXC05275rmuh }rmhNhh]rmrmRrmjS,jmjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rm}rm(hXACOAD5frmhX&acyl CoA dehydrogenase dodecanoyl CoA rmh}rm(XGENE_ASSOCIATIONrmXSTM0309rmX SUBSYSTEMrmXMembrane Lipid Metabolismrmuh }rmj8,jmj9,hj:,h]rmjarmRrmj>,}rm(j@,)rm}rm(hX ddcacoa_crmhXDodecanoyl-CoA-n-C120CoArmh}rm(XFORMULArmXC33H54N7O17P3SrmXPUBCHEMrmX4951rmXCHARGErmX-4rmXCHEBIrmX15521rmXKEGGrmXC01832rmuh }rmhNhh]rmrmRrmjS,jmjT,jU,jV,JjW,GubGjlGjlG?j@,)rm}rm(hXdd2coa_crmhXtrans-Dodec-2-enoyl-CoArmh}rm(XFORMULArmXC33H52N7O17P3SrmXPUBCHEMrmX6094rmXCHARGErmX-4rmXCHEBIrmX15471rmXKEGGrmXC03221rmuh }rmhNhh]rmrmRrmjS,jmjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rm}rm(hXACOAD6frmhX)acyl CoA dehydrogenase tetradecanoyl CoA rmh}rm(XGENE_ASSOCIATIONrmXSTM0309rmX SUBSYSTEMrmXMembrane Lipid Metabolismrmuh }rmj8,jmj9,hj:,h]rmjarmRrmj>,}rm(jlGj@,)rm}rm(hXtdcoa_crmhXTetradecanoyl-CoA-n-C140CoArmh}rm(XFORMULArmXC35H58N7O17P3SrmXPUBCHEMrmX5585rmXCHARGErmX-4rmXCHEBIrmX15532rmXKEGGrmXC02593rmuh }rnhNhh]rnrnRrnjS,jmjT,jU,jV,JjW,GubGj@,)rn}rn(hXtd2coa_crnhXtrans-Tetradec-2-enoyl-CoArnh}rn(XFORMULAr nXC35H56N7O17P3Sr nXPUBCHEMr nX7660r nXCHARGEr nX-4rnXCHEBIrnX27721rnXKEGGrnXC05273rnuh }rnhNhh]rnrnRrnjS,j njT,jU,jV,JjW,GubG?jlG?uhNjX,G@jY,G@@ubj0,)rn}rn(hXACOAD7frnhX(acyl CoA dehydrogenase hexadecanoyl CoA rnh}rn(XGENE_ASSOCIATIONrnXSTM0309rnX SUBSYSTEMrnXMembrane Lipid Metabolismrnuh }r nj8,jnj9,hj:,h]r!njar"nRr#nj>,}r$n(jlGj@,)r%n}r&n(hXpmtcoa_cr'nhXPalmitoyl-CoA-n-C160CoAr(nh}r)n(XFORMULAr*nXC37H62N7O17P3Sr+nXPUBCHEMr,nX3454r-nXCHARGEr.nX-4r/nXCHEBIr0nX15525r1nXKEGGr2nXC00154r3nuh }r4nhNhh]r5nr6nRr7njS,j+njT,jU,jV,JjW,GubGj@,)r8n}r9n(hX hdd2coa_cr:nhXtrans-Hexadec-2-enoyl-CoAr;nh}rnXPUBCHEMr?nX7659r@nXCHARGErAnX-4rBnXCHEBIrCnX28935rDnXKEGGrEnXC05272rFnuh }rGnhNhh]rHnrInRrJnjS,j>njT,jU,jV,JjW,GubG?jlG?uhNjX,G@jY,G@@ubj0,)rKn}rLn(hXACOAD8frMnhX(acyl CoA dehydrogenase octadecanoyl CoA rNnh}rOn(XGENE_ASSOCIATIONrPnXSTM0309rQnX SUBSYSTEMrRnXMembrane Lipid MetabolismrSnuh }rTnj8,jQnj9,hj:,h]rUnjarVnRrWnj>,}rXn(j@,)rYn}rZn(hXstcoa_cr[nhXStearoyl-CoA-n-C180CoAr\nh}r]n(XFORMULAr^nXC39H66N7O17P3Sr_nXPUBCHEMr`nX3702ranXCHARGErbnX-4rcnXCHEBIrdnX15541renXKEGGrfnXC00412rgnuh }rhnhNhh]rinrjnRrknjS,j_njT,jU,jV,JjW,GubGjlGjlG?j@,)rln}rmn(hXod2coa_crnnhXtrans-Octadec-2-enoyl-CoAronh}rpn(XFORMULArqnXC39H64N7O17P3SrrnXPUBCHEMrsnX47205526rtnXCHARGErunX-4rvnXCHEBIrwnjK,XKEGGrxnXC16218rynuh }rznhNhh]r{nr|nRr}njS,jrnjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r~n}rn(hXACOATArnhXAcetyl CoA ACP transacylasernh}rn(XGENE_ASSOCIATIONrnX( STM1196 and STM1193 )rnX SUBSYSTEMrnXMembrane Lipid Metabolismrnuh }rnj8,XSTM1196 and STM1193rnj9,hj:,h]rn(jjSernRrnj>,}rn(jaGjgGjgG?j@,)rn}rn(hXacACP_crnhX Acetyl-ACPrnh}rn(XFORMULArnX C13H23N2O8PRSrnXPUBCHEMrnX6663rnXCHARGErnX-1rnXCHEBIrnjK,XKEGGrnXC03939rnuh }rnhNhh]rnrnRrnjS,jnjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rn}rn(hXACODArnhXacetylornithine deacetylasernh}rn(XGENE_ASSOCIATIONrnXSTM4120rnX SUBSYSTEMrnXArginine and Proline Metabolismrnuh }rnj8,jnj9,hj:,h]rnjarnRrnj>,}rn(j@,)rn}rn(hXacorn_crnhXN2-Acetyl-L-ornithinernh}rn(XFORMULArnX C7H14N2O3rnXPUBCHEMrnX3726rnXCHARGErnjK,XCHEBIrnX16543rnXKEGGrnXC00437rnuh }rnhNhh]rnrnRrnjS,jnjT,jU,jV,KjW,GubGjRGj@,)rn}rn(hXorn_crnhX Ornithinernh}rn(XFORMULArnX C5H13N2O2rnXPUBCHEMrnX4756rnXCHARGErnj-XCHEBIrnX18257rnXKEGGrnXC01602rnuh }rnhNhh]rnrnRrnjS,jnjT,jU,jV,KjW,GubG?jkG?uhNjX,GjY,G@@ubj0,)rn}rn(hX ACOLIPAtexrnhX`arabinose modified core oligosaccharide lipid A transport via vector periplasm to extracellular rnh}rnX SUBSYSTEMrnX)Lipopolysaccharide Biosynthesis Recyclingrnsh }rnj8,hj9,hj:,h]rnrnRrnj>,}rn(j@,)rn}rn(hX acolipa_prnhXA4-Amino-4-deoxy-L-arabinose-modified-core-oligosaccharide-lipid-Arnh}rn(XFORMULArnXC181H314N3O103P4rnXPUBCHEMrnjK,XCHARGErnX-9rnXCHEBIrnjK,XKEGGrnjK,uh }rnhNhh]rnrnRrnjS,jnjT,jPjV,JjW,GubGj@,)rn}rn(hX acolipa_ernhXA4-Amino-4-deoxy-L-arabinose-modified-core-oligosaccharide-lipid-Arnh}rn(XFORMULArnXC181H314N3O103P4rnXPUBCHEMrnjK,XCHARGErnX-9rnXCHEBIrnjK,XKEGGrnjK,uh }rnhNhh]rnrnRrnjS,jnjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rn}rn(hXACONIsrnhX aconitate isomerase spontaneous roh}ro(XGENE_ASSOCIATIONroXs0001roX SUBSYSTEMroX Unassignedrouh }roj8,joj9,hj:,h]rojaroRr oj>,}r o(j@,)r o}r o(hX acon__T_cr ohXtrans-Aconitateroh}ro(XFORMULAroXC6H3O6roXPUBCHEMroX5390roXCHARGEroX-3roXCHEBIroX32806roXKEGGroXC02341rouh }rohNhh]roroRrojS,jojT,jU,jV,JjW,GubGj@,)ro}ro(hX acon__C_cr ohX cis-Aconitater!oh}r"o(XFORMULAr#oXC6H3O6r$oXPUBCHEMr%oX3707r&oXCHARGEr'oX-3r(oXCHEBIr)oX32805r*oXKEGGr+oXC00417r,ouh }r-ohNhh]r.or/oRr0ojS,j$ojT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r1o}r2o(hXACONTar3ohX.aconitase half reaction A Citrate hydro lyase r4oh}r5o(XGENE_ASSOCIATIONr6oX( STM0158 or STM1712 )r7oX SUBSYSTEMr8oXCitric Acid Cycler9ouh }r:oj8,XSTM0158 or STM1712r;oj9,hj:,h]roj>,}r?o(j@,)r@o}rAo(hXcit_crBohXCitraterCoh}rDo(XFORMULArEoXC6H5O7rFoXPUBCHEMrGoX3458rHoXCHARGErIoX-3rJoXCHEBIrKoX30769rLoXKEGGrMoXC00158rNouh }rOohNhh]rPorQoRrRojS,jFojT,jU,jV,JjW,GubGjRG?joG?uhNjX,G@jY,G@@ubj0,)rSo}rTo(hXACONTbrUohX1aconitase half reaction B Isocitrate hydro lyase rVoh}rWo(XGENE_ASSOCIATIONrXoX( STM0158 or STM1712 )rYoX SUBSYSTEMrZoXCitric Acid Cycler[ouh }r\oj8,XSTM0158 or STM1712r]oj9,hj:,h]r^o(jjer_oRr`oj>,}rao(jRGjoGj@,)rbo}rco(hXicit_crdohX Isocitratereoh}rfo(XFORMULArgoXC6H5O7rhoXPUBCHEMrioX3605rjoXCHARGErkoX-3rloXCHEBIrmoX30887rnoXKEGGrooXC00311rpouh }rqohNhh]rrorsoRrtojS,jhojT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)ruo}rvo(hXACOTArwohXacetylornithine transaminaserxoh}ryo(XGENE_ASSOCIATIONrzoX( STM3468 or STM1303 )r{oX SUBSYSTEMr|oXArginine and Proline Metabolismr}ouh }r~oj8,XSTM3468 or STM1303roj9,hj:,h]ro(jjeroRroj>,}ro(jnGjfGjfG?j@,)ro}ro(hXacg5sa_crohX#N-Acetyl-L-glutamate-5-semialdehyderoh}ro(XFORMULAroXC7H10NO4roXPUBCHEMroX4470roXCHARGEroX-1roXCHEBIroX 16319 29123roXKEGGroXC01250rouh }rohNhh]roroRrojS,jojT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)ro}ro(hXACPS1rohXacyl carrier protein synthaseroh}ro(XGENE_ASSOCIATIONroX( STM2577 or STM3583 )roX SUBSYSTEMroX*Cofactor and Prosthetic Group Biosynthesisrouh }roj8,XSTM2577 or STM3583roj9,hj:,h]ro(jjeroRroj>,}ro(jgGj@,)ro}ro(hXapoACP_crohXapoprotein-acyl-carrier-proteinroh}ro(XFORMULAroXRHOroXPUBCHEMroX6463roXCHARGErojK,XCHEBIrojK,XKEGGroXC03688rouh }rohNhh]roroRrojS,jojT,jU,jV,KjW,GubGj@,)ro}ro(hXpap_crohXAdenosine-3-5-bisphosphateroh}ro(XFORMULAroX C10H11N5O10P2roXPUBCHEMroX3356roXCHARGEroX-4roXCHEBIroX17985roXKEGGroXC00054rouh }rohNhh]roroRrojS,jojT,jU,jV,JjW,GubG?jaG?jRG?uhNjX,GjY,G@@ubj0,)ro}ro(hXACSrohXacetyl CoA synthetaseroh}ro(XGENE_ASSOCIATIONroXSTM4275roX SUBSYSTEMroXPyruvate Metabolismrouh }roj8,joj9,hj:,h]rojaroRroj>,}ro(jRGjkGjgGjgG?jXG?jXG?uhNjX,GjY,G@@ubj0,)ro}ro(hXACSERtexrohXEO Acetyl L serine transport via diffusion extracellular to periplasm roh}ro(XGENE_ASSOCIATIONroX2( STM0320 or STM0999 or STM1473 or STM2267 )roX SUBSYSTEMroXTransport Outer Membrane Porinrouh }roj8,X.STM0320 or STM0999 or STM1473 or STM2267roj9,hj:,h]ro(h!h*hh3eroRroj>,}ro(j@,)ro}ro(hXacser_erohXO-Acetyl-L-serineroh}ro(XFORMULAroXC5H9NO4roXPUBCHEMroX4228roXCHARGErojK,XCHEBIroX17981roXKEGGroXC00979rouh }rohNhh]roroRrojS,jojT,j,jV,KjW,GubGj@,)ro}ro(hXacser_prohXO-Acetyl-L-serineroh}ro(XFORMULAroXC5H9NO4roXPUBCHEMrpX4228rpXCHARGErpjK,XCHEBIrpX17981rpXKEGGrpXC00979rpuh }rphNhh]rpr pRr pjS,jojT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r p}r p(hXACSERtppr phX2O Acetyl L serine export via facilitated transportrph}rp(XGENE_ASSOCIATIONrpX( STM2645 or STM1517 )rpX SUBSYSTEMrpXTransport Inner Membranerpuh }rpj8,XSTM2645 or STM1517rpj9,hj:,h]rp(jjerpRrpj>,}rp(j@,)rp}rp(hXacser_crphXO-Acetyl-L-serinerph}rp(XFORMULArpXC5H9NO4r pXPUBCHEMr!pX4228r"pXCHARGEr#pjK,XCHEBIr$pX17981r%pXKEGGr&pXC00979r'puh }r(phNhh]r)pr*pRr+pjS,j pjT,jU,jV,KjW,GubGjoG?uhNjX,GjY,G@@ubj0,)r,p}r-p(hXACt2rppr.phX:acetate reversible transport via proton symport periplasm r/ph}r0pX SUBSYSTEMr1pXTransport Inner Membraner2psh }r3pj8,hj9,hj:,h]r4pr5pRr6pj>,}r7p(j@,)r8p}r9p(hXac_pr:phXAcetater;ph}rpXPUBCHEMr?pX3335r@pXCHARGErApX-1rBpXCHEBIrCpX15366rDpXKEGGrEpXC00033rFpuh }rGphNhh]rHprIpRrJpjS,j>pjT,jPjV,JjW,GubGj TGjkG?jRG?uhNjX,G@jY,G@@ubj0,)rKp}rLp(hXACt4pprMphXNaAcetate symport periplasm rNph}rOp(XGENE_ASSOCIATIONrPpXSTM4273rQpX SUBSYSTEMrRpXTransport Inner MembranerSpuh }rTpj8,jQpj9,hj:,h]rUpj arVpRrWpj>,}rXp(j8pGj@,)rYp}rZp(hXna1_pr[phXSodiumr\ph}r]p(XFORMULAr^pXNar_pXPUBCHEMr`pX4541rapXCHARGErbpj-XCHEBIrcpX29101rdpXKEGGrepXC01330rfpuh }rgphNhh]rhpripRrjpjS,j_pjT,jPjV,KjW,GubGjkG?j@,)rkp}rlp(hXna1_crmphXSodiumrnph}rop(XFORMULArppXNarqpXPUBCHEMrrpX4541rspXCHARGErtpj-XCHEBIrupX29101rvpXKEGGrwpXC01330rxpuh }ryphNhh]rzpr{pRr|pjS,jqpjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}p}r~p(hXACtexrphX;Acetate transport via diffusion extracellular to periplasm rph}rp(XGENE_ASSOCIATIONrpX2( STM0320 or STM0999 or STM1473 or STM2267 )rpX SUBSYSTEMrpXTransport Outer Membrane Porinrpuh }rpj8,X.STM0320 or STM0999 or STM1473 or STM2267rpj9,hj:,h]rp(h*hh3h!erpRrpj>,}rp(j@,)rp}rp(hXac_erphXAcetaterph}rp(XFORMULArpXC2H3O2rpXPUBCHEMrpX3335rpXCHARGErpX-1rpXCHEBIrpX15366rpXKEGGrpXC00033rpuh }rphNhh]rprpRrpjS,jpjT,j,jV,JjW,GubGj8pG?uhNjX,G@jY,G@@ubj0,)rp}rp(hXADArphXAdenosine deaminaserph}rp(XGENE_ASSOCIATIONrpXSTM1463rpX SUBSYSTEMrpXNucleotide Salvage Pathwayrpuh }rpj8,jpj9,hj:,h]rpjarpRrpj>,}rp(j@,)rp}rp(hXadn_crphX Adenosinerph}rp(XFORMULArpX C10H13N5O4rpXPUBCHEMrpX3512rpXCHARGErpjK,XCHEBIrpX16335rpXKEGGrpXC00212rpuh }rphNhh]rprpRrpjS,jpjT,jU,jV,KjW,GubGjRGjRGjcfG?j@,)rp}rp(hXins_crphXInosinerph}rp(XFORMULArpX C10H12N4O5rpXPUBCHEMrpX3588rpXCHARGErpjK,XCHEBIrpX17596rpXKEGGrpXC00294rpuh }rphNhh]rprpRrpjS,jpjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rp}rp(hXADCLrphX4 aminobenzoate synthaserph}rp(XGENE_ASSOCIATIONrpXSTM1198rpX SUBSYSTEMrpX*Cofactor and Prosthetic Group Biosynthesisrpuh }rpj8,jpj9,hj:,h]rpjarpRrpj>,}rp(j@,)rp}rp(hX4adcho_crphX4-amino-4-deoxychorismaterph}rp(XFORMULArpX C10H10NO5rpXPUBCHEMrpX13530rpXCHARGErpX-1rpXCHEBIrpX 18198 35181rpXKEGGrpXC11355rpuh }rphNhh]rprpRrpjS,jpjT,jU,jV,JjW,GubGj@,)rp}rp(hX4abz_crphX4-Aminobenzoaterph}rp(XFORMULArpXC7H6NO2rpXPUBCHEMrpX3847rpXCHARGErpX-1rpXCHEBIrpX30753rpXKEGGrpXC00568rquh }rqhNhh]rqrqRrqjS,jpjT,jU,jV,JjW,GubG?jGjG?jRG?uhNjX,GjY,G@@ubj0,)rq}rq(hXADCSrqhX"4 amino 4 deoxychorismate synthaserqh}r q(XGENE_ASSOCIATIONr qX( STM3469 and STM1824 )r qX SUBSYSTEMr qX*Cofactor and Prosthetic Group Biosynthesisr quh }rqj8,XSTM3469 and STM1824rqj9,hj:,h]rq(j&j/erqRrqj>,}rq(j@,)rq}rq(hXchor_crqhX chorismaterqh}rq(XFORMULArqXC10H8O6rqXPUBCHEMrqX3550rqXCHARGErqX-2rqXCHEBIrqX17333r qXKEGGr!qXC00251r"quh }r#qhNhh]r$qr%qRr&qjS,jqjT,jU,jV,JjW,GubGj@,)r'q}r(q(hXgln__L_cr)qhX L-Glutaminer*qh}r+q(XFORMULAr,qX C5H10N2O3r-qXPUBCHEMr.qX3364r/qXCHARGEr0qjK,XCHEBIr1qX18050r2qXKEGGr3qXC00064r4quh }r5qhNhh]r6qr7qRr8qjS,j-qjT,jU,jV,KjW,GubGjpG?jfG?uhNjX,GjY,G@@ubj0,)r9q}r:q(hXADEt2rppr;qhX;adenine transport via proton symport reversible periplasm rqXSTM3747r?qX SUBSYSTEMr@qXTransport Inner MembranerAquh }rBqj8,j?qj9,hj:,h]rCqj8arDqRrEqj>,}rFq(j@,)rGq}rHq(hXade_prIqhXAdeninerJqh}rKq(XFORMULArLqXC5H5N5rMqXPUBCHEMrNqX3447rOqXCHARGErPqjK,XCHEBIrQqX16708rRqXKEGGrSqXC00147rTquh }rUqhNhh]rVqrWqRrXqjS,jMqjT,jPjV,KjW,GubGj TGjdG?jRG?uhNjX,G@jY,G@@ubj0,)rYq}rZq(hXADEtexr[qhX;adenine transport via diffusion extracellular to periplasm r\qh}r]q(XGENE_ASSOCIATIONr^qX2( STM0320 or STM0999 or STM1473 or STM2267 )r_qX SUBSYSTEMr`qXTransport Outer Membrane Porinraquh }rbqj8,X.STM0320 or STM0999 or STM1473 or STM2267rcqj9,hj:,h]rdq(h*hh3h!ereqRrfqj>,}rgq(j@,)rhq}riq(hXade_erjqhXAdeninerkqh}rlq(XFORMULArmqXC5H5N5rnqXPUBCHEMroqX3447rpqXCHARGErqqjK,XCHEBIrrqX16708rsqXKEGGrtqXC00147ruquh }rvqhNhh]rwqrxqRryqjS,jnqjT,j,jV,KjW,GubGjGqG?uhNjX,G@jY,G@@ubj0,)rzq}r{q(hXADK1r|qhXadenylate kinaser}qh}r~q(XGENE_ASSOCIATIONrqXSTM0488rqX SUBSYSTEMrqXNucleotide Salvage Pathwayrquh }rqj8,jqj9,hj:,h]rqjAarqRrqj>,}rq(jXGjRGjRG@uhNjX,GjY,G@@ubj0,)rq}rq(hXADK3rqhXadentylate kinase GTP rqh}rq(XGENE_ASSOCIATIONrqXSTM0488rqX SUBSYSTEMrqXNucleotide Salvage Pathwayrquh }rqj8,jqj9,hj:,h]rqjAarqRrqj>,}rq(jXGjIhGj@,)rq}rq(hXgdp_crqhXGDPrqh}rq(XFORMULArqX C10H12N5O11P2rqXPUBCHEMrqX3337rqXCHARGErqX-3rqXCHEBIrqX17552rqXKEGGrqXC00035rquh }rqhNhh]rqrqRrqjS,jqjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rq}rq(hXADK4rqhXadentylate kinase ITP rqh}rq(XGENE_ASSOCIATIONrqXSTM0488rqX SUBSYSTEMrqXNucleotide Salvage Pathwayrquh }rqj8,jqj9,hj:,h]rqjAarqRrqj>,}rq(j@,)rq}rq(hXitp_crqhXITPrqh}rq(XFORMULArqX C10H11N4O14P3rqXPUBCHEMrqX3381rqXCHARGErqX-4rqXCHEBIrqX16039rqXKEGGrqXC00081rquh }rqhNhh]rqrqRrqjS,jqjT,jU,jV,JjW,GubGjXGj@,)rq}rq(hXidp_crqhXIDPrqh}rq(XFORMULArqX C10H11N4O11P2rqXPUBCHEMrqX3404rqXCHARGErqX-3rqXCHEBIrqX17808rqXKEGGrqXC00104rquh }rqhNhh]rqrqRrqjS,jqjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rq}rq(hXADMDCrqhX adenosylmethionine decarboxylaserqh}rq(XGENE_ASSOCIATIONrqXSTM0165rqX SUBSYSTEMrqXArginine and Proline Metabolismrquh }rqj8,jqj9,hj:,h]rqjJarqRrqj>,}rq(j@,)rq}rq(hXamet_crqhXS-Adenosyl-L-methioninerqh}rq(XFORMULArqX C15H23N6O5SrqXPUBCHEMrqX3321rqXCHARGErqj-XCHEBIrqX15414rqXKEGGrqXC00019rquh }rqhNhh]rqrqRrqjS,jqjT,jU,jV,KjW,GubGjRGjaG?j@,)rq}rq(hXametam_crqhXS-Adenosylmethioninaminerrh}rr(XFORMULArrX C14H24N6O3SrrXPUBCHEMrrX4368rrXCHARGErrj]-XCHEBIrrX15625rrXKEGGr rXC01137r ruh }r rhNhh]r rr rRrrjS,jrjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rr}rr(hXADNCYCrrhXadenylate cyclaserrh}rr(XGENE_ASSOCIATIONrrXSTM3939rrX SUBSYSTEMrrXNucleotide Salvage Pathwayrruh }rrj8,jrj9,hj:,h]rrjSarrRrrj>,}rr(jRGjXG?j@,)rr}rr(hXcamp_crrhXcAMPr rh}r!r(XFORMULAr"rX C10H11N5O6Pr#rXPUBCHEMr$rX3854r%rXCHARGEr&rX-1r'rXCHEBIr(rX17489r)rXKEGGr*rXC00575r+ruh }r,rhNhh]r-rr.rRr/rjS,j#rjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r0r}r1r(hXADNK1r2rhXadenosine kinaser3rh}r4r(XGENE_ASSOCIATIONr5rXSTM0488r6rX SUBSYSTEMr7rXNucleotide Salvage Pathwayr8ruh }r9rj8,j6rj9,hj:,h]r:rjAar;rRr,}r=r(jpGjRGjXG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r>r}r?r(hXADNUCr@rhXadenosine hydrolaserArh}rBr(XGENE_ASSOCIATIONrCrXSTM0051rDrX SUBSYSTEMrErXAlternate Carbon MetabolismrFruh }rGrj8,jDrj9,hj:,h]rHrj\arIrRrJrj>,}rKr(jRGjpGjdG?j@,)rLr}rMr(hXrib__D_crNrhXD-RiboserOrh}rPr(XFORMULArQrXC5H10O5rRrXPUBCHEMrSrX3421rTrXCHARGErUrjK,XCHEBIrVrX47013rWrXKEGGrXrXC00121rYruh }rZrhNhh]r[rr\rRr]rjS,jRrjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r^r}r_r(hXADNt2ppr`rhX4adenosine transport in via proton symport periplasm rarh}rbr(XGENE_ASSOCIATIONrcrX( STM3113 or STM2409 )rdrX SUBSYSTEMrerXTransport Inner Membranerfruh }rgrj8,XSTM3113 or STM2409rhrj9,hj:,h]rir(jnjeerjrRrkrj>,}rlr(j TGj_GjpG?jRG?uhNjX,GjY,G@@ubj0,)rmr}rnr(hXADNt2rpprorhX?adenosine transport in via proton symport reversible periplasm rprh}rqr(XGENE_ASSOCIATIONrrrXSTM2421rsrX SUBSYSTEMrtrXTransport Inner Membraneruruh }rvrj8,jsrj9,hj:,h]rwrjwarxrRryrj>,}rzr(j TGj_GjpG?jRG?uhNjX,G@jY,G@@ubj0,)r{r}r|r(hXADNtexr}rhX=adenosine transport via diffusion extracellular to periplasm r~rh}rr(XGENE_ASSOCIATIONrrXSTM0413rrX SUBSYSTEMrrXTransport Outer Membranerruh }rrj8,jrj9,hj:,h]rrjarrRrrj>,}rr(j@,)rr}rr(hXadn_errhX Adenosinerrh}rr(XFORMULArrX C10H13N5O4rrXPUBCHEMrrX3512rrXCHARGErrjK,XCHEBIrrX16335rrXKEGGrrXC00212rruh }rrhNhh]rrrrRrrjS,jrjT,j,jV,KjW,GubGj_G?uhNjX,G@jY,G@@ubj0,)rr}rr(hX ADOCBLabcpprrhX5Adenosylcobalamin transport via ABC system periplasm rrh}rr(XGENE_ASSOCIATIONrrX'( STM1340 and STM1342 and STM0206 )rrX SUBSYSTEMrrXTransport Inner Membranerruh }rrj8,X#STM1340 and STM1342 and STM0206rrj9,hj:,h]rr(jjjerrRrrj>,}rr(j@,)rr}rr(hXadocbl_prrhXAdenosylcobalaminrrh}rr(XFORMULArrXC72H100CoN18O17PrrXPUBCHEMrrX3494rrXCHARGErrjK,XCHEBIrrX18408rrXKEGGrrXC00194rruh }rrhNhh]rrrrRrrjS,jrjT,jPjV,KjW,GubGjRGjRGj@,)rr}rr(hXadocbl_crrhXAdenosylcobalaminrrh}rr(XFORMULArrXC72H100CoN18O17PrrXPUBCHEMrrX3494rrXCHARGErrjK,XCHEBIrrX18408rrXKEGGrrXC00194rruh }rrhNhh]rrrrRrrjS,jrjT,jU,jV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rr}rr(hX ADOCBLtonexrrhX4Adenosylcobalimin transport via ton system extermal rrh}rr(XGENE_ASSOCIATIONrrX9( STM4130 and ( STM1737 and STM3158 and STM3159 ) )rrX SUBSYSTEMrrXTransport Outer Membranerruh }rrj8,X5STM4130 and ( STM1737 and STM3158 and STM3159 )rrj9,hj:,h]rr(jjjjerrRrrj>,}rr(j TGj@,)rr}rr(hXadocbl_errhXAdenosylcobalaminrrh}rr(XFORMULArrXC72H100CoN18O17PrrXPUBCHEMrrX3494rrXCHARGErrjK,XCHEBIrrX18408rrXKEGGrrXC00194rruh }rrhNhh]rrrrRrrjS,jrjT,j,jV,KjW,GubGjrG?jRG?uhNjX,GjY,G@@ubj0,)rr}rr(hXADPRDPrrhXADPribose diphosphataserrh}rr(XGENE_ASSOCIATIONrrXSTM3185rrX SUBSYSTEMrrXNucleotide Salvage Pathwayrruh }rrj8,jrj9,hj:,h]rrjarrRrrj>,}rr(j@,)rr}rr(hXadprib_crrhX ADPribosersh}rs(XFORMULArsX C15H21N5O14P2rsXPUBCHEMrsX3595rsXCHARGErsX-2rsXCHEBIrsX16960r sXKEGGr sXC00301r suh }r shNhh]r srsRrsjS,jsjT,jU,jV,JjW,GubGjRGjXG?j@,)rs}rs(hXr5p_crshXalpha-D-Ribose-5-phosphatersh}rs(XFORMULArsXC5H9O8PrsXPUBCHEMrsX3417rsXCHARGErsX-2rsXCHEBIrsX17797rsXKEGGrsXC00117rsuh }rshNhh]r sr!sRr"sjS,jsjT,jU,jV,JjW,GubG?jRG@uhNjX,GjY,G@@ubj0,)r#s}r$s(hXADPTr%shX!adenine phosphoribosyltransferaser&sh}r's(XGENE_ASSOCIATIONr(sXSTM0483r)sX SUBSYSTEMr*sXNucleotide Salvage Pathwayr+suh }r,sj8,j)sj9,hj:,h]r-sjar.sRr/sj>,}r0s(jdGj@,)r1s}r2s(hXprpp_cr3shX&5-Phospho-alpha-D-ribose-1-diphosphater4sh}r5s(XFORMULAr6sX C5H8O14P3r7sXPUBCHEMr8sX3419r9sXCHARGEr:sX-5r;sXCHEBIrsXC00119r?suh }r@shNhh]rAsrBsRrCsjS,j7sjT,jU,jV,JjW,GubGjXG?jXG?uhNjX,GjY,G@@ubj0,)rDs}rEs(hXADSKrFshXadenylyl sulfate kinaserGsh}rHs(XGENE_ASSOCIATIONrIsXSTM2933rJsX SUBSYSTEMrKsXCysteine MetabolismrLsuh }rMsj8,jJsj9,hj:,h]rNsjarOsRrPsj>,}rQs(j@,)rRs}rSs(hXaps_crTshXAdenosine-5-phosphosulfaterUsh}rVs(XFORMULArWsX C10H12N5O10PSrXsXPUBCHEMrYsX3524rZsXCHARGEr[sX-2r\sXCHEBIr]sX17709r^sXKEGGr_sXC00224r`suh }rashNhh]rbsrcsRrdsjS,jXsjT,jU,jV,JjW,GubGjRGj@,)res}rfs(hXpaps_crgshX3-Phosphoadenylyl-sulfaterhsh}ris(XFORMULArjsXC10H11N5O13P2SrksXPUBCHEMrlsX3355rmsXCHARGErnsX-4rosXCHEBIrpsX17980rqsXKEGGrrsXC00053rssuh }rtshNhh]rusrvsRrwsjS,jksjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rxs}rys(hXADSL1rrzshXadenylsuccinate lyaser{sh}r|s(XGENE_ASSOCIATIONr}sXSTM1232r~sX SUBSYSTEMrsX"Purine and Pyrimidine Biosynthesisrsuh }rsj8,j~sj9,hj:,h]rsjarsRrsj>,}rs(j@,)rs}rs(hXdcamp_crshXN6-1-2-Dicarboxyethyl-AMPrsh}rs(XFORMULArsX C14H14N5O11PrsXPUBCHEMrsX6543rsXCHARGErsX-4rsXCHEBIrsX15919rsXKEGGrsXC03794rsuh }rshNhh]rsrsRrsjS,jsjT,jU,jV,JjW,GubGj@,)rs}rs(hXfum_crshXFumaratersh}rs(XFORMULArsXC4H2O4rsXPUBCHEMrsX3422rsXCHARGErsX-2rsXCHEBIrsX18012rsXKEGGrsXC00122rsuh }rshNhh]rsrsRrsjS,jsjT,jU,jV,JjW,GubG?jXG?uhNjX,G@jY,G@@ubj0,)rs}rs(hXADSL2rrshXadenylosuccinate lyasersh}rs(XGENE_ASSOCIATIONrsXSTM1232rsX SUBSYSTEMrsX"Purine and Pyrimidine Biosynthesisrsuh }rsj8,jsj9,hj:,h]rsjarsRrsj>,}rs(j@,)rs}rs(hX25aics_crshXBS-2-5-Amino-1-5-phospho-D-ribosyl-imidazole-4-carboxamidosuccinatersh}rs(XFORMULArsX C13H15N4O12PrsXPUBCHEMrsX7384rsXCHARGErsX-4rsXCHEBIrsX18319rsXKEGGrsXC04823rsuh }rshNhh]rsrsRrsjS,jsjT,jU,jV,JjW,GubGj@,)rs}rs(hXaicar_crshX55-Amino-1-5-Phospho-D-ribosyl-imidazole-4-carboxamidersh}rs(XFORMULArsX C9H13N4O8PrsXPUBCHEMrsX7258rsXCHARGErsX-2rsXCHEBIrsX18406rsXKEGGrsXC04677rsuh }rshNhh]rsrsRrsjS,jsjT,jU,jV,JjW,GubG?jsG?uhNjX,G@jY,G@@ubj0,)rs}rs(hXADSSrshXadenylosuccinate synthasersh}rs(XGENE_ASSOCIATIONrsXSTM4366rsX SUBSYSTEMrsX"Purine and Pyrimidine Biosynthesisrsuh }rsj8,jsj9,hj:,h]rsjarsRrsj>,}rs(j@,)rs}rs(hXasp__L_crshX L-Aspartatersh}rs(XFORMULArsXC4H6NO4rsXPUBCHEMrsX3351rsXCHARGErsX-1rsXCHEBIrsX17053rsXKEGGrsXC00049rsuh }rshNhh]rsrsRrtjS,jsjT,jU,jV,JjW,GubGjIhGj@,)rt}rt(hXimp_crthXIMPrth}rt(XFORMULArtX C10H11N4O8PrtXPUBCHEMrtX3430r tXCHARGEr tX-2r tXCHEBIr tX17202r tXKEGGrtXC00130rtuh }rthNhh]rtrtRrtjS,jtjT,jU,jV,JjW,GubGjsG?jqG?jRG@jSG?uhNjX,GjY,G@@ubj0,)rt}rt(hXAGDCrthX+N acetylglucosamine 6 phosphate deacetylaserth}rt(XGENE_ASSOCIATIONrtXSTM0683rtX SUBSYSTEMrtXAlternate Carbon Metabolismrtuh }rtj8,jtj9,hj:,h]rtjartRr tj>,}r!t(jiGjRGj@,)r"t}r#t(hXgam6p_cr$thXD-Glucosamine-6-phosphater%th}r&t(XFORMULAr'tX C6H13NO8Pr(tXPUBCHEMr)tX3645r*tXCHARGEr+tX-1r,tXCHEBIr-tX15873r.tXKEGGr/tXC00352r0tuh }r1thNhh]r2tr3tRr4tjS,j(tjT,jU,jV,JjW,GubG?jkG?uhNjX,GjY,G@@ubj0,)r5t}r6t(hXAGM3PAr7thXCN Acetyl D glucosamine anhydrous N Acetylmuramyl tripeptide amidaser8th}r9t(XGENE_ASSOCIATIONr:tXSTM0146r;tX SUBSYSTEMrtj8,j;tj9,hj:,h]r?tjar@tRrAtj>,}rBt(jRGj@,)rCt}rDt(hX anhgm3p_crEthX;N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramyl-tripeptiderFth}rGt(XFORMULArHtX C34H52N6O19rItXPUBCHEMrJtjK,XCHARGErKtX-2rLtXCHEBIrMtjK,XKEGGrNtjK,uh }rOthNhh]rPtrQtRrRtjS,jItjT,jU,jV,JjW,GubGj@,)rSt}rTt(hXanhgm_crUthX5N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramic-acidrVth}rWt(XFORMULArXtX C19H29N2O12rYtXPUBCHEMrZtjK,XCHARGEr[tX-1r\tXCHEBIr]tjK,XKEGGr^tjK,uh }r_thNhh]r`tratRrbtjS,jYtjT,jU,jV,JjW,GubG?jVcG?uhNjX,GjY,G@@ubj0,)rct}rdt(hXAGM3PApprethXNN Acetyl D glucosamine anhydrous N Acetylmuramyl tripeptide amidase periplasm rfth}rgt(XGENE_ASSOCIATIONrhtX%( STM4358 or STM2450 or STM2991 )ritX SUBSYSTEMrjtXMurein Recyclingrktuh }rltj8,X!STM4358 or STM2450 or STM2991rmtj9,hj:,h]rnt(jjjerotRrptj>,}rqt(j@,)rrt}rst(hX anhgm3p_prtthX;N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramyl-tripeptideruth}rvt(XFORMULArwtX C34H52N6O19rxtXPUBCHEMrytjK,XCHARGErztX-2r{tXCHEBIr|tjK,XKEGGr}tjK,uh }r~thNhh]rtrtRrtjS,jxtjT,jPjV,JjW,GubGjlTGjFcG?j@,)rt}rt(hXanhgm_prthX5N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramic-acidrth}rt(XFORMULArtX C19H29N2O12rtXPUBCHEMrtjK,XCHARGErtX-1rtXCHEBIrtjK,XKEGGrtjK,uh }rthNhh]rtrtRrtjS,jtjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rt}rt(hXAGM3PHrthX\N Acetyl D glucosamine anhydrous N Acetylmuramyl tripeptide beta 1 4 N acetylglucosaminidaserth}rt(XGENE_ASSOCIATIONrtXSTM1209rtX SUBSYSTEMrtXMurein Recyclingrtuh }rtj8,jtj9,hj:,h]rtj"artRrtj>,}rt(jRGjCtGjiG?j@,)rt}rt(hXanhm3p_crthX(1-6-anhydrous-N-Acetylmuramyl-tripeptiderth}rt(XFORMULArtX C26H39N5O14rtXPUBCHEMrtjK,XCHARGErtX-2rtXCHEBIrtjK,XKEGGrtjK,uh }rthNhh]rtrtRrtjS,jtjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rt}rt(hX AGM3Pt2pprthXFGlcNAc anhMurNAc tripeptide transport in via proton symport periplasm rth}rt(XGENE_ASSOCIATIONrtXSTM0444rtX SUBSYSTEMrtXMurein Recyclingrtuh }rtj8,jtj9,hj:,h]rtj+artRrtj>,}rt(jrtGj TGjCtG?jRG?uhNjX,GjY,G@@ubj0,)rt}rt(hXAGM4PArthXEN Acetyl D glucosamine anhydrous N Acetylmuramyl tetrapeptide amidaserth}rt(XGENE_ASSOCIATIONrtXSTM0146rtX SUBSYSTEMrtXMurein Recyclingrtuh }rtj8,jtj9,hj:,h]rtjartRrtj>,}rt(jRGj@,)rt}rt(hX anhgm4p_crthX=N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramyl-tetrapeptiderth}rt(XFORMULArtX C37H57N7O20rtXPUBCHEMrtjK,XCHARGErtX-2rtXCHEBIrtjK,XKEGGrtjK,uh }rthNhh]rtrtRrtjS,jtjT,jU,jV,JjW,GubGjStG?jcG?uhNjX,GjY,G@@ubj0,)rt}rt(hXAGM4PApprthXPN Acetyl D glucosamine anhydrous N Acetylmuramyl tetrapeptide amidase periplasm rth}rt(XGENE_ASSOCIATIONrtX%( STM2991 or STM4358 or STM2450 )rtX SUBSYSTEMrtXMurein Recyclingrtuh }rtj8,X!STM2991 or STM4358 or STM2450rtj9,hj:,h]rt(jjjertRrtj>,}rt(j@,)rt}rt(hX anhgm4p_prthX=N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramyl-tetrapeptiderth}rt(XFORMULArtX C37H57N7O20rtXPUBCHEMrtjK,XCHARGErtX-2rtXCHEBIrtjK,XKEGGrtjK,uh }rthNhh]rtrtRrtjS,jtjT,jPjV,JjW,GubGjlTGjdG?jtG?uhNjX,GjY,G@@ubj0,)rt}rt(hXAGM4PCPrthXRN Acetyl D glucosamine anhydrous N Acetylmuramyl tetrapeptide L D carboxypeptidaserth}rt(XGENE_ASSOCIATIONruXSTM1800ruX SUBSYSTEMruXMurein Recyclingruuh }ruj8,juj9,hj:,h]rujaruRruj>,}ru(jtGjRGjcG?jCtG?uhNjX,GjY,G@@ubj0,)r u}r u(hX AGM4PCPppr uhX_N Acetyl D glucosamine anhydrous N Acetylmuramyl tetrapeptide L D carboxypeptidase periplasmic r uh}r uX SUBSYSTEMruXMurein Recyclingrush }ruj8,hj9,hj:,h]ruruRruj>,}ru(jlTGjtGj&dG?jrtG?uhNjX,GjY,G@@ubj0,)ru}ru(hXAGM4PHruhX^N Acetyl D glucosamine anhydrous N Acetylmuramyl tetrapeptide beta 1 4 N acetylglucosaminidaseruh}ru(XGENE_ASSOCIATIONruXSTM1209ruX SUBSYSTEMruXMurein Recyclingruuh }ruj8,juj9,hj:,h]ruj"ar uRr!uj>,}r"u(jtGjRGjiG?j@,)r#u}r$u(hXanhm4p_cr%uhX*1-6-anhydrous-N-Acetylmuramyl-tetrapeptider&uh}r'u(XFORMULAr(uX C29H44N6O15r)uXPUBCHEMr*ujK,XCHARGEr+uX-2r,uXCHEBIr-ujK,XKEGGr.ujK,uh }r/uhNhh]r0ur1uRr2ujS,j)ujT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r3u}r4u(hX AGM4Pt2ppr5uhXHGlcNAc anhMurNAc tetrapeptide transport in via proton symport periplasm r6uh}r7u(XGENE_ASSOCIATIONr8uXSTM0444r9uX SUBSYSTEMr:uXMurein Recyclingr;uuh }ruRr?uj>,}r@u(jtGj TGjtG?jRG?uhNjX,GjY,G@@ubj0,)rAu}rBu(hXAGMHrCuhXQN Acetyl D glucosamine anhydrous N Acetylmuramyl beta 1 4 N acetylglucosaminidaserDuh}rEu(XGENE_ASSOCIATIONrFuXSTM1209rGuX SUBSYSTEMrHuXMurein RecyclingrIuuh }rJuj8,jGuj9,hj:,h]rKuj"arLuRrMuj>,}rNu(jStGjRGjiG?j@,)rOu}rPu(hXanhm_crQuhX1-6-anhydrous-N-AcetylmuramaterRuh}rSu(XFORMULArTuX C11H16NO7rUuXPUBCHEMrVujK,XCHARGErWuX-1rXuXCHEBIrYujK,XKEGGrZujK,uh }r[uhNhh]r\ur]uRr^ujS,jUujT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r_u}r`u(hXAGMHErauhX'ADP D glycero D manno heptose epimeraserbuh}rcu(XGENE_ASSOCIATIONrduXSTM3710reuX SUBSYSTEMrfuX)Lipopolysaccharide Biosynthesis Recyclingrguuh }rhuj8,jeuj9,hj:,h]riuj4arjuRrkuj>,}rlu(j@,)rmu}rnu(hX adphep__DD_crouhXADP-D-glycero-D-manno-heptoserpuh}rqu(XFORMULArruX C17H25N5O16P2rsuXPUBCHEMrtuX8633ruuXCHARGErvuX-2rwuXCHEBIrxuX16693ryuXKEGGrzuXC06397r{uuh }r|uhNhh]r}ur~uRrujS,jsujT,jU,jV,JjW,GubGj@,)ru}ru(hX adphep__LD_cruhXADP-L-glycero-D-manno-heptoseruh}ru(XFORMULAruX C17H25N5O16P2ruXPUBCHEMruX8634ruXCHARGEruX-2ruXCHEBIruX15915ruXKEGGruXC06398ruuh }ruhNhh]ruruRrujS,jujT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)ru}ru(hXAGMTruhX agmatinaseruh}ru(XGENE_ASSOCIATIONruXSTM3078ruX SUBSYSTEMruXArginine and Proline Metabolismruuh }ruj8,juj9,hj:,h]ruj=aruRruj>,}ru(j@,)ru}ru(hXagm_cruhXAgmatineruh}ru(XFORMULAruXC5H16N4ruXPUBCHEMruX3479ruXCHARGEruj]-XCHEBIruX17431ruXKEGGruXC00179ruuh }ruhNhh]ruruRrujS,jujT,jU,jV,KjW,GubGjRGj@,)ru}ru(hXurea_cruhXUrearuh}ru(XFORMULAruXCH4N2OruXPUBCHEMruX3386ruXCHARGErujK,XCHEBIruX16199ruXKEGGruXC00086ruuh }ruhNhh]ruruRrujS,jujT,jU,jV,KjW,GubG?j@,)ru}ru(hXptrc_cruhX Putrescineruh}ru(XFORMULAruXC4H14N2ruXPUBCHEMruX3434ruXCHARGEruj]-XCHEBIruX17148ruXKEGGruXC00134ruuh }ruhNhh]ruruRrujS,jujT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)ru}ru(hXAGMt2ppruhX;GlcNAc anhMurNAc transport in via proton symport periplasm ruh}ru(XGENE_ASSOCIATIONruXSTM0444ruX SUBSYSTEMruXMurein Recyclingruuh }ruj8,juj9,hj:,h]ruj+aruRruj>,}ru(j TGjtGjStG?jRG?uhNjX,GjY,G@@ubj0,)ru}ru(hXAGMtexruhX<agmatine transport via diffusion extracellular to periplasm ruh}ru(XGENE_ASSOCIATIONruX2( STM0320 or STM0999 or STM1473 or STM2267 )ruX SUBSYSTEMruXTransport Outer Membrane Porinruuh }ruj8,X.STM0320 or STM0999 or STM1473 or STM2267ruj9,hj:,h]ru(h*hh3h!eruRruj>,}ru(j@,)ru}ru(hXagm_eruhXAgmatineruh}ru(XFORMULAruXC5H16N4ruXPUBCHEMruX3479ruXCHARGEruj]-XCHEBIruX17431ruXKEGGrvXC00179rvuh }rvhNhh]rvrvRrvjS,jujT,j,jV,KjW,GubGj@,)rv}rv(hXagm_prvhXAgmatiner vh}r v(XFORMULAr vXC5H16N4r vXPUBCHEMr vX3479rvXCHARGErvj]-XCHEBIrvX17431rvXKEGGrvXC00179rvuh }rvhNhh]rvrvRrvjS,j vjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rv}rv(hXAGPAT120rvhXA1 tetradecanoyl sn glycerol 3 phosphate O acyltransferase n C120 rvh}rv(XGENE_ASSOCIATIONrvXSTM3173rvX SUBSYSTEMrvXGlycerophospholipid Metabolismr vuh }r!vj8,jvj9,hj:,h]r"vjFar#vRr$vj>,}r%v(j@,)r&v}r'v(hX 1ddecg3p_cr(vhX$1-dodecanoyl-sn-glycerol-3-phosphater)vh}r*v(XFORMULAr+vX C15H29O7P1r,vXPUBCHEMr-vX3950r.vXCHARGEr/vX-2r0vXCHEBIr1vX16975r2vXKEGGr3vXC00681r4vuh }r5vhNhh]r6vr7vRr8vjS,j,vjT,jU,jV,JjW,GubGjGbGj@,)r9v}r:v(hXpa120_cr;vhX(1-2-didodecanoyl-sn-glycerol-3-phosphatervX C27H51O8P1r?vXPUBCHEMr@vX3706rAvXCHARGErBvX-2rCvXCHEBIrDvX16337rEvXKEGGrFvXC00416rGvuh }rHvhNhh]rIvrJvRrKvjS,j?vjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)rLv}rMv(hXAGPAT140rNvhXA1 tetradecanoyl sn glycerol 3 phosphate O acyltransferase n C140 rOvh}rPv(XGENE_ASSOCIATIONrQvXSTM3173rRvX SUBSYSTEMrSvXGlycerophospholipid MetabolismrTvuh }rUvj8,jRvj9,hj:,h]rVvjFarWvRrXvj>,}rYv(j@,)rZv}r[v(hX 1tdecg3p_cr\vhX'1-tetradecanoyl-sn-glycerol-3-phosphater]vh}r^v(XFORMULAr_vX C17H33O7P1r`vXPUBCHEMravX3950rbvXCHARGErcvX-2rdvXCHEBIrevX16975rfvXKEGGrgvXC00681rhvuh }rivhNhh]rjvrkvRrlvjS,j`vjT,jU,jV,JjW,GubGjbGj@,)rmv}rnv(hXpa140_crovhX+1-2-ditetradecanoyl-sn-glycerol-3-phosphaterpvh}rqv(XFORMULArrvX C31H59O8P1rsvXPUBCHEMrtvX3706ruvXCHARGErvvX-2rwvXCHEBIrxvX16337ryvXKEGGrzvXC00416r{vuh }r|vhNhh]r}vr~vRrvjS,jsvjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)rv}rv(hXAGPAT141rvhXD1 tetradec 7 enoyl sn glycerol 3 phosphate O acyltransferase n C141 rvh}rv(XGENE_ASSOCIATIONrvXSTM3173rvX SUBSYSTEMrvXGlycerophospholipid Metabolismrvuh }rvj8,jvj9,hj:,h]rvjFarvRrvj>,}rv(jbGj@,)rv}rv(hX 1tdec7eg3p_crvhX*1-tetradec-7-enoyl-sn-glycerol-3-phosphatervh}rv(XFORMULArvX C17H31O7P1rvXPUBCHEMrvX3950rvXCHARGErvX-2rvXCHEBIrvX16975rvXKEGGrvXC00681rvuh }rvhNhh]rvrvRrvjS,jvjT,jU,jV,JjW,GubGj@,)rv}rv(hXpa141_crvhX.1-2-ditetradec-7-enoyl-sn-glycerol-3-phosphatervh}rv(XFORMULArvX C31H55O8P1rvXPUBCHEMrvX3706rvXCHARGErvX-2rvXCHEBIrvX16337rvXKEGGrvXC00416rvuh }rvhNhh]rvrvRrvjS,jvjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)rv}rv(hXAGPAT160rvhX@1 hexadecanoyl sn glycerol 3 phosphate O acyltransferase n C160 rvh}rv(XGENE_ASSOCIATIONrvXSTM3173rvX SUBSYSTEMrvXGlycerophospholipid Metabolismrvuh }rvj8,jvj9,hj:,h]rvjFarvRrvj>,}rv(jbGj@,)rv}rv(hX 1hdecg3p_crvhX&1-hexadecanoyl-sn-glycerol-3-phosphatervh}rv(XFORMULArvX C19H37O7P1rvXPUBCHEMrvX3950rvXCHARGErvX-2rvXCHEBIrvX16975rvXKEGGrvXC00681rvuh }rvhNhh]rvrvRrvjS,jvjT,jU,jV,JjW,GubGj@,)rv}rv(hXpa160_crvhX*1-2-dihexadecanoyl-sn-glycerol-3-phosphatervh}rv(XFORMULArvX C35H67O8P1rvXPUBCHEMrvX3706rvXCHARGErvX-2rvXCHEBIrvX16337rvXKEGGrvXC00416rvuh }rvhNhh]rvrvRrvjS,jvjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)rv}rv(hXAGPAT161rvhXC1 hexadec 7 enoyl sn glycerol 3 phosphate O acyltransferase n C161 rvh}rv(XGENE_ASSOCIATIONrvXSTM3173rvX SUBSYSTEMrvXGlycerophospholipid Metabolismrvuh }rvj8,jvj9,hj:,h]rvjFarvRrvj>,}rv(jbGj@,)rv}rv(hX 1hdec9eg3p_crvhX)1-hexadec-9-enoyl-sn-glycerol-3-phosphatervh}rv(XFORMULArvX C19H35O7P1rvXPUBCHEMrvjK,XCHARGErvX-2rvXCHEBIrwjK,XKEGGrwjK,uh }rwhNhh]rwrwRrwjS,jvjT,jU,jV,JjW,GubGjaG?j@,)rw}rw(hXpa161_crwhX-1-2-dihexadec-9-enoyl-sn-glycerol-3-phosphater wh}r w(XFORMULAr wX C35H63O8P1r wXPUBCHEMr wX3706rwXCHARGErwX-2rwXCHEBIrwX16337rwXKEGGrwXC00416rwuh }rwhNhh]rwrwRrwjS,j wjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rw}rw(hXAGPAT180rwhX@1 octadecanoyl sn glycerol 3 phosphate O acyltransferase n C180 rwh}rw(XGENE_ASSOCIATIONrwXSTM3173rwX SUBSYSTEMr wXGlycerophospholipid Metabolismr!wuh }r"wj8,jwj9,hj:,h]r#wjFar$wRr%wj>,}r&w(jeGj@,)r'w}r(w(hX 1odecg3p_cr)whX&1-octadecanoyl-sn-glycerol-3-phosphater*wh}r+w(XFORMULAr,wX C21H41O7P1r-wXPUBCHEMr.wX3950r/wXCHARGEr0wX-2r1wXCHEBIr2wX16975r3wXKEGGr4wXC00681r5wuh }r6whNhh]r7wr8wRr9wjS,j-wjT,jU,jV,JjW,GubGjaG?j@,)r:w}r;w(hXpa180_crw(XFORMULAr?wX C39H75O8P1r@wXPUBCHEMrAwX3706rBwXCHARGErCwX-2rDwXCHEBIrEwX16337rFwXKEGGrGwXC00416rHwuh }rIwhNhh]rJwrKwRrLwjS,j@wjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rMw}rNw(hXAGPAT181rOwhXC1 octadec 7 enoyl sn glycerol 3 phosphate O acyltransferase n C181 rPwh}rQw(XGENE_ASSOCIATIONrRwXSTM3173rSwX SUBSYSTEMrTwXGlycerophospholipid MetabolismrUwuh }rVwj8,jSwj9,hj:,h]rWwjFarXwRrYwj>,}rZw(jeGj@,)r[w}r\w(hX 1odec11eg3p_cr]whX*1-octadec-11-enoyl-sn-glycerol-3-phosphater^wh}r_w(XFORMULAr`wX C21H39O7P1rawXPUBCHEMrbwjK,XCHARGErcwX-2rdwXCHEBIrewjK,XKEGGrfwjK,uh }rgwhNhh]rhwriwRrjwjS,jawjT,jU,jV,JjW,GubGjaG?j@,)rkw}rlw(hXpa181_crmwhX.1-2-dioctadec-11-enoyl-sn-glycerol-3-phosphaternwh}row(XFORMULArpwX C39H71O8P1rqwXPUBCHEMrrwX3706rswXCHARGErtwX-2ruwXCHEBIrvwX16337rwwXKEGGrxwXC00416rywuh }rzwhNhh]r{wr|wRr}wjS,jqwjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r~w}rw(hXAGPRrwhX'N acetyl g glutamyl phosphate reductaserwh}rw(XGENE_ASSOCIATIONrwXSTM4121rwX SUBSYSTEMrwXArginine and Proline Metabolismrwuh }rwj8,jwj9,hj:,h]rwjOarwRrwj>,}rw(j[GjSGjoGj[G?jjG?jRG?uhNjX,G@jY,G@@ubj0,)rw}rw(hXAHCYSNSrwhX#S adenosylhomocysteine nucleosidaserwh}rw(XGENE_ASSOCIATIONrwXSTM0207rwX SUBSYSTEMrwXMethionine Metabolismrwuh }rwj8,jwj9,hj:,h]rwj8arwRrwj>,}rw(j@,)rw}rw(hXahcys_crwhXS-Adenosyl-L-homocysteinerwh}rw(XFORMULArwX C14H20N6O5SrwXPUBCHEMrwX3323rwXCHARGErwjK,XCHEBIrwX16680rwXKEGGrwXC00021rwuh }rwhNhh]rwrwRrwjS,jwjT,jU,jV,KjW,GubGjRGjdG?j@,)rw}rw(hXrhcys_crwhXS-Ribosyl-L-homocysteinerwh}rw(XFORMULArwX C9H17NO6SrwXPUBCHEMrwX6343rwXCHARGErwjK,XCHEBIrwjK,XKEGGrwXC03539rwuh }rwhNhh]rwrwRrwjS,jwjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rw}rw(hXAICARTrwhX9phosphoribosylaminoimidazolecarboxamide formyltransferaserwh}rw(XGENE_ASSOCIATIONrwXSTM4176rwX SUBSYSTEMrwX"Purine and Pyrimidine Biosynthesisrwuh }rwj8,jwj9,hj:,h]rwjXarwRrwj>,}rw(j@,)rw}rw(hX10fthf_crwhX10-Formyltetrahydrofolaterwh}rw(XFORMULArwX C20H21N7O7rwXPUBCHEMrwX3533rwXCHARGErwX-2rwXCHEBIrwX15637rwXKEGGrwXC00234rwuh }rwhNhh]rwrwRrwjS,jwjT,jU,jV,JjW,GubGjsGj@,)rw}rw(hXthf_crwhX5-6-7-8-Tetrahydrofolaterwh}rw(XFORMULArwX C19H21N7O6rwXPUBCHEMrwX3401rwXCHARGErwX-2rwXCHEBIrwX15635rwXKEGGrwXC00101rwuh }rwhNhh]rwrwRrwjS,jwjT,jU,jV,JjW,GubG?j@,)rw}rw(hXfprica_crwhX95-Formamido-1-5-phospho-D-ribosyl-imidazole-4-carboxamiderwh}rw(XFORMULArwX C10H13N4O9PrwXPUBCHEMrwX7305rwXCHARGErwX-2rwXCHEBIrwX18381rwXKEGGrwXC04734rwuh }rxhNhh]rxrxRrxjS,jwjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rx}rx(hXAIRC2rxhX(phosphoribosylaminoimidazole carboxylaserxh}rx(XGENE_ASSOCIATIONr xXSTM0533r xX SUBSYSTEMr xX"Purine and Pyrimidine Biosynthesisr xuh }r xj8,j xj9,hj:,h]rxjaarxRrxj>,}rx(jRGj}hGj@,)rx}rx(hXair_crxhX'5-amino-1-5-phospho-D-ribosyl-imidazolerxh}rx(XFORMULArxX C8H12N3O7PrxXPUBCHEMrxX6208rxXCHARGErxX-2rxXCHEBIrxX28843rxXKEGGrxXC03373r xuh }r!xhNhh]r"xr#xRr$xjS,jxjT,jU,jV,JjW,GubGjRG?jRG?j@,)r%x}r&x(hX5caiz_cr'xhX(5-phosphoribosyl-5-carboxyaminoimidazoler(xh}r)x(XFORMULAr*xX C9H11N3O9Pr+xXPUBCHEMr,xX7321r-xXCHARGEr.xX-3r/xXCHEBIr0xX28413r1xXKEGGr2xXC04751r3xuh }r4xhNhh]r5xr6xRr7xjS,j+xjT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r8x}r9x(hXAIRC3r:xhX4phosphoribosylaminoimidazole carboxylase mutase rxn r;xh}rxX SUBSYSTEMr?xX"Purine and Pyrimidine Biosynthesisr@xuh }rAxj8,j>xj9,hj:,h]rBxjjarCxRrDxj>,}rEx(j@,)rFx}rGx(hX5aizc_crHxhX55-amino-1-5-phospho-D-ribosyl-imidazole-4-carboxylaterIxh}rJx(XFORMULArKxX C9H11N3O9PrLxXPUBCHEMrMxX7321rNxXCHARGErOxX-3rPxXCHEBIrQxX28413rRxXKEGGrSxXC04751rTxuh }rUxhNhh]rVxrWxRrXxjS,jLxjT,jU,jV,JjW,GubGj%xG?uhNjX,G@jY,G@@ubj0,)rYx}rZx(hXAKGDHr[xhX2 Oxogluterate dehydrogenaser\xh}r]x(XGENE_ASSOCIATIONr^xX'( STM0154 and STM0736 and STM0737 )r_xX SUBSYSTEMr`xXCitric Acid Cycleraxuh }rbxj8,X#STM0154 and STM0736 and STM0737rcxj9,hj:,h]rdx(j|jsjerexRrfxj>,}rgx(j[GjfGjgGj@,)rhx}rix(hXsuccoa_crjxhX Succinyl-CoArkxh}rlx(XFORMULArmxXC25H35N7O19P3SrnxXPUBCHEMroxX3391rpxXCHARGErqxX-5rrxXCHEBIrsxX15380rtxXKEGGruxXC00091rvxuh }rwxhNhh]rxxryxRrzxjS,jnxjT,jU,jV,JjW,GubG?j[G?jaG?uhNjX,GjY,G@@ubj0,)r{x}r|x(hXAKGt2rppr}xhX:2 oxoglutarate reversible transport via symport periplasm r~xh}rx(XGENE_ASSOCIATIONrxXSTM2654rxX SUBSYSTEMrxXTransport Inner Membranerxuh }rxj8,jxj9,hj:,h]rxjarxRrxj>,}rx(j TGj@,)rx}rx(hXakg_prxhX2-Oxoglutaraterxh}rx(XFORMULArxXC5H4O5rxXPUBCHEMrxX3328rxXCHARGErxX-2rxXCHEBIrxX30915rxXKEGGrxXC00026rxuh }rxhNhh]rxrxRrxjS,jxjT,jPjV,JjW,GubGjfG?jRG?uhNjX,G@jY,G@@ubj0,)rx}rx(hXAKGtexrxhXGalpha ketoglutarate transport via diffusion extracellular to periplasm rxh}rx(XGENE_ASSOCIATIONrxX2( STM0320 or STM0999 or STM1473 or STM2267 )rxX SUBSYSTEMrxXTransport Outer Membrane Porinrxuh }rxj8,X.STM0320 or STM0999 or STM1473 or STM2267rxj9,hj:,h]rx(h*hh3h!erxRrxj>,}rx(j@,)rx}rx(hXakg_erxhX2-Oxoglutaraterxh}rx(XFORMULArxXC5H4O5rxXPUBCHEMrxX3328rxXCHARGErxX-2rxXCHEBIrxX30915rxXKEGGrxXC00026rxuh }rxhNhh]rxrxRrxjS,jxjT,j,jV,JjW,GubGjxG?uhNjX,G@jY,G@@ubj0,)rx}rx(hX ALAALAabcpprxhX?D alanyl D alanine DalaDala transport via ABC system periplasm rxh}rx(XGENE_ASSOCIATIONrxXC( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )rxX SUBSYSTEMrxXTransport Inner Membranerxuh }rxj8,X?STM3630 and STM3629 and STM3628 and STM3627 and STM3626rxj9,hj:,h]rx(jjjjjerxRrxj>,}rx(j@,)rx}rx(hXalaala_prxhXD-Alanyl-D-alaninerxh}rx(XFORMULArxX C6H12N2O3rxXPUBCHEMrxX4239rxXCHARGErxjK,XCHEBIrxX16576rxXKEGGrxXC00993rxuh }rxhNhh]rxrxRrxjS,jxjT,jPjV,KjW,GubGjRGjRGj@,)rx}rx(hXalaala_crxhXD-Alanyl-D-alaninerxh}rx(XFORMULArxX C6H12N2O3rxXPUBCHEMrxX4239rxXCHARGErxjK,XCHEBIrxX16576rxXKEGGrxXC00993rxuh }rxhNhh]rxrxRrxjS,jxjT,jU,jV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rx}rx(hXALAALArrxhX&D alanine D alanine ligase reversible rxh}rx(XGENE_ASSOCIATIONrxX( STM0380 or STM0130 )rxX SUBSYSTEMrxXCell Envelope Biosynthesisrxuh }rxj8,XSTM0380 or STM0130rxj9,hj:,h]rx(jjerxRrxj>,}rx(jcGjRGjxG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)ry}ry(hX ALAALAtexryhXOD alanyl D alanine DalaDala transport via diffusion extracellular to periplasm ryh}ry(XGENE_ASSOCIATIONryX2( STM0320 or STM0999 or STM1473 or STM2267 )ryX SUBSYSTEMryXTransport Outer Membrane Porinryuh }r yj8,X.STM0320 or STM0999 or STM1473 or STM2267r yj9,hj:,h]r y(h*hh3h!er yRr yj>,}ry(j@,)ry}ry(hXalaala_eryhXD-Alanyl-D-alanineryh}ry(XFORMULAryX C6H12N2O3ryXPUBCHEMryX4239ryXCHARGEryjK,XCHEBIryX16576ryXKEGGryXC00993ryuh }ryhNhh]ryryRr yjS,jyjT,j,jV,KjW,GubGjxG?uhNjX,G@jY,G@@ubj0,)r!y}r"y(hXALAGLUEr#yhX"L alanyl gamma glutamate epimeraser$yh}r%y(XGENE_ASSOCIATIONr&yXSTM1681r'yX SUBSYSTEMr(yXMurein Recyclingr)yuh }r*yj8,j'yj9,hj:,h]r+yjar,yRr-yj>,}r.y(j@,)r/y}r0y(hX LalaDglu_cr1yhXL-alanine-D-glutamater2yh}r3y(XFORMULAr4yX C8H13N2O5r5yXPUBCHEMr6yjK,XCHARGEr7yX-1r8yXCHEBIr9yjK,XKEGGr:yjK,uh }r;yhNhh]ryjS,j5yjT,jU,jV,JjW,GubGj@,)r?y}r@y(hX LalaLglu_crAyhXL-alanine-L-glutamaterByh}rCy(XFORMULArDyX C8H13N2O5rEyXPUBCHEMrFyjK,XCHARGErGyX-1rHyXCHEBIrIyjK,XKEGGrJyjK,uh }rKyhNhh]rLyrMyRrNyjS,jEyjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rOy}rPy(hXALARrQyhXalanine racemaserRyh}rSy(XGENE_ASSOCIATIONrTyX( STM4247 or STM1802 )rUyX SUBSYSTEMrVyX Alanine and Aspartate MetabolismrWyuh }rXyj8,XSTM4247 or STM1802rYyj9,hj:,h]rZy(jjer[yRr\yj>,}r]y(j@,)r^y}r_y(hXala__L_cr`yhX L-Alaninerayh}rby(XFORMULArcyXC3H7NO2rdyXPUBCHEMreyX3343rfyXCHARGErgyjK,XCHEBIrhyX16977riyXKEGGrjyXC00041rkyuh }rlyhNhh]rmyrnyRroyjS,jdyjT,jU,jV,KjW,GubGjcG?uhNjX,G@jY,G@@ubj0,)rpy}rqy(hXALATA_D2rryhXD alanine transaminasersyh}rty(XGENE_ASSOCIATIONruyX( STM2555 or STM0934 )rvyX SUBSYSTEMrwyX*Cofactor and Prosthetic Group Biosynthesisrxyuh }ryyj8,XSTM2555 or STM0934rzyj9,hj:,h]r{y(jjer|yRr}yj>,}r~y(j@,)ry}ry(hXpydx5p_cryhXPyridoxal-5-phosphateryh}ry(XFORMULAryXC8H8NO6PryXPUBCHEMryX3320ryXCHARGEryX-2ryXCHEBIryX18405ryXKEGGryXC00018ryuh }ryhNhh]ryryRryjS,jyjT,jU,jV,JjW,GubGjcGj@,)ry}ry(hXpyam5p_cryhXPyridoxamine-5-phosphateryh}ry(XFORMULAryX C8H12N2O5PryXPUBCHEMryX3919ryXCHARGEryX-1ryXCHEBIryX18335ryXKEGGryXC00647ryuh }ryhNhh]ryryRryjS,jyjT,jU,jV,JjW,GubG?jGjG?uhNjX,GjY,G@@ubj0,)ry}ry(hXALATA_LryhXL alanine transaminaseryh}ryX SUBSYSTEMryX Alanine and Aspartate Metabolismrysh }ryj8,hj9,hj:,h]ryryRryj>,}ry(j^yGjfGjfG?jGjG?uhNjX,G@jY,G@@ubj0,)ry}ry(hXALATA_L2ryhXalanine transaminaseryh}ry(XGENE_ASSOCIATIONryX( STM0934 or STM2555 )ryX SUBSYSTEMryX*Cofactor and Prosthetic Group Biosynthesisryuh }ryj8,XSTM0934 or STM2555ryj9,hj:,h]ry(jjeryRryj>,}ry(j^yGjyGjGjG?jyG?uhNjX,GjY,G@@ubj0,)ry}ry(hXALATRSryhXAlanyl tRNA synthetaseryh}ry(XGENE_ASSOCIATIONryXSTM2827ryX SUBSYSTEMryX tRNA Chargingryuh }ryj8,jyj9,hj:,h]ryjaryRryj>,}ry(j^yGj@,)ry}ry(hX trnaala_cryhXtRNA-Alaryh}ry(XFORMULAryXRryXPUBCHEMryX4784ryXCHARGEryjK,XCHEBIryX29170ryXKEGGryXC01635ryuh }ryhNhh]ryryRryjS,jyjT,jU,jV,KjW,GubGjRGj@,)ry}ry(hX alatrna_cryhXL-Alanyl-tRNA-Alaryh}ry(XFORMULAryXC3H6NORryXPUBCHEMryX4142ryXCHARGEryj-XCHEBIryX17732ryXKEGGryXC00886ryuh }ryhNhh]ryryRryjS,jyjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)ry}ry(hXALAabcppryhX-L alanine transport via ABC system periplasm ryh}ry(XGENE_ASSOCIATIONryXC( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )ryX SUBSYSTEMryXTransport Inner Membraneryuh }ryj8,X?STM3560 and STM3561 and STM3563 and STM3567 and STM3562ryj9,hj:,h]ry(j0j jj'jeryRryj>,}rz(j@,)rz}rz(hXala__L_przhX L-Alaninerzh}rz(XFORMULArzXC3H7NO2rzXPUBCHEMrzX3343r zXCHARGEr zjK,XCHEBIr zX16977r zXKEGGr zXC00041rzuh }rzhNhh]rzrzRrzjS,jzjT,jPjV,KjW,GubGjRGjRGj^yG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rz}rz(hXALAt2pprzhX4L alanine transport in via proton symport periplasm rzh}rz(XGENE_ASSOCIATIONrzXSTM4398rzX SUBSYSTEMrzXTransport Inner Membranerzuh }rzj8,jzj9,hj:,h]rzj9arzRrzj>,}r z(j TGjzGj^yG?jRG?uhNjX,GjY,G@@ubj0,)r!z}r"z(hXALAt4ppr#zhX4L alanine transport in via sodium symport periplasm r$zh}r%z(XGENE_ASSOCIATIONr&zXSTM0006r'zX SUBSYSTEMr(zXTransport Inner Membraner)zuh }r*zj8,j'zj9,hj:,h]r+zjBar,zRr-zj>,}r.z(jYpGjzGj^yG?jkpG?uhNjX,GjY,G@@ubj0,)r/z}r0z(hXALAtexr1zhX=L alanine transport via diffusion extracellular to periplasm r2zh}r3z(XGENE_ASSOCIATIONr4zX2( STM0320 or STM0999 or STM1473 or STM2267 )r5zX SUBSYSTEMr6zXTransport Outer Membrane Porinr7zuh }r8zj8,X.STM0320 or STM0999 or STM1473 or STM2267r9zj9,hj:,h]r:z(h!h*hh3er;zRr,}r=z(j@,)r>z}r?z(hXala__L_er@zhX L-AlaninerAzh}rBz(XFORMULArCzXC3H7NO2rDzXPUBCHEMrEzX3343rFzXCHARGErGzjK,XCHEBIrHzX16977rIzXKEGGrJzXC00041rKzuh }rLzhNhh]rMzrNzRrOzjS,jDzjT,j,jV,KjW,GubGjzG?uhNjX,G@jY,G@@ubj0,)rPz}rQz(hXALDD2yrRzhX)aldehyde dehydrogenase acetaldehyde NADP rSzh}rTz(XGENE_ASSOCIATIONrUzXSTM3680rVzX SUBSYSTEMrWzXAlternate Carbon MetabolismrXzuh }rYzj8,jVzj9,hj:,h]rZzjKar[zRr\zj>,}r]z(j[GjgGjRGj[G?jkG?jRG@uhNjX,GjY,G@@ubj0,)r^z}r_z(hXALDD3yr`zhX%aldehyde dehydrogenase propanal NADP razh}rbz(XGENE_ASSOCIATIONrczXSTM3680rdzX SUBSYSTEMrezXAlternate Carbon Metabolismrfzuh }rgzj8,jdzj9,hj:,h]rhzjKarizRrjzj>,}rkz(j[Gj@,)rlz}rmz(hXppal_crnzhXPropanalrozh}rpz(XFORMULArqzXC3H6OrrzXPUBCHEMrszX3762rtzXCHARGEruzjK,XCHEBIrvzX17153rwzXKEGGrxzXC00479ryzuh }rzzhNhh]r{zr|zRr}zjS,jrzjT,jU,jV,KjW,GubGjRGjhG?j[G?jRG@uhNjX,GjY,G@@ubj0,)r~z}rz(hXALLTAMHrzhXallantoate amidohydrolaserzh}rz(XGENE_ASSOCIATIONrzXSTM0527rzX SUBSYSTEMrzXAlternate Carbon Metabolismrzuh }rzj8,jzj9,hj:,h]rzjTarzRrzj>,}rz(jRGjRGj@,)rz}rz(hXalltt_crzhX Allantoaterzh}rz(XFORMULArzXC4H7N4O4rzXPUBCHEMrzX3782rzXCHARGErzX-1rzXCHEBIrzX30837rzXKEGGrzXC00499rzuh }rzhNhh]rzrzRrzjS,jzjT,jU,jV,JjW,GubGj@,)rz}rz(hX urdglyc_crzhX--Ureidoglycolaterzh}rz(XFORMULArzXC3H5N2O4rzXPUBCHEMrzX3878rzXCHARGErzX-1rzXCHEBIrzX15412rzXKEGGrzXC00603rzuh }rzhNhh]rzrzRrzjS,jzjT,jU,jV,JjW,GubG?jcfG@jaG?uhNjX,GjY,G@@ubj0,)rz}rz(hXALLTNrzhX allantoinaserzh}rz(XGENE_ASSOCIATIONrzXSTM0523rzX SUBSYSTEMrzXNitrogen Metabolismrzuh }rzj8,jzj9,hj:,h]rzj]arzRrzj>,}rz(j@,)rz}rz(hXalltn_crzhX Allantoinrzh}rz(XFORMULArzXC4H6N4O3rzXPUBCHEMrzX4709rzXCHARGErzjK,XCHEBIrzX15676rzXKEGGrzXC01551rzuh }rzhNhh]rzrzRrzjS,jzjT,jU,jV,KjW,GubGjRGjRG?jzG?uhNjX,GjY,G@@ubj0,)rz}rz(hX ALLTNt2rpprzhX4allantoin transport in via proton symport periplasm rzh}rz(XGENE_ASSOCIATIONrzXSTM0522rzX SUBSYSTEMrzXTransport Inner Membranerzuh }rzj8,jzj9,hj:,h]rzjfarzRrzj>,}rz(j TGj@,)rz}rz(hXalltn_przhX Allantoinrzh}rz(XFORMULArzXC4H6N4O3rzXPUBCHEMrzX4709rzXCHARGErzjK,XCHEBIrzX15676rzXKEGGrzXC01551rzuh }rzhNhh]rzrzRrzjS,jzjT,jPjV,KjW,GubGjzG?jRG?uhNjX,G@jY,G@@ubj0,)rz}rz(hXALLTNtexrzhX=allantoin transport via diffusion extracellular to periplasm rzh}rz(XGENE_ASSOCIATIONrzX2( STM0320 or STM0999 or STM1473 or STM2267 )rzX SUBSYSTEMrzXTransport Outer Membrane Porinrzuh }rzj8,X.STM0320 or STM0999 or STM1473 or STM2267rzj9,hj:,h]rz(h*hh3h!erzRrzj>,}r{(j@,)r{}r{(hXalltn_er{hX Allantoinr{h}r{(XFORMULAr{XC4H6N4O3r{XPUBCHEMr{X4709r {XCHARGEr {jK,XCHEBIr {X15676r {XKEGGr {XC01551r{uh }r{hNhh]r{r{Rr{jS,j{jT,j,jV,KjW,GubGjzG?uhNjX,G@jY,G@@ubj0,)r{}r{(hXALLtexr{hX:Allose transport via diffusion extracellular to periplasm r{h}r{(XGENE_ASSOCIATIONr{X2( STM0320 or STM0999 or STM1473 or STM2267 )r{X SUBSYSTEMr{XTransport Outer Membrane Porinr{uh }r{j8,X.STM0320 or STM0999 or STM1473 or STM2267r{j9,hj:,h]r{(h*hh3h!er{Rr {j>,}r!{(j@,)r"{}r#{(hXall__D_er${hXD-Alloser%{h}r&{(XFORMULAr'{XC6H12O6r({XPUBCHEMr){X4657r*{XCHARGEr+{jK,XCHEBIr,{X4093r-{XKEGGr.{XC01487r/{uh }r0{hNhh]r1{r2{Rr3{jS,j({jT,j,jV,KjW,GubGj@,)r4{}r5{(hXall__D_pr6{hXD-Alloser7{h}r8{(XFORMULAr9{XC6H12O6r:{XPUBCHEMr;{X4657r<{XCHARGEr={jK,XCHEBIr>{X4093r?{XKEGGr@{XC01487rA{uh }rB{hNhh]rC{rD{RrE{jS,j:{jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rF{}rG{(hXALR2rH{hXaldose reductase methylglyoxal rI{h}rJ{(XGENE_ASSOCIATIONrK{X%( STM3165 or STM0255 or STM1288 )rL{X SUBSYSTEMrM{XMethylglyoxal MetabolismrN{uh }rO{j8,X!STM3165 or STM0255 or STM1288rP{j9,hj:,h]rQ{(jojjxerR{RrS{j>,}rT{(j[Gj?fGjRGj@,)rU{}rV{(hXacetol_crW{hXAcetolrX{h}rY{(XFORMULArZ{XC3H6O2r[{XPUBCHEMr\{X7630r]{XCHARGEr^{jK,XCHEBIr_{X27957r`{XKEGGra{XC05235rb{uh }rc{hNhh]rd{re{Rrf{jS,j[{jT,jU,jV,KjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)rg{}rh{(hXALR4xri{hXaldose reductase acetol rj{h}rk{(XGENE_ASSOCIATIONrl{XSTM4108rm{X SUBSYSTEMrn{XGlycerophospholipid Metabolismro{uh }rp{j8,jm{j9,hj:,h]rq{jarr{Rrs{j>,}rt{(jU{Gj[GjRGj$RG?j[G?uhNjX,GjY,G@@ubj0,)ru{}rv{(hXAM3PArw{hX,anhydrous N Acetylmuramyl tripeptide amidaserx{h}ry{(XGENE_ASSOCIATIONrz{XSTM0146r{{X SUBSYSTEMr|{XMurein Recyclingr}{uh }r~{j8,j{{j9,hj:,h]r{jar{Rr{j>,}r{(jRGjtGjOuG?jVcG?uhNjX,GjY,G@@ubj0,)r{}r{(hXAM4PAr{hX.anhydrous N Acetylmuramyl tetrapeptide amidaser{h}r{(XGENE_ASSOCIATIONr{XSTM0146r{X SUBSYSTEMr{XMurein Recyclingr{uh }r{j8,j{j9,hj:,h]r{jar{Rr{j>,}r{(j#uGjRGjOuG?jcG?uhNjX,GjY,G@@ubj0,)r{}r{(hXAM4PCPr{hX;anhydrous N Acetylmuramyl tetrapeptide L D carboxypeptidaser{h}r{(XGENE_ASSOCIATIONr{XSTM1800r{X SUBSYSTEMr{XMurein Recyclingr{uh }r{j8,j{j9,hj:,h]r{jar{Rr{j>,}r{(j#uGjRGjcG?jtG?uhNjX,GjY,G@@ubj0,)r{}r{(hXAMALT1r{hXAmylomaltase maltotriose r{h}r{(XGENE_ASSOCIATIONr{XSTM3513r{X SUBSYSTEMr{XAlternate Carbon Metabolismr{uh }r{j8,j{j9,hj:,h]r{jar{Rr{j>,}r{(j@,)r{}r{(hXmalttr_cr{hX Maltotrioser{h}r{(XFORMULAr{X C18H32O16r{XPUBCHEMr{X4954r{XCHARGEr{jK,XCHEBIr{X27931r{XKEGGr{XC01835r{uh }r{hNhh]r{r{Rr{jS,j{jT,jU,jV,KjW,GubGj@,)r{}r{(hXmalt_cr{hXMaltoser{h}r{(XFORMULAr{X C12H22O11r{XPUBCHEMr{X3508r{XCHARGEr{jK,XCHEBIr{X17306r{XKEGGr{XC00208r{uh }r{hNhh]r{r{Rr{jS,j{jT,jU,jV,KjW,GubGj@,)r{}r{(hX maltttr_cr{hX Maltotetraoser{h}r{(XFORMULAr{X C24H42O21r{XPUBCHEMr{X5141r{XCHARGEr{jK,XCHEBIr{jK,XKEGGr{XC02052r{uh }r{hNhh]r{r{Rr{jS,j{jT,jU,jV,KjW,GubG?j@,)r{}r{(hXglc__D_cr{hX D-Glucoser{h}r{(XFORMULAr{XC6H12O6r{XPUBCHEMr{X3333r{XCHARGEr{jK,XCHEBIr{X4167r{XKEGGr{XC00031r{uh }r{hNhh]r{r{Rr{jS,j{jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r{}r{(hXAMALT2r{hXAmylomaltase maltotetraose r{h}r{(XGENE_ASSOCIATIONr{XSTM3513r{X SUBSYSTEMr{XAlternate Carbon Metabolismr{uh }r{j8,j{j9,hj:,h]r{jar{Rr|j>,}r|(j{Gj{Gj@,)r|}r|(hXmaltpt_cr|hX Maltopentaoser|h}r|(XFORMULAr|X C30H52O26r|XPUBCHEMr |X 124005??3611r |XCHARGEr |jK,XCHEBIr |X28057r |XKEGGr|jK,uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,KjW,GubG?j{G?uhNjX,GjY,G@@ubj0,)r|}r|(hXAMALT3r|hXAmylomaltase maltopentaose r|h}r|(XGENE_ASSOCIATIONr|XSTM3513r|X SUBSYSTEMr|XAlternate Carbon Metabolismr|uh }r|j8,j|j9,hj:,h]r|jar|Rr|j>,}r |(j{Gj|GjfG?j{G?uhNjX,GjY,G@@ubj0,)r!|}r"|(hXAMALT4r#|hXAmylomaltase maltohexaose r$|h}r%|(XGENE_ASSOCIATIONr&|XSTM3513r'|X SUBSYSTEMr(|XAlternate Carbon Metabolismr)|uh }r*|j8,j'|j9,hj:,h]r+|jar,|Rr-|j>,}r.|(j{GjfGj{G?j@,)r/|}r0|(hXmalthp_cr1|hX Maltoheptaoser2|h}r3|(XFORMULAr4|X C42H72O36r5|XPUBCHEMr6|X 3037125??8462r7|XCHARGEr8|jK,XCHEBIr9|jK,XKEGGr:|jK,uh }r;|hNhh]r<|r=|Rr>|jS,j5|jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r?|}r@|(hXAMANAPErrA|hX)N acetylmannosamine 6 phosphate epimeraserB|h}rC|(XGENE_ASSOCIATIONrD|XSTM3337rE|X SUBSYSTEMrF|XAlternate Carbon MetabolismrG|uh }rH|j8,jE|j9,hj:,h]rI|jarJ|RrK|j>,}rL|(jkGjiG?uhNjX,G@jY,G@@ubj0,)rM|}rN|(hXAMANKrO|hXN acetyl D mannosamine kinaserP|h}rQ|(XGENE_ASSOCIATIONrR|XSTM3336rS|X SUBSYSTEMrT|XAlternate Carbon MetabolismrU|uh }rV|j8,jS|j9,hj:,h]rW|jarX|RrY|j>,}rZ|(jlGjRGjRG?jRG?jkG?uhNjX,GjY,G@@ubj0,)r[|}r\|(hXAMAOTrr]|hX6adenosylmethionine 8 amino 7 oxononanoate transaminaser^|h}r_|(XGENE_ASSOCIATIONr`|XSTM0793ra|X SUBSYSTEMrb|X*Cofactor and Prosthetic Group Biosynthesisrc|uh }rd|j8,ja|j9,hj:,h]re|jarf|Rrg|j>,}rh|(jqGj@,)ri|}rj|(hX8aonn_crk|hX8-Amino-7-oxononanoaterl|h}rm|(XFORMULArn|XC9H17NO3ro|XPUBCHEMrp|X4327rq|XCHARGErr|jK,XCHEBIrs|X 12266 15830rt|XKEGGru|XC01092rv|uh }rw|hNhh]rx|ry|Rrz|jS,jo|jT,jU,jV,KjW,GubGj@,)r{|}r||(hXdann_cr}|hX7-8-Diaminononanoater~|h}r|(XFORMULAr|X C9H21N2O2r|XPUBCHEMr|X4280r|XCHARGEr|j-XCHEBIr|X2247r|XKEGGr|XC01037r|uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,KjW,GubG?j@,)r|}r|(hXamob_cr|hX&S-Adenosyl-4-methylthio-2-oxobutanoater|h}r|(XFORMULAr|X C15H19N5O6Sr|XPUBCHEMr|X7057r|XCHARGEr|jK,XCHEBIr|X16490r|XKEGGr|XC04425r|uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r|}r|(hXAMMQLT8r|hXGS adenosylmethione2 demthylmenaquinole methyltransferase menaquinone 8 r|h}r|(XGENE_ASSOCIATIONr|XSTM3970r|X SUBSYSTEMr|X*Cofactor and Prosthetic Group Biosynthesisr|uh }r|j8,j|j9,hj:,h]r|jar|Rr|j>,}r|(jqGj@,)r|}r|(hX 2dmmql8_cr|hX2-Demethylmenaquinol-8r|h}r|(XFORMULAr|XC50H72O2r|XPUBCHEMr|jK,XCHARGEr|jK,XCHEBIr|jK,XKEGGr|jK,uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,KjW,GubGjwG?j@,)r|}r|(hXmql8_cr|hX Menaquinol-8r|h}r|(XFORMULAr|XC51H74O2r|XPUBCHEMr|X8114r|XCHARGEr|jK,XCHEBIr|jK,XKEGGr|XC05819r|uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r|}r|(hXAMPMS2r|hX54 amino 2 methyl 5 phosphomethylpyrimidine synthetaser|h}r|(XGENE_ASSOCIATIONr|XSTM4164r|X SUBSYSTEMr|X*Cofactor and Prosthetic Group Biosynthesisr|uh }r|j8,j|j9,hj:,h]r|jar|Rr|j>,}r|(j[GjxGjRGj@,)r|}r|(hXfor_cr|hXFormater|h}r|(XFORMULAr|XCH1O2r|XPUBCHEMr|X3358r|XCHARGEr|X-1r|XCHEBIr|X30751r|XKEGGr|XC00058r|uh }r|hNhh]r|r|Rr|jS,j|jT,jU,jV,JjW,GubG@j[G?jm\G?jRG@uhNjX,GjY,G@@ubj0,)r|}r|(hXAMPNr|hXAMP nucleosidaser|h}r|(XGENE_ASSOCIATIONr|XSTM2009r|X SUBSYSTEMr|XNucleotide Salvage Pathwayr|uh }r|j8,j|j9,hj:,h]r|jar|Rr|j>,}r|(jXGjRGjdG?jsG?uhNjX,GjY,G@@ubj0,)r|}r|(hX AMPTASECGr|hXalanyl aminopeptidase cys gly r|h}r}(XGENE_ASSOCIATIONr}X2( STM1057 or STM0316 or STM4477 or STM2536 )r}X SUBSYSTEMr}XCysteine Metabolismr}uh }r}j8,X.STM1057 or STM0316 or STM4477 or STM2536r}j9,hj:,h]r}(jjjjer}Rr }j>,}r }(j@,)r }}r }(hXcgly_cr }hXCys-Glyr}h}r}(XFORMULAr}X C5H10N2O3Sr}XPUBCHEMr}X4606r}XCHARGEr}jK,XCHEBIr}X4047r}XKEGGr}XC01419r}uh }r}hNhh]r}r}Rr}jS,j}jT,jU,jV,KjW,GubGjRGj@,)r}}r}(hXgly_cr}hXGlyciner }h}r!}(XFORMULAr"}XC2H5NO2r#}XPUBCHEMr$}X3339r%}XCHARGEr&}jK,XCHEBIr'}X15428r(}XKEGGr)}XC00037r*}uh }r+}hNhh]r,}r-}Rr.}jS,j#}jT,jU,jV,KjW,GubG?j@,)r/}}r0}(hXcys__L_cr1}hX L-Cysteiner2}h}r3}(XFORMULAr4}XC3H7NO2Sr5}XPUBCHEMr6}X3397r7}XCHARGEr8}jK,XCHEBIr9}X17561r:}XKEGGr;}XC00097r<}uh }r=}hNhh]r>}r?}Rr@}jS,j5}jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rA}}rB}(hX AMPTASEPGrC}hXaminopeptidase pro gly rD}h}rE}(XGENE_ASSOCIATIONrF}X2( STM2536 or STM4477 or STM0316 or STM1057 )rG}X SUBSYSTEMrH}XArginine and Proline MetabolismrI}uh }rJ}j8,X.STM2536 or STM4477 or STM0316 or STM1057rK}j9,hj:,h]rL}(jjjjerM}RrN}j>,}rO}(j@,)rP}}rQ}(hXprogly_crR}hXL-ProlinylglycinerS}h}rT}(XFORMULArU}X C7H12N2O3rV}XPUBCHEMrW}jK,XCHARGErX}jK,XCHEBIrY}jK,XKEGGrZ}jK,uh }r[}hNhh]r\}r]}Rr^}jS,jV}jT,jU,jV,KjW,GubGjRGj@,)r_}}r`}(hXpro__L_cra}hX L-Prolinerb}h}rc}(XFORMULArd}XC5H9NO2re}XPUBCHEMrf}X3448rg}XCHARGErh}jK,XCHEBIri}X17203rj}XKEGGrk}XC00148rl}uh }rm}hNhh]rn}ro}Rrp}jS,je}jT,jU,jV,KjW,GubG?j}G?uhNjX,GjY,G@@ubj0,)rq}}rr}(hXAMPtexrs}hX7AMP transport via diffusion extracellular to periplasm rt}h}ru}(XGENE_ASSOCIATIONrv}X2( STM0999 or STM1473 or STM2267 or STM0320 )rw}X SUBSYSTEMrx}XTransport Outer Membrane Porinry}uh }rz}j8,X.STM0999 or STM1473 or STM2267 or STM0320r{}j9,hj:,h]r|}(h*hh3h!er}}Rr~}j>,}r}(j@,)r}}r}(hXamp_er}hXAMPr}h}r}(XFORMULAr}X C10H12N5O7Pr}XPUBCHEMr}X3322r}XCHARGEr}X-2r}XCHEBIr}X16027r}XKEGGr}XC00020r}uh }r}hNhh]r}r}Rr}jS,j}jT,j,jV,JjW,GubGj@,)r}}r}(hXamp_pr}hXAMPr}h}r}(XFORMULAr}X C10H12N5O7Pr}XPUBCHEMr}X3322r}XCHARGEr}X-2r}XCHEBIr}X16027r}XKEGGr}XC00020r}uh }r}hNhh]r}r}Rr}jS,j}jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}}r}(hXANHGMtexr}hXDGlcNAc anhMurNAc transport via diffusion extracellular to periplasm r}h}r}(XGENE_ASSOCIATIONr}X2( STM0320 or STM0999 or STM1473 or STM2267 )r}X SUBSYSTEMr}XTransport Outer Membrane Porinr}uh }r}j8,X.STM0320 or STM0999 or STM1473 or STM2267r}j9,hj:,h]r}(h*hh3h!er}Rr}j>,}r}(j@,)r}}r}(hXanhgm_er}hX5N-Acetyl-D-glucosamine-anhydrous-N-Acetylmuramic-acidr}h}r}(XFORMULAr}X C19H29N2O12r}XPUBCHEMr}jK,XCHARGEr}X-1r}XCHEBIr}jK,XKEGGr}jK,uh }r}hNhh]r}r}Rr}jS,j}jT,j,jV,JjW,GubGjtG?uhNjX,G@jY,G@@ubj0,)r}}r}(hXANHMKr}hX%1 6 anhydrous N Acetylmuramate kinaser}h}r}(XGENE_ASSOCIATIONr}XSTM1446r}X SUBSYSTEMr}XMurein Recyclingr}uh }r}j8,j}j9,hj:,h]r}jar}Rr}j>,}r}(jRGjRGjOuGjUkG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}}r}(hXANPRTr}hX&anthranilate phosphoribosyltransferaser}h}r}(XGENE_ASSOCIATIONr}XSTM1724r}X SUBSYSTEMr}X0Tyrosine Tryptophan and Phenylalanine Metabolismr}uh }r}j8,j}j9,hj:,h]r}jar}Rr}j>,}r}(j1sGj@,)r}}r}(hXanth_cr}hX Anthranilater}h}r}(XFORMULAr}XC7H6NO2r}XPUBCHEMr}X3408r}XCHARGEr}X-1r}XCHEBIr}X30754r}XKEGGr}XC00108r}uh }r}hNhh]r}r}Rr}jS,j}jT,jU,jV,JjW,GubGjXG?j@,)r}}r}(hXpran_cr}hX"N-5-Phospho-D-ribosyl-anthranilater}h}r}(XFORMULAr}X C12H13NO9Pr}XPUBCHEMr}X6961r}XCHARGEr}X-3r}XCHEBIr}X7091r~XKEGGr~XC04302r~uh }r~hNhh]r~r~Rr~jS,j}jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r~}r~(hXANSr ~hXanthranilate synthaser ~h}r ~(XGENE_ASSOCIATIONr ~X( STM1724 and STM1723 )r ~X SUBSYSTEMr~X0Tyrosine Tryptophan and Phenylalanine Metabolismr~uh }r~j8,XSTM1724 and STM1723r~j9,hj:,h]r~(jjer~Rr~j>,}r~(jqGj'qGjGjG?jfG?j}G?jRG?uhNjX,GjY,G@@ubj0,)r~}r~(hXAOBUTDsr~hX5L 2 amino 3 oxobutanoate decarboxylation spontaneous r~h}r~(XGENE_ASSOCIATIONr~Xs0001r~X SUBSYSTEMr~XThreonine and Lysine Metabolismr~uh }r~j8,j~j9,hj:,h]r ~jar!~Rr"~j>,}r#~(j@,)r$~}r%~(hX2aobut_cr&~hXL-2-Amino-3-oxobutanoater'~h}r(~(XFORMULAr)~XC4H7NO3r*~XPUBCHEMr+~X6318r,~XCHARGEr-~jK,XCHEBIr.~X16944r/~XKEGGr0~XC03508r1~uh }r2~hNhh]r3~r4~Rr5~jS,j*~jT,jU,jV,KjW,GubGjRGjfG?jaG?uhNjX,GjY,G@@ubj0,)r6~}r7~(hXAOXSrr8~hX8 amino 7 oxononanoate synthaser9~h}r:~(XGENE_ASSOCIATIONr;~XSTM0795r<~X SUBSYSTEMr=~X*Cofactor and Prosthetic Group Biosynthesisr>~uh }r?~j8,j<~j9,hj:,h]r@~jarA~RrB~j>,}rC~(j^yGj@,)rD~}rE~(hXpmcoa_crF~hX Pimeloyl-CoArG~h}rH~(XFORMULArI~XC28H41N7O19P3SrJ~XPUBCHEMrK~X4302rL~XCHARGErM~X-5rN~XCHEBIrO~X15504rP~XKEGGrQ~XC01063rR~uh }rS~hNhh]rT~rU~RrV~jS,jJ~jT,jU,jV,JjW,GubGjRGji|G?jgG?jaG?uhNjX,G@jY,G@@ubj0,)rW~}rX~(hXAP4AHrY~hXAp4A hydrolaserZ~h}r[~(XGENE_ASSOCIATIONr\~XSTM0088r]~X SUBSYSTEMr^~XNucleotide Salvage Pathwayr_~uh }r`~j8,j]~j9,hj:,h]ra~jarb~Rrc~j>,}rd~(j@,)re~}rf~(hXap4a_crg~hX#P1-P4-Bis-5-adenosyl-tetraphosphaterh~h}ri~(XFORMULArj~XC20H24N10O19P4rk~XPUBCHEMrl~X4479rm~XCHARGErn~X-4ro~XCHEBIrp~X17422rq~XKEGGrr~XC01260rs~uh }rt~hNhh]ru~rv~Rrw~jS,jk~jT,jU,jV,JjW,GubGjRGjRG@jRG@uhNjX,GjY,G@@ubj0,)rx~}ry~(hXAP5AHrz~hXAp5A hydrolaser{~h}r|~(XGENE_ASSOCIATIONr}~XSTM0088r~~X SUBSYSTEMr~XNucleotide Salvage Pathwayr~uh }r~j8,j~~j9,hj:,h]r~jar~Rr~j>,}r~(jRGj@,)r~}r~(hXap5a_cr~hX#P1-P5-Bis-5-adenosyl-pentaphosphater~h}r~(XFORMULAr~XC20H24N10O22P5r~XPUBCHEMr~X6757r~XCHARGEr~X-5r~XCHEBIr~jK,XKEGGr~XC04058r~uh }r~hNhh]r~r~Rr~jS,j~jT,jU,jV,JjW,GubGjRG?jRG?jRG@uhNjX,GjY,G@@ubj0,)r~}r~(hXAPRAURr~hX05 amino 6 5 phosphoribosylamino uracil reductaser~h}r~(XGENE_ASSOCIATIONr~XSTM0416r~X SUBSYSTEMr~X*Cofactor and Prosthetic Group Biosynthesisr~uh }r~j8,j~j9,hj:,h]r~j#ar~Rr~j>,}r~(j[Gj@,)r~}r~(hX5apru_cr~hX&5-Amino-6-5-phosphoribosylamino-uracilr~h}r~(XFORMULAr~X C9H13N4O9Pr~XPUBCHEMr~X4487r~XCHARGEr~X-2r~XCHEBIr~X18337r~XKEGGr~XC01268r~uh }r~hNhh]r~r~Rr~jS,j~jT,jU,jV,JjW,GubGjRGj[G?j@,)r~}r~(hX5aprbu_cr~hX&5-Amino-6-5-phosphoribitylamino-uracilr~h}r~(XFORMULAr~X C9H15N4O9Pr~XPUBCHEMr~X7081r~XCHARGEr~X-2r~XCHEBIr~X18247r~XKEGGr~XC04454r~uh }r~hNhh]r~r~Rr~jS,j~jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r~}r~(hXARAIr~hXL arabinose isomeraser~h}r~(XGENE_ASSOCIATIONr~XSTM0102r~X SUBSYSTEMr~XAlternate Carbon Metabolismr~uh }r~j8,j~j9,hj:,h]r~j,ar~Rr~j>,}r~(j@,)r~}r~(hX arab__L_cr~hX L-Arabinoser~h}r~(XFORMULAr~XC5H10O5r~XPUBCHEMr~X3558r~XCHARGEr~jK,XCHEBIr~X17535r~XKEGGr~XC00259r~uh }r~hNhh]r~r~Rr~jS,j~jT,jU,jV,KjW,GubGj@,)r~}r~(hXrbl__L_cr~hX L-Ribuloser~h}r~(XFORMULAr~XC5H10O5r~XPUBCHEMr~X3791r~XCHARGEr~jK,XCHEBIr~X16880r~XKEGGr~XC00508r~uh }r~hNhh]r~r~Rr~jS,j~jT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r~}r~(hXARBTNR1rhXaerobactin reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r }r (hX arbtn__fe3_cr hX Aerobactinr h}r(XFORMULArX C22H33FeN4O13rXPUBCHEMrX7887rXCHARGErjK,XCHEBIrX18157rXKEGGrXC05554ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjlGj@,)r}r(hXfe2_crhXFe2rh}r (XFORMULAr!XFer"XPUBCHEMr#X3325r$XCHARGEr%j]-XCHEBIr&X18248r'XKEGGr(XC00023r)uh }r*hNhh]r+r,Rr-jS,j"jT,jU,jV,KjW,GubG@j@,)r.}r/(hXarbtn_cr0hXaerobactin-minus-Fe3r1h}r2(XFORMULAr3X C22H33N4O13r4XPUBCHEMr5jK,XCHARGEr6X-3r7XCHEBIr8jK,XKEGGr9jK,uh }r:hNhh]r;r<Rr=jS,j4jT,jU,jV,JjW,GubG@jRG@jlG?uhNjX,GjY,G@@ubj0,)r>}r?(hXARBTNR2r@hXaerobactin reductaserAh}rBX SUBSYSTEMrCX&Inorganic Ion Transport and MetabolismrDsh }rEj8,hj9,hj:,h]rFrGRrHj>,}rI(j Gj@,)rJ}rK(hXfmnh2_crLhX Reduced-FMNrMh}rN(XFORMULArOX C17H21N4O9PrPXPUBCHEMrQjK,XCHARGErRX-2rSXCHEBIrTjK,XKEGGrUjK,uh }rVhNhh]rWrXRrYjS,jPjT,jU,jV,JjW,GubGjG@j@,)rZ}r[(hXfmn_cr\hXFMNr]h}r^(XFORMULAr_X C17H19N4O9Pr`XPUBCHEMraX3361rbXCHARGErcX-2rdXCHEBIreX17621rfXKEGGrgXC00061rhuh }rihNhh]rjrkRrljS,j`jT,jU,jV,JjW,GubG?j.G@jRG@uhNjX,GjY,G@@ubj0,)rm}rn(hXARBTNR3rohXaerobactin reductaserph}rqX SUBSYSTEMrrX&Inorganic Ion Transport and Metabolismrssh }rtj8,hj9,hj:,h]rurvRrwj>,}rx(j Gj@,)ry}rz(hX rbflvrd_cr{hXReduced-riboflavinr|h}r}(XFORMULAr~X C17H22N4O6rXPUBCHEMrX4252rXCHARGErjK,XCHEBIrX8798rXKEGGrXC01007ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjG@j.G@jRG@j@,)r}r(hXribflv_crhX Riboflavinrh}r(XFORMULArX C17H20N4O6rXPUBCHEMrX3554rXCHARGErjK,XCHEBIrX17015rXKEGGrXC00255ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX ARBTNabcpprhX.aerobactin transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM0194 and STM0192 and STM0193 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM0194 and STM0192 and STM0193rj9,hj:,h]r(j>j5jGerRrj>,}r(jRGjRGj@,)r}r(hX arbtn__fe3_prhX Aerobactinrh}r(XFORMULArX C22H33FeN4O13rXPUBCHEMrX7887rXCHARGErjK,XCHEBIrX18157rXKEGGrXC05554ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj G?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXARBTNexsrhX+aerobactin Fe loading reaction spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXarbtn_erhXaerobactin-minus-Fe3rh}r(XFORMULArX C22H33N4O13rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXfe3_erhXFe3rh}r(XFORMULArXFerXPUBCHEMrjK,XCHARGErj8XCHEBIrX14819rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj@,)r}r(hX arbtn__fe3_erhX Aerobactinrh}r(XFORMULArX C22H33FeN4O13rXPUBCHEMrX7887rXCHARGErjK,XCHEBIrX18157rXKEGGrXC05554ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXARBTNtexrhX&aerobactin secretion to extracellular rh}rX SUBSYSTEMrXTransport Outer Membranersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r }r (hXarbtn_pr hXaerobactin-minus-Fe3r h}r(XFORMULArX C22H33N4O13rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX ARBTNtonexrhX2aerobactin transport via ton system extracellular rh}rX SUBSYSTEMrXTransport Outer Membraner sh }r!j8,hj9,hj:,h]r"r#Rr$j>,}r%(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r&}r'(hXARBTNtppr(hX"aerobactin secretion to periplasm r)h}r*X SUBSYSTEMr+X&Inorganic Ion Transport and Metabolismr,sh }r-j8,hj9,hj:,h]r.r/Rr0j>,}r1(j.Gj TGjRG?j G?uhNjX,GjY,G@@ubj0,)r2}r3(hXARBt2rppr4hX3L arabinose transport via proton symport periplasm r5h}r6(XGENE_ASSOCIATIONr7XSTM3016r8X SUBSYSTEMr9XTransport Inner Membraner:uh }r;j8,j8j9,hj:,h]r<jPar=Rr>j>,}r?(j@,)r@}rA(hX arab__L_prBhX L-ArabinoserCh}rD(XFORMULArEXC5H10O5rFXPUBCHEMrGX3558rHXCHARGErIjK,XCHEBIrJX17535rKXKEGGrLXC00259rMuh }rNhNhh]rOrPRrQjS,jFjT,jPjV,KjW,GubGj TGj~G?jRG?uhNjX,G@jY,G@@ubj0,)rR}rS(hXARBt3ipprThX4L arabinose transport via proton antiport periplasm rUh}rV(XGENE_ASSOCIATIONrWXSTM1522rXX SUBSYSTEMrYXTransport Inner MembranerZuh }r[j8,jXj9,hj:,h]r\jYar]Rr^j>,}r_(j TGj~Gj@G?jRG?uhNjX,GjY,G@@ubj0,)r`}ra(hXARBtexrbhX?L arabinose transport via diffusion extracellular to periplasm rch}rd(XGENE_ASSOCIATIONreX2( STM0320 or STM0999 or STM1473 or STM2267 )rfX SUBSYSTEMrgXTransport Outer Membrane Porinrhuh }rij8,X.STM0320 or STM0999 or STM1473 or STM2267rjj9,hj:,h]rk(h*hh3h!erlRrmj>,}rn(j@,)ro}rp(hX arab__L_erqhX L-Arabinoserrh}rs(XFORMULArtXC5H10O5ruXPUBCHEMrvX3558rwXCHARGErxjK,XCHEBIryX17535rzXKEGGr{XC00259r|uh }r}hNhh]r~rRrjS,jujT,j,jV,KjW,GubGj@G?uhNjX,G@jY,G@@ubj0,)r}r(hX ARGAGMt7pprhX$Arginineagmatine antiport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4294rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjbarRrj>,}r(j@,)r}r(hXarg__L_prhX L-Argininerh}r(XFORMULArX C6H15N4O2rXPUBCHEMrX3362rXCHARGErj-XCHEBIrX16467rXKEGGrXC00062ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjuGj@,)r}r(hXarg__L_crhX L-Argininerh}r(XFORMULArX C6H15N4O2rXPUBCHEMrX3362rXCHARGErj-XCHEBIrX16467rXKEGGrXC00062ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jvG?uhNjX,G@jY,G@@ubj0,)r}r(hXARGDCrhXarginine decarboxylaserh}r(XGENE_ASSOCIATIONrX( STM4296 or STM3086 )rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,XSTM4296 or STM3086rj9,hj:,h]r(jkjterRrj>,}r(jGjRGjaG?juG?uhNjX,GjY,G@@ubj0,)r€}rÀ(hXARGDCpprĀhXarginine decarboxylaserŀh}rƀ(XGENE_ASSOCIATIONrǀXSTM3086rȀX SUBSYSTEMrɀXArginine and Proline Metabolismrʀuh }rˀj8,jȀj9,hj:,h]r̀jkar̀Rr΀j>,}rπ(jGj TGjvG?j@,)rЀ}rр(hXco2_prҀhXCO2rӀh}rԀ(XFORMULArՀXCO2rրXPUBCHEMr׀X3313r؀XCHARGErـjK,XCHEBIrڀX16526rۀXKEGGr܀XC00011r݀uh }rހhNhh]r߀rRrjS,jրjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX ARGORNt7pprhX'arginineornithine antiporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM1477rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj}arRrj>,}r(jnGjGjG?j@,)r}r(hXorn_prhX Ornithinerh}r(XFORMULArX C5H13N2O2rXPUBCHEMrX4756rXCHARGErj-XCHEBIrX18257rXKEGGrXC01602ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXARGSLrhXargininosuccinate lyaserh}r(XGENE_ASSOCIATIONrXSTM4123rX SUBSYSTEMr XArginine and Proline Metabolismr uh }r j8,jj9,hj:,h]r jar Rrj>,}r(j@,)r}r(hXargsuc_crhXN-omega--L-Arginino-succinaterh}r(XFORMULArX C10H17N4O6rXPUBCHEMrX6235rXCHARGErX-1rXCHEBIrX15682rXKEGGrXC03406ruh }rhNhh]r r!Rr"jS,jjT,jU,jV,JjW,GubGjG?jsG?uhNjX,G@jY,G@@ubj0,)r#}r$(hXARGSSr%hXargininosuccinate synthaser&h}r'(XGENE_ASSOCIATIONr(X STM3290.Sr)X SUBSYSTEMr*XArginine and Proline Metabolismr+uh }r,j8,j)j9,hj:,h]r-jar.Rr/j>,}r0(jsGjRGj@,)r1}r2(hX citr__L_cr3hX L-Citrulliner4h}r5(XFORMULAr6X C6H13N3O3r7XPUBCHEMr8X3621r9XCHARGEr:jK,XCHEBIr;X16349r<XKEGGr=XC00327r>uh }r?hNhh]r@rARrBjS,j7jT,jU,jV,KjW,GubGjXG?jXG?jG?jRG?uhNjX,GjY,G@@ubj0,)rC}rD(hXARGTRSrEhXArginyl tRNA synthetaserFh}rG(XGENE_ASSOCIATIONrHXSTM1909rIX SUBSYSTEMrJX tRNA ChargingrKuh }rLj8,jIj9,hj:,h]rMjarNRrOj>,}rP(jRGjGj@,)rQ}rR(hX trnaarg_crShXtRNA-ArgrTh}rU(XFORMULArVjyXPUBCHEMrWX4785rXXCHARGErYjK,XCHEBIrZX29171r[XKEGGr\XC01636r]uh }r^hNhh]r_r`RrajS,jyjT,jU,jV,KjW,GubGjXG?jXG?j@,)rb}rc(hX argtrna_crdhXL-Arginyl-tRNA-Argreh}rf(XFORMULArgX C6H14N4ORrhXPUBCHEMriX5239rjXCHARGErkj]-XCHEBIrlX18366rmXKEGGrnXC02163rouh }rphNhh]rqrrRrsjS,jhjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rt}ru(hXARGabcpprvhX.L arginine transport via ABC system periplasm rwh}rx(XGENE_ASSOCIATIONryX( ( STM2355 and STM2352 and STM2351 and STM2353 ) or ( STM0890 and STM0887 and STM0888 and STM0891 and STM0889 ) )rzX SUBSYSTEMr{XTransport Inner Membraner|uh }r}j8,X~( STM2355 and STM2352 and STM2351 and STM2353 ) or ( STM0890 and STM0887 and STM0888 and STM0891 and STM0889 )r~j9,hj:,h]r(jjjjjjjjjerRrj>,}r(jGjRGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXARGt3pprhXDL arginine transport out via proton antiport cytoplasm to periplasm rh}r(XGENE_ASSOCIATIONrXSTM3066rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j TGjGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXARGtexrhX>L arginine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(j@,)r}r(hXarg__L_erhX L-Argininerh}r(XFORMULArX C6H15N4O2rXPUBCHEMrX3362rXCHARGErj-XCHEBIrX16467rXKEGGrXC00062ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXASADrhX$aspartate semialdehyde dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM3539rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXaspsa_crhXL-Aspartate-4-semialdehyderÁh}rā(XFORMULArŁXC4H7NO3rƁXPUBCHEMrǁX3730rȁXCHARGErɁjK,XCHEBIrʁX 13086 18051rˁXKEGGŕXC00441ŕuh }r΁hNhh]rρrЁRrсjS,jƁjT,jU,jV,KjW,GubGj[GjSGj@,)rҁ}rӁ(hX4pasp_crԁhX4-Phospho-L-aspartaterՁh}rց(XFORMULArׁXC4H6NO7Pr؁XPUBCHEMrفX5980rځXCHARGErہX-2r܁XCHEBIr݁X15836rށXKEGGr߁XC03082ruh }rhNhh]rrRrjS,j؁jT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXASCBPLrhX!L ascorbate 6 phosphate lactonaserh}r(XGENE_ASSOCIATIONrXSTM4382rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXascb6p_crhXL-ascorbate-6-phosphaterh}r(XFORMULArXC6H7O9PrXPUBCHEMrX 656479???3385rXCHARGErX-2rXCHEBIrX15946rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj_G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX ASCBptspprhX/L ascorbate transport via PEPPyr PTS periplasm rh}r (XGENE_ASSOCIATIONr XE( STM2431 and STM2432 and STM4385 and STM4384 and STM4383.S )r X SUBSYSTEMr XTransport Inner Membraner uh }rj8,XASTM2431 and STM2432 and STM4385 and STM4384 and STM4383.Srj9,hj:,h]r(j jjjjerRrj>,}r(j@,)r}r(hX ascb__L_prhX L-Ascorbaterh}r(XFORMULArXC6H8O6rXPUBCHEMrX3372rXCHARGErjK,XCHEBIrX 29073 38290rXKEGGr XC00072r!uh }r"hNhh]r#r$Rr%jS,jjT,jPjV,KjW,GubGj4jGjG?jGjG?uhNjX,GjY,G@@ubj0,)r&}r'(hXASCBtexr(hX?L ascorbate transport via diffusion extracellular to periplasm r)h}r*(XGENE_ASSOCIATIONr+X2( STM0320 or STM0999 or STM1473 or STM2267 )r,X SUBSYSTEMr-XTransport Outer Membrane Porinr.uh }r/j8,X.STM0320 or STM0999 or STM1473 or STM2267r0j9,hj:,h]r1(h*hh3h!er2Rr3j>,}r4(j@,)r5}r6(hX ascb__L_er7hX L-Ascorbater8h}r9(XFORMULAr:XC6H8O6r;XPUBCHEMr<X3372r=XCHARGEr>jK,XCHEBIr?X 29073 38290r@XKEGGrAXC00072rBuh }rChNhh]rDrERrFjS,j;jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rG}rH(hXASNNrIhXL asparaginaserJh}rK(XGENE_ASSOCIATIONrLX#( STM1294 or STM0847 or STM3598 )rMX SUBSYSTEMrNX Alanine and Aspartate MetabolismrOuh }rPj8,XSTM1294 or STM0847 or STM3598rQj9,hj:,h]rR(j9j(j0erSRrTj>,}rU(j@,)rV}rW(hXasn__L_crXhX L-AsparaginerYh}rZ(XFORMULAr[XC4H8N2O3r\XPUBCHEMr]X3452r^XCHARGEr_jK,XCHEBIr`X17196raXKEGGrbXC00152rcuh }rdhNhh]rerfRrgjS,j\jT,jU,jV,KjW,GubGjRGjsG?jcfG?uhNjX,GjY,G@@ubj0,)rh}ri(hXASNNpprjhXL asparaginaserkh}rl(XGENE_ASSOCIATIONrmXSTM3106rnX SUBSYSTEMroX Alanine and Aspartate Metabolismrpuh }rqj8,jnj9,hj:,h]rrjBarsRrtj>,}ru(j@,)rv}rw(hXasn__L_prxhX L-Asparagineryh}rz(XFORMULAr{XC4H8N2O3r|XPUBCHEMr}X3452r~XCHARGErjK,XCHEBIrX17196rXKEGGrXC00152ruh }rhNhh]rrRrjS,j|jT,jPjV,KjW,GubGjlTGj@,)r}r(hXnh4_prhXAmmoniumrh}r(XFORMULArXH4NrXPUBCHEMrX4547rXCHARGErj-XCHEBIrX28938rXKEGGrXC01342ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?j@,)r}r(hXasp__L_prhX L-Aspartaterh}r(XFORMULArXC4H6NO4rXPUBCHEMrX3351rXCHARGErX-1rXCHEBIrX17053rXKEGGrXC00049ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXASNS1rhX*asparagine synthase glutamine hydrolysing rh}r(XGENE_ASSOCIATIONrXSTM0680rX SUBSYSTEMrX Alanine and Aspartate Metabolismruh }rj8,jj9,hj:,h]rjKarRrj>,}r(jRGjsGjRGj'qGjVG?jXG?jfG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXASNS2rhXasparagine synthetaserh}r(XGENE_ASSOCIATIONrXSTM3877rX SUBSYSTEMr‚X Alanine and Aspartate MetabolismrÂuh }rĂj8,jj9,hj:,h]rłjTarƂRrǂj>,}rȂ(jsGjRGjcfGjVG?jXG?jXG?jRG?uhNjX,GjY,G@@ubj0,)rɂ}rʂ(hXASNTRSr˂hXAsparaginyl tRNA synthetaser̂h}r͂(XGENE_ASSOCIATIONr΂XSTM1000rςX SUBSYSTEMrЂX tRNA Chargingrтuh }r҂j8,jςj9,hj:,h]rӂj]arԂRrՂj>,}rւ(jVGjRGj@,)rׂ}r؂(hX trnaasn_crقhXtRNA-Asnrڂh}rۂ(XFORMULAr܂X C10H17O10PR2r݂XPUBCHEMrނX4786r߂XCHARGErjK,XCHEBIrX29172rXKEGGrXC01637ruh }rhNhh]rrRrjS,j݂jT,jU,jV,KjW,GubGjXG?jXG?jRG?j@,)r}r(hX asntrna_crhXL-Asparaginyl-tRNA-Asnrh}r(XFORMULArXC14H23N2O12PR2rXPUBCHEMrX6232rXCHARGErj-XCHEBIrX29265rXKEGGrXC03402ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXASNabcpprhX0L asparagine transport via ABC system periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jRGjvGjRGjVG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXASNt2rppr hX?L asparagine reversible transport via proton symport periplasm r h}r (XGENE_ASSOCIATIONr XSTM1584r X SUBSYSTEMrXTransport Inner Membraneruh }rj8,j j9,hj:,h]rjfarRrj>,}r(jvGj TGjVG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXASNtexrhX@L asparagine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r (h*hh3h!er!Rr"j>,}r#(j@,)r$}r%(hXasn__L_er&hX L-Asparaginer'h}r((XFORMULAr)XC4H8N2O3r*XPUBCHEMr+X3452r,XCHARGEr-jK,XCHEBIr.X17196r/XKEGGr0XC00152r1uh }r2hNhh]r3r4Rr5jS,j*jT,j,jV,KjW,GubGjvG?uhNjX,G@jY,G@@ubj0,)r6}r7(hXASO3texr8hX<arsenite transport via diffusion extracellular to periplasm r9h}r:(XGENE_ASSOCIATIONr;X2( STM0320 or STM0999 or STM1473 or STM2267 )r<X SUBSYSTEMr=XTransport Outer Membrane Porinr>uh }r?j8,X.STM0320 or STM0999 or STM1473 or STM2267r@j9,hj:,h]rA(h*hh3h!erBRrCj>,}rD(j@,)rE}rF(hXaso3_erGhXarseniterHh}rI(XFORMULArJXAsO3rKXPUBCHEMrLX8922rMXCHARGErNX-3rOXCHEBIrPX29866rQXKEGGrRXC06697rSuh }rThNhh]rUrVRrWjS,jKjT,j,jV,JjW,GubGj@,)rX}rY(hXaso3_prZhXarseniter[h}r\(XFORMULAr]XAsO3r^XPUBCHEMr_X8922r`XCHARGEraX-3rbXCHEBIrcX29866rdXKEGGreXC06697rfuh }rghNhh]rhriRrjjS,j^jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rk}rl(hXASP1DCrmhXaspartate 1 decarboxylasernh}ro(XGENE_ASSOCIATIONrpXSTM0180rqX SUBSYSTEMrrX*Cofactor and Prosthetic Group Biosynthesisrsuh }rtj8,jqj9,hj:,h]rujoarvRrwj>,}rx(jsGjRGj@,)ry}rz(hXala__B_cr{hX beta-Alaniner|h}r}(XFORMULAr~XC3H7NO2rXPUBCHEMrX3399rXCHARGErjK,XCHEBIrX16958rXKEGGrXC00099ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXASPCTrhXaspartate carbamoyltransferaserh}r(XGENE_ASSOCIATIONrX( STM4459 and STM4460 )rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,XSTM4459 and STM4460rj9,hj:,h]r(jjxerRrj>,}r(j@,)r}r(hXcbp_crhXCarbamoyl-phosphaterh}r(XFORMULArXCH2NO5PrXPUBCHEMrX3469rXCHARGErX-2rXCHEBIrX17672rXKEGGrXC00169ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjsGj@,)r}r(hXcbasp_crhXN-Carbamoyl-L-aspartaterh}r(XFORMULArXC5H6N2O5rXPUBCHEMrX3727rXCHARGErX-2rXCHEBIrX15859rXKEGGrXC00438ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXASPKrƒhXaspartate kinaserÃh}ră(XGENE_ASSOCIATIONrŃX%( STM0002 or STM4101 or STM4220 )rƃX SUBSYSTEMrǃXThreonine and Lysine Metabolismrȃuh }rɃj8,X!STM0002 or STM4101 or STM4220rʃj9,hj:,h]r˃(jjjer̃Rr̓j>,}r΃(jRGjsGjҁG?jRG?uhNjX,G@jY,G@@ubj0,)rσ}rЃ(hXASPO3rуhXL aspartate oxidaser҃h}rӃ(XGENE_ASSOCIATIONrԃXSTM2641rՃX SUBSYSTEMrփX*Cofactor and Prosthetic Group Biosynthesisr׃uh }r؃j8,jՃj9,hj:,h]rكjarڃRrۃj>,}r܃(jsGj@,)r݃}rރ(hXq8_cr߃hX Ubiquinone-8rh}r(XFORMULArXC49H74O4rXPUBCHEMrX3689rXCHARGErjK,XCHEBIrX16389rXKEGGrXC00399ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hXq8h2_crhX Ubiquinol-8rh}r(XFORMULArXC49H76O4rXPUBCHEMrX3680rXCHARGErjK,XCHEBIrX17976rXKEGGrXC00390ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?j@,)r}r(hXiasp_crhXIminoaspartaterh}r(XFORMULArXC4H3NO4rXPUBCHEMrX8133r XCHARGEr X-2r XCHEBIr jK,XKEGGr XC05840ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXASPO4rhXL aspartate oxidaserh}r(XGENE_ASSOCIATIONrXSTM2641rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r (jsGj@,)r!}r"(hXmqn8_cr#hX Menaquinone-8r$h}r%(XFORMULAr&XC51H72O2r'XPUBCHEMr(X4086r)XCHARGEr*jK,XCHEBIr+jK,XKEGGr,XC00828r-uh }r.hNhh]r/r0Rr1jS,j'jT,jU,jV,KjW,GubGjG?jRG?j|G?uhNjX,GjY,G@@ubj0,)r2}r3(hXASPO5r4hXL aspartate oxidaser5h}r6(XGENE_ASSOCIATIONr7XSTM2641r8X SUBSYSTEMr9X*Cofactor and Prosthetic Group Biosynthesisr:uh }r;j8,j8j9,hj:,h]r<jar=Rr>j>,}r?(jsGjsGj@,)r@}rA(hXsucc_crBhX SuccinaterCh}rD(XFORMULArEXC4H4O4rFXPUBCHEMrGX3344rHXCHARGErIX-2rJXCHEBIrKX15741rLXKEGGrMXC00042rNuh }rOhNhh]rPrQRrRjS,jFjT,jU,jV,JjW,GubG?jRG?jG?uhNjX,GjY,G@@ubj0,)rS}rT(hXASPO6rUhXL aspartate oxidaserVh}rW(XGENE_ASSOCIATIONrXXSTM2641rYX SUBSYSTEMrZX*Cofactor and Prosthetic Group Biosynthesisr[uh }r\j8,jYj9,hj:,h]r]jar^Rr_j>,}r`(jsGj-fGjQfG?jRG?jG?uhNjX,GjY,G@@ubj0,)ra}rb(hXASPTrchX L aspartaserdh}re(XGENE_ASSOCIATIONrfXSTM4326rgX SUBSYSTEMrhX Alanine and Aspartate Metabolismriuh }rjj8,jgj9,hj:,h]rkjarlRrmj>,}rn(jsGjsG?jcfG?uhNjX,GjY,G@@ubj0,)ro}rp(hXASPTArqhXaspartate transaminaserrh}rs(XGENE_ASSOCIATIONrtXSTM0998ruX SUBSYSTEMrvX Alanine and Aspartate Metabolismrwuh }rxj8,juj9,hj:,h]ryjarzRr{j>,}r|(jsGjfGj@,)r}}r~(hXoaa_crhX Oxaloacetaterh}r(XFORMULArXC4H2O5rXPUBCHEMrX3338rXCHARGErX-2rXCHEBIrX30744rXKEGGrXC00036ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXASPTRSrhXAspartyl tRNA synthetaserh}r(XGENE_ASSOCIATIONrXSTM1901rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rjarRrj>,}r(jsGjRGj@,)r}r(hX trnaasp_crhXtRNA-Asprh}r(XFORMULArjyXPUBCHEMrX4787rXCHARGErjK,XCHEBIrX29186rXKEGGrXC01638ruh }rhNhh]rrRrjS,jyjT,jU,jV,KjW,GubGjXG?jXG?j@,)r}r(hX asptrna_crhXL-Aspartyl-tRNA-Asprh}r(XFORMULArXC4H5NO3RrXPUBCHEMrX5893rXCHARGErjK,XCHEBIrX29158rXKEGGrXC02984ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r„(hXASPabcpprÄhX/L aspartate transport via ABC system periplasm rĄh}rń(XGENE_ASSOCIATIONrƄX5( STM0665 and STM0664 and STM0663 and STM0662 )rDŽX SUBSYSTEMrȄXTransport Inner MembranerɄuh }rʄj8,X1STM0665 and STM0664 and STM0663 and STM0662r˄j9,hj:,h]r̄(jjjjer̈́Rr΄j>,}rτ(jRGjGjRGjsG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rЄ}rф(hX ASPt2_2ppr҄hX6Aspartate transport via proton symport 2 H periplasm rӄh}rԄ(XGENE_ASSOCIATIONrՄXSTM3614rքX SUBSYSTEMrׄXTransport Inner Membraner؄uh }rلj8,jքj9,hj:,h]rڄjarۄRr܄j>,}r݄(jGj TGjsG?jRG@uhNjX,GjY,G@@ubj0,)rބ}r߄(hXASPt2pprhX6L aspartate transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4283rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj TGjRG?jsG?uhNjX,GjY,G@@ubj0,)r}r(hXASPtexrhX?L aspartate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXasp__L_erhX L-Aspartaterh}r(XFORMULArXC4H6NO4rXPUBCHEMrX3351rXCHARGErX-1rXCHEBIrX17053rXKEGGrXC00049r uh }r hNhh]r r Rr jS,jjT,j,jV,JjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXASTrhXArginine succinyltransferaserh}r(XGENE_ASSOCIATIONrXSTM1304rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jhxGjGjgG?j@,)r}r(hXsucarg_crhXN2-Succinyl-L-argininerh}r (XFORMULAr!X C10H17N4O5r"XPUBCHEMr#X6152r$XCHARGEr%X-1r&XCHEBIr'X17705r(XKEGGr)XC03296r*uh }r+hNhh]r,r-Rr.jS,j"jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r/}r0(hXATHRDHrr1hXL allo threonine dehydrogenaser2h}r3(XGENE_ASSOCIATIONr4XSTM1511r5X SUBSYSTEMr6XThreonine and Lysine Metabolismr7uh }r8j8,j5j9,hj:,h]r9jar:Rr;j>,}r<(j@,)r=}r>(hX athr__L_cr?hXL-Allo-threoniner@h}rA(XFORMULArBXC4H9NO3rCXPUBCHEMrDX7864rEXCHARGErFjK,XCHEBIrGX28718rHXKEGGrIXC05519rJuh }rKhNhh]rLrMRrNjS,jCjT,jU,jV,KjW,GubGj[Gj[G?j$~G?jRG?uhNjX,G@jY,G@@ubj0,)rO}rP(hXATPHsrQhX!ATP amine hydrolysis spontaneous rRh}rS(XGENE_ASSOCIATIONrTXs0001rUX SUBSYSTEMrVXNucleotide Salvage PathwayrWuh }rXj8,jUj9,hj:,h]rYjarZRr[j>,}r\(jRGjRGjRGjqG?jcfG?uhNjX,GjY,G@@ubj0,)r]}r^(hXATPMr_hXATP maintenance requirementr`h}raX SUBSYSTEMrbX Unassignedrcsh }rdj8,hj9,hj:,h]rerfRrgj>,}rh(jRGjRGjRG?jSG?jRG?uhNjX,G@ ǮzHjY,G@ ǮzHubj0,)ri}rj(hXATPPRTrkhXATP phosphoribosyltransferaserlh}rm(XGENE_ASSOCIATIONrnXSTM2071roX SUBSYSTEMrpXHistidine Metabolismrquh }rrj8,joj9,hj:,h]rsjartRruj>,}rv(jRGj1sGj@,)rw}rx(hXprbatp_cryhX1-5-Phosphoribosyl-ATPrzh}r{(XFORMULAr|X C15H19N5O20P4r}XPUBCHEMr~X5699rXCHARGErX-6rXCHEBIrX18263rXKEGGrXC02739ruh }rhNhh]rrRrjS,j}jT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXATPS4rpprhX1ATP synthase four protons for one ATP periplasm rh}r(XGENE_ASSOCIATIONrX( ( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) ) or ( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) and STM3872 ) )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,X( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) ) or ( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) and STM3872 )rj9,hj:,h]r(jPj,jGjYj>jbjj5j#erRrj>,}r(jRGj TGjSGjRG?jRG@jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXBALAt2pprhX7beta alanine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4398rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj9arRrj>,}r(j@,)r}r(hXala__B_prhX beta-Alaninerh}r(XFORMULArXC3H7NO2rXPUBCHEMrX3399rXCHARGErjK,XCHEBIrX16958rXKEGGrXC00099ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjyG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXBALAtexrhX@beta alanine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r…j8,X.STM0320 or STM0999 or STM1473 or STM2267rÅj9,hj:,h]rą(h*hh3h!erŅRrƅj>,}rDž(j@,)rȅ}rɅ(hXala__B_erʅhX beta-Alaniner˅h}r̅(XFORMULArͅXC3H7NO2r΅XPUBCHEMrυX3399rЅXCHARGErхjK,XCHEBIr҅X16958rӅXKEGGrԅXC00099rՅuh }rօhNhh]rׅr؅RrمjS,j΅jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rڅ}rۅ(hXBPNTr܅hX3 5 bisphosphate nucleotidaser݅h}rޅX SUBSYSTEMr߅XCysteine Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(joGjRGjXG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXBSORxrhXBiotin sulfoxide reductaserh}r(XGENE_ASSOCIATIONrXSTM3644rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjkarRrj>,}r(j@,)r}r(hXbtnso_crhXd-biotin-d-sulfoxiderh}r(XFORMULArX C10H15N2O4SrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[GjRGj@,)r}r(hXbtn_crhXBiotinrh}r(XFORMULAr X C10H15N2O3Sr XPUBCHEMr X3420r XCHARGEr X-1rXCHEBIrX15956rXKEGGrXC00120ruh }rhNhh]rrRrjS,j jT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXBSORyrhXBiotin sulfoxide reductaserh}r(XGENE_ASSOCIATIONrXSTM3644rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }r j8,jj9,hj:,h]r!jkar"Rr#j>,}r$(j[GjGjRGjG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r%}r&(hXBTS4r'hXBiotin synthaser(h}r)(XGENE_ASSOCIATIONr*XSTM0794r+X SUBSYSTEMr,X*Cofactor and Prosthetic Group Biosynthesisr-uh }r.j8,j+j9,hj:,h]r/jtar0Rr1j>,}r2(j@,)r3}r4(hXdtbt_cr5hX Dethiobiotinr6h}r7(XFORMULAr8X C10H17N2O3r9XPUBCHEMr:X5017r;XCHARGEr<X-1r=XCHEBIr>X16691r?XKEGGr@XC01909rAuh }rBhNhh]rCrDRrEjS,j9jT,jU,jV,JjW,GubGjqGj@,)rF}rG(hXs_crHhXSulfurrIh}rJ(XFORMULArKXSrLXPUBCHEMrMX3387rNXCHARGErOjK,XCHEBIrPX17909rQXKEGGrRXC00087rSuh }rThNhh]rUrVRrWjS,jLjT,jU,jV,KjW,GubGjdG?j@,)rX}rY(hXmet__L_crZhX L-Methioniner[h}r\(XFORMULAr]X C5H11NO2Sr^XPUBCHEMr_X3373r`XCHARGErajK,XCHEBIrbX16643rcXKEGGrdXC00073reuh }rfhNhh]rgrhRrijS,j^jT,jU,jV,KjW,GubG?jG?jRG?uhNjX,GjY,G@@ubj0,)rj}rk(hX BUTSO3texrlhXCbutanesulfonate transport via diffusion extracellular to periplasm rmh}rn(XGENE_ASSOCIATIONroX2( STM0320 or STM0999 or STM1473 or STM2267 )rpX SUBSYSTEMrqXTransport Outer Membrane Porinrruh }rsj8,X.STM0320 or STM0999 or STM1473 or STM2267rtj9,hj:,h]ru(h*hh3h!ervRrwj>,}rx(j@,)ry}rz(hXbutso3_er{hXbutanesulfonater|h}r}(XFORMULAr~XC4H9O3SrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXbutso3_prhXbutanesulfonaterh}r(XFORMULArXC4H9O3SrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXBUTtexrhX<Butyrate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXbut_erhXButyrate-n-C40rh}r(XFORMULArXC4H7O2rXPUBCHEMrX3545rXCHARGErX-1rXCHEBIrX30772rXKEGGrXC00246ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXbut_prhXButyrate-n-C40rh}r(XFORMULArXC4H7O2rXPUBCHEMr†X3545rÆXCHARGErĆX-1rņXCHEBIrƆX30772rdžXKEGGrȆXC00246rɆuh }rʆhNhh]rˆr̆Rr͆jS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rΆ}rφ(hXCA2t3pprІhX8calcium Ca2 transport out via proton antiport periplasm rцh}r҆(XGENE_ASSOCIATIONrӆXSTM1771rԆX SUBSYSTEMrՆX&Inorganic Ion Transport and Metabolismrֆuh }r׆j8,jԆj9,hj:,h]r؆j}arنRrچj>,}rۆ(j TGj@,)r܆}r݆(hXca2_crކhXCalciumr߆h}r(XFORMULArXCarXPUBCHEMrX3376rXCHARGErj]-XCHEBIrX29108rXKEGGrXC00076ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRG?j@,)r}r(hXca2_prhXCalciumrh}r(XFORMULArXCarXPUBCHEMrX3376rXCHARGErj]-XCHEBIrX29108rXKEGGrXC00076ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXCA2texrhX?calcium Ca2 transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r(j@,)r}r(hXca2_erhXCalciumrh}r(XFORMULArXCarXPUBCHEMrX3376rXCHARGErj]-XCHEBIrX29108rXKEGGrXC00076ruh }rhNhh]rrRr jS,jjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r!}r"(hXCADVtppr#hX&LysineCadaverine antiporter periplasm r$h}r%(XGENE_ASSOCIATIONr&XSTM2558r'X SUBSYSTEMr(XTransport Inner Membraner)uh }r*j8,j'j9,hj:,h]r+jar,Rr-j>,}r.(j@,)r/}r0(hXlys__L_pr1hXL-Lysiner2h}r3(XFORMULAr4X C6H15N2O2r5XPUBCHEMr6X3349r7XCHARGEr8j-XCHEBIr9X18019r:XKEGGr;XC00047r<uh }r=hNhh]r>r?Rr@jS,j5jT,jPjV,KjW,GubGj@,)rA}rB(hX15dap_crChX1-5-DiaminopentanerDh}rE(XFORMULArFXC5H16N2rGXPUBCHEMrHX4816rIXCHARGErJj]-XCHEBIrKX18127rLXKEGGrMXC01672rNuh }rOhNhh]rPrQRrRjS,jGjT,jU,jV,KjW,GubGj TGj@,)rS}rT(hXlys__L_crUhXL-LysinerVh}rW(XFORMULArXX C6H15N2O2rYXPUBCHEMrZX3349r[XCHARGEr\j-XCHEBIr]X18019r^XKEGGr_XC00047r`uh }rahNhh]rbrcRrdjS,jYjT,jU,jV,KjW,GubG?j@,)re}rf(hX15dap_prghX1-5-Diaminopentanerhh}ri(XFORMULArjXC5H16N2rkXPUBCHEMrlX4816rmXCHARGErnj]-XCHEBIroX18127rpXKEGGrqXC01672rruh }rshNhh]rtruRrvjS,jkjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rw}rx(hXCAt6ppryhXcalcium sodium antiporter 11 rzh}r{(XGENE_ASSOCIATIONr|XSTM3314r}X SUBSYSTEMr~X&Inorganic Ion Transport and Metabolismruh }rj8,j}j9,hj:,h]rjarRrj>,}r(jYpGj܆GjG?jkpG?uhNjX,G@jY,G@@ubj0,)r}r(hXCBIATrhXCobinamide adenyltransferaserh}r(XGENE_ASSOCIATIONrXSTM1718rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXcbi_crhX Cobinamiderh}r(XFORMULArX C48H72CoN11O8rXPUBCHEMrX8069rXCHARGErjK,XCHEBIrX28956rXKEGGrXC05774ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjRGj@,)r}r(hXpppi_crhXInorganic-triphosphaterh}r(XFORMULArXHO10P3rXPUBCHEMrX6138rXCHARGErX-4rXCHEBIrX18036rXKEGGrXC03279ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j@,)r}r(hXadocbi_crhXAdenosyl-cobinamiderh}r(XFORMULArXC58H84CoN16O11rXPUBCHEMrX8739rXCHARGErj-XCHEBIr‡X2480rÇXKEGGrćXC06508rŇuh }rƇhNhh]rLJrȇRrɇjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rʇ}rˇ(hXCBItonexṙhX-Cobinamide transport via ton system extermal r͇h}r·(XGENE_ASSOCIATIONrχX9( STM4130 and ( STM1737 and STM3158 and STM3159 ) )rЇX SUBSYSTEMrчXTransport Outer Membraner҇uh }rӇj8,X5STM4130 and ( STM1737 and STM3158 and STM3159 )rԇj9,hj:,h]rՇ(jjjjerևRrׇj>,}r؇(j@,)rه}rڇ(hXcbi_erۇhX Cobinamider܇h}r݇(XFORMULArއX C48H72CoN11O8r߇XPUBCHEMrX8069rXCHARGErjK,XCHEBIrX28956rXKEGGrXC05774ruh }rhNhh]rrRrjS,j߇jT,j,jV,KjW,GubGj TGj@,)r}r(hXcbi_prhX Cobinamiderh}r(XFORMULArX C48H72CoN11O8rXPUBCHEMrX8069rXCHARGErjK,XCHEBIrX28956rXKEGGrXC05774ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX CBIuabcpprhX5Cobinamide transport via ABC system uptake periplasm rh}r(XGENE_ASSOCIATIONrX'( STM1340 and STM1342 and STM0206 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM1340 and STM1342 and STM0206rj9,hj:,h]r(jjjer Rr j>,}r (jGjRGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hX CBL1abcpprhX0Cob 1 alamin transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM1340 and STM1342 and STM0206 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM1340 and STM1342 and STM0206rj9,hj:,h]r(jjjerRrj>,}r(j@,)r}r(hXcbl1_prhX Cob-I-alaminrh}r(XFORMULAr XC62H88CoN13O14Pr!XPUBCHEMr"X4110r#XCHARGEr$X-1r%XCHEBIr&X15982r'XKEGGr(XC00853r)uh }r*hNhh]r+r,Rr-jS,j!jT,jPjV,JjW,GubGjRGjRGj@,)r.}r/(hXcbl1_cr0hX Cob-I-alaminr1h}r2(XFORMULAr3XC62H88CoN13O14Pr4XPUBCHEMr5X4110r6XCHARGEr7X-1r8XCHEBIr9X15982r:XKEGGr;XC00853r<uh }r=hNhh]r>r?Rr@jS,j4jT,jU,jV,JjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rA}rB(hX CBL1tonexrChX/Cob 1 alamin transport via ton system extermal rDh}rE(XGENE_ASSOCIATIONrFX9( STM4130 and ( STM1737 and STM3158 and STM3159 ) )rGX SUBSYSTEMrHXTransport Outer MembranerIuh }rJj8,X5STM4130 and ( STM1737 and STM3158 and STM3159 )rKj9,hj:,h]rL(jjjjerMRrNj>,}rO(j TGj@,)rP}rQ(hXcbl1_erRhX Cob-I-alaminrSh}rT(XFORMULArUXC62H88CoN13O14PrVXPUBCHEMrWX4110rXXCHARGErYX-1rZXCHEBIr[X15982r\XKEGGr]XC00853r^uh }r_hNhh]r`raRrbjS,jVjT,j,jV,JjW,GubGjG?jRG?uhNjX,GjY,G@@ubj0,)rc}rd(hXCBPSrehX3carbamoyl phosphate synthase glutamine hydrolysing rfh}rg(XGENE_ASSOCIATIONrhX( STM0066 and STM0067 )riX SUBSYSTEMrjXArginine and Proline Metabolismrkuh }rlj8,XSTM0066 and STM0067rmj9,hj:,h]rn(jjeroRrpj>,}rq(jRGjRGj}hGj'qGjG?jfG?jRG@jSG?jRG@uhNjX,GjY,G@@ubj0,)rr}rs(hXCD2abcpprthX&Cadmium Cd2 ABC transporter periplasm ruh}rv(XGENE_ASSOCIATIONrwXSTM3576rxX SUBSYSTEMryX&Inorganic Ion Transport and Metabolismrzuh }r{j8,jxj9,hj:,h]r|jar}Rr~j>,}r(jRGj@,)r}r(hXcd2_crhXCadmiumrh}r(XFORMULArXCdrXPUBCHEMrX4601rXCHARGErj]-XCHEBIrX48775rXKEGGrXC01413ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjRG?j@,)r}r(hXcd2_prhXCadmiumrh}r(XFORMULArXCdrXPUBCHEMrX4601rXCHARGErj]-XCHEBIrX48775rXKEGGrXC01413ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCD2t3pprhX8cadmium Cd2 transport out via proton antiport periplasm rh}r(XGENE_ASSOCIATIONrX( STM0758 or STM4061 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM0758 or STM4061rj9,hj:,h]r(jjerRrj>,}r(jGj TGjRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXCD2texrhX?cadmium Cd2 transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)rˆ}rÈ(hXcd2_erĈhXCadmiumrňh}rƈ(XFORMULArLjXCdrȈXPUBCHEMrɈX4601rʈXCHARGErˈj]-XCHEBIr̈X48775r͈XKEGGrΈXC01413rψuh }rЈhNhh]rшr҈RrӈjS,jȈjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rԈ}rՈ(hXCD2tpprֈhX)cadmium 2 transport in via permease no H r׈h}r؈(XGENE_ASSOCIATIONrوXSTM3190rڈX SUBSYSTEMrۈX&Inorganic Ion Transport and Metabolismr܈uh }r݈j8,jڈj9,hj:,h]rވjar߈Rrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hX CDAPPA120rhX)CDP Diacylglycerol pyrophostatase n C120 rh}r(XGENE_ASSOCIATIONrXSTM4064rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj@,)r}r(hX cdpdddecg_crhXCDP-1-2-didodecanoylglycerolrh}r(XFORMULArX C36H63N3O15P2rXPUBCHEMrX3567rXCHARGErX-2rXCHEBIrjK,XKEGGrXC00269ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXcmp_crhXCMPrh}r(XFORMULArX C9H12N3O8PrXPUBCHEMr X3357r XCHARGEr X-2r XCHEBIr X17361rXKEGGrXC00055ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j9vG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX CDAPPA140rhX)CDP Diacylglycerol pyrophostatase n C140 rh}r(XGENE_ASSOCIATIONrXSTM4064rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjar Rr!j>,}r"(j@,)r#}r$(hX cdpdtdecg_cr%hXCDP-1-2-ditetradecanoylglycerolr&h}r'(XFORMULAr(X C40H71N3O15P2r)XPUBCHEMr*X3567r+XCHARGEr,X-2r-XCHEBIr.jK,XKEGGr/XC00269r0uh }r1hNhh]r2r3Rr4jS,j)jT,jU,jV,JjW,GubGjRGjmvG?jRG@jG?uhNjX,GjY,G@@ubj0,)r5}r6(hX CDAPPA141r7hX)CDP Diacylglycerol pyrophostatase n C141 r8h}r9(XGENE_ASSOCIATIONr:XSTM4064r;X SUBSYSTEMr<XGlycerophospholipid Metabolismr=uh }r>j8,j;j9,hj:,h]r?jar@RrAj>,}rB(j@,)rC}rD(hX cdpdtdec7eg_crEhX"CDP-1-2-ditetradec-7-enoylglycerolrFh}rG(XFORMULArHX C40H67N3O15P2rIXPUBCHEMrJX3567rKXCHARGErLX-2rMXCHEBIrNjK,XKEGGrOXC00269rPuh }rQhNhh]rRrSRrTjS,jIjT,jU,jV,JjW,GubGjRGjvG?jRG@jG?uhNjX,GjY,G@@ubj0,)rU}rV(hX CDAPPA160rWhX)CDP Diacylglycerol pyrophostatase n C160 rXh}rY(XGENE_ASSOCIATIONrZXSTM4064r[X SUBSYSTEMr\XGlycerophospholipid Metabolismr]uh }r^j8,j[j9,hj:,h]r_jar`Rraj>,}rb(j@,)rc}rd(hX cdpdhdecg_crehXCDP-1-2-dihexadecanoylglycerolrfh}rg(XFORMULArhX C44H79N3O15P2riXPUBCHEMrjX3567rkXCHARGErlX-2rmXCHEBIrnjK,XKEGGroXC00269rpuh }rqhNhh]rrrsRrtjS,jijT,jU,jV,JjW,GubGjRGjG?jvG?jRG@uhNjX,GjY,G@@ubj0,)ru}rv(hX CDAPPA161rwhX)CDP Diacylglycerol pyrophostatase n C161 rxh}ry(XGENE_ASSOCIATIONrzXSTM4064r{X SUBSYSTEMr|XGlycerophospholipid Metabolismr}uh }r~j8,j{j9,hj:,h]rjarRrj>,}r(j@,)r}r(hX cdpdhdec9eg_crhX!CDP-1-2-dihexadec-9-enoylglycerolrh}r(XFORMULArX C44H75N3O15P2rXPUBCHEMrX3567rXCHARGErX-2rXCHEBIrjK,XKEGGrXC00269ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjG?jRG@jwG?uhNjX,GjY,G@@ubj0,)r}r(hX CDAPPA180rhX)CDP Diacylglycerol pyrophostatase n C180 rh}r(XGENE_ASSOCIATIONrXSTM4064rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX cdpdodecg_crhXCDP-1-2-dioctadecanoylglycerolrh}r(XFORMULArX C48H87N3O15P2rXPUBCHEMrX3567rXCHARGErX-2rXCHEBIrjK,XKEGGrXC00269ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjG?j:wG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX CDAPPA181rhX)CDP Diacylglycerol pyrophostatase n C181 rh}r(XGENE_ASSOCIATIONrXSTM4064rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r‰(j@,)rÉ}rĉ(hXcdpdodec11eg_crʼnhX"CDP-1-2-dioctadec-11-enoylglycerolrƉh}rlj(XFORMULArȉX C48H83N3O15P2rɉXPUBCHEMrʉX3567rˉXCHARGEr̉X-2r͉XCHEBIrΉjK,XKEGGrωXC00269rЉuh }rщhNhh]r҉rӉRrԉjS,jɉjT,jU,jV,JjW,GubGjRGjG?jkwG?jRG@uhNjX,GjY,G@@ubj0,)rՉ}r։(hXCDPMEKr׉hX54 cytidine 5 diphospho 2 C methyl D erythritol kinaser؉h}rى(XGENE_ASSOCIATIONrډXSTM1779rۉX SUBSYSTEMr܉X*Cofactor and Prosthetic Group Biosynthesisr݉uh }rމj8,jۉj9,hj:,h]r߉jarRrj>,}r(j@,)r}r(hX4c2me_crhX.4-cytidine-5-diphospho-2-C-methyl-D-erythritolrh}r(XFORMULArX C14H23N3O14P2rXPUBCHEMrX13607rXCHARGErX-2rXCHEBIrX16578rXKEGGrXC11435ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hX 2p4c2me_crhX82-phospho-4-cytidine-5-diphospho-2-C-methyl-D-erythritolrh}r(XFORMULArX C14H22N3O17P3rXPUBCHEMrX13608rXCHARGErX-4rXCHEBIrX16840rXKEGGrXC11436ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXCFAS160Er hXAcyclopropane fatty acid synthase Phosphatidylethanolamine n C160 r h}r (XGENE_ASSOCIATIONrXSTM1427rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jqGjXGjwG@jRG@j@,)r}r(hXcpe160_crhXMcyclopropane-phosphatidylethanolamine-dihexadec-9-10-cyclo-anoyl-n-C160-cyclorh}r(XFORMULArX C39H74N1O8P1rXPUBCHEMrjK,XCHARGErjK,XCHEBIr jK,XKEGGr!jK,uh }r"hNhh]r#r$Rr%jS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r&}r'(hXCFAS160Gr(hX=cyclopropane fatty acid synthase Phosphatidylglycerol n C160 r)h}r*(XGENE_ASSOCIATIONr+XSTM1427r,X SUBSYSTEMr-XGlycerophospholipid Metabolismr.uh }r/j8,j,j9,hj:,h]r0jar1Rr2j>,}r3(jqGj*[GjwG@jRG@j@,)r4}r5(hXcpg160_cr6hXIcyclopropane-phosphatidylglycerol-dihexadec-9-10-cyclo-anoyl-n-C160-cyclor7h}r8(XFORMULAr9X C40H74O10P1r:XPUBCHEMr;jK,XCHARGEr<X-1r=XCHEBIr>jK,XKEGGr?jK,uh }r@hNhh]rArBRrCjS,j:jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rD}rE(hXCFAS180ErFhXAcyclopropane fatty acid synthase Phosphatidylethanolamine n C180 rGh}rH(XGENE_ASSOCIATIONrIXSTM1427rJX SUBSYSTEMrKXGlycerophospholipid MetabolismrLuh }rMj8,jJj9,hj:,h]rNjarORrPj>,}rQ(jqGjHYGjwG@jRG@j@,)rR}rS(hXcpe180_crThXNcyclopropane-phosphatidylethanolamine-dioctadec-11-12-cyclo-anoyl-n-C180-cyclorUh}rV(XFORMULArWX C43H82N1O8P1rXXPUBCHEMrYjK,XCHARGErZjK,XCHEBIr[jK,XKEGGr\jK,uh }r]hNhh]r^r_Rr`jS,jXjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)ra}rb(hXCFAS180GrchX=cyclopropane fatty acid synthase Phosphatidylglycerol n C180 rdh}re(XGENE_ASSOCIATIONrfXSTM1427rgX SUBSYSTEMrhXGlycerophospholipid Metabolismriuh }rjj8,jgj9,hj:,h]rkjarlRrmj>,}rn(jj[GjqGjRG@j@,)ro}rp(hXcpg180_crqhXJcyclopropane-phosphatidylglycerol-dioctadec-11-12-cyclo-anoyl-n-C180-cyclorrh}rs(XFORMULArtX C44H82O10P1ruXPUBCHEMrvjK,XCHARGErwX-1rxXCHEBIryjK,XKEGGrzjK,uh }r{hNhh]r|r}Rr~jS,jujT,jU,jV,JjW,GubG?jwG@uhNjX,GjY,G@@ubj0,)r}r(hX CGLYabcpprhX>L Cysteinylglycine Cys Gly transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrXC( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X?STM3630 and STM3629 and STM3628 and STM3627 and STM3626rj9,hj:,h]r(jjjjjerRrj>,}r(jRGj@,)r}r(hXcgly_prhXCys-Glyrh}r(XFORMULArX C5H10N2O3SrXPUBCHEMrX4606rXCHARGErjK,XCHEBIrX4047rXKEGGrXC01419ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGj }G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXCGLYtexrhXFL Cysteinylglycine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcgly_erhXCys-Glyrh}r(XFORMULArX C5H10N2O3SrXPUBCHEMrX4606rXCHARGErjK,XCHEBIrX4047rXKEGGrXC01419ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}rŠ(hXCHLabcpprÊhX+choline transport via ABC system periplasm rĊh}rŊ(XGENE_ASSOCIATIONrƊX5( STM2162 and STM2163 and STM2164 and STM2165 )rNJX SUBSYSTEMrȊXTransport Inner MembranerɊuh }rʊj8,X1STM2162 and STM2163 and STM2164 and STM2165rˊj9,hj:,h]r̊(j jj jer͊RrΊj>,}rϊ(jRGj@,)rЊ}rъ(hXchol_prҊhXCholinerӊh}rԊ(XFORMULArՊXC5H14NOr֊XPUBCHEMr׊X3414r؊XCHARGErيj-XCHEBIrڊX15354rۊXKEGGr܊XC00114r݊uh }rފhNhh]rߊrRrjS,j֊jT,jPjV,KjW,GubGjRGj@,)r}r(hXchol_crhXCholinerh}r(XFORMULArXC5H14NOrXPUBCHEMrX3414rXCHARGErj-XCHEBIrX15354rXKEGGrXC00114ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCHLtexrhX;choline transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(j@,)r}r(hXchol_erhXCholinerh}r(XFORMULArXC5H14NOr XPUBCHEMr X3414r XCHARGEr j-XCHEBIr X15354rXKEGGrXC00114ruh }rhNhh]rrRrjS,j jT,j,jV,KjW,GubGjЊG?uhNjX,G@jY,G@@ubj0,)r}r(hXCHORSrhXchorismate synthaserh}r(XGENE_ASSOCIATIONrXSTM2384rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,jj9,hj:,h]rj ar Rr!j>,}r"(j@,)r#}r$(hX3psme_cr%hX%5-O-1-Carboxyvinyl-3-phosphoshikimater&h}r'(XFORMULAr(X C10H9O10Pr)XPUBCHEMr*X4488r+XCHARGEr,X-4r-XCHEBIr.X16257r/XKEGGr0XC01269r1uh }r2hNhh]r3r4Rr5jS,j)jT,jU,jV,JjW,GubGjqG?jSG?uhNjX,GjY,G@@ubj0,)r6}r7(hXCHRPLr8hXChorismate pyruvate lyaser9h}r:(XGENE_ASSOCIATIONr;XSTM4233r<X SUBSYSTEMr=X*Cofactor and Prosthetic Group Biosynthesisr>uh }r?j8,j<j9,hj:,h]r@j arARrBj>,}rC(jqGjGjG?j@,)rD}rE(hX4hbz_crFhX4-HydroxybenzoaterGh}rH(XFORMULArIXC7H5O3rJXPUBCHEMrKX3456rLXCHARGErMX-1rNXCHEBIrOX30763rPXKEGGrQXC00156rRuh }rShNhh]rTrURrVjS,jJjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rW}rX(hXCITLrYhX Citrate lyaserZh}r[(XGENE_ASSOCIATIONr\Xd( ( ( STM0621 and STM0622 and STM0623 ) or ( STM0059 and STM0060 and STM0061 ) ) and STM0620 )r]X SUBSYSTEMr^XCitric Acid Cycler_uh }r`j8,X`( ( STM0621 and STM0622 and STM0623 ) or ( STM0059 and STM0060 and STM0061 ) ) and STM0620raj9,hj:,h]rb(jU jL j^ j: j( jC j1 ercRrdj>,}re(j@oGjkG?j}G?uhNjX,GjY,G@@ubj0,)rf}rg(hXCITt7pprhhX3Citrate transport via succinate antiport periplasm rih}rj(XGENE_ASSOCIATIONrkXSTM0618rlX SUBSYSTEMrmXTransport Inner Membranernuh }roj8,jlj9,hj:,h]rpjg arqRrrj>,}rs(j@,)rt}ru(hXcit_prvhXCitraterwh}rx(XFORMULAryXC6H5O7rzXPUBCHEMr{X3458r|XCHARGEr}X-3r~XCHEBIrX30769rXKEGGrXC00158ruh }rhNhh]rrRrjS,jzjT,jPjV,JjW,GubGj@Gj@oG?j@,)r}r(hXsucc_prhX Succinaterh}r(XFORMULArXC4H4O4rXPUBCHEMrX3344rXCHARGErX-2rXCHEBIrX15741rXKEGGrXC00042ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXCITtexrhX;citrate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcit_erhXCitraterh}r(XFORMULArXC6H5O7rXPUBCHEMrX3458rXCHARGErX-3rXCHEBIrX30769rXKEGGrXC00158ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjtG?uhNjX,G@jY,G@@ubj0,)r}r(hXICITtexrhX;citrate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )r‹X SUBSYSTEMrËXTransport Outer Membrane Porinrċuh }rŋj8,X.STM0320 or STM0999 or STM1473 or STM2267rƋj9,hj:,h]rNj(h*hh3h!erȋRrɋj>,}rʋ(j@,)rˋ}r̋(hXicit_er͋hX Isocitrater΋h}rϋ(XFORMULArЋXC6H5O7rыXPUBCHEMrҋX3605rӋXCHARGErԋX-3rՋXCHEBIr֋X30887r׋XKEGGr؋XC00311rًuh }rڋhNhh]rۋr܋Rr݋jS,jыjT,j,jV,JjW,GubGj@,)rދ}rߋ(hXicit_prhX Isocitraterh}r(XFORMULArXC6H5O7rXPUBCHEMrX3605rXCHARGErX-3rXCHEBIrX30887rXKEGGrXC00311ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXACONCtexrhX?cisaconitat transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hX acon__C_erhX cis-Aconitaterh}r(XFORMULArXC6H3O6rXPUBCHEMrX3707rXCHARGEr X-3r XCHEBIr X32805r XKEGGr XC00417ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hX acon__C_prhX cis-Aconitaterh}r(XFORMULArXC6H3O6rXPUBCHEMrX3707rXCHARGErX-3rXCHEBIrX32805rXKEGGr XC00417r!uh }r"hNhh]r#r$Rr%jS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r&}r'(hXCLIPAtexr(hX=cold lipid A transport via vector periplasm to extracellular r)h}r*X SUBSYSTEMr+X)Lipopolysaccharide Biosynthesis Recyclingr,sh }r-j8,hj9,hj:,h]r.r/Rr0j>,}r1(j@,)r2}r3(hX lipa__cold_pr4hXcold-adapted-KDO-2-lipid-Ar5h}r6(XFORMULAr7XC114H202N2O39P2r8XPUBCHEMr9jK,XCHARGEr:X-6r;XCHEBIr<jK,XKEGGr=jK,uh }r>hNhh]r?r@RrAjS,j8jT,jPjV,JjW,GubGj@,)rB}rC(hX lipa__cold_erDhXcold-adapted-KDO-2-lipid-ArEh}rF(XFORMULArGXC114H202N2O39P2rHXPUBCHEMrIjK,XCHARGErJX-6rKXCHEBIrLjK,XKEGGrMjK,uh }rNhNhh]rOrPRrQjS,jHjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rR}rS(hX CLPNH120pprThX'cardiolipin hydrolase periplasm n C120 rUh}rVX SUBSYSTEMrWXGlycerophospholipid MetabolismrXsh }rYj8,hj9,hj:,h]rZr[Rr\j>,}r](j@,)r^}r_(hX clpn120_pr`hX"cardiolipin-tetradodecanoyl-n-C120rah}rb(XFORMULArcX C57H108O17P2rdXPUBCHEMreX8259rfXCHARGErgX-2rhXCHEBIrijK,XKEGGrjXC05980rkuh }rlhNhh]rmrnRrojS,jdjT,jPjV,JjW,GubGjlTGj@,)rp}rq(hXpg120_prrhX(Phosphatidylglycerol-didodecanoyl-n-C120rsh}rt(XFORMULAruX C30H58O10P1rvXPUBCHEMrwX3637rxXCHARGEryX-1rzXCHEBIr{jK,XKEGGr|XC00344r}uh }r~hNhh]rrRrjS,jvjT,jPjV,JjW,GubG?j TG?j@,)r}r(hXpa120_prhX(1-2-didodecanoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C27H51O8P1rXPUBCHEMrX3706rXCHARGErX-2rXCHEBIrX16337rXKEGGrXC00416ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX CLPNH140pprhX'cardiolipin hydrolase periplasm n C140 rh}rX SUBSYSTEMrXGlycerophospholipid Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jlTGj@,)r}r(hX clpn140_prhX%cardiolipin-tetratetradecanoyl-n-C140rh}r(XFORMULArX C65H124O17P2rXPUBCHEMrX8259rXCHARGErX-2rXCHEBIrjK,XKEGGrXC05980ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hXpa140_prhX+1-2-ditetradecanoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C31H59O8P1rXPUBCHEMrX3706rXCHARGErX-2rXCHEBIrX16337rXKEGGrXC00416ruh }rŒhNhh]rÌrČRrŌjS,jjT,jPjV,JjW,GubG?j TG?j@,)rƌ}rnj(hXpg140_prȌhX+Phosphatidylglycerol-ditetradecanoyl-n-C140rɌh}rʌ(XFORMULArˌX C34H66O10P1řXPUBCHEMr͌X3637rΌXCHARGErόX-1rЌXCHEBIrьjK,XKEGGrҌXC00344rӌuh }rԌhNhh]rՌr֌Rr׌jS,ǰjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r،}rٌ(hX CLPNH141pprڌhX'cardiolipin hydrolase periplasm n C141 rیh}r܌X SUBSYSTEMr݌XGlycerophospholipid Metabolismrތsh }rߌj8,hj9,hj:,h]rrRrj>,}r(jlTGj@,)r}r(hX clpn141_prhX(cardiolipin-tetratetradec-7-enoyl-n-C141rh}r(XFORMULArX C65H116O17P2rXPUBCHEMrX8259rXCHARGErX-2rXCHEBIrjK,XKEGGrXC05980ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hXpg141_prhX.Phosphatidylglycerol-ditetradec-7-enoyl-n-C141rh}r(XFORMULArX C34H62O10P1rXPUBCHEMrX3637rXCHARGErX-1rXCHEBIrjK,XKEGGrXC00344ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?j TG?j@,)r}r (hXpa141_pr hX.1-2-ditetradec-7-enoyl-sn-glycerol-3-phosphater h}r (XFORMULAr X C31H55O8P1rXPUBCHEMrX3706rXCHARGErX-2rXCHEBIrX16337rXKEGGrXC00416ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX CLPNH160pprhX'cardiolipin hydrolase periplasm n C160 rh}rX SUBSYSTEMr XGlycerophospholipid Metabolismr!sh }r"j8,hj9,hj:,h]r#r$Rr%j>,}r&(jlTGj@,)r'}r((hX clpn160_pr)hX$cardiolipin-tetrahexadecanoyl-n-C160r*h}r+(XFORMULAr,X C73H140O17P2r-XPUBCHEMr.X8259r/XCHARGEr0X-2r1XCHEBIr2jK,XKEGGr3XC05980r4uh }r5hNhh]r6r7Rr8jS,j-jT,jPjV,JjW,GubGj@,)r9}r:(hXpa160_pr;hX*1-2-dihexadecanoyl-sn-glycerol-3-phosphater<h}r=(XFORMULAr>X C35H67O8P1r?XPUBCHEMr@X3706rAXCHARGErBX-2rCXCHEBIrDX16337rEXKEGGrFXC00416rGuh }rHhNhh]rIrJRrKjS,j?jT,jPjV,JjW,GubG?j@,)rL}rM(hXpg160_prNhX*Phosphatidylglycerol-dihexadecanoyl-n-C160rOh}rP(XFORMULArQX C38H74O10P1rRXPUBCHEMrSX3637rTXCHARGErUX-1rVXCHEBIrWjK,XKEGGrXXC00344rYuh }rZhNhh]r[r\Rr]jS,jRjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r^}r_(hX CLPNH161ppr`hX'cardiolipin hydrolase periplasm n C161 rah}rbX SUBSYSTEMrcXGlycerophospholipid Metabolismrdsh }rej8,hj9,hj:,h]rfrgRrhj>,}ri(jlTGj@,)rj}rk(hX clpn161_prlhX'cardiolipin-tetrahexadec-9-enoyl-n-C161rmh}rn(XFORMULAroX C73H132O17P2rpXPUBCHEMrqX8259rrXCHARGErsX-2rtXCHEBIrujK,XKEGGrvXC05980rwuh }rxhNhh]ryrzRr{jS,jpjT,jPjV,JjW,GubGj@,)r|}r}(hXpg161_pr~hX-Phosphatidylglycerol-dihexadec-9-enoyl-n-C161rh}r(XFORMULArX C38H70O10P1rXPUBCHEMrX3637rXCHARGErX-1rXCHEBIrjK,XKEGGrXC00344ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?j TG?j@,)r}r(hXpa161_prhX-1-2-dihexadec-9-enoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C35H63O8P1rXPUBCHEMrX3706rXCHARGErX-2rXCHEBIrX16337rXKEGGrXC00416ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX CLPNH180pprhX'cardiolipin hydrolase periplasm n C180 rh}rX SUBSYSTEMrXGlycerophospholipid Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX clpn180_prhX$cardiolipin-tetraoctadecanoyl-n-C180rh}r(XFORMULArX C81H156O17P2rXPUBCHEMrX8259rXCHARGErX-2rXCHEBIrjK,XKEGGrXC05980ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj TG?j@,)r}r(hXpa180_prhX*1-2-dioctadecanoyl-sn-glycerol-3-phosphaterh}rÍ(XFORMULArčX C39H75O8P1rōXPUBCHEMrƍX3706rǍXCHARGErȍX-2rɍXCHEBIrʍX16337rˍXKEGGr̍XC00416r͍uh }r΍hNhh]rύrЍRrэjS,jōjT,jPjV,JjW,GubG?j@,)rҍ}rӍ(hXpg180_prԍhX*Phosphatidylglycerol-dioctadecanoyl-n-C180rՍh}r֍(XFORMULAr׍X C42H82O10P1r؍XPUBCHEMrٍX3637rڍXCHARGErۍX-1r܍XCHEBIrݍjK,XKEGGrލXC00344rߍuh }rhNhh]rrRrjS,j؍jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX CLPNH181pprhX'cardiolipin hydrolase periplasm n C181 rh}rX SUBSYSTEMrXGlycerophospholipid Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX clpn181_prhX(cardiolipin-tetraoctadec-11-enoyl-n-C181rh}r(XFORMULArX C81H148O17P2rXPUBCHEMrX8259rXCHARGErX-2rXCHEBIrjK,XKEGGrXC05980ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj@,)r}r(hXpg181_prhX.Phosphatidylglycerol-dioctadec-11-enoyl-n-C181rh}r(XFORMULArX C42H78O10P1rXPUBCHEMr X3637r XCHARGEr X-1r XCHEBIr jK,XKEGGrXC00344ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?j TG?j@,)r}r(hXpa181_prhX.1-2-dioctadec-11-enoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C39H71O8P1rXPUBCHEMrX3706rXCHARGErX-2rXCHEBIrX16337r XKEGGr!XC00416r"uh }r#hNhh]r$r%Rr&jS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r'}r((hX CLPNS120ppr)hX(cardiolipin synthase periplasmic n C120 r*h}r+(XGENE_ASSOCIATIONr,X( STM1739 or STM0812 )r-X SUBSYSTEMr.XGlycerophospholipid Metabolismr/uh }r0j8,XSTM1739 or STM0812r1j9,hj:,h]r2(jy jp er3Rr4j>,}r5(jpGj^G?j@,)r6}r7(hXglyc_pr8hXGlycerolr9h}r:(XFORMULAr;XC3H8O3r<XPUBCHEMr=X3416r>XCHARGEr?jK,XCHEBIr@X17754rAXKEGGrBXC00116rCuh }rDhNhh]rErFRrGjS,j<jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rH}rI(hX CLPNS140pprJhX(cardiolipin synthase periplasmic n C140 rKh}rL(XGENE_ASSOCIATIONrMX( STM1739 or STM0812 )rNX SUBSYSTEMrOXGlycerophospholipid MetabolismrPuh }rQj8,XSTM1739 or STM0812rRj9,hj:,h]rS(jp jy erTRrUj>,}rV(jƌGjG?j6G?uhNjX,G@jY,G@@ubj0,)rW}rX(hX CLPNS141pprYhX(cardiolipin synthase periplasmic n C141 rZh}r[(XGENE_ASSOCIATIONr\X( STM1739 or STM0812 )r]X SUBSYSTEMr^XGlycerophospholipid Metabolismr_uh }r`j8,XSTM1739 or STM0812raj9,hj:,h]rb(jy jp ercRrdj>,}re(jGjG?j6G?uhNjX,G@jY,G@@ubj0,)rf}rg(hX CLPNS160pprhhX(cardiolipin synthase periplasmic n C160 rih}rj(XGENE_ASSOCIATIONrkX( STM1739 or STM0812 )rlX SUBSYSTEMrmXGlycerophospholipid Metabolismrnuh }roj8,XSTM1739 or STM0812rpj9,hj:,h]rq(jy jp errRrsj>,}rt(jLGj6G?j'G?uhNjX,G@jY,G@@ubj0,)ru}rv(hX CLPNS161pprwhX(cardiolipin synthase periplasmic n C161 rxh}ry(XGENE_ASSOCIATIONrzX( STM1739 or STM0812 )r{X SUBSYSTEMr|XGlycerophospholipid Metabolismr}uh }r~j8,XSTM1739 or STM0812rj9,hj:,h]r(jp jy erRrj>,}r(j|Gj6G?jjG?uhNjX,G@jY,G@@ubj0,)r}r(hX CLPNS180pprhX(cardiolipin synthase periplasmic n C180 rh}r(XGENE_ASSOCIATIONrX( STM1739 or STM0812 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM1739 or STM0812rj9,hj:,h]r(jy jp erRrj>,}r(jҍGj6G?jG?uhNjX,G@jY,G@@ubj0,)r}r(hX CLPNS181pprhX(cardiolipin synthase periplasmic n C181 rh}r(XGENE_ASSOCIATIONrX( STM1739 or STM0812 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM1739 or STM0812rj9,hj:,h]r(jy jp erRrj>,}r(jGjG?j6G?uhNjX,G@jY,G@@ubj0,)r}r(hXCLt3_2pprhX9chloride transport out via proton antiport 21 periplasm rh}r(XGENE_ASSOCIATIONrX( STM0203 or STM1490 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM0203 or STM1490rj9,hj:,h]r(j j erRrj>,}r(jRGj@,)r}r(hXcl_prhXChloriderh}r(XFORMULArXClrXPUBCHEMrX3415rXCHARGErX-1rXCHEBIrX17996rXKEGGrXC00115ruh }rhNhh]rrŽRrÎjS,jjT,jPjV,JjW,GubGj@,)rĎ}rŎ(hXcl_crƎhXChloriderǎh}rȎ(XFORMULArɎXClrʎXPUBCHEMrˎX3415r̎XCHARGEr͎X-1rΎXCHEBIrώX17996rЎXKEGGrюXC00115rҎuh }rӎhNhh]rԎrՎRr֎jS,jʎjT,jU,jV,JjW,GubG@j TG?uhNjX,GjY,G@@ubj0,)r׎}r؎(hXCLtexrَhXAchloride Cl 1 transport via diffusion extracellular to periplasm rڎh}rێ(XGENE_ASSOCIATIONr܎X2( STM0320 or STM0999 or STM1473 or STM2267 )rݎX SUBSYSTEMrގXTransport Outer Membrane Porinrߎuh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcl_erhXChloriderh}r(XFORMULArXClrXPUBCHEMrX3415rXCHARGErX-1rXCHEBIrX17996rXKEGGrXC00115ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXCMPNrhXCMP nucleosidaserh}rX SUBSYSTEMrXNucleotide Salvage Pathwayrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGjRGj@,)r}r(hXcsn_crhXCytosinerh}r (XFORMULAr XC4H5N3Or XPUBCHEMr X3670r XCHARGErjK,XCHEBIrX16040rXKEGGrXC00380ruh }rhNhh]rrRrjS,j jT,jU,jV,KjW,GubG?jsG?uhNjX,GjY,G@@ubj0,)r}r(hXCMPtexrhX7CMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r!j9,hj:,h]r"(h*hh3h!er#Rr$j>,}r%(j@,)r&}r'(hXcmp_er(hXCMPr)h}r*(XFORMULAr+X C9H12N3O8Pr,XPUBCHEMr-X3357r.XCHARGEr/X-2r0XCHEBIr1X17361r2XKEGGr3XC00055r4uh }r5hNhh]r6r7Rr8jS,j,jT,j,jV,JjW,GubGj@,)r9}r:(hXcmp_pr;hXCMPr<h}r=(XFORMULAr>X C9H12N3O8Pr?XPUBCHEMr@X3357rAXCHARGErBX-2rCXCHEBIrDX17361rEXKEGGrFXC00055rGuh }rHhNhh]rIrJRrKjS,j?jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rL}rM(hXCO2texrNhX7CO2 transport via diffusion extracellular to periplasm rOh}rP(XGENE_ASSOCIATIONrQX2( STM0320 or STM0999 or STM1473 or STM2267 )rRX SUBSYSTEMrSXTransport Outer Membrane PorinrTuh }rUj8,X.STM0320 or STM0999 or STM1473 or STM2267rVj9,hj:,h]rW(h*hh3h!erXRrYj>,}rZ(j@,)r[}r\(hXco2_er]hXCO2r^h}r_(XFORMULAr`XCO2raXPUBCHEMrbX3313rcXCHARGErdjK,XCHEBIreX16526rfXKEGGrgXC00011rhuh }rihNhh]rjrkRrljS,jajT,j,jV,KjW,GubGjЀG?uhNjX,G@jY,G@@ubj0,)rm}rn(hXCO2tpprohX(CO2 transporter via diffusion periplasm rph}rq(XGENE_ASSOCIATIONrrXs0001rsX SUBSYSTEMrtXTransport Inner Membraneruuh }rvj8,jsj9,hj:,h]rwjarxRryj>,}rz(jЀGjaG?uhNjX,G@jY,G@@ubj0,)r{}r|(hX COBALT2abcppr}hX%Cobalt Co2 ABC transporter periplasm r~h}r(XGENE_ASSOCIATIONrXSTM3576rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX cobalt2_crhXCo2rh}r(XFORMULArXCorXPUBCHEMrX3475rXCHARGErj]-XCHEBIrX27638rXKEGGrXC00175ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjRGjRG?jSG?j@,)r}r(hX cobalt2_prhXCo2rh}r(XFORMULArXCorXPUBCHEMrX3475rXCHARGErj]-XCHEBIrX27638rXKEGGrXC00175ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX COBALT2t3pprhX7cobalt Co2 transport out via proton antiport periplasm rh}r(XGENE_ASSOCIATIONrX( STM4061 or STM0758 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM4061 or STM0758rj9,hj:,h]r(jjerRrj>,}r(j TGjGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX COBALT2texrhX>cobalt Co2 transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrÏXTransport Outer Membrane Porinrďuh }rŏj8,X.STM0320 or STM0999 or STM1473 or STM2267rƏj9,hj:,h]rǏ(h*hh3h!erȏRrɏj>,}rʏ(j@,)rˏ}ȑ(hX cobalt2_er͏hXCo2rΏh}rϏ(XFORMULArЏXCorяXPUBCHEMrҏX3475rӏXCHARGErԏj]-XCHEBIrՏX27638r֏XKEGGr׏XC00175r؏uh }rُhNhh]rڏrۏRr܏jS,jяjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rݏ}rޏ(hX COBALT2tpprߏhX&cobalt transport in via permease no H rh}r(XGENE_ASSOCIATIONrX( STM3190 or STM3952 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM3190 or STM3952rj9,hj:,h]r(jj erRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hX COLIPAabcpprhX@core oligosaccharide lipid A transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXcolipa_crhXcore-oligosaccharide-lipid-Arh}r(XFORMULArXC176H303N2O100P4rXPUBCHEMrjK,XCHARGErX-11rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRr jS,jjT,jU,jV,JjW,GubGjRGjRGjRG?j@,)r }r (hXcolipa_pr hXcore-oligosaccharide-lipid-Ar h}r(XFORMULArXC176H303N2O100P4rXPUBCHEMrjK,XCHARGErX-11rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX COLIPAtexrhXMcore oligosaccharide lipid A transport via vector periplasm to extracellular rh}rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingr sh }r!j8,hj9,hj:,h]r"r#Rr$j>,}r%(j Gj@,)r&}r'(hXcolipa_er(hXcore-oligosaccharide-lipid-Ar)h}r*(XFORMULAr+XC176H303N2O100P4r,XPUBCHEMr-jK,XCHARGEr.X-11r/XCHEBIr0jK,XKEGGr1jK,uh }r2hNhh]r3r4Rr5jS,j,jT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r6}r7(hXCPGNR1r8hXcoprogen Fe III reductaser9h}r:X SUBSYSTEMr;X&Inorganic Ion Transport and Metabolismr<sh }r=j8,hj9,hj:,h]r>r?Rr@j>,}rA(j@,)rB}rC(hXcpgn_crDhXcoprogenrEh}rF(XFORMULArGX C35H52N6O13FerHXPUBCHEMrIjK,XCHARGErJX-1rKXCHEBIrLjK,XKEGGrMjK,uh }rNhNhh]rOrPRrQjS,jHjT,jU,jV,JjW,GubGjlGjG@jRG@j@,)rR}rS(hX cpgn__un_crThXcoprogen-unloaded-no-Fe-III-rUh}rV(XFORMULArWX C35H52N6O13rXXPUBCHEMrYjK,XCHARGErZX-4r[XCHEBIr\jK,XKEGGr]jK,uh }r^hNhh]r_r`RrajS,jXjT,jU,jV,JjW,GubG@jlG?uhNjX,GjY,G@@ubj0,)rb}rc(hXCPGNR2rdhXcoprogen Fe III reductasereh}rfX SUBSYSTEMrgX&Inorganic Ion Transport and Metabolismrhsh }rij8,hj9,hj:,h]rjrkRrlj>,}rm(jBGjJGjG@jZG?jRG@jRG@uhNjX,GjY,G@@ubj0,)rn}ro(hXCPGNR3rphXcoprogen Fe III reductaserqh}rrX SUBSYSTEMrsX&Inorganic Ion Transport and Metabolismrtsh }ruj8,hj9,hj:,h]rvrwRrxj>,}ry(jBGjyGjG@jRG@jRG@jG?uhNjX,GjY,G@@ubj0,)rz}r{(hXCPGNUtexr|hX*coprogen unloaded secretion extracellular r}h}r~X SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX cpgn__un_prhXcoprogen-unloaded-no-Fe-III-rh}r(XFORMULArX C35H52N6O13rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjRG?j@,)r}r(hX cpgn__un_erhXcoprogen-unloaded-no-Fe-III-rh}r(XFORMULArX C35H52N6O13rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXCPGNUtpprhXcoprogen unloaded secretionrh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jRGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX CPGNabcpprhX,coprogen transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM0194 and STM0192 and STM0193 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM0194 and STM0192 and STM0193rj9,hj:,h]r(j>j5jGerRrj>,}r(j@,)r}r(hXcpgn_prÐhXcoprogenrĐh}rŐ(XFORMULArƐX C35H52N6O13FerǐXPUBCHEMrȐjK,XCHARGErɐX-1rʐXCHEBIrːjK,XKEGGr̐jK,uh }r͐hNhh]rΐrϐRrАjS,jǐjT,jPjV,JjW,GubGjRGjRGjBG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rѐ}rҐ(hXCPGNexsrӐhX*coprogen Fe loading reaction spontaneaous rԐh}rՐ(XGENE_ASSOCIATIONr֐Xs0001rאX SUBSYSTEMrؐX&Inorganic Ion Transport and Metabolismrِuh }rڐj8,jאj9,hj:,h]rېjarܐRrݐj>,}rސ(jGjGj@,)rߐ}r(hXcpgn_erhXcoprogenrh}r(XFORMULArX C35H52N6O13FerXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX CPGNtonexrhX0Coprogen transport via ton system extracellular rh}r(XGENE_ASSOCIATIONrX9( STM1204 and ( STM1737 and STM3158 and STM3159 ) )rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,X5STM1204 and ( STM1737 and STM3158 and STM3159 )rj9,hj:,h]r(j jjjerRrj>,}r(jߐGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCPPPGOrhX'coproporphyrinogen oxidase O2 required rh}r(XGENE_ASSOCIATIONrXSTM2451rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj ar Rr j>,}r (j@,)r }r (hXcpppg3_crhXCoproporphyrinogen-IIIrh}r(XFORMULArX C36H40N4O8rXPUBCHEMrX6127rXCHARGErX-4rXCHEBIrX15439rXKEGGrXC03263ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj-fGjRGjaG@j@,)r}r (hXpppg9_cr!hXProtoporphyrinogen-IXr"h}r#(XFORMULAr$X C34H38N4O4r%XPUBCHEMr&X4317r'XCHARGEr(X-2r)XCHEBIr*X15435r+XKEGGr,XC01079r-uh }r.hNhh]r/r0Rr1jS,j%jT,jU,jV,JjW,GubG?jRG@uhNjX,GjY,G@@ubj0,)r2}r3(hXCPPPGO2r4hX1Oxygen Independent coproporphyrinogen III oxidaser5h}r6(XGENE_ASSOCIATIONr7XSTM4004r8X SUBSYSTEMr9X*Cofactor and Prosthetic Group Biosynthesisr:uh }r;j8,j8j9,hj:,h]r<j ar=Rr>j>,}r?(j GjqGjXG@jG?jaG@jdG@uhNjX,GjY,G@@ubj0,)r@}rA(hXCRNBTCTrBhX2gamma butyrobetainyl CoA carnitine CoA transferaserCh}rD(XGENE_ASSOCIATIONrEXSTM0072rFX SUBSYSTEMrGXOxidative PhosphorylationrHuh }rIj8,jFj9,hj:,h]rJj arKRrLj>,}rM(j@,)rN}rO(hXcrn_crPhX L-CarnitinerQh}rR(XFORMULArSXC7H15NO3rTXPUBCHEMrUX3612rVXCHARGErWjK,XCHEBIrXX16347rYXKEGGrZXC00318r[uh }r\hNhh]r]r^Rr_jS,jTjT,jU,jV,KjW,GubGj@,)r`}ra(hXbbtcoa_crbhXgamma-butyrobetainyl-CoArch}rd(XFORMULAreXC28H46N8O17P3SrfXPUBCHEMrgX 726??6196rhXCHARGEriX-3rjXCHEBIrkX28684rlXKEGGrmjK,uh }rnhNhh]rorpRrqjS,jfjT,jU,jV,JjW,GubGj@,)rr}rs(hXcrncoa_crthXL-Carnitinyl-CoAruh}rv(XFORMULArwXC28H46N8O18P3SrxXPUBCHEMryjK,XCHARGErzX-3r{XCHEBIr|jK,XKEGGr}jK,uh }r~hNhh]rrRrjS,jxjT,jU,jV,JjW,GubG?j@,)r}r(hXgbbtn_crhXgamma-butyrobetainerh}r(XFORMULArXC7H15NO2rXPUBCHEMrX4408rXCHARGErjK,XCHEBIrX1941rXKEGGrXC01181ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXCRNCAL2rhXCarnitine CoA Ligaserh}r(XGENE_ASSOCIATIONrXSTM0071rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjNGjgGjrG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCRNCARrhXcarnitine CoA racemaserh}r(XGENE_ASSOCIATIONrXSTM0070rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rj arRrj>,}r(jrGj@,)r}r(hX crnDcoa_crhXD-carnitinyl-CoArh}r(XFORMULArXC28H46N8O18P3SrXPUBCHEMrX605rXCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r‘(hXCRNCBCTrÑhX-crotonobetainyl CoA carnitine CoA transferaserđh}rő(XGENE_ASSOCIATIONrƑXSTM0072rǑX SUBSYSTEMrȑXOxidative Phosphorylationrɑuh }rʑj8,jǑj9,hj:,h]rˑj aȓRr͑j>,}rΑ(jNGj@,)rϑ}rБ(hX ctbtcoa_crёhXcrotonobetainyl-CoArґh}rӑ(XFORMULArԑXC28H44N8O17P3SrՑXPUBCHEMr֑X 591??6196rבXCHARGErؑX-3rّXCHEBIrڑX28684rۑXKEGGrܑjK,uh }rݑhNhh]rޑrߑRrjS,jՑjT,jU,jV,JjW,GubGjrG?j@,)r}r(hXctbt_crhXcrotonobetainerh}r(XFORMULArXC7H13NO2rXPUBCHEMrX6803rXCHARGErjK,XCHEBIrX1774rXKEGGrXC04114ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXCRNCDHrhXCarnityl CoA dehydratserh}r(XGENE_ASSOCIATIONrXSTM0070rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rj arRrj>,}r(jrGjRG?jϑG?uhNjX,G@jY,G@@ubj0,)r}r(hXCRNDCAL2rhXD Carnitine CoA Ligaserh}r(XGENE_ASSOCIATIONrXSTM0071rX SUBSYSTEMrXOxidative Phosphorylationr uh }r j8,jj9,hj:,h]r j ar Rr j>,}r(jRGj@,)r}r(hXcrn__D_crhX D-Carnitinerh}r(XFORMULArXC7H15NO3rXPUBCHEMrX3770rXCHARGErjK,XCHEBIrX3424rXKEGGrXC00487ruh }rhNhh]rrRr jS,jjT,jU,jV,KjW,GubGjgGjSG?jRG?jG?uhNjX,GjY,G@@ubj0,)r!}r"(hX CRNDabcppr#hX/D carnitine transport via ABC system periplasm r$h}r%(XGENE_ASSOCIATIONr&X'( STM2809 and STM2810 and STM2811 )r'X SUBSYSTEMr(XTransport Inner Membraner)uh }r*j8,X#STM2809 and STM2810 and STM2811r+j9,hj:,h]r,(j j j er-Rr.j>,}r/(j@,)r0}r1(hXcrn__D_pr2hX D-Carnitiner3h}r4(XFORMULAr5XC7H15NO3r6XPUBCHEMr7X3770r8XCHARGEr9jK,XCHEBIr:X3424r;XKEGGr<XC00487r=uh }r>hNhh]r?r@RrAjS,j6jT,jPjV,KjW,GubGjRGjRGjRG?jG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rB}rC(hX CRNDt2rpprDhX)D carnitine outward transport H antiport rEh}rF(XGENE_ASSOCIATIONrGXSTM4290rHX SUBSYSTEMrIXTransport Inner MembranerJuh }rKj8,jHj9,hj:,h]rLj arMRrNj>,}rO(j0Gj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)rP}rQ(hXCRNabcpprRhX/L carnitine transport via ABC system periplasm rSh}rT(XGENE_ASSOCIATIONrUX'( STM2809 and STM2810 and STM2811 )rVX SUBSYSTEMrWXTransport Inner MembranerXuh }rYj8,X#STM2809 and STM2810 and STM2811rZj9,hj:,h]r[(j j j er\Rr]j>,}r^(jRGj@,)r_}r`(hXcrn_prahX L-Carnitinerbh}rc(XFORMULArdXC7H15NO3reXPUBCHEMrfX3612rgXCHARGErhjK,XCHEBIriX16347rjXKEGGrkXC00318rluh }rmhNhh]rnroRrpjS,jejT,jPjV,KjW,GubGjRGjRG?jNG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rq}rr(hXCRNt2rpprshX)L carnitine outward transport H antiport rth}ru(XGENE_ASSOCIATIONrvXSTM4290rwX SUBSYSTEMrxXTransport Inner Membraneryuh }rzj8,jwj9,hj:,h]r{j ar|Rr}j>,}r~(j_Gj TGjNG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXCRNt7pprhX,Carnitinebutyrobetaine antiporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM0074rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj_GjNG?j@,)r}r(hXgbbtn_prhXgamma-butyrobetainerh}r(XFORMULArXC7H15NO2rXPUBCHEMrX4408rXCHARGErjK,XCHEBIrX1941rXKEGGrXC01181ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXCRNt8pprhX,L carnitineD carnitine antiporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM0074rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj_GjNG?j0G?uhNjX,GjY,G@@ubj0,)r}r(hXCRNtexrhX?L carnitine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcrn_erhX L-Carnitinerh}r(XFORMULArXC7H15NO3r’XPUBCHEMrÒX3612rĒXCHARGErŒjK,XCHEBIrƒX16347rǒXKEGGrȒXC00318rɒuh }rʒhNhh]r˒r̒Rr͒jS,j’jT,j,jV,KjW,GubGj_G?uhNjX,G@jY,G@@ubj0,)rΒ}rϒ(hXCSrВhXcitrate synthaserђh}rҒ(XGENE_ASSOCIATIONrӒXSTM0730rԒX SUBSYSTEMrՒXCitric Acid Cycler֒uh }rגj8,jԒj9,hj:,h]rؒj arْRrڒj>,}rے(jgGj}GjRGj@oG?jgG?jRG?uhNjX,GjY,G@@ubj0,)rܒ}rݒ(hXCSNtexrޒhX<cytosine transport via diffusion extracellular to periplasm rߒh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcsn_erhXCytosinerh}r(XFORMULArXC4H5N3OrXPUBCHEMrX3670rXCHARGErjK,XCHEBIrX16040rXKEGGrXC00380ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj@,)r}r(hXcsn_prhXCytosinerh}r(XFORMULArXC4H5N3OrXPUBCHEMrX3670rXCHARGErjK,XCHEBIrX16040rXKEGGr XC00380r uh }r hNhh]r r RrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXCTBTCAL2rhXCrotonobetaine CoA Ligaserh}r(XGENE_ASSOCIATIONrXSTM0071rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjGjgGjϑG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX CTBTabcpprhX2crotonobetaine transport via ABC system periplasm r h}r!(XGENE_ASSOCIATIONr"X'( STM2809 and STM2810 and STM2811 )r#X SUBSYSTEMr$XTransport Inner Membraner%uh }r&j8,X#STM2809 and STM2810 and STM2811r'j9,hj:,h]r((j j j er)Rr*j>,}r+(jRGj@,)r,}r-(hXctbt_pr.hXcrotonobetainer/h}r0(XFORMULAr1XC7H13NO2r2XPUBCHEMr3X6803r4XCHARGEr5jK,XCHEBIr6X1774r7XKEGGr8XC04114r9uh }r:hNhh]r;r<Rr=jS,j2jT,jPjV,KjW,GubGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r>}r?(hX CTBTt2rppr@hX*cronobetaine outward transport H antiport rAh}rB(XGENE_ASSOCIATIONrCXSTM4290rDX SUBSYSTEMrEXTransport Inner MembranerFuh }rGj8,jDj9,hj:,h]rHj arIRrJj>,}rK(j TGj,GjG?jRG?uhNjX,G@jY,G@@ubj0,)rL}rM(hXCTPS2rNhXCTP synthase glutamine rOh}rP(XGENE_ASSOCIATIONrQXSTM2953rRX SUBSYSTEMrSX"Purine and Pyrimidine BiosynthesisrTuh }rUj8,jRj9,hj:,h]rVj arWRrXj>,}rY(jRGjRGj@,)rZ}r[(hXutp_cr\hXUTPr]h}r^(XFORMULAr_X C9H11N2O15P3r`XPUBCHEMraX3375rbXCHARGErcX-4rdXCHEBIreX15713rfXKEGGrgXC00075rhuh }rihNhh]rjrkRrljS,j`jT,jU,jV,JjW,GubGj'qGjfG?jRG?jRG@j@,)rm}rn(hXctp_crohXCTPrph}rq(XFORMULArrX C9H12N3O14P3rsXPUBCHEMrtX3363ruXCHARGErvX-4rwXCHEBIrxX17677ryXKEGGrzXC00063r{uh }r|hNhh]r}r~RrjS,jsjT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXCU1OpprhXCuprous Oxidase Cu1 rh}r(XGENE_ASSOCIATIONrXSTM0168rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXcu_prhXCurh}r(XFORMULArXCurXPUBCHEMrjK,XCHARGErj-XCHEBIrX49552rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGj@,)r}r(hXo2_prhXO2rh}r(XFORMULArXO2rXPUBCHEMrX3309rXCHARGErjK,XCHEBIrX15379rXKEGGrXC00007ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjlTG@j@,)r}r(hXcu2_prhXCu2rh}r(XFORMULArXCurXPUBCHEMrX3370rXCHARGErj]-XCHEBIrX28694rXKEGGrXC00070ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG@uhNjX,GjY,G@@ubj0,)r“}rÓ(hXCU1abcpprēhX&Copper Cu 1 ABC transporter periplasm rœh}rƓ(XGENE_ASSOCIATIONrǓXSTM0498rȓX SUBSYSTEMrɓX&Inorganic Ion Transport and Metabolismrʓuh }r˓j8,jȓj9,hj:,h]r̓j# ar͓RrΓj>,}rϓ(jRGj@,)rГ}rѓ(hXcu_crғhXCurӓh}rԓ(XFORMULArՓXCur֓XPUBCHEMrדjK,XCHARGErؓj-XCHEBIrٓX49552rړXKEGGrۓjK,uh }rܓhNhh]rݓrޓRrߓjS,j֓jT,jU,jV,KjW,GubGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXAU1abcpprhX$Gold Au 1 ABC transporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM0353rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rj, arRrj>,}r(j@,)r}r(hXau_crhXGold-Aurh}r(XPUBCHEMrjK,XCHARGErj-XCHEBIrX29287rXKEGGrjK,uh }rhNhh]rrRrjS,NjT,jU,jV,KjW,GubGjRGjRGj@,)r}r(hXau_prhXGold-Aurh}r(XPUBCHEMrjK,XCHARGErj-XCHEBIrX29287rXKEGGrjK,uh }rhNhh]rrRr jS,NjT,jPjV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXCU2abcppr hX%Copper Cu2 ABC transporter periplasm r h}r(XGENE_ASSOCIATIONrXSTM3576rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjRGj@,)r}r(hXcu2_crhXCu2rh}r(XFORMULArXCurXPUBCHEMrX3370r XCHARGEr!j]-XCHEBIr"X28694r#XKEGGr$XC00070r%uh }r&hNhh]r'r(Rr)jS,jjT,jU,jV,KjW,GubGjRG?jSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r*}r+(hXCU2texr,hX>copper Cu2 transport via diffusion extracellular to periplasm r-h}r.(XGENE_ASSOCIATIONr/X2( STM2267 or STM0320 or STM0999 or STM1473 )r0X SUBSYSTEMr1XTransport Outer Membrane Porinr2uh }r3j8,X.STM2267 or STM0320 or STM0999 or STM1473r4j9,hj:,h]r5(h*hh3h!er6Rr7j>,}r8(j@,)r9}r:(hXcu2_er;hXCu2r<h}r=(XFORMULAr>XCur?XPUBCHEMr@X3370rAXCHARGErBj]-XCHEBIrCX28694rDXKEGGrEXC00070rFuh }rGhNhh]rHrIRrJjS,j?jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rK}rL(hXCU2tpprMhX&copper transport in via permease no H rNh}rO(XGENE_ASSOCIATIONrPXSTM3190rQX SUBSYSTEMrRX&Inorganic Ion Transport and MetabolismrSuh }rTj8,jQj9,hj:,h]rUjarVRrWj>,}rX(jGjG?uhNjX,GjY,G@@ubj0,)rY}rZ(hXCUtexr[hX>copper Cu1 transport via diffusion extracellular to periplasm r\h}r](XGENE_ASSOCIATIONr^X2( STM0320 or STM0999 or STM1473 or STM2267 )r_X SUBSYSTEMr`XTransport Outer Membrane Porinrauh }rbj8,X.STM0320 or STM0999 or STM1473 or STM2267rcj9,hj:,h]rd(h*hh3h!ereRrfj>,}rg(j@,)rh}ri(hXcu_erjhXCurkh}rl(XFORMULArmXCurnXPUBCHEMrojK,XCHARGErpj-XCHEBIrqX49552rrXKEGGrsjK,uh }rthNhh]rurvRrwjS,jnjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rx}ry(hXCYANSTrzhXCyanide sulfurtransferaser{h}r|(XGENE_ASSOCIATIONr}XSTM3525r~X SUBSYSTEMrX Unassignedruh }rj8,j~j9,hj:,h]rj4 arRrj>,}r(j@,)r}r(hXtsul_crhX Thiosulfaterh}r(XFORMULArXO3S2rXPUBCHEMrX3614rXCHARGErX-2rXCHEBIrX16094rXKEGGrXC00320ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXcyan_crhXHydrogen-cyaniderh}r(XFORMULArXCHNrXPUBCHEMrX4537rXCHARGErjK,XCHEBIrX18407rXKEGGrXC01326ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hXso3_crhXSulfiterh}r(XFORMULArXO3SrXPUBCHEMrX3394rXCHARGErX-2rXCHEBIrX48854rXKEGGrXC00094ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j@,)r}r(hXtcynt_crhX Thiocyanaterh}r”(XFORMULArÔXCNSrĔXPUBCHEMrŔX4888rƔXCHARGErǔX-1rȔXCHEBIrɔX29200rʔXKEGGr˔XC01755r̔uh }r͔hNhh]rΔrϔRrДjS,jĔjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rє}rҔ(hXCYANSTpprӔhX&Cyanide sulfurtransferase periplasmic rԔh}rՔ(XGENE_ASSOCIATIONr֔XSTM1686rהX SUBSYSTEMrؔX&Inorganic Ion Transport and Metabolismrٔuh }rڔj8,jהj9,hj:,h]r۔j= arܔRrݔj>,}rޔ(j@,)rߔ}r(hXtsul_prhX Thiosulfaterh}r(XFORMULArXO3S2rXPUBCHEMrX3614rXCHARGErX-2rXCHEBIrX16094rXKEGGrXC00320ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hXcyan_prhXHydrogen-cyaniderh}r(XFORMULArXCHNrXPUBCHEMrX4537rXCHARGErjK,XCHEBIrX18407rXKEGGrXC01326ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj@,)r}r(hXtcynt_prhX Thiocyanaterh}r(XFORMULAr XCNSr XPUBCHEMr X4888r XCHARGEr X-1rXCHEBIrX29200rXKEGGrXC01755ruh }rhNhh]rrRrjS,j jT,jPjV,JjW,GubG?j@,)r}r(hXso3_prhXSulfiterh}r(XFORMULArXO3SrXPUBCHEMrX3394rXCHARGEr X-2r!XCHEBIr"X48854r#XKEGGr$XC00094r%uh }r&hNhh]r'r(Rr)jS,jjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r*}r+(hXCYANtexr,hX;Cyanide transport via diffusion extracellular to periplasm r-h}r.(XGENE_ASSOCIATIONr/X2( STM0320 or STM0999 or STM1473 or STM2267 )r0X SUBSYSTEMr1XTransport Outer Membrane Porinr2uh }r3j8,X.STM0320 or STM0999 or STM1473 or STM2267r4j9,hj:,h]r5(h*hh3h!er6Rr7j>,}r8(j@,)r9}r:(hXcyan_er;hXHydrogen-cyanider<h}r=(XFORMULAr>XCHNr?XPUBCHEMr@X4537rAXCHARGErBjK,XCHEBIrCX18407rDXKEGGrEXC01326rFuh }rGhNhh]rHrIRrJjS,j?jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rK}rL(hXCYNTtexrMhX;Cyanate transport via diffusion extracellular to periplasm rNh}rO(XGENE_ASSOCIATIONrPX2( STM0320 or STM0999 or STM1473 or STM2267 )rQX SUBSYSTEMrRXTransport Outer Membrane PorinrSuh }rTj8,X.STM0320 or STM0999 or STM1473 or STM2267rUj9,hj:,h]rV(h!h*hh3erWRrXj>,}rY(j@,)rZ}r[(hXcynt_er\hXCyanater]h}r^(XFORMULAr_XCNOr`XPUBCHEMraX4604rbXCHARGErcX-1rdXCHEBIreX28024rfXKEGGrgXC01417rhuh }rihNhh]rjrkRrljS,j`jT,j,jV,JjW,GubGj@,)rm}rn(hXcynt_prohXCyanaterph}rq(XFORMULArrXCNOrsXPUBCHEMrtX4604ruXCHARGErvX-1rwXCHEBIrxX28024ryXKEGGrzXC01417r{uh }r|hNhh]r}r~RrjS,jsjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXCYSDSrhXCysteine Desulfhydraserh}r(XGENE_ASSOCIATIONrXSTM3161rX SUBSYSTEMrXCysteine Metabolismruh }rj8,jj9,hj:,h]rjF arRrj>,}r(jRGj/}Gj@,)r}r(hXh2s_crhXHydrogen-sulfiderh}r(XFORMULArXH2SrXPUBCHEMrX3578rXCHARGErjK,XCHEBIrX16136rXKEGGrXC00283ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jcfG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXCYSDtexrhX>D cysteine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcys__D_erhX D-Cysteinerh}r(XFORMULArXC3H7NO2SrXPUBCHEMrX4051rXCHARGErjK,XCHEBIrX16375rXKEGGrXC00793ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj@,)r}r•(hXcys__D_prÕhX D-Cysteinerĕh}rŕ(XFORMULArƕXC3H7NO2SrǕXPUBCHEMrȕX4051rɕXCHARGErʕjK,XCHEBIr˕X16375r̕XKEGGr͕XC00793rΕuh }rϕhNhh]rЕrѕRrҕjS,jǕjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rӕ}rԕ(hXCYSSrՕhXcysteine synthaser֕h}rו(XGENE_ASSOCIATIONrؕX( STM2430 or STM2440 )rٕX SUBSYSTEMrڕXCysteine Metabolismrەuh }rܕj8,XSTM2430 or STM2440rݕj9,hj:,h]rޕ(jX jO erߕRrj>,}r(jGjpGjkG?jRG?j/}G?uhNjX,GjY,G@@ubj0,)r}r(hXCYSSADSrhX$L cysteine sulfinic acid desulfuraserh}r(XGENE_ASSOCIATIONrXSTM2984rX SUBSYSTEMrXCysteine Metabolismruh }rj8,jj9,hj:,h]rja arRrj>,}r(j@,)r}r(hX3sala_crhX3-Sulfino-L-alaninerh}r(XFORMULArXC3H5NO4SrXPUBCHEMrX3881rXCHARGErX-2rXCHEBIrX16345rXKEGGrXC00606ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hXso2_crhXsulfur-dioxiderh}r(XFORMULArXO2Sr XPUBCHEMr X11497r XCHARGEr jK,XCHEBIr X18422rXKEGGrXC09306ruh }rhNhh]rrRrjS,j jT,jU,jV,KjW,GubG?j^yG?uhNjX,GjY,G@@ubj0,)r}r(hXCYSTLrhXcystathionine b lyaserh}r(XGENE_ASSOCIATIONrX( STM3161 or STM1557 )rX SUBSYSTEMrXMethionine Metabolismruh }rj8,XSTM3161 or STM1557rj9,hj:,h]r (jF jj er!Rr"j>,}r#(jRGj@,)r$}r%(hX cyst__L_cr&hXL-Cystathioniner'h}r((XFORMULAr)X C7H14N2O4Sr*XPUBCHEMr+X5347r,XCHARGEr-jK,XCHEBIr.X17482r/XKEGGr0XC02291r1uh }r2hNhh]r3r4Rr5jS,j*jT,jU,jV,KjW,GubGj@,)r6}r7(hX hcys__L_cr8hXL-Homocysteiner9h}r:(XFORMULAr;XC4H9NO2Sr<XPUBCHEMr=X3455r>XCHARGEr?jK,XCHEBIr@X17588rAXKEGGrBXC00155rCuh }rDhNhh]rErFRrGjS,j<jT,jU,jV,KjW,GubG?jcfG?jGjG?uhNjX,GjY,G@@ubj0,)rH}rI(hXCYSTRSrJhXCysteinyl tRNA synthetaserKh}rL(XGENE_ASSOCIATIONrMXSTM0537rNX SUBSYSTEMrOX tRNA ChargingrPuh }rQj8,jNj9,hj:,h]rRjr arSRrTj>,}rU(j@,)rV}rW(hX trnacys_crXhXtRNA-CysrYh}rZ(XFORMULAr[jyXPUBCHEMr\X4788r]XCHARGEr^jK,XCHEBIr_X29167r`XKEGGraXC01639rbuh }rchNhh]rdreRrfjS,jyjT,jU,jV,KjW,GubGjRGj/}Gj@,)rg}rh(hX cystrna_crihXL-Cysteinyl-tRNA-Cysrjh}rk(XFORMULArlXC3H6NOSRrmXPUBCHEMrnX6018roXCHARGErpj-XCHEBIrqX29152rrXKEGGrsXC03125rtuh }ruhNhh]rvrwRrxjS,jmjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)ry}rz(hX CYSabc2ppr{hX8L cysteine export via ABC system cytoplasm to periplasm r|h}r}(XGENE_ASSOCIATIONr~X( STM0956 and STM0957 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM0956 and STM0957rj9,hj:,h]r(j j{ erRrj>,}r(j/}GjRGjRGj@,)r}r(hXcys__L_prhX L-Cysteinerh}r(XFORMULArXC3H7NO2SrXPUBCHEMrX3397rXCHARGErjK,XCHEBIrX17561rXKEGGrXC00097ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCYSabcpprhX+L cysteine uptake via ABC system periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jGjRGjRGj/}G?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX CYSIabcpprhX*L cystine uptake via ABC system periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jRGj@,)r}r(hX cysi__L_prhX L-Cystinerh}r(XFORMULArX C6H12N2O4S2rXPUBCHEMrX3774rXCHARGErjK,XCHEBIrX16283rXKEGGrXC00491ruh }rhNhh]rr–RrÖjS,jjT,jPjV,KjW,GubGjRGj@,)rĖ}rŖ(hX cysi__L_crƖhX L-Cystinerǖh}rȖ(XFORMULArɖX C6H12N2O4S2rʖXPUBCHEMr˖X3774r̖XCHARGEr͖jK,XCHEBIrΖX16283rϖXKEGGrЖXC00491rіuh }rҖhNhh]rӖrԖRrՖjS,jʖjT,jU,jV,KjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r֖}rז(hXCYStexrؖhX>L cysteine transport via diffusion extracellular to periplasm rٖh}rږ(XGENE_ASSOCIATIONrۖX2( STM0320 or STM0999 or STM1473 or STM2267 )rܖX SUBSYSTEMrݖXTransport Outer Membrane Porinrޖuh }rߖj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcys__L_erhX L-Cysteinerh}r(XFORMULArXC3H7NO2SrXPUBCHEMrX3397rXCHARGErjK,XCHEBIrX17561rXKEGGrXC00097ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXCYSItexrhX=L cystine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hX cysi__L_erhX L-Cystiner h}r (XFORMULAr X C6H12N2O4S2r XPUBCHEMr X3774rXCHARGErjK,XCHEBIrX16283rXKEGGrXC00491ruh }rhNhh]rrRrjS,j jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXCYStpprhX+L cysteine export via facilitated transportrh}r(XGENE_ASSOCIATIONrX( STM2645 or STM1517 )rX SUBSYSTEMrXTransport Inner Membraner uh }r!j8,XSTM2645 or STM1517r"j9,hj:,h]r#(jjer$Rr%j>,}r&(j/}GjG?uhNjX,GjY,G@@ubj0,)r'}r((hX CYTBO3_4ppr)hX8cytochrome oxidase bo3 ubiquinol 8 4 protons periplasm r*h}r+(XGENE_ASSOCIATIONr,X5( STM0440 and STM0441 and STM0442 and STM0443 )r-X SUBSYSTEMr.XOxidative Phosphorylationr/uh }r0j8,X1STM0440 and STM0441 and STM0442 and STM0443r1j9,hj:,h]r2(j j j j er3Rr4j>,}r5(jGj-fGjRGj TG@j݃G?jRG?uhNjX,GjY,G@@ubj0,)r6}r7(hXCYTDr8hXcytidine deaminaser9h}r:(XGENE_ASSOCIATIONr;XSTM2183r<X SUBSYSTEMr=XNucleotide Salvage Pathwayr>uh }r?j8,j<j9,hj:,h]r@j arARrBj>,}rC(jRGj@,)rD}rE(hXcytd_crFhXCytidinerGh}rH(XFORMULArIX C9H13N3O5rJXPUBCHEMrKX3758rLXCHARGErMjK,XCHEBIrNX17562rOXKEGGrPXC00475rQuh }rRhNhh]rSrTRrUjS,jJjT,jU,jV,KjW,GubGjRGjcfG?j@,)rV}rW(hXuri_crXhXUridinerYh}rZ(XFORMULAr[X C9H12N2O6r\XPUBCHEMr]X3593r^XCHARGEr_jK,XCHEBIr`X16704raXKEGGrbXC00299rcuh }rdhNhh]rerfRrgjS,j\jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rh}ri(hXCYTDHrjhXCytidine hydrolaserkh}rl(XGENE_ASSOCIATIONrmX( STM0661 or STM0051 )rnX SUBSYSTEMroXAlternate Carbon Metabolismrpuh }rqj8,XSTM0661 or STM0051rrj9,hj:,h]rs(j\j ertRruj>,}rv(jRGjDGjLrG?jG?uhNjX,GjY,G@@ubj0,)rw}rx(hXCYTDK2ryhXcytidine kinase GTP rzh}r{(XGENE_ASSOCIATIONr|XSTM2122r}X SUBSYSTEMr~XNucleotide Salvage Pathwayruh }rj8,j}j9,hj:,h]rj arRrj>,}r(jIhGjDGjG?jqG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXCYTDt2pprhX3cytidine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrX( STM3113 or STM2409 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM3113 or STM2409rj9,hj:,h]r(jnjeerRrj>,}r(j_Gj TGjRG?jDG?uhNjX,GjY,G@@ubj0,)r}r(hX CYTDt2rpprhX>cytidine transport in via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM2421rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjwarRrj>,}r(j TGj_GjDG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXCYTDtexrhX<cytidine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXcytd_erhXCytidinerh}r(XFORMULArX C9H13N3O5rXPUBCHEMrX3758rXCHARGErjK,XCHEBIrX17562rXKEGGrXC00475ruh }rhNhh]rrRr—jS,jjT,j,jV,KjW,GubGj_G?uhNjX,G@jY,G@@ubj0,)r×}rė(hXCYTK1rŗhXcytidylate kinase CMP rƗh}rǗ(XGENE_ASSOCIATIONrȗXSTM0980rɗX SUBSYSTEMrʗXNucleotide Salvage Pathwayr˗uh }r̗j8,jɗj9,hj:,h]r͗j arΗRrϗj>,}rЗ(jRGjGj@,)rї}rҗ(hXcdp_crӗhXCDPrԗh}r՗(XFORMULAr֗X C9H12N3O11P2rחXPUBCHEMrؗX3412rٗXCHARGErڗX-3rۗXCHEBIrܗX17239rݗXKEGGrޗXC00112rߗuh }rhNhh]rrRrjS,jחjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXCYTK2rhXcytidylate kinase dCMP rh}r(XGENE_ASSOCIATIONrXSTM0980rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXdcmp_crhXdCMPrh}r(XFORMULArX C9H12N3O7PrXPUBCHEMrX3538rXCHARGErX-2rXCHEBIrX15918rXKEGGrXC00239ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjRG?j@,)r}r(hXdcdp_crhXdCDPrh}r (XFORMULAr X C9H12N3O10P2r XPUBCHEMr X3972r XCHARGErX-3rXCHEBIrjK,XKEGGrXC00705ruh }rhNhh]rrRrjS,j jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXDAADrhXD Amino acid dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM1803rX SUBSYSTEMrX Alanine and Aspartate Metabolismruh }r j8,jj9,hj:,h]r!j ar"Rr#j>,}r$(jcGjRGjlGjGjG?jlG?jcfG?uhNjX,GjY,G@@ubj0,)r%}r&(hXDADAr'hXDeoxyadenosine deaminaser(h}r)(XGENE_ASSOCIATIONr*XSTM1463r+X SUBSYSTEMr,XNucleotide Salvage Pathwayr-uh }r.j8,j+j9,hj:,h]r/jar0Rr1j>,}r2(jRGjRGj@,)r3}r4(hXdad__2_cr5hXDeoxyadenosiner6h}r7(XFORMULAr8X C10H13N5O3r9XPUBCHEMr:X3839r;XCHARGEr<jK,XCHEBIr=X17256r>XKEGGr?XC00559r@uh }rAhNhh]rBrCRrDjS,j9jT,jU,jV,KjW,GubGjcfG?j@,)rE}rF(hXdin_crGhX DeoxyinosinerHh}rI(XFORMULArJX C10H12N4O4rKXPUBCHEMrLX7859rMXCHARGErNjK,XCHEBIrOX28997rPXKEGGrQXC05512rRuh }rShNhh]rTrURrVjS,jKjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rW}rX(hXDADKrYhXdeoxyadenylate kinaserZh}r[(XGENE_ASSOCIATIONr\XSTM0488r]X SUBSYSTEMr^XNucleotide Salvage Pathwayr_uh }r`j8,j]j9,hj:,h]rajAarbRrcj>,}rd(jRGj@,)re}rf(hXdamp_crghXdAMPrhh}ri(XFORMULArjX C10H12N5O6PrkXPUBCHEMrlX3651rmXCHARGErnX-2roXCHEBIrpX17713rqXKEGGrrXC00360rsuh }rthNhh]rurvRrwjS,jkjT,jU,jV,JjW,GubGj@,)rx}ry(hXdadp_crzhXdADPr{h}r|(XFORMULAr}X C10H12N5O9P2r~XPUBCHEMrX3506rXCHARGErX-3rXCHEBIrX16174rXKEGGrXC00206ruh }rhNhh]rrRrjS,j~jT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXDADNt2pprhX9deoxyadenosine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrX( STM2409 or STM3113 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM2409 or STM3113rj9,hj:,h]r(jnjeerRrj>,}r(j@,)r}r(hXdad__2_prhXDeoxyadenosinerh}r(XFORMULArX C10H13N5O3rXPUBCHEMrX3839rXCHARGErjK,XCHEBIrX17256rXKEGGrXC00559ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGj3G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDADNtexrhXBdeoxyadenosine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrXSTM0413rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXdad__2_erhXDeoxyadenosinerh}r(XFORMULArX C10H13N5O3rXPUBCHEMrX3839r˜XCHARGErØjK,XCHEBIrĘX17256rŘXKEGGrƘXC00559rǘuh }rȘhNhh]rɘrʘRr˘jS,jjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r̘}r͘(hXDAGK120rΘhXdiacylglycerol kinase n C120 rϘh}rИ(XGENE_ASSOCIATIONrјXSTM4236rҘX SUBSYSTEMrӘXGlycerophospholipid MetabolismrԘuh }r՘j8,jҘj9,hj:,h]r֘j arטRrؘj>,}r٘(jPGjRGj9vG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rژ}rۘ(hXDAGK140rܘhXdiacylglycerol kinase n C140 rݘh}rޘ(XGENE_ASSOCIATIONrߘXSTM4236rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjPGjmvG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDAGK141rhXdiacylglycerol kinase n C141 rh}r(XGENE_ASSOCIATIONrXSTM4236rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jQGjRGjRG?jRG?jvG?uhNjX,GjY,G@@ubj0,)r}r(hXDAGK160rhXdiacylglycerol kinase n C160 rh}r(XGENE_ASSOCIATIONrXSTM4236rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jAQGjRGjvG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDAGK161rhXdiacylglycerol kinase n C161 rh}r(XGENE_ASSOCIATIONr XSTM4236r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]rj arRrj>,}r(jqQGjRGjRG?jwG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDAGK180rhXdiacylglycerol kinase n C180 rh}r(XGENE_ASSOCIATIONrXSTM4236rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jQGjRGj:wG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r }r!(hXDAGK181r"hXdiacylglycerol kinase n C181 r#h}r$(XGENE_ASSOCIATIONr%XSTM4236r&X SUBSYSTEMr'XGlycerophospholipid Metabolismr(uh }r)j8,j&j9,hj:,h]r*j ar+Rr,j>,}r-(jQGjRGjkwG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r.}r/(hXDALAt2ppr0hX4D alanine transport in via proton symport periplasm r1h}r2(XGENE_ASSOCIATIONr3XSTM4398r4X SUBSYSTEMr5XTransport Inner Membraner6uh }r7j8,j4j9,hj:,h]r8j9ar9Rr:j>,}r;(j&dGj TGjcG?jRG?uhNjX,GjY,G@@ubj0,)r<}r=(hXDALAtexr>hX=D Alanine transport via diffusion extracellular to periplasm r?h}r@(XGENE_ASSOCIATIONrAX2( STM0320 or STM0999 or STM1473 or STM2267 )rBX SUBSYSTEMrCXTransport Outer Membrane PorinrDuh }rEj8,X.STM0320 or STM0999 or STM1473 or STM2267rFj9,hj:,h]rG(h*hh3h!erHRrIj>,}rJ(j@,)rK}rL(hXala__D_erMhX D-AlaninerNh}rO(XFORMULArPXC3H7NO2rQXPUBCHEMrRX3433rSXCHARGErTjK,XCHEBIrUX15570rVXKEGGrWXC00133rXuh }rYhNhh]rZr[Rr\jS,jQjT,j,jV,KjW,GubGj&dG?uhNjX,G@jY,G@@ubj0,)r]}r^(hXDAMPtexr_hX8dAMP transport via diffusion extracellular to periplasm r`h}ra(XGENE_ASSOCIATIONrbX2( STM0320 or STM0999 or STM1473 or STM2267 )rcX SUBSYSTEMrdXTransport Outer Membrane Porinreuh }rfj8,X.STM0320 or STM0999 or STM1473 or STM2267rgj9,hj:,h]rh(h*hh3h!eriRrjj>,}rk(j@,)rl}rm(hXdamp_ernhXdAMProh}rp(XFORMULArqX C10H12N5O6PrrXPUBCHEMrsX3651rtXCHARGEruX-2rvXCHEBIrwX17713rxXKEGGryXC00360rzuh }r{hNhh]r|r}Rr~jS,jrjT,j,jV,JjW,GubGj@,)r}r(hXdamp_prhXdAMPrh}r(XFORMULArX C10H12N5O6PrXPUBCHEMrX3651rXCHARGErX-2rXCHEBIrX17713rXKEGGrXC00360ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXDAPDCrhXdiaminopimelate decarboxylaserh}r(XGENE_ASSOCIATIONrXSTM3013rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX 26dap__M_crhXmeso-2-6-Diaminoheptanedioaterh}r(XFORMULArX C7H14N2O4rXPUBCHEMrX3949rXCHARGErjK,XCHEBIrX 16488 30308rXKEGGrXC00680ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjSG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXDAPErhXdiaminopimelate epimeraserh}r(XGENE_ASSOCIATIONrXSTM3947rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX 26dap__LL_cr™hXLL-2-6-DiaminoheptanedioaterÙh}rę(XFORMULArřX C7H14N2O4rƙXPUBCHEMrǙX3935rșXCHARGErəjK,XCHEBIrʙX16026r˙XKEGGr̙XC00666r͙uh }rΙhNhh]rϙrЙRrљjS,jƙjT,jU,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)rҙ}rә(hXDAPabcpprԙhX.M diaminopimelic acid ABC transport periplasm rՙh}r֙(XGENE_ASSOCIATIONrיXSTM1954rؙX SUBSYSTEMrٙXTransport Inner Membranerڙuh }rۙj8,jؙj9,hj:,h]rܙj arݙRrޙj>,}rߙ(jRGjUGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXDAPtexrhXF1 5 Diaminopentane transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hX15dap_erhX1-5-Diaminopentanerh}r(XFORMULArXC5H16N2rXPUBCHEMrX4816rXCHARGErj]-XCHEBIrX18127rXKEGGrXC01672ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjeG?uhNjX,G@jY,G@@ubj0,)r}r(hXDASYN120rhX%CDP diacylglycerol synthetase n C120 rh}r(XGENE_ASSOCIATIONrXSTM0222rX SUBSYSTEMrXGlycerophospholipid Metabolismr uh }r j8,jj9,hj:,h]r j ar Rr j>,}r(j9vGjmGjRGjG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXDASYN140rhX%CDP diacylglycerol synthetase n C140 rh}r(XGENE_ASSOCIATIONrXSTM0222rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jmvGjmGjRGjXG?j#G?uhNjX,GjY,G@@ubj0,)r}r(hXDASYN141rhX%CDP diacylglycerol synthetase n C141 r h}r!(XGENE_ASSOCIATIONr"XSTM0222r#X SUBSYSTEMr$XGlycerophospholipid Metabolismr%uh }r&j8,j#j9,hj:,h]r'j ar(Rr)j>,}r*(jmGjvGjRGjXG?jCG?uhNjX,GjY,G@@ubj0,)r+}r,(hXDASYN160r-hX%CDP diacylglycerol synthetase n C160 r.h}r/(XGENE_ASSOCIATIONr0XSTM0222r1X SUBSYSTEMr2XGlycerophospholipid Metabolismr3uh }r4j8,j1j9,hj:,h]r5j ar6Rr7j>,}r8(jvGjRGjmGjcG?jXG?uhNjX,GjY,G@@ubj0,)r9}r:(hXDASYN161r;hX%CDP diacylglycerol synthetase n C161 r<h}r=(XGENE_ASSOCIATIONr>XSTM0222r?X SUBSYSTEMr@XGlycerophospholipid MetabolismrAuh }rBj8,j?j9,hj:,h]rCj arDRrEj>,}rF(jmGjwGjRGjG?jXG?uhNjX,GjY,G@@ubj0,)rG}rH(hXDASYN180rIhX%CDP diacylglycerol synthetase n C180 rJh}rK(XGENE_ASSOCIATIONrLXSTM0222rMX SUBSYSTEMrNXGlycerophospholipid MetabolismrOuh }rPj8,jMj9,hj:,h]rQj arRRrSj>,}rT(j:wGjmGjRGjXG?jG?uhNjX,GjY,G@@ubj0,)rU}rV(hXDASYN181rWhX%CDP diacylglycerol synthetase n C181 rXh}rY(XGENE_ASSOCIATIONrZXSTM0222r[X SUBSYSTEMr\XGlycerophospholipid Metabolismr]uh }r^j8,j[j9,hj:,h]r_j ar`Rraj>,}rb(jmGjRGjkwGjÉG?jXG?uhNjX,GjY,G@@ubj0,)rc}rd(hXDATPHsrehX"dATP amine hydrolysis spontaneous rfh}rg(XGENE_ASSOCIATIONrhXs0001riX SUBSYSTEMrjXNucleotide Salvage Pathwayrkuh }rlj8,jij9,hj:,h]rmjarnRroj>,}rp(j@,)rq}rr(hXdatp_crshXdATPrth}ru(XFORMULArvX C10H12N5O12P3rwXPUBCHEMrxX3431ryXCHARGErzX-4r{XCHEBIr|X16284r}XKEGGr~XC00131ruh }rhNhh]rrRrjS,jwjT,jU,jV,JjW,GubGjRGjRGjcfG?j@,)r}r(hXditp_crhXdITPrh}r(XFORMULArX C10H11N4O13P3rXPUBCHEMrX4550rXCHARGErX-4rXCHEBIrjK,XKEGGrXC01345ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDB4PSrhX-3 4 Dihydroxy 2 butanone 4 phosphate synthaserh}r(XGENE_ASSOCIATIONrXSTM3195rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jeGj@,)r}r(hXdb4p_crhX$3-4-dihydroxy-2-butanone-4-phosphaterh}r(XFORMULArXC4H7O6PrXPUBCHEMrX17396548rXCHARGErX-2rXCHEBIrjK,XKEGGrXC15556ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXDBTSrhXdethiobiotin synthaserh}r(XGENE_ASSOCIATIONrX( STM0797 or STM1489 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM0797 or STM1489rj9,hj:,h]r(j j eršRrÚj>,}rĚ(j{|GjaGjRGjSG?j3G?jRG@jRG?uhNjX,GjY,G@@ubj0,)rŚ}rƚ(hXDCAtexrǚhX=Decanoate transport via diffusion extracellular to periplasm rȚh}rɚ(XGENE_ASSOCIATIONrʚX2( STM0320 or STM0999 or STM1473 or STM2267 )r˚X SUBSYSTEMr̚XTransport Outer Membrane Porinr͚uh }rΚj8,X.STM0320 or STM0999 or STM1473 or STM2267rϚj9,hj:,h]rК(h*hh3h!erњRrҚj>,}rӚ(j@,)rԚ}r՚(hXdca_er֚hXDecanoate-n-C100rךh}rؚ(XFORMULArٚXC10H19O2rښXPUBCHEMrۚX4728rܚXCHARGErݚX-1rޚXCHEBIrߚX30813rXKEGGrXC01571ruh }rhNhh]rrRrjS,jښjT,j,jV,JjW,GubGj@,)r}r(hXdca_prhXDecanoate-n-C100rh}r(XFORMULArXC10H19O2rXPUBCHEMrX4728rXCHARGErX-1rXCHEBIrX30813rXKEGGrXC01571ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXDCMPtexrhX8dCMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r }r (hXdcmp_er hXdCMPr h}r (XFORMULArX C9H12N3O7PrXPUBCHEMrX3538rXCHARGErX-2rXCHEBIrX15918rXKEGGrXC00239ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXdcmp_prhXdCMPrh}r (XFORMULAr!X C9H12N3O7Pr"XPUBCHEMr#X3538r$XCHARGEr%X-2r&XCHEBIr'X15918r(XKEGGr)XC00239r*uh }r+hNhh]r,r-Rr.jS,j"jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r/}r0(hXDCTPDr1hXdCTP deaminaser2h}r3(XGENE_ASSOCIATIONr4XSTM2121r5X SUBSYSTEMr6XNucleotide Salvage Pathwayr7uh }r8j8,j5j9,hj:,h]r9j& ar:Rr;j>,}r<(j@,)r=}r>(hXdctp_cr?hXdCTPr@h}rA(XFORMULArBX C9H12N3O13P3rCXPUBCHEMrDX3742rEXCHARGErFX-4rGXCHEBIrHX16311rIXKEGGrJXC00458rKuh }rLhNhh]rMrNRrOjS,jCjT,jU,jV,JjW,GubGjRGjRGjcfG?j@,)rP}rQ(hXdutp_crRhXdUTPrSh}rT(XFORMULArUX C9H11N2O14P3rVXPUBCHEMrWX3744rXXCHARGErYX-4rZXCHEBIr[X17625r\XKEGGr]XC00460r^uh }r_hNhh]r`raRrbjS,jVjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rc}rd(hXDCYTDrehXdeoxycytidine deaminaserfh}rg(XGENE_ASSOCIATIONrhXSTM2183riX SUBSYSTEMrjXNucleotide Salvage Pathwayrkuh }rlj8,jij9,hj:,h]rmj arnRroj>,}rp(jRGjRGj@,)rq}rr(hXdcyt_crshX Deoxycytidinerth}ru(XFORMULArvX C9H13N3O4rwXPUBCHEMrxX4137ryXCHARGErzjK,XCHEBIr{X15698r|XKEGGr}XC00881r~uh }rhNhh]rrRrjS,jwjT,jU,jV,KjW,GubGj@,)r}r(hXduri_crhX Deoxyuridinerh}r(XFORMULArX C9H12N2O5rXPUBCHEMrX3809rXCHARGErjK,XCHEBIrX16450rXKEGGrXC00526ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jcfG?uhNjX,GjY,G@@ubj0,)r}r(hXDCYTt2pprhX8deoxycytidine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrX( STM3113 or STM2409 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM3113 or STM2409rj9,hj:,h]r(jnjeerRrj>,}r(j@,)r}r(hXdcyt_prhX Deoxycytidinerh}r(XFORMULArX C9H13N3O4rXPUBCHEMrX4137rXCHARGErjK,XCHEBIrX15698rXKEGGrXC00881ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjRG?jqG?uhNjX,GjY,G@@ubj0,)r}r(hXDCYTtexrhXAdeoxycytidine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrXSTM0413rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rjarRr›j>,}rÛ(j@,)rě}rś(hXdcyt_erƛhX DeoxycytidinerǛh}rț(XFORMULArɛX C9H13N3O4rʛXPUBCHEMr˛X4137r̛XCHARGEr͛jK,XCHEBIrΛX15698rϛXKEGGrЛXC00881rћuh }rқhNhh]rӛrԛRr՛jS,jʛjT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r֛}rכ(hXDDCAtexir؛hXcFatty acid dodecanoate transport via facilitated irreversible diffusion extracellular to periplasm rٛh}rڛ(XGENE_ASSOCIATIONrۛXSTM2391rܛX SUBSYSTEMrݛXTransport Outer Membranerޛuh }rߛj8,jܛj9,hj:,h]rj/ arRrj>,}r(j@,)r}r(hXddca_erhXDodecanoate-n-C120rh}r(XFORMULArXC12H23O2rXPUBCHEMrX5649rXCHARGErX-1rXCHEBIrX30805rXKEGGrXC02679ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXddca_prhXDodecanoate-n-C120rh}r(XFORMULArXC12H23O2rXPUBCHEMrX5649rXCHARGErX-1rXCHEBIrX30805rXKEGGrXC02679ruh }rhNhh]rrRr jS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r }r (hXDDGALKr hX 2 dehydro 3 deoxygalactonokinaser h}r(XGENE_ASSOCIATIONrXSTM3829rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj8 arRrj>,}r(j@,)r}r(hX 2dh3dgal_crhX2-Dehydro-3-deoxy-D-galactonaterh}r(XFORMULArXC6H9O6rXPUBCHEMrX4438r XCHARGEr!X-1r"XCHEBIr#X17028r$XKEGGr%XC01216r&uh }r'hNhh]r(r)Rr*jS,jjT,jU,jV,JjW,GubGjRGj@,)r+}r,(hX 2dh3dgal6p_cr-hX+2-Dehydro-3-deoxy-D-galactonate-6-phosphater.h}r/(XFORMULAr0XC6H8O9Pr1XPUBCHEMr2X4505r3XCHARGEr4X-3r5XCHEBIr6X17860r7XKEGGr8XC01286r9uh }r:hNhh]r;r<Rr=jS,j1jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r>}r?(hX DDGLCNtexr@hXQ2 dehydro 3 deoxy D gluconate transport via diffusion extracellular to periplasm rAh}rB(XGENE_ASSOCIATIONrCX2( STM0320 or STM0999 or STM1473 or STM2267 )rDX SUBSYSTEMrEXTransport Outer Membrane PorinrFuh }rGj8,X.STM0320 or STM0999 or STM1473 or STM2267rHj9,hj:,h]rI(h!h*hh3erJRrKj>,}rL(j@,)rM}rN(hX 2ddglcn_erOhX2-Dehydro-3-deoxy-D-gluconaterPh}rQ(XFORMULArRXC6H9O6rSXPUBCHEMrTX3504rUXCHARGErVX-1rWXCHEBIrXX17032rYXKEGGrZXC00204r[uh }r\hNhh]r]r^Rr_jS,jSjT,j,jV,JjW,GubGj@,)r`}ra(hX 2ddglcn_prbhX2-Dehydro-3-deoxy-D-gluconaterch}rd(XFORMULAreXC6H9O6rfXPUBCHEMrgX3504rhXCHARGEriX-1rjXCHEBIrkX17032rlXKEGGrmXC00204rnuh }rohNhh]rprqRrrjS,jfjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rs}rt(hXDDGLKruhX2 dehydro 3 deoxygluconokinaservh}rw(XGENE_ASSOCIATIONrxXSTM3612ryX SUBSYSTEMrzXAlternate Carbon Metabolismr{uh }r|j8,jyj9,hj:,h]r}jA ar~Rrj>,}r(jRGj@,)r}r(hX 2ddglcn_crhX2-Dehydro-3-deoxy-D-gluconaterh}r(XFORMULArXC6H9O6rXPUBCHEMrX3504rXCHARGErX-1rXCHEBIrX17032rXKEGGrXC00204ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hX2ddg6p_crhX)2-Dehydro-3-deoxy-D-gluconate-6-phosphaterh}r(XFORMULArXC6H8O9PrXPUBCHEMrX7071rXCHARGErX-3rXCHEBIrX15925rXKEGGrXC04442ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDDPArhX63 deoxy D arabino heptulosonate 7 phosphate synthetaserh}r(XGENE_ASSOCIATIONrX%( STM2670 or STM0760 or STM1347 )rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,X!STM2670 or STM0760 or STM1347rj9,hj:,h]r(jS j\ jJ erRrj>,}r(j@,)r}r(hXe4p_crhXD-Erythrose-4-phosphaterh}r(XFORMULArXC4H7O7PrXPUBCHEMrX3574rXCHARGErX-2rXCHEBIrX48153rœXKEGGrÜXC00279rĜuh }rŜhNhh]rƜrǜRrȜjS,jjT,jU,jV,JjW,GubGj4jGjRGj@,)rɜ}rʜ(hX2dda7p_cr˜hX12-Dehydro-3-deoxy-D-arabino-heptonate-7-phosphater̜h}r͜(XFORMULArΜX C7H10O10PrϜXPUBCHEMrМX7271rќXCHARGErҜX-3rӜXCHEBIrԜX18150r՜XKEGGr֜XC04691rלuh }r؜hNhh]rٜrڜRrۜjS,jϜjT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)rܜ}rݜ(hXDGK1rޜhXdeoxyguanylate kinase dGMPATP rߜh}r(XGENE_ASSOCIATIONrXSTM3740rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rje arRrj>,}r(j@,)r}r(hXdgmp_crhXdGMPrh}r(XFORMULArX C10H12N5O7PrXPUBCHEMrX3653rXCHARGErX-2rXCHEBIrX16192rXKEGGrXC00362ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hXdgdp_crhXdGDPrh}r(XFORMULArX C10H12N5O10P2rXPUBCHEMrX3652rXCHARGErX-3rXCHEBIrX28862r XKEGGr XC00361r uh }r hNhh]r rRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXDGMPtexrhX8dGMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r (hXdgmp_er!hXdGMPr"h}r#(XFORMULAr$X C10H12N5O7Pr%XPUBCHEMr&X3653r'XCHARGEr(X-2r)XCHEBIr*X16192r+XKEGGr,XC00362r-uh }r.hNhh]r/r0Rr1jS,j%jT,j,jV,JjW,GubGj@,)r2}r3(hXdgmp_pr4hXdGMPr5h}r6(XFORMULAr7X C10H12N5O7Pr8XPUBCHEMr9X3653r:XCHARGEr;X-2r<XCHEBIr=X16192r>XKEGGr?XC00362r@uh }rAhNhh]rBrCRrDjS,j8jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rE}rF(hXDGSNt2pprGhX9deoxyguanosine transport in via proton symport periplasm rHh}rI(XGENE_ASSOCIATIONrJXSTM3113rKX SUBSYSTEMrLXTransport Inner MembranerMuh }rNj8,jKj9,hj:,h]rOjearPRrQj>,}rR(j@,)rS}rT(hXdgsn_prUhXDeoxyguanosinerVh}rW(XFORMULArXX C10H13N5O4rYXPUBCHEMrZX3624r[XCHARGEr\jK,XCHEBIr]X17172r^XKEGGr_XC00330r`uh }rahNhh]rbrcRrdjS,jYjT,jPjV,KjW,GubGj TGj@,)re}rf(hXdgsn_crghXDeoxyguanosinerhh}ri(XFORMULArjX C10H13N5O4rkXPUBCHEMrlX3624rmXCHARGErnjK,XCHEBIroX17172rpXKEGGrqXC00330rruh }rshNhh]rtruRrvjS,jkjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rw}rx(hXDGSNtexryhXBdeoxyguanosine transport via diffusion extracellular to periplasm rzh}r{(XGENE_ASSOCIATIONr|X2( STM0320 or STM0999 or STM1473 or STM2267 )r}X SUBSYSTEMr~XTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXdgsn_erhXDeoxyguanosinerh}r(XFORMULArX C10H13N5O4rXPUBCHEMrX3624rXCHARGErjK,XCHEBIrX17172rXKEGGrXC00330ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjSG?uhNjX,G@jY,G@@ubj0,)r}r(hXDHAD1rhX;dihydroxy acid dehydratase 2 3 dihydroxy 3 methylbutanoate rh}r(XGENE_ASSOCIATIONrXSTM3904rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,jj9,hj:,h]rjn arRrj>,}r(j@,)r}r(hX23dhmb_crhX!R-2-3-Dihydroxy-3-methylbutanoaterh}r(XFORMULArXC5H9O4rXPUBCHEMrX6935rXCHARGErX-1rXCHEBIrX 15684 49072rXKEGGrXC04272ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG?j@,)r}r(hX3mob_crhX3-Methyl-2-oxobutanoaterh}r(XFORMULArXC5H7O3rXPUBCHEMrX3441rXCHARGErX-1rÝXCHEBIrĝX 11851 16530rŝXKEGGrƝXC00141rǝuh }rȝhNhh]rɝrʝRr˝jS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r̝}r͝(hXDHAD2rΝhX<Dihydroxy acid dehydratase 2 3 dihydroxy 3 methylpentanoate rϝh}rН(XGENE_ASSOCIATIONrѝXSTM3904rҝX SUBSYSTEMrӝX(Valine Leucine and Isoleucine Metabolismrԝuh }r՝j8,jҝj9,hj:,h]r֝jn arםRr؝j>,}rٝ(j@,)rڝ}r۝(hX23dhmp_crܝhX"R-2-3-Dihydroxy-3-methylpentanoaterݝh}rޝ(XFORMULArߝXC6H11O4rXPUBCHEMrX8280rXCHARGErX-1rXCHEBIrX 27512 49258rXKEGGrXC06007ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG?j@,)r}r(hX3mop_crhXS-3-Methyl-2-oxopentanoaterh}r(XFORMULArXC6H9O3rXPUBCHEMrX3940rXCHARGErX-1rXCHEBIrX15614rXKEGGrXC00671ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDHAtexrhXDDihydroxyacetone transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r(j@,)r}r(hXdha_erhXDihydroxyacetonerh}r(XFORMULArXC3H6O3rXPUBCHEMrX3484rXCHARGErjK,XCHEBIrX16016rXKEGGrXC00184ruh }rhNhh]rrRr jS,jjT,j,jV,KjW,GubGj@,)r!}r"(hXdha_pr#hXDihydroxyacetoner$h}r%(XFORMULAr&XC3H6O3r'XPUBCHEMr(X3484r)XCHARGEr*jK,XCHEBIr+X16016r,XKEGGr-XC00184r.uh }r/hNhh]r0r1Rr2jS,j'jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r3}r4(hXDHAtppr5hX?Dihydroxyacetone transport via facilitated diffusion periplasm r6h}r7X SUBSYSTEMr8XTransport Inner Membraner9sh }r:j8,hj9,hj:,h]r;r<Rr=j>,}r>(j!Gj@,)r?}r@(hXdha_crAhXDihydroxyacetonerBh}rC(XFORMULArDXC3H6O3rEXPUBCHEMrFX3484rGXCHARGErHjK,XCHEBIrIX16016rJXKEGGrKXC00184rLuh }rMhNhh]rNrORrPjS,jEjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rQ}rR(hXDHBDrShX/2 3 dihydro 2 3 dihydroxybenzoate dehydrogenaserTh}rU(XGENE_ASSOCIATIONrVXSTM0598rWX SUBSYSTEMrXX*Cofactor and Prosthetic Group BiosynthesisrYuh }rZj8,jWj9,hj:,h]r[jw ar\Rr]j>,}r^(j@,)r_}r`(hX23ddhb_crahX!2-3-Dihydro-2-3-dihydroxybenzoaterbh}rc(XFORMULArdXC7H7O4reXPUBCHEMrfX6852rgXCHARGErhX-1riXCHEBIrjX15941rkXKEGGrlXC04171rmuh }rnhNhh]rorpRrqjS,jejT,jU,jV,JjW,GubGj[Gj@,)rr}rs(hX23dhb_crthX2-3-Dihydroxybenzoateruh}rv(XFORMULArwXC7H5O4rxXPUBCHEMryX3496rzXCHARGEr{X-1r|XCHEBIr}X18026r~XKEGGrXC00196ruh }rhNhh]rrRrjS,jxjT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDHBSrhX(2 3 dihydroxybenzoate adenylate synthaserh}r(XGENE_ASSOCIATIONrXSTM0596rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jrGjRGjRGjXG?j@,)r}r(hX23dhba_crhX2-3-Dihydroxybenzoyl-adenylaterh}r(XFORMULArX C17H17N5O10PrXPUBCHEMrX6734rXCHARGErX-1rXCHEBIrjK,XKEGGrXC04030ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDHDPRyrhX$dihydrodipicolinate reductase NADPH rh}r(XGENE_ASSOCIATIONrXSTM0064rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[GjRGj@,)r}r(hX23dhdp_crhX2-3-Dihydrodipicolinaterh}r(XFORMULArXC7H5NO4rXPUBCHEMrX6183rXCHARGErX-2rXCHEBIrX18042rXKEGGrXC03340ruh }ržhNhh]rÞrĞRrŞjS,jjT,jU,jV,JjW,GubGj@,)rƞ}rǞ(hXthdp_crȞhX2-3-4-5-Tetrahydrodipicolinaterɞh}rʞ(XFORMULAr˞XC7H7NO4r̞XPUBCHEMr͞X6692rΞXCHARGErϞX-2rОXCHEBIrўX864rҞXKEGGrӞXC03972rԞuh }r՞hNhh]r֞rמRr؞jS,j̞jT,jU,jV,JjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)rٞ}rڞ(hXDHDPSr۞hXdihydrodipicolinate synthaserܞh}rݞ(XGENE_ASSOCIATIONrޞXSTM2489rߞX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jߞj9,hj:,h]rj arRrj>,}r(jGjGjGjG?jRG@jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDHFRrhXdihydrofolate reductaserh}r(XGENE_ASSOCIATIONrXSTM0087rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[Gj@,)r}r(hXdhf_crhX7-8-Dihydrofolaterh}r(XFORMULArX C19H19N7O6rXPUBCHEMrX3705rXCHARGErX-2rXCHEBIrX15633rXKEGGrXC00415ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjwG?j[G?uhNjX,G@jY,G@@ubj0,)r}r (hXDHFSr hXdihydrofolate synthaser h}r (XGENE_ASSOCIATIONr XSTM2365rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jfGjRGj@,)r}r(hXdhpt_crhXDihydropteroaterh}r(XFORMULArX C14H13N6O3rXPUBCHEMrX4175rXCHARGErX-1r XCHEBIr!X4581r"XKEGGr#XC00921r$uh }r%hNhh]r&r'Rr(jS,jjT,jU,jV,JjW,GubGjG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r)}r*(hXDHNAOT4r+hX01 4 dihydroxy 2 naphthoate octaprenyltransferaser,h}r-(XGENE_ASSOCIATIONr.XSTM4090r/X SUBSYSTEMr0X*Cofactor and Prosthetic Group Biosynthesisr1uh }r2j8,j/j9,hj:,h]r3j ar4Rr5j>,}r6(j@,)r7}r8(hXoctdp_cr9hX all-trans-Octaprenyl-diphosphater:h}r;(XFORMULAr<X C40H65O7P2r=XPUBCHEMr>X6831r?XCHARGEr@X-3rAXCHEBIrBX16275rCXKEGGrDXC04146rEuh }rFhNhh]rGrHRrIjS,j=jT,jU,jV,JjW,GubGj@,)rJ}rK(hXdhna_crLhX1-4-Dihydroxy-2-naphthoaterMh}rN(XFORMULArOXC11H7O4rPXPUBCHEMrQX6435rRXCHARGErSX-1rTXCHEBIrUX18094rVXKEGGrWXC03657rXuh }rYhNhh]rZr[Rr\jS,jPjT,jU,jV,JjW,GubGjRGjXG?jaG?j|G?uhNjX,GjY,G@@ubj0,)r]}r^(hXDHNPA2r_hXdihydroneopterin aldolaser`h}ra(XGENE_ASSOCIATIONrbXSTM3206rcX SUBSYSTEMrdX*Cofactor and Prosthetic Group Biosynthesisreuh }rfj8,jcj9,hj:,h]rgj arhRrij>,}rj(j@,)rk}rl(hXdhnpt_crmhXDihydroneopterinrnh}ro(XFORMULArpX C9H13N5O4rqXPUBCHEMrrX7426rsXCHARGErtjK,XCHEBIruX17001rvXKEGGrwXC04874rxuh }ryhNhh]rzr{Rr|jS,jqjT,jU,jV,KjW,GubGj@,)r}}r~(hX6hmhpt_crhX6-hydroxymethyl-dihydropterinrh}r(XFORMULArXC7H9N5O2rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?j@,)r}r(hXgcald_crhXGlycolaldehyderh}r(XFORMULArXC2H4O2rXPUBCHEMrX3564rXCHARGErjK,XCHEBIrX17071rXKEGGrXC00266ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDHORD2rhX)dihydoorotic acid dehydrogenase quinone8 rh}r(XGENE_ASSOCIATIONrXSTM1058rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX dhor__S_crhXS-Dihydroorotaterh}r(XFORMULArXC5H5N2O4rXPUBCHEMrX3630rXCHARGErX-1rXCHEBIrX17025rXKEGGrXC00337ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj݃GjG?j@,)r}r(hXorot_crhXOrotaterŸh}rß(XFORMULArğXC5H3N2O4rşXPUBCHEMrƟX3589rǟXCHARGErȟX-1rɟXCHEBIrʟX16742r˟XKEGGr̟XC00295r͟uh }rΟhNhh]rϟrПRrџjS,jşjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rҟ}rӟ(hXDHORD5rԟhX!dihydroorotic acid menaquinone 8 r՟h}r֟(XGENE_ASSOCIATIONrןXSTM1058r؟X SUBSYSTEMrٟX"Purine and Pyrimidine Biosynthesisrڟuh }r۟j8,j؟j9,hj:,h]rܟj arݟRrޟj>,}rߟ(j!GjGjG?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXDHORTSrhXdihydroorotaserh}r(XGENE_ASSOCIATIONrXSTM1163rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGjRGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXDHPPDA2rhX?diaminohydroxyphosphoribosylaminopryrimidine deaminase 25drapp rh}r(XGENE_ASSOCIATIONrXSTM0416rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj#arRrj>,}r(jRGjRGj@,)r}r(hX 25drapp_crhX82-5-Diamino-6-ribosylamino-4-3H-pyrimidinone-5-phosphaterh}r(XFORMULArX C9H14N5O8PrXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjcfG?j~G?uhNjX,GjY,G@@ubj0,)r }r (hXDHPS2rhXdihydropteroate synthaserh}r(XGENE_ASSOCIATIONrXSTM3295rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jpGj@,)r}r(hX 6hmhptpp_crhX+6-hydroxymethyl-dihydropterin-pyrophosphaterh}r(XFORMULArX C7H8N5O8P2r XPUBCHEMr!jK,XCHARGEr"X-3r#XCHEBIr$jK,XKEGGr%jK,uh }r&hNhh]r'r(Rr)jS,j jT,jU,jV,JjW,GubGjG?jXG?uhNjX,GjY,G@@ubj0,)r*}r+(hXDHPTDCsr,hX74 5 dihydroxy 2 3 pentanedione cyclization spontaneous r-h}r.(XGENE_ASSOCIATIONr/Xs0001r0X SUBSYSTEMr1XMethionine Metabolismr2uh }r3j8,j0j9,hj:,h]r4jar5Rr6j>,}r7(j@,)r8}r9(hXdhptd_cr:hX4-5-dihydroxy-2-3-pentanedioner;h}r<(XFORMULAr=XC5H8O4r>XPUBCHEMr?X14000r@XCHARGErAjK,XCHEBIrBjK,XKEGGrCXC11838rDuh }rEhNhh]rFrGRrHjS,j>jT,jU,jV,KjW,GubGj@,)rI}rJ(hXhmfurn_crKhX 4-hydroxy-5-methyl-3-2H-furanonerLh}rM(XFORMULArNXC5H6O3rOXPUBCHEMrPX 4564493??3441rQXCHARGErRjK,XCHEBIrSX 11851 16530rTXKEGGrUjK,uh }rVhNhh]rWrXRrYjS,jOjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rZ}r[(hXDHQSr\hX3 dehydroquinate synthaser]h}r^(XGENE_ASSOCIATIONr_XSTM3486r`X SUBSYSTEMraX0Tyrosine Tryptophan and Phenylalanine Metabolismrbuh }rcj8,j`j9,hj:,h]rdj areRrfj>,}rg(jɜGj@,)rh}ri(hX3dhq_crjhX3-Dehydroquinaterkh}rl(XFORMULArmXC7H9O6rnXPUBCHEMroX4196rpXCHARGErqX-1rrXCHEBIrsX 17947 32364rtXKEGGruXC00944rvuh }rwhNhh]rxryRrzjS,jnjT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r{}r|(hXDHQTir}hX)3 dehydroquinate dehydratase irreversibler~h}r(XGENE_ASSOCIATIONrXSTM1358rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jhGj@,)r}r(hX3dhsk_crhX3-Dehydroshikimaterh}r(XFORMULArXC7H7O5rXPUBCHEMrX5617rXCHARGErX-1rXCHEBIrX30918rXKEGGrXC02637ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDIMPtexrhX8dIMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXdimp_erhXdIMPrh}r(XFORMULArX C10H11N4O7PrXPUBCHEMrX8446rXCHARGErX-2rXCHEBIrX28806rXKEGGrXC06196ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXdimp_prhXdIMPrh}r (XFORMULAràX C10H11N4O7PrĠXPUBCHEMrŠX8446rƠXCHARGErǠX-2rȠXCHEBIrɠX28806rʠXKEGGrˠXC06196r̠uh }r͠hNhh]rΠrϠRrРjS,jĠjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rѠ}rҠ(hXDINSt2pprӠhX7deoxyinosine transport in via proton symport periplasm rԠh}rՠ(XGENE_ASSOCIATIONr֠XSTM3113rנX SUBSYSTEMrؠXTransport Inner Membraner٠uh }rڠj8,jנj9,hj:,h]r۠jearܠRrݠj>,}rޠ(j@,)rߠ}r(hXdin_prhX Deoxyinosinerh}r(XFORMULArX C10H12N4O4rXPUBCHEMrX7859rXCHARGErjK,XCHEBIrX28997rXKEGGrXC05512ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjEG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDINStexrhX@deoxyinosine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXdin_erhX Deoxyinosinerh}r(XFORMULArX C10H12N4O4rXPUBCHEMrX7859rXCHARGEr jK,XCHEBIr X28997r XKEGGr XC05512r uh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjߠG?uhNjX,G@jY,G@@ubj0,)r}r(hXDKGLCNR1rhX 2 5 diketo D gluconate reductaserh}r(XGENE_ASSOCIATIONrX( STM3165 or STM0255 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM3165 or STM0255rj9,hj:,h]r(jxjerRrj>,}r (j[Gj@,)r!}r"(hX 25dkglcn_cr#hX2-5-diketo-D-gluconater$h}r%(XFORMULAr&XC6H7O7r'XPUBCHEMr(X5731r)XCHARGEr*X-1r+XCHEBIr,X18281r-XKEGGr.XC02780r/uh }r0hNhh]r1r2Rr3jS,j'jT,jU,jV,JjW,GubGjRGj[G?j\G?uhNjX,GjY,G@@ubj0,)r4}r5(hX DKGLCNR2xr6hX&2 5 diketo D gluconate reductase NADH r7h}r8(XGENE_ASSOCIATIONr9XSTM3646r:X SUBSYSTEMr;XAlternate Carbon Metabolismr<uh }r=j8,j:j9,hj:,h]r>har?Rr@j>,}rA(j!Gj[GjRGjtdG?j[G?uhNjX,GjY,G@@ubj0,)rB}rC(hX DKGLCNR2yrDhX'2 5 diketo D gluconate reductase NADPH rEh}rF(XGENE_ASSOCIATIONrGXSTM3646rHX SUBSYSTEMrIXAlternate Carbon MetabolismrJuh }rKj8,jHj9,hj:,h]rLharMRrNj>,}rO(j!Gj[GjRGj[G?jtdG?uhNjX,GjY,G@@ubj0,)rP}rQ(hXDKMPPDrRhX=2 3 diketo 5 methylthio 1 phosphopentane degradation reactionrSh}rTX SUBSYSTEMrUXArginine and Proline MetabolismrVsh }rWj8,hj9,hj:,h]rXrYRrZj>,}r[(j-fGj@,)r\}r](hXdkmpp_cr^hX(2-3-diketo-5-methylthio-1-phosphopentaner_h}r`(XFORMULAraXC6H9O6PSrbXPUBCHEMrcX17396640rdXCHARGEreX-2rfXCHEBIrgjK,XKEGGrhXC15650riuh }rjhNhh]rkrlRrmjS,jbjT,jU,jV,JjW,GubGjRGj@,)rn}ro(hX2kmb_crphX2-keto-4-methylthiobutyraterqh}rr(XFORMULArsXC5H7O3SrtXPUBCHEMruX5611rvXCHARGErwX-1rxXCHEBIryX17275rzXKEGGr{XC01180r|uh }r}hNhh]r~rRrjS,jtjT,jU,jV,JjW,GubG?jRG@j|G?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXDKMPPD3rhX=2 3 diketo 5 methylthio 1 phosphopentane degradation reactionrh}rX SUBSYSTEMrXArginine and Proline Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j[Gj\GjRGj|G?jnG?j[G@jRG@jSG?uhNjX,GjY,G@@ubj0,)r}r(hXDMATTrhXdimethylallyltranstransferaserh}r(XGENE_ASSOCIATIONrXSTM0423rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXdmpp_crhXDimethylallyl-diphosphaterh}r(XFORMULArXC5H9O7P2rXPUBCHEMrX3534rXCHARGErX-3rXCHEBIrX16057rXKEGGrXC00235ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXipdp_crhXIsopentenyl-diphosphaterh}r(XFORMULArXC5H9O7P2rXPUBCHEMrX3429rXCHARGErX-3rXCHEBIrX16584rXKEGGrXC00129ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjXG?j@,)r}r¡(hXgrdp_cráhXGeranyl-diphosphaterġh}rš(XFORMULArơX C10H17O7P2rǡXPUBCHEMrȡX3634rɡXCHARGErʡX-3rˡXCHEBIr̡X17211r͡XKEGGrΡXC00341rϡuh }rСhNhh]rѡrҡRrӡjS,jǡjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rԡ}rա(hXDMPPSr֡hX<1 hydroxy 2 methyl 2 E butenyl 4 diphosphate reductase dmpp rסh}rء(XGENE_ASSOCIATIONr١XSTM0049rڡX SUBSYSTEMrۡX*Cofactor and Prosthetic Group Biosynthesisrܡuh }rݡj8,jڡj9,hj:,h]rޡj arߡRrj>,}r(j[GjRGj@,)r}r(hXh2mb4p_crhX,1-hydroxy-2-methyl-2-E-butenyl-4-diphosphaterh}r(XFORMULArXC5H9O8P2rXPUBCHEMrX13975rXCHARGErX-3rXCHEBIrX15664rXKEGGrXC11811ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[G?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDMQMTrhX)3 Dimethylubiquinonol 3 methyltransferaserh}r(XGENE_ASSOCIATIONrXSTM2276rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX 2omhmbl_crhX92-Octaprenyl-3-methyl-5-hydroxy-6-methoxy-1-4-benzoquinolrh}r(XFORMULArXC48H74O4r XPUBCHEMr X8110r XCHARGEr jK,XCHEBIr X27688rXKEGGrXC05815ruh }rhNhh]rrRrjS,j jT,jU,jV,KjW,GubGjqGjwG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXDMSOtexrhXFDimethyl sulfoxide transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r (h!h*hh3er!Rr"j>,}r#(j@,)r$}r%(hXdmso_er&hXDimethyl-sulfoxider'h}r((XFORMULAr)XC2H6OSr*XPUBCHEMr+X13325r,XCHARGEr-jK,XCHEBIr.X28262r/XKEGGr0XC11143r1uh }r2hNhh]r3r4Rr5jS,j*jT,j,jV,KjW,GubGj@,)r6}r7(hXdmso_pr8hXDimethyl-sulfoxider9h}r:(XFORMULAr;XC2H6OSr<XPUBCHEMr=X13325r>XCHARGEr?jK,XCHEBIr@X28262rAXKEGGrBXC11143rCuh }rDhNhh]rErFRrGjS,j<jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rH}rI(hXDMStexrJhXDDimethyl sulfide transport via diffusion extracellular to periplasm rKh}rL(XGENE_ASSOCIATIONrMX2( STM0320 or STM0999 or STM1473 or STM2267 )rNX SUBSYSTEMrOXTransport Outer Membrane PorinrPuh }rQj8,X.STM0320 or STM0999 or STM1473 or STM2267rRj9,hj:,h]rS(h*hh3h!erTRrUj>,}rV(j@,)rW}rX(hXdms_erYhXDimethyl-sulfiderZh}r[(XFORMULAr\XC2H6Sr]XPUBCHEMr^X3859r_XCHARGEr`jK,XCHEBIraX17437rbXKEGGrcXC00580rduh }rehNhh]rfrgRrhjS,j]jT,j,jV,KjW,GubGj@,)ri}rj(hXdms_prkhXDimethyl-sulfiderlh}rm(XFORMULArnXC2H6SroXPUBCHEMrpX3859rqXCHARGErrjK,XCHEBIrsX17437rtXKEGGruXC00580rvuh }rwhNhh]rxryRrzjS,jojT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r{}r|(hXDM_4HBAr}hX7Sink needed to allow 4 hydroxy benzoate to leave systemr~h}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX4hba_crhX4-Hydroxy-benzyl-alcoholrh}r(XFORMULArXC7H8O2rXPUBCHEMrX 125??3480rXCHARGErjK,XCHEBIrX30746rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjA,GuhNjX,GjY,G@@ubj0,)r}r(hXDM_5DRIBrhX2Sink needed to allow 5 deoxyribose to leave systemrh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jdGjc,GuhNjX,GjY,G@@ubj0,)r}r(hX DM_HMFURNrhXESink needed to allow 4 hydroxy 5 methyl 3 2H furanone to leave systemrh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jIGj},GuhNjX,GjY,G@@ubj0,)r}r(hXDM_OXAMrhX,Sink needed to allow oxamate to leave systemrh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXoxam_crhXOxamaterh}r(XFORMULArXC2H2NO3r¢XPUBCHEMrâX4622rĢXCHARGErŢX-1rƢXCHEBIrǢX18058rȢXKEGGrɢXC01444rʢuh }rˢhNhh]r̢r͢Rr΢jS,j¢jT,jU,jV,JjW,GubGj,GuhNjX,GjY,G@@ubj0,)rϢ}rТ(hXDNMPPArѢhX.Dihydroneopterin monophosphate dephosphorylaserҢh}rӢX SUBSYSTEMrԢX*Cofactor and Prosthetic Group Biosynthesisrբsh }r֢j8,hj9,hj:,h]rעrآRr٢j>,}rڢ(j@,)rۢ}rܢ(hXdhpmp_crݢhXDihydroneopterin-monophosphaterޢh}rߢ(XFORMULArX C9H12N5O7PrXPUBCHEMrX8213rXCHARGErX-2rXCHEBIrX48954rXKEGGrXC05925ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjkG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXDNTPPArhX-Dihydroneopterin triphosphate pyrophosphataserh}r(XGENE_ASSOCIATIONrX( STM1900 or STM0137 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM1900 or STM0137rj9,hj:,h]r(j j erRrj>,}r(jRGj@,)r}r(hXahdt_crhXP2-Amino-4-hydroxy-6-erythro-1-2-3-trihydroxypropyl-dihydropteridine-triphosphaterh}r(XFORMULArX C9H12N5O13P3rXPUBCHEMrX7446rXCHARGErX-4rXCHEBIrX18372r XKEGGr XC04895r uh }r hNhh]r rRrjS,jjT,jU,jV,JjW,GubGjXG?jۢG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDOGULNRrhX2 3 dioxo L gulonate reductaserh}r(XGENE_ASSOCIATIONrXSTM3668rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX 23doguln_cr hX2-3-Dioxo-L-gulonater!h}r"(XFORMULAr#XC6H7O7r$XPUBCHEMr%X7176r&XCHARGEr'X-1r(XCHEBIr)X15622r*XKEGGr+XC04575r,uh }r-hNhh]r.r/Rr0jS,j$jT,jU,jV,JjW,GubGj[GjRGjs_G?j[G?uhNjX,GjY,G@@ubj0,)r1}r2(hXDOPAtexr3hX<dopamine transport via diffusion extracellular to periplasm r4h}r5(XGENE_ASSOCIATIONr6X2( STM0320 or STM0999 or STM1473 or STM2267 )r7X SUBSYSTEMr8XTransport Outer Membrane Porinr9uh }r:j8,X.STM0320 or STM0999 or STM1473 or STM2267r;j9,hj:,h]r<(h!h*hh3er=Rr>j>,}r?(j@,)r@}rA(hXdopa_erBhXDopaminerCh}rD(XFORMULArEXC8H12NO2rFXPUBCHEMrGX6517rHXCHARGErIj-XCHEBIrJX18243rKXKEGGrLXC03758rMuh }rNhNhh]rOrPRrQjS,jFjT,j,jV,KjW,GubGj@,)rR}rS(hXdopa_prThXDopaminerUh}rV(XFORMULArWXC8H12NO2rXXPUBCHEMrYX6517rZXCHARGEr[j-XCHEBIr\X18243r]XKEGGr^XC03758r_uh }r`hNhh]rarbRrcjS,jXjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rd}re(hXDPCOAKrfhXdephospho CoA kinasergh}rh(XGENE_ASSOCIATIONriXSTM0140rjX SUBSYSTEMrkX*Cofactor and Prosthetic Group Biosynthesisrluh }rmj8,jjj9,hj:,h]rnj" aroRrpj>,}rq(j@,)rr}rs(hXdpcoa_crthX Dephospho-CoAruh}rv(XFORMULArwXC21H33N7O13P2SrxXPUBCHEMryX4138rzXCHARGEr{X-2r|XCHEBIr}X15468r~XKEGGrXC00882ruh }rhNhh]rrRrjS,jxjT,jU,jV,JjW,GubGjRGjRG?jRG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hXDRPArhXdeoxyribose phosphate aldolaserh}r(XGENE_ASSOCIATIONrXSTM4567rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj+ arRrj>,}r(j@,)r}r(hX2dr5p_crhX2-Deoxy-D-ribose-5-phosphaterh}r(XFORMULArXC5H9O7PrXPUBCHEMrX3942rXCHARGErX-2rXCHEBIrX16132rXKEGGrXC00673ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjgG?j@,)r}r(hXg3p_crhXGlyceraldehyde-3-phosphaterh}r(XFORMULArXC3H5O6PrXPUBCHEMrX3930rXCHARGErX-2rXCHEBIrX17138rXKEGGrXC00661ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDSBAO1rhX*DsbA protein reoxidation reaction aerobic rh}r(XGENE_ASSOCIATIONrX( STM3997 and STM1807 )rX SUBSYSTEMrX Unassignedruh }r£j8,XSTM3997 and STM1807rãj9,hj:,h]rģ(j4 j= erţRrƣj>,}rǣ(j@,)rȣ}rɣ(hXdsbard_prʣhX1periplasmic-protein-disulfide-isomerase-I-reducedrˣh}ṛ(XFORMULArͣXXH2rΣXPUBCHEMrϣjK,XCHARGErУjK,XCHEBIrѣjK,XKEGGrңjK,uh }rӣhNhh]rԣrգRr֣jS,jΣjT,jPjV,KjW,GubGj݃GjG?j@,)rף}rأ(hXdsbaox_pr٣hX2periplasmic-protein-disulfide-isomerase-I-oxidizedrڣh}rۣ(XFORMULArܣXXrݣXPUBCHEMrޣjK,XCHARGErߣjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jݣjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDSBAO2rhX,DsbA protein reoxidation reaction anaerobic rh}r(XGENE_ASSOCIATIONrX( STM3997 and STM1807 )rX SUBSYSTEMrX Unassignedruh }rj8,XSTM3997 and STM1807rj9,hj:,h]r(j4 j= erRrj>,}r(j!GjȣGjףG?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXDSBCGTrhXDsbCglutathione thiotransferaserh}r(XGENE_ASSOCIATIONrXSTM3043rX SUBSYSTEMrX Unassignedruh }rj8,jj9,hj:,h]rjF arRrj>,}r(j@,)r}r(hXgthrd_prhXReduced-glutathionerh}r(XFORMULArX C10H16N3O6Sr XPUBCHEMr X3353r XCHARGEr X-1r XCHEBIrX16856rXKEGGrXC00051ruh }rhNhh]rrRrjS,j jT,jPjV,JjW,GubGj@,)r}r(hXdsbcox_prhX'protein-disulfide-isomerase-II-oxidizedrh}r(XFORMULArjݣXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }r hNhh]r!r"Rr#jS,jݣjT,jPjV,KjW,GubGj@,)r$}r%(hXdsbcrd_pr&hX&protein-disulfide-isomerase-II-reducedr'h}r((XFORMULAr)XXH2r*XPUBCHEMr+jK,XCHARGEr,jK,XCHEBIr-jK,XKEGGr.jK,uh }r/hNhh]r0r1Rr2jS,j*jT,jPjV,KjW,GubG?j@,)r3}r4(hXgthox_pr5hXOxidized-glutathioner6h}r7(XFORMULAr8X C20H30N6O12S2r9XPUBCHEMr:X3427r;XCHARGEr<X-2r=XCHEBIr>X17858r?XKEGGr@XC00127rAuh }rBhNhh]rCrDRrEjS,j9jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rF}rG(hXDSBDRrHhXDsbD reductaserIh}rJ(XGENE_ASSOCIATIONrKX<( ( STM4323 and STM3915 ) or ( STM4323 and STM2649 ) )rLX SUBSYSTEMrMX UnassignedrNuh }rOj8,X8( STM4323 and STM3915 ) or ( STM4323 and STM2649 )rPj9,hj:,h]rQ(jO jX ja erRRrSj>,}rT(j@,)rU}rV(hXtrdrd_crWhXReduced-thioredoxinrXh}rY(XFORMULArZXXH2r[XPUBCHEMr\X3635r]XCHARGEr^jK,XCHEBIr_X15967r`XKEGGraXC00342rbuh }rchNhh]rdreRrfjS,j[jT,jU,jV,KjW,GubGj@,)rg}rh(hXdsbdox_crihX1fused-thioldisulfide-interchange-protein-oxidizedrjh}rk(XFORMULArljݣXPUBCHEMrmjK,XCHARGErnjK,XCHEBIrojK,XKEGGrpjK,uh }rqhNhh]rrrsRrtjS,jݣjT,jU,jV,KjW,GubGj@,)ru}rv(hXdsbdrd_crwhX0fused-thioldisulfide-interchange-protein-reducedrxh}ry(XFORMULArzXXH2r{XPUBCHEMr|jK,XCHARGEr}jK,XCHEBIr~jK,XKEGGrjK,uh }rhNhh]rrRrjS,j{jT,jU,jV,KjW,GubG?j@,)r}r(hXtrdox_crhXOxidized-thioredoxinrh}r(XFORMULArjݣXPUBCHEMrX3636rXCHARGErjK,XCHEBIrX18191rXKEGGrXC00343ruh }rhNhh]rrRrjS,jݣjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDSBGGTrhXDsbGglutathione thiotransferaserh}r(XGENE_ASSOCIATIONrXSTM0607rX SUBSYSTEMrX Unassignedruh }rj8,jj9,hj:,h]rjj arRrj>,}r(j@,)r}r(hXdsbgox_prhX@periplasmic-disulfide-isomerasethiol-disulphide-oxidase-oxidizedrh}r(XFORMULArjݣXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jݣjT,jPjV,KjW,GubGjGj3G?j@,)r}r(hXdsbgrd_prhX?periplasmic-disulfide-isomerasethiol-disulphide-oxidase-reducedrh}r(XFORMULArXXH2rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDSERDHrr¤hXD serine dehydrogenaseräh}rĤ(XGENE_ASSOCIATIONrŤXSTM1511rƤX SUBSYSTEMrǤXGlycine and Serine MetabolismrȤuh }rɤj8,jƤj9,hj:,h]rʤjarˤRr̤j>,}rͤ(j[Gj@,)rΤ}rϤ(hXser__D_crФhXD-SerinerѤh}rҤ(XFORMULArӤXC3H7NO3rԤXPUBCHEMrդX4003r֤XCHARGErפjK,XCHEBIrؤX16523r٤XKEGGrڤXC00740rۤuh }rܤhNhh]rݤrޤRrߤjS,jԤjT,jU,jV,KjW,GubGj@,)r}r(hX2amsa_crhX2-Aminomalonate-semialdehyderh}r(XFORMULArXC3H5NO3rXPUBCHEMrX13986rXCHARGErjK,XCHEBIrX37012rXKEGGrXC11822ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?j[G?uhNjX,G@jY,G@@ubj0,)r}r(hXDSERt2pprhX3D serine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4398rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj9arRrj>,}r(j TGj@,)r}r(hXser__D_prhXD-Serinerh}r(XFORMULArXC3H7NO3rXPUBCHEMrX4003rXCHARGEr jK,XCHEBIr X16523r XKEGGr XC00740r uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjΤG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDSERtexrhX<D serine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r (j@,)r!}r"(hXser__D_er#hXD-Seriner$h}r%(XFORMULAr&XC3H7NO3r'XPUBCHEMr(X4003r)XCHARGEr*jK,XCHEBIr+X16523r,XKEGGr-XC00740r.uh }r/hNhh]r0r1Rr2jS,j'jT,j,jV,KjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r3}r4(hXDTMPKr5hX dTMP kinaser6h}r7(XGENE_ASSOCIATIONr8XSTM1200r9X SUBSYSTEMr:XNucleotide Salvage Pathwayr;uh }r<j8,j9j9,hj:,h]r=js ar>Rr?j>,}r@(jRGj@,)rA}rB(hXdtmp_crChXdTMPrDh}rE(XFORMULArFX C10H13N2O8PrGXPUBCHEMrHX3655rIXCHARGErJX-2rKXCHEBIrLX17013rMXKEGGrNXC00364rOuh }rPhNhh]rQrRRrSjS,jGjT,jU,jV,JjW,GubGj@,)rT}rU(hXdtdp_crVhXdTDPrWh}rX(XFORMULArYX C10H13N2O11P2rZXPUBCHEMr[X3654r\XCHARGEr]X-3r^XCHEBIr_X18075r`XKEGGraXC00363rbuh }rchNhh]rdreRrfjS,jZjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rg}rh(hXDTMPtexrihX8dTMP transport via diffusion extracellular to periplasm rjh}rk(XGENE_ASSOCIATIONrlX2( STM0320 or STM0999 or STM1473 or STM2267 )rmX SUBSYSTEMrnXTransport Outer Membrane Porinrouh }rpj8,X.STM0320 or STM0999 or STM1473 or STM2267rqj9,hj:,h]rr(h*hh3h!ersRrtj>,}ru(j@,)rv}rw(hXdtmp_erxhXdTMPryh}rz(XFORMULAr{X C10H13N2O8Pr|XPUBCHEMr}X3655r~XCHARGErX-2rXCHEBIrX17013rXKEGGrXC00364ruh }rhNhh]rrRrjS,j|jT,j,jV,JjW,GubGj@,)r}r(hXdtmp_prhXdTMPrh}r(XFORMULArX C10H13N2O8PrXPUBCHEMrX3655rXCHARGErX-2rXCHEBIrX17013rXKEGGrXC00364ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXDUMPtexrhX8dUMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXdump_erhXdUMPrh}r(XFORMULArX C9H11N2O8PrXPUBCHEMrX3656rXCHARGErX-2rXCHEBIrX17622rXKEGGrXC00365ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@,)r}r(hXdump_prhXdUMPrh}r¥(XFORMULAråX C9H11N2O8PrĥXPUBCHEMrťX3656rƥXCHARGErǥX-2rȥXCHEBIrɥX17622rʥXKEGGr˥XC00365r̥uh }rͥhNhh]rΥrϥRrХjS,jĥjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rѥ}rҥ(hXDURIK1rӥhX$deoxyuridine kinase ATPDeoxyuridine rԥh}rե(XGENE_ASSOCIATIONr֥XSTM1750rץX SUBSYSTEMrإXNucleotide Salvage Pathwayr٥uh }rڥj8,jץj9,hj:,h]rۥj| arܥRrݥj>,}rޥ(jGjRGj@,)rߥ}r(hXdump_crhXdUMPrh}r(XFORMULArX C9H11N2O8PrXPUBCHEMrX3656rXCHARGErX-2rXCHEBIrX17622rXKEGGrXC00365ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXDURIPPrhXdeoxyuridine phosphorylaserh}r(XGENE_ASSOCIATIONrX( STM4568 or STM4570 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM4568 or STM4570rj9,hj:,h]r(j j erRrj>,}r(jGjSGj@,)r}r(hX2dr1p_crhX2-Deoxy-D-ribose-1-phosphaterh}r(XFORMULArXC5H9O7PrXPUBCHEMrX3941r XCHARGEr X-2r XCHEBIr X28542r XKEGGrXC00672ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j@,)r}r(hXura_crhXUracilrh}r(XFORMULArXC4H4N2O2rXPUBCHEMrX3406rXCHARGErjK,XCHEBIrX17568rXKEGGr XC00106r!uh }r"hNhh]r#r$Rr%jS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r&}r'(hXDURIt2ppr(hX7deoxyuridine transport in via proton symport periplasm r)h}r*(XGENE_ASSOCIATIONr+X( STM2409 or STM3113 )r,X SUBSYSTEMr-XTransport Inner Membraner.uh }r/j8,XSTM2409 or STM3113r0j9,hj:,h]r1(jejner2Rr3j>,}r4(j@,)r5}r6(hXduri_pr7hX Deoxyuridiner8h}r9(XFORMULAr:X C9H12N2O5r;XPUBCHEMr<X3809r=XCHARGEr>jK,XCHEBIr?X16450r@XKEGGrAXC00526rBuh }rChNhh]rDrERrFjS,j;jT,jPjV,KjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)rG}rH(hXDURItexrIhX@deoxyuridine transport via diffusion extracellular to periplasm rJh}rK(XGENE_ASSOCIATIONrLXSTM0413rMX SUBSYSTEMrNXTransport Outer MembranerOuh }rPj8,jMj9,hj:,h]rQjarRRrSj>,}rT(j@,)rU}rV(hXduri_erWhX DeoxyuridinerXh}rY(XFORMULArZX C9H12N2O5r[XPUBCHEMr\X3809r]XCHARGEr^jK,XCHEBIr_X16450r`XKEGGraXC00526rbuh }rchNhh]rdreRrfjS,j[jT,j,jV,KjW,GubGj5G?uhNjX,G@jY,G@@ubj0,)rg}rh(hXDUTPDPrihXdUTP diphosphataserjh}rk(XGENE_ASSOCIATIONrlXSTM3731rmX SUBSYSTEMrnXNucleotide Salvage Pathwayrouh }rpj8,jmj9,hj:,h]rqj arrRrsj>,}rt(jPGjRGjXG?jߥG?jRG?uhNjX,GjY,G@@ubj0,)ru}rv(hXDXPRIirwhX#1 deoxy D xylulose reductoisomeraserxh}ry(XGENE_ASSOCIATIONrzXSTM0220r{X SUBSYSTEMr|X*Cofactor and Prosthetic Group Biosynthesisr}uh }r~j8,j{j9,hj:,h]rj arRrj>,}r(j@,)r}r(hXdxyl5p_crhX1-deoxy-D-xylulose-5-phosphaterh}r(XFORMULArXC5H9O7PrXPUBCHEMrX13609rXCHARGErX-2rXCHEBIrX16493rXKEGGrXC11437ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj[Gj[G?j@,)r}r(hX2me4p_crhX#2-C-methyl-D-erythritol-4-phosphaterh}r(XFORMULArXC5H11O7PrXPUBCHEMrX13606rXCHARGErX-2rXCHEBIrX17764rXKEGGrXC11434ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXDXPSrhX'1 deoxy D xylulose 5 phosphate synthaserh}r(XGENE_ASSOCIATIONrXSTM0422rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGjRGjGjGjaG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXDXYLKrhX1 Deoxy D xylulose kinaserh}r(XGENE_ASSOCIATIONrXSTM3660rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj ar¦Rræj>,}rĦ(j@,)rŦ}rƦ(hXdxyl_crǦhX1-deoxy-D-xyluloserȦh}rɦ(XFORMULArʦXC5H10O4r˦XPUBCHEMr̦X8496rͦXCHARGErΦjK,XCHEBIrϦX28354rЦXKEGGrѦXC06257rҦuh }rӦhNhh]rԦrզRr֦jS,j˦jT,jU,jV,KjW,GubGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rצ}rئ(hX D_LACt2ppr٦hX1D lactate transport via proton symport periplasm rڦh}rۦ(XGENE_ASSOCIATIONrܦXSTM3692rݦX SUBSYSTEMrަXTransport Inner Membranerߦuh }rj8,jݦj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXlac__D_prhX D-Lactaterh}r(XFORMULArXC3H5O3rXPUBCHEMrX3555rXCHARGErX-1rXCHEBIrX42111rXKEGGrXC00256ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjRG?jekG?uhNjX,G@jY,G@@ubj0,)r}r(hXD_LACtexrhX=D lactate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXlac__D_er hX D-Lactater h}r (XFORMULAr XC3H5O3r XPUBCHEMrX3555rXCHARGErX-1rXCHEBIrX42111rXKEGGrXC00256ruh }rhNhh]rrRrjS,j jT,j,jV,JjW,GubGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXE4PDrhX#Erythrose 4 phosphate dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM3070r X SUBSYSTEMr!X*Cofactor and Prosthetic Group Biosynthesisr"uh }r#j8,j j9,hj:,h]r$j ar%Rr&j>,}r'(j[GjGjRGj@,)r(}r)(hX4per_cr*hX4-Phospho-D-erythronater+h}r,(XFORMULAr-XC4H6O8Pr.XPUBCHEMr/X6224r0XCHARGEr1X-3r2XCHEBIr3X49003r4XKEGGr5XC03393r6uh }r7hNhh]r8r9Rr:jS,j.jT,jU,jV,JjW,GubG?jRG@j[G?uhNjX,GjY,G@@ubj0,)r;}r<(hXEAR100xr=hX2enoyl acyl carrier protein reductase NADH n C100 r>h}r?(XGENE_ASSOCIATIONr@XSTM1700rAX SUBSYSTEMrBXCell Envelope BiosynthesisrCuh }rDj8,jAj9,hj:,h]rEj arFRrGj>,}rH(j6]Gj[GjRGj[G?jbG?uhNjX,GjY,G@@ubj0,)rI}rJ(hXEAR100yrKhX3enoyl acyl carrier protein reductase NADPH n C100 rLh}rM(XGENE_ASSOCIATIONrNXSTM1700rOX SUBSYSTEMrPXCell Envelope BiosynthesisrQuh }rRj8,jOj9,hj:,h]rSj arTRrUj>,}rV(j6]Gj[GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)rW}rX(hXEAR120xrYhX2enoyl acyl carrier protein reductase NADH n C120 rZh}r[(XGENE_ASSOCIATIONr\XSTM1700r]X SUBSYSTEMr^XCell Envelope Biosynthesisr_uh }r`j8,j]j9,hj:,h]raj arbRrcj>,}rd(ji]Gj[GjRGjGbG?j[G?uhNjX,GjY,G@@ubj0,)re}rf(hXEAR120yrghX3enoyl acyl carrier protein reductase NADPH n C120 rhh}ri(XGENE_ASSOCIATIONrjXSTM1700rkX SUBSYSTEMrlXCell Envelope Biosynthesisrmuh }rnj8,jkj9,hj:,h]roj arpRrqj>,}rr(j[Gji]GjRGjGbG?j[G?uhNjX,GjY,G@@ubj0,)rs}rt(hXEAR121xruhX2enoyl acyl carrier protein reductase NADH n C121 rvh}rw(XGENE_ASSOCIATIONrxXSTM1700ryX SUBSYSTEMrzXCell Envelope Biosynthesisr{uh }r|j8,jyj9,hj:,h]r}j ar~Rrj>,}r(j]Gj[GjRGjgbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR121yrhX3enoyl acyl carrier protein reductase NADPH n C121 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[GjRGj]GjgbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR140xrhX2enoyl acyl carrier protein reductase NADH n C140 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j]GjRGj[GjbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR140yrhX3enoyl acyl carrier protein reductase NADPH n C140 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[Gj]GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR141xrhX2enoyl acyl carrier protein reductase NADH n C141 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[Gj]GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR141yrhX3enoyl acyl carrier protein reductase NADPH n C141 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }r§j8,jj9,hj:,h]rçj arħRrŧj>,}rƧ(j[Gj]GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)rǧ}rȧ(hXEAR160xrɧhX2enoyl acyl carrier protein reductase NADH n C160 rʧh}r˧(XGENE_ASSOCIATIONŗXSTM1700rͧX SUBSYSTEMrΧXCell Envelope Biosynthesisrϧuh }rЧj8,jͧj9,hj:,h]rѧj arҧRrӧj>,}rԧ(j-^Gj[GjRGj[G?jbG?uhNjX,GjY,G@@ubj0,)rէ}r֧(hXEAR160yrקhX3enoyl acyl carrier protein reductase NADPH n C160 rاh}r٧(XGENE_ASSOCIATIONrڧXSTM1700rۧX SUBSYSTEMrܧXCell Envelope Biosynthesisrݧuh }rާj8,jۧj9,hj:,h]rߧj arRrj>,}r(j-^GjRGj[Gj[G?jbG?uhNjX,GjY,G@@ubj0,)r}r(hXEAR161xrhX2enoyl acyl carrier protein reductase NADH n C161 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j^^Gj[GjRGj[G?jbG?uhNjX,GjY,G@@ubj0,)r}r(hXEAR161yrhX3enoyl acyl carrier protein reductase NADPH n C161 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[Gj^^GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXEAR180xrhX2enoyl acyl carrier protein reductase NADH n C180 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]r j ar Rr j>,}r (j[Gj^GjRGjeG?j[G?uhNjX,GjY,G@@ubj0,)r }r(hXEAR180yrhX3enoyl acyl carrier protein reductase NADPH n C180 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[GjRGj^Gj[G?jeG?uhNjX,GjY,G@@ubj0,)r}r(hXEAR181xrhX2enoyl acyl carrier protein reductase NADH n C181 rh}r(XGENE_ASSOCIATIONr XSTM1700r!X SUBSYSTEMr"XCell Envelope Biosynthesisr#uh }r$j8,j!j9,hj:,h]r%j ar&Rr'j>,}r((j^Gj[GjRGjeG?j[G?uhNjX,GjY,G@@ubj0,)r)}r*(hXEAR181yr+hX3enoyl acyl carrier protein reductase NADPH n C181 r,h}r-(XGENE_ASSOCIATIONr.XSTM1700r/X SUBSYSTEMr0XCell Envelope Biosynthesisr1uh }r2j8,j/j9,hj:,h]r3j ar4Rr5j>,}r6(j[Gj^GjRGjeG?j[G?uhNjX,GjY,G@@ubj0,)r7}r8(hXEAR40xr9hX1enoyl acyl carrier protein reductase NADH n C40 r:h}r;(XGENE_ASSOCIATIONr<XSTM1700r=X SUBSYSTEMr>XCell Envelope Biosynthesisr?uh }r@j8,j=j9,hj:,h]rAj arBRrCj>,}rD(j^Gj[GjRGj[G?jcG?uhNjX,GjY,G@@ubj0,)rE}rF(hXEAR40yrGhX2enoyl acyl carrier protein reductase NADPH n C40 rHh}rI(XGENE_ASSOCIATIONrJXSTM1700rKX SUBSYSTEMrLXCell Envelope BiosynthesisrMuh }rNj8,jKj9,hj:,h]rOj arPRrQj>,}rR(j^GjRGj[Gj[G?jcG?uhNjX,GjY,G@@ubj0,)rS}rT(hXEAR60xrUhX1enoyl acyl carrier protein reductase NADH n C60 rVh}rW(XGENE_ASSOCIATIONrXXSTM1700rYX SUBSYSTEMrZXCell Envelope Biosynthesisr[uh }r\j8,jYj9,hj:,h]r]j ar^Rr_j>,}r`(j _Gj[GjRGj%cG?j[G?uhNjX,GjY,G@@ubj0,)ra}rb(hXEAR60yrchX2enoyl acyl carrier protein reductase NADPH n C60 rdh}re(XGENE_ASSOCIATIONrfXSTM1700rgX SUBSYSTEMrhXCell Envelope Biosynthesisriuh }rjj8,jgj9,hj:,h]rkj arlRrmj>,}rn(j _GjRGj[Gj%cG?j[G?uhNjX,GjY,G@@ubj0,)ro}rp(hXEAR80xrqhX1enoyl acyl carrier protein reductase NADH n C80 rrh}rs(XGENE_ASSOCIATIONrtXSTM1700ruX SUBSYSTEMrvXCell Envelope Biosynthesisrwuh }rxj8,juj9,hj:,h]ryj arzRr{j>,}r|(j[GjS_GjRGj[G?jaG?uhNjX,GjY,G@@ubj0,)r}}r~(hXEAR80yrhX2enoyl acyl carrier protein reductase NADPH n C80 rh}r(XGENE_ASSOCIATIONrXSTM1700rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jS_GjRGj[Gj[G?jaG?uhNjX,GjY,G@@ubj0,)r}r(hX ECA4COLIPAtexrhXdenterobacterial common antigen x4 core oligosaccharide lipid A transport periplasm to extracellular rh}rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX eca4colipa_prhX>enterobacterial-common-antigen-x4-core-oligosaccharide-lipid-Arh}r(XFORMULArXC272H447N14O160P4rXPUBCHEMrjK,XCHARGErX-15rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hX eca4colipa_erhX>enterobacterial-common-antigen-x4-core-oligosaccharide-lipid-Arh}r(XFORMULArXC272H447N14O160P4rXPUBCHEMrjK,XCHARGErX-15rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX ECA4OALpprhX=enterobacterial common antigen x4 O antigen ligase periplasm rh}r(XGENE_ASSOCIATIONrXSTM3713rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj ar¨Rrèj>,}rĨ(j@,)rŨ}rƨ(hX eca4und_prǨhX:enterobacterial-common-antigen-x4-undecaprenyl-diphosphaterȨh}rɨ(XFORMULArʨXC151H234N12O67P2r˨XPUBCHEMr̨jK,XCHARGErͨX-6rΨXCHEBIrϨjK,XKEGGrШjK,uh }rѨhNhh]rҨrӨRrԨjS,j˨jT,jPjV,JjW,GubGj GjG?j@,)rը}r֨(hXudcpdp_prרhXUndecaprenyl-diphosphaterبh}r٨(XFORMULArڨX C55H89O7P2rۨXPUBCHEMrܨX6347rݨXCHARGErިX-3rߨXCHEBIrX17047rXKEGGrXC03543ruh }rhNhh]rrRrjS,jۨjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXECAP1pprhX4enterobacterial common antigen polymerase periplasm rh}r(XGENE_ASSOCIATIONrX( STM3928 and STM3919 )rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,XSTM3928 and STM3919rj9,hj:,h]r(j j erRrj>,}r(j@,)r}r(hX unagamuf_prhXhUndecaprenyl-diphospho-N-acetylglucosamine-N-acetylmannosaminuronate-N-acetamido-4-6-dideoxy-D-galactoserh}r(XFORMULArXC79H126N3O22P2rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hX eca2und_pr hX:enterobacterial-common-antigen-x2-undecaprenyl-diphosphater h}r (XFORMULAr XC103H162N6O37P2r XPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j jT,jPjV,JjW,GubG?jըG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXECAP2pprhX4enterobacterial common antigen polymerase periplasm rh}r(XGENE_ASSOCIATIONrX( STM3928 and STM3919 )rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }r j8,XSTM3928 and STM3919r!j9,hj:,h]r"(j j er#Rr$j>,}r%(jGjGj TG?j@,)r&}r'(hX eca3und_pr(hX:enterobacterial-common-antigen-x3-undecaprenyl-diphosphater)h}r*(XFORMULAr+XC127H198N9O52P2r,XPUBCHEMr-jK,XCHARGEr.X-5r/XCHEBIr0jK,XKEGGr1jK,uh }r2hNhh]r3r4Rr5jS,j,jT,jPjV,JjW,GubG?jըG?uhNjX,GjY,G@@ubj0,)r6}r7(hXECAP3ppr8hX4enterobacterial common antigen polymerase periplasm r9h}r:(XGENE_ASSOCIATIONr;X( STM3928 and STM3919 )r<X SUBSYSTEMr=X)Lipopolysaccharide Biosynthesis Recyclingr>uh }r?j8,XSTM3928 and STM3919r@j9,hj:,h]rA(j j erBRrCj>,}rD(jGj&GjըG?j TG?jŨG?uhNjX,GjY,G@@ubj0,)rE}rF(hXECAtpprGhXKenterobacterial common antigen transferase flippase cytoplasm to periplasm rHh}rI(XGENE_ASSOCIATIONrJXSTM3926rKX SUBSYSTEMrLX)Lipopolysaccharide Biosynthesis RecyclingrMuh }rNj8,jKj9,hj:,h]rOj arPRrQj>,}rR(j@,)rS}rT(hX unagamuf_crUhXhUndecaprenyl-diphospho-N-acetylglucosamine-N-acetylmannosaminuronate-N-acetamido-4-6-dideoxy-D-galactoserVh}rW(XFORMULArXXC79H126N3O22P2rYXPUBCHEMrZjK,XCHARGEr[X-3r\XCHEBIr]jK,XKEGGr^jK,uh }r_hNhh]r`raRrbjS,jYjT,jU,jV,JjW,GubGjG?uhNjX,GjY,G@@ubj0,)rc}rd(hXECOAH1rehX43 hydroxyacyl CoA dehydratase 3 hydroxybutanoyl CoA rfh}rg(XGENE_ASSOCIATIONrhX( STM3983 or STM2388 )riX SUBSYSTEMrjXMembrane Lipid Metabolismrkuh }rlj8,XSTM3983 or STM2388rmj9,hj:,h]rn(j j eroRrpj>,}rq(j@,)rr}rs(hX3hbcoa_crthXS-3-Hydroxybutanoyl-CoAruh}rv(XFORMULArwXC25H38N7O18P3SrxXPUBCHEMryX4375rzXCHARGEr{X-4r|XCHEBIr}X15453r~XKEGGrXC01144ruh }rhNhh]rrRrjS,jxjT,jU,jV,JjW,GubGjmG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXECOAH2rhX43 hydroxyacyl CoA dehydratase 3 hydroxyhexanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(j@,)r}r(hX3hhcoa_crhXS-3-Hydroxyhexanoyl-CoArh}r(XFORMULArXC27H42N7O18P3SrXPUBCHEMrX7655rXCHARGErX-4rXCHEBIrX28276rXKEGGrXC05268ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG?j4mG?uhNjX,G@jY,G@@ubj0,)r}r(hXECOAH3rhX43 hydroxyacyl CoA dehydratase 3 hydroxyoctanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM2388 or STM3983 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2388 or STM3983rj9,hj:,h]r(j j erRrj>,}r(j@,)r}r(hX3hocoa_crhXS-3-Hydroxyoctanoyl-CoArh}r(XFORMULArXC29H46N7O18P3SrXPUBCHEMrX7653rXCHARGErX-4rXCHEBIrX28632r©XKEGGréXC05266rĩuh }rũhNhh]rƩrǩRrȩjS,jjT,jU,jV,JjW,GubGjhmG?jRG?uhNjX,G@jY,G@@ubj0,)rɩ}rʩ(hXECOAH4r˩hX43 hydroxyacyl CoA dehydratase 3 hydroxydecanoyl CoA r̩h}rͩ(XGENE_ASSOCIATIONrΩX( STM3983 or STM2388 )rϩX SUBSYSTEMrЩXMembrane Lipid Metabolismrѩuh }rҩj8,XSTM3983 or STM2388rөj9,hj:,h]rԩ(j j erթRr֩j>,}rש(j@,)rة}r٩(hX3hdcoa_crکhXS-3-Hydroxydecanoyl-CoAr۩h}rܩ(XFORMULArݩXC31H50N7O18P3SrީXPUBCHEMrߩX7651rXCHARGErX-4rXCHEBIrX28325rXKEGGrXC05264ruh }rhNhh]rrRrjS,jީjT,jU,jV,JjW,GubGjRG?jmG?uhNjX,G@jY,G@@ubj0,)r}r(hXECOAH5rhX63 hydroxyacyl CoA dehydratase 3 hydroxydodecanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(j@,)r}r(hX 3hddcoa_crhXS-3-Hydroxydodecanoyl-CoArh}r(XFORMULArXC33H54N7O18P3SrXPUBCHEMrX7649rXCHARGErX-4rXCHEBIrX27668rXKEGGrXC05262ruh }r hNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjRG?jmG?uhNjX,G@jY,G@@ubj0,)r }r(hXECOAH6rhX93 hydroxyacyl CoA dehydratase 3 hydroxytetradecanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(j@,)r}r(hX 3htdcoa_crhXS-3-Hydroxytetradecanoyl-CoArh}r (XFORMULAr!XC35H58N7O18P3Sr"XPUBCHEMr#X7647r$XCHARGEr%X-4r&XCHEBIr'X27466r(XKEGGr)XC05260r*uh }r+hNhh]r,r-Rr.jS,j"jT,jU,jV,JjW,GubGjRG?jnG?uhNjX,G@jY,G@@ubj0,)r/}r0(hXECOAH7r1hX83 hydroxyacyl CoA dehydratase 3 hydroxyhexadecanoyl CoA r2h}r3(XGENE_ASSOCIATIONr4X( STM3983 or STM2388 )r5X SUBSYSTEMr6XMembrane Lipid Metabolismr7uh }r8j8,XSTM3983 or STM2388r9j9,hj:,h]r:(j j er;Rr<j>,}r=(j@,)r>}r?(hX 3hhdcoa_cr@hXS-3-Hydroxyhexadecanoyl-CoArAh}rB(XFORMULArCXC37H62N7O18P3SrDXPUBCHEMrEX7645rFXCHARGErGX-4rHXCHEBIrIX27402rJXKEGGrKXC05258rLuh }rMhNhh]rNrORrPjS,jDjT,jU,jV,JjW,GubGj8nG?jRG?uhNjX,G@jY,G@@ubj0,)rQ}rR(hXECOAH8rShX83 hydroxyacyl CoA dehydratase 3 hydroxyoctadecanoyl CoA rTh}rU(XGENE_ASSOCIATIONrVX( STM3983 or STM2388 )rWX SUBSYSTEMrXXMembrane Lipid MetabolismrYuh }rZj8,XSTM3983 or STM2388r[j9,hj:,h]r\(j j er]Rr^j>,}r_(j@,)r`}ra(hX 3hodcoa_crbhXS-3-Hydroxyoctadecanoyl-CoArch}rd(XFORMULAreXC39H66N7O18P3SrfXPUBCHEMrgjK,XCHARGErhX-4riXCHEBIrjjK,XKEGGrkjK,uh }rlhNhh]rmrnRrojS,jfjT,jU,jV,JjW,GubGjlnG?jRG?uhNjX,G@jY,G@@ubj0,)rp}rq(hXEDArrhX+2 dehydro 3 deoxy phosphogluconate aldolasersh}rt(XGENE_ASSOCIATIONruXSTM1884rvX SUBSYSTEMrwXPentose Phosphate Pathwayrxuh }ryj8,jvj9,hj:,h]rzj ar{Rr|j>,}r}(jGjGjG?jG?uhNjX,GjY,G@@ubj0,)r~}r(hXEDDrhX6 phosphogluconate dehydrataserh}r(XGENE_ASSOCIATIONrXSTM1885rX SUBSYSTEMrXPentose Phosphate Pathwayruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX6pgc_crhX6-Phospho-D-gluconaterh}r(XFORMULArX C6H10O10PrXPUBCHEMrX3638rXCHARGErX-3rXCHEBIrX48928rXKEGGrXC00345ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXEDTXS1rhX(Endotoxin Synthesis lauroyl transferase rh}r(XGENE_ASSOCIATIONrXSTM1155rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hX kdo2lipid4_crhXKDO-2-lipid-IV-Arh}r(XFORMULArXC84H148N2O37P2rXPUBCHEMrX8297rXCHARGErX-6rXCHEBIrjK,XKEGGrXC06025ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjGbGjaG?j@,)r}r(hX kdo2lipid4L_crhXKDO-2-lipid-IV-A-with-lauraterªh}rê(XFORMULArĪXC96H170N2O38P2rŪXPUBCHEMrƪX8490rǪXCHARGErȪX-6rɪXCHEBIrʪjK,XKEGGr˪XC06251r̪uh }rͪhNhh]rΪrϪRrЪjS,jŪjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rѪ}rҪ(hXEDTXS2rӪhX*Endotoxin Synthesis myristoyl transferase rԪh}rժ(XGENE_ASSOCIATIONr֪XSTM1889rתX SUBSYSTEMrتX)Lipopolysaccharide Biosynthesis Recyclingr٪uh }rڪj8,jתj9,hj:,h]r۪j' arܪRrݪj>,}rު(jGjbGjaG?j@,)rߪ}r(hXlipa_crhX KDO-2-lipid-Arh}r(XFORMULArXC110H196N2O39P2rXPUBCHEMrX8298rXCHARGErX-6rXCHEBIrX27963rXKEGGrXC06026ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXEDTXS3rhX%Endotoxin Synthesis palmitoleoyl ACP rh}r(XGENE_ASSOCIATIONrXSTM2401rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj0 arRrj>,}r(jbGjGjaG?j@,)r}r(hX kdo2lipid4p_crhX"KDO-2-lipid-IV-A-with-palmitoleoylrh}r(XFORMULArXC100H176N2O38P2rXPUBCHEMrjK,XCHARGErX-6r XCHEBIr jK,XKEGGr jK,uh }r hNhh]r rRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXEDTXS4rhX*Endotoxin Synthesis myristoyl transferase rh}r(XGENE_ASSOCIATIONrXSTM1889rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj' arRrj>,}r(jbGjGjaG?j@,)r}r(hX lipa__cold_cr hXcold-adapted-KDO-2-lipid-Ar!h}r"(XFORMULAr#XC114H202N2O39P2r$XPUBCHEMr%jK,XCHARGEr&X-6r'XCHEBIr(jK,XKEGGr)jK,uh }r*hNhh]r+r,Rr-jS,j$jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r.}r/(hX ENLIPAtexr0hXLphosphoethanolamine lipid A transport via vector periplasm to extracellular r1h}r2X SUBSYSTEMr3X)Lipopolysaccharide Biosynthesis Recyclingr4sh }r5j8,hj9,hj:,h]r6r7Rr8j>,}r9(j@,)r:}r;(hXenlipa_pr<hX!phosphoethanolamine-KDO-2-lipid-Ar=h}r>(XFORMULAr?XC112H202N3O42P3r@XPUBCHEMrAjK,XCHARGErBX-6rCXCHEBIrDjK,XKEGGrEjK,uh }rFhNhh]rGrHRrIjS,j@jT,jPjV,JjW,GubGj@,)rJ}rK(hXenlipa_erLhX!phosphoethanolamine-KDO-2-lipid-ArMh}rN(XFORMULArOXC112H202N3O42P3rPXPUBCHEMrQjK,XCHARGErRX-6rSXCHEBIrTjK,XKEGGrUjK,uh }rVhNhh]rWrXRrYjS,jPjT,j,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}r[(hXENOr\hXenolaser]h}r^(XGENE_ASSOCIATIONr_XSTM2952r`X SUBSYSTEMraXGlycolysisGluconeogenesisrbuh }rcj8,j`j9,hj:,h]rdj9 areRrfj>,}rg(j@,)rh}ri(hX2pg_crjhXD-Glycerate-2-phosphaterkh}rl(XFORMULArmXC3H4O7PrnXPUBCHEMroX3904rpXCHARGErqX-3rrXCHEBIrsX17835rtXKEGGruXC00631rvuh }rwhNhh]rxryRrzjS,jnjT,jU,jV,JjW,GubGj4jG?jRG?uhNjX,G@jY,G@@ubj0,)r{}r|(hXENTCSr}hXenterochelin synthaser~h}r(XGENE_ASSOCIATIONrXSTM0584rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjB arRrj>,}r(j@,)r}r(hXseramp_crhX L-seryl-AMPrh}r(XFORMULArX C13H19N6O9PrXPUBCHEMrX8115rXCHARGErjK,XCHEBIrjK,XKEGGrXC05820ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjGj@,)r}r(hXenter_crhX Enterochelinrh}r(XFORMULArX C30H27N3O15rXPUBCHEMrX8116rXCHARGErjK,XCHEBIrX28855rXKEGGrXC05821ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG@"jXG@uhNjX,GjY,G@@ubj0,)r}r(hXETHAALrhXEthanolamine ammonia lyaserh}r(XGENE_ASSOCIATIONrX( STM2457 and STM2458 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM2457 and STM2458rj9,hj:,h]r(jT jK erRrj>,}r(j@,)r}r(hXetha_crhX Ethanolaminerh}r(XFORMULArXC2H8NOrXPUBCHEMr«X3489rëXCHARGErīj-XCHEBIrūX16000rƫXKEGGrǫXC00189rȫuh }rɫhNhh]rʫr˫Rr̫jS,jjT,jU,jV,KjW,GubGjgG?jcfG?uhNjX,GjY,G@@ubj0,)rͫ}rΫ(hXETHAt2pprϫhX,ethanolamine transport in via proton symportrЫh}rѫ(XGENE_ASSOCIATIONrҫXSTM2460rӫX SUBSYSTEMrԫXTransport Inner Membranerիuh }r֫j8,jӫj9,hj:,h]r׫j] arثRr٫j>,}rګ(j@,)r۫}rܫ(hXetha_prݫhX Ethanolaminerޫh}r߫(XFORMULArXC2H8NOrXPUBCHEMrX3489rXCHARGErj-XCHEBIrX16000rXKEGGrXC00189ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXETHAtexrhX3ethanolamine transport via diffusion extracellular rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXetha_erhX Ethanolaminerh}r(XFORMULArXC2H8NOrXPUBCHEMrX3489rXCHARGErj-XCHEBIrX16000rXKEGGrXC00189r uh }r hNhh]r r Rr jS,jjT,j,jV,KjW,GubGj۫G?uhNjX,G@jY,G@@ubj0,)r}r(hX ETHSO3texrhXCethanesulfonate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j@,)r}r(hXethso3_erhXethanesulfonater h}r!(XFORMULAr"XC2H5O3Sr#XPUBCHEMr$jK,XCHARGEr%X-1r&XCHEBIr'jK,XKEGGr(jK,uh }r)hNhh]r*r+Rr,jS,j#jT,j,jV,JjW,GubGj@,)r-}r.(hXethso3_pr/hXethanesulfonater0h}r1(XFORMULAr2XC2H5O3Sr3XPUBCHEMr4jK,XCHARGEr5X-1r6XCHEBIr7jK,XKEGGr8jK,uh }r9hNhh]r:r;Rr<jS,j3jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r=}r>(hX ETOHt2rppr?hX:ethanol reversible transport via proton symport periplasm r@h}rAX SUBSYSTEMrBXTransport Inner MembranerCsh }rDj8,hj9,hj:,h]rErFRrGj>,}rH(j TGj@,)rI}rJ(hXetoh_prKhXEthanolrLh}rM(XFORMULArNXC2H6OrOXPUBCHEMrPX3752rQXCHARGErRjK,XCHEBIrSX16236rTXKEGGrUXC00469rVuh }rWhNhh]rXrYRrZjS,jOjT,jPjV,KjW,GubGj@,)r[}r\(hXetoh_cr]hXEthanolr^h}r_(XFORMULAr`XC2H6OraXPUBCHEMrbX3752rcXCHARGErdjK,XCHEBIreX16236rfXKEGGrgXC00469rhuh }rihNhh]rjrkRrljS,jajT,jU,jV,KjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rm}rn(hXETOHtexrohX;ethanol transport via diffusion extracellular to periplasm rph}rq(XGENE_ASSOCIATIONrrX2( STM0320 or STM0999 or STM1473 or STM2267 )rsX SUBSYSTEMrtXTransport Outer Membrane Porinruuh }rvj8,X.STM0320 or STM0999 or STM1473 or STM2267rwj9,hj:,h]rx(h*hh3h!eryRrzj>,}r{(j@,)r|}r}(hXetoh_er~hXEthanolrh}r(XFORMULArXC2H6OrXPUBCHEMrX3752rXCHARGErjK,XCHEBIrX16236rXKEGGrXC00469ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjIG?uhNjX,G@jY,G@@ubj0,)r}r(hX EX_chitob_erhXChitobiose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXchitob_erhX Chitobioserh}r(XFORMULArX C16H28N2O11rXPUBCHEMrX4818rXCHARGErjK,XCHEBIrjK,XKEGGrXC01674ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj,GuhNjX,GjY,G@@ubj0,)r}r(hX EX_pydxn_erhXPyridoxine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXpydxn_erhX Pyridoxinerh}r(XFORMULArXC8H11NO3rXPUBCHEMrX3608rXCHARGErjK,XCHEBIrX16709r¬XKEGGrìXC00314rĬuh }rŬhNhh]rƬrǬRrȬjS,jjT,j,jV,KjW,GubGj,GuhNjX,GjY,G@@ubj0,)rɬ}rʬ(hX EX_pydx_erˬhXPyridoxal exchanger̬h}rͬX SUBSYSTEMrάXExchangerϬsh }rЬj8,hj9,hj:,h]rѬrҬRrӬj>,}rԬ(j@,)rլ}r֬(hXpydx_er׬hX Pyridoxalrجh}r٬(XFORMULArڬXC8H9NO3r۬XPUBCHEMrܬX3549rݬXCHARGErެjK,XCHEBIr߬X17310rXKEGGrXC00250ruh }rhNhh]rrRrjS,j۬jT,j,jV,KjW,GubGj,GuhNjX,GjY,G@@ubj0,)r}r(hX EX_12ppd__R_erhX R Propane 1 2 diol exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jQGj-GuhNjX,GjY,G@@ubj0,)r}r(hX EX_12ppd__S_erhX S Propane 1 2 diol exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jERGj-GuhNjX,GjY,G@@ubj0,)r}r(hX EX_14glucan_erhX1 4 alpha D glucan exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRr j>,}r (j!SGj:-GuhNjX,GjY,G@@ubj0,)r }r (hX EX_15dap_er hX1 5 Diaminopentane exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGjS-GuhNjX,GjY,G@@ubj0,)r}r(hX EX_23camp_erhX2 3 Cyclic AMP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rr Rr!j>,}r"(j@SGjo-GuhNjX,GjY,G@@ubj0,)r#}r$(hX EX_23ccmp_er%hX2 3 Cyclic CMP exchanger&h}r'X SUBSYSTEMr(XExchanger)sh }r*j8,hj9,hj:,h]r+r,Rr-j>,}r.(jsSGj-GuhNjX,GjY,G@@ubj0,)r/}r0(hX EX_23cgmp_er1hX2 3 Cyclic GMP exchanger2h}r3X SUBSYSTEMr4XExchanger5sh }r6j8,hj9,hj:,h]r7r8Rr9j>,}r:(jSGj-GuhNjX,GjY,G@@ubj0,)r;}r<(hX EX_23cump_er=hX2 3 Cyclic UMP exchanger>h}r?X SUBSYSTEMr@XExchangerAsh }rBj8,hj9,hj:,h]rCrDRrEj>,}rF(jSGj-GuhNjX,GjY,G@@ubj0,)rG}rH(hX EX_23dappa_erIhX2 3 diaminopropionate exchangerJh}rKX SUBSYSTEMrLXExchangerMsh }rNj8,hj9,hj:,h]rOrPRrQj>,}rR(jLTGj-GuhNjX,GjY,G@@ubj0,)rS}rT(hX EX_26dap__M_erUhX&meso 2 6 Diaminoheptanedioate exchangerVh}rWX SUBSYSTEMrXXExchangerYsh }rZj8,hj9,hj:,h]r[r\Rr]j>,}r^(jUGj-GuhNjX,GjY,G@@ubj0,)r_}r`(hX EX_2ddglcn_erahX&2 Dehydro 3 deoxy D gluconate exchangerbh}rcX SUBSYSTEMrdXExchangeresh }rfj8,hj9,hj:,h]rgrhRrij>,}rj(jMGj.GuhNjX,GjY,G@@ubj0,)rk}rl(hX EX_34dhpac_ermhX(3 4 Dihydroxyphenylacetaldehyde exchangernh}roX SUBSYSTEMrpXExchangerqsh }rrj8,hj9,hj:,h]rsrtRruj>,}rv(j\Gj..GuhNjX,GjY,G@@ubj0,)rw}rx(hX EX_3amp_eryhX3 AMP exchangerzh}r{X SUBSYSTEMr|XExchanger}sh }r~j8,hj9,hj:,h]rrRrj>,}r(j\GjH.GuhNjX,GjY,G@@ube(j0,)r}r(hX EX_3cmp_erhX3 cmp exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j\Gjd.GuhNjX,GjY,G@@ubj0,)r}r(hX EX_3gmp_erhX3 GMP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j]Gj.GuhNjX,GjY,G@@ubj0,)r}r(hX EX_3hcinnm_erhX3 hydroxycinnamic acid exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX 3hcinnm_erhX3-hydroxycinnamic-acidrh}r(XFORMULArXC9H7O3rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj.GuhNjX,GjY,G@@ubj0,)r}r(hX EX_3hpppn_erhX&3 3 hydroxy phenyl propionate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r­(j@,)rí}rĭ(hX3hpppn_erŭhX3-3-hydroxy-phenyl-propionaterƭh}rǭ(XFORMULArȭXC9H9O3rɭXPUBCHEMrʭjK,XCHARGEr˭X-1r̭XCHEBIrͭjK,XKEGGrέjK,uh }rϭhNhh]rЭrѭRrҭjS,jɭjT,j,jV,JjW,GubGj.GuhNjX,GjY,G@@ubj0,)rӭ}rԭ(hX EX_3ump_erխhX3 UMP exchanger֭h}r׭X SUBSYSTEMrحXExchanger٭sh }rڭj8,hj9,hj:,h]rۭrܭRrݭj>,}rޭ(jcGj.GuhNjX,GjY,G@@ubj0,)r߭}r(hX EX_4abut_erhX4 Aminobutanoate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j[gGj.GuhNjX,GjY,G@@ubj0,)r}r(hX EX_4hoxpacd_erhX$4 Hydroxyphenylacetaldehyde exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jcGj/GuhNjX,GjY,G@@ubj0,)r}r(hX EX_5dglcn_erhX5 Dehydro D gluconate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jdGj/GuhNjX,GjY,G@@ubj0,)r}r(hXEX_LalaDgluMdapDala_erhXFL alanine D glutamate meso 2 6 diaminoheptanedioate D alanine exchangerh}rX SUBSYSTEMrXExchanger sh }r j8,hj9,hj:,h]r r Rr j>,}r(jVdGj:/GuhNjX,GjY,G@@ubj0,)r}r(hXEX_LalaDgluMdap_erhX<L alanine D glutamate meso 2 6 diaminoheptanedioate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jucGjS/GuhNjX,GjY,G@@ubj0,)r}r(hXEX_ac_erhXAcetate exchangerh}rX SUBSYSTEMr XExchanger!sh }r"j8,hj9,hj:,h]r#r$Rr%j>,}r&(jpGjl/GuhNjX,GjY,G@@ubj0,)r'}r((hX EX_acac_er)hXAcetoacetate exchanger*h}r+X SUBSYSTEMr,XExchanger-sh }r.j8,hj9,hj:,h]r/r0Rr1j>,}r2(j|gGj/GuhNjX,GjY,G@@ubj0,)r3}r4(hX EX_acald_er5hXAcetaldehyde exchanger6h}r7X SUBSYSTEMr8XExchanger9sh }r:j8,hj9,hj:,h]r;r<Rr=j>,}r>(jgGj/GuhNjX,GjY,G@@ubj0,)r?}r@(hX EX_acgal1p_erAhX-N Acetyl D galactosamine 1 phosphate exchangerBh}rCX SUBSYSTEMrDXExchangerEsh }rFj8,hj9,hj:,h]rGrHRrIj>,}rJ(jiGj/GuhNjX,GjY,G@@ubj0,)rK}rL(hX EX_acgal_erMhX!N Acetyl D galactosamine exchangerNh}rOX SUBSYSTEMrPXExchangerQsh }rRj8,hj9,hj:,h]rSrTRrUj>,}rV(j4iGj/GuhNjX,GjY,G@@ubj0,)rW}rX(hX EX_acgam1p_erYhX+N Acetyl D glucosamine 1 phosphate exchangerZh}r[X SUBSYSTEMr\XExchanger]sh }r^j8,hj9,hj:,h]r_r`Rraj>,}rb(jiGj/GuhNjX,GjY,G@@ubj0,)rc}rd(hX EX_acgam_erehXN Acetyl D glucosamine exchangerfh}rgX SUBSYSTEMrhXExchangerish }rjj8,hj9,hj:,h]rkrlRrmj>,}rn(jijGj0GuhNjX,GjY,G@@ubj0,)ro}rp(hX EX_acmana_erqhXN Acetyl D mannosamine exchangerrh}rsX SUBSYSTEMrtXExchangerush }rvj8,hj9,hj:,h]rwrxRryj>,}rz(jkGj)0GuhNjX,GjY,G@@ubj0,)r{}r|(hX EX_acmum_er}hXN Acetylmuramate exchanger~h}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j lGjD0GuhNjX,GjY,G@@ubj0,)r}r(hX EX_acnam_erhXN Acetylneuraminate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jlGj_0GuhNjX,GjY,G@@ubj0,)r}r(hX EX_acolipa_erhXJ4 Amino 4 deoxy L arabinose modified core oligosaccharide lipid A exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jnGj{0GuhNjX,GjY,G@@ubj0,)r}r(hX EX_acser_erhXO Acetyl L serine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(joGj0GuhNjX,GjY,G@@ubj0,)r}r(hXEX_ade_erhXAdenine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jhqGj0GuhNjX,GjY,G@@ubj0,)r}r(hXEX_adn_erhXAdenosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r®(jrGj0GuhNjX,GjY,G@@ubj0,)rî}rĮ(hX EX_adocbl_erŮhXAdenosylcobalamin exchangerƮh}rǮX SUBSYSTEMrȮXExchangerɮsh }rʮj8,hj9,hj:,h]rˮr̮Rrͮj>,}rή(jrGj0GuhNjX,GjY,G@@ubj0,)rϮ}rЮ(hXEX_ag_erѮhXsilver exchangerҮh}rӮX SUBSYSTEMrԮXExchangerծsh }r֮j8,hj9,hj:,h]r׮rخRrٮj>,}rڮ(j@,)rۮ}rܮ(hXag_erݮhXsilverrޮh}r߮(XFORMULArXAgrXPUBCHEMrX8935rXCHARGErj-XCHEBIrX9141rXKEGGrXC06710ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj1GuhNjX,GjY,G@@ubj0,)r}r(hXEX_agm_erhXAgmatine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(juGj1GuhNjX,GjY,G@@ubj0,)r}r(hXEX_akg_erhX2 Oxoglutarate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jxGj61GuhNjX,GjY,G@@ubj0,)r}r(hX EX_ala__B_erhXbeta Alanine exchangerh}r X SUBSYSTEMr XExchanger sh }r j8,hj9,hj:,h]r rRrj>,}r(jȅGjR1GuhNjX,GjY,G@@ubj0,)r}r(hX EX_ala__D_erhXD Alanine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jKGjm1GuhNjX,GjY,G@@ubj0,)r}r(hX EX_ala__L_erhXL Alanine exchanger h}r!X SUBSYSTEMr"XExchanger#sh }r$j8,hj9,hj:,h]r%r&Rr'j>,}r((j>zGj1GuhNjX,GjY,G@@ubj0,)r)}r*(hX EX_alaala_er+hXD Alanyl D alanine exchanger,h}r-X SUBSYSTEMr.XExchanger/sh }r0j8,hj9,hj:,h]r1r2Rr3j>,}r4(jyGj1GuhNjX,GjY,G@@ubj0,)r5}r6(hX EX_all__D_er7hXD Allose exchanger8h}r9X SUBSYSTEMr:XExchanger;sh }r<j8,hj9,hj:,h]r=r>Rr?j>,}r@(j"{Gj1GuhNjX,GjY,G@@ubj0,)rA}rB(hX EX_alltn_erChXAllantoin exchangerDh}rEX SUBSYSTEMrFXExchangerGsh }rHj8,hj9,hj:,h]rIrJRrKj>,}rL(j{Gj1GuhNjX,GjY,G@@ubj0,)rM}rN(hXEX_amp_erOhX AMP exchangerPh}rQX SUBSYSTEMrRXExchangerSsh }rTj8,hj9,hj:,h]rUrVRrWj>,}rX(j}Gj1GuhNjX,GjY,G@@ubj0,)rY}rZ(hX EX_anhgm_er[hX>N Acetyl D glucosamine anhydrous N Acetylmuramic acid exchanger\h}r]X SUBSYSTEMr^XExchanger_sh }r`j8,hj9,hj:,h]rarbRrcj>,}rd(j}Gj2GuhNjX,GjY,G@@ubj0,)re}rf(hX EX_arab__L_erghXL Arabinose exchangerhh}riX SUBSYSTEMrjXExchangerksh }rlj8,hj9,hj:,h]rmrnRroj>,}rp(joGj)2GuhNjX,GjY,G@@ubj0,)rq}rr(hX EX_arbtn_ershXaerobactin minus Fe3 exchangerth}ruX SUBSYSTEMrvXExchangerwsh }rxj8,hj9,hj:,h]ryrzRr{j>,}r|(jGjD2GuhNjX,GjY,G@@ubj0,)r}}r~(hXEX_arbtn__fe3_erhXAerobactin exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj]2GuhNjX,GjY,G@@ubj0,)r}r(hX EX_arg__L_erhXL Arginine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGjx2GuhNjX,GjY,G@@ubj0,)r}r(hX EX_ascb__L_erhXL Ascorbate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j5Gj2GuhNjX,GjY,G@@ubj0,)r}r(hX EX_asn__L_erhXL Asparagine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j$Gj2GuhNjX,GjY,G@@ubj0,)r}r(hX EX_aso3_erhXarsenite exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jEGj2GuhNjX,GjY,G@@ubj0,)r}r(hX EX_asp__L_erhXL Aspartate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rr¯Rrïj>,}rį(jGj2GuhNjX,GjY,G@@ubj0,)rů}rƯ(hXEX_but_erǯhXButyrate n C40 exchangerȯh}rɯX SUBSYSTEMrʯXExchanger˯sh }r̯j8,hj9,hj:,h]rͯrίRrϯj>,}rЯ(jGj3GuhNjX,GjY,G@@ubj0,)rѯ}rү(hX EX_butso3_erӯhXbutanesulfonate exchangerԯh}rկX SUBSYSTEMr֯XExchangerׯsh }rدj8,hj9,hj:,h]rٯrگRrۯj>,}rܯ(jyGj3GuhNjX,GjY,G@@ubj0,)rݯ}rޯ(hXEX_ca2_er߯hXCalcium exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj63GuhNjX,GtzG{jY,G@@ubj0,)r}r(hXEX_cbi_erhXCobinamide exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jهGjQ3GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cbl1_erhXCob I alamin exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jPGjl3GuhNjX,GjY,G@@ubj0,)r}r(hXEX_cd2_erhXCadmium exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]r r Rr j>,}r (jˆGj3GuhNjX,GjY,G@@ubj0,)r }r(hX EX_cgly_erhXCys Gly exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj3GuhNjX,GjY,G@@ubj0,)r}r(hX EX_chol_erhXCholine exchangerh}rX SUBSYSTEMrXExchangersh }r j8,hj9,hj:,h]r!r"Rr#j>,}r$(jGj3GuhNjX,GjY,G@@ubj0,)r%}r&(hXEX_cit_er'hXCitrate exchanger(h}r)X SUBSYSTEMr*XExchanger+sh }r,j8,hj9,hj:,h]r-r.Rr/j>,}r0(jGj3GuhNjX,G@bMjY,G@@ubj0,)r1}r2(hX EX_icit_er3hXIsocitrate exchanger4h}r5X SUBSYSTEMr6XExchanger7sh }r8j8,hj9,hj:,h]r9r:Rr;j>,}r<(jˋGj3GuhNjX,GjY,G@@ubj0,)r=}r>(hX EX_acon__C_er?hXcisaconitate exchanger@h}rAX SUBSYSTEMrBXExchangerCsh }rDj8,hj9,hj:,h]rErFRrGj>,}rH(jGj4GuhNjX,GjY,G@@ubj0,)rI}rJ(hXEX_cl_erKhXChloride exchangerLh}rMX SUBSYSTEMrNXExchangerOsh }rPj8,hj9,hj:,h]rQrRRrSj>,}rT(jGj-4GuhNjX,GbMjY,G@@ubj0,)rU}rV(hXEX_cmp_erWhX CMP exchangerXh}rYX SUBSYSTEMrZXExchanger[sh }r\j8,hj9,hj:,h]r]r^Rr_j>,}r`(j&GjI4GuhNjX,GjY,G@@ubj0,)ra}rb(hXEX_co2_erchX CO2 exchangerdh}reX SUBSYSTEMrfXExchangergsh }rhj8,hj9,hj:,h]rirjRrkj>,}rl(j[Gje4GuhNjX,G2jY,G@@ubj0,)rm}rn(hX EX_cobalt2_erohX Co2 exchangerph}rqX SUBSYSTEMrrXExchangerssh }rtj8,hj9,hj:,h]rurvRrwj>,}rx(jˏGj4GuhNjX,GtzG{jY,G@@ubj0,)ry}rz(hX EX_colipa_er{hX%core oligosaccharide lipid A exchanger|h}r}X SUBSYSTEMr~XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j&Gj4GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cpgn_erhXcoprogen exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jߐGj4GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cpgn__un_erhX%coprogen unloaded no Fe III exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj4GuhNjX,GjY,G@@ubj0,)r}r(hXEX_crn_erhXL Carnitine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj4GuhNjX,GjY,G@@ubj0,)r}r(hXEX_csn_erhXCytosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj5GuhNjX,GjY,G@@ubj0,)r}r(hXEX_cu2_erhX Cu2 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j9Gj5GuhNjX,GtzG{jY,G@@ubj0,)r}r°(hXEX_cu_erðhX Cu exchangerİh}rŰX SUBSYSTEMrưXExchangerǰsh }rȰj8,hj9,hj:,h]rɰrʰRr˰j>,}r̰(jhGj75GuhNjX,GjY,G@@ubj0,)rͰ}rΰ(hX EX_cyan_erϰhXHydrogen cyanide exchangerаh}rѰX SUBSYSTEMrҰXExchangerӰsh }r԰j8,hj9,hj:,h]rհrְRrװj>,}rذ(j9GjP5GuhNjX,GjY,G@@ubj0,)rٰ}rڰ(hX EX_cynt_er۰hXCyanate exchangerܰh}rݰX SUBSYSTEMrްXExchanger߰sh }rj8,hj9,hj:,h]rrRrj>,}r(jZGjk5GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cys__D_erhXD Cysteine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj5GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cys__L_erhXL Cysteine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj5GuhNjX,GjY,G@@ubj0,)r}r(hX EX_cysi__L_erhXL Cystine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj5GuhNjX,GjY,G@@ubj0,)r }r (hX EX_cytd_er hXCytidine exchanger h}r X SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj5GuhNjX,GjY,G@@ubj0,)r}r(hX EX_dad__2_erhXDeoxyadenosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (jGj5GuhNjX,GjY,G@@ubj0,)r!}r"(hX EX_damp_er#hX dAMP exchanger$h}r%X SUBSYSTEMr&XExchanger'sh }r(j8,hj9,hj:,h]r)r*Rr+j>,}r,(jlGj6GuhNjX,GjY,G@@ubj0,)r-}r.(hXEX_dca_er/hXDecanoate n C100 exchanger0h}r1X SUBSYSTEMr2XExchanger3sh }r4j8,hj9,hj:,h]r5r6Rr7j>,}r8(jԚGj*6GuhNjX,GjY,G@@ubj0,)r9}r:(hX EX_dcmp_er;hX dCMP exchanger<h}r=X SUBSYSTEMr>XExchanger?sh }r@j8,hj9,hj:,h]rArBRrCj>,}rD(j GjF6GuhNjX,GjY,G@@ubj0,)rE}rF(hX EX_dcyt_erGhXDeoxycytidine exchangerHh}rIX SUBSYSTEMrJXExchangerKsh }rLj8,hj9,hj:,h]rMrNRrOj>,}rP(jěGjb6GuhNjX,GjY,G@@ubj0,)rQ}rR(hX EX_ddca_erShXDodecanoate n C120 exchangerTh}rUX SUBSYSTEMrVXExchangerWsh }rXj8,hj9,hj:,h]rYrZRr[j>,}r\(jGj}6GuhNjX,GjY,G@@ubj0,)r]}r^(hX EX_dgmp_er_hX dGMP exchanger`h}raX SUBSYSTEMrbXExchangercsh }rdj8,hj9,hj:,h]rerfRrgj>,}rh(jGj6GuhNjX,GjY,G@@ubj0,)ri}rj(hX EX_dgsn_erkhXDeoxyguanosine exchangerlh}rmX SUBSYSTEMrnXExchangerosh }rpj8,hj9,hj:,h]rqrrRrsj>,}rt(jGj6GuhNjX,GjY,G@@ubj0,)ru}rv(hXEX_dha_erwhXDihydroxyacetone exchangerxh}ryX SUBSYSTEMrzXExchanger{sh }r|j8,hj9,hj:,h]r}r~Rrj>,}r(jGj6GuhNjX,GjY,G@@ubj0,)r}r(hX EX_dimp_erhX dIMP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj6GuhNjX,GjY,G@@ubj0,)r}r(hXEX_din_erhXDeoxyinosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj7GuhNjX,GjY,G@@ubj0,)r}r(hXEX_dms_erhXDimethyl sulfide exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jWGj"7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_dmso_erhXDimethyl sulfoxide exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j$Gj=7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_dopa_erhXDopamine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@GjX7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_dtmp_erhX dTMP exchangerh}rX SUBSYSTEMr±XExchangerñsh }rıj8,hj9,hj:,h]rűrƱRrDZj>,}rȱ(jvGjs7GuhNjX,GjY,G@@ubj0,)rɱ}rʱ(hX EX_dump_er˱hX dUMP exchangeṟh}rͱX SUBSYSTEMrαXExchangerϱsh }rбj8,hj9,hj:,h]rѱrұRrӱj>,}rԱ(jGj7GuhNjX,GjY,G@@ubj0,)rձ}rֱ(hX EX_duri_erױhXDeoxyuridine exchangerرh}rٱX SUBSYSTEMrڱXExchanger۱sh }rܱj8,hj9,hj:,h]rݱrޱRr߱j>,}r(jUGj7GuhNjX,GjY,G@@ubj0,)r}r(hXEX_eca4colipa_erhXH enterobacterial common antigen x4 core oligosaccharide lipid A exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_enlipa_erhX*phosphoethanolamine KDO 2 lipid A exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jJGj7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_enter_erhXEnterochelin exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXenter_erhX Enterochelinrh}r (XFORMULAr X C30H27N3O15r XPUBCHEMr X8116r XCHARGErjK,XCHEBIrX28855rXKEGGrXC05821ruh }rhNhh]rrRrjS,j jT,j,jV,KjW,GubGj7GuhNjX,GjY,G@@ubj0,)r}r(hX EX_etha_erhXEthanolamine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rr Rr!j>,}r"(jGj8GuhNjX,GjY,G@@ubj0,)r#}r$(hX EX_ethso3_er%hXethanesulfonate exchanger&h}r'X SUBSYSTEMr(XExchanger)sh }r*j8,hj9,hj:,h]r+r,Rr-j>,}r.(jGj.8GuhNjX,GjY,G@@ubj0,)r/}r0(hX EX_etoh_er1hXEthanol exchanger2h}r3X SUBSYSTEMr4XExchanger5sh }r6j8,hj9,hj:,h]r7r8Rr9j>,}r:(j|GjG8GuhNjX,GjY,G@@ubj0,)r;}r<(hXEX_f6p_er=hXD fructose 6 phosphate exchanger>h}r?X SUBSYSTEMr@XExchangerAsh }rBj8,hj9,hj:,h]rCrDRrEj>,}rF(j@,)rG}rH(hXf6p_erIhXD-Fructose-6-phosphaterJh}rK(XFORMULArLXC6H11O9PrMXPUBCHEMrNX3385rOXCHARGErPX-2rQXCHEBIrRX15946rSXKEGGrTXC00085rUuh }rVhNhh]rWrXRrYjS,jMjT,j,jV,JjW,GubGjb8GuhNjX,GjY,G@@ubj0,)rZ}r[(hX EX_fald_er\hXFormaldehyde exchanger]h}r^X SUBSYSTEMr_XExchanger`sh }raj8,hj9,hj:,h]rbrcRrdj>,}re(j@,)rf}rg(hXfald_erhhX Formaldehyderih}rj(XFORMULArkXCH2OrlXPUBCHEMrmX3367rnXCHARGErojK,XCHEBIrpX16842rqXKEGGrrXC00067rsuh }rthNhh]rurvRrwjS,jljT,j,jV,KjW,GubGj~8GuhNjX,GjY,G@@ubj0,)rx}ry(hXEX_fe2_erzhX Fe2 exchanger{h}r|X SUBSYSTEMr}XExchanger~sh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXfe2_erhXFe2rh}r(XFORMULArXFerXPUBCHEMrX3325rXCHARGErj]-XCHEBIrX18248rXKEGGrXC00023ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj8GuhNjX,GjY,G@@ubj0,)r}r(hXEX_fe3_erhX Fe3 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj8GuhNjX,GtzG{jY,G@@ubj0,)r}r(hX EX_fe3dcit_erhXFe III dicitrate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX fe3dcit_erhXFe-III-dicitraterh}r(XFORMULArX C12H10FeO14rXPUBCHEMrX8472rXCHARGErX-3rXCHEBIrjK,XKEGGrXC06229ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj8GuhNjX,GjY,G@@ubj0,)r}r(hX EX_fe3dhbzs_er²hX*ferric 2 3 dihydroxybenzoylserine exchangeròh}rIJX SUBSYSTEMrŲXExchangerƲsh }rDzj8,hj9,hj:,h]rȲrɲRrʲj>,}r˲(j@,)r̲}rͲ(hX fe3dhbzs_erβhX!ferric-2-3-dihydroxybenzoylserinerϲh}rв(XFORMULArѲX C10H10NO6FerҲXPUBCHEMrӲjK,XCHARGErԲj]-XCHEBIrղjK,XKEGGrֲjK,uh }rײhNhh]rزrٲRrڲjS,jҲjT,j,jV,KjW,GubGj8GuhNjX,GjY,G@@ubj0,)r۲}rܲ(hX EX_fe3hox_erݲhXFe III hydroxamate exchanger޲h}r߲X SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXfe3hox_erhXFe-III-hydroxamaterh}r(XFORMULArX C9H18O6N3FerXPUBCHEMrX8470rXCHARGErjK,XCHEBIrjK,XKEGGrXC06227ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hXEX_fe3hox__un_erhX#Fe III hydoxamate unloaded exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX fe3hox__un_erhXFe-III-hydoxamate-unloadedrh}r(XFORMULAr X C9H18O6N3r XPUBCHEMr jK,XCHARGEr X-3r XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j jT,j,jV,JjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hX EX_fecrm_erhXFerrichrome exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r }r!(hXfecrm_er"hX Ferrichromer#h}r$(XFORMULAr%X C27H42FeN9O12r&XPUBCHEMr'X8471r(XCHARGEr)jK,XCHEBIr*jK,XKEGGr+XC06228r,uh }r-hNhh]r.r/Rr0jS,j&jT,j,jV,KjW,GubGj49GuhNjX,GjY,G@@ubj0,)r1}r2(hXEX_fecrm__un_er3hX!Ferrichrome minus Fe III exchanger4h}r5X SUBSYSTEMr6XExchanger7sh }r8j8,hj9,hj:,h]r9r:Rr;j>,}r<(j@,)r=}r>(hX fecrm__un_er?hXFerrichrome-minus-Fe-IIIr@h}rA(XFORMULArBX C27H42N9O12rCXPUBCHEMrDjK,XCHARGErEX-3rFXCHEBIrGjK,XKEGGrHjK,uh }rIhNhh]rJrKRrLjS,jCjT,j,jV,JjW,GubGjN9GuhNjX,GjY,G@@ubj0,)rM}rN(hX EX_feenter_erOhXFe enterobactin exchangerPh}rQX SUBSYSTEMrRXExchangerSsh }rTj8,hj9,hj:,h]rUrVRrWj>,}rX(j@,)rY}rZ(hX feenter_er[hXFe-enterobactinr\h}r](XFORMULAr^X C30H27FeN3O15r_XPUBCHEMr`X8473raXCHARGErbj8XCHEBIrcX28199rdXKEGGreXC06230rfuh }rghNhh]rhriRrjjS,j_jT,j,jV,KjW,GubGjg9GuhNjX,GjY,G@@ubj0,)rk}rl(hX EX_feoxam_ermhXferroxamine exchangernh}roX SUBSYSTEMrpXExchangerqsh }rrj8,hj9,hj:,h]rsrtRruj>,}rv(j@,)rw}rx(hXfeoxam_eryhX ferroxaminerzh}r{(XFORMULAr|X C25H46FeN6O8r}XPUBCHEMr~X9799rXCHARGErj-XCHEBIrjK,XKEGGrXC07597ruh }rhNhh]rrRrjS,j}jT,j,jV,KjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hXEX_feoxam__un_erhXferroxamine minus Fe 3 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX feoxam__un_erhXferroxamine-minus-Fe-3rh}r(XFORMULArX C25H46N6O8rXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hXEX_for_erhXFormate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXfor_erhXFormaterh}r(XFORMULArXCH1O2rXPUBCHEMrX3358rXCHARGErX-1rXCHEBIrX30751rXKEGGrXC00058ruh }rhNhh]rrRr³jS,jjT,j,jV,JjW,GubGj9GuhNjX,GjY,G@@ubj0,)ró}rij(hXEX_fru_erųhXD Fructose exchangerƳh}rdzX SUBSYSTEMrȳXExchangerɳsh }rʳj8,hj9,hj:,h]r˳r̳Rrͳj>,}rγ(j@,)rϳ}rг(hXfru_erѳhX D-Fructoserҳh}rӳ(XFORMULArԳXC6H12O6rճXPUBCHEMrֳX3395r׳XCHARGErسjK,XCHEBIrٳX15824rڳXKEGGr۳XC00095rܳuh }rݳhNhh]r޳r߳RrjS,jճjT,j,jV,KjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hX EX_frulys_erhXfructoselysine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXfrulys_erhXfructoselysinerh}r(XFORMULArX C12H25N2O7rXPUBCHEMrX47205784rXCHARGErj-XCHEBIrjK,XKEGGrXC16488ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj9GuhNjX,GjY,G@@ubj0,)r}r(hX EX_fruur_erhXD Fructuronate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r }r (hXfruur_er hXD-Fructuronater h}r(XFORMULArXC6H9O7rXPUBCHEMrX4160rXCHARGErX-1rXCHEBIrX4126rXKEGGrXC00905ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj:GuhNjX,GjY,G@@ubj0,)r}r(hX EX_fuc__L_erhXL Fucose exchanger h}r!X SUBSYSTEMr"XExchanger#sh }r$j8,hj9,hj:,h]r%r&Rr'j>,}r((j@,)r)}r*(hXfuc__L_er+hXL-Fucoser,h}r-(XFORMULAr.XC6H12O5r/XPUBCHEMr0X4264r1XCHARGEr2jK,XCHEBIr3X2181r4XKEGGr5XC01019r6uh }r7hNhh]r8r9Rr:jS,j/jT,j,jV,KjW,GubGj":GuhNjX,GjY,G@@ubj0,)r;}r<(hXEX_fum_er=hXFumarate exchanger>h}r?X SUBSYSTEMr@XExchangerAsh }rBj8,hj9,hj:,h]rCrDRrEj>,}rF(j@,)rG}rH(hXfum_erIhXFumaraterJh}rK(XFORMULArLXC4H2O4rMXPUBCHEMrNX3422rOXCHARGErPX-2rQXCHEBIrRX18012rSXKEGGrTXC00122rUuh }rVhNhh]rWrXRrYjS,jMjT,j,jV,JjW,GubGj=:GuhNjX,GjY,G@@ubj0,)rZ}r[(hXEX_g1p_er\hXD Glucose 1 phosphate exchanger]h}r^X SUBSYSTEMr_XExchanger`sh }raj8,hj9,hj:,h]rbrcRrdj>,}re(j@,)rf}rg(hXg1p_erhhXD-Glucose-1-phosphaterih}rj(XFORMULArkXC6H11O9PrlXPUBCHEMrmX3403rnXCHARGEroX-2rpXCHEBIrqX 16077 29042rrXKEGGrsXC00103rtuh }ruhNhh]rvrwRrxjS,jljT,j,jV,JjW,GubGjY:GuhNjX,GjY,G@@ubj0,)ry}rz(hX EX_g3pc_er{hX$sn Glycero 3 phosphocholine exchanger|h}r}X SUBSYSTEMr~XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXg3pc_erhXsn-Glycero-3-phosphocholinerh}r(XFORMULArX C8H20NO6PrXPUBCHEMrX3939rXCHARGErjK,XCHEBIrX16870rXKEGGrXC00670ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGju:GuhNjX,GjY,G@@ubj0,)r}r(hX EX_g3pe_erhX)sn Glycero 3 phosphoethanolamine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXg3pe_erhX sn-Glycero-3-phosphoethanolaminerh}r(XFORMULArX C5H14NO6PrXPUBCHEMrX4454rXCHARGErjK,XCHEBIrjK,XKEGGrXC01233ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj:GuhNjX,GjY,G@@ubj0,)r}r(hX EX_g3pg_erhXGlycerophosphoglycerol exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXg3pg_er´hXGlycerophosphoglycerolrôh}rĴ(XFORMULArŴXC6H14O8PrƴXPUBCHEMrǴX6135rȴXCHARGErɴX-1rʴXCHEBIr˴jK,XKEGGr̴XC03274rʹuh }rδhNhh]rϴrдRrѴjS,jƴjT,j,jV,JjW,GubGj:GuhNjX,GjY,G@@ubj0,)rҴ}rӴ(hX EX_g3pi_erԴhX(sn Glycero 3 phospho 1 inositol exchangerմh}rִX SUBSYSTEMr״XExchangerشsh }rٴj8,hj9,hj:,h]rڴr۴Rrܴj>,}rݴ(j@,)r޴}rߴ(hXg3pi_erhXsn-Glycero-3-phospho-1-inositolrh}r(XFORMULArX C9H18O11PrXPUBCHEMrX4447rXCHARGErX-1rXCHEBIrX18321rXKEGGrXC01225ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj:GuhNjX,GjY,G@@ubj0,)r}r(hX EX_g3ps_erhXGlycerophosphoserine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXg3ps_erhXGlycerophosphoserinerh}r(XFORMULArX C6H13NO8PrXPUBCHEMrX3081457rXCHARGErX-1rXCHEBIrjK,XKEGGr jK,uh }r hNhh]r r Rr jS,jjT,j,jV,JjW,GubGj:GuhNjX,GjY,G@@ubj0,)r}r(hXEX_g6p_erhXD Glucose 6 phosphate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXg6p_erhXD-Glucose-6-phosphaterh}r(XFORMULArXC6H11O9Pr XPUBCHEMr!X3392r"XCHARGEr#X-2r$XCHEBIr%X4170r&XKEGGr'XC00092r(uh }r)hNhh]r*r+Rr,jS,j jT,j,jV,JjW,GubGj:GuhNjX,GjY,G@@ubj0,)r-}r.(hX EX_gal1p_er/hX&alpha D Galactose 1 phosphate exchanger0h}r1X SUBSYSTEMr2XExchanger3sh }r4j8,hj9,hj:,h]r5r6Rr7j>,}r8(j@,)r9}r:(hXgal1p_er;hXalpha-D-Galactose-1-phosphater<h}r=(XFORMULAr>XC6H11O9Pr?XPUBCHEMr@X3734rAXCHARGErBX-2rCXCHEBIrDX17973rEXKEGGrFXC00446rGuh }rHhNhh]rIrJRrKjS,j?jT,j,jV,JjW,GubGj;GuhNjX,GjY,G@@ubj0,)rL}rM(hX EX_gal__bD_erNhXbeta D Galactose exchangerOh}rPX SUBSYSTEMrQXExchangerRsh }rSj8,hj9,hj:,h]rTrURrVj>,}rW(j@,)rX}rY(hX gal__bD_erZhXbeta-D-Galactoser[h}r\(XFORMULAr]XC6H12O6r^XPUBCHEMr_X4738r`XCHARGErajK,XCHEBIrbX28260rcXKEGGrdXC01582reuh }rfhNhh]rgrhRrijS,j^jT,j,jV,KjW,GubGj3;GuhNjX,GjY,G@@ubj0,)rj}rk(hXEX_gal_erlhXD Galactose exchangermh}rnX SUBSYSTEMroXExchangerpsh }rqj8,hj9,hj:,h]rrrsRrtj>,}ru(j@,)rv}rw(hXgal_erxhX D-Galactoseryh}rz(XFORMULAr{XC6H12O6r|XPUBCHEMr}X3424r~XCHARGErjK,XCHEBIrX4139rXKEGGrXC00124ruh }rhNhh]rrRrjS,j|jT,j,jV,KjW,GubGjN;GuhNjX,GjY,G@@ubj0,)r}r(hX EX_galct__D_erhXD Galactarate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX galct__D_erhX D-Galactaraterh}r(XFORMULArXC6H8O8rXPUBCHEMrX4135rXCHARGErX-2rXCHEBIrjK,XKEGGrXC00879ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGji;GuhNjX,GjY,G@@ubj0,)r}r(hXEX_galctn__D_erhXD Galactonate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX galctn__D_erhX D-Galactonaterh}r(XFORMULArXC6H11O7rXPUBCHEMrX4136rXCHARGErX-1rXCHEBIrX 12931 16534rXKEGGrXC00880ruh }rhNhh]rµrõRrĵjS,jjT,j,jV,JjW,GubGj;GuhNjX,GjY,G@@ubj0,)rŵ}rƵ(hXEX_galctn__L_erǵhXL Galactonate exchangerȵh}rɵX SUBSYSTEMrʵXExchanger˵sh }r̵j8,hj9,hj:,h]r͵rεRrϵj>,}rе(j@,)rѵ}rҵ(hX galctn__L_erӵhX L-GalactonaterԵh}rյ(XFORMULArֵXC6H11O7r׵XPUBCHEMrصX47205248rٵXCHARGErڵX-1r۵XCHEBIrܵjK,XKEGGrݵXC15930r޵uh }rߵhNhh]rrRrjS,j׵jT,j,jV,JjW,GubGj;GuhNjX,GjY,G@@ubj0,)r}r(hX EX_galt_erhXGalactitol exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXgalt_erhX Galactitolrh}r(XFORMULArXC6H14O6rXPUBCHEMrX4837rXCHARGErjK,XCHEBIrX16813rXKEGGrXC01697ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj;GuhNjX,GjY,G@@ubj0,)r}r(hX EX_galur_erhXD Galacturonate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]r r Rr j>,}r (j@,)r }r(hXgalur_erhXD-Galacturonaterh}r(XFORMULArXC6H9O7rXPUBCHEMrX3627rXCHARGErX-1rXCHEBIrjK,XKEGGrXC00333ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj;GuhNjX,GjY,G@@ubj0,)r}r (hX EX_gam6p_er!hX"D Glucosamine 6 phosphate exchanger"h}r#X SUBSYSTEMr$XExchanger%sh }r&j8,hj9,hj:,h]r'r(Rr)j>,}r*(j@,)r+}r,(hXgam6p_er-hXD-Glucosamine-6-phosphater.h}r/(XFORMULAr0X C6H13NO8Pr1XPUBCHEMr2X3645r3XCHARGEr4X-1r5XCHEBIr6X15873r7XKEGGr8XC00352r9uh }r:hNhh]r;r<Rr=jS,j1jT,j,jV,JjW,GubGj;GuhNjX,GjY,G@@ubj0,)r>}r?(hXEX_gam_er@hXD Glucosamine exchangerAh}rBX SUBSYSTEMrCXExchangerDsh }rEj8,hj9,hj:,h]rFrGRrHj>,}rI(j@,)rJ}rK(hXgam_erLhX D-GlucosaminerMh}rN(XFORMULArOXC6H14NO5rPXPUBCHEMrQX3623rRXCHARGErSj-XCHEBIrTX47977rUXKEGGrVXC00329rWuh }rXhNhh]rYrZRr[jS,jPjT,j,jV,KjW,GubGj <GuhNjX,GjY,G@@ubj0,)r\}r](hX EX_gbbtn_er^hXgamma butyrobetaine exchanger_h}r`X SUBSYSTEMraXExchangerbsh }rcj8,hj9,hj:,h]rdreRrfj>,}rg(j@,)rh}ri(hXgbbtn_erjhXgamma-butyrobetainerkh}rl(XFORMULArmXC7H15NO2rnXPUBCHEMroX4408rpXCHARGErqjK,XCHEBIrrX1941rsXKEGGrtXC01181ruuh }rvhNhh]rwrxRryjS,jnjT,j,jV,KjW,GubGj(<GuhNjX,GjY,G@@ubj0,)rz}r{(hXEX_gdp_er|hX GDP exchanger}h}r~X SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXgdp_erhXGDPrh}r(XFORMULArX C10H12N5O11P2rXPUBCHEMrX3337rXCHARGErX-3rXCHEBIrX17552rXKEGGrXC00035ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjC<GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glc__D_erhXD Glucose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXglc__D_erhX D-Glucoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3333rXCHARGErjK,XCHEBIrX4167rXKEGGrXC00031ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj_<GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glcn_erhXD Gluconate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r¶(j@,)rö}rĶ(hXglcn_erŶhX D-Gluconaterƶh}rǶ(XFORMULArȶXC6H11O7rɶXPUBCHEMrʶX3556r˶XCHARGEr̶X-1rͶXCHEBIrζX33198r϶XKEGGrжXC00257rѶuh }rҶhNhh]rӶrԶRrնjS,jɶjT,j,jV,JjW,GubGjz<GuhNjX,GjY,G@@ubj0,)rֶ}r׶(hX EX_glcr_erضhXD Glucarate exchangerٶh}rڶX SUBSYSTEMr۶XExchangerܶsh }rݶj8,hj9,hj:,h]r޶r߶Rrj>,}r(j@,)r}r(hXglcr_erhX D-Glucaraterh}r(XFORMULArXC6H8O8rXPUBCHEMrX4076rXCHARGErX-2rXCHEBIrX16002rXKEGGrXC00818ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj<GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glcur1p_erhX"D Glucuronate 1 phosphate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX glcur1p_erhXD-Glucuronate-1-phosphaterh}r(XFORMULArXC6H8O10PrXPUBCHEMrX7759r XCHARGEr X-3r XCHEBIr X28547r XKEGGrXC05385ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj<GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glcur_erhXD Glucuronate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r }r!(hXglcur_er"hX D-Glucuronater#h}r$(XFORMULAr%XC6H9O7r&XPUBCHEMr'X3491r(XCHARGEr)X-1r*XCHEBIr+X 4178 47952r,XKEGGr-XC00191r.uh }r/hNhh]r0r1Rr2jS,j&jT,j,jV,JjW,GubGj<GuhNjX,GjY,G@@ubj0,)r3}r4(hX EX_gln__L_er5hXL Glutamine exchanger6h}r7X SUBSYSTEMr8XExchanger9sh }r:j8,hj9,hj:,h]r;r<Rr=j>,}r>(j@,)r?}r@(hXgln__L_erAhX L-GlutaminerBh}rC(XFORMULArDX C5H10N2O3rEXPUBCHEMrFX3364rGXCHARGErHjK,XCHEBIrIX18050rJXKEGGrKXC00064rLuh }rMhNhh]rNrORrPjS,jEjT,j,jV,KjW,GubGj<GuhNjX,GjY,G@@ubj0,)rQ}rR(hX EX_glu__L_erShXL Glutamate exchangerTh}rUX SUBSYSTEMrVXExchangerWsh }rXj8,hj9,hj:,h]rYrZRr[j>,}r\(j@,)r]}r^(hXglu__L_er_hX L-Glutamater`h}ra(XFORMULArbXC5H8NO4rcXPUBCHEMrdX3327reXCHARGErfX-1rgXCHEBIrhX16015riXKEGGrjXC00025rkuh }rlhNhh]rmrnRrojS,jcjT,j,jV,JjW,GubGj=GuhNjX,GjY,G@@ubj0,)rp}rq(hXEX_gly_errhXGlycine exchangersh}rtX SUBSYSTEMruXExchangervsh }rwj8,hj9,hj:,h]rxryRrzj>,}r{(j@,)r|}r}(hXgly_er~hXGlycinerh}r(XFORMULArXC2H5NO2rXPUBCHEMrX3339rXCHARGErjK,XCHEBIrX15428rXKEGGrXC00037ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj!=GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glyald_erhXD Glyceraldehyde exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXglyald_erhXD-Glyceraldehyderh}r(XFORMULArXC3H6O3rXPUBCHEMrX3856rXCHARGErjK,XCHEBIrX17378rXKEGGrXC00577ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj<=GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glyb_erhXGlycine betaine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXglyb_erhXGlycine-betainerh}r(XFORMULArXC5H11NO2rXPUBCHEMrX3985rXCHARGErjK,XCHEBIr·X17750r÷XKEGGrķXC00719rŷuh }rƷhNhh]rǷrȷRrɷjS,jjT,j,jV,KjW,GubGjW=GuhNjX,GjY,G@@ubj0,)rʷ}r˷(hX EX_glyc2p_er̷hXGlycerol 2 phosphate exchangerͷh}rηX SUBSYSTEMrϷXExchangerзsh }rѷj8,hj9,hj:,h]rҷrӷRrԷj>,}rշ(j@,)rַ}r׷(hXglyc2p_erطhXGlycerol-2-phosphaterٷh}rڷ(XFORMULAr۷XC3H7O6PrܷXPUBCHEMrݷX5889r޷XCHARGEr߷X-2rXCHEBIrX17270rXKEGGrXC02979ruh }rhNhh]rrRrjS,jܷjT,j,jV,JjW,GubGjr=GuhNjX,GjY,G@@ubj0,)r}r(hX EX_glyc3p_erhXGlycerol 3 phosphate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXglyc3p_erhXGlycerol-3-phosphaterh}r(XFORMULArXC3H7O6PrXPUBCHEMrX3393rXCHARGErX-2rXCHEBIrX15978rXKEGGrXC00093ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj=GuhNjX,GjY,G@@ubj0,)r}r (hX EX_glyc__R_er hX R Glycerate exchanger h}r X SUBSYSTEMr XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX glyc__R_erhX R-Glyceraterh}r(XFORMULArXC3H5O4rXPUBCHEMrX3557rXCHARGErX-1rXCHEBIrX32398r XKEGGr!XC00258r"uh }r#hNhh]r$r%Rr&jS,jjT,j,jV,JjW,GubGj=GuhNjX,GjY,G@@ubj0,)r'}r((hX EX_glyc_er)hXGlycerol exchanger*h}r+X SUBSYSTEMr,XExchanger-sh }r.j8,hj9,hj:,h]r/r0Rr1j>,}r2(j@,)r3}r4(hXglyc_er5hXGlycerolr6h}r7(XFORMULAr8XC3H8O3r9XPUBCHEMr:X3416r;XCHARGEr<jK,XCHEBIr=X17754r>XKEGGr?XC00116r@uh }rAhNhh]rBrCRrDjS,j9jT,j,jV,KjW,GubGj=GuhNjX,GDjY,G@@ubj0,)rE}rF(hX EX_glyclt_erGhXGlycolate exchangerHh}rIX SUBSYSTEMrJXExchangerKsh }rLj8,hj9,hj:,h]rMrNRrOj>,}rP(j@,)rQ}rR(hXglyclt_erShX GlycolaterTh}rU(XFORMULArVXC2H3O3rWXPUBCHEMrXX3460rYXCHARGErZX-1r[XCHEBIr\X17497r]XKEGGr^XC00160r_uh }r`hNhh]rarbRrcjS,jWjT,j,jV,JjW,GubGj=GuhNjX,GjY,G@@ubj0,)rd}re(hXEX_gmp_erfhX GMP exchangergh}rhX SUBSYSTEMriXExchangerjsh }rkj8,hj9,hj:,h]rlrmRrnj>,}ro(j@,)rp}rq(hXgmp_errhXGMPrsh}rt(XFORMULAruX C10H12N5O8PrvXPUBCHEMrwX3444rxXCHARGEryX-2rzXCHEBIr{X17345r|XKEGGr}XC00144r~uh }rhNhh]rrRrjS,jvjT,j,jV,JjW,GubGj=GuhNjX,GjY,G@@ubj0,)r}r(hXEX_gsn_erhXGuanosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXgsn_erhX Guanosinerh}r(XFORMULArX C10H13N5O5rXPUBCHEMrX3677rXCHARGErjK,XCHEBIrX16750rXKEGGrXC00387ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj>GuhNjX,GjY,G@@ubj0,)r}r(hX EX_gthox_erhXOxidized glutathione exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXgthox_erhXOxidized-glutathionerh}r(XFORMULArX C20H30N6O12S2rXPUBCHEMrX3427rXCHARGErX-2rXCHEBIrX17858rXKEGGrXC00127ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj4>GuhNjX,GjY,G@@ubj0,)r}r(hX EX_gthrd_er¸hXReduced glutathione exchangerøh}rĸX SUBSYSTEMrŸXExchangerƸsh }rǸj8,hj9,hj:,h]rȸrɸRrʸj>,}r˸(j@,)r̸}r͸(hXgthrd_erθhXReduced-glutathionerϸh}rи(XFORMULArѸX C10H16N3O6SrҸXPUBCHEMrӸX3353rԸXCHARGErոX-1rָXCHEBIr׸X16856rظXKEGGrٸXC00051rڸuh }r۸hNhh]rܸrݸRr޸jS,jҸjT,j,jV,JjW,GubGjP>GuhNjX,GjY,G@@ubj0,)r߸}r(hXEX_gtp_erhX GTP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXgtp_erhXGTPrh}r(XFORMULArX C10H12N5O14P3rXPUBCHEMrX3346rXCHARGErX-4rXCHEBIrX15996rXKEGGrXC00044ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjl>GuhNjX,GjY,G@@ubj0,)r}r(hXEX_gua_erhXGuanine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r }r (hXgua_er hXGuaniner h}r(XFORMULArXC5H5N5OrXPUBCHEMrX3541rXCHARGErjK,XCHEBIrX16235rXKEGGrXC00242ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj>GuhNjX,GjY,G@@ubj0,)r}r(hXEX_h2_erhX H2 exchangerh}r X SUBSYSTEMr!XExchanger"sh }r#j8,hj9,hj:,h]r$r%Rr&j>,}r'(j@,)r(}r)(hXh2_er*hXH2r+h}r,(XFORMULAr-XH2r.XPUBCHEMr/X3577r0XCHARGEr1jK,XCHEBIr2X18276r3XKEGGr4XC00282r5uh }r6hNhh]r7r8Rr9jS,j.jT,j,jV,KjW,GubGj>GuhNjX,GjY,G@@ubj0,)r:}r;(hX EX_h2o2_er<hXHydrogen peroxide exchanger=h}r>X SUBSYSTEMr?XExchanger@sh }rAj8,hj9,hj:,h]rBrCRrDj>,}rE(j@,)rF}rG(hXh2o2_erHhXHydrogen-peroxiderIh}rJ(XFORMULArKXH2O2rLXPUBCHEMrMX3329rNXCHARGErOjK,XCHEBIrPX16240rQXKEGGrRXC00027rSuh }rThNhh]rUrVRrWjS,jLjT,j,jV,KjW,GubGj>GuhNjX,GjY,G@@ubj0,)rX}rY(hXEX_h2o_erZhX H2O exchanger[h}r\X SUBSYSTEMr]XExchanger^sh }r_j8,hj9,hj:,h]r`raRrbj>,}rc(j@,)rd}re(hXh2o_erfhXH2Orgh}rh(XFORMULAriXH2OrjXPUBCHEMrkX3303rlXCHARGErmjK,XCHEBIrnX15377roXKEGGrpXC00001rquh }rrhNhh]rsrtRrujS,jjjT,j,jV,KjW,GubGj>GuhNjX,G@jY,G@@ubj0,)rv}rw(hXEX_h2s_erxhXHydrogen sulfide exchangeryh}rzX SUBSYSTEMr{XExchanger|sh }r}j8,hj9,hj:,h]r~rRrj>,}r(j@,)r}r(hXh2s_erhXHydrogen-sulfiderh}r(XFORMULArXH2SrXPUBCHEMrX3578rXCHARGErjK,XCHEBIrX16136rXKEGGrXC00283ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj>GuhNjX,GjY,G@@ubj0,)r}r(hXEX_h_erhX H exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXh_erhj?h}r(XFORMULArj?XPUBCHEMrX3380rXCHARGErj-XCHEBIrX15378rXKEGGrXC00080ruh }rhNhh]rrRrjS,j?jT,j,jV,KjW,GubGj?GuhNjX,GYjY,G@@ubj0,)r}r(hX EX_hacolipa_erhX;hepta acylated core oligosaccharide lipid A E coli exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX hacolipa_erhX2hepta-acylated-core-oligosaccharide-lipid-A-E-colirh}r(XFORMULArXC192H333N2O101P4r¹XPUBCHEMrùjK,XCHARGErĹX-11rŹXCHEBIrƹjK,XKEGGrǹjK,uh }rȹhNhh]rɹrʹRr˹jS,j¹jT,j,jV,JjW,GubGj)?GuhNjX,GjY,G@@ubj0,)r̹}r͹(hX EX_halipa_erιhX%hepta acylated KDO 2 lipid A exchangerϹh}rйX SUBSYSTEMrѹXExchangerҹsh }rӹj8,hj9,hj:,h]rԹrչRrֹj>,}r׹(j@,)rع}rٹ(hXhalipa_erڹhXhepta-acylated-KDO-2-lipid-Ar۹h}rܹ(XFORMULArݹXC126H226N2O40P2r޹XPUBCHEMr߹jK,XCHARGErX-6rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j޹jT,j,jV,JjW,GubGjB?GuhNjX,GjY,G@@ubj0,)r}r(hX EX_hdca_erhXHexadecanoate n C160 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXhdca_erhXHexadecanoate-n-C160rh}r(XFORMULArXC16H31O2rXPUBCHEMrX3548rXCHARGErX-1rXCHEBIrX15756rXKEGGrXC00249ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj[?GuhNjX,GjY,G@@ubj0,)r}r(hX EX_hdcea_er hXhexadecenoate n C161 exchanger h}r X SUBSYSTEMr XExchanger sh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXhdcea_erhXHexadecenoate-n-C161rh}r(XFORMULArXC16H29O2rXPUBCHEMrX3548rXCHARGErX-1rXCHEBIrX15756rXKEGGr XC00249r!uh }r"hNhh]r#r$Rr%jS,jjT,j,jV,JjW,GubGjw?GuhNjX,GjY,G@@ubj0,)r&}r'(hXEX_hg2_er(hX Hg2 exchanger)h}r*X SUBSYSTEMr+XExchanger,sh }r-j8,hj9,hj:,h]r.r/Rr0j>,}r1(j@,)r2}r3(hXhg2_er4hXHg2r5h}r6(XFORMULAr7XHgr8XPUBCHEMr9X3970r:XCHARGEr;j]-XCHEBIr<X16793r=XKEGGr>XC00703r?uh }r@hNhh]rArBRrCjS,j8jT,j,jV,KjW,GubGj?GuhNjX,GjY,G@@ubj0,)rD}rE(hX EX_his__L_erFhXL Histidine exchangerGh}rHX SUBSYSTEMrIXExchangerJsh }rKj8,hj9,hj:,h]rLrMRrNj>,}rO(j@,)rP}rQ(hXhis__L_erRhX L-HistidinerSh}rT(XFORMULArUXC6H9N3O2rVXPUBCHEMrWX3435rXXCHARGErYjK,XCHEBIrZX15971r[XKEGGr\XC00135r]uh }r^hNhh]r_r`RrajS,jVjT,j,jV,KjW,GubGj?GuhNjX,GjY,G@@ubj0,)rb}rc(hX EX_hom__L_erdhXL Homoserine exchangereh}rfX SUBSYSTEMrgXExchangerhsh }rij8,hj9,hj:,h]rjrkRrlj>,}rm(j@,)rn}ro(hXhom__L_erphX L-Homoserinerqh}rr(XFORMULArsXC4H9NO3rtXPUBCHEMruX3561rvXCHARGErwjK,XCHEBIrxX15699ryXKEGGrzXC00263r{uh }r|hNhh]r}r~RrjS,jtjT,j,jV,KjW,GubGj?GuhNjX,GjY,G@@ubj0,)r}r(hXEX_hxa_erhXHexanoate n C60 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXhxa_erhXHexanoate-n-C60rh}r(XFORMULArXC6H11O2rXPUBCHEMrX4740rXCHARGErX-1rXCHEBIrX30776rXKEGGrXC01585ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj?GuhNjX,GjY,G@@ubj0,)r}r(hX EX_hxan_erhXHypoxanthine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXhxan_erhX Hypoxanthinerh}r(XFORMULArXC5H4N4OrXPUBCHEMrX3560rXCHARGErjK,XCHEBIrX17368rXKEGGrXC00262ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj@GuhNjX,GjY,G@@ubj0,)r}r(hX EX_idon__L_erhXL Idonate exchangerh}rX SUBSYSTEMrºXExchangerúsh }rĺj8,hj9,hj:,h]rźrƺRrǺj>,}rȺ(j@,)rɺ}rʺ(hX idon__L_er˺hX L-Idonater̺h}rͺ(XFORMULArκXC6H11O7rϺXPUBCHEMrкX4032rѺXCHARGErҺX-1rӺXCHEBIrԺX17796rպXKEGGrֺXC00770r׺uh }rغhNhh]rٺrںRrۺjS,jϺjT,j,jV,JjW,GubGj@GuhNjX,GjY,G@@ubj0,)rܺ}rݺ(hX EX_ile__L_er޺hXL Isoleucine exchangerߺh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXile__L_erhX L-Isoleucinerh}r(XFORMULArXC6H13NO2rXPUBCHEMrX3697rXCHARGErjK,XCHEBIrX17191rXKEGGrXC00407ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj7@GuhNjX,GjY,G@@ubj0,)r}r(hXEX_imp_erhX IMP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXimp_erhXIMPr h}r (XFORMULAr X C10H11N4O8Pr XPUBCHEMr X3430rXCHARGErX-2rXCHEBIrX17202rXKEGGrXC00130ruh }rhNhh]rrRrjS,j jT,j,jV,JjW,GubGjR@GuhNjX,GjY,G@@ubj0,)r}r(hX EX_indole_erhXIndole exchangerh}rX SUBSYSTEMrXExchangersh }r j8,hj9,hj:,h]r!r"Rr#j>,}r$(j@,)r%}r&(hXindole_er'hXIndoler(h}r)(XFORMULAr*XC8H7Nr+XPUBCHEMr,X3747r-XCHARGEr.jK,XCHEBIr/X16881r0XKEGGr1XC00463r2uh }r3hNhh]r4r5Rr6jS,j+jT,j,jV,KjW,GubGjn@GuhNjX,GjY,G@@ubj0,)r7}r8(hX EX_inost_er9hXmyo Inositol exchanger:h}r;X SUBSYSTEMr<XExchanger=sh }r>j8,hj9,hj:,h]r?r@RrAj>,}rB(j@,)rC}rD(hXinost_erEhX myo-InositolrFh}rG(XFORMULArHXC6H12O6rIXPUBCHEMrJX3437rKXCHARGErLjK,XCHEBIrMX17268rNXKEGGrOXC00137rPuh }rQhNhh]rRrSRrTjS,jIjT,j,jV,KjW,GubGj@GuhNjX,GjY,G@@ubj0,)rU}rV(hXEX_ins_erWhXInosine exchangerXh}rYX SUBSYSTEMrZXExchanger[sh }r\j8,hj9,hj:,h]r]r^Rr_j>,}r`(j@,)ra}rb(hXins_erchXInosinerdh}re(XFORMULArfX C10H12N4O5rgXPUBCHEMrhX3588riXCHARGErjjK,XCHEBIrkX17596rlXKEGGrmXC00294rnuh }rohNhh]rprqRrrjS,jgjT,j,jV,KjW,GubGj@GuhNjX,GjY,G@@ubj0,)rs}rt(hX EX_isetac_eruhXIsethionic acid exchangervh}rwX SUBSYSTEMrxXExchangerysh }rzj8,hj9,hj:,h]r{r|Rr}j>,}r~(j@,)r}r(hXisetac_erhXIsethionic-acidrh}r(XFORMULArXC2H5O4SrXPUBCHEMrX7545rXCHARGErX-1rXCHEBIrjK,XKEGGrXC05123ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj@GuhNjX,GjY,G@@ubj0,)r}r(hXEX_k_erhX K exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXk_erhX potassiumrh}r(XFORMULArj@XPUBCHEMrX3537rXCHARGErj-XCHEBIrX29103rXKEGGrXC00238ruh }rhNhh]rrRrjS,j@jT,j,jV,KjW,GubGj@GuhNjX,GjY,G@@ubj0,)r}r(hXEX_kdo2lipid4_erhXKDO 2 lipid IV A exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX kdo2lipid4_erhXKDO-2-lipid-IV-Arh}r(XFORMULArXC84H148N2O37P2rXPUBCHEMrX8297r»XCHARGErûX-6rĻXCHEBIrŻjK,XKEGGrƻXC06025rǻuh }rȻhNhh]rɻrʻRr˻jS,jjT,j,jV,JjW,GubGj@GuhNjX,GjY,G@@ubj0,)r̻}rͻ(hX EX_lac__D_erλhXD lactate exchangerϻh}rлX SUBSYSTEMrѻXExchangerһsh }rӻj8,hj9,hj:,h]rԻrջRrֻj>,}r׻(jGjAGuhNjX,GjY,G@@ubj0,)rػ}rٻ(hX EX_lac__L_erڻhXL Lactate exchangerۻh}rܻX SUBSYSTEMrݻXExchanger޻sh }r߻j8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXlac__L_erhX L-Lactaterh}r(XFORMULArXC3H5O3rXPUBCHEMrX3486rXCHARGErX-1rXCHEBIrX422rXKEGGrXC00186ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj,AGuhNjX,GjY,G@@ubj0,)r}r(hX EX_lcts_erhXLactose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXlcts_erhXLactoserh}r(XFORMULArX C12H22O11r XPUBCHEMr X3542r XCHARGEr jK,XCHEBIr X36219rXKEGGrXC00243ruh }rhNhh]rrRrjS,j jT,j,jV,KjW,GubGjHAGuhNjX,GjY,G@@ubj0,)r}r(hX EX_leu__L_erhXL Leucine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r!}r"(hXleu__L_er#hX L-Leuciner$h}r%(XFORMULAr&XC6H13NO2r'XPUBCHEMr(X3423r)XCHARGEr*jK,XCHEBIr+X15603r,XKEGGr-XC00123r.uh }r/hNhh]r0r1Rr2jS,j'jT,j,jV,KjW,GubGjcAGuhNjX,GjY,G@@ubj0,)r3}r4(hXEX_lipa__cold_er5hX#cold adapted KDO 2 lipid A exchanger6h}r7X SUBSYSTEMr8XExchanger9sh }r:j8,hj9,hj:,h]r;r<Rr=j>,}r>(jBGj~AGuhNjX,GjY,G@@ubj0,)r?}r@(hX EX_lipa_erAhXKDO 2 lipid A exchangerBh}rCX SUBSYSTEMrDXExchangerEsh }rFj8,hj9,hj:,h]rGrHRrIj>,}rJ(j@,)rK}rL(hXlipa_erMhX KDO-2-lipid-ArNh}rO(XFORMULArPXC110H196N2O39P2rQXPUBCHEMrRX8298rSXCHARGErTX-6rUXCHEBIrVX27963rWXKEGGrXXC06026rYuh }rZhNhh]r[r\Rr]jS,jQjT,j,jV,JjW,GubGjAGuhNjX,GjY,G@@ubj0,)r^}r_(hX EX_lys__L_er`hXL Lysine exchangerah}rbX SUBSYSTEMrcXExchangerdsh }rej8,hj9,hj:,h]rfrgRrhj>,}ri(j@,)rj}rk(hXlys__L_erlhXL-Lysinermh}rn(XFORMULAroX C6H15N2O2rpXPUBCHEMrqX3349rrXCHARGErsj-XCHEBIrtX18019ruXKEGGrvXC00047rwuh }rxhNhh]ryrzRr{jS,jpjT,j,jV,KjW,GubGjAGuhNjX,GjY,G@@ubj0,)r|}r}(hX EX_lyx__L_er~hXL Lyxose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXlyx__L_erhXL-Lyxoserh}r(XFORMULArXC5H10O5rXPUBCHEMrX4676rXCHARGErjK,XCHEBIrX28480rXKEGGrXC01508ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjAGuhNjX,GjY,G@@ubj0,)r}r(hX EX_mal__D_erhXD Malate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmal__D_erhXD-Malaterh}r(XFORMULArXC4H4O5rXPUBCHEMrX3780rXCHARGErX-2rXCHEBIrX30796rXKEGGrXC00497ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjAGuhNjX,GjY,G@@ubj0,)r}r(hX EX_mal__L_erhXL Malate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rr¼Rrüj>,}rļ(j@,)rż}rƼ(hXmal__L_erǼhXL-Malaterȼh}rɼ(XFORMULArʼXC4H4O5r˼XPUBCHEMr̼X3449rͼXCHARGErμX-2rϼXCHEBIrмX30797rѼXKEGGrҼXC00149rӼuh }rԼhNhh]rռrּRr׼jS,j˼jT,j,jV,JjW,GubGjBGuhNjX,GjY,G@@ubj0,)rؼ}rټ(hX EX_malt_erڼhXMaltose exchangerۼh}rܼX SUBSYSTEMrݼXExchanger޼sh }r߼j8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmalt_erhXMaltoserh}r(XFORMULArX C12H22O11rXPUBCHEMrX3508rXCHARGErjK,XCHEBIrX17306rXKEGGrXC00208ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj!BGuhNjX,GjY,G@@ubj0,)r}r(hX EX_malthx_erhXMaltohexaose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmalthx_erhX Maltohexaoserh}r(XFORMULArX C36H62O31rXPUBCHEMr X5041r XCHARGEr jK,XCHEBIr jK,XKEGGr XC01936ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj,}r(j@,)r}r (hXmaltpt_er!hX Maltopentaoser"h}r#(XFORMULAr$X C30H52O26r%XPUBCHEMr&X 124005??3611r'XCHARGEr(jK,XCHEBIr)X28057r*XKEGGr+jK,uh }r,hNhh]r-r.Rr/jS,j%jT,j,jV,KjW,GubGjVBGuhNjX,GjY,G@@ubj0,)r0}r1(hX EX_malttr_er2hXMaltotriose exchanger3h}r4X SUBSYSTEMr5XExchanger6sh }r7j8,hj9,hj:,h]r8r9Rr:j>,}r;(j@,)r<}r=(hXmalttr_er>hX Maltotrioser?h}r@(XFORMULArAX C18H32O16rBXPUBCHEMrCX4954rDXCHARGErEjK,XCHEBIrFX27931rGXKEGGrHXC01835rIuh }rJhNhh]rKrLRrMjS,jBjT,j,jV,KjW,GubGjpBGuhNjX,GjY,G@@ubj0,)rN}rO(hX EX_maltttr_erPhXMaltotetraose exchangerQh}rRX SUBSYSTEMrSXExchangerTsh }rUj8,hj9,hj:,h]rVrWRrXj>,}rY(j@,)rZ}r[(hX maltttr_er\hX Maltotetraoser]h}r^(XFORMULAr_X C24H42O21r`XPUBCHEMraX5141rbXCHARGErcjK,XCHEBIrdjK,XKEGGreXC02052rfuh }rghNhh]rhriRrjjS,j`jT,j,jV,KjW,GubGjBGuhNjX,GjY,G@@ubj0,)rk}rl(hX EX_man6p_ermhXD Mannose 6 phosphate exchangernh}roX SUBSYSTEMrpXExchangerqsh }rrj8,hj9,hj:,h]rsrtRruj>,}rv(j@,)rw}rx(hXman6p_eryhXD-Mannose-6-phosphaterzh}r{(XFORMULAr|XC6H11O9Pr}XPUBCHEMr~X3572rXCHARGErX-2rXCHEBIrX17369rXKEGGrXC00275ruh }rhNhh]rrRrjS,j}jT,j,jV,JjW,GubGjBGuhNjX,GjY,G@@ubj0,)r}r(hXEX_man_erhXD Mannose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXman_erhX D-Mannoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3459rXCHARGErjK,XCHEBIrX4208rXKEGGrXC00159ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjBGuhNjX,GjY,G@@ubj0,)r}r(hX EX_manglyc_erhX'2 alpha D Mannosyl D glycerate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX manglyc_erhX2-alpha-D-Mannosyl-D-glyceraterh}r(XFORMULArXC9H15O9rXPUBCHEMrX13711rXCHARGErX-1rXCHEBIrX15847rXKEGGrXC11544r½uh }rýhNhh]rĽrŽRrƽjS,jjT,j,jV,JjW,GubGjBGuhNjX,GjY,G@@ubj0,)rǽ}rȽ(hX EX_melib_erɽhXMelibiose exchangerʽh}r˽X SUBSYSTEMr̽XExchangerͽsh }rνj8,hj9,hj:,h]rϽrнRrѽj>,}rҽ(j@,)rӽ}rԽ(hXmelib_erսhX Melibioserֽh}r׽(XFORMULArؽX C12H22O11rٽXPUBCHEMrڽX7769r۽XCHARGErܽjK,XCHEBIrݽX28053r޽XKEGGr߽XC05402ruh }rhNhh]rrRrjS,jٽjT,j,jV,KjW,GubGjBGuhNjX,GjY,G@@ubj0,)r}r(hX EX_met__D_erhXD Methionine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmet__D_erhX D-Methioninerh}r(XFORMULArX C5H10NO2SrXPUBCHEMrX4112rXCHARGErjK,XCHEBIrX16867rXKEGGrXC00855ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjCGuhNjX,GjY,G@@ubj0,)r}r(hX EX_met__L_erhXL Methionine exchangerh}rX SUBSYSTEMrXExchanger sh }r j8,hj9,hj:,h]r r Rr j>,}r(j@,)r}r(hXmet__L_erhX L-Methioninerh}r(XFORMULArX C5H11NO2SrXPUBCHEMrX3373rXCHARGErjK,XCHEBIrX16643rXKEGGrXC00073ruh }rhNhh]rrRr jS,jjT,j,jV,KjW,GubGj.CGuhNjX,GjY,G@@ubj0,)r!}r"(hXEX_metsox__R__L_er#hX!L methionine R sulfoxide exchanger$h}r%X SUBSYSTEMr&XExchanger'sh }r(j8,hj9,hj:,h]r)r*Rr+j>,}r,(j@,)r-}r.(hXmetsox__R__L_er/hXL-methionine-R-sulfoxider0h}r1(XFORMULAr2X C5H11NO3Sr3XPUBCHEMr4X847r5XCHARGEr6jK,XCHEBIr7jK,XKEGGr8jK,uh }r9hNhh]r:r;Rr<jS,j3jT,j,jV,KjW,GubGjICGuhNjX,GjY,G@@ubj0,)r=}r>(hXEX_metsox__S__L_er?hXL Methionine S oxide exchanger@h}rAX SUBSYSTEMrBXExchangerCsh }rDj8,hj9,hj:,h]rErFRrGj>,}rH(j@,)rI}rJ(hXmetsox__S__L_erKhXL-Methionine-SulfoxiderLh}rM(XFORMULArNX C5H11NO3SrOXPUBCHEMrPX5898rQXCHARGErRjK,XCHEBIrSX17016rTXKEGGrUXC02989rVuh }rWhNhh]rXrYRrZjS,jOjT,j,jV,KjW,GubGjbCGuhNjX,GjY,G@@ubj0,)r[}r\(hXEX_mg2_er]hX Mg exchanger^h}r_X SUBSYSTEMr`XExchangerash }rbj8,hj9,hj:,h]rcrdRrej>,}rf(j@,)rg}rh(hXmg2_erihX magnesiumrjh}rk(XFORMULArlXMgrmXPUBCHEMrnX3599roXCHARGErpj]-XCHEBIrqX18420rrXKEGGrsXC00305rtuh }ruhNhh]rvrwRrxjS,jmjT,j,jV,KjW,GubGj}CGuhNjX,GbMjY,G@@ubj0,)ry}rz(hX EX_minohp_er{hX&myo Inositol hexakisphosphate exchanger|h}r}X SUBSYSTEMr~XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXminohp_erhXmyo-Inositol-hexakisphosphaterh}r(XFORMULArX C6H6O24P6rXPUBCHEMrX4428rXCHARGErX-12rXCHEBIrX17401rXKEGGrXC01204ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjCGuhNjX,GjY,G@@ubj0,)r}r(hX EX_mmet_erhXS Methyl L methionine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmmet_erhXS-Methyl-L-methioninerh}r(XFORMULArX C6H14NO2SrXPUBCHEMrX6054rXCHARGErj-XCHEBIrX17728rXKEGGrXC03172ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjCGuhNjX,GjY,G@@ubj0,)r}r(hXEX_mn2_erhX Mn2 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r¾}rþ(hXmn2_erľhXMn2ržh}rƾ(XFORMULArǾXMnrȾXPUBCHEMrɾX3336rʾXCHARGEr˾j]-XCHEBIr̾X18291r;XKEGGrξXC00034rϾuh }rоhNhh]rѾrҾRrӾjS,jȾjT,j,jV,KjW,GubGjCGuhNjX,GtzG{jY,G@@ubj0,)rԾ}rվ(hXEX_mnl_er־hXD Mannitol exchanger׾h}rؾX SUBSYSTEMrپXExchangerھsh }r۾j8,hj9,hj:,h]rܾrݾRr޾j>,}r߾(j@,)r}r(hXmnl_erhX D-Mannitolrh}r(XFORMULArXC6H14O6rXPUBCHEMrX3682rXCHARGErjK,XCHEBIrX16899rXKEGGrXC00392ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjCGuhNjX,GjY,G@@ubj0,)r}r(hX EX_mobd_erhXMolybdate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmobd_erhXMolybdate-MoO4rh}r(XPUBCHEMrX8475rXCHARGErX-2rXCHEBIrX36264rXKEGGr XC06232r uh }r hNhh]r r RrjS,NjT,j,jV,JjW,GubGjDGuhNjX,GtzG{jY,G@@ubj0,)r}r(hX EX_mso3_erhXmethanesulfonate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmso3_erhXmethanesulfonaterh}r(XFORMULAr XCH3O3Sr!XPUBCHEMr"X49991312r#XCHARGEr$X-1r%XCHEBIr&X25224r'XKEGGr(jK,uh }r)hNhh]r*r+Rr,jS,j!jT,j,jV,JjW,GubGjDGuhNjX,GjY,G@@ubj0,)r-}r.(hXEX_n2o_er/hXNitrous oxide exchanger0h}r1X SUBSYSTEMr2XExchanger3sh }r4j8,hj9,hj:,h]r5r6Rr7j>,}r8(j@,)r9}r:(hXn2o_er;hX Nitrous-oxider<h}r=(XFORMULAr>XN2Or?XPUBCHEMr@X4143rAXCHARGErBjK,XCHEBIrCX17045rDXKEGGrEXC00887rFuh }rGhNhh]rHrIRrJjS,j?jT,j,jV,KjW,GubGj:DGuhNjX,GjY,G@@ubj0,)rK}rL(hXEX_na1_erMhXSodium exchangerNh}rOX SUBSYSTEMrPXExchangerQsh }rRj8,hj9,hj:,h]rSrTRrUj>,}rV(j@,)rW}rX(hXna1_erYhXSodiumrZh}r[(XFORMULAr\XNar]XPUBCHEMr^X4541r_XCHARGEr`j-XCHEBIraX29101rbXKEGGrcXC01330rduh }rehNhh]rfrgRrhjS,j]jT,j,jV,KjW,GubGjUDGuhNjX,GjY,G@@ubj0,)ri}rj(hXEX_nac_erkhXNicotinate exchangerlh}rmX SUBSYSTEMrnXExchangerosh }rpj8,hj9,hj:,h]rqrrRrsj>,}rt(j@,)ru}rv(hXnac_erwhX Nicotinaterxh}ry(XFORMULArzXC6H4NO2r{XPUBCHEMr|X3552r}XCHARGEr~X-1rXCHEBIrX15940rXKEGGrXC00253ruh }rhNhh]rrRrjS,j{jT,j,jV,JjW,GubGjpDGuhNjX,GjY,G@@ubj0,)r}r(hXEX_nh4_erhXAmmonia exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXnh4_erhXAmmoniumrh}r(XFORMULArXH4NrXPUBCHEMrX4547rXCHARGErj-XCHEBIrX28938rXKEGGrXC01342ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjDGuhNjX,G.jY,G@@ubj0,)r}r(hXEX_ni2_erhX Ni2 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXni2_erhXnickelrh}r(XFORMULArXNirXPUBCHEMrX3585rXCHARGErj]-XCHEBIrX28112rXKEGGrXC00291ruh }rhNhh]rr¿RrÿjS,jjT,j,jV,KjW,GubGjDGuhNjX,GjY,G@@ubj0,)rĿ}rſ(hXEX_nmn_erƿhX NMN exchangerǿh}rȿX SUBSYSTEMrɿXExchangerʿsh }r˿j8,hj9,hj:,h]r̿rͿRrοj>,}rϿ(j@,)rп}rѿ(hXnmn_erҿhXNMNrӿh}rԿ(XFORMULArտX C11H14N2O8PrֿXPUBCHEMr׿X3741rؿXCHARGErٿX-1rڿXCHEBIrۿX16171rܿXKEGGrݿXC00455r޿uh }r߿hNhh]rrRrjS,jֿjT,j,jV,JjW,GubGjDGuhNjX,GjY,G@@ubj0,)r}r(hXEX_no2_erhXNitrite exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXno2_erhXNitriterh}r(XFORMULArXNO2rXPUBCHEMrX3388rXCHARGErX-1rXCHEBIrX16301rXKEGGrXC00088ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjDGuhNjX,GjY,G@@ubj0,)r}r(hXEX_no3_erhXNitrate exchangerh}rX SUBSYSTEMrXExchangersh }r j8,hj9,hj:,h]r r Rr j>,}r (j@,)r}r(hXno3_erhXNitraterh}r(XFORMULArXNO3rXPUBCHEMrX3543rXCHARGErX-1rXCHEBIrX48107rXKEGGrXC00244ruh }rhNhh]rrRr jS,jjT,j,jV,JjW,GubGjDGuhNjX,GjY,G@@ubj0,)r!}r"(hXEX_no_er#hXNitric oxide exchanger$h}r%X SUBSYSTEMr&XExchanger'sh }r(j8,hj9,hj:,h]r)r*Rr+j>,}r,(j@,)r-}r.(hXno_er/hX Nitric-oxider0h}r1(XFORMULAr2XNOr3XPUBCHEMr4X3815r5XCHARGEr6jK,XCHEBIr7X16480r8XKEGGr9XC00533r:uh }r;hNhh]r<r=Rr>jS,j3jT,j,jV,KjW,GubGjEGuhNjX,GjY,G@@ubj0,)r?}r@(hXEX_o2_erAhX O2 exchangerBh}rCX SUBSYSTEMrDXExchangerEsh }rFj8,hj9,hj:,h]rGrHRrIj>,}rJ(j@,)rK}rL(hXo2_erMhXO2rNh}rO(XFORMULArPXO2rQXPUBCHEMrRX3309rSXCHARGErTjK,XCHEBIrUX15379rVXKEGGrWXC00007rXuh }rYhNhh]rZr[Rr\jS,jQjT,j,jV,KjW,GubGj1EGuhNjX,G2jY,G@@ubj0,)r]}r^(hXEX_o2s_er_hXSuperoxide anion exchanger`h}raX SUBSYSTEMrbXExchangercsh }rdj8,hj9,hj:,h]rerfRrgj>,}rh(j@,)ri}rj(hXo2s_erkhXSuperoxide-anionrlh}rm(XFORMULArnXO2roXPUBCHEMrpX3971rqXCHARGErrX-1rsXCHEBIrtX18421ruXKEGGrvXC00704rwuh }rxhNhh]ryrzRr{jS,jojT,j,jV,JjW,GubGjLEGuhNjX,GjY,G@@ubj0,)r|}r}(hX EX_ocdca_er~hXoctadecanoate n C180 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXocdca_erhXoctadecanoate-n-C180rh}r(XFORMULArXC18H35O2rXPUBCHEMrX4692rXCHARGErX-1rXCHEBIrX25629rXKEGGrXC01530ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjhEGuhNjX,GjY,G@@ubj0,)r}r(hX EX_ocdcea_erhXoctadecenoate n C181 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXocdcea_erhXoctadecenoate-n-C181rh}r(XFORMULArXC18H33O2rXPUBCHEMrX3978rXCHARGErX-1rXCHEBIrX16196rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjEGuhNjX,GjY,G@@ubj0,)r}r(hX EX_octa_erhXoctanoate n C80 exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXocta_erhXoctanoate-n-C80rh}r(XFORMULArXC8H15O2rXPUBCHEMrX8658rXCHARGErX-1rXCHEBIrX28837rXKEGGrXC06423ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjEGuhNjX,GjY,G@@ubj0,)r}r(hXEX_orn_erhXOrnithine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXorn_erhX Ornithinerh}r(XFORMULArX C5H13N2O2rXPUBCHEMrX4756rXCHARGErj-XCHEBIrX18257rXKEGGrXC01602ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjEGuhNjX,GjY,G@@ubj0,)r}r(hX EX_orot_erhXOrotate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXorot_erhXOrotaterh}r(XFORMULArXC5H3N2O4rXPUBCHEMr X3589r XCHARGEr X-1r XCHEBIr X16742rXKEGGrXC00295ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjEGuhNjX,GjY,G@@ubj0,)r}r(hXEX_oaa_erhXOxaloacetate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r!}r"(hXoaa_er#hX Oxaloacetater$h}r%(XFORMULAr&XC4H2O5r'XPUBCHEMr(X3338r)XCHARGEr*X-2r+XCHEBIr,X30744r-XKEGGr.XC00036r/uh }r0hNhh]r1r2Rr3jS,j'jT,j,jV,JjW,GubGjEGuhNjX,GjY,G@@ubj0,)r4}r5(hX EX_pacald_er6hXPhenylacetaldehyde exchanger7h}r8X SUBSYSTEMr9XExchanger:sh }r;j8,hj9,hj:,h]r<r=Rr>j>,}r?(j@,)r@}rA(hXpacald_erBhXPhenylacetaldehyderCh}rD(XFORMULArEXC8H8OrFXPUBCHEMrGX3876rHXCHARGErIjK,XCHEBIrJX16424rKXKEGGrLXC00601rMuh }rNhNhh]rOrPRrQjS,jFjT,j,jV,KjW,GubGjFGuhNjX,GjY,G@@ubj0,)rR}rS(hX EX_peamn_erThXPhenethylamine exchangerUh}rVX SUBSYSTEMrWXExchangerXsh }rYj8,hj9,hj:,h]rZr[Rr\j>,}r](j@,)r^}r_(hXpeamn_er`hXPhenethylaminerah}rb(XFORMULArcXC8H12NrdXPUBCHEMreX7711rfXCHARGErgj-XCHEBIrhX18397riXKEGGrjXC05332rkuh }rlhNhh]rmrnRrojS,jdjT,j,jV,KjW,GubGj)FGuhNjX,GjY,G@@ubj0,)rp}rq(hX EX_phe__L_errhXL Phenylalanine exchangersh}rtX SUBSYSTEMruXExchangervsh }rwj8,hj9,hj:,h]rxryRrzj>,}r{(j@,)r|}r}(hXphe__L_er~hXL-Phenylalaninerh}r(XFORMULArXC9H11NO2rXPUBCHEMrX3379rXCHARGErjK,XCHEBIrX17295rXKEGGrXC00079ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjDFGuhNjX,GjY,G@@ubj0,)r}r(hX EX_pheme_erhXProtoheme exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXpheme_erhX Protohemerh}r(XFORMULArX C34H30FeN4O4rXPUBCHEMrX3334rXCHARGErX-2rXCHEBIrX17627rXKEGGrXC00032ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj_FGuhNjX,GjY,G@@ubj0,)r}r(hXEX_pi_erhXPhosphate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXpi_erhX Phosphaterh}r(XFORMULArXHO4PrXPUBCHEMrX3311rXCHARGErX-2rXCHEBIrX18367rXKEGGrXC00009ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj{FGuhNjX,GՑhr jY,G@@ubj0,)r}r(hX EX_pnto__R_erhX R Pantothenate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX pnto__R_erhXR-Pantothenaterh}r(XFORMULArXC9H16NO5rXPUBCHEMrX4121rXCHARGErX-1rXCHEBIrX29032 46905 7916rXKEGGrXC00864ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjFGuhNjX,GjY,G@@ubj0,)r}r(hXEX_ppa_erhXPropionate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXppa_erhXPropionate-n-C30rh}r(XFORMULArXC3H5O2rXPUBCHEMrX3463rXCHARGErX-1rXCHEBIrX30768rXKEGGrXC00163ruh }rhNhh]rrRr jS,jjT,j,jV,JjW,GubGjFGuhNjX,GjY,G@@ubj0,)r }r (hX EX_ppal_er hXPropanal exchanger h}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXppal_erhXPropanalrh}r(XFORMULArXC3H6OrXPUBCHEMrX3762rXCHARGErjK,XCHEBIr X17153r!XKEGGr"XC00479r#uh }r$hNhh]r%r&Rr'jS,jjT,j,jV,KjW,GubGjFGuhNjX,GjY,G@@ubj0,)r(}r)(hX EX_pppn_er*hXPhenylpropanoate exchanger+h}r,X SUBSYSTEMr-XExchanger.sh }r/j8,hj9,hj:,h]r0r1Rr2j>,}r3(j@,)r4}r5(hXpppn_er6hXPhenylpropanoater7h}r8(XFORMULAr9XC9H9O2r:XPUBCHEMr;X7943r<XCHARGEr=X-1r>XCHEBIr?X28631r@XKEGGrAXC05629rBuh }rChNhh]rDrERrFjS,j:jT,j,jV,JjW,GubGjFGuhNjX,GjY,G@@ubj0,)rG}rH(hXEX_ppt_erIhXPhosphonate exchangerJh}rKX SUBSYSTEMrLXExchangerMsh }rNj8,hj9,hj:,h]rOrPRrQj>,}rR(j@,)rS}rT(hXppt_erUhX PhosphonaterVh}rW(XFORMULArXXHO3PrYXPUBCHEMrZX8926r[XCHARGEr\X-2r]XCHEBIr^jK,XKEGGr_XC06701r`uh }rahNhh]rbrcRrdjS,jYjT,j,jV,JjW,GubGjGGuhNjX,GjY,G@@ubj0,)re}rf(hX EX_pro__L_erghXL Proline exchangerhh}riX SUBSYSTEMrjXExchangerksh }rlj8,hj9,hj:,h]rmrnRroj>,}rp(j@,)rq}rr(hXpro__L_ershX L-Prolinerth}ru(XFORMULArvXC5H9NO2rwXPUBCHEMrxX3448ryXCHARGErzjK,XCHEBIr{X17203r|XKEGGr}XC00148r~uh }rhNhh]rrRrjS,jwjT,j,jV,KjW,GubGj!GGuhNjX,GjY,G@@ubj0,)r}r(hX EX_progly_erhXL Prolinylglycine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXprogly_erhXL-Prolinylglycinerh}r(XFORMULArX C7H12N2O3rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj,}r(j@,)r}r(hXpsclys_erhX psicoselysinerh}r(XFORMULArX C12H25N2O7rXPUBCHEMrjK,XCHARGErj-XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjTGGuhNjX,GjY,G@@ubj0,)r}r(hX EX_pser__L_erhXO Phospho L serine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX pser__L_erhXO-Phospho-L-serinerh}r(XFORMULArXC3H6NO6PrXPUBCHEMrX4251rXCHARGErX-2rXCHEBIrX15811rXKEGGrXC01005ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjlGGuhNjX,GjY,G@@ubj0,)r}r(hX EX_ptrc_erhXPutrescine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXptrc_erhX Putrescinerh}r(XFORMULArXC4H14N2rXPUBCHEMrX3434rXCHARGErj]-XCHEBIrX17148rXKEGGrXC00134ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjGGuhNjX,GjY,G@@ubj0,)r}r(hXEX_pyr_erhXPyruvate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXpyr_erhXPyruvaterh}r(XFORMULArXC3H3O3rXPUBCHEMr X3324r XCHARGEr X-1r XCHEBIr X32816rXKEGGrXC00022ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjGGuhNjX,GjY,G@@ubj0,)r}r(hXEX_r5p_erhX#alpha D Ribose 5 phosphate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r!}r"(hXr5p_er#hXalpha-D-Ribose-5-phosphater$h}r%(XFORMULAr&XC5H9O8Pr'XPUBCHEMr(X3417r)XCHARGEr*X-2r+XCHEBIr,X17797r-XKEGGr.XC00117r/uh }r0hNhh]r1r2Rr3jS,j'jT,j,jV,JjW,GubGjGGuhNjX,GjY,G@@ubj0,)r4}r5(hX EX_rib__D_er6hXD Ribose exchanger7h}r8X SUBSYSTEMr9XExchanger:sh }r;j8,hj9,hj:,h]r<r=Rr>j>,}r?(j@,)r@}rA(hXrib__D_erBhXD-RiboserCh}rD(XFORMULArEXC5H10O5rFXPUBCHEMrGX3421rHXCHARGErIjK,XCHEBIrJX47013rKXKEGGrLXC00121rMuh }rNhNhh]rOrPRrQjS,jFjT,j,jV,KjW,GubGjGGuhNjX,GjY,G@@ubj0,)rR}rS(hXEX_rmn_erThXL Rhamnose exchangerUh}rVX SUBSYSTEMrWXExchangerXsh }rYj8,hj9,hj:,h]rZr[Rr\j>,}r](j@,)r^}r_(hXrmn_er`hX L-Rhamnoserah}rb(XFORMULArcXC6H12O5rdXPUBCHEMreX3790rfXCHARGErgjK,XCHEBIrhX16055riXKEGGrjXC00507rkuh }rlhNhh]rmrnRrojS,jdjT,j,jV,KjW,GubGjGGuhNjX,GjY,G@@ubj0,)rp}rq(hX EX_sbt__D_errhXD Sorbitol exchangersh}rtX SUBSYSTEMruXExchangervsh }rwj8,hj9,hj:,h]rxryRrzj>,}r{(j@,)r|}r}(hXsbt__D_er~hX D-Sorbitolrh}r(XFORMULArXC6H14O6rXPUBCHEMrX4052rXCHARGErjK,XCHEBIrX17924rXKEGGrXC00794ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjHGuhNjX,GjY,G@@ubj0,)r}r(hX EX_ser__D_erhXD Serine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j!Gj,HGuhNjX,GjY,G@@ubj0,)r}r(hX EX_ser__L_erhXL Serine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXser__L_erhXL-Serinerh}r(XFORMULArXC3H7NO3rXPUBCHEMrX3365rXCHARGErjK,XCHEBIrX17115rXKEGGrXC00065ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjGHGuhNjX,GjY,G@@ubj0,)r}r(hXEX_skm_erhXShikimate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXskm_erhX Shikimaterh}r(XFORMULArXC7H9O5rXPUBCHEMrX3776rXCHARGErX-1rXCHEBIrX16119rXKEGGrXC00493ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjbHGuhNjX,GjY,G@@ubj0,)r}r(hXEX_so2_erhXsulfur dioxide exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXso2_erhXsulfur-dioxiderh}r(XFORMULArXO2SrXPUBCHEMrX11497rXCHARGErjK,XCHEBIrX18422rXKEGGrXC09306ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj~HGuhNjX,GjY,G@@ubj0,)r}r(hXEX_so3_erhXSulfite exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXso3_erhXSulfiterh}r(XFORMULArXO3SrXPUBCHEMrX3394r XCHARGEr X-2r XCHEBIr X48854r XKEGGrXC00094ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjHGuhNjX,GjY,G@@ubj0,)r}r(hXEX_so4_erhXSulfate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r }r!(hXso4_er"hXSulfater#h}r$(XFORMULAr%XO4Sr&XPUBCHEMr'X3359r(XCHARGEr)X-2r*XCHEBIr+X16189r,XKEGGr-XC00059r.uh }r/hNhh]r0r1Rr2jS,j&jT,j,jV,JjW,GubGjHGuhNjX,GjY,G@@ubj0,)r3}r4(hX EX_spmd_er5hXSpermidine exchanger6h}r7X SUBSYSTEMr8XExchanger9sh }r:j8,hj9,hj:,h]r;r<Rr=j>,}r>(j@,)r?}r@(hXspmd_erAhX SpermidinerBh}rC(XFORMULArDXC7H22N3rEXPUBCHEMrFX3609rGXCHARGErHj8XCHEBIrIX16610rJXKEGGrKXC00315rLuh }rMhNhh]rNrORrPjS,jEjT,j,jV,KjW,GubGjHGuhNjX,GjY,G@@ubj0,)rQ}rR(hX EX_succ_erShXSuccinate exchangerTh}rUX SUBSYSTEMrVXExchangerWsh }rXj8,hj9,hj:,h]rYrZRr[j>,}r\(j@,)r]}r^(hXsucc_er_hX Succinater`h}ra(XFORMULArbXC4H4O4rcXPUBCHEMrdX3344reXCHARGErfX-2rgXCHEBIrhX15741riXKEGGrjXC00042rkuh }rlhNhh]rmrnRrojS,jcjT,j,jV,JjW,GubGjHGuhNjX,GjY,G@@ubj0,)rp}rq(hX EX_sucr_errhXSucrose exchangersh}rtX SUBSYSTEMruXExchangervsh }rwj8,hj9,hj:,h]rxryRrzj>,}r{(j@,)r|}r}(hXsucr_er~hXSucroserh}r(XFORMULArX C12H22O11rXPUBCHEMrX3389rXCHARGErjK,XCHEBIrX17992rXKEGGrXC00089ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjIGuhNjX,GjY,G@@ubj0,)r}r(hX EX_sulfac_erhXsulfoacetate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXsulfac_erhX sulfoacetaterh}r(XFORMULArXC2H2O5SrXPUBCHEMrX7846991rXCHARGErX-2rXCHEBIrjK,XKEGGrXC14179ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj#IGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tartr__L_erhXL tartrate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX tartr__L_erhX L-tartraterh}r(XFORMULArXC4H4O6rXPUBCHEMrX4154rXCHARGErX-2rXCHEBIrX 15671 30924rXKEGGrXC00898ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj>IGuhNjX,GjY,G@@ubj0,)r}r(hX EX_taur_erhXTaurine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtaur_erhXTaurinerh}r(XFORMULArXC2H7NO3SrXPUBCHEMrX3544rXCHARGErjK,XCHEBIrX15891rXKEGGrXC00245ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjZIGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tcynt_erhXThiocyanate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtcynt_erhX Thiocyanaterh}r(XFORMULArXCNSrXPUBCHEMrX4888rXCHARGErX-1rXCHEBIrX29200rXKEGGrXC01755ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjuIGuhNjX,GjY,G@@ubj0,)r}r (hXEX_thm_er hXThiamin exchanger h}r X SUBSYSTEMr XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXthm_erhXThiaminrh}r(XFORMULArX C12H17N4OSrXPUBCHEMrX3668rXCHARGErj-XCHEBIrX18385rXKEGGr XC00378r!uh }r"hNhh]r#r$Rr%jS,jjT,j,jV,KjW,GubGjIGuhNjX,G_kjY,G@@ubj0,)r&}r'(hX EX_thr__L_er(hXL Threonine exchanger)h}r*X SUBSYSTEMr+XExchanger,sh }r-j8,hj9,hj:,h]r.r/Rr0j>,}r1(j@,)r2}r3(hXthr__L_er4hX L-Threoniner5h}r6(XFORMULAr7XC4H9NO3r8XPUBCHEMr9X3488r:XCHARGEr;jK,XCHEBIr<X16857r=XKEGGr>XC00188r?uh }r@hNhh]rArBRrCjS,j8jT,j,jV,KjW,GubGjIGuhNjX,GjY,G@@ubj0,)rD}rE(hX EX_thrp_erFhX"L Threonine O 3 phosphate exchangerGh}rHX SUBSYSTEMrIXExchangerJsh }rKj8,hj9,hj:,h]rLrMRrNj>,}rO(j@,)rP}rQ(hXthrp_erRhXL-Threonine-O-3-phosphaterSh}rT(XFORMULArUXC4H8NO6PrVXPUBCHEMrWX14294rXXCHARGErYX-2rZXCHEBIr[X37525r\XKEGGr]XC12147r^uh }r_hNhh]r`raRrbjS,jVjT,j,jV,JjW,GubGjIGuhNjX,GjY,G@@ubj0,)rc}rd(hX EX_thym_erehXThymine exchangerfh}rgX SUBSYSTEMrhXExchangerish }rjj8,hj9,hj:,h]rkrlRrmj>,}rn(j@,)ro}rp(hXthym_erqhXThyminerrh}rs(XFORMULArtXC5H6N2O2ruXPUBCHEMrvX3478rwXCHARGErxjK,XCHEBIryX17821rzXKEGGr{XC00178r|uh }r}hNhh]r~rRrjS,jujT,j,jV,KjW,GubGjIGuhNjX,GjY,G@@ubj0,)r}r(hX EX_thymd_erhXThymidine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXthymd_erhX Thymidinerh}r(XFORMULArX C10H14N2O5rXPUBCHEMrX3514rXCHARGErjK,XCHEBIrX17748rXKEGGrXC00214ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjIGuhNjX,GjY,G@@ubj0,)r}r(hXEX_tma_erhXTrimethylamine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtma_erhXtrimethylaminerh}r(XFORMULArXC3H10NrXPUBCHEMrX3844rXCHARGErj-XCHEBIrX18139rXKEGGrXC00565ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjJGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tmao_erhXTrimethylamine N oxide exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtmao_erhXTrimethylamine-N-oxiderh}r(XFORMULArXC3H9NOrXPUBCHEMrX4338rXCHARGErjK,XCHEBIrX15724rXKEGGrXC01104ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj4JGuhNjX,GjY,G@@ubj0,)r}r(hXEX_tre_erhXTrehalose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtre_erhX Trehaloserh}r(XFORMULArX C12H22O11rXPUBCHEMrX4320rXCHARGErjK,XCHEBIrX16551rXKEGGrXC01083ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjOJGuhNjX,GjY,G@@ubj0,)r}r(hX EX_trp__L_erhXL Tryptophan exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtrp__L_erhX L-Tryptophanrh}r (XFORMULAr X C11H12N2O2r XPUBCHEMr X3378r XCHARGErjK,XCHEBIrX16828rXKEGGrXC00078ruh }rhNhh]rrRrjS,j jT,j,jV,KjW,GubGjjJGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tsul_erhXThiosulfate exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rr Rr!j>,}r"(j@,)r#}r$(hXtsul_er%hX Thiosulfater&h}r'(XFORMULAr(XO3S2r)XPUBCHEMr*X3614r+XCHARGEr,X-2r-XCHEBIr.X16094r/XKEGGr0XC00320r1uh }r2hNhh]r3r4Rr5jS,j)jT,j,jV,JjW,GubGjJGuhNjX,GjY,G@@ubj0,)r6}r7(hX EX_ttdca_er8hXtetradecanoate n C140 exchanger9h}r:X SUBSYSTEMr;XExchanger<sh }r=j8,hj9,hj:,h]r>r?Rr@j>,}rA(j@,)rB}rC(hXttdca_erDhXtetradecanoate-n-C140rEh}rF(XFORMULArGXC14H27O2rHXPUBCHEMrIX8659rJXCHARGErKX-1rLXCHEBIrMX 28875 30807rNXKEGGrOXC06424rPuh }rQhNhh]rRrSRrTjS,jHjT,j,jV,JjW,GubGjJGuhNjX,GjY,G@@ubj0,)rU}rV(hX EX_ttdcea_erWhXtetradecenoate n C141 exchangerXh}rYX SUBSYSTEMrZXExchanger[sh }r\j8,hj9,hj:,h]r]r^Rr_j>,}r`(j@,)ra}rb(hXttdcea_erchXtetradecenoate-n-C141rdh}re(XFORMULArfXC14H25O2rgXPUBCHEMrhjK,XCHARGEriX-1rjXCHEBIrkjK,XKEGGrljK,uh }rmhNhh]rnroRrpjS,jgjT,j,jV,JjW,GubGjJGuhNjX,GjY,G@@ubj0,)rq}rr(hX EX_tungs_ershXtungstate exchangerth}ruX SUBSYSTEMrvXExchangerwsh }rxj8,hj9,hj:,h]ryrzRr{j>,}r|(j@,)r}}r~(hXtungs_erhX tungstaterh}r(XFORMULArXO4W1rXPUBCHEMrX26697048rXCHARGErX-2rXCHEBIrX46502rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjJGuhNjX,GjY,G@@ubj0,)r}r(hXEX_tym_erhXTyramine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtym_erhXTyraminerh}r(XFORMULArXC8H12NOrXPUBCHEMrX3766rXCHARGErj-XCHEBIrX15760rXKEGGrXC00483ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjJGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tyr__L_erhXL Tyrosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtyr__L_erhX L-Tyrosinerh}r(XFORMULArXC9H11NO3rXPUBCHEMrX3382rXCHARGErjK,XCHEBIrX17895rXKEGGrXC00082ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj KGuhNjX,GjY,G@@ubj0,)r}r(hX EX_tyrp_erhXPhosphotyrosine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXtyrp_erhXPhosphotyrosinerh}r(XFORMULArX C9H10NO6PrXPUBCHEMrX8732rXCHARGErX-2rXCHEBIrjK,XKEGGrXC06501ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGj'KGuhNjX,GjY,G@@ubj0,)r}r(hX EX_uacgam_erhX#UDP N acetyl D glucosamine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXuacgam_erhXUDP-N-acetyl-D-glucosaminerh}r(XFORMULArX C17H25N3O17P2rXPUBCHEMrX3345rXCHARGErX-2rXCHEBIrX16264rXKEGGrXC00043ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjBKGuhNjX,GjY,G@@ubj0,)r}r (hX EX_udpacgal_er hX%UDP N acetyl D galactosamine exchanger h}r X SUBSYSTEMr XExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX udpacgal_erhXUDP-N-acetyl-D-galactosaminerh}r(XFORMULArX C17H25N3O17P2rXPUBCHEMrX3503rXCHARGErX-2rXCHEBIrX16650r XKEGGr!XC00203r"uh }r#hNhh]r$r%Rr&jS,jjT,j,jV,JjW,GubGj^KGuhNjX,GjY,G@@ubj0,)r'}r((hX EX_udpg_er)hXUDPglucose exchanger*h}r+X SUBSYSTEMr,XExchanger-sh }r.j8,hj9,hj:,h]r/r0Rr1j>,}r2(j@,)r3}r4(hXudpg_er5hX UDPglucoser6h}r7(XFORMULAr8X C15H22N2O17P2r9XPUBCHEMr:X3331r;XCHARGEr<X-2r=XCHEBIr>X18066r?XKEGGr@XC00029rAuh }rBhNhh]rCrDRrEjS,j9jT,j,jV,JjW,GubGjzKGuhNjX,GjY,G@@ubj0,)rF}rG(hX EX_udpgal_erHhXUDPgalactose exchangerIh}rJX SUBSYSTEMrKXExchangerLsh }rMj8,hj9,hj:,h]rNrORrPj>,}rQ(j@,)rR}rS(hXudpgal_erThX UDPgalactoserUh}rV(XFORMULArWX C15H22N2O17P2rXXPUBCHEMrYX3354rZXCHARGEr[X-2r\XCHEBIr]X18307r^XKEGGr_XC00052r`uh }rahNhh]rbrcRrdjS,jXjT,j,jV,JjW,GubGjKGuhNjX,GjY,G@@ubj0,)re}rf(hX EX_udpglcur_erghXUDP D glucuronate exchangerhh}riX SUBSYSTEMrjXExchangerksh }rlj8,hj9,hj:,h]rmrnRroj>,}rp(j@,)rq}rr(hX udpglcur_ershXUDP-D-glucuronaterth}ru(XFORMULArvX C15H19N2O18P2rwXPUBCHEMrxX3467ryXCHARGErzX-3r{XCHEBIr|X17200r}XKEGGr~XC00167ruh }rhNhh]rrRrjS,jwjT,j,jV,JjW,GubGjKGuhNjX,GjY,G@@ubj0,)r}r(hXEX_ump_erhX UMP exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXump_erhXUMPrh}r(XFORMULArX C9H11N2O9PrXPUBCHEMrX3405rXCHARGErX-2rXCHEBIrX16695rXKEGGrXC00105ruh }rhNhh]rrRrjS,jjT,j,jV,JjW,GubGjKGuhNjX,GjY,G@@ubj0,)r}r(hXEX_ura_erhXUracil exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXura_erhXUracilrh}r(XFORMULArXC4H4N2O2rXPUBCHEMrX3406rXCHARGErjK,XCHEBIrX17568rXKEGGrXC00106ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjKGuhNjX,GjY,G@@ubj0,)r}r(hX EX_urea_erhX Urea exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXurea_erhXUrearh}r(XFORMULArXCH4N2OrXPUBCHEMrX3386rXCHARGErjK,XCHEBIrX16199rXKEGGrXC00086ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjLGuhNjX,GjY,G@@ubj0,)r}r(hXEX_uri_erhXUridine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXuri_erhXUridinerh}r(XFORMULArX C9H12N2O6rXPUBCHEMrX3593rXCHARGErjK,XCHEBIrX16704rXKEGGrXC00299ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj LGuhNjX,GjY,G@@ubj0,)r}r(hX EX_val__L_erhXL Valine exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r }r (hXval__L_er hXL-Valiner h}r (XFORMULArXC5H11NO2rXPUBCHEMrX3483rXCHARGErjK,XCHEBIrX16414rXKEGGrXC00183ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGj;LGuhNjX,GjY,G@@ubj0,)r}r(hXEX_xan_erhXXanthine exchangerh}rX SUBSYSTEMr XExchanger!sh }r"j8,hj9,hj:,h]r#r$Rr%j>,}r&(j@,)r'}r((hXxan_er)hXXanthiner*h}r+(XFORMULAr,XC5H4N4O2r-XPUBCHEMr.X3675r/XCHARGEr0jK,XCHEBIr1X17712r2XKEGGr3XC00385r4uh }r5hNhh]r6r7Rr8jS,j-jT,j,jV,KjW,GubGjVLGuhNjX,GjY,G@@ubj0,)r9}r:(hXEX_xmp_er;hXXanthosine 5 phosphate exchanger<h}r=X SUBSYSTEMr>XExchanger?sh }r@j8,hj9,hj:,h]rArBRrCj>,}rD(j@,)rE}rF(hXxmp_erGhXXanthosine-5-phosphaterHh}rI(XFORMULArJX C10H11N4O9PrKXPUBCHEMrLX3925rMXCHARGErNX-2rOXCHEBIrPX15652rQXKEGGrRXC00655rSuh }rThNhh]rUrVRrWjS,jKjT,j,jV,JjW,GubGjqLGuhNjX,GjY,G@@ubj0,)rX}rY(hX EX_xtsn_erZhXXanthosine exchanger[h}r\X SUBSYSTEMr]XExchanger^sh }r_j8,hj9,hj:,h]r`raRrbj>,}rc(j@,)rd}re(hXxtsn_erfhX Xanthosinergh}rh(XFORMULAriX C10H12N4O6rjXPUBCHEMrkX4895rlXCHARGErmjK,XCHEBIrnX18107roXKEGGrpXC01762rquh }rrhNhh]rsrtRrujS,jjjT,j,jV,KjW,GubGjLGuhNjX,GjY,G@@ubj0,)rv}rw(hX EX_xyl__D_erxhXD Xylose exchangeryh}rzX SUBSYSTEMr{XExchanger|sh }r}j8,hj9,hj:,h]r~rRrj>,}r(j@,)r}r(hXxyl__D_erhXD-Xyloserh}r(XFORMULArXC5H10O5rXPUBCHEMrX3481rXCHARGErjK,XCHEBIrX15936rXKEGGrXC00181ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjLGuhNjX,GjY,G@@ubj0,)r}r(hX EX_xylu__L_erhXL Xylulose exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX xylu__L_erhX L-Xyluloserh}r(XFORMULArXC5H10O5rXPUBCHEMrX3606rXCHARGErjK,XCHEBIrX17399rXKEGGrXC00312ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjLGuhNjX,GjY,G@@ubj0,)r}r(hXEX_zn2_erhX Zinc exchangerh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXzn2_erhXZincrh}r(XFORMULArXZnrXPUBCHEMrX3340rXCHARGErj]-XCHEBIrX29105rXKEGGrXC00038ruh }rhNhh]rrRrjS,jjT,j,jV,KjW,GubGjLGuhNjX,GtzG{jY,G@@ubj0,)r}r(hXEc_biomass_iAF1260_core_59p81MrhXHE coli biomass objective function iAF1260 core with 5981 GAM estimaterh}rX SUBSYSTEMrXExchangersh }rj8,hj9,hj:,h]rrRrj>,}r(j=G!ZjqG-:ij/}GqpjyG-:ij@,)r}r(hXsheme_crhXSirohemerh}r(XFORMULArX C42H36FeN4O16rXPUBCHEMrX4010rXCHARGErX-8rXCHEBIrX28599rXKEGGrXC00748ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG-:ij@,)r}r(hXval__L_crhXL-Valinerh}r(XFORMULArXC5H11NO2rXPUBCHEMrX3483rXCHARGErjK,XCHEBIrX16414rXKEGGrXC00183ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGshjGc jG}.YjwG-:ijIhGˈeOjZGqiBjcfGA$~dj@,)r}r(hXhis__L_crhX L-Histidinerh}r(XFORMULArXC6H9N3O2rXPUBCHEMrX3435r XCHARGEr jK,XCHEBIr X15971r XKEGGr XC00135ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG@qjmG+ JjXGLAj@,)r}r(hXpe160_prhX.phosphatidylethanolamine-dihexadecanoyl-n-C160rh}r(XFORMULArX C37H74N1O8P1rXPUBCHEMrX3643rXCHARGErjK,XCHEBIrX16038rXKEGGrXC00350r uh }r!hNhh]r"r#Rr$jS,jjT,jPjV,KjW,GubGX3537r?XCHARGEr@j-XCHEBIrAX29103rBXKEGGrCXC00238rDuh }rEhNhh]rFrGRrHjS,j@jT,jU,jV,KjW,GubGƻAj@,)rI}rJ(hXdttp_crKhXdTTPrLh}rM(XFORMULArNX C10H13N2O14P3rOXPUBCHEMrPX3743rQXCHARGErRX-4rSXCHEBIrTX18077rUXKEGGrVXC00459rWuh }rXhNhh]rYrZRr[jS,jOjT,jU,jV,JjW,GubGNxj@,)r\}r](hXpheme_cr^hX Protohemer_h}r`(XFORMULAraX C34H30FeN4O4rbXPUBCHEMrcX3334rdXCHARGEreX-2rfXCHEBIrgX17627rhXKEGGriXC00032rjuh }rkhNhh]rlrmRrnjS,jbjT,jU,jV,JjW,GubG-:ij[G]GMjlG-:ij^yGp:~j@,)ro}rp(hXmlthf_crqhX5-10-Methylenetetrahydrofolaterrh}rs(XFORMULArtX C20H21N7O6ruXPUBCHEMrvX3443rwXCHARGErxX-2ryXCHEBIrzX1989r{XKEGGr|XC00143r}uh }r~hNhh]rrRrjS,jujT,jU,jV,JjW,GubG-:ij@,)r}r(hXthmpp_crhXThiamine-diphosphaterh}r(XFORMULArX C12H16N4O7P2SrXPUBCHEMrX3368rXCHARGErX-2rXCHEBIrX9532rXKEGGrXC00068ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG-:ij@,)r}r(hXmobd_crhXMolybdate-MoO4rh}r(XPUBCHEMrX8475rXCHARGErX-2rXCHEBIrX36264rXKEGGrXC06232ruh }rhNhh]rrRrjS,NjT,jU,jV,JjW,GubGiWjĎGsgLf jVG]cejqGNxj@,)r}r(hXpe161_prhX0phosphatidylethanolamine-dihexadec-9enoyl-n-C161rh}r(XFORMULArX C37H70N1O8P1rXPUBCHEMrX3643rXCHARGErjK,XCHEBIrX16038rXKEGGrXC00350ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG.3j@,)r}r(hXtyr__L_crhX L-Tyrosinerh}r(XFORMULArXC9H11NO3rXPUBCHEMrX3382rXCHARGErjK,XCHEBIrX17895rXKEGGrXC00082ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG 'jsG]cej@,)r}r(hX murein5px4p_prhXetwo-disacharide-linked-murein-units-pentapeptide-crosslinked-tetrapeptide-A2pm-D-ala--middle-of-chainrh}r(XFORMULArX C77H117N15O40rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGr\=xjfGD*j@,)r}r(hXile__L_crhX L-Isoleucinerh}r(XFORMULArXC6H13NO2rXPUBCHEMrX3697rXCHARGErjK,XCHEBIrX17191rXKEGGrXC00407ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGҗO;dj@,)r}r(hXleu__L_crhX L-Leucinerh}r(XFORMULArXC6H13NO2rXPUBCHEMrX3423rXCHARGErjK,XCHEBIrX15603rXKEGGrXC00123ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGEjG-:ijwG-:ijGg j@,)r}r(hXfe3_crhXFe3rh}r(XFORMULArXFerXPUBCHEMrjK,XCHARGErj8XCHEBIrX14819rXKEGGr jK,uh }r hNhh]r r Rr jS,jjT,jU,jV,KjW,GubG}.YjSG!.Ij@,)r}r(hXzn2_crhXZincrh}r(XFORMULArXZnrXPUBCHEMrX3340rXCHARGErj]-XCHEBIrX29105rXKEGGrXC00038ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGiWjRGK;"`Bj@,)r }r!(hXudcpdp_cr"hXUndecaprenyl-diphosphater#h}r$(XFORMULAr%X C55H89O7P2r&XPUBCHEMr'X6347r(XCHARGEr)X-3r*XCHEBIr+X17047r,XKEGGr-XC03543r.uh }r/hNhh]r0r1Rr2jS,j&jT,jU,jV,JjW,GubG 8KjGiWj@,)r3}r4(hXthr__L_cr5hX L-Threoniner6h}r7(XFORMULAr8XC4H9NO3r9XPUBCHEMr:X3488r;XCHARGEr<jK,XCHEBIr=X16857r>XKEGGr?XC00188r@uh }rAhNhh]rBrCRrDjS,j9jT,jU,jV,KjW,GubG<쿱[jRGMEj[G=Kjaj@,)rE}rF(hXphe__L_crGhXL-PhenylalaninerHh}rI(XFORMULArJXC9H11NO2rKXPUBCHEMrLX3379rMXCHARGErNjK,XCHEBIrOX17295rPXKEGGrQXC00079rRuh }rShNhh]rTrURrVjS,jKjT,jU,jV,KjW,GubGƃ%2j@,)rW}rX(hX2ohph_crYhX2-Octaprenyl-6-hydroxyphenolrZh}r[(XFORMULAr\XC46H70O2r]XPUBCHEMr^X8106r_XCHARGEr`jK,XCHEBIraX1233rbXKEGGrcXC05811rduh }rehNhh]rfrgRrhjS,j]jT,jU,jV,KjW,GubG-:ijgGB̫֔?jGiWjXGݬj@,)ri}rj(hXmn2_crkhXMn2rlh}rm(XFORMULArnXMnroXPUBCHEMrpX3336rqXCHARGErrj]-XCHEBIrsX18291rtXKEGGruXC00034rvuh }rwhNhh]rxryRrzjS,jojT,jU,jV,KjW,GubGiWj܆GsgLf jXGìq j}GkP|j@,)r{}r|(hXmg2_cr}hX magnesiumr~h}r(XFORMULArXMgrXPUBCHEMrX3599rXCHARGErj]-XCHEBIrX18420rXKEGGrXC00305ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG+@jUj@,)r}r(hXser__L_crhXL-Serinerh}r(XFORMULArXC3H7NO3rXPUBCHEMrX3365rXCHARGErjK,XCHEBIrX17115rXKEGGrXC00065ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG˟U=j'qGD*j@,)r}r(hXdgtp_crhXdGTPrh}r(XFORMULArX C10H12N5O13P3rXPUBCHEMrX3581rXCHARGErX-4rXCHEBIrX16497rXKEGGrXC00286ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG!Zj@,)r}r(hXtrp__L_crhX L-Tryptophanrh}r(XFORMULArX C11H12N2O2rXPUBCHEMrX3378rXCHARGErjK,XCHEBIrX16828rXKEGGrXC00078ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG!5`jSG@M+ IjRG@MzHjXG?jRG@MzHuhNjX,GjY,G@@ubj0,)r}r(hXF6PArhXfructose 6 phosphate aldolaserh}r(XGENE_ASSOCIATIONrXSTM4109rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjf arRrj>,}r(j@,)r}r(hXf6p_crhXD-Fructose-6-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3385rXCHARGErX-2rXCHEBIrX15946rXKEGGrXC00085ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjG?j?G?uhNjX,G@jY,G@@ubj0,)r}r(hXF6PPrhX"D fructose 6 phosphate phosphataserh}r(XGENE_ASSOCIATIONrX( STM0840 or STM0842 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM0840 or STM0842rj9,hj:,h]r(jx jo erRrj>,}r(jGjRGj@,)r}r(hXfru_crhX D-Fructoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3395rXCHARGErjK,XCHEBIrX15824rXKEGGrXC00095ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX F6Pt6_2pprhX@Fructose 6 phosphate transport via phosphate antiport periplasm r h}r (XGENE_ASSOCIATIONr XSTM3787r X SUBSYSTEMr XTransport Inner Membraneruh }rj8,j j9,hj:,h]rj arRrj>,}r(j@,)r}r(hXf6p_prhXD-Fructose-6-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3385rXCHARGErX-2rXCHEBIrX15946r XKEGGr!XC00085r"uh }r#hNhh]r$r%Rr&jS,jjT,jPjV,JjW,GubGjSGj_G@jG?uhNjX,GjY,G@@ubj0,)r'}r((hXF6Ptexr)hXHfructose 6 phosphate transport via diffusion extracellular to periplasm r*h}r+(XGENE_ASSOCIATIONr,X2( STM0320 or STM0999 or STM1473 or STM2267 )r-X SUBSYSTEMr.XTransport Outer Membrane Porinr/uh }r0j8,X.STM0320 or STM0999 or STM1473 or STM2267r1j9,hj:,h]r2(h*hh3h!er3Rr4j>,}r5(jGGjG?uhNjX,G@jY,G@@ubj0,)r6}r7(hX FA100ACPHir8hXfatty acyl ACP hydrolaser9h}r:(XGENE_ASSOCIATIONr;XSTM0403r<X SUBSYSTEMr=XCell Envelope Biosynthesisr>uh }r?j8,j<j9,hj:,h]r@j arARrBj>,}rC(jRGjbGjaG?jRG?jeG?uhNjX,GjY,G@@ubj0,)rD}rE(hX FA120ACPHirFhXfatty acyl ACP hydrolaserGh}rH(XGENE_ASSOCIATIONrIXSTM0403rJX SUBSYSTEMrKXCell Envelope BiosynthesisrLuh }rMj8,jJj9,hj:,h]rNj arORrPj>,}rQ(jGbGjRGjaG?jWG?jRG?uhNjX,GjY,G@@ubj0,)rR}rS(hX FA140ACPHirThXfatty acyl ACP hydrolaserUh}rV(XGENE_ASSOCIATIONrWXSTM0403rXX SUBSYSTEMrYXCell Envelope BiosynthesisrZuh }r[j8,jXj9,hj:,h]r\j ar]Rr^j>,}r_(jbGjRGjaG?j:XG?jRG?uhNjX,GjY,G@@ubj0,)r`}ra(hX FA141ACPHirbhXfatty acyl ACP hydrolaserch}rd(XGENE_ASSOCIATIONreXSTM0403rfX SUBSYSTEMrgXCell Envelope Biosynthesisrhuh }rij8,jfj9,hj:,h]rjj arkRrlj>,}rm(jbGjRGjmXG?jRG?jaG?uhNjX,GjY,G@@ubj0,)rn}ro(hX FA160ACPHirphXfatty acyl ACP hydrolaserqh}rr(XGENE_ASSOCIATIONrsXSTM0403rtX SUBSYSTEMruXCell Envelope Biosynthesisrvuh }rwj8,jtj9,hj:,h]rxj aryRrzj>,}r{(jRGjbGjaG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r|}r}(hX FA161ACPHir~hXfatty acyl ACP hydrolaserh}r(XGENE_ASSOCIATIONrXSTM0403rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jbGjRGjaG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FA80ACPHirhXfatty acyl ACP hydrolaserh}r(XGENE_ASSOCIATIONrXSTM0403rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jaGjRGjeG?jaG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE100rhX&fatty acid CoA thioesterase decanoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjmGjgG?jeG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE120rhX(fatty acid CoA thioesterase dodecanoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jmGjRGjgG?jWG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE140rhX+fatty acid CoA thioesterase tetradecanoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjmGjgG?j:XG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE141rhX+fatty acid CoA thioesterase tetradecenoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj@,)r}r(hXtdecoa_crhXTetradecenoyl-CoA-n-C141CoArh}r(XFORMULArXC35H56N7O17P3SrXPUBCHEMrX8959rXCHARGErX-4rXCHEBIrjK,XKEGGrXC06737ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjgG?jmXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE160rhX*fatty acid CoA thioesterase hexadecanoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j%nGjRGjRG?jXG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE161rhX*fatty acid CoA thioesterase hexadecenoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXhdcoa_crhXHexadecenoyl-CoA-n-C161CoArh}r(XFORMULArXC37H60N7O17P3SrXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGr jK,uh }r hNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjRGjgG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE180rhX*fatty acid CoA thioesterase octadecanoate rh}r(XGENE_ASSOCIATIONrXSTM0464rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjYnGjgG?jYG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAE181rhX*fatty acid CoA thioesterase octadecenoate rh}r (XGENE_ASSOCIATIONr!XSTM0464r"X SUBSYSTEMr#XCell Envelope Biosynthesisr$uh }r%j8,j"j9,hj:,h]r&j ar'Rr(j>,}r)(j@,)r*}r+(hXodecoa_cr,hXOctadecenoyl-CoA-n-C181CoAr-h}r.(XFORMULAr/XC39H64N7O17P3Sr0XPUBCHEMr1X47205526r2XCHARGEr3X-4r4XCHEBIr5jK,XKEGGr6XC16218r7uh }r8hNhh]r9r:Rr;jS,j0jT,jU,jV,JjW,GubGjRGj6YG?jRG?jgG?uhNjX,GjY,G@@ubj0,)r<}r=(hXFACOAE60r>hX&fatty acid CoA thioesterase hexanoate r?h}r@(XGENE_ASSOCIATIONrAXSTM0464rBX SUBSYSTEMrCXCell Envelope BiosynthesisrDuh }rEj8,jBj9,hj:,h]rFj arGRrHj>,}rI(j!mGjRGj@,)rJ}rK(hXhxa_crLhXHexanoate-n-C60rMh}rN(XFORMULArOXC6H11O2rPXPUBCHEMrQX4740rRXCHARGErSX-1rTXCHEBIrUX30776rVXKEGGrWXC01585rXuh }rYhNhh]rZr[Rr\jS,jPjT,jU,jV,JjW,GubG?jgG?jRG?uhNjX,GjY,G@@ubj0,)r]}r^(hXFACOAE80r_hX&fatty acid CoA thioesterase octanoate r`h}ra(XGENE_ASSOCIATIONrbXSTM0464rcX SUBSYSTEMrdXCell Envelope Biosynthesisreuh }rfj8,jcj9,hj:,h]rgj arhRrij>,}rj(jUmGjRGjgG?jeG?jRG?uhNjX,GjY,G@@ubj0,)rk}rl(hX FACOAL100t2pprmhXEfatty acid CoA ligase decanoate transport via vectoral Co A coupling rnh}ro(XGENE_ASSOCIATIONrpX( STM1818 or STM1350 )rqX SUBSYSTEMrrXCell Envelope Biosynthesisrsuh }rtj8,XSTM1818 or STM1350ruj9,hj:,h]rv(j j erwRrxj>,}ry(jRGjgGjGj TGjXG?jXG?jRG?jmG?uhNjX,GjY,G@@ubj0,)rz}r{(hX FACOAL120t2ppr|hXGfatty acid CoA ligase dodecanoate transport via vectoral Co A coupling r}h}r~(XGENE_ASSOCIATIONrX( STM1350 or STM1818 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1350 or STM1818rj9,hj:,h]r(j j erRrj>,}r(jRGjGjgGj TGjXG?jXG?jRG?jmG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAL140t2pprhXJfatty acid CoA ligase tetradecanoate transport via vectoral Co A coupling rh}r(XGENE_ASSOCIATIONrX( STM1818 or STM1350 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1818 or STM1350rj9,hj:,h]r(j j erRrj>,}r(jRGj TGjgGj@,)r}r(hXttdca_prhXtetradecanoate-n-C140rh}r(XFORMULArXC14H27O2rXPUBCHEMrX8659rXCHARGErX-1rXCHEBIrX 28875 30807rXKEGGrXC06424ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjXG?jmG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAL141t2pprhXJfatty acid CoA ligase tetradecenoate transport via vectoral Co A coupling rh}r(XGENE_ASSOCIATIONrX( STM1350 or STM1818 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1350 or STM1818rj9,hj:,h]r(j j erRrj>,}r(jRGj@,)r}r(hXttdcea_prhXtetradecenoate-n-C141rh}r(XFORMULArXC14H25O2rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjgGj TGjG?jXG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAL160t2pprhXIfatty acid CoA ligase hexadecanoate transport via vectoral Co A coupling rh}r(XGENE_ASSOCIATIONrX( STM1350 or STM1818 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1350 or STM1818rj9,hj:,h]r(j j erRrj>,}r(jRGj@,)r}r(hXhdca_prhXHexadecanoate-n-C160rh}r(XFORMULArXC16H31O2rXPUBCHEMrX3548rXCHARGErX-1rXCHEBIrX15756rXKEGGrXC00249ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjgGjXG?j%nG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAL161t2pprhXIfatty acid CoA ligase hexadecenoate transport via vectoral Co A coupling rh}r(XGENE_ASSOCIATIONrX( STM1818 or STM1350 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1818 or STM1350rj9,hj:,h]r(j j erRrj>,}r(jRGjgGj@,)r}r(hXhdcea_prhXHexadecenoate-n-C161rh}r(XFORMULArXC16H29O2rXPUBCHEMrX3548rXCHARGErX-1rXCHEBIrX15756rXKEGGrXC00249r uh }r hNhh]r r Rr jS,jjT,jPjV,JjW,GubGj TGjXG?jG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FACOAL180t2pprhXIfatty acid CoA ligase octadecanoate transport via vectoral Co A coupling rh}r(XGENE_ASSOCIATIONrX( STM1818 or STM1350 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1818 or STM1350rj9,hj:,h]r(j j erRrj>,}r(jRGjgGj@,)r}r(hXocdca_prhXoctadecanoate-n-C180r h}r!(XFORMULAr"XC18H35O2r#XPUBCHEMr$X4692r%XCHARGEr&X-1r'XCHEBIr(X25629r)XKEGGr*XC01530r+uh }r,hNhh]r-r.Rr/jS,j#jT,jPjV,JjW,GubGj TGjXG?jXG?jRG?jYnG?uhNjX,GjY,G@@ubj0,)r0}r1(hX FACOAL181t2ppr2hXIfatty acid CoA ligase octadecenoate transport via vectoral Co A coupling r3h}r4(XGENE_ASSOCIATIONr5X( STM1818 or STM1350 )r6X SUBSYSTEMr7XCell Envelope Biosynthesisr8uh }r9j8,XSTM1818 or STM1350r:j9,hj:,h]r;(j j er<Rr=j>,}r>(jRGjgGj@,)r?}r@(hXocdcea_prAhXoctadecenoate-n-C181rBh}rC(XFORMULArDXC18H33O2rEXPUBCHEMrFX3978rGXCHARGErHX-1rIXCHEBIrJX16196rKXKEGGrLjK,uh }rMhNhh]rNrORrPjS,jEjT,jPjV,JjW,GubGj TGj*G?jXG?jRG?jXG?uhNjX,GjY,G@@ubj0,)rQ}rR(hX FACOAL60t2pprShXEfatty acid CoA ligase hexanoate transport via vectoral Co A coupling rTh}rU(XGENE_ASSOCIATIONrVX( STM1818 or STM1350 )rWX SUBSYSTEMrXXCell Envelope BiosynthesisrYuh }rZj8,XSTM1818 or STM1350r[j9,hj:,h]r\(j j er]Rr^j>,}r_(jRGj@,)r`}ra(hXhxa_prbhXHexanoate-n-C60rch}rd(XFORMULAreXC6H11O2rfXPUBCHEMrgX4740rhXCHARGEriX-1rjXCHEBIrkX30776rlXKEGGrmXC01585rnuh }rohNhh]rprqRrrjS,jfjT,jPjV,JjW,GubGj TGjgGjXG?j!mG?jXG?jRG?uhNjX,GjY,G@@ubj0,)rs}rt(hX FACOAL80t2ppruhXEfatty acid CoA ligase octanoate transport via vectoral Co A coupling rvh}rw(XGENE_ASSOCIATIONrxX( STM1818 or STM1350 )ryX SUBSYSTEMrzXCell Envelope Biosynthesisr{uh }r|j8,XSTM1818 or STM1350r}j9,hj:,h]r~(j j erRrj>,}r(j@,)r}r(hXocta_prhXoctanoate-n-C80rh}r(XFORMULArXC8H15O2rXPUBCHEMrX8658rXCHARGErX-1rXCHEBIrX28837rXKEGGrXC06423ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjRGj TGjgGjXG?jUmG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFADRxrhX FAD reductaserh}r(XGENE_ASSOCIATIONrXSTM3979rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(j[GjlGjRGjlG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXFADRx2rhX FAD reductaserh}r(XGENE_ASSOCIATIONrX( STM2947 and STM2948 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM2947 and STM2948rj9,hj:,h]r(j j erRrj>,}r(j[GjlGjRGjlG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXFALDtexrhX@formaldehyde transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jfGj@,)r}r(hXfald_prhX Formaldehyderh}r(XFORMULArXCH2OrXPUBCHEMrX3367rXCHARGErjK,XCHEBIrX16842rXKEGGrXC00067ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFALDtpprhX/formaldehyde transport via diffusion periplasm rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj@,)r}r(hXfald_crhX Formaldehyderh}r(XFORMULArXCH2OrXPUBCHEMrX3367rXCHARGErjK,XCHEBIrX16842rXKEGGrXC00067ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFALGTHLsrhX,formaldehyde glutathione ligase spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXgthrd_crhXReduced-glutathionerh}r(XFORMULArX C10H16N3O6SrXPUBCHEMrX3353r XCHARGEr X-1r XCHEBIr X16856r XKEGGrXC00051ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjGj@,)r}r(hXhmgth_crhXhydroxymethylglutathionerh}r(XFORMULArX C11H18N3O7SrXPUBCHEMrX1082rXCHARGErX-1rXCHEBIrjK,XKEGGr jK,uh }r!hNhh]r"r#Rr$jS,jjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r%}r&(hXFBAr'hXfructose bisphosphate aldolaser(h}r)(XGENE_ASSOCIATIONr*X( STM2141 or STM3068 )r+X SUBSYSTEMr,XGlycolysisGluconeogenesisr-uh }r.j8,XSTM2141 or STM3068r/j9,hj:,h]r0(j j er1Rr2j>,}r3(j@,)r4}r5(hXfdp_cr6hXD-Fructose-1-6-bisphosphater7h}r8(XFORMULAr9X C6H10O12P2r:XPUBCHEMr;X3647r<XCHARGEr=X-4r>XCHEBIr?X16905r@XKEGGrAXC00354rBuh }rChNhh]rDrERrFjS,j:jT,jU,jV,JjW,GubGj@,)rG}rH(hXdhap_crIhXDihydroxyacetone-phosphaterJh}rK(XFORMULArLXC3H5O6PrMXPUBCHEMrNX3411rOXCHARGErPX-2rQXCHEBIrRX16108rSXKEGGrTXC00111rUuh }rVhNhh]rWrXRrYjS,jMjT,jU,jV,JjW,GubG?jG?uhNjX,G@jY,G@@ubj0,)rZ}r[(hXFBPr\hXfructose bisphosphataser]h}r^(XGENE_ASSOCIATIONr_X( STM4085 or STM4415 )r`X SUBSYSTEMraXGlycolysisGluconeogenesisrbuh }rcj8,XSTM4085 or STM4415rdj9,hj:,h]re(j j erfRrgj>,}rh(j4GjRGjSG?jG?uhNjX,GjY,G@@ubj0,)ri}rj(hXFCIrkhXL fucose isomeraserlh}rm(XGENE_ASSOCIATIONrnXSTM2976roX SUBSYSTEMrpXAlternate Carbon Metabolismrquh }rrj8,joj9,hj:,h]rsj artRruj>,}rv(j@,)rw}rx(hXfuc__L_cryhXL-Fucoserzh}r{(XFORMULAr|XC6H12O5r}XPUBCHEMr~X4264rXCHARGErjK,XCHEBIrX2181rXKEGGrXC01019ruh }rhNhh]rrRrjS,j}jT,jU,jV,KjW,GubGj@,)r}r(hXfcl__L_crhX L-fuculoserh}r(XFORMULArXC6H12O5rXPUBCHEMrX4858rXCHARGErjK,XCHEBIrX17617rXKEGGrXC01721ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFCLKrhXL fuculokinaserh}r(XGENE_ASSOCIATIONrXSTM2977rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGjRGj@,)r}r(hXfc1p_crhXL-Fuculose-1-phosphaterh}r(XFORMULArXC6H11O8PrXPUBCHEMrX4333rXCHARGErX-2rXCHEBIrX6220rXKEGGrXC01099ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFCLPArhXL fuculose 1 phosphate aldolaserh}r(XGENE_ASSOCIATIONrX( STM2974 or STM2916 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM2974 or STM2916rj9,hj:,h]r(j jerRrj>,}r(jGjGG?j@,)r}r(hX lald__L_crhXL-Lactaldehyderh}r(XFORMULArXC3H6O2rXPUBCHEMrX3714rXCHARGErjK,XCHEBIrX18041rXKEGGrXC00424ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFCLTrhXFerrochelataserh}r(XGENE_ASSOCIATIONrXSTM0489rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj@,)r}r(hXppp9_crhXProtoporphyrinrh}r(XFORMULArX C34H32N4O4rXPUBCHEMrX5261rXCHARGErX-2rXCHEBIrX15430rXKEGGrXC02191ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG@j\G?uhNjX,GjY,G@@ubj0,)r}r(hXFDH4pprhX+formate dehydrogenase quinone 8 periplasm rh}r(XGENE_ASSOCIATIONrXX( ( STM4035 and STM4036 and STM4037 ) or ( STM1570 and STM1569 and STM1568 ) )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,XT( STM4035 and STM4036 and STM4037 ) or ( STM1570 and STM1569 and STM1568 )rj9,hj:,h]r (j,j>jGjj#j5er Rr j>,}r (j@,)r }r(hXfor_prhXFormaterh}r(XFORMULArXCH1O2rXPUBCHEMrX3358rXCHARGErX-1rXCHEBIrX30751rXKEGGrXC00058ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj݃GjRGjG?jЀG?j TG?uhNjX,GjY,G@@ubj0,)r }r!(hXFDH5ppr"hX/Formate Dehydrogenase menaquinone 8 periplasm r#h}r$(XGENE_ASSOCIATIONr%XX( ( STM1570 and STM1569 and STM1568 ) or ( STM4035 and STM4036 and STM4037 ) )r&X SUBSYSTEMr'XOxidative Phosphorylationr(uh }r)j8,XT( STM1570 and STM1569 and STM1568 ) or ( STM4035 and STM4036 and STM4037 )r*j9,hj:,h]r+(j,j>jGjj#j5er,Rr-j>,}r.(j Gj!GjRGjЀG?j|G?j TG?uhNjX,GjY,G@@ubj0,)r/}r0(hXFE2t2ppr1hX2iron II transport in via proton symport periplasm r2h}r3(XGENE_ASSOCIATIONr4XSTM2408r5X SUBSYSTEMr6X&Inorganic Ion Transport and Metabolismr7uh }r8j8,j5j9,hj:,h]r9jPar:Rr;j>,}r<(j@,)r=}r>(hXfe2_pr?hXFe2r@h}rA(XFORMULArBXFerCXPUBCHEMrDX3325rEXCHARGErFj]-XCHEBIrGX18248rHXKEGGrIXC00023rJuh }rKhNhh]rLrMRrNjS,jCjT,jPjV,KjW,GubGj TGjRG?jG?uhNjX,GjY,G@@ubj0,)rO}rP(hXFE2texrQhX;iron II transport via diffusion extracellular to periplasm rRh}rS(XGENE_ASSOCIATIONrTX2( STM0320 or STM0999 or STM1473 or STM2267 )rUX SUBSYSTEMrVXTransport Outer Membrane PorinrWuh }rXj8,X.STM0320 or STM0999 or STM1473 or STM2267rYj9,hj:,h]rZ(h*hh3h!er[Rr\j>,}r](jGj=G?uhNjX,G@jY,G@@ubj0,)r^}r_(hXFE2tppr`hX&iron 2 transport in via permease no H rah}rb(XGENE_ASSOCIATIONrcXSTM3190rdX SUBSYSTEMreX&Inorganic Ion Transport and Metabolismrfuh }rgj8,jdj9,hj:,h]rhjariRrjj>,}rk(j=GjG?uhNjX,GjY,G@@ubj0,)rl}rm(hXFE3DHBZRrnhX8release of Fe III from ferric 2 3 dihydroxybenzoylserineroh}rpX SUBSYSTEMrqX&Inorganic Ion Transport and Metabolismrrsh }rsj8,hj9,hj:,h]rtruRrvj>,}rw(j@,)rx}ry(hX fe3dhbzs_crzhX!ferric-2-3-dihydroxybenzoylseriner{h}r|(XFORMULAr}X C10H10NO6Fer~XPUBCHEMrjK,XCHARGErj]-XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j~jT,jU,jV,KjW,GubGjG?j@,)r}r(hX 23dhbzs_crhX2-3-dihydroxybenzoylserinerh}r(XFORMULArX C10H10NO6rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrXC04204ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX FE3DHBZSabcpprhXEferric 2 3 dihydroxybenzoylserine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM0594 and STM0590 and STM0592 and STM0591 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X1STM0594 and STM0590 and STM0592 and STM0591rj9,hj:,h]r(jkjYjbjterRrj>,}r(jRGj@,)r}r(hX fe3dhbzs_prhX!ferric-2-3-dihydroxybenzoylserinerh}r(XFORMULArX C10H10NO6FerXPUBCHEMrjK,XCHARGErj]-XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRG?jRG?jxG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX FE3DHBZStonexrhXIferric 2 3 dihydroxybenzoylserine transport via ton system extracellular rh}r(XGENE_ASSOCIATIONrX9( STM2199 and ( STM1737 and STM3158 and STM3159 ) )rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,X5STM2199 and ( STM1737 and STM3158 and STM3159 )rj9,hj:,h]r(j}jjjerRrj>,}r(j̲Gj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFE3HOXR1rhXFe III hydroxamate reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jlGj@,)r}r(hXfe3hox_crhXFe-III-hydroxamaterh}r(XFORMULArX C9H18O6N3FerXPUBCHEMrX8470rXCHARGErjK,XCHEBIrjK,XKEGGrXC06227ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hX fe3hox__un_crhXFe-III-hydoxamate-unloadedrh}r(XFORMULArX C9H18O6N3rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG@jG@jlG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXFE3HOXR2rhXFe III hydroxamate reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGjJGjG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXFE3HOXR3rhXFe III hydroxamate reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r (jGjyGjG@jG@jG?jRG@uhNjX,GjY,G@@ubj0,)r }r (hX FE3HOXUtexr hX%Fe III hydroxamate unloaded secretionr h}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j TGjGjRG?j@,)r}r(hX fe3hox__un_prhXFe-III-hydoxamate-unloadedrh}r(XFORMULArX C9H18O6N3rXPUBCHEMrjK,XCHARGErX-3rXCHEBIr jK,XKEGGr!jK,uh }r"hNhh]r#r$Rr%jS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r&}r'(hX FE3HOXUtppr(hX4Fe III hydroxamate unloaded secretion extracellular r)h}r*X SUBSYSTEMr+X&Inorganic Ion Transport and Metabolismr,sh }r-j8,hj9,hj:,h]r.r/Rr0j>,}r1(j TGjGjG?jRG?uhNjX,GjY,G@@ubj0,)r2}r3(hX FE3HOXexsr4hX4Fe III hydroxamate Fe loading reaction spontaneaous r5h}r6(XGENE_ASSOCIATIONr7Xs0001r8X SUBSYSTEMr9X&Inorganic Ion Transport and Metabolismr:uh }r;j8,j8j9,hj:,h]r<jar=Rr>j>,}r?(jGjGjG?uhNjX,GjY,G@@ubj0,)r@}rA(hX FE3HOXtonexrBhX:Fe III hydroxamine transport via ton system extracellular rCh}rD(XGENE_ASSOCIATIONrEX9( STM0191 and ( STM1737 and STM3158 and STM3159 ) )rFX SUBSYSTEMrGXTransport Outer MembranerHuh }rIj8,X5STM0191 and ( STM1737 and STM3158 and STM3159 )rJj9,hj:,h]rK(jjjjerLRrMj>,}rN(jGj TGj@,)rO}rP(hXfe3hox_prQhXFe-III-hydroxamaterRh}rS(XFORMULArTX C9H18O6N3FerUXPUBCHEMrVX8470rWXCHARGErXjK,XCHEBIrYjK,XKEGGrZXC06227r[uh }r\hNhh]r]r^Rr_jS,jUjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r`}ra(hXFE3RirbhXFe III reductionrch}rd(XGENE_ASSOCIATIONreXSTM3979rfX SUBSYSTEMrgX*Cofactor and Prosthetic Group Biosynthesisrhuh }rij8,jfj9,hj:,h]rjj arkRrlj>,}rm(jGjlGjlG?jRG@jG@uhNjX,GjY,G@@ubj0,)rn}ro(hXFE3texrphX<iron III transport via diffusion extracellular to periplasm rqh}rr(XGENE_ASSOCIATIONrsX2( STM0320 or STM0999 or STM1473 or STM2267 )rtX SUBSYSTEMruXTransport Outer Membrane Porinrvuh }rwj8,X.STM0320 or STM0999 or STM1473 or STM2267rxj9,hj:,h]ry(h*hh3h!erzRr{j>,}r|(jGj@,)r}}r~(hXfe3_prhXFe3rh}r(XFORMULArXFerXPUBCHEMrjK,XCHARGErj8XCHEBIrX14819rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFECRMR1rhXFerrichrome reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXfecrm_crhX Ferrichromerh}r(XFORMULArX C27H42FeN9O12rXPUBCHEMrX8471rXCHARGErjK,XCHEBIrjK,XKEGGrXC06228ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjlGj@,)r}r(hX fecrm__un_crhXFerrichrome-minus-Fe-IIIrh}r(XFORMULArX C27H42N9O12rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG@jG@jRG@jlG?uhNjX,GjY,G@@ubj0,)r}r(hXFECRMR2rhXFerrichrome reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGjJGjG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXFECRMR3rhXFerrichrome reductaserh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGjyGjG@jG@jG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX FECRMUtexrhX0ferrichrome minus Fe secretion to extracellular rh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX fecrm__un_prhXFerrichrome-minus-Fe-IIIrh}r(XFORMULArX C27H42N9O12rXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjRG?j=G?uhNjX,GjY,G@@ubj0,)r}r(hX FECRMUtpprhX,ferrichrome minus Fe secretion to periplasm rh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FECRMabcpprhX/ferrichrome transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM0194 and STM0192 and STM0193 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X#STM0194 and STM0192 and STM0193rj9,hj:,h]r(j>j5jGerRrj>,}r(jRGj@,)r }r (hXfecrm_pr hX Ferrichromer h}r (XFORMULArX C27H42FeN9O12rXPUBCHEMrX8471rXCHARGErjK,XCHEBIrjK,XKEGGrXC06228ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRG?jSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFECRMexsrhX0ferrichrome Fe III loading reaction spontaneous rh}r(XGENE_ASSOCIATIONrXs0001r X SUBSYSTEMr!X&Inorganic Ion Transport and Metabolismr"uh }r#j8,j j9,hj:,h]r$jar%Rr&j>,}r'(j=GjGj G?uhNjX,GjY,G@@ubj0,)r(}r)(hX FECRMtonexr*hX3ferrichrome transport via ton system extracellular r+h}r,(XGENE_ASSOCIATIONr-X9( STM0191 and ( STM1737 and STM3158 and STM3159 ) )r.X SUBSYSTEMr/XTransport Outer Membraner0uh }r1j8,X5STM0191 and ( STM1737 and STM3158 and STM3159 )r2j9,hj:,h]r3(jjjjer4Rr5j>,}r6(j Gj TGj G?jRG?uhNjX,GjY,G@@ubj0,)r7}r8(hX FEENTERabcppr9hX3Fe enterobactin transport via ABC system periplasm r:h}r;(XGENE_ASSOCIATIONr<X5( STM0594 and STM0590 and STM0592 and STM0591 )r=X SUBSYSTEMr>X&Inorganic Ion Transport and Metabolismr?uh }r@j8,X1STM0594 and STM0590 and STM0592 and STM0591rAj9,hj:,h]rB(jkjYjbjterCRrDj>,}rE(jRGjRGj@,)rF}rG(hX feenter_prHhXFe-enterobactinrIh}rJ(XFORMULArKX C30H27FeN3O15rLXPUBCHEMrMX8473rNXCHARGErOj8XCHEBIrPX28199rQXKEGGrRXC06230rSuh }rThNhh]rUrVRrWjS,jLjT,jPjV,KjW,GubGjSG?j@,)rX}rY(hX feenter_crZhXFe-enterobactinr[h}r\(XFORMULAr]X C30H27FeN3O15r^XPUBCHEMr_X8473r`XCHARGEraj8XCHEBIrbX28199rcXKEGGrdXC06230reuh }rfhNhh]rgrhRrijS,j^jT,jU,jV,KjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rj}rk(hX FEENTERexsrlhX(enterobactin Fe III binding spontaneous rmh}rn(XGENE_ASSOCIATIONroXs0001rpX SUBSYSTEMrqX&Inorganic Ion Transport and Metabolismrruh }rsj8,jpj9,hj:,h]rtjaruRrvj>,}rw(jGjGjYG?uhNjX,GjY,G@@ubj0,)rx}ry(hX FEENTERtonexrzhX7Fe enterobactin transport via ton system extracellular r{h}r|(XGENE_ASSOCIATIONr}X9( STM0585 and ( STM1737 and STM3158 and STM3159 ) )r~X SUBSYSTEMrXTransport Outer Membraneruh }rj8,X5STM0585 and ( STM1737 and STM3158 and STM3159 )rj9,hj:,h]r(jjjjerRrj>,}r(jYGj TGjFG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FEENTERtpprhX!enterochelin transport secretion rh}r(XGENE_ASSOCIATIONrXSTM0593rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj TGj@,)r}r(hXenter_prhX Enterochelinrh}r(XFORMULArX C30H27N3O15rXPUBCHEMrX8116rXCHARGErjK,XCHEBIrX28855rXKEGGrXC05821ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FEOXAMUtexrhX1ferroxamine minus Fe3 secretion to extracellular rh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX feoxam__un_prhXferroxamine-minus-Fe-3rh}r(XFORMULArX C25H46N6O8rXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FEOXAMUtpprhX-ferroxamine minus Fe3 secretion to periplasm rh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX feoxam__un_crhXferroxamine-minus-Fe-3rh}r(XFORMULArX C25H46N6O8rXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FEOXAMabcpprhX/ferroxamine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM0194 and STM0192 and STM0193 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X#STM0194 and STM0192 and STM0193rj9,hj:,h]r(j>j5jGerRrj>,}r(jRGj@,)r}r(hXfeoxam_prhX ferroxaminerh}r(XFORMULArX C25H46FeN6O8rXPUBCHEMrX9799rXCHARGErj-XCHEBIrjK,XKEGGrXC07597ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRG?j@,)r}r(hXfeoxam_crhX ferroxaminerh}r(XFORMULArX C25H46FeN6O8rXPUBCHEMrX9799rXCHARGErj-XCHEBIr jK,XKEGGr XC07597r uh }r hNhh]r rRrjS,jjT,jU,jV,KjW,GubG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FEOXAMexsrhX-ferroxamine Fe3 loading reaction spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjwG?uhNjX,GjY,G@@ubj0,)r}r(hX FEOXAMtonexr hX3ferroxamine transport via ton system extracellular r!h}r"(XGENE_ASSOCIATIONr#X9( STM0191 and ( STM1737 and STM3158 and STM3159 ) )r$X SUBSYSTEMr%XTransport Outer Membraner&uh }r'j8,X5STM0191 and ( STM1737 and STM3158 and STM3159 )r(j9,hj:,h]r)(jjjjer*Rr+j>,}r,(jwGj TGjRG?jG?uhNjX,GjY,G@@ubj0,)r-}r.(hXFEROppr/hX ferroxidaser0h}r1(XGENE_ASSOCIATIONr2XSTM0168r3X SUBSYSTEMr4X&Inorganic Ion Transport and Metabolismr5uh }r6j8,j3j9,hj:,h]r7j ar8Rr9j>,}r:(jGj=Gj TGjlTG@j}G@uhNjX,GjY,G@@ubj0,)r;}r<(hXFHLr=hXFormate hydrogen lyaser>h}r?(XGENE_ASSOCIATIONr@Xc( STM4285 and ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 ) )rAX SUBSYSTEMrBXPyruvate MetabolismrCuh }rDj8,X_STM4285 and ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 )rEj9,hj:,h]rF(jjjjjjjerGRrHj>,}rI(j|GjRGjaG?j@,)rJ}rK(hXh2_crLhXH2rMh}rN(XFORMULArOXH2rPXPUBCHEMrQX3577rRXCHARGErSjK,XCHEBIrTX18276rUXKEGGrVXC00282rWuh }rXhNhh]rYrZRr[jS,jPjT,jU,jV,KjW,GubG?uhNjX,GjY,Gubj0,)r\}r](hXFLDRr^hXflavodoxin reductase NADPH r_h}r`(XGENE_ASSOCIATIONraX<( ( STM0694 and STM4084 ) or ( STM3045 and STM4084 ) )rbX SUBSYSTEMrcX Unassignedrduh }rej8,X8( STM0694 and STM4084 ) or ( STM3045 and STM4084 )rfj9,hj:,h]rg(jjjerhRrij>,}rj(j@,)rk}rl(hXfldox_crmhXflavodoxin-oxidizedrnh}ro(XFORMULArpjݣXPUBCHEMrqX5805rrXCHARGErsjK,XCHEBIrtjK,XKEGGruXC02869rvuh }rwhNhh]rxryRrzjS,jݣjT,jU,jV,KjW,GubGj[GjRGj@,)r{}r|(hXfldrd_cr}hXflavodoxin-reducedr~h}r(XFORMULArXXH2rXPUBCHEMrX5705rXCHARGErjK,XCHEBIrjK,XKEGGrXC02745ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXFLVRrhXflavin reductaserh}r(XGENE_ASSOCIATIONrX*( ( STM2947 and STM2948 ) or STM3979 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,X&( STM2947 and STM2948 ) or STM3979rj9,hj:,h]r(j j j erRrj>,}r(j[GjGjRGj[G?jyG?uhNjX,GjY,G@@ubj0,)r}r(hXFLVRxrhXflavin reductase NAD rh}r(XGENE_ASSOCIATIONrXSTM3979rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj[GjRGj[G?jyG?uhNjX,GjY,G@@ubj0,)r}r(hXFMETTRSrhX Methionyl tRNA formyltransferaserh}r(XGENE_ASSOCIATIONrXSTM3407rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX mettrna_crhXL-Methionyl-tRNA-Metrh}r(XFORMULArX C5H10NOSRrXPUBCHEMrX5457rXCHARGErj-XCHEBIrX16635rXKEGGrXC02430ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjwGjwG?j@,)r}r(hX fmettrna_crhXN-Formylmethionyl-tRNArh}r(XFORMULArX C6H9NO2SRrXPUBCHEMrX6151rXCHARGErjK,XCHEBIrX17119rXKEGGrXC03294ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFMNATrhXFMN adenylyltransferaserh}r(XGENE_ASSOCIATIONrXSTM0045rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjRGjRGjXG?jlG?uhNjX,GjY,G@@ubj0,)r}r(hXFMNRxrhX FMN reductaserh}r(XGENE_ASSOCIATIONrXSTM3979rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjZGj[GjJG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXFMNRx2rhX FMN reductaserh}r(XGENE_ASSOCIATIONrX*( ( STM2947 and STM2948 ) or STM3979 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,X&( STM2947 and STM2948 ) or STM3979rj9,hj:,h]r(j j j erRrj>,}r(j[GjZGjRGjJG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXFORt2pprhX;formate transport via proton symport uptake only periplasm r h}r (XGENE_ASSOCIATIONr XSTM0974r X SUBSYSTEMr XTransport Inner Membraneruh }rj8,j j9,hj:,h]rj arRrj>,}r(j Gj TGj|G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFORtexrhX;formate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3er Rr!j>,}r"(jGj G?uhNjX,G@jY,G@@ubj0,)r#}r$(hXFORtppir%hX7formate transport via diffusion cytoplasm to periplasm r&h}r'(XGENE_ASSOCIATIONr(XSTM0974r)X SUBSYSTEMr*XTransport Inner Membraner+uh }r,j8,j)j9,hj:,h]r-j ar.Rr/j>,}r0(j|Gj G?uhNjX,GjY,G@@ubj0,)r1}r2(hXFRD2r3hXfumarate reductaser4h}r5(XGENE_ASSOCIATIONr6X5( STM4340 and STM4341 and STM4342 and STM4343 )r7X SUBSYSTEMr8XCitric Acid Cycler9uh }r:j8,X1STM4340 and STM4341 and STM4342 and STM4343r;j9,hj:,h]r<(jj1j(jer=Rr>j>,}r?(j|GjsGj!G?j@G?uhNjX,GjY,G@@ubj0,)r@}rA(hXFRD3rBhXfumarate reductaserCh}rD(XGENE_ASSOCIATIONrEX5( STM4340 and STM4341 and STM4342 and STM4343 )rFX SUBSYSTEMrGXCitric Acid CyclerHuh }rIj8,X1STM4340 and STM4341 and STM4342 and STM4343rJj9,hj:,h]rK(jj1j(jerLRrMj>,}rN(j|GjsGj@,)rO}rP(hX2dmmq8_crQhX2-Demethylmenaquinone-8rRh}rS(XFORMULArTXC50H70O2rUXPUBCHEMrVX8113rWXCHARGErXjK,XCHEBIrYX28192rZXKEGGr[XC05818r\uh }r]hNhh]r^r_Rr`jS,jUjT,jU,jV,KjW,GubG?j@G?uhNjX,GjY,G@@ubj0,)ra}rb(hXFRUKrchXfructose 1 phosphate kinaserdh}re(XGENE_ASSOCIATIONrfXSTM2205rgX SUBSYSTEMrhXAlternate Carbon Metabolismriuh }rjj8,jgj9,hj:,h]rkj:arlRrmj>,}rn(jRGj@,)ro}rp(hXf1p_crqhXD-Fructose-1-phosphaterrh}rs(XFORMULArtXC6H11O9PruXPUBCHEMrvX5887rwXCHARGErxX-2ryXCHEBIrzjK,XKEGGr{XC02976r|uh }r}hNhh]r~rRrjS,jujT,jU,jV,JjW,GubGj4G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX FRULYStexrhX7fructoselysine transporter via diffusion extracellular rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXfrulys_prhXfructoselysinerh}r(XFORMULArX C12H25N2O7rXPUBCHEMrX47205784rXCHARGErj-XCHEBIrjK,XKEGGrXC16488ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXFRUURtexrhX5D fructuronate transport via diffusion extracellular rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j Gj@,)r}r(hXfruur_prhXD-Fructuronaterh}r(XFORMULArXC6H9O7rXPUBCHEMrX4160rXCHARGErX-1rXCHEBIrX4126rXKEGGrXC00905ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hX FRUpts2pprhX<Fructose transport via PEPPyr PTS f6p generating periplasm rh}r(XGENE_ASSOCIATIONrXC( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X?STM1830 and STM1831 and STM1832 and STM2431 and STM2432rj9,hj:,h]r(jjj{jjerRrj>,}r(j@,)r}r(hXfru_prhX D-Fructoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3395rXCHARGErjK,XCHEBIrX15824rXKEGGrXC00095ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj4jGjG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXFRUptspprhX.D fructose transport via PEPPyr PTS periplasm rh}r(XGENE_ASSOCIATIONrX5( STM2204 and STM2206 and STM2431 and STM2432 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM2204 and STM2206 and STM2431 and STM2432rj9,hj:,h]r(jCjLjjerRrj>,}r(j4jGjGjoG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXFRUtexrhX>D fructose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jϳGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXFTHFDrhX"formyltetrahydrofolate deformylaserh}r(XGENE_ASSOCIATIONrXSTM1756rX SUBSYSTEMr XFolate Metabolismr uh }r j8,jj9,hj:,h]r jUar Rrj>,}r(jRGjwGjwG?j|G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXFUCtexrhX<L fucose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j)Gj@,)r}r (hXfuc__L_pr!hXL-Fucoser"h}r#(XFORMULAr$XC6H12O5r%XPUBCHEMr&X4264r'XCHARGEr(jK,XCHEBIr)X2181r*XKEGGr+XC01019r,uh }r-hNhh]r.r/Rr0jS,j%jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r1}r2(hXFUCtppr3hX0L fucose transport via proton symport periplasm r4h}r5(XGENE_ASSOCIATIONr6Xs0001r7X SUBSYSTEMr8XTransport Inner Membraner9uh }r:j8,j7j9,hj:,h]r;jar<Rr=j>,}r>(jGj TGjRG?jwG?uhNjX,G@jY,G@@ubj0,)r?}r@(hXFUMrAhXfumaraserBh}rC(XGENE_ASSOCIATIONrDX@( STM1468 or STM4300 or STM1469 or ( STM0761 and STM0762 ) )rEX SUBSYSTEMrFXCitric Acid CyclerGuh }rHj8,X<STM1468 or STM4300 or STM1469 or ( STM0761 and STM0762 )rIj9,hj:,h]rJ(j^jojxjjferKRrLj>,}rM(jRGjsGj@,)rN}rO(hXmal__L_crPhXL-MalaterQh}rR(XFORMULArSXC4H4O5rTXPUBCHEMrUX3449rVXCHARGErWX-2rXXCHEBIrYX30797rZXKEGGr[XC00149r\uh }r]hNhh]r^r_Rr`jS,jTjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)ra}rb(hX FUMt2_2pprchX5Fumarate transport via proton symport 2 H periplasm rdh}re(XGENE_ASSOCIATIONrfXSTM3614rgX SUBSYSTEMrhXTransport Inner Membraneriuh }rjj8,jgj9,hj:,h]rkjarlRrmj>,}rn(j@,)ro}rp(hXfum_prqhXFumaraterrh}rs(XFORMULArtXC4H2O4ruXPUBCHEMrvX3422rwXCHARGErxX-2ryXCHEBIrzX18012r{XKEGGr|XC00122r}uh }r~hNhh]rrRrjS,jujT,jPjV,JjW,GubGj TGjRG@jsG?uhNjX,GjY,G@@ubj0,)r}r(hXFUMtexrhX<Fumarate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(jGGjoG?uhNjX,G@jY,G@@ubj0,)r}r(hXG1PACTrhX+glucosamine 1 phosphate N acetyltransferaserh}r(XGENE_ASSOCIATIONrXSTM3862rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXgam1p_crhXD-Glucosamine-1-phosphaterh}r(XFORMULArX C6H13NO8PrXPUBCHEMrX8412rXCHARGErX-1rXCHEBIrX27625rXKEGGrXC06156ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjgGj@,)r}r(hX acgam1p_crhX"N-Acetyl-D-glucosamine-1-phosphaterh}r(XFORMULArX C8H14NO9PrXPUBCHEMrX6921rXCHARGErX-2rXCHEBIrX7125rXKEGGrXC04256ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hXG1PPpprhXGlucose 1 phosphataserh}r(XGENE_ASSOCIATIONrXSTM1117rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXg1p_prhXD-Glucose-1-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3403rXCHARGErX-2rXCHEBIrX 16077 29042rXKEGGrXC00103ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj@,)r}r(hXglc__D_prhX D-Glucoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3333rXCHARGErjK,XCHEBIrX4167rXKEGGrXC00031ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)r}r(hXG1PTTrhX)glucose 1 phosphate thymidylyltransferaserh}r(XGENE_ASSOCIATIONrX( STM3923 or STM2095 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM3923 or STM2095rj9,hj:,h]r(jjerRrj>,}r(j@,)r}r(hXg1p_cr hXD-Glucose-1-phosphater h}r (XFORMULAr XC6H11O9Pr XPUBCHEMrX3403rXCHARGErX-2rXCHEBIrX 16077 29042rXKEGGrXC00103ruh }rhNhh]rrRrjS,j jT,jU,jV,JjW,GubGjIGjRGjXG?j@,)r}r(hX dtdpglu_crhX dTDPglucoserh}r(XFORMULArX C16H24N2O16P2r XPUBCHEMr!X4099r"XCHARGEr#X-2r$XCHEBIr%X15700r&XKEGGr'XC00842r(uh }r)hNhh]r*r+Rr,jS,j jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r-}r.(hXG1Ptexr/hX-D glucose 1 phosphate transport via diffusionr0h}r1(XGENE_ASSOCIATIONr2X2( STM0320 or STM0999 or STM1473 or STM2267 )r3X SUBSYSTEMr4XTransport Outer Membrane Porinr5uh }r6j8,X.STM0320 or STM0999 or STM1473 or STM2267r7j9,hj:,h]r8(h*hh3h!er9Rr:j>,}r;(jfGjG?uhNjX,G@jY,G@@ubj0,)r<}r=(hXG1SATr>hX)glutamate 1 semialdehyde aminotransferaser?h}r@(XGENE_ASSOCIATIONrAXSTM0202rBX SUBSYSTEMrCX*Cofactor and Prosthetic Group BiosynthesisrDuh }rEj8,jBj9,hj:,h]rFjarGRrHj>,}rI(j@,)rJ}rK(hXglu1sa_crLhXL-Glutamate-1-semialdehyderMh}rN(XFORMULArOXC5H9NO3rPXPUBCHEMrQX6504rRXCHARGErSjK,XCHEBIrTX15757rUXKEGGrVXC03741rWuh }rXhNhh]rYrZRr[jS,jPjT,jU,jV,KjW,GubGj@,)r\}r](hX5aop_cr^hX5-Amino-4-oxopentanoater_h}r`(XFORMULAraXC5H9NO3rbXPUBCHEMrcX3719rdXCHARGErejK,XCHEBIrfX17549rgXKEGGrhXC00430riuh }rjhNhh]rkrlRrmjS,jbjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rn}ro(hXG2PPpprphX-glycerol 2 phosphate phosphatase periplasmic rqh}rr(XGENE_ASSOCIATIONrsXSTM4249rtX SUBSYSTEMruXAlternate Carbon Metabolismrvuh }rwj8,jtj9,hj:,h]rxjaryRrzj>,}r{(j@,)r|}r}(hXglyc2p_pr~hXGlycerol-2-phosphaterh}r(XFORMULArXC3H7O6PrXPUBCHEMrX5889rXCHARGErX-2rXCHEBIrX17270rXKEGGrXC02979ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj_G?j6G?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT120rhX*glycerol 3 phosphate acyltransferase C120 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGbGj@,)r}r(hXglyc3p_crhXGlycerol-3-phosphaterh}r(XFORMULArXC3H7O6PrXPUBCHEMrX3393rXCHARGErX-2rXCHEBIrX15978rXKEGGrXC00093ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj&vG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT140rhX*glycerol 3 phosphate acyltransferase C140 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jbGjGjZvG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT141rhX*glycerol 3 phosphate acyltransferase C141 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjbGjvG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT160rhX*glycerol 3 phosphate acyltransferase C160 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jbGjGjvG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT161rhX*glycerol 3 phosphate acyltransferase C161 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jbGjGjaG?jvG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT180rhX*glycerol 3 phosphate acyltransferase C180 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjeGjaG?j'wG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PAT181rhX*glycerol 3 phosphate acyltransferase C181 rh}r(XGENE_ASSOCIATIONrXSTM4235rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjeGjaG?j[wG?uhNjX,GjY,G@@ubj0,)r}r(hX G3PCabcpprhX@sn glycerol 3 phosphocholine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONr X5( STM3556 and STM3557 and STM3554 and STM3555 )r X SUBSYSTEMr XTransport Inner Membraner uh }r j8,X1STM3556 and STM3557 and STM3554 and STM3555rj9,hj:,h]r(jjjjerRrj>,}r(jRGj@,)r}r(hXg3pc_prhXsn-Glycero-3-phosphocholinerh}r(XFORMULArX C8H20NO6PrXPUBCHEMrX3939rXCHARGErjK,XCHEBIrX16870rXKEGGrXC00670r uh }r!hNhh]r"r#Rr$jS,jjT,jPjV,KjW,GubGjRGjSG?jRG?j@,)r%}r&(hXg3pc_cr'hXsn-Glycero-3-phosphocholiner(h}r)(XFORMULAr*X C8H20NO6Pr+XPUBCHEMr,X3939r-XCHARGEr.jK,XCHEBIr/X16870r0XKEGGr1XC00670r2uh }r3hNhh]r4r5Rr6jS,j+jT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r7}r8(hXG3PCtexr9hXLglycero 3 phosphocholine transport via diffusion extracellular to periplasm r:h}r;(XGENE_ASSOCIATIONr<X2( STM0320 or STM0999 or STM1473 or STM2267 )r=X SUBSYSTEMr>XTransport Outer Membrane Porinr?uh }r@j8,X.STM0320 or STM0999 or STM1473 or STM2267rAj9,hj:,h]rB(h*hh3h!erCRrDj>,}rE(jGjG?uhNjX,G@jY,G@@ubj0,)rF}rG(hXG3PD2rHhX(glycerol 3 phosphate dehydrogenase NADP rIh}rJ(XGENE_ASSOCIATIONrKXSTM3700rLX SUBSYSTEMrMXAlternate Carbon MetabolismrNuh }rOj8,jLj9,hj:,h]rPjarQRrRj>,}rS(jGj[Gj[G?jGG?jRG?uhNjX,G@jY,G@@ubj0,)rT}rU(hXG3PD5rVhX0glycerol 3 phosphate dehydrogenase ubiquinone 8 rWh}rX(XGENE_ASSOCIATIONrYX8( ( STM2284 and STM2285 and STM2286 ) or STM3526 )rZX SUBSYSTEMr[XOxidative Phosphorylationr\uh }r]j8,X4( STM2284 and STM2285 and STM2286 ) or STM3526r^j9,hj:,h]r_(jjjjer`Rraj>,}rb(j݃GjGjG?jGG?uhNjX,GjY,G@@ubj0,)rc}rd(hXG3PD6rehX1glycerol 3 phosphate dehydrogenase menaquinone 8 rfh}rg(XGENE_ASSOCIATIONrhX'( STM2284 and STM2285 and STM2286 )riX SUBSYSTEMrjXOxidative Phosphorylationrkuh }rlj8,X#STM2284 and STM2285 and STM2286rmj9,hj:,h]rn(jjjeroRrpj>,}rq(j!GjGjGG?j|G?uhNjX,GjY,G@@ubj0,)rr}rs(hXG3PD7rthX9glycerol 3 phosphate dehydrogenase demethylmenaquinone 8 ruh}rv(XGENE_ASSOCIATIONrwX'( STM2284 and STM2285 and STM2286 )rxX SUBSYSTEMryXOxidative Phosphorylationrzuh }r{j8,X#STM2284 and STM2285 and STM2286r|j9,hj:,h]r}(jjjer~Rrj>,}r(jGjOGjGG?j|G?uhNjX,GjY,G@@ubj0,)r}r(hX G3PEabcpprhXEsn glycerol 3 phosphoethanolamine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM3556 and STM3557 and STM3554 and STM3555 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM3556 and STM3557 and STM3554 and STM3555rj9,hj:,h]r(jjjjerRrj>,}r(j@,)r}r(hXg3pe_prhX sn-Glycero-3-phosphoethanolaminerh}r(XFORMULArX C5H14NO6PrXPUBCHEMrX4454rXCHARGErjK,XCHEBIrjK,XKEGGrXC01233ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRGjRG?jRG?j@,)r}r(hXg3pe_crhX sn-Glycero-3-phosphoethanolaminerh}r(XFORMULArX C5H14NO6PrXPUBCHEMrX4454rXCHARGErjK,XCHEBIrjK,XKEGGrXC01233ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PEtexrhXQglycero 3 phosphoethanolamine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX G3PGabcpprhXAsn glycerol 3 phosphoglycerol transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM3556 and STM3557 and STM3554 and STM3555 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM3556 and STM3557 and STM3554 and STM3555rj9,hj:,h]r(jjjjerRrj>,}r(j@,)r}r(hXg3pg_prhXGlycerophosphoglycerolrh}r(XFORMULArXC6H14O8PrXPUBCHEMrX6135rXCHARGErX-1rXCHEBIrjK,XKEGGrXC03274ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjRGjRGjRG?jSG?j@,)r}r(hXg3pg_crhXGlycerophosphoglycerolrh}r(XFORMULArXC6H14O8PrXPUBCHEMrX6135rXCHARGErX-1rXCHEBIrjK,XKEGGrXC03274ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXG3PGtexrhXFglycerophoglycerol transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX G3PIabcpprhXEsn glycerol 3 phosphoethanolamine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM3556 and STM3557 and STM3554 and STM3555 )r X SUBSYSTEMr XTransport Inner Membraner uh }r j8,X1STM3556 and STM3557 and STM3554 and STM3555r j9,hj:,h]r(jjjjerRrj>,}r(j@,)r}r(hXg3pi_prhXsn-Glycero-3-phospho-1-inositolrh}r(XFORMULArX C9H18O11PrXPUBCHEMrX4447rXCHARGErX-1rXCHEBIrX18321rXKEGGrXC01225r uh }r!hNhh]r"r#Rr$jS,jjT,jPjV,JjW,GubGjRGjRGj@,)r%}r&(hXg3pi_cr'hXsn-Glycero-3-phospho-1-inositolr(h}r)(XFORMULAr*X C9H18O11Pr+XPUBCHEMr,X4447r-XCHARGEr.X-1r/XCHEBIr0X18321r1XKEGGr2XC01225r3uh }r4hNhh]r5r6Rr7jS,j+jT,jU,jV,JjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r8}r9(hXG3PItexr:hXPglycero 3 phospho 1 inositol transport via diffusion extracellular to periplasm r;h}r<(XGENE_ASSOCIATIONr=X2( STM0320 or STM0999 or STM1473 or STM2267 )r>X SUBSYSTEMr?XTransport Outer Membrane Porinr@uh }rAj8,X.STM0320 or STM0999 or STM1473 or STM2267rBj9,hj:,h]rC(h*hh3h!erDRrEj>,}rF(j޴GjG?uhNjX,G@jY,G@@ubj0,)rG}rH(hX G3PSabcpprIhX?sn glycerol 3 phosphoserine transport via ABC system periplasm rJh}rK(XGENE_ASSOCIATIONrLX5( STM3556 and STM3557 and STM3554 and STM3555 )rMX SUBSYSTEMrNXTransport Inner MembranerOuh }rPj8,X1STM3556 and STM3557 and STM3554 and STM3555rQj9,hj:,h]rR(jjjjerSRrTj>,}rU(jRGj@,)rV}rW(hXg3ps_prXhXGlycerophosphoserinerYh}rZ(XFORMULAr[X C6H13NO8Pr\XPUBCHEMr]X3081457r^XCHARGEr_X-1r`XCHEBIrajK,XKEGGrbjK,uh }rchNhh]rdreRrfjS,j\jT,jPjV,JjW,GubGjRGj@,)rg}rh(hXg3ps_crihXGlycerophosphoserinerjh}rk(XFORMULArlX C6H13NO8PrmXPUBCHEMrnX3081457roXCHARGErpX-1rqXCHEBIrrjK,XKEGGrsjK,uh }rthNhh]rurvRrwjS,jmjT,jU,jV,JjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rx}ry(hXG3PStexrzhXGglycerophosphserine transport via diffusion extracellular to periplasm r{h}r|(XGENE_ASSOCIATIONr}X2( STM0320 or STM0999 or STM1473 or STM2267 )r~X SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjVG?uhNjX,G@jY,G@@ubj0,)r}r(hXG3PTrhXglycerol 3 phosphataserh}r(XGENE_ASSOCIATIONrX( STM0840 or STM0842 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM0840 or STM0842rj9,hj:,h]r(jx jo erRrj>,}r(jGjRGj@,)r}r(hXglyc_crhXGlycerolrh}r(XFORMULArXC3H8O3rXPUBCHEMrX3416rXCHARGErjK,XCHEBIrX17754rXKEGGrXC00116ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXG5SADsrhX3L glutamate 5 semialdehyde dehydratase spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXglu5sa_crhXL-Glutamate-5-semialdehyderh}r(XFORMULArXC5H9NO3rXPUBCHEMrX4392rXCHARGErjK,XCHEBIrX17232rXKEGGrXC01165ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hX1pyr5c_crhX1-Pyrroline-5-carboxylaterh}r(XFORMULArXC5H6NO2rXPUBCHEMrX6642rXCHARGErX-1rXCHEBIrX371rXKEGGrXC03912ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXG5SDrhX&glutamate 5 semialdehyde dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM0322rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[Gj@,)r}r(hXglu5p_crhXL-Glutamate-5-phosphaterh}r(XFORMULArXC5H8NO7PrXPUBCHEMrX6144rXCHARGErX-2rXCHEBIrX17798rXKEGGrXC03287ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj[G?jSG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXG6PDArhX!glucosamine 6 phosphate deaminaserh}r(XGENE_ASSOCIATIONrXSTM0684rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj"arRrj>,}r (j"tGjRGjcfG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXG6PDH2rr hX!glucose 6 phosphate dehydrogenaser h}r(XGENE_ASSOCIATIONrXSTM1886rX SUBSYSTEMrXPentose Phosphate Pathwayruh }rj8,jj9,hj:,h]rj+arRrj>,}r(j[Gj@,)r}r(hXg6p_crhXD-Glucose-6-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3392r XCHARGEr!X-2r"XCHEBIr#X4170r$XKEGGr%XC00092r&uh }r'hNhh]r(r)Rr*jS,jjT,jU,jV,JjW,GubGj[G?jRG?j@,)r+}r,(hX6pgl_cr-hX6-phospho-D-glucono-1-5-lactoner.h}r/(XFORMULAr0XC6H9O9Pr1XPUBCHEMr2X4457r3XCHARGEr4X-2r5XCHEBIr6X16938r7XKEGGr8XC01236r9uh }r:hNhh]r;r<Rr=jS,j1jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r>}r?(hXG6PPr@hXglucose 6 phosphate phosphataserAh}rB(XGENE_ASSOCIATIONrCX( STM0840 or STM0842 )rDX SUBSYSTEMrEXGlycolysisGluconeogenesisrFuh }rGj8,XSTM0840 or STM0842rHj9,hj:,h]rI(jx jo erJRrKj>,}rL(jGjRGj{G?jSG?uhNjX,GjY,G@@ubj0,)rM}rN(hX G6Pt6_2pprOhX?Glucose 6 phosphate transport via phosphate antiport periplasm rPh}rQ(XGENE_ASSOCIATIONrRXSTM3787rSX SUBSYSTEMrTXTransport Inner MembranerUuh }rVj8,jSj9,hj:,h]rWj arXRrYj>,}rZ(jSGj@,)r[}r\(hXg6p_pr]hXD-Glucose-6-phosphater^h}r_(XFORMULAr`XC6H11O9PraXPUBCHEMrbX3392rcXCHARGErdX-2reXCHEBIrfX4170rgXKEGGrhXC00092riuh }rjhNhh]rkrlRrmjS,jajT,jPjV,JjW,GubGjG?j_G@uhNjX,GjY,G@@ubj0,)rn}ro(hXG6PtexrphXGglucose 6 phosphate transport via diffusion extracellular to periplasm rqh}rr(XGENE_ASSOCIATIONrsX2( STM0320 or STM0999 or STM1473 or STM2267 )rtX SUBSYSTEMruXTransport Outer Membrane Porinrvuh }rwj8,X.STM0320 or STM0999 or STM1473 or STM2267rxj9,hj:,h]ry(h!h*hh3erzRr{j>,}r|(jGj[G?uhNjX,G@jY,G@@ubj0,)r}}r~(hXGAL1PPpprhXD galactose 1 phosphataserh}r(XGENE_ASSOCIATIONrXSTM1117rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXgal1p_prhXalpha-D-Galactose-1-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3734rXCHARGErX-2rXCHEBIrX17973rXKEGGrXC00446ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj_G?j@,)r}r(hXgal_prhX D-Galactoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3424rXCHARGErjK,XCHEBIrX4139rXKEGGrXC00124ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGAL1PtexrhXKD galactose 1 phosphate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j9GjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGALBDtexrhXDbeta D galactose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(jXGj@,)r}r(hX gal__bD_prhXbeta-D-Galactoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX4738rXCHARGErjK,XCHEBIrX28260rXKEGGrXC01582ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hX GALCTNLtexrhXAL galactonate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM2267 or STM1473 or STM0999 or STM0320 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM2267 or STM1473 or STM0999 or STM0320rj9,hj:,h]r(h*hh3h!erRrj>,}r(jѵGj@,)r}r(hX galctn__L_prhX L-Galactonaterh}r(XFORMULArXC6H11O7rXPUBCHEMrX47205248rXCHARGErX-1rXCHEBIrjK,XKEGGrXC15930ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hX GALCTNt2pprhX5D galactonate transport via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3827rX SUBSYSTEMrXTransport Inner Membraner uh }r j8,jj9,hj:,h]r j4ar Rr j>,}r(j@,)r}r(hX galctn__D_prhX D-Galactonaterh}r(XFORMULArXC6H11O7rXPUBCHEMrX4136rXCHARGErX-1rXCHEBIrX 12931 16534rXKEGGrXC00880ruh }rhNhh]rr Rr!jS,jjT,jPjV,JjW,GubGj TGj@,)r"}r#(hX galctn__D_cr$hX D-Galactonater%h}r&(XFORMULAr'XC6H11O7r(XPUBCHEMr)X4136r*XCHARGEr+X-1r,XCHEBIr-X 12931 16534r.XKEGGr/XC00880r0uh }r1hNhh]r2r3Rr4jS,j(jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r5}r6(hX GALCTNtexr7hXAD galactonate transport via diffusion extracellular to periplasm r8h}r9(XGENE_ASSOCIATIONr:X2( STM0320 or STM0999 or STM1473 or STM2267 )r;X SUBSYSTEMr<XTransport Outer Membrane Porinr=uh }r>j8,X.STM0320 or STM0999 or STM1473 or STM2267r?j9,hj:,h]r@(h*hh3h!erARrBj>,}rC(jGjG?uhNjX,G@jY,G@@ubj0,)rD}rE(hX GALCTt2rpprFhX?D galactarte transport via proton symport reversible periplasm rGh}rH(XGENE_ASSOCIATIONrIXSTM2962rJX SUBSYSTEMrKXTransport Inner MembranerLuh }rMj8,jJj9,hj:,h]rNj=arORrPj>,}rQ(j@,)rR}rS(hX galct__D_prThX D-GalactaraterUh}rV(XFORMULArWXC6H8O8rXXPUBCHEMrYX4135rZXCHARGEr[X-2r\XCHEBIr]jK,XKEGGr^XC00879r_uh }r`hNhh]rarbRrcjS,jXjT,jPjV,JjW,GubGj TGj@,)rd}re(hX galct__D_crfhX D-Galactaratergh}rh(XFORMULAriXC6H8O8rjXPUBCHEMrkX4135rlXCHARGErmX-2rnXCHEBIrojK,XKEGGrpXC00879rquh }rrhNhh]rsrtRrujS,jjjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rv}rw(hXGALCTtexrxhX@D galactarte transport via diffusion extracellular to periplasm ryh}rz(XGENE_ASSOCIATIONr{X2( STM0320 or STM0999 or STM1473 or STM2267 )r|X SUBSYSTEMr}XTransport Outer Membrane Porinr~uh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjRG?uhNjX,G@jY,G@@ubj0,)r}r(hXGALKrrhX galactokinaserh}r(XGENE_ASSOCIATIONrX( STM0774 or STM2101 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM0774 or STM2101rj9,hj:,h]r(jOjFerRrj>,}r(j@,)r}r(hXgal_crhX D-Galactoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3424rXCHARGErjK,XCHEBIrX4139rXKEGGrXC00124ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGj@,)r}r(hXgal1p_crhXalpha-D-Galactose-1-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3734rXCHARGErX-2rXCHEBIrX17973rXKEGGrXC00446ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGALM2pprhXaldose 1 epimeraserh}r(XGENE_ASSOCIATIONrXSTM0773rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjXarRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXGALS3rhXa galactosidase melibiose rh}r(XGENE_ASSOCIATIONrXSTM4298rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjaarRrj>,}r(j@,)r}r(hXmelib_crhX Melibioserh}r(XFORMULArX C12H22O11rXPUBCHEMrX7769rXCHARGErjK,XCHEBIrX28053rXKEGGrXC05402ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGj{G?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGALT1rhX+galactosyltransferase I LPS core synthesis rh}r(XGENE_ASSOCIATIONrXSTM3719rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjjarRrj>,}r(j@,)r}r(hXudpg_crhX UDPglucoserh}r(XFORMULArX C15H22N2O17P2rXPUBCHEMrX3331rXCHARGErX-2rXCHEBIrX18066rXKEGGrXC00029ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r (hX gicolipa_cr hX+glucosyl-inner-core-oligosaccharide-lipid-Ar h}r (XFORMULAr XC151H261N2O79P4rXPUBCHEMrjK,XCHARGErX-11rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG?j@,)r}r(hX gagicolipa_crhX6galactosyl-glucosyl-inner-core-oligosaccharide-lipid-Arh}r(XFORMULArXC157H271N2O84P4rXPUBCHEMrjK,XCHARGEr X-11r!XCHEBIr"jK,XKEGGr#jK,uh }r$hNhh]r%r&Rr'jS,jjT,jU,jV,JjW,GubG?jkG?uhNjX,GjY,G@@ubj0,)r(}r)(hXGALTtexr*hX>Galactitol transport via diffusion extracellular to periplasm r+h}r,(XGENE_ASSOCIATIONr-X2( STM0320 or STM0999 or STM1473 or STM2267 )r.X SUBSYSTEMr/XTransport Outer Membrane Porinr0uh }r1j8,X.STM0320 or STM0999 or STM1473 or STM2267r2j9,hj:,h]r3(h*hh3h!er4Rr5j>,}r6(jGj@,)r7}r8(hXgalt_pr9hX Galactitolr:h}r;(XFORMULAr<XC6H14O6r=XPUBCHEMr>X4837r?XCHARGEr@jK,XCHEBIrAX16813rBXKEGGrCXC01697rDuh }rEhNhh]rFrGRrHjS,j=jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rI}rJ(hX GALURt2rpprKhXBD galacturonate transport via proton symport reversible periplasm rLh}rM(XGENE_ASSOCIATIONrNXSTM3134rOX SUBSYSTEMrPXTransport Inner MembranerQuh }rRj8,jOj9,hj:,h]rSjsarTRrUj>,}rV(j@,)rW}rX(hXgalur_prYhXD-GalacturonaterZh}r[(XFORMULAr\XC6H9O7r]XPUBCHEMr^X3627r_XCHARGEr`X-1raXCHEBIrbjK,XKEGGrcXC00333rduh }rehNhh]rfrgRrhjS,j]jT,jPjV,JjW,GubGj TGj@,)ri}rj(hXgalur_crkhXD-Galacturonaterlh}rm(XFORMULArnXC6H9O7roXPUBCHEMrpX3627rqXCHARGErrX-1rsXCHEBIrtjK,XKEGGruXC00333rvuh }rwhNhh]rxryRrzjS,jojT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r{}r|(hXGALURtexr}hXCD galacturonate transport via diffusion extracellular to periplasm r~h}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j GjWG?uhNjX,G@jY,G@@ubj0,)r}r(hXGALUirhX9UTP glucose 1 phosphate uridylyltransferase irreversible rh}r(XGENE_ASSOCIATIONrX( STM1752 and STM2098 )rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,XSTM1752 and STM2098rj9,hj:,h]r(j{jerRrj>,}r(jZGjRGjGjG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXGALabcpprhX/D galactose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM2189 and STM2190 and STM2188 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM2189 and STM2190 and STM2188rj9,hj:,h]r(jjjerRrj>,}r(jRGjGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGALt2pprhX6D galactose transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3091rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGALtexrhX?D galactose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jvGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX GAM6Pt6_2pprhXED Glucosamine 6 phosphate transport via phosphate antiport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3787rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXgam6p_prhXD-Glucosamine-6-phosphaterh}r(XFORMULArX C6H13NO8PrXPUBCHEMrX3645rXCHARGErX-1rXCHEBIrX15873rXKEGGrXC00352ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjSGj"tG?j_G@uhNjX,GjY,G@@ubj0,)r}r(hX GAMAN6PtexrhXMD glucosamine 6 phosphate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j+GjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGAMptspprhX1D glucosamine transport via PEPPyr PTS periplasm rh}r(XGENE_ASSOCIATIONrXC( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X?STM1830 and STM1831 and STM1832 and STM2431 and STM2432rj9,hj:,h]r(jj{jjjerRrj>,}r(j@,)r}r(hXgam_prhX D-Glucosaminerh}r(XFORMULAr XC6H14NO5r XPUBCHEMr X3623r XCHARGEr j-XCHEBIrX47977rXKEGGrXC00329ruh }rhNhh]rrRrjS,j jT,jPjV,KjW,GubGj4jGj"tG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXGAMtexrhXAD glucosamine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r!(h*hh3h!er"Rr#j>,}r$(jJGjG?uhNjX,G@jY,G@@ubj0,)r%}r&(hXGAPDr'hX(glyceraldehyde 3 phosphate dehydrogenaser(h}r)(XGENE_ASSOCIATIONr*XSTM1290r+X SUBSYSTEMr,XGlycolysisGluconeogenesisr-uh }r.j8,j+j9,hj:,h]r/jar0Rr1j>,}r2(jGj[GjSGj[G?jRG?j@,)r3}r4(hX13dpg_cr5hX3-Phospho-D-glyceroyl-phosphater6h}r7(XFORMULAr8X C3H4O10P2r9XPUBCHEMr:X3535r;XCHARGEr<X-4r=XCHEBIr>X16001r?XKEGGr@XC00236rAuh }rBhNhh]rCrDRrEjS,j9jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rF}rG(hXGARFTrHhX+phosphoribosylglycinamide formyltransferaserIh}rJ(XGENE_ASSOCIATIONrKXSTM2500rLX SUBSYSTEMrMX"Purine and Pyrimidine BiosynthesisrNuh }rOj8,jLj9,hj:,h]rPjarQRrRj>,}rS(j@,)rT}rU(hXgar_crVhX"N1-5-Phospho-D-ribosyl-glycinamiderWh}rX(XFORMULArYX C7H14N2O8PrZXPUBCHEMr[X6578r\XCHARGEr]X-1r^XCHEBIr_X18349r`XKEGGraXC03838rbuh }rchNhh]rdreRrfjS,jZjT,jU,jV,JjW,GubGjwGjwG?jRG?j@,)rg}rh(hXfgam_crihX,N2-Formyl-N1-5-phospho-D-ribosyl-glycinamiderjh}rk(XFORMULArlX C8H13N2O9PrmXPUBCHEMrnX7017roXCHARGErpX-2rqXCHEBIrrX18272rsXKEGGrtXC04376ruuh }rvhNhh]rwrxRryjS,jmjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rz}r{(hXGARTr|hXGAR transformylase Tr}h}r~(XGENE_ASSOCIATIONrXSTM1883rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rj`arRrj>,}r(jRGj|GjTGjgG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXGBBTNtexrhXGgamma butyrobetaine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jhGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGDMANErhX)GDP 4 dehydro 6 deoxy D mannose epimeraserh}r(XGENE_ASSOCIATIONrXSTM2108rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX gdpddman_crhXGDP-4-dehydro-6-deoxy-D-mannoserh}r(XFORMULArX C16H21N5O15P2rXPUBCHEMrX4444rXCHARGErX-2rXCHEBIrX16955rXKEGGrXC01222ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hX gdpofuc_crhXGDP-4-oxo-L-fucoserh}r(XFORMULArX C16H21N5O15P2rXPUBCHEMrX16760491rXCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGDPDPKrhXGDP diphosphokinaserh}r(XGENE_ASSOCIATIONrX( STM2956 or STM3742 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM2956 or STM3742rj9,hj:,h]r(jjerRrj>,}r(jqGjRGjXG?jRG?j@,)r}r(hXppgpp_crhXGuanosine-3-5-bis-diphosphaterh}r(XFORMULArX C10H11N5O17P4rXPUBCHEMrX4450rXCHARGErX-6rXCHEBIrX17633rXKEGGrXC01228ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGDPMNHrhXGDP mannose mannosyl hydrolaserh}r(XGENE_ASSOCIATIONrXSTM2107rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX gdpmann_crhX GDP-D-mannoserh}r(XFORMULArX C16H23N5O16P2rXPUBCHEMrX3396rXCHARGErX-2rXCHEBIrX15820rXKEGGrXC00096ruh }rhNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjRGjRG?j@,)r }r (hXman_crhX D-Mannoserh}r(XFORMULArXC6H12O6rXPUBCHEMrX3459rXCHARGErjK,XCHEBIrX4208rXKEGGrXC00159ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jqG?uhNjX,GjY,G@@ubj0,)r}r(hXGDPMNPr hXGDP mannose phyrophosphataser!h}r"(XGENE_ASSOCIATIONr#XSTM2477r$X SUBSYSTEMr%XCell Envelope Biosynthesisr&uh }r'j8,j$j9,hj:,h]r(jar)Rr*j>,}r+(jRGjGj@,)r,}r-(hXgmp_cr.hXGMPr/h}r0(XFORMULAr1X C10H12N5O8Pr2XPUBCHEMr3X3444r4XCHARGEr5X-2r6XCHEBIr7X17345r8XKEGGr9XC00144r:uh }r;hNhh]r<r=Rr>jS,j2jT,jU,jV,JjW,GubG?j@,)r?}r@(hXman1p_crAhXD-Mannose-1-phosphaterBh}rC(XFORMULArDXC6H11O9PrEXPUBCHEMrFjK,XCHARGErGX-2rHXCHEBIrIjK,XKEGGrJXC03812rKuh }rLhNhh]rMrNRrOjS,jEjT,jU,jV,JjW,GubG?jRG@uhNjX,GjY,G@@ubj0,)rP}rQ(hXGDPtexrRhX7GDP transport via diffusion extracellular to periplasm rSh}rT(XGENE_ASSOCIATIONrUX2( STM0320 or STM1473 or STM2267 or STM0999 )rVX SUBSYSTEMrWXTransport Outer Membrane PorinrXuh }rYj8,X.STM0320 or STM1473 or STM2267 or STM0999rZj9,hj:,h]r[(h*hh3h!er\Rr]j>,}r^(jGj@,)r_}r`(hXgdp_prahXGDPrbh}rc(XFORMULArdX C10H12N5O11P2reXPUBCHEMrfX3337rgXCHARGErhX-3riXCHEBIrjX17552rkXKEGGrlXC00035rmuh }rnhNhh]rorpRrqjS,jejT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rr}rs(hXGF6PTArthX+glutamine fructose 6 phosphate transaminaseruh}rv(XGENE_ASSOCIATIONrwXSTM3861rxX SUBSYSTEMryXCell Envelope Biosynthesisrzuh }r{j8,jxj9,hj:,h]r|jar}Rr~j>,}r(j'qGjGj"tG?jfG?uhNjX,GjY,G@@ubj0,)r}r(hXGHMT2rrhX+glycine hydroxymethyltransferase reversiblerh}r(XGENE_ASSOCIATIONrXSTM2555rX SUBSYSTEMrXGlycine and Serine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jwGjGjRG?joG?j}G?uhNjX,G@jY,G@@ubj0,)r}r(hXGK1rhXguanylate kinase GMPATP rh}r(XGENE_ASSOCIATIONrXSTM3740rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rje arRrj>,}r(jRGj,GjRG?jqG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLBRAN2rhX61 4 alpha glucan branching enzyme glycogen bglycogen rh}r(XGENE_ASSOCIATIONrXSTM3538rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX glycogen_crhXglycogenrh}r(XFORMULArXC6H10O5rXPUBCHEMrX3482rXCHARGErjK,XCHEBIrX28087rXKEGGrXC00182ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hX bglycogen_crhXbranching-glycogenrh}r(XFORMULArXC6H10O5rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCATrrhXD glucose O acetyltransferaserh}r(XGENE_ASSOCIATIONrXSTM0472rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j{GjgGj@,)r}r(hX acglc__D_crhX6-Acetyl-D-glucoserh}r(XFORMULArXC8H14O7rXPUBCHEMrX5628rXCHARGErjK,XCHEBIrX17901rXKEGGrXC02655ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jgG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCDpprhX:Glucose dehydrogenase ubiquinone 8 as acceptor periplasm rh}r(XGENE_ASSOCIATIONrX ( STM0169 )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,XSTM0169rj9,hj:,h]rj arRrj>,}r(jlTGjGj݃GjG?j@,)r}r(hXglcn_prhX D-Gluconaterh}r(XFORMULArXC6H11O7rXPUBCHEMrX3556rXCHARGErX-1rXCHEBIrX33198rXKEGGrXC00257ruh }r hNhh]r r Rr jS,jjT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r }r(hX GLCNt2rpprhX>D gluconate transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrX#( STM3512 or STM4482 or STM3541 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM3512 or STM4482 or STM3541rj9,hj:,h]r(jj/jerRrj>,}r(j TGjGj[G?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCNtexrhX?D gluconate transport via diffusion extracellular to periplasm rh}r (XGENE_ASSOCIATIONr!X2( STM0320 or STM0999 or STM1473 or STM2267 )r"X SUBSYSTEMr#XTransport Outer Membrane Porinr$uh }r%j8,X.STM0320 or STM0999 or STM1473 or STM2267r&j9,hj:,h]r'(h*hh3h!er(Rr)j>,}r*(jöGjG?uhNjX,G@jY,G@@ubj0,)r+}r,(hXGLCPr-hXglycogen phosphorylaser.h}r/(XGENE_ASSOCIATIONr0X( STM3534 or STM3514 )r1X SUBSYSTEMr2XGlycolysisGluconeogenesisr3uh }r4j8,XSTM3534 or STM3514r5j9,hj:,h]r6(j&j/er7Rr8j>,}r9(jSGjGjG?uhNjX,GjY,G@@ubj0,)r:}r;(hXGLCP2r<hXglycogen phosphorylaser=h}r>(XGENE_ASSOCIATIONr?X( STM3514 or STM3534 )r@X SUBSYSTEMrAXGlycolysisGluconeogenesisrBuh }rCj8,XSTM3514 or STM3534rDj9,hj:,h]rE(j&j/erFRrGj>,}rH(jSGjGjG?uhNjX,GjY,G@@ubj0,)rI}rJ(hXGLCRALrKhX#5 dehydro 4 deoxyglucarate aldolaserLh}rM(XGENE_ASSOCIATIONrNXSTM3249rOX SUBSYSTEMrPXAlternate Carbon MetabolismrQuh }rRj8,jOj9,hj:,h]rSj8arTRrUj>,}rV(j@,)rW}rX(hX 5dh4dglc_crYhX5-Dehydro-4-deoxy-D-glucaraterZh}r[(XFORMULAr\XC6H6O7r]XPUBCHEMr^X3948r_XCHARGEr`X-2raXCHEBIrbX42819rcXKEGGrdXC00679reuh }rfhNhh]rgrhRrijS,j]jT,jU,jV,JjW,GubGjGjG?j@,)rj}rk(hX 2h3oppan_crlhX2-Hydroxy-3-oxopropanoatermh}rn(XFORMULAroXC3H3O4rpXPUBCHEMrqX4376rrXCHARGErsX-1rtXCHEBIruX16992rvXKEGGrwXC01146rxuh }ryhNhh]rzr{Rr|jS,jpjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}}r~(hXGLCRDrhXglucarate dehydrataserh}r(XGENE_ASSOCIATIONrX( STM2960 or STM2961 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM2960 or STM2961rj9,hj:,h]r(jJjAerRrj>,}r(j@,)r}r(hXglcr_crhX D-Glucaraterh}r(XFORMULArXC6H8O8rXPUBCHEMrX4076rXCHARGErX-2rXCHEBIrX16002rXKEGGrXC00818ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjWG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX GLCRt2rpprhX>D glucarate transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM2962rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj=arRrj>,}r(j TGj@,)r}r(hXglcr_prhX D-Glucaraterh}r(XFORMULArXC6H8O8rXPUBCHEMrX4076rXCHARGErX-2rXCHEBIrX16002rXKEGGrXC00818ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCRtexrhX?D glucarate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCS1rhXglycogen synthase ADPGlc rh}r(XGENE_ASSOCIATIONrXSTM3535rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjSarRrj>,}r(j@,)r}r(hXadpglc_crhX ADPglucoserh}r(XFORMULArX C16H23N5O15P2rXPUBCHEMrX3781rXCHARGErX-2rXCHEBIrX15751rXKEGGrXC00498ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCTR1rhX)glucosyltransferase I LPS core synthesis rh}r(XGENE_ASSOCIATIONrXSTM3722rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj\arRrj>,}r(j@,)r}r(hX icolipa_crhX)inner-core-oligosaccharide-lipid-A-E-colirh}r(XFORMULArXC145H251N2O74P4rXPUBCHEMrjK,XCHARGErX-11rXCHEBIrjK,XKEGGr jK,uh }r hNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjGjkG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCTR2rhX*glucosyltransferase II LPS core synthesis rh}r(XGENE_ASSOCIATIONrXSTM3718rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjearRrj>,}r(jGjGjkG?j@,)r}r(hX ggagicolipa_crhX?glucosyl-galactosyl-glucosyl-inner-core-oligosaccharide-lipid-Arh}r (XFORMULAr!XC163H281N2O89P4r"XPUBCHEMr#jK,XCHARGEr$X-11r%XCHEBIr&jK,XKEGGr'jK,uh }r(hNhh]r)r*Rr+jS,j"jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r,}r-(hXGLCTR3r.hX+glucosyltransferase III LPS core synthesis r/h}r0(XGENE_ASSOCIATIONr1XSTM3717r2X SUBSYSTEMr3X)Lipopolysaccharide Biosynthesis Recyclingr4uh }r5j8,j2j9,hj:,h]r6jnar7Rr8j>,}r9(jGjGjkG?jRG?j@,)r:}r;(hXgggagicolipa_cr<hXHglucosyl-glucosyl-galactosyl-glucosyl-inner-core-oligosaccharide-lipid-Ar=h}r>(XFORMULAr?XC169H291N2O94P4r@XPUBCHEMrAjK,XCHARGErBX-11rCXCHEBIrDjK,XKEGGrEjK,uh }rFhNhh]rGrHRrIjS,j@jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rJ}rK(hX GLCUR1PtexrLhXMD glucuronate 1 phosphate transport via diffusion extracellular to periplasm rMh}rN(XGENE_ASSOCIATIONrOX2( STM0320 or STM0999 or STM1473 or STM2267 )rPX SUBSYSTEMrQXTransport Outer Membrane PorinrRuh }rSj8,X.STM0320 or STM0999 or STM1473 or STM2267rTj9,hj:,h]rU(h*hh3h!erVRrWj>,}rX(jGj@,)rY}rZ(hX glcur1p_pr[hXD-Glucuronate-1-phosphater\h}r](XFORMULAr^XC6H8O10Pr_XPUBCHEMr`X7759raXCHARGErbX-3rcXCHEBIrdX28547reXKEGGrfXC05385rguh }rhhNhh]rirjRrkjS,j_jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rl}rm(hX GLCURt2rpprnhX@D glucuronate transport via proton symport reversible periplasm roh}rp(XGENE_ASSOCIATIONrqX( STM3134 or STM0161 )rrX SUBSYSTEMrsXTransport Inner Membranertuh }ruj8,XSTM3134 or STM0161rvj9,hj:,h]rw(jwjserxRryj>,}rz(j TGj@,)r{}r|(hXglcur_pr}hX D-Glucuronater~h}r(XFORMULArXC6H9O7rXPUBCHEMrX3491rXCHARGErX-1rXCHEBIrX 4178 47952rXKEGGrXC00191ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj@,)r}r(hXglcur_crhX D-Glucuronaterh}r(XFORMULArXC6H9O7rXPUBCHEMrX3491rXCHARGErX-1rXCHEBIrX 4178 47952rXKEGGrXC00191ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCURtexrhX@D glucuronat transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j Gj{G?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCabcpprhX-D glucose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM2189 and STM2190 and STM2188 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM2189 and STM2190 and STM2188rj9,hj:,h]r(jjjerRrj>,}r(jRGjGjRGj{G?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCptspprhX-D glucose transport via PEPPyr PTS periplasm rh}r(XGENE_ASSOCIATIONrX( ( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 ) or ( STM2433 and STM2431 and STM2432 ) )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 ) or ( STM2433 and STM2431 and STM2432 )rj9,hj:,h]r(jjj{jjjjerRrj>,}r(j4jGjGjG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCt2pprhX4D glucose transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3091rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj TGj{G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLCtexrhX;glucose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLCtexirhXTD glucoseMaltotriose transport via diffusion extracellular to periplasm irreversiblerh}r(XGENE_ASSOCIATIONrXSTM4231rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rhiarRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXGLDBRAN2rhX0glycogen debranching enzyme bglycogen glycogen rh}r(XGENE_ASSOCIATIONrXSTM3537rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXGLGCr hX'glucose 1 phosphate adenylyltransferaser h}r (XGENE_ASSOCIATIONr XSTM3536r X SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,j j9,hj:,h]rjarRrj>,}r(jRGjRGjGjXG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGLNSrhXglutamine synthetaserh}r(XGENE_ASSOCIATIONrXSTM4007rX SUBSYSTEMrXGlutamate metabolismruh }rj8,jj9,hj:,h]rjar Rr!j>,}r"(jRGjfGjcfGjRG?jRG?j'qG?jSG?uhNjX,GjY,G@@ubj0,)r#}r$(hXGLNTRSr%hXGlutaminyl tRNA synthetaser&h}r'(XGENE_ASSOCIATIONr(XSTM0686r)X SUBSYSTEMr*X tRNA Chargingr+uh }r,j8,j)j9,hj:,h]r-jar.Rr/j>,}r0(jRGj@,)r1}r2(hX trnagln_cr3hXtRNA-Glnr4h}r5(XFORMULAr6jyXPUBCHEMr7X4789r8XCHARGEr9jK,XCHEBIr:X29168r;XKEGGr<XC01640r=uh }r>hNhh]r?r@RrAjS,jyjT,jU,jV,KjW,GubGj'qGjXG?j@,)rB}rC(hX glntrna_crDhXL-Glutaminyl-tRNA-GlnrEh}rF(XFORMULArGX C5H9N2O2RrHXPUBCHEMrIX5339rJXCHARGErKj-XCHEBIrLX29166rMXKEGGrNXC02282rOuh }rPhNhh]rQrRRrSjS,jHjT,jU,jV,KjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)rT}rU(hXGLNabcpprVhX/L glutamine transport via ABC system periplasm rWh}rX(XGENE_ASSOCIATIONrYX'( STM0830 and STM0829 and STM0828 )rZX SUBSYSTEMr[XTransport Inner Membraner\uh }r]j8,X#STM0830 and STM0829 and STM0828r^j9,hj:,h]r_(jjjer`Rraj>,}rb(j@,)rc}rd(hXgln__L_prehX L-Glutaminerfh}rg(XFORMULArhX C5H10N2O3riXPUBCHEMrjX3364rkXCHARGErljK,XCHEBIrmX18050rnXKEGGroXC00064rpuh }rqhNhh]rrrsRrtjS,jijT,jPjV,KjW,GubGjRGjRGjRG?j'qG?jSG?jRG?uhNjX,GjY,G@@ubj0,)ru}rv(hXGLNtexrwhX?L glutamine transport via diffusion extracellular to periplasm rxh}ry(XGENE_ASSOCIATIONrzX2( STM0999 or STM1473 or STM2267 or STM0320 )r{X SUBSYSTEMr|XTransport Outer Membrane Porinr}uh }r~j8,X.STM0999 or STM1473 or STM2267 or STM0320rj9,hj:,h]r(h*hh3h!erRrj>,}r(j?GjcG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLU5KrhXglutamate 5 kinaserh}r(XGENE_ASSOCIATIONrXSTM0321rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jfGjRGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUCYSrhX!gamma glutamylcysteine synthetaserh}r(XGENE_ASSOCIATIONrXSTM2818rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j/}GjfGjRGjSG?j@,)r}r(hXglucys_crhXgamma-L-Glutamyl-L-cysteinerh}r(XFORMULArX C8H13N2O5SrXPUBCHEMrX3938rXCHARGErX-1rXCHEBIrX17515rXKEGGrXC00669ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUDyrhXglutamate dehydrogenase NADP rh}r(XGENE_ASSOCIATIONrXSTM1299rX SUBSYSTEMrXGlutamate Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jfGjRGj[Gj[G?jRG?jcfG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLUNrhX glutaminaserh}r(XGENE_ASSOCIATIONrXSTM1525rX SUBSYSTEMrXGlutamate Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj'qGjcfG?jfG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUNpprhX glutaminaserh}r(XGENE_ASSOCIATIONrXSTM3106rX SUBSYSTEMrXGlutamate Metabolismruh }rj8,jj9,hj:,h]rjBarRrj>,}r(jcGjlTGj@,)r}r(hXglu__L_prhX L-Glutamaterh}r(XFORMULArXC5H8NO4rXPUBCHEMrX3327rXCHARGErX-1rXCHEBIrX16015rXKEGGrXC00025ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUPRTrhX4glutamine phosphoribosyldiphosphate amidotransferaserh}r(XGENE_ASSOCIATIONrXSTM2362rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj1sGj'qGjXG?jfG?j@,)r}r(hXpram_crhX5-Phospho-beta-D-ribosylaminerh}r(XFORMULArX C5H11NO7PrXPUBCHEMrX5988rXCHARGErX-1rXCHEBIr X37737r XKEGGr XC03090r uh }r hNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGLURrhXglutamate racemaserh}r(XGENE_ASSOCIATIONrXSTM4131rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r (hXglu__D_cr!hX D-Glutamater"h}r#(XFORMULAr$XC5H8NO4r%XPUBCHEMr&X3517r'XCHARGEr(X-1r)XCHEBIr*X15966r+XKEGGr,XC00217r-uh }r.hNhh]r/r0Rr1jS,j%jT,jU,jV,JjW,GubGjfG?uhNjX,G@jY,G@@ubj0,)r2}r3(hXGLUSyr4hXglutamate synthase NADPH r5h}r6(XGENE_ASSOCIATIONr7X( STM3330 and STM3331 )r8X SUBSYSTEMr9XGlutamate metabolismr:uh }r;j8,XSTM3330 and STM3331r<j9,hj:,h]r=(jjer>Rr?j>,}r@(j[Gj'qGjRGjfGjfG@j[G?uhNjX,GjY,G@@ubj0,)rA}rB(hXGLUTRRrChXglutamyl tRNA reductaserDh}rE(XGENE_ASSOCIATIONrFXSTM1777rGX SUBSYSTEMrHX*Cofactor and Prosthetic Group BiosynthesisrIuh }rJj8,jGj9,hj:,h]rKjarLRrMj>,}rN(j[GjRGj@,)rO}rP(hX glutrna_crQhXL-Glutamyl-tRNA-GlurRh}rS(XFORMULArTXC5H7NO3RrUXPUBCHEMrVX5896rWXCHARGErXjK,XCHEBIrYX29157rZXKEGGr[XC02987r\uh }r]hNhh]r^r_Rr`jS,jUjT,jU,jV,KjW,GubGj[G?j@,)ra}rb(hX trnaglu_crchXtRNA-Glurdh}re(XFORMULArfjyXPUBCHEMrgX4790rhXCHARGErijK,XCHEBIrjX29175rkXKEGGrlXC01641rmuh }rnhNhh]rorpRrqjS,jyjT,jU,jV,KjW,GubG?jJG?uhNjX,GjY,G@@ubj0,)rr}rs(hXGLUTRSrthXGlutamyl tRNA synthetaseruh}rv(XGENE_ASSOCIATIONrwXSTM2415rxX SUBSYSTEMryX*Cofactor and Prosthetic Group Biosynthesisrzuh }r{j8,jxj9,hj:,h]r|jar}Rr~j>,}r(jRGjaGjfGjXG?jXG?jOG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUabcpprhX/L glutamate transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM0665 and STM0664 and STM0663 and STM0662 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM0665 and STM0664 and STM0663 and STM0662rj9,hj:,h]r(jjjjerRrj>,}r(jRGjGjRGjfG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUt2rpprhX>L glutamate transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM4283rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj TGjRG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLUt4pprhXNaglutamate symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3746rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjYpGjkpG?jfG?uhNjX,GjY,G@@ubj0,)r}r(hXGLUtexrhX?L glutamate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j]GjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLXCLrhXglyoxalate carboligaserh}r(XGENE_ASSOCIATIONrXSTM0517rX SUBSYSTEMrXGlyoxylate Metabolismruh }rj8,jj9,hj:,h]rj"arRrj>,}r(j@,)r}r(hXglx_crhX Glyoxylaterh}r(XFORMULArXC2H1O3rXPUBCHEMrX3350rXCHARGErX-1rXCHEBIrX16891rXKEGGrXC00048ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjjG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hX GLYALDtexrhXBGlyceraldehyde transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXglyald_prhXD-Glyceraldehyderh}r(XFORMULArXC3H6O3rXPUBCHEMrX3856rXCHARGErjK,XCHEBIrX17378rXKEGGrXC00577ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hX GLYALDtpprhX/Glyceraldehyde facilitated diffusion periplasm rh}r(XGENE_ASSOCIATIONrXSTM4087rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj+arRrj>,}r (jGj@,)r }r (hXglyald_cr hXD-Glyceraldehyder h}r(XFORMULArXC3H6O3rXPUBCHEMrX3856rXCHARGErjK,XCHEBIrX17378rXKEGGrXC00577ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYATrhXglycine C acetyltransferaserh}r (XGENE_ASSOCIATIONr!XSTM3709r"X SUBSYSTEMr#XGlycine and Serine Metabolismr$uh }r%j8,j"j9,hj:,h]r&j4ar'Rr(j>,}r)(j}GjgGjgG?j$~G?uhNjX,G@jY,G@@ubj0,)r*}r+(hX GLYBabcppr,hX3Glycine betaine transport via ABC system periplasm r-h}r.(XGENE_ASSOCIATIONr/X5( STM2162 and STM2163 and STM2164 and STM2165 )r0X SUBSYSTEMr1XTransport Inner Membraner2uh }r3j8,X1STM2162 and STM2163 and STM2164 and STM2165r4j9,hj:,h]r5(j jj jer6Rr7j>,}r8(j@,)r9}r:(hXglyb_pr;hXGlycine-betainer<h}r=(XFORMULAr>XC5H11NO2r?XPUBCHEMr@X3985rAXCHARGErBjK,XCHEBIrCX17750rDXKEGGrEXC00719rFuh }rGhNhh]rHrIRrJjS,j?jT,jPjV,KjW,GubGjRGjRGj@,)rK}rL(hXglyb_crMhXGlycine-betainerNh}rO(XFORMULArPXC5H11NO2rQXPUBCHEMrRX3985rSXCHARGErTjK,XCHEBIrUX17750rVXKEGGrWXC00719rXuh }rYhNhh]rZr[Rr\jS,jQjT,jU,jV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r]}r^(hXGLYBtexr_hXCGlycine betaine transport via diffusion extracellular to periplasm r`h}ra(XGENE_ASSOCIATIONrbX2( STM0320 or STM0999 or STM1473 or STM2267 )rcX SUBSYSTEMrdXTransport Outer Membrane Porinreuh }rfj8,X.STM0320 or STM0999 or STM1473 or STM2267rgj9,hj:,h]rh(h*hh3h!eriRrjj>,}rk(jGj9G?uhNjX,G@jY,G@@ubj0,)rl}rm(hX GLYC2PtexrnhXHGlycerol 2 phosphate transport via diffusion extracellular to periplasm roh}rp(XGENE_ASSOCIATIONrqX2( STM0320 or STM0999 or STM1473 or STM2267 )rrX SUBSYSTEMrsXTransport Outer Membrane Porinrtuh }ruj8,X.STM0320 or STM0999 or STM1473 or STM2267rvj9,hj:,h]rw(h*hh3h!erxRryj>,}rz(jַGj|G?uhNjX,G@jY,G@@ubj0,)r{}r|(hX GLYC3Pabcppr}hX;sn Glycerol 3 phosphate transport via ABC system periplasm r~h}r(XGENE_ASSOCIATIONrX5( STM3556 and STM3557 and STM3554 and STM3555 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM3556 and STM3557 and STM3554 and STM3555rj9,hj:,h]r(jjjjerRrj>,}r(jRGj@,)r}r(hXglyc3p_prhXGlycerol-3-phosphaterh}r(XFORMULArXC3H7O6PrXPUBCHEMrX3393rXCHARGErX-2rXCHEBIrX15978rXKEGGrXC00093ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjRGjRG?jSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX GLYC3Pt6pprhX4Glycerol 3 phosphate phosphate antiporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM2283rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj=arRrj>,}r(jGjSGj_G?jG?uhNjX,GjY,G@@ubj0,)r}r(hX GLYC3PtexrhXHGlycerol 3 phosphate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX GLYCAt2rpprhX>D glycerate transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM2962rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj=arRrj>,}r(j@,)r}r(hX glyc__R_prhX R-Glyceraterh}r(XFORMULArXC3H5O4rXPUBCHEMrX3557rXCHARGErX-1rXCHEBIrX32398rXKEGGrXC00258ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjRG?j@,)r}r(hX glyc__R_crhX R-Glyceraterh}r(XFORMULArXC3H5O4rXPUBCHEMrX3557rXCHARGErX-1rXCHEBIrX32398rXKEGGrXC00258ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYCAtexrhX?D glycerate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYCDxrhXGlycerol dehydrogenaserh}r(XGENE_ASSOCIATIONrX( STM4108 or STM3529 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM4108 or STM3529rj9,hj:,h]r(jFjer Rr j>,}r (j[GjGj?G?j[G?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXGLYCKrhXglycerate kinaserh}r(XGENE_ASSOCIATIONrX-( STM2959 or STM2492 or STM3247 or STM0525 )rX SUBSYSTEMrXGlyoxylate Metabolismruh }rj8,X)STM2959 or STM2492 or STM3247 or STM0525rj9,hj:,h]r(jajOjXjierRrj>,}r(jGjRGj@,)r}r(hX3pg_crhX3-Phospho-D-glyceraterh}r(XFORMULAr XC3H4O7Pr!XPUBCHEMr"X3497r#XCHARGEr$X-3r%XCHEBIr&X17794r'XKEGGr(XC00197r)uh }r*hNhh]r+r,Rr-jS,j!jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r.}r/(hXGLYCK2r0hXglycerate kinaser1h}r2(XGENE_ASSOCIATIONr3XSTM3247r4X SUBSYSTEMr5XGlycine and Serine Metabolismr6uh }r7j8,j4j9,hj:,h]r8jXar9Rr:j>,}r;(jGjRGjhG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r<}r=(hXGLYCLr>hXGlycine Cleavage Systemr?h}r@(XGENE_ASSOCIATIONrAX5( STM3054 and STM3053 and STM3055 and STM0154 )rBX SUBSYSTEMrCXFolate MetabolismrDuh }rEj8,X1STM3054 and STM3053 and STM3055 and STM0154rFj9,hj:,h]rG(jqjjzjserHRrIj>,}rJ(j[GjwGj}GjoG?j[G?jcfG?jaG?uhNjX,GjY,G@@ubj0,)rK}rL(hXGLYCLTDxrMhXGlycolate dehydrogenase NAD rNh}rO(XGENE_ASSOCIATIONrPX( STM3646 or STM1135 )rQX SUBSYSTEMrRXGlyoxylate MetabolismrSuh }rTj8,XSTM3646 or STM1135rUj9,hj:,h]rV(hjerWRrXj>,}rY(jGj[GjRGj@,)rZ}r[(hXglyclt_cr\hX Glycolater]h}r^(XFORMULAr_XC2H3O3r`XPUBCHEMraX3460rbXCHARGErcX-1rdXCHEBIreX17497rfXKEGGrgXC00160rhuh }rihNhh]rjrkRrljS,j`jT,jU,jV,JjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)rm}rn(hXGLYCLTDyrohXGlycolate dehydrogenase NADP rph}rq(XGENE_ASSOCIATIONrrX( STM3646 or STM1135 )rsX SUBSYSTEMrtXGlyoxylate Metabolismruuh }rvj8,XSTM3646 or STM1135rwj9,hj:,h]rx(hjeryRrzj>,}r{(jGj[GjRGj[G?jZG?uhNjX,GjY,G@@ubj0,)r|}r}(hX GLYCLTt2rppr~hX<glycolate transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM3692rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXglyclt_prhX Glycolaterh}r(XFORMULArXC2H3O3rXPUBCHEMrX3460rXCHARGErX-1rXCHEBIrX17497rXKEGGrXC00160ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjZG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hX GLYCLTt4pprhX1glycolate transport via sodium symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4273rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGjYpGjkpG?jZG?uhNjX,GjY,G@@ubj0,)r}r(hX GLYCLTtexrhX=glycolate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jQGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYCTO2rhXGlycolate oxidaserh}r(XGENE_ASSOCIATIONrXSTM1620rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGj݃GjG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGLYCTO3rhXGlycolate oxidaserh}r(XGENE_ASSOCIATIONrXSTM1620rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGj!Gj|G?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGLYCTO4rhXGlycolate oxidaserh}r(XGENE_ASSOCIATIONrXSTM1620rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjOGjG?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXGLYCtexrhX<glycerol transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j3Gj6G?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYCtpprhX)glycerol transport via channel periplasm rh}r(XGENE_ASSOCIATIONrX( s0001 or STM4087 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,Xs0001 or STM4087rj9,hj:,h]r(j+jerRrj>,}r(jGj6G?uhNjX,G@jY,G@@ubj0,)r}r(hXGLYKrhXglycerol kinaserh}r(XGENE_ASSOCIATIONrXSTM4086rX SUBSYSTEMr XAlternate Carbon Metabolismr uh }r j8,jj9,hj:,h]r jar Rrj>,}r(jGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLYOXrhX hydroxyacylglutathione hydrolaserh}r(XGENE_ASSOCIATIONrXSTM0261rX SUBSYSTEMrXMethylglyoxal Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXlgt__S_cr hXR-S-Lactoylglutathioner!h}r"(XFORMULAr#X C13H20N3O8Sr$XPUBCHEMr%X6272r&XCHARGEr'X-1r(XCHEBIr)X15694r*XKEGGr+XC03451r,uh }r-hNhh]r.r/Rr0jS,j$jT,jU,jV,JjW,GubGjRGjG?jRG?jekG?uhNjX,GjY,G@@ubj0,)r1}r2(hXGLYOX3r3hXglyoxalase IIIr4h}r5X SUBSYSTEMr6XMethylglyoxal Metabolismr7sh }r8j8,hj9,hj:,h]r9r:Rr;j>,}r<(j?fGjRGjRG?jekG?uhNjX,GjY,G@@ubj0,)r=}r>(hXGLYTRSr?hXGlycyl tRNA synthetaser@h}rA(XGENE_ASSOCIATIONrBX( STM3655 and STM3656 )rCX SUBSYSTEMrDX tRNA ChargingrEuh }rFj8,XSTM3655 and STM3656rGj9,hj:,h]rH(jjerIRrJj>,}rK(j}Gj@,)rL}rM(hX trnagly_crNhXtRNA-GlyrOh}rP(XFORMULArQjyXPUBCHEMrRX4791rSXCHARGErTjK,XCHEBIrUX29176rVXKEGGrWXC01642rXuh }rYhNhh]rZr[Rr\jS,jyjT,jU,jV,KjW,GubGjRGj@,)r]}r^(hX glytrna_cr_hXGlycyl-tRNA-Glyr`h}ra(XFORMULArbXC2H4NORrcXPUBCHEMrdX5445reXCHARGErfj-XCHEBIrgX29156rhXKEGGriXC02412rjuh }rkhNhh]rlrmRrnjS,jcjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)ro}rp(hXGLYt2pprqhX2glycine transport in via proton symport periplasm rrh}rs(XGENE_ASSOCIATIONrtXSTM4398ruX SUBSYSTEMrvXTransport Inner Membranerwuh }rxj8,juj9,hj:,h]ryj9arzRr{j>,}r|(j@,)r}}r~(hXgly_prhXGlycinerh}r(XFORMULArXC2H5NO2rXPUBCHEMrX3339rXCHARGErjK,XCHEBIrX15428rXKEGGrXC00037ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGj}G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGLYtexrhX;Glycine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j|Gj}G?uhNjX,G@jY,G@@ubj0,)r}r(hXGMANDrhXGDP D mannose dehydrataserh}r(XGENE_ASSOCIATIONrXSTM2109rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGMHEPATrhX6D glycero D manno hepose 1 phosphate adenyltransferaserh}r(XGENE_ASSOCIATIONrXSTM3200rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj@,)r}r(hX gmhep1p_crhX%D-Glycero-D-manno-heptose-1-phosphaterh}r(XFORMULArX C7H13O10PrXPUBCHEMrX10040rXCHARGErX-2rXCHEBIrX28137rXKEGGrXC07838ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjXG?jmuG?uhNjX,GjY,G@@ubj0,)r}r(hXGMHEPKrhX,D glycero D manno heptose 7 phosphate kinaserh}r(XGENE_ASSOCIATIONrXSTM3200rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX gmhep7p_crhX%D-Glycero-D-manno-heptose-7-phosphaterh}r(XFORMULArX C7H13O10PrXPUBCHEMrX10038rXCHARGErX-2rXCHEBIrX28723rXKEGGrXC07836ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hX gmhep17bp_crhX*D-Glycero-D-manno-heptose-1-7-bisphosphaterh}r(XFORMULArX C7H12O13P2rXPUBCHEMrX13642rXCHARGErX-4rXCHEBIrjK,XKEGGrXC11472ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGMHEPPArhX6D glycero D manno heptose 1 7 bisphosphate phosphataserh}r(XGENE_ASSOCIATIONrXSTM0248rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }r j8,jj9,hj:,h]r jar Rr j>,}r (jGjRGjSG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGMPRrhX GMP reductaserh}r(XGENE_ASSOCIATIONrXSTM0141rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjRGj,Gj[G?jtG?jcfG?uhNjX,GjY,G@@ubj0,)r}r(hXGMPS2rhX GMP synthaserh}r (XGENE_ASSOCIATIONr!XSTM2510r"X SUBSYSTEMr#X"Purine and Pyrimidine Biosynthesisr$uh }r%j8,j"j9,hj:,h]r&jar'Rr(j>,}r)(jRGj'qGj@,)r*}r+(hXxmp_cr,hXXanthosine-5-phosphater-h}r.(XFORMULAr/X C10H11N4O9Pr0XPUBCHEMr1X3925r2XCHARGEr3X-2r4XCHEBIr5X15652r6XKEGGr7XC00655r8uh }r9hNhh]r:r;Rr<jS,j0jT,jU,jV,JjW,GubGjRGjXG?jfG?jXG?jRG@j,G?uhNjX,GjY,G@@ubj0,)r=}r>(hXGMPtexr?hX7GMP transport via diffusion extracellular to periplasm r@h}rA(XGENE_ASSOCIATIONrBX2( STM0320 or STM0999 or STM1473 or STM2267 )rCX SUBSYSTEMrDXTransport Outer Membrane PorinrEuh }rFj8,X.STM0320 or STM0999 or STM1473 or STM2267rGj9,hj:,h]rH(h*hh3h!erIRrJj>,}rK(jpGj@,)rL}rM(hXgmp_prNhXGMPrOh}rP(XFORMULArQX C10H12N5O8PrRXPUBCHEMrSX3444rTXCHARGErUX-2rVXCHEBIrWX17345rXXKEGGrYXC00144rZuh }r[hNhh]r\r]Rr^jS,jRjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r_}r`(hXGNDrahXphosphogluconate dehydrogenaserbh}rc(XGENE_ASSOCIATIONrdXSTM2081reX SUBSYSTEMrfXPentose Phosphate Pathwayrguh }rhj8,jej9,hj:,h]rijarjRrkj>,}rl(j[GjGjaG?jeG?j[G?uhNjX,GjY,G@@ubj0,)rm}rn(hXGNKrohX gluconokinaserph}rq(XGENE_ASSOCIATIONrrX( STM4485 or STM3542 )rsX SUBSYSTEMrtXAlternate Carbon Metabolismruuh }rvj8,XSTM4485 or STM3542rwj9,hj:,h]rx(jjeryRrzj>,}r{(jRGj[GjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r|}r}(hXGOFUCRr~hXGDP 4 oxo L fucose reductaserh}r(XGENE_ASSOCIATIONrXSTM2108rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjRGjGj@,)r}r(hXgdpfuc_crhX GDP-L-fucoserh}r(XFORMULArX C16H23N5O15P2rXPUBCHEMrX3619rXCHARGErX-2rXCHEBIrX17009rXKEGGrXC00325ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA1rhX>Glycerophosphodiester phosphodiesterase Glycerophosphocholine rh}r(XGENE_ASSOCIATIONrXSTM3553rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j%GjRGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA1pprhX>Glycerophosphodiester phosphodiesterase Glycerophosphocholine rh}r(XGENE_ASSOCIATIONrXSTM2282rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGjGjЊG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA2rhXCGlycerophosphodiester phosphodiesterase Glycerophosphoethanolamine rh}r(XGENE_ASSOCIATIONrXSTM3553rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGjRGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA2pprhXCGlycerophosphodiester phosphodiesterase Glycerophosphoethanolamine rh}r(XGENE_ASSOCIATIONrXSTM2282rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGjGjG?j۫G?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA3rhX=Glycerophosphodiester phosphodiesterase Glycerophosphoserine rh}r(XGENE_ASSOCIATIONrXSTM3553rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jgGjRGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA3pprhX=Glycerophosphodiester phosphodiesterase Glycerophosphoserine rh}r(XGENE_ASSOCIATIONrXSTM2282rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jVGjlTGjG?j@,)r}r(hXser__L_prhXL-Serinerh}r(XFORMULArXC3H7NO3rXPUBCHEMrX3365rXCHARGErjK,XCHEBIrX17115rXKEGGrXC00065ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA4rhX?Glycerophosphodiester phosphodiesterase Glycerophosphoglycerol rh}r(XGENE_ASSOCIATIONrXSTM3553r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r j arRrj>,}r(jRGjGjG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGPDDA4pprhX?Glycerophosphodiester phosphodiesterase Glycerophosphoglycerol rh}r(XGENE_ASSOCIATIONrXSTM2282rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjlTGjG?j6G?j TG?uhNjX,GjY,G@@ubj0,)r}r (hXGPDDA5r!hX?Glycerophosphodiester phosphodiesterase Glycerophosphoinositol r"h}r#(XGENE_ASSOCIATIONr$XSTM3553r%X SUBSYSTEMr&XGlycerophospholipid Metabolismr'uh }r(j8,j%j9,hj:,h]r)j ar*Rr+j>,}r,(jRGj%GjG?jRG?j@,)r-}r.(hXinost_cr/hX myo-Inositolr0h}r1(XFORMULAr2XC6H12O6r3XPUBCHEMr4X3437r5XCHARGEr6jK,XCHEBIr7X17268r8XKEGGr9XC00137r:uh }r;hNhh]r<r=Rr>jS,j3jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r?}r@(hXGPDDA5pprAhX?Glycerophosphodiester phosphodiesterase Glycerophosphoinositol rBh}rC(XGENE_ASSOCIATIONrDXSTM2282rEX SUBSYSTEMrFXGlycerophospholipid MetabolismrGuh }rHj8,jEj9,hj:,h]rIjarJRrKj>,}rL(jGjlTGjG?j@,)rM}rN(hXinost_prOhX myo-InositolrPh}rQ(XFORMULArRXC6H12O6rSXPUBCHEMrTX3437rUXCHARGErVjK,XCHEBIrWX17268rXXKEGGrYXC00137rZuh }r[hNhh]r\r]Rr^jS,jSjT,jPjV,KjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r_}r`(hXGRTTrahXgeranyltranstransferaserbh}rc(XGENE_ASSOCIATIONrdXSTM0423reX SUBSYSTEMrfX*Cofactor and Prosthetic Group Biosynthesisrguh }rhj8,jej9,hj:,h]rij arjRrkj>,}rl(jGjGj@,)rm}rn(hXfrdp_crohXFarnesyl-diphosphaterph}rq(XFORMULArrX C15H25O7P2rsXPUBCHEMrtX3736ruXCHARGErvX-3rwXCHEBIrxX17407ryXKEGGrzXC00448r{uh }r|hNhh]r}r~RrjS,jsjT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXGRXRrhXglutaredoxin reductaserh}r(XGENE_ASSOCIATIONrX2( STM3702 or STM0872 or STM1433 or STM1165 )rX SUBSYSTEMrX Unassignedruh }rj8,X.STM3702 or STM0872 or STM1433 or STM1165rj9,hj:,h]r(j$j-jj6erRrj>,}r(j@,)r}r(hXgrxox_crhXglutaredoxin-oxidizedrh}r(XFORMULArjݣXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jݣjT,jU,jV,KjW,GubGjGj@,)r}r(hXgrxrd_crhXglutaredoxin-reducedrh}r(XFORMULArXXH2rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?j@,)r}r(hXgthox_crhXOxidized-glutathionerh}r(XFORMULArX C20H30N6O12S2rXPUBCHEMrX3427rXCHARGErX-2rXCHEBIrX17858rXKEGGrXC00127ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXGSNKrhXguanosine kinaserh}r(XGENE_ASSOCIATIONrXSTM0491rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rj?arRrj>,}r(j@,)r}r(hXgsn_crhX Guanosinerh}r(XFORMULArX C10H13N5O5rXPUBCHEMrX3677rXCHARGErjK,XCHEBIrX16750rXKEGGrXC00387ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGj,G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGSNt2pprhX4guanosine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3113rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjearRrj>,}r(j TGj`GjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGSNtexrhX=guanosine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj`G?uhNjX,G@jY,G@@ubj0,)r}r(hXGSPMDArhXGlutathionylspermidine amidaserh}r(XGENE_ASSOCIATIONrXSTM3139rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjHarRrj>,}r (j@,)r }r (hXgtspmd_cr hXGlutathionylspermidiner h}r(XFORMULArX C17H36N6O5SrXPUBCHEMrX8032rXCHARGErj]-XCHEBIrX16613rXKEGGrXC05730ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjG?j@,)r}r(hXspmd_crhX Spermidinerh}r (XFORMULAr!XC7H22N3r"XPUBCHEMr#X3609r$XCHARGEr%j8XCHEBIr&X16610r'XKEGGr(XC00315r)uh }r*hNhh]r+r,Rr-jS,j"jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r.}r/(hXGSPMDSr0hX!Glutathionylspermidine synthetaser1h}r2(XGENE_ASSOCIATIONr3XSTM3139r4X SUBSYSTEMr5XArginine and Proline Metabolismr6uh }r7j8,j4j9,hj:,h]r8jHar9Rr:j>,}r;(jRGjGjGj G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r<}r=(hXGTHOXtexr>hXBglutathione ox transport via diffusion extracellular to periplasm r?h}r@(XGENE_ASSOCIATIONrAX2( STM0320 or STM0999 or STM1473 or STM2267 )rBX SUBSYSTEMrCXTransport Outer Membrane PorinrDuh }rEj8,X.STM0320 or STM0999 or STM1473 or STM2267rFj9,hj:,h]rG(h*hh3h!erHRrIj>,}rJ(jGj3G?uhNjX,G@jY,G@@ubj0,)rK}rL(hXGTHOrrMhXglutathione oxidoreductaserNh}rO(XGENE_ASSOCIATIONrPXSTM3597rQX SUBSYSTEMrRX*Cofactor and Prosthetic Group BiosynthesisrSuh }rTj8,jQj9,hj:,h]rUjQarVRrWj>,}rX(jGjRGj[Gj[G?jG@uhNjX,G@jY,G@@ubj0,)rY}rZ(hXGTHRDHppr[hX"glutathione hydralase periplasmic r\h}r](XGENE_ASSOCIATIONr^XSTM3551r_X SUBSYSTEMr`X*Cofactor and Prosthetic Group Biosynthesisrauh }rbj8,j_j9,hj:,h]rcjZardRrej>,}rf(jlTGjGjG?jG?uhNjX,GjY,G@@ubj0,)rg}rh(hX GTHRDabc2pprihX9glutathione export via ABC system cytoplasm to periplasm rjh}rk(XGENE_ASSOCIATIONrlX( STM0956 and STM0957 )rmX SUBSYSTEMrnXTransport Inner Membranerouh }rpj8,XSTM0956 and STM0957rqj9,hj:,h]rr(j j{ ersRrtj>,}ru(jRGjGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rv}rw(hX GTHRDabcpprxhX-Reduced glutathione via ABC system periplasm ryh}rz(XGENE_ASSOCIATIONr{X5( STM0848 and STM0849 and STM0850 and STM0851 )r|X SUBSYSTEMr}XTransport Inner Membraner~uh }rj8,X1STM0848 and STM0849 and STM0850 and STM0851rj9,hj:,h]r(jlj~jujcerRrj>,}r(jRGjGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGTHRDtexrhX?glutathione transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j̸GjG?uhNjX,G@jY,G@@ubj0,)r}r(hXGTHSrhXglutathione synthetaserh}r(XGENE_ASSOCIATIONrXSTM3095rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjGj}GjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXGTPCIrhXGTP cyclohydrolase Irh}r(XGENE_ASSOCIATIONrXSTM2193rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jIhGjRGj|G?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGTPCII2rhXGTP cyclohydrolase II 25drapp rh}r(XGENE_ASSOCIATIONrXSTM1711rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jIhGjRGjXG?jG?jRG@j|G?uhNjX,GjY,G@@ubj0,)r}r(hXGTPDPDPrhX4guanosine 5 triphosphate 3 diphosphate diphosphataserh}r(XGENE_ASSOCIATIONrXSTM3913rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXgdptp_crhX&Guanosine-3-diphosphate-5-triphosphaterh}r(XFORMULArX C10H11N5O20P5rXPUBCHEMrX7111rXCHARGErX-7rXCHEBIrjK,XKEGGrXC04494ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXGTPDPKrhXGTP diphosphokinaserh}r(XGENE_ASSOCIATIONrXSTM2956rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jIhGjRGjXG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXGTPHsrhX!GTP amine hydrolysis spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rjarRrj>,}r(jIhGjRGjRGj@,)r}r(hXxtp_crhXXTPrh}r(XFORMULArX C10H11N4O15P3rXPUBCHEMrX3968rXCHARGErX-4rXCHEBIrjK,XKEGGrXC00700ruh }rhNhh]r r Rr jS,jjT,jU,jV,JjW,GubG?jcfG?uhNjX,GjY,G@@ubj0,)r }r (hXGTPtexrhX7GTP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXgtp_prhXGTPrh}r(XFORMULAr X C10H12N5O14P3r!XPUBCHEMr"X3346r#XCHARGEr$X-4r%XCHEBIr&X15996r'XKEGGr(XC00044r)uh }r*hNhh]r+r,Rr-jS,j!jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r.}r/(hXGUAPRTr0hX!guanine phosphoribosyltransferaser1h}r2(XGENE_ASSOCIATIONr3X( STM0317 or STM0170 )r4X SUBSYSTEMr5XNucleotide Salvage Pathwayr6uh }r7j8,XSTM0317 or STM0170r8j9,hj:,h]r9(jjer:Rr;j>,}r<(j@,)r=}r>(hXgua_cr?hXGuaniner@h}rA(XFORMULArBXC5H5N5OrCXPUBCHEMrDX3541rEXCHARGErFjK,XCHEBIrGX16235rHXKEGGrIXC00242rJuh }rKhNhh]rLrMRrNjS,jCjT,jU,jV,KjW,GubGj1sGjXG?j,G?uhNjX,GjY,G@@ubj0,)rO}rP(hXGUAt2pprQhX2guanine transport in via proton symport periplasm rRh}rS(XGENE_ASSOCIATIONrTXSTM3747rUX SUBSYSTEMrVXTransport Inner MembranerWuh }rXj8,jUj9,hj:,h]rYj8arZRr[j>,}r\(j TGj@,)r]}r^(hXgua_pr_hXGuaniner`h}ra(XFORMULArbXC5H5N5OrcXPUBCHEMrdX3541reXCHARGErfjK,XCHEBIrgX16235rhXKEGGriXC00242rjuh }rkhNhh]rlrmRrnjS,jcjT,jPjV,KjW,GubGj=G?jRG?uhNjX,GjY,G@@ubj0,)ro}rp(hXGUAtexrqhX;Guanine transport via diffusion extracellular to periplasm rrh}rs(XGENE_ASSOCIATIONrtXSTM0413ruX SUBSYSTEMrvXTransport Outer Membranerwuh }rxj8,juj9,hj:,h]ryjarzRr{j>,}r|(j Gj]G?uhNjX,G@jY,G@@ubj0,)r}}r~(hXGUAtpprhX*Guanine transport via diffusion periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(j]Gj=G?uhNjX,G@jY,G@@ubj0,)r}r(hXGUR1PPpprhX.Glucuronate 1 phosphate phosphatase periplasm rh}rX SUBSYSTEMrXAlternate Carbon Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jlTGjYGj_G?j{G?uhNjX,GjY,G@@ubj0,)r}r(hXH2O2texrhX3hydrogen peroxide transport via diffusion external rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jFGj@,)r}r(hXh2o2_prhXHydrogen-peroxiderh}r(XFORMULArXH2O2rXPUBCHEMrX3329rXCHARGErjK,XCHEBIrX16240rXKEGGrXC00027ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXH2OtexrhX7H2O transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrXJ( STM1473 or STM0999 or STM2267 or STM0320 or s0001 or STM4016 )rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,XFSTM1473 or STM0999 or STM2267 or STM0320 or s0001 or STM4016rj9,hj:,h]r(h!h*hjh3jerRrj>,}r(jdGjlTG?uhNjX,G@jY,G@@ubj0,)r}r(hXH2OtpprhX&H2O transport via diffusion periplasm rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGjRG?uhNjX,G@jY,G@@ubj0,)r}r(hXH2SOrhXHydrogen sulfide oxidationrh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j-fGjGj%G?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXH2St1pprhXh2s transport periplasm rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj@,)r}r(hXh2s_prhXHydrogen-sulfiderh}r(XFORMULArXH2SrXPUBCHEMrX3578rXCHARGErjK,XCHEBIrX16136rXKEGGrXC00283ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXH2StexrhX7h2s transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r (jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXH2texrhX<hydrogen transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j(Gj@,)r}r(hXh2_prhXH2r h}r!(XFORMULAr"XH2r#XPUBCHEMr$X3577r%XCHARGEr&jK,XCHEBIr'X18276r(XKEGGr)XC00282r*uh }r+hNhh]r,r-Rr.jS,j#jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r/}r0(hXH2tppr1hX'hydrogen transport diffusion periplasm r2h}r3(XGENE_ASSOCIATIONr4Xs0001r5X SUBSYSTEMr6XTransport Inner Membraner7uh }r8j8,j5j9,hj:,h]r9jar:Rr;j>,}r<(jGjJG?uhNjX,G@jY,G@@ubj0,)r=}r>(hXHACD1ir?hX03 hydroxyacyl CoA dehydrogenase acetoacetyl CoA r@h}rA(XGENE_ASSOCIATIONrBX( STM3983 or STM2388 )rCX SUBSYSTEMrDXMembrane Lipid MetabolismrEuh }rFj8,XSTM3983 or STM2388rGj9,hj:,h]rH(j j erIRrJj>,}rK(jrGj[Gj[G?j@,)rL}rM(hXaacoa_crNhXAcetoacetyl-CoArOh}rP(XFORMULArQXC25H36N7O18P3SrRXPUBCHEMrSX3626rTXCHARGErUX-4rVXCHEBIrWX15345rXXKEGGrYXC00332rZuh }r[hNhh]r\r]Rr^jS,jRjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r_}r`(hXHACD2irahX23 hydroxyacyl CoA dehydrogenase 3 oxohexanoyl CoA rbh}rc(XGENE_ASSOCIATIONrdX( STM3983 or STM2388 )reX SUBSYSTEMrfXMembrane Lipid Metabolismrguh }rhj8,XSTM3983 or STM2388rij9,hj:,h]rj(j j erkRrlj>,}rm(jGj[Gj[G?j@,)rn}ro(hX3ohcoa_crphX3-Oxohexanoyl-CoArqh}rr(XFORMULArsXC27H40N7O18P3SrtXPUBCHEMruX7656rvXCHARGErwX-4rxXCHEBIryX27648rzXKEGGr{XC05269r|uh }r}hNhh]r~rRrjS,jtjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHACD3irhX23 hydroxyacyl CoA dehydrogenase 3 oxooctanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM2388 or STM3983 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2388 or STM3983rj9,hj:,h]r(j j erRrj>,}r(jGj[GjRG?j[G?j@,)r}r(hX3oocoa_crhX3-Oxooctanoyl-CoArh}r(XFORMULArXC29H44N7O18P3SrXPUBCHEMrX7654rXCHARGErX-4rXCHEBIrX28264rXKEGGrXC05267ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXHACD4irhX23 hydroxyacyl CoA dehydrogenase 3 oxodecanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(jةGj[Gj@,)r}r(hX3odcoa_crhX3-Oxodecanoyl-CoArh}r(XFORMULArXC31H48N7O18P3SrXPUBCHEMrX7652rXCHARGErX-4rXCHEBIrX28528rXKEGGrXC05265ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHACD5irhX43 hydroxyacyl CoA dehydrogenase 3 oxododecanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(jGj[Gj[G?j@,)r}r(hX 3oddcoa_crhX3-Oxododecanoyl-CoArh}r(XFORMULArXC33H52N7O18P3SrXPUBCHEMrX7650rXCHARGErX-4rXCHEBIrX27868rXKEGGrXC05263ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHACD6irhX73 hydroxyacyl CoA dehydrogenase 3 oxotetradecanoyl CoA rh}r(XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(jGj[Gj@,)r}r(hX 3otdcoa_crhX3-Oxotetradecanoyl-CoArh}r(XFORMULArXC35H56N7O18P3SrXPUBCHEMrX7648rXCHARGErX-4rXCHEBIrX28726rXKEGGrXC05261ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXHACD7ir hX63 hydroxyacyl CoA dehydrogenase 3 oxohexadecanoyl CoA r h}r (XGENE_ASSOCIATIONrX( STM3983 or STM2388 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3983 or STM2388rj9,hj:,h]r(j j erRrj>,}r(j[Gj>Gj@,)r}r(hX 3ohdcoa_crhX3-Oxohexadecanoyl-CoArh}r(XFORMULArXC37H60N7O18P3SrXPUBCHEMrX7646r XCHARGEr!X-4r"XCHEBIr#X15491r$XKEGGr%XC05259r&uh }r'hNhh]r(r)Rr*jS,jjT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r+}r,(hXHACD8ir-hX63 hydroxyacyl CoA dehydrogenase 3 oxooctadecanoyl CoA r.h}r/(XGENE_ASSOCIATIONr0X( STM3983 or STM2388 )r1X SUBSYSTEMr2XMembrane Lipid Metabolismr3uh }r4j8,XSTM3983 or STM2388r5j9,hj:,h]r6(j j er7Rr8j>,}r9(j[Gj`Gj@,)r:}r;(hX 3oodcoa_cr<hX3-Oxooctadecanoyl-CoAr=h}r>(XFORMULAr?XC39H64N7O18P3Sr@XPUBCHEMrAX47205524rBXCHARGErCX-4rDXCHEBIrEjK,XKEGGrFXC16216rGuh }rHhNhh]rIrJRrKjS,j@jT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)rL}rM(hXHBZOPTrNhX%Hydroxybenzoate octaprenyltransferaserOh}rP(XGENE_ASSOCIATIONrQXSTM4234rRX SUBSYSTEMrSX*Cofactor and Prosthetic Group BiosynthesisrTuh }rUj8,jRj9,hj:,h]rVjarWRrXj>,}rY(j7GjDGj@,)rZ}r[(hX3ophb_cr\hX3-Octaprenyl-4-hydroxybenzoater]h}r^(XFORMULAr_XC47H69O3r`XPUBCHEMraX8104rbXCHARGErcX-1rdXCHEBIreX 1617 50116rfXKEGGrgXC05809rhuh }rihNhh]rjrkRrljS,j`jT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)rm}rn(hX HCINNMtexrohXJ3 hydroxycinnamic acid transport via diffusion extracellular to periplasm rph}rq(XGENE_ASSOCIATIONrrX2( STM0320 or STM0999 or STM1473 or STM2267 )rsX SUBSYSTEMrtXTransport Outer Membrane Porinruuh }rvj8,X.STM0320 or STM0999 or STM1473 or STM2267rwj9,hj:,h]rx(h*hh3h!eryRrzj>,}r{(jGj@,)r|}r}(hX 3hcinnm_pr~hX3-hydroxycinnamic-acidrh}r(XFORMULArXC9H7O3rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXHCO3ErhXHCO3 equilibration reactionrh}r(XGENE_ASSOCIATIONrXSTM0171rX SUBSYSTEMrX Unassignedruh }rj8,jj9,hj:,h]rjarRrj>,}r(jaGjRGj}hG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXHDCAtexirhXZHexadecanoate transport via facilitated irreversible diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrXSTM2391rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rj/ arRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hX HDCEAtexirhXZHexadecenoate transport via facilitated irreversible diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrXSTM2391rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rj/ arRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXHDCOAIrhX(hexadecenoyl coa cis trans isomerizationrh}r(XGENE_ASSOCIATIONrXSTM3983rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj8nG?uhNjX,GjY,G@@ubj0,)r}r(hXHEMEOSrhXHeme O synthaserh}r(XGENE_ASSOCIATIONrXSTM0439rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jmGjRGj\GjXG?j@,)r}r(hXhemeO_crhXHeme-Orh}r(XFORMULArX C49H56FeN4O5rXPUBCHEMrX47204998rXCHARGErX-2rXCHEBIrjK,XKEGGrXC15672ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXHEPK1rhX(LPS heptose kinase I LPS core synthesis rh}r(XGENE_ASSOCIATIONrXSTM3721rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXhhlipa_crhXheptosyl-heptosyl-kdo2-lipidArh}r(XFORMULArXC124H220N2O51P2rXPUBCHEMrjK,XCHARGErX-6rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hX phhlipa_crhX%phospho-heptosyl-heptosyl-kdo2-lipidArh}r(XFORMULArXC124H219N2O54P3rXPUBCHEMr jK,XCHARGEr X-8r XCHEBIr jK,XKEGGr jK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHEPK2rhX)LPS heptose kinase II LPS core synthesis rh}r(XGENE_ASSOCIATIONrXSTM3716rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r }r!(hX hphhlipa_cr"hX.heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidAr#h}r$(XFORMULAr%XC131H231N2O60P3r&XPUBCHEMr'jK,XCHARGEr(X-8r)XCHEBIr*jK,XKEGGr+jK,uh }r,hNhh]r-r.Rr/jS,j&jT,jU,jV,JjW,GubGjRGjRG?jRG?j@,)r0}r1(hX phphhlipa_cr2hX6phospho-heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidAr3h}r4(XFORMULAr5XC131H230N2O63P4r6XPUBCHEMr7jK,XCHARGEr8X-10r9XCHEBIr:jK,XKEGGr;jK,uh }r<hNhh]r=r>Rr?jS,j6jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r@}rA(hXHEPT1rBhX)heptosyltransferase I LPS core synthesis rCh}rD(XGENE_ASSOCIATIONrEXSTM3712rFX SUBSYSTEMrGX)Lipopolysaccharide Biosynthesis RecyclingrHuh }rIj8,jFj9,hj:,h]rJjarKRrLj>,}rM(jߪGjuGjRG?j@,)rN}rO(hXhlipa_crPhXheptosyl-kdo2-lipidArQh}rR(XFORMULArSXC117H208N2O45P2rTXPUBCHEMrUjK,XCHARGErVX-6rWXCHEBIrXjK,XKEGGrYjK,uh }rZhNhh]r[r\Rr]jS,jTjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r^}r_(hXHEPT2r`hX*heptosyltransferase II LPS core synthesis rah}rb(XGENE_ASSOCIATIONrcXSTM3711rdX SUBSYSTEMreX)Lipopolysaccharide Biosynthesis Recyclingrfuh }rgj8,jdj9,hj:,h]rhjariRrjj>,}rk(jNGjuGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rl}rm(hXHEPT3rnhX+heptosyltransferase III LPS core synthesis roh}rp(XGENE_ASSOCIATIONrqXSTM3723rrX SUBSYSTEMrsX)Lipopolysaccharide Biosynthesis Recyclingrtuh }ruj8,jrj9,hj:,h]rvjarwRrxj>,}ry(jGjuGjRG?jRG?j G?uhNjX,GjY,G@@ubj0,)rz}r{(hXHEPT4r|hX*heptosyltransferase IV LPS core synthesis r}h}r~(XGENE_ASSOCIATIONrXSTM3714rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j:GjuGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHETZKrhXhydroxyethylthiazole kinaserh}r(XGENE_ASSOCIATIONrXSTM2147rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX4mhetz_crhX"4-Methyl-5-2-hydroxyethyl-thiazolerh}r(XFORMULArXC6H9NOSrXPUBCHEMrX6954rXCHARGErjK,XCHEBIrX17957rXKEGGrXC04294ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGj@,)r}r(hX4mpetz_crhX"4-Methyl-5-2-phosphoethyl-thiazolerh}r(XFORMULArX C6H8NO4PSrXPUBCHEMrX6980rXCHARGErX-2rXCHEBIrX17857rXKEGGrXC04327ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHEX1rhXhexokinase D glucoseATP rh}r(XGENE_ASSOCIATIONrXSTM2403rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj{GjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHEX4rhXhexokinase D mannoseATP rh}rX SUBSYSTEMrXAlternate Carbon Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j GjRGj@,)r}r(hXman6p_crhXD-Mannose-6-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3572rXCHARGErX-2rXCHEBIrX17369rXKEGGrXC00275ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHEX7rhXhexokinase D fructoseATP rh}r(XGENE_ASSOCIATIONrXSTM0393rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj)arRrj>,}r(jGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHG2abcpprhX&Mercury Hg2 ABC transporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM3576rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj@,)r}r(hXhg2_crhXHg2rh}r(XFORMULAr XHgr XPUBCHEMr X3970r XCHARGEr j]-XCHEBIrX16793rXKEGGrXC00703ruh }rhNhh]rrRrjS,j jT,jU,jV,KjW,GubGjRGj@,)r}r(hXhg2_prhXHg2rh}r(XFORMULArXHgrXPUBCHEMrX3970rXCHARGErj]-XCHEBIr X16793r!XKEGGr"XC00703r#uh }r$hNhh]r%r&Rr'jS,jjT,jPjV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r(}r)(hXHG2texr*hX?mercury Hg2 transport via diffusion extracellular to periplasm r+h}r,(XGENE_ASSOCIATIONr-X2( STM0320 or STM0999 or STM1473 or STM2267 )r.X SUBSYSTEMr/XTransport Outer Membrane Porinr0uh }r1j8,X.STM0320 or STM0999 or STM1473 or STM2267r2j9,hj:,h]r3(h!h*hh3er4Rr5j>,}r6(j2GjG?uhNjX,G@jY,G@@ubj0,)r7}r8(hXHISTDr9hXhistidinol dehydrogenaser:h}r;(XGENE_ASSOCIATIONr<XSTM2072r=X SUBSYSTEMr>XHistidine Metabolismr?uh }r@j8,j=j9,hj:,h]rAj2arBRrCj>,}rD(j[Gj@,)rE}rF(hXhistd_crGhX L-HistidinolrHh}rI(XFORMULArJXC6H12N3OrKXPUBCHEMrLX4117rMXCHARGErNj-XCHEBIrOX16255rPXKEGGrQXC00860rRuh }rShNhh]rTrURrVjS,jKjT,jU,jV,KjW,GubGjRGj[G@jG?jRG@uhNjX,GjY,G@@ubj0,)rW}rX(hXHISTPrYhXhistidinol phosphataserZh}r[(XGENE_ASSOCIATIONr\XSTM2074r]X SUBSYSTEMr^XHistidine Metabolismr_uh }r`j8,j]j9,hj:,h]raj;arbRrcj>,}rd(jRGj@,)re}rf(hXhisp_crghXL-Histidinol-phosphaterhh}ri(XFORMULArjX C6H11N3O4PrkXPUBCHEMrlX4334rmXCHARGErnX-1roXCHEBIrpX16996rqXKEGGrrXC01100rsuh }rthNhh]rurvRrwjS,jkjT,jU,jV,JjW,GubGjEG?jSG?uhNjX,GjY,G@@ubj0,)rx}ry(hXHISTRSrzhXHistidyl tRNA synthetaser{h}r|(XGENE_ASSOCIATIONr}XSTM2522r~X SUBSYSTEMrX tRNA Chargingruh }rj8,j~j9,hj:,h]rjDarRrj>,}r(jGj@,)r}r(hX trnahis_crhXtRNA-Hisrh}r(XFORMULArjyXPUBCHEMrX4792rXCHARGErjK,XCHEBIrX29178rXKEGGrXC01643ruh }rhNhh]rrRrjS,jyjT,jU,jV,KjW,GubGjRGj@,)r}r(hX histrna_crhXL-Histidyl-tRNA-Hisrh}r(XFORMULArXC6H8N3ORrXPUBCHEMrX5897rXCHARGErj-XCHEBIrX29155rXKEGGrXC02988ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXHISabcpprhX/L histidine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM2354 and STM2352 and STM2351 and STM2353 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM2354 and STM2352 and STM2351 and STM2353rj9,hj:,h]r(jjjMjerRrj>,}r(j@,)r}r(hXhis__L_prhX L-Histidinerh}r(XFORMULArXC6H9N3O2rXPUBCHEMrX3435rXCHARGErjK,XCHEBIrX15971rXKEGGrXC00135ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRGjRG?jSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHISt2rpprhX>L histidine reversible transport via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM0150rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjVarRrj>,}r(jGj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXHIStexrhX?L histidine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jPGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXHMBSrhXhydroxymethylbilane synthaserh}r(XGENE_ASSOCIATIONrXSTM3938rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj_arRrj>,}r(j@,)r}r(hXppbng_crhXPorphobilinogenrh}r(XFORMULArX C10H13N2O4rXPUBCHEMrX4184rXCHARGErX-1rXCHEBIrX17381rXKEGGrXC00931ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjcfG@j@,)r}r (hXhmbil_cr hXHydroxymethylbilaner h}r (XFORMULAr X C40H38N4O17rXPUBCHEMrX4269rXCHARGErX-8rXCHEBIrX16645rXKEGGrXC01024ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXHMPK1rhX#hydroxymethylpyrimidine kinase ATP rh}r(XGENE_ASSOCIATIONr X( STM2146 or STM2435 )r!X SUBSYSTEMr"X*Cofactor and Prosthetic Group Biosynthesisr#uh }r$j8,XSTM2146 or STM2435r%j9,hj:,h]r&(jhjqer'Rr(j>,}r)(j@,)r*}r+(hX4ahmmp_cr,hX*4-Amino-5-hydroxymethyl-2-methylpyrimidiner-h}r.(XFORMULAr/XC6H9N3Or0XPUBCHEMr1X4498r2XCHARGEr3jK,XCHEBIr4X16892r5XKEGGr6XC01279r7uh }r8hNhh]r9r:Rr;jS,j0jT,jU,jV,KjW,GubGjRGjRG?jRG?jm\G?uhNjX,GjY,G@@ubj0,)r<}r=(hXHOMt2ppr>hX,L homoserineserine efflux via proton symportr?h}r@(XGENE_ASSOCIATIONrAX( STM0832 or STM3960 )rBX SUBSYSTEMrCXTransport Inner MembranerDuh }rEj8,XSTM0832 or STM3960rFj9,hj:,h]rG(jzjerHRrIj>,}rJ(j@,)rK}rL(hXhom__L_crMhX L-HomoserinerNh}rO(XFORMULArPXC4H9NO3rQXPUBCHEMrRX3561rSXCHARGErTjK,XCHEBIrUX15699rVXKEGGrWXC00263rXuh }rYhNhh]rZr[Rr\jS,jQjT,jU,jV,KjW,GubGj TGj@,)r]}r^(hXhom__L_pr_hX L-Homoseriner`h}ra(XFORMULArbXC4H9NO3rcXPUBCHEMrdX3561reXCHARGErfjK,XCHEBIrgX15699rhXKEGGriXC00263rjuh }rkhNhh]rlrmRrnjS,jcjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)ro}rp(hXHOMtexrqhX@L homoserine transport via diffusion extracellular to periplasm rrh}rs(XGENE_ASSOCIATIONrtX2( STM0320 or STM0999 or STM1473 or STM2267 )ruX SUBSYSTEMrvXTransport Outer Membrane Porinrwuh }rxj8,X.STM0320 or STM0999 or STM1473 or STM2267ryj9,hj:,h]rz(h*hh3h!er{Rr|j>,}r}(jnGj]G?uhNjX,G@jY,G@@ubj0,)r~}r(hXHPPK2rhX/6 hydroxymethyl dihydropterin pyrophosphokinaserh}r(XGENE_ASSOCIATIONrXSTM0183rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j}GjRGjXG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXHPPPNtexrhXP3 3 hydroxyphenyl propionate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jíGj@,)r}r(hX3hpppn_prhX3-3-hydroxy-phenyl-propionaterh}r(XFORMULArXC9H9O3rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXHPYRIrhXhydroxypyruvate isomeraserh}r(XGENE_ASSOCIATIONrXSTM0518rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXhpyr_crhXHydroxypyruvaterh}r(XFORMULArXC3H3O4rXPUBCHEMrX3468rXCHARGErX-1rXCHEBIrX30841rXKEGGrXC00168ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjjG?uhNjX,G@jY,G@@ubj0,)r}r(hXHPYRRxrhXHydroxypyruvate reductase NADH rh}r(XGENE_ASSOCIATIONrX( STM1135 or STM3646 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM1135 or STM3646rj9,hj:,h]r(hjerRrj>,}r(jGj[GjRGjG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXHPYRRyrhX Hydroxypyruvate reductase NADPH rh}r(XGENE_ASSOCIATIONrX( STM3646 or STM1135 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM3646 or STM1135rj9,hj:,h]r(hjerRrj>,}r(j[GjGjRGjG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXHSDyrhXhomoserine dehydrogenase NADPH rh}r(XGENE_ASSOCIATIONrX( STM4101 or STM0002 )rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,XSTM4101 or STM0002rj9,hj:,h]r(jjerRrj>,}r(jKGj[Gj[G?jG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXHSKrhXhomoserine kinaserh}r(XGENE_ASSOCIATIONrXSTM0003rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jKGjRGjRG?j@,)r}r(hXphom_cr hXO-Phospho-L-homoseriner h}r (XFORMULAr XC4H8NO6Pr XPUBCHEMrX4336rXCHARGErX-2rXCHEBIrX15961rXKEGGrXC01102ruh }rhNhh]rrRrjS,j jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXHSSTrhX homoserine O succinyltransferaserh}r(XGENE_ASSOCIATIONrXSTM4182r X SUBSYSTEMr!XMethionine Metabolismr"uh }r#j8,j j9,hj:,h]r$jar%Rr&j>,}r'(jhxGjKGj@,)r(}r)(hXsuchms_cr*hXO-Succinyl-L-homoseriner+h}r,(XFORMULAr-XC8H12NO6r.XPUBCHEMr/X4349r0XCHARGEr1X-1r2XCHEBIr3X16160r4XKEGGr5XC01118r6uh }r7hNhh]r8r9Rr:jS,j.jT,jU,jV,JjW,GubG?jgG?uhNjX,GjY,G@@ubj0,)r;}r<(hXHSTPTr=hX!histidinol phosphate transaminaser>h}r?(XGENE_ASSOCIATIONr@XSTM2073rAX SUBSYSTEMrBXHistidine MetabolismrCuh }rDj8,jAj9,hj:,h]rEjarFRrGj>,}rH(j@,)rI}rJ(hXimacp_crKhX%3-Imidazol-4-yl-2-oxopropyl-phosphaterLh}rM(XFORMULArNX C6H7N2O5PrOXPUBCHEMrPX4486rQXCHARGErRX-2rSXCHEBIrTX16426rUXKEGGrVXC01267rWuh }rXhNhh]rYrZRr[jS,jOjT,jU,jV,JjW,GubGjfGjfG?jeG?uhNjX,GjY,G@@ubj0,)r\}r](hXHXAtexr^hX=Hexanoate transport via diffusion extracellular to periplasm r_h}r`(XGENE_ASSOCIATIONraX2( STM0320 or STM0999 or STM1473 or STM2267 )rbX SUBSYSTEMrcXTransport Outer Membrane Porinrduh }rej8,X.STM0320 or STM0999 or STM1473 or STM2267rfj9,hj:,h]rg(h!h*hh3erhRrij>,}rj(jGj`G?uhNjX,G@jY,G@@ubj0,)rk}rl(hXHXPRTrmhX4hypoxanthine phosphoribosyltransferase Hypoxanthine rnh}ro(XGENE_ASSOCIATIONrpX( STM0317 or STM0170 )rqX SUBSYSTEMrrXNucleotide Salvage Pathwayrsuh }rtj8,XSTM0317 or STM0170ruj9,hj:,h]rv(jjerwRrxj>,}ry(j1sGj@,)rz}r{(hXhxan_cr|hX Hypoxanthiner}h}r~(XFORMULArXC5H4N4OrXPUBCHEMrX3560rXCHARGErjK,XCHEBIrX17368rXKEGGrXC00262ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjXG?jtG?uhNjX,GjY,G@@ubj0,)r}r(hXHYPOErhXhypothetical enymerh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(jyGjRGjSG?j@,)r}r(hXpydam_crhX Pyridoxaminerh}r(XFORMULArX C8H13N2O2rXPUBCHEMrX3816rXCHARGErj-XCHEBIrX16410rXKEGGrXC00534ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXHYXNtexrhX@Hypoxanthine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXhxan_prhX Hypoxanthinerh}r(XFORMULArXC5H4N4OrXPUBCHEMrX3560rXCHARGErjK,XCHEBIrX17368rXKEGGrXC00262ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXHYXNtpprhX!Hypoxanthine transport periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jGjzG?uhNjX,G@jY,G@@ubj0,)r}r(hXHtexrhX:proton transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0999 or STM1473 or STM2267 or STM0320 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0999 or STM1473 or STM2267 or STM0320rj9,hj:,h]r(h!h*hh3erRrj>,}r(jGj TG?uhNjX,G@jY,G@@ubj0,)r}r(hXICDHyrrhXisocitrate dehydrogenase NADP rh}r(XGENE_ASSOCIATIONrXSTM1238rX SUBSYSTEMrXCitric Acid Cycleruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjboGj[G?jaG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXICHORSrhXisochorismate synthaserh}r(XGENE_ASSOCIATIONrXSTM2310rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jqGj@,)r}r(hXichor_crhX Isochorismaterh}r(XFORMULArXC10H8O6rXPUBCHEMr X4141r XCHARGEr X-2r XCHEBIr X 17582 29780rXKEGGrXC00885ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXICHORSirhXIsochorismate Synthaserh}r(XGENE_ASSOCIATIONrX( STM0595 or STM2310 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM0595 or STM2310rj9,hj:,h]r (jjer!Rr"j>,}r#(jqGjG?uhNjX,GjY,G@@ubj0,)r$}r%(hXICHORTr&hXisochorismataser'h}r((XGENE_ASSOCIATIONr)XSTM0597r*X SUBSYSTEMr+X*Cofactor and Prosthetic Group Biosynthesisr,uh }r-j8,j*j9,hj:,h]r.jar/Rr0j>,}r1(jRGjGjGjG?j_G?uhNjX,GjY,G@@ubj0,)r2}r3(hXICLr4hXIsocitrate lyaser5h}r6(XGENE_ASSOCIATIONr7XSTM4184r8X SUBSYSTEMr9XAnaplerotic Reactionsr:uh }r;j8,j8j9,hj:,h]r<jar=Rr>j>,}r?(jboGj@G?jG?uhNjX,GjY,G@@ubj0,)r@}rA(hXIDONDrBhXL idonate 5 dehydrogenaserCh}rD(XGENE_ASSOCIATIONrEXSTM4484rFX SUBSYSTEMrGXAlternate Carbon MetabolismrHuh }rIj8,jFj9,hj:,h]rJjarKRrLj>,}rM(j[GjRGjtdGj[G?j*\G?uhNjX,G@jY,G@@ubj0,)rN}rO(hXIDOND2rPhX L indonate 5 dehydrogenase NADP rQh}rR(XGENE_ASSOCIATIONrSXSTM4484rTX SUBSYSTEMrUXAlternate Carbon MetabolismrVuh }rWj8,jTj9,hj:,h]rXjarYRrZj>,}r[(j[GjRGjtdGj[G?j*\G?uhNjX,GjY,G@@ubj0,)r\}r](hX IDONt2rppr^hX<L idonate transport via proton symport reversible periplasm r_h}r`(XGENE_ASSOCIATIONraXSTM4482rbX SUBSYSTEMrcXTransport Inner Membranerduh }rej8,jbj9,hj:,h]rfj/argRrhj>,}ri(j TGj@,)rj}rk(hX idon__L_prlhX L-Idonatermh}rn(XFORMULAroXC6H11O7rpXPUBCHEMrqX4032rrXCHARGErsX-1rtXCHEBIruX17796rvXKEGGrwXC00770rxuh }ryhNhh]rzr{Rr|jS,jpjT,jPjV,JjW,GubGj*\G?jRG?uhNjX,G@jY,G@@ubj0,)r}}r~(hXIDONtexrhX=L idonate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jɺGjjG?uhNjX,G@jY,G@@ubj0,)r}r(hXIG3PSrhX'Imidazole glycerol 3 phosphate synthaserh}r(XGENE_ASSOCIATIONrX( STM2075 and STM2077 )rX SUBSYSTEMrXHistidine Metabolismruh }rj8,XSTM2075 and STM2077rj9,hj:,h]r(jjerRrj>,}r(j@,)r}r(hXprlp_crhX`5-5-phospho-1-deoxyribulos-1-ylamino-methylideneamino-1-5-phosphoribosyl-imidazole-4-carboxamiderh}r(XFORMULArX C15H21N5O15P2rXPUBCHEMrX7464rXCHARGErX-4rXCHEBIrX27735rXKEGGrXC04916ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj'qGjsG?jfG?jRG?j@,)r}r(hXeig3p_crhX.D-erythro-1-Imidazol-4-yl-glycerol-3-phosphaterh}r(XFORMULArX C6H9N2O6PrXPUBCHEMrX7249rXCHARGErX-2rXCHEBIrX17805rXKEGGrXC04666ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXIGPDHrhX'imidazoleglycerol phosphate dehydrataserh}r(XGENE_ASSOCIATIONrXSTM2074rX SUBSYSTEMrXHistidine Metabolismruh }rj8,jj9,hj:,h]rj;arRrj>,}r(jGjRG?jIG?uhNjX,GjY,G@@ubj0,)r}r(hXIGPSrhX$indole 3 glycerol phosphate synthaserh}r(XGENE_ASSOCIATIONrXSTM1725rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX2cpr5p_crhX51-2-Carboxyphenylamino-1-deoxy-D-ribulose-5-phosphaterh}r(XFORMULArX C12H13NO9PrXPUBCHEMrX4520rXCHARGErX-3rXCHEBIrX29112rXKEGGrXC01302ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj@,)r}r(hX3ig3p_crhX!C--3-Indolyl-glycerol-3-phosphaterh}r(XFORMULArX C11H12NO6PrXPUBCHEMrX6317rXCHARGErX-2rXCHEBIrX18299rXKEGGrXC03506ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jaG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXILETArhXisoleucine transaminaserh}r(XGENE_ASSOCIATIONrXSTM3903r X SUBSYSTEMr X(Valine Leucine and Isoleucine Metabolismr uh }r j8,j j9,hj:,h]r j arRrj>,}r(jGjfGjG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXILETRSrhXIsoleucyl tRNA synthetaserh}r(XGENE_ASSOCIATIONrXSTM0046rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r (hX trnaile_cr!hXtRNA-Iler"h}r#(XFORMULAr$jyXPUBCHEMr%X4793r&XCHARGEr'jK,XCHEBIr(X29174r)XKEGGr*XC01644r+uh }r,hNhh]r-r.Rr/jS,jyjT,jU,jV,KjW,GubGjRGjGjXG?jXG?j@,)r0}r1(hX iletrna_cr2hXL-Isoleucyl-tRNA-Iler3h}r4(XFORMULAr5XC6H12NORr6XPUBCHEMr7X6020r8XCHARGEr9j-XCHEBIr:X29160r;XKEGGr<XC03127r=uh }r>hNhh]r?r@RrAjS,j6jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rB}rC(hXILEabcpprDhX0L isoleucine transport via ABC system periplasm rEh}rF(XGENE_ASSOCIATIONrGXC( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )rHX SUBSYSTEMrIXTransport Inner MembranerJuh }rKj8,X?STM3560 and STM3561 and STM3563 and STM3567 and STM3562rLj9,hj:,h]rM(j0j jj'jerNRrOj>,}rP(jRGjRGj@,)rQ}rR(hXile__L_prShX L-IsoleucinerTh}rU(XFORMULArVXC6H13NO2rWXPUBCHEMrXX3697rYXCHARGErZjK,XCHEBIr[X17191r\XKEGGr]XC00407r^uh }r_hNhh]r`raRrbjS,jWjT,jPjV,KjW,GubGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rc}rd(hXILEt2rpprehX?L isoleucine reversible transport via proton symport periplasm rfh}rg(XGENE_ASSOCIATIONrhXSTM0399riX SUBSYSTEMrjXTransport Inner Membranerkuh }rlj8,jij9,hj:,h]rmjarnRroj>,}rp(jQGj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)rq}rr(hXILEtexrshX@L isoleucine transport via diffusion extracellular to periplasm rth}ru(XGENE_ASSOCIATIONrvX2( STM0320 or STM0999 or STM1473 or STM2267 )rwX SUBSYSTEMrxXTransport Outer Membrane Porinryuh }rzj8,X.STM0320 or STM0999 or STM1473 or STM2267r{j9,hj:,h]r|(h*hh3h!er}Rr~j>,}r(jGjQG?uhNjX,G@jY,G@@ubj0,)r}r(hXIMPCrhXIMP cyclohydrolaserh}r(XGENE_ASSOCIATIONrXSTM4176rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rjXarRrj>,}r(jtGjRGjwG?uhNjX,G@jY,G@@ubj0,)r}r(hXIMPDrhXIMP dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM2511rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rj%arRrj>,}r(j[GjtGjRGj[G?j*G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXIMPtexrhX7IMP transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXimp_prhXIMPrh}r(XFORMULArX C10H11N4O8PrXPUBCHEMrX3430rXCHARGErX-2rXCHEBIrX17202rXKEGGrXC00130ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hX INDOLEt2pprhX;Indole transport via proton symport irreversible periplasm rh}r(XGENE_ASSOCIATIONrX( STM3390 and STM3391 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,XSTM3390 and STM3391rj9,hj:,h]r(j.j7erRrj>,}r(jRGj@,)r}r(hXindole_crhXIndolerh}r(XFORMULArXC8H7NrXPUBCHEMrX3747rXCHARGErjK,XCHEBIrX16881rXKEGGrXC00463ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj@,)r}r(hXindole_prhXIndolerh}r(XFORMULArXC8H7NrXPUBCHEMrX3747rXCHARGErjK,XCHEBIrX16881rXKEGGrXC00463ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX INDOLEt2rpprhX9Indole transport via proton symport reversible periplasm rh}r(XGENE_ASSOCIATIONrXSTM3279rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj@arRrj>,}r(jGj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hX INDOLEtexrhX:Indole transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r (j%GjG?uhNjX,G@jY,G@@ubj0,)r}r(hXINSHrhXInosine hydrolaserh}r(XGENE_ASSOCIATIONrXSTM0051rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,jj9,hj:,h]rj\arRrj>,}r(jpGjRGjLrG?jzG?uhNjX,GjY,G@@ubj0,)r}r(hXINSKrhXinsosine kinaserh}r (XGENE_ASSOCIATIONr!XSTM0491r"X SUBSYSTEMr#XNucleotide Salvage Pathwayr$uh }r%j8,j"j9,hj:,h]r&j?ar'Rr(j>,}r)(jpGjRGjtG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r*}r+(hXINSTtexr,hX<inositol transport via diffusion extracellular to periplasm r-h}r.(XGENE_ASSOCIATIONr/X2( STM0320 or STM0999 or STM1473 or STM2267 )r0X SUBSYSTEMr1XTransport Outer Membrane Porinr2uh }r3j8,X.STM0320 or STM0999 or STM1473 or STM2267r4j9,hj:,h]r5(h*hh3h!er6Rr7j>,}r8(jCGjMG?uhNjX,G@jY,G@@ubj0,)r9}r:(hXINSt2ppr;hX2inosine transport in via proton symport periplasm r<h}r=(XGENE_ASSOCIATIONr>XSTM3113r?X SUBSYSTEMr@XTransport Inner MembranerAuh }rBj8,j?j9,hj:,h]rCjearDRrEj>,}rF(j@,)rG}rH(hXins_prIhXInosinerJh}rK(XFORMULArLX C10H12N4O5rMXPUBCHEMrNX3588rOXCHARGErPjK,XCHEBIrQX17596rRXKEGGrSXC00294rTuh }rUhNhh]rVrWRrXjS,jMjT,jPjV,KjW,GubGj TGjpG?jRG?uhNjX,GjY,G@@ubj0,)rY}rZ(hXINSt2rppr[hX=inosine transport in via proton symport reversible periplasm r\h}r](XGENE_ASSOCIATIONr^XSTM2421r_X SUBSYSTEMr`XTransport Inner Membranerauh }rbj8,j_j9,hj:,h]rcjwardRrej>,}rf(jGGj TGjpG?jRG?uhNjX,G@jY,G@@ubj0,)rg}rh(hXINStexrihX;inosine transport via diffusion extracellular to periplasm rjh}rk(XGENE_ASSOCIATIONrlXSTM0413rmX SUBSYSTEMrnXTransport Outer Membranerouh }rpj8,jmj9,hj:,h]rqjarrRrsj>,}rt(jaGjGG?uhNjX,G@jY,G@@ubj0,)ru}rv(hXIPDDIrwhX#isopentenyl diphosphate D isomeraserxh}ry(XGENE_ASSOCIATIONrzXSTM3039r{X SUBSYSTEMr|X*Cofactor and Prosthetic Group Biosynthesisr}uh }r~j8,j{j9,hj:,h]rjIarRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXIPDPSrhX<1 hydroxy 2 methyl 2 E butenyl 4 diphosphate reductase ipdp rh}r(XGENE_ASSOCIATIONrXSTM0049rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj[GjRGj[G?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXIPMDrhX3 isopropylmalate dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM0112rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,jj9,hj:,h]rjRarRrj>,}r(j@,)r}r(hX3c2hmp_crhX&3-Carboxy-2-hydroxy-4-methylpentanoaterh}r(XFORMULArXC7H10O5rXPUBCHEMrX7045rXCHARGErX-2rXCHEBIrX35121rXKEGGrXC04411ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[Gj[G?j@,)r}r(hX3c4mop_crhX"3-Carboxy-4-methyl-2-oxopentanoaterh}r(XFORMULArXC7H8O5rXPUBCHEMrX6905rXCHARGErX-2rXCHEBIrX1467rXKEGGrXC04236ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXIPPMIarhX3 isopropylmalate dehydrataserh}r(XGENE_ASSOCIATIONrX6( ( STM0110 and STM0111 ) or ( STM0329 and STM0330 ) )rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,X2( STM0110 and STM0111 ) or ( STM0329 and STM0330 )rj9,hj:,h]r(jmjdjuj[erRrj>,}r(jGj@,)r}r(hX2ippm_crhX2-Isopropylmaleaterh}r(XFORMULArXC7H8O4rXPUBCHEMrX5611rXCHARGErX-2rXCHEBIrX17275rXKEGGrXC02631ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXIPPMIbrhX2 isopropylmalate hydrataserh}r(XGENE_ASSOCIATIONrX4( STM0110 and STM0111 ) or ( STM0329 and STM0330 )rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,X4( STM0110 and STM0111 ) or ( STM0329 and STM0330 )rj9,hj:,h]r(jmjdjuj[erRrj>,}r(jRGjGj@,)r}r(hX3c3hmp_crhX&3-Carboxy-3-hydroxy-4-methylpentanoaterh}r(XFORMULArXC7H10O5rXPUBCHEMrX5516rXCHARGErX-2rXCHEBIrX 1178 35128rXKEGGrXC02504ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r }r (hXIPPSr hX2 isopropylmalate synthaser h}r (XGENE_ASSOCIATIONrXSTM0113rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,jj9,hj:,h]rj}arRrj>,}r(jgGjGjRGjG?jRG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hX ISETACtexrhX?isethionate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r!j9,hj:,h]r"(h*hh3h!er#Rr$j>,}r%(jGj@,)r&}r'(hXisetac_pr(hXIsethionic-acidr)h}r*(XFORMULAr+XC2H5O4Sr,XPUBCHEMr-X7545r.XCHARGEr/X-1r0XCHEBIr1jK,XKEGGr2XC05123r3uh }r4hNhh]r5r6Rr7jS,j,jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r8}r9(hX K2L4Aabcppr:hX4KDO 2 lipid IV A transport via ABC system periplasm r;h}r<(XGENE_ASSOCIATIONr=XSTM0984r>X SUBSYSTEMr?XTransport Inner Membraner@uh }rAj8,j>j9,hj:,h]rBj arCRrDj>,}rE(jGjRGjRGjSG?jRG?jRG?j@,)rF}rG(hX kdo2lipid4_prHhXKDO-2-lipid-IV-ArIh}rJ(XFORMULArKXC84H148N2O37P2rLXPUBCHEMrMX8297rNXCHARGErOX-6rPXCHEBIrQjK,XKEGGrRXC06025rSuh }rThNhh]rUrVRrWjS,jLjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rX}rY(hXK2L4AtexrZhXAKDO 2 lipid IV A transport via vector periplasm to extracellular r[h}r\X SUBSYSTEMr]XTransport Outer Membraner^sh }r_j8,hj9,hj:,h]r`raRrbj>,}rc(jFGjG?uhNjX,GjY,G@@ubj0,)rd}re(hXKARA1rfhX<ketol acid reductoisomerase 2 3 dihydroxy 3 methylbutanoate rgh}rh(XGENE_ASSOCIATIONriXSTM3909rjX SUBSYSTEMrkX(Valine Leucine and Isoleucine Metabolismrluh }rmj8,jjj9,hj:,h]rnjaroRrpj>,}rq(j[GjGj6kG?jRG?j[G?uhNjX,G@jY,G@@ubj0,)rr}rs(hXKARA2rthX+ketol acid reductoisomerase 2 Acetolactate ruh}rv(XGENE_ASSOCIATIONrwXSTM3909rxX SUBSYSTEMryX(Valine Leucine and Isoleucine Metabolismrzuh }r{j8,jxj9,hj:,h]r|jar}Rr~j>,}r(jjGjRGj[Gj[G?jڝG?uhNjX,G@jY,G@@ubj0,)r}r(hXKAS14rhXbeta ketoacyl ACP synthaserh}r(XGENE_ASSOCIATIONrX( STM2378 or STM1197 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2378 or STM1197rj9,hj:,h]r(hherRrj>,}r(jaGjnGjRGjaG?jPaG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXKAS15rhXbeta ketoacyl ACP synthase 2 rh}r(XGENE_ASSOCIATIONrXSTM1193rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jgGjaGjRGjPaG?jgG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT1rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM2389 or STM3982 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2389 or STM3982rj9,hj:,h]r(jjerRrj>,}r(jLGjgGjgG@uhNjX,GjY,G@@ubj0,)r}r(hXKAT2rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM3982 or STM2389 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3982 or STM2389rj9,hj:,h]r(jjerRrj>,}r(jnGjgGjgG?jlG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT3rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM2389 or STM3982 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2389 or STM3982rj9,hj:,h]r(jjerRrj>,}r(jGjgGjgG?j!mG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT4rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM2389 or STM3982 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2389 or STM3982rj9,hj:,h]r(jjerRrj>,}r(jgGjGjgG?jUmG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT5rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM2389 or STM3982 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM2389 or STM3982rj9,hj:,h]r(jjerRrj>,}r(jGjgGjgG?jmG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT6rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM3982 or STM2389 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3982 or STM2389rj9,hj:,h]r(jjerRrj>,}r(jGjgGjgG?jmG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT7rhX3 ketoacyl CoA thiolaserh}r(XGENE_ASSOCIATIONrX( STM3982 or STM2389 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM3982 or STM2389rj9,hj:,h]r(jjerRrj>,}r(jGjgGjmG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hXKAT8rhX3 ketoacyl CoA thiolaser h}r (XGENE_ASSOCIATIONr X( STM3982 or STM2389 )r X SUBSYSTEMr XMembrane Lipid Metabolismruh }rj8,XSTM3982 or STM2389rj9,hj:,h]r(jjerRrj>,}r(j:GjgGj%nG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hXKDOCT2rhX/3 deoxy manno octulosonate cytidylyltransferaserh}r(XGENE_ASSOCIATIONrXSTM0988rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjar Rr!j>,}r"(j@,)r#}r$(hXkdo_cr%hX3-Deoxy-D-manno-2-octulosonater&h}r'(XFORMULAr(XC8H13O8r)XPUBCHEMr*X4413r+XCHARGEr,X-1r-XCHEBIr.X32817r/XKEGGr0XC01187r1uh }r2hNhh]r3r4Rr5jS,j)jT,jU,jV,JjW,GubGjmGjXG?j@,)r6}r7(hXckdo_cr8hX CMP-3-deoxy-D-manno-octulosonater9h}r:(XFORMULAr;X C17H24N3O15Pr<XPUBCHEMr=X6808r>XCHARGEr?X-2r@XCHEBIrAjK,XKEGGrBXC04121rCuh }rDhNhh]rErFRrGjS,j<jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rH}rI(hXKDOPPrJhX(3 deoxy manno octulosonate 8 phosphataserKh}rL(XGENE_ASSOCIATIONrMXSTM3316rNX SUBSYSTEMrOX)Lipopolysaccharide Biosynthesis RecyclingrPuh }rQj8,jNj9,hj:,h]rRjarSRrTj>,}rU(j@,)rV}rW(hXkdo8p_crXhX(3-Deoxy-D-manno-octulosonate-8-phosphaterYh}rZ(XFORMULAr[X C8H12O11Pr\XPUBCHEMr]X7098r^XCHARGEr_X-3r`XCHEBIraX18069rbXKEGGrcXC04478rduh }rehNhh]rfrgRrhjS,j\jT,jU,jV,JjW,GubGjRGjSG?j#G?uhNjX,GjY,G@@ubj0,)ri}rj(hXKDOPSrkhX53 deoxy D manno octulosonic acid 8 phosphate synthaserlh}rm(XGENE_ASSOCIATIONrnXSTM1772roX SUBSYSTEMrpX)Lipopolysaccharide Biosynthesis Recyclingrquh }rrj8,joj9,hj:,h]rsjartRruj>,}rv(j4jGjRGj/eGjVG?jSG?uhNjX,GjY,G@@ubj0,)rw}rx(hXKG6PDCryhX+3 keto L gulonate 6 phosphate decarboxylaserzh}r{(XGENE_ASSOCIATIONr|X( STM4386 or STM3675 )r}X SUBSYSTEMr~XAlternate Carbon Metabolismruh }rj8,XSTM4386 or STM3675rj9,hj:,h]r(jjerRrj>,}r(j_GjRGj@,)r}r(hX xu5p__L_crhXL-Xylulose-5-phosphaterh}r(XFORMULArXC5H9O8PrXPUBCHEMrX6148rXCHARGErX-2rXCHEBIrX16593rXKEGGrXC03291ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXKabcpprhX$Potassium ABC transporter periplasm rh}r(XGENE_ASSOCIATIONrX'( STM0706 and STM0705 and STM0704 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X#STM0706 and STM0705 and STM0704rj9,hj:,h]r(jjjerRrj>,}r(jRGj@,)r}r(hXk_prhX potassiumrh}r(XFORMULArj@XPUBCHEMrX3537rXCHARGErj-XCHEBIrX29103rXKEGGrXC00238ruh }rhNhh]rrRrjS,j@jT,jPjV,KjW,GubGjRGjRG?j8G?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXKt2pprhX4potassium transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrX8( STM3880 or ( STM1695 and STM3409 and STM3986 ) )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X4STM3880 or ( STM1695 and STM3409 and STM3986 )rj9,hj:,h]r(jjjjerRrj>,}r(jGj TGj8G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXKt3pprhX6potassium transport out via proton antiport periplasm rh}r(XGENE_ASSOCIATIONrX2( STM3457 or STM0086 or STM1771 or STM0866 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X.STM3457 or STM0086 or STM1771 or STM0866rj9,hj:,h]r(jj}j jerRrj>,}r(j8Gj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXKtexrhX=potassium transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXLA4NTpprhX[4 amino 4 deoxy L arabinotransferase LPS lipid A modification periplasmic face of membrane rh}r(XGENE_ASSOCIATIONrXSTM2301rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rj(arRrj>,}r(j@,)r}r(hXuLa4n_prhX2undecaprenyl-phosphate-4-amino-4-deoxy-L-arabinoserh}r(XFORMULArX C60H100N1O7P1rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj GjnG?j@,)r}r(hXudcpp_prhXUndecaprenyl-phosphaterh}r(XFORMULArX C55H89O4Pr XPUBCHEMr X3641r XCHARGEr X-2r XCHEBIrX16141rXKEGGrXC00348ruh }rhNhh]rrRrjS,j jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXLADGMDHrhX8L alanyl gamma D glutamyl meso diaminopimelate hydrolaserh}r(XGENE_ASSOCIATIONrXSTM1680rX SUBSYSTEMrXMurein Recyclingruh }rj8,jj9,hj:,h]r j1ar!Rr"j>,}r#(jVcGjRGj/yG?jG?uhNjX,GjY,G@@ubj0,)r$}r%(hXLALDO2xr&hX"D LactaldehydeNAD 1 oxidoreductaser'h}r((XGENE_ASSOCIATIONr)XSTM4108r*X SUBSYSTEMr+XMethylglyoxal Metabolismr,uh }r-j8,j*j9,hj:,h]r.jar/Rr0j>,}r1(j?fGj[GjRGj[G?j@,)r2}r3(hX lald__D_cr4hXD-Lactaldehyder5h}r6(XFORMULAr7XC3H6O2r8XPUBCHEMr9X4189r:XCHARGEr;jK,XCHEBIr<X17167r=XKEGGr>XC00937r?uh }r@hNhh]rArBRrCjS,j8jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rD}rE(hXLALGPrFhX$L alanyl gamma L glutamate peptidaserGh}rH(XGENE_ASSOCIATIONrIXSTM0316rJX SUBSYSTEMrKXMurein RecyclingrLuh }rMj8,jJj9,hj:,h]rNjarORrPj>,}rQ(jRGj?yGj^yG?jfG?uhNjX,GjY,G@@ubj0,)rR}rS(hXLCARRrThX1lacaldehyde reductase R propane 1 2 diol forming rUh}rVX SUBSYSTEMrWXMethylglyoxal MetabolismrXsh }rYj8,hj9,hj:,h]rZr[Rr\j>,}r](j[GjRGj2Gj$RG?j[G?uhNjX,G@jY,G@@ubj0,)r^}r_(hXLCARSr`hX1lacaldehyde reductase S propane 1 2 diol forming rah}rb(XGENE_ASSOCIATIONrcXSTM2973rdX SUBSYSTEMreXAlternate Carbon Metabolismrfuh }rgj8,jdj9,hj:,h]rhj:ariRrjj>,}rk(jGj[GjRGjwRG?j[G?uhNjX,G@jY,G@@ubj0,)rl}rm(hXLCTStexrnhX;Lactose transport via diffusion extracellular to periplasm roh}rp(XGENE_ASSOCIATIONrqX2( STM0320 or STM0999 or STM1473 or STM2267 )rrX SUBSYSTEMrsXTransport Outer Membrane Porinrtuh }ruj8,X.STM0320 or STM0999 or STM1473 or STM2267rvj9,hj:,h]rw(h*hh3h!erxRryj>,}rz(jGj@,)r{}r|(hXlcts_pr}hXLactoser~h}r(XFORMULArX C12H22O11rXPUBCHEMrX3542rXCHARGErjK,XCHEBIrX36219rXKEGGrXC00243ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXLDH_DrhXD lactate dehydrogenaserh}r(XGENE_ASSOCIATIONrX( STM2167 or STM1647 )rX SUBSYSTEMrXPyruvate Metabolismruh }rj8,XSTM2167 or STM1647rj9,hj:,h]r(jCjLerRrj>,}r(jekGj[Gj[G?jRG?jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXLDH_D2rhXD lactate dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM2167rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjCarRrj>,}r(j݃GjekGjG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXLEUTAirhX"leucine transaminase irreversible rh}r(XGENE_ASSOCIATIONrX( STM3903 or STM4248 )rX SUBSYSTEMrX(Valine Leucine and Isoleucine Metabolismruh }rj8,XSTM3903 or STM4248rj9,hj:,h]r(j jUerRrj>,}r(j@,)r}r(hX4mop_crhX4-Methyl-2-oxopentanoaterh}r(XFORMULArXC6H9O3rXPUBCHEMrX3532rXCHARGErX-1rXCHEBIrX48430rXKEGGrXC00233ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjfGjG?jfG?uhNjX,GjY,G@@ubj0,)r}r(hXLEUTRSrhXLeucyl tRNA synthetaserh}r(XGENE_ASSOCIATIONrXSTM0648rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rj^arRrj>,}r(j@,)r}r(hX trnaleu_crhXtRNA-Leurh}r(XFORMULArjyXPUBCHEMrX4794rXCHARGErjK,XCHEBIrX29169rXKEGGrXC01645ruh }rhNhh]rrRrjS,jyjT,jU,jV,KjW,GubGjRGjGjXG?j@,)r}r(hX leutrna_crhXL-Leucyl-tRNA-Leurh}r(XFORMULArXC6H12NORrXPUBCHEMrX5136rXCHARGErj-XCHEBIrX16624rXKEGGrXC02047ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXLEUabcpprhX-L leucine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX( ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 ) or ( STM3560 and STM3561 and STM3563 and STM3564 and STM3562 ) )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 ) or ( STM3560 and STM3561 and STM3563 and STM3564 and STM3562 )rj9,hj:,h]r(jj0j jgjj'er Rr j>,}r (j@,)r }r (hXleu__L_prhX L-Leucinerh}r(XFORMULArXC6H13NO2rXPUBCHEMrX3423rXCHARGErjK,XCHEBIrX15603rXKEGGrXC00123ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXLEUt2rppr hX<L leucine reversible transport via proton symport periplasm r!h}r"(XGENE_ASSOCIATIONr#XSTM0399r$X SUBSYSTEMr%XTransport Inner Membraner&uh }r'j8,j$j9,hj:,h]r(jar)Rr*j>,}r+(j Gj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)r,}r-(hXLEUtexr.hX=L leucine transport via diffusion extracellular to periplasm r/h}r0(XGENE_ASSOCIATIONr1X2( STM0320 or STM0999 or STM1473 or STM2267 )r2X SUBSYSTEMr3XTransport Outer Membrane Porinr4uh }r5j8,X.STM0320 or STM0999 or STM1473 or STM2267r6j9,hj:,h]r7(h!h*hh3er8Rr9j>,}r:(j!Gj G?uhNjX,G@jY,G@@ubj0,)r;}r<(hXLGTHLr=hXlactoylglutathione lyaser>h}r?(XGENE_ASSOCIATIONr@X( STM1435 or STM0235 )rAX SUBSYSTEMrBXMethylglyoxal MetabolismrCuh }rDj8,XSTM1435 or STM0235rEj9,hj:,h]rF(jyjperGRrHj>,}rI(jGj?fGjG?uhNjX,GjY,G@@ubj0,)rJ}rK(hX LIPACabcpprLhX0lipid cold A transport via ABC system periplasm rMh}rN(XGENE_ASSOCIATIONrOXSTM0984rPX SUBSYSTEMrQX)Lipopolysaccharide Biosynthesis RecyclingrRuh }rSj8,jPj9,hj:,h]rTj arURrVj>,}rW(jGjRGjRGjRG?j2G?jRG?jSG?uhNjX,GjY,G@@ubj0,)rX}rY(hX LIPAabcpprZhX+lipid A transport via ABC system periplasm r[h}r\(XGENE_ASSOCIATIONr]XSTM0984r^X SUBSYSTEMr_X)Lipopolysaccharide Biosynthesis Recyclingr`uh }raj8,j^j9,hj:,h]rbj arcRrdj>,}re(jߪGjRGjRGjRG?jRG?j@,)rf}rg(hXlipa_prhhX KDO-2-lipid-Arih}rj(XFORMULArkXC110H196N2O39P2rlXPUBCHEMrmX8298rnXCHARGEroX-6rpXCHEBIrqX27963rrXKEGGrsXC06026rtuh }ruhNhh]rvrwRrxjS,jljT,jPjV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)ry}rz(hXLIPAtexr{hX8lipid A transport via vector periplasm to extracellular r|h}r}X SUBSYSTEMr~X)Lipopolysaccharide Biosynthesis Recyclingrsh }rj8,hj9,hj:,h]rrRrj>,}r(jfGjKG?uhNjX,GjY,G@@ubj0,)r}r(hXLPADSSrhXLipid A disaccaride synthaserh}r(XGENE_ASSOCIATIONrXSTM0229rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXlipidX_crhX>2-3-Bis-3-hydroxytetradecanoyl-beta-D-glucosaminyl-1-phosphaterh}r(XFORMULArX C34H64NO12PrXPUBCHEMrX7385rXCHARGErX-2rXCHEBIrX16942rXKEGGrXC04824ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXu23ga_crhX.UDP-2-3-bis-3-hydroxytetradecanoyl-glucosaminerh}r(XFORMULArX C43H75N3O20P2rXPUBCHEMrX7239rXCHARGErX-2rXCHEBIrX17787rXKEGGrXC04652ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjkG?j@,)r}r(hX lipidAds_crhXLipid-A-Disacchariderh}r(XFORMULArX C68H127N2O20PrXPUBCHEMrX7476rXCHARGErX-2rXCHEBIrX18380rXKEGGrXC04932ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1A120pprhXBLysophospholipase L1 2 acylglycerophosphotidate n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1ddecg3p_prhX$1-dodecanoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C15H29O7P1rXPUBCHEMrX3950rXCHARGErX-2rXCHEBIrX16975rXKEGGrXC00681ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1A140pprhXBLysophospholipase L1 2 acylglycerophosphotidate n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX 1tdecg3p_prhX'1-tetradecanoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C17H33O7P1rXPUBCHEMrX3950rXCHARGErX-2rXCHEBIrX16975rXKEGGrXC00681r uh }r hNhh]r r Rr jS,jjT,jPjV,JjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1A141pprhXBLysophospholipase L1 2 acylglycerophosphotidate n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1tdec7eg3p_prhX*1-tetradec-7-enoyl-sn-glycerol-3-phosphaterh}r (XFORMULAr!X C17H31O7P1r"XPUBCHEMr#X3950r$XCHARGEr%X-2r&XCHEBIr'X16975r(XKEGGr)XC00681r*uh }r+hNhh]r,r-Rr.jS,j"jT,jPjV,JjW,GubGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r/}r0(hXLPLIPAL1A160ppr1hXBLysophospholipase L1 2 acylglycerophosphotidate n C160 periplasm r2h}r3(XGENE_ASSOCIATIONr4XSTM0506r5X SUBSYSTEMr6XGlycerophospholipid Metabolismr7uh }r8j8,j5j9,hj:,h]r9jar:Rr;j>,}r<(jlTGj@,)r=}r>(hX 1hdecg3p_pr?hX&1-hexadecanoyl-sn-glycerol-3-phosphater@h}rA(XFORMULArBX C19H37O7P1rCXPUBCHEMrDX3950rEXCHARGErFX-2rGXCHEBIrHX16975rIXKEGGrJXC00681rKuh }rLhNhh]rMrNRrOjS,jCjT,jPjV,JjW,GubGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)rP}rQ(hXLPLIPAL1A161pprRhXBLysophospholipase L1 2 acylglycerophosphotidate n C161 periplasm rSh}rT(XGENE_ASSOCIATIONrUXSTM0506rVX SUBSYSTEMrWXGlycerophospholipid MetabolismrXuh }rYj8,jVj9,hj:,h]rZjar[Rr\j>,}r](j@,)r^}r_(hX 1hdec9eg3p_pr`hX)1-hexadec-9-enoyl-sn-glycerol-3-phosphaterah}rb(XFORMULArcX C19H35O7P1rdXPUBCHEMrejK,XCHARGErfX-2rgXCHEBIrhjK,XKEGGrijK,uh }rjhNhh]rkrlRrmjS,jdjT,jPjV,JjW,GubGjlTGj TG?jG?jG?uhNjX,GjY,G@@ubj0,)rn}ro(hXLPLIPAL1A180pprphXBLysophospholipase L1 2 acylglycerophosphotidate n C180 periplasm rqh}rr(XGENE_ASSOCIATIONrsXSTM0506rtX SUBSYSTEMruXGlycerophospholipid Metabolismrvuh }rwj8,jtj9,hj:,h]rxjaryRrzj>,}r{(j@,)r|}r}(hX 1odecg3p_pr~hX&1-octadecanoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C21H41O7P1rXPUBCHEMrX3950rXCHARGErX-2rXCHEBIrX16975rXKEGGrXC00681ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1A181pprhXBLysophospholipase L1 2 acylglycerophosphotidate n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1odec11eg3p_prhX*1-octadec-11-enoyl-sn-glycerol-3-phosphaterh}r(XFORMULArX C21H39O7P1rXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?j TG?j?G?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1E120pprhXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1agpe120_prhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C120rh}r(XFORMULArX C17H36NO7P1rXPUBCHEMrX7069rXCHARGErjK,XCHEBIrjK,XKEGGrXC04438ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1E140pprhXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1agpe140_prhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C140rh}r(XFORMULArX C19H40NO7P1rXPUBCHEMrX7069rXCHARGErjK,XCHEBIrjK,XKEGGrXC04438ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1E141pprhXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX 1agpe141_prhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C141rh}r(XFORMULArX C19H38NO7P1rXPUBCHEMrX7069rXCHARGErjK,XCHEBIrjK,XKEGGrXC04438ruh }rhNhh]rrRr jS,jjT,jPjV,KjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r }r (hXLPLIPAL1E160ppr hXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C160 periplasm r h}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX 1agpe160_prhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C160rh}r(XFORMULArX C21H44NO7P1rXPUBCHEMrX7069r XCHARGEr!jK,XCHEBIr"jK,XKEGGr#XC04438r$uh }r%hNhh]r&r'Rr(jS,jjT,jPjV,KjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r)}r*(hXLPLIPAL1E161ppr+hXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C161 periplasm r,h}r-(XGENE_ASSOCIATIONr.XSTM0506r/X SUBSYSTEMr0XGlycerophospholipid Metabolismr1uh }r2j8,j/j9,hj:,h]r3jar4Rr5j>,}r6(j@,)r7}r8(hX 1agpe161_pr9hX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C161r:h}r;(XFORMULAr<X C21H42NO7P1r=XPUBCHEMr>X7069r?XCHARGEr@jK,XCHEBIrAjK,XKEGGrBXC04438rCuh }rDhNhh]rErFRrGjS,j=jT,jPjV,KjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)rH}rI(hXLPLIPAL1E180pprJhXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C180 periplasm rKh}rL(XGENE_ASSOCIATIONrMXSTM0506rNX SUBSYSTEMrOXGlycerophospholipid MetabolismrPuh }rQj8,jNj9,hj:,h]rRjarSRrTj>,}rU(j@,)rV}rW(hX 1agpe180_prXhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C180rYh}rZ(XFORMULAr[X C23H48NO7P1r\XPUBCHEMr]X7069r^XCHARGEr_jK,XCHEBIr`jK,XKEGGraXC04438rbuh }rchNhh]rdreRrfjS,j\jT,jPjV,KjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)rg}rh(hXLPLIPAL1E181pprihXHLysophospholipase L1 2 acylglycerophosphoethanolamine n C181 periplasm rjh}rk(XGENE_ASSOCIATIONrlXSTM0506rmX SUBSYSTEMrnXGlycerophospholipid Metabolismrouh }rpj8,jmj9,hj:,h]rqjarrRrsj>,}rt(j@,)ru}rv(hX 1agpe181_prwhX.1-Acyl-sn-glycero-3-phosphoethanolamine-n-C181rxh}ry(XFORMULArzX C23H46NO7P1r{XPUBCHEMr|X7069r}XCHARGEr~jK,XCHEBIrjK,XKEGGrXC04438ruh }rhNhh]rrRrjS,j{jT,jPjV,KjW,GubGjlTGjG?j?G?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G120pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX 1agpg120_prhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C120rh}r(XFORMULArX C18H36O9P1rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G140pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1agpg140_prhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C140rh}r(XFORMULArX C20H40O9P1rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G141pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jlTGj@,)r}r(hX 1agpg141_prhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C141rh}r(XFORMULArX C20H38O9P1rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G160pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX 1agpg160_prhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C160rh}r(XFORMULArX C22H44O9P1rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G161pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0506rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjar Rr j>,}r (jlTGj@,)r }r (hX 1agpg161_prhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C161rh}r(XFORMULArX C22H42O9P1rXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL1G180pprhXDLysophospholipase L1 2 acylglycerophosphoglycerol n C180 periplasm rh}r (XGENE_ASSOCIATIONr!XSTM0506r"X SUBSYSTEMr#XGlycerophospholipid Metabolismr$uh }r%j8,j"j9,hj:,h]r&jar'Rr(j>,}r)(j@,)r*}r+(hX 1agpg180_pr,hX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C180r-h}r.(XFORMULAr/X C24H48O9P1r0XPUBCHEMr1jK,XCHARGEr2X-1r3XCHEBIr4jK,XKEGGr5jK,uh }r6hNhh]r7r8Rr9jS,j0jT,jPjV,JjW,GubGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r:}r;(hXLPLIPAL1G181ppr<hXDLysophospholipase L1 2 acylglycerophosphoglycerol n C181 periplasm r=h}r>(XGENE_ASSOCIATIONr?XSTM0506r@X SUBSYSTEMrAXGlycerophospholipid MetabolismrBuh }rCj8,j@j9,hj:,h]rDjarERrFj>,}rG(j@,)rH}rI(hX 1agpg181_prJhX*1-Acyl-sn-glycero-3-phosphoglycerol-n-C181rKh}rL(XFORMULArMX C24H46O9P1rNXPUBCHEMrOjK,XCHARGErPX-1rQXCHEBIrRjK,XKEGGrSjK,uh }rThNhh]rUrVRrWjS,jNjT,jPjV,JjW,GubGjlTGj?G?j TG?jG?uhNjX,GjY,G@@ubj0,)rX}rY(hX LPLIPAL2A120rZhX7Lysophospholipase L2 2 acylglycerophosphotidate n C120 r[h}r\(XGENE_ASSOCIATIONr]XSTM3961r^X SUBSYSTEMr_XGlycerophospholipid Metabolismr`uh }raj8,j^j9,hj:,h]rbjarcRrdj>,}re(jEUGjRGjWG?jG?jRG@uhNjX,GjY,G@@ubj0,)rf}rg(hX LPLIPAL2A140rhhX7Lysophospholipase L2 2 acylglycerophosphotidate n C140 rih}rj(XGENE_ASSOCIATIONrkXSTM3961rlX SUBSYSTEMrmXGlycerophospholipid Metabolismrnuh }roj8,jlj9,hj:,h]rpjarqRrrj>,}rs(jwUGjRGjG?j:XG?jRG@uhNjX,GjY,G@@ubj0,)rt}ru(hX LPLIPAL2A141rvhX7Lysophospholipase L2 2 acylglycerophosphotidate n C141 rwh}rx(XGENE_ASSOCIATIONryXSTM3961rzX SUBSYSTEMr{XGlycerophospholipid Metabolismr|uh }r}j8,jzj9,hj:,h]r~jarRrj>,}r(jUGjRGjG?jmXG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2A160rhX7Lysophospholipase L2 2 acylglycerophosphotidate n C160 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jUGjRGjG?jXG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2A161rhX7Lysophospholipase L2 2 acylglycerophosphotidate n C161 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j VGjRGjG?jXG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2A180rhX7Lysophospholipase L2 2 acylglycerophosphotidate n C180 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j?VGjRGjG?jRG@jYG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2A181rhX7Lysophospholipase L2 2 acylglycerophosphotidate n C181 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jqVGjRGj6YG?jG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATE120rhXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C120 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jVGjZGjG?j@,)r}r(hXapg120_crhX acyl-phosphatidylglycerol-n-C120rh}r(XFORMULArX C42H80O11PrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATE140rhXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C140 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjVGj@,)r}r(hXapg140_crhX acyl-phosphatidylglycerol-n-C140rh}r(XFORMULArX C48H92O11PrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATE141rhXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C141 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjWGjG?j@,)r}r(hXapg141_crhX acyl-phosphatidylglycerol-n-C141rh}r(XFORMULAr X C48H86O11Pr XPUBCHEMr jK,XCHARGEr X-1r XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATE160rhXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C160 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRr j>,}r!(j [Gj2WGjG?j@,)r"}r#(hXapg160_cr$hX acyl-phosphatidylglycerol-n-C160r%h}r&(XFORMULAr'X C54H104O11Pr(XPUBCHEMr)jK,XCHARGEr*X-1r+XCHEBIr,jK,XKEGGr-jK,uh }r.hNhh]r/r0Rr1jS,j(jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r2}r3(hXLPLIPAL2ATE161r4hXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C161 r5h}r6(XGENE_ASSOCIATIONr7XSTM3961r8X SUBSYSTEMr9XGlycerophospholipid Metabolismr:uh }r;j8,j8j9,hj:,h]r<jar=Rr>j>,}r?(j*[GjbWGj@,)r@}rA(hXapg161_crBhX acyl-phosphatidylglycerol-n-C161rCh}rD(XFORMULArEX C54H98O11PrFXPUBCHEMrGjK,XCHARGErHX-1rIXCHEBIrJjK,XKEGGrKjK,uh }rLhNhh]rMrNRrOjS,jFjT,jU,jV,JjW,GubG?jG?uhNjX,GjY,G@@ubj0,)rP}rQ(hXLPLIPAL2ATE180rRhXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C180 rSh}rT(XGENE_ASSOCIATIONrUXSTM3961rVX SUBSYSTEMrWXGlycerophospholipid MetabolismrXuh }rYj8,jVj9,hj:,h]rZjar[Rr\j>,}r](jWGjJ[GjG?j@,)r^}r_(hXapg180_cr`hX acyl-phosphatidylglycerol-n-C180rah}rb(XFORMULArcX C60H116O11PrdXPUBCHEMrejK,XCHARGErfX-1rgXCHEBIrhjK,XKEGGrijK,uh }rjhNhh]rkrlRrmjS,jdjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rn}ro(hXLPLIPAL2ATE181rphXNLysophospholipase L2 acyltransferase 2 acyl glycerophosphoethanolamine n C181 rqh}rr(XGENE_ASSOCIATIONrsXSTM3961rtX SUBSYSTEMruXGlycerophospholipid Metabolismrvuh }rwj8,jtj9,hj:,h]rxjaryRrzj>,}r{(jj[GjWGjG?j@,)r|}r}(hXapg181_cr~hX acyl-phosphatidylglycerol-n-C181rh}r(XFORMULArX C60H110O11PrXPUBCHEMrjK,XCHARGErX-1rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG120rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C120 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jxYGjZGjG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG140rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C140 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jYGjZGjG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG141rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C141 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjYGjG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG160rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C160 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGj [Gj"G?jG?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG161rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C161 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j*[Gj0ZGjG?j@G?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG180rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C180 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jJ[Gj^ZGjG?j^G?uhNjX,GjY,G@@ubj0,)r}r(hXLPLIPAL2ATG181rhXJLysophospholipase L2 acyltransferase 2 acyl glycerophosphoglycerol n C181 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjj[Gj|G?jG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2E120rhX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C120 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jVGjRGjG?jWG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2E140rhX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C140 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r (jVGjRGjG?j:XG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hX LPLIPAL2E141r hX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C141 r h}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjWGjG?jmXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2E160rhX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C160 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismr uh }r!j8,jj9,hj:,h]r"jar#Rr$j>,}r%(jRGj2WGjG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r&}r'(hX LPLIPAL2E161r(hX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C161 r)h}r*(XGENE_ASSOCIATIONr+XSTM3961r,X SUBSYSTEMr-XGlycerophospholipid Metabolismr.uh }r/j8,j,j9,hj:,h]r0jar1Rr2j>,}r3(jbWGjRGjG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r4}r5(hX LPLIPAL2E180r6hX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C180 r7h}r8(XGENE_ASSOCIATIONr9XSTM3961r:X SUBSYSTEMr;XGlycerophospholipid Metabolismr<uh }r=j8,j:j9,hj:,h]r>jar?Rr@j>,}rA(jWGjRGjG?jYG?jRG?uhNjX,GjY,G@@ubj0,)rB}rC(hX LPLIPAL2E181rDhX=Lysophospholipase L2 2 acylglycerophosphoethanolamine n C181 rEh}rF(XGENE_ASSOCIATIONrGXSTM3961rHX SUBSYSTEMrIXGlycerophospholipid MetabolismrJuh }rKj8,jHj9,hj:,h]rLjarMRrNj>,}rO(jRGjWGj6YG?jG?jRG?uhNjX,GjY,G@@ubj0,)rP}rQ(hX LPLIPAL2G120rRhX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C120 rSh}rT(XGENE_ASSOCIATIONrUXSTM3961rVX SUBSYSTEMrWXGlycerophospholipid MetabolismrXuh }rYj8,jVj9,hj:,h]rZjar[Rr\j>,}r](jxYGjRGjRG?jG?jWG?uhNjX,GjY,G@@ubj0,)r^}r_(hX LPLIPAL2G140r`hX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C140 rah}rb(XGENE_ASSOCIATIONrcXSTM3961rdX SUBSYSTEMreXGlycerophospholipid Metabolismrfuh }rgj8,jdj9,hj:,h]rhjariRrjj>,}rk(jYGjRGj:XG?jG?jRG?uhNjX,GjY,G@@ubj0,)rl}rm(hX LPLIPAL2G141rnhX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C141 roh}rp(XGENE_ASSOCIATIONrqXSTM3961rrX SUBSYSTEMrsXGlycerophospholipid Metabolismrtuh }ruj8,jrj9,hj:,h]rvjarwRrxj>,}ry(jYGjRGjmXG?jRG?jG?uhNjX,GjY,G@@ubj0,)rz}r{(hX LPLIPAL2G160r|hX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C160 r}h}r~(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jZGjRGjXG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2G161rhX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C161 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j0ZGjRGjRG?jG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2G180rhX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C180 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j^ZGjRGjG?jYG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX LPLIPAL2G181rhX9Lysophospholipase L2 2 acylglycerophosphoglycerol n C181 rh}r(XGENE_ASSOCIATIONrXSTM3961rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjZGj6YG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXLSERDHrrhXL serine dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM1511rX SUBSYSTEMrXGlycine and Serine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjGjG?jRG?j[G?uhNjX,G@jY,G@@ubj0,)r}r(hXLYSDCrhXlysine decarboxylaserh}r(XGENE_ASSOCIATIONrX( STM0234 or STM2559 )rX SUBSYSTEMrXThreonine and Lysine Metabolismruh }rj8,XSTM0234 or STM2559rj9,hj:,h]r(jjerRrj>,}r(jSGjRGjAG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXLYSTRSrhXLysyl tRNA synthetaserh}r(XGENE_ASSOCIATIONrXSTM3040rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX trnalys_crhXtRNA-Lysrh}r(XFORMULArjyXPUBCHEMrX4795rXCHARGErjK,XCHEBIrX29185rXKEGGrXC01646ruh }rhNhh]rrRrjS,jyjT,jU,jV,KjW,GubGjRGjSGjXG?jXG?j@,)r}r(hX lystrna_crhXL-Lysine-tRNA-Lysrh}r(XFORMULArX C6H14N2ORrXPUBCHEMrX5037rXCHARGErj]-XCHEBIrX16047rXKEGGrXC01931ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXLYSabcpprhX,L lysine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM2355 and STM2352 and STM2351 and STM2353 )rX SUBSYSTEMrXTransport Inner Membraneruh }r j8,X1STM2355 and STM2352 and STM2351 and STM2353r j9,hj:,h]r (jjjjer Rr j>,}r(j/GjRGjRGjRG?jSG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXLYSt2pprhX3L lysine transport in via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM2200rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j/Gj TGjRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXLYSt3pprhXBL lysine transport out via proton antiport cytoplasm to periplasm r h}r!(XGENE_ASSOCIATIONr"XSTM3066r#X SUBSYSTEMr$XTransport Inner Membraner%uh }r&j8,j#j9,hj:,h]r'jar(Rr)j>,}r*(jSGj TGj/G?jRG?uhNjX,GjY,G@@ubj0,)r+}r,(hXLYStexr-hX<L lysine transport via diffusion extracellular to periplasm r.h}r/(XGENE_ASSOCIATIONr0X2( STM0320 or STM0999 or STM1473 or STM2267 )r1X SUBSYSTEMr2XTransport Outer Membrane Porinr3uh }r4j8,X.STM0320 or STM0999 or STM1473 or STM2267r5j9,hj:,h]r6(h*hh3h!er7Rr8j>,}r9(jjGj/G?uhNjX,G@jY,G@@ubj0,)r:}r;(hXLYXIr<hXLyxose isomeraser=h}r>(XGENE_ASSOCIATIONr?XSTM4046r@X SUBSYSTEMrAXAlternate Carbon MetabolismrBuh }rCj8,j@j9,hj:,h]rDjarERrFj>,}rG(j@,)rH}rI(hXlyx__L_crJhXL-LyxoserKh}rL(XFORMULArMXC5H10O5rNXPUBCHEMrOX4676rPXCHARGErQjK,XCHEBIrRX28480rSXKEGGrTXC01508rUuh }rVhNhh]rWrXRrYjS,jNjT,jU,jV,KjW,GubGj@,)rZ}r[(hX xylu__L_cr\hX L-Xyluloser]h}r^(XFORMULAr_XC5H10O5r`XPUBCHEMraX3606rbXCHARGErcjK,XCHEBIrdX17399reXKEGGrfXC00312rguh }rhhNhh]rirjRrkjS,j`jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rl}rm(hXLYXt2pprnhX0L Lyxose transport via proton symport periplasm roh}rp(XGENE_ASSOCIATIONrqXSTM4050rrX SUBSYSTEMrsXTransport Inner Membranertuh }ruj8,jrj9,hj:,h]rvjarwRrxj>,}ry(j@,)rz}r{(hXlyx__L_pr|hXL-Lyxoser}h}r~(XFORMULArXC5H10O5rXPUBCHEMrX4676rXCHARGErjK,XCHEBIrX28480rXKEGGrXC01508ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjHG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXLYXtexrhX<L Lyxose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjzG?uhNjX,G@jY,G@@ubj0,)r}r(hXL_LACD2rhX#L Lactate dehydrogenase ubiquinone rh}r(XGENE_ASSOCIATIONrXSTM3694rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXlac__L_crhX L-Lactaterh}r(XFORMULArXC3H5O3rXPUBCHEMrX3486rXCHARGErX-1rXCHEBIrX422rXKEGGrXC00186ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj݃GjG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXL_LACD3rhX$L Lactate dehydrogenase menaquinone rh}r(XGENE_ASSOCIATIONrXSTM3694rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(j!GjGj|G?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hX L_LACt2rpprhX<L lactate reversible transport via proton symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3692rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXlac__L_prhX L-Lactaterh}r(XFORMULArXC3H5O3rXPUBCHEMrX3486rXCHARGErX-1rXCHEBIrX422rXKEGGrXC00186ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjRG?jG?uhNjX,G@jY,G@@ubj0,)r}r(hXL_LACtexrhX=L lactate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXM1PDrhX$mannitol 1 phosphate 5 dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM3686rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r (hXmnl1p_cr hXD-Mannitol-1-phosphater h}r (XFORMULAr XC6H13O9PrXPUBCHEMrX3917rXCHARGErX-2rXCHEBIrX16298rXKEGGrXC00644ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[Gj[G?jG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXMACPDrhXMalonyl ACP decarboxylaserh}r(XGENE_ASSOCIATIONr XSTM2378r!X SUBSYSTEMr"XMembrane Lipid Metabolismr#uh }r$j8,j!j9,hj:,h]r%har&Rr'j>,}r((jaGjRGjnG?jaG?uhNjX,GjY,G@@ubj0,)r)}r*(hX MALDt2_2ppr+hX5D Malate transport via proton symport 2 H periplasm r,h}r-(XGENE_ASSOCIATIONr.XSTM3614r/X SUBSYSTEMr0XTransport Inner Membraner1uh }r2j8,j/j9,hj:,h]r3jar4Rr5j>,}r6(j TGj@,)r7}r8(hXmal__D_pr9hXD-Malater:h}r;(XFORMULAr<XC4H4O5r=XPUBCHEMr>X3780r?XCHARGEr@X-2rAXCHEBIrBX30796rCXKEGGrDXC00497rEuh }rFhNhh]rGrHRrIjS,j=jT,jPjV,JjW,GubGj@,)rJ}rK(hXmal__D_crLhXD-MalaterMh}rN(XFORMULArOXC4H4O5rPXPUBCHEMrQX3780rRXCHARGErSX-2rTXCHEBIrUX30796rVXKEGGrWXC00497rXuh }rYhNhh]rZr[Rr\jS,jPjT,jU,jV,JjW,GubG?jRG@uhNjX,GjY,G@@ubj0,)r]}r^(hXMALDtexr_hX<D Malate transport via diffusion extracellular to periplasm r`h}ra(XGENE_ASSOCIATIONrbX2( STM1473 or STM0999 or STM2267 or STM0320 )rcX SUBSYSTEMrdXTransport Outer Membrane Porinreuh }rfj8,X.STM1473 or STM0999 or STM2267 or STM0320rgj9,hj:,h]rh(h*hh3h!eriRrjj>,}rk(jGj7G?uhNjX,G@jY,G@@ubj0,)rl}rm(hXMALSrnhXmalate synthaseroh}rp(XGENE_ASSOCIATIONrqXSTM4183rrX SUBSYSTEMrsXAnaplerotic Reactionsrtuh }ruj8,jrj9,hj:,h]rvjarwRrxj>,}ry(jgGjRGjGjNG?jRG?jgG?uhNjX,GjY,G@@ubj0,)rz}r{(hXMALTATrr|hXmaltose O acetyltransferaser}h}r~(XGENE_ASSOCIATIONrXSTM0472rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j{GjgGj@,)r}r(hXacmalt_crhXAcetyl-maltoserh}r(XFORMULArX C14H24O12rXPUBCHEMrX5209rXCHARGErjK,XCHEBIrX2411rXKEGGrXC02130ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jgG?uhNjX,G@jY,G@@ubj0,)r}r(hX MALTHXabcpprhX0maltohexaose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM4229 and STM4228 and STM4227 and STM4230 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM4229 and STM4228 and STM4227 and STM4230rj9,hj:,h]r(hWh`hEhNerRrj>,}r(jRGjfGjRGjRG?jfG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTHXtexirhXLmaltohexaose transport via diffusion extracellular to periplasm irreversiblerh}r(XGENE_ASSOCIATIONrXSTM4231rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rhiarRrj>,}r(jGjfG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTPTabcpprhX1maltopentaose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM4229 and STM4228 and STM4227 and STM4230 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM4229 and STM4228 and STM4227 and STM4230rj9,hj:,h]r(hWh`hEhNerRrj>,}r(jRGjRGj@,)r}r(hXmaltpt_prhX Maltopentaoserh}r(XFORMULArX C30H52O26rXPUBCHEMrX 124005??3611rXCHARGErjK,XCHEBIrX28057rXKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRG?j|G?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTPTtexirhXXmaltopentaoseMaltotriose transport via diffusion extracellular to periplasm irreversiblerh}r(XGENE_ASSOCIATIONrXSTM4231rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rhiarRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTTRabcpprhX/Maltotriose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM4229 and STM4228 and STM4227 and STM4230 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM4229 and STM4228 and STM4227 and STM4230rj9,hj:,h]r(hWh`hEhNerRrj>,}r(jRGj@,)r}r(hXmalttr_prhX Maltotrioserh}r(XFORMULArX C18H32O16rXPUBCHEMrX4954rXCHARGErjK,XCHEBIrX27931rXKEGGrXC01835ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRG?jRG?j{G?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTTRtexirhXKMaltotriose transport via diffusion extracellular to periplasm irreversibler h}r (XGENE_ASSOCIATIONr XSTM4231r X SUBSYSTEMr XTransport Outer Membraneruh }rj8,j j9,hj:,h]rhiarRrj>,}r(j<GjG?uhNjX,GjY,G@@ubj0,)r}r(hX MALTTTRabcpprhX1maltotetraose transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM4229 and STM4228 and STM4227 and STM4230 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM4229 and STM4228 and STM4227 and STM4230rj9,hj:,h]r(hWh`hEhNer Rr!j>,}r"(jRGj@,)r#}r$(hX maltttr_pr%hX Maltotetraoser&h}r'(XFORMULAr(X C24H42O21r)XPUBCHEMr*X5141r+XCHARGEr,jK,XCHEBIr-jK,XKEGGr.XC02052r/uh }r0hNhh]r1r2Rr3jS,j)jT,jPjV,KjW,GubGjRGjRG?jRG?j{G?jSG?uhNjX,GjY,G@@ubj0,)r4}r5(hX MALTTTRtexir6hXXmaltotetraoseMaltotriose transport via diffusion extracellular to periplasm irreversibler7h}r8(XGENE_ASSOCIATIONr9XSTM4231r:X SUBSYSTEMr;XTransport Outer Membraner<uh }r=j8,j:j9,hj:,h]r>hiar?Rr@j>,}rA(jZGj#G?uhNjX,GjY,G@@ubj0,)rB}rC(hX MALTabcpprDhX+maltose transport via ABC system periplasm rEh}rF(XGENE_ASSOCIATIONrGX5( STM4229 and STM4228 and STM4227 and STM4230 )rHX SUBSYSTEMrIXTransport Inner MembranerJuh }rKj8,X1STM4229 and STM4228 and STM4227 and STM4230rLj9,hj:,h]rM(hWh`hEhNerNRrOj>,}rP(j@,)rQ}rR(hXmalt_prShXMaltoserTh}rU(XFORMULArVX C12H22O11rWXPUBCHEMrXX3508rYXCHARGErZjK,XCHEBIr[X17306r\XKEGGr]XC00208r^uh }r_hNhh]r`raRrbjS,jWjT,jPjV,KjW,GubGjRGjRGj{G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rc}rd(hX MALTptspprehX+maltose transport via PEPPyr PTS periplasm rfh}rg(XGENE_ASSOCIATIONrhX'( STM2433 and STM2431 and STM2432 )riX SUBSYSTEMrjXTransport Inner Membranerkuh }rlj8,X#STM2433 and STM2431 and STM2432rmj9,hj:,h]rn(jjjeroRrpj>,}rq(j4jGjQGj@,)rr}rs(hXmalt6p_crthXMaltose-6-phosphateruh}rv(XFORMULArwX C12H21O14PrxXPUBCHEMryX5904rzXCHARGEr{X-2r|XCHEBIr}X15703r~XKEGGrXC02995ruh }rhNhh]rrRrjS,jxjT,jU,jV,JjW,GubG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXMALTtexirhXRmaltoseMaltotriose transport via diffusion extracellular to periplasm irreversiblerh}r(XGENE_ASSOCIATIONrXSTM4231rX SUBSYSTEMrXTransport Outer Membraneruh }rj8,jj9,hj:,h]rhiarRrj>,}r(jGjQG?uhNjX,GjY,G@@ubj0,)r}r(hX MALt2_2pprhX3Malate transport via proton symport 2 H periplasm rh}r(XGENE_ASSOCIATIONrXSTM3614rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXmal__L_prhXL-Malaterh}r(XFORMULArXC4H4O5rXPUBCHEMrX3449rXCHARGErX-2rXCHEBIrX30797rXKEGGrXC00149ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj TGjNG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXMALtexrhX:Malate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jżGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXMAN6PIrhXmannose 6 phosphate isomeraserh}r(XGENE_ASSOCIATIONrXSTM1467rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX MAN6Pt6_2pprhX?Mannose 6 phosphate transport via phosphate antiport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3787rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXman6p_prhXD-Mannose-6-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX3572rXCHARGErX-2rXCHEBIrX17369rXKEGGrXC00275ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjSGj_G@jG?uhNjX,GjY,G@@ubj0,)r}r(hXMAN6PtexrhXGMannose 6 phosphate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jwGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX MANGLYCtexrhXR2 O alpha mannosyl D glycerate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinr uh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rrj>,}r(jGj@,)r}r(hX manglyc_prhX2-alpha-D-Mannosyl-D-glyceraterh}r(XFORMULArXC9H15O9rXPUBCHEMrX13711rXCHARGErX-1rXCHEBIrX15847rXKEGGrXC11544ruh }rhNhh]r r!Rr"jS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r#}r$(hXMANptsppr%hX-D mannose transport via PEPPyr PTS periplasm r&h}r'(XGENE_ASSOCIATIONr(XC( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )r)X SUBSYSTEMr*XTransport Inner Membraner+uh }r,j8,X?STM1830 and STM1831 and STM1832 and STM2431 and STM2432r-j9,hj:,h]r.(jj{jjjer/Rr0j>,}r1(j4jGj@,)r2}r3(hXman_pr4hX D-Mannoser5h}r6(XFORMULAr7XC6H12O6r8XPUBCHEMr9X3459r:XCHARGEr;jK,XCHEBIr<X4208r=XKEGGr>XC00159r?uh }r@hNhh]rArBRrCjS,j8jT,jPjV,KjW,GubGjG?jGjG?uhNjX,GjY,G@@ubj0,)rD}rE(hXMANtexrFhX=D mannose transport via diffusion extracellular to periplasm rGh}rH(XGENE_ASSOCIATIONrIX2( STM0320 or STM0999 or STM1473 or STM2267 )rJX SUBSYSTEMrKXTransport Outer Membrane PorinrLuh }rMj8,X.STM0320 or STM0999 or STM1473 or STM2267rNj9,hj:,h]rO(h!h*hh3erPRrQj>,}rR(jGj2G?uhNjX,G@jY,G@@ubj0,)rS}rT(hXMCITDrUhX2 methylcitrate dehydrataserVh}rW(XGENE_ASSOCIATIONrXXSTM0370rYX SUBSYSTEMrZXAlternate Carbon Metabolismr[uh }r\j8,jYj9,hj:,h]r]jar^Rr_j>,}r`(j@,)ra}rb(hX2mcit_crchX2-Methylcitraterdh}re(XFORMULArfXC7H7O7rgXPUBCHEMrhX5290riXCHARGErjX-3rkXCHEBIrlX 10860 30836rmXKEGGrnXC02225rouh }rphNhh]rqrrRrsjS,jgjT,jU,jV,JjW,GubGjRG?j@,)rt}ru(hX2mcacn_crvhXcis-2-Methylaconitaterwh}rx(XFORMULAryXC7H5O6rzXPUBCHEMr{X6896r|XCHARGEr}X-3r~XCHEBIrX16717rXKEGGrXC04225ruh }rhNhh]rrRrjS,jzjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMCITL2rhXmethylisocitrate lyaserh}r(XGENE_ASSOCIATIONrXSTM0368rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXmicit_crhXmethylisocitraterh}r(XFORMULArXC7H7O7rXPUBCHEMrX7191rXCHARGErX-3rXCHEBIrX15607rXKEGGrXC04593ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjGjG?j@G?uhNjX,G@jY,G@@ubj0,)r}r(hXMCITSrhX2 methylcitrate synthaserh}r(XGENE_ASSOCIATIONrXSTM0369rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jhGjRGj}GjaG?jRG?jgG?uhNjX,GjY,G@@ubj0,)r}r(hXMCOATArhXMalonyl CoA ACP transacylaserh}r(XGENE_ASSOCIATIONrX( STM1196 and STM1194 )rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,XSTM1196 and STM1194rj9,hj:,h]r(jjSerRrj>,}r(jhGjaGjaG?jgG?uhNjX,G@jY,G@@ubj0,)r}r(hXMCPSTrhX$3 mercaptopyruvate sulfurtransferaserh}r(XGENE_ASSOCIATIONrXSTM2533rX SUBSYSTEMrXCysteine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj@,)r}r(hX mercppyr_crhXMercaptopyruvaterh}r(XFORMULArXC3H3O3SrXPUBCHEMrX4208rXCHARGErX-1rXCHEBIrX16208rXKEGGrXC00957ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjG?jGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMCTP1ApprhX<murein crosslinking transpeptidase 1A A2pm D ala periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0122 or STM0640 or STM0190 or STM3493 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X.STM0122 or STM0640 or STM0190 or STM3493rj9,hj:,h]r(j-j6j$j?erRrj>,}r(j@,)r}r(hX murein5p5p_prhXNtwo-linked-disacharide-pentapeptide-murein-units-uncrosslinked-middle-of-chainrh}r(XFORMULArX C80H124N16O42rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGj&dG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXMCTP1BpprhX;murein crosslinking transpeptidase 1B A2pm A2pm periplasm rh}r (XGENE_ASSOCIATIONr X( STM0190 or STM3493 )r X SUBSYSTEMr XMurein Biosynthesisr uh }rj8,XSTM0190 or STM3493rj9,hj:,h]r(j-j?erRrj>,}r(jGjxG?j@,)r}r(hX murein5px3p_prhXbtwo-disacharide-linked-murein-units-pentapeptide-corsslinked-tripeptide-A2pm-A2pm--middle-of-chainrh}r(XFORMULArX C74H112N14O39rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }r hNhh]r!r"Rr#jS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r$}r%(hXMCTP2Appr&hX<murein crosslinking transpeptidase 1A A2pm D ala periplasm r'h}r((XGENE_ASSOCIATIONr)X2( STM0122 or STM0640 or STM3493 or STM0190 )r*X SUBSYSTEMr+XMurein Biosynthesisr,uh }r-j8,X.STM0122 or STM0640 or STM3493 or STM0190r.j9,hj:,h]r/(j-j6j$j?er0Rr1j>,}r2(j@,)r3}r4(hXmurein5p5p5p_pr5hXPthree-linked-disacharide-pentapeptide-murein-units-uncrosslinked-middle-of-chainr6h}r7(XFORMULAr8XC120H186N24O63r9XPUBCHEMr:jK,XCHARGEr;X-6r<XCHEBIr=jK,XKEGGr>jK,uh }r?hNhh]r@rARrBjS,j9jT,jPjV,JjW,GubGj&dG@j@,)rC}rD(hXmurein5px4px4p_prEhXthree-disacharide-linked-murein-units-pentapeptide-crosslinked-tetrapeptide-A2pm-D-ala-tetrapeptide-corsslinked-tetrapeptide-A2pm-D-ala--middle-of-chainrFh}rG(XFORMULArHXC114H172N22O59rIXPUBCHEMrJjK,XCHARGErKX-6rLXCHEBIrMjK,XKEGGrNjK,uh }rOhNhh]rPrQRrRjS,jIjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rS}rT(hXMDDCP1pprUhX3murein D D carboxypeptidase murein5px4p periplasm rVh}rW(XGENE_ASSOCIATIONrXX2( STM0637 or STM3300 or STM0863 or STM2062 )rYX SUBSYSTEMrZXMurein Biosynthesisr[uh }r\j8,X.STM0637 or STM3300 or STM0863 or STM2062r]j9,hj:,h]r^(jHjZjQjcer_Rr`j>,}ra(jGjlTGj@,)rb}rc(hX murein4px4p_prdhXetwo-disacharide-linked-murein-units-tetrapeptide-corsslinked-tetrapeptide-A2pm-D-ala--middle-of-chainreh}rf(XFORMULArgX C74H112N14O39rhXPUBCHEMrijK,XCHARGErjX-4rkXCHEBIrljK,XKEGGrmjK,uh }rnhNhh]rorpRrqjS,jhjT,jPjV,JjW,GubG?j&dG?uhNjX,GjY,G@@ubj0,)rr}rs(hXMDDCP2pprthX6murein D D carboxypeptidase murein5px4px4p periplasm ruh}rv(XGENE_ASSOCIATIONrwX2( STM0637 or STM3300 or STM0863 or STM2062 )rxX SUBSYSTEMryXMurein Biosynthesisrzuh }r{j8,X.STM0637 or STM3300 or STM0863 or STM2062r|j9,hj:,h]r}(jHjZjQjcer~Rrj>,}r(jCGjlTGj&dG?j@,)r}r(hXmurein4px4px4p_prhXthree-disacharide-linked-murein-units-tetrapeptide-crosslinked-tetrapeptide-A2pm-D-ala--tetrapeptide-corsslinked-tetrapeptide-A2pm-D-ala--middle-of-chainrh}r(XFORMULArXC111H167N21O58rXPUBCHEMrjK,XCHARGErX-6rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMDDCP3pprhX2murein D D carboxypeptidase murein5p5p periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0637 or STM3300 or STM0863 or STM2062 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X.STM0637 or STM3300 or STM0863 or STM2062rj9,hj:,h]r(jHjZjQjcerRrj>,}r(jlTGjGj&dG?j@,)r}r(hX murein5p4p_prhX_two-linked-disacharide-pentapeptide-and-tetrapeptide-murein-units-uncrosslinked-middle-of-chainrh}r(XFORMULArX C77H119N15O41rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMDDCP4pprhX2murein D D carboxypeptidase murein5p4p periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0637 or STM3300 or STM0863 or STM2062 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X.STM0637 or STM3300 or STM0863 or STM2062rj9,hj:,h]r(jHjZjQjcerRrj>,}r(jlTGjGj&dG?j@,)r}r(hX murein4p4p_prhXNtwo-linked-disacharide-tetrapeptide-murein-units-uncrosslinked-middle-of-chainrh}r(XFORMULArX C74H114N14O40rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMDDCP5pprhX2murein D D carboxypeptidase murein5p3p periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0637 or STM3300 or STM0863 or STM2062 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X.STM0637 or STM3300 or STM0863 or STM2062rj9,hj:,h]r(jHjZjQjcerRrj>,}r(j@,)r}r(hX murein5p3p_prhX]two-linked-disacharide-pentapeptide-and-tripeptide-murein-units-uncrosslinked-middle-of-chainrh}r(XFORMULArX C74H114N14O40rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubGjlTGj&dG?j@,)r}r(hX murein4p3p_prhX]two-linked-disacharide-tetrapeptide-and-tripeptide-murein-units-uncrosslinked-middle-of-chainrh}r(XFORMULArX C71H109N13O39rXPUBCHEMrjK,XCHARGErX-4rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMDDEP1pprhX0murein D D endopeptidase murein4px4p periplasm rh}r(XGENE_ASSOCIATIONrX%( STM3300 or STM2383 or STM2168 )rX SUBSYSTEMrXMurein Recyclingruh }rj8,X!STM3300 or STM2383 or STM2168rj9,hj:,h]r (jujcjler Rr j>,}r (jbGjlTGjG?uhNjX,GjY,G@@ubj0,)r }r(hXMDDEP2pprhX0murein D D endopeptidase murein3px4p periplasm rh}r(XGENE_ASSOCIATIONrX%( STM3300 or STM2383 or STM2168 )rX SUBSYSTEMrXMurein Recyclingruh }rj8,X!STM3300 or STM2383 or STM2168rj9,hj:,h]r(jcjujlerRrj>,}r(j@,)r}r(hX murein3px4p_prhXctwo-disacharide-linked-murein-units-tripeptide-crosslinked-tetrapeptide-A2pm-D-ala--middle-of-chainrh}r (XFORMULAr!X C71H107N13O38r"XPUBCHEMr#jK,XCHARGEr$X-4r%XCHEBIr&jK,XKEGGr'jK,uh }r(hNhh]r)r*Rr+jS,j"jT,jPjV,JjW,GubGjlTGjG?uhNjX,GjY,G@@ubj0,)r,}r-(hXMDDEP3ppr.hX0murein D D endopeptidase murein5px4p periplasm r/h}r0(XGENE_ASSOCIATIONr1X%( STM3300 or STM2383 or STM2168 )r2X SUBSYSTEMr3XMurein Recyclingr4uh }r5j8,X!STM3300 or STM2383 or STM2168r6j9,hj:,h]r7(jcjujler8Rr9j>,}r:(jGjlTGjG?uhNjX,GjY,G@@ubj0,)r;}r<(hXMDDEP4ppr=hX3murein D D endopeptidase murein4px4px4p periplasm r>h}r?(XGENE_ASSOCIATIONr@X%( STM3300 or STM2383 or STM2168 )rAX SUBSYSTEMrBXMurein RecyclingrCuh }rDj8,X!STM3300 or STM2383 or STM2168rEj9,hj:,h]rF(jcjujlerGRrHj>,}rI(jlTGjGj@,)rJ}rK(hXmurein4px4p4p_prLhXthree-disacharide-linked-murein-units-tetrapeptide-crosslinked-tetrapeptide-A2pm-D-ala--one-uncrosslinked-tetrapaptide--middle-of-chainrMh}rN(XFORMULArOXC111H169N21O59rPXPUBCHEMrQjK,XCHARGErRX-6rSXCHEBIrTjK,XKEGGrUjK,uh }rVhNhh]rWrXRrYjS,jPjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}r[(hXMDHr\hXmalate dehydrogenaser]h}r^(XGENE_ASSOCIATIONr_XSTM3359r`X SUBSYSTEMraXCitric Acid Cyclerbuh }rcj8,j`j9,hj:,h]rdj~areRrfj>,}rg(jNGj[Gj}G?j[G?jRG?uhNjX,G@jY,G@@ubj0,)rh}ri(hXMDRPDrjhX75 Methylthio 5 deoxy D ribulose 1 phosphate dehydrataserkh}rlX SUBSYSTEMrmXArginine and Proline Metabolismrnsh }roj8,hj9,hj:,h]rprqRrrj>,}rs(j@,)rt}ru(hX 5mdru1p_crvhX+5-Methylthio-5-deoxy-D-ribulose-1-phosphaterwh}rx(XFORMULAryX C6H11O7PSrzXPUBCHEMr{X7183r|XCHARGEr}X-2r~XCHEBIrX28096rXKEGGrXC04582ruh }rhNhh]rrRrjS,jzjT,jU,jV,JjW,GubGj\G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXME1rhXmalic enzyme NAD rh}r(XGENE_ASSOCIATIONrXSTM1566rX SUBSYSTEMrXAnaplerotic Reactionsruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjNGjaG?jGjG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXME2rhXmalic enzyme NADP rh}r(XGENE_ASSOCIATIONrXSTM2472rX SUBSYSTEMrXAnaplerotic Reactionsruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjNGj[G?jGjG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXMECDPDH2rhX72C methyl D erythritol 2 4 cyclodiphosphate dehydrataserh}r(XGENE_ASSOCIATIONrXSTM2523rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX2mecdp_crhX,2-C-methyl-D-erythritol-2-4-cyclodiphosphaterh}r(XFORMULArX C5H10O9P2rXPUBCHEMrX13625rXCHARGErX-2rXCHEBIrX18425rXKEGGrXC11453ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[GjG?jRG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXMECDPSrhX52 C methyl D erythritol 2 4 cyclodiphosphate synthaserh}r(XGENE_ASSOCIATIONrXSTM2929rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX MELIBt2pprhX-melibiose transport in via symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM4299rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXmelib_prhX Melibioserh}r(XFORMULArX C12H22O11rXPUBCHEMrX7769rXCHARGErjK,XCHEBIrX28053rXKEGGrXC05402ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX MELIBt3ipprhX.melibiose transport in via antiport periplasm rh}r(XGENE_ASSOCIATIONrXSTM1522rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjYarRrj>,}r(j TGjGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMELIBtexrhX=melibiose transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r(jӽGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXMEPCTrhX82 C methyl D erythritol 4 phosphate cytidylyltransferaserh}r(XGENE_ASSOCIATIONrXSTM2930rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjmGjRGjXG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXMETATrhXmethionine adenosyltransferaser h}r!(XGENE_ASSOCIATIONr"XSTM3090r#X SUBSYSTEMr$XMethionine Metabolismr%uh }r&j8,j#j9,hj:,h]r'jar(Rr)j>,}r*(jRGjXGjRGjqG?jSG?jXG?uhNjX,GjY,G@@ubj0,)r+}r,(hX METDabcppr-hX0D methionine transport via ABC system periplasm r.h}r/(XGENE_ASSOCIATIONr0X'( STM0246 and STM0247 and STM0245 )r1X SUBSYSTEMr2XTransport Inner Membraner3uh }r4j8,X#STM0246 and STM0247 and STM0245r5j9,hj:,h]r6(jjjer7Rr8j>,}r9(jRGj@,)r:}r;(hXmet__D_pr<hX D-Methioniner=h}r>(XFORMULAr?X C5H10NO2Sr@XPUBCHEMrAX4112rBXCHARGErCjK,XCHEBIrDX16867rEXKEGGrFXC00855rGuh }rHhNhh]rIrJRrKjS,j@jT,jPjV,KjW,GubGjRGj@,)rL}rM(hXmet__D_crNhX D-MethioninerOh}rP(XFORMULArQX C5H10NO2SrRXPUBCHEMrSX4112rTXCHARGErUjK,XCHEBIrVX16867rWXKEGGrXXC00855rYuh }rZhNhh]r[r\Rr]jS,jRjT,jU,jV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r^}r_(hXMETDtexr`hX@D methionine transport via diffusion extracellular to periplasm rah}rb(XGENE_ASSOCIATIONrcX2( STM1473 or STM2267 or STM0320 or STM0999 )rdX SUBSYSTEMreXTransport Outer Membrane Porinrfuh }rgj8,X.STM1473 or STM2267 or STM0320 or STM0999rhj9,hj:,h]ri(h*hh3h!erjRrkj>,}rl(jGj:G?uhNjX,G@jY,G@@ubj0,)rm}rn(hXMETOX1srohX!methionine oxidation spontaneous rph}rq(XGENE_ASSOCIATIONrrXs0001rsX SUBSYSTEMrtXMethionine Metabolismruuh }rvj8,jsj9,hj:,h]rwjarxRryj>,}rz(jXGjQfGjRG?j@,)r{}r|(hXmetsox__S__L_cr}hXL-Methionine-Sulfoxider~h}r(XFORMULArX C5H11NO3SrXPUBCHEMrX5898rXCHARGErjK,XCHEBIrX17016rXKEGGrXC02989ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMETOX2srhX#methionine oxidation 2 spontaneous rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXMethionine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jXGjQfGj@,)r}r(hXmetsox__R__L_crhXL-methionine-R-sulfoxiderh}r(XFORMULArX C5H11NO3SrXPUBCHEMrX847rXCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMETSrhXmethionine synthaserh}r(XGENE_ASSOCIATIONrX( STM4188.S or STM3965 )rX SUBSYSTEMrXMethionine Metabolismruh }rj8,XSTM4188.S or STM3965rj9,hj:,h]r(jjerRrj>,}r(j6Gj@,)r}r(hX5mthf_crhX5-Methyltetrahydrofolaterh}r(XFORMULArX C20H24N7O6rXPUBCHEMrX3729rXCHARGErX-1rXCHEBIrX15641rXKEGGrXC00440ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRG?jXG?jwG?uhNjX,GjY,G@@ubj0,)r}r(hX METSOX1abcpprhX8L methionine S oxide transport via ABC system periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jRGj@,)r}r(hXmetsox__S__L_prhXL-Methionine-Sulfoxiderh}r(XFORMULArX C5H11NO3SrXPUBCHEMrX5898rXCHARGErjK,XCHEBIrX17016rXKEGGrXC02989ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGj{G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX METSOX1texrhX-L methionine S oxide diffusion extracellular rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jIGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX METSOX2abcpprhX8L methionine R oxide transport via ABC system periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jRGj@,)r}r(hXmetsox__R__L_prhXL-methionine-R-sulfoxider h}r (XFORMULAr X C5H11NO3Sr XPUBCHEMr X847rXCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j jT,jPjV,KjW,GubGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX METSOX2texrhX-L methionine R oxide diffusion extracellular rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r!(h*hh3h!er"Rr#j>,}r$(j-GjG?uhNjX,G@jY,G@@ubj0,)r%}r&(hXMETSOXR1r'hXL methionine S oxide reductaser(h}r)(XGENE_ASSOCIATIONr*X<( ( STM4408 and STM2649 ) or ( STM4408 and STM3915 ) )r+X SUBSYSTEMr,XMethionine Metabolismr-uh }r.j8,X8( STM4408 and STM2649 ) or ( STM4408 and STM3915 )r/j9,hj:,h]r0(jX jja er1Rr2j>,}r3(jUGj{GjXG?jRG?jG?uhNjX,GjY,G@@ubj0,)r4}r5(hXMETSOXR2r6hX"L methionine R sulfoxide reductaser7h}r8(XGENE_ASSOCIATIONr9X<( ( STM1291 and STM2649 ) or ( STM1291 and STM3915 ) )r:X SUBSYSTEMr;XMethionine Metabolismr<uh }r=j8,X8( STM1291 and STM2649 ) or ( STM1291 and STM3915 )r>j9,hj:,h]r?(jjX ja er@RrAj>,}rB(jGjUGjXG?jG?jRG?uhNjX,GjY,G@@ubj0,)rC}rD(hXMETTRSrEhXMethionyl tRNA synthetaserFh}rG(XGENE_ASSOCIATIONrHXSTM2155rIX SUBSYSTEMrJX tRNA ChargingrKuh }rLj8,jIj9,hj:,h]rMjarNRrOj>,}rP(jRGjXGj@,)rQ}rR(hX trnamet_crShXtRNA-MetrTh}rU(XFORMULArVjyXPUBCHEMrWX4796rXXCHARGErYjK,XCHEBIrZX29173r[XKEGGr\XC01647r]uh }r^hNhh]r_r`RrajS,jyjT,jU,jV,KjW,GubGjXG?jXG?jG?uhNjX,GjY,G@@ubj0,)rb}rc(hXMETabcpprdhX0L methionine transport via ABC system periplasm reh}rf(XGENE_ASSOCIATIONrgX'( STM0246 and STM0247 and STM0245 )rhX SUBSYSTEMriXTransport Inner Membranerjuh }rkj8,X#STM0246 and STM0247 and STM0245rlj9,hj:,h]rm(jjjernRroj>,}rp(jRGj@,)rq}rr(hXmet__L_prshX L-Methioninerth}ru(XFORMULArvX C5H11NO2SrwXPUBCHEMrxX3373ryXCHARGErzjK,XCHEBIr{X16643r|XKEGGr}XC00073r~uh }rhNhh]rrRrjS,jwjT,jPjV,KjW,GubGjRGjXG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMETtexrhX@L methionine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjqG?uhNjX,G@jY,G@@ubj0,)r}r(hX MG2t3_2pprhX<magnesium Mg2 transport inout via proton antiport periplasm rh}rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXmg2_prhX magnesiumrh}r(XFORMULArXMgrXPUBCHEMrX3599rXCHARGErj]-XCHEBIrX18420rXKEGGrXC00305ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGj{G?j TG@uhNjX,G@jY,G@@ubj0,)r}r(hXMG2texrhXAmagnesium Mg2 transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jgGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXMG2tpprhX&magnesium 2 transport in via diffusionrh}r(XGENE_ASSOCIATIONrXSTM3952rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jGj{G?uhNjX,GjY,G@@ubj0,)r}r(hXMGSArhXmethylglyoxal synthaserh}r(XGENE_ASSOCIATIONrXSTM1076rX SUBSYSTEMrXMethylglyoxal Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGGj?fG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXMI1PPrhXmyo inositol 1 phosphataserh}r(XGENE_ASSOCIATIONrXSTM2546rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hX mi1p__D_crhX1D-myo-Inositol-1-phosphaterh}r(XFORMULArXC6H11O9PrXPUBCHEMrX4404rXCHARGErX-2rXCHEBIrX18297rXKEGGrXC01177ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj-G?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXMICITDrhX2 methylisocitrate dehydrataserh}r(XGENE_ASSOCIATIONrXSTM0158rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r (jRGjtGjG?uhNjX,GjY,G@@ubj0,)r }r (hX MINOHPtexir hXJmyo inositol phosphate transport via diffusion extracellular to periplasm r h}rX SUBSYSTEMrXTransport Outer Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jGj@,)r}r(hXminohp_prhXmyo-Inositol-hexakisphosphaterh}r(XFORMULArX C6H6O24P6rXPUBCHEMrX4428rXCHARGErX-12r XCHEBIr!X17401r"XKEGGr#XC01204r$uh }r%hNhh]r&r'Rr(jS,jjT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r)}r*(hX MLDCP1Appr+hX3murein L D carboxypeptidase murein5px4p periplasm r,h}r-X SUBSYSTEMr.XMurein Biosynthesisr/sh }r0j8,hj9,hj:,h]r1r2Rr3j>,}r4(jGjlTGjG?jxG?uhNjX,GjY,G@@ubj0,)r5}r6(hX MLDCP1Bppr7hX2murein L D carboxypeptidase murein4p4p periplasm r8h}r9X SUBSYSTEMr:XMurein Biosynthesisr;sh }r<j8,hj9,hj:,h]r=r>Rr?j>,}r@(jlTGjGjG?j&dG?uhNjX,GjY,G@@ubj0,)rA}rB(hX MLDCP2ApprChX2murein L D carboxypeptidase murein5p5p periplasm rDh}rEX SUBSYSTEMrFXMurein BiosynthesisrGsh }rHj8,hj9,hj:,h]rIrJRrKj>,}rL(jlTGjGjG?jxG?uhNjX,GjY,G@@ubj0,)rM}rN(hX MLDCP2BpprOhX2murein L D carboxypeptidase murein4p3p periplasm rPh}rQX SUBSYSTEMrRXMurein BiosynthesisrSsh }rTj8,hj9,hj:,h]rUrVRrWj>,}rX(jGjlTGj@,)rY}rZ(hX murein3p3p_pr[hXLtwo-linked-disacharide-tripeptide-murein-units-uncrosslinked-middle-of-chainr\h}r](XFORMULAr^X C68H104N12O38r_XPUBCHEMr`jK,XCHARGEraX-4rbXCHEBIrcjK,XKEGGrdjK,uh }rehNhh]rfrgRrhjS,j_jT,jPjV,JjW,GubG?j&dG?uhNjX,GjY,G@@ubj0,)ri}rj(hX MLDCP3ApprkhX3murein L D carboxypeptidase murein5px3p periplasm rlh}rmX SUBSYSTEMrnXMurein Biosynthesisrosh }rpj8,hj9,hj:,h]rqrrRrsj>,}rt(jlTGjGjxG?j@,)ru}rv(hX murein3px3p_prwhX`two-disacharide-linked-murein-units-tripeptide-crosslinked-tripeptide-A2pm-A2pm--middle-of-chainrxh}ry(XFORMULArzX C68H102N12O37r{XPUBCHEMr|jK,XCHARGEr}X-4r~XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j{jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMLDEP1pprhX0murein L D endopeptidase murein3px3p periplasm rh}rX SUBSYSTEMrXMurein Recyclingrsh }rj8,hj9,hj:,h]rrRrj>,}r(juGjlTGjYG?uhNjX,GjY,G@@ubj0,)r}r(hXMLDEP2pprhX0murein L D endopeptidase murein5px3p periplasm rh}rX SUBSYSTEMrXMurein Recyclingrsh }rj8,hj9,hj:,h]rrRrj>,}r(jlTGjGjG?uhNjX,GjY,G@@ubj0,)r}r(hXMLTG1rhX%Maltodextrin glucosidase maltotriose rh}r(XGENE_ASSOCIATIONrXSTM0401rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj{Gj{G?j{G?uhNjX,GjY,G@@ubj0,)r}r(hXMLTG2rhX'Maltodextrin glucosidase maltotetraose rh}r(XGENE_ASSOCIATIONrXSTM0401rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j{GjRGj{G?j{G?uhNjX,GjY,G@@ubj0,)r}r(hXMLTG3rhX'Maltodextrin glucosidase maltopentaose rh}r(XGENE_ASSOCIATIONrXSTM0401rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj|Gj{G?j{G?uhNjX,GjY,G@@ubj0,)r}r(hXMLTG4rhX&Maltodextrin glucosidase maltohexaose rh}r(XGENE_ASSOCIATIONrXSTM0401rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(jfGjRGj{G?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXMLTG5rhX'Maltodextrin glucosidase maltoheptaose rh}r(XGENE_ASSOCIATIONrXSTM0401rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j/|GjRGj{G?jfG?uhNjX,GjY,G@@ubj0,)r}r(hXMLTGY1pprhX4murein lytic transglycosylase murein4p4p periplasm rh}r(XGENE_ASSOCIATIONrX?( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )rX SUBSYSTEMrXMurein Recyclingruh }rj8,X;STM4582 or STM2988 or STM2831 or STM1799 or STM3112rj9,hj:,h]r(jMj2jDj)j;erRrj>,}r(jGjtG@uhNjX,GjY,G@@ubj0,)r}r(hXMLTGY2pprhX4murein lytic transglycosylase murein4p3p periplasm rh}r(XGENE_ASSOCIATIONrX?( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )rX SUBSYSTEMrXMurein Recyclingruh }rj8,X;STM4582 or STM2988 or STM2831 or STM1799 or STM3112rj9,hj:,h]r(j2jMjDj)j;erRrj>,}r(jGjtG?jrtG?uhNjX,GjY,G@@ubj0,)r}r(hXMLTGY3pprhX4murein lytic transglycosylase murein3p3p periplasm rh}r(XGENE_ASSOCIATIONrX?( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )rX SUBSYSTEMrXMurein Recyclingr uh }r j8,X;STM4582 or STM2988 or STM2831 or STM1799 or STM3112r j9,hj:,h]r (jMj2jDj)j;er Rrj>,}r(jYGjrtG@uhNjX,GjY,G@@ubj0,)r}r(hXMLTGY4pprhX7murein lytic transglycosylase murein4px4p4p periplasm rh}r(XGENE_ASSOCIATIONrX?( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )rX SUBSYSTEMrXMurein Recyclingruh }rj8,X;STM4582 or STM2988 or STM2831 or STM1799 or STM3112rj9,hj:,h]r(jMj2jDj)j;erRrj>,}r(jJGjbG?jtG?uhNjX,GjY,G@@ubj0,)r}r (hXMLTP1r!hX)Maltodextrin phosphorylase maltopentaose r"h}r#(XGENE_ASSOCIATIONr$XSTM3514r%X SUBSYSTEMr&XAlternate Carbon Metabolismr'uh }r(j8,j%j9,hj:,h]r)j/ar*Rr+j>,}r,(jSGj|Gj{G?jG?uhNjX,G@jY,G@@ubj0,)r-}r.(hXMLTP2r/hX(Maltodextrin phosphorylase maltohexaose r0h}r1(XGENE_ASSOCIATIONr2XSTM3514r3X SUBSYSTEMr4XAlternate Carbon Metabolismr5uh }r6j8,j3j9,hj:,h]r7j/ar8Rr9j>,}r:(jfGjSGjG?j|G?uhNjX,G@jY,G@@ubj0,)r;}r<(hXMLTP3r=hX)Maltodextrin phosphorylase maltoheptaose r>h}r?(XGENE_ASSOCIATIONr@XSTM3514rAX SUBSYSTEMrBXAlternate Carbon MetabolismrCuh }rDj8,jAj9,hj:,h]rEj/arFRrGj>,}rH(j/|GjSGjfG?jG?uhNjX,G@jY,G@@ubj0,)rI}rJ(hXMMErKhXmethylmalonyl CoA epimeraserLh}rMX SUBSYSTEMrNXAlternate Carbon MetabolismrOsh }rPj8,hj9,hj:,h]rQrRRrSj>,}rT(j@,)rU}rV(hX mmcoa__R_crWhXR-Methylmalonyl-CoArXh}rY(XFORMULArZXC25H35N7O19P3Sr[XPUBCHEMr\X4435r]XCHARGEr^X-5r_XCHEBIr`X15465raXKEGGrbXC01213rcuh }rdhNhh]rerfRrgjS,j[jT,jU,jV,JjW,GubGj@,)rh}ri(hX mmcoa__S_crjhXS-Methylmalonyl-CoArkh}rl(XFORMULArmXC25H35N7O19P3SrnXPUBCHEMroX3952rpXCHARGErqX-5rrXCHEBIrsX15466rtXKEGGruXC00683rvuh }rwhNhh]rxryRrzjS,jnjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r{}r|(hXMMETtexr}hXIS methyl L methionine transport via diffusion extracellular to periplasm r~h}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXmmet_prhXS-Methyl-L-methioninerh}r(XFORMULArX C6H14NO2SrXPUBCHEMrX6054rXCHARGErj-XCHEBIrX17728rXKEGGrXC03172ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXMN2t3pprhX:manganese Mn2 transport out via proton antiport periplasm rh}r(XGENE_ASSOCIATIONrX( STM4061 or STM0758 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM4061 or STM0758rj9,hj:,h]r(jjerRrj>,}r(jiGj TGj@,)r}r(hXmn2_prhXMn2rh}r(XFORMULArXMnrXPUBCHEMrX3336rXCHARGErj]-XCHEBIrX18291rXKEGGrXC00034ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMN2tpprhX)manganese transport in via permease no H rh}r(XGENE_ASSOCIATIONrXSTM3190rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjiG?uhNjX,GjY,G@@ubj0,)r}r(hXMN6PPrhXmannose 6 phosphate phosphataserh}r(XGENE_ASSOCIATIONrX( STM0840 or STM0842 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM0840 or STM0842rj9,hj:,h]r(jx jo erRrj>,}r(jGjRGj G?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXMNLptspprhX,mannitol transport via PEPPyr PTS periplasm rh}r(XGENE_ASSOCIATIONrX'( STM3685 and STM2431 and STM2432 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM3685 and STM2431 and STM2432rj9,hj:,h]r(jjVjerRrj>,}r(j4jGj@,)r}r(hXmnl_prhX D-Mannitolrh}r(XFORMULArXC6H14O6rXPUBCHEMrX3682rXCHARGErjK,XCHEBIrX16899rXKEGGrXC00392ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjG?jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXMNLtexrhX<mannitol transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r (jGjG?uhNjX,G@jY,G@@ubj0,)r }r (hXMNt2ppr hX8manganese Mn2 transport in via proton symport periplasm r h}r(XGENE_ASSOCIATIONrXSTM2408rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjParRrj>,}r(jGj TGjiG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMNtexrhXAManganese Mn2 transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinr uh }r!j8,X.STM0320 or STM0999 or STM1473 or STM2267r"j9,hj:,h]r#(h*hh3h!er$Rr%j>,}r&(j¾GjG?uhNjX,G@jY,G@@ubj0,)r'}r((hXMOATr)hX,3 deoxy D manno octulosonic acid transferaser*h}r+(XGENE_ASSOCIATIONr,XSTM3724r-X SUBSYSTEMr.X)Lipopolysaccharide Biosynthesis Recyclingr/uh }r0j8,j-j9,hj:,h]r1j_ar2Rr3j>,}r4(j6Gj@,)r5}r6(hXlipidA_cr7hX]2-3-2-3-Tetrakis-beta-hydroxymyristoyl-D-glucosaminyl-1-6-beta-D-glucosamine-1-4-bisphosphater8h}r9(XFORMULAr:XC68H126N2O23P2r;XPUBCHEMr<X7476r=XCHARGEr>X-4r?XCHEBIr@X18380rAXKEGGrBXC04932rCuh }rDhNhh]rErFRrGjS,j;jT,jU,jV,JjW,GubGjG?jRG?j@,)rH}rI(hX kdolipid4_crJhXKDO-lipid-IV-ArKh}rL(XFORMULArMXC76H137N2O30P2rNXPUBCHEMrOX8296rPXCHARGErQX-5rRXCHEBIrSjK,XKEGGrTXC06024rUuh }rVhNhh]rWrXRrYjS,jNjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rZ}r[(hXMOAT2r\hX,3 deoxy D manno octulosonic acid transferaser]h}r^(XGENE_ASSOCIATIONr_XSTM3724r`X SUBSYSTEMraX)Lipopolysaccharide Biosynthesis Recyclingrbuh }rcj8,j`j9,hj:,h]rdj_areRrfj>,}rg(j6GjHGjG?jG?jRG?uhNjX,GjY,G@@ubj0,)rh}ri(hXMOAT3CrjhXG3 deoxy D manno octulosonic acid transferase III LPS core biosynthesis rkh}rl(XGENE_ASSOCIATIONrmXSTM3715rnX SUBSYSTEMroX)Lipopolysaccharide Biosynthesis Recyclingrpuh }rqj8,jnj9,hj:,h]rrjharsRrtj>,}ru(j0Gj6GjRG?j@,)rv}rw(hX kphphhlipa_crxhX:kdo-phospho-heptosyl-phospho-heptosyl-heptosyl-kdo2-lipidAryh}rz(XFORMULAr{XC139H241N2O70P4r|XPUBCHEMr}jK,XCHARGEr~X-11rXCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,j|jT,jU,jV,JjW,GubG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX MOBDabcpprhX-molybdate transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX( ( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2443 and STM2442 and STM4063 ) )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2443 and STM2442 and STM4063 )rj9,hj:,h]r(jqjjjjjjjzerRrj>,}r(jRGj@,)r}r(hXmobd_prhXMolybdate-MoO4rh}r(XPUBCHEMrX8475rXCHARGErX-2rXCHEBIrX36264rXKEGGrXC06232ruh }rhNhh]rrRrjS,NjT,jPjV,JjW,GubGjRGjRG?jSG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMOBDtexrhX=molybdate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXMOHMTrhX03 methyl 2 oxobutanoate hydroxymethyltransferaserh}r(XGENE_ASSOCIATIONrXSTM0182rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjGjoGjwG?j@,)r}r(hX2dhp_crhX2-Dehydropantoaterh}r(XFORMULArXC6H9O4rXPUBCHEMrX4217rXCHARGErX-1rXCHEBIrX 11561 17094rXKEGGrXC00966ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXMPTGrhX$murein polymerizing transglycosylaserh}r(XGENE_ASSOCIATIONrX%( STM2531 or STM0190 or STM3493 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X!STM2531 or STM0190 or STM3493rj9,hj:,h]r(j-jj?erRrj>,}r(j@,)r}r(hX uaagmda_crhXlUndecaprenyl-diphospho-N-acetylmuramoyl-N-acetylglucosamine-L-ala-D-glu-meso-2-6-diaminopimeloyl-D-ala-D-alarh}r(XFORMULArXC95H152N8O28P2rXPUBCHEMrX8186rXCHARGErX-4rXCHEBIrjK,XKEGGrXC05898ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj G@jG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXMPTG2rhX:murein polymerizing transglycosylase 2 three linked units rh}r(XGENE_ASSOCIATIONrX%( STM0190 or STM2531 or STM3493 )rX SUBSYSTEMrXMurein Biosynthesisruh }rj8,X!STM0190 or STM2531 or STM3493rj9,hj:,h]r(j-jj?erRrj>,}r(jGjGj3G?j G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMSO3texrhXDmethanesulfonate transport via diffusion extracellular to periplasm r h}r (XGENE_ASSOCIATIONr X2( STM0320 or STM0999 or STM1473 or STM2267 )r X SUBSYSTEMr XTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXmso3_prhXmethanesulfonaterh}r(XFORMULArXCH3O3SrXPUBCHEMrX49991312rXCHARGErX-1rXCHEBIr X25224r!XKEGGr"jK,uh }r#hNhh]r$r%Rr&jS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r'}r((hXMTANr)hX methylthioadenosine nucleosidaser*h}r+(XGENE_ASSOCIATIONr,XSTM0207r-X SUBSYSTEMr.XArginine and Proline Metabolismr/uh }r0j8,j-j9,hj:,h]r1j8ar2Rr3j>,}r4(j@,)r5}r6(hX5mta_cr7hX5-Methylthioadenosiner8h}r9(XFORMULAr:X C11H15N5O3Sr;XPUBCHEMr<X3470r=XCHARGEr>jK,XCHEBIr?X17509r@XKEGGrAXC00170rBuh }rChNhh]rDrERrFjS,j;jT,jU,jV,KjW,GubGjRGj@,)rG}rH(hX5mtr_crIhX5-Methylthio-D-riboserJh}rK(XFORMULArLXC6H12O4SrMXPUBCHEMrNX5987rOXCHARGErPjK,XCHEBIrQX16895rRXKEGGrSXC03089rTuh }rUhNhh]rVrWRrXjS,jMjT,jU,jV,KjW,GubG?jdG?uhNjX,GjY,G@@ubj0,)rY}rZ(hXMTHFCr[hX'methenyltetrahydrofolate cyclohydrolaser\h}r](XGENE_ASSOCIATIONr^XSTM0542r_X SUBSYSTEMr`XFolate Metabolismrauh }rbj8,j_j9,hj:,h]rcjardRrej>,}rf(j@,)rg}rh(hXmethf_crihX5-10-Methenyltetrahydrofolaterjh}rk(XFORMULArlX C20H20N7O6rmXPUBCHEMrnX3733roXCHARGErpX-1rqXCHEBIrrX15638rsXKEGGrtXC00445ruuh }rvhNhh]rwrxRryjS,jmjT,jU,jV,JjW,GubGjRGjwG?jRG?uhNjX,G@jY,G@@ubj0,)rz}r{(hXMTHFDr|hX-methylenetetrahydrofolate dehydrogenase NADP r}h}r~(XGENE_ASSOCIATIONrXSTM0542rX SUBSYSTEMrXFolate Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjoGjgG?j[G?uhNjX,G@jY,G@@ubj0,)r}r(hXMTHFR2rhX.5 10 methylenetetrahydrofolate reductase NADH rh}r(XGENE_ASSOCIATIONrXSTM4105rX SUBSYSTEMrXFolate Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjoGjRGjG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXMTRIrhX(5 methylthioribose 1 phosphate isomeraserh}rX SUBSYSTEMrXArginine and Proline Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hX5mdr1p_crhX)5-Methylthio-5-deoxy-D-ribose-1-phosphaterh}r(XFORMULArX C6H11O7PSrXPUBCHEMrX6864rXCHARGErX-2rXCHEBIrjK,XKEGGrXC04188ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjtG?uhNjX,G@jY,G@@ubj0,)r}r(hXMTRKrhX5 methylthioribose kinaserh}rX SUBSYSTEMrXArginine and Proline Metabolismrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXMTRPOXrhXN methyltryptophan oxidaserh}r(XGENE_ASSOCIATIONrXSTM1160rX SUBSYSTEMrXGlycine and Serine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXNmtrp_crhXN-Methyltryptophanrh}r(XFORMULArX C12H14N2O2rXPUBCHEMrX5892rXCHARGErjK,XCHEBIrX15334rXKEGGrXC02983ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGj-fGjRGjQfG?jG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXN2OtexrhXBnitrious oxide transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j9Gj@,)r}r(hXn2o_prhX Nitrous-oxiderh}r(XFORMULArXN2OrXPUBCHEMrX4143rXCHARGErjK,XCHEBIrX17045rXKEGGrXC00887ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXN2OtpprhX#nitrious oxide transport diffusion rh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismr uh }r j8,jj9,hj:,h]r jar Rr j>,}r(jGj@,)r}r(hXn2o_crhX Nitrous-oxiderh}r(XFORMULArXN2OrXPUBCHEMrX4143rXCHARGErjK,XCHEBIrX17045rXKEGGrXC00887ruh }rhNhh]rrRr jS,jjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r!}r"(hXNACODAr#hXN acetylornithine deacetylaser$h}r%(XGENE_ASSOCIATIONr&XSTM4120r'X SUBSYSTEMr(XArginine and Proline Metabolismr)uh }r*j8,j'j9,hj:,h]r+jar,Rr-j>,}r.(jRGjoGjkG?jG?uhNjX,GjY,G@@ubj0,)r/}r0(hXNACtexr1hXBNicotinic acid transport via diffusion extracellular to periplasm r2h}r3(XGENE_ASSOCIATIONr4X2( STM0320 or STM0999 or STM1473 or STM2267 )r5X SUBSYSTEMr6XTransport Outer Membrane Porinr7uh }r8j8,X.STM0320 or STM0999 or STM1473 or STM2267r9j9,hj:,h]r:(h!h*hh3er;Rr<j>,}r=(juGj@,)r>}r?(hXnac_pr@hX NicotinaterAh}rB(XFORMULArCXC6H4NO2rDXPUBCHEMrEX3552rFXCHARGErGX-1rHXCHEBIrIX15940rJXKEGGrKXC00253rLuh }rMhNhh]rNrORrPjS,jDjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rQ}rR(hXNACtpprShX Nicotinic acid uptake periplasm rTh}rUX SUBSYSTEMrVXTransport Inner MembranerWsh }rXj8,hj9,hj:,h]rYrZRr[j>,}r\(j>Gj@,)r]}r^(hXnac_cr_hX Nicotinater`h}ra(XFORMULArbXC6H4NO2rcXPUBCHEMrdX3552reXCHARGErfX-1rgXCHEBIrhX15940riXKEGGrjXC00253rkuh }rlhNhh]rmrnRrojS,jcjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rp}rq(hXNADDPrrhXNAD diphosphatasersh}rt(XGENE_ASSOCIATIONruX( STM2427 or STM4166 )rvX SUBSYSTEMrwX*Cofactor and Prosthetic Group Biosynthesisrxuh }ryj8,XSTM2427 or STM4166rzj9,hj:,h]r{(jjer|Rr}j>,}r~(jRGj[Gj@,)r}r(hXnmn_crhXNMNrh}r(XFORMULArX C11H14N2O8PrXPUBCHEMrX3741rXCHARGErX-1rXCHEBIrX16171rXKEGGrXC00455ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jXG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXNADH10rhX+NADH dehydrogenase menaquinone 8 0 protons rh}r(XGENE_ASSOCIATIONrXSTM1211rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(j!Gj[GjRGj|G?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXNADH16pprhX5NADH dehydrogenase ubiquinone 8 3 protons periplasm rh}r(XGENE_ASSOCIATIONrX( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,XSTM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328rj9,hj:,h]r(j.jj jj%jIj7jj[jRjmjdj@erRrj>,}r(j[Gj݃GjRGjG?j[G?j TG@uhNjX,GjY,G@@ubj0,)r}r(hXNADH17pprhX6NADH dehydrogenase menaquinone 8 3 protons periplasm rh}r(XGENE_ASSOCIATIONrX( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,XSTM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328rj9,hj:,h]r(j.jj jj%jIj7jj[jRjmjdj@erRrj>,}r(j!Gj[GjRGj|G?j[G?j TG@uhNjX,GjY,G@@ubj0,)r}r(hXNADH18pprhX>NADH dehydrogenase demethylmenaquinone 8 3 protons periplasm rh}r(XGENE_ASSOCIATIONrX( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,XSTM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328rj9,hj:,h]r(j.jj jj%jIj7jj[jRjmjdj@erRrj>,}r(jRGj[GjOGj[G?j|G?j TG@uhNjX,GjY,G@@ubj0,)r}r(hXNADH5rhX NADH dehydrogenase ubiquinone 8 rh}r(XGENE_ASSOCIATIONrXSTM1211rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(j݃Gj[GjRGjG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXNADH9rhX3NADH dehydrogenase demethylmenaquinone 8 0 protons rh}r(XGENE_ASSOCIATIONrXSTM1211rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjOGjRGj[G?j|G?uhNjX,GjY,G@@ubj0,)r}r(hXNADKrhX NAD kinaserh}r(XGENE_ASSOCIATIONrXSTM2683rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjvarRrj>,}r(j[GjRGj[G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXNADNrhXNAD nucleosidaserh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(j[GjRGj@,)r}r(hXncam_crhX Nicotinamiderh}r(XFORMULArXC6H6N2Or XPUBCHEMr X3453r XCHARGEr jK,XCHEBIr X17154rXKEGGrXC00153ruh }rhNhh]rrRrjS,j jT,jU,jV,KjW,GubG?jrG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXNADPHQR2rhX%NADPH Quinone Reductase Ubiquinone 8 rh}r(XGENE_ASSOCIATIONrXSTM3179rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjar Rr!j>,}r"(j[Gj݃GjRGj[G?jG?uhNjX,GjY,G@@ubj0,)r#}r$(hXNADPHQR3r%hX&NADPH Quinone Reductase Menaquinone 8 r&h}r'(XGENE_ASSOCIATIONr(XSTM3179r)X SUBSYSTEMr*XOxidative Phosphorylationr+uh }r,j8,j)j9,hj:,h]r-jar.Rr/j>,}r0(j[GjRGj!Gj[G?j|G?uhNjX,GjY,G@@ubj0,)r1}r2(hXNADPHQR4r3hX0NADPH Quinone Reductase 2 Demethylmenaquinone 8 r4h}r5(XGENE_ASSOCIATIONr6XSTM3179r7X SUBSYSTEMr8XOxidative Phosphorylationr9uh }r:j8,j7j9,hj:,h]r;jar<Rr=j>,}r>(j[GjOGjRGj|G?j[G?uhNjX,GjY,G@@ubj0,)r?}r@(hXNADPPPSrAhXNADP phosphataserBh}rCX SUBSYSTEMrDX*Cofactor and Prosthetic Group BiosynthesisrEsh }rFj8,hj9,hj:,h]rGrHRrIj>,}rJ(j[GjRGjSG?j[G?uhNjX,GjY,G@@ubj0,)rK}rL(hXNADS1rMhXNAD synthase nh3 rNh}rO(XGENE_ASSOCIATIONrPXSTM1310rQX SUBSYSTEMrRX*Cofactor and Prosthetic Group BiosynthesisrSuh }rTj8,jQj9,hj:,h]rUjarVRrWj>,}rX(jRGj@,)rY}rZ(hXdnad_cr[hX Deamino-NADr\h}r](XFORMULAr^X C21H24N6O15P2r_XPUBCHEMr`X4114raXCHARGErbX-2rcXCHEBIrdX18304reXKEGGrfXC00857rguh }rhhNhh]rirjRrkjS,j_jT,jU,jV,JjW,GubGjcfGjXG?j[G?jXG?jRG?uhNjX,GjY,G@@ubj0,)rl}rm(hXNADTRHDrnhXNAD transhydrogenaseroh}rp(XGENE_ASSOCIATIONrqX*( STM4126 or ( STM1480 and STM1479 ) )rrX SUBSYSTEMrsXOxidative Phosphorylationrtuh }ruj8,X&STM4126 or ( STM1480 and STM1479 )rvj9,hj:,h]rw(jjjerxRryj>,}rz(j[Gj[Gj[G?j[G?uhNjX,GjY,G@@ubj0,)r{}r|(hXNAMNPPr}hX/nicotinic acid mononucleotide pyrophosphorylaser~h}r(XGENE_ASSOCIATIONrXSTM1004rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjRGj1sGj]GjRG?jSG?jXG?j@,)r}r(hXnicrnt_crhXNicotinate-D-ribonucleotiderh}r(XFORMULArX C11H12NO9PrXPUBCHEMrX4411rXCHARGErX-2rXCHEBIrX15763rXKEGGrXC01185ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hX NAt3_1p5pprhX.sodium proton antiporter HNA is 15 periplasm rh}r(XGENE_ASSOCIATIONrXSTM1806rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j TGjkpGjYpG@jRG@uhNjX,GjY,G@@ubj0,)r}r(hXNAt3_2pprhX-sodium proton antiporter HNA is 2 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0039rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jkpGj TGjYpG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXNAtexrhX:sodium transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jWGjYpG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK1rhX%nucleoside diphosphate kinase ATPGDP rh}r(XGENE_ASSOCIATIONrX( STM0488 or STM2526 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM0488 or STM2526rj9,hj:,h]r(jjAerRrj>,}r(jqGjRGjIhG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK2rhX%nucleoside diphosphate kinase ATPUDP rh}r(XGENE_ASSOCIATIONrX( STM0488 or STM2526 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM0488 or STM2526rj9,hj:,h]r(jjAerRrj>,}r(jkGjRGjRG?jZG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK3rhX%nucleoside diphosphate kinase ATPCDP rh}r(XGENE_ASSOCIATIONrX( STM0488 or STM2526 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM0488 or STM2526rj9,hj:,h]r(jjAerRrj>,}r(jRGjїGjmG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK4rhX&nucleoside diphosphate kinase ATPdTDP rh}r(XGENE_ASSOCIATIONrX( STM2526 or STM0488 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM2526 or STM0488rj9,hj:,h]r(jjAerRrj>,}r(jTGjRGjIG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK5rhX&nucleoside diphosphate kinase ATPdGDP rh}r(XGENE_ASSOCIATIONrX( STM2526 or STM0488 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM2526 or STM0488r j9,hj:,h]r(jAjerRrj>,}r(jGjRGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXNDPK6rhX&nucleoside diphosphate kinase ATPdUDP rh}r(XGENE_ASSOCIATIONrX( STM0488 or STM2526 )rX SUBSYSTEMrXNucleotide Salvage Pathwayruh }rj8,XSTM0488 or STM2526rj9,hj:,h]r(jjAerRrj>,}r (j@,)r!}r"(hXdudp_cr#hXdUDPr$h}r%(XFORMULAr&X C9H11N2O11P2r'XPUBCHEMr(X4551r)XCHARGEr*X-3r+XCHEBIr,X28850r-XKEGGr.XC01346r/uh }r0hNhh]r1r2Rr3jS,j'jT,jU,jV,JjW,GubGjRGjPG?jRG?uhNjX,G@jY,G@@ubj0,)r4}r5(hXNDPK7r6hX&nucleoside diphosphate kinase ATPdCDP r7h}r8(XGENE_ASSOCIATIONr9X( STM2526 or STM0488 )r:X SUBSYSTEMr;XNucleotide Salvage Pathwayr<uh }r=j8,XSTM2526 or STM0488r>j9,hj:,h]r?(jjAer@RrAj>,}rB(jGjRGjRG?j=G?uhNjX,G@jY,G@@ubj0,)rC}rD(hXNDPK8rEhX&nucleoside diphosphate kinase ATPdADP rFh}rG(XGENE_ASSOCIATIONrHX( STM2526 or STM0488 )rIX SUBSYSTEMrJXNucleotide Salvage PathwayrKuh }rLj8,XSTM2526 or STM0488rMj9,hj:,h]rN(jAjerORrPj>,}rQ(jRGjxGjqG?jRG?uhNjX,G@jY,G@@ubj0,)rR}rS(hXNH4texrThX;ammonia transport via diffusion extracellular to periplasm rUh}rV(XGENE_ASSOCIATIONrWX2( STM0320 or STM0999 or STM1473 or STM2267 )rXX SUBSYSTEMrYXTransport Outer Membrane PorinrZuh }r[j8,X.STM0320 or STM0999 or STM1473 or STM2267r\j9,hj:,h]r](h*hh3h!er^Rr_j>,}r`(jGjG?uhNjX,G@jY,G@@ubj0,)ra}rb(hXNH4tpprchX'ammonia reversible transport periplasm rdh}re(XGENE_ASSOCIATIONrfX( s0001 or STM0463 )rgX SUBSYSTEMrhX&Inorganic Ion Transport and Metabolismriuh }rjj8,Xs0001 or STM0463rkj9,hj:,h]rl(jjermRrnj>,}ro(jGjcfG?uhNjX,G@jY,G@@ubj0,)rp}rq(hXNHFRBOrrhX"NADHflavorubredoxin oxidoreductasersh}rt(XGENE_ASSOCIATIONruX( STM2840 and STM2841 )rvX SUBSYSTEMrwXNitrogen Metabolismrxuh }ryj8,XSTM2840 and STM2841rzj9,hj:,h]r{(jjer|Rr}j>,}r~(j[GjRGj@,)r}r(hXno_crhX Nitric-oxiderh}r(XFORMULArXNOrXPUBCHEMrX3815rXCHARGErjK,XCHEBIrX16480rXKEGGrXC00533ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXNI2abcpprhX%Nickle Ni2 ABC transporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM3576rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj@,)r}r(hXni2_crhXnickelrh}r(XFORMULArXNirXPUBCHEMrX3585rXCHARGErj]-XCHEBIrX28112rXKEGGrXC00291ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubGjRGjRG?j@,)r}r(hXni2_prhXnickelrh}r(XFORMULArXNirXPUBCHEMrX3585rXCHARGErj]-XCHEBIrX28112rXKEGGrXC00291ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXNI2t3pprhX7nickle Ni2 transport out via proton antiport periplasm rh}r(XGENE_ASSOCIATIONrX( STM4061 or STM0758 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,XSTM4061 or STM0758rj9,hj:,h]r(jjerRrj>,}r(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXNI2texrhX:nickel transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXNMNATrhX+nicotinamide nucleotide adenylyltransferaserh}r(XGENE_ASSOCIATIONrX( STM0645 or STM4580.S )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM0645 or STM4580.Srj9,hj:,h]r(jjerRrj>,}r(jGjRGjRGjXG?j[G?uhNjX,GjY,G@@ubj0,)r}r(hXNMNDArhXnicotinamide nucleotide amidaserh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(jGjRGjG?jcfG?uhNjX,GjY,G@@ubj0,)r}r(hXNMNNrhXNMN nucleosidaserh}r X SUBSYSTEMr X*Cofactor and Prosthetic Group Biosynthesisr sh }r j8,hj9,hj:,h]r r Rr j>,}r (jGjRGjG?jRG?jsG?uhNjX,GjY,G@@ubj0,)r }r (hXNMNPtppr hXNMN permease periplasm r h}r (XGENE_ASSOCIATIONr XSTM0757r X SUBSYSTEMr XTransport Inner Membraner uh }r j8,j j9,hj:,h]r jar Rr j>,}r (j@,)r }r (hXnmn_pr hXNMNr h}r (XFORMULAr X C11H14N2O8Pr XPUBCHEMr X3741r XCHARGEr X-1r XCHEBIr! X16171r" XKEGGr# XC00455r$ uh }r% hNhh]r& r' Rr( jS,j jT,jPjV,JjW,GubGjG?uhNjX,GjY,G@@ubj0,)r) }r* (hXNMNt7ppr+ hX/NMN transport via NMN glycohydrolase periplasm r, h}r- X SUBSYSTEMr. XTransport Inner Membraner/ sh }r0 j8,hj9,hj:,h]r1 r2 Rr3 j>,}r4 (j GjRGjG?jRG?jsG?uhNjX,GjY,G@@ubj0,)r5 }r6 (hXNMNtexr7 hX7NMN transport via diffusion extracellular to periplasm r8 h}r9 (XGENE_ASSOCIATIONr: X2( STM0320 or STM0999 or STM1473 or STM2267 )r; X SUBSYSTEMr< XTransport Outer Membrane Porinr= uh }r> j8,X.STM0320 or STM0999 or STM1473 or STM2267r? j9,hj:,h]r@ (h*hh3h!erA RrB j>,}rC (jпGj G?uhNjX,G@jY,G@@ubj0,)rD }rE (hXNNAMrF hXnicotinamidaserG h}rH (XGENE_ASSOCIATIONrI XSTM1293rJ X SUBSYSTEMrK X*Cofactor and Prosthetic Group BiosynthesisrL uh }rM j8,jJ j9,hj:,h]rN jarO RrP j>,}rQ (jGjRGj]G?jcfG?uhNjX,GjY,G@@ubj0,)rR }rS (hXNNATrrT hX)nicotinate nucleotide adenylyltransferaserU h}rV (XGENE_ASSOCIATIONrW XSTM0645rX X SUBSYSTEMrY XNucleotide Salvage PathwayrZ uh }r[ j8,jX j9,hj:,h]r\ jar] Rr^ j>,}r_ (jGjRGjRGjXG?jYG?uhNjX,G@jY,G@@ubj0,)r` }ra (hXNNDPRrb hX4nicotinate nucleotide diphosphorylase carboxylating rc h}rd (XGENE_ASSOCIATIONre XSTM0145rf X SUBSYSTEMrg X*Cofactor and Prosthetic Group Biosynthesisrh uh }ri j8,jf j9,hj:,h]rj jark Rrl j>,}rm (j@,)rn }ro (hXquln_crp hX Quinolinaterq h}rr (XFORMULArs XC7H3NO4rt XPUBCHEMru X6487rv XCHARGErw X-2rx XCHEBIry X16675rz XKEGGr{ XC03722r| uh }r} hNhh]r~ r Rr jS,jt jT,jU,jV,JjW,GubGjRGj1sGjXG?jaG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXNO2t2rppr hX=nitrite transport in via proton symport reversible periplasm r h}r (XGENE_ASSOCIATIONr X( STM1765 or STM3476 )r X SUBSYSTEMr X&Inorganic Ion Transport and Metabolismr uh }r j8,XSTM1765 or STM3476r j9,hj:,h]r (j jer Rr j>,}r (j TGj@,)r }r (hXno2_pr hXNitriter h}r (XFORMULAr XNO2r XPUBCHEMr X3388r XCHARGEr X-1r XCHEBIr X16301r XKEGGr XC00088r uh }r hNhh]r r Rr jS,j jT,jPjV,JjW,GubGj@,)r }r (hXno2_cr hXNitriter h}r (XFORMULAr XNO2r XPUBCHEMr X3388r XCHARGEr X-1r XCHEBIr X16301r XKEGGr XC00088r uh }r hNhh]r r Rr jS,j jT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r }r (hXNO2texr hX;nitrite transport via diffusion extracellular to periplasm r h}r (XGENE_ASSOCIATIONr X2( STM0320 or STM0999 or STM1473 or STM2267 )r X SUBSYSTEMr XTransport Outer Membrane Porinr uh }r j8,X.STM0320 or STM0999 or STM1473 or STM2267r j9,hj:,h]r (h*hh3h!er Rr j>,}r (jGj G?uhNjX,G@jY,G@@ubj0,)r }r (hXNO3R1bppr hXNitrate reductase Ubiquinol 8 r h}r (XGENE_ASSOCIATIONr XB( STM2256 and STM2259 and STM2255 and STM2258 and STM2257 )r X SUBSYSTEMr XNitrogen Metabolismr uh }r j8,X>STM2256 and STM2259 and STM2255 and STM2258 and STM2257r j9,hj:,h]r (jMj;j2jDj)er Rr j>,}r (jGj@,)r }r (hXno3_pr hXNitrater h}r (XFORMULAr XNO3r XPUBCHEMr X3543r XCHARGEr X-1r XCHEBIr X48107r XKEGGr XC00244r uh }r hNhh]r r Rr jS,j jT,jPjV,JjW,GubGjlTG?j݃G?j G?uhNjX,GjY,G@@ubj0,)r }r (hXNO3R1ppr hX)Nitrate reductase Ubiquinol 8 periplasm r h}r (XGENE_ASSOCIATIONr Xt( ( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 ) )r X SUBSYSTEMr XOxidative Phosphorylationr uh }r j8,Xp( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 )r j9,hj:,h]r (jjzj_jqjhjVjjer Rr j>,}r (jGj@,)r }r (hXno3_cr hXNitrater h}r (XFORMULAr XNO3r XPUBCHEMr X3543r XCHARGEr X-1r XCHEBIr X48107r XKEGGr XC00244r uh }r hNhh]r r Rr jS,j jT,jU,jV,JjW,GubGjRGj G?j TG@j݃G?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNO3R2bppr hX*Nitrate reductase Menaquinol 8 periplasm r h}r (XGENE_ASSOCIATIONr X/( STM2255 and STM2256 and STM2259 and STM2260 )r X SUBSYSTEMr XNitrogen Metabolismr uh }r j8,X+STM2255 and STM2256 and STM2259 and STM2260r j9,hj:,h]r (jMj;jDjer Rr j>,}r (j Gj|GjlTG?j!G?j G?uhNjX,GjY,G@@ubj0,)r }r (hXNO3R2ppr hX*Nitrate reductase Menaquinol 8 periplasm r h}r (XGENE_ASSOCIATIONr Xt( ( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 ) )r X SUBSYSTEMr XOxidative Phosphorylationr uh }r! j8,Xp( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 )r" j9,hj:,h]r# (jjzjqjhjVjjj_er$ Rr% j>,}r& (j|Gj GjRGjRG?j G?j!G?j TG@uhNjX,GjY,G@@ubj0,)r' }r( (hXNO3t7ppr) hX4nitrate transport in via nitrite antiport periplasm r* h}r+ (XGENE_ASSOCIATIONr, X( STM1765 or STM1576 )r- X SUBSYSTEMr. X&Inorganic Ion Transport and Metabolismr/ uh }r0 j8,XSTM1765 or STM1576r1 j9,hj:,h]r2 (jj er3 Rr4 j>,}r5 (j Gj Gj G?j G?uhNjX,GjY,G@@ubj0,)r6 }r7 (hXNO3texr8 hX;nitrate transport via diffusion extracellular to periplasm r9 h}r: (XGENE_ASSOCIATIONr; X2( STM0320 or STM0999 or STM2267 or STM1473 )r< X SUBSYSTEMr= XTransport Outer Membrane Porinr> uh }r? j8,X.STM0320 or STM0999 or STM2267 or STM1473r@ j9,hj:,h]rA (h*hh3h!erB RrC j>,}rD (jGj G?uhNjX,G@jY,G@@ubj0,)rE }rF (hXNODOxrG hXnitric oxide dioxygenaserH h}rI (XGENE_ASSOCIATIONrJ XSTM2556rK X SUBSYSTEMrL XNitrogen MetabolismrM uh }rN j8,jK j9,hj:,h]rO jarP RrQ j>,}rR (j-fGjGj[Gj[G?j G@jRG?uhNjX,GjY,G@@ubj0,)rS }rT (hXNODOyrU hXnitric oxide dioxygenaserV h}rW (XGENE_ASSOCIATIONrX XSTM2556rY X SUBSYSTEMrZ XNitrogen Metabolismr[ uh }r\ j8,jY j9,hj:,h]r] jar^ Rr_ j>,}r` (j[GjGj-fGj[G?j G@jRG?uhNjX,GjY,G@@ubj0,)ra }rb (hXNOtexrc hX@nitric oxide transport via diffusion extracellular to periplasm rd h}re (XGENE_ASSOCIATIONrf X2( STM0320 or STM0999 or STM1473 or STM2267 )rg X SUBSYSTEMrh XTransport Outer Membrane Porinri uh }rj j8,X.STM0320 or STM0999 or STM1473 or STM2267rk j9,hj:,h]rl (h*hh3h!erm Rrn j>,}ro (j-Gj@,)rp }rq (hXno_prr hX Nitric-oxiders h}rt (XFORMULAru XNOrv XPUBCHEMrw X3815rx XCHARGEry jK,XCHEBIrz X16480r{ XKEGGr| XC00533r} uh }r~ hNhh]r r Rr jS,jv jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r }r (hXNOtppr hXNO transport diffusion r h}r (XGENE_ASSOCIATIONr Xs0001r X SUBSYSTEMr X&Inorganic Ion Transport and Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jp GjG?uhNjX,G@jY,G@@ubj0,)r }r (hXNPHSr hXnaphthoate synthaser h}r (XGENE_ASSOCIATIONr XSTM2307r X SUBSYSTEMr X*Cofactor and Prosthetic Group Biosynthesisr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (j@,)r }r (hXsbzcoa_cr hXO-Succinylbenzoyl-CoAr h}r (XFORMULAr XC32H39N7O20P3Sr XPUBCHEMr X6045r XCHARGEr X-5r XCHEBIr X15509r XKEGGr XC03160r uh }r hNhh]r r Rr jS,j jT,jU,jV,JjW,GubGjgG?jJG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD1r hX5 nucleotidase dUMP r h}r (XGENE_ASSOCIATIONr X'( STM2332 or STM2927 or STM4559.S )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,X#STM2332 or STM2927 or STM4559.Sr j9,hj:,h]r (jjher Rr j>,}r (jߥGjRGjSG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD10r hX5 nucleotidase XMP r h}r (XGENE_ASSOCIATIONr XSTM2927r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r har Rr j>,}r (j*GjRGj@,)r }r (hXxtsn_cr hX Xanthosiner h}r (XFORMULAr X C10H12N4O6r XPUBCHEMr X4895r XCHARGEr jK,XCHEBIr X18107r XKEGGr XC01762r uh }r hNhh]r r Rr jS,j jT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD10ppr hX5 nucleotidase XMP r h}r (XGENE_ASSOCIATIONr X( STM0494 or STM4249 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM0494 or STM4249r j9,hj:,h]r (jjer Rr j>,}r (j@,)r }r (hXxmp_pr hXXanthosine-5-phosphater h}r (XFORMULAr X C10H11N4O9Pr XPUBCHEMr X3925r XCHARGEr X-2r XCHEBIr X15652r XKEGGr XC00655r uh }r hNhh]r r Rr jS,j jT,jPjV,JjW,GubGjlTGj@,)r }r (hXxtsn_pr hX Xanthosiner h}r (XFORMULAr X C10H12N4O6r XPUBCHEMr X4895r XCHARGEr jK,XCHEBIr X18107r XKEGGr XC01762r uh }r hNhh]r r Rr jS,j jT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)r }r (hXNTD11r hX5 nucleotidase IMP r h}r (XGENE_ASSOCIATIONr XSTM2927r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r har Rr j>,}r! (jtGjRGjpG?jSG?uhNjX,GjY,G@@ubj0,)r" }r# (hXNTD11ppr$ hX5 nucleotidase IMP r% h}r& (XGENE_ASSOCIATIONr' X( STM4249 or STM0494 )r( X SUBSYSTEMr) XNucleotide Salvage Pathwayr* uh }r+ j8,XSTM4249 or STM0494r, j9,hj:,h]r- (jjer. Rr/ j>,}r0 (jGjlTGj_G?jGG?uhNjX,GjY,G@@ubj0,)r1 }r2 (hXNTD12r3 hX5 nucleotidase dIMP r4 h}r5 (XGENE_ASSOCIATIONr6 X( STM2332 or STM2927 )r7 X SUBSYSTEMr8 XNucleotide Salvage Pathwayr9 uh }r: j8,XSTM2332 or STM2927r; j9,hj:,h]r< (jher= Rr> j>,}r? (j@,)r@ }rA (hXdimp_crB hXdIMPrC h}rD (XFORMULArE X C10H11N4O7PrF XPUBCHEMrG X8446rH XCHARGErI X-2rJ XCHEBIrK X28806rL XKEGGrM XC06196rN uh }rO hNhh]rP rQ RrR jS,jF jT,jU,jV,JjW,GubGjRGjSG?jEG?uhNjX,GjY,G@@ubj0,)rS }rT (hXNTD12pprU hX5 nucleotidase dIMP periplasm rV h}rW (XGENE_ASSOCIATIONrX X( STM0494 or STM4249 )rY X SUBSYSTEMrZ XNucleotide Salvage Pathwayr[ uh }r\ j8,XSTM0494 or STM4249r] j9,hj:,h]r^ (jjer_ Rr` j>,}ra (jGjlTGj_G?jߠG?uhNjX,GjY,G@@ubj0,)rb }rc (hXNTD1pprd hX5 nucleotidase dUMP re h}rf (XGENE_ASSOCIATIONrg X( STM0494 or STM4249 )rh X SUBSYSTEMri XNucleotide Salvage Pathwayrj uh }rk j8,XSTM0494 or STM4249rl j9,hj:,h]rm (jjern Rro j>,}rp (jGjlTGj5G?j_G?uhNjX,GjY,G@@ubj0,)rq }rr (hXNTD2rs hX5 nucleotidase UMP rt h}ru (XGENE_ASSOCIATIONrv X( STM4559.S or STM2927 )rw X SUBSYSTEMrx XNucleotide Salvage Pathwayry uh }rz j8,XSTM4559.S or STM2927r{ j9,hj:,h]r| (jher} Rr~ j>,}r (jjGjRGjSG?jVG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD2ppr hX5 nucleotidase UMP r h}r (XGENE_ASSOCIATIONr X( STM4249 or STM0494 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM4249 or STM0494r j9,hj:,h]r (jjer Rr j>,}r (jlTGj@,)r }r (hXump_pr hXUMPr h}r (XFORMULAr X C9H11N2O9Pr XPUBCHEMr X3405r XCHARGEr X-2r XCHEBIr X16695r XKEGGr XC00105r uh }r hNhh]r r Rr jS,j jT,jPjV,JjW,GubGj_G?j_G?uhNjX,GjY,G@@ubj0,)r }r (hXNTD3r hX5 nucleotidase dCMP r h}r (XGENE_ASSOCIATIONr X( STM2927 or STM2332 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM2927 or STM2332r j9,hj:,h]r (hjer Rr j>,}r (jGjRGjqG?jSG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD3ppr hX5 nucleotidase dCMP r h}r (XGENE_ASSOCIATIONr X( STM0494 or STM4249 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM0494 or STM4249r j9,hj:,h]r (jjer Rr j>,}r (jGjlTGj_G?jG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD4r hX5 nucleotidase CMP r h}r (XGENE_ASSOCIATIONr XSTM2927r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r har Rr j>,}r (jRGjGjSG?jDG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD4ppr hX5 nucleotidase CMP r h}r (XGENE_ASSOCIATIONr X( STM4249 or STM0494 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM4249 or STM0494r j9,hj:,h]r (jjer Rr j>,}r (j9GjlTGj_G?j_G?uhNjX,GjY,G@@ubj0,)r }r (hXNTD5r hX5 nucleotidase dTMP r h}r (XGENE_ASSOCIATIONr X'( STM2332 or STM2927 or STM4559.S )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,X#STM2332 or STM2927 or STM4559.Sr j9,hj:,h]r (jjher Rr j>,}r (jAGjRGj@,)r }r (hXthymd_cr hX Thymidiner h}r (XFORMULAr X C10H14N2O5r XPUBCHEMr X3514r XCHARGEr jK,XCHEBIr X17748r XKEGGr XC00214r uh }r hNhh]r r Rr jS,j jT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD5ppr hX5 nucleotidase dTMP r h}r (XGENE_ASSOCIATIONr X( STM0494 or STM4249 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM0494 or STM4249r j9,hj:,h]r (jjer Rr j>,}r (jGjlTGj_G?j@,)r }r (hXthymd_pr hX Thymidiner h}r (XFORMULAr X C10H14N2O5r XPUBCHEMr X3514r XCHARGEr jK,XCHEBIr X17748r XKEGGr XC00214r uh }r hNhh]r r Rr jS,j jT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD6r! hX5 nucleotidase dAMP r" h}r# (XGENE_ASSOCIATIONr$ X( STM2332 or STM2927 )r% X SUBSYSTEMr& XNucleotide Salvage Pathwayr' uh }r( j8,XSTM2332 or STM2927r) j9,hj:,h]r* (jher+ Rr, j>,}r- (jRGjeGj3G?jSG?uhNjX,GjY,G@@ubj0,)r. }r/ (hXNTD6ppr0 hX5 nucleotidase dAMP r1 h}r2 (XGENE_ASSOCIATIONr3 X( STM4249 or STM0494 )r4 X SUBSYSTEMr5 XNucleotide Salvage Pathwayr6 uh }r7 j8,XSTM4249 or STM0494r8 j9,hj:,h]r9 (jjer: Rr; j>,}r< (jGjlTGjG?j_G?uhNjX,GjY,G@@ubj0,)r= }r> (hXNTD7r? hX5 nucleotidase AMP r@ h}rA (XGENE_ASSOCIATIONrB XSTM2927rC X SUBSYSTEMrD XNucleotide Salvage PathwayrE uh }rF j8,jC j9,hj:,h]rG harH RrI j>,}rJ (jXGjRGjpG?jSG?uhNjX,GjY,G@@ubj0,)rK }rL (hXNTD7pprM hX5 nucleotidase AMP rN h}rO (XGENE_ASSOCIATIONrP X( STM0494 or STM4249 )rQ X SUBSYSTEMrR XNucleotide Salvage PathwayrS uh }rT j8,XSTM0494 or STM4249rU j9,hj:,h]rV (jjerW RrX j>,}rY (j}GjlTGj_G?j_G?uhNjX,GjY,G@@ubj0,)rZ }r[ (hXNTD8r\ hX5 nucleotidase dGMP r] h}r^ (XGENE_ASSOCIATIONr_ X( STM2332 or STM2927 )r` X SUBSYSTEMra XNucleotide Salvage Pathwayrb uh }rc j8,XSTM2332 or STM2927rd j9,hj:,h]re (hjerf Rrg j>,}rh (jGjRGjeG?jSG?uhNjX,GjY,G@@ubj0,)ri }rj (hXNTD8pprk hX5 nucleotidase dGMP rl h}rm (XGENE_ASSOCIATIONrn X( STM0494 or STM4249 )ro X SUBSYSTEMrp XNucleotide Salvage Pathwayrq uh }rr j8,XSTM0494 or STM4249rs j9,hj:,h]rt (jjeru Rrv j>,}rw (j2GjlTGj_G?jSG?uhNjX,GjY,G@@ubj0,)rx }ry (hXNTD9rz hX5 nucleotidase GMP r{ h}r| (XGENE_ASSOCIATIONr} XSTM2927r~ X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j~ j9,hj:,h]r har Rr j>,}r (j,GjRGjSG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXNTD9ppr hX5 nucleotidase GMP r h}r (XGENE_ASSOCIATIONr X( STM4249 or STM0494 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM4249 or STM0494r j9,hj:,h]r (jjer Rr j>,}r (jlTGjLGj`G?j_G?uhNjX,GjY,G@@ubj0,)r }r (hXNTP1r hXnucleoside triphosphatase ATP r h}r (XGENE_ASSOCIATIONr X( STM0659 or STM4349 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM0659 or STM4349r j9,hj:,h]r (jjer Rr j>,}r (jRGjRGjRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTP10r hXnucleoside triphosphatase ITP r h}r (XGENE_ASSOCIATIONr X( STM4584 or STM4349 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM4584 or STM4349r j9,hj:,h]r (jjer Rr j>,}r (jqGjRGjqG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTP11r hXnucleoside triphosphatase dITP r h}r (XGENE_ASSOCIATIONr XSTM4584r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjRGj@,)r }r (hXdidp_cr hXdIDPr h}r (XFORMULAr X C10H11N4O10P2r XPUBCHEMr X4549r XCHARGEr X-3r XCHEBIr jK,XKEGGr XC01344r uh }r hNhh]r r Rr jS,j jT,jU,jV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r }r (hXNTP12r hXnucleoside triphosphatase XTP r h}r (XGENE_ASSOCIATIONr XSTM4584r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjRGjSG?j@,)r }r (hXxdp_cr hXXDPr h}r (XFORMULAr X C10H11N4O12P2r XPUBCHEMr X4545r XCHARGEr X-3r XCHEBIr jK,XKEGGr XC01337r uh }r hNhh]r r Rr jS,j jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTP3r hXnucleoside triphosphatase GTP r h}r (XGENE_ASSOCIATIONr XSTM4349r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jIhGjRGjqG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTP5r hXnucleoside triphosphatase CTP r h}r (XGENE_ASSOCIATIONr XSTM4349r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jmGjRGjїG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPP1r hX/Nucleoside triphosphate pyrophosphorylase dgtp r h}r (XGENE_ASSOCIATIONr X( STM2954 or STM0137 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM2954 or STM0137r j9,hj:,h]r (jj er Rr j>,}r (jRGjGjXG?jG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPP10r hX/Nucleoside triphosphate pyrophosphorylase ditp r! h}r" (XGENE_ASSOCIATIONr# XSTM3103r$ X SUBSYSTEMr% XNucleotide Salvage Pathwayr& uh }r' j8,j$ j9,hj:,h]r( jar) Rr* j>,}r+ (jGjRGj@ G?jXG?jRG?uhNjX,GjY,G@@ubj0,)r, }r- (hXNTPP11r. hX.Nucleoside triphosphate pyrophosphorylase xtp r/ h}r0 (XGENE_ASSOCIATIONr1 XSTM3103r2 X SUBSYSTEMr3 XNucleotide Salvage Pathwayr4 uh }r5 j8,j2 j9,hj:,h]r6 jar7 Rr8 j>,}r9 (jGjRGjRG?j*G?jXG?uhNjX,GjY,G@@ube(j0,)r: }r; (hXNTPP2r< hX.Nucleoside triphosphate pyrophosphorylase gtp r= h}r> (XGENE_ASSOCIATIONr? X( STM0137 or STM2954 )r@ X SUBSYSTEMrA XNucleotide Salvage PathwayrB uh }rC j8,XSTM0137 or STM2954rD j9,hj:,h]rE (jj erF RrG j>,}rH (jIhGjRGj,G?jXG?jRG?uhNjX,GjY,G@@ubj0,)rI }rJ (hXNTPP3rK hX/Nucleoside triphosphate pyrophosphorylase dctp rL h}rM (XGENE_ASSOCIATIONrN X%( STM2954 or STM2295 or STM1301 )rO X SUBSYSTEMrP XNucleotide Salvage PathwayrQ uh }rR j8,X!STM2954 or STM2295 or STM1301rS j9,hj:,h]rT (j jjerU RrV j>,}rW (j=GjRGjG?jXG?jRG?uhNjX,GjY,G@@ubj0,)rX }rY (hXNTPP4rZ hX.Nucleoside triphosphate pyrophosphorylase ctp r[ h}r\ (XGENE_ASSOCIATIONr] X( STM2954 or STM1301 )r^ X SUBSYSTEMr_ XNucleotide Salvage Pathwayr` uh }ra j8,XSTM2954 or STM1301rb j9,hj:,h]rc (j jerd Rre j>,}rf (jmGjRGjXG?jRG?jG?uhNjX,GjY,G@@ubj0,)rg }rh (hXNTPP5ri hX/Nucleoside triphosphate pyrophosphorylase datp rj h}rk (XGENE_ASSOCIATIONrl X( STM2954 or STM1900 )rm X SUBSYSTEMrn XNucleotide Salvage Pathwayro uh }rp j8,XSTM2954 or STM1900rq j9,hj:,h]rr (jj ers Rrt j>,}ru (jqGjRGjXG?jeG?jRG?uhNjX,GjY,G@@ubj0,)rv }rw (hXNTPP6rx hX.Nucleoside triphosphate pyrophosphorylase atp ry h}rz (XGENE_ASSOCIATIONr{ XSTM2954r| X SUBSYSTEMr} XNucleotide Salvage Pathwayr~ uh }r j8,j| j9,hj:,h]r jar Rr j>,}r (jRGjRGjXG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPP7r hX/Nucleoside triphosphate pyrophosphorylase dttp r h}r (XGENE_ASSOCIATIONr X( STM2295 or STM2954 )r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,XSTM2295 or STM2954r j9,hj:,h]r (jjer Rr j>,}r (jIGjRGjXG?jRG?jAG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPP8r hX.Nucleoside triphosphate pyrophosphorylase utp r h}r (XGENE_ASSOCIATIONr XSTM2954r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jZGjRGjXG?jjG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPP9r hX.Nucleoside triphosphate pyrophosphorylase itp r h}r (XGENE_ASSOCIATIONr XSTM3103r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jqGjRGjRG?jtG?jXG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPTP1r hX(Nucleoside triphosphate tripolyhydrolaser h}r (XGENE_ASSOCIATIONr XSTM0208r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjRGjG?jeG?uhNjX,GjY,G@@ubj0,)r }r (hXNTPTP2r hX(Nucleoside triphosphate tripolyhydrolaser h}r (XGENE_ASSOCIATIONr XSTM0208r X SUBSYSTEMr XNucleotide Salvage Pathwayr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jIhGjRGjG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXNTRIR2xr hXnitrite Reductase NADH r h}r (XGENE_ASSOCIATIONr X( STM3474 and STM3475 )r X SUBSYSTEMr XOxidative Phosphorylationr uh }r j8,XSTM3474 and STM3475r j9,hj:,h]r (j#j,er Rr j>,}r (j GjRGj[Gj[G@jcfG?jRG@uhNjX,GjY,G@@ubj0,)r }r (hXNTRIR3ppr hX)nitrite Reductase Ubiquinole 8 periplasm r h}r (XGENE_ASSOCIATIONr X7( STM4277 and STM4278.S and STM4279 and STM4280 )r X SUBSYSTEMr XNitrogen Metabolismr uh }r j8,X3STM4277 and STM4278.S and STM4279 and STM4280r j9,hj:,h]r (jGjPj>j5er Rr j>,}r (jGj Gj TGjlTG@jG?j݃G@uhNjX,GjY,G@@ubj0,)r }r (hXNTRIR4ppr hX*nitrite Reductase Menaquinole 8 periplasm r h}r (XGENE_ASSOCIATIONr X7( STM4277 and STM4278.S and STM4279 and STM4280 )r X SUBSYSTEMr XNitrogen Metabolismr uh }r j8,X3STM4277 and STM4278.S and STM4279 and STM4280r j9,hj:,h]r (jGjPj>j5er Rr j>,}r (j|Gj TGj GjlTG@jG?j!G@uhNjX,GjY,G@@ubj0,)r }r (hXO2Stexr hXDsuperoxide anion transport via diffusion extracellular to periplasm r h}r (XGENE_ASSOCIATIONr X2( STM0320 or STM0999 or STM1473 or STM2267 )r X SUBSYSTEMr XTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jiGj@,)r}r(hXo2s_pr hXSuperoxide-anionr h}r (XFORMULAr XO2r XPUBCHEMrX3971rXCHARGErX-1rXCHEBIrX18421rXKEGGrXC00704ruh }rhNhh]rrRrjS,j jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXO2texrhX:oxygen transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )r X SUBSYSTEMr!XTransport Outer Membrane Porinr"uh }r#j8,X.STM0320 or STM0999 or STM1473 or STM2267r$j9,hj:,h]r%(h*hh3h!er&Rr'j>,}r((jKGjG?uhNjX,G@jY,G@@ubj0,)r)}r*(hXO2tppr+hX%o2 transport via diffusion periplasm r,h}r-(XGENE_ASSOCIATIONr.Xs0001r/X SUBSYSTEMr0X&Inorganic Ion Transport and Metabolismr1uh }r2j8,j/j9,hj:,h]r3jar4Rr5j>,}r6(jGj-fG?uhNjX,G@jY,G@@ubj0,)r7}r8(hXOAADCr9hXoxaloacetate decarboxylaser:h}r;(XGENE_ASSOCIATIONr<XSTM1884r=X SUBSYSTEMr>XPyruvate Metabolismr?uh }r@j8,j=j9,hj:,h]rAj arBRrCj>,}rD(jRGj}GjaG?jGjG?uhNjX,GjY,G@@ubj0,)rE}rF(hXOBTFLrGhX2 Oxobutanoate formate lyaserHh}rI(XGENE_ASSOCIATIONrJXm( ( ( STM0970 and STM0973 ) and STM2646 ) or ( STM0970 and STM0973 ) or ( STM0970 and STM3241 ) )rKX SUBSYSTEMrLXAlternate Carbon MetabolismrMuh }rNj8,Xi( ( STM0970 and STM0973 ) and STM2646 ) or ( STM0970 and STM0973 ) or ( STM0970 and STM3241 )rOj9,hj:,h]rP(jkjtjYjberQRrRj>,}rS(jgGjjGjhG?j|G?uhNjX,GjY,G@@ubj0,)rT}rU(hX OCDCAtexirVhXZOctadecanoate transport via facilitated irreversible diffusion extracellular to periplasm rWh}rX(XGENE_ASSOCIATIONrYXSTM2391rZX SUBSYSTEMr[XTransport Outer Membraner\uh }r]j8,jZj9,hj:,h]r^j/ ar_Rr`j>,}ra(jGjG?uhNjX,GjY,G@@ubj0,)rb}rc(hX OCDCEAtexirdhXaOctadecenoate n C181 transport via facilitated irreversible diffusion extracellular to periplasm reh}rf(XGENE_ASSOCIATIONrgXSTM2391rhX SUBSYSTEMriXTransport Outer Membranerjuh }rkj8,jhj9,hj:,h]rlj/ armRrnj>,}ro(jGj?G?uhNjX,GjY,G@@ubj0,)rp}rq(hXOCTAtexrrhX=Octanoate transport via diffusion extracellular to periplasm rsh}rt(XGENE_ASSOCIATIONruX2( STM0320 or STM0999 or STM1473 or STM2267 )rvX SUBSYSTEMrwXTransport Outer Membrane Porinrxuh }ryj8,X.STM0320 or STM0999 or STM1473 or STM2267rzj9,hj:,h]r{(h*hh3h!er|Rr}j>,}r~(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXOCTDPSrhX!Octaprenyl pyrophosphate synthaserh}r(XGENE_ASSOCIATIONrXSTM3305rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj}arRrj>,}r(jmGjGjXG@j7G?uhNjX,GjY,G@@ubj0,)r}r(hXODECOAIrhX(Octadecenoyl coa cis trans isomerizationrh}r(XGENE_ASSOCIATIONrXSTM3983rX SUBSYSTEMrXMembrane Lipid Metabolismruh }rj8,jj9,hj:,h]rj arRrj>,}r(j*GjlnG?uhNjX,GjY,G@@ubj0,)r}r(hXOHPBATrhX>O Phospho 4 hydroxy L threonine2 oxoglutarate aminotransferaserh}r(XGENE_ASSOCIATIONrXSTM0977rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jfGj@,)r}r(hXohpb_crhX"2-Oxo-3-hydroxy-4-phosphobutanoaterh}r(XFORMULArXC4H4O8PrXPUBCHEMrX8324rXCHARGErX-3rXCHEBIrX27951rXKEGGrXC06054ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXphthr_crhXO-Phospho-4-hydroxy-L-threoninerh}r(XFORMULArXC4H8NO7PrXPUBCHEMrX8325rXCHARGErX-2rXCHEBIrX18336rXKEGGrXC06055ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jfG?uhNjX,G@jY,G@@ubj0,)r}r(hXOHPHMrhX&2 octaprenyl 6 hydroxyphenol methylaserh}r(XGENE_ASSOCIATIONrXSTM2276rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj arRrj>,}r(jWGjqGj@,)r}r(hX2omph_crhX2-Octaprenyl-6-methoxyphenolrh}r(XFORMULArXC47H72O2rXPUBCHEMrX8107rXCHARGErjK,XCHEBIrX1235rXKEGGrXC05812ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?jwG?uhNjX,GjY,G@@ubj0,)r}r(hXOMBZLMrhX,2 Octaprenyl 6 methoxy benzoquinol methylaserh}r(XGENE_ASSOCIATIONrXSTM3970rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jqGj@,)r}r(hX2ombzl_crhX&2-Octaprenyl-6-methoxy-1-4-benzoquinolrh}r(XFORMULArXC47H72O3rXPUBCHEMrX 958 ??5650rXCHARGErjK,XCHEBIrX17551rXKEGGr jK,uh }r hNhh]r r Rr jS,jjT,jU,jV,KjW,GubGj@,)r}r(hX2ommbl_crhX/2-Octaprenyl-3-methyl-6-methoxy-1-4-benzoquinolrh}r(XFORMULArXC48H74O3rXPUBCHEMrX8109rXCHARGErjK,XCHEBIrX28636rXKEGGrXC05814ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jRG?jwG?uhNjX,GjY,G@@ubj0,)r }r!(hXOMCDCr"hX22 Oxo 4 methyl 3 carboxypentanoate decarboxylationr#h}r$(XGENE_ASSOCIATIONr%XSTM0112r&X SUBSYSTEMr'X(Valine Leucine and Isoleucine Metabolismr(uh }r)j8,j&j9,hj:,h]r*jRar+Rr,j>,}r-(jGjRGjaG?jG?uhNjX,GjY,G@@ubj0,)r.}r/(hXOMMBLHXr0hX;2 Octaprenyl 3 methyl 6 methoxy 1 4 benzoquinol hydroxylaser1h}r2(XGENE_ASSOCIATIONr3XSTM0671r4X SUBSYSTEMr5X*Cofactor and Prosthetic Group Biosynthesisr6uh }r7j8,j4j9,hj:,h]r8jar9Rr:j>,}r;(j-fGjGjG?uhNjX,GjY,G@@ubj0,)r<}r=(hXOMMBLHX3r>hXF2 Octaprenyl 3 methyl 6 methoxy 1 4 benzoquinol hydroxylase anaerobic r?h}r@X SUBSYSTEMrAX*Cofactor and Prosthetic Group BiosynthesisrBsh }rCj8,hj9,hj:,h]rDrERrFj>,}rG(jRGj[GjRGjGjG?j[G?jRG@jRG@jSG@uhNjX,GjY,G@@ubj0,)rH}rI(hXOMPDCrJhX#orotidine 5 phosphate decarboxylaserKh}rL(XGENE_ASSOCIATIONrMXSTM1707rNX SUBSYSTEMrOX"Purine and Pyrimidine BiosynthesisrPuh }rQj8,jNj9,hj:,h]rRjarSRrTj>,}rU(j@,)rV}rW(hXorot5p_crXhXOrotidine-5-phosphaterYh}rZ(XFORMULAr[X C10H10N2O11Pr\XPUBCHEMr]X4337r^XCHARGEr_X-3r`XCHEBIraX15842rbXKEGGrcXC01103rduh }rehNhh]rfrgRrhjS,j\jT,jU,jV,JjW,GubGjRGjjG?jaG?uhNjX,GjY,G@@ubj0,)ri}rj(hXOMPHHXrkhX(2 octaprenyl 6 methoxyphenol hydroxylaserlh}rm(XGENE_ASSOCIATIONrnXSTM3057roX SUBSYSTEMrpX*Cofactor and Prosthetic Group Biosynthesisrquh }rrj8,joj9,hj:,h]rsjartRruj>,}rv(jGj-fGjG?uhNjX,GjY,G@@ubj0,)rw}rx(hXOMPHHX3ryhX32 octaprenyl 6 methoxyphenol hydroxylase anaerobic rzh}r{X SUBSYSTEMr|X*Cofactor and Prosthetic Group Biosynthesisr}sh }r~j8,hj9,hj:,h]rrRrj>,}r(jRGjRGj[GjGjG?j[G?jRG@jRG@jSG@uhNjX,GjY,G@@ubj0,)r}r(hXOPHBDCrhX(Octaprenyl hydroxybenzoate decarboxylaserh}r(XGENE_ASSOCIATIONrX( STM3978 or STM2356 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,XSTM3978 or STM2356rj9,hj:,h]r(jjerRrj>,}r(jZGjRGjaG?j@,)r}r(hX2oph_crhX2-Octaprenylphenolrh}r(XFORMULArXC46H70OrXPUBCHEMrX8105rXCHARGErjK,XCHEBIrX40407rXKEGGrXC05810ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXOPHHXrhX2 Octaprenylphenol hydroxylaserh}r(XGENE_ASSOCIATIONrXSTM3972rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j-fGjGjWG?uhNjX,GjY,G@@ubj0,)r}r(hXOPHHX3rhX)2 Octaprenylphenol hydroxylase anaerobic rh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(jRGjGj[GjRGjWG?j[G?jRG@jRG@jSG@uhNjX,GjY,G@@ubj0,)r}r(hXORNDCrhXOrnithine Decarboxylaserh}r(XGENE_ASSOCIATIONrX( STM3114 or STM0701 )rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,XSTM3114 or STM0701rj9,hj:,h]r(jjerRrj>,}r(jnGjRGjaG?juG?uhNjX,GjY,G@@ubj0,)r}r(hXORNabcpprhX-ornithine transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX5( STM2355 and STM2352 and STM2351 and STM2353 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X1STM2355 and STM2352 and STM2351 and STM2353rj9,hj:,h]r(jjjjerRrj>,}r(jGjRGjRGjRG?jnG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXORNtexrhX=ornithine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hX OROTt2_2pprhX4Orotate transport via proton symport 2 H periplasm rh}r(XGENE_ASSOCIATIONrXSTM3614rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXorot_prhXOrotaterh}r(XFORMULArXC5H3N2O4rXPUBCHEMrX3589rXCHARGErX-1rXCHEBIrX16742rXKEGGrXC00295ruh }rhNhh]r r Rr jS,jjT,jPjV,JjW,GubGj TGjRG@jG?uhNjX,GjY,G@@ubj0,)r }r (hX OAAt2_2pprhX9Oxaloacetate transport via proton symport 2 H periplasm rh}r(XGENE_ASSOCIATIONrXSTM3614rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXoaa_prhX Oxaloacetaterh}r(XFORMULArXC4H2O5r XPUBCHEMr!X3338r"XCHARGEr#X-2r$XCHEBIr%X30744r&XKEGGr'XC00036r(uh }r)hNhh]r*r+Rr,jS,j jT,jPjV,JjW,GubGj TGj}G?jRG@uhNjX,GjY,G@@ubj0,)r-}r.(hXOROTtexr/hX;Orotate transport via diffusion extracellular to periplasm r0h}r1(XGENE_ASSOCIATIONr2X2( STM1473 or STM0999 or STM0320 or STM2267 )r3X SUBSYSTEMr4XTransport Outer Membrane Porinr5uh }r6j8,X.STM1473 or STM0999 or STM0320 or STM2267r7j9,hj:,h]r8(h*hh3h!er9Rr:j>,}r;(jGjG?uhNjX,G@jY,G@@ubj0,)r<}r=(hXOAAtexr>hX@Oxaloacetate transport via diffusion extracellular to periplasm r?h}r@(XGENE_ASSOCIATIONrAX2( STM1473 or STM0999 or STM0320 or STM2267 )rBX SUBSYSTEMrCXTransport Outer Membrane PorinrDuh }rEj8,X.STM1473 or STM0999 or STM0320 or STM2267rFj9,hj:,h]rG(h*hh3h!erHRrIj>,}rJ(j!GjG?uhNjX,G@jY,G@@ubj0,)rK}rL(hXORPTrMhX!orotate phosphoribosyltransferaserNh}rO(XGENE_ASSOCIATIONrPXSTM3733rQX SUBSYSTEMrRX"Purine and Pyrimidine BiosynthesisrSuh }rTj8,jQj9,hj:,h]rUjarVRrWj>,}rX(jXGjVGj1sG?jG?uhNjX,G@jY,G@@ubj0,)rY}rZ(hXOXAMTCr[hXoxamate transcarbamoylaser\h}r]X SUBSYSTEMr^X Unassignedr_sh }r`j8,hj9,hj:,h]rarbRrcj>,}rd(jSGj@,)re}rf(hXoxur_crghX Oxalureaterhh}ri(XFORMULArjXC3H3N2O4rkXPUBCHEMrlX4060rmXCHARGErnX-1roXCHEBIrpX16582rqXKEGGrrXC00802rsuh }rthNhh]rurvRrwjS,jkjT,jU,jV,JjW,GubGjG?jG?uhNjX,GjY,G@@ubj0,)rx}ry(hXOXGDC2rzhX2 oxoglutarate decarboxylaser{h}r|(XGENE_ASSOCIATIONr}XSTM2309r~X SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,j~j9,hj:,h]rjarRrj>,}r(jGjfGjRGj@,)r}r(hX ssaltpp_crhX0Succinate-semialdehyde-thiamin-diphosphate-anionrh}r(XFORMULArXC16H21N4O10P2SrXPUBCHEMrjK,XCHARGErX-3rXCHEBIrjK,XKEGGrXC05816ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXP5CDrhX'1 pyrroline 5 carboxylate dehydrogenaserh}r(XGENE_ASSOCIATIONrXs0001rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj[GjRGjfG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXP5CRrhX!pyrroline 5 carboxylate reductaserh}r(XGENE_ASSOCIATIONrXSTM0386rX SUBSYSTEMrXArginine and Proline Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjRGjGj[G?j_}G?uhNjX,GjY,G@@ubj0,)r}r(hX PA120abcpprhX8phosphatidate transport via ABC system n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj9vGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PA140abcpprhX8phosphatidate transport via ABC system n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjmvGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PA141abcpprhX8phosphatidate transport via ABC system n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjRGjvGjRG?jRG?jG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PA160abcpprhX8phosphatidate transport via ABC system n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjvGjRGj9G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PA161abcpprhX8phosphatidate transport via ABC system n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jwGjRGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PA180abcpprhX8phosphatidate transport via ABC system n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj:wGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PA181abcppr hX8phosphatidate transport via ABC system n C181 periplasm r h}r (XGENE_ASSOCIATIONr XSTM0984r X SUBSYSTEMrXTransport Inner Membraneruh }rj8,j j9,hj:,h]rj arRrj>,}r(jkwGjRGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PACALDt2rpprhXEphenylacetaldehyde reversible transport via proton symport periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r (j@,)r!}r"(hXpacald_pr#hXPhenylacetaldehyder$h}r%(XFORMULAr&XC8H8Or'XPUBCHEMr(X3876r)XCHARGEr*jK,XCHEBIr+X16424r,XKEGGr-XC00601r.uh }r/hNhh]r0r1Rr2jS,j'jT,jPjV,KjW,GubGj TGj@,)r3}r4(hXpacald_cr5hXPhenylacetaldehyder6h}r7(XFORMULAr8XC8H8Or9XPUBCHEMr:X3876r;XCHARGEr<jK,XCHEBIr=X16424r>XKEGGr?XC00601r@uh }rAhNhh]rBrCRrDjS,j9jT,jU,jV,KjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rE}rF(hX PACALDtexrGhXIphenethylacetaldehyde transport via diffusion extracellular to periplasm rHh}rI(XGENE_ASSOCIATIONrJX2( STM0320 or STM0999 or STM1473 or STM2267 )rKX SUBSYSTEMrLXTransport Outer Membrane PorinrMuh }rNj8,X.STM0320 or STM0999 or STM1473 or STM2267rOj9,hj:,h]rP(h*hh3h!erQRrRj>,}rS(j@Gj!G?uhNjX,G@jY,G@@ubj0,)rT}rU(hXPANTSrVhXpantothenate synthaserWh}rX(XGENE_ASSOCIATIONrYXSTM0181rZX SUBSYSTEMr[X*Cofactor and Prosthetic Group Biosynthesisr\uh }r]j8,jZj9,hj:,h]r^jar_Rr`j>,}ra(jRGjyGj@,)rb}rc(hX pant__R_crdhX R-Pantoatereh}rf(XFORMULArgXC6H11O4rhXPUBCHEMriX3805rjXCHARGErkX-1rlXCHEBIrmX 14737 15980rnXKEGGroXC00522rpuh }rqhNhh]rrrsRrtjS,jhjT,jU,jV,JjW,GubGjXG?j@,)ru}rv(hX pnto__R_crwhXR-Pantothenaterxh}ry(XFORMULArzXC9H16NO5r{XPUBCHEMr|X4121r}XCHARGEr~X-1rXCHEBIrX29032 46905 7916rXKEGGrXC00864ruh }rhNhh]rrRrjS,j{jT,jU,jV,JjW,GubG?jXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA120rhX!Phosphatidate phosphatase n C120 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j9vGjRGjPG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PAPA120pprhX-Phosphatidate phosphatase periplasmic n C120 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjlTGj_G?jPG?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA140rhX!Phosphatidate phosphatase n C140 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jmvGjRGjSG?jPG?uhNjX,GjY,G@@ubj0,)r}r(hX PAPA140pprhX-Phosphatidate phosphatase periplasmic n C140 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjlTGjPG?j_G?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA141rhX!Phosphatidate phosphatase n C141 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jvGjRGjQG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PAPA141pprhX-Phosphatidate phosphatase periplasmic n C141 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjlTGj_G?jPG?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA160rhX!Phosphatidate phosphatase n C160 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jvGjRGjAQG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PAPA160pprhX-Phosphatidate phosphatase periplasmic n C160 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j9GjlTGj_G?j/QG?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA161rhX!Phosphatidate phosphatase n C161 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jwGjRGjSG?jqQG?uhNjX,GjY,G@@ubj0,)r}r(hX PAPA161pprhX-Phosphatidate phosphatase periplasmic n C161 r h}r (XGENE_ASSOCIATIONr XSTM1710r X SUBSYSTEMr XGlycerophospholipid Metabolismruh }rj8,j j9,hj:,h]rjarRrj>,}r(jGjlTGj_QG?j_G?uhNjX,GjY,G@@ubj0,)r}r(hXPAPA180rhX!Phosphatidate phosphatase n C180 rh}r(XGENE_ASSOCIATIONrXSTM1710rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRr j>,}r!(j:wGjRGjSG?jQG?uhNjX,GjY,G@@ubj0,)r"}r#(hX PAPA180ppr$hX-Phosphatidate phosphatase periplasmic n C180 r%h}r&(XGENE_ASSOCIATIONr'XSTM1710r(X SUBSYSTEMr)XGlycerophospholipid Metabolismr*uh }r+j8,j(j9,hj:,h]r,jar-Rr.j>,}r/(jGjlTGj_G?jQG?uhNjX,GjY,G@@ubj0,)r0}r1(hXPAPA181r2hX!Phosphatidate phosphatase n C181 r3h}r4(XGENE_ASSOCIATIONr5XSTM1710r6X SUBSYSTEMr7XGlycerophospholipid Metabolismr8uh }r9j8,j6j9,hj:,h]r:jar;Rr<j>,}r=(jkwGjRGjSG?jQG?uhNjX,GjY,G@@ubj0,)r>}r?(hX PAPA181ppr@hX-Phosphatidate phosphatase periplasmic n C181 rAh}rB(XGENE_ASSOCIATIONrCXSTM1710rDX SUBSYSTEMrEXGlycerophospholipid MetabolismrFuh }rGj8,jDj9,hj:,h]rHjarIRrJj>,}rK(jGjlTGjQG?j_G?uhNjX,GjY,G@@ubj0,)rL}rM(hXPAPPT3rNhXKphospho N acetylmuramoyl pentapeptide transferase meso 2 6 diaminopimelate rOh}rP(XGENE_ASSOCIATIONrQXSTM0125rRX SUBSYSTEMrSXCell Envelope BiosynthesisrTuh }rUj8,jRj9,hj:,h]rVjarWRrXj>,}rY(j@,)rZ}r[(hXugmda_cr\hXTUDP-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2-6-diaminopimeloyl-D-alanyl-D-alaniner]h}r^(XFORMULAr_X C41H61N9O28P2r`XPUBCHEMraX7434rbXCHARGErcX-4rdXCHEBIrejK,XKEGGrfXC04882rguh }rhhNhh]rirjRrkjS,j`jT,jU,jV,JjW,GubGjiGj@,)rl}rm(hXuagmda_crnhXgUndecaprenyl-diphospho-N-acetylmuramoyl-L-alanyl-D-glutamyl-meso-2-6-diaminopimeloyl-D-alanyl-D-alanineroh}rp(XFORMULArqXC87H139N7O23P2rrXPUBCHEMrsX8185rtXCHARGEruX-4rvXCHEBIrwjK,XKEGGrxXC05897ryuh }rzhNhh]r{r|Rr}jS,jrjT,jU,jV,JjW,GubG?jjG?uhNjX,GjY,G@@ubj0,)r~}r(hXPAPSRrhX.phosphoadenylyl sulfate reductase thioredoxin rh}r(XGENE_ASSOCIATIONrX<( ( STM2946 and STM2649 ) or ( STM2946 and STM3915 ) )rX SUBSYSTEMrXCysteine Metabolismruh }rj8,X8( STM2946 and STM2649 ) or ( STM2946 and STM3915 )rj9,hj:,h]r(jX j ja erRrj>,}r(jUGjesGjG?jG?joG?jRG@uhNjX,GjY,G@@ubj0,)r}r(hXPAPSR2rhX/phosphoadenylyl sulfate reductase glutaredoxin rh}r(XGENE_ASSOCIATIONrXz( ( STM2946 and STM0872 ) or ( STM2946 and STM1165 ) or ( STM2946 and STM1433 ) or ( STM2946 and STM3702 ) )rX SUBSYSTEMrXCysteine Metabolismruh }rj8,Xv( STM2946 and STM0872 ) or ( STM2946 and STM1165 ) or ( STM2946 and STM1433 ) or ( STM2946 and STM3702 )rj9,hj:,h]r(j$j-jj6j erRrj>,}r(jGjesGjG?jG?jRG@joG?uhNjX,GjY,G@@ubj0,)r}r(hXPDHrhXpyruvate dehydrogenaserh}r(XGENE_ASSOCIATIONrX'( STM0152 and STM0153 and STM0154 )rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,X#STM0152 and STM0153 and STM0154rj9,hj:,h]r(jjjserRrj>,}r(jGjGj[GjgGjgG?j[G?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXPDX5PO2rhX(pyridoxine 5 phosphate oxidase anaerboicrh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(j@,)r}r(hXpdx5p_crhXPyridoxine-5-phosphaterh}r(XFORMULArX C8H10NO6PrXPUBCHEMrX3900rXCHARGErX-2rXCHEBIrX28803rXKEGGrXC00627ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[GjRG?j[G?jyG?uhNjX,GjY,G@@ubj0,)r}r(hXPDX5POirhXpyridoxine 5 phosphate oxidaserh}r(XGENE_ASSOCIATIONrXSTM1448rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rj(arRrj>,}r(j-fGjGjQfG?jyG?uhNjX,GjY,G@@ubj0,)r}r(hXPDX5PSrhXPyridoxine 5 phosphate synthaserh}r(XGENE_ASSOCIATIONrX'( ( STM0091 or STM0163 ) and STM2578 )rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,X#( STM0091 or STM0163 ) and STM2578rj9,hj:,h]r(j:j1jCerRrj>,}r(jGj[GjGjG?j[G?jRG?jaG?jRG@jSG?uhNjX,GjY,G@@ubj0,)r}r(hXPDXPPrhX"Pyridoxine 5 phosphate phosphataserh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(jRGjGj@,)r}r(hXpydxn_crhX Pyridoxinerh}r(XFORMULArXC8H11NO3rXPUBCHEMrX3608rXCHARGErjK,XCHEBIrX16709rXKEGGrXC00314ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PE120abcpprhXCphosphatidylethanolamine transport via ABC system n C120 periplasm rh}r (XGENE_ASSOCIATIONr XSTM0984r X SUBSYSTEMr XTransport Inner Membraner uh }rj8,j j9,hj:,h]rj arRrj>,}r(jWGjRGjRGjRG?jSG?j@,)r}r(hXpe120_prhX,phosphatidylethanolamine-didodecanoyl-n-C120rh}r(XFORMULArX C29H58N1O8P1rXPUBCHEMrX3643rXCHARGErjK,XCHEBIrX16038rXKEGGrXC00350r uh }r!hNhh]r"r#Rr$jS,jjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r%}r&(hX PE140abcppr'hXCphosphatidylethanolamine transport via ABC system n C140 periplasm r(h}r)(XGENE_ASSOCIATIONr*XSTM0984r+X SUBSYSTEMr,XTransport Inner Membraner-uh }r.j8,j+j9,hj:,h]r/j ar0Rr1j>,}r2(jMXGjRGjRGj@,)r3}r4(hXpe140_pr5hX/phosphatidylethanolamine-ditetradecanoyl-n-C140r6h}r7(XFORMULAr8X C33H66N1O8P1r9XPUBCHEMr:X3643r;XCHARGEr<jK,XCHEBIr=X16038r>XKEGGr?XC00350r@uh }rAhNhh]rBrCRrDjS,j9jT,jPjV,KjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rE}rF(hX PE141abcpprGhXCphosphatidylethanolamine transport via ABC system n C141 periplasm rHh}rI(XGENE_ASSOCIATIONrJXSTM0984rKX SUBSYSTEMrLXTransport Inner MembranerMuh }rNj8,jKj9,hj:,h]rOj arPRrQj>,}rR(j}XGjRGjRGjRG?jSG?j@,)rS}rT(hXpe141_prUhX2phosphatidylethanolamine-ditetradec-7-enoyl-n-C141rVh}rW(XFORMULArXX C33H62N1O8P1rYXPUBCHEMrZX3643r[XCHARGEr\jK,XCHEBIr]X16038r^XKEGGr_XC00350r`uh }rahNhh]rbrcRrdjS,jYjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)re}rf(hX PE160abcpprghXCphosphatidylethanolamine transport via ABC system n C160 periplasm rhh}ri(XGENE_ASSOCIATIONrjXSTM0984rkX SUBSYSTEMrlXTransport Inner Membranermuh }rnj8,jkj9,hj:,h]roj arpRrqj>,}rr(jXGjRGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rs}rt(hX PE161abcppruhXCphosphatidylethanolamine transport via ABC system n C161 periplasm rvh}rw(XGENE_ASSOCIATIONrxXSTM0984ryX SUBSYSTEMrzXTransport Inner Membraner{uh }r|j8,jyj9,hj:,h]r}j ar~Rrj>,}r(jRGjXGjRGjRG?jRG?jG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PE180abcpprhXCphosphatidylethanolamine transport via ABC system n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jYGjRGjRGj@,)r}r(hXpe180_prhX.phosphatidylethanolamine-dioctadecanoyl-n-C180rh}r(XFORMULArX C41H82N1O8P1rXPUBCHEMrX3643rXCHARGErjK,XCHEBIrX16038rXKEGGrXC00350ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PE181abcpprhXCphosphatidylethanolamine transport via ABC system n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jHYGjRGjRGjRG?j@,)r}r(hXpe181_prhX2phosphatidylethanolamine-dioctadec-11-enoyl-n-C181rh}r(XFORMULArX C41H78N1O8P1rXPUBCHEMrX3643rXCHARGErjK,XCHEBIrX16038rXKEGGrXC00350ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPEAMNtexrhXBphenethylamine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j^Gj@,)r}r(hXpeamn_prhXPhenethylaminerh}r(XFORMULArXC8H12NrXPUBCHEMrX7711rXCHARGErj-XCHEBIrX18397rXKEGGrXC05332ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXPERDrhX*Erythronate 4 phosphate 4per dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM2370rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjLarRrj>,}r(j(Gj[GjG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hX PETNT161pprhX'phosphoethanolamine transferase c C161 rh}r(XGENE_ASSOCIATIONrXSTM3635rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjUarRrj>,}r(jGjfGj_QG?j:G?uhNjX,GjY,G@@ubj0,)r}r(hX PETNT181pprhX'phosphoethanolamine transferase c C161 rh}r(XGENE_ASSOCIATIONrXSTM3635rX SUBSYSTEMrX)Lipopolysaccharide Biosynthesis Recyclingruh }rj8,jj9,hj:,h]rjUar Rr j>,}r (jGjfGjQG?j:G?uhNjX,GjY,G@@ubj0,)r }r (hXPFKrhXphosphofructokinaserh}r(XGENE_ASSOCIATIONrX( STM4062 or STM1326 )rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,XSTM4062 or STM1326rj9,hj:,h]r(j^jgerRrj>,}r(jGjRGj4G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPFK_2rhXPhosphofructokinaserh}r(XGENE_ASSOCIATIONr X!( STM4062 or STM3257 or STM1326 )r!X SUBSYSTEMr"XAlternate Carbon Metabolismr#uh }r$j8,XSTM4062 or STM3257 or STM1326r%j9,hj:,h]r&(jgj^jper'Rr(j>,}r)(j@,)r*}r+(hX tag6p__D_cr,hXD-Tagatose-6-phosphater-h}r.(XFORMULAr/XC6H11O9Pr0XPUBCHEMr1X4332r2XCHARGEr3X-2r4XCHEBIr5X4251r6XKEGGr7XC01097r8uh }r9hNhh]r:r;Rr<jS,j0jT,jU,jV,JjW,GubGjRGj@,)r=}r>(hX tagdp__D_cr?hXD-Tagatose-1-6-biphosphater@h}rA(XFORMULArBX C6H10O12P2rCXPUBCHEMrDX6535rEXCHARGErFX-4rGXCHEBIrHX4250rIXKEGGrJXC03785rKuh }rLhNhh]rMrNRrOjS,jCjT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rP}rQ(hXPFLrRhXpyruvate formate lyaserSh}rT(XGENE_ASSOCIATIONrUXy( ( STM0970 and STM0973 ) or ( STM0970 and STM3241 ) or ( STM4114 and STM4115 ) or ( STM0843 and STM0844 ))rVX SUBSYSTEMrWXPyruvate MetabolismrXuh }rYj8,Xv( STM0970 and STM0973 ) or ( STM0970 and STM3241 ) or ( STM4114 and STM4115 ) or ( STM0843 and STM0844 )rZj9,hj:,h]r[(jYjjtjjjkjxer\Rr]j>,}r^(jGjGjgGjgG?j|G?uhNjX,GjY,G@@ubj0,)r_}r`(hX PG120abcpprahX?phosphatidylglycerol transport via ABC system n C120 periplasm rbh}rc(XGENE_ASSOCIATIONrdXSTM0984reX SUBSYSTEMrfXTransport Inner Membranerguh }rhj8,jej9,hj:,h]rij arjRrkj>,}rl(jZGjRGjRGjRG?jpG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rm}rn(hX PG140abcpprohX?phosphatidylglycerol transport via ABC system n C140 periplasm rph}rq(XGENE_ASSOCIATIONrrXSTM0984rsX SUBSYSTEMrtXTransport Inner Membraneruuh }rvj8,jsj9,hj:,h]rwj arxRryj>,}rz(jRGjZGjRGjRG?jRG?jƌG?jSG?uhNjX,GjY,G@@ubj0,)r{}r|(hX PG141abcppr}hX?phosphatidylglycerol transport via ABC system n C141 periplasm r~h}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjZGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PG160abcpprhX?phosphatidylglycerol transport via ABC system n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j [GjRGjRGjLG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PG161abcpprhX?phosphatidylglycerol transport via ABC system n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGj*[GjRGj|G?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PG180abcpprhX?phosphatidylglycerol transport via ABC system n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjRGjJ[GjSG?jRG?jRG?jҍG?uhNjX,GjY,G@@ubj0,)r}r(hX PG181abcpprhX?phosphatidylglycerol transport via ABC system n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjj[GjRGjRG?jG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXPGAMTrhXphosphoglucosamine mutaserh}r(XGENE_ASSOCIATIONrXSTM3294rX SUBSYSTEMrXCell Envelope Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj"tG?uhNjX,G@jY,G@@ubj0,)r}r(hXPGCDrhXphosphoglycerate dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM3062rX SUBSYSTEMrXGlycine and Serine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j[GjGj@,)r}r(hX3php_crhX3-Phosphohydroxypyruvaterh}r(XFORMULArXC3H2O7PrXPUBCHEMrX6103rXCHARGErX-3rXCHEBIrX30933rXKEGGrXC03232ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGIrhXglucose 6 phosphate isomeraserh}r(XGENE_ASSOCIATIONrXSTM4221rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXPGKrhXphosphoglycerate kinaserh}r(XGENE_ASSOCIATIONrXSTM3069rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjar Rr j>,}r (jGjRGj3G?jRG?uhNjX,G@jY,G@@ubj0,)r }r (hXPGLrhX6 phosphogluconolactonaserh}r(XGENE_ASSOCIATIONrXSTM0785rX SUBSYSTEMrXPentose Phosphate Pathwayruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGj+GjG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGLYCPrhXPhosphoglycolate phosphataserh}r(XGENE_ASSOCIATIONrXSTM3482r X SUBSYSTEMr!XAlternate Carbon Metabolismr"uh }r#j8,j j9,hj:,h]r$jar%Rr&j>,}r'(j@,)r(}r)(hX2pglyc_cr*hX2-Phosphoglycolater+h}r,(XFORMULAr-XC2H2O6Pr.XPUBCHEMr/X4234r0XCHARGEr1X-3r2XCHEBIr3X17150r4XKEGGr5XC00988r6uh }r7hNhh]r8r9Rr:jS,j.jT,jU,jV,JjW,GubGjRGjSG?jZG?uhNjX,GjY,G@@ubj0,)r;}r<(hXPGMr=hXphosphoglycerate mutaser>h}r?(XGENE_ASSOCIATIONr@X%( STM3704 or STM4585 or STM0772 )rAX SUBSYSTEMrBXGlycolysisGluconeogenesisrCuh }rDj8,X!STM3704 or STM4585 or STM0772rEj9,hj:,h]rF(jjjerGRrHj>,}rI(jhGjG?uhNjX,G@jY,G@@ubj0,)rJ}rK(hXPGMTrLhXphosphoglucomutaserMh}rN(XGENE_ASSOCIATIONrOX( STM0698 or STM2820 )rPX SUBSYSTEMrQXAlternate Carbon MetabolismrRuh }rSj8,XSTM0698 or STM2820rTj9,hj:,h]rU(jjerVRrWj>,}rX(jGjG?uhNjX,G@jY,G@@ubj0,)rY}rZ(hX PGP120abcppr[hXGphosphatidylglycerophosphate transport via ABC system n C120 periplasm r\h}r](XGENE_ASSOCIATIONr^XSTM0984r_X SUBSYSTEMr`XTransport Inner Membranerauh }rbj8,j_j9,hj:,h]rcj ardRrej>,}rf(jRGj@,)rg}rh(hXpgp120_crihX0Phosphatidylglycerophosphate-didodecanoyl-n-C120rjh}rk(XFORMULArlX C30H57O13P2rmXPUBCHEMrnX6624roXCHARGErpX-3rqXCHEBIrrjK,XKEGGrsXC03892rtuh }ruhNhh]rvrwRrxjS,jmjT,jU,jV,JjW,GubGjRGj@,)ry}rz(hXpgp120_pr{hX0Phosphatidylglycerophosphate-didodecanoyl-n-C120r|h}r}(XFORMULAr~X C30H57O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PGP140abcpprhXGphosphatidylglycerophosphate transport via ABC system n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXpgp140_crhX3Phosphatidylglycerophosphate-ditetradecanoyl-n-C140rh}r(XFORMULArX C34H65O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjRGj@,)r}r(hXpgp140_prhX3Phosphatidylglycerophosphate-ditetradecanoyl-n-C140rh}r(XFORMULArX C34H65O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PGP141abcpprhXGphosphatidylglycerophosphate transport via ABC system n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(jRGjRGj@,)r}r(hXpgp141_crhX6Phosphatidylglycerophosphate-ditetradec-7-enoyl-n-C141rh}r(XFORMULArX C34H61O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj@,)r}r(hXpgp141_prhX6Phosphatidylglycerophosphate-ditetradec-7-enoyl-n-C141rh}r(XFORMULArX C34H61O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PGP160abcpprhXGphosphatidylglycerophosphate transport via ABC system n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXpgp160_crhX2Phosphatidylglycerophosphate-dihexadecanoyl-n-C160rh}r(XFORMULArX C38H73O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGr XC03892r uh }r hNhh]r r RrjS,jjT,jU,jV,JjW,GubGjRGjRGjRG?jSG?j@,)r}r(hXpgp160_prhX2Phosphatidylglycerophosphate-dihexadecanoyl-n-C160rh}r(XFORMULArX C38H73O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRr jS,jjT,jPjV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r!}r"(hX PGP161abcppr#hXGphosphatidylglycerophosphate transport via ABC system n C161 periplasm r$h}r%(XGENE_ASSOCIATIONr&XSTM0984r'X SUBSYSTEMr(XTransport Inner Membraner)uh }r*j8,j'j9,hj:,h]r+j ar,Rr-j>,}r.(jRGj@,)r/}r0(hXpgp161_cr1hX5Phosphatidylglycerophosphate-dihexadec-9-enoyl-n-C161r2h}r3(XFORMULAr4X C38H69O13P2r5XPUBCHEMr6jK,XCHARGEr7X-3r8XCHEBIr9jK,XKEGGr:jK,uh }r;hNhh]r<r=Rr>jS,j5jT,jU,jV,JjW,GubGjRGjRG?j@,)r?}r@(hXpgp161_prAhX5Phosphatidylglycerophosphate-dihexadec-9-enoyl-n-C161rBh}rC(XFORMULArDX C38H69O13P2rEXPUBCHEMrFjK,XCHARGErGX-3rHXCHEBIrIjK,XKEGGrJjK,uh }rKhNhh]rLrMRrNjS,jEjT,jPjV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rO}rP(hX PGP180abcpprQhXGphosphatidylglycerophosphate transport via ABC system n C180 periplasm rRh}rS(XGENE_ASSOCIATIONrTXSTM0984rUX SUBSYSTEMrVXTransport Inner MembranerWuh }rXj8,jUj9,hj:,h]rYj arZRr[j>,}r\(jRGjRGj@,)r]}r^(hXpgp180_cr_hX2Phosphatidylglycerophosphate-dioctadecanoyl-n-C180r`h}ra(XFORMULArbX C42H81O13P2rcXPUBCHEMrdX6624reXCHARGErfX-3rgXCHEBIrhjK,XKEGGriXC03892rjuh }rkhNhh]rlrmRrnjS,jcjT,jU,jV,JjW,GubGj@,)ro}rp(hXpgp180_prqhX2Phosphatidylglycerophosphate-dioctadecanoyl-n-C180rrh}rs(XFORMULArtX C42H81O13P2ruXPUBCHEMrvX6624rwXCHARGErxX-3ryXCHEBIrzjK,XKEGGr{XC03892r|uh }r}hNhh]r~rRrjS,jujT,jPjV,JjW,GubG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hX PGP181abcpprhXGphosphatidylglycerophosphate transport via ABC system n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM0984rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rj arRrj>,}r(j@,)r}r(hXpgp181_crhX6Phosphatidylglycerophosphate-dioctadec-11-enoyl-n-C181rh}r(XFORMULArX C42H77O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjRGj@,)r}r(hXpgp181_prhX6Phosphatidylglycerophosphate-dioctadec-11-enoyl-n-C181rh}r(XFORMULArX C42H77O13P2rXPUBCHEMrX6624rXCHARGErX-3rXCHEBIrjK,XKEGGrXC03892ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXPGPP120rhX2phosphatidylglycerol phosphate phosphatase n C140 rh}r(XGENE_ASSOCIATIONrX( STM0420 or STM1710 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM0420 or STM1710rj9,hj:,h]r(jjerRrj>,}r(jgGjRGjZG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PGPP120pprhX<phosphatidylglycerol phosphate phosphatase periplasm n C140 rh}r(XGENE_ASSOCIATIONrX( STM1710 or STM0420 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM1710 or STM0420rj9,hj:,h]r(jjerRrj>,}r(jyGjlTGjpG?j_G?uhNjX,GjY,G@@ubj0,)r}r(hXPGPP140rhX2phosphatidylglycerol phosphate phosphatase n C140 rh}r(XGENE_ASSOCIATIONrX( STM0420 or STM1710 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM0420 or STM1710rj9,hj:,h]r(jjerRrj>,}r(jGjRGjZG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PGPP140pprhX<phosphatidylglycerol phosphate phosphatase periplasm n C140 rh}r(XGENE_ASSOCIATIONrX( STM1710 or STM0420 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM1710 or STM0420rj9,hj:,h]r(jjerRrj>,}r(jlTGjGj_G?jƌG?uhNjX,GjY,G@@ubj0,)r}r(hXPGPP141rhX2phosphatidylglycerol phosphate phosphatase n C141 rh}r(XGENE_ASSOCIATIONrX( STM0420 or STM1710 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM0420 or STM1710rj9,hj:,h]r(jjerRrj>,}r(jRGjGjZG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PGPP141pprhX<phosphatidylglycerol phosphate phosphatase periplasm n C141 rh}r(XGENE_ASSOCIATIONrX( STM0420 or STM1710 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM0420 or STM1710rj9,hj:,h]r (jjer Rr j>,}r (jGjlTGjG?j_G?uhNjX,GjY,G@@ubj0,)r }r(hXPGPP160rhX2phosphatidylglycerol phosphate phosphatase n C160 rh}r(XGENE_ASSOCIATIONrX( STM0420 or STM1710 )rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,XSTM0420 or STM1710rj9,hj:,h]r(jjerRrj>,}r(jGjRGj [G?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PGPP160pprhX<phosphatidylglycerol phosphate phosphatase periplasm n C160 rh}r (XGENE_ASSOCIATIONr!X( STM0420 or STM1710 )r"X SUBSYSTEMr#XGlycerophospholipid Metabolismr$uh }r%j8,XSTM0420 or STM1710r&j9,hj:,h]r'(jjer(Rr)j>,}r*(jGjlTGjLG?j_G?uhNjX,GjY,G@@ubj0,)r+}r,(hXPGPP161r-hX2phosphatidylglycerol phosphate phosphatase n C161 r.h}r/(XGENE_ASSOCIATIONr0X( STM0420 or STM1710 )r1X SUBSYSTEMr2XGlycerophospholipid Metabolismr3uh }r4j8,XSTM0420 or STM1710r5j9,hj:,h]r6(jjer7Rr8j>,}r9(j/GjRGj*[G?jSG?uhNjX,GjY,G@@ubj0,)r:}r;(hX PGPP161ppr<hX<phosphatidylglycerol phosphate phosphatase periplasm n C161 r=h}r>(XGENE_ASSOCIATIONr?X( STM1710 or STM0420 )r@X SUBSYSTEMrAXGlycerophospholipid MetabolismrBuh }rCj8,XSTM1710 or STM0420rDj9,hj:,h]rE(jjerFRrGj>,}rH(jlTGj?Gj|G?j_G?uhNjX,GjY,G@@ubj0,)rI}rJ(hXPGPP180rKhX2phosphatidylglycerol phosphate phosphatase n C180 rLh}rM(XGENE_ASSOCIATIONrNX( STM0420 or STM1710 )rOX SUBSYSTEMrPXGlycerophospholipid MetabolismrQuh }rRj8,XSTM0420 or STM1710rSj9,hj:,h]rT(jjerURrVj>,}rW(j]GjRGjJ[G?jSG?uhNjX,GjY,G@@ubj0,)rX}rY(hX PGPP180pprZhX<phosphatidylglycerol phosphate phosphatase periplasm n C180 r[h}r\(XGENE_ASSOCIATIONr]X( STM1710 or STM0420 )r^X SUBSYSTEMr_XGlycerophospholipid Metabolismr`uh }raj8,XSTM1710 or STM0420rbj9,hj:,h]rc(jjerdRrej>,}rf(joGjlTGjҍG?j_G?uhNjX,GjY,G@@ubj0,)rg}rh(hXPGPP181rihX2phosphatidylglycerol phosphate phosphatase n C181 rjh}rk(XGENE_ASSOCIATIONrlX( STM1710 or STM0420 )rmX SUBSYSTEMrnXGlycerophospholipid Metabolismrouh }rpj8,XSTM1710 or STM0420rqj9,hj:,h]rr(jjersRrtj>,}ru(jGjRGjj[G?jSG?uhNjX,GjY,G@@ubj0,)rv}rw(hX PGPP181pprxhX<phosphatidylglycerol phosphate phosphatase periplasm n C181 ryh}rz(XGENE_ASSOCIATIONr{X( STM0420 or STM1710 )r|X SUBSYSTEMr}XGlycerophospholipid Metabolismr~uh }rj8,XSTM0420 or STM1710rj9,hj:,h]r(jjerRrj>,}r(jGjlTGjG?j_G?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA120rhX%Phosphatidylglycerol synthase n C120 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjgG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA140rhX%Phosphatidylglycerol synthase n C140 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGj#GjG?jG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA141rhX%Phosphatidylglycerol synthase n C141 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjCGjRG?jG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA160rhX%Phosphatidylglycerol synthase n C160 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjcGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA161rhX%Phosphatidylglycerol synthase n C161 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjG?j/G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA180rhX%Phosphatidylglycerol synthase n C180 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjG?j]G?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPGSA181rhX%Phosphatidylglycerol synthase n C181 rh}r(XGENE_ASSOCIATIONrXSTM1945rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjÉGjRG?jG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PHEMEabcpprhX-protoheme transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM2254 and STM2253 and STM2252 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM2254 and STM2253 and STM2252rj9,hj:,h]r(jjj#erRrj>,}r(j\GjRGjRGj@,)r}r(hXpheme_prhX Protohemerh}r(XFORMULArX C34H30FeN4O4rXPUBCHEMrX3334rXCHARGErX-2rXCHEBIrX17627rXKEGGrXC00032ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hX PHEMEtiexr hXNprotoheme transport irreversible out via diffusion periplasm to extracellular r h}r X SUBSYSTEMrXTransport Outer Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jGjG?uhNjX,GjY,G@@ubj0,)r}r(hXPHETA1rhXphenylalanine transaminaserh}r(XGENE_ASSOCIATIONrX%( STM3903 or STM0998 or STM4248 )rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,X!STM3903 or STM0998 or STM4248rj9,hj:,h]r (jUjj er!Rr"j>,}r#(jEGjfGj@,)r$}r%(hXphpyr_cr&hXPhenylpyruvater'h}r((XFORMULAr)XC9H7O3r*XPUBCHEMr+X3466r,XCHARGEr-X-1r.XCHEBIr/X30851r0XKEGGr1XC00166r2uh }r3hNhh]r4r5Rr6jS,j*jT,jU,jV,JjW,GubG?jfG?uhNjX,G@jY,G@@ubj0,)r7}r8(hXPHETRSr9hXPhenylalanyl tRNA synthetaser:h}r;(XGENE_ASSOCIATIONr<X( STM1338 and STM1337 )r=X SUBSYSTEMr>X tRNA Chargingr?uh }r@j8,XSTM1338 and STM1337rAj9,hj:,h]rB(j5j,erCRrDj>,}rE(jRGj@,)rF}rG(hX trnaphe_crHhXtRNA-PherIh}rJ(XFORMULArKjyXPUBCHEMrLX4797rMXCHARGErNjK,XCHEBIrOX29184rPXKEGGrQXC01648rRuh }rShNhh]rTrURrVjS,jyjT,jU,jV,KjW,GubGjEGj@,)rW}rX(hX phetrna_crYhXL-Phenylalanyl-tRNA-PherZh}r[(XFORMULAr\XC9H10NORr]XPUBCHEMr^X6321r_XCHARGEr`j-XCHEBIraX29153rbXKEGGrcXC03511rduh }rehNhh]rfrgRrhjS,j]jT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)ri}rj(hXPHEt2rpprkhXBL phenylalanine reversible transport via proton symport periplasm rlh}rm(XGENE_ASSOCIATIONrnX( STM0568 or STM0150 )roX SUBSYSTEMrpXTransport Inner Membranerquh }rrj8,XSTM0568 or STM0150rsj9,hj:,h]rt(j>jVeruRrvj>,}rw(j@,)rx}ry(hXphe__L_przhXL-Phenylalaniner{h}r|(XFORMULAr}XC9H11NO2r~XPUBCHEMrX3379rXCHARGErjK,XCHEBIrX17295rXKEGGrXC00079ruh }rhNhh]rrRrjS,j~jT,jPjV,KjW,GubGj TGjEG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXPHEtexrhXCL phenylalanine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j|GjxG?uhNjX,G@jY,G@@ubj0,)r}r(hXPIt2rpprhX5phosphate reversible transport via symport periplasm rh}r(XGENE_ASSOCIATIONrXSTM3589rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,jj9,hj:,h]rjGarRrj>,}r(j_Gj TGjSG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXPItexrhX=phosphate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj_G?uhNjX,G@jY,G@@ubj0,)r}r(hXPIuabcpprhX4phosphate transport via ABC system uptake periplasm rh}r(XGENE_ASSOCIATIONrX5( STM3855 and STM3854 and STM3856 and STM3857 )rX SUBSYSTEMrX&Inorganic Ion Transport and Metabolismruh }rj8,X1STM3855 and STM3854 and STM3856 and STM3857rj9,hj:,h]r(jkjYjPjberRrj>,}r(jRGj_GjRGjRG?jRG?jSG@uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A120pprhX1Phospholipase A1 phosphatidate n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGj3UG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A140pprhX1Phospholipase A1 phosphatidate n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjeUG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A141pprhX1Phospholipase A1 phosphatidate n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?jUG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A160pprhX1Phospholipase A1 phosphatidate n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGj9GjUG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A161pprhX1Phospholipase A1 phosphatidate n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRr j>,}r (jlTGjGjUG?jG?uhNjX,GjY,G@@ubj0,)r }r (hX PLIPA1A180ppr hX1Phospholipase A1 phosphatidate n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j-VG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1A181pprhX1Phospholipase A1 phosphatidate n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMr XGlycerophospholipid Metabolismr!uh }r"j8,jj9,hj:,h]r#jtar$Rr%j>,}r&(jGjlTGj?G?j_VG?uhNjX,GjY,G@@ubj0,)r'}r((hX PLIPA1E120ppr)hX<Phospholipase A1 phosphatidylethanolamine n C120 periplasm r*h}r+(XGENE_ASSOCIATIONr,XSTM3957r-X SUBSYSTEMr.XGlycerophospholipid Metabolismr/uh }r0j8,j-j9,hj:,h]r1jtar2Rr3j>,}r4(jGjlTGjG?jVG?j TG?uhNjX,GjY,G@@ubj0,)r5}r6(hX PLIPA1E140ppr7hX<Phospholipase A1 phosphatidylethanolamine n C140 periplasm r8h}r9(XGENE_ASSOCIATIONr:XSTM3957r;X SUBSYSTEMr<XGlycerophospholipid Metabolismr=uh }r>j8,j;j9,hj:,h]r?jtar@RrAj>,}rB(j3GjlTGjG?j TG?jVG?uhNjX,GjY,G@@ubj0,)rC}rD(hX PLIPA1E141pprEhX<Phospholipase A1 phosphatidylethanolamine n C141 periplasm rFh}rG(XGENE_ASSOCIATIONrHXSTM3957rIX SUBSYSTEMrJXGlycerophospholipid MetabolismrKuh }rLj8,jIj9,hj:,h]rMjtarNRrOj>,}rP(jSGjlTGjVG?jG?j TG?uhNjX,GjY,G@@ubj0,)rQ}rR(hX PLIPA1E160pprShX<Phospholipase A1 phosphatidylethanolamine n C160 periplasm rTh}rU(XGENE_ASSOCIATIONrVXSTM3957rWX SUBSYSTEMrXXGlycerophospholipid MetabolismrYuh }rZj8,jWj9,hj:,h]r[jtar\Rr]j>,}r^(jlTGjGj TG?jG?j!WG?uhNjX,GjY,G@@ubj0,)r_}r`(hX PLIPA1E161pprahX<Phospholipase A1 phosphatidylethanolamine n C161 periplasm rbh}rc(XGENE_ASSOCIATIONrdXSTM3957reX SUBSYSTEMrfXGlycerophospholipid Metabolismrguh }rhj8,jej9,hj:,h]rijtarjRrkj>,}rl(jGjlTGjG?jQWG?j TG?uhNjX,GjY,G@@ubj0,)rm}rn(hX PLIPA1E180pprohX<Phospholipase A1 phosphatidylethanolamine n C180 periplasm rph}rq(XGENE_ASSOCIATIONrrXSTM3957rsX SUBSYSTEMrtXGlycerophospholipid Metabolismruuh }rvj8,jsj9,hj:,h]rwjtarxRryj>,}rz(jGjlTGjG?jWG?j TG?uhNjX,GjY,G@@ubj0,)r{}r|(hX PLIPA1E181ppr}hX<Phospholipase A1 phosphatidylethanolamine n C181 periplasm r~h}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGj TG?jWG?j?G?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G120pprhX8Phospholipase A1 phosphatidylglycerol n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjpGjhYG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G140pprhX8Phospholipase A1 phosphatidylglycerol n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjƌGjYG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G141pprhX8Phospholipase A1 phosphatidylglycerol n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGj TG?jG?jYG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G160pprhX8Phospholipase A1 phosphatidylglycerol n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjLGjYG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G161pprhX8Phospholipase A1 phosphatidylglycerol n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(j|GjlTGjG?j ZG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G180pprhX8Phospholipase A1 phosphatidylglycerol n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jҍGjlTGj TG?jNZG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA1G181pprhX8Phospholipase A1 phosphatidylglycerol n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjGj?G?j TG?j|ZG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2A120pprhX1Phospholipase A2 phosphatidate n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2A140pprhX1Phospholipase A2 phosphatidate n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2A141ppr hX1Phospholipase A2 phosphatidate n C141 periplasm r h}r (XGENE_ASSOCIATIONr XSTM3957r X SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,j j9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2A160pprhX1Phospholipase A2 phosphatidate n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtar Rr!j>,}r"(j9GjlTGj TG?jG?j=G?uhNjX,GjY,G@@ubj0,)r#}r$(hX PLIPA2A161ppr%hX1Phospholipase A2 phosphatidate n C161 periplasm r&h}r'(XGENE_ASSOCIATIONr(XSTM3957r)X SUBSYSTEMr*XGlycerophospholipid Metabolismr+uh }r,j8,j)j9,hj:,h]r-jtar.Rr/j>,}r0(jlTGjGj^G?j TG?jG?uhNjX,GjY,G@@ubj0,)r1}r2(hX PLIPA2A180ppr3hX1Phospholipase A2 phosphatidate n C180 periplasm r4h}r5(XGENE_ASSOCIATIONr6XSTM3957r7X SUBSYSTEMr8XGlycerophospholipid Metabolismr9uh }r:j8,j7j9,hj:,h]r;jtar<Rr=j>,}r>(jlTGjGjG?j|G?j TG?uhNjX,GjY,G@@ubj0,)r?}r@(hX PLIPA2A181pprAhX1Phospholipase A2 phosphatidate n C181 periplasm rBh}rC(XGENE_ASSOCIATIONrDXSTM3957rEX SUBSYSTEMrFXGlycerophospholipid MetabolismrGuh }rHj8,jEj9,hj:,h]rIjtarJRrKj>,}rL(jlTGjGjG?j TG?j?G?uhNjX,GjY,G@@ubj0,)rM}rN(hX PLIPA2E120pprOhX<Phospholipase A2 phosphatidylethanolamine n C120 periplasm rPh}rQ(XGENE_ASSOCIATIONrRXSTM3957rSX SUBSYSTEMrTXGlycerophospholipid MetabolismrUuh }rVj8,jSj9,hj:,h]rWjtarXRrYj>,}rZ(jGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r[}r\(hX PLIPA2E140ppr]hX<Phospholipase A2 phosphatidylethanolamine n C140 periplasm r^h}r_(XGENE_ASSOCIATIONr`XSTM3957raX SUBSYSTEMrbXGlycerophospholipid Metabolismrcuh }rdj8,jaj9,hj:,h]rejtarfRrgj>,}rh(j3GjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)ri}rj(hX PLIPA2E141pprkhX<Phospholipase A2 phosphatidylethanolamine n C141 periplasm rlh}rm(XGENE_ASSOCIATIONrnXSTM3957roX SUBSYSTEMrpXGlycerophospholipid Metabolismrquh }rrj8,joj9,hj:,h]rsjtartRruj>,}rv(jSGjlTGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)rw}rx(hX PLIPA2E160ppryhX<Phospholipase A2 phosphatidylethanolamine n C160 periplasm rzh}r{(XGENE_ASSOCIATIONr|XSTM3957r}X SUBSYSTEMr~XGlycerophospholipid Metabolismruh }rj8,j}j9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2E161pprhX<Phospholipase A2 phosphatidylethanolamine n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j TG?j7G?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2E180pprhX<Phospholipase A2 phosphatidylethanolamine n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?jVG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2E181pprhX<Phospholipase A2 phosphatidylethanolamine n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjGj TG?juG?j?G?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G120pprhX8Phospholipase A2 phosphatidylglycerol n C120 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jpGjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G140pprhX8Phospholipase A2 phosphatidylglycerol n C140 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjƌGjG?jG?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G141pprhX8Phospholipase A2 phosphatidylglycerol n C141 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jGjlTGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G160pprhX8Phospholipase A2 phosphatidylglycerol n C160 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jlTGjLGjG?j TG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G161pprhX8Phospholipase A2 phosphatidylglycerol n C161 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(j|GjlTGjG?j TG?j G?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G180pprhX8Phospholipase A2 phosphatidylglycerol n C180 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjtarRrj>,}r(jҍGjlTGjG?j*G?j TG?uhNjX,GjY,G@@ubj0,)r}r(hX PLIPA2G181pprhX8Phospholipase A2 phosphatidylglycerol n C181 periplasm rh}r(XGENE_ASSOCIATIONrXSTM3957r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jtarRrj>,}r(jlTGjGj TG?jHG?j?G?uhNjX,GjY,G@@ubj0,)r}r(hXPMDPHTrhXpyrimidine phosphataserh}rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisrsh }rj8,hj9,hj:,h]rrRrj>,}r(j~GjRGj@,)r}r(hX4r5au_crhX 4-1-D-Ribitylamino-5-aminouracilr h}r!(XFORMULAr"X C9H16N4O6r#XPUBCHEMr$X7303r%XCHARGEr&jK,XCHEBIr'X15934r(XKEGGr)XC04732r*uh }r+hNhh]r,r-Rr.jS,j#jT,jU,jV,KjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r/}r0(hXPMPKr1hXphosphomethylpyrimidine kinaser2h}r3(XGENE_ASSOCIATIONr4XSTM2146r5X SUBSYSTEMr6X*Cofactor and Prosthetic Group Biosynthesisr7uh }r8j8,j5j9,hj:,h]r9jqar:Rr;j>,}r<(jm\GjRGjRG?jZ\G?uhNjX,GjY,G@@ubj0,)r=}r>(hXPNTKr?hXpantothenate kinaser@h}rA(XGENE_ASSOCIATIONrBXSTM4139rCX SUBSYSTEMrDX*Cofactor and Prosthetic Group BiosynthesisrEuh }rFj8,jCj9,hj:,h]rGj}arHRrIj>,}rJ(juGjRGjRG?j@,)rK}rL(hX4ppan_crMhXD-4-PhosphopantothenaterNh}rO(XFORMULArPX C9H15NO8PrQXPUBCHEMrRX6304rSXCHARGErTX-3rUXCHEBIrVX15905rWXKEGGrXXC03492rYuh }rZhNhh]r[r\Rr]jS,jQjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r^}r_(hXPNTOt4ppr`hX(Pantothenate sodium symporter periplasm rah}rb(XGENE_ASSOCIATIONrcXSTM3382rdX SUBSYSTEMreXTransport Inner Membranerfuh }rgj8,jdj9,hj:,h]rhjariRrjj>,}rk(jYpGj@,)rl}rm(hX pnto__R_prnhXR-Pantothenateroh}rp(XFORMULArqXC9H16NO5rrXPUBCHEMrsX4121rtXCHARGEruX-1rvXCHEBIrwX29032 46905 7916rxXKEGGryXC00864rzuh }r{hNhh]r|r}Rr~jS,jrjT,jPjV,JjW,GubGjkpG?juG?uhNjX,GjY,G@@ubj0,)r}r(hXPNTOtexrhX@Pantothenate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(jGjlG?uhNjX,G@jY,G@@ubj0,)r}r(hXPOXrhXpyruvate oxidaserh}r(XGENE_ASSOCIATIONrXSTM0935rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjRGj݃GjG?jkG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXPPArhXinorganic diphosphataserh}r(XGENE_ASSOCIATIONrX%( STM4414 or STM2502 or STM2927 )rX SUBSYSTEMrXAnaplerotic Reactionsruh }rj8,X!STM4414 or STM2502 or STM2927rj9,hj:,h]r(jjherRrj>,}r(jXGjRGjRG?jSG@uhNjX,GjY,G@@ubj0,)r}r(hXPPA2rhXinorganic triphosphataserh}r(XGENE_ASSOCIATIONrX( STM2927 or STM2502 )rX SUBSYSTEMrXAnaplerotic Reactionsruh }rj8,XSTM2927 or STM2502rj9,hj:,h]r(jherRrj>,}r(jGjRGjSG?jRG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXPPAKrrhXPropionate kinaserh}r(XGENE_ASSOCIATIONrX#( STM3242 or STM2057 or STM2337 )rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,XSTM3242 or STM2057 or STM2337rj9,hj:,h]r(jjijWerRrj>,}r(j@,)r}r(hXppap_crhXPropanoyl-phosphaterh}r(XFORMULArXC3H5O5PrXPUBCHEMrX5809rXCHARGErX-2rXCHEBIrjK,XKEGGrXC02876ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjhG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPALtexrhX<propanal transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGj@,)r}r(hXppal_prhXPropanalrh}r(XFORMULArXC3H6OrXPUBCHEMrX3762rXCHARGErjK,XCHEBIrX17153rXKEGGrXC00479ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPALtpprhX)propanal transport via channel periplasm rh}rX SUBSYSTEMrXTransport Inner Membranersh }rj8,hj9,hj:,h]rrRrj>,}r(jlzGjG?uhNjX,G@jY,G@@ubj0,)r}r (hXPPAt4ppr hX!NaPropionate symporter periplasm r h}r (XGENE_ASSOCIATIONr XSTM1125rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXppa_prhXPropionate-n-C30rh}r(XFORMULArXC3H5O2rXPUBCHEMrX3463rXCHARGErX-1r XCHEBIr!X30768r"XKEGGr#XC00163r$uh }r%hNhh]r&r'Rr(jS,jjT,jPjV,JjW,GubGjYpGjhG?jkpG?uhNjX,GjY,G@@ubj0,)r)}r*(hXPPAtexr+hX"propionate transport via diffusionr,h}r-(XGENE_ASSOCIATIONr.X2( STM1473 or STM0999 or STM2267 or STM0320 )r/X SUBSYSTEMr0XTransport Outer Membrane Porinr1uh }r2j8,X.STM1473 or STM0999 or STM2267 or STM0320r3j9,hj:,h]r4(h*hh3h!er5Rr6j>,}r7(jGjG?uhNjX,G@jY,G@@ubj0,)r8}r9(hXPPBNGSr:hXporphobilinogen synthaser;h}r<(XGENE_ASSOCIATIONr=XSTM0372r>X SUBSYSTEMr?X*Cofactor and Prosthetic Group Biosynthesisr@uh }rAj8,j>j9,hj:,h]rBjarCRrDj>,}rE(j\GjRG@jRG?jG?uhNjX,GjY,G@@ubj0,)rF}rG(hXPPCrHhXphosphoenolpyruvate carboxylaserIh}rJ(XGENE_ASSOCIATIONrKXSTM4119rLX SUBSYSTEMrMXAnaplerotic ReactionsrNuh }rOj8,jLj9,hj:,h]rPjarQRrRj>,}rS(jRGjaGj4jGj}G?jRG?jSG?uhNjX,GjY,G@@ubj0,)rT}rU(hXPPCDCrVhX)phosphopantothenoylcysteine decarboxylaserWh}rX(XGENE_ASSOCIATIONrYXSTM3730rZX SUBSYSTEMr[X*Cofactor and Prosthetic Group Biosynthesisr\uh }r]j8,jZj9,hj:,h]r^jar_Rr`j>,}ra(j@,)rb}rc(hX4ppcys_crdhX%N--R-4-Phosphopantothenoyl-L-cysteinereh}rf(XFORMULArgX C12H20N2O9PSrhXPUBCHEMriX7001rjXCHARGErkX-3rlXCHEBIrmX15769rnXKEGGroXC04352rpuh }rqhNhh]rrrsRrtjS,jhjT,jU,jV,JjW,GubGjRGjaG?j@,)ru}rv(hXpan4p_crwhXPantetheine-4-phosphaterxh}ry(XFORMULArzX C11H21N2O7PSr{XPUBCHEMr|X4365r}XCHARGEr~X-2rXCHEBIrX16858rXKEGGrXC01134ruh }rhNhh]rrRrjS,j{jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r}r(hXPPCKrhX!phosphoenolpyruvate carboxykinaserh}r(XGENE_ASSOCIATIONrXSTM3500rX SUBSYSTEMrXAnaplerotic Reactionsruh }rj8,jj9,hj:,h]rjarRrj>,}r(j}GjRGjaG?jRG?j4jG?uhNjX,GjY,G@@ubj0,)r}r(hXPPGPPDPrhX-guanosine 3 5 bis diphosphate 3 diphosphataserh}r(XGENE_ASSOCIATIONrXSTM3742rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jRGjGjXG?jqG?uhNjX,GjY,G@@ubj0,)r}r(hXPPK2rrhXpolyphosphate kinaserh}r(XGENE_ASSOCIATIONrXSTM2501rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(jXGjRGjG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPKrrhXpolyphosphate kinaserh}r(XGENE_ASSOCIATIONrXSTM2501rX SUBSYSTEMrXOxidative Phosphorylationruh }rj8,jj9,hj:,h]rjarRrj>,}r(jSGjRGjXG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPPMrhXphosphopentomutaserh}r(XGENE_ASSOCIATIONrXSTM4569rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r}r(hXr1p_crhXalpha-D-Ribose-1-phosphaterh}r(XFORMULArXC5H9O8PrXPUBCHEMrjK,XCHARGErX-2rXCHEBIrjK,XKEGGrXC00442ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjsG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPM2rhX!phosphopentomutase 2 deoxyribose rh}r(XGENE_ASSOCIATIONrXSTM4569rX SUBSYSTEMrXAlternate Carbon Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPNCL2rhX#phosphopantothenate cysteine ligaserh}r(XGENE_ASSOCIATIONrXSTM3730rX SUBSYSTEMrX*Cofactor and Prosthetic Group Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(j/}GjKGjmGjXG?jRG?jbG?jG?uhNjX,GjY,G@@ubj0,)r}r(hXPPNDrhXprephenate dehydrogenaserh}r(XGENE_ASSOCIATIONrXSTM2669rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j@,)r }r (hXpphn_cr hX Prephenater h}r (XFORMULArXC10H8O6rXPUBCHEMrX3553rXCHARGErX-2rXCHEBIrX16666rXKEGGrXC00254ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGj[Gj@,)r}r(hX34hpp_crhX3-4-Hydroxyphenyl-pyruvaterh}r (XFORMULAr!XC9H7O4r"XPUBCHEMr#X4406r$XCHARGEr%X-1r&XCHEBIr'X15999r(XKEGGr)XC01179r*uh }r+hNhh]r,r-Rr.jS,j"jT,jU,jV,JjW,GubG?jaG?j[G?uhNjX,GjY,G@@ubj0,)r/}r0(hXPPNDHr1hXprephenate dehydrataser2h}r3(XGENE_ASSOCIATIONr4XSTM2667r5X SUBSYSTEMr6X0Tyrosine Tryptophan and Phenylalanine Metabolismr7uh }r8j8,j5j9,hj:,h]r9jar:Rr;j>,}r<(j GjRGj$G?jaG?jRG?uhNjX,GjY,G@@ubj0,)r=}r>(hXPPPGOr?hX#protoporphyrinogen oxidase aerobic r@h}rA(XGENE_ASSOCIATIONrBXSTM3987rCX SUBSYSTEMrDX*Cofactor and Prosthetic Group BiosynthesisrEuh }rFj8,jCj9,hj:,h]rGjarHRrIj>,}rJ(j-fGjGjG?jRG@uhNjX,GjY,G@@ubj0,)rK}rL(hXPPPGO3rMhX%protoporphyrinogen oxidase anaerobic rNh}rO(XGENE_ASSOCIATIONrPXSTM3987rQX SUBSYSTEMrRX*Cofactor and Prosthetic Group BiosynthesisrSuh }rTj8,jQj9,hj:,h]rUjarVRrWj>,}rX(jGjsGjG?j@G@uhNjX,GjY,G@@ubj0,)rY}rZ(hX PPPNt2rppr[hXE3 phenylpropionate transport via proton symport reversible periplasm r\h}r](XGENE_ASSOCIATIONr^XSTM2554r_X SUBSYSTEMr`XTransport Inner Membranerauh }rbj8,j_j9,hj:,h]rcj ardRrej>,}rf(j@,)rg}rh(hXpppn_prihXPhenylpropanoaterjh}rk(XFORMULArlXC9H9O2rmXPUBCHEMrnX7943roXCHARGErpX-1rqXCHEBIrrX28631rsXKEGGrtXC05629ruuh }rvhNhh]rwrxRryjS,jmjT,jPjV,JjW,GubGj TGj@,)rz}r{(hXpppn_cr|hXPhenylpropanoater}h}r~(XFORMULArXC9H9O2rXPUBCHEMrX7943rXCHARGErX-1rXCHEBIrX28631rXKEGGrXC05629ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPPNtexrhXF3 phenylpropionate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(j4GjgG?uhNjX,G@jY,G@@ubj0,)r}r(hXPPSrhXphosphoenolpyruvate synthaserh}r(XGENE_ASSOCIATIONrXSTM1349rX SUBSYSTEMrXGlycolysisGluconeogenesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjGjRGjRGjXG?jRG@j4jG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hXPPTtexrhX?Phosphonate transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(jSGj@,)r}r(hXppt_prhX Phosphonaterh}r(XFORMULArXHO3PrXPUBCHEMrX8926rXCHARGErX-2rXCHEBIrjK,XKEGGrXC06701ruh }rhNhh]rrRrjS,jjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r}r(hXPRAGSrrhX"phosphoribosylglycinamide synthaserh}r(XGENE_ASSOCIATIONrXSTM4175rX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rjarRrj>,}r(jGjRGj}GjTG?jRG?jRG?jSG?uhNjX,G@jY,G@@ubj0,)r}r(hXPRAISrhX%phosphoribosylaminoimidazole synthaserh}r(XGENE_ASSOCIATIONrX STM2499.SrX SUBSYSTEMrX"Purine and Pyrimidine Biosynthesisruh }rj8,jj9,hj:,h]rj(arRrj>,}r(jRGj@,)r}r(hXfpram_crhX.2-Formamido-N1-5-phospho-D-ribosyl-acetamidinerh}r(XFORMULArX C8H15N3O8PrXPUBCHEMrX7229rXCHARGErX-1rXCHEBIrX18413rXKEGGrXC04640ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjxG?jSG?jRG@jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPRAIirhX2phosphoribosylanthranilate isomerase irreversible rh}r(XGENE_ASSOCIATIONrXSTM1725rX SUBSYSTEMrX0Tyrosine Tryptophan and Phenylalanine Metabolismruh }rj8,jj9,hj:,h]rjarRrj>,}r(j}GjG?uhNjX,GjY,G@@ubj0,)r}r (hXPRAMPCr hX!phosphoribosyl AMP cyclohydrolaser h}r (XGENE_ASSOCIATIONr XSTM2078rX SUBSYSTEMrXHistidine Metabolismruh }rj8,jj9,hj:,h]rj1arRrj>,}r(jRGj@,)r}r(hXprbamp_crhX1-5-Phosphoribosyl-AMPrh}r(XFORMULArX C15H19N5O14P2rXPUBCHEMrX5701rXCHARGErX-4r XCHEBIr!jK,XKEGGr"XC02741r#uh }r$hNhh]r%r&Rr'jS,jjT,jU,jV,JjW,GubGj@,)r(}r)(hXprfp_cr*hXR1-5-Phosphoribosyl-5-5-phosphoribosylamino-methylideneaminoimidazole-4-carboxamider+h}r,(XFORMULAr-X C15H21N5O15P2r.XPUBCHEMr/X7447r0XCHARGEr1X-4r2XCHEBIr3X18302r4XKEGGr5XC04896r6uh }r7hNhh]r8r9Rr:jS,j.jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r;}r<(hXPRASCSir=hX7phosphoribosylaminoimidazolesuccinocarboxamide synthaser>h}r?(XGENE_ASSOCIATIONr@XSTM2487rAX SUBSYSTEMrBX"Purine and Pyrimidine BiosynthesisrCuh }rDj8,jAj9,hj:,h]rEj:arFRrGj>,}rH(jsGjRGjFxGjsG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rI}rJ(hXPRATPPrKhX"phosphoribosyl ATP pyrophosphataserLh}rM(XGENE_ASSOCIATIONrNXSTM2078rOX SUBSYSTEMrPXHistidine MetabolismrQuh }rRj8,jOj9,hj:,h]rSj1arTRrUj>,}rV(jRGjwGjXG?jG?jRG?uhNjX,GjY,G@@ubj0,)rW}rX(hXPRFGSrYhX*phosphoribosylformylglycinamidine synthaserZh}r[(XGENE_ASSOCIATIONr\XSTM2565r]X SUBSYSTEMr^X"Purine and Pyrimidine Biosynthesisr_uh }r`j8,j]j9,hj:,h]rajCarbRrcj>,}rd(jRGj'qGjgGjRGjG?jfG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)re}rf(hXPRMICIrghX]1 5 phosphoribosyl 5 5 phosphoribosylamino methylideneamino imidazole 4 carboxamide isomeraserhh}ri(XGENE_ASSOCIATIONrjXSTM2076rkX SUBSYSTEMrlXHistidine Metabolismrmuh }rnj8,jkj9,hj:,h]rojLarpRrqj>,}rr(j(GjG?uhNjX,G@jY,G@@ubj0,)rs}rt(hXPROD2ruhXProline dehydrogenaservh}rw(XGENE_ASSOCIATIONrxXs0001ryX SUBSYSTEMrzXArginine and Proline Metabolismr{uh }r|j8,jyj9,hj:,h]r}jar~Rrj>,}r(j_}GjlGjlG?jRG?jG?uhNjX,GjY,G@@ubj0,)r}r(hX PROGLYabcpprhX=L Prolinylglycine Pro Gly transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrXC( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X?STM3630 and STM3629 and STM3628 and STM3627 and STM3626rj9,hj:,h]r(jjjjjerRrj>,}r(jRGj@,)r}r(hXprogly_prhXL-Prolinylglycinerh}r(XFORMULArX C7H12N2O3rXPUBCHEMrjK,XCHARGErjK,XCHEBIrjK,XKEGGrjK,uh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRG?jP}G?jRG?jSG?uhNjX,GjY,G@@ubj0,)r}r(hX PROGLYtexrhXEL Prolinylglycine transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h*hh3h!erRrj>,}r(jGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXPROTRSrhXProlyl tRNA synthetaserh}r(XGENE_ASSOCIATIONrXSTM0242rX SUBSYSTEMrX tRNA Chargingruh }rj8,jj9,hj:,h]rjUarRrj>,}r(j@,)r}r(hX trnapro_crhXtRNA-Prorh}r(XFORMULArjyXPUBCHEMrX4798rXCHARGErjK,XCHEBIrX29177rXKEGGrXC01649ruh }rhNhh]rrRrjS,jyjT,jU,jV,KjW,GubGj_}GjRGjXG?j@,)r}r(hX protrna_crhXL-Prolyl-tRNA-Prorh}r(XFORMULArXC5H8NORrXPUBCHEMrX5665rXCHARGErj-XCHEBIrX29154rXKEGGrXC02702ruh }rhNhh]rrRrjS,jjT,jU,jV,KjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXPROabcpprhX-L proline transport via ABC system periplasm rh}r(XGENE_ASSOCIATIONrX'( STM2809 and STM2810 and STM2811 )rX SUBSYSTEMrXTransport Inner Membraneruh }rj8,X#STM2809 and STM2810 and STM2811rj9,hj:,h]r(j j j erRrj>,}r(j@,)r}r(hXpro__L_prhX L-Prolinerh}r(XFORMULArXC5H9NO2rXPUBCHEMrX3448rXCHARGErjK,XCHEBIrX17203rXKEGGrXC00148ruh }rhNhh]rrRrjS,jjT,jPjV,KjW,GubGjRGjRGjSG?j_}G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r}r(hXPROt4pprhX NaProline L symporter periplasm rh}r(XGENE_ASSOCIATIONrXSTM1125rX SUBSYSTEMrXTransport Inner Membraneruh }r j8,jj9,hj:,h]r jar Rr j>,}r (jYpGjGj_}G?jkpG?uhNjX,GjY,G@@ubj0,)r}r(hXPROtexrhX=L proline transport via diffusion extracellular to periplasm rh}r(XGENE_ASSOCIATIONrX2( STM0320 or STM0999 or STM1473 or STM2267 )rX SUBSYSTEMrXTransport Outer Membrane Porinruh }rj8,X.STM0320 or STM0999 or STM1473 or STM2267rj9,hj:,h]r(h!h*hh3erRrj>,}r(jqGjG?uhNjX,G@jY,G@@ubj0,)r}r(hXPRPPSrhX&phosphoribosylpyrophosphate synthetaser h}r!(XGENE_ASSOCIATIONr"XSTM1780r#X SUBSYSTEMr$XHistidine Metabolismr%uh }r&j8,j#j9,hj:,h]r'j^ar(Rr)j>,}r*(jsGjRGjXG?j1sG?jRG?uhNjX,GjY,G@@ubj0,)r+}r,(hX PSCLYStexr-hX6psicoselysine transporter via diffusion extracellular r.h}r/(XGENE_ASSOCIATIONr0X2( STM2267 or STM1473 or STM0320 or STM0999 )r1X SUBSYSTEMr2XTransport Outer Membrane Porinr3uh }r4j8,X.STM2267 or STM1473 or STM0320 or STM0999r5j9,hj:,h]r6(h*hh3h!er7Rr8j>,}r9(jGj@,)r:}r;(hXpsclys_pr<hX psicoselysiner=h}r>(XFORMULAr?X C12H25N2O7r@XPUBCHEMrAjK,XCHARGErBj-XCHEBIrCjK,XKEGGrDjK,uh }rEhNhh]rFrGRrHjS,j@jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rI}rJ(hXPSCVTrKhX,3 phosphoshikimate 1 carboxyvinyltransferaserLh}rM(XGENE_ASSOCIATIONrNXSTM0978rOX SUBSYSTEMrPX0Tyrosine Tryptophan and Phenylalanine MetabolismrQuh }rRj8,jOj9,hj:,h]rSjgarTRrUj>,}rV(j4jGj@,)rW}rX(hXskm5p_crYhXShikimate-5-phosphaterZh}r[(XFORMULAr\XC7H8O8Pr]XPUBCHEMr^X6057r_XCHARGEr`X-3raXCHEBIrbX17052rcXKEGGrdXC03175reuh }rfhNhh]rgrhRrijS,j]jT,jU,jV,JjW,GubGj#G?jSG?uhNjX,G@jY,G@@ubj0,)rj}rk(hXPSD120rlhX(Phosphatidylserine decarboxylase n C120 rmh}rn(XGENE_ASSOCIATIONroXSTM4348rpX SUBSYSTEMrqXGlycerophospholipid Metabolismrruh }rsj8,jpj9,hj:,h]rtjparuRrvj>,}rw(j@,)rx}ry(hXps120_crzhX&phosphatidylserine-didodecanoyl-n-C120r{h}r|(XFORMULAr}X C30H57N1O10P1r~XPUBCHEMrX5698rXCHARGErX-1rXCHEBIrjK,XKEGGrXC02737ruh }rhNhh]rrRrjS,j~jT,jU,jV,JjW,GubGjRGjWG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXPSD140rhX(Phosphatidylserine decarboxylase n C140 rh}r(XGENE_ASSOCIATIONrXSTM4348rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjparRrj>,}r(j@,)r}r(hXps140_crhX)phosphatidylserine-ditetradecanoyl-n-C140rh}r(XFORMULArX C34H65N1O10P1rXPUBCHEMrX5698rXCHARGErX-1rXCHEBIrjK,XKEGGrXC02737ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjaG?jMXG?uhNjX,GjY,G@@ubj0,)r}r(hXPSD141rhX(Phosphatidylserine decarboxylase n C141 rh}r(XGENE_ASSOCIATIONrXSTM4348rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjparRrj>,}r(j@,)r}r(hXps141_crhX,phosphatidylserine-ditetradec-7-enoyl-n-C141rh}r(XFORMULArX C34H61N1O10P1rXPUBCHEMrX5698rXCHARGErX-1rXCHEBIrjK,XKEGGrXC02737ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGj}XG?jaG?uhNjX,GjY,G@@ubj0,)r}r(hXPSD160rhX(Phosphatidylserine decarboxylase n C160 rh}r(XGENE_ASSOCIATIONrXSTM4348rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjparRrj>,}r(j@,)r}r(hXps160_crhX(phosphatidylserine-dihexadecanoyl-n-C160rh}r(XFORMULArX C38H73N1O10P1rXPUBCHEMrX5698rXCHARGErX-1rXCHEBIrjK,XKEGGrXC02737ruh }rhNhh]rrRrjS,jjT,jU,jV,JjW,GubGjRGjaG?jXG?uhNjX,GjY,G@@ubj0,)r}r(hXPSD161rhX(Phosphatidylserine decarboxylase n C161 rh}r(XGENE_ASSOCIATIONrXSTM4348rX SUBSYSTEMrXGlycerophospholipid Metabolismruh }rj8,jj9,hj:,h]rjparRrj>,}r(j@,)r}r(hXps161_crhX+phosphatidylserine-dihexadec-9-enoyl-n-C161rh}r(XFORMULArX C38H69N1O10P1rXPUBCHEMrX5698r XCHARGEr X-1r XCHEBIr jK,XKEGGr XC02737r uh }r hNhh]r r Rr jS,jjT,jU,jV,JjW,GubGjRGjaG?jXG?uhNjX,GjY,G@@ubj0,)r }r (hXPSD180r hX(Phosphatidylserine decarboxylase n C180 r h}r (XGENE_ASSOCIATIONr XSTM4348r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jpar Rr j>,}r (j@,)r }r (hXps180_cr hX(phosphatidylserine-dioctadecanoyl-n-C180r h}r (XFORMULAr X C42H81N1O10P1r XPUBCHEMr X5698r XCHARGEr! X-1r" XCHEBIr# jK,XKEGGr$ XC02737r% uh }r& hNhh]r' r( Rr) jS,j jT,jU,jV,JjW,GubGjRGjYG?jaG?uhNjX,GjY,G@@ubj0,)r* }r+ (hXPSD181r, hX(Phosphatidylserine decarboxylase n C181 r- h}r. (XGENE_ASSOCIATIONr/ XSTM4348r0 X SUBSYSTEMr1 XGlycerophospholipid Metabolismr2 uh }r3 j8,j0 j9,hj:,h]r4 jpar5 Rr6 j>,}r7 (j@,)r8 }r9 (hXps181_cr: hX,phosphatidylserine-dioctadec-11-enoyl-n-C181r; h}r< (XFORMULAr= X C42H77N1O10P1r> XPUBCHEMr? X5698r@ XCHARGErA X-1rB XCHEBIrC jK,XKEGGrD XC02737rE uh }rF hNhh]rG rH RrI jS,j> jT,jU,jV,JjW,GubGjRGjHYG?jaG?uhNjX,GjY,G@@ubj0,)rJ }rK (hXPSERTrL hXphosphoserine transaminaserM h}rN (XGENE_ASSOCIATIONrO XSTM0977rP X SUBSYSTEMrQ XGlycine and Serine MetabolismrR uh }rS j8,jP j9,hj:,h]rT jarU RrV j>,}rW (jGjfGj@,)rX }rY (hX pser__L_crZ hXO-Phospho-L-seriner[ h}r\ (XFORMULAr] XC3H6NO6Pr^ XPUBCHEMr_ X4251r` XCHARGEra X-2rb XCHEBIrc X15811rd XKEGGre XC01005rf uh }rg hNhh]rh ri Rrj jS,j^ jT,jU,jV,JjW,GubG?jfG?uhNjX,GjY,G@@ubj0,)rk }rl (hXPSERtexrm hXDphospho L serine transport via diffusion extracellular to periplasm rn h}ro (XGENE_ASSOCIATIONrp X2( STM0320 or STM0999 or STM1473 or STM2267 )rq X SUBSYSTEMrr XTransport Outer Membrane Porinrs uh }rt j8,X.STM0320 or STM0999 or STM1473 or STM2267ru j9,hj:,h]rv (h*hh3h!erw Rrx j>,}ry (jGj@,)rz }r{ (hX pser__L_pr| hXO-Phospho-L-seriner} h}r~ (XFORMULAr XC3H6NO6Pr XPUBCHEMr X4251r XCHARGEr X-2r XCHEBIr X15811r XKEGGr XC01005r uh }r hNhh]r r Rr jS,j jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r }r (hXPSP_Lr hX#phosphoserine phosphatase L serine r h}r (XGENE_ASSOCIATIONr XSTM4578r X SUBSYSTEMr XGlycine and Serine Metabolismr uh }r j8,j j9,hj:,h]r jyar Rr j>,}r (jX GjRGjG?jSG?uhNjX,GjY,G@@ubj0,)r }r (hXPSP_Lppr hX)phospho L serine phosphatase periplasmic r h}r (XGENE_ASSOCIATIONr XSTM4249r X SUBSYSTEMr XGlycine and Serine Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jlTGjz GjG?j_G?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA120r hX"Phosphatidylserine syntase n C120 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjGjxG?jG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA140r hX"Phosphatidylserine syntase n C140 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGj#GjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA141r hX"Phosphatidylserine syntase n C141 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jCGjGjG?jG?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA160r hX"Phosphatidylserine syntase n C160 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jcGjGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA161r hX"Phosphatidylserine syntase n C161 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA180r hX"Phosphatidylserine syntase n C180 r h}r (XGENE_ASSOCIATIONr XSTM2652r X SUBSYSTEMr XGlycerophospholipid Metabolismr uh }r j8,j j9,hj:,h]r jar Rr j>,}r (jGjGjG?j G?jRG?uhNjX,GjY,G@@ubj0,)r }r (hXPSSA181r hX"Phosphatidylserine syntase n C181 r!h}r!(XGENE_ASSOCIATIONr!XSTM2652r!X SUBSYSTEMr!XGlycerophospholipid Metabolismr!uh }r!j8,j!j9,hj:,h]r!jar!Rr !j>,}r !(jÉGjGjG?j8 G?jRG?uhNjX,GjY,G@@ubj0,)r !}r !(hXPTA2r !hXPhosphate acetyltransferaser!h}r!(XGENE_ASSOCIATIONr!X( STM2338 ) or ( STM2047 )r!X SUBSYSTEMr!XAlternate Carbon Metabolismr!uh }r!j8,X( STM2338 ) or ( STM2047 )r!j9,hj:,h]r!(jjer!Rr!j>,}r!(jSGjhGjG?jgG?uhNjX,GjY,G@@ubj0,)r!}r!(hXPTArr!hXphosphotransacetylaser!h}r!(XGENE_ASSOCIATIONr!X( STM2338 or STM2466 )r !X SUBSYSTEMr!!XPyruvate Metabolismr"!uh }r#!j8,XSTM2338 or STM2466r$!j9,hj:,h]r%!(jjer&!Rr'!j>,}r(!(jgGjSGjgG?jkG?uhNjX,G@jY,G@@ubj0,)r)!}r*!(hXPTHRppr+!hX,phospho L threonine phosphatase periplasmic r,!h}r-!(XGENE_ASSOCIATIONr.!XSTM4249r/!X SUBSYSTEMr0!XThreonine and Lysine Metabolismr1!uh }r2!j8,j/!j9,hj:,h]r3!jar4!Rr5!j>,}r6!(jlTGj@,)r7!}r8!(hXthrp_pr9!hXL-Threonine-O-3-phosphater:!h}r;!(XFORMULAr!X14294r?!XCHARGEr@!X-2rA!XCHEBIrB!X37525rC!XKEGGrD!XC12147rE!uh }rF!hNhh]rG!rH!RrI!jS,j=!jT,jPjV,JjW,GubGj@,)rJ!}rK!(hXthr__L_prL!hX L-ThreoninerM!h}rN!(XFORMULArO!XC4H9NO3rP!XPUBCHEMrQ!X3488rR!XCHARGErS!jK,XCHEBIrT!X16857rU!XKEGGrV!XC00188rW!uh }rX!hNhh]rY!rZ!Rr[!jS,jP!jT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)r\!}r]!(hXPTPATir^!hX)pantetheine phosphate adenylyltransferaser_!h}r`!(XGENE_ASSOCIATIONra!XSTM3725rb!X SUBSYSTEMrc!X*Cofactor and Prosthetic Group Biosynthesisrd!uh }re!j8,jb!j9,hj:,h]rf!jarg!Rrh!j>,}ri!(juGjRGjRGjrG?jXG?uhNjX,GjY,G@@ubj0,)rj!}rk!(hX PTRCORNt7pprl!hX)putrescineornithine antiporter periplasm rm!h}rn!(XGENE_ASSOCIATIONro!XSTM0700rp!X SUBSYSTEMrq!XTransport Inner Membranerr!uh }rs!j8,jp!j9,hj:,h]rt!jaru!Rrv!j>,}rw!(j@,)rx!}ry!(hXptrc_prz!hX Putresciner{!h}r|!(XFORMULAr}!XC4H14N2r~!XPUBCHEMr!X3434r!XCHARGEr!j]-XCHEBIr!X17148r!XKEGGr!XC00134r!uh }r!hNhh]r!r!Rr!jS,j~!jT,jPjV,KjW,GubGjnGjG?juG?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPTRCTAr!hXPutrescine Transaminaser!h}r!(XGENE_ASSOCIATIONr!XSTM3218r!X SUBSYSTEMr!XArginine and Proline Metabolismr!uh }r!j8,j!j9,hj:,h]r!jar!Rr!j>,}r!(jfGjuGjgG?jfG?uhNjX,GjY,G@@ubj0,)r!}r!(hX PTRCabcppr!hX.putrescine transport via ABC system periplasm r!h}r!(XGENE_ASSOCIATIONr!Xt( ( STM0877 and STM0878 and STM0879 and STM0880 ) or ( STM1226 and STM1225 and STM1223 and STM1222 ) )r!X SUBSYSTEMr!XTransport Inner Membraner!uh }r!j8,Xp( STM0877 and STM0878 and STM0879 and STM0880 ) or ( STM1226 and STM1225 and STM1223 and STM1222 )r!j9,hj:,h]r!(jjjjjjjjer!Rr!j>,}r!(jRGjRGjx!GjSG?jRG?jRG?juG?uhNjX,GjY,G@@ubj0,)r!}r!(hXPTRCt2ppr!hX*putrescine transport in via proton symportr!h}r!(XGENE_ASSOCIATIONr!XSTM0700r!X SUBSYSTEMr!XTransport Inner Membraner!uh }r!j8,j!j9,hj:,h]r!jar!Rr!j>,}r!(jx!Gj TGjuG?jRG?uhNjX,GjY,G@@ubj0,)r!}r!(hXPTRCtexr!hX>putrescine transport via diffusion extracellular to periplasm r!h}r!(XGENE_ASSOCIATIONr!X2( STM0320 or STM0999 or STM1473 or STM2267 )r!X SUBSYSTEMr!XTransport Outer Membrane Porinr!uh }r!j8,X.STM0320 or STM0999 or STM1473 or STM2267r!j9,hj:,h]r!(h*hh3h!er!Rr!j>,}r!(jGjx!G?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPUNP1r!hX*purine nucleoside phosphorylase Adenosine r!h}r!(XGENE_ASSOCIATIONr!XSTM4570r!X SUBSYSTEMr!XNucleotide Salvage Pathwayr!uh }r!j8,j!j9,hj:,h]r!j ar!Rr!j>,}r!(jSGjpGjdG?jG?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPUNP2r!hX/purine nucleoside phosphorylase Deoxyadenosine r!h}r!(XGENE_ASSOCIATIONr!XSTM4570r!X SUBSYSTEMr!XNucleotide Salvage Pathwayr!uh }r!j8,j!j9,hj:,h]r!j ar!Rr!j>,}r!(jSGj3GjdG?jG?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPUNP3r!hX*purine nucleoside phosphorylase Guanosine r!h}r!(XGENE_ASSOCIATIONr!X ( STM4570 )r!X SUBSYSTEMr!XNucleotide Salvage Pathwayr!uh }r!j8,XSTM4570r!j9,hj:,h]r!j ar!Rr!j>,}r!(jSGjGjG?j=G?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPUNP4r!hX/purine nucleoside phosphorylase Deoxyguanosine r!h}r!(XGENE_ASSOCIATIONr!X ( STM4570 )r!X SUBSYSTEMr!XNucleotide Salvage Pathwayr!uh }r!j8,XSTM4570r!j9,hj:,h]r!j ar!Rr!j>,}r!(jeGjSGjG?j=G?uhNjX,G@jY,G@@ubj0,)r!}r!(hXPUNP5r"hX(purine nucleoside phosphorylase Inosine r"h}r"(XGENE_ASSOCIATIONr"X ( STM4570 )r"X SUBSYSTEMr"XNucleotide Salvage Pathwayr"uh }r"j8,XSTM4570r"j9,hj:,h]r "j ar "Rr "j>,}r "(jpGjSGjG?jzG?uhNjX,G@jY,G@@ubj0,)r "}r"(hXPUNP6r"hX-purine nucleoside phosphorylase Deoxyinosine r"h}r"(XGENE_ASSOCIATIONr"X ( STM4570 )r"X SUBSYSTEMr"XNucleotide Salvage Pathwayr"uh }r"j8,XSTM4570r"j9,hj:,h]r"j ar"Rr"j>,}r"(jEGjSGjG?jzG?uhNjX,G@jY,G@@ubj0,)r"}r"(hXPUNP7r"hX+purine nucleoside phosphorylase Xanthosine r"h}r "(XGENE_ASSOCIATIONr!"Xs0001r""X SUBSYSTEMr#"XNucleotide Salvage Pathwayr$"uh }r%"j8,j""j9,hj:,h]r&"jar'"Rr("j>,}r)"(j GjSGjG?j@,)r*"}r+"(hXxan_cr,"hXXanthiner-"h}r."(XFORMULAr/"XC5H4N4O2r0"XPUBCHEMr1"X3675r2"XCHARGEr3"jK,XCHEBIr4"X17712r5"XKEGGr6"XC00385r7"uh }r8"hNhh]r9"r:"Rr;"jS,j0"jT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r<"}r="(hXPYAM5POr>"hX pyridoxamine 5 phosphate oxidaser?"h}r@"(XGENE_ASSOCIATIONrA"XSTM1448rB"X SUBSYSTEMrC"X*Cofactor and Prosthetic Group BiosynthesisrD"uh }rE"j8,jB"j9,hj:,h]rF"j(arG"RrH"j>,}rI"(j-fGjyGjRGjQfG?jyG?jcfG?uhNjX,GjY,G@@ubj0,)rJ"}rK"(hXPYDAMKrL"hXpyridoxamine kinaserM"h}rN"(XGENE_ASSOCIATIONrO"XSTM2435rP"X SUBSYSTEMrQ"X*Cofactor and Prosthetic Group BiosynthesisrR"uh }rS"j8,jP"j9,hj:,h]rT"jharU"RrV"j>,}rW"(jGjRGjRG?jyG?jRG?uhNjX,GjY,G@@ubj0,)rX"}rY"(hXPYDXKrZ"hXpyridoxal kinaser["h}r\"(XGENE_ASSOCIATIONr]"X( STM2435 or STM1450 )r^"X SUBSYSTEMr_"X*Cofactor and Prosthetic Group Biosynthesisr`"uh }ra"j8,XSTM2435 or STM1450rb"j9,hj:,h]rc"(jhj erd"Rre"j>,}rf"(j@,)rg"}rh"(hXpydx_cri"hX Pyridoxalrj"h}rk"(XFORMULArl"XC8H9NO3rm"XPUBCHEMrn"X3549ro"XCHARGErp"jK,XCHEBIrq"X17310rr"XKEGGrs"XC00250rt"uh }ru"hNhh]rv"rw"Rrx"jS,jm"jT,jU,jV,KjW,GubGjRGjRG?jyG?jRG?uhNjX,GjY,G@@ubj0,)ry"}rz"(hXPYDXNKr{"hXpyridoxine kinaser|"h}r}"(XGENE_ASSOCIATIONr~"XSTM2435r"X SUBSYSTEMr"X*Cofactor and Prosthetic Group Biosynthesisr"uh }r"j8,j"j9,hj:,h]r"jhar"Rr"j>,}r"(jGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r"}r"(hXPYDXPPr"hX!Pyridoxal 5 phosphate phosphataser"h}r"X SUBSYSTEMr"X*Cofactor and Prosthetic Group Biosynthesisr"sh }r"j8,hj9,hj:,h]r"r"Rr"j>,}r"(jRGjyGjSG?jg"G?uhNjX,GjY,G@@ubj0,)r"}r"(hXPYKr"hXpyruvate kinaser"h}r"(XGENE_ASSOCIATIONr"X( STM1888 or STM1378 )r"X SUBSYSTEMr"XGlycolysisGluconeogenesisr"uh }r"j8,XSTM1888 or STM1378r"j9,hj:,h]r"(jjer"Rr"j>,}r"(jRGjRGj4jGjGjG?jRG?uhNjX,GjY,G@@ubj0,)r"}r"(hXPYNP2rr"hX+pyrimidine nucleoside phosphorylase uracil r"h}r"(XGENE_ASSOCIATIONr"XSTM3968r"X SUBSYSTEMr"XNucleotide Salvage Pathwayr"uh }r"j8,j"j9,hj:,h]r"j$ar"Rr"j>,}r"(jSGjVGjG?jG?uhNjX,G@jY,G@@ubj0,)r"}r"(hXPYRt2rppr"hX;pyruvate reversible transport via proton symport periplasm r"h}r"X SUBSYSTEMr"XTransport Inner Membraner"sh }r"j8,hj9,hj:,h]r"r"Rr"j>,}r"(j@,)r"}r"(hXpyr_pr"hXPyruvater"h}r"(XFORMULAr"XC3H3O3r"XPUBCHEMr"X3324r"XCHARGEr"X-1r"XCHEBIr"X32816r"XKEGGr"XC00022r"uh }r"hNhh]r"r"Rr"jS,j"jT,jPjV,JjW,GubGj TGjRG?jGjG?uhNjX,G@jY,G@@ubj0,)r"}r"(hXPYRtexr"hX<pyruvate transport via diffusion extracellular to periplasm r"h}r"(XGENE_ASSOCIATIONr"X2( STM0320 or STM0999 or STM1473 or STM2267 )r"X SUBSYSTEMr"XTransport Outer Membrane Porinr"uh }r"j8,X.STM0320 or STM0999 or STM1473 or STM2267r"j9,hj:,h]r"(h*hh3h!er"Rr"j>,}r"(jGj"G?uhNjX,G@jY,G@@ubj0,)r"}r"(hXQMO2r"hX!quinol monooxygenase Ubiquinol 8 r"h}r"(XGENE_ASSOCIATIONr"XSTM3180r"X SUBSYSTEMr"XOxidative Phosphorylationr"uh }r"j8,j"j9,hj:,h]r"j-ar"Rr"j>,}r"(jGj-fGj@,)r"}r"(hXo2s_cr"hXSuperoxide-anionr"h}r"(XFORMULAr"XO2r"XPUBCHEMr"X3971r"XCHARGEr"X-1r"XCHEBIr"X18421r"XKEGGr"XC00704r"uh }r"hNhh]r"r"Rr"jS,j"jT,jU,jV,JjW,GubG@jRG@j݃G?uhNjX,GjY,G@@ubj0,)r"}r#(hXQMO3r#hX"quinol monooxygenase menaquinol 8 r#h}r#(XGENE_ASSOCIATIONr#XSTM3180r#X SUBSYSTEMr#XOxidative Phosphorylationr#uh }r#j8,j#j9,hj:,h]r #j-ar #Rr #j>,}r #(j-fGj|Gj!G?j"G@jRG@uhNjX,GjY,G@@ubj0,)r #}r#(hXQULNSr#hXquinolinate synthaser#h}r#(XGENE_ASSOCIATIONr#XSTM0756r#X SUBSYSTEMr#X*Cofactor and Prosthetic Group Biosynthesisr#uh }r#j8,j#j9,hj:,h]r#j6ar#Rr#j>,}r#(jGjGGjn G?jSG?jRG@uhNjX,GjY,G@@ubj0,)r#}r#(hXR5PPr#hXribose 5 phosphate phosphataser#h}r#(XGENE_ASSOCIATIONr #X( STM0840 or STM0842 )r!#X SUBSYSTEMr"#XAlternate Carbon Metabolismr##uh }r$#j8,XSTM0840 or STM0842r%#j9,hj:,h]r&#(jx jo er'#Rr(#j>,}r)#(jRGjsGjLrG?jSG?uhNjX,GjY,G@@ubj0,)r*#}r+#(hXR5PPppr,#hXribose 5 phosphate phosphataser-#h}r.#(XGENE_ASSOCIATIONr/#XSTM4249r0#X SUBSYSTEMr1#XAlternate Carbon Metabolismr2#uh }r3#j8,j0#j9,hj:,h]r4#jar5#Rr6#j>,}r7#(jlTGj@,)r8#}r9#(hXr5p_pr:#hXalpha-D-Ribose-5-phosphater;#h}r<#(XFORMULAr=#XC5H9O8Pr>#XPUBCHEMr?#X3417r@#XCHARGErA#X-2rB#XCHEBIrC#X17797rD#XKEGGrE#XC00117rF#uh }rG#hNhh]rH#rI#RrJ#jS,j>#jT,jPjV,JjW,GubGj_G?j@,)rK#}rL#(hXrib__D_prM#hXD-RiboserN#h}rO#(XFORMULArP#XC5H10O5rQ#XPUBCHEMrR#X3421rS#XCHARGErT#jK,XCHEBIrU#X47013rV#XKEGGrW#XC00121rX#uh }rY#hNhh]rZ#r[#Rr\#jS,jQ#jT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r]#}r^#(hXR5Ptexr_#hXFRibose 5 phosphate transport via diffusion extracellular to periplasm r`#h}ra#(XGENE_ASSOCIATIONrb#X2( STM0320 or STM0999 or STM1473 or STM2267 )rc#X SUBSYSTEMrd#XTransport Outer Membrane Porinre#uh }rf#j8,X.STM0320 or STM0999 or STM1473 or STM2267rg#j9,hj:,h]rh#(h*hh3h!eri#Rrj#j>,}rk#(j!Gj8#G?uhNjX,G@jY,G@@ubj0,)rl#}rm#(hXRBFKrn#hXriboflavin kinasero#h}rp#(XGENE_ASSOCIATIONrq#XSTM0045rr#X SUBSYSTEMrs#X*Cofactor and Prosthetic Group Biosynthesisrt#uh }ru#j8,jr#j9,hj:,h]rv#jarw#Rrx#j>,}ry#(jGjRGjZG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rz#}r{#(hXRBFSar|#hXriboflavin synthaser}#h}r~#(XGENE_ASSOCIATIONr#XSTM1426r#X SUBSYSTEMr#X*Cofactor and Prosthetic Group Biosynthesisr#uh }r#j8,j#j9,hj:,h]r#j?ar#Rr#j>,}r#(jGjGj@,)r#}r#(hXdmlz_cr#hX#6-7-Dimethyl-8-1-D-ribityl-lumaziner#h}r#(XFORMULAr#X C13H18N4O6r#XPUBCHEMr#X6983r#XCHARGEr#jK,XCHEBIr#X17601r#XKEGGr#XC04332r#uh }r#hNhh]r#r#Rr#jS,j#jT,jU,jV,KjW,GubG?jSG?jRG@uhNjX,GjY,G@@ubj0,)r#}r#(hXRBFSbr#hXriboflavin synthaser#h}r#(XGENE_ASSOCIATIONr#XSTM0417r#X SUBSYSTEMr#X*Cofactor and Prosthetic Group Biosynthesisr#uh }r#j8,j#j9,hj:,h]r#jHar#Rr#j>,}r#(j#GjG?jG?uhNjX,GjY,G@@ubj0,)r#}r#(hXRBKr#hX ribokinaser#h}r#(XGENE_ASSOCIATIONr#X( STM3885 or STM3793 )r#X SUBSYSTEMr#XAlternate Carbon Metabolismr#uh }r#j8,XSTM3885 or STM3793r#j9,hj:,h]r#(jQjYer#Rr#j>,}r#(jRGjLrGjRG?jRG?jsG?uhNjX,GjY,G@@ubj0,)r#}r#(hXRBK_L1r#hXL ribulokinase L ribulose r#h}r#(XGENE_ASSOCIATIONr#XSTM0103r#X SUBSYSTEMr#XAlternate Carbon Metabolismr#uh }r#j8,j#j9,hj:,h]r#jbar#Rr#j>,}r#(j~GjRGj@,)r#}r#(hX ru5p__L_cr#hXL-Ribulose-5-phosphater#h}r#(XFORMULAr#XC5H9O8Pr#XPUBCHEMr#X4335r#XCHARGEr#X-2r#XCHEBIr#X17666r#XKEGGr#XC01101r#uh }r#hNhh]r#r#Rr#jS,j#jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r#}r#(hXRBP4Er#hX L ribulose phosphate 4 epimeraser#h}r#(XGENE_ASSOCIATIONr#X%( STM0101 or STM4388 or STM3677 )r#X SUBSYSTEMr#XAlternate Carbon Metabolismr#uh }r#j8,X!STM0101 or STM4388 or STM3677r#j9,hj:,h]r#(jkjtj}er#Rr#j>,}r#(j#Gj@,)r#}r#(hX xu5p__D_cr#hXD-Xylulose-5-phosphater#h}r#(XFORMULAr#XC5H9O8Pr#XPUBCHEMr#X3530r#XCHARGEr#X-2r#XCHEBIr#X16332r#XKEGGr#XC00231r#uh }r#hNhh]r#r#Rr#jS,j#jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r#}r#(hXRHAT1r#hX-rhamnosyltransferase I LPS core biosynthesis r#h}r#(XGENE_ASSOCIATIONr#XSTM3720r$X SUBSYSTEMr$X)Lipopolysaccharide Biosynthesis Recyclingr$uh }r$j8,j$j9,hj:,h]r$jar$Rr$j>,}r$(j@,)r$}r $(hX dtdprmn_cr $hXdTDP-L-rhamnoser $h}r $(XFORMULAr $X C16H24N2O15P2r$XPUBCHEMr$X6171r$XCHARGEr$X-2r$XCHEBIr$X15774r$XKEGGr$XC03319r$uh }r$hNhh]r$r$Rr$jS,j$jT,jU,jV,JjW,GubGjvGjG?jTG?jRG?uhNjX,GjY,G@@ubj0,)r$}r$(hXRHCCEr$hX%S ribosylhomocysteine cleavage enzymer$h}r$(XGENE_ASSOCIATIONr $XSTM2817r!$X SUBSYSTEMr"$XMethionine Metabolismr#$uh }r$$j8,j!$j9,hj:,h]r%$jar&$Rr'$j>,}r($(jwGj6G?j8G?uhNjX,GjY,G@@ubj0,)r)$}r*$(hXRIBabcppr+$hX,D ribose transport via ABC system periplasm r,$h}r-$(XGENE_ASSOCIATIONr.$X5( STM3882 and STM3884 and STM3883 and STM3881 )r/$X SUBSYSTEMr0$XTransport Inner Membraner1$uh }r2$j8,X1STM3882 and STM3884 and STM3883 and STM3881r3$j9,hj:,h]r4$(jjjjer5$Rr6$j>,}r7$(jRGjK#GjRGjRG?jRG?jLrG?jSG?uhNjX,GjY,G@@ubj0,)r8$}r9$(hXRIBtexr:$hX:ribose transport via diffusion extracellular to periplasm r;$h}r<$(XGENE_ASSOCIATIONr=$X2( STM0320 or STM0999 or STM1473 or STM2267 )r>$X SUBSYSTEMr?$XTransport Outer Membrane Porinr@$uh }rA$j8,X.STM0320 or STM0999 or STM1473 or STM2267rB$j9,hj:,h]rC$(h*hh3h!erD$RrE$j>,}rF$(j@GjK#G?uhNjX,G@jY,G@@ubj0,)rG$}rH$(hXRMIrI$hXL rhamnose isomeraserJ$h}rK$(XGENE_ASSOCIATIONrL$XSTM4046rM$X SUBSYSTEMrN$XAlternate Carbon MetabolismrO$uh }rP$j8,jM$j9,hj:,h]rQ$jarR$RrS$j>,}rT$(j@,)rU$}rV$(hXrmn_crW$hX L-RhamnoserX$h}rY$(XFORMULArZ$XC6H12O5r[$XPUBCHEMr\$X3790r]$XCHARGEr^$jK,XCHEBIr_$X16055r`$XKEGGra$XC00507rb$uh }rc$hNhh]rd$re$Rrf$jS,j[$jT,jU,jV,KjW,GubGj@,)rg$}rh$(hXrml_cri$hX L-Rhamnuloserj$h}rk$(XFORMULArl$XC6H12O5rm$XPUBCHEMrn$X4118ro$XCHARGErp$jK,XCHEBIrq$X17897rr$XKEGGrs$XC00861rt$uh }ru$hNhh]rv$rw$Rrx$jS,jm$jT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)ry$}rz$(hXRMKr{$hXrhamnulokinaser|$h}r}$(XGENE_ASSOCIATIONr~$XSTM4047r$X SUBSYSTEMr$XAlternate Carbon Metabolismr$uh }r$j8,j$j9,hj:,h]r$jar$Rr$j>,}r$(jRGjg$Gj@,)r$}r$(hXrml1p_cr$hXL-Rhamnulose-1-phosphater$h}r$(XFORMULAr$XC6H11O8Pr$XPUBCHEMr$X4362r$XCHARGEr$X-2r$XCHEBIr$X17892r$XKEGGr$XC01131r$uh }r$hNhh]r$r$Rr$jS,j$jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r$}r$(hXRMNtexr$hX>L rhamnose transport via diffusion extracellular to periplasm r$h}r$(XGENE_ASSOCIATIONr$X2( STM0320 or STM0999 or STM1473 or STM2267 )r$X SUBSYSTEMr$XTransport Outer Membrane Porinr$uh }r$j8,X.STM0320 or STM0999 or STM1473 or STM2267r$j9,hj:,h]r$(h*hh3h!er$Rr$j>,}r$(j^Gj@,)r$}r$(hXrmn_pr$hX L-Rhamnoser$h}r$(XFORMULAr$XC6H12O5r$XPUBCHEMr$X3790r$XCHARGEr$jK,XCHEBIr$X16055r$XKEGGr$XC00507r$uh }r$hNhh]r$r$Rr$jS,j$jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r$}r$(hXRMNtppr$hX2L rhamnose transport via proton symport periplasm r$h}r$(XGENE_ASSOCIATIONr$XSTM4050r$X SUBSYSTEMr$XTransport Inner Membraner$uh }r$j8,j$j9,hj:,h]r$jar$Rr$j>,}r$(j$Gj TGjU$G?jRG?uhNjX,GjY,G@@ubj0,)r$}r$(hXRMPAr$hXRhamnulose 1 phosphate aldolaser$h}r$(XGENE_ASSOCIATIONr$XSTM4045r$X SUBSYSTEMr$XAlternate Carbon Metabolismr$uh }r$j8,j$j9,hj:,h]r$jar$Rr$j>,}r$(j$GjG?jGG?uhNjX,G@jY,G@@ubj0,)r$}r$(hXRNDR1r$hX)ribonucleoside diphosphate reductase ADP r$h}r$(XGENE_ASSOCIATIONr$X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r$X SUBSYSTEMr$XNucleotide Salvage Pathwayr$uh }r$j8,X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r$j9,hj:,h]r$(jjjjer$Rr$j>,}r$(jUGjRGjxG?jRG?jG?uhNjX,GjY,G@@ubj0,)r$}r$(hXRNDR1br$hX7ribonucleoside diphosphate reductase ADP glutaredoxin r$h}r$(XGENE_ASSOCIATIONr$X( ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) )r$X SUBSYSTEMr$XNucleotide Salvage Pathwayr$uh }r$j8,X( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) )r$j9,hj:,h]r$(j$jj-jj6jer$Rr$j>,}r$(jRGjGjG?jxG?jRG?uhNjX,GjY,G@@ubj0,)r$}r$(hXRNDR2r$hX)ribonucleoside diphosphate reductase GDP r$h}r$(XGENE_ASSOCIATIONr$X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r$X SUBSYSTEMr$XNucleotide Salvage Pathwayr$uh }r$j8,X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r$j9,hj:,h]r%(jjjjer%Rr%j>,}r%(jqGjUGjG?jG?jRG?uhNjX,GjY,G@@ubj0,)r%}r%(hXRNDR2br%hX7ribonucleoside diphosphate reductase GDP glutaredoxin r%h}r%(XGENE_ASSOCIATIONr %X( ( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) )r %X SUBSYSTEMr %XNucleotide Salvage Pathwayr %uh }r %j8,X( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) )r%j9,hj:,h]r%(jj$j-jj6jer%Rr%j>,}r%(jGjqGjG?jG?jRG?uhNjX,GjY,G@@ubj0,)r%}r%(hXRNDR3r%hX)ribonucleoside diphosphate reductase CDP r%h}r%(XGENE_ASSOCIATIONr%X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r%X SUBSYSTEMr%XNucleotide Salvage Pathwayr%uh }r%j8,X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r%j9,hj:,h]r%(jjjjer%Rr %j>,}r!%(jїGjUGjRG?jG?jG?uhNjX,GjY,G@@ubj0,)r"%}r#%(hXRNDR3br$%hX7ribonucleoside diphosphate reductase CDP glutaredoxin r%%h}r&%(XGENE_ASSOCIATIONr'%X( ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) )r(%X SUBSYSTEMr)%XNucleotide Salvage Pathwayr*%uh }r+%j8,X( STM1433 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) )r,%j9,hj:,h]r-%(j$jj-jj6jer.%Rr/%j>,}r0%(jїGjGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)r1%}r2%(hXRNDR4r3%hX)ribonucleoside diphosphate reductase UDP r4%h}r5%(XGENE_ASSOCIATIONr6%X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r7%X SUBSYSTEMr8%XNucleotide Salvage Pathwayr9%uh }r:%j8,X9( STM2277 and STM2278 ) or ( STM2807 and STM2808 )r;%j9,hj:,h]r<%(jjjjer=%Rr>%j>,}r?%(jkGjUGj!G?jRG?jG?uhNjX,GjY,G@@ubj0,)r@%}rA%(hXRNDR4brB%hX7ribonucleoside diphosphate reductase UDP glutaredoxin rC%h}rD%(XGENE_ASSOCIATIONrE%X( ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) )rF%X SUBSYSTEMrG%XNucleotide Salvage PathwayrH%uh }rI%j8,X( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) )rJ%j9,hj:,h]rK%(j$jj-jj6jerL%RrM%j>,}rN%(jkGjGjG?j!G?jRG?uhNjX,GjY,G@@ubj0,)rO%}rP%(hXRNTR1crQ%hX6ribonucleoside triphosphate reductase ATP flavodoxin rR%h}rS%(XGENE_ASSOCIATIONrT%X( ( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) )rU%X SUBSYSTEMrV%XNucleotide Salvage PathwayrW%uh }rX%j8,X( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 )rY%j9,hj:,h]rZ%(jjjjjer[%Rr\%j>,}r]%(j{GjRGjkG?jqG?jRG?uhNjX,GjY,G@@ubj0,)r^%}r_%(hXRNTR2cr`%hX6ribonucleoside triphosphate reductase GTP flavodoxin ra%h}rb%(XGENE_ASSOCIATIONrc%X( ( STM0694 and STM4452 ) or ( STM3045 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) )rd%X SUBSYSTEMre%XNucleotide Salvage Pathwayrf%uh }rg%j8,X( STM0694 and STM4452 ) or ( STM3045 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4084 and STM4452 and STM4451 )rh%j9,hj:,h]ri%(jjjjjerj%Rrk%j>,}rl%(j{GjIhGjkG?jG?jRG?uhNjX,GjY,G@@ubj0,)rm%}rn%(hXRNTR3cro%hX6ribonucleoside triphosphate reductase CTP flavodoxin rp%h}rq%(XGENE_ASSOCIATIONrr%X( ( STM3045 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) )rs%X SUBSYSTEMrt%XNucleotide Salvage Pathwayru%uh }rv%j8,X( STM3045 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 )rw%j9,hj:,h]rx%(jjjjjery%Rrz%j>,}r{%(j{GjmGjkG?jRG?j=G?uhNjX,GjY,G@@ubj0,)r|%}r}%(hXRNTR4cr~%hX6ribonucleoside triphosphate reductase UTP flavodoxin r%h}r%(XGENE_ASSOCIATIONr%X( ( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) )r%X SUBSYSTEMr%XNucleotide Salvage Pathwayr%uh }r%j8,X( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 )r%j9,hj:,h]r%(jjjjjer%Rr%j>,}r%(jZGj{GjPG?jkG?jRG?uhNjX,GjY,G@@ubj0,)r%}r%(hXRPEr%hX ribulose 5 phosphate 3 epimeraser%h}r%(XGENE_ASSOCIATIONr%X!( STM3483 or STM4080 or STM1617 )r%X SUBSYSTEMr%XPentose Phosphate Pathwayr%uh }r%j8,XSTM3483 or STM4080 or STM1617r%j9,hj:,h]r%(j j j er%Rr%j>,}r%(jeGj#G?uhNjX,G@jY,G@@ubj0,)r%}r%(hXRPIr%hXribose 5 phosphate isomeraser%h}r%(XGENE_ASSOCIATIONr%X( STM3063 or STM1933 )r%X SUBSYSTEMr%XPentose Phosphate Pathwayr%uh }r%j8,XSTM3063 or STM1933r%j9,hj:,h]r%(j& j er%Rr%j>,}r%(jsGjeG?uhNjX,G@jY,G@@ubj0,)r%}r%(hXS7PIr%hX#sedoheptulose 7 phosphate isomeraser%h}r%(XGENE_ASSOCIATIONr%XSTM0310r%X SUBSYSTEMr%X)Lipopolysaccharide Biosynthesis Recyclingr%uh }r%j8,j%j9,hj:,h]r%j. ar%Rr%j>,}r%(j@,)r%}r%(hXs7p_cr%hXSedoheptulose-7-phosphater%h}r%(XFORMULAr%X C7H13O10Pr%XPUBCHEMr%X3576r%XCHARGEr%X-2r%XCHEBIr%X15721r%XKEGGr%XC00281r%uh }r%hNhh]r%r%Rr%jS,j%jT,jU,jV,JjW,GubGjG?uhNjX,GjY,G@@ubj0,)r%}r%(hXSADHr%hXSuccinylarginine dihydrolaser%h}r%(XGENE_ASSOCIATIONr%XSTM1306r%X SUBSYSTEMr%XArginine and Proline Metabolismr%uh }r%j8,j%j9,hj:,h]r%j7 ar%Rr%j>,}r%(jGjRGjRGj@,)r%}r%(hXsucorn_cr%hXN2-Succinyl-L-ornithiner%h}r%(XFORMULAr%X C9H15N2O5r%XPUBCHEMr%X6244r%XCHARGEr%X-1r%XCHEBIr%X27574r%XKEGGr%XC03415r%uh }r%hNhh]r%r%Rr%jS,j%jT,jU,jV,JjW,GubG?jcfG@jaG?uhNjX,GjY,G@@ubj0,)r%}r%(hXSADT2r%hXSulfate adenyltransferaser%h}r%(XGENE_ASSOCIATIONr%X( STM2934 and STM2935 )r%X SUBSYSTEMr%XCysteine Metabolismr%uh }r%j8,XSTM2934 and STM2935r%j9,hj:,h]r%(j@ jI er%Rr%j>,}r%(j%GjIhGjRGjRGjqG?jRsG?jSG?jXG?uhNjX,GjY,G@@ubj0,)r%}r%(hXSBTPDr%hX"sorbitol 6 phosphate dehydrogenaser%h}r%(XGENE_ASSOCIATIONr%XSTM2835r&X SUBSYSTEMr&XAlternate Carbon Metabolismr&uh }r&j8,j&j9,hj:,h]r&jR ar&Rr&j>,}r&(j@,)r&}r &(hXsbt6p_cr &hXD-Sorbitol-6-phosphater &h}r &(XFORMULAr &XC6H13O9Pr&XPUBCHEMr&X4331r&XCHARGEr&X-2r&XCHEBIr&X17044r&XKEGGr&XC01096r&uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,JjW,GubGj[GjG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)r&}r&(hXSBTptsppr&hX.D sorbitol transport via PEPPyr PTS periplasm r&h}r&(XGENE_ASSOCIATIONr &XC( STM2431 and STM2432 and STM2832 and STM2834 and STM2833 )r!&X SUBSYSTEMr"&XTransport Inner Membraner#&uh }r$&j8,X?STM2431 and STM2432 and STM2832 and STM2834 and STM2833r%&j9,hj:,h]r&&(jjm j[ jjd er'&Rr(&j>,}r)&(j@,)r*&}r+&(hXsbt__D_pr,&hX D-Sorbitolr-&h}r.&(XFORMULAr/&XC6H14O6r0&XPUBCHEMr1&X4052r2&XCHARGEr3&jK,XCHEBIr4&X17924r5&XKEGGr6&XC00794r7&uh }r8&hNhh]r9&r:&Rr;&jS,j0&jT,jPjV,KjW,GubGj4jGj&G?jGjG?uhNjX,GjY,G@@ubj0,)r<&}r=&(hXSBTtexr>&hX>D sorbitol transport via diffusion extracellular to periplasm r?&h}r@&(XGENE_ASSOCIATIONrA&X2( STM0320 or STM0999 or STM1473 or STM2267 )rB&X SUBSYSTEMrC&XTransport Outer Membrane PorinrD&uh }rE&j8,X.STM0320 or STM0999 or STM1473 or STM2267rF&j9,hj:,h]rG&(h*hh3h!erH&RrI&j>,}rJ&(j|Gj*&G?uhNjX,G@jY,G@@ubj0,)rK&}rL&(hXSDPDSrM&hX&succinyl diaminopimelate desuccinylaserN&h}rO&(XGENE_ASSOCIATIONrP&XSTM2483rQ&X SUBSYSTEMrR&XThreonine and Lysine MetabolismrS&uh }rT&j8,jQ&j9,hj:,h]rU&jv arV&RrW&j>,}rX&(j@,)rY&}rZ&(hXsl26da_cr[&hX&N-Succinyl-LL-2-6-diaminoheptanedioater\&h}r]&(XFORMULAr^&X C11H16N2O7r_&XPUBCHEMr`&X7053ra&XCHARGErb&X-2rc&XCHEBIrd&X17279re&XKEGGrf&XC04421rg&uh }rh&hNhh]ri&rj&Rrk&jS,j_&jT,jU,jV,JjW,GubGjRGjG?j@G?uhNjX,GjY,G@@ubj0,)rl&}rm&(hXSDPTArn&hX$succinyldiaminopimelate transaminasero&h}rp&(XGENE_ASSOCIATIONrq&XSTM3468rr&X SUBSYSTEMrs&XThreonine and Lysine Metabolismrt&uh }ru&j8,jr&j9,hj:,h]rv&jarw&Rrx&j>,}ry&(jfGjY&GjfG?j@,)rz&}r{&(hXsl2a6o_cr|&hX'N-Succinyl-2-L-amino-6-oxoheptanedioater}&h}r~&(XFORMULAr&X C11H12NO8r&XPUBCHEMr&X7087r&XCHARGEr&X-3r&XCHEBIr&X35266r&XKEGGr&XC04462r&uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r&}r&(hXSELCYSSr&hXselenocysteine synthaser&h}r&(XGENE_ASSOCIATIONr&XSTM3683r&X SUBSYSTEMr&X tRNA Chargingr&uh }r&j8,j&j9,hj:,h]r&j ar&Rr&j>,}r&(j@,)r&}r&(hXselnp_cr&hXSelenophosphater&h}r&(XFORMULAr&XH2O3PSer&XPUBCHEMr&X7583r&XCHARGEr&X-1r&XCHEBIr&X16144r&XKEGGr&XC05172r&uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,JjW,GubGj@,)r&}r&(hXsertrna__sec___cr&hXL-Seryl-tRNA-Secr&h}r&(XFORMULAr&XC3H6NO2Rr&XPUBCHEMr&jK,XCHARGEr&j-XCHEBIr&X13170r&XKEGGr&jK,uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,KjW,GubGj@,)r&}r&(hX sectrna_cr&hXL-Selenocysteinyl-tRNA-Secr&h}r&(XFORMULAr&X C3H6NOSeRr&XPUBCHEMr&jK,XCHARGEr&j-XCHEBIr&jK,XKEGGr&jK,uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,KjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r&}r&(hXSELNPSr&hXSelenophosphate synthaser&h}r&(XGENE_ASSOCIATIONr&XSTM1297r&X SUBSYSTEMr&X Unassignedr&uh }r&j8,j&j9,hj:,h]r&j ar&Rr&j>,}r&(jRGj@,)r&}r&(hXseln_cr&hXSelenider&h}r&(XFORMULAr&XHSer&XPUBCHEMr&X4690r&XCHARGEr&X-1r&XCHEBIr&X16503r&XKEGGr&XC01528r&uh }r&hNhh]r&r&Rr&jS,j&jT,jU,jV,JjW,GubGjRGj&G?jXG?jSG?uhNjX,GjY,G@@ubj0,)r&}r&(hXSERASrr&hX L seryl adenylate synthaser&h}r&(XGENE_ASSOCIATIONr&XSTM0588r&X SUBSYSTEMr&X*Cofactor and Prosthetic Group Biosynthesisr&uh }r&j8,j&j9,hj:,h]r&j ar&Rr&j>,}r&(jGjRGjRGjG?jXG?uhNjX,G@jY,G@@ubj0,)r&}r&(hXSERATr&hXserine O acetyltransferaser&h}r'(XGENE_ASSOCIATIONr'XSTM3699r'X SUBSYSTEMr'XCysteine Metabolismr'uh }r'j8,j'j9,hj:,h]r'j ar'Rr'j>,}r '(jgGjGjpG?jgG?uhNjX,G@jY,G@@ubj0,)r '}r '(hXSERD_Dr 'hXD serine deaminaser 'h}r'(XGENE_ASSOCIATIONr'XSTM3802r'X SUBSYSTEMr'XGlycine and Serine Metabolismr'uh }r'j8,j'j9,hj:,h]r'j ar'Rr'j>,}r'(jΤGjGjG?jcfG?uhNjX,GjY,G@@ubj0,)r'}r'(hXSERTRSr'hXSeryl tRNA synthetaser'h}r'(XGENE_ASSOCIATIONr'XSTM0963r'X SUBSYSTEMr'X tRNA Chargingr 'uh }r!'j8,j'j9,hj:,h]r"'j ar#'Rr$'j>,}r%'(jRGj@,)r&'}r''(hX trnaser_cr('hXtRNA-Serr)'h}r*'(XFORMULAr+'jyXPUBCHEMr,'X4799r-'XCHARGEr.'jK,XCHEBIr/'X29179r0'XKEGGr1'XC01650r2'uh }r3'hNhh]r4'r5'Rr6'jS,jyjT,jU,jV,KjW,GubGjGjXG?jXG?j@,)r7'}r8'(hX sertrna_cr9'hXL-Seryl-tRNA-Serr:'h}r;'(XFORMULAr<'XC3H6NO2Rr='XPUBCHEMr>'X5554r?'XCHARGEr@'j-XCHEBIrA'X29162rB'XKEGGrC'XC02553rD'uh }rE'hNhh]rF'rG'RrH'jS,j='jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rI'}rJ'(hXSERTRS2rK'hX$Seryl tRNA synthetase selenocystein rL'h}rM'(XGENE_ASSOCIATIONrN'XSTM0963rO'X SUBSYSTEMrP'X tRNA ChargingrQ'uh }rR'j8,jO'j9,hj:,h]rS'j arT'RrU'j>,}rV'(jRGj@,)rW'}rX'(hX trnasecys_crY'hX tRNA-SeCysrZ'h}r['(XFORMULAr\'jyXPUBCHEMr]'jK,XCHARGEr^'jK,XCHEBIr_'jK,XKEGGr`'jK,uh }ra'hNhh]rb'rc'Rrd'jS,jyjT,jU,jV,KjW,GubGjGjXG?jXG?j&G?uhNjX,GjY,G@@ubj0,)re'}rf'(hXSERt2rpprg'hX;L serine reversible transport via proton symport periplasm rh'h}ri'(XGENE_ASSOCIATIONrj'X( STM2970 or STM3243 )rk'X SUBSYSTEMrl'XTransport Inner Membranerm'uh }rn'j8,XSTM2970 or STM3243ro'j9,hj:,h]rp'(j j erq'Rrr'j>,}rs'(j TGjGjG?jRG?uhNjX,G@jY,G@@ubj0,)rt'}ru'(hXSERt4pprv'hX&L serine via sodium symport periplasm rw'h}rx'(XGENE_ASSOCIATIONry'XSTM3225rz'X SUBSYSTEMr{'XTransport Inner Membraner|'uh }r}'j8,jz'j9,hj:,h]r~'j ar'Rr'j>,}r'(jYpGjGjkpG?jG?uhNjX,GjY,G@@ubj0,)r'}r'(hXSERtexr'hX<L serine transport via diffusion extracellular to periplasm r'h}r'(XGENE_ASSOCIATIONr'X2( STM0320 or STM0999 or STM1473 or STM2267 )r'X SUBSYSTEMr'XTransport Outer Membrane Porinr'uh }r'j8,X.STM0320 or STM0999 or STM1473 or STM2267r'j9,hj:,h]r'(h*hh3h!er'Rr'j>,}r'(jGjG?uhNjX,G@jY,G@@ubj0,)r'}r'(hXSFGTHir'hXS Formylglutathione hydralaser'h}r'(XGENE_ASSOCIATIONr'XSTM2194r'X SUBSYSTEMr'X*Cofactor and Prosthetic Group Biosynthesisr'uh }r'j8,j'j9,hj:,h]r'j ar'Rr'j>,}r'(j@,)r'}r'(hX Sfglutth_cr'hXS-Formylglutathioner'h}r'(XFORMULAr'X C11H16N3O7Sr'XPUBCHEMr'X4274r'XCHARGEr'X-1r'XCHEBIr'X16225r'XKEGGr'XC01031r'uh }r'hNhh]r'r'Rr'jS,j'jT,jU,jV,JjW,GubGjRGjG?j|G?jRG?uhNjX,GjY,G@@ubj0,)r'}r'(hXSGDSr'hXSuccinylglutamate desuccinylaser'h}r'(XGENE_ASSOCIATIONr'XSTM1307r'X SUBSYSTEMr'XArginine and Proline Metabolismr'uh }r'j8,j'j9,hj:,h]r'j ar'Rr'j>,}r'(jRGj@,)r'}r'(hXsucglu_cr'hXN2-Succinyl-L-glutamater'h}r'(XFORMULAr'XC9H10NO7r'XPUBCHEMr'X8219r'XCHARGEr'X-3r'XCHEBIr'X48957r'XKEGGr'XC05931r'uh }r'hNhh]r'r'Rr'jS,j'jT,jU,jV,JjW,GubGj@G?jfG?uhNjX,GjY,G@@ubj0,)r'}r'(hXSGSADr'hX+Succinylglutamic semialdehyde dehydrogenaser'h}r'(XGENE_ASSOCIATIONr'XSTM1305r'X SUBSYSTEMr'XArginine and Proline Metabolismr'uh }r'j8,j'j9,hj:,h]r'j ar'Rr'j>,}r'(j@,)r'}r'(hXsucgsa_cr'hX&N2-Succinyl-L-glutamate-5-semialdehyder'h}r'(XFORMULAr'XC9H11NO6r'XPUBCHEMr'X8220r'XCHARGEr'X-2r'XCHEBIr'X27657r'XKEGGr'XC05932r'uh }r'hNhh]r'r'Rr'jS,j'jT,jU,jV,JjW,GubGj[GjRGj'G?j[G?jRG@uhNjX,GjY,G@@ubj0,)r'}r'(hXSHCHCS2r'hX>2 succinyl 6 hydroxy 2 4 cyclohexadiene 1 carboxylate synthaser'h}r'(XGENE_ASSOCIATIONr'XSTM2309r'X SUBSYSTEMr'X*Cofactor and Prosthetic Group Biosynthesisr'uh }r'j8,j'j9,hj:,h]r'jar'Rr(j>,}r((jGjGjG?j@,)r(}r((hX2shchc_cr(hX52-Succinyl-6-hydroxy-2-4-cyclohexadiene-1-carboxylater(h}r((XFORMULAr(XC11H10O6r(XPUBCHEMr (X8112r (XCHARGEr (X-2r (XCHEBIr (X1277r(XKEGGr(XC05817r(uh }r(hNhh]r(r(Rr(jS,j(jT,jU,jV,JjW,GubG?jGjG?uhNjX,GjY,G@@ubj0,)r(}r((hXSHCHD2r(hX#sirohydrochlorin dehydrogenase NAD r(h}r((XGENE_ASSOCIATIONr(XSTM3477r(X SUBSYSTEMr(X*Cofactor and Prosthetic Group Biosynthesisr(uh }r(j8,j(j9,hj:,h]r(j ar (Rr!(j>,}r"((j[Gj@,)r#(}r$((hXdscl_cr%(hXdihydrosirohydrochlorinr&(h}r'((XFORMULAr((X C42H41N4O16r)(XPUBCHEMr*(X5480r+(XCHARGEr,(X-7r-(XCHEBIr.(jK,XKEGGr/(XC02463r0(uh }r1(hNhh]r2(r3(Rr4(jS,j)(jT,jU,jV,JjW,GubGj@,)r5(}r6((hXscl_cr7(hXsirohydrochlorinr8(h}r9((XFORMULAr:(X C42H39N4O16r;(XPUBCHEMr<(X8073r=(XCHARGEr>(X-7r?(XCHEBIr@(X18023rA(XKEGGrB(XC05778rC(uh }rD(hNhh]rE(rF(RrG(jS,j;(jT,jU,jV,JjW,GubG?j[G?jRG?uhNjX,GjY,G@@ubj0,)rH(}rI((hXSHCHFrJ(hXsirohydrochlorin ferrochetalaserK(h}rL((XGENE_ASSOCIATIONrM(XSTM3477rN(X SUBSYSTEMrO(X*Cofactor and Prosthetic Group BiosynthesisrP(uh }rQ(j8,jN(j9,hj:,h]rR(j arS(RrT(j>,}rU((jGj5(GjG?jRG@uhNjX,GjY,G@@ubj0,)rV(}rW((hXSHK3DrrX(hXshikimate dehydrogenaserY(h}rZ((XGENE_ASSOCIATIONr[(X$( STM1359 or STM3401 or STM3859 )r\(X SUBSYSTEMr](X0Tyrosine Tryptophan and Phenylalanine Metabolismr^(uh }r_(j8,X STM1359 or STM3401 or STM3859r`(j9,hj:,h]ra((j j j!erb(Rrc(j>,}rd((j[GjRGjGj[G?j@,)re(}rf((hXskm_crg(hX Shikimaterh(h}ri((XFORMULArj(XC7H9O5rk(XPUBCHEMrl(X3776rm(XCHARGErn(X-1ro(XCHEBIrp(X16119rq(XKEGGrr(XC00493rs(uh }rt(hNhh]ru(rv(Rrw(jS,jk(jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rx(}ry((hXSHKKrz(hXshikimate kinaser{(h}r|((XGENE_ASSOCIATIONr}(X( STM3487 or STM0388 )r~(X SUBSYSTEMr(X0Tyrosine Tryptophan and Phenylalanine Metabolismr(uh }r(j8,XSTM3487 or STM0388r(j9,hj:,h]r((j!j!er(Rr(j>,}r((je(GjRGjWG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r(}r((hXSKMtexr(hX=shikimate transport via diffusion extracellular to periplasm r(h}r((XGENE_ASSOCIATIONr(X2( STM0320 or STM0999 or STM1473 or STM2267 )r(X SUBSYSTEMr(XTransport Outer Membrane Porinr(uh }r(j8,X.STM0320 or STM0999 or STM1473 or STM2267r(j9,hj:,h]r((h*hh3h!er(Rr(j>,}r((jGj@,)r(}r((hXskm_pr(hX Shikimater(h}r((XFORMULAr(XC7H9O5r(XPUBCHEMr(X3776r(XCHARGEr(X-1r(XCHEBIr(X16119r(XKEGGr(XC00493r(uh }r(hNhh]r(r(Rr(jS,j(jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r(}r((hXSO2texr(hX7SO2 transport via diffusion extracellular to periplasm r(h}r((XGENE_ASSOCIATIONr(X2( STM0320 or STM0999 or STM1473 or STM2267 )r(X SUBSYSTEMr(XTransport Outer Membrane Porinr(uh }r(j8,X.STM0320 or STM0999 or STM1473 or STM2267r(j9,hj:,h]r((h*hh3h!er(Rr(j>,}r((jGj@,)r(}r((hXso2_pr(hXsulfur-dioxider(h}r((XFORMULAr(XO2Sr(XPUBCHEMr(X11497r(XCHARGEr(jK,XCHEBIr(X18422r(XKEGGr(XC09306r(uh }r(hNhh]r(r(Rr(jS,j(jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r(}r((hXSO2tppr(hX&SO2 transport via diffusion periplasm r(h}r((XGENE_ASSOCIATIONr(Xs0001r(X SUBSYSTEMr(X&Inorganic Ion Transport and Metabolismr(uh }r(j8,j(j9,hj:,h]r(jar(Rr(j>,}r((j(GjG?uhNjX,G@jY,G@@ubj0,)r(}r((hXSO3texr(hX;sulfite transport via diffusion extracellular to periplasm r(h}r((XGENE_ASSOCIATIONr(X2( STM1473 or STM2267 or STM0320 or STM0999 )r(X SUBSYSTEMr(XTransport Outer Membrane Porinr(uh }r(j8,X.STM1473 or STM2267 or STM0320 or STM0999r(j9,hj:,h]r((h*hh3h!er(Rr(j>,}r((jGjG?uhNjX,G@jY,G@@ubj0,)r(}r((hXSO4texr(hX;sulfate transport via diffusion extracellular to periplasm r(h}r((XGENE_ASSOCIATIONr(X2( STM0320 or STM0999 or STM1473 or STM2267 )r(X SUBSYSTEMr(XTransport Outer Membrane Porinr(uh }r(j8,X.STM0320 or STM0999 or STM1473 or STM2267r(j9,hj:,h]r((h*hh3h!er(Rr(j>,}r((j Gj@,)r(}r((hXso4_pr(hXSulfater(h}r((XFORMULAr(XO4Sr(XPUBCHEMr(X3359r(XCHARGEr(X-2r)XCHEBIr)X16189r)XKEGGr)XC00059r)uh }r)hNhh]r)r)Rr)jS,j(jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r )}r )(hXSOTAr )hXSuccinylornithine transaminaser )h}r )(XGENE_ASSOCIATIONr)XSTM1303r)X SUBSYSTEMr)XArginine and Proline Metabolismr)uh }r)j8,j)j9,hj:,h]r)jar)Rr)j>,}r)(j%GjfGj'G?jfG?uhNjX,GjY,G@@ubj0,)r)}r)(hXSPMDAT1r)hXSpermidine acetyltransferaser)h}r)(XGENE_ASSOCIATIONr)XSTM1502r)X SUBSYSTEMr)XArginine and Proline Metabolismr)uh }r )j8,j)j9,hj:,h]r!)j!!ar")Rr#)j>,}r$)(jgGjGj@,)r%)}r&)(hX N1aspmd_cr')hXN1-Acetylspermidiner()h}r))(XFORMULAr*)XC9H23N3Or+)XPUBCHEMr,)X3886r-)XCHARGEr.)j]-XCHEBIr/)X17927r0)XKEGGr1)XC00612r2)uh }r3)hNhh]r4)r5)Rr6)jS,j+)jT,jU,jV,KjW,GubG?jgG?jRG?uhNjX,GjY,G@@ubj0,)r7)}r8)(hXSPMDAT2r9)hX Spermidine acetyltransferase N8 r:)h}r;)(XGENE_ASSOCIATIONr<)XSTM1502r=)X SUBSYSTEMr>)XArginine and Proline Metabolismr?)uh }r@)j8,j=)j9,hj:,h]rA)j!!arB)RrC)j>,}rD)(jgGjGj@,)rE)}rF)(hX n8aspmd_crG)hXN8-AcetylspermidinerH)h}rI)(XFORMULArJ)XC9H23N3OrK)XPUBCHEMrL)X4273rM)XCHARGErN)j]-XCHEBIrO)X27911rP)XKEGGrQ)XC01029rR)uh }rS)hNhh]rT)rU)RrV)jS,jK)jT,jU,jV,KjW,GubG?jRG?jgG?uhNjX,GjY,G@@ubj0,)rW)}rX)(hX SPMDabcpprY)hX.spermidine transport via ABC system periplasm rZ)h}r[)(XGENE_ASSOCIATIONr\)X5( STM1226 and STM1225 and STM1223 and STM1222 )r])X SUBSYSTEMr^)XTransport Inner Membraner_)uh }r`)j8,X1STM1226 and STM1225 and STM1223 and STM1222ra)j9,hj:,h]rb)(jjjjerc)Rrd)j>,}re)(jRGj@,)rf)}rg)(hXspmd_prh)hX Spermidineri)h}rj)(XFORMULArk)XC7H22N3rl)XPUBCHEMrm)X3609rn)XCHARGEro)j8XCHEBIrp)X16610rq)XKEGGrr)XC00315rs)uh }rt)hNhh]ru)rv)Rrw)jS,jl)jT,jPjV,KjW,GubGjRGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rx)}ry)(hXSPMDtexrz)hX>spermidine transport via diffusion extracellular to periplasm r{)h}r|)(XGENE_ASSOCIATIONr})X2( STM0320 or STM0999 or STM1473 or STM2267 )r~)X SUBSYSTEMr)XTransport Outer Membrane Porinr)uh }r)j8,X.STM0320 or STM0999 or STM1473 or STM2267r)j9,hj:,h]r)(h*hh3h!er)Rr)j>,}r)(j?Gjf)G?uhNjX,G@jY,G@@ubj0,)r)}r)(hXSPMSr)hXspermidine synthaser)h}r)(XGENE_ASSOCIATIONr)XSTM0166r)X SUBSYSTEMr)XArginine and Proline Metabolismr)uh }r)j8,j)j9,hj:,h]r)j*!ar)Rr)j>,}r)(jqGjuGj5G?jG?jRG?uhNjX,GjY,G@@ubj0,)r)}r)(hXSPODMr)hXsuperoxide dismutaser)h}r)(XGENE_ASSOCIATIONr)X( STM4055 or STM1431 )r)X SUBSYSTEMr)X Unassignedr)uh }r)j8,XSTM4055 or STM1431r)j9,hj:,h]r)(j,}r)(jRGj"GjQfG?j-fG?uhNjX,GjY,Gubj0,)r)}r)(hXSPODMppr)hXsuperoxide dismutaser)h}r)(XGENE_ASSOCIATIONr)X( STM1440 or STM1044 )r)X SUBSYSTEMr)X Unassignedr)uh }r)j8,XSTM1440 or STM1044r)j9,hj:,h]r)(jE!jN!er)Rr)j>,}r)(jGj TGjG?jG?uhNjX,GjY,Gubj0,)r)}r)(hXSSALxr)hX)succinate semialdehyde dehydrogenase NAD r)h}r)X SUBSYSTEMr)XArginine and Proline Metabolismr)sh }r)j8,hj9,hj:,h]r)r)Rr)j>,}r)(j[GjfGjRGj[G?j@G?jRG@uhNjX,GjY,G@@ubj0,)r)}r)(hXSSALyr)hX*succinate semialdehyde dehydrogenase NADP r)h}r)(XGENE_ASSOCIATIONr)XSTM2791r)X SUBSYSTEMr)XArginine and Proline Metabolismr)uh }r)j8,j)j9,hj:,h]r)jW!ar)Rr)j>,}r)(jRGj[GjfGj[G?jRG@j@G?uhNjX,GjY,G@@ubj0,)r)}r)(hXSUCBZLr)hXo succinylbenzoate CoA ligaser)h}r)(XGENE_ASSOCIATIONr)XSTM2305r)X SUBSYSTEMr)X*Cofactor and Prosthetic Group Biosynthesisr)uh }r)j8,j)j9,hj:,h]r)j`!ar)Rr)j>,}r)(jRGj@,)r)}r)(hXsucbz_cr)hXo-Succinylbenzoater)h}r)(XFORMULAr)XC11H8O5r)XPUBCHEMr)X5692r)XCHARGEr)X-2r)XCHEBIr)X18325r)XKEGGr)XC02730r)uh }r)hNhh]r)r)Rr)jS,j)jT,jU,jV,JjW,GubGjgGj G?jXG?jXG?uhNjX,GjY,G@@ubj0,)r)}r)(hXSUCBZSr)hXO succinylbenzoate CoA synthaser)h}r)(XGENE_ASSOCIATIONr)XSTM2306r)X SUBSYSTEMr)X*Cofactor and Prosthetic Group Biosynthesisr)uh }r)j8,j)j9,hj:,h]r)ji!ar)Rr)j>,}r)(j(Gj)G?jRG?uhNjX,GjY,G@@ubj0,)r)}r)(hX SUCCt2_2ppr)hX6succinate transport via proton symport 2 H periplasm r)h}r*(XGENE_ASSOCIATIONr*XSTM3614r*X SUBSYSTEMr*XTransport Inner Membraner*uh }r*j8,j*j9,hj:,h]r*jar*Rr*j>,}r *(j TGjGjRG@j@G?uhNjX,GjY,G@@ubj0,)r *}r *(hXSUCCt3ppr *hX6succinate transport out via proton antiport periplasm r *h}r*X SUBSYSTEMr*XTransport Inner Membraner*sh }r*j8,hj9,hj:,h]r*r*Rr*j>,}r*(j@Gj TGjG?jRG?uhNjX,GjY,G@@ubj0,)r*}r*(hXSUCCtexr*hX=succinate transport via diffusion extracellular to periplasm r*h}r*(XGENE_ASSOCIATIONr*X2( STM0320 or STM0999 or STM1473 or STM2267 )r*X SUBSYSTEMr*XTransport Outer Membrane Porinr*uh }r*j8,X.STM0320 or STM0999 or STM1473 or STM2267r *j9,hj:,h]r!*(h*hh3h!er"*Rr#*j>,}r$*(j]GjG?uhNjX,G@jY,G@@ubj0,)r%*}r&*(hXSUCDir'*hX%succinate dehydrogenase irreversible r(*h}r)*(XGENE_ASSOCIATIONr**X5( STM0732 and STM0733 and STM0734 and STM0735 )r+*X SUBSYSTEMr,*XOxidative Phosphorylationr-*uh }r.*j8,X1STM0732 and STM0733 and STM0734 and STM0735r/*j9,hj:,h]r0*(j!jr!j!j{!er1*Rr2*j>,}r3*(j@Gj݃GjG?jsG?uhNjX,GjY,G@@ubj0,)r4*}r5*(hXSUCOASr6*hX$succinyl CoA synthetase ADP forming r7*h}r8*(XGENE_ASSOCIATIONr9*X( STM0738 and STM0739 )r:*X SUBSYSTEMr;*XCitric Acid Cycler<*uh }r=*j8,XSTM0738 and STM0739r>*j9,hj:,h]r?*(j!j!er@*RrA*j>,}rB*(jRGj@GjgGjhxG?jSG?jRG?uhNjX,G@jY,G@@ubj0,)rC*}rD*(hXSUCRtexrE*hXEsucrose transport transport via diffusion extracellular to periplasm rF*h}rG*(XGENE_ASSOCIATIONrH*X2( STM0320 or STM0999 or STM1473 or STM2267 )rI*X SUBSYSTEMrJ*XTransport Outer Membrane PorinrK*uh }rL*j8,X.STM0320 or STM0999 or STM1473 or STM2267rM*j9,hj:,h]rN*(h*hh3h!erO*RrP*j>,}rQ*(j|Gj@,)rR*}rS*(hXsucr_prT*hXSucroserU*h}rV*(XFORMULArW*X C12H22O11rX*XPUBCHEMrY*X3389rZ*XCHARGEr[*jK,XCHEBIr\*X17992r]*XKEGGr^*XC00089r_*uh }r`*hNhh]ra*rb*Rrc*jS,jX*jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rd*}re*(hX SULFACtexrf*hX?sulfoaceate transport via diffusion extracellular to periplasm rg*h}rh*(XGENE_ASSOCIATIONri*X2( STM0320 or STM0999 or STM1473 or STM2267 )rj*X SUBSYSTEMrk*XTransport Outer Membrane Porinrl*uh }rm*j8,X.STM0320 or STM0999 or STM1473 or STM2267rn*j9,hj:,h]ro*(h*hh3h!erp*Rrq*j>,}rr*(jGj@,)rs*}rt*(hXsulfac_pru*hX sulfoacetaterv*h}rw*(XFORMULArx*XC2H2O5Sry*XPUBCHEMrz*X7846991r{*XCHARGEr|*X-2r}*XCHEBIr~*jK,XKEGGr*XC14179r*uh }r*hNhh]r*r*Rr*jS,jy*jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r*}r*(hXSULRir*hXsulfite reductase NADPH2 r*h}r*(XGENE_ASSOCIATIONr*X( STM2947 and STM2948 )r*X SUBSYSTEMr*XCysteine Metabolismr*uh }r*j8,XSTM2947 and STM2948r*j9,hj:,h]r*(j j er*Rr*j>,}r*(j[GjRGjGj[G@jG?jRG@uhNjX,GjY,G@@ubj0,)r*}r*(hXSULabcppr*hX+sulfate transport via ABC system periplasm r*h}r*(XGENE_ASSOCIATIONr*X( ( STM2441 and STM2443 and STM2442 and STM4063 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2444 and STM2443 and STM2442 ) )r*X SUBSYSTEMr*X&Inorganic Ion Transport and Metabolismr*uh }r*j8,X( STM2441 and STM2443 and STM2442 and STM4063 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2444 and STM2443 and STM2442 )r*j9,hj:,h]r*(jqjjjjjjjzer*Rr*j>,}r*(jRGj(GjRGj%G?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r*}r*(hXT2DECAIr*hXtrans 2 decenoyl ACP isomeraser*h}r*(XGENE_ASSOCIATIONr*XSTM1067r*X SUBSYSTEMr*XCell Envelope Biosynthesisr*uh }r*j8,j*j9,hj:,h]r*har*Rr*j>,}r*(j6]Gj(bG?uhNjX,G@jY,G@@ubj0,)r*}r*(hXTALAr*hX transaldolaser*h}r*(XGENE_ASSOCIATIONr*X( STM2473 or STM0007 )r*X SUBSYSTEMr*XPentose Phosphate Pathwayr*uh }r*j8,XSTM2473 or STM0007r*j9,hj:,h]r*(j!j!er*Rr*j>,}r*(jGj%GjG?jG?uhNjX,G@jY,G@@ubj0,)r*}r*(hXTARTRtexr*hX<Tartrate transport via diffusion extracellular to periplasm r*h}r*(XGENE_ASSOCIATIONr*X2( STM0320 or STM0999 or STM1473 or STM2267 )r*X SUBSYSTEMr*XTransport Outer Membrane Porinr*uh }r*j8,X.STM0320 or STM0999 or STM1473 or STM2267r*j9,hj:,h]r*(h!h*hh3er*Rr*j>,}r*(jGj@,)r*}r*(hX tartr__L_pr*hX L-tartrater*h}r*(XFORMULAr*XC4H4O6r*XPUBCHEMr*X4154r*XCHARGEr*X-2r*XCHEBIr*X 15671 30924r*XKEGGr*XC00898r*uh }r*hNhh]r*r*Rr*jS,j*jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r*}r*(hXTAURtexr*hX;taurine transport via diffusion extracellular to periplasm r*h}r*(XGENE_ASSOCIATIONr*X2( STM0320 or STM0999 or STM1473 or STM2267 )r*X SUBSYSTEMr*XTransport Outer Membrane Porinr*uh }r*j8,X.STM0320 or STM0999 or STM1473 or STM2267r*j9,hj:,h]r*(h*hh3h!er*Rr*j>,}r*(jGj@,)r*}r*(hXtaur_pr*hXTauriner*h}r*(XFORMULAr*XC2H7NO3Sr*XPUBCHEMr*X3544r*XCHARGEr*jK,XCHEBIr*X15891r*XKEGGr*XC00245r*uh }r*hNhh]r+r+Rr+jS,j*jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r+}r+(hXTCYNTtexr+hX?Thiocyanate transport via diffusion extracellular to periplasm r+h}r+(XGENE_ASSOCIATIONr+X2( STM0320 or STM0999 or STM1473 or STM2267 )r +X SUBSYSTEMr +XTransport Outer Membrane Porinr +uh }r +j8,X.STM0320 or STM0999 or STM1473 or STM2267r +j9,hj:,h]r+(h!h*hh3er+Rr+j>,}r+(jGjG?uhNjX,G@jY,G@@ubj0,)r+}r+(hXTDECOAIr+hX)tetradecenoyl coa cis trans isomerizationr+h}r+(XGENE_ASSOCIATIONr+XSTM3983r+X SUBSYSTEMr+XMembrane Lipid Metabolismr+uh }r+j8,j+j9,hj:,h]r+j ar+Rr+j>,}r+(jGjnG?uhNjX,GjY,G@@ubj0,)r +}r!+(hXTDPr"+hXthiamin pyrophosphataser#+h}r$+(XGENE_ASSOCIATIONr%+XSTM1235r&+X SUBSYSTEMr'+X*Cofactor and Prosthetic Group Biosynthesisr(+uh }r)+j8,j&+j9,hj:,h]r*+har++Rr,+j>,}r-+(jGjRGj@,)r.+}r/+(hXthmmp_cr0+hXThiamin-monophosphater1+h}r2+(XFORMULAr3+X C12H16N4O4PSr4+XPUBCHEMr5+X4319r6+XCHARGEr7+X-1r8+XCHEBIr9+X9533r:+XKEGGr;+XC01081r<+uh }r=+hNhh]r>+r?+Rr@+jS,j4+jT,jU,jV,JjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rA+}rB+(hXTDPADGATrC+hX4dTDP 4 amino 4 6 dideoxy D glucose acetyltransferaserD+h}rE+(XGENE_ASSOCIATIONrF+XSTM3924rG+X SUBSYSTEMrH+XCell Envelope BiosynthesisrI+uh }rJ+j8,jG+j9,hj:,h]rK+j!arL+RrM+j>,}rN+(j@,)rO+}rP+(hX dtdp4addg_crQ+hX$dTDP-4-amino-4-6-dideoxy-D-galactoserR+h}rS+(XFORMULArT+X C16H26N3O14P2rU+XPUBCHEMrV+X6932rW+XCHARGErX+X-1rY+XCHEBIrZ+X15952r[+XKEGGr\+XC04268r]+uh }r^+hNhh]r_+r`+Rra+jS,jU+jT,jU,jV,JjW,GubGjgGjRG?jgG?j@,)rb+}rc+(hX dtdp4aaddg_crd+hX(dTDP-4-acetamido-4-6-dideoxy-D-galactosere+h}rf+(XFORMULArg+X C18H27N3O15P2rh+XPUBCHEMri+X8290rj+XCHARGErk+X-2rl+XCHEBIrm+X28294rn+XKEGGro+jK,uh }rp+hNhh]rq+rr+Rrs+jS,jh+jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rt+}ru+(hXTDPAGTArv+hX/dTDP 4 amino 4 6 dideoxy D glucose transaminaserw+h}rx+(XGENE_ASSOCIATIONry+XSTM3925rz+X SUBSYSTEMr{+XCell Envelope Biosynthesisr|+uh }r}+j8,jz+j9,hj:,h]r~+j!ar+Rr+j>,}r+(jfGj@,)r+}r+(hX dtdp4d6dg_cr+hX dTDP-4-dehydro-6-deoxy-D-glucoser+h}r+(XFORMULAr+X C16H22N2O15P2r+XPUBCHEMr+X3956r+XCHARGEr+X-2r+XCHEBIr+X16128r+XKEGGr+XC00687r+uh }r+hNhh]r+r+Rr+jS,j+jT,jU,jV,JjW,GubGjO+G?jfG?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDPDREr+hX$dTDP 4 dehydrorhamnose 3 5 epimeraser+h}r+(XGENE_ASSOCIATIONr+XSTM2094r+X SUBSYSTEMr+XCell Envelope Biosynthesisr+uh }r+j8,j+j9,hj:,h]r+j!ar+Rr+j>,}r+(j+Gj@,)r+}r+(hX dtdp4d6dm_cr+hX dTDP-4-dehydro-6-deoxy-L-mannoser+h}r+(XFORMULAr+X C16H22N2O15P2r+XPUBCHEMr+X3957r+XCHARGEr+X-2r+XCHEBIr+X15744r+XKEGGr+XC00688r+uh }r+hNhh]r+r+Rr+jS,j+jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDPDRRr+hX dTDP 4 dehydrorhamnose reductaser+h}r+(XGENE_ASSOCIATIONr+XSTM2096r+X SUBSYSTEMr+XCell Envelope Biosynthesisr+uh }r+j8,j+j9,hj:,h]r+j!ar+Rr+j>,}r+(j[GjRGj+Gj[G?j$G?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDPGDHr+hXdTDPglucose 4 6 dehydrataser+h}r+(XGENE_ASSOCIATIONr+X( STM2097 or STM3922 )r+X SUBSYSTEMr+XCell Envelope Biosynthesisr+uh }r+j8,XSTM2097 or STM3922r+j9,hj:,h]r+(j!j!er+Rr+j>,}r+(jGjRG?j+G?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDSKr+hXTetraacyldisaccharide 4 kinaser+h}r+(XGENE_ASSOCIATIONr+XSTM0985r+X SUBSYSTEMr+X)Lipopolysaccharide Biosynthesis Recyclingr+uh }r+j8,j+j9,hj:,h]r+j!ar+Rr+j>,}r+(jGjRGjRG?j5G?jRG?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDSR1r+hXthioldisulfide reductase DsbC r+h}r+(XGENE_ASSOCIATIONr+X( STM3043 and STM4323 )r+X SUBSYSTEMr+XTransport Inner Membraner+uh }r+j8,XSTM3043 and STM4323r+j9,hj:,h]r+(jF jO er+Rr+j>,}r+(jGjuGj$G?jgG?uhNjX,GjY,G@@ubj0,)r+}r+(hXTDSR2r+hXthioldisulfide reductase DsbG r+h}r+(XGENE_ASSOCIATIONr+X( STM4323 and STM0607 )r+X SUBSYSTEMr+XTransport Inner Membraner+uh }r+j8,XSTM4323 and STM0607r+j9,hj:,h]r+(jO jj er+Rr+j>,}r+(jGjuGjgG?jG?uhNjX,GjY,G@@ubj0,)r+}r,(hXTHD2ppr,hX!NAD P transhydrogenase periplasm r,h}r,(XGENE_ASSOCIATIONr,X( STM1480 and STM1479 )r,X SUBSYSTEMr,XOxidative Phosphorylationr,uh }r,j8,XSTM1480 and STM1479r ,j9,hj:,h]r ,(jjer ,Rr ,j>,}r ,(j[Gj[Gj TGj[G?j[G?jRG@uhNjX,GjY,G@@ubj0,)r,}r,(hXTHDPSr,hX"tetrahydrodipicolinate succinylaser,h}r,(XGENE_ASSOCIATIONr,XSTM0213r,X SUBSYSTEMr,XThreonine and Lysine Metabolismr,uh }r,j8,j,j9,hj:,h]r,j!ar,Rr,j>,}r,(jƞGjRGjhxGjgG?jz&G?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHIORDXir,hX(hydrogen peroxide reductase thioredoxin r,h}r ,(XGENE_ASSOCIATIONr!,XT( ( ( STM0609 and STM0608 ) or ( STM0609 and STM0402) ) and ( STM2649 or STM3915 ) )r",X SUBSYSTEMr#,X Unassignedr$,uh }r%,j8,XP( ( STM0609 and STM0608 ) or ( STM0609 and STM0402) ) and ( STM2649 or STM3915 )r&,j9,hj:,h]r',(jX j "j"j"ja er(,Rr),j>,}r*,(jQfGjUGjRG@jG?uhNjX,GjY,G@@ubj0,)r+,}r,,(hXTHMDt2ppr-,hX4thymidine transport in via proton symport periplasm r.,h}r/,(XGENE_ASSOCIATIONr0,X( STM3113 or STM2409 )r1,X SUBSYSTEMr2,XTransport Inner Membraner3,uh }r4,j8,XSTM3113 or STM2409r5,j9,hj:,h]r6,(jnjeer7,Rr8,j>,}r9,(j TGj Gj G?jRG?uhNjX,GjY,G@@ubj0,)r:,}r;,(hX THMDt2rppr<,hX?thymidine transport in via proton symport reversible periplasm r=,h}r>,(XGENE_ASSOCIATIONr?,XSTM2421r@,X SUBSYSTEMrA,XTransport Inner MembranerB,uh }rC,j8,j@,j9,hj:,h]rD,jwarE,RrF,j>,}rG,(j TGj Gj G?jRG?uhNjX,G@jY,G@@ubj0,)rH,}rI,(hXTHMDtexrJ,hX=thymidine transport via diffusion extracellular to periplasm rK,h}rL,(XGENE_ASSOCIATIONrM,X2( STM0320 or STM0999 or STM1473 or STM2267 )rN,X SUBSYSTEMrO,XTransport Outer Membrane PorinrP,uh }rQ,j8,X.STM0320 or STM0999 or STM1473 or STM2267rR,j9,hj:,h]rS,(h*hh3h!erT,RrU,j>,}rV,(jGj G?uhNjX,G@jY,G@@ubj0,)rW,}rX,(hXTHMabcpprY,hX,thiamine transport via ABC system periplasm rZ,h}r[,(XGENE_ASSOCIATIONr\,X'( STM0108 and STM0107 and STM0106 )r],X SUBSYSTEMr^,XTransport Inner Membraner_,uh }r`,j8,X#STM0108 and STM0107 and STM0106ra,j9,hj:,h]rb,(j%"j."j"erc,Rrd,j>,}re,(jRGj@,)rf,}rg,(hXthm_prh,hXThiaminri,h}rj,(XFORMULArk,X C12H17N4OSrl,XPUBCHEMrm,X3668rn,XCHARGEro,j-XCHEBIrp,X18385rq,XKEGGrr,XC00378rs,uh }rt,hNhh]ru,rv,Rrw,jS,jl,jT,jPjV,KjW,GubGjRGjRG?jSG?j@,)rx,}ry,(hXthm_crz,hXThiaminr{,h}r|,(XFORMULAr},X C12H17N4OSr~,XPUBCHEMr,X3668r,XCHARGEr,j-XCHEBIr,X18385r,XKEGGr,XC00378r,uh }r,hNhh]r,r,Rr,jS,j~,jT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHMtexr,hX<Thiamine transport via diffusion extracellular to periplasm r,h}r,(XGENE_ASSOCIATIONr,X2( STM0320 or STM0999 or STM1473 or STM2267 )r,X SUBSYSTEMr,XTransport Outer Membrane Porinr,uh }r,j8,X.STM0320 or STM0999 or STM1473 or STM2267r,j9,hj:,h]r,(h*hh3h!er,Rr,j>,}r,(jGjf,G?uhNjX,G@jY,G@@ubj0,)r,}r,(hXTHRA2ir,hXL allo Threonine Aldolaser,h}r,(XGENE_ASSOCIATIONr,X( STM2555 or STM0934 )r,X SUBSYSTEMr,XThreonine and Lysine Metabolismr,uh }r,j8,XSTM2555 or STM0934r,j9,hj:,h]r,(jjer,Rr,j>,}r,(j=Gj}G?jgG?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHRAir,hXThreonine aldolaser,h}r,(XGENE_ASSOCIATIONr,X( STM2555 or STM0934 )r,X SUBSYSTEMr,XThreonine and Lysine Metabolismr,uh }r,j8,XSTM2555 or STM0934r,j9,hj:,h]r,(jjer,Rr,j>,}r,(j3GjgG?j}G?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHRDr,hXL threonine dehydrogenaser,h}r,(XGENE_ASSOCIATIONr,XSTM3708r,X SUBSYSTEMr,XGlycine and Serine Metabolismr,uh }r,j8,j,j9,hj:,h]r,j7"ar,Rr,j>,}r,(j3Gj[Gj$~G?j[G?jRG?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHRD_Lr,hXL threonine deaminaser,h}r,(XGENE_ASSOCIATIONr,X2( STM3244 or STM1826 or STM2971 or STM3905 )r,X SUBSYSTEMr,X(Valine Leucine and Isoleucine Metabolismr,uh }r,j8,X.STM3244 or STM1826 or STM2971 or STM3905r,j9,hj:,h]r,(jI"j@"jR"j["er,Rr,j>,}r,(j3GjcfG?jjG?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHRPtexr,hXGphospho L threonine transport via diffusion extracellular to periplasm r,h}r,(XGENE_ASSOCIATIONr,X2( STM0320 or STM0999 or STM1473 or STM2267 )r,X SUBSYSTEMr,XTransport Outer Membrane Porinr,uh }r,j8,X.STM0320 or STM0999 or STM1473 or STM2267r,j9,hj:,h]r,(h!h*hh3er,Rr,j>,}r,(jPGj7!G?uhNjX,G@jY,G@@ubj0,)r,}r,(hXTHRSr,hXthreonine synthaser,h}r,(XGENE_ASSOCIATIONr,XSTM0004r,X SUBSYSTEMr,XThreonine and Lysine Metabolismr,uh }r,j8,j,j9,hj:,h]r,jd"ar,Rr,j>,}r,(jRGjGj3G?jSG?uhNjX,GjY,G@@ubj0,)r,}r,(hXTHRTRSr,hXThreonyl tRNA synthetaser,h}r,(XGENE_ASSOCIATIONr,XSTM1333r,X SUBSYSTEMr,X tRNA Chargingr,uh }r,j8,j,j9,hj:,h]r,jm"ar,Rr,j>,}r,(j3Gj@,)r,}r-(hX trnathr_cr-hXtRNA-Thrr-h}r-(XFORMULAr-jyXPUBCHEMr-X4800r-XCHARGEr-jK,XCHEBIr-X29180r -XKEGGr -XC01651r -uh }r -hNhh]r -r-Rr-jS,jyjT,jU,jV,KjW,GubGjRGj@,)r-}r-(hX thrtrna_cr-hXL-Threonyl-tRNA-Thrr-h}r-(XFORMULAr-XC4H8NO2Rr-XPUBCHEMr-X5901r-XCHARGEr-j-XCHEBIr-X29163r-XKEGGr-XC02992r-uh }r-hNhh]r-r -Rr!-jS,j-jT,jU,jV,KjW,GubG?jXG?jXG?uhNjX,GjY,G@@ubj0,)r"-}r#-(hXTHRabcppr$-hX/L threonine transport via ABC system periplasm r%-h}r&-(XGENE_ASSOCIATIONr'-XC( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )r(-X SUBSYSTEMr)-XTransport Inner Membraner*-uh }r+-j8,X?STM3560 and STM3561 and STM3563 and STM3567 and STM3562r,-j9,hj:,h]r--(j0j j'jjer.-Rr/-j>,}r0-(jJ!GjRGjRGj3G?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r1-}r2-(hXTHRt2ppr3-hX;L threonine efflux transport via proton antiport periplasm r4-h}r5-(XGENE_ASSOCIATIONr6-X( STM0832 or STM3959 )r7-X SUBSYSTEMr8-XTransport Inner Membraner9-uh }r:-j8,XSTM0832 or STM3959r;-j9,hj:,h]r<-(jzjv"er=-Rr>-j>,}r?-(j3Gj TGjJ!G?jRG?uhNjX,GjY,G@@ubj0,)r@-}rA-(hXTHRt2rpprB-hX>L threonine reversible transport via proton symport periplasm rC-h}rD-(XGENE_ASSOCIATIONrE-XSTM3243rF-X SUBSYSTEMrG-XTransport Inner MembranerH-uh }rI-j8,jF-j9,hj:,h]rJ-j arK-RrL-j>,}rM-(j TGjJ!Gj3G?jRG?uhNjX,G@jY,G@@ubj0,)rN-}rO-(hXTHRt4pprP-hX)L threonine via sodium symport periplasm rQ-h}rR-(XGENE_ASSOCIATIONrS-XSTM3225rT-X SUBSYSTEMrU-XTransport Inner MembranerV-uh }rW-j8,jT-j9,hj:,h]rX-j arY-RrZ-j>,}r[-(jYpGjJ!Gj3G?jkpG?uhNjX,GjY,G@@ubj0,)r\-}r]-(hXTHRtexr^-hX?L threonine transport via diffusion extracellular to periplasm r_-h}r`-(XGENE_ASSOCIATIONra-X2( STM0320 or STM0999 or STM1473 or STM2267 )rb-X SUBSYSTEMrc-XTransport Outer Membrane Porinrd-uh }re-j8,X.STM0320 or STM0999 or STM1473 or STM2267rf-j9,hj:,h]rg-(h*hh3h!erh-Rri-j>,}rj-(j2GjJ!G?uhNjX,G@jY,G@@ubj0,)rk-}rl-(hXTHYMt3pprm-hX4thymine transport out via proton antiport periplasm rn-h}ro-X SUBSYSTEMrp-XTransport Inner Membranerq-sh }rr-j8,hj9,hj:,h]rs-rt-Rru-j>,}rv-(j@,)rw-}rx-(hXthym_cry-hXThyminerz-h}r{-(XFORMULAr|-XC5H6N2O2r}-XPUBCHEMr~-X3478r-XCHARGEr-jK,XCHEBIr-X17821r-XKEGGr-XC00178r-uh }r-hNhh]r-r-Rr-jS,j}-jT,jU,jV,KjW,GubGj TGj@,)r-}r-(hXthym_pr-hXThyminer-h}r-(XFORMULAr-XC5H6N2O2r-XPUBCHEMr-X3478r-XCHARGEr-jK,XCHEBIr-X17821r-XKEGGr-XC00178r-uh }r-hNhh]r-r-Rr-jS,j-jT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r-}r-(hXTHYMtexr-hX;thymine transport via diffusion extracellular to periplasm r-h}r-(XGENE_ASSOCIATIONr-X2( STM1473 or STM2267 or STM0320 or STM0999 )r-X SUBSYSTEMr-XTransport Outer Membrane Porinr-uh }r-j8,X.STM1473 or STM2267 or STM0320 or STM0999r-j9,hj:,h]r-(h*hh3h!er-Rr-j>,}r-(joGj-G?uhNjX,G@jY,G@@ubj0,)r-}r-(hXTKT1r-hX transketolaser-h}r-(XGENE_ASSOCIATIONr-X.( STM3076 or STM2474 or STM2341 or STM2340 )r-X SUBSYSTEMr-XPentose Phosphate Pathwayr-uh }r-j8,X*STM3076 or STM2474 or STM2341 or STM2340r-j9,hj:,h]r-(j"j"j"j"er-Rr-j>,}r-(jsGj#Gj%G?jG?uhNjX,G@jY,G@@ubj0,)r-}r-(hXTKT2r-hX transketolaser-h}r-(XGENE_ASSOCIATIONr-X.( STM3076 or STM2474 or STM2341 or STM2340 )r-X SUBSYSTEMr-XPentose Phosphate Pathwayr-uh }r-j8,X*STM3076 or STM2474 or STM2341 or STM2340r-j9,hj:,h]r-(j"j"j"j"er-Rr-j>,}r-(j#GjGjG?jG?uhNjX,G@jY,G@@ubj0,)r-}r-(hXTMAOR1ppr-hX9Trimethylamine N oxide reductase menaquinol 8 periplasm r-h}r-(XGENE_ASSOCIATIONr-X( STM3823 and STM3822 )r-X SUBSYSTEMr-XOxidative Phosphorylationr-uh }r-j8,XSTM3823 and STM3822r-j9,hj:,h]r-(j"j"er-Rr-j>,}r-(j@,)r-}r-(hXtmao_pr-hXTrimethylamine-N-oxider-h}r-(XFORMULAr-XC3H9NOr-XPUBCHEMr-X4338r-XCHARGEr-jK,XCHEBIr-X15724r-XKEGGr-XC01104r-uh }r-hNhh]r-r-Rr-jS,j-jT,jPjV,KjW,GubGj|Gj TGjlTG?j!G?j@,)r-}r-(hXtma_pr-hXtrimethylaminer-h}r-(XFORMULAr-XC3H10Nr-XPUBCHEMr-X3844r-XCHARGEr-j-XCHEBIr-X18139r-XKEGGr-XC00565r-uh }r-hNhh]r-r-Rr-jS,j-jT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r-}r-(hXTMAOR2ppr-hXATrimethylamine N oxide reductase demethylmenaquinol 8 periplasm r-h}r-(XGENE_ASSOCIATIONr.X( STM3823 and STM3822 )r.X SUBSYSTEMr.XOxidative Phosphorylationr.uh }r.j8,XSTM3823 and STM3822r.j9,hj:,h]r.(j"j"er.Rr.j>,}r .(j TGj|Gj-Gj-G?jlTG?jOG?uhNjX,GjY,G@@ubj0,)r .}r .(hXTMAOtexr .hXJTrimethylamine N oxide transport via diffusion extracellular to periplasm r .h}r.(XGENE_ASSOCIATIONr.X2( STM0320 or STM0999 or STM1473 or STM2267 )r.X SUBSYSTEMr.XTransport Outer Membrane Porinr.uh }r.j8,X.STM0320 or STM0999 or STM1473 or STM2267r.j9,hj:,h]r.(h!h*hh3er.Rr.j>,}r.(jGj-G?uhNjX,G@jY,G@@ubj0,)r.}r.(hXTMAtexr.hXBTrimethylamine transport via diffusion extracellular to periplasm r.h}r.(XGENE_ASSOCIATIONr.X2( STM0320 or STM0999 or STM1473 or STM2267 )r.X SUBSYSTEMr .XTransport Outer Membrane Porinr!.uh }r".j8,X.STM0320 or STM0999 or STM1473 or STM2267r#.j9,hj:,h]r$.(h*hh3h!er%.Rr&.j>,}r'.(jGj-G?uhNjX,G@jY,G@@ubj0,)r(.}r).(hXTMDK1r*.hXthymidine kinase ATPthymidine r+.h}r,.(XGENE_ASSOCIATIONr-.XSTM1750r..X SUBSYSTEMr/.XNucleotide Salvage Pathwayr0.uh }r1.j8,j..j9,hj:,h]r2.j| ar3.Rr4.j>,}r5.(j GjRGjAG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r6.}r7.(hXTMDPPr8.hXthymidine phosphorylaser9.h}r:.(XGENE_ASSOCIATIONr;.XSTM4568r<.X SUBSYSTEMr=.XNucleotide Salvage Pathwayr>.uh }r?.j8,j<.j9,hj:,h]r@.j arA.RrB.j>,}rC.(j GjSGjG?jw-G?uhNjX,G@jY,G@@ubj0,)rD.}rE.(hXTMDSrF.hXthymidylate synthaserG.h}rH.(XGENE_ASSOCIATIONrI.XSTM3001rJ.X SUBSYSTEMrK.XNucleotide Salvage PathwayrL.uh }rM.j8,jJ.j9,hj:,h]rN.j"arO.RrP.j>,}rQ.(joGjߥGjAG?jG?uhNjX,GjY,G@@ubj0,)rR.}rS.(hXTMKrT.hXthiamine kinaserU.h}rV.(XGENE_ASSOCIATIONrW.XSTM1208rX.X SUBSYSTEMrY.X*Cofactor and Prosthetic Group BiosynthesisrZ.uh }r[.j8,jX.j9,hj:,h]r\.j"ar].Rr^.j>,}r_.(jx,GjRGj.+G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r`.}ra.(hXTMPKrb.hXthiamine phosphate kinaserc.h}rd.(XGENE_ASSOCIATIONre.XSTM0419rf.X SUBSYSTEMrg.X*Cofactor and Prosthetic Group Biosynthesisrh.uh }ri.j8,jf.j9,hj:,h]rj.j"ark.Rrl.j>,}rm.(j.+GjRGjRG?jG?uhNjX,GjY,G@@ubj0,)rn.}ro.(hXTMPPPrp.hX"thiamine phosphate diphosphorylaserq.h}rr.(XGENE_ASSOCIATIONrs.XSTM4163rt.X SUBSYSTEMru.X*Cofactor and Prosthetic Group Biosynthesisrv.uh }rw.j8,jt.j9,hj:,h]rx.j"ary.Rrz.j>,}r{.(jGjRGjZ\GjXG?j.+G?uhNjX,GjY,G@@ubj0,)r|.}r}.(hXTPIr~.hXtriose phosphate isomeraser.h}r.(XGENE_ASSOCIATIONr.XSTM4081r.X SUBSYSTEMr.XGlycolysisGluconeogenesisr.uh }r.j8,j.j9,hj:,h]r.j"ar.Rr.j>,}r.(jGGjG?uhNjX,G@jY,G@@ubj0,)r.}r.(hXTPRDCOASr.hX(triphosphoribosyl dephospho CoA synthaser.h}r.(XGENE_ASSOCIATIONr.XSTM0619r.X SUBSYSTEMr.X*Cofactor and Prosthetic Group Biosynthesisr.uh }r.j8,j.j9,hj:,h]r.j"ar.Rr.j>,}r.(jRGjrGj@,)r.}r.(hX 2tpr3dpcoa_cr.hX'2--5--triphosphoribosyl-3-dephospho-CoAr.h}r.(XFORMULAr.XC26H40N7O26P5Sr.XPUBCHEMr.jK,XCHARGEr.X-6r.XCHEBIr.jK,XKEGGr.jK,uh }r.hNhh]r.r.Rr.jS,j.jT,jU,jV,JjW,GubG?jdG?uhNjX,GjY,G@@ubj0,)r.}r.(hXTRDRr.hXthioredoxin reductase NADPH r.h}r.(XGENE_ASSOCIATIONr.X<( ( STM3915 and ( STM0958 and STM0958 ) ) or STM2649 )r.X SUBSYSTEMr.XOxidative Phosphorylationr.uh }r.j8,X8( STM3915 and ( STM0958 and STM0958 ) ) or STM2649r.j9,hj:,h]r.(jX j"ja er.Rr.j>,}r.(j[GjGjRGjUG?j[G?uhNjX,GjY,G@@ubj0,)r.}r.(hXTRE6PHr.hXtrehalose 6 phosphate hydrolaser.h}r.(XGENE_ASSOCIATIONr.XSTM4453r.X SUBSYSTEMr.XAlternate Carbon Metabolismr.uh }r.j8,j.j9,hj:,h]r.j"ar.Rr.j>,}r.(j@,)r.}r.(hXtre6p_cr.hX!alpha-alpha-Trehalose-6-phosphater.h}r.(XFORMULAr.X C12H21O14Pr.XPUBCHEMr.X3958r.XCHARGEr.X-2r.XCHEBIr.X18283r.XKEGGr.XC00689r.uh }r.hNhh]r.r.Rr.jS,j.jT,jU,jV,JjW,GubGjRGjG?j{G?uhNjX,GjY,G@@ubj0,)r.}r.(hXTRE6PPr.hXtrehalose phosphataser.h}r.(XGENE_ASSOCIATIONr.XSTM1929r.X SUBSYSTEMr.XAlternate Carbon Metabolismr.uh }r.j8,j.j9,hj:,h]r.j"ar.Rr.j>,}r.(j.GjRGjSG?j@,)r.}r.(hXtre_cr.hX Trehaloser.h}r.(XFORMULAr.X C12H22O11r.XPUBCHEMr.X4320r.XCHARGEr.jK,XCHEBIr.X16551r.XKEGGr.XC01083r.uh }r.hNhh]r.r.Rr.jS,j.jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r.}r.(hXTRE6PSr.hX5alpha alpha trehalose phosphate synthase UDP forming r.h}r.(XGENE_ASSOCIATIONr.XSTM1928r.X SUBSYSTEMr.XAlternate Carbon Metabolismr/uh }r/j8,j.j9,hj:,h]r/j#ar/Rr/j>,}r/(jGjGjkG?jRG?j.G?uhNjX,GjY,G@@ubj0,)r/}r/(hXTREHr/hXalpha alpha trehalaser /h}r /(XGENE_ASSOCIATIONr /XSTM3603r /X SUBSYSTEMr /XAlternate Carbon Metabolismr/uh }r/j8,j /j9,hj:,h]r/j #ar/Rr/j>,}r/(j.GjRGj{G@uhNjX,GjY,G@@ubj0,)r/}r/(hXTREHppr/hX alpha alpha trehalase periplasm r/h}r/(XGENE_ASSOCIATIONr/XSTM1796r/X SUBSYSTEMr/XAlternate Carbon Metabolismr/uh }r/j8,j/j9,hj:,h]r/j#ar/Rr /j>,}r!/(j@,)r"/}r#/(hXtre_pr$/hX Trehaloser%/h}r&/(XFORMULAr'/X C12H22O11r(/XPUBCHEMr)/X4320r*/XCHARGEr+/jK,XCHEBIr,/X16551r-/XKEGGr./XC01083r//uh }r0/hNhh]r1/r2/Rr3/jS,j(/jT,jPjV,KjW,GubGjlTGjG@uhNjX,GjY,G@@ubj0,)r4/}r5/(hXTREptsppr6/hX-trehalose transport via PEPPyr PTS periplasm r7/h}r8/(XGENE_ASSOCIATIONr9/X'( STM2433 and STM2431 and STM2432 )r:/X SUBSYSTEMr;/XTransport Inner Membraner/j9,hj:,h]r?/(jjjer@/RrA/j>,}rB/(j"/Gj4jGjGjG?j.G?uhNjX,GjY,G@@ubj0,)rC/}rD/(hXTREtexrE/hX=trehalose transport via diffusion extracellular to periplasm rF/h}rG/(XGENE_ASSOCIATIONrH/X2( STM0320 or STM0999 or STM1473 or STM2267 )rI/X SUBSYSTEMrJ/XTransport Outer Membrane PorinrK/uh }rL/j8,X.STM0320 or STM0999 or STM1473 or STM2267rM/j9,hj:,h]rN/(h*hh3h!erO/RrP/j>,}rQ/(jGj"/G?uhNjX,G@jY,G@@ubj0,)rR/}rS/(hXTRPS1rT/hX-tryptophan synthase indoleglycerol phosphate rU/h}rV/(XGENE_ASSOCIATIONrW/X( STM1727 and STM1726 )rX/X SUBSYSTEMrY/X0Tyrosine Tryptophan and Phenylalanine MetabolismrZ/uh }r[/j8,XSTM1727 and STM1726r\/j9,hj:,h]r]/(j(#j#er^/Rr_/j>,}r`/(jGjGjG?jRG?jG?uhNjX,GjY,G@@ubj0,)ra/}rb/(hXTRPS2rc/hXtryptophan synthase indole rd/h}re/(XGENE_ASSOCIATIONrf/X( STM1727 and STM1726 )rg/X SUBSYSTEMrh/X0Tyrosine Tryptophan and Phenylalanine Metabolismri/uh }rj/j8,XSTM1727 and STM1726rk/j9,hj:,h]rl/(j(#j#erm/Rrn/j>,}ro/(jGjGjG?jRG?uhNjX,GjY,G@@ubj0,)rp/}rq/(hXTRPS3rr/hX-tryptophan synthase indoleglycerol phosphate rs/h}rt/(XGENE_ASSOCIATIONru/X( STM1727 and STM1726 )rv/X SUBSYSTEMrw/X0Tyrosine Tryptophan and Phenylalanine Metabolismrx/uh }ry/j8,XSTM1727 and STM1726rz/j9,hj:,h]r{/(j(#j#er|/Rr}/j>,}r~/(jGjG?jG?uhNjX,GjY,G@@ubj0,)r/}r/(hXTRPTRSr/hXTryptophanyl tRNA synthetaser/h}r/(XGENE_ASSOCIATIONr/XSTM3481r/X SUBSYSTEMr/X tRNA Chargingr/uh }r/j8,j/j9,hj:,h]r/j1#ar/Rr/j>,}r/(jRGjGj@,)r/}r/(hX trnatrp_cr/hXtRNA-Trpr/h}r/(XFORMULAr/jyXPUBCHEMr/X4801r/XCHARGEr/jK,XCHEBIr/X29181r/XKEGGr/XC01652r/uh }r/hNhh]r/r/Rr/jS,jyjT,jU,jV,KjW,GubGjXG?jXG?j@,)r/}r/(hX trptrna_cr/hXL-Tryptophanyl-tRNA-Trpr/h}r/(XFORMULAr/X C11H11N2ORr/XPUBCHEMr/X6322r/XCHARGEr/j-XCHEBIr/X29159r/XKEGGr/XC03512r/uh }r/hNhh]r/r/Rr/jS,j/jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r/}r/(hXTRPt2rppr/hX?L tryptophan reversible transport via proton symport periplasm r/h}r/(XGENE_ASSOCIATIONr/X( STM0150 or STM3279 )r/X SUBSYSTEMr/XTransport Inner Membraner/uh }r/j8,XSTM0150 or STM3279r/j9,hj:,h]r/(j@jVer/Rr/j>,}r/(j@,)r/}r/(hXtrp__L_pr/hX L-Tryptophanr/h}r/(XFORMULAr/X C11H12N2O2r/XPUBCHEMr/X3378r/XCHARGEr/jK,XCHEBIr/X16828r/XKEGGr/XC00078r/uh }r/hNhh]r/r/Rr/jS,j/jT,jPjV,KjW,GubGj TGjRG?jG?uhNjX,G@jY,G@@ubj0,)r/}r/(hXTRPtexr/hX@L tryptophan transport via diffusion extracellular to periplasm r/h}r/(XGENE_ASSOCIATIONr/X2( STM0320 or STM0999 or STM1473 or STM2267 )r/X SUBSYSTEMr/XTransport Outer Membrane Porinr/uh }r/j8,X.STM0320 or STM0999 or STM1473 or STM2267r/j9,hj:,h]r/(h!h*hh3er/Rr/j>,}r/(jGj/G?uhNjX,G@jY,G@@ubj0,)r/}r/(hXTRSARrr/hX!tartronate semialdehyde reductaser/h}r/(XGENE_ASSOCIATIONr/X( STM0519 or STM3248 )r/X SUBSYSTEMr/XAlternate Carbon Metabolismr/uh }r/j8,XSTM0519 or STM3248r/j9,hj:,h]r/(j:#jC#er/Rr/j>,}r/(jjGj[GjRGjG?j[G?uhNjX,G@jY,G@@ubj0,)r/}r/(hX TSULabcppr/hX/thiosulfate transport via ABC system periplasm r/h}r/(XGENE_ASSOCIATIONr/Xt( ( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM2441 and STM2443 and STM2442 and STM4063 ) )r/X SUBSYSTEMr/X&Inorganic Ion Transport and Metabolismr/uh }r/j8,Xp( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM2441 and STM2443 and STM2442 and STM4063 )r/j9,hj:,h]r/(jjjjjer/Rr/j>,}r/(jRGjRGjߔGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r/}r/(hXTSULtexr0hX?thiosulfate transport via diffusion extracellular to periplasm r0h}r0(XGENE_ASSOCIATIONr0X2( STM0320 or STM0999 or STM1473 or STM2267 )r0X SUBSYSTEMr0XTransport Outer Membrane Porinr0uh }r0j8,X.STM0320 or STM0999 or STM1473 or STM2267r0j9,hj:,h]r 0(h*hh3h!er 0Rr 0j>,}r 0(j#GjߔG?uhNjX,G@jY,G@@ubj0,)r 0}r0(hX TTDCAtexir0hX[Tetradecanoate transport via facilitated irreversible diffusion extracellular to periplasm r0h}r0(XGENE_ASSOCIATIONr0XSTM2391r0X SUBSYSTEMr0XTransport Outer Membraner0uh }r0j8,j0j9,hj:,h]r0j/ ar0Rr0j>,}r0(jBGjG?uhNjX,GjY,G@@ubj0,)r0}r0(hX TTDCEAtexir0hX[Tetradecenoate transport via facilitated irreversible diffusion extracellular to periplasm r0h}r0(XGENE_ASSOCIATIONr 0XSTM2391r!0X SUBSYSTEMr"0XTransport Outer Membraner#0uh }r$0j8,j!0j9,hj:,h]r%0j/ ar&0Rr'0j>,}r(0(jaGjG?uhNjX,GjY,G@@ubj0,)r)0}r*0(hX TUNGSabcppr+0hX-tungstate transport via ABC system periplasm r,0h}r-0(XGENE_ASSOCIATIONr.0X'( STM0781 and STM0782 and STM0783 )r/0X SUBSYSTEMr00X&Inorganic Ion Transport and Metabolismr10uh }r20j8,X#STM0781 and STM0782 and STM0783r30j9,hj:,h]r40(jqjzjer50Rr60j>,}r70(j@,)r80}r90(hXtungs_pr:0hX tungstater;0h}r<0(XFORMULAr=0XO4W1r>0XPUBCHEMr?0X26697048r@0XCHARGErA0X-2rB0XCHEBIrC0X46502rD0XKEGGrE0jK,uh }rF0hNhh]rG0rH0RrI0jS,j>0jT,jPjV,JjW,GubGjRGjRGj@,)rJ0}rK0(hXtungs_crL0hX tungstaterM0h}rN0(XFORMULArO0XO4W1rP0XPUBCHEMrQ0X26697048rR0XCHARGErS0X-2rT0XCHEBIrU0X46502rV0XKEGGrW0jK,uh }rX0hNhh]rY0rZ0Rr[0jS,jP0jT,jU,jV,JjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r\0}r]0(hXTUNGStexr^0hX=tungstate transport via diffusion extracellular to periplasm r_0h}r`0(XGENE_ASSOCIATIONra0X2( STM2267 or STM1473 or STM0320 or STM0999 )rb0X SUBSYSTEMrc0XTransport Outer Membrane Porinrd0uh }re0j8,X.STM2267 or STM1473 or STM0320 or STM0999rf0j9,hj:,h]rg0(h*hh3h!erh0Rri0j>,}rj0(j}Gj80G?uhNjX,G@jY,G@@ubj0,)rk0}rl0(hXTYMtexrm0hX<tyramine transport via diffusion extracellular to periplasm rn0h}ro0(XGENE_ASSOCIATIONrp0X2( STM0320 or STM0999 or STM1473 or STM2267 )rq0X SUBSYSTEMrr0XTransport Outer Membrane Porinrs0uh }rt0j8,X.STM0320 or STM0999 or STM1473 or STM2267ru0j9,hj:,h]rv0(h*hh3h!erw0Rrx0j>,}ry0(jGj@,)rz0}r{0(hXtym_pr|0hXTyraminer}0h}r~0(XFORMULAr0XC8H12NOr0XPUBCHEMr0X3766r0XCHARGEr0j-XCHEBIr0X15760r0XKEGGr0XC00483r0uh }r0hNhh]r0r0Rr0jS,j0jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r0}r0(hXTYRPppr0hX+phospho L tyrosine phosphatase periplasmic r0h}r0(XGENE_ASSOCIATIONr0XSTM4249r0X SUBSYSTEMr0X0Tyrosine Tryptophan and Phenylalanine Metabolismr0uh }r0j8,j0j9,hj:,h]r0jar0Rr0j>,}r0(j@,)r0}r0(hXtyrp_pr0hXPhosphotyrosiner0h}r0(XFORMULAr0X C9H10NO6Pr0XPUBCHEMr0X8732r0XCHARGEr0X-2r0XCHEBIr0jK,XKEGGr0XC06501r0uh }r0hNhh]r0r0Rr0jS,j0jT,jPjV,JjW,GubGjlTGj@,)r0}r0(hXtyr__L_pr0hX L-Tyrosiner0h}r0(XFORMULAr0XC9H11NO3r0XPUBCHEMr0X3382r0XCHARGEr0jK,XCHEBIr0X17895r0XKEGGr0XC00082r0uh }r0hNhh]r0r0Rr0jS,j0jT,jPjV,KjW,GubG?j_G?uhNjX,GjY,G@@ubj0,)r0}r0(hXTYRPtexr0hXEphopho L tyrosine transport via diffusion extracellular to periplasm r0h}r0(XGENE_ASSOCIATIONr0X2( STM0320 or STM0999 or STM1473 or STM2267 )r0X SUBSYSTEMr0XTransport Outer Membrane Porinr0uh }r0j8,X.STM0320 or STM0999 or STM1473 or STM2267r0j9,hj:,h]r0(h*hh3h!er0Rr0j>,}r0(jGj0G?uhNjX,G@jY,G@@ubj0,)r0}r0(hXTYRTAr0hXtyrosine transaminaser0h}r0(XGENE_ASSOCIATIONr0X( STM4248 or STM0998 )r0X SUBSYSTEMr0X0Tyrosine Tryptophan and Phenylalanine Metabolismr0uh }r0j8,XSTM4248 or STM0998r0j9,hj:,h]r0(jjUer0Rr0j>,}r0(jGjfGjG?jfG?uhNjX,G@jY,G@@ubj0,)r0}r0(hXTYRTRSr0hXtyrosyl tRNA synthetaser0h}r0(XGENE_ASSOCIATIONr0XSTM1449r0X SUBSYSTEMr0X tRNA chargingr0uh }r0j8,j0j9,hj:,h]r0jL#ar0Rr0j>,}r0(jRGjGj@,)r0}r0(hX trnatyr_cr0hXtRNA-Tyrr0h}r0(XFORMULAr0jyXPUBCHEMr0X4045r0XCHARGEr0jK,XCHEBIr0X29182r0XKEGGr0XC00787r0uh }r0hNhh]r0r0Rr0jS,jyjT,jU,jV,KjW,GubGjXG?jXG?j@,)r0}r0(hX tyrtrna_cr0hXL-Tyrosyl-tRNA-Tyrr0h}r0(XFORMULAr1X C9H10NO2Rr1XPUBCHEMr1X5781r1XCHARGEr1j-XCHEBIr1X29161r1XKEGGr1XC02839r1uh }r 1hNhh]r 1r 1Rr 1jS,j1jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r 1}r1(hXTYRt2rppr1hX=L tyrosine reversible transport via proton symport periplasm r1h}r1(XGENE_ASSOCIATIONr1X%( STM1937 or STM0150 or STM0568 )r1X SUBSYSTEMr1XTransport Inner Membraner1uh }r1j8,X!STM1937 or STM0150 or STM0568r1j9,hj:,h]r1(j>jU#jVer1Rr1j>,}r1(j0Gj TGjRG?jG?uhNjX,G@jY,G@@ubj0,)r1}r1(hXTYRtexr1hX>L tyrosine transport via diffusion extracellular to periplasm r1h}r 1(XGENE_ASSOCIATIONr!1X2( STM0320 or STM0999 or STM1473 or STM2267 )r"1X SUBSYSTEMr#1XTransport Outer Membrane Porinr$1uh }r%1j8,X.STM0320 or STM0999 or STM1473 or STM2267r&1j9,hj:,h]r'1(h*hh3h!er(1Rr)1j>,}r*1(jGj0G?uhNjX,G@jY,G@@ubj0,)r+1}r,1(hXU23GAATr-1hX6UDP 3 O 3 hydroxymyristoyl glucosamine acyltransferaser.1h}r/1(XGENE_ASSOCIATIONr01XSTM0226r11X SUBSYSTEMr21X)Lipopolysaccharide Biosynthesis Recyclingr31uh }r41j8,j11j9,hj:,h]r51j^#ar61Rr71j>,}r81(j@,)r91}r:1(hXu3hga_cr;1hX,UDP-3-O-3-hydroxytetradecanoyl-D-glucosaminer<1h}r=1(XFORMULAr>1X C29H50N3O18P2r?1XPUBCHEMr@1X8294rA1XCHARGErB1X-1rC1XCHEBIrD1X27392rE1XKEGGrF1XC06022rG1uh }rH1hNhh]rI1rJ1RrK1jS,j?1jT,jU,jV,JjW,GubGj]GjG?jaG?jRG?uhNjX,GjY,G@@ubj0,)rL1}rM1(hXUAAGDSrN1hXLUDP N acetylmuramoyl L alanyl D glutamyl meso 2 6 diaminopimelate synthetaserO1h}rP1(XGENE_ASSOCIATIONrQ1XSTM0123rR1X SUBSYSTEMrS1XCell Envelope BiosynthesisrT1uh }rU1j8,jR1j9,hj:,h]rV1jg#arW1RrX1j>,}rY1(j@,)rZ1}r[1(hXuamag_cr\1hX)UDP-N-acetylmuramoyl-L-alanyl-D-glutamater]1h}r^1(XFORMULAr_1X C28H39N5O23P2r`1XPUBCHEMra1X3960rb1XCHARGErc1X-4rd1XCHEBIre1X16970rf1XKEGGrg1XC00692rh1uh }ri1hNhh]rj1rk1Rrl1jS,j`1jT,jU,jV,JjW,GubGjGjRGjRG?jRG?j@,)rm1}rn1(hXugmd_cro1hXGUDP-N-acetylmuramoyl-L-alanyl-D-gamma-glutamyl-meso-2-6-diaminopimelaterp1h}rq1(XFORMULArr1X C35H51N7O26P2rs1XPUBCHEMrt1X7429ru1XCHARGErv1X-4rw1XCHEBIrx1jK,XKEGGry1XC04877rz1uh }r{1hNhh]r|1r}1Rr~1jS,js1jT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)r1}r1(hX UACGALPppr1hX<UDP N acetyl D galactosamine pyrophosphohydrolase periplasm r1h}r1(XGENE_ASSOCIATIONr1XSTM0494r1X SUBSYSTEMr1XAlternate Carbon Metabolismr1uh }r1j8,j1j9,hj:,h]r1jar1Rr1j>,}r1(jlTGj@,)r1}r1(hX udpacgal_pr1hXUDP-N-acetyl-D-galactosaminer1h}r1(XFORMULAr1X C17H25N3O17P2r1XPUBCHEMr1X3503r1XCHARGEr1X-2r1XCHEBIr1X16650r1XKEGGr1XC00203r1uh }r1hNhh]r1r1Rr1jS,j1jT,jPjV,JjW,GubGj G?jhG?j TG@uhNjX,GjY,G@@ubj0,)r1}r1(hX UACGAMPppr1hX:UDP N acetyl D glucosamine pyrophosphohydrolase periplasm r1h}r1(XGENE_ASSOCIATIONr1XSTM0494r1X SUBSYSTEMr1XAlternate Carbon Metabolismr1uh }r1j8,j1j9,hj:,h]r1jar1Rr1j>,}r1(j@,)r1}r1(hXuacgam_pr1hXUDP-N-acetyl-D-glucosaminer1h}r1(XFORMULAr1X C17H25N3O17P2r1XPUBCHEMr1X3345r1XCHARGEr1X-2r1XCHEBIr1X16264r1XKEGGr1XC00043r1uh }r1hNhh]r1r1Rr1jS,j1jT,jPjV,JjW,GubGjlTGjRiG?j TG@j G?uhNjX,GjY,G@@ubj0,)r1}r1(hX UACGAMtexr1hXNUDP N acetyl D glucosamine transport via diffusion extracellular to periplasm r1h}r1(XGENE_ASSOCIATIONr1X2( STM0320 or STM0999 or STM1473 or STM2267 )r1X SUBSYSTEMr1XTransport Outer Membrane Porinr1uh }r1j8,X.STM0320 or STM0999 or STM1473 or STM2267r1j9,hj:,h]r1(h*hh3h!er1Rr1j>,}r1(jGj1G?uhNjX,G@jY,G@@ubj0,)r1}r1(hXUACMAMOr1hX)UDP N acetyl D mannosamine oxidoreductaser1h}r1(XGENE_ASSOCIATIONr1XSTM3921r1X SUBSYSTEMr1XCell Envelope Biosynthesisr1uh }r1j8,j1j9,hj:,h]r1jp#ar1Rr1j>,}r1(j@,)r1}r1(hXuacmam_cr1hXUDP-N-acetyl-D-mannosaminer1h}r1(XFORMULAr1X C17H25N3O17P2r1XPUBCHEMr1X4397r1XCHARGEr1X-2r1XCHEBIr1X16287r1XKEGGr1XC01170r1uh }r1hNhh]r1r1Rr1jS,j1jT,jU,jV,JjW,GubGj[GjRGjRG@jkG?j[G@uhNjX,GjY,G@@ubj0,)r1}r1(hXUAG2Er1hX#UDP N acetylglucosamine 2 epimeraser1h}r1(XGENE_ASSOCIATIONr1XSTM3920r1X SUBSYSTEMr1XCell Envelope Biosynthesisr1uh }r1j8,j1j9,hj:,h]r1jy#ar1Rr1j>,}r1(jiGj1G?uhNjX,G@jY,G@@ubj0,)r1}r2(hXUAGAATr2hX'UDP N acetylglucosamine acyltransferaser2h}r2(XGENE_ASSOCIATIONr2X( STM1196 and STM0228 )r2X SUBSYSTEMr2X)Lipopolysaccharide Biosynthesis Recyclingr2uh }r2j8,XSTM1196 and STM0228r 2j9,hj:,h]r 2(j#jSer 2Rr 2j>,}r 2(jiGj]GjaG?j@,)r2}r2(hXu3aga_cr2hX2UDP-3-O-3-hydroxytetradecanoyl-N-acetylglucosaminer2h}r2(XFORMULAr2X C31H51N3O19P2r2XPUBCHEMr2X7309r2XCHARGEr2X-2r2XCHEBIr2X28131r2XKEGGr2XC04738r2uh }r2hNhh]r2r2Rr 2jS,j2jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r!2}r"2(hXUAGCVTr#2hX1UDP N acetylglucosamine 1 carboxyvinyltransferaser$2h}r%2(XGENE_ASSOCIATIONr&2XSTM3307r'2X SUBSYSTEMr(2XCell Envelope Biosynthesisr)2uh }r*2j8,j'2j9,hj:,h]r+2j#ar,2Rr-2j>,}r.2(jiGj4jGj@,)r/2}r02(hXuaccg_cr12hX-UDP-N-acetyl-3-O-1-carboxyvinyl-D-glucosaminer22h}r32(XFORMULAr42X C20H26N3O19P2r52XPUBCHEMr62X7220r72XCHARGEr82X-3r92XCHEBIr:2X16435r;2XKEGGr<2XC04631r=2uh }r>2hNhh]r?2r@2RrA2jS,j52jT,jU,jV,JjW,GubG?jSG?uhNjX,GjY,G@@ubj0,)rB2}rC2(hXUAGDPrD2hX'UDP N acetylglucosamine diphosphorylaserE2h}rF2(XGENE_ASSOCIATIONrG2XSTM3862rH2X SUBSYSTEMrI2XCell Envelope BiosynthesisrJ2uh }rK2j8,jH2j9,hj:,h]rL2jarM2RrN2j>,}rO2(jGjRGjZGjXG?jiG?uhNjX,GjY,G@@ubj0,)rP2}rQ2(hXUAGPT3rR2hXpUDP N acetylglucosamine N acetylmuramyl pentapeptide pyrophosphoryl undecaprenol N acetylglucosamine transferaserS2h}rT2(XGENE_ASSOCIATIONrU2XSTM0128rV2X SUBSYSTEMrW2XCell Envelope BiosynthesisrX2uh }rY2j8,jV2j9,hj:,h]rZ2j#ar[2Rr\2j>,}r]2(jlGjiGjG?jRG?jkG?uhNjX,GjY,G@@ubj0,)r^2}r_2(hXUAMAGSr`2hX4UDP N acetylmuramoyl L alanyl D glutamate synthetasera2h}rb2(XGENE_ASSOCIATIONrc2XSTM0126rd2X SUBSYSTEMre2XCell Envelope Biosynthesisrf2uh }rg2j8,jd2j9,hj:,h]rh2j#ari2Rrj2j>,}rk2(j@,)rl2}rm2(hXuama_crn2hXUDP-N-acetylmuramoyl-L-alaninero2h}rp2(XFORMULArq2X C23H33N4O20P2rr2XPUBCHEMrs2X4434rt2XCHARGEru2X-3rv2XCHEBIrw2X16932rx2XKEGGry2XC01212rz2uh }r{2hNhh]r|2r}2Rr~2jS,jr2jT,jU,jV,JjW,GubGjGjRGjZ1G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r2}r2(hXUAMASr2hX)UDP N acetylmuramoyl L alanine synthetaser2h}r2(XGENE_ASSOCIATIONr2XSTM0129r2X SUBSYSTEMr2XCell Envelope Biosynthesisr2uh }r2j8,j2j9,hj:,h]r2j#ar2Rr2j>,}r2(jRGj^yGj@,)r2}r2(hXuamr_cr2hXUDP-N-acetylmuramater2h}r2(XFORMULAr2X C20H28N3O19P2r2XPUBCHEMr2X4292r2XCHARGEr2X-3r2XCHEBIr2X17882r2XKEGGr2XC01050r2uh }r2hNhh]r2r2Rr2jS,j2jT,jU,jV,JjW,GubGjl2G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r2}r2(hXUAPGRr2hX-UDP N acetylenolpyruvoylglucosamine reductaser2h}r2(XGENE_ASSOCIATIONr2XSTM4137r2X SUBSYSTEMr2XCell Envelope Biosynthesisr2uh }r2j8,j2j9,hj:,h]r2j#ar2Rr2j>,}r2(j[Gj/2GjRGj2G?j[G?uhNjX,GjY,G@@ubj0,)r2}r2(hXUDCPDPr2hXundecaprenyl diphosphataser2h}r2(XGENE_ASSOCIATIONr2X%( STM1710 or STM0865 or STM3205 )r2X SUBSYSTEMr2XCell Envelope Biosynthesisr2uh }r2j8,X!STM1710 or STM0865 or STM3205r2j9,hj:,h]r2(j#j#jer2Rr2j>,}r2(jRGj GjiG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r2}r2(hXUDCPDPSr2hX!Undecaprenyl diphosphate synthaser2h}r2(XGENE_ASSOCIATIONr2XSTM0221r2X SUBSYSTEMr2X*Cofactor and Prosthetic Group Biosynthesisr2uh }r2j8,j2j9,hj:,h]r2j#ar2Rr2j>,}r2(jmGjG jXG@ j G?uhNjX,GjY,G@@ubj0,)r2}r2(hXUDCPDPppr2hX%undecaprenyl diphosphatase periplasm r2h}r2(XGENE_ASSOCIATIONr2X%( STM0865 or STM1710 or STM3205 )r2X SUBSYSTEMr2XCell Envelope Biosynthesisr2uh }r2j8,X!STM0865 or STM1710 or STM3205r2j9,hj:,h]r2(j#j#jer2Rr2j>,}r2(jըGjlTGjG?j TG?j_G?uhNjX,GjY,G@@ubj0,)r2}r2(hX UDCPPtppir2hX8undecaprenyl phosphate transport cytoplasm to periplasm r2h}r2X SUBSYSTEMr2X)Lipopolysaccharide Biosynthesis Recyclingr2sh }r2j8,hj9,hj:,h]r2r2Rr2j>,}r2(jGjiG?uhNjX,GjY,G@@ubj0,)r2}r2(hX UDPACGALtexr2hXPUDP N acetyl D galactosamine transport via diffusion extracellular to periplasm r2h}r2(XGENE_ASSOCIATIONr2X2( STM0320 or STM0999 or STM1473 or STM2267 )r2X SUBSYSTEMr2XTransport Outer Membrane Porinr2uh }r2j8,X.STM0320 or STM0999 or STM1473 or STM2267r2j9,hj:,h]r2(h*hh3h!er2Rr2j>,}r2(jGj1G?uhNjX,G@jY,G@@ubj0,)r2}r2(hXUDPG4Er2hXUDPglucose 4 epimeraser2h}r2(XGENE_ASSOCIATIONr2XSTM0776r2X SUBSYSTEMr2XAlternate Carbon Metabolismr2uh }r2j8,j2j9,hj:,h]r2j#ar3Rr3j>,}r3(jGj@,)r3}r3(hXudpgal_cr3hX UDPgalactoser3h}r3(XFORMULAr3X C15H22N2O17P2r 3XPUBCHEMr 3X3354r 3XCHARGEr 3X-2r 3XCHEBIr3X18307r3XKEGGr3XC00052r3uh }r3hNhh]r3r3Rr3jS,j 3jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r3}r3(hX UDPGALPppr3hX!UDPgalactose pyrophosphohydrolaser3h}r3(XGENE_ASSOCIATIONr3XSTM0494r3X SUBSYSTEMr3XAlternate Carbon Metabolismr3uh }r3j8,j3j9,hj:,h]r 3jar!3Rr"3j>,}r#3(j@,)r$3}r%3(hXudpgal_pr&3hX UDPgalactoser'3h}r(3(XFORMULAr)3X C15H22N2O17P2r*3XPUBCHEMr+3X3354r,3XCHARGEr-3X-2r.3XCHEBIr/3X18307r03XKEGGr13XC00052r23uh }r33hNhh]r43r53Rr63jS,j*3jT,jPjV,JjW,GubGjlTGjG?j TG@j G?uhNjX,GjY,G@@ubj0,)r73}r83(hX UDPGALtexr93hX@UDPgalactose transport via diffusion extracellular to periplasm r:3h}r;3(XGENE_ASSOCIATIONr<3X2( STM0320 or STM0999 or STM1473 or STM2267 )r=3X SUBSYSTEMr>3XTransport Outer Membrane Porinr?3uh }r@3j8,X.STM0320 or STM0999 or STM1473 or STM2267rA3j9,hj:,h]rB3(h*hh3h!erC3RrD3j>,}rE3(jRGj$3G?uhNjX,G@jY,G@@ubj0,)rF3}rG3(hXUDPGDrH3hXUDPglucose 6 dehydrogenaserI3h}rJ3(XGENE_ASSOCIATIONrK3XSTM2080rL3X SUBSYSTEMrM3XCell Envelope BiosynthesisrN3uh }rO3j8,jL3j9,hj:,h]rP3j#arQ3RrR3j>,}rS3(j[GjGjRGj@,)rT3}rU3(hX udpglcur_crV3hXUDP-D-glucuronaterW3h}rX3(XFORMULArY3X C15H19N2O18P2rZ3XPUBCHEMr[3X3467r\3XCHARGEr]3X-3r^3XCHEBIr_3X17200r`3XKEGGra3XC00167rb3uh }rc3hNhh]rd3re3Rrf3jS,jZ3jT,jU,jV,JjW,GubG?j[G@jRG@uhNjX,GjY,G@@ubj0,)rg3}rh3(hXUDPGDCri3hX"UDP glucuronate C 4 decarboxylaserj3h}rk3(XGENE_ASSOCIATIONrl3XSTM2299rm3X SUBSYSTEMrn3X)Lipopolysaccharide Biosynthesis Recyclingro3uh }rp3j8,jm3j9,hj:,h]rq3j#arr3Rrs3j>,}rt3(j[GjT3Gj@,)ru3}rv3(hX udpLa4o_crw3hXUDP-4-keto-pyranoserx3h}ry3(XFORMULArz3X C14H18N2O16P2r{3XPUBCHEMr|3jK,XCHARGEr}3X-2r~3XCHEBIr3jK,XKEGGr3jK,uh }r3hNhh]r3r3Rr3jS,j{3jT,jU,jV,JjW,GubG?jaG?j[G?uhNjX,GjY,G@@ubj0,)r3}r3(hX UDPGLCURtexr3hXEUDP D glucuronate transport via diffusion extracellular to periplasm r3h}r3(XGENE_ASSOCIATIONr3X2( STM0320 or STM0999 or STM1473 or STM2267 )r3X SUBSYSTEMr3XTransport Outer Membrane Porinr3uh }r3j8,X.STM0320 or STM0999 or STM1473 or STM2267r3j9,hj:,h]r3(h!h*hh3er3Rr3j>,}r3(jqGj@,)r3}r3(hX udpglcur_pr3hXUDP-D-glucuronater3h}r3(XFORMULAr3X C15H19N2O18P2r3XPUBCHEMr3X3467r3XCHARGEr3X-3r3XCHEBIr3X17200r3XKEGGr3XC00167r3uh }r3hNhh]r3r3Rr3jS,j3jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r3}r3(hXUDPGPppr3hXUDPglucose pyrophosphohydrolaser3h}r3(XGENE_ASSOCIATIONr3XSTM0494r3X SUBSYSTEMr3XAlternate Carbon Metabolismr3uh }r3j8,j3j9,hj:,h]r3jar3Rr3j>,}r3(j@,)r3}r3(hXudpg_pr3hX UDPglucoser3h}r3(XFORMULAr3X C15H22N2O17P2r3XPUBCHEMr3X3331r3XCHARGEr3X-2r3XCHEBIr3X18066r3XKEGGr3XC00029r3uh }r3hNhh]r3r3Rr3jS,j3jT,jPjV,JjW,GubGjlTGj TG@jG?j G?uhNjX,GjY,G@@ubj0,)r3}r3(hXUDPGtexr3hX>UDPglucose transport via diffusion extracellular to periplasm r3h}r3(XGENE_ASSOCIATIONr3X2( STM0320 or STM0999 or STM1473 or STM2267 )r3X SUBSYSTEMr3XTransport Outer Membrane Porinr3uh }r3j8,X.STM0320 or STM0999 or STM1473 or STM2267r3j9,hj:,h]r3(h*hh3h!er3Rr3j>,}r3(j3Gj3G?uhNjX,G@jY,G@@ubj0,)r3}r3(hXUDPKAATr3hXBUDP 4 ketopentoseUDP 4 amino 4 deoxy L arabinose aminotransferaser3h}r3(XGENE_ASSOCIATIONr3XSTM2297r3X SUBSYSTEMr3X)Lipopolysaccharide Biosynthesis Recyclingr3uh }r3j8,j3j9,hj:,h]r3j#ar3Rr3j>,}r3(ju3GjfGj@,)r3}r3(hX udpLa4n_cr3hX5uridine-5--diphospho-beta-4-deoxy-4-amino-L-arabinoser3h}r3(XFORMULAr3X C14H22N3O15P2r3XPUBCHEMr3jK,XCHARGEr3X-1r3XCHEBIr3jK,XKEGGr3jK,uh }r3hNhh]r3r3Rr3jS,j3jT,jU,jV,JjW,GubG?jfG?uhNjX,G@jY,G@@ubj0,)r3}r3(hX UGLCURPppr3hX1UDP D glucuronate pyrophosphohydrolase periplasm r3h}r3(XGENE_ASSOCIATIONr3XSTM0494r3X SUBSYSTEMr3XAlternate Carbon Metabolismr3uh }r3j8,j3j9,hj:,h]r3jar4Rr4j>,}r4(j3GjlTGj TG@jYG?j G?uhNjX,GjY,G@@ubj0,)r4}r4(hXUGLTr4hX1UDPglucose hexose 1 phosphate uridylyltransferaser4h}r4(XGENE_ASSOCIATIONr4XSTM0775r 4X SUBSYSTEMr 4XAlternate Carbon Metabolismr 4uh }r 4j8,j 4j9,hj:,h]r 4j#ar4Rr4j>,}r4(jGjGjG?j3G?uhNjX,G@jY,G@@ubj0,)r4}r4(hXUGLYCHr4hXUreidoglycolate hydrolaser4h}r4(XGENE_ASSOCIATIONr4XSTM0515r4X SUBSYSTEMr4XNitrogen Metabolismr4uh }r4j8,j4j9,hj:,h]r4j$ar4Rr4j>,}r4(jRGjzGjRGjaG?jcfG@jG?uhNjX,GjY,G@@ubj0,)r4}r 4(hXUGMDDSr!4hX_UDP N acetylmuramoyl L alanyl D glutamyl meso 2 6 diaminopimeloyl D alanyl D alanine synthetaser"4h}r#4(XGENE_ASSOCIATIONr$4XSTM0124r%4X SUBSYSTEMr&4XCell Envelope Biosynthesisr'4uh }r(4j8,j%4j9,hj:,h]r)4j $ar*4Rr+4j>,}r,4(jRGjxGjm1GjRG?jZG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r-4}r.4(hXUHGADAr/4hX%UDP 3 O acetylglucosamine deacetylaser04h}r14(XGENE_ASSOCIATIONr24XSTM0134r34X SUBSYSTEMr44X)Lipopolysaccharide Biosynthesis Recyclingr54uh }r64j8,j34j9,hj:,h]r74j$ar84Rr94j>,}r:4(jRGj2GjkG?j91G?uhNjX,GjY,G@@ubj0,)r;4}r<4(hXULA4NFTr=4hXUDP L Ara4N formyltransferaser>4h}r?4(XGENE_ASSOCIATIONr@4XSTM2299rA4X SUBSYSTEMrB4X)Lipopolysaccharide Biosynthesis RecyclingrC4uh }rD4j8,jA4j9,hj:,h]rE4j#arF4RrG4j>,}rH4(j3GjwGjwG?j@,)rI4}rJ4(hX udpLa4fn_crK4hX9uridine-5--diphospho-beta-4-deoxy-4-formamido-L-arabinoserL4h}rM4(XFORMULArN4X C15H21N3O16P2rO4XPUBCHEMrP4X17756768rQ4XCHARGErR4X-2rS4XCHEBIrT4jK,XKEGGrU4jK,uh }rV4hNhh]rW4rX4RrY4jS,jO4jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rZ4}r[4(hX ULA4Ntppir\4hX!transport cytoplasm to periplasm r]4h}r^4X SUBSYSTEMr_4X)Lipopolysaccharide Biosynthesis Recyclingr`4sh }ra4j8,hj9,hj:,h]rb4rc4Rrd4j>,}re4(j@,)rf4}rg4(hXuLa4n_crh4hX2undecaprenyl-phosphate-4-amino-4-deoxy-L-arabinoseri4h}rj4(XFORMULArk4X C60H100N1O7P1rl4XPUBCHEMrm4jK,XCHARGErn4jK,XCHEBIro4jK,XKEGGrp4jK,uh }rq4hNhh]rr4rs4Rrt4jS,jl4jT,jU,jV,KjW,GubGjG?uhNjX,GjY,G@@ubj0,)ru4}rv4(hXUM3PLrw4hXIUDP N acetylmuramateL alanyl gamma D glutamyl meso diaminopimelate ligaserx4h}ry4(XGENE_ASSOCIATIONrz4XSTM4416r{4X SUBSYSTEMr|4XMurein Recyclingr}4uh }r~4j8,j{4j9,hj:,h]r4j$ar4Rr4j>,}r4(j2GjRGjVcGjRG?jRG?jm1G?jSG?uhNjX,GjY,G@@ubj0,)r4}r4(hXUM4PCPr4hXfUDP N acetylmuramoyl L alanyl D gamma glutamyl meso 2 6 diaminopimelate D alanine L D carboxypeptidaser4h}r4(XGENE_ASSOCIATIONr4XSTM1800r4X SUBSYSTEMr4XMurein Recyclingr4uh }r4j8,j4j9,hj:,h]r4jar4Rr4j>,}r4(j@,)r4}r4(hXum4p_cr4hXQUDP-N-acetylmuramoyl-L-alanyl-D-gamma-glutamyl-meso-2-6-diaminopimelate-D-alaniner4h}r4(XFORMULAr4X C38H56N8O27P2r4XPUBCHEMr4jK,XCHARGEr4X-4r4XCHEBIr4jK,XKEGGr4jK,uh }r4hNhh]r4r4Rr4jS,j4jT,jU,jV,JjW,GubGjRGjm1G?jcG?uhNjX,GjY,G@@ubj0,)r4}r4(hXUM4PLr4hXSUDP N acetylmuramateL alanyl gamma D glutamyl meso diaminopimelate D alanine ligaser4h}r4(XGENE_ASSOCIATIONr4XSTM4416r4X SUBSYSTEMr4XMurein Recyclingr4uh }r4j8,j4j9,hj:,h]r4j$ar4Rr4j>,}r4(jRGj2GjcGj4G?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r4}r4(hXUMPKr4hX UMP kinaser4h}r4(XGENE_ASSOCIATIONr4X( STM0980 or STM0218 )r4X SUBSYSTEMr4XNucleotide Salvage Pathwayr4uh }r4j8,XSTM0980 or STM0218r4j9,hj:,h]r4(j j$$er4Rr4j>,}r4(jjGjRGjkG?jRG?uhNjX,G@jY,G@@ubj0,)r4}r4(hXUMPtexr4hX7UMP transport via diffusion extracellular to periplasm r4h}r4(XGENE_ASSOCIATIONr4X2( STM0999 or STM1473 or STM2267 or STM0320 )r4X SUBSYSTEMr4XTransport Outer Membrane Porinr4uh }r4j8,X.STM0999 or STM1473 or STM2267 or STM0320r4j9,hj:,h]r4(h*hh3h!er4Rr4j>,}r4(jGj G?uhNjX,G@jY,G@@ubj0,)r4}r4(hXUNK3r4hX*2 keto 4 methylthiobutyrate transaminationr4h}r4(XGENE_ASSOCIATIONr4XSTM4248r4X SUBSYSTEMr4XArginine and Proline Metabolismr4uh }r4j8,j4j9,hj:,h]r4jUar4Rr4j>,}r4(jnGjfGjfG?jXG?uhNjX,GjY,G@@ubj0,)r4}r4(hXUPLA4FNFr4hX)undecaprenyl phosphate L Ara4FN formylaser4h}r4X SUBSYSTEMr4X)Lipopolysaccharide Biosynthesis Recyclingr4sh }r4j8,hj9,hj:,h]r4r4Rr4j>,}r4(j@,)r4}r4(hXuLa4fn_cr4hX3undecaprenyl-phosphate-4-amino-4-formyl-L-arabinoser4h}r4(XFORMULAr4X C61H99N1O8P1r4XPUBCHEMr4jK,XCHARGEr4X-1r4XCHEBIr4jK,XKEGGr4jK,uh }r4hNhh]r4r4Rr4jS,j4jT,jU,jV,JjW,GubGjRGj|G?jf4G?uhNjX,GjY,G@@ubj0,)r4}r4(hXUPLA4FNTr4hX+undecaprenyl phosphate L Ara4FN transferaser4h}r4(XGENE_ASSOCIATIONr4XSTM2298r4X SUBSYSTEMr4X)Lipopolysaccharide Biosynthesis Recyclingr4uh }r5j8,j4j9,hj:,h]r5j-$ar5Rr5j>,}r5(jiGjI4Gj4G?jkG?uhNjX,GjY,G@@ubj0,)r5}r5(hXUPP3MTr5hX"uroporphyrinogen methyltransferaser5h}r 5(XGENE_ASSOCIATIONr 5X( STM3936 or STM3477 )r 5X SUBSYSTEMr 5X*Cofactor and Prosthetic Group Biosynthesisr 5uh }r5j8,XSTM3936 or STM3477r5j9,hj:,h]r5(j j6$er5Rr5j>,}r5(jqGj@,)r5}r5(hXuppg3_cr5hXUroporphyrinogen-IIIr5h}r5(XFORMULAr5X C40H36N4O16r5XPUBCHEMr5X4293r5XCHARGEr5X-8r5XCHEBIr5X15437r 5XKEGGr!5XC01051r"5uh }r#5hNhh]r$5r%5Rr&5jS,j5jT,jU,jV,JjW,GubGjwG@jRG?j#(G?uhNjX,GjY,G@@ubj0,)r'5}r(5(hXUPP3Sr)5hXuroporphyrinogen III synthaser*5h}r+5(XGENE_ASSOCIATIONr,5XSTM3937r-5X SUBSYSTEMr.5X*Cofactor and Prosthetic Group Biosynthesisr/5uh }r05j8,j-5j9,hj:,h]r15j?$ar25Rr35j>,}r45(jGj5G?jRG?uhNjX,GjY,G@@ubj0,)r55}r65(hXUPPRTr75hX uracil phosphoribosyltransferaser85h}r95(XGENE_ASSOCIATIONr:5XSTM2498r;5X SUBSYSTEMr<5XNucleotide Salvage Pathwayr=5uh }r>5j8,j;5j9,hj:,h]r?5jH$ar@5RrA5j>,}rB5(j1sGjGjXG?jjG?uhNjX,GjY,G@@ubj0,)rC5}rD5(hXURAt2pprE5hX1uracil transport in via proton symport periplasm rF5h}rG5(XGENE_ASSOCIATIONrH5XSTM2497rI5X SUBSYSTEMrJ5XTransport Inner MembranerK5uh }rL5j8,jI5j9,hj:,h]rM5jQ$arN5RrO5j>,}rP5(j TGj@,)rQ5}rR5(hXura_prS5hXUracilrT5h}rU5(XFORMULArV5XC4H4N2O2rW5XPUBCHEMrX5X3406rY5XCHARGErZ5jK,XCHEBIr[5X17568r\5XKEGGr]5XC00106r^5uh }r_5hNhh]r`5ra5Rrb5jS,jW5jT,jPjV,KjW,GubGjG?jRG?uhNjX,GjY,G@@ubj0,)rc5}rd5(hXURAtexre5hX:uracil transport via diffusion extracellular to periplasm rf5h}rg5(XGENE_ASSOCIATIONrh5X2( STM0320 or STM0999 or STM1473 or STM2267 )ri5X SUBSYSTEMrj5XTransport Outer Membrane Porinrk5uh }rl5j8,X.STM0320 or STM0999 or STM1473 or STM2267rm5j9,hj:,h]rn5(h*hh3h!ero5Rrp5j>,}rq5(jGjQ5G?uhNjX,G@jY,G@@ubj0,)rr5}rs5(hXURDGLYCDrt5hXureidoglycolate dehydrogenaseru5h}rv5(XGENE_ASSOCIATIONrw5XSTM0528rx5X SUBSYSTEMry5XAlternate Carbon Metabolismrz5uh }r{5j8,jx5j9,hj:,h]r|5jZ$ar}5Rr~5j>,}r5(jzGj[GjeG?j[G?jRG?uhNjX,GjY,G@@ubj0,)r5}r5(hXUREAtexr5hX8Urea transport via diffusion extracellular to periplasm r5h}r5(XGENE_ASSOCIATIONr5X2( STM0320 or STM0999 or STM1473 or STM2267 )r5X SUBSYSTEMr5XTransport Outer Membrane Porinr5uh }r5j8,X.STM0320 or STM0999 or STM1473 or STM2267r5j9,hj:,h]r5(h*hh3h!er5Rr5j>,}r5(jGj@,)r5}r5(hXurea_pr5hXUrear5h}r5(XFORMULAr5XCH4N2Or5XPUBCHEMr5X3386r5XCHARGEr5jK,XCHEBIr5X16199r5XKEGGr5XC00086r5uh }r5hNhh]r5r5Rr5jS,j5jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r5}r5(hXUREAtppr5hX2Urea transport via facilitate diffusion periplasm r5h}r5(XGENE_ASSOCIATIONr5XSTM4087r5X SUBSYSTEMr5XTransport Inner Membraner5uh }r5j8,j5j9,hj:,h]r5j+ar5Rr5j>,}r5(j5GjuG?uhNjX,G@jY,G@@ubj0,)r5}r5(hXURICr5hXuricaser5h}r5X SUBSYSTEMr5X Unassignedr5sh }r5j8,hj9,hj:,h]r5r5Rr5j>,}r5(jRGj@,)r5}r5(hXurate_cr5hXUrater5h}r5(XFORMULAr5XC5H4N4O3r5XPUBCHEMr5X3657r5XCHARGEr5jK,XCHEBIr5X17775r5XKEGGr5XC00366r5uh }r5hNhh]r5r5Rr5jS,j5jT,jU,jV,KjW,GubGj-fGjzG?jQfG?jaG?uhNjX,GjY,G@@ubj0,)r5}r5(hXURIDK2rr5hXuridylate kinase dUMP r5h}r5(XGENE_ASSOCIATIONr5XSTM0218r5X SUBSYSTEMr5XNucleotide Salvage Pathwayr5uh }r5j8,j5j9,hj:,h]r5j$$ar5Rr5j>,}r5(jߥGjRGj!G?jRG?uhNjX,G@jY,G@@ubj0,)r5}r5(hXURIHr5hXUridine hydrolaser5h}r5(XGENE_ASSOCIATIONr5X( STM0661 or STM0051 )r5X SUBSYSTEMr5XAlternate Carbon Metabolismr5uh }r5j8,XSTM0661 or STM0051r5j9,hj:,h]r5(j\j er5Rr5j>,}r5(jRGjVGjG?jLrG?uhNjX,GjY,G@@ubj0,)r5}r5(hXURIK2r5hXuridine kinase GTPUridine r5h}r5(XGENE_ASSOCIATIONr5XSTM2122r5X SUBSYSTEMr5XNucleotide Salvage Pathwayr5uh }r5j8,j5j9,hj:,h]r5j ar5Rr5j>,}r5(jIhGjVGjjG?jqG?jRG?uhNjX,GjY,G@@ubj0,)r5}r5(hXURIt2ppr5hX2uridine transport in via proton symport periplasm r5h}r5(XGENE_ASSOCIATIONr5X( STM3113 or STM2409 )r5X SUBSYSTEMr5XTransport Inner Membraner6uh }r6j8,XSTM3113 or STM2409r6j9,hj:,h]r6(jnjeer6Rr6j>,}r6(j_Gj TGjVG?jRG?uhNjX,GjY,G@@ubj0,)r6}r6(hXURIt2rppr 6hX=uridine transport in via proton symport reversible periplasm r 6h}r 6(XGENE_ASSOCIATIONr 6XSTM2421r 6X SUBSYSTEMr6XTransport Inner Membraner6uh }r6j8,j 6j9,hj:,h]r6jwar6Rr6j>,}r6(j TGj_GjVG?jRG?uhNjX,G@jY,G@@ubj0,)r6}r6(hXURItexr6hX;uridine transport via diffusion extracellular to periplasm r6h}r6(XGENE_ASSOCIATIONr6XSTM0413r6X SUBSYSTEMr6XTransport Outer Membraner6uh }r6j8,j6j9,hj:,h]r6jar 6Rr!6j>,}r"6(jGj_G?uhNjX,G@jY,G@@ubj0,)r#6}r$6(hXUSHDr%6hXUDP sugar hydrolaser&6h}r'6(XGENE_ASSOCIATIONr(6XSTM0535r)6X SUBSYSTEMr*6X)Lipopolysaccharide Biosynthesis Recyclingr+6uh }r,6j8,j)6j9,hj:,h]r-6jc$ar.6Rr/6j>,}r06(jGjRGjjG?jG?jRG@uhNjX,GjY,G@@ubj0,)r16}r26(hXVALTAr36hXvaline transaminaser46h}r56(XGENE_ASSOCIATIONr66XSTM3903r76X SUBSYSTEMr86X(Valine Leucine and Isoleucine Metabolismr96uh }r:6j8,j76j9,hj:,h]r;6j ar<6Rr=6j>,}r>6(jGjfGjG?jfG?uhNjX,G@jY,G@@ubj0,)r?6}r@6(hXVALTRSrA6hXValyl tRNA synthetaserB6h}rC6(XGENE_ASSOCIATIONrD6XSTM4475rE6X SUBSYSTEMrF6X tRNA chargingrG6uh }rH6j8,jE6j9,hj:,h]rI6jl$arJ6RrK6j>,}rL6(jRGjGj@,)rM6}rN6(hX trnaval_crO6hXtRNA-ValrP6h}rQ6(XFORMULArR6jyXPUBCHEMrS6X4802rT6XCHARGErU6jK,XCHEBIrV6X29183rW6XKEGGrX6XC01653rY6uh }rZ6hNhh]r[6r\6Rr]6jS,jyjT,jU,jV,KjW,GubGjXG?jXG?j@,)r^6}r_6(hX valtrna_cr`6hXL-Valyl-tRNA-Valra6h}rb6(XFORMULArc6XC5H10NORrd6XPUBCHEMre6X5555rf6XCHARGErg6j-XCHEBIrh6X29164ri6XKEGGrj6XC02554rk6uh }rl6hNhh]rm6rn6Rro6jS,jd6jT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rp6}rq6(hXVALabcpprr6hX,L valine transport via ABC system periplasm rs6h}rt6(XGENE_ASSOCIATIONru6XC( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )rv6X SUBSYSTEMrw6XTransport Inner Membranerx6uh }ry6j8,X?STM3560 and STM3561 and STM3563 and STM3567 and STM3562rz6j9,hj:,h]r{6(j0j j'jjer|6Rr}6j>,}r~6(jRGj@,)r6}r6(hXval__L_pr6hXL-Valiner6h}r6(XFORMULAr6XC5H11NO2r6XPUBCHEMr6X3483r6XCHARGEr6jK,XCHEBIr6X16414r6XKEGGr6XC00183r6uh }r6hNhh]r6r6Rr6jS,j6jT,jPjV,KjW,GubGjRGjSG?jRG?jRG?jG?uhNjX,GjY,G@@ubj0,)r6}r6(hXVALt2rppr6hX;L valine reversible transport via proton symport periplasm r6h}r6(XGENE_ASSOCIATIONr6XSTM0399r6X SUBSYSTEMr6XTransport Inner Membraner6uh }r6j8,j6j9,hj:,h]r6jar6Rr6j>,}r6(j6Gj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)r6}r6(hXVALtexr6hX<L valine transport via diffusion extracellular to periplasm r6h}r6(XGENE_ASSOCIATIONr6X2( STM0320 or STM0999 or STM1473 or STM2267 )r6X SUBSYSTEMr6XTransport Outer Membrane Porinr6uh }r6j8,X.STM0320 or STM0999 or STM1473 or STM2267r6j9,hj:,h]r6(h*hh3h!er6Rr6j>,}r6(j Gj6G?uhNjX,G@jY,G@@ubj0,)r6}r6(hXVPAMTr6hX Valine pyruvate aminotransferaser6h}r6(XGENE_ASSOCIATIONr6XSTM3665r6X SUBSYSTEMr6X Alanine and Aspartate Metabolismr6uh }r6j8,j6j9,hj:,h]r6ju$ar6Rr6j>,}r6(jGj^yGjG?jGjG?uhNjX,GjY,G@@ubj0,)r6}r6(hXX5PL3Er6hX"L xylulose 5 phosphate 3 epimeraser6h}r6(XGENE_ASSOCIATIONr6XSTM4387r6X SUBSYSTEMr6XAlternate Carbon Metabolismr6uh }r6j8,j6j9,hj:,h]r6j~$ar6Rr6j>,}r6(jGj#G?uhNjX,GjY,G@@ubj0,)r6}r6(hXXANt2ppr6hX3xanthine transport in via proton symport periplasm r6h}r6(XGENE_ASSOCIATIONr6XSTM3747r6X SUBSYSTEMr6XTransport Inner Membraner6uh }r6j8,j6j9,hj:,h]r6j8ar6Rr6j>,}r6(j@,)r6}r6(hXxan_pr6hXXanthiner6h}r6(XFORMULAr6XC5H4N4O2r6XPUBCHEMr6X3675r6XCHARGEr6jK,XCHEBIr6X17712r6XKEGGr6XC00385r6uh }r6hNhh]r6r6Rr6jS,j6jT,jPjV,KjW,GubGj TGj*"G?jRG?uhNjX,GjY,G@@ubj0,)r6}r6(hXXANtexr6hX<xanthine transport via diffusion extracellular to periplasm r6h}r6(XGENE_ASSOCIATIONr6X2( STM0320 or STM0999 or STM1473 or STM2267 )r6X SUBSYSTEMr6XTransport Outer Membrane Porinr6uh }r6j8,X.STM0320 or STM0999 or STM1473 or STM2267r6j9,hj:,h]r6(h*hh3h!er6Rr6j>,}r6(j'Gj6G?uhNjX,G@jY,G@@ubj0,)r6}r6(hXXANtppr6hX(xanthine reversible transport periplasm r6h}r6X SUBSYSTEMr6XTransport Inner Membraner6sh }r7j8,hj9,hj:,h]r7r7Rr7j>,}r7(j6Gj*"G?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXMPtexr7hX7XMP transport via diffusion extracellular to periplasm r7h}r 7(XGENE_ASSOCIATIONr 7X2( STM0320 or STM0999 or STM1473 or STM2267 )r 7X SUBSYSTEMr 7XTransport Outer Membrane Porinr 7uh }r7j8,X.STM0320 or STM0999 or STM1473 or STM2267r7j9,hj:,h]r7(h*hh3h!er7Rr7j>,}r7(jEGj G?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXPPTr7hX"xanthine phosphoribosyltransferaser7h}r7(XGENE_ASSOCIATIONr7XSTM0317r7X SUBSYSTEMr7XNucleotide Salvage Pathwayr7uh }r7j8,j7j9,hj:,h]r7jar7Rr 7j>,}r!7(j*"Gj1sGjXG?j*G?uhNjX,GjY,G@@ubj0,)r"7}r#7(hXXTSNHr$7hXXanthosine hydrolaser%7h}r&7(XGENE_ASSOCIATIONr'7XSTM0051r(7X SUBSYSTEMr)7XNucleotide Salvage Pathwayr*7uh }r+7j8,j(7j9,hj:,h]r,7j\ar-7Rr.7j>,}r/7(jRGj GjLrG?j*"G?uhNjX,GjY,G@@ubj0,)r07}r17(hX XTSNt2rppr27hX2Xanthosine transport via proton symport periplasm r37h}r47(XGENE_ASSOCIATIONr57XSTM2421r67X SUBSYSTEMr77XTransport Inner Membraner87uh }r97j8,j67j9,hj:,h]r:7jwar;7Rr<7j>,}r=7(j Gj TGj G?jRG?uhNjX,G@jY,G@@ubj0,)r>7}r?7(hXXTSNtexr@7hX>xanthosine transport via diffusion extracellular to periplasm rA7h}rB7(XGENE_ASSOCIATIONrC7X2( STM0320 or STM0999 or STM1473 or STM2267 )rD7X SUBSYSTEMrE7XTransport Outer Membrane PorinrF7uh }rG7j8,X.STM0320 or STM0999 or STM1473 or STM2267rH7j9,hj:,h]rI7(h!h*hh3erJ7RrK7j>,}rL7(jdGj G?uhNjX,G@jY,G@@ubj0,)rM7}rN7(hXXYLI1rO7hXxylose isomeraserP7h}rQ7(XGENE_ASSOCIATIONrR7XSTM3661rS7X SUBSYSTEMrT7XAlternate Carbon MetabolismrU7uh }rV7j8,jS7j9,hj:,h]rW7j$arX7RrY7j>,}rZ7(j@,)r[7}r\7(hXxyl__D_cr]7hXD-Xyloser^7h}r_7(XFORMULAr`7XC5H10O5ra7XPUBCHEMrb7X3481rc7XCHARGErd7jK,XCHEBIre7X15936rf7XKEGGrg7XC00181rh7uh }ri7hNhh]rj7rk7Rrl7jS,ja7jT,jU,jV,KjW,GubGj@,)rm7}rn7(hX xylu__D_cro7hX D-Xyluloserp7h}rq7(XFORMULArr7XC5H10O5rs7XPUBCHEMrt7X3604ru7XCHARGErv7jK,XCHEBIrw7X17140rx7XKEGGry7XC00310rz7uh }r{7hNhh]r|7r}7Rr~7jS,js7jT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXYLI2r7hXxylose isomeraser7h}r7(XGENE_ASSOCIATIONr7XSTM3661r7X SUBSYSTEMr7XAlternate Carbon Metabolismr7uh }r7j8,j7j9,hj:,h]r7j$ar7Rr7j>,}r7(j{GjG?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXYLKr7hX xylulokinaser7h}r7(XGENE_ASSOCIATIONr7X( STM3660 or STM0103 )r7X SUBSYSTEMr7XAlternate Carbon Metabolismr7uh }r7j8,XSTM3660 or STM0103r7j9,hj:,h]r7(j jber7Rr7j>,}r7(jm7GjRGj#G?jRG?jRG?uhNjX,GjY,G@@ubj0,)r7}r7(hXXYLK2r7hXL xylulokinaser7h}r7(XGENE_ASSOCIATIONr7X( STM0103 or STM3674 )r7X SUBSYSTEMr7XAlternate Carbon Metabolismr7uh }r7j8,XSTM0103 or STM3674r7j9,hj:,h]r7(hjber7Rr7j>,}r7(jZGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r7}r7(hXXYLUt2ppr7hX5L xylulose transport in via proton symport periplasm r7h}r7(XGENE_ASSOCIATIONr7X'( STM3671 and STM3672 and STM3673 )r7X SUBSYSTEMr7XTransport Inner Membraner7uh }r7j8,X#STM3671 and STM3672 and STM3673r7j9,hj:,h]r7(j$j$j$er7Rr7j>,}r7(j TGj@,)r7}r7(hX xylu__L_pr7hX L-Xyluloser7h}r7(XFORMULAr7XC5H10O5r7XPUBCHEMr7X3606r7XCHARGEr7jK,XCHEBIr7X17399r7XKEGGr7XC00312r7uh }r7hNhh]r7r7Rr7jS,j7jT,jPjV,KjW,GubGjZG?jRG?uhNjX,GjY,G@@ubj0,)r7}r7(hXXYLUtexr7hX>L xylulose transport via diffusion extracellular to periplasm r7h}r7(XGENE_ASSOCIATIONr7X2( STM0320 or STM0999 or STM1473 or STM2267 )r7X SUBSYSTEMr7XTransport Outer Membrane Porinr7uh }r7j8,X.STM0320 or STM0999 or STM1473 or STM2267r7j9,hj:,h]r7(h*hh3h!er7Rr7j>,}r7(jGj7G?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXYLtexr7hX<D xylose transport via diffusion extracellular to periplasm r7h}r7(XGENE_ASSOCIATIONr7X2( STM0320 or STM0999 or STM1473 or STM2267 )r7X SUBSYSTEMr7XTransport Outer Membrane Porinr7uh }r7j8,X.STM0320 or STM0999 or STM1473 or STM2267r7j9,hj:,h]r7(h*hh3h!er7Rr7j>,}r7(jGj@,)r7}r7(hXxyl__D_pr7hXD-Xyloser7h}r7(XFORMULAr7XC5H10O5r7XPUBCHEMr7X3481r7XCHARGEr7jK,XCHEBIr7X15936r7XKEGGr7XC00181r7uh }r7hNhh]r7r7Rr7jS,j7jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r7}r7(hXXYLt2ppr7hX3D xylose transport in via proton symport periplasm r7h}r8(XGENE_ASSOCIATIONr8XSTM0042r8X SUBSYSTEMr8XTransport Inner Membraner8uh }r8j8,j8j9,hj:,h]r8j$ar8Rr8j>,}r 8(j TGj7Gj[7G?jRG?uhNjX,GjY,G@@ubj0,)r 8}r 8(hXZN2abcppr 8hX#Zinc Zn2 ABC transporter periplasm r 8h}r8(XGENE_ASSOCIATIONr8XSTM3576r8X SUBSYSTEMr8X&Inorganic Ion Transport and Metabolismr8uh }r8j8,j8j9,hj:,h]r8jar8Rr8j>,}r8(jRGjGjRGjRG?jSG?j@,)r8}r8(hXzn2_pr8hXZincr8h}r8(XFORMULAr8XZnr8XPUBCHEMr8X3340r 8XCHARGEr!8j]-XCHEBIr"8X29105r#8XKEGGr$8XC00038r%8uh }r&8hNhh]r'8r(8Rr)8jS,j8jT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r*8}r+8(hXZN2t3ppr,8hX5zinc Zn2 transport out via proton antiport periplasm r-8h}r.8(XGENE_ASSOCIATIONr/8X( STM0758 or STM4061 )r08X SUBSYSTEMr18X&Inorganic Ion Transport and Metabolismr28uh }r38j8,XSTM0758 or STM4061r48j9,hj:,h]r58(jjer68Rr78j>,}r88(jGj TGj8G?jRG?uhNjX,GjY,G@@ubj0,)r98}r:8(hXZN2tppr;8hX$zinc transport in via permease no H r<8h}r=8(XGENE_ASSOCIATIONr>8XSTM3190r?8X SUBSYSTEMr@8X&Inorganic Ion Transport and MetabolismrA8uh }rB8j8,j?8j9,hj:,h]rC8jarD8RrE8j>,}rF8(j8GjG?uhNjX,GjY,G@@ubj0,)rG8}rH8(hXZNabcpprI8hX,zinc Zn2 transport via ABC system periplasm rJ8h}rK8(XGENE_ASSOCIATIONrL8X)( STM1891 and STM1893 and STM1892.S )rM8X SUBSYSTEMrN8X&Inorganic Ion Transport and MetabolismrO8uh }rP8j8,X%STM1891 and STM1893 and STM1892.SrQ8j9,hj:,h]rR8(j$j$j$erS8RrT8j>,}rU8(jRGjRGj8GjG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rV8}rW8(hXZn2texrX8hX<zinc Zn2 transport via diffusion extracellular to periplasm rY8h}rZ8(XGENE_ASSOCIATIONr[8X2( STM0320 or STM0999 or STM1473 or STM2267 )r\8X SUBSYSTEMr]8XTransport Outer Membrane Porinr^8uh }r_8j8,X.STM0320 or STM0999 or STM1473 or STM2267r`8j9,hj:,h]ra8(h*hh3h!erb8Rrc8j>,}rd8(jGj8G?uhNjX,G@jY,G@@ubj0,)re8}rf8(hXGCALDDrg8hXGlycolaldehyde dehydrogenaserh8h}ri8X SUBSYSTEMrj8XFolate Metabolismrk8sh }rl8j8,hj9,hj:,h]rm8rn8Rro8j>,}rp8(j[GjRGjGj[G?jZG?jRG@uhNjX,GjY,G@@ubj0,)rq8}rr8(hXTHZPSNrs8hXthiazole phosphate synthesisrt8h}ru8(XGENE_ASSOCIATIONrv8XU( STM2543 and STM4162 and ( STM4159 and STM4160 ) and STM0425 and STM4161 )rw8X SUBSYSTEMrx8X*Cofactor and Prosthetic Group Biosynthesisry8uh }rz8j8,XQSTM2543 and STM4162 and ( STM4159 and STM4160 ) and STM0425 and STM4161r{8j9,hj:,h]r|8(j$j$j$j$j$j$er}8Rr~8j>,}r8(j/}GjGjRGjGj^yG?jG?jRG?jXG?jXG?jaG?jG?jRG?uhNjX,GjY,G@@ubj0,)r8}r8(hXEX_AEP_er8hX AEP exchanger8h}r8X SUBSYSTEMr8XExchanger8sh }r8j8,hj9,hj:,h]r8r8Rr8j>,}r8(j@,)r8}r8(hXAEP_er8hX2-Aminoethylphosphonater8h}r8(XFORMULAr8X C2H7N1O3P1r8XPUBCHEMr8X6353r8XCHARGEr8X-1r8XCHEBIr8X15573r8XKEGGr8XC03557r8uh }r8hNhh]r8r8Rr8jS,j8jT,j,jV,JjW,GubGjLGuhNjX,GjY,G@@ubj0,)r8}r8(hXAEPtexr8hX7AEP transport via diffusion extracellular to periplasm r8h}r8(XGENE_ASSOCIATIONr8X2( STM0320 or STM0999 or STM1473 or STM2267 )r8X SUBSYSTEMr8XTransport Outer Membrane Porinr8uh }r8j8,X.STM0320 or STM0999 or STM1473 or STM2267r8j9,hj:,h]r8(h*hh3h!er8Rr8j>,}r8(j8Gj@,)r8}r8(hXAEP_pr8hX2-Aminoethylphosphonater8h}r8(XFORMULAr8X C2H7N1O3P1r8XPUBCHEMr8X6353r8XCHARGEr8X-1r8XCHEBIr8X15573r8XKEGGr8XC03557r8uh }r8hNhh]r8r8Rr8jS,j8jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r8}r8(hXAEPabcppr8hX'AEP transport via ABC system periplasm r8h}r8(XGENE_ASSOCIATIONr8X/( STM0426 and STM0427 and STM0429 and STM0428 )r8X SUBSYSTEMr8XTransport Inner Membraner8uh }r8j8,X+STM0426 and STM0427 and STM0429 and STM0428r8j9,hj:,h]r8(j%j %j%j%er8Rr8j>,}r8(jRGjRGj8Gj@,)r8}r8(hXAEP_cr8hX2-Aminoethylphosphonater8h}r8(XFORMULAr8X C2H7N1O3P1r8XPUBCHEMr8X6353r8XCHARGEr8X-1r8XCHEBIr8X15573r8XKEGGr8XC03557r8uh }r8hNhh]r8r8Rr8jS,j8jT,jU,jV,JjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r8}r8(hXAEPPYRTAr8hX-2 aminoethylphosphonate pyruvate transaminaser8h}r8(XGENE_ASSOCIATIONr8XSTM0431r8X SUBSYSTEMr8Xaminophosphonate metabolismr8uh }r8j8,j8j9,hj:,h]r8j'%ar8Rr8j>,}r8(j8GjGjGj@,)r8}r8(hXPald_cr8hXPhosphonoacetaldehyder8h}r8(XFORMULAr8XC2H3O4P1r8XPUBCHEMr8X6050r8XCHARGEr8X-2r8XCHEBIr8X18124r8XKEGGr8XC03167r8uh }r9hNhh]r9r9Rr9jS,j8jT,jU,jV,JjW,GubG?j^yG?uhNjX,GjY,G@@ubj0,)r9}r9(hXPALDHr9hXphosphonoacetaldehyde hydrolaser9h}r9(XGENE_ASSOCIATIONr 9XSTM0432r 9X SUBSYSTEMr 9Xaminophosphonate metabolismr 9uh }r 9j8,j 9j9,hj:,h]r9j0%ar9Rr9j>,}r9(jRGj8GjgG?jSG?uhNjX,GjY,G@@ubj0,)r9}r9(hX EX_4hoxpac_er9hX4 hydroxyphenylacetate exchanger9h}r9X SUBSYSTEMr9XExchanger9sh }r9j8,hj9,hj:,h]r9r9Rr9j>,}r9(j@,)r9}r9(hX 4hoxpac_er 9hX4-Hydroxyphenylacetater!9h}r"9(XFORMULAr#9XC8H7O3r$9XPUBCHEMr%9X3915r&9XCHARGEr'9X-1r(9XCHEBIr)9X18101r*9XKEGGr+9XC00642r,9uh }r-9hNhh]r.9r/9Rr09jS,j$9jT,j,jV,JjW,GubGjMGuhNjX,GjY,G@@ubj0,)r19}r29(hX 4hoxpactexr39hXJ4 hydroxyphenylacetate transport via diffusion extracellular to periplasm r49h}r59(XGENE_ASSOCIATIONr69X2( STM0320 or STM0999 or STM1473 or STM2267 )r79X SUBSYSTEMr89XTransport Outer Membrane Porinr99uh }r:9j8,X.STM0320 or STM0999 or STM1473 or STM2267r;9j9,hj:,h]r<9(h*hh3h!er=9Rr>9j>,}r?9(j9Gj@,)r@9}rA9(hX 4hoxpac_prB9hX4-HydroxyphenylacetaterC9h}rD9(XFORMULArE9XC8H7O3rF9XPUBCHEMrG9X3915rH9XCHARGErI9X-1rJ9XCHEBIrK9X18101rL9XKEGGrM9XC00642rN9uh }rO9hNhh]rP9rQ9RrR9jS,jF9jT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rS9}rT9(hX 4HOXPACt2pprU9hXA4 hydroxyphenylacetate transport in via proton symport periplasm rV9h}rW9(XGENE_ASSOCIATIONrX9XSTM1107rY9X SUBSYSTEMrZ9XTransport Inner Membraner[9uh }r\9j8,jY9j9,hj:,h]r]9j9%ar^9Rr_9j>,}r`9(j TGj@9GjRG?j@,)ra9}rb9(hX 4hoxpac_crc9hX4-Hydroxyphenylacetaterd9h}re9(XFORMULArf9XC8H7O3rg9XPUBCHEMrh9X3915ri9XCHARGErj9X-1rk9XCHEBIrl9X18101rm9XKEGGrn9XC00642ro9uh }rp9hNhh]rq9rr9Rrs9jS,jg9jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rt9}ru9(hXFLAVNADRrv9hXFlavin NAD P H reductaserw9h}rx9(XGENE_ASSOCIATIONry9XSTM1098rz9X SUBSYSTEMr{9X!4 hydroxyphenylacetate catabolismr|9uh }r}9j8,jz9j9,hj:,h]r~9jB%ar9Rr9j>,}r9(j[GjlGjRGj[G?jlG?uhNjX,GjY,G@@ubj0,)r9}r9(hX 4HOXPACMONr9hX+4 hydroxyphenylacetate 3 monooxygenase nadhr9h}r9(XGENE_ASSOCIATIONr9X(STM1098 or STM1099)r9X SUBSYSTEMr9X!4 hydroxyphenylacetate catabolismr9uh }r9j8,XSTM1098 or STM1099r9j9,hj:,h]r9(jK%jB%er9Rr9j>,}r9(j-fGj[GjRGja9Gj[G?j@,)r9}r9(hX 34dhpacet_cr9hX3-4-Dihydroxyphenylacetater9h}r9(XFORMULAr9XC8H7O4r9XPUBCHEMr9X4388r9XCHARGEr9X-1r9XCHEBIr9X17612r9XKEGGr9XC01161r9uh }r9hNhh]r9r9Rr9jS,j9jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r9}r9(hX 4HOXPACMOFr9hX,4 hydroxyphenylacetate 3 monooxygenase FADH2r9h}r9(XGENE_ASSOCIATIONr9XSTM1099r9X SUBSYSTEMr9X!4 hydroxyphenylacetate catabolismr9uh }r9j8,j9j9,hj:,h]r9jK%ar9Rr9j>,}r9(j-fGja9GjlGjlG?j9G?jRG?uhNjX,GjY,G@@ubj0,)r9}r9(hX 34DHPACDOr9hX*3 4 dihydroxyphenylacetate 2 3 dioxygenaser9h}r9(XGENE_ASSOCIATIONr9XSTM1103r9X SUBSYSTEMr9X!4 hydroxyphenylacetate catabolismr9uh }r9j8,j9j9,hj:,h]r9jT%ar9Rr9j>,}r9(j9Gj-fGjRG?j@,)r9}r9(hX 2h5cmmusa_cr9hX.2-Hydroxy-5-carboxymethylmuconate-Semialdehyder9h}r9(XFORMULAr9XC8H6O6r9XPUBCHEMr9X7231r9XCHARGEr9X-2r9XCHEBIr9X17142r9XKEGGr9XC04642r9uh }r9hNhh]r9r9Rr9jS,j9jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r9}r9(hX 4C2HM6SADHr9hX84 carboxy 2 hydroxymuconate 6 semialdehyde dehydrogenaser9h}r9(XGENE_ASSOCIATIONr9XSTM1102r9X SUBSYSTEMr9X!4 hydroxyphenylacetate catabolismr9uh }r9j8,j9j9,hj:,h]r9j]%ar9Rr9j>,}r9(j[Gj9GjRGj@,)r9}r9(hX 5cm2hmu_cr9hX!5-Carboxymethyl-2-hydroxymuconater9h}r9(XFORMULAr9XC8H5O7r9XPUBCHEMr9X6862r9XCHARGEr9X-3r9XCHEBIr9X2040r9XKEGGr9XC04186r9uh }r9hNhh]r9r9Rr9jS,j9jT,jU,jV,JjW,GubG?j[G?jRG@uhNjX,GjY,G@@ubj0,)r9}r9(hX 5CM2HMUDIr9hX15 carboxymethyl 2 hydroxymuconate delta isomeraser9h}r9(XGENE_ASSOCIATIONr9XSTM1104r9X SUBSYSTEMr9X!4 hydroxyphenylacetate catabolismr9uh }r9j8,j9j9,hj:,h]r9jf%ar9Rr:j>,}r:(j9Gj@,)r:}r:(hX 5c2o3ed_cr:hX5-Carboxy-2-oxohept-3-enedioater:h}r:(XFORMULAr:XC8H5O7r:XPUBCHEMr :X6753r :XCHARGEr :X-3r :XCHEBIr :X15924r:XKEGGr:XC04052r:uh }r:hNhh]r:r:Rr:jS,j:jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r:}r:(hX 5C2O3EDDCr:hX/5 carboxy 2 oxohept 3 enedioate decarboxylationr:h}r:(XGENE_ASSOCIATIONr:XSTM1101r:X SUBSYSTEMr:X!4 hydroxyphenylacetate catabolismr:uh }r:j8,j:j9,hj:,h]r:jo%ar :Rr!:j>,}r":(j:GjRGj@,)r#:}r$:(hX 2hh24dd_cr%:hX2-Hydroxyhepta-2-4-dienedioater&:h}r':(XFORMULAr(:XC7H6O5r):XPUBCHEMr*:X7923r+:XCHARGEr,:X-2r-:XCHEBIr.:jK,XKEGGr/:XC05600r0:uh }r1:hNhh]r2:r3:Rr4:jS,j):jT,jU,jV,JjW,GubG?jaG?uhNjX,GjY,G@@ubj0,)r5:}r6:(hX2HH24DDHr7:hX2hh24dd hydrataser8:h}r9:(XGENE_ASSOCIATIONr::XSTM1105r;:X SUBSYSTEMr<:X!4 hydroxyphenylacetate catabolismr=:uh }r>:j8,j;:j9,hj:,h]r?:jx%ar@:RrA:j>,}rB:(j#:GjRGj@,)rC:}rD:(hX4h2kpi_crE:hX4-Hydroxy-2-ketopimelaterF:h}rG:(XFORMULArH:XC7H8O6rI:XPUBCHEMrJ:X7924rK:XCHARGErL:X-2rM:XCHEBIrN:jK,XKEGGrO:XC05601rP:uh }rQ:hNhh]rR:rS:RrT:jS,jI:jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rU:}rV:(hX4H2KPILYrW:hX 4h2kpi LyaserX:h}rY:(XGENE_ASSOCIATIONrZ:XSTM1106r[:X SUBSYSTEMr\:X!4 hydroxyphenylacetate catabolismr]:uh }r^:j8,j[:j9,hj:,h]r_:j%ar`:Rra:j>,}rb:(jC:GjGjG?jfG?uhNjX,GjY,G@@ubj0,)rc:}rd:(hX 12PPDS2tppre:hX6 S Propane 1 2 diol facilitated transport 2 periplasm rf:h}rg:(XGENE_ASSOCIATIONrh:XSTM2037ri:X SUBSYSTEMrj:XTransport Inner Membranerk:uh }rl:j8,ji:j9,hj:,h]rm:h,}rp:(jWRGjwRG?uhNjX,G@jY,G@@ubj0,)rq:}rr:(hX12PPDRDHrs:hX R Propane 1 2 diol dehydratasert:h}ru:(XGENE_ASSOCIATIONrv:X:( STM2040 and STM2041 and STM2042 and STM2043 and STM2044)rw:X SUBSYSTEMrx:X1 2 Propanediol Catabolismry:uh }rz:j8,X7STM2040 and STM2041 and STM2042 and STM2043 and STM2044r{:j9,hj:,h]r|:(j%j%j%j%j%er}:Rr~:j>,}r:(j$RGjRG?jlzG?uhNjX,GjY,G@@ubj0,)r:}r:(hX12PPDSDHr:hX S Propane 1 2 diol dehydrataser:h}r:(XGENE_ASSOCIATIONr:X:( STM2040 and STM2041 and STM2042 and STM2043 and STM2044)r:X SUBSYSTEMr:X1 2 Propanediol Catabolismr:uh }r:j8,X7STM2040 and STM2041 and STM2042 and STM2043 and STM2044r:j9,hj:,h]r:(j%j%j%j%j%er:Rr:j>,}r:(jwRGjlzG?jRG?uhNjX,GjY,G@@ubj0,)r:}r:(hXALCDPPALr:hXalcohol dehydrogenase Propanal r:h}r:(XGENE_ASSOCIATIONr:XSTM2052r:X SUBSYSTEMr:X1 2 Propanediol Catabolismr:uh }r:j8,j:j9,hj:,h]r:j%ar:Rr:j>,}r:(jlzGj[GjRGj@,)r:}r:(hXppoh_cr:hX 1-Propanolr:h}r:(XFORMULAr:XC3H8O1r:XPUBCHEMr:X8258r:XCHARGEr:jK,XCHEBIr:X28831r:XKEGGr:XC05979r:uh }r:hNhh]r:r:Rr:jS,j:jT,jU,jV,KjW,GubG?j[G?uhNjX,G@jY,G@@ubj0,)r:}r:(hX COAPPALDHr:hX$CoA dependent Propanal dehydrogenaser:h}r:(XGENE_ASSOCIATIONr:XSTM2051r:X SUBSYSTEMr:X1 2 Propanediol Catabolismr:uh }r:j8,j:j9,hj:,h]r:j%ar:Rr:j>,}r:(j[GjlzGjgGjhG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)r:}r:(hXDSCLCOCHr:hX!Sirohydrochlorin cobaltochelataser:h}r:(XGENE_ASSOCIATIONr:X( STM2025 or STM3477 )r:X SUBSYSTEMr:X*Cofactor and Prosthetic Group Biosynthesisr:uh }r:j8,XSTM2025 or STM3477r:j9,hj:,h]r:(j%j er:Rr:j>,}r:(jGj#(Gj@,)r:}r:(hX codscl2_cr:hXCobalt-precorrin-2r:h}r:(XFORMULAr:X C42H39CoN4O16r:XPUBCHEMr:X13705r:XCHARGEr:X-7r:XCHEBIr:jK,XKEGGr:XC11538r:uh }r:hNhh]r:r:Rr:jS,j:jT,jU,jV,JjW,GubG?jRG@uhNjX,GjY,G@@ubj0,)r:}r:(hX Cobalt2abcppIr:hX.cobalt II transport via ABC system periplasm Ir:h}r:(XGENE_ASSOCIATIONr:X/( STM2023 and STM2022 and STM2021 and STM2020 )r:X SUBSYSTEMr:X&Inorganic Ion Transport and Metabolismr:uh }r:j8,X+STM2023 and STM2022 and STM2021 and STM2020r:j9,hj:,h]r:(j%j%j%j%er:Rr:j>,}r:(jRGjRGjGjG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r:}r:(hXCobalt2abcppIIr:hX/cobalt II transport via ABC system periplasm IIr:h}r:(XGENE_ASSOCIATIONr:X( STM2023 and STM2022 )r:X SUBSYSTEMr:X&Inorganic Ion Transport and Metabolismr:uh }r:j8,XSTM2023 and STM2022r:j9,hj:,h]r:(j%j%er:Rr:j>,}r:(jGjG?uhNjX,G@jY,G@@ubj0,)r:}r:(hX CODSCL2MTr:hX$Cobalt precorrin 2 methyltransferaser:h}r;(XGENE_ASSOCIATIONr;XSTM2024r;X SUBSYSTEMr;X*Cofactor and Prosthetic Group Biosynthesisr;uh }r;j8,j;j9,hj:,h]r;j%ar;Rr;j>,}r ;(jqGj:GjwG?jRG?j@,)r ;}r ;(hX codscl3_cr ;hXCobalt-precorrin-3r ;h}r;(XFORMULAr;X C43H41CoN4O16r;XPUBCHEMr;X13706r;XCHARGEr;X-7r;XCHEBIr;jK,XKEGGr;XC11539r;uh }r;hNhh]r;r;Rr;jS,j;jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r;}r;(hX CODSCL3MTr;hX(Cobalt precorrin 3 C17 methyltransferaser;h}r ;(XGENE_ASSOCIATIONr!;XSTM2027r";X SUBSYSTEMr#;X*Cofactor and Prosthetic Group Biosynthesisr$;uh }r%;j8,j";j9,hj:,h]r&;j%ar';Rr(;j>,}r);(j ;GjqGj@,)r*;}r+;(hX codscl4_cr,;hXCobalt-precorrin-4r-;h}r.;(XFORMULAr/;X C44H44CoN4O16r0;XPUBCHEMr1;X13707r2;XCHARGEr3;X-6r4;XCHEBIr5;jK,XKEGGr6;XC11540r7;uh }r8;hNhh]r9;r:;Rr;;jS,j0;jT,jU,jV,JjW,GubG?jwG?uhNjX,GjY,G@@ubj0,)r<;}r=;(hX CODSCL4MTr>;hX$Cobalt precorrin 4 methyltransferaser?;h}r@;(XGENE_ASSOCIATIONrA;XSTM2029rB;X SUBSYSTEMrC;X*Cofactor and Prosthetic Group BiosynthesisrD;uh }rE;j8,jB;j9,hj:,h]rF;j&arG;RrH;j>,}rI;(jqGj*;GjwG?j@,)rJ;}rK;(hX codscl5a_crL;hXCobalt-precorrin-5arM;h}rN;(XFORMULArO;X C45H46CoN4O16rP;XPUBCHEMrQ;jK,XCHARGErR;X-6rS;XCHEBIrT;jK,XKEGGrU;XC16242rV;uh }rW;hNhh]rX;rY;RrZ;jS,jP;jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r[;}r\;(hX CODSCL5DAr];hX!Cobalt precorrin 5a deacetylationr^;h}r_;(XGENE_ASSOCIATIONr`;XSTM2028ra;X SUBSYSTEMrb;X*Cofactor and Prosthetic Group Biosynthesisrc;uh }rd;j8,ja;j9,hj:,h]re;j&arf;Rrg;j>,}rh;(jRGjJ;GjgG?j@,)ri;}rj;(hX codscl5b_crk;hXCobalt-precorrin-5brl;h}rm;(XFORMULArn;X C43H43CoN4O16ro;XPUBCHEMrp;jK,XCHARGErq;X-7rr;XCHEBIrs;jK,XKEGGrt;XC16243ru;uh }rv;hNhh]rw;rx;Rry;jS,jo;jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rz;}r{;(hX CODSCL5BMTr|;hX%Cobalt precorrin 5b methyltransferaser};h}r~;(XGENE_ASSOCIATIONr;XSTM2032r;X SUBSYSTEMr;X*Cofactor and Prosthetic Group Biosynthesisr;uh }r;j8,j;j9,hj:,h]r;j&ar;Rr;j>,}r;(jqGji;GjwG?j@,)r;}r;(hX codscl6a_cr;hXCobalt-precorrin-6ar;h}r;(XFORMULAr;X C44H45CoN4O16r;XPUBCHEMr;X13709r;XCHARGEr;X-7r;XCHEBIr;jK,XKEGGr;XC11542r;uh }r;hNhh]r;r;Rr;jS,j;jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r;}r;(hX CODSCL6AREDr;hXCobalt precorrin 6a reductaser;h}r;(XGENE_ASSOCIATIONr;XSTM2026r;X SUBSYSTEMr;X*Cofactor and Prosthetic Group Biosynthesisr;uh }r;j8,j;j9,hj:,h]r;j#&ar;Rr;j>,}r;(j[Gj;GjRGj@,)r;}r;(hX codscl6b_cr;hXCobalt-precorrin-6br;h}r;(XFORMULAr;X C44H47CoN4O16r;XPUBCHEMr;X13710r;XCHARGEr;X-7r;XCHEBIr;jK,XKEGGr;XC11543r;uh }r;hNhh]r;r;Rr;jS,j;jT,jU,jV,JjW,GubG?j[G?uhNjX,GjY,G@@ubj0,)r;}r;(hX CODSCL6BMTr;hX%Cobalt precorrin 6b methyltransferaser;h}r;(XGENE_ASSOCIATIONr;XSTM2031r;X SUBSYSTEMr;X*Cofactor and Prosthetic Group Biosynthesisr;uh }r;j8,j;j9,hj:,h]r;j,&ar;Rr;j>,}r;(jqGj;GjwG?j@,)r;}r;(hX codscl7_cr;hXCobalt-precorrin-7r;h}r;(XFORMULAr;X C45H49CoN4O16r;XPUBCHEMr;jK,XCHARGEr;X-7r;XCHEBIr;jK,XKEGGr;XC16244r;uh }r;hNhh]r;r;Rr;jS,j;jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r;}r;(hX CODSCL7MTDCr;hX2Cobalt precorrin 7 methyltransferase decarboxylaser;h}r;(XGENE_ASSOCIATIONr;XSTM2030r;X SUBSYSTEMr;X*Cofactor and Prosthetic Group Biosynthesisr;uh }r;j8,j;j9,hj:,h]r;j5&ar;Rr;j>,}r;(j;GjqGjwG?jaG?j@,)r;}r;(hX codscl8x_cr;hXCobalt-precorrin-8xr;h}r;(XFORMULAr;X C45H52CoN4O14r;XPUBCHEMr;X13712r;XCHARGEr;X-6r;XCHEBIr;jK,XKEGGr;XC11545r;uh }r;hNhh]r;r;Rr;jS,j;jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r;}r;(hX CODSCL8XIr;hXCobalt precorrin 8x isomeraser;h}r;(XGENE_ASSOCIATIONr;XSTM2033r;X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j;j9,hj:,h]r<j>&ar<Rr<j>,}r<(j;Gj@,)r<}r<(hXcobn_cr <hX Cobyrinater <h}r <(XFORMULAr <X C45H52CoN4O14r <XPUBCHEMr<X8068r<XCHARGEr<X-6r<XCHEBIr<X33907r<XKEGGr<XC05773r<uh }r<hNhh]r<r<Rr<jS,j <jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r<}r<(hXCOBNADr<hXCobyrinate amidationr<h}r<(XGENE_ASSOCIATIONr<XSTM2035r <X SUBSYSTEMr!<X*Cofactor and Prosthetic Group Biosynthesisr"<uh }r#<j8,j <j9,hj:,h]r$<jG&ar%<Rr&<j>,}r'<(jRGj'qGj<GjRGjRG@jfG@jRG@j@,)r(<}r)<(hX cob2nda_cr*<hXCob-II-yrinate-a-c-diamider+<h}r,<(XFORMULAr-<X C45H56CoN6O12r.<XPUBCHEMr/<X8735r0<XCHARGEr1<X-4r2<XCHEBIr3<X27937r4<XKEGGr5<XC06504r6<uh }r7<hNhh]r8<r9<Rr:<jS,j.<jT,jU,jV,JjW,GubG?jSG@uhNjX,GjY,G@@ubj0,)r;<}r<<(hX COB2NDAREDr=<hX$cob II yrinate a c diamide reductaser><h}r?<(XGENE_ASSOCIATIONr@<Xs0001rA<X SUBSYSTEMrB<X*Cofactor and Prosthetic Group BiosynthesisrC<uh }rD<j8,jA<j9,hj:,h]rE<jarF<RrG<j>,}rH<(j(<GjJGj@,)rI<}rJ<(hX cob1nda_crK<hXCob-I-yrinate-a-c-diamiderL<h}rM<(XFORMULArN<X C45H56CoN6O12rO<XPUBCHEMrP<X8736rQ<XCHARGErR<X-5rS<XCHEBIrT<X28531rU<XKEGGrV<XC06505rW<uh }rX<hNhh]rY<rZ<Rr[<jS,jO<jT,jU,jV,JjW,GubG@jRG@jZG?uhNjX,G@jY,G@@ubj0,)r\<}r]<(hX COB1NDAAT1r^<hX/cob I yrinate a c diamide adenosyltransferase 1r_<h}r`<(XGENE_ASSOCIATIONra<X( STM2050 or STM1718 )rb<X SUBSYSTEMrc<X*Cofactor and Prosthetic Group Biosynthesisrd<uh }re<j8,XSTM2050 or STM1718rf<j9,hj:,h]rg<(jP&jerh<Rri<j>,}rj<(jI<GjRGjRGjG?j@,)rk<}rl<(hX adcob1nda_crm<hXAdenosyl-cobyrinate-a-c-diamidern<h}ro<(XFORMULArp<XC55H68CoN11O15rq<XPUBCHEMrr<X8737rs<XCHARGErt<X-4ru<XCHEBIrv<X2482rw<XKEGGrx<XC06506ry<uh }rz<hNhh]r{<r|<Rr}<jS,jq<jT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r~<}r<(hX COB1NDAAT2r<hX/cob I yrinate a c diamide adenosyltransferase 2r<h}r<(XGENE_ASSOCIATIONr<XSTM2467r<X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j<j9,hj:,h]r<jY&ar<Rr<j>,}r<(jRGjRGjI<Gjk<G?jSG?jXG?uhNjX,GjY,G@@ubj0,)r<}r<(hX ADCOBNSYNr<hXadenosylcobyric acid synthaser<h}r<(XGENE_ASSOCIATIONr<XSTM2019r<X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j<j9,hj:,h]r<jb&ar<Rr<j>,}r<(jRGjk<Gj'qGjRGj@,)r<}r<(hXadcobn_cr<hXAdenosylcobyric-acidr<h}r<(XFORMULAr<XC55H76CoN15O11r<XPUBCHEMr<X8738r<XCHARGEr<jK,XCHEBIr<X2483r<XKEGGr<XC06507r<uh }r<hNhh]r<r<Rr<jS,j<jT,jU,jV,KjW,GubG?jfG@jRG@jRG@jSG@uhNjX,GjY,G@@ubj0,)r<}r<(hXLTHRKr<hXL threonine kinaser<h}r<(XGENE_ASSOCIATIONr<XSTM2058r<X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j<j9,hj:,h]r<jk&ar<Rr<j>,}r<(j3GjRGj@,)r<}r<(hXthrp_cr<hXL-Threonine-O-3-phosphater<h}r<(XFORMULAr<XC4H8NO6Pr<XPUBCHEMr<X14294r<XCHARGEr<X-2r<XCHEBIr<X37525r<XKEGGr<XC12147r<uh }r<hNhh]r<r<Rr<jS,j<jT,jU,jV,JjW,GubG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r<}r<(hXTHRPDCr<hX#L threonine phosphate decarboxylaser<h}r<(XGENE_ASSOCIATIONr<XSTM0644r<X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j<j9,hj:,h]r<jt&ar<Rr<j>,}r<(j<GjRGjaG?j@,)r<}r<(hXappp_cr<hX D-1-Aminopropan-2-ol-O-phosphater<h}r<(XFORMULAr<XC3H9NO4Pr<XPUBCHEMr<X6809r<XCHARGEr<X-1r<XCHEBIr<X28390r<XKEGGr<XC04122r<uh }r<hNhh]r<r<Rr<jS,j<jT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r<}r<(hXADOCBIPSr<hX&Adenosyl cobinamide phosphate synthaser<h}r<(XGENE_ASSOCIATIONr<XSTM2034r<X SUBSYSTEMr<X*Cofactor and Prosthetic Group Biosynthesisr<uh }r<j8,j<j9,hj:,h]r<j}&ar<Rr<j>,}r<(j<Gj<GjRGj6hG?jSG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r<}r<(hXADOCBLPSr<hX$Adenosylcobalamin phosphate synthaser<h}r=(XGENE_ASSOCIATIONr=XSTM2017r=X SUBSYSTEMr=X*Cofactor and Prosthetic Group Biosynthesisr=uh }r=j8,j=j9,hj:,h]r=j&ar=Rr=j>,}r =(j@,)r =}r =(hX 5prdmbz_cr =hX6N1-5-Phospho-alpha-D-ribosyl-5-6-dimethylbenzimidazoler =h}r=(XFORMULAr=X C14H17N2O7Pr=XPUBCHEMr=X7342r=XCHARGEr=X-2r=XCHEBIr=X16837r=XKEGGr=XC04778r=uh }r=hNhh]r=r=Rr=jS,j=jT,jU,jV,JjW,GubGj\hGjRG?j@,)r=}r=(hX adocblp_cr=hXAdenosylcobalamin-phosphater =h}r!=(XFORMULAr"=XC72H99CoN18O20P2r#=XPUBCHEMr$=jK,XCHARGEr%=X-2r&=XCHEBIr'=jK,XKEGGr(=X phosphorylated version of C00194r)=uh }r*=hNhh]r+=r,=Rr-=jS,j#=jT,jU,jV,JjW,GubG?j,G?uhNjX,GjY,G@@ubj0,)r.=}r/=(hXADOCBLPPr0=hX'Adenosylcobalamin phosphate phosphataser1=h}r2=(XGENE_ASSOCIATIONr3=XSTM0643r4=X SUBSYSTEMr5=X*Cofactor and Prosthetic Group Biosynthesisr6=uh }r7=j8,j4=j9,hj:,h]r8=j&ar9=Rr:=j>,}r;=(jlTGj=GjrG?j_G?uhNjX,GjY,G@@ubj0,)r<=}r==(hXADOCBIKr>=hXAdenosyl cobinamide kinaser?=h}r@=(XGENE_ASSOCIATIONrA=X( STM2018 or STM1208 )rB=X SUBSYSTEMrC=X*Cofactor and Prosthetic Group BiosynthesisrD=uh }rE=j8,XSTM2018 or STM1208rF=j9,hj:,h]rG=(jj"erH=RrI=j>,}rJ=(jGjRGj6hG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rK=}rL=(hXCBLATrM=hX cob I alamin adenosyltransferaserN=h}rO=(XGENE_ASSOCIATIONrP=X!( STM1718 or STM2050 or STM2467 )rQ=X SUBSYSTEMrR=X*Cofactor and Prosthetic Group BiosynthesisrS=uh }rT=j8,XSTM1718 or STM2050 or STM2467rU=j9,hj:,h]rV=(jY&jP&jerW=RrX=j>,}rY=(j.GjRGjRGjrG?jG?uhNjX,G@jY,G@@ubj0,)rZ=}r[=(hXAPPKr\=hX1 amino 2 propanol kinaser]=h}r^=X SUBSYSTEMr_=X*Cofactor and Prosthetic Group Biosynthesisr`=sh }ra=j8,hj9,hj:,h]rb=rc=Rrd=j>,}re=(j@,)rf=}rg=(hXapp_crh=hXR-1-Amino-2-propanolri=h}rj=(XFORMULArk=XC3H9NOrl=XPUBCHEMrm=X6071rn=XCHARGEro=jK,XCHEBIrp=X15675rq=XKEGGrr=XC03194rs=uh }rt=hNhh]ru=rv=Rrw=jS,jl=jT,jU,jV,KjW,GubGjRGjRG?j<G?uhNjX,GjY,G@@ubj0,)rx=}ry=(hX EX_remnant1_erz=hX-residual atoms of reaction DMBZIDSYN exchanger{=h}r|=X SUBSYSTEMr}=XExchanger~=sh }r=j8,hj9,hj:,h]r=r=Rr=j>,}r=(j@,)r=}r=(hX remnant1_er=hX$residual-atoms-of-reaction-DMBZIDSYNr=h}r=(XFORMULAr=XC4H2N2O3r=XPUBCHEMr=jK,XCHARGEr=jK,XCHEBIr=jK,XKEGGr=jK,uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,KjW,GubGj1MGuhNjX,GjY,G@@ubj0,)r=}r=(hX REMNANT1texr=hXXresidual atoms of reaction DMBZIDSYN transport via diffusion extracellular to periplasm r=h}r=(XGENE_ASSOCIATIONr=X2( STM0320 or STM0999 or STM1473 or STM2267 )r=X SUBSYSTEMr=XTransport Outer Membrane Porinr=uh }r=j8,X.STM0320 or STM0999 or STM1473 or STM2267r=j9,hj:,h]r=(h!h*hh3er=Rr=j>,}r=(j=Gj@,)r=}r=(hX remnant1_pr=hX$residual-atoms-of-reaction-DMBZIDSYNr=h}r=(XFORMULAr=XC4H2N2O3r=XPUBCHEMr=jK,XCHARGEr=jK,XCHEBIr=jK,XKEGGr=jK,uh }r=hNhh]r=r=Rr=jS,j=jT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r=}r=(hXEX_colipa20Oag_er=hX3O antigen x20 core oligosaccharide lipid A exchanger=h}r=X SUBSYSTEMr=XExchanger=sh }r=j8,hj9,hj:,h]r=r=Rr=j>,}r=(j@,)r=}r=(hX colipa20Oag_er=hX*O-antigen-x20-core-oligosaccharide-lipid-Ar=h}r=(XFORMULAr=XC656H1103N2O440P4r=XPUBCHEMr=jK,XCHARGEr=X-11r=XCHEBIr=jK,XKEGGr=jK,uh }r=hNhh]r=r=Rr=jS,j=jT,j,jV,JjW,GubGjIMGuhNjX,GjY,G@@ubj0,)r=}r=(hXcolipa20Oagtexr=hXPO antigen x20 core oligosaccharide lipid A transport periplasm to extracellular r=h}r=X SUBSYSTEMr=X)Lipopolysaccharide Biosynthesis Recyclingr=sh }r=j8,hj9,hj:,h]r=r=Rr=j>,}r=(j@,)r=}r=(hX colipa20Oag_pr=hX*O-antigen-x20-core-oligosaccharide-lipid-Ar=h}r=(XFORMULAr=XC656H1103N2O440P4r=XPUBCHEMr=jK,XCHARGEr=X-11r=XCHEBIr=jK,XKEGGr=jK,uh }r=hNhh]r=r=Rr=jS,j=jT,jPjV,JjW,GubGj=G?uhNjX,GjY,G@@ubj0,)r=}r=(hX udcdp20OagLppr=hXO antigen x20 ligase periplasm r=h}r=(XGENE_ASSOCIATIONr=XSTM3713r=X SUBSYSTEMr=X)Lipopolysaccharide Biosynthesis Recyclingr=uh }r=j8,j=j9,hj:,h]r=j ar=Rr=j>,}r=(j@,)r=}r=(hX udcdp20Oag_pr=hX'Undecaprenyl-diphosphate-O-antigene-20xr=h}r=(XFORMULAr=XC535H890O347P2r=XPUBCHEMr=jK,XCHARGEr=X-2r>XCHEBIr>jK,XKEGGr>jK,uh }r>hNhh]r>r>Rr>jS,j=jT,jPjV,JjW,GubGj GjըG?j TG?j=G?uhNjX,GjY,G@@ubj0,)r>}r>(hXudcdpgalrmnmanabetppr >hX]Undecaprenyl diphosphate galactose rhamnose mannose abequose flippase cytoplasm to periplasm r >h}r >(XGENE_ASSOCIATIONr >XSTM2088r >X SUBSYSTEMr>X)Lipopolysaccharide Biosynthesis Recyclingr>uh }r>j8,j >j9,hj:,h]r>j&ar>Rr>j>,}r>(j@,)r>}r>(hXudcdpgalrmnmanabe_cr>hX<Undecaprenyl-diphosphate-galactose-rhamnose-mannose-abequoser>h}r>(XFORMULAr>X C79H130O24P2r>XPUBCHEMr>jK,XCHARGEr>X-2r>XCHEBIr>jK,XKEGGr >jK,uh }r!>hNhh]r">r#>Rr$>jS,j>jT,jU,jV,JjW,GubGj@,)r%>}r&>(hXudcdpgalrmnmanabe_pr'>hX<Undecaprenyl-diphosphate-galactose-rhamnose-mannose-abequoser(>h}r)>(XFORMULAr*>X C79H130O24P2r+>XPUBCHEMr,>jK,XCHARGEr->X-2r.>XCHEBIr/>jK,XKEGGr0>jK,uh }r1>hNhh]r2>r3>Rr4>jS,j+>jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r5>}r6>(hXOGLTr7>hX1galactosyltransferase LPS O antigen biosynthesis r8>h}r9>(XGENE_ASSOCIATIONr:>XSTM2082r;>X SUBSYSTEMr<>X)Lipopolysaccharide Biosynthesis Recyclingr=>uh }r>>j8,j;>j9,hj:,h]r?>j&ar@>RrA>j>,}rB>(jiGj3Gj@,)rC>}rD>(hX udcdpgal_crE>hX"Undecaprenyl-diphosphate-galactoserF>h}rG>(XFORMULArH>X C61H100O12P2rI>XPUBCHEMrJ>jK,XCHARGErK>X-2rL>XCHEBIrM>jK,XKEGGrN>jK,uh }rO>hNhh]rP>rQ>RrR>jS,jI>jT,jU,jV,JjW,GubG?jjG?uhNjX,GjY,G@@ubj0,)rS>}rT>(hXORLTrU>hX1rhamnosyl transferase LPS O antigen biosynthesis rV>h}rW>(XGENE_ASSOCIATIONrX>XSTM2085rY>X SUBSYSTEMrZ>X)Lipopolysaccharide Biosynthesis Recyclingr[>uh }r\>j8,jY>j9,hj:,h]r]>j&ar^>Rr_>j>,}r`>(j$GjC>Gj@,)ra>}rb>(hX udcdpgalrmn_crc>hX+Undecaprenyl-diphosphate-galactose-rhamnoserd>h}re>(XFORMULArf>X C67H110O16P2rg>XPUBCHEMrh>jK,XCHARGEri>X-2rj>XCHEBIrk>jK,XKEGGrl>jK,uh }rm>hNhh]rn>ro>Rrp>jS,jg>jT,jU,jV,JjW,GubG?jRG?jTG?uhNjX,GjY,G@@ubj0,)rq>}rr>(hXOMLTrs>hX0mannosyl transferase LPS O antigen biosynthesis rt>h}ru>(XGENE_ASSOCIATIONrv>XSTM2086rw>X SUBSYSTEMrx>X)Lipopolysaccharide Biosynthesis Recyclingry>uh }rz>j8,jw>j9,hj:,h]r{>j&ar|>Rr}>j>,}r~>(ja>GjGjqG?j@,)r>}r>(hXudcdpgalrmnman_cr>hX3Undecaprenyl-diphosphate-galactose-rhamnose-mannoser>h}r>(XFORMULAr>X C73H120O21P2r>XPUBCHEMr>jK,XCHARGEr>X-2r>XCHEBIr>jK,XKEGGr>jK,uh }r>hNhh]r>r>Rr>jS,j>jT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r>}r>(hXOALTr>hX1abequosyl transferase LPS O antigen biosynthesis r>h}r>(XGENE_ASSOCIATIONr>XSTM2087r>X SUBSYSTEMr>X)Lipopolysaccharide Biosynthesis Recyclingr>uh }r>j8,j>j9,hj:,h]r>j&ar>Rr>j>,}r>(j@,)r>}r>(hX cdpabeq_cr>hX CDP-abequoser>h}r>(XFORMULAr>X C15H23N3O14P2r>XPUBCHEMr>X4916r>XCHARGEr>X-2r>XCHEBIr>X16049r>XKEGGr>XC01788r>uh }r>hNhh]r>r>Rr>jS,j>jT,jU,jV,JjW,GubGj>GjїG?j>G?jRG?uhNjX,GjY,G@@ubj0,)r>}r>(hXMAN1PT2r>hX,mannose 1 phosphate guanylyltransferase GDP r>h}r>(XGENE_ASSOCIATIONr>X( STM2105.S or STM2084 )r>X SUBSYSTEMr>XCell Envelope Biosynthesisr>uh }r>j8,XSTM2105.S or STM2084r>j9,hj:,h]r>(j&j&er>Rr>j>,}r>(j?GjRGjqGjSG?jG?uhNjX,GjY,G@@ubj0,)r>}r>(hXPMANMr>hXphosphomannomutaser>h}r>(XGENE_ASSOCIATIONr>X( STM2104 or STM2083 )r>X SUBSYSTEMr>XAlternate Carbon Metabolismr>uh }r>j8,XSTM2104 or STM2083r>j9,hj:,h]r>(j&j&er>Rr>j>,}r>(j?GjG?uhNjX,G@jY,G@@ubj0,)r>}r>(hXOAP1ppr>hX!O antigen polymerase 1 periplasm r>h}r>(XGENE_ASSOCIATIONr>XSTM1332r>X SUBSYSTEMr>X)Lipopolysaccharide Biosynthesis Recyclingr>uh }r>j8,j>j9,hj:,h]r>j&ar>Rr>j>,}r>(j%>Gj@,)r>}r>(hX udcdp2Oag_pr>hX&Undecaprenyl-diphosphate-O-antigene-2xr>h}r>(XFORMULAr>X C103H170O41P2r>XPUBCHEMr>jK,XCHARGEr>X-2r>XCHEBIr>jK,XKEGGr>jK,uh }r>hNhh]r>r>Rr>jS,j>jT,jPjV,JjW,GubG?jըG?j TG?uhNjX,GjY,G@@ubj0,)r>}r>(hXOAP2ppr>hX!O antigen polymerase 2 periplasm r>h}r>(XGENE_ASSOCIATIONr>XSTM1332r>X SUBSYSTEMr>X)Lipopolysaccharide Biosynthesis Recyclingr>uh }r>j8,j>j9,hj:,h]r>j&ar>Rr>j>,}r>(j%>Gj>GjըG?j@,)r>}r>(hX udcdp3Oag_pr>hX&Undecaprenyl-diphosphate-O-antigene-3xr>h}r>(XFORMULAr>X C127H210O58P2r?XPUBCHEMr?jK,XCHARGEr?X-2r?XCHEBIr?jK,XKEGGr?jK,uh }r?hNhh]r?r?Rr ?jS,j?jT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r ?}r ?(hXOAP3ppr ?hX!O antigen polymerase 3 periplasm r ?h}r?(XGENE_ASSOCIATIONr?XSTM1332r?X SUBSYSTEMr?X)Lipopolysaccharide Biosynthesis Recyclingr?uh }r?j8,j?j9,hj:,h]r?j&ar?Rr?j>,}r?(j>Gj%>Gj@,)r?}r?(hX udcdp4Oag_pr?hX&Undecaprenyl-diphosphate-O-antigene-4xr?h}r?(XFORMULAr?X C151H250O75P2r?XPUBCHEMr?jK,XCHARGEr ?X-2r!?XCHEBIr"?jK,XKEGGr#?jK,uh }r$?hNhh]r%?r&?Rr'?jS,j?jT,jPjV,JjW,GubG?j TG?jըG?uhNjX,GjY,G@@ubj0,)r(?}r)?(hXOAP4ppr*?hX!O antigen polymerase 4 periplasm r+?h}r,?(XGENE_ASSOCIATIONr-?XSTM1332r.?X SUBSYSTEMr/?X)Lipopolysaccharide Biosynthesis Recyclingr0?uh }r1?j8,j.?j9,hj:,h]r2?j&ar3?Rr4?j>,}r5?(j%>Gj?Gj@,)r6?}r7?(hX udcdp5Oag_pr8?hX&Undecaprenyl-diphosphate-O-antigene-5xr9?h}r:?(XFORMULAr;?X C175H290O92P2r?X-2r??XCHEBIr@?jK,XKEGGrA?jK,uh }rB?hNhh]rC?rD?RrE?jS,j,}rS?(j6?Gj%>Gj@,)rT?}rU?(hX udcdp6Oag_prV?hX&Undecaprenyl-diphosphate-O-antigene-6xrW?h}rX?(XFORMULArY?XC199H330O109P2rZ?XPUBCHEMr[?jK,XCHARGEr\?X-2r]?XCHEBIr^?jK,XKEGGr_?jK,uh }r`?hNhh]ra?rb?Rrc?jS,jZ?jT,jPjV,JjW,GubG?j TG?jըG?uhNjX,GjY,G@@ubj0,)rd?}re?(hXOAP6pprf?hX!O antigen polymerase 6 periplasm rg?h}rh?(XGENE_ASSOCIATIONri?XSTM1332rj?X SUBSYSTEMrk?X)Lipopolysaccharide Biosynthesis Recyclingrl?uh }rm?j8,jj?j9,hj:,h]rn?j&aro?Rrp?j>,}rq?(j%>GjT?Gj@,)rr?}rs?(hX udcdp7Oag_prt?hX&Undecaprenyl-diphosphate-O-antigene-7xru?h}rv?(XFORMULArw?XC223H370O126P2rx?XPUBCHEMry?jK,XCHARGErz?X-2r{?XCHEBIr|?jK,XKEGGr}?jK,uh }r~?hNhh]r?r?Rr?jS,jx?jT,jPjV,JjW,GubG?jըG?j TG?uhNjX,GjY,G@@ubj0,)r?}r?(hXOAP7ppr?hX!O antigen polymerase 7 periplasm r?h}r?(XGENE_ASSOCIATIONr?XSTM1332r?X SUBSYSTEMr?X)Lipopolysaccharide Biosynthesis Recyclingr?uh }r?j8,j?j9,hj:,h]r?j&ar?Rr?j>,}r?(jr?Gj%>Gj TG?j@,)r?}r?(hX udcdp8Oag_pr?hX&Undecaprenyl-diphosphate-O-antigene-8xr?h}r?(XFORMULAr?XC247H410O143P2r?XPUBCHEMr?jK,XCHARGEr?X-2r?XCHEBIr?jK,XKEGGr?jK,uh }r?hNhh]r?r?Rr?jS,j?jT,jPjV,JjW,GubG?jըG?uhNjX,GjY,G@@ubj0,)r?}r?(hXOAP8ppr?hX!O antigen polymerase 8 periplasm r?h}r?(XGENE_ASSOCIATIONr?XSTM1332r?X SUBSYSTEMr?X)Lipopolysaccharide Biosynthesis Recyclingr?uh }r?j8,j?j9,hj:,h]r?j&ar?Rr?j>,}r?(j?Gj%>GjըG?j@,)r?}r?(hX udcdp9Oag_pr?hX&Undecaprenyl-diphosphate-O-antigene-9xr?h}r?(XFORMULAr?XC271H450O160P2r?XPUBCHEMr?jK,XCHARGEr?X-2r?XCHEBIr?jK,XKEGGr?jK,uh }r?hNhh]r?r?Rr?jS,j?jT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r?}r?(hXOAP9ppr?hX!O antigen polymerase 9 periplasm r?h}r?(XGENE_ASSOCIATIONr?XSTM1332r?X SUBSYSTEMr?X)Lipopolysaccharide Biosynthesis Recyclingr?uh }r?j8,j?j9,hj:,h]r?j&ar?Rr?j>,}r?(j?Gj%>Gj TG?j@,)r?}r?(hX udcdp10Oag_pr?hX'Undecaprenyl-diphosphate-O-antigene-10xr?h}r?(XFORMULAr?XC295H490O177P2r?XPUBCHEMr?jK,XCHARGEr?X-2r?XCHEBIr?jK,XKEGGr?jK,uh }r?hNhh]r?r?Rr?jS,j?jT,jPjV,JjW,GubG?jըG?uhNjX,GjY,G@@ubj0,)r?}r?(hXOAP10ppr?hX"O antigen polymerase 10 periplasm r?h}r?(XGENE_ASSOCIATIONr?XSTM1332r?X SUBSYSTEMr?X)Lipopolysaccharide Biosynthesis Recyclingr?uh }r?j8,j?j9,hj:,h]r?j&ar?Rr?j>,}r?(j%>Gj?GjըG?j@,)r?}r?(hX udcdp11Oag_pr?hX'Undecaprenyl-diphosphate-O-antigene-11xr?h}r?(XFORMULAr?XC319H530O194P2r?XPUBCHEMr?jK,XCHARGEr?X-2r?XCHEBIr?jK,XKEGGr?jK,uh }r?hNhh]r?r?Rr?jS,j?jT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r?}r?(hXOAP11ppr?hX"O antigen polymerase 11 periplasm r?h}r?(XGENE_ASSOCIATIONr?XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr@uh }r@j8,j@j9,hj:,h]r@j&ar@Rr@j>,}r@(j?Gj%>GjըG?j@,)r@}r @(hX udcdp12Oag_pr @hX'Undecaprenyl-diphosphate-O-antigene-12xr @h}r @(XFORMULAr @XC343H570O211P2r@XPUBCHEMr@jK,XCHARGEr@X-2r@XCHEBIr@jK,XKEGGr@jK,uh }r@hNhh]r@r@Rr@jS,j@jT,jPjV,JjW,GubG?j TG?uhNjX,GjY,G@@ubj0,)r@}r@(hXOAP12ppr@hX"O antigen polymerase 12 periplasm r@h}r@(XGENE_ASSOCIATIONr@XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr @uh }r!@j8,j@j9,hj:,h]r"@j&ar#@Rr$@j>,}r%@(j%>Gj@Gj@,)r&@}r'@(hX udcdp13Oag_pr(@hX'Undecaprenyl-diphosphate-O-antigene-13xr)@h}r*@(XFORMULAr+@XC367H610O228P2r,@XPUBCHEMr-@jK,XCHARGEr.@X-2r/@XCHEBIr0@jK,XKEGGr1@jK,uh }r2@hNhh]r3@r4@Rr5@jS,j,@jT,jPjV,JjW,GubG?jըG?j TG?uhNjX,GjY,G@@ubj0,)r6@}r7@(hXOAP13ppr8@hX"O antigen polymerase 13 periplasm r9@h}r:@(XGENE_ASSOCIATIONr;@XSTM1332r<@X SUBSYSTEMr=@X)Lipopolysaccharide Biosynthesis Recyclingr>@uh }r?@j8,j<@j9,hj:,h]r@@j&arA@RrB@j>,}rC@(j%>Gj&@GjըG?j TG?j@,)rD@}rE@(hX udcdp14Oag_prF@hX'Undecaprenyl-diphosphate-O-antigene-14xrG@h}rH@(XFORMULArI@XC391H650O245P2rJ@XPUBCHEMrK@jK,XCHARGErL@X-2rM@XCHEBIrN@jK,XKEGGrO@jK,uh }rP@hNhh]rQ@rR@RrS@jS,jJ@jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rT@}rU@(hXOAP14pprV@hX"O antigen polymerase 14 periplasm rW@h}rX@(XGENE_ASSOCIATIONrY@XSTM1332rZ@X SUBSYSTEMr[@X)Lipopolysaccharide Biosynthesis Recyclingr\@uh }r]@j8,jZ@j9,hj:,h]r^@j&ar_@Rr`@j>,}ra@(j%>GjD@Gj@,)rb@}rc@(hX udcdp15Oag_prd@hX'Undecaprenyl-diphosphate-O-antigene-15xre@h}rf@(XFORMULArg@XC415H690O262P2rh@XPUBCHEMri@jK,XCHARGErj@X-2rk@XCHEBIrl@jK,XKEGGrm@jK,uh }rn@hNhh]ro@rp@Rrq@jS,jh@jT,jPjV,JjW,GubG?jըG?j TG?uhNjX,GjY,G@@ubj0,)rr@}rs@(hXOAP15pprt@hX"O antigen polymerase 15 periplasm ru@h}rv@(XGENE_ASSOCIATIONrw@XSTM1332rx@X SUBSYSTEMry@X)Lipopolysaccharide Biosynthesis Recyclingrz@uh }r{@j8,jx@j9,hj:,h]r|@j&ar}@Rr~@j>,}r@(j%>Gjb@Gj@,)r@}r@(hX udcdp16Oag_pr@hX'Undecaprenyl-diphosphate-O-antigene-16xr@h}r@(XFORMULAr@XC439H730O279P2r@XPUBCHEMr@jK,XCHARGEr@X-2r@XCHEBIr@jK,XKEGGr@jK,uh }r@hNhh]r@r@Rr@jS,j@jT,jPjV,JjW,GubG?j TG?jըG?uhNjX,GjY,G@@ubj0,)r@}r@(hXOAP16ppr@hX"O antigen polymerase 16 periplasm r@h}r@(XGENE_ASSOCIATIONr@XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr@uh }r@j8,j@j9,hj:,h]r@j&ar@Rr@j>,}r@(j@Gj%>Gj TG?j@,)r@}r@(hX udcdp17Oag_pr@hX'Undecaprenyl-diphosphate-O-antigene-17xr@h}r@(XFORMULAr@XC463H770O296P2r@XPUBCHEMr@jK,XCHARGEr@X-2r@XCHEBIr@jK,XKEGGr@jK,uh }r@hNhh]r@r@Rr@jS,j@jT,jPjV,JjW,GubG?jըG?uhNjX,GjY,G@@ubj0,)r@}r@(hXOAP17ppr@hX"O antigen polymerase 17 periplasm r@h}r@(XGENE_ASSOCIATIONr@XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr@uh }r@j8,j@j9,hj:,h]r@j&ar@Rr@j>,}r@(j@Gj%>GjըG?j TG?j@,)r@}r@(hX udcdp18Oag_pr@hX'Undecaprenyl-diphosphate-O-antigene-18xr@h}r@(XFORMULAr@XC487H810O313P2r@XPUBCHEMr@jK,XCHARGEr@X-2r@XCHEBIr@jK,XKEGGr@jK,uh }r@hNhh]r@r@Rr@jS,j@jT,jPjV,JjW,GubG?uhNjX,GjY,G@@ubj0,)r@}r@(hXOAP18ppr@hX"O antigen polymerase 18 periplasm r@h}r@(XGENE_ASSOCIATIONr@XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr@uh }r@j8,j@j9,hj:,h]r@j&ar@Rr@j>,}r@(j@Gj%>Gj@,)r@}r@(hX udcdp19Oag_pr@hX'Undecaprenyl-diphosphate-O-antigene-19xr@h}r@(XFORMULAr@XC511H850O330P2r@XPUBCHEMr@jK,XCHARGEr@X-2r@XCHEBIr@jK,XKEGGr@jK,uh }r@hNhh]r@r@Rr@jS,j@jT,jPjV,JjW,GubG?j TG?jըG?uhNjX,GjY,G@@ubj0,)r@}r@(hXOAP19ppr@hX"O antigen polymerase 19 periplasm r@h}r@(XGENE_ASSOCIATIONr@XSTM1332r@X SUBSYSTEMr@X)Lipopolysaccharide Biosynthesis Recyclingr@uh }r@j8,j@j9,hj:,h]r@j&ar@Rr@j>,}r@(j%>Gj@GjըG?j=G?j TG?uhNjX,GjY,G@@ubj0,)r@}r@(hXG1PCTr@hX(glucose 1 phosphate cytidylyltransferaser@h}r@(XGENE_ASSOCIATIONr@XSTM2092r@X SUBSYSTEMr@XCell Envelope BiosynthesisrAuh }rAj8,j@j9,hj:,h]rAj&arARrAj>,}rA(jmGjRGjGj@,)rA}rA(hXcdpglc_crAhX CDP-glucoser Ah}r A(XFORMULAr AX C15H23N3O16P2r AXPUBCHEMr AX3784rAXCHARGErAX-2rAXCHEBIrAjK,XKEGGrAXC00501rAuh }rAhNhh]rArARrAjS,j AjT,jU,jV,JjW,GubG?jXG?uhNjX,GjY,G@@ubj0,)rA}rA(hX CDPGLC46DHrAhXCDP glucose 4 6 dehydrataserAh}rA(XGENE_ASSOCIATIONrAXSTM2091rAX SUBSYSTEMrAXCell Envelope Biosynthesisr Auh }r!Aj8,jAj9,hj:,h]r"Aj&ar#ARr$Aj>,}r%A(jAGj@,)r&A}r'A(hXcdp4dh6doglc_cr(AhXCDP-4-dehydro-6-deoxy-D-glucoser)Ah}r*A(XFORMULAr+AX C15H21N3O15P2r,AXPUBCHEMr-AX4441r.AXCHARGEr/AX-2r0AXCHEBIr1AX17494r2AXKEGGr3AXC01219r4Auh }r5AhNhh]r6Ar7ARr8AjS,j,AjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r9A}r:A(hX CDP4D6DGLCRxr;AhX'CDP 4 dehydro 6 deoxyglucose reductase rAX( STM2090 and STM2093 )r?AX SUBSYSTEMr@AXCell Envelope BiosynthesisrAAuh }rBAj8,XSTM2090 and STM2093rCAj9,hj:,h]rDA(j 'j'erEARrFAj>,}rGA(j&AGjRGj[Gj[G?j@,)rHA}rIA(hXcdp4dh36ddglc_crJAhX#CDP-4-dehydro-3-6-dideoxy-D-glucoserKAh}rLA(XFORMULArMAX C15H21N3O14P2rNAXPUBCHEMrOAX6956rPAXCHARGErQAX-2rRAXCHEBIrSAX17817rTAXKEGGrUAXC04297rVAuh }rWAhNhh]rXArYARrZAjS,jNAjT,jU,jV,JjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r[A}r\A(hXCDPABEQSr]AhXCDP abequose synthase r^Ah}r_A(XGENE_ASSOCIATIONr`AXSTM2089raAX SUBSYSTEMrbAXCell Envelope BiosynthesisrcAuh }rdAj8,jaAj9,hj:,h]reAj'arfARrgAj>,}rhA(j[GjHAGjRGj[G?j>G?uhNjX,GjY,G@@ubj0,)riA}rjA(hX SALCHS4FEexsrkAhX*Salmochelin S4 Fe III binding spontaneous rlAh}rmA(XGENE_ASSOCIATIONrnAXs0001roAX SUBSYSTEMrpAX&Inorganic Ion Transport and MetabolismrqAuh }rrAj8,joAj9,hj:,h]rsAjartARruAj>,}rvA(jGj@,)rwA}rxA(hX salchs4_eryAhXSalmochelin-S4rzAh}r{A(XFORMULAr|AX C42H47N3O25r}AXPUBCHEMr~AjK,XCHARGErAjK,XCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,j}AjT,j,jV,KjW,GubGj@,)rA}rA(hX salchs4fe_erAhXSalmochelin-S4-Fe-IIIrAh}rA(XFORMULArAX C42H47FeN3O25rAXPUBCHEMrAjK,XCHARGErAj8XCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,jAjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rA}rA(hX EX_SALCHS4_erAhXSalmochelin S4 exchangerAh}rAX SUBSYSTEMrAXExchangerAsh }rAj8,hj9,hj:,h]rArARrAj>,}rA(jwAGjbMGuhNjX,GjY,G@@ubj0,)rA}rA(hXEX_SALCHS4FE_erAhXSalmochelin S4 Fe III exchangerAh}rAX SUBSYSTEMrAXExchangerAsh }rAj8,hj9,hj:,h]rArARrAj>,}rA(jAGjzMGuhNjX,GjY,G@@ubj0,)rA}rA(hXSALCHS4FEabcpprAhX9Salmochelin S4 Fe III transport via ABC system periplasm rAh}rA(XGENE_ASSOCIATIONrAX5( STM0594 and STM0590 and STM0592 and STM0591 )rAX SUBSYSTEMrAX&Inorganic Ion Transport and MetabolismrAuh }rAj8,X1STM0594 and STM0590 and STM0592 and STM0591rAj9,hj:,h]rA(jkjYjbjterARrAj>,}rA(jRGj@,)rA}rA(hX salchs4fe_prAhXSalmochelin-S4-Fe-IIIrAh}rA(XFORMULArAX C42H47FeN3O25rAXPUBCHEMrAjK,XCHARGErAj8XCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,jAjT,jPjV,KjW,GubGjRGjRG?jSG?j@,)rA}rA(hX salchs4fe_crAhXSalmochelin-S4-Fe-IIIrAh}rA(XFORMULArAX C42H47FeN3O25rAXPUBCHEMrAjK,XCHARGErAj8XCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,jAjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rA}rA(hX SALCHS4texrAhX-Salmochelin S4 transport secretion periplasm rAh}rAX SUBSYSTEMrAX&Inorganic Ion Transport and MetabolismrAsh }rAj8,hj9,hj:,h]rArARrAj>,}rA(j TGj@,)rA}rA(hX salchs4_prAhXSalmochelin-S4rAh}rA(XFORMULArAX C42H47N3O25rAXPUBCHEMrAjK,XCHARGErAjK,XCHEBIrAjK,XKEGGrAjK,uh }rAhNhh]rArARrAjS,jAjT,jPjV,KjW,GubGjwAG?jRG?uhNjX,GjY,G@@ubj0,)rA}rA(hX SALCHS4abcpprAhX2Salmochelin S4 transport via ABC system periplasm rAh}rA(XGENE_ASSOCIATIONrAXSTM2774rAX SUBSYSTEMrAXTransport Inner MembranerAuh }rAj8,jAj9,hj:,h]rAj'arBRrBj>,}rB(j@,)rB}rB(hX salchs4_crBhXSalmochelin-S4rBh}rB(XFORMULArBX C42H47N3O25r BXPUBCHEMr BjK,XCHARGEr BjK,XCHEBIr BjK,XKEGGr BjK,uh }rBhNhh]rBrBRrBjS,j BjT,jU,jV,KjW,GubGjRGjRGjRG?jAG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rB}rB(hX FEENTER2tpprBhX1enterochelin transport2 via ABC system periplasm rBh}rB(XGENE_ASSOCIATIONrBXSTM2774rBX SUBSYSTEMrBXTransport Inner MembranerBuh }rBj8,jBj9,hj:,h]rBj'arBRrBj>,}rB(jGjRGjRGjRG?jG?jSG?jRG?uhNjX,GjY,G@@ubj0,)r B}r!B(hX EX_SALCHSX_er"BhXSalmochelin SX exchanger#Bh}r$BX SUBSYSTEMr%BXExchanger&Bsh }r'Bj8,hj9,hj:,h]r(Br)BRr*Bj>,}r+B(j@,)r,B}r-B(hX salchsx_er.BhXSalmochelin-SXr/Bh}r0B(XFORMULAr1BX C16H20N1O11r2BXPUBCHEMr3BjK,XCHARGEr4BX-1r5BXCHEBIr6BjK,XKEGGr7BjK,uh }r8BhNhh]r9Br:BRr;BjS,j2BjT,j,jV,JjW,GubGjMGuhNjX,GjY,G@@ubj0,)rBhX8Salmochelin SX via diffusion extracellular to periplasm r?Bh}r@B(XGENE_ASSOCIATIONrABX2( STM0320 or STM0999 or STM1473 or STM2267 )rBBX SUBSYSTEMrCBXTransport Outer Membrane PorinrDBuh }rEBj8,X.STM0320 or STM0999 or STM1473 or STM2267rFBj9,hj:,h]rGB(h*hh3h!erHBRrIBj>,}rJB(j,BGj@,)rKB}rLB(hX salchsx_prMBhXSalmochelin-SXrNBh}rOB(XFORMULArPBX C16H20N1O11rQBXPUBCHEMrRBjK,XCHARGErSBX-1rTBXCHEBIrUBjK,XKEGGrVBjK,uh }rWBhNhh]rXBrYBRrZBjS,jQBjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r[B}r\B(hX SALCHSXtppr]BhX/Salmochelin SX facilitated transport periplasm r^Bh}r_BX SUBSYSTEMr`BXTransport Inner MembraneraBsh }rbBj8,hj9,hj:,h]rcBrdBRreBj>,}rfB(jKBGj@,)rgB}rhB(hX salchsx_criBhXSalmochelin-SXrjBh}rkB(XFORMULArlBX C16H20N1O11rmBXPUBCHEMrnBjK,XCHARGEroBX-1rpBXCHEBIrqBjK,XKEGGrrBjK,uh }rsBhNhh]rtBruBRrvBjS,jmBjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rwB}rxB(hXCSNt2ppryBhX3cytosine transport in via proton symport periplasm rzBh}r{B(XGENE_ASSOCIATIONr|BXSTM3333r}BX SUBSYSTEMr~BXTransport Inner MembranerBuh }rBj8,j}Bj9,hj:,h]rBj('arBRrBj>,}rB(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)rB}rB(hXCSNDrBhXCytosine deaminaserBh}rB(XGENE_ASSOCIATIONrBXSTM3334rBX SUBSYSTEMrBXNucleotide Salvage PathwayrBuh }rBj8,jBj9,hj:,h]rBj1'arBRrBj>,}rB(jRGjRGjGjG?jcfG?uhNjX,GjY,G@@ubj0,)rB}rB(hXALCD19rBhXalcohol dehydrogenase glycerol rBh}rB(XGENE_ASSOCIATIONrBXSTM1627rBX SUBSYSTEMrBXAlternate Carbon MetabolismrBuh }rBj8,jBj9,hj:,h]rBj9'arBRrBj>,}rB(j Gj[GjRGj[G?jG?uhNjX,G@jY,G@@ubj0,)rB}rB(hXALCD2xrBhXalcohol dehydrogenase ethanol rBh}rB(XGENE_ASSOCIATIONrBX0( STM1627 or STM1567 or STM1749 or STM2461 )rBX SUBSYSTEMrBXPyruvate MetabolismrBuh }rBj8,X,STM1627 or STM1567 or STM1749 or STM2461rBj9,hj:,h]rB(jJ'jjA'j9'erBRrBj>,}rB(j[Gj[GjgG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)rB}rB(hXFALDH2rBhXformaldehyde dehydrogenaserBh}rB(XGENE_ASSOCIATIONrBXSTM1627rBX SUBSYSTEMrBX*Cofactor and Prosthetic Group BiosynthesisrBuh }rBj8,jBj9,hj:,h]rBj9'arBRrBj>,}rB(jGj[Gj[G?j'G?jRG?uhNjX,G@jY,G@@ubj0,)rB}rB(hXDPRrBhX2 dehydropantoate 2 reductaserBh}rB(XGENE_ASSOCIATIONrBX!( STM3909 or STM0434 or STM2573 )rBX SUBSYSTEMrBX*Cofactor and Prosthetic Group BiosynthesisrBuh }rBj8,XSTM3909 or STM0434 or STM2573rBj9,hj:,h]rB(jS'jj['erBRrBj>,}rB(jGj[GjRGjbG?j[G?uhNjX,GjY,G@@ubj0,)rB}rB(hX LIPAHT2exrBhXUcore oligosaccharide lipid Ahexadecanoate transferase n C160 extracellular membrane rBh}rB(XGENE_ASSOCIATIONrBXSTM0628rBX SUBSYSTEMrBX)Lipopolysaccharide Biosynthesis RecyclingrBuh }rBj8,jBj9,hj:,h]rBjd'arBRrBj>,}rB(jGjGj&GjG?jdG?uhNjX,GjY,G@@ubj0,)rB}rB(hXLIPAHTexrBhX@Lipid Ahexadecanoate transferase n C160 extracellular membrane rBh}rB(XGENE_ASSOCIATIONrBXSTM0628rBX SUBSYSTEMrBX)Lipopolysaccharide Biosynthesis RecyclingrBuh }rBj8,jBj9,hj:,h]rBjd'arBRrBj>,}rB(jGjGjKGjعG?jdG?uhNjX,GjY,G@@ubj0,)rB}rB(hXCYTBD2pprBhX8cytochrome oxidase bd menaquinol 8 2 protons periplasm rBh}rB(XGENE_ASSOCIATIONrBX( STM1792 and STM1793 )rBX SUBSYSTEMrBXOxidative PhosphorylationrBuh }rBj8,XSTM1792 and STM1793rBj9,hj:,h]rB(jm'ju'erBRrBj>,}rB(j-fGj|GjRGj!G?jRG?j TG@uhNjX,GjY,G@@ubj0,)rB}rB(hXCYTBDpprBhX7cytochrome oxidase bd ubiquinol 8 2 protons periplasm rBh}rB(XGENE_ASSOCIATIONrBX<( ( STM1792 and STM1793 ) or ( STM0740 and STM0741 ) )rBX SUBSYSTEMrBXOxidative PhosphorylationrCuh }rCj8,X8( STM1792 and STM1793 ) or ( STM0740 and STM0741 )rCj9,hj:,h]rC(ju'jm'j'j}'erCRrCj>,}rC(jGj-fGjRGj TG@j݃G?jRG?uhNjX,GjY,G@@ubj0,)rC}rC(hXACANTHATr ChX(acetyl CoAanthranilate acetyltransferaser Ch}r C(XGENE_ASSOCIATIONr CXSTM1582r CX SUBSYSTEMrCX0Tyrosine Tryptophan and Phenylalanine MetabolismrCuh }rCj8,j Cj9,hj:,h]rCj'arCRrCj>,}rC(j}GjgGj@,)rC}rC(hXacanth_crChXN-AcetylanthranilaterCh}rC(XFORMULArCXC9H8NO3rCXPUBCHEMrCX8568rCXCHARGErCX-1rCXCHEBIr CX16803r!CXKEGGr"CXC06332r#Cuh }r$ChNhh]r%Cr&CRr'CjS,jCjT,jU,jV,JjW,GubG?jgG?uhNjX,GjY,G@@ubj0,)r(C}r)C(hXGLTPDr*ChX$Galactitol 1 phosphate dehydrogenaser+Ch}r,C(XGENE_ASSOCIATIONr-CXSTM3261r.CX SUBSYSTEMr/CXAlternate Carbon Metabolismr0Cuh }r1Cj8,j.Cj9,hj:,h]r2Cj'ar3CRr4Cj>,}r5C(j@,)r6C}r7C(hXgalt1p_cr8ChXGalactitol-1-phosphater9Ch}r:C(XFORMULAr;CXC6H13O9PrCXCHARGEr?CX-2r@CXCHEBIrACX28663rBCXKEGGrCCXC06311rDCuh }rEChNhh]rFCrGCRrHCjS,j,}rWC(j=GjGG?jG?uhNjX,G@jY,G@@ubj0,)rXC}rYC(hXGUI1rZChX$glucuronate isomerase D glucuronate r[Ch}r\C(XGENE_ASSOCIATIONr]CXSTM3137r^CX SUBSYSTEMr_CXAlternate Carbon Metabolismr`Cuh }raCj8,j^Cj9,hj:,h]rbCj'arcCRrdCj>,}reC(jGj@,)rfC}rgC(hXfruur_crhChXD-FructuronateriCh}rjC(XFORMULArkCXC6H9O7rlCXPUBCHEMrmCX4160rnCXCHARGEroCX-1rpCXCHEBIrqCX4126rrCXKEGGrsCXC00905rtCuh }ruChNhh]rvCrwCRrxCjS,jlCjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)ryC}rzC(hXGUI2r{ChX&glucuronate isomerase D galacturonate r|Ch}r}C(XGENE_ASSOCIATIONr~CXSTM3137rCX SUBSYSTEMrCXAlternate Carbon MetabolismrCuh }rCj8,jCj9,hj:,h]rCj'arCRrCj>,}rC(jiGj@,)rC}rC(hXtagur_crChXD-TagaturonaterCh}rC(XFORMULArCXC6H9O7rCXPUBCHEMrCX3838rCXCHARGErCX-1rCXCHEBIrCX17886rCXKEGGrCXC00558rCuh }rChNhh]rCrCRrCjS,jCjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rC}rC(hXMNNHrChXD mannonate hydrolyaserCh}rC(XGENE_ASSOCIATIONrCXSTM3135rCX SUBSYSTEMrCXAlternate Carbon MetabolismrCuh }rCj8,jCj9,hj:,h]rCj'arCRrCj>,}rC(j@,)rC}rC(hXmana_crChX D-MannonaterCh}rC(XFORMULArCXC6H11O7rCXPUBCHEMrCX3797rCXCHARGErCX-1rCXCHEBIrCX 17767 33076rCXKEGGrCXC00514rCuh }rChNhh]rCrCRrCjS,jCjT,jU,jV,JjW,GubGjRG?jG?uhNjX,GjY,G@@ubj0,)rC}rC(hXMANAOrChXMannonate oxidoreductaserCh}rC(XGENE_ASSOCIATIONrCXSTM3136rCX SUBSYSTEMrCXAlternate Carbon MetabolismrCuh }rCj8,jCj9,hj:,h]rCj'arCRrCj>,}rC(jCGj[GjfCG?j[G?jRG?uhNjX,G@jY,G@@ubj0,)rC}rC(hXOAADCSrChX&oxaloacetate decarboxylase sodium pumprCh}rC(XGENE_ASSOCIATIONrCXM( ( STM0054 and STM0055 and STM0056 ) or ( STM3351 and STM3352 and STM3353 ))rCX SUBSYSTEMrCXPyruvate MetabolismrCuh }rCj8,XJ( STM0054 and STM0055 and STM0056 ) or ( STM3351 and STM3352 and STM3353 )rCj9,hj:,h]rC(j'j'j'j'j'j'erCRrCj>,}rC(jkpGj}GjRGjGjG?jYpG@jaG?uhNjX,GjY,G@@ubj0,)rC}rC(hXCITt4pprChX/Citrate transport via sodium symport periplasm rCh}rC(XGENE_ASSOCIATIONrCXSTM0057rCX SUBSYSTEMrCXTransport Inner MembranerCuh }rCj8,jCj9,hj:,h]rCj'arCRrCj>,}rC(jYpGjtGjkpG@j@oG?uhNjX,GjY,G@@ubj0,)rC}rC(hX DDGLCNt2rpprChXP2 dehydro 3 deoxy D gluconate transport via proton symport reversible periplasm rCh}rC(XGENE_ASSOCIATIONrCXSTM0161rCX SUBSYSTEMrCXTransport Inner MembranerCuh }rCj8,jCj9,hj:,h]rCjwarCRrCj>,}rC(j`Gj TGjG?jRG?uhNjX,G@jY,G@@ubj0,)rC}rC(hXCITt2pprChX!Citrate proton symport periplasm rCh}rC(XGENE_ASSOCIATIONrCXSTM0689rCX SUBSYSTEMrCXTransport Inner MembranerCuh }rCj8,jCj9,hj:,h]rCj'arCRrDj>,}rD(j TGjtGjRG?j@oG?uhNjX,GjY,G@@ubj0,)rD}rD(hXCITtupprDhXCitrate transport periplasm rDh}rD(XGENE_ASSOCIATIONrDX#( STM2786 and STM2787 and STM2788 )rDX SUBSYSTEMr DXTransport Inner Membraner Duh }r Dj8,XSTM2786 and STM2787 and STM2788r Dj9,hj:,h]r D(j(j (j(erDRrDj>,}rD(jtGj@oG?uhNjX,GjY,G@@ubj0,)rD}rD(hXICITtupprDhXIsocitrate transport periplasm rDh}rD(XGENE_ASSOCIATIONrDX#( STM2786 and STM2787 and STM2788 )rDX SUBSYSTEMrDXTransport Inner MembranerDuh }rDj8,XSTM2786 and STM2787 and STM2788rDj9,hj:,h]rD(j(j (j(erDRrDj>,}rD(jދGjboG?uhNjX,GjY,G@@ubj0,)r D}r!D(hX ACONCtuppr"DhX!Cisaconitate transport periplasm r#Dh}r$D(XGENE_ASSOCIATIONr%DX#( STM2786 and STM2787 and STM2788 )r&DX SUBSYSTEMr'DXTransport Inner Membraner(Duh }r)Dj8,XSTM2786 and STM2787 and STM2788r*Dj9,hj:,h]r+D(j(j (j(er,DRr-Dj>,}r.D(jGjoG?uhNjX,GjY,G@@ubj0,)r/D}r0D(hX NI2uabcppr1DhX1nickel transport via ABC system uptake periplasm r2Dh}r3D(XGENE_ASSOCIATIONr4DXS( STM4456 or ( STM1255 and STM1256 and STM1257 and STM1258 and STM1259 ) )r5DX SUBSYSTEMr6DX&Inorganic Ion Transport and Metabolismr7Duh }r8Dj8,XOSTM4456 or ( STM1255 and STM1256 and STM1257 and STM1258 and STM1259 )r9Dj9,hj:,h]r:D(j&(j.(j6(j(jF(j>(er;DRr,}r=D(jRGjGjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)r>D}r?D(hX GALTptsppr@DhX.Galactitol transport via PEPPyr PTS periplasm rADh}rBD(XGENE_ASSOCIATIONrCDXC( STM3258 and STM3259 and STM3260 and STM2431 and STM2432 )rDDX SUBSYSTEMrEDXTransport Inner MembranerFDuh }rGDj8,X?STM3258 and STM3259 and STM3260 and STM2431 and STM2432rHDj9,hj:,h]rID(jjV(jN(jj^(erJDRrKDj>,}rLD(j7Gj4jGj6CG?jGjG?uhNjX,GjY,G@@ubj0,)rMD}rND(hX EX_tag__D_erODhXD Tagatose exchangerPDh}rQDX SUBSYSTEMrRDXExchangerSDsh }rTDj8,hj9,hj:,h]rUDrVDRrWDj>,}rXD(j@,)rYD}rZD(hXtag__D_er[DhX D-Tagatoser\Dh}r]D(XFORMULAr^DXC6H12O6r_DXPUBCHEMr`DX4053raDXCHARGErbDjK,XCHEBIrcDX4249rdDXKEGGreDXC00795rfDuh }rgDhNhh]rhDriDRrjDjS,j_DjT,j,jV,KjW,GubGjMGuhNjX,GjY,G@@ubj0,)rkD}rlD(hXTAGtexrmDhX>D Tagatose transport via diffusion extracellular to periplasm rnDh}roD(XGENE_ASSOCIATIONrpDX2( STM0320 or STM0999 or STM1473 or STM2267 )rqDX SUBSYSTEMrrDXTransport Outer Membrane PorinrsDuh }rtDj8,X.STM0320 or STM0999 or STM1473 or STM2267ruDj9,hj:,h]rvD(h!h*hh3erwDRrxDj>,}ryD(jYDGj@,)rzD}r{D(hXtag__D_pr|DhX D-Tagatoser}Dh}r~D(XFORMULArDXC6H12O6rDXPUBCHEMrDX4053rDXCHARGErDjK,XCHEBIrDX4249rDXKEGGrDXC00795rDuh }rDhNhh]rDrDRrDjS,jDjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rD}rD(hXTAGptspprDhX.D Tagatose transport via PEPPyr PTS periplasm rDh}rD(XGENE_ASSOCIATIONrDX'( STM3255 and STM3256 and STM2432 )rDX SUBSYSTEMrDXTransport Inner MembranerDuh }rDj8,X#STM3255 and STM3256 and STM2432rDj9,hj:,h]rD(jf(jn(jerDRrDj>,}rD(jzDGj4jGjGjG?j@,)rD}rD(hX tag1p__D_crDhXD-Tagatose-1-phosphaterDh}rD(XFORMULArDXC6H11O9PrDXPUBCHEMrDjK,XCHARGErDX-2rDXCHEBIrDjK,XKEGGrDjK,uh }rDhNhh]rDrDRrDjS,jDjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rD}rD(hXTAG1PKrDhXD Tagatose 1 phosphate kinaserDh}rD(XGENE_ASSOCIATIONrDX( STM1326 or STM3254)rDX SUBSYSTEMrDXAlternate Carbon MetabolismrDuh }rDj8,XSTM1326 or STM3254rDj9,hj:,h]rD(jv(jgerDRrDj>,}rD(jDGjRGj=G?jRG?jRG?uhNjX,GjY,G@@ubj0,)rD}rD(hXFE2abcpprDhX+iron II transport via ABC system periplasm rDh}rD(XGENE_ASSOCIATIONrDXD( STM3506 or ( STM2861 and STM2862 and STM2863 and STM2864 ))rDX SUBSYSTEMrDX&Inorganic Ion Transport and MetabolismrDuh }rDj8,XASTM3506 or ( STM2861 and STM2862 and STM2863 and STM2864 )rDj9,hj:,h]rD(j~(j(j(j(j(erDRrDj>,}rD(jRGj=GjRGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rD}rD(hXMN2abcpprDhX1Manganese Mn2 transport via ABC system periplasm rDh}rD(XGENE_ASSOCIATIONrDX5( STM2861 and STM2862 and STM2863 and STM2864 )rDX SUBSYSTEMrDX&Inorganic Ion Transport and MetabolismrDuh }rDj8,X1STM2861 and STM2862 and STM2863 and STM2864rDj9,hj:,h]rD(j~(j(j(j(erDRrDj>,}rD(jRGjGjRGjRG?jiG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rD}rD(hXTETDHpp1rDhX5Tetrathionate Dehydrogenase menaquinone 8 periplasm rDh}rD(XGENE_ASSOCIATIONrDX'( STM1383 and STM1385 and STM1384 )rDX SUBSYSTEMrDXOxidative PhosphorylationrDuh }rDj8,X#STM1383 and STM1385 and STM1384rDj9,hj:,h]rD(j(j(j(erDRrDj>,}rD(j@,)rD}rD(hXtet_prDhX TetrathionaterDh}rD(XFORMULArDXO6S4rDXPUBCHEMrDX5169rDXCHARGErDX-2rDXCHEBIrDX 15226 16853rDXKEGGrDXC02084rDuh }rDhNhh]rDrDRrDjS,jDjT,jPjV,JjW,GubGj|Gj!G?j TG@jߔG@uhNjX,GjY,G@@ubj0,)rD}rD(hX TSULDHpp1rDhX3Thiosulfate Dehydrogenase menaquinone 8 periplasm rDh}rD(XGENE_ASSOCIATIONrDX'( STM2065 and STM2064 and STM2063 )rEX SUBSYSTEMrEXOxidative PhosphorylationrEuh }rEj8,X#STM2065 and STM2064 and STM2063rEj9,hj:,h]rE(j(j(j(erERrEj>,}rE(j|Gj TGjߔGj!G?jRG@jG?jG?uhNjX,GjY,G@@ubj0,)r E}r E(hXTETDHpp2r EhX;Tetrathionate Dehydrogenase Demethylmenaquinol 8 periplasm r Eh}r E(XGENE_ASSOCIATIONrEX'( STM1383 and STM1385 and STM1384 )rEX SUBSYSTEMrEXOxidative PhosphorylationrEuh }rEj8,X#STM1383 and STM1385 and STM1384rEj9,hj:,h]rE(j(j(j(erERrEj>,}rE(jDGj|Gj TG@jOG?jߔG@uhNjX,GjY,G@@ubj0,)rE}rE(hX TSULDHpp2rEhX:Thiosulfate Dehydrogenase Demethylmenaquinol 8 periplasm rEh}rE(XGENE_ASSOCIATIONrEX'( STM2065 and STM2064 and STM2063 )rEX SUBSYSTEMrEXOxidative Phosphorylationr Euh }r!Ej8,X#STM2065 and STM2064 and STM2063r"Ej9,hj:,h]r#E(j(j(j(er$ERr%Ej>,}r&E(j TGj|GjߔGjOG?jRG@jG?jG?uhNjX,GjY,G@@ubj0,)r'E}r(E(hXTETDHpp3r)EhX4Tetrathionate Dehydrogenase ubiquinone 8 periplasm r*Eh}r+E(XGENE_ASSOCIATIONr,EX'( STM1383 and STM1385 and STM1384 )r-EX SUBSYSTEMr.EXOxidative Phosphorylationr/Euh }r0Ej8,X#STM1383 and STM1385 and STM1384r1Ej9,hj:,h]r2E(j(j(j(er3ERr4Ej>,}r5E(jGjDGj TG@j݃G?jߔG@uhNjX,GjY,G@@ubj0,)r6E}r7E(hX TSULDHpp3r8EhX2Thiosulfate Dehydrogenase ubiquinone 8 periplasm r9Eh}r:E(XGENE_ASSOCIATIONr;EX'( STM2065 and STM2064 and STM2063 )rEuh }r?Ej8,X#STM2065 and STM2064 and STM2063r@Ej9,hj:,h]rAE(j(j(j(erBERrCEj>,}rDE(jGjߔGj TGjRG@j݃G?jG?jG?uhNjX,GjY,G@@ubj0,)rEE}rFE(hXSO3RrGEhXSulfite reductase rHEh}rIE(XGENE_ASSOCIATIONrJEX'( STM2548 and STM2549 and STM2550 )rKEX SUBSYSTEMrLEXGlycerophospholipid MetabolismrMEuh }rNEj8,X#STM2548 and STM2549 and STM2550rOEj9,hj:,h]rPE(j(j(j(erQERrREj>,}rSE(jGjRGj[Gj[G@jG?jRG@uhNjX,GjY,G@@ubj0,)rTE}rUE(hX MG2uabcpprVEhX/Magnesium Mg2 ABC transporter ubtake periplasm rWEh}rXE(XGENE_ASSOCIATIONrYEX( STM4456 or STM3763 )rZEX SUBSYSTEMr[EX&Inorganic Ion Transport and Metabolismr\Euh }r]Ej8,XSTM4456 or STM3763r^Ej9,hj:,h]r_E(j(j(er`ERraEj>,}rbE(jGjRGjRGjRG?jSG?j{G?jRG?uhNjX,GjY,G@@ubj0,)rcE}rdE(hXUPPDC1reEhX4uroporphyrinogen decarboxylase uroporphyrinogen III rfEh}rgE(XGENE_ASSOCIATIONrhEXSTM4167riEX SUBSYSTEMrjEX*Cofactor and Prosthetic Group BiosynthesisrkEuh }rlEj8,jiEj9,hj:,h]rmEj)arnERroEj>,}rpE(j5GjRGj G?jaG@uhNjX,GjY,G@@ubj0,)rqE}rrE(hXAIRSKrsEhXAminoimidazole riboside kinasertEh}ruE(XGENE_ASSOCIATIONrvEXSTM4066rwEX SUBSYSTEMrxEX"Purine and Pyrimidine BiosynthesisryEuh }rzEj8,jwEj9,hj:,h]r{Ej)ar|ERr}Ej>,}r~E(j@,)rE}rE(hXairs_crEhXAminoimidazole-ribosiderEh}rE(XFORMULArEX C8H13N3O4rEXPUBCHEMrEjK,XCHARGErEjK,XCHEBIrEjK,XKEGGrEX phosphorylated version of C03373rEuh }rEhNhh]rErERrEjS,jEjT,jU,jV,KjW,GubGjRGjRG?jxG?jRG?uhNjX,GjY,G@@ubj0,)rE}rE(hX EX_airs_erEhX Aminoimidazole riboside exchangerEh}rEX SUBSYSTEMrEXExchangerEsh }rEj8,hj9,hj:,h]rErERrEj>,}rE(j@,)rE}rE(hXairs_erEhXAminoimidazole-ribosiderEh}rE(XFORMULArEX C8H13N3O4rEXPUBCHEMrEjK,XCHARGErEjK,XCHEBIrEjK,XKEGGrEX phosphorylated version of C03373rEuh }rEhNhh]rErERrEjS,jEjT,j,jV,KjW,GubGjMGuhNjX,GjY,G@@ubj0,)rE}rE(hXAIRStexrEhXKAminoimidazole riboside transport via diffusion extracellular to periplasm rEh}rE(XGENE_ASSOCIATIONrEX2( STM0320 or STM0999 or STM1473 or STM2267 )rEX SUBSYSTEMrEXTransport Outer Membrane PorinrEuh }rEj8,X.STM0320 or STM0999 or STM1473 or STM2267rEj9,hj:,h]rE(h*hh3h!erERrEj>,}rE(jEGj@,)rE}rE(hXairs_prEhXAminoimidazole-ribosiderEh}rE(XFORMULArEX C8H13N3O4rEXPUBCHEMrEjK,XCHARGErEjK,XCHEBIrEjK,XKEGGrEX phosphorylated version of C03373rEuh }rEhNhh]rErERrEjS,jEjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rE}rE(hXAIRStpprEhX8Aminoimidazole riboside facilitated transport periplasm rEh}rEX SUBSYSTEMrEXTransport Inner MembranerEsh }rEj8,hj9,hj:,h]rErERrEj>,}rE(jEGjEG?uhNjX,G@jY,G@@ubj0,)rE}rE(hX REMNANT1tpprEhXEresidual atoms of reaction DMBZIDSYN facilitated transport periplasm rEh}rEX SUBSYSTEMrEXTransport Inner MembranerEsh }rEj8,hj9,hj:,h]rErERrEj>,}rE(j=Gj@,)rE}rE(hX remnant1_crEhX$residual-atoms-of-reaction-DMBZIDSYNrEh}rE(XFORMULArEXC4H2N2O3rEXPUBCHEMrEjK,XCHARGErEjK,XCHEBIrEjK,XKEGGrEjK,uh }rEhNhh]rErERrEjS,jEjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rE}rE(hXARGDArEhXArginine deiminaserEh}rE(XGENE_ASSOCIATIONrEXSTM4467rEX SUBSYSTEMrEXAlternate Carbon MetabolismrEuh }rEj8,jEj9,hj:,h]rEj)arERrEj>,}rE(jRGjGjcfG?j1G?uhNjX,GjY,G@@ubj0,)rE}rF(hXOCBTrFhXornithine carbamoyltransferaserFh}rF(XGENE_ASSOCIATIONrFX( STM4469 or STM4465 )rFX SUBSYSTEMrFXArginine and Proline MetabolismrFuh }rFj8,XSTM4469 or STM4465r Fj9,hj:,h]r F(j')j)er FRr Fj>,}r F(jGjnGj1G?jSG?jRG?uhNjX,G@jY,G@@ubj0,)rF}rF(hXCBMKrrFhXCarbamate kinaserFh}rF(XGENE_ASSOCIATIONrFX( STM0532 or STM4466 )rFX SUBSYSTEMrFX UnassignedrFuh }rFj8,XSTM0532 or STM4466rFj9,hj:,h]rF(j8)j/)erFRrFj>,}rF(jRGjaGjcfGjG?jRG@jRG?uhNjX,G@jY,G@@ubj0,)rF}rF(hX3PGt6pprFhX53 Phospho D glycerate phosphate antiporter periplasm r Fh}r!F(XGENE_ASSOCIATIONr"FXSTM2399r#FX SUBSYSTEMr$FXTransport Inner Membraner%Fuh }r&Fj8,j#Fj9,hj:,h]r'Fj@)ar(FRr)Fj>,}r*F(j@,)r+F}r,F(hX3pg_pr-FhX3-Phospho-D-glycerater.Fh}r/F(XFORMULAr0FXC3H4O7Pr1FXPUBCHEMr2FX3497r3FXCHARGEr4FX-3r5FXCHEBIr6FX17794r7FXKEGGr8FXC00197r9Fuh }r:FhNhh]r;FrF}r?F(hX2PGt6ppr@FhX7D Glycerate 2 phosphate phosphate antiporter periplasm rAFh}rBF(XGENE_ASSOCIATIONrCFXSTM2399rDFX SUBSYSTEMrEFXTransport Inner MembranerFFuh }rGFj8,jDFj9,hj:,h]rHFj@)arIFRrJFj>,}rKF(jSGj@,)rLF}rMF(hX2pg_prNFhXD-Glycerate-2-phosphaterOFh}rPF(XFORMULArQFXC3H4O7PrRFXPUBCHEMrSFX3904rTFXCHARGErUFX-3rVFXCHEBIrWFX17835rXFXKEGGrYFXC00631rZFuh }r[FhNhh]r\Fr]FRr^FjS,jRFjT,jPjV,JjW,GubGjhG?j_G?uhNjX,GjY,G@@ubj0,)r_F}r`F(hXPEPt6ppraFhX3Phosphoenolpyruvate phosphate antiporter periplasm rbFh}rcF(XGENE_ASSOCIATIONrdFXSTM2399reFX SUBSYSTEMrfFXTransport Inner MembranergFuh }rhFj8,jeFj9,hj:,h]riFj@)arjFRrkFj>,}rlF(j@,)rmF}rnF(hXpep_proFhXPhosphoenolpyruvaterpFh}rqF(XFORMULArrFXC3H2O6PrsFXPUBCHEMrtFX3374ruFXCHARGErvFX-3rwFXCHEBIrxFX 18021 44897ryFXKEGGrzFXC00074r{Fuh }r|FhNhh]r}Fr~FRrFjS,jsFjT,jPjV,JjW,GubGjSGj_G?j4jG?uhNjX,GjY,G@@ubj0,)rF}rF(hXEX_pep_erFhXPhosphoenolpyruvate exchangerFh}rFX SUBSYSTEMrFXExchangerFsh }rFj8,hj9,hj:,h]rFrFRrFj>,}rF(j@,)rF}rF(hXpep_erFhXPhosphoenolpyruvaterFh}rF(XFORMULArFXC3H2O6PrFXPUBCHEMrFX3374rFXCHARGErFX-3rFXCHEBIrFX 18021 44897rFXKEGGrFXC00074rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubGjMGuhNjX,GjY,G@@ubj0,)rF}rF(hXPEPtexrFhXGPhosphoenolpyruvate transport via diffusion extracellular to periplasm rFh}rF(XGENE_ASSOCIATIONrFX2( STM0320 or STM0999 or STM1473 or STM2267 )rFX SUBSYSTEMrFXTransport Outer Membrane PorinrFuh }rFj8,X.STM0320 or STM0999 or STM1473 or STM2267rFj9,hj:,h]rF(h*hh3h!erFRrFj>,}rF(jFGjmFG?uhNjX,G@jY,G@@ubj0,)rF}rF(hXEX_2pg_erFhX D Glycerate 2 phosphate exchangerFh}rFX SUBSYSTEMrFXExchangerFsh }rFj8,hj9,hj:,h]rFrFRrFj>,}rF(j@,)rF}rF(hX2pg_erFhXD-Glycerate-2-phosphaterFh}rF(XFORMULArFXC3H4O7PrFXPUBCHEMrFX3904rFXCHARGErFX-3rFXCHEBIrFX17835rFXKEGGrFXC00631rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubGjMGuhNjX,GjY,G@@ubj0,)rF}rF(hX2PGtexrFhXKD Glycerate 2 phosphate transport via diffusion extracellular to periplasm rFh}rF(XGENE_ASSOCIATIONrFX2( STM0320 or STM0999 or STM1473 or STM2267 )rFX SUBSYSTEMrFXTransport Outer Membrane PorinrFuh }rFj8,X.STM0320 or STM0999 or STM1473 or STM2267rFj9,hj:,h]rF(h*hh3h!erFRrFj>,}rF(jFGjLFG?uhNjX,G@jY,G@@ubj0,)rF}rF(hXEX_3pg_erFhX3 Phospho D glycerate exchangerFh}rFX SUBSYSTEMrFXExchangerFsh }rFj8,hj9,hj:,h]rFrFRrFj>,}rF(j@,)rF}rF(hX3pg_erFhX3-Phospho-D-glyceraterFh}rF(XFORMULArFXC3H4O7PrFXPUBCHEMrFX3497rFXCHARGErFX-3rFXCHEBIrFX17794rFXKEGGrFXC00197rFuh }rFhNhh]rFrFRrFjS,jFjT,j,jV,JjW,GubGjNGuhNjX,GjY,G@@ubj0,)rF}rF(hX3PGtexrFhXI3 Phospho D glycerate transport via diffusion extracellular to periplasm rFh}rF(XGENE_ASSOCIATIONrGX2( STM0320 or STM0999 or STM1473 or STM2267 )rGX SUBSYSTEMrGXTransport Outer Membrane PorinrGuh }rGj8,X.STM0320 or STM0999 or STM1473 or STM2267rGj9,hj:,h]rG(h*hh3h!erGRrGj>,}r G(jFGj+FG?uhNjX,G@jY,G@@ubj0,)r G}r G(hXSERD_Lr GhXL serine deaminaser Gh}rG(XGENE_ASSOCIATIONrGX2( STM3240 or STM1826 or STM2971 or STM2196 )rGX SUBSYSTEMrGXGlycine and Serine MetabolismrGuh }rGj8,X.STM3240 or STM1826 or STM2971 or STM2196rGj9,hj:,h]rG(j["jI"jQ)jI)erGRrGj>,}rG(jGjcfG?jGjG?uhNjX,GjY,G@@ubj0,)rG}rG(hXTARTDrGhXL tartrate dehydrataserGh}rG(XGENE_ASSOCIATIONrGX( STM3355 and STM3354 )rGX SUBSYSTEMr GXAlternate Carbon Metabolismr!Guh }r"Gj8,XSTM3355 and STM3354r#Gj9,hj:,h]r$G(jb)jZ)er%GRr&Gj>,}r'G(j@,)r(G}r)G(hX tartr__L_cr*GhX L-tartrater+Gh}r,G(XFORMULAr-GXC4H4O6r.GXPUBCHEMr/GX4154r0GXCHARGEr1GX-2r2GXCHEBIr3GX 15671 30924r4GXKEGGr5GXC00898r6Guh }r7GhNhh]r8Gr9GRr:GjS,j.GjT,jU,jV,JjW,GubGj}G?jRG?uhNjX,GjY,G@@ubj0,)r;G}rGh}r?GX SUBSYSTEMr@GXTransport Inner MembranerAGsh }rBGj8,hj9,hj:,h]rCGrDGRrEGj>,}rFG(j*Gj(GG?uhNjX,G@jY,G@@ubj0,)rGG}rHG(hXNI2tpprIGhX(nickel 2 transport in via permease no H rJGh}rKG(XGENE_ASSOCIATIONrLGX( STM3952 or STM2783 )rMGX SUBSYSTEMrNGX&Inorganic Ion Transport and MetabolismrOGuh }rPGj8,XSTM3952 or STM2783rQGj9,hj:,h]rRG(j jj)erSGRrTGj>,}rUG(jGjG?uhNjX,GjY,G@@ubj0,)rVG}rWG(hXCATrXGhXcatalaserYGh}rZG(XGENE_ASSOCIATIONr[GX%( STM1318 or STM4106 or STM1731 )r\GX SUBSYSTEMr]GX Unassignedr^Guh }r_Gj8,X!STM1318 or STM4106 or STM1731r`Gj9,hj:,h]raG(js)j)j{)erbGRrcGj>,}rdG(jQfGj-fG?jRG@uhNjX,GjY,Gubj0,)reG}rfG(hXCHORMrgGhXchorismate mutaserhGh}riG(XGENE_ASSOCIATIONrjGX%( STM2667 or STM2669 or STM1269 )rkGX SUBSYSTEMrlGX0Tyrosine Tryptophan and Phenylalanine MetabolismrmGuh }rnGj8,X!STM2667 or STM2669 or STM1269roGj9,hj:,h]rpG(jj)jerqGRrrGj>,}rsG(jqGj G?uhNjX,GjY,G@@ubj0,)rtG}ruG(hXDAPALrvGhX#2 3 diaminopropionate amonnia lyaserwGh}rxG(XGENE_ASSOCIATIONryGXSTM1002rzGX SUBSYSTEMr{GXAlternate Carbon Metabolismr|Guh }r}Gj8,jzGj9,hj:,h]r~Gj)arGRrGj>,}rG(j+TGjRGjGjG?jcfG@uhNjX,GjY,G@@ubj0,)rG}rG(hXUDPGALMrGhXUDPgalactopyranose mutaserGh}rG(XGENE_ASSOCIATIONrGXSTM0719rGX SUBSYSTEMrGXCell Envelope BiosynthesisrGuh }rGj8,jGj9,hj:,h]rGj)arGRrGj>,}rG(j3Gj@,)rG}rG(hX udpgalfur_crGhXUDP-D-galacto-1-4-furanoserGh}rG(XFORMULArGX C15H22N2O17P2rGXPUBCHEMrGX6496rGXCHARGErGX-2rGXCHEBIrGX18251rGXKEGGrGXC03733rGuh }rGhNhh]rGrGRrGjS,jGjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rG}rG(hXHYD1pprGhX.hydrogenase ubiquinone 8 2 protons periplasm rGh}rG(XGENE_ASSOCIATIONrGX( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 ) or ( STM1538 and STM1539 ) )rGX SUBSYSTEMrGXOxidative PhosphorylationrGuh }rGj8,X( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 ) or ( STM1538 and STM1539 )rGj9,hj:,h]rG(j)jjj)j)j)j)j)jjjjj)erGRrGj>,}rG(j݃GjRGjJGjG?j TG@uhNjX,GjY,G@@ubj0,)rG}rG(hXHYD2pprGhX.Hydrogenase menaquinone8 2 protons periplasm rGh}rG(XGENE_ASSOCIATIONrGXe( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 ) )rGX SUBSYSTEMrGXOxidative PhosphorylationrGuh }rGj8,Xa( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 )rGj9,hj:,h]rG(j)j)j)j)j)j)j)erGRrGj>,}rG(j!GjRGjJGj TG@j|G?uhNjX,GjY,G@@ubj0,)rG}rG(hXHYD3pprGhX7Hydrogenase Demethylmenaquinone 8 2 protons periplasm rGh}rG(XGENE_ASSOCIATIONrGXe( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 ) )rGX SUBSYSTEMrGXOxidative PhosphorylationrGuh }rGj8,Xa( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 )rGj9,hj:,h]rG(j)j)j)j)j)j)j)erGRrGj>,}rG(jRGjOGjJGj TG@j|G?uhNjX,GjY,G@@ubj0,)rG}rG(hXEX_tet_erGhXTetrathionate exchangerGh}rGX SUBSYSTEMrGXExchangerGsh }rGj8,hj9,hj:,h]rGrGRrGj>,}rG(j@,)rG}rG(hXtet_erGhX TetrathionaterGh}rG(XFORMULArGXO6S4rGXPUBCHEMrGX5169rGXCHARGErGX-2rGXCHEBIrGX 15226 16853rGXKEGGrGXC02084rGuh }rGhNhh]rGrGRrGjS,jGjT,j,jV,JjW,GubGj3NGuhNjX,GjY,G@@ubj0,)rG}rG(hXTETtexrGhXATetrathionate transport via diffusion extracellular to periplasm rGh}rG(XGENE_ASSOCIATIONrGX2( STM0320 or STM0999 or STM1473 or STM2267 )rGX SUBSYSTEMrGXTransport Outer Membrane PorinrGuh }rGj8,X.STM0320 or STM0999 or STM1473 or STM2267rGj9,hj:,h]rG(h*hh3h!erGRrGj>,}rG(jGGjDG?uhNjX,G@jY,G@@ubj0,)rG}rG(hX EX_foam_erHhXFormamide exchangerHh}rHX SUBSYSTEMrHXExchangerHsh }rHj8,hj9,hj:,h]rHrHRrHj>,}r H(j@,)r H}r H(hXfoam_er HhX Formamider Hh}rH(XFORMULArHXCH3NOrHXPUBCHEMrHX3771rHXCHARGErHjK,XCHEBIrHX16397rHXKEGGrHXC00488rHuh }rHhNhh]rHrHRrHjS,jHjT,j,jV,KjW,GubGjONGuhNjX,GjY,G@@ubj0,)rH}rH(hXFOAMtexrHhX=Formamide transport via diffusion extracellular to periplasm rHh}r H(XGENE_ASSOCIATIONr!HX2( STM0320 or STM0999 or STM1473 or STM2267 )r"HX SUBSYSTEMr#HXTransport Outer Membrane Porinr$Huh }r%Hj8,X.STM0320 or STM0999 or STM1473 or STM2267r&Hj9,hj:,h]r'H(h*hh3h!er(HRr)Hj>,}r*H(j HGj@,)r+H}r,H(hXfoam_pr-HhX Formamider.Hh}r/H(XFORMULAr0HXCH3NOr1HXPUBCHEMr2HX3771r3HXCHARGEr4HjK,XCHEBIr5HX16397r6HXKEGGr7HXC00488r8Huh }r9HhNhh]r:Hr;HRrH(hX EX_tartr__D_er?HhXD tartrate exchanger@Hh}rAHX SUBSYSTEMrBHXExchangerCHsh }rDHj8,hj9,hj:,h]rEHrFHRrGHj>,}rHH(j@,)rIH}rJH(hX tartr__D_erKHhX D-tartraterLHh}rMH(XFORMULArNHXC4H4O6rOHXPUBCHEMrPHX5189rQHXCHARGErRHX-2rSHXCHEBIrTHX15672rUHXKEGGrVHXC02107rWHuh }rXHhNhh]rYHrZHRr[HjS,jOHjT,j,jV,JjW,GubGjjNGuhNjX,GjY,G@@ubj0,)r\H}r]H(hX TARTRDtexr^HhX>D Tartrate transport via diffusion extracellular to periplasm r_Hh}r`H(XGENE_ASSOCIATIONraHX2( STM0320 or STM0999 or STM1473 or STM2267 )rbHX SUBSYSTEMrcHXTransport Outer Membrane PorinrdHuh }reHj8,X.STM0320 or STM0999 or STM1473 or STM2267rfHj9,hj:,h]rgH(h*hh3h!erhHRriHj>,}rjH(jIHGj@,)rkH}rlH(hX tartr__D_prmHhX D-tartraternHh}roH(XFORMULArpHXC4H4O6rqHXPUBCHEMrrHX5189rsHXCHARGErtHX-2ruHXCHEBIrvHX15672rwHXKEGGrxHXC02107ryHuh }rzHhNhh]r{Hr|HRr}HjS,jqHjT,jPjV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)r~H}rH(hX TARTRDtpprHhX+D Tartrate facilitated transport periplasm rHh}rH(XGENE_ASSOCIATIONrHXSTM3356rHX SUBSYSTEMrHXTransport Inner MembranerHuh }rHj8,jHj9,hj:,h]rHj)arHRrHj>,}rH(jkHGj@,)rH}rH(hX tartr__D_crHhX D-tartraterHh}rH(XFORMULArHXC4H4O6rHXPUBCHEMrHX5189rHXCHARGErHX-2rHXCHEBIrHX15672rHXKEGGrHXC02107rHuh }rHhNhh]rHrHRrHjS,jHjT,jU,jV,JjW,GubG?uhNjX,G@jY,G@@ubj0,)rH}rH(hXGALCTDrHhXgalactarate dehydrataserHh}rH(XGENE_ASSOCIATIONrHX( STM3250 or STM3697 )rHX SUBSYSTEMrHXAlternate Carbon MetabolismrHuh }rHj8,XSTM3250 or STM3697rHj9,hj:,h]rH(j)j)erHRrHj>,}rH(jdGjWG?jRG?uhNjX,GjY,G@@ubj0,)rH}rH(hXSHSL1rHhX&O succinylhomoserine lyase L cysteine rHh}rH(XGENE_ASSOCIATIONrHX( STM4100 or STM3624A )rHX SUBSYSTEMrHXMethionine MetabolismrHuh }rHj8,XSTM4100 or STM3624ArHj9,hj:,h]rH(j)j*erHRrHj>,}rH(j(Gj/}Gj$G?j@G?jRG?uhNjX,GjY,G@@ubj0,)rH}rH(hX ASPt2_3pprHhX7L asparate transport via proton symport 3 H periplasm rHh}rH(XGENE_ASSOCIATIONrHX$( STM4325 or STM4301 or STM3599 )rHX SUBSYSTEMrHXTransport Inner MembranerHuh }rHj8,X STM4325 or STM4301 or STM3599rHj9,hj:,h]rH(j*j*j *erHRrHj>,}rH(jGj TGjRG@jsG?uhNjX,GjY,G@@ubj0,)rH}rH(hX SUCFUMtpprHhX'succinatefumarate antiporter periplasm rHh}rH(XGENE_ASSOCIATIONrHX0( STM4301 or STM0627 or STM4325 or STM3599 )rHX SUBSYSTEMrHXTransport Inner MembranerHuh }rHj8,X,STM4301 or STM0627 or STM4325 or STM3599rHj9,hj:,h]rH(j#*j*j*j *erHRrHj>,}rH(joGj@GjG?jsG?uhNjX,G@jY,G@@ubj0,)rH}rH(hX SUCCt2_3pprHhX7Succintate transport via proton symport 3 H periplasm rHh}rH(XGENE_ASSOCIATIONrHX#( STM4301 or STM4325 or STM3599 )rHX SUBSYSTEMrHXTransport Inner MembranerHuh }rHj8,XSTM4301 or STM4325 or STM3599rHj9,hj:,h]rH(j*j*j *erHRrHj>,}rH(j TGjGj@G?jRG@uhNjX,GjY,G@@ubj0,)rH}rH(hX FUMt2_3pprHhX5Fumarate transport via proton symport 3 H periplasm rHh}rH(XGENE_ASSOCIATIONrHX0( STM4325 or STM4301 or STM0627 or STM3599 )rHX SUBSYSTEMrHXTransport Inner MembranerHuh }rHj8,X,STM4325 or STM4301 or STM0627 or STM3599rHj9,hj:,h]rH(j#*j*j*j *erHRrHj>,}rH(joGj TGjRG@jsG?uhNjX,GjY,G@@ubj0,)rH}rH(hX MALt2_3pprHhX3Malate transport via proton symport 3 H periplasm rHh}rH(XGENE_ASSOCIATIONrHX#( STM4301 or STM4325 or STM3599 )rHX SUBSYSTEMrIXTransport Inner MembranerIuh }rIj8,XSTM4301 or STM4325 or STM3599rIj9,hj:,h]rI(j*j*j *erIRrIj>,}rI(j TGjGjNG?jRG@uhNjX,GjY,G@@ubj0,)rI}r I(hXALAALADr IhXD alanine D alanine dipeptidaser Ih}r I(XGENE_ASSOCIATIONr IXSTM1599rIX SUBSYSTEMrIXMurein RecyclingrIuh }rIj8,jIj9,hj:,h]rIj,*arIRrIj>,}rI(jxGjlTGj&dG@uhNjX,GjY,G@@ubj0,)rI}rI(hXDMSOR1rIhX*Dimethyl sulfoxide reductase Menaquinol 8 rIh}rI(XGENE_ASSOCIATIONrIX( ( STM1499 and STM1498 and STM1497 and STM1496 ) or ( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 ) )rIX SUBSYSTEMrIXOxidative PhosphorylationrIuh }rIj8,X( STM1499 and STM1498 and STM1497 and STM1496 ) or ( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 )r Ij9,hj:,h]r!I(jg*j5*j*jV*j*j>*jw*j^*j*jN*j*jo*jF*er"IRr#Ij>,}r$I(j6Gj|GjiG?jlTG?j!G?uhNjX,GjY,G@@ubj0,)r%I}r&I(hXDMSOR2r'IhX2Dimethyl sulfoxide reductase Demethylmenaquinol 8 r(Ih}r)I(XGENE_ASSOCIATIONr*IX( ( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 ) )r+IX SUBSYSTEMr,IXOxidative Phosphorylationr-Iuh }r.Ij8,X( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 )r/Ij9,hj:,h]r0I(j*jg*jw*j^*jo*j*jN*j5*jV*er1IRr2Ij>,}r3I(j6Gj|GjiG?jOG?jlTG?uhNjX,GjY,G@@ubj0,)r4I}r5I(hXNAt3ppr6IhX@sodium transport out via proton antiport cytoplasm to periplasm r7Ih}r8I(XGENE_ASSOCIATIONr9IX%( STM0866 or STM1771 or STM1556 )r:IX SUBSYSTEMr;IX&Inorganic Ion Transport and MetabolismrIj9,hj:,h]r?I(j j*j}er@IRrAIj>,}rBI(j TGjkpGjYpG?jRG?uhNjX,GjY,G@@ubj0,)rCI}rDI(hX4IZ5PPHrEIhX%4 Imidazolone 5 propanoate propionaserFIh}rGI(XGENE_ASSOCIATIONrHIXSTM0787rIIX SUBSYSTEMrJIXHistidine MetabolismrKIuh }rLIj8,jIIj9,hj:,h]rMIj*arNIRrOIj>,}rPI(j@,)rQI}rRI(hX4iz5pp_crSIhX4-Imidazolone-5-propanoaterTIh}rUI(XFORMULArVIXC6H7N2O3rWIXPUBCHEMrXIX6455rYIXCHARGErZIX-1r[IXCHEBIr\IjK,XKEGGr]IXC03680r^Iuh }r_IhNhh]r`IraIRrbIjS,jWIjT,jU,jV,JjW,GubGjRGj@,)rcI}rdI(hXnflgln_creIhXN-Formimino-L-glutamaterfIh}rgI(XFORMULArhIXC6H9N2O4riIXPUBCHEMrjIX3728rkIXCHARGErlIX-1rmIXCHEBIrnIX7274roIXKEGGrpIXC00439rqIuh }rrIhNhh]rsIrtIRruIjS,jiIjT,jU,jV,JjW,GubG?uhNjX,GjY,G@@ubj0,)rvI}rwI(hXNFLGLNHrxIhX*N Formimino L glutamate formiminohydrolaseryIh}rzI(XGENE_ASSOCIATIONr{IXSTM0788r|IX SUBSYSTEMr}IXHistidine Metabolismr~Iuh }rIj8,j|Ij9,hj:,h]rIj*arIRrIj>,}rI(jRGjcIGj@,)rI}rI(hXfoam_crIhX FormamiderIh}rI(XFORMULArIXCH3NOrIXPUBCHEMrIX3771rIXCHARGErIjK,XCHEBIrIX16397rIXKEGGrIXC00488rIuh }rIhNhh]rIrIRrIjS,jIjT,jU,jV,KjW,GubG?jfG?uhNjX,GjY,G@@ubj0,)rI}rI(hX EX_4abz_erIhX4 Aminobenzoate exchangerIh}rIX SUBSYSTEMrIXExchangerIsh }rIj8,hj9,hj:,h]rIrIRrIj>,}rI(j@,)rI}rI(hX4abz_erIhX4-AminobenzoaterIh}rI(XFORMULArIXC7H6NO2rIXPUBCHEMrIX3847rIXCHARGErIX-1rIXCHEBIrIX30753rIXKEGGrIXC00568rIuh }rIhNhh]rIrIRrIjS,jIjT,j,jV,JjW,GubGjNGuhNjX,GjY,G@@ubj0,)rI}rI(hXABZtexrIhX)4 aminobenzoate extracellular to cytosol rIh}rIX SUBSYSTEMrIXExchangerIsh }rIj8,hj9,hj:,h]rIrIRrIj>,}rI(jIGjpG?uhNjX,G@jY,G@@ubj0,)rI}rI(hX EX_feroxB_erIhXFerrioxamine B exchangerIh}rIX SUBSYSTEMrIXExchangerIsh }rIj8,hj9,hj:,h]rIrIRrIj>,}rI(j@,)rI}rI(hXferoxB_erIhXFerrioxamine-BrIh}rI(XFORMULArIX C25H48N6O8rIXPUBCHEMrIX123851rIXCHARGErIj-XCHEBIrIjK,XKEGGrIjK,uh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubGjNGuhNjX,GjY,G@@ubj0,)rI}rI(hX EX_feroxBfe_erIhXFerrioxamine B fe exchangerIh}rIX SUBSYSTEMrIXExchangerIsh }rIj8,hj9,hj:,h]rIrIRrIj>,}rI(j@,)rI}rI(hX feroxBfe_erIhXFerrioxamine-B-ferIh}rI(XFORMULArIX C25H45FeN6O8rIXPUBCHEMrIX123851rIXCHARGErIj-XCHEBIrIjK,XKEGGrIjK,uh }rIhNhh]rIrIRrIjS,jIjT,j,jV,KjW,GubGjNGuhNjX,GjY,G@@ubj0,)rI}rI(hX EX_feroxE_erIhXFerrioxamine E exchangerIh}rIX SUBSYSTEMrIXExchangerIsh }rJj8,hj9,hj:,h]rJrJRrJj>,}rJ(j@,)rJ}rJ(hXferoxE_erJhXFerrioxamine-ErJh}r J(XFORMULAr JX C27H48N6O9r JXPUBCHEMr JX167864r JXCHARGErJjK,XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,j JjT,j,jV,KjW,GubGjNGuhNjX,GjY,G@@ubj0,)rJ}rJ(hX EX_feroxEfe_erJhXFerrioxamine E fe exchangerJh}rJX SUBSYSTEMrJXExchangerJsh }rJj8,hj9,hj:,h]rJrJRrJj>,}r J(j@,)r!J}r"J(hX feroxEfe_er#JhXFerrioxamine-E-fer$Jh}r%J(XFORMULAr&JX C27H45FeN6O9r'JXPUBCHEMr(JX167864r)JXCHARGEr*JjK,XCHEBIr+JjK,XKEGGr,JjK,uh }r-JhNhh]r.Jr/JRr0JjS,j'JjT,j,jV,KjW,GubGjNGuhNjX,GjY,G@@ubj0,)r1J}r2J(hX EX_feroxG_er3JhXFerrioxamine G exchanger4Jh}r5JX SUBSYSTEMr6JXExchanger7Jsh }r8Jj8,hj9,hj:,h]r9Jr:JRr;Jj>,}rJ(hXferoxG_er?JhXFerrioxamine-Gr@Jh}rAJ(XFORMULArBJX C27H49N6O10rCJXPUBCHEMrDJjK,XCHARGErEJjK,XCHEBIrFJjK,XKEGGrGJjK,uh }rHJhNhh]rIJrJJRrKJjS,jCJjT,j,jV,KjW,GubGjOGuhNjX,GjY,G@@ubj0,)rLJ}rMJ(hX EX_feroxGfe_erNJhXFerrioxamine G fe exchangerOJh}rPJX SUBSYSTEMrQJXExchangerRJsh }rSJj8,hj9,hj:,h]rTJrUJRrVJj>,}rWJ(j@,)rXJ}rYJ(hX feroxGfe_erZJhXFerrioxamine-G-fer[Jh}r\J(XFORMULAr]JX C27H46FeN6O10r^JXPUBCHEMr_JjK,XCHARGEr`JjK,XCHEBIraJjK,XKEGGrbJjK,uh }rcJhNhh]rdJreJRrfJjS,j^JjT,j,jV,KjW,GubGjOGuhNjX,GjY,G@@ubj0,)rgJ}rhJ(hX FEROXBFEabcppriJhX5Ferrioxamine B fe transport via ABC system periplasm rjJh}rkJ(XGENE_ASSOCIATIONrlJX'( STM0194 and STM0192 and STM0193 )rmJX SUBSYSTEMrnJXTransport Inner MembraneroJuh }rpJj8,X#STM0194 and STM0192 and STM0193rqJj9,hj:,h]rrJ(j>j5jGersJRrtJj>,}ruJ(jRGjRGj@,)rvJ}rwJ(hX feroxBfe_prxJhXFerrioxamine-B-feryJh}rzJ(XFORMULAr{JX C25H45FeN6O8r|JXPUBCHEMr}JX123851r~JXCHARGErJj-XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,j|JjT,jPjV,KjW,GubGj@,)rJ}rJ(hX feroxBfe_crJhXFerrioxamine-B-ferJh}rJ(XFORMULArJX C25H45FeN6O8rJXPUBCHEMrJX123851rJXCHARGErJj-XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,jU,jV,KjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rJ}rJ(hX FEROXEFEabcpprJhX5Ferrioxamine E fe transport via ABC system periplasm rJh}rJ(XGENE_ASSOCIATIONrJX'( STM0194 and STM0192 and STM0193 )rJX SUBSYSTEMrJXTransport Inner MembranerJuh }rJj8,X#STM0194 and STM0192 and STM0193rJj9,hj:,h]rJ(j>j5jGerJRrJj>,}rJ(jRGj@,)rJ}rJ(hX feroxEfe_prJhXFerrioxamine-E-ferJh}rJ(XFORMULArJX C27H45FeN6O9rJXPUBCHEMrJX167864rJXCHARGErJjK,XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,jPjV,KjW,GubGjRGj@,)rJ}rJ(hX feroxEfe_crJhXFerrioxamine-E-ferJh}rJ(XFORMULArJX C27H45FeN6O9rJXPUBCHEMrJX167864rJXCHARGErJjK,XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,jU,jV,KjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rJ}rJ(hX FEROXGFEabcpprJhX5Ferrioxamine G fe transport via ABC system periplasm rJh}rJ(XGENE_ASSOCIATIONrJX'( STM0194 and STM0192 and STM0193 )rJX SUBSYSTEMrJXTransport Inner MembranerJuh }rJj8,X#STM0194 and STM0192 and STM0193rJj9,hj:,h]rJ(j>j5jGerJRrJj>,}rJ(jRGj@,)rJ}rJ(hX feroxGfe_prJhXFerrioxamine-G-ferJh}rJ(XFORMULArJX C27H46FeN6O10rJXPUBCHEMrJjK,XCHARGErJjK,XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,jPjV,KjW,GubGjRGj@,)rJ}rJ(hX feroxGfe_crJhXFerrioxamine-G-ferJh}rJ(XFORMULArJX C27H46FeN6O10rJXPUBCHEMrJjK,XCHARGErJjK,XCHEBIrJjK,XKEGGrJjK,uh }rJhNhh]rJrJRrJjS,jJjT,jU,jV,KjW,GubG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rJ}rJ(hX FEROXGFEtonexrJhX4Ferrioxamine G fe transport via ton system extermal rJh}rJ(XGENE_ASSOCIATIONrJX9( STM0364 and ( STM1737 and STM3158 and STM3159 ) )rJX SUBSYSTEMrJXTransport Outer MembranerJuh }rJj8,X5STM0364 and ( STM1737 and STM3158 and STM3159 )rJj9,hj:,h]rJ(j*jjjerJRrJj>,}rK(jXJGj TGjRG?jJG?uhNjX,GjY,G@@ubj0,)rK}rK(hX FEROXBFEtexrKhXEFerrioxamine B fe transport via diffusion extracellular to periplasm rKh}rK(XGENE_ASSOCIATIONrKXSTM0364rKX SUBSYSTEMrKXTransport Outer Membraner Kuh }r Kj8,jKj9,hj:,h]r Kj*ar KRr Kj>,}rK(jIGjvJG?uhNjX,G@jY,G@@ubj0,)rK}rK(hX FEROXEFEtexrKhXEFerrioxamine E fe transport via diffusion extracellular to periplasm rKh}rK(XGENE_ASSOCIATIONrKXSTM0364rKX SUBSYSTEMrKXTransport Outer MembranerKuh }rKj8,jKj9,hj:,h]rKj*arKRrKj>,}rK(j!JGjJG?uhNjX,G@jY,G@@ubj0,)rK}rK(hX FEROXGtexrKhXBFerrioxamine G transport via diffusion extracellular to periplasm r Kh}r!K(XGENE_ASSOCIATIONr"KX2( STM0320 or STM0999 or STM1473 or STM2267 )r#KX SUBSYSTEMr$KXTransport Outer Membrane Porinr%Kuh }r&Kj8,X.STM0320 or STM0999 or STM1473 or STM2267r'Kj9,hj:,h]r(K(h*hh3h!er)KRr*Kj>,}r+K(j=JGj@,)r,K}r-K(hXferoxG_pr.KhXFerrioxamine-Gr/Kh}r0K(XFORMULAr1KX C27H49N6O10r2KXPUBCHEMr3KjK,XCHARGEr4KjK,XCHEBIr5KjK,XKEGGr6KjK,uh }r7KhNhh]r8Kr9KRr:KjS,j2KjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)r;K}rKh}r?K(XGENE_ASSOCIATIONr@KX2( STM0320 or STM0999 or STM1473 or STM2267 )rAKX SUBSYSTEMrBKXTransport Outer Membrane PorinrCKuh }rDKj8,X.STM0320 or STM0999 or STM1473 or STM2267rEKj9,hj:,h]rFK(h*hh3h!erGKRrHKj>,}rIK(jJGj@,)rJK}rKK(hXferoxE_prLKhXFerrioxamine-ErMKh}rNK(XFORMULArOKX C27H48N6O9rPKXPUBCHEMrQKX167864rRKXCHARGErSKjK,XCHEBIrTKjK,XKEGGrUKjK,uh }rVKhNhh]rWKrXKRrYKjS,jPKjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rZK}r[K(hX FEROXBtexr\KhXBFerrioxamine B transport via diffusion extracellular to periplasm r]Kh}r^K(XGENE_ASSOCIATIONr_KX2( STM0320 or STM0999 or STM1473 or STM2267 )r`KX SUBSYSTEMraKXTransport Outer Membrane PorinrbKuh }rcKj8,X.STM0320 or STM0999 or STM1473 or STM2267rdKj9,hj:,h]reK(h*hh3h!erfKRrgKj>,}rhK(jIGj@,)riK}rjK(hXferoxB_prkKhXFerrioxamine-BrlKh}rmK(XFORMULArnKX C25H48N6O8roKXPUBCHEMrpKX123851rqKXCHARGErrKj-XCHEBIrsKjK,XKEGGrtKjK,uh }ruKhNhh]rvKrwKRrxKjS,joKjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)ryK}rzK(hX FEROXBtppr{KhX/Ferrioxamine B facilitated transport periplasm r|Kh}r}KX SUBSYSTEMr~KXTransport Inner MembranerKsh }rKj8,hj9,hj:,h]rKrKRrKj>,}rK(jiKGj@,)rK}rK(hXferoxB_crKhXFerrioxamine-BrKh}rK(XFORMULArKX C25H48N6O8rKXPUBCHEMrKX123851rKXCHARGErKj-XCHEBIrKjK,XKEGGrKjK,uh }rKhNhh]rKrKRrKjS,jKjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rK}rK(hX FEROXEtpprKhX/Ferrioxamine E facilitated transport periplasm rKh}rKX SUBSYSTEMrKXTransport Inner MembranerKsh }rKj8,hj9,hj:,h]rKrKRrKj>,}rK(jJKGj@,)rK}rK(hXferoxE_crKhXFerrioxamine-ErKh}rK(XFORMULArKX C27H48N6O9rKXPUBCHEMrKX167864rKXCHARGErKjK,XCHEBIrKjK,XKEGGrKjK,uh }rKhNhh]rKrKRrKjS,jKjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rK}rK(hX FEROXGtpprKhX/Ferrioxamine G facilitated transport periplasm rKh}rKX SUBSYSTEMrKXTransport Inner MembranerKsh }rKj8,hj9,hj:,h]rKrKRrKj>,}rK(j,KGj@,)rK}rK(hXferoxG_crKhXFerrioxamine-GrKh}rK(XFORMULArKX C27H49N6O10rKXPUBCHEMrKjK,XCHARGErKjK,XCHEBIrKjK,XKEGGrKjK,uh }rKhNhh]rKrKRrKjS,jKjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rK}rK(hX EX_drib_erKhXdeoxy D Ribose exchangerKh}rKX SUBSYSTEMrKXExchangerKsh }rKj8,hj9,hj:,h]rKrKRrKj>,}rK(j@,)rK}rK(hXdrib_erKhX2-Deoxy-D-riboserKh}rK(XFORMULArKXC5H10O4rKXPUBCHEMrKX4927rKXCHARGErKjK,XCHEBIrKX28816rKXKEGGrKXC01801rKuh }rKhNhh]rKrKRrKjS,jKjT,j,jV,KjW,GubGj6OGuhNjX,GjY,G@@ubj0,)rK}rK(hXDRIBtpprKhX6deoxy D ribose transport via proton symport periplasm rKh}rK(XGENE_ASSOCIATIONrKXSTM3792rKX SUBSYSTEMrKXTransport Inner MembranerKuh }rKj8,jKj9,hj:,h]rKj*arKRrKj>,}rK(j TGj@,)rK}rK(hXdrib_prKhX2-Deoxy-D-riboserKh}rK(XFORMULArKXC5H10O4rKXPUBCHEMrKX4927rLXCHARGErLjK,XCHEBIrLX28816rLXKEGGrLXC01801rLuh }rLhNhh]rLrLRr LjS,jKjT,jPjV,KjW,GubGj@,)r L}r L(hXdrib_cr LhX2-Deoxy-D-riboser Lh}rL(XFORMULArLXC5H10O4rLXPUBCHEMrLX4927rLXCHARGErLjK,XCHEBIrLX28816rLXKEGGrLXC01801rLuh }rLhNhh]rLrLRrLjS,jLjT,jU,jV,KjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rL}rL(hXDRBKrLhXdeoxyribokinaserLh}r L(XGENE_ASSOCIATIONr!LXSTM3793r"LX SUBSYSTEMr#LXAlternate Carbon Metabolismr$Luh }r%Lj8,j"Lj9,hj:,h]r&LjQar'LRr(Lj>,}r)L(j LGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)r*L}r+L(hXDRIBtexr,LhX?deoxyribose transport via diffusion extracellular to periplasm r-Lh}r.L(XGENE_ASSOCIATIONr/LX2( STM0320 or STM0999 or STM1473 or STM2267 )r0LX SUBSYSTEMr1LXTransport Outer Membrane Porinr2Luh }r3Lj8,X.STM0320 or STM0999 or STM1473 or STM2267r4Lj9,hj:,h]r5L(h*hh3h!er6LRr7Lj>,}r8L(jKGjKG?uhNjX,G@jY,G@@ubj0,)r9L}r:L(hXSCYSSLr;LhX!S-sulfo-L-cysteine sulfite lyase rLj8,hj9,hj:,h]r?Lr@LRrALj>,}rBL(jGj@,)rCL}rDL(hXslcys_crELhXslcys_crFLh}rGL(XPUBCHEMrHLX8119rILXCHARGErJLX-1rKLXCHEBIrLLjK,XKEGGrMLXC05824rNLuh }rOLhNhh]rPLrQLRrRLjS,NjT,jU,jV,KjW,GubGj/}G?jRG?jG?jG?uhNjX,GjY,G@@ubj0,)rSL}rTL(hXSLCYSSrULhXO-acetyl-L-serine sulfhydrylaserVLh}rWLXGENE_ASSOCIATIONrXLXSTM2440rYLsh }rZLj8,jYLj9,hj:,h]r[LjO ar\LRr]Lj>,}r^L(jGjpGjkG?jCLG?uhNjX,GjY,G@@ubj0,)r_L}r`L(hXGSHPOraLhXglutathione peroxidaserbLh}rcLXGENE_ASSOCIATIONrdLXSTM1341reLsh }rfLj8,jeLj9,hj:,h]rgLj*arhLRriLj>,}rjL(jQfGjGjG?jRG@uhNjX,GjY,G@@ubj0,)rkL}rlL(hXHHDDIrmLhX-2-hydroxyhepta-2,4-diene-1,7-dioate isomerasernLh}roLXGENE_ASSOCIATIONrpLXSTM1101rqLsh }rrLj8,jqLj9,hj:,h]rsLjo%artLRruLj>,}rvL(j#:Gj@,)rwL}rxL(hX2oh3d_cryLhX2oh3d_crzLh}r{L(XPUBCHEMr|LX5963r}LXCHARGEr~LX-2rLXCHEBIrLX1254rLXKEGGrLXC03063rLuh }rLhNhh]rLrLRrLjS,NjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rL}rL(hXINOSRrLhXKetoinositol reductaserLh}rLXGENE_ASSOCIATIONrLX(STM4433 or STM4425)rLsh }rLj8,XSTM4433 or STM4425rLj9,hj:,h]rL(j*j*erLRrLj>,}rL(j[Gj-Gj[G?jRG?j@,)rL}rL(hX2ins_crLhX2ins_crLh}rL(XPUBCHEMrLX3959rLXCHARGErLjK,XCHEBIrLX17811rLXKEGGrLXC00691rLuh }rLhNhh]rLrLRrLjS,NjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rL}rL(hXMMSAD3rLhX@methylmalonate-semialdehyde dehydrogenase (malonic semialdehyde)rLh}rLXGENE_ASSOCIATIONrLXSTM4421rLsh }rLj8,jLj9,hj:,h]rLj*arLRrLj>,}rL(j[Gj@,)rL}rL(hXmsa_crLhXmsa_crLh}rL(XPUBCHEMrLX3522rLXCHARGErLX-1rLXCHEBIrLX17960rLXKEGGrLXC00222rLuh }rLhNhh]rLrLRrLjS,NjT,jU,jV,KjW,GubGjgGjgG?jaG?j[G?uhNjX,GjY,G@@ubj0,)rL}rL(hXCHITPHrLhX chitobiose-6-phosphate hydrolaserLh}rLXGENE_ASSOCIATIONrLXSTM1316rLsh }rLj8,jLj9,hj:,h]rLj*arLRrLj>,}rL(jRGj@,)rL}rL(hXchit6p_crLhXchit6p_crLh}rL(XPUBCHEMrLX853844rLXCHARGErLX-2rLXCHEBIrLjK,XKEGGrLjK,uh }rLhNhh]rLrLRrLjS,NjT,jU,jV,KjW,GubGjiG?jiG?uhNjX,GjY,Gubj0,)rL}rL(hXD5KGKrLhX!2-Deoxy-5-Keto-D-gluconate kinaserLh}rLXGENE_ASSOCIATIONrLXSTM4420rLsh }rLj8,jLj9,hj:,h]rLj*arLRrLj>,}rL(j@,)rL}rL(hXd5kg_crLhXd5kg_crLh}rL(XPUBCHEMrLX9109rLXCHARGErLX-1rLXCHEBIrLX27972rLXKEGGrLXC06892rLuh }rLhNhh]rLrLRrLjS,NjT,jU,jV,KjW,GubGjRGjRG?j@,)rL}rL(hXd5kgp_crLhXd5kgp_crLh}rL(XPUBCHEMrLX9110rMXCHARGErMX-3rMXCHEBIrMjK,XKEGGrMXC06893rMuh }rMhNhh]rMrMRr MjS,NjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)r M}r M(hXD5KGPAr MhX/2-Deoxy-5-keto-D-gluconate 6-phosphate aldolaser Mh}rMh }rMj8,hj9,hj:,h]rMrMRrMj>,}rM(jLGjLG?jGG?uhNjX,GjY,G@@ubj0,)rM}rM(hXDHEDAArMhX/2,4-dihydroxyhept-2-ene-1,7-dioic acid aldolaserMh}rMXGENE_ASSOCIATIONrMX(STM1106 and STM2289)rMsh }rMj8,XSTM1106 and STM2289rMj9,hj:,h]rM(j%j*erMRrMj>,}r M(j@,)r!M}r"M(hX 24dhhed_cr#MhX 24dhhed_cr$Mh}r%M(XPUBCHEMr&MX8451r'MXCHARGEr(MX-2r)MXCHEBIr*MjK,XKEGGr+MXC06201r,Muh }r-MhNhh]r.Mr/MRr0MjS,NjT,jU,jV,KjW,GubGjGjG?jfG?uhNjX,GjY,G@@ubj0,)r1M}r2M(hXDKDIDr3MhX-D-2,3-Diketo 4-deoxy-epi-inositol dehydrataser4Mh}r5Mh }r6Mj8,hj9,hj:,h]r7Mr8MRr9Mj>,}r:M(j@,)r;M}rMh}r?M(XPUBCHEMr@MX9108rAMXCHARGErBMjK,XCHEBIrCMX4077rDMXKEGGrEMXC06891rFMuh }rGMhNhh]rHMrIMRrJMjS,NjT,jU,jV,KjW,GubGjRGjLG?jRG?uhNjX,GjY,G@@ubj0,)rKM}rLM(hX2INSDrMMhX2-Inosose dehydrataserNMh}rOMXGENE_ASSOCIATIONrPMX STM4424.SrQMsh }rRMj8,jQMj9,hj:,h]rSMj+arTMRrUMj>,}rVM(jLGjRG?j;MG?uhNjX,GjY,G@@ubj0,)rWM}rXM(hXDTARTDrYMhXD-tartrate dehydrataserZMh}r[MXGENE_ASSOCIATIONr\MXSTM2949r]Msh }r^Mj8,j]Mj9,hj:,h]r_Mj +ar`MRraMj>,}rbM(jHGj}G?jRG?uhNjX,GjY,G@@ubj0,)rcM}rdM(hXNMNRreMhXnmn hydrolysisrfMh}rgMXGENE_ASSOCIATIONrhMXSTM2949riMsh }rjMj8,jiMj9,hj:,h]rkMj +arlMRrmMj>,}rnM(jdGjпGj@,)roM}rpM(hXrnam_erqMhXrnam_errMh}rsM(XPUBCHEMrtMX6038ruMXCHARGErvMj-XCHEBIrwMX15927rxMXKEGGryMXC03150rzMuh }r{MhNhh]r|Mr}MRr~MjS,NjT,j,jV,KjW,GubG?jG?uhNjX,GjY,G@@ubj0,)rM}rM(hXRNMKrMhXribosylnicotinamide kinaserMh}rMXGENE_ASSOCIATIONrMX STM4580.SrMsh }rMj8,jMj9,hj:,h]rMjarMRrMj>,}rM(j@,)rM}rM(hXrnam_crMhXrnam_crMh}rM(XPUBCHEMrMX6038rMXCHARGErMj-XCHEBIrMX15927rMXKEGGrMXC03150rMuh }rMhNhh]rMrMRrMjS,NjT,jU,jV,KjW,GubGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rM}rM(hXOACTrMhXO-antigen Acetyl-TransferaserMh}rMXGENE_ASSOCIATIONrMXSTM2232rMsh }rMj8,jMj9,hj:,h]rMj+arMRrMj>,}rM(jgGj@,)rM}rM(hXudcpo4_crMhXudcpo4_crMh}rM(XPUBCHEMrMjK,XCHARGErMX-2rMXCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,NjT,jU,jV,KjW,GubGj@,)rM}rM(hXudcpo5_crMhXudcpo5_crMh}rM(XPUBCHEMrMjK,XCHARGErMX-2rMXCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,NjT,jU,jV,KjW,GubG?jgG?uhNjX,GjY,G@@ubj0,)rM}rM(hXUDCPATrMhXAbequosyl transferaserMh}rMXGENE_ASSOCIATIONrMXSTM2087rMsh }rMj8,jMj9,hj:,h]rMj&arMRrMj>,}rM(j@,)rM}rM(hX udcpgrm_crMhX udcpgrm_crMh}rM(XPUBCHEMrMX23061145rMXCHARGErMX-2rMXCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,NjT,jU,jV,KjW,GubGj>GjїG?jRG?jMG?uhNjX,GjY,G@@ubj0,)rM}rM(hXUDCPMTrMhXmannosyl transferaserMh}rMXGENE_ASSOCIATIONrMXSTM2086rMsh }rMj8,jMj9,hj:,h]rMj&arMRrMj>,}rM(j@,)rM}rM(hXudcpgr_crMhXudcpgr_crMh}rM(XPUBCHEMrMjK,XCHARGErMX-2rMXCHEBIrMjK,XKEGGrMjK,uh }rMhNhh]rMrMRrMjS,NjT,jU,jV,KjW,GubGjGjMG?jRG?jqG?uhNjX,GjY,G@@ubj0,)rM}rM(hXUDCPRTrMhXrhamnosyl transferaserMh}rMXGENE_ASSOCIATIONrMXSTM2085rMsh }rMj8,jMj9,hj:,h]rNj&arNRrNj>,}rN(j$Gj@,)rN}rN(hXudcpg_crNhXudcpg_crNh}rN(XPUBCHEMr NX7121r NXCHARGEr NX-2r NXCHEBIr NX16046rNXKEGGrNjK,uh }rNhNhh]rNrNRrNjS,NjT,jU,jV,KjW,GubGjMG?jTG?jRG?uhNjX,GjY,G@@ubj0,)rN}rN(hXUDCPGTrNhX2undecaprenol-phosphate galactosephosphotransferaserNh}rNXGENE_ASSOCIATIONrNXSTM2082rNsh }rNj8,jNj9,hj:,h]rNj&arNRrNj>,}rN(jiGjRGj3GjNG?jjG?uhNjX,GjY,G@@ubj0,)r N}r!N(hXTCBOr"NhXTricarballylate oxidaser#Nh}r$NXGENE_ASSOCIATIONr%NX(STM0690 and STM0691)r&Nsh }r'Nj8,XSTM0690 and STM0691r(Nj9,hj:,h]r)N(j'+j+er*NRr+Nj>,}r,N(j݃Gj@,)r-N}r.N(hXtcb_cr/NhXtricarballylater0Nh}r1N(XFORMULAr2NXC6H5O6r3NXPUBCHEMr4NX 135626273r5NXCHARGEr6NX-3r7NXCHEBIr8NX62517r9NXKEGGr:NXC19806r;Nuh }rNRr?NjS,j3NjT,jU,jV,JjW,GubGjG?joG?uhNjX,GjY,G@@ubj0,)r@N}rAN(hXGLYBt6exrBNhX2betaine (glycine betaine) transport into periplasmrCNh}rDNh }rENj8,hj9,hj:,h]rFNrGNRrHNj>,}rIN(jGj9G?uhNjX,G@jY,G@@ubj0,)rJN}rKN(hXGLYBt6pprLNhX=betaine (glycine betaine) transport in/out via proton symportrMNh}rNNXGENE_ASSOCIATIONrONXSTM4290rPNsh }rQNj8,jPNj9,hj:,h]rRNj arSNRrTNj>,}rUN(j9Gj TGjKG?jRG?uhNjX,G@jY,G@@ubj0,)rVN}rWN(hXCHITOBexrXNhX#Chitobiose transport into periplasmrYNh}rZNh }r[Nj8,hj9,hj:,h]r\Nr]NRr^Nj>,}r_N(jGj@,)r`N}raN(hXchitob_prbNhXchitob_prcNh}rdN(XPUBCHEMreNX4818rfNXCHARGErgNjK,XCHEBIrhNjK,XKEGGriNXC01674rjNuh }rkNhNhh]rlNrmNRrnNjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)roN}rpN(hX CHITOBptsrqNhXChitobiose transport via PTSrrNh}rsNXGENE_ASSOCIATIONrtNXA(STM1314 and STM1312 and STM1313 and STM2431 and STM2432)ruNsh }rvNj8,X?STM1314 and STM1312 and STM1313 and STM2431 and STM2432rwNj9,hj:,h]rxN(jB+jj9+j0+jeryNRrzNj>,}r{N(j4jGj`NGjLG?jGjG?uhNjX,GjY,Gubj0,)r|N}r}N(hXRNAMtexr~NhX.Nicotinamide riboside transport into periplasmrNh}rNh }rNj8,hj9,hj:,h]rNrNRrNj>,}rN(joMGj@,)rN}rN(hXrnam_prNhXrnam_prNh}rN(XPUBCHEMrNX6038rNXCHARGErNj-XCHEBIrNX15927rNXKEGGrNXC03150rNuh }rNhNhh]rNrNRrNjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rN}rN(hXRNAMtpprNhXNicotinamide riboside transportrNh}rNXGENE_ASSOCIATIONrNXSTM0757rNsh }rNj8,jNj9,hj:,h]rNjarNRrNj>,}rN(jNGjMG?uhNjX,GjY,G@@ubj0,)rN}rN(hXOAO5t3exrNhXO-antigen unit (O5) translocaserNh}rNh }rNj8,hj9,hj:,h]rNrNRrNj>,}rN(j@,)rN}rN(hXudcpo5_prNhXudcpo5_prNh}rN(XPUBCHEMrNjK,XCHARGErNX-2rNXCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,NjT,jPjV,KjW,GubGj@,)rN}rN(hXudcpo5_erNhXudcpo5_erNh}rN(XPUBCHEMrNjK,XCHARGErNX-2rNXCHEBIrNjK,XKEGGrNjK,uh }rNhNhh]rNrNRrNjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rN}rN(hXOAO5t3pprNhXO-antigen unit (O5) translocaserNh}rNXGENE_ASSOCIATIONrNXSTM3926rNsh }rNj8,jNj9,hj:,h]rNj arNRrNj>,}rN(jMGj TGjRG?jNG?uhNjX,GjY,G@@ubj0,)rN}rN(hXTCBt2pprNhX/tricarballylate transport in via proton symportrNh}rNXGENE_ASSOCIATIONrNXSTM0689rNsh }rNj8,jNj9,hj:,h]rNj'arNRrNj>,}rN(j@,)rN}rN(hXtcb_prNhXtricarballylaterNh}rN(XFORMULArNXC6H5O6rNXPUBCHEMrNX 135626273rNXCHARGErNX-3rNXCHEBIrNX62517rNXKEGGrNXC19806rNuh }rNhNhh]rNrNRrNjS,jNjT,jPjV,JjW,GubGj TGjRG?j-NG?uhNjX,GjY,G@@ubj0,)rN}rN(hXTCBt2exrNhX(tricarballylate transport into periplasmrNh}rNh }rNj8,hj9,hj:,h]rNrNRrNj>,}rN(j@,)rN}rN(hXtcb_erNhXtricarballylaterOh}rO(XFORMULArOXC6H5O6rOXPUBCHEMrOX 135626273rOXCHARGErOX-3rOXCHEBIrOX62517r OXKEGGr OXC19806r Ouh }r OhNhh]r OrORrOjS,jOjT,j,jV,JjW,GubGjNG?uhNjX,GjY,G@@ubj0,)rO}rO(hXTTONR1pprOhXTrithionate ReductaserOh}rOXGENE_ASSOCIATIONrOX!(STM1383 and STM1384 and STM1385)rOsh }rOj8,XSTM1383 and STM1384 and STM1385rOj9,hj:,h]rO(j(j(j(erORrOj>,}rO(j@,)rO}rO(hXtton_prOhXtton_pr Oh}r!O(XPUBCHEMr"OX4976r#OXCHARGEr$OX-2r%OXCHEBIr&OX15987r'OXKEGGr(OXC01861r)Ouh }r*OhNhh]r+Or,ORr-OjS,NjT,jPjV,KjW,GubGj|Gj!G?jRG@jG?jߔG?uhNjX,GjY,G@@ubj0,)r.O}r/O(hXTTONtexr0OhXTrithionate transportr1Oh}r2Oh }r3Oj8,hj9,hj:,h]r4Or5ORr6Oj>,}r7O(j@,)r8O}r9O(hXtton_er:OhXtton_er;Oh}rOXCHARGEr?OX-2r@OXCHEBIrAOX15987rBOXKEGGrCOXC01861rDOuh }rEOhNhh]rFOrGORrHOjS,NjT,j,jV,KjW,GubGjOG?uhNjX,GjY,G@@ubj0,)rIO}rJO(hXTTONR2pprKOhXTrithionate ReductaserLOh}rMOXGENE_ASSOCIATIONrNOX!(STM1383 and STM1384 and STM1385)rOOsh }rPOj8,XSTM1383 and STM1384 and STM1385rQOj9,hj:,h]rRO(j(j(j(erSORrTOj>,}rUO(jGj8OGj#G?jG?j݃G?jRG@uhNjX,GjY,G@@ubj0,)rVO}rWO(hXLEUt4rpprXOhX)L-leucine transport in via sodium symportrYOh}rZOXGENE_ASSOCIATIONr[OXSTM0399r\Osh }r]Oj8,j\Oj9,hj:,h]r^Ojar_ORr`Oj>,}raO(j GjYpGjG?jkpG?uhNjX,G@jY,G@@ubj0,)rbO}rcO(hXUPLA4NTrdOhX;Undecaprenyl phosphate 4-amino-4-deoxy L-arabinose synthasereOh}rfOXGENE_ASSOCIATIONrgOXSTM2298rhOsh }riOj8,jhOj9,hj:,h]rjOj-$arkORrlOj>,}rmO(j3GjiGjkG?jf4G?uhNjX,GjY,G@@ubj0,)rnO}roO(hXPSUDSrpOhXPseudouridylate synthaserqOh}rrOXGENE_ASSOCIATIONrsOXSTM2662rtOsh }ruOj8,jtOj9,hj:,h]rvOjK+arwORrxOj>,}ryO(jGjRGjsGj@,)rzO}r{O(hXpsd5p_cr|OhXpsd5p_cr}Oh}r~O(XPUBCHEMrOX4395rOXCHARGErOX-2rOXCHEBIrOX18116rOXKEGGrOXC01168rOuh }rOhNhh]rOrORrOjS,NjT,jU,jV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rO}rO(hXPFORrOhX"Pyruvate flavodoxin oxidoreductaserOh}rOXGENE_ASSOCIATIONrOX0((STM0694 and STM1651) or (STM3045 and STM1651))rOsh }rOj8,X.(STM0694 and STM1651) or (STM3045 and STM1651)rOj9,hj:,h]rO(jjjT+erORrOj>,}rO(jGjGjkGjRGjgGjgG?j{G?jaG?uhNjX,GjY,G@@ubj0,)rO}rO(hXNNDMBRTrOhXENicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferaserOh}rOXGENE_ASSOCIATIONrOX(STM2016 or STM1221)rOsh }rOj8,XSTM2016 or STM1221rOj9,hj:,h]rO(jf+j]+erORrOj>,}rO(j@,)rO}rO(hXdmbzid_crOhX5-6-DimethylbenzimidazolerOh}rO(XFORMULArOXC9H10N2rOXPUBCHEMrOX6009rOXCHARGErOjK,XCHEBIrOX15890rOXKEGGrOXC03114rOuh }rOhNhh]rOrORrOjS,jOjT,jU,jV,KjW,GubGjGj =G?jRG?j]G?uhNjX,GjY,G@@ubj0,)rO}rO(hXbiomass_iRR1083rOhXAbiomass equation from http://www.biomedcentral.com/1752-0509/3/38rOh}rOh }rOj8,hj9,hj:,h]rOrORrOj>,}rO(j=G@=jhxG*sqTjG|1&yj@,)rO}rO(hXpe2_ST_prOhXpe2_ST_prOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArOuh }rOhNhh]rOrORrOjS,NjT,jPjV,KjW,GubGYzjgG 6C-jG6s gjG.YmjG7ޓjGj@,)rO}rO(hX 12dgr2_ST_prOhX 12dgr2_ST_prOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArOuh }rOhNhh]rOrORrOjS,NjT,jPjV,KjW,GubG(; 4jIhGٺ`jZGBPjG0H'ÓjmG\лnwjuGQj/}G"[tjG"%j_}Gr6~ANj^yGu}jIGè`ܹj[Gau"j@,)rO}rO(hXpg2_ST_prOhXpg2_ST_prOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArOuh }rOhNhh]rOrORrOjS,NjT,jPjV,KjW,GubG;nCyjGhtj~j[G 6C-jGjVGs>j3Gc `j[G:6C-jfGcADJjG]J]#jGnL j@,)rO}rO(hX colipaOA_erOhX colipaOA_erOh}rO(XPUBCHEMrOXNArOXCHARGErOXnanrOXCHEBIrOXNArOXKEGGrOXNArPuh }rPhNhh]rPrPRrPjS,NjT,j,jV,KjW,GubGN -=jgG*sqTjSG HjRGJud0jRGMoXDjsGܜMjlGhj@,)rP}rP(hX clpn2_ST_prPhX clpn2_ST_prPh}r P(XPUBCHEMr PXNAr PXCHARGEr PXnanr PXCHEBIrPXNArPXKEGGrPXNArPuh }rPhNhh]rPrPRrPjS,NjT,jPjV,KjW,GubG\1Y>_j@,)rP}rP(hXpa2_ST_prPhXpa2_ST_prPh}rP(XPUBCHEMrPXNArPXCHARGErPXnanrPXCHEBIrPXNAr PXKEGGr!PXNAr"Puh }r#PhNhh]r$Pr%PRr&PjS,NjT,jPjV,KjW,GubGj[G! 8CjEG;yR5j@,)r'P}r(P(hX peptido_ST_pr)PhX peptido_ST_pr*Ph}r+P(XPUBCHEMr,PXNAr-PXCHARGEr.PXnanr/PXCHEBIr0PXNAr1PXKEGGr2PXNAr3Puh }r4PhNhh]r5Pr6PRr7PjS,NjT,jPjV,KjW,GubGK{(JjqGè`ܹjXGPbMj@,)r8P}r9P(hXps2_ST_pr:PhXps2_ST_pr;Ph}rPXCHARGEr?PXnanr@PXCHEBIrAPXNArBPXKEGGrCPXNArDPuh }rEPhNhh]rFPrGPRrHPjS,NjT,jPjV,KjW,GubGjXGR x)j}GjGMjOvj'qGɡ3*jG@=jRG@MzHjSG@MzHjXG?cz(jRG@M"*wuhNjX,GjY,G@@ubj0,)rIP}rJP(hX peptido_STrKPhXpeptido_ST formation reactionrLPh}rMPh }rNPj8,hj9,hj:,h]rOPrPPRrQPj>,}rRP(jGj'PG@uhNjX,G@jY,G@@ubj0,)rSP}rTP(hXpe2_STrUPhXbmembrane phosphatidylethanolamine composition based on http://www.biomedcentral.com/1752-0509/3/38rVPh}rWPh }rXPj8,hj9,hj:,h]rYPrZPRr[Pj>,}r\P(jGSj3G,jGjGjGjOG@uhNjX,G@jY,G@@ubj0,)r]P}r^P(hXpg2_STr_PhX^membrane phosphatidylglycerol composition based on http://www.biomedcentral.com/1752-0509/3/38r`Ph}raPh }rbPj8,hj9,hj:,h]rcPrdPRrePj>,}rfP(jҍGj|GjLGSjGjƌG,jOG@uhNjX,G@jY,G@@ubj0,)rgP}rhP(hXclpn2_STriPhXUmembrane cardiolipin composition based on http://www.biomedcentral.com/1752-0509/3/38rjPh}rkPh }rlPj8,hj9,hj:,h]rmPrnPRroPj>,}rpP(jGjG,jjGj'GSjGjPG@uhNjX,G@jY,G@@ubj0,)rqP}rrP(hXpa2_STrsPhXWmembrane phosphatidate composition based on http://www.biomedcentral.com/1752-0509/3/38rtPh}ruPh }rvPj8,hj9,hj:,h]rwPrxPRryPj>,}rzP(jG,jGjGj9GSjGjPG@uhNjX,G@jY,G@@ubj0,)r{P}r|P(hXps2_STr}PhX\membrane phosphatidylserine composition based on http://www.biomedcentral.com/1752-0509/3/38r~Ph}rPh }rPj8,hj9,hj:,h]rPrPRrPj>,}rP(j GjGSj8 GjG,jGj8PG@uhNjX,G@jY,G@@ubj0,)rP}rP(hX 12dgr2_STrPhX\membrane 1-2-diacylglycerol composition based on http://www.biomedcentral.com/1752-0509/3/38rPh}rPh }rPj8,hj9,hj:,h]rPrPRrPj>,}rP(jQGj/QGSj_QGjQGjPG,jOG@uhNjX,G@jY,G@@ubj0,)rP}rP(hXOAL_STrPhXO-antigen ligaserPh}rPXGENE_ASSOCIATIONrPXSTM3713rPsh }rPj8,jPj9,hj:,h]rPj arPRrPj>,}rP(j@,)rP}rP(hXOA_ST_prPhXOA_ST_prPh}rP(XPUBCHEMrPXNArPXCHARGErPXnanrPXCHEBIrPXNArPXKEGGrPXNArPuh }rPhNhh]rPrPRrPjS,NjT,jPjV,KjW,GubGj GjըG?j TG?jOG?uhNjX,GjY,G@@ubj0,)rP}rP(hXOA4L_STrPhX&O-antigen 4 polymerase with long chainrPh}rPXGENE_ASSOCIATIONrPX(STM1332 and STM2079)rPsh }rPj8,XSTM1332 and STM2079rPj9,hj:,h]rP(jo+j&erPRrPj>,}rP(j@,)rP}rP(hXudcpo4_prPhXudcpo4_prPh}rP(XPUBCHEMrPjK,XCHARGErPX-2rPXCHEBIrPjK,XKEGGrPjK,uh }rPhNhh]rPrPRrPjS,NjT,jPjV,KjW,GubG9jըG@8j TG@8jPG?uhNjX,GjY,Gubj0,)rP}rP(hXOA5L_STrPhX&O-antigen 5 polymerase with long chainrPh}rPXGENE_ASSOCIATIONrPX(STM1332 and STM2079)rPsh }rPj8,XSTM1332 and STM2079rPj9,hj:,h]rP(jo+j&erPRrPj>,}rP(jNG9jըG@8j TG@8jPG?uhNjX,GjY,G@@ubj0,)rP}rP(hXOA4VL_STrPhX+O-antigen 4 polymerase with very long chainrPh}rPXGENE_ASSOCIATIONrPX(STM1332 and STM0589)rPsh }rPj8,XSTM1332 and STM0589rPj9,hj:,h]rP(jx+j&erPRrPj>,}rP(jPGYjըG@Xj TG@XjPG?uhNjX,GjY,Gubj0,)rP}rP(hXOA5VL_STrPhX+O-antigen 5 polymerase with very long chainrPh}rPXGENE_ASSOCIATIONrPX(STM1332 and STM0589)rPsh }rPj8,XSTM1332 and STM0589rPj9,hj:,h]rP(j&jx+erPRrPj>,}rP(jNGYjըG@Xj TG@XjPG?uhNjX,GjY,G@@ubj0,)rP}rP(hXOAO4t3pprPhXO-antigen translocaserPh}rPXGENE_ASSOCIATIONrPXSTM3926rPsh }rPj8,jPj9,hj:,h]rPj arPRrPj>,}rP(jMGjPG?uhNjX,GjY,Gubj0,)rP}rP(hXOAO4t3exrPhXO-antigen translocaserPh}rPh }rPj8,hj9,hj:,h]rQrQRrQj>,}rQ(jPGj@,)rQ}rQ(hXudcpo4_erQhXudcpo4_erQh}rQ(XPUBCHEMr QjK,XCHARGEr QX-2r QXCHEBIr QjK,XKEGGr QjK,uh }rQhNhh]rQrQRrQjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,Gubj0,)rQ}rQ(hXPYDXtexrQhXPyridoxal transportrQh}rQh }rQj8,hj9,hj:,h]rQrQRrQj>,}rQ(jլGj@,)rQ}rQ(hXpydx_prQhXpydx_prQh}r Q(XPUBCHEMr!QX3549r"QXCHARGEr#QjK,XCHEBIr$QX17310r%QXKEGGr&QXC00250r'Quh }r(QhNhh]r)Qr*QRr+QjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r,Q}r-Q(hXPYDXtppr.QhXPyridoxal transportr/Qh}r0Qh }r1Qj8,hj9,hj:,h]r2Qr3QRr4Qj>,}r5Q(jQGjg"G?uhNjX,GjY,G@@ubj0,)r6Q}r7Q(hXPYDXNtexr8QhXPyrdoxine transportr9Qh}r:Qh }r;Qj8,hj9,hj:,h]rQj>,}r?Q(jGj@,)r@Q}rAQ(hXpydxn_prBQhXpydxn_prCQh}rDQ(XPUBCHEMrEQX3608rFQXCHARGErGQjK,XCHEBIrHQX16709rIQXKEGGrJQXC00314rKQuh }rLQhNhh]rMQrNQRrOQjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rPQ}rQQ(hXPYDXNtpprRQhXPyrdoxine transportrSQh}rTQh }rUQj8,hj9,hj:,h]rVQrWQRrXQj>,}rYQ(j@QGjG?uhNjX,GjY,G@@ubj0,)rZQ}r[Q(hXHEXt2rppr\QhX>hexanoate transport via proton symport, reversible (periplasm)r]Qh}r^Qh }r_Qj8,hj9,hj:,h]r`QraQRrbQj>,}rcQ(j`Gj TGjRG?jJG?uhNjX,G@jY,G@@ubj0,)rdQ}reQ(hX4HTHRtexrfQhX4-hydroxy-L-threonine transportrgQh}rhQXGENE_ASSOCIATIONriQX2( STM0320 or STM0999 or STM1473 or STM2267 )rjQsh }rkQj8,X.STM0320 or STM0999 or STM1473 or STM2267rlQj9,hj:,h]rmQ(h!h*hh3ernQRroQj>,}rpQ(j@,)rqQ}rrQ(hX4hthr_ersQhX4hthr_ertQh}ruQ(XPUBCHEMrvQX8326rwQXCHARGErxQjK,XCHEBIryQjK,XKEGGrzQXC06056r{Quh }r|QhNhh]r}Qr~QRrQjS,NjT,j,jV,KjW,GubGj@,)rQ}rQ(hX4hthr_prQhX4hthr_prQh}rQ(XPUBCHEMrQX8326rQXCHARGErQjK,XCHEBIrQjK,XKEGGrQXC06056rQuh }rQhNhh]rQrQRrQjS,NjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rQ}rQ(hX 4HTHRtrpprQhX4-hydroxy-L-threonine transportrQh}rQXGENE_ASSOCIATIONrQXSTM3243rQsh }rQj8,jQj9,hj:,h]rQj arQRrQj>,}rQ(j TGjQGj@,)rQ}rQ(hX4hthr_crQhX4-Hydroxy-L-threoninerQh}rQ(XFORMULArQXC4H9NO4rQXPUBCHEMrQX8326rQXCHARGErQjK,XCHEBIrQjK,XKEGGrQXC06056rQuh }rQhNhh]rQrQRrQjS,jQjT,jU,jV,KjW,GubG?jRG?uhNjX,G@jY,G@@ubj0,)rQ}rQ(hX4HTHRKrQhX4-Hydroxy-L-threonine kinaserQh}rQXGENE_ASSOCIATIONrQXSTM0003rQsh }rQj8,jQj9,hj:,h]rQjarQRrQj>,}rQ(jQGjRGjG?jRG?jRG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hX35PDErQhX3,5-cAMP PhosphodiesteraserQh}rQh }rQj8,hj9,hj:,h]rQrQRrQj>,}rQ(jrGjRGjRG?jXG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hXUROCANHrQhXurocanate hydrataserQh}rQh }rQj8,hj9,hj:,h]rQrQRrQj>,}rQ(jRGj@,)rQ}rQ(hXurocan_crQhX UrocanaterQh}rQ(XFORMULArQXC6H5N2O2rQXPUBCHEMrQX4043rQXCHARGErQX-1rQXCHEBIrQX30817rQXKEGGrQXC00785rQuh }rQhNhh]rQrQRrQjS,jQjT,jU,jV,JjW,GubGjQIG?uhNjX,GjY,Gubj0,)rQ}rQ(hXAADDFTrQhX4-alpha-L-fucosyltransferaserQh}rQXGENE_ASSOCIATIONrQXSTM3927rQsh }rQj8,jQj9,hj:,h]rQj+arQRrQj>,}rQ(jb+GjkGjSG?jRG?jTG?uhNjX,GjY,G@@ubj0,)rQ}rQ(hXENTERHpprQhXenterobactin hydrolaserQh}rQXGENE_ASSOCIATIONrQXSTM2776rQsh }rQj8,jQj9,hj:,h]rQj+arQRrQj>,}rQ(jRGjGj@,)rQ}rQ(hX 23dhbzs3_prQhX 23dhbzs3_prQh}rQ(XPUBCHEMrQXNArQXCHARGErQXnanrQXCHEBIrRXNArRXKEGGrRXNArRuh }rRhNhh]rRrRRrRjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G?6C-ubj0,)rR}r R(hX SALCHS4Hppr RhXsalmochelin s4 hydrolaser Rh}r RXGENE_ASSOCIATIONr RXSTM2776rRsh }rRj8,jRj9,hj:,h]rRj+arRRrRj>,}rR(jlTGjAGj@,)rR}rR(hX salchs2_prRhX salchs2_prRh}rR(XPUBCHEMrRXNArRXCHARGErRXnanrRXCHEBIrRXNArRXKEGGrRXNAr Ruh }r!RhNhh]r"Rr#RRr$RjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G?6C-ubj0,)r%R}r&R(hX SALCHS4FEHppr'RhXsalmochelin s4 fe3 hydrolaser(Rh}r)RXGENE_ASSOCIATIONr*RXSTM2776r+Rsh }r,Rj8,j+Rj9,hj:,h]r-Rj+ar.RRr/Rj>,}r0R(jAGjlTGj@,)r1R}r2R(hX salchs2fe_pr3RhX salchs2fe_pr4Rh}r5R(XPUBCHEMr6RXNAr7RXCHARGEr8RXnanr9RXCHEBIr:RXNAr;RXKEGGrRhNhh]r?Rr@RRrARjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G?6C-ubj0,)rBR}rCR(hX DHBSZ3texrDRhX23dhbsz secretionrERh}rFRh }rGRj8,hj9,hj:,h]rHRrIRRrJRj>,}rKR(jQGj@,)rLR}rMR(hX 23dhbzs3_erNRhX 23dhbzs3_erORh}rPR(XPUBCHEMrQRXNArRRXCHARGErSRXnanrTRXCHEBIrURXNArVRXKEGGrWRXNArXRuh }rYRhNhh]rZRr[RRr\RjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r]R}r^R(hX DHBSZ3FEexsr_RhX23dhbsz3 Fe III sequestrationr`Rh}raRXGENE_ASSOCIATIONrbRXs0001rcRsh }rdRj8,jcRj9,hj:,h]reRjarfRRrgRj>,}rhR(jLRGjGj@,)riR}rjR(hX fe3dhbzs3_erkRhX fe3dhbzs3_erlRh}rmR(XPUBCHEMrnRXNAroRXCHARGErpRXnanrqRXCHEBIrrRXNArsRXKEGGrtRXNAruRuh }rvRhNhh]rwRrxRRryRjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rzR}r{R(hX DHBSZ3FEtonexr|RhX23dhbsz3 Fe III importr}Rh}r~RXGENE_ASSOCIATIONrRXE(STM2199 or STM0585 or STM2777) and (STM1737 and STM3159 and STM3158)rRsh }rRj8,XE(STM2199 or STM0585 or STM2777) and (STM1737 and STM3159 and STM3158)rRj9,hj:,h]rR(j}jjj+jjerRRrRj>,}rR(jiRGj TGj@,)rR}rR(hX fe3dhbzs3_prRhX fe3dhbzs3_prRh}rR(XPUBCHEMrRXNArRXCHARGErRXnanrRXCHEBIrRXNArRXKEGGrRXNArRuh }rRhNhh]rRrRRrRjS,NjT,jPjV,KjW,GubG?jRG?uhNjX,GjY,G@@ubj0,)rR}rR(hX DHBSZ3FEabcpprRhX223dhbsz3 Fe III transport via ABC system periplasmrRh}rRh }rRj8,hj9,hj:,h]rRrRRrRj>,}rR(jRGjRGjRGj@,)rR}rR(hX fe3dhbzs3_crRhX fe3dhbzs3_crRh}rR(XPUBCHEMrRXNArRXCHARGErRXnanrRXCHEBIrRXNArRXKEGGrRXNArRuh }rRhNhh]rRrRRrRjS,NjT,jU,jV,KjW,GubG?jRG?jSG?jRG?uhNjX,GjY,G@@ubj0,)rR}rR(hX FEDHBZS3R1rRhX)fe3dhbzs3 Fe III reduction and offloadingrRh}rRXGENE_ASSOCIATIONrRXSTM2775 or STM0586rRsh }rRj8,XSTM2775 or STM0586rRj9,hj:,h]rR(j+j+erRRrRj>,}rR(jRGjlGjG@j@,)rR}rR(hX 23dhbzs3_crRhX 23dhbzs3_crRh}rR(XPUBCHEMrRXNArRXCHARGErRXnanrRXCHEBIrRXNArRXKEGGrRXNArRuh }rRhNhh]rRrRRrRjS,NjT,jU,jV,KjW,GubG@jRG@jlG?uhNjX,GjY,G@@ubj0,)rR}rR(hX FEDHBZS3R2rRhX)fe3dhbzs3 Fe III reduction and offloadingrRh}rRXGENE_ASSOCIATIONrRXSTM2775 or STM0586rRsh }rRj8,XSTM2775 or STM0586rRj9,hj:,h]rR(j+j+erRRrRj>,}rR(jRGjJGjG@jZG?jRG@jRG@uhNjX,GjY,G@@ubj0,)rR}rR(hX FEDHBZS3R3rRhX)fe3dhbzs3 Fe III reduction and offloadingrRh}rRXGENE_ASSOCIATIONrRXSTM2775 or STM0586rRsh }rRj8,XSTM2775 or STM0586rRj9,hj:,h]rR(j+j+erRRrRj>,}rR(jRGjyGjG@jRG@jRG@jG?uhNjX,GjY,G@@ubj0,)rR}rR(hX SALCHS2texrRhXSalmochelin s2 secretionrRh}rRh }rRj8,hj9,hj:,h]rRrRRrRj>,}rR(jRGj@,)rR}rR(hX salchs2_erRhX salchs2_erRh}rR(XPUBCHEMrRXNArRXCHARGErRXnanrRXCHEBIrRXNArRXKEGGrSXNArSuh }rShNhh]rSrSRrSjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rS}rS(hX SALCHS2FEexsrShX#Salmochelin s2 Fe III sequestrationr Sh}r SXGENE_ASSOCIATIONr SXs0001r Ssh }r Sj8,j Sj9,hj:,h]rSjarSRrSj>,}rS(jRGjGj@,)rS}rS(hX salchs2fe_erShX salchs2fe_erSh}rS(XPUBCHEMrSXNArSXCHARGErSXnanrSXCHEBIrSXNArSXKEGGrSXNArSuh }rShNhh]r Sr!SRr"SjS,NjT,j,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r#S}r$S(hXSALCHS2FEtonexr%ShXSalmochelin s2 Fe III importr&Sh}r'SXGENE_ASSOCIATIONr(SXSTM2777r)Ssh }r*Sj8,j)Sj9,hj:,h]r+Sj+ar,SRr-Sj>,}r.S(jSGj TGjRG?j1RG?uhNjX,GjY,G@@ubj0,)r/S}r0S(hXSALCHS2FEabcppr1ShX8Salmochelin s2 Fe III transport via ABC system periplasmr2Sh}r3SXGENE_ASSOCIATIONr4SX-(STM0594 and STM0590 and STM0592 and STM0591)r5Ssh }r6Sj8,X+STM0594 and STM0590 and STM0592 and STM0591r7Sj9,hj:,h]r8S(jkjYjbjter9SRr:Sj>,}r;S(jRGj1RGjRGjRG?j@,)rShX salchs2fe_cr?Sh}r@S(XPUBCHEMrASXNArBSXCHARGErCSXnanrDSXCHEBIrESXNArFSXKEGGrGSXNArHSuh }rIShNhh]rJSrKSRrLSjS,NjT,jU,jV,KjW,GubG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rMS}rNS(hX SALCHS2FER1rOShX.salmochelin s2 Fe III reduction and offloadingrPSh}rQSXGENE_ASSOCIATIONrRSXSTM2775rSSsh }rTSj8,jSSj9,hj:,h]rUSj+arVSRrWSj>,}rXS(j,}ruS(jJGj,}rS(jyGj,}rS(jYSGjRGj@,)rS}rS(hX salchs1_crShX salchs1_crSh}rS(XPUBCHEMrSXNArSXCHARGErSXnanrSXCHEBIrSXNArSXKEGGrSXNArSuh }rShNhh]rSrSRrSjS,NjT,jU,jV,KjW,GubG?jgBG?uhNjX,GjY,G@@ubj0,)rS}rS(hXSALCHS1HrShXSalmochelin s1 hydrolaserSh}rSXGENE_ASSOCIATIONrSXSTM2775rSsh }rSj8,jSj9,hj:,h]rSj+arSRrSj>,}rS(jSGjRGjG?jgBG?uhNjX,GjY,G@@ubj0,)rS}rS(hXENTERHrShXenterobactin hydrolaserSh}rSXGENE_ASSOCIATIONrSXSTM2775 or STM0586rSsh }rSj8,XSTM2775 or STM0586rSj9,hj:,h]rS(j+j+erSRrSj>,}rS(jGjRGjRG?uhNjX,GjY,G@@ubj0,)rS}rS(hXDHBZS3HrShX23DHBS polymer hydrolaserSh}rSXGENE_ASSOCIATIONrSXSTM2775 or STM0586rSsh }rSj8,XSTM2775 or STM0586rSj9,hj:,h]rS(j+j+erSRrSj>,}rS(jRGjRGjG?j@,)rS}rS(hX 23dhbzs2_crShX 23dhbzs2_crSh}rS(XPUBCHEMrSXNArSXCHARGErSXnanrSXCHEBIrSXNArSXKEGGrSXNArSuh }rShNhh]rSrSRrSjS,NjT,jU,jV,KjW,GubG?uhNjX,GjY,G@@ubj0,)rS}rS(hXDHBZS2HrShX23DHBS polymer hydrolaserSh}rSXGENE_ASSOCIATIONrSXSTM2775 or STM0586rSsh }rSj8,XSTM2775 or STM0586rSj9,hj:,h]rS(j+j+erSRrSj>,}rS(jRGjSGjG@uhNjX,GjY,G@@ubj0,)rS}rS(hXENTERtexrShXEnterobactin secretionrSh}rSXGENE_ASSOCIATIONrSXSTM3186rSsh }rSj8,jSj9,hj:,h]rSj+arSRrSj>,}rS(jGj TGjG?jRG?uhNjX,GjY,G@@ubj0,)rS}rS(hX ENTERGLCT1rShXGlycosyl transferaserSh}rSXGENE_ASSOCIATIONrSXSTM2773rSsh }rSj8,jSj9,hj:,h]rSj+arSRrSj>,}rS(jGjGj@,)rS}rS(hX entermg_crShX entermg_crSh}rS(XPUBCHEMrTXNArTXCHARGErTXnanrTXCHEBIrTXNArTXKEGGrTXNArTuh }rThNhh]r Tr TRr TjS,NjT,jU,jV,KjW,GubG?jkG?jRG?uhNjX,GjY,G@@ubj0,)r T}r T(hX ENTERGLCT2rThXGlycosyl transferaserTh}rTXGENE_ASSOCIATIONrTXSTM2773rTsh }rTj8,jTj9,hj:,h]rTj+arTRrTj>,}rT(jSGjGjkG?jBG?jRG?uhNjX,GjY,G@@ubj0,)rT}rT(hX FEROXBFER1rThX,Ferrioxamine Fe III reduction and offloadingrTh}rTXGENE_ASSOCIATIONrTXSTM3979rTsh }rTj8,jTj9,hj:,h]r Tj ar!TRr"Tj>,}r#T(jJGjlGjG@jRG@jlG?jKG@uhNjX,GjY,G@@ubj0,)r$T}r%T(hX FEROXBFER2r&ThX,Ferrioxamine Fe III reduction and offloadingr'Th}r(TXGENE_ASSOCIATIONr)TXSTM3979r*Tsh }r+Tj8,j*Tj9,hj:,h]r,Tj ar-TRr.Tj>,}r/T(jJGjJGjKG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)r0T}r1T(hX FEROXBFER3r2ThX,Ferrioxamine Fe III reduction and offloadingr3Th}r4TXGENE_ASSOCIATIONr5TXSTM3979r6Tsh }r7Tj8,j6Tj9,hj:,h]r8Tj ar9TRr:Tj>,}r;T(jyGjJGjKG@jG@jRG@jG?uhNjX,GjY,G@@ubj0,)rThX,Ferrioxamine Fe III reduction and offloadingr?Th}r@TXGENE_ASSOCIATIONrATXSTM3979rBTsh }rCTj8,jBTj9,hj:,h]rDTj arETRrFTj>,}rGT(jlGjJGjG@jKG@jRG@jlG?uhNjX,GjY,G@@ubj0,)rHT}rIT(hX FEROXEFER2rJThX,Ferrioxamine Fe III reduction and offloadingrKTh}rLTXGENE_ASSOCIATIONrMTXSTM3979rNTsh }rOTj8,jNTj9,hj:,h]rPTj arQTRrRTj>,}rST(jJGjJGjG@jKG@jZG?jRG@uhNjX,GjY,G@@ubj0,)rTT}rUT(hX FEROXEFER3rVThX,Ferrioxamine Fe III reduction and offloadingrWTh}rXTXGENE_ASSOCIATIONrYTXSTM3979rZTsh }r[Tj8,jZTj9,hj:,h]r\Tj ar]TRr^Tj>,}r_T(jyGjJGjG@jRG@jG?jKG@uhNjX,GjY,G@@ubj0,)r`T}raT(hX FEROXGFER1rbThX,Ferrioxamine Fe III reduction and offloadingrcTh}rdTXGENE_ASSOCIATIONreTXSTM3979rfTsh }rgTj8,jfTj9,hj:,h]rhTj ariTRrjTj>,}rkT(jJGjlGjKG@jG@jRG@jlG?uhNjX,GjY,G@@ubj0,)rlT}rmT(hX FEROXGFER2rnThX,Ferrioxamine Fe III reduction and offloadingroTh}rpTXGENE_ASSOCIATIONrqTXSTM3979rrTsh }rsTj8,jrTj9,hj:,h]rtTj aruTRrvTj>,}rwT(jJGjJGjG@jKG@jZG?jRG@uhNjX,GjY,G@@ubj0,)rxT}ryT(hX FEROXGFER3rzThX,Ferrioxamine Fe III reduction and offloadingr{Th}r|TXGENE_ASSOCIATIONr}TXSTM3979r~Tsh }rTj8,j~Tj9,hj:,h]rTj arTRrTj>,}rT(jyGjJGjG@jRG@jG?jKG@uhNjX,GjY,G@@ubj0,)rT}rT(hXGULNLtexrThXL-gulonate transportrTh}rTXGENE_ASSOCIATIONrTX2( STM0320 or STM0999 or STM1473 or STM2267 )rTsh }rTj8,X.STM0320 or STM0999 or STM1473 or STM2267rTj9,hj:,h]rT(h*hh3h!erTRrTj>,}rT(j@,)rT}rT(hX guln__L_erThX guln__L_erTh}rT(XPUBCHEMrTXNArTXCHARGErTXnanrTXCHEBIrTXNArTXKEGGrTXNArTuh }rThNhh]rTrTRrTjS,NjT,j,jV,KjW,GubGj@,)rT}rT(hX guln__L_prThX guln__L_prTh}rT(XPUBCHEMrTXNArTXCHARGErTXnanrTXCHEBIrTXNArTXKEGGrTXNArTuh }rThNhh]rTrTRrTjS,NjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rT}rT(hXGULNLtpprThXL-gulonate transportrTh}rTh }rTj8,hj9,hj:,h]rTrTRrTj>,}rT(j TGjTGjRG?j@,)rT}rT(hX guln__L_crThX guln__L_crTh}rT(XPUBCHEMrTXNArTXCHARGErTXnanrTXCHEBIrTXNArTXKEGGrTXNArTuh }rThNhh]rTrTRrTjS,NjT,jU,jV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rT}rT(hXGULNLRrThXL-gulonate reductaserTh}rTh }rTj8,hj9,hj:,h]rTrTRrTj>,}rT(jTGj[GjfCG?j[G@uhNjX,GjY,G@@ubj0,)rT}rT(hX DXYLUDtexrThX1-deoxy-d-xyluose transportrTh}rTXGENE_ASSOCIATIONrTX2( STM0320 or STM0999 or STM1473 or STM2267 )rTsh }rTj8,X.STM0320 or STM0999 or STM1473 or STM2267rTj9,hj:,h]rT(h*hh3h!erTRrTj>,}rT(j@,)rT}rT(hXdxyl_erThXdxyl_erTh}rT(XPUBCHEMrTX8496rTXCHARGErTjK,XCHEBIrTX28354rTXKEGGrTXC06257rTuh }rThNhh]rTrTRrTjS,NjT,j,jV,KjW,GubGj@,)rT}rT(hXdxyl_prThXdxyl_prTh}rT(XPUBCHEMrTX8496rTXCHARGErTjK,XCHEBIrTX28354rTXKEGGrTXC06257rUuh }rUhNhh]rUrURrUjS,NjT,jPjV,KjW,GubG?uhNjX,G@jY,G@@ubj0,)rU}rU(hX DXYLUDtpprUhX1-deoxy-d-xyluose transportrUh}r Uh }r Uj8,hj9,hj:,h]r Ur URr Uj>,}rU(jTGj TGjŦG?jRG?uhNjX,GjY,G@@ubj0,)rU}rU(hX MUREINLPPTPrUhXL,D-transpeptidaserUh}rUXGENE_ASSOCIATIONrUX(STM0837 or STM1215 or STM1375)rUsh }rUj8,XSTM0837 or STM1215 or STM1375rUj9,hj:,h]rU(j+j+j+erURrUj>,}rU(j@,)rU}rU(hXlpp_prUhX lipoproteinrUh}r U(XFORMULAr!UX XC16H30O1r"UXPUBCHEMr#UX4953r$UXCHARGEr%UjK,XCHEBIr&UX6495r'UXKEGGr(UXC01834r)Uuh }r*UhNhh]r+Ur,URr-UjS,j"UjT,jPjV,KjW,GubGjGj&dG?j@,)r.U}r/U(hX murein_lpp_pr0UhX murein_lpp_pr1Uh}r2U(XPUBCHEMr3UXNAr4UXCHARGEr5UXnanr6UXCHEBIr7UXNAr8UXKEGGr9UXNAr:Uuh }r;UhNhh]rUjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r?U}r@U(hXAPOLPPSrAUhXlpp signal peptidase - mureinrBUh}rCUXGENE_ASSOCIATIONrDUXSTM0047rEUsh }rFUj8,jEUj9,hj:,h]rGUj+arHURrIUj>,}rJU(jRGj@,)rKU}rLU(hXdiglyceride_prolpp_crMUhXdiglyceride_prolpp_crNUh}rOU(XPUBCHEMrPUXNArQUXCHARGErRUXnanrSUXCHEBIrTUXNArUUXKEGGrVUXNArWUuh }rXUhNhh]rYUrZURr[UjS,NjT,jU,jV,KjW,GubGj@,)r\U}r]U(hXapolpp_pr^UhXapolpp_pr_Uh}r`U(XPUBCHEMraUXNArbUXCHARGErcUXnanrdUXCHEBIreUXNArfUXKEGGrgUXNArhUuh }riUhNhh]rjUrkURrlUjS,NjT,jPjV,KjW,GubG?j@,)rmU}rnU(hXlpp_sp_proUhXlpp_sp_prpUh}rqU(XPUBCHEMrrUXNArsUXCHARGErtUXnanruUXCHEBIrvUXNArwUXKEGGrxUXNAryUuh }rzUhNhh]r{Ur|URr}UjS,NjT,jPjV,KjW,GubG?uhNjX,GjY,G@@ubj0,)r~U}rU(hXPROLPPOATPE160rUhXO-acyl Transferase - mureinrUh}rUh }rUj8,hj9,hj:,h]rUrURrUj>,}rU(jXGj@,)rU}rU(hXglyceryl_prolpp_crUhXglyceryl_prolpp_crUh}rU(XPUBCHEMrUXNArUXCHARGErUXnanrUXCHEBIrUXNArUXKEGGrUXNArUuh }rUhNhh]rUrURrUjS,NjT,jU,jV,KjW,GubGjKUG?j2WG?uhNjX,GjY,G@@ubj0,)rU}rU(hXPROLPPOATPG160rUhXO-acyl Transferase - mureinrUh}rUh }rUj8,hj9,hj:,h]rUrURrUj>,}rU(jUGj [GjZG?jKUG?uhNjX,GjY,G@@ubj0,)rU}rU(hX PROLPPGT160rUhXGlyceryl Transferase - mureinrUh}rUXGENE_ASSOCIATIONrUXSTM3002rUsh }rUj8,jUj9,hj:,h]rUj+arURrUj>,}rU(j [Gj@,)rU}rU(hXprolpp_crUhXprolpp_crUh}rU(XPUBCHEMrUXNArUXCHARGErUXnanrUXCHEBIrUXNArUXKEGGrUXNArUuh }rUhNhh]rUrURrUjS,NjT,jU,jV,KjW,GubGjZG?jUG?uhNjX,GjY,G@@ubj0,)rU}rU(hXDMBZIDSrUhX DMB synthaserUh}rUXGENE_ASSOCIATIONrUXSTM2016rUsh }rUj8,jUj9,hj:,h]rUjf+arURrUj>,}rU(jGjOG?uhNjX,GjY,G@@ubj0,)rU}rU(hX 2HH24DDH1rUhX2hh24dd hydrataserUh}rUXGENE_ASSOCIATIONrUXSTM1105rUsh }rUj8,jUj9,hj:,h]rUjx%arURrUj>,}rU(j#:GjRGj!MG?uhNjX,GjY,G@@ubj0,)rU}rU(hXGALCTNDrUhXgalactonate dehydrataserUh}rUXGENE_ASSOCIATIONrUXSTM3828rUsh }rUj8,jUj9,hj:,h]rUj+arURrUj>,}rU(j"GjRG?jG?uhNjX,GjY,G@@ubj0,)rU}rU(hXDDPGALArUhX/2-dehydro-3-deoxy-6-phosphogalactonate aldolaserUh}rUh }rUj8,hj9,hj:,h]rUrURrUj>,}rU(j+GjG?jGjG?uhNjX,G@jY,G@@ubj0,)rU}rU(hXFOAMtrpprUhXFormamide transportrUh}rUh }rUj8,hj9,hj:,h]rUrURrUj>,}rU(jIGj+HG?uhNjX,G@jY,G@@ubj0,)rU}rU(hX FEENTERR1rUhX+Fe enterobactin reduction Fe III unloading rUh}rUXGENE_ASSOCIATIONrUXSTM0586rUsh }rUj8,jUj9,hj:,h]rVj+arVRrVj>,}rV(jXGjlGjG@jG@jlG?jRG@uhNjX,GjY,G@@ubj0,)rV}rV(hX FEENTERR2rVhX+Fe enterobactin reduction Fe III unloading rVh}rVXGENE_ASSOCIATIONr VXSTM0586r Vsh }r Vj8,j Vj9,hj:,h]r Vj+ar VRrVj>,}rV(jJGjXGjG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)rV}rV(hX FEENTERR3rVhX+Fe enterobactin reduction Fe III unloading rVh}rVXGENE_ASSOCIATIONrVXSTM0586rVsh }rVj8,jVj9,hj:,h]rVj+arVRrVj>,}rV(jyGjXGjG@jG@jG?jRG@uhNjX,GjY,G@@ubj0,)rV}rV(hX SALCHS4FER1rVhX1Salmochelin S4 Fe III reduction Fe III unloading rVh}r VXGENE_ASSOCIATIONr!VXSTM2775r"Vsh }r#Vj8,j"Vj9,hj:,h]r$Vj+ar%VRr&Vj>,}r'V(jAGjlGjBG@jG@jRG@jlG?uhNjX,GjY,G@@ubj0,)r(V}r)V(hX SALCHS4FER2r*VhX1Salmochelin S4 Fe III reduction Fe III unloading r+Vh}r,VXGENE_ASSOCIATIONr-VXSTM2775r.Vsh }r/Vj8,j.Vj9,hj:,h]r0Vj+ar1VRr2Vj>,}r3V(jAGjJGjBG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)r4V}r5V(hX SALCHS4FER3r6VhX1Salmochelin S4 Fe III reduction Fe III unloading r7Vh}r8VXGENE_ASSOCIATIONr9VXSTM2775r:Vsh }r;Vj8,j:Vj9,hj:,h]rVj>,}r?V(jAGjyGjBG@jG@jRG@jG?uhNjX,GjY,G@@ubj0,)r@V}rAV(hXSALCHS4FEtonexrBVhX=Salmochelin S4 Fe III transport via ton system extracellular rCVh}rDVXGENE_ASSOCIATIONrEVXS( ( STM0585 or STM2199 or STM2777 ) and ( STM1737 and STM3158 and STM3159 ) )rFVsh }rGVj8,XO( STM0585 or STM2199 or STM2777 ) and ( STM1737 and STM3158 and STM3159 )rHVj9,hj:,h]rIV(j}jjj+jjerJVRrKVj>,}rLV(j TGjAGjAG?jRG?uhNjX,GjY,G@@ubj0,)rMV}rNV(hXHISNH4LrOVhXHistidine ammonia lyaserPVh}rQVXGENE_ASSOCIATIONrRVXSTM0791rSVsh }rTVj8,jSVj9,hj:,h]rUVj+arVVRrWVj>,}rXV(jGjQG?jcfG?uhNjX,GjY,Gubj0,)rYV}rZV(hXAB6PGHr[VhX"Arbutin 6 phosphate glucohydrolaser\Vh}r]VXGENE_ASSOCIATIONr^VXSTM3051r_Vsh }r`Vj8,j_Vj9,hj:,h]raVj+arbVRrcVj>,}rdV(j@,)reV}rfV(hXarbt6p_crgVhXArbutin-6-phosphaterhVh}riV(XFORMULArjVX C12H15O10PrkVXPUBCHEMrlVX8438rmVXCHARGErnVX-2roVXCHEBIrpVjK,XKEGGrqVXC06187rrVuh }rsVhNhh]rtVruVRrvVjS,jkVjT,jU,jV,JjW,GubGjRGjG?j@,)rwV}rxV(hXhqn_cryVhX HydroquinonerzVh}r{V(XFORMULAr|VXC6H6O2r}VXPUBCHEMr~VX3812rVXCHARGErVjK,XCHEBIrVX17594rVXKEGGrVXC00530rVuh }rVhNhh]rVrVRrVjS,j}VjT,jU,jV,KjW,GubG?uhNjX,GjY,Gubj0,)rV}rV(hXSARCOXrVhXsarcosine oxidaserVh}rVXGENE_ASSOCIATIONrVXSTM1160rVsh }rVj8,jVj9,hj:,h]rVjarVRrVj>,}rV(j-fGjRGj@,)rV}rV(hXsarcs_crVhX SarcosinerVh}rV(XFORMULArVXC3H7NO2rVXPUBCHEMrVX3513rVXCHARGErVjK,XCHEBIrVX15611rVXKEGGrVXC00213rVuh }rVhNhh]rVrVRrVjS,jVjT,jU,jV,KjW,GubGjQfG?j}G?jG?uhNjX,GjY,Gubj0,)rV}rV(hX FE3HOXabcpprVhX6ferric hydroxamate transport via ABC system periplasm rVh}rVXGENE_ASSOCIATIONrVX'( STM0194 and STM0192 and STM0193 )rVsh }rVj8,X#STM0194 and STM0192 and STM0193rVj9,hj:,h]rV(j>j5jGerVRrVj>,}rV(jRGjRGjOGjG?jRG?jRG?jSG?uhNjX,GjY,G@@ubj0,)rV}rV(hXFEOXAMR1rVhXferroxamine reductaserVh}rVXGENE_ASSOCIATIONrVXSTM3979rVsh }rVj8,jVj9,hj:,h]rVj arVRrVj>,}rV(jGjlGjG@jG@jRG@jlG?uhNjX,GjY,G@@ubj0,)rV}rV(hXFEOXAMR2rVhXferroxamine reductaserVh}rVXGENE_ASSOCIATIONrVXSTM3979rVsh }rVj8,jVj9,hj:,h]rVj arVRrVj>,}rV(jJGjGjG@jG@jZG?jRG@uhNjX,GjY,G@@ubj0,)rV}rV(hXFEOXAMR3rVhXferroxamine reductaserVh}rVXGENE_ASSOCIATIONrVXSTM3979rVsh }rVj8,jVj9,hj:,h]rVj arVRrVj>,}rV(jyGjGjG@jG@jRG@jG?uhNjX,GjY,G@@ubj0,)rV}rV(hXDHBSHrVhX$2 3 dihydroxybenzoylserine hydrolaserVh}rVh }rVj8,hj9,hj:,h]rVrVRrVj>,}rV(jGjRGjrG?jG?jRG?uhNjX,GjY,G@@ubj0,)rV}rV(hX ALPATE160pprVhXDapolipoprotein N acyltransferase phosphatidylethanolamine periplasm rVh}rVXGENE_ASSOCIATIONrVX( STM0666 and STM1377 )rVsh }rVj8,XSTM0666 and STM1377rVj9,hj:,h]rV(j,j,erVRrVj>,}rV(j\UGjGj!WG?jUG?uhNjX,GjY,G@@ubj0,)rV}rV(hX ALPATG160pprVhX@apolipoprotein N acyltransferase phosphatidylglycerol periplasm rVh}rVXGENE_ASSOCIATIONrVX( STM0666 and STM1377 )rVsh }rVj8,XSTM0666 and STM1377rVj9,hj:,h]rV(j,j,erVRrVj>,}rV(jLGj\UGjYG?jUG?uhNjX,GjY,G@@ubj0,)rV}rV(hXCYSLDSrVhXL-cysteine desulfhydraserVh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(j/}GjRGjcfG?jG?jGjG?uhNjX,GjY,G@@ubj0,)rW}rW(hXINOSTtpprWhXmyo-inositol transportr Wh}r Wh }r Wj8,hj9,hj:,h]r Wr WRrWj>,}rW(jMGj TGj-G?jRG?uhNjX,GjY,G@@ubj0,)rW}rW(hXHDCAt2pprWhX*Hexadecanoate transport via proton symportrWh}rWXGENE_ASSOCIATIONrWXSTM2391rWsh }rWj8,jWj9,hj:,h]rWj/ arWRrWj>,}rW(jGj TGjXG?jRG?uhNjX,GjY,G@@ubj0,)rW}rW(hX OCDCAt2pprWhX*Octadecanoate transport via proton symportrWh}r WXGENE_ASSOCIATIONr!WXSTM2392r"Wsh }r#Wj8,j"Wj9,hj:,h]r$Wj,ar%WRr&Wj>,}r'W(jGj TGjYG?jRG?uhNjX,GjY,G@@ubj0,)r(W}r)W(hX OCDCEAt2ppr*WhX*Octadecenoate transport via proton symportr+Wh}r,WXGENE_ASSOCIATIONr-WXSTM2392r.Wsh }r/Wj8,j.Wj9,hj:,h]r0Wj,ar1WRr2Wj>,}r3W(j?Gj TGj6YG?jRG?uhNjX,GjY,G@@ubj0,)r4W}r5W(hX TTDCAt2ppr6WhX+Tetradecanoate transport via proton symportr7Wh}r8WXGENE_ASSOCIATIONr9WXSTM2393r:Wsh }r;Wj8,j:Wj9,hj:,h]rWj>,}r?W(jGj TGj:XG?jRG?uhNjX,GjY,G@@ubj0,)r@W}rAW(hXDDCAt2pprBWhX(Dodecanoate transport via proton symportrCWh}rDWXGENE_ASSOCIATIONrEWXSTM2393rFWsh }rGWj8,jFWj9,hj:,h]rHWj",arIWRrJWj>,}rKW(jGj TGjWG?jRG?uhNjX,GjY,G@@ubj0,)rLW}rMW(hXbiomass_iRR1083_metalsrNWhXpbiomass equation from http://www.biomedcentral.com/1752-0509/3/38 including metals from iAF1260 biomass functionrOWh}rPWh }rQWj8,hj9,hj:,h]rRWrSWRrTWj>,}rUW(jhxG*sqTjOGYzjgG 6C-jG6s gjG.YmjG7ޓjGjGiWjOG(; 4jIhGٺ`jZGBPjG0H'ÓjGiWjG]J]#jmG\лnwjuGQj/}G"[tj[G! 8Cj_}Gr6~ANj8GƻAjIGè`ܹjGhtj~jOG;nCyj^yGu}jRGMoXDjGj[Gau"j8PGjG-:ijqGè`ܹjĎGsgLf jsGܜMj[G:6C-jG"%jG|1&yjfGcADJjGnL jOGN -=jgG*sqTj[G 6C-jGiWjRGJud0j=G@=j3Gc `jlGhjPGjG}.YjEG;yR5jVGs>jGiWj'PGK{(JjPG\1Y>_jiGiWjXGPbMjSG Hj܆GsgLf jXGR x)j}Gj{G+@jUjGMjOvj'qGɡ3*jG@=jSG@MzHjRG@MzHjXG?cz(jRG@M"*wuhNjX,GjY,G@@ubj0,)rVW}rWW(hX EX_dxyl_erXWhXdxyl_e Boundary ReactionrYWh}rZWh }r[Wj8,hj9,hj:,h]r\Wr]WRr^Wj>,}r_W(jTGjQOGuhNjX,GjY,G@@ubj0,)r`W}raW(hXEX_salchs2fe_erbWhXsalchs2fe_e Boundary ReactionrcWh}rdWh }reWj8,hj9,hj:,h]rfWrgWRrhWj>,}riW(jSGjjOGuhNjX,GjY,G@@ubj0,)rjW}rkW(hX EX_rnam_erlWhXrnam_e Boundary ReactionrmWh}rnWh }roWj8,hj9,hj:,h]rpWrqWRrrWj>,}rsW(joMGjOGuhNjX,GjY,G@@ubj0,)rtW}ruW(hX EX_colipaOA_ervWhXcolipaOA_e Boundary ReactionrwWh}rxWh }ryWj8,hj9,hj:,h]rzWr{WRr|Wj>,}r}W(jOGjOGuhNjX,GjY,G@@ubj0,)r~W}rW(hX EX_udcpo4_erWhXudcpo4_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jQGjOGuhNjX,GjY,G@@ubj0,)rW}rW(hXEX_tcb_erWhXtcb_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jNGjOGuhNjX,GjY,G@@ubj0,)rW}rW(hXEX_fe3dhbzs3_erWhXfe3dhbzs3_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jiRGjOGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_23dhbzs3_erWhX23dhbzs3_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jLRGjPGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_guln__L_erWhXguln__L_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jTGjPGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_udcpo5_erWhXudcpo5_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jNGj8PGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_4hthr_erWhX4hthr_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jqQGjOPGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_salchs2_erWhXsalchs2_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(jRGjgPGuhNjX,GjY,G@@ubj0,)rW}rW(hX EX_tton_erWhXtton_e Boundary ReactionrWh}rWh }rWj8,hj9,hj:,h]rWrWRrWj>,}rW(j8OGjPGuhNjX,GjY,G@@ube}rWj,,}rW(j3,Kj\,Kjv,Kj,Kj,Kj,Kj,Kj,Kj-Kj3-K jL-K jh-K j-K j-K j-Kj-Kj-Kj .Kj'.KjA.Kj].Kjx.Kj.Kj.Kj.Kj.Kj.Kj/Kj3/KjL/Kje/Kj/Kj/K j/K!j/K"j/K#j0K$j"0K%j=0K&jX0K'jt0K(j0K)j0K*j0K+j0K,j0K-j1K.j/1K/jK1K0jf1K1j1K2j1K3j1K4j1K5j1K6j 2K7j"2K8j=2K9jV2K:jq2K;j2Kj2K?j2K@j3KAj/3KBjJ3KCje3KDj3KEj3KFj3KGj3KHj3KIj 4KJj&4KKjB4KLj^4KMjy4KNj4KOj4KPj4KQj4KRj4KSj5KTj05KUjI5KVjd5KWj5KXj5KYj5KZj5K[j5K\j6K]j#6K^j?6K_j[6K`jv6Kaj6Kbj6Kcj6Kdj6Kej7Kfj7Kgj67KhjQ7Kijl7Kjj7Kkj7Klj7Kmj7Knj7Koj 8Kpj'8Kqj@8Krj[8Ksjw8Ktj8Kuj8Kvj8Kwj8Kxj8Kyj9Kzj-9K{jG9K|j`9K}j{9K~j9Kj9Kj9Kj9Kj9Kj:Kj6:KjR:Kjn:Kj:Kj:Kj:Kj:Kj:Kj;Kj,;KjG;Kjb;Kj};Kj;Kj;Kj;Kj;Kj<Kj!<Kj<<KjX<Kjs<Kj<Kj<Kj<Kj<Kj<Kj=Kj5=KjP=Kjk=Kj=Kj=Kj=Kj=Kj=Kj>Kj->KjI>Kje>Kj>Kj>Kj>Kj>Kj>Kj?Kj"?Kj;?KjT?Kjp?Kj?Kj?Kj?Kj?Kj?Kj@Kj0@KjK@Kjg@Kj@Kj@Kj@Kj@Kj@Kj AKj%AKjAAKj\AKjwAKjAKjAKjAKjAKjAKjBKj5BKjOBKjiBKjBKjBKjBKjBKjBKj CKj'CKjBCKj[CKjvCKjCKjCKjCKjCKjCKjDKj3DKjNDKjiDKjDKjDKjDKjDKjDKjEKj*EKjEEKjaEKj}EKjEKjEKjEKjEKjFKj"FKj=FKjXFKjtFKjFKjFKjFKjFKjFKjGKj5GKjMGMjeGMjGMjGMjGMjGMjGMj HMj%HMj@HM j[HM jwHM jHM jHM jHMjHMjIMjIMj7IMjSIMjnIMjIMjIMjIMjIMjIMjJMj-JMjHJMjcJMj~JMjJMjJM jJM!jJM"jKM#j KM$j;KM%jWKM&jsKM'jKM(jKM)jKM*jKM+jKM,jLM-j4LM.jOLM/jjLM0jLM1jLM2jLM3jLM4jLM5jMM6j*MM7jBMM8j[MM9jsMM:jMM;jMM<jMM=jMM>jMM?jNM@j,NMAjHNMBjcNMCjNMDjNMEjNMFjNMGjNMHjNMIjOMJj/OMKjJOMLjcOMMj}OMNjOMOjOMPjOMQjOMRjOMSjPMTj1PMUjHPMVj`PMWjzPMXjPMYjPMZjPM[j%QM\jUQM]jQM^jQM_jQM`jRMaj8RMbjkRMcjRMdjSMej3SMfjfSMgjSMhjSMijSMjj?TMkj`TMljTMmjTMnjTMojTMpj'UMqjYUMrjUMsjUMtjUMuj!VMvjSVMwjVMxjVMyjVMzjWM{jEWM|juWM}jWM~jWMj.XMjaXMjXMjXMjXMj*YMj\YMjYMjYMjYMjZMjBZMjpZMjZMjZMjZMjZMj[Mj>[Mj^[Mj~[Mj[Mj \Mj?\MjM\Mj\Mj\Mj\Mj\Mj]MjJ]Mj}]Mj]Mj]Mj^MjA^Mjp^Mj^Mj^Mj_Mj4_Mjg_Mj_Mj_Mj_Mj`Mj.`MjN`Mjn`Mj`Mj`Mj`Mj`MjaMj&aMjDaMjdaMjaMjaMjaMjbMj:bMj[bMjybMjbMjbMjbMjbMjcMj9cMjhcMjcMjcMjcMj dMj:dMjIdMjhdMjdMjdMjdMjeMjDeMjSeMjbeMjqeMjeMjeMjeMjeMjeMjfMjwfMjfMjfMjgMj.gMjNgMjogMjgMjgMjhMj*hMjphMjhMjhMjiMj'iMjHiMjyiMjiMjiMj'jMj\jMj}jMjjMjjMjjMj)kMjKkMjzkMjkMjkMjlMjFlMjzlMjlMjlMjmMjImMj}mMjmMjmMjnMjMnMjnMjnMjnM jnM j3oM jUoM jwoM joMjoMjoMj pMj.pMjMpMjpMjpMjpMjqMj;qMj[qMj|qMjqMjqMjqMjrMj2rMj@rM j`rM!jorM"j}rM#jrM$jrM%jrM&j%sM'jFsM(jzsM)jsM*jsM+jtM,j7tM-jetM.jtM/jtM0jtM1jtM2jtM3j uM4juM5j5uM6jCuM7jauM8juM9juM:juM;jvM<jNvM=jvM>jvM?jvM@jwMAjOwMBjwMCjwMDjwMEjxMFj:xMGj[xMHj}xMIjxMJjxMKjxMLjyMMj#yMNjQyMOjryMPjyMQjyMRjyMSjyMTjzMUj#zMVj1zMWjRzMXj`zMYjzMZjzM[jzM\jzM]j{M^jH{M_ji{M`jw{Maj{Mbj{Mcj{Mdj{Mej|Mfj#|MgjA|MhjO|Mij]|Mjj|Mkj|Mlj|Mmj|MnjC}Mojs}Mpj}Mqj}Mrj}Msj ~Mtj~Muj8~MvjY~Mwjz~Mxj~Myj~MzjM{j@M|joM}jM~jMjMjMj(Mj4MjTMjbMjMjMjĀMjMjMj%MjEMjvMjMjMjMjMjMj(MjIMjjMjMjMj˂MjMj MjMj8MjmMjMjƒMjуMjMj4MjUMjcMjqMjMjÄMj҄MjMjMjMj1MjQMj_MjkMjMjMjMj܅MjMjMj'MjlMjMjІMjMj#MjyMjMj̇MjMjMjCMjeMjtMjMjMjֈMjMjMj7MjWMjwMjMjMj׉Mj Mj(MjFMjcMjMjMjÊMjMjMj8MjYMjhMjMjMjMj(MjTMjMjڌMjMj`MjMjMj)MjJMjYMjhMjwMjMjMjMjَMjMjMjNMjoMj}MjMjMjߏMjMjMj8MjdMjpMj|MjMjMjӐMjMjMj4MjBMjMjMjÑMjMjMj#M jDM jRM jsM jM jMjMjВMjޒMjMjMj@MjNMjMjēMjMj Mj,MjMMj[MjzMjӔMj,MjMM jM!jM"jՕM#jM$jM%jJM&j{M'jM(jM)jؖM*jM+jM,j)M-j8M.jjM/jyM0jM1jM2jM3jŗM4jM5jM6j'M7jYM8jM9jM:jΘM;jܘM<jM=jM>jM?jM@j"MAj0MBj>MCj_MDjMEjMFjԙMGjMHjMIjMJjMKj-MLj;MMjIMNjWMOjeMPjMQjMRjǚMSjMTj1MUjeMVjMWjMXj؛MYj MZj@M[juM\jM]jޜM^jM_jGM`jyMajMbjΝMcjMdj5MejSMfjMgjMhj۞MijMjj Mkj+Mlj_MmjMnjԟMojMpjMqjMrj,Msj\Mtj}MujMvjӠMwjMxjMyj6MzjDM{jRM|jM}jM~j֡MjMjMjJMj}MjMjMjMjѢMjMjMj3MjfMjMjMjMjMjHMjMj¤MjMjMj5MjiMjMjӥMjMj(MjIMjiMjwMjMjMj٦MjMjMj=MjKMjYMjgMjuMjMjMjMjMjMjɧMjקMjMjMjMjMjMj+Mj9MjGMjUMjcMjqMjMjMjMjMjMj8MjGMjeMjMjMj˩MjMjMj1MjSMjrMjMjMjӪMjMjMj0Mj\Mj}MjMjϫMjMjMj?MjoMjMjMjˬMjMjMjMj MjMj%Mj1Mj=MjIMjUMjaMjmMjyMu(jMjMjMjMjխMjMjMjMjMjMjMj)Mj5MjAMjMMjYMjeMjqMj}MjMjMjMjMjMjŮMjѮMjMjMjMjMjMj+Mj7MjCM jOM j[M jgM jsM jMjMjMjMjMjMjǯMjӯMj߯MjMjMjMjMjMj'Mj3Mj?MjKMjWM jcM!joM"j{M#jM$jM%jM&jM'jM(jðM)jϰM*j۰M+jM,jM-jM.j M/jM0j#M1j/M2j;M3jGM4jSM5j_M6jkM7jwM8jM9jM:jM;jM<jM=jM>j˱M?jױM@jMAjMBjMCjMDj%MEj1MFj=MGj\MHjzMIjMJjMKj²MLjݲMMjMNjMOj3MPjOMQjmMRjMSjMTjųMUjMVjMWjMXj=MYj\MZj{M[jM\jM]jԴM^jM_jM`j/MajNMbjlMcjMdjMejǵMfjMgjMhj!Mij@Mjj^Mkj|MljMmjMnjضMojMpjMqj5MrjSMsjrMtjMujMvj̷MwjMxj Myj)MzjGM{jfM|jM}jM~j¸MjMjMjMj<MjZMjxMjMjMjιMjMj Mj(MjFMjdMjMjMjMj޺MjMjMj9MjWMjuMjMjMjλMjڻMjMjMj5MjAMj`Mj~MjMjMjڼMjMjMj2MjPMjmMjMjMjɽMjMjMj#Mj?Mj]Mj{MjMjMj־MjMjMj/MjMMjkMjMjMjƿMjMjMj#MjAMj_Mj~MjMjMjMjMjMj6MjTMjrMjMjMjMjMj Mj*MjIMjgMjMjMjMjMjMjMj6MjTMjrMjMjMjMjMjMjMj5MjSMjrMjMjMjMjMj Mj(MjFMjeMjMjMjMjMjMjMj8MjWMjsMjMjMjMjMj Mj)MjHMjgMjMjMjMjMjMjMj;MjZMjxMjMjMjM jM jM jM j)M j8MjFMjTMjbMjpMj~MjMjMjMjMjMjMjMjMjMj>Mj_MjmMj|M jM!jM"jM#jM$jM%j2M&jSM'juM(jM)jM*jM+jM,jM-j'M.j\M/jkM0jM1jM2jM3jM4j"M5j1M6jQM7j`M8jnM9jM:jM;jM<jM=jM>j M?j(M@j4MAjBMBjbMCjpMDjMEjMFjMGjMHjMIjMJjMKj*MLj9MMjlMNjzMOjMPjMQjMRjMSjMTj MUj/MVj=MWj^MXjMYjMZjM[jM\jM]jM^jM_jM`j%Maj3MbjBMcjcMdjMejMfjMgjMhjMijMjjMkj3MljAMmjcMnjMojMpjMqjMrj/Msj>MtjpMujMvjMwjMxjMyjMzjM{jM|jM}j9M~jHMjVMjeMjtMjMjMjMjMjMj:MjIMjzMjMjMjMjMj Mj@MjOMjpMjMjMjMjMjMj7MjFMjxMjMjMjMjMj*MjKMj}MjMjMjMjMjMjMjMjMj'MjHMj|MjMjMjMjMj MjRMjtMjMjMjMjMjMjMjMj-Mj<MjKMjMjMjMjMjMjMj.MjLMjnMjMjMjMjMjMjMjMj MjMj%MjVMjwMjMjMjMjMjMjMjMj4MjCMjtMjMjMjMjMjMjMjMjMj,Mj_MjnMj}MjMjMjMjMjMjMj0Mj>MjMMjoMj~MjMjMjMjMjMjMjMjMjMj3Mj?MjqMjMjMjMjMjMjMjMj?MjaMjoM j~M jM jM jM jMjMjMjMjMj!MjAMjaMjMjMjMjMjMj0Mj>MjMMj[MjiMjxM jM!jM"jM#jM$jM%jM&jM'jM(j0M)jQM*jqM+jM,jM-jM.jM/jM0jM1jM2jM3jM4j1M5j?M6jaM7jM8jM9jM:jM;j M<j-M=jNM>joM?jM@jMAjMBjMCjMDjMEjMFjBMGj`MHjnMIj|MJjMKjMLjMMjMNjMOj*MPj9MQjYMRjzMSjMTjMUjMVjMWjMXj>MYjqMZjM[jM\jM]jM^jM_jM`jMajMbj=Mcj^MdjmMejMfjMgjMhjMijMjjMkjMlj&Mmj4MnjBMojPMpj^MqjMrjMsjMtjMujMvjMwjDMxjeMyjsMzjM{jM|jM}jM~jMjMjMjMj,Mj;Mj[MjiMjwMjMjMjMjMj MjMj:MjZMjfMjtMjMjMjMjMjMjMjMjMjMjMjMjJMjkMjyMjMjMjMjMjMjMj&MjFMjTMj`MjnMjMjMjMjMjMj Mj.Mj=MjLMjZMj{MjMjMjMjMj1MjRMjpMjMjMjMjMj Mj+MjJMjiMjMjMjMjMjMjMj<MjZMjhMjvMjMjMjMjMjMjMjMjMj4MjRMjpMjMjMjMjMjMjMjMjMjMj MjMj(Mj6MjDMjRMj`MjnMj|MjMjMjMjMjMjMjMjMjMj-Mj<MjnMjMjMjMjMjMjMjMj+Mj_MjnMj|MjMjMjMjMjMjMjM j6M jDM jeM jM jMjMjMjMjMjMj%MjFMjUMjMjMjMjMjMjMj&MjUMjtMjM jM!jM"jM#jM$j.M%j=M&j\M'jjM(jM)jM*jM+jM,jM-jM.jM/jM0jM1j-M2j`M3joM4jM5jM6jM7jM8jM9jM:j'M;j6M<jEM=jdM>jM?jM@jMAjMBjMCjMDjMEj MFj+MGj7MHjCMIjOMJjkMKjMLjMMjMNjMOjMPjMQjMRjMSjMTjMUjMVj!MWj/MXj=MYjKMZj}M[jM\jM]jM^jM_jM`j MajMbj)Mcj\MdjjMejMfjMgjMhjMijMjjMkj)Mlj[Mmj|MnjMojMpjMqjMrjMsjMtj#Muj1MvjSMwjrMxjMyjMzjM{jM|jM}jM~jMjMjMj%Mj3MjAMjMMjnMj}MjMjMjMjMjMjMjMjMjMj6MjEMjTMjcMjrMjMjMjMjMjMjMj Mj+ Mj7 MjF MjT Mjb Mj Mj Mj Mj Mj Mj Mj) Mj8 MjG MjU Mjc Mj Mj Mj Mj Mj Mj Mj$ Mj3 MjU Mjd Mjs Mj Mj Mj Mj Mj Mj Mj Mj! Mj0 Mj? MjM Mj\ Mjk Mjz Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj. Mu(j< MjK MjZ Mji Mjx Mj Mj Mj Mj Mj Mj Mj Mj Mj MjMj+Mj9MjGMjVMjdMjrMjMjMjMjMjMj"Mj0Mj>MjJMjkMjyMjMjMjMjMjMjMjMjMj/Mj>MjMMj[MjzMjMjMjMjMjMjMjMjMj MjMjGMjVMjM jM jM jM jM jMjMjMjMjMjMj$Mj2Mj@MjNMjMjMjMjMjMjMjMjMj'M jGM!jgM"juM#jM$jM%jM&jM'jM(jM)jM*jM+jRM,jaM-joM.j}M/jM0jM1jM2jM3jM4jM5jM6jM7jM8jM9j=M:jLM;j[M<jM=jM>jM?j#M@jQMAjMBjMCjMDjMEjMFjMGjMHjMIjMJj-MKj<MLjKMMjZMNjiMOjxMPjMQjMRjMSjMTjMUjMVjMWjMXj MYjMZj9M[jkM\jM]jM^jM_jM`jMajMbjMcjMdjMej MfjMgj)Mhj7MijEMjjSMkjaMljoMmj}MnjMojMpjMqjMrjMsjMtjMujMvjMwj MxjMyj%Mzj3M{jAM|jOM}j]M~jkMjyMjMjMjMjMjMjMjMjMjMjMjMj1Mj?Mj`MjMjMjMjMjMjMjMj Mj+Mj:MjHMjVMjMjMjMjMjMjMjMjMj1Mj?MjMMj[MjMjMjMjMjMjMj Mj=MjKMjYMjgMjuMjMjMjMjMjMjMjMj-MjKMjlMjMjMjMjMj Mj, MjL Mjm Mj Mj Mj Mj Mj Mj Mj Mj Mj Mj !Mj!Mj+!Mj^!Mjl!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj!Mj"Mj"Mj"Mj>"MjL"MjZ"Mj{"Mj"Mj"Mj"Mj"Mj"Mj"Mj#Mj#Mj#Mj,#Mj_#Mjn#Mj|#Mj#Mj#Mj#Mj#Mj#Mj$Mj+$Mj:$MjI$Mj{$Mj$Mj$Mj$Mj$Mj$Mj$Mj%Mj%M j$%M j3%M jB%M jQ%M j`%M jo%M j~%M j%M j%M j%M j%M j%M j%M j&M j>&M jM&M jn&M j&M j&M j&M j&M j 'M j'M jK'M jg'M jv'M j'M j'M j'M j'M j'M j(M jJ(M! jX(M" jz(M# j(M$ j(M% j(M& j(M' j(M( j )M) j)M* j9)M+ jY)M, jz)M- j)M. j)M/ j)M0 j)M1 j)M2 j)M3 j)M4 j)M5 j *M6 j*M7 j'*M8 j6*M9 jE*M: jf*M; j*M< j*M= j*M> j*M? j*M@ j*MA j+MB j+MC j"+MD jC+ME jv+MF j+MG j+MH j+MI j+MJ j+MK j+ML j,MM j,MN j,MO j-,MP j<,MQ jJ,MR jY,MS j,MT j,MU j,MV j,MW j,MX j,MY j,MZ j,M[ j$-M\ j3-M] jB-M^ jP-M_ j^-M` jm-Ma j-Mb j-Mc j-Md j-Me j-Mf j .Mg j.Mh j*.Mi j8.Mj jF.Mk jT.Ml jb.Mm jp.Mn j~.Mo j.Mp j.Mq j.Mr j.Ms j.Mt j/Mu j/Mv j6/Mw jE/Mx jT/My jc/Mz jr/M{ j/M| j/M} j/M~ j/M j/M j0M j0M j0M j+0M j^0M jm0M j0M j0M j0M j0M j1M j1M j-1M jN1M j1M j1M j1M j1M j1M j2M j#2M jD2M jR2M j`2M j2M j2M j2M j2M j2M j2M j2M j2M j3M j93M jH3M ji3M j3M j3M j3M j3M j3M j4M j4M j!4M j/4M j=4M j\4M jw4M j4M j4M j4M j4M j4M j4M j4M j5M j)5M j75M jE5M je5M jt5M j5M j5M j5M j5M j5M j5M j5M j 6M j6M j%6M j36M jA6M jr6M j6M j6M j6M j6M j6M j6M j6M j7M j7M j$7M j27M j@7M jO7M j7M j7M j7M j7M j7M j7M j7M j 8M j,8M j;8M jI8M jX8M jg8M js8M j8M j8M j8M j8M j9M j9M j39M jU9M jv9M j9M j9M j9M j9M j9M j:M j7:M jW:M je:M js:M j:M j:M j:M j:M j:M j:M j:M j;M j>;M j];M j|;M j;M j;M j;M j;M j<M j=<M j^<M j<M j<M j<M j<M j<M j<M j0=M j>=M jM=M j\=M jz=M j=M j=M j=M j=M j >M j7>M jU>M js>M j>M j>M j>M j>M! j>M" j ?M# j*?M$ jH?M% jf?M& j?M' j?M( j?M) j?M* j?M+ j@M, j8@M- jV@M. jt@M/ j@M0 j@M1 j@M2 j@M3 j@M4 jAM5 j;AM6 j]AM7 jkAM8 jAM9 jAM: jAM; jAM< jAM= jBM> j"BM? j>BM@ j]BMA jyBMB jBMC jBMD jBME jBMF jBMG jBMH jBMI jBMJ jBMK j CML j*CMM jKCMN jZCMO j{CMP jCMQ jCMR jCMS jCMT jCMU jCMV jDMW jDMX j"DMY j1DMZ j@DM[ jODM\ jmDM] jDM^ jDM_ jDM` jDMa jDMb jDMc j EMd jEMe j)EMf j8EMg jGEMh jVEMi jeEMj jsEMk jEMl jEMm jEMn jEMo jEMp jFMq jFMr jFMs j@FMt jaFMu jFMv jFMw jFMx jFMy jFMz jFM{ j GM| jGM} j=GM~ jIGM jXGM jgGM jvGM jGM jGM jGM jGM jGM jGM jHM jHM j?HM j^HM jHM jHM jHM jHM jHM jHM jHM jHM j IM jIM j'IM j6IM jEIM jxIM jIM jIM jIM jIM jIM jJM j3JM jNJM jiJM jJM jJM jJM jKM jKM jKM j=KM j\KM j{KM jKM jKM jKM jKM jLM j,LM j;LM jULM jaLM jmLM jLM jLM jLM jLM j MM jMM j3MM jMMM jYMM jeMM jMM jMM jMM jMM jMM jNM j"NM jBNM jLNM jXNM jqNM j~NM jNM jNM jNM jNM jNM jOM j0OM jKOM jXOM jdOM jpOM jOM jOM jOM jKPM jUPM j_PM jiPM jsPM j}PM jPM jPM jPM jPM jPM jPM jPM jPM jQM j.QM j8QM jRQM j\QM jfQM jQM jQM jQM jQM jQM jQM j RM j'RM jDRM j_RM j|RM jRM jRM jRM jRM jRM jSM j%SM j1SM jOSM jlSM jxSM jSM jSM jSM jSM jSM jSM jSM jTM jTM j&TM j2TM j>TM jJTM jVTM jbTM jnTM jzTM jTM jTM jTM jTM jUM jUM jAUM jUM jUM jUM jUM jUM! jUM" jUM# jUM$ jUM% jVM& jVM' jVM( j*VM) j6VM* jBVM+ jOVM, j[VM- jVM. jVM/ jVM0 jVM1 jVM2 jVM3 jVM4 jVM5 jVM6 jWM7 jWM8 jWM9 j*WM: j6WM; jBWM< jNWM= jXWM> jbWM? jlWM@ jvWMA jWMB jWMC jWMD jWME jWMF jWMG jWMH jWMI jWMJ usbX metabolitesrWh)RrW(jbj$~j(jjjjjGjjj"jj@jqjdj>zj^yjejj]jXjjzjjȅjjyji|j$jujWjdj6jjeVjWjZ1jD~jtjRjj}j jgjStj/yjߠjrjPjEjjjjWjj|j>jjIhj$j_jjj^6j jRj.jPjjiRjRj jjjfjjKjjߪjjjVj$jxj.jyjvjj jxjjFxj;jQfjcIjFjW]jjjjjj ;jgbjBj:Xjj3jjj2ljjQ5jj6jLj"/j.jAjj8Pjj8pjjj*jjkjpj?Vjj|j jjjjrtjgj jQjgjjهjjhj&jPj*jEjj jjۢjgj{jhj8jjjjajf4jjcfjjtjRjYSjjRjjjXjjqj.j\j_j5jZvjtdjjmjERjwRjjIjWRj@jjQjҁjcjVdjjdjb@jjjjj3jj9jjjjjj jLj'jC:j*"jjKBj}j6jUkjj j0ZjjzjAj Zjjjj?jujf)jhjjj%cjjXj jhYjjxYjwj)j`jXjjajjj~j]jwjjjjvjjjTjYjAj_jAjDjjAjj.jJ[j^jJj=jףjJj j!Jjj+jعj>jzOjjRjjjjmvj=jjojjjrjjjj =jjpj jjjSjljJKj TjSjejjjRjAjjwAj{jjjjhj{jLj3j+jRjjm1jjJjjNjVjjbj?j\j7jjWj#ji;jsjmujGj%xj8#jSjoja>jSjsj!jjjjjDjojjjjdjhqjBj7j4jGqjj*j-VjqQjf=jTjQjjLTj+jQj+Tjzjjjj<j1jjjjYjQj̸jQj`Njj;jj j&jjekj(jZjtjTjjTj$jj9jTj5jjx!jjujjl2jjfj]j/jj(Gjj*jYj3jJj.+jۮj*j@jїjjƌjjgjjߔjZjjmFjjUjVj#jj!jLjjjOjjj@ojjtj4jjjLj&jj[j^jjm\j[wjRjpj^jj]jWjXj jj jijojojHjQjj$jzjQjj oj5j:jjj%j޴j@jPjCLjj|j[jQjլjg"j jjejjjDj&j{jqjjojjwLjjjjjjj(j&jj#(jjj9j#jqj^jj jfCjj?jxjjIjjKjrjiKj8Oj=jj=jEjrjC>j^j~Tj2jvjBjcjkjj6Yjjӽj?jZj&Ajj_Qj}j7jjmjPjjqQjj>jZjUjjjQjMjQj[jeijöjUjPjRjLRjyjrjj2aj\Uj:j%jjjĎj'j}^jjZ\jjȣj0jojJjtjSjjjujwjj91j`j]jA_jjпjj9jij j}jzDjkj-jyj(j1sjYDjjuj,jjjajjj:wjjjjjjjjXjjj(jj3j4{j-j-jwj[j"{jj=jjhjjjj|jjRjj"tjJj+jKjmjjqjIjpj=jnj$j`jMXjljkjUj3jjkjjj@j'jvjj@QjjjЊj:`ju3jkpjWjfjjjYpjZjYjAjvjmjKj LjjxjjKjvj`jujujNj7jjZjjkwjߐjjj0j6jgjjZ`j jrjjBjjjjѵjjgjj}hjj,jLjj"jj%jcjg$jYjwUjjYjjRljyjljljjjˆjjj(<jNZjjesjoj^Zj VjYj5jjUj jjU{jjjׂjOjSjbWjWjQWj}XjmjjjGjjjm7jjT?j(jMjJjj-jZjj8j{j?jjij#jj/}jjj}jJ!jíjJ0j?fjMj3j2j80jj[gjfj!jVjcj:gjj?jIj'qj/j_j3jsj3jjЀjj@jaj[j|j}jnj[jj#:jeUjNj\jjHjjTj_jjOjj}j%j(j0jַjejjjjjKUjojߥjj@j]j1jwjjjeljjj j2j~j jlnj[j>jjcj!mj8jjUjcjdjOj jsjWj jijM6jj9jFjjSj+Fj~jSjIjj6kj7'jjjOjjjjjI4j_jj*;jVjjjj:jjj~jpajijj|jj9jjj݃jj1jwjCtj9jjj|jrjTj*[jbjGjr?jjjgBj,Bjjj&djjjKjcjj`j$3jojpjj3jJjjRjgjrj]j<j|gj5jpjpjojRj4jjFjZjN^jjde(jjVjSjjjQjj j{jjjgjNjjjkHjj%j^j*jjj_Vjj"jMj/jCj-jƞj>jgjqjT3jCjQj$Rjj3jWjjɜjjP}jڝjjWjjj jUj]jjjjj|j5j1jEjEjjjyjEjI<j[j4jjĖjj#jjj|jjjj2j+HjVj]jjKj4jIjj Hjnj[jajjPjajPjbj@jjjj^j_}jqjj!j&vjRj}jjjj@jIjoj~j7jOjLjWj&@jnjjKjjj1j9j:jjÉjPajj`jϳj]jgjj\hjjŨjjTj;j/ejvjˏjj;Mj%nj`jjmUj jjjujjΤj!j }jjk<jjCj|jJ;juj_jjjj*&jSjjjj6jXjjjmjWjjjjejjj#jUjUj\j!jhmj\j-Nj{|jNj _ji]jdjjNjj%)j jjkjjejlj]jdjjqjj{jjZjs*jmjz`jYjjjj&jkjjOjlzjjKjJj jj`jj\jZjjjjYnj=jVjjjjXJj&jJjvjj[jbojˋjjj۫jҍjދjjjjJjfjjNjajżjjjXjjJj-^jEjCjlj?yjsSjbjSjUmj,j!jpjLj@jb+j3jjQIjjjj9j6]j2j!Mjxj=j8j|jj0j܆jjEjVjJjjxjjjjVjUjjjjjGjUjz0jX jjj/jRijz jjijjj-jU$jjjmj^jj?j'jhj7jj$jjjj[7jijjjjzjgjjjnjXj{jejyjzjzjjRsjjRSjqjěj@SjjNje~jMjoMjjjj?j'Pjjj!j\j0jfjj>j.UjHjjIHjjjj jjjwjjlj j/QjjjAQjj(j5j6jij¾j4ij%jSjj j3jjhjjةjjjejHAjjUjVjjj-fjZjWjKjPjjj/jnjj3Ujnj2jEUjSjj?jFcj}jucj6CjVcjRjjdjW'jjuj]jjlTj2jHYjjjjjj<juj{jFjQjhjjjjljQjLFjjajmXjjj7!jjhxjjCjPjj<je(jjwj*\jjɺj#jaj&jԚjjjejjjyjjhj^^jFjYjXjj$jsjvjD@j/2jjFjjjjjjhj5(jГjO+jjjjbj#jvJjCjjjjIjFjwjJjOujϑjj j|jjj^j ljzj4jjgjbjTjŦjY&jTjw-jijkjjjp j]jKj=JjK#j-j@ jjj,Kj@jLrjj&jQj6hj-jjx,jըjjjjj jf,jkj=jMjGjPjNj6?jPjj!jqVjZjrjrj j|ZjrjejjBjjWjjjSjjjEjj(jjMjwVjVj`jUjj jj j@9jOj>ja9jkj9jcj1RjgjSjj<j=j8 j=jjsjj=jHjjyjz&jbjjj$]j|jR*jqj'wj|jjj_j9vjs_j_j^jnjjYjYjPjGbjjjjj#uj:j̲jxj2WjwjLj4mj!Wjjqj [jZjQj8j8jj8jfjtjxjj3jxjtjS_jRjjJj0jRj!Sj:jj?j)jjij:jjLjj0jTj:j&'j\jE)jjGj'jnj;jOj=joj8njA,jc,j},j,j,j,j,j-j-j:-jS-jo-j-j-j-j-j-j.j..jH.jd.j.j.j.j.j.j/j/j:/jS/jl/j/j/j/j/j/j0j)0jD0j_0j{0j0j0j0j0j1j1j61jR1jm1j1j1j1j1j1j2j)2jD2j]2jx2j2j2j2j2j3j3j63jQ3jl3j3j3j3j3j3j4j-4jI4je4j4j4j4j4j4j5j5j75jP5jk5j5j5j5j5j5j6j*6jF6jb6j}6j6j6j6j6j7j"7j=7jX7js7j7j7j7j7j7j8j.8jG8jb8j~8j8j8j8j8j9j9j49jN9jg9j9j9j9j9j9j:j":j=:jY:ju:j:j:j:j:j:j;j3;jN;ji;j;j;j;j;j;j <j(<jC<j_<jz<j<j<j<j<j=j!=j<=jW=jr=j=j=j=j=j=j>j4>jP>jl>j>j>j>j>j>j?j)?jB?j[?jw?j?j?j?j?j@j@j7@jR@jn@j@j@j@j@j@jAe(j,AjHAjcAj~AjAjAjAjAjBj!BjIjZIjuIjIjIjIjIjIjJj4JjOJjjJjJjJjJjJjJj Kj'KjBKj^KjzKjKjKjKjKjLj Lj;LjVLjqLjLjLjLjLjLjMj1MjIMjbMjzMjMjMjMjMjMjNj3NjONjjNjNjNjNjNjNjOjOj6OjQOjjOjOjOjOjOjOjPjPj8PjOPjgPjPe}rWj,,}rW(j bKj&~Kj*KjKjjKjKjIjKjKj"KjK jBK jsK jfK j@zK j`yKjeKjKj]KjZKjKjzKjKjʅKjKj{Kjk|Kj&KjwKjWKjdKj8KjKjgVK jWK!j\1K"jF~K#jtK$jRK%jK&j}K'j K(jgK)jUtK*j1yK+jK,jtK-jRK.jGK/jK0jK1jK2jYK3jK4j|K5j>K6jK7jKhK8j&K9j_K:jK;jKjRK?j0K@jRKAjKBjkRKCjRKDj KEjKFjKGjhKHjKIjMKJjKKjKLjKMjKNjXKOj&KPjxKQj0KRjyKSjxKTjKUj KVjxKWjKXjHxKYj;KZjSfK[jeIK\jHK]jY]K^jK_jK`jjKajKbj ;KcjibKdjDKejMj|OMjMjTMjMjMjMjovMj?MjMjoMjMjM jtM!jM"jM#jM$j =M%jM&jpM'j M(jM)jM*jSM+jnM,jLKM-j TM.jUM/jgM0jM1jM2jRM3jCM4jM5jyAM6j}M7jM8jM9jM:jhM;j}M<jLM=j5M>j+M?jRM@jMAjo1MBjMCjLMDjMEjNMFjVMGjMHjbMIj?MJj^MKj9MLjMMjWMNj%MOjk;MPjsMQjouMRjIMSj'xMTj:#MUjSMVjqMWjc>MXjSMYjsMZj#M[jM\jM]jM^jM_jDM`joMajMbjMcjMdjdMejjqMfjBMgj9Mhj6MijIqMjjMkj,Mlj/VMmjsQMnjh=MojTMpjQMqjMrjNTMsj-MtjQMuj-TMvjzMwjMxjMyjMzj <M{j1M|jM}jM~jMjYMjQMjθMjSMjbNMjMj;MjMjMj&Mj MjgkMj(Mj\MjtMjTMjMjTMj&MjMj9MjTMj7MjMjz!Mj MjuMjMjn2MjMjfMj_Mj/MjMj*GMjMj*MjYMj5MjLMj0+MjݮMj,Mj@MjӗMjMjȌMjMjiMjMjMjZMjMjoFMjMjWMjXMj%MjMj#MjLMjMjMjOMjMjMjBoMjMjvMj6MjMjMjNMj(Mjl[Mj^MjMjo\Mj]wMjTMjpMj^MjMj_MjYMjXMj MjMjMjkMjqMj oMjJMjQMjMj$Mj|MjQMjMj oMj5Mj<MjMjMj'MjMj@MjPMjELMjMj~Mj]MjQMj׬Mji"Mj"MjMjgMjjMjDMj&Mj}MjqMjMjqMjMjyLMjMjMjMjMjMjMj(Mj(MjMj%(MjlM j;M j%M jqM j`M jMj MjhCMjMjAMjzMjMjIMjMjKMjrMjkKMj:OMj=MjMj=MjEMjtMjE>M j`M!jTM"j4M#jvM$jDM%jcM&jmM'j M(j8YM)jM*jսM+jAM,j\M-j(AM.j M/jaQM0jM1j9M2jM3joM4jPM5jM6jsQM7jM8j>M9j\M:jUM;jM<jM=jQM>jMM?jQM@j[MAjgiMBjŶMCjUMDjPMEjRMFjNRMGjyMHjtMIjMJj4aMKj^UMLj<MMj'MNj MOjMPjƎMQj'MRj^MSjMTj\\MUjMVjʣMWj2MXjqMYjLMZjtM[jUM\jM]jM^jwM_jyM`jMaj;1Mbj`Mcj]MdjC_MejMfjҿMgjMhj9MijiMjj Mkj}Mlj|DMmjkMnj-MojyMpj*Mqj3sMrj[DMsjMtjuMuj-MvjMwjMxjaMyjMzjM{jjeM?jMjgMjsMjV3MjCM jQM j&RM jM j3M jWMjMj˜MjMjR}MjܝMjMjWMjMjMjMjWMj]MjMjMjMjMj|Mj7M j1M!jEM"jEM#jM$jM%jyM&jEM'jK<M(j[M)j4M*jM+jƖM,j!M-j#M.jM/jM0j~M1jM2jM3jM4j4M5j-HM6jXM7j_M8jM9jMM:j4M;jIM<jM=j HM>jpM?j[M@jaMAjMBjPMCjcMDjPMEjdMFjBMGjMHjMIjMJj^MKja}MLjsMMjMNj#MOj(vMPjTMQjMRjMSjMTjMUjBMVjKMWjqMXj~MYj9MZjQM[jLM\jYM]j(@M^jnM_jM`jMMajMbjMcj3Mdj;Mej<MfjMgjʼnMhjRaMij MjjbMkjѳMlj]MmjiMnjMoj^hMpj MqjǨMrjMsjTMtj;Muj1eMvjvMwj͏MxjMyj=MMzj'nM{jbM|jM}joUM~j"MjMjMjwMjMjФMj#Mj }MjMjm<MjMjCMj~MjL;MjuMj_MjMjMjMj,&MjSMjMjMjMj8MjXMjlMjoMjWMj!MjMjMjeMjMjMj#MjUMjUMj\Mj#MjjmMj\Mj/NMj}|MjNMj"_Mjk]MjdMjMjNMjMj')MjMjMjmMjMjgMjnMj_MjdMjMjqMjMj{MjMjZMju*MjoMj|`MjYMjMjMjMj&MjkMjMjOMjnzMjMjMMjJMj MjMj`MjMj\MjZMjMjMjMj[nMj=MjVMjMjMjMjZJMj(MjLMjvMjMj]MjdoMj͋MjMjMjݫMjԍMjMjMjMjMjJMjhMj MjPMjaMjǼMjMjMjZMjMjLMj/^MjGMjEMjlMjAyMjuSMjdMjSMjWmMj.Mj#MjrMjNMjBMjd+Mj5M jM jSIM jM jM jMj;Mj8]Mj2Mj#MMjxMj?Mj8Mj~MjMj0MjކMjMjGMjVMjLMjMjzMjM jM!jM"jVM#jUM$jM%jM&jM'jM(jIM)jUM*j|0M+jZ M,jM-jM.j/M/jTiM0j| M1jM2jiM3jM4jM5j/M6jW$M7jM8jM9jmM:j`M;jM<jAM=j)M>jhM?j7M@jMAj$MBjMCj´MDjMEj]7MFjiMGjMHjMIjMJjzMKjiMLjMMjMNjnMOjXMPj{MQjeMRj{MSjzMTjzMUjMVjTsMWjMXjTSMYjsMZjƛM[jBSM\jM]jNM^jg~M_jMM`jqMMajMbjMcjMdjAMej)PMfjMgjMhj#Mij^Mjj0MkjhMljMmj@Mnj0UMojHMpjMqjKHMrjMsjMtjMuj"MvjMwjMxjyMyjMzjlM{j M|j1QM}jM~jMjCQMjMj(Mj5Mj8MjkMjľMj6iMj'MjSMj Mj"Mj5MjMjhMjMjکMjMjMjeMjJAMjMjUMjVMjMjMj/fMj\MjYMjMMjPMjMjMj/MjnMjMj5UMjnMj2MjGUMjUMjMj?MjHcMj}MjwcMj8CMjXcMjRMjMjfMjY'MjMjwMj_MjMjnTMj4MjJYMjMjMjMjMjMj>MjwMj{MjFMjQMjjMjMjMjMjnMjQMjNFMjMjcMjoXMjMjMj9!MjMjjxMjMjEMjRMjMj<Mjg(MjMjwMj,\MjMj˺Mj#MjaMj &Mj֚MjlMjeMjMjMj{MjMjjMj`^MjHMj[MjZMjMj $MjsMjxMjF@Mj12MjMjHMjMjMjMjMjMjjMj7(MjғMjQ+Mj MjMjMjbMj%MjxJMjCMjMjMjMjIM jHM jwM jJM jQuM jёMjMj Mj~MjMjMj^Mj"lMj|Mj6MjMjiMjbMjTMjǦMj[&MjTMjy-MjiM jkM!jM"jM#jr M$j]M%jKM&j?JM'jM#M(j/M)jB M*jM+jM,j.KM-jBM.jNrM/jM0j&M1jSM2j8hM3j-M4jM5jz,M6jרM7jM8jM9jM:jM;j"M<jh,M=jkM>j?M?jMM@jGMAjPMBjNMCj8?MDjPMEjMFj#MGjsVMHjZMIjrMJjrMKjMLj~ZMMjrMNjgMOjMPjDMQjMRjWMSjMTjMUjUMVjMWjMXjGMYjMZj(M[jM\jOM]jyVM^jXM_jbM`jUMajMbj McjMdj MejB9MfjQMgj>Mhjc9MijkMjj 9MkjcMlj3RMmjiMnjSMoj>SMpjMqjfMrj;Msjp MtjfMujvMvj,Mwj?MxjMyjMzjXM{jdM|jM}j}M~jMjÐMjKMj^MjmMjkjMjMjMjMjMjHMjMjMjcMjMjMjMjhMjMj-MjMjMjMj~MjMj}Mj4MjMjvMjIMj$MjMj]MjMjMjfMjMjFMj1|Mj*bMjMjMjMj'>Mj<Mj=Mj: Mj=MjMjsMjMj?MjJMjMjyMj|&MjdMjMjMj&]Mj~MjT*MjsMj)wMj~MjMjMj_Mj;vMju_Mj_Mj^MjpMjMjYMjYMjRMjIbMjMjMjMjMj%uMj:MjβMjzMj4WMjyMjNMj6mMj#WMjMjqMj [Mj\MjSMj8Mj8MjMj8MjfMjtMjxMjMj5MjxMjtMjU_MjRMjMjLMj0MjRMj#SMj<MjMj?Mj)MjMjiMj<MjMjNMjMj2MjTMj:Mj('Mj\MjG)MjMjGMj'MjnMj;MjQMj?MjoMj:nM jC,M je,M j,M j,M j,Mj,Mj,Mj-Mj!-Mj<-MjU-Mjq-Mj-Mj-Mj-Mj-Mj-Mj.Mj0.MjJ.Mjf.Mj.Mj.M j.M!j.M"j.M#j/M$j /M%jj1M?j1M@j2MAj+2MBjF2MCj_2MDjz2MEj2MFj2MGj2MHj2MIj3MJj3MKj83MLjS3MMjn3MNj3MOj3MPj3MQj3MRj3MSj4MTj/4MUjK4MVjg4MWj4MXj4MYj4MZj4M[j4M\j5M]j5M^j95M_jR5M`jm5Maj5Mbj5Mcj5Mdj5Mej5Mfj6Mgj,6MhjH6Mijd6Mjj6Mkj6Mlj6Mmj6Mnj6Moj 7Mpj$7Mqj?7MrjZ7Msju7Mtj7Muj7Mvj7Mwj7Mxj7Myj8Mzj08M{jI8M|jd8M}j8M~j8Mj8Mj8Mj8Mj9Mj9Mj69MjP9Mji9Mj9Mj9Mj9Mj9Mj9Mj:Mj$:Mj?:Mj[:Mjw:Mj:Mj:Mj:Mj:Mj:Mj;Mj5;MjP;Mjk;Mj;Mj;Mj;Mj;Mj;Mj<Mj*<MjE<Mja<Mj|<Mj<Mj<Mj<Mj<Mj=Mj#=Mj>=MjY=Mjt=Mj=Mj=Mj=Mj=Mj=Mj>Mj6>MjR>Mjn>Mj>Mj>Mj>Mj>Mj>Mj?Mj+?MjD?Mj]?Mjy?Mj?Mj?Mj?Mj?Mj@Mj@Mj9@MjT@Mjp@Mj@Mj@Mj@Mj@Mj@MjAMu(j.AMjJAMjeAMjAMjAMjAMjAMjAMjBMj#BMj>BMjXBMjrBMjBMjBMjBMjBMjBMjCMj0CMjKCMjdCMjCMjCMjCMjCMjCMjDMj!DMjGM jVGM jnGM jGM jGM jGMjGMjGMjHMj.HMjIHMjdHMjHMjHMjHMjHMjHMj IMj%IMj@IMj\IMjwIMjIMjIM jIM!jIM"jJM#jJM$j6JM%jQJM&jlJM'jJM(jJM)jJM*jJM+jJM,jKM-j)KM.jDKM/j`KM0j|KM1jKM2jKM3jKM4jKM5jLM6j"LM7j=LM8jXLM9jsLM:jLM;jLM<jLM=jLM>jLM?jMM@j3MMAjKMMBjdMMCj|MMDjMMEjMMFjMMGjMMHjMMIjNMJj5NMKjQNMLjlNMMjNMNjNMOjNMPjNMQjNMRjOMSj OMTj8OMUjSOMVjlOMWjOMXjOMYjOMZjOM[jOM\jPM]j PM^j:PM_jQPM`jiPMajPMbusbXgroupsrWh)RrW(ccobra.core.group Group rW)rW}rW(hjPhjPh}rWh }rWX_membersrWh)RrW(jPjPjPj#QjSQjQjQjRjiRjRjSj%UjWUjUjUjUjVjQVjVjVjVjWjCWjsWjWjZYjYjYjYjZj@ZjnZjdj,gjhj%jjkjDlj pj,pjKpj9qj^rjmrjrj{xjxjyjzj!zjzjj2jRjjjtjjjjjjЄjބjj!jj jjjfjmjj!jBjPjqjjjj>jyjjjjjjj.jҙjjEj3jѠjj&jצjͫj=jjjjj#jjj1jajjjjjGjMjjDjIjjjjj jjljjjjTjjjjj*j{jjj|jjjojjgjvjOj}jjj/jjj<jj\jBjcjjj9jYj8jjjjjjljj)jjjjjBjcjjj#jjj+jjjbjj jQj j) jjj jjjjjjjjjj%jEjejsjjj_jmj{jjjjjYjjjj!jOjjjij^jjjYjjjjj!j!j!j"j)$j$j&je'jt'jW)j)j *j+j+j+,j:,jW,j"-j1-j@-jN-jk-j4/j/j 1jC5j5j5j6jp6j6j6j6j07j7j7j8jS9jc:jAjBj[BjwBjCjCjCjDjDj Dj>DjDjEjEjFj>Fj_Fj;Gj~HjHjHjHjHjHjgJjJjJjyKjKjKjKe}rWj,,}rW(jPKjPKjPKj%QKjUQKjQKjQKjRKjkRKjRK jSK j'UK jYUK jUK jUKjUKj!VKjSVKjVKjVKjVKjWKjEWKjuWKjWKj\YKjYKjYKjYKjZKjBZKjpZKjdK j.gK!jhK"j'jK#jkK$jFlK%j pK&j.pK'jMpK(j;qK)j`rK*jorK+jrK,j}xK-jxK.jyK/jzK0j#zK1jzK2jK3j4K4jTK5jK6jK7jvK8jK9jK:jK;j KjK?jK@j#KAjKBjKCjKDjÊKEjhKFjoKGjKHj#KIjDKJjRKKjsKLjKMjKNjKOj@KPj{KQjKRjKSjKTjKUjKVjKWj0KXjԙKYjKZjGK[j5K\jӠK]jK^j(K_j٦K`jϫKaj?KbjKcjKdjKejKfj%KgjKhjKij3KjjcKkjKljKmjKnjKojIKpjOKqjKrjFKsjKKtjKujKvjKwjKxjKyjKzjnK{jK|jK}jK~jVKjKjKjKjKj,Kj}KjKjKj~KjKjKjqKjKjiKjxKjQKjKjKjKj1KjKjKj>KjKj^KjDKjeKjKjKj;Kj[Kj:KjKj KjKjKjKjnKjKj+KjKjKjKjKjDKjeKjKjKj%KjKjKj-KjKjKjdKjKj KjSKj Kj+ KjKjKjKjKjKjKjKjKjKj KjKjKj'KjGKjgKjuKjKjKjaKjoKj}KjKjKjKjKj[KjKjKjKj#KjQKjKjKjkKj`KjKj Kj[KjKjKjKjl!Kj!Kj!Kj"Kj+$Kj$Kj&Kjg'Kjv'KjY)Kj)Kj *Kj+Kj+Kj-,Kj<,KjY,Kj$-Kj3-KjB-KjP-Kjm-Kj6/Kj/Kj1KjE5Kj5Kj5Mj 6Mjr6Mj6Mj6Mj6Mj27Mj7Mj7Mj8M jU9M je:M jAM jBM j]BMjyBMjCMjCMjCMjDMjDMj"DMj@DMjDMjEMjEMjFMj@FMjaFMj=GMjHMjHMjHM jHM!jHM"jHM#jiJM$jJM%jJM&j{KM'jKM(jKM)jKM*usbX_kindrWX collectionrWhNubjW)rW}rW(hjQhjQh}rWh }rWjWh)RrW(jQj6Rj1SjdSjSjSj=TjTj\j\j\j\jfcjcjcjGdjdjLgjmgjgjij%ijwijZjjkjljoj}pjYqjujxjyj/zjzj{jq}j}j`jj&jj6jjjjjjjjjjjjj׎jjLjjjܒj*jYj*jKjj֖jjj<j]jjŚjj>jjwjjjjjHj1jjgjjjjjmj'jjOjnjjjjjjj-j7jjj8jxjnjjjj5jvj(j{jjjjjPjjjJjjjujjj]jljjjjjj=jj<jj jjjjmj(jjojj\jjj}jqjjj*jjjlj,j+jjj]jjjjDjj^jjjjj{jjjjjj/jjRjj5 j j6 ja j jjpjj-j<jEjjjjjj)jjjjj+jk j!j"j]#j8$j$j<&j'j(j(j(j(jx)j*jC*jd*j*j*j+jH,j,j,j\-j-j .j.jC/j/j/j\0jk0j0j1j1j2j73j3j3j4jc5j5j6j6j7j>7j7j7jV8j8j19j=jjK?jؖK@jKAjKBj>KCj_KDjKEjǚKFjKGj@KHjKIjyKJjKKjKLjKMjKNjJKOj3KPjKQjiKRjKSjKTjKUjKVjoKWj)KXjKYjQKZjpK[jK\jK]jK^jK_jK`jKaj/Kbj9KcjKdjKej:KfjzKgjpKhjKijKjjKkj7KljxKmj*Knj}KojKpjKqjKrjKsjRKtjKujKvjLKwjKxjKyjwKzjK{jK|j_K}jnK~jKjKjKjKjKj?KjKj>KjKjKjKjKjKjoKj*KjKjqKjKj^KjKjKjKjsKjKjKj,KjKjKjnKj.Kj-KjKjKj_KjKjKjKjFKjKj`KjKjKjKjKj}KjKjKjKjKjKj1KjKjTKjKj7 Kj Kj8 Kjc Kj KjKjrKjKj/Kj>KjGKjKjKjKjKjKj+KjKjKjKjKj-Kjm Kj!Kj"Kj_#Kj:$Kj$Kj>&Kj'Kj(Kj(Kj(Kj(Kjz)Kj*KjE*Kjf*Kj*Kj*Kj+KjJ,Kj,Kj,Kj^-Kj-Kj .Kj.KjE/Kj/Kj0Kj^0Kjm0Kj0Kj1Kj1Kj2Kj93Kj3Kj3Kj4Kje5Kj5Kj6Kj6Kj7Kj@7Kj7Kj7KjX8Kj8Kj39Kj=Kj>BKjmDKjEMjFMjFMjFMjGMjHMj^HMjKMj=KMj\KM j,LM usbjWX collectionrWhNubjW)rW}rW(hjShjSh}rWh }rWjWh)RrW(jSjxlj{rjrjjjʇjAjjjj֛jGjj@j(jxjjjojjjjgjXjjjj4jj jTjbj j 0j0j6jJjKjKe}rWj,,}rW(jSKjzlKj}rKjrKjKjKj̇KjCKjKjK jK j؛K jIK jK jBKj*KjzKj KjKjqKjKjKjKjiKjZKjKjKjKj6KjKj KjVKjdK j K!j0K"j0K#j6K$jJK%jKK&jKK'usbjWX collectionrWhNubjW)rW}rW(hjfThjfTh}rWh }rWjWh)RrW(j^TjTjTjTj_j_j_j `jpjzqjqjqjrj0rjrj#sj|jW~jx~jOjj6jwj×jj%jWjcj/jcjܜj3jѥjjgjjjj.jkjjjjjjjjj4jCjR j j j j j" j1 jS jb jq j j j j j j j j j. j= jK jZ ji jx j j j j j j j j j j, j: jI jX jg jv j j j j j j!j!j!j!j!j "j"j"j$j$j$j%j%j"%j1%j@%jO%j^%jm%j|%j(.j6.jD.j4j55j5j5j7j"7jBe}rXj,,}rX(j`TKjTKjTKjTKj_Kj_Kj_Kj`KjpKj|qK jqK jqK jrK j2rK jrKj%sKj|KjY~Kjz~KjQKjKj8KjyKjŗKjKj'KjYKjeKj1KjeKjޜKj5KjӥK jK!jiK"jK#jK$jK%j0K&jmK'jK(jK)jK*jK+jK,jK-jK.jK/j6K0jEK1jT K2j K3j K4j K5j K6j$ K7j3 K8jU K9jd K:js K;j Kj K?j K@j KAj KBj! KCj0 KDj? KEjM KFj\ KGjk KHjz KIj KJj KKj KLj KMj KNj KOj KPj KQj KRj. KSj< KTjK KUjZ KVji KWjx KXj KYj KZj K[j K\j K]j!K^j!K_j!K`j!Kaj"Kbj"Kcj"Kdj"Kej$Kfj$Kgj$Khj%Kij%Kjj$%Kkj3%KljB%KmjQ%Knj`%Kojo%Kpj~%Kqj*.Krj8.KsjF.Ktj4Kuj75Kvj5Kwj5Kxj7Kyj$7KzjBK{usbjWX collectionrXhNubjW)rX}rX(hjWhjWh}rXh }rXjWh)RrX(jWj,Xj_XjXjXjXj(YjZjZjZjZj[j<[j\[jvjLvjvjvjvjwjMwjg{jjj5jUjujjj j&jDjajRjj،jj^jjj'jHjWjfjujjj̘jژjjjjj jjjj+j9jGjUjjjjjjjjjjjjjjjjj?jjjj/jPjnjjjjj j)jHjgjjjjjjj:jXjfjtjjjjjjjjj2jPjnjjjjjjjjjj jj&j4jBjPj^jljzjjjjjjjjjjjjjjj"j0j>jjjjjjj jj+j:jIjXjgjvjjjjjjjjjjjjj jj'j5jCjQj_jmj{jjjjjjjjjjjj#j1j?jMj[jijwjjjjjjjjjjjjjjjjj j* j j j j j j j jEEe}rXj,,}r X(jWKj.XKjaXKjXKjXKjXKj*YKjZKjZKjZK jZK j[K j>[K j^[K jvKjNvKjvKjvKjvKjwKjOwKji{KjKjKj7KjWKjwKjKjKj Kj(KjFKjcK jTK!jK"jڌK#jK$j`K%jK&jK'j)K(jJK)jYK*jhK+jwK,jK-jK.jΘK/jܘK0jK1jK2jK3jK4j"K5jK6jK7jK8j-K9j;K:jIK;jWKjK?jK@jKAjKBjKCjKDjKEjKFjKGjKHjKIjKJjKKj!KLjAKMjKNjKOjKPj1KQjRKRjpKSjKTjKUjKVjKWj KXj+KYjJKZjiK[jK\jK]jK^jK_jK`jKaj<KbjZKcjhKdjvKejKfjKgjKhjKijKjjKkjKljKmj4KnjRKojpKpjKqjKrjKsjKtjKujKvjKwjKxjKyj KzjK{j(K|j6K}jDK~jRKj`KjnKj|KjKjKjKjKjKjKjKjKjKjKjKjKjKjKj$Kj2Kj@KjKjKjKjKjKjKjKjKj-Kj<KjKKjZKjiKjxKjKjKjKjKjKjKjKjKjKjKjKjKj KjKj)Kj7KjEKjSKjaKjoKj}KjKjKjKjKjKjKjKjKjKj KjKj%Kj3KjAKjOKj]KjkKjyKjKjKjKjKjKjKjKjKjKjKjlKjKjKjKjKj Kj, Kj Kj Kj Kj Kj Kj Kj KjGEKusbjWX collectionr XhNubjW)r X}r X(hj[hj[h}r Xh }rXjWh)RrX(j|[j[j \j=\je_jfdj ejufjfjhjhjFijIkjlj>rjtjPzj^zj~zj{j{j|j!|j?|jM|j~jjhj jsjj4jBjjjjijjjajnjFjjj}jjjjjIj}jjjjjjmjjjjjjj@jNjwj^j:jjzjjSjjjjjjjjjj-j;jIjjEjjjJjjjj !j#j*#j#j#j#jG$jy$j$j%j.j.j.j/j/j/j1j1j2j3j3j3j4jr5j5j6jM7j7j7j7j>jBj(CjICjXCjyCjCjCjDjEjGjtGjHjLe}rXj,,}rX(j~[Kj[Kj \Kj?\Kjg_KjhdKjeKjwfKjfKjhK jhK jHiK jKkK jlK j@rKjtKjRzKj`zKjzKj{Kj{Kj|Kj#|KjA|KjO|Kj~KjKjjKj KjuKjKj6KjDK jK!jK"jK#jkK$jK%jK&jcK'jpK(jHK)jK*jK+jK,jK-jK.jK/jK0jKK1jK2jK3jK4jK5jK6jK7joK8jK9jK:jK;jKjBK?jPK@jyKAj`KBj<KCjKDj|KEjKFjUKGjKHjKIjKJjKKjKLjKMjKNjKOj!KPj/KQj=KRjKKSjKTjGKUjKVjKWjLKXjKYjKZjK[j !K\j#K]j,#K^j#K_j#K`j#KajI$Kbj{$Kcj$Kdj%Kej.Kfj.Kgj.Khj/Kij/Kjj/Kkj1Klj1Kmj2Knj3Koj3Kpj3Kqj4Krjt5Ksj5Ktj6KujO7Kvj7Kwj7Kxj7Kyj>KzjBK{j*CK|jKCK}jZCK~j{CKjCKjCKjDKjEKjGKjvGKjHKjLKusbjWX collectionrXhNubjW)rX}rX(hjS\hjS\h}rXh }rXjWh)RrX(jK\jdj(hjojpjqjpyjyj[|j|j|j6~j~jkjσjj2jSjjj%jjՉj6jj2jjjQjjjj)j]jj jjԡjjϢjjdjujjjj{jjjjj`jjjjjj<jjjAjrj_jKjYjjjjjjLjjjjj~jjjj$jujjjjjjpjjj?jKj{jjjjD j` j jjjjj.j<jijwjjjjxjTjjjjjjj/j=j8jTjjj=jKj\!j<"jJ"jX"jy"j"j #jl#jz#j#j&j'j'j(jH(j)j)j +jR.j`.jn.j.j2j5j'5jq8j:j:j;j<;j[;jz;j;j;j;j;j<j;<j\<j~<j<j<j<j<j<j.=j<=jK=jZ=jBjBjcEe}rXj,,}rX(jM\KjdKj*hKjoKjpKjqKjryKjyKj]|Kj|K j|K j8~K j~K jmK jуKjKj4KjUKjKjKj'KjKj׉Kj8KjKj4KjKjKjSKjKjKj Kj+K j_K!jK"jK#jK$j֡K%jK&jѢK'jK(jfK)jwK*jK+jK,jK-j}K.jK/jK0jK1jK2jbK3jK4jK5jK6jK7jK8j>K9jK:jK;jCKjMK?j[K@jKAjKBjKCjKDjKEjNKFjKGjKHjKIjKJjKKjKLjKMjKNj&KOjwKPjKQjKRjKSjKTjKUjrKVjKWjKXjAKYjMKZj}K[jK\jK]jK^jF K_jb K`j KajKbjKcjKdjKej0Kfj>KgjkKhjyKijKjjKkjKljzKmjVKnjKojKpjKqjKrjKsjKtj1Kuj?Kvj:KwjVKxjKyjKzj?K{jMK|j^!K}j>"K~jL"KjZ"Kj{"Kj"Kj#Kjn#Kj|#Kj#Kj&Kj'Kj'Kj(KjJ(Kj)Kj)Kj"+KjT.Kjb.Kjp.Kj.Kj2Kj5Kj)5Kjs8Kj:Kj:Kj;Kj>;Kj];Kj|;Kj;Kj;Kj;Kj;Kj<Kj=<Kj^<Kj<Kj<Kj<Kj<Kj<Kj<Kj0=Kj>=KjM=Kj\=KjBKjBKjeEKusbjWX collectionrXhNubjW)rX}rX(hj]hj]h}rXh }rXjWh)RrX(j]jH]j{]j]j]j ^j?^jn^j^j^j^j2_j,`jL`jl`j`j`j`j`jaj$ajBajbajajajajbj8bjYbjwbjbjbjbjbjcjBejQej`ejoej~ejejejejejijxkjxj;jIjWjejsjjjjjjǧjէjjjj jj)j7jEjSjajoj}jj6jDjRj`jnj|jjjjjjjjjj<j]jkjzjjjjjj0jQjsjjjjjjjrjjj|jjLjj*jA+jt+j+j+j+jL1j1j1j!2jB2jP2j^2j2j2j2j2jF3j4j>j@jAj9Aj[AjGe}r Xj,,}r!X(j]KjJ]Kj}]Kj]Kj]Kj^KjA^Kjp^Kj^Kj^K j_K j4_K j.`K jN`K jn`Kj`Kj`Kj`Kj`KjaKj&aKjDaKjdaKjaKjaKjaKjbKj:bKj[bKjybKjbKjbKjbK jbK!jcK"jDeK#jSeK$jbeK%jqeK&jeK'jeK(jeK)jeK*jeK+jiK,jzkK-jxK.j=K/jKK0jYK1jgK2juK3jK4jK5jK6jK7jK8jɧK9jקK:jK;jKjK?j+K@j9KAjGKBjUKCjcKDjqKEjKFjKGj8KHjFKIjTKJjbKKjpKLj~KMjKNjKOjKPjKQjKRjKSjKTjKUjKVj>KWj_KXjmKYj|KZjK[jK\jK]jK^jK_j2K`jSKajuKbjKcjKdjKejKfjKgj KhjtKijKjjKkj~KljKmjNKnjKoj*KpjC+Kqjv+Krj+Ksj+Ktj+KujN1Kvj1Kwj1Kxj#2KyjD2KzjR2K{j`2K|j2K}j2K~j2Kj2KjH3Kj!4Kj>Kj@KjAKj;AKj]AKjGKusbjWX collectionr"XhNubjW)r#X}r$X(hj?chj?ch}r%Xh }r&XjWh)Rr'X(j7cjcj dj8djij5tjctjtjtjtjtjtj ujuj3ujAujuj!yju{j{j{j}jjDjj j,j;jjjjjjju4j4j4jIe}r(Xj,,}r)X(j9cKjcKj dKj:dKjiKj7tKjetKjtKjtKjtK jtK jtK j uK juK j5uKjCuKjuKj#yKjw{Kj{Kj{Kj}KjKjFKjKjKj.Kj=KjKjKjKjKjK jK!jw4K"j4K#j4K$j IK%usbjWX collectionr*XhNubjW)r+X}r,X(hjfhjfh}r-Xh }r.XjWh)Rr/X(jfjF{jj1j$jRj;je}r0Xj,,}r1X(jfKjH{KjKj3Kj&KjTKj=KjKusbjWX collectionr2XhNubjW)r3X}r4X(hjfhjfh}r5Xh }r6XjWh)Rr7X(jfj gj{jjjjnjuojqjuj~wjA}jj€jj#jjcjPjjjjjj.jhj'jjj!jjjjsj!j%j'j'j )j)j7)j)j)j)j4jEe}r8Xj,,}r9X(jfKjgKj}jKjjKjnKjwoKjqKjuKjwKjC}K jK jĀK jK j%K jKjeKjRKjKjKjKjKjKj0KjjKj)KjKjKj#KjKjKjKjuKj!K j%K!j'K"j'K#j )K$j)K%j9)K&j)K'j)K(j)K)j4K*jFK+usbjWX collectionr:XhNubjW)r;X}rXjWh)Rr?X(jgjjjoj;jj7jPj!jBjCe}r@Xj,,}rAX(jgKjjKjoKj=KjKj9KjRKj!KjBKjCK usbjWX collectionrBXhNubjW)rCX}rDX(hjvhhjvhh}rEXh }rFXjWh)RrGX(jnhjljmjGmj{mjmjmjnjKnj~njcjjjɩjj j/jQj=j_jjjjj j+jjjjjjjjjjjjjjj+e}rHXj,,}rIX(jphKjlKjmKjImKj}mKjmKjmKjnKjMnKjnK jeK jK jK j˩K jKjKj1KjSKj?KjaKjKjKjKjKj Kj-KjKjKjKjKjKjKjK jK!jK"jK#jK$jK%jK&jK'j+K(usbjWX collectionrJXhNubjW)rKX}rLX(hjjhjjh}rMXh }rNXjWh)RrOX(jjj'kjj̝jjjjj jdjrjj j,j16e}rPXj,,}rQX(jjKj)kKjKjΝKjKjKjKjKj KjfK jtK jK j"K j,K j36KusbjWX collectionrRXhNubjW)rSX}rTX(hjnhjnh}rUXh }rVXjWh)RrWX(jnj_uj&jjjjjjj6jEjjѪjjj.jjjj,jjjjjj@j^jljzjjHjijjJjXjyjj'jZjhjjj#j%j+j+1j1j2jg3j3j-4j;4jZ4j4j4j#6j=j=j>j5>jS>jq>j>j>j>j ?j(?jF?jd?j?j?j?j?j?j@j6@jT@jr@j@j@j@j@jBjBe}rXXj,,}rYX(jnKjauKj(KjKjKjKjKjKjKj8K jGK jK jӪK jK jKj0KjKjKjKj.KjKjKjKjKjKjBKj`KjnKj|KjKjJKjkKjK jLK!jZK"j{K#jK$j)K%j\K&jjK'jK(jK)j#K*j%K+j+K,j-1K-j2K.j2K/ji3K0j3K1j/4K2j=4K3j\4K4j4K5j4K6j%6K7j=K8j=K9j >K:j7>K;jU>KK=j>K>j>K?j>K@j ?KAj*?KBjH?KCjf?KDj?KEj?KFj?KGj?KHj?KIj@KJj8@KKjV@KLjt@KMj@KNj@KOj@KPj@KQjBKRjBKSusbjWX collectionrZXhNubjW)r[X}r\X(hjohjoh}r]Xh }r^XjWh)Rr_X(jnj]jxjjjjFjj\jjjYj&j)j)j,j5jFjVGe}r`Xj,,}raX(jnKj_KjzKjKjKjKjHKjKj^KjK jK j[K j&K j)K j)Kj,Kj5KjFKjXGKusbjWX collectionrbXhNubjW)rcX}rdX(hj9ohj9oh}reXh }rfXjWh)RrgX(j1ojSojYxjWjΒj1j@j?jjZj4*e}rhXj,,}riX(j3oKjUoKj[xKjYKjВKj3KjBKjAKjKj\K j6*K usbjWX collectionrjXhNubjW)rkX}rlX(hjLshjLsh}rmXh }rnXjWh)RroX(jDsj|jڅjjӕjjj~jj%j&j*e}rpXj,,}rqX(jFsKj|Kj܅KjKjՕKjKjKjKjKj%K j&K j*K usbjWX collectionrrXhNubjW)rsX}rtX(hjshjsh}ruXh }rvXjWh)RrwX(jxsjsjsjwjxj8xjjLjjҟjjFjzjjjjjjHjKjjj;jWjqEe}rxXj,,}ryX(jzsKjsKjsKjwKjxKj:xKjKjNKjKjԟK jK jHK j|K jK jKjKjKjKjJKjMKjKjKj=KjYKjsEKusbjWX collectionrzXhNubjW)r{X}r|X(hjwhjwh}r}Xh }r~XjWh)RrX(jwjj*jjjmjjj%j4j$jHe}rXj,,}rX(jwKjKj,KjKjKjoKjKjKj'Kj6K j$K jHK usbjWX collectionrXhNubjW)rX}rX(hjWyhjWyh}rXh }rXjWh)RrX(jOyjyjGjhjjjajojj6e}rXj,,}rX(jQyKjyKjIKjjKjKjKjcKjqKjKj6K usbjWX collectionrXhNubjW)rX}rX(hjyhjyh}rXh }rXjWh)RrX(jyjCjɂjjHjj#j=jxjjjjCj7jj&j'jI'j,j/e}rXj,,}rX(jyKjEKj˂KjKjJKjKj%Kj?KjzKjK jK jK jEK j9K jKj&Kj'KjK'Kj,Kj/KusbjWX collectionrXhNubjW)rX}rX(hjzhjzh}rXh }rXjWh)RrX(jzjpj j jE jS j j j4e}rXj,,}rX(jzKjrKj Kj KjG KjU Kj Kj Kj4KusbjWX collectionrXhNubjW)rX}rX(hj}hj}h}rXh }rXjWh)RrX(j}j~jjjZj{jjjj/jjIjV(jx(jR/ja/jp/j0j0jCjeGe}rXj,,}rX(j}Kj ~KjKjKj\Kj}KjKjKjKj1K jK jKK jX(K jz(K jT/Kjc/Kjr/Kj0Kj0Kj CKjgGKusbjWX collectionrXhNubjW)rX}rX(hj~hj~h}rXh }rXjWh)RrX(j~jjj/jjjjٞjjjj)!jK&jl&j,j,j,j,e}rXj,,}rX(j~KjKjƒKj1KjKjKjKj۞KjKjK jK j+!K jM&K jn&K j,Kj,Kj,Kj,KusbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(j~j>jmjj&jΆjwjrjjԈjj{jjݏj6jbjnjzjjѐjj“jj jKjєj/j^jljjjjj j&j2jjjjjjjj7jjjjjjj-jjjjjjjjjjjjjjajjj j' j j)jjj(j*j/j)0j 8j*8j98jG8j:j:jiAjAjAj/DjDjDjTEjGGj4Ie}rXj,,}rX(jKj@KjoKjKj(KjІKjyKjtKjKjֈK jK j}K jK jߏK j8KjdKjpKj|KjKjӐKjKjēKjKj KjMKjӔKj1Kj`KjnKjKjKjKjK j K!j(K"j4K#jK$jK%jK&jK'jK(jK)jK*j9K+jlK,jK-jK.jK/jK0j/K1jK2jK3jK4jK5jK6jK7jK8jK9jK:jK;jKjcK?jK@jKAj KBj) KCj KDj+KEjKFjKGj(KHj*KIj/KJj+0KKj 8KLj,8KMj;8KNjI8KOj:KPj:KQjkAKRjAKSjAKTj1DKUjDKVjDKWjVEKXjIGKYj6IKZusbjWX collectionrXhNubjW)rX}rX(hjqhjqh}rXh }rXjWh)RrX(jij7jWj;jjjjIjejjCIjvIe}rXj,,}rX(jkKj9KjYKj=KjKjKj KjKKjgKjK jEIK jxIK usbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(jj@jjjjjjj'jj jTjcjrjjjjjjjjjjjj#j1jlj j j jjjj"j"j%*j+j-j-j.jBjBjDjDj EjEj'Ej6EjGjGjGjIj%Ie}rXj,,}rX(jKjBKjKjKjÑKjKjKjKj)KjK j"K jVK jeK jtK jKjKjKjKjKjKjKjKjKjKjKj%Kj3KjnKj Kj Kj KjKjK jK!j"K"j#K#j'*K$j,K%j-K&j-K'j.K(jBK)jBK*jDK+jDK,j EK-jEK.j)EK/j8EK0jGK1jGK2jGK3jIK4j'IK5usbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(j{jjjjjjɬjjjj jj#j/j;jGjSj_jkjwjjjjjӭj߭jjjjjj'j3j?jKjWjcjoj{jjjjjjîjϮjjjjjj)j5jAjMjYjejqj}jjjjjjůjѯjݯjjjj jj%j1j=jIjUjajmjyjjjjjjjͰjٰjjjj jj!j-j9jEjQj]jijujjjjjjjɱjձjjjjj#j/j;jZjxjjjj۲jjj1jMjkjjjójjjj;jZjyjjjҴjjj-jLjjjjjŵjjjj>j\jzjjjֶjjj3jQjpjjjʷjjj'jEjdjjjj߸jjj:jXjvjjj̹jjj&jDjbjjjjܺjjj7jUjsjjj̻jػjjj3j?j^j|jjjؼjjj0jNjkjjjǽjjj!j=j[jyjjjԾjjj-jKjijjjĿjjj!j?j]j|jjjjjj4jRjpjjjjj j(jGjejjjjjjj4jRjpjjjjjjj3jQjpjjjjjj&jDjcjjjjjjj6jUjqjjjjjj'jFjejjjjjjj9jXjvjjjj8j9jx=j=jAjAj BjMDjEjFjFjFjGjGj=HjIjIjIjIjIjJj1JjLJjKe}rXj,,}rX(j}KjKjKjKjKjKjˬKjKjKjK j K jK j%K j1K j=KjIKjUKjaKjmKjyKjKjKjKjKjխKjKjKjKjKjKjKj)Kj5K jAK!jMK"jYK#jeK$jqK%j}K&jK'jK(jK)jK*jK+jŮK,jѮK-jK.jK/jK0jK1jK2j+K3j7K4jCK5jOK6j[K7jgK8jsK9jK:jK;jKjK?jǯK@jӯKAj߯KBjKCjKDjKEjKFjKGj'KHj3KIj?KJjKKKjWKLjcKMjoKNj{KOjKPjKQjKRjKSjKTjðKUjϰKVj۰KWjKXjKYjKZj K[jK\j#K]j/K^j;K_jGK`jSKaj_KbjkKcjwKdjKejKfjKgjKhjKijKjj˱KkjױKljKmjKnjKojKpj%Kqj1Krj=Ksj\KtjzKujKvjKwj²KxjݲKyjKzjK{j3K|jOK}jmK~jKjKjųKjKjKjKj=Kj\Kj{KjKjKjԴKjKjKj/KjNKjlKjKjKjǵKjKjKj!Kj@Kj^Kj|KjKjKjضKjKjKj5KjSKjrKjKjKj̷KjKj Kj)KjGKjfKjKjKj¸KjKjKjKj<KjZKjxKjKjKjιKjKj Kj(KjFKjdKjKjKjKj޺KjKjKj9KjWKjuKjKjKjλKjڻKjKjKj5KjAKj`Kj~KjKjKjڼKjKjKj2KjPKjmKjKjKjɽKjKjKj#Kj?Kj]Kj{KjKjKj־KjKjKj/KjMKjkKjKjKjƿKjKjKj#KjAKj_Kj~KjKjKjKjKjKj6KjTKjrKjKjKjKjKj Kj*KjIKjgKjKjMjMjMjMjMj6MjTMjrMjMjM jM jM jM jM j5MjSMjrMjMjMjMjMj Mj(MjFMjeMjMjMjMjMjMjMj8MjWM jsM!jM"jM#jM$jM%j M&j)M'jHM(jgM)jM*jM+jM,jM-jM.jM/j;M0jZM1jxM2jM3jM4jM5j8M6j9M7jz=M8j=M9jAM:jAM;j"BM<jODM=jEM>jFM?jFM@jFMAjGMBjHMCj?HMDjIMEjIMFjIMGjIMHjIMIjJMJj3JMKjNJMLjKMMusbjWX collectionrXhNubjW)rX}rX(hjȤhjȤh}rXh }rXjWh)RrX(jjjj.jjjjJ j j j 'j,j Ge}rXj,,}rX(j¤KjKjKj0KjKjKjKjL Kj Kj K j 'K j,K j GK usbjWX collectionrXhNubjW)rX}rX(hjxhjxh}rXh }rXjWh)RrX(jpj~j j_j j%j%j*j-j-e}rXj,,}rX(jrKjKj KjaKjKj%Kj%Kj*Kj-Kj-K usbjWX collectionrXhNubjW)rX}rX(hjbhjbh}rXh }rXjWh)RrX(jZjj%jZjj>j%jj+j:jjjjjj jjj;jj"j|.e}rXj,,}rX(j\KjKj'Kj\KjKj@Kj'KjKj-Kj<K jK jK j K jK jKjKjKjKj=KjKj"Kj~.KusbjWX collectionrXhNubjW)rX}rX(hj hj h}rXh }rXjWh)RrX(jj<jYjzjje8e}rXj,,}rX(jKj>Kj[Kj|KjKjg8KusbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(jj2e}rXj,,}rX(jKj4KusbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(jjje}rXj,,}rX(jKjKjKusbjWX collectionrXhNubjW)rX}rX(hjhjh}rXh }rXjWh)RrX(jj jKjme}rYj,,}rY(jKjKjMKjoKusbjWX collectionrYhNubjW)rY}rY(hj:hj:h}rYh }rYjWh)RrY(j2jljjjjjFje}rYj,,}r Y(j4KjnKjKjKjKjKjHKjKusbjWX collectionr YhNubjW)r Y}r Y(hjhjh}r Yh }rYjWh)RrY(jjj$jSjrjjjj)j5jAjMjijje}rYj,,}rY(jKjKj&KjUKjtKjKjKjKj+Kj7K jCK jOK jkK jK jKusbjWX collectionrYhNubjW)rY}rY(hj0hj0h}rYh }rYjWh)RrY(j0j?6e}rYj,,}rY(j0KjA6KusbjWX collectionrYhNubjW)rY}rY(hj8hj8h}rYh }rYjWh)RrY(j8j9e}r Yj,,}r!Y(j8Kj9KusbjWX collectionr"YhNubjW)r#Y}r$Y(hj|9hj|9h}r%Yh }r&YjWh)Rr'Y(jt9j9j9j9j9j9j:j5:jU:e}r(Yj,,}r)Y(jv9Kj9Kj9Kj9Kj9Kj9Kj:Kj7:KjW:KusbjWX collectionr*YhNubjW)r+Y}r,Y(hjy:hjy:h}r-Yh }r.YjWh)Rr/Y(jq:j:j:j:e}r0Yj,,}r1Y(js:Kj:Kj:Kj:KusbjWX collectionr2YhNube}r3Yj,,}r4Y(jPKjQKjSKjfTKjWKj[KjS\Kj]Kj?cKjfK jfK jgK jvhK jjK jnKjoKj9oKjLsKjsKjwKjWyKjyKjzKj}Kj~KjKjqKjKjKjȤKjxKjbKj K jK!jK"jK#j:K$jK%j0K&j8K'j|9K(jy:K)usbX _compartmentsr5Y}r6Y(jPX Periplasmr7YjU,X Cytoplasmr8Yj,X Extracellularr9YuX _contextsr:Y]r;YX_solverrY}r?Y(X glpk_reprr@YXp lp max 2147 5782 20996 n i 1 dcaACP_c n i 2 2aobut_c n i 3 2pglyc_c n i 4 eig3p_c n i 5 2ahbut_c n i 6 feoxam_p n i 7 pyr_c n i 8 pyr_e n i 9 pyr_p n i 10 tdecoa_c n i 11 apg161_c n i 12 met__L_p n i 13 xtsn_e n i 14 ala__L_e n i 15 ala__L_c n i 16 octa_c n i 17 met__L_e n i 18 3hmrsACP_c n i 19 met__L_c n i 20 octa_p n i 21 ala__L_p n i 22 ala__B_p n i 23 ala__B_e n i 24 pnto__R_e n i 25 ala__B_c n i 26 8aonn_c n i 27 dmso_e n i 28 pnto__R_c n i 29 2agpe180_p n i 30 5dglcn_e n i 31 dmso_p n i 32 ps141_c n i 33 arbt6p_c n i 34 2agpe180_c n i 35 uamag_c n i 36 pmcoa_c n i 37 anhgm_p n i 38 atp_c n i 39 ump_e n i 40 anhgm_e n i 41 ump_p n i 42 coa_c n i 43 anhgm_c n i 44 LalaDglu_c n i 45 din_p n i 46 3hbcoa_c n i 47 dutp_c n i 48 din_c n i 49 crnDcoa_c n i 50 din_e n i 51 glcur1p_e n i 52 2ohph_c n i 53 gtp_p n i 54 amob_c n i 55 udcdp3Oag_p n i 56 gtp_e n i 57 gtp_c n i 58 cyst__L_c n i 59 adn_p n i 60 3mop_c n i 61 cbl1_p n i 62 valtrna_c n i 63 no2_p n i 64 fe3dhbzs3_p n i 65 cbl1_c n i 66 cbl1_e n i 67 no2_e n i 68 fe3dhbzs3_e n i 69 fe3dhbzs3_c n i 70 no2_c n i 71 2mecdp_c n i 72 ncam_c n i 73 lipa_p n i 74 2ombzl_c n i 75 lipa_e n i 76 ascb6p_c n i 77 lipa_c n i 78 cbp_c n i 79 arbtn_e n i 80 asn__L_c n i 81 asn__L_e n i 82 alaala_p n i 83 arbtn_c n i 84 alaala_e n i 85 asn__L_p n i 86 2omph_c n i 87 arbtn_p n i 88 alaala_c n i 89 h2o2_p n i 90 5aizc_c n i 91 codscl7_c n i 92 h2o2_c n i 93 nflgln_c n i 94 h2o2_e n i 95 3hddecACP_c n i 96 23dhba_c n i 97 octa_e n i 98 acglu_c n i 99 ttdca_p n i 100 codscl3_c n i 101 cddec5eACP_c n i 102 ttdca_e n i 103 ttdca_c n i 104 ura_c n i 105 glyc_e n i 106 glyc_c n i 107 ura_e n i 108 acmum_p n i 109 au_c n i 110 ura_p n i 111 kdo2lipid4p_c n i 112 glyc_p n i 113 chit6p_c n i 114 tre_p n i 115 tre_c n i 116 cdpglc_c n i 117 tre_e n i 118 ps2_ST_p n i 119 ser__L_p n i 120 ac_p n i 121 ser__L_c n i 122 ser__L_e n i 123 4ahmmp_c n i 124 23dhmb_c n i 125 ac_c n i 126 ac_e n i 127 2odecg3p_c n i 128 tcynt_p n i 129 2dmmql8_c n i 130 sbzcoa_c n i 131 tcynt_e n i 132 tcynt_c n i 133 cbi_p n i 134 anhgm3p_p n i 135 acald_c n i 136 colipa_p n i 137 12dgr141_c n i 138 acald_e n i 139 cbi_c n i 140 cbi_e n i 141 colipa_c n i 142 acald_p n i 143 colipa_e n i 144 12dgr141_p n i 145 xmp_c n i 146 xmp_e n i 147 mg2_p n i 148 xmp_p n i 149 acmalt_c n i 150 dhpmp_c n i 151 mg2_e n i 152 mg2_c n i 153 3dhq_c n i 154 dhptd_c n i 155 uLa4n_p n i 156 minohp_p n i 157 nh4_p n i 158 ins_e n i 159 uLa4n_c n i 160 nh4_e n i 161 nh4_c n i 162 minohp_e n i 163 5mdru1p_c n i 164 salchs2_e n i 165 salchs2_c n i 166 2dr5p_c n i 167 salchs2_p n i 168 pe160_p n i 169 murein5p5p_p n i 170 pe160_c n i 171 gdp_e n i 172 gdp_c n i 173 tre6p_c n i 174 5aop_c n i 175 gdp_p n i 176 5mta_c n i 177 1tdecg3p_c n i 178 5dglcn_c n i 179 3c3hmp_c n i 180 ddcacoa_c n i 181 12ppd__S_e n i 182 12ppd__S_c n i 183 1tdecg3p_p n i 184 hmfurn_c n i 185 12ppd__S_p n i 186 udcdp12Oag_p n i 187 murein5p4p_p n i 188 trnaarg_c n i 189 4pasp_c n i 190 LalaDgluMdapDala_c n i 191 LalaDgluMdapDala_e n i 192 csn_p n i 193 5dglcn_p n i 194 udcdp15Oag_p n i 195 gam1p_c n i 196 csn_c n i 197 csn_e n i 198 gal1p_p n i 199 dtbt_c n i 200 3mob_c n i 201 gal1p_e n i 202 25drapp_c n i 203 gal1p_c n i 204 ump_c n i 205 1agpg160_p n i 206 xdp_c n i 207 trnagly_c n i 208 xan_e n i 209 4h2kpi_c n i 210 xan_c n i 211 pheme_p n i 212 salchsx_p n i 213 6hmhpt_c n i 214 xan_p n i 215 acmum6p_c n i 216 iasp_c n i 217 didp_c n i 218 2agpg161_c n i 219 hxan_e n i 220 hxan_c n i 221 salchs4_p n i 222 2agpg161_p n i 223 hxan_p n i 224 ppa_p n i 225 spmd_c n i 226 spmd_e n i 227 murein3px3p_p n i 228 spmd_p n i 229 ppa_c n i 230 ppa_e n i 231 dsbgrd_p n i 232 hexACP_c n i 233 dcmp_c n i 234 gal__bD_e n i 235 dcmp_e n i 236 2agpg120_p n i 237 dcmp_p n i 238 2agpg120_c n i 239 fuc__L_c n i 240 fuc__L_e n i 241 3ocpalm9eACP_c n i 242 ppi_c n i 243 oxam_c n i 244 malACP_c n i 245 fuc__L_p n i 246 uaagmda_c n i 247 5apru_c n i 248 gua_p n i 249 fprica_c n i 250 glu5sa_c n i 251 mmet_p n i 252 gal_c n i 253 gal_e n i 254 mmet_e n i 255 gal_p n i 256 gar_c n i 257 glcur1p_p n i 258 salchs4fe_e n i 259 cytd_p n i 260 salchs4fe_c n i 261 cytd_c n i 262 udcpp_p n i 263 salchs4fe_p n i 264 cytd_e n i 265 2tpr3dpcoa_c n i 266 pg180_c n i 267 clpn120_p n i 268 feroxEfe_p n i 269 gua_c n i 270 dsbaox_p n i 271 feroxEfe_c n i 272 gua_e n i 273 feroxEfe_e n i 274 eca4colipa_e n i 275 dtdp4d6dg_c n i 276 halipa_e n i 277 cdpabeq_c n i 278 psd5p_c n i 279 eca4colipa_p n i 280 cpgn__un_c n i 281 cpgn__un_e n i 282 trdox_c n i 283 cpgn__un_p n i 284 pa140_c n i 285 1hdecg3p_p n i 286 adpglc_c n i 287 acg5sa_c n i 288 pa140_p n i 289 2me4p_c n i 290 malt6p_c n i 291 gthrd_c n i 292 murein4p4p_p n i 293 arbtn__fe3_p n i 294 5prdmbz_c n i 295 skm_e n i 296 adn_c n i 297 arbtn__fe3_c n i 298 arbtn__fe3_e n i 299 enter_c n i 300 entermg_c n i 301 pnto__R_p n i 302 feroxE_p n i 303 h_p n i 304 ppt_e n i 305 15dap_p n i 306 lcts_e n i 307 h_e n i 308 h_c n i 309 15dap_c n i 310 2amsa_c n i 311 salchs4_e n i 312 lcts_p n i 313 ppt_p n i 314 15dap_e n i 315 fe3dcit_e n i 316 malcoa_c n i 317 fldrd_c n i 318 2ins_c n i 319 gthox_p n i 320 dtdp4d6dm_c n i 321 adp_c n i 322 gthox_e n i 323 ugmd_c n i 324 zn2_e n i 325 mal__D_c n i 326 mal__D_e n i 327 udcpo5_e n i 328 2agpe141_p n i 329 pheme_e n i 330 tdeACP_c n i 331 udcdp4Oag_p n i 332 pheme_c n i 333 mal__D_p n i 334 1agpe120_p n i 335 2agpe141_c n i 336 3psme_c n i 337 codscl5b_c n i 338 fum_c n i 339 adphep__DD_c n i 340 fum_e n i 341 5caiz_c n i 342 r5p_p n i 343 23cgmp_e n i 344 fum_p n i 345 udcdpgalrmn_c n i 346 23cgmp_p n i 347 r5p_c n i 348 r5p_e n i 349 trnalys_c n i 350 pgp160_p n i 351 enter_p n i 352 pgp160_c n i 353 tet_p n i 354 apoACP_c n i 355 dmpp_c n i 356 enter_e n i 357 xtp_c n i 358 ade_c n i 359 ade_e n i 360 salchs4_c n i 361 galt_p n i 362 cpg160_c n i 363 ade_p n i 364 galt_e n i 365 odecoa_c n i 366 2odecg3p_p n i 367 4hthr_e n i 368 app_c n i 369 23dappa_p n i 370 4hthr_c n i 371 ppp9_c n i 372 23dappa_e n i 373 2dh3dgal6p_c n i 374 4hthr_p n i 375 23dappa_c n i 376 urdglyc_c n i 377 ocdca_p n i 378 ile__L_c n i 379 chitob_e n i 380 cobn_c n i 381 uacmam_c n i 382 ile__L_e n i 383 gthrd_p n i 384 ocdca_e n i 385 ocdca_c n i 386 urocan_c n i 387 gthrd_e n i 388 ile__L_p n i 389 chitob_p n i 390 lac__D_p n i 391 codscl8x_c n i 392 so2_c n i 393 cpppg3_c n i 394 selnp_c n i 395 lac__D_e n i 396 lac__D_c n i 397 so2_p n i 398 3ophb_c n i 399 anhm3p_c n i 400 guln__L_e n i 401 ascb__L_p n i 402 guln__L_c n i 403 phpyr_c n i 404 5mthf_c n i 405 5cm2hmu_c n i 406 guln__L_p n i 407 ascb__L_e n i 408 melib_p n i 409 ptrc_p n i 410 mnl1p_c n i 411 ptrc_c n i 412 melib_c n i 413 uama_c n i 414 ptrc_e n i 415 glu__L_c n i 416 glu__L_e n i 417 trnatrp_c n i 418 glu__L_p n i 419 tartr__L_c n i 420 tartr__L_e n i 421 tartr__L_p n i 422 pe180_c n i 423 13dpg_c n i 424 glu1sa_c n i 425 thmmp_c n i 426 ag_e n i 427 tag6p__D_c n i 428 udcdp19Oag_p n i 429 cdp_c n i 430 mso3_e n i 431 pg140_p n i 432 g3ps_e n i 433 g3ps_c n i 434 arg__L_p n i 435 tsul_p n i 436 pg140_c n i 437 arg__L_e n i 438 pep_p n i 439 arg__L_c n i 440 trdrd_c n i 441 g3ps_p n i 442 tsul_e n i 443 tsul_c n i 444 dudp_c n i 445 msa_c n i 446 glcr_e n i 447 pydxn_c n i 448 12dgr2_ST_p n i 449 cit_e n i 450 cdpdodecg_c n i 451 cit_c n i 452 glcr_p n i 453 cit_p n i 454 fdp_c n i 455 isetac_e n i 456 pg181_p n i 457 aacoa_c n i 458 isetac_p n i 459 pg181_c n i 460 t3c11vaceACP_c n i 461 1odec11eg3p_p n i 462 4ampm_c n i 463 1odec11eg3p_c n i 464 cpe180_c n i 465 4adcho_c n i 466 3hpalmACP_c n i 467 hdcea_p n i 468 pgp180_c n i 469 galur_p n i 470 hdcea_c n i 471 pphn_c n i 472 hdcea_e n i 473 galur_e n i 474 galur_c n i 475 pgp180_p n i 476 acon__C_c n i 477 lyx__L_c n i 478 12dgr181_c n i 479 acon__C_p n i 480 rml1p_c n i 481 lyx__L_p n i 482 12dgr181_p n i 483 psclys_e n i 484 acon__T_c n i 485 urate_c n i 486 psclys_p n i 487 gdpofuc_c n i 488 g3pi_p n i 489 g3pi_c n i 490 g3pi_e n i 491 udcdp18Oag_p n i 492 OA_ST_p n i 493 slcys_c n i 494 apg141_c n i 495 etoh_e n i 496 etoh_c n i 497 pydx_p n i 498 pydx_e n i 499 pydx_c n i 500 glcur_e n i 501 glcur_c n i 502 hisp_c n i 503 acg5p_c n i 504 tag1p__D_c n i 505 sectrna_c n i 506 glcur_p n i 507 amet_c n i 508 acglc__D_c n i 509 mlthf_c n i 510 u23ga_c n i 511 2oh3d_c n i 512 glyc__R_p n i 513 glyc__R_e n i 514 glyc__R_c n i 515 clpn181_p n i 516 3c4mop_c n i 517 gmhep1p_c n i 518 2shchc_c n i 519 cmp_e n i 520 cmp_c n i 521 dscl_c n i 522 clpn161_p n i 523 cmp_p n i 524 kdo_c n i 525 itp_c n i 526 apg180_c n i 527 fruur_p n i 528 fruur_e n i 529 fruur_c n i 530 pppi_c n i 531 man1p_c n i 532 ps120_c n i 533 trnaleu_c n i 534 feroxB_e n i 535 mettrna_c n i 536 feroxB_c n i 537 camp_c n i 538 feroxB_p n i 539 tton_e n i 540 remnant1_p n i 541 pdx5p_c n i 542 remnant1_e n i 543 remnant1_c n i 544 23dhb_c n i 545 udcdpgal_c n i 546 1hdec9eg3p_p n i 547 3ump_p n i 548 lipa__cold_p n i 549 1hdec9eg3p_c n i 550 lipa__cold_e n i 551 3ump_e n i 552 fldox_c n i 553 lipa__cold_c n i 554 ocdcea_c n i 555 ocdcea_e n i 556 melib_e n i 557 ocdcea_p n i 558 fmn_c n i 559 cdp4dh6doglc_c n i 560 phom_c n i 561 12dgr161_p n i 562 fe3_p n i 563 octdp_c n i 564 icolipa_c n i 565 cynt_p n i 566 pa2_ST_p n i 567 fe3_c n i 568 12dgr161_c n i 569 fe3_e n i 570 udcdp2Oag_p n i 571 cynt_e n i 572 26dap__M_e n i 573 glcn_p n i 574 26dap__M_c n i 575 23dhbzs3_p n i 576 udcpo4_c n i 577 udcpo4_e n i 578 glcn_c n i 579 acgam_p n i 580 glcn_e n i 581 26dap__M_p n i 582 udcpo4_p n i 583 23dhbzs3_c n i 584 23dhbzs3_e n i 585 trnaala_c n i 586 crncoa_c n i 587 indole_p n i 588 3ocvac11eACP_c n i 589 apolpp_p n i 590 3oodcoa_c n i 591 indole_e n i 592 23doguln_c n i 593 indole_c n i 594 cl_c n i 595 sucglu_c n i 596 3hoctaACP_c n i 597 his__L_c n i 598 2mahmp_c n i 599 imp_p n i 600 dsbard_p n i 601 phphhlipa_c n i 602 f1p_c n i 603 dhna_c n i 604 imp_c n i 605 lys__L_c n i 606 gsn_e n i 607 feoxam_c n i 608 1agpe181_p n i 609 feoxam_e n i 610 gsn_c n i 611 u3hga_c n i 612 gsn_p n i 613 t3c5ddeceACP_c n i 614 3hoctACP_c n i 615 pram_c n i 616 nmn_e n i 617 nmn_c n i 618 34dhpacet_c n i 619 udcpp_c n i 620 nmn_p n i 621 anth_c n i 622 tag__D_p n i 623 uacmamu_c n i 624 tma_p n i 625 pyam5p_c n i 626 suchms_c n i 627 prpp_c n i 628 tag__D_e n i 629 tma_e n i 630 adphep__LD_c n i 631 trnathr_c n i 632 3ig3p_c n i 633 mobd_e n i 634 3ooctdACP_c n i 635 xu5p__L_c n i 636 mobd_c n i 637 pa180_c n i 638 cys__D_p n i 639 2obut_c n i 640 hdca_p n i 641 pa180_p n i 642 mobd_p n i 643 hdca_e n i 644 hdca_c n i 645 metsox__R__L_c n i 646 cys__D_e n i 647 4per_c n i 648 pa161_p n i 649 udpLa4n_c n i 650 all__D_p n i 651 metsox__R__L_e n i 652 tmao_p n i 653 pa161_c n i 654 nad_c n i 655 all__D_e n i 656 tmao_e n i 657 fecrm__un_e n i 658 fecrm__un_c n i 659 mmcoa__S_c n i 660 maltpt_p n i 661 au_p n i 662 fecrm__un_p n i 663 maltpt_c n i 664 maltpt_e n i 665 12ppd__R_p n i 666 1agpe140_p n i 667 gam6p_c n i 668 feroxE_e n i 669 gam6p_e n i 670 feroxE_c n i 671 b2coa_c n i 672 gam6p_p n i 673 chor_c n i 674 4abz_e n i 675 4abz_c n i 676 adocblp_c n i 677 td2coa_c n i 678 dsbcrd_p n i 679 3omrsACP_c n i 680 pe140_c n i 681 acmana_c n i 682 acmana_e n i 683 mmcoa__R_c n i 684 pe140_p n i 685 1agpg141_p n i 686 acmana_p n i 687 frulys_e n i 688 aspsa_c n i 689 udcdp17Oag_p n i 690 Sfglutth_c n i 691 1tdec7eg3p_c n i 692 1tdec7eg3p_p n i 693 pydxn_p n i 694 pe180_p n i 695 pydxn_e n i 696 chol_p n i 697 3odecACP_c n i 698 udpLa4o_c n i 699 na1_c n i 700 na1_e n i 701 aact_c n i 702 chol_c n i 703 chol_e n i 704 na1_p n i 705 ugmda_c n i 706 dnad_c n i 707 dtmp_c n i 708 dtmp_e n i 709 dd2coa_c n i 710 drib_e n i 711 drib_c n i 712 dtmp_p n i 713 dadp_c n i 714 murein3px4p_p n i 715 drib_p n i 716 agm_p n i 717 3opalmACP_c n i 718 agm_c n i 719 agm_e n i 720 hlipa_c n i 721 xylu__L_p n i 722 pa181_p n i 723 xylu__L_c n i 724 xylu__L_e n i 725 pa181_c n i 726 cpgn_e n i 727 ipdp_c n i 728 frulys_p n i 729 tyrtrna_c n i 730 val__L_p n i 731 dsbdox_c n i 732 e4p_c n i 733 3oddecACP_c n i 734 val__L_e n i 735 adn_e n i 736 val__L_c n i 737 cpgn_c n i 738 ditp_c n i 739 3otdcoa_c n i 740 26dap__LL_c n i 741 galctn__L_e n i 742 micit_c n i 743 accoa_c n i 744 galctn__L_p n i 745 hco3_c n i 746 o2s_p n i 747 ctbt_p n i 748 d5kgp_c n i 749 3php_c n i 750 o2s_c n i 751 ctbt_c n i 752 sucorn_c n i 753 cdpdhdecg_c n i 754 rml_c n i 755 2agpg140_p n i 756 2tdecg3p_c n i 757 cdpdhdec9eg_c n i 758 2agpg140_c n i 759 hmgth_c n i 760 acnam_p n i 761 butso3_e n i 762 fadh2_c n i 763 acnam_e n i 764 hpyr_c n i 765 butso3_p n i 766 cd2_e n i 767 fmettrna_c n i 768 cd2_c n i 769 cob2nda_c n i 770 2agpg180_p n i 771 cd2_p n i 772 paps_c n i 773 cpg180_c n i 774 2agpg180_c n i 775 2hdec9eg3p_c n i 776 murein3p3p_p n i 777 uppg3_c n i 778 adocbi_c n i 779 2hdec9eg3p_p n i 780 gtspmd_c n i 781 cpe160_c n i 782 acetol_c n i 783 gcald_c n i 784 mso3_p n i 785 trnaasn_c n i 786 tton_p n i 787 pe141_p n i 788 2agpe161_c n i 789 phetrna_c n i 790 2agpe161_p n i 791 pe141_c n i 792 dcacoa_c n i 793 his__L_p n i 794 gdpddman_c n i 795 5mtr_c n i 796 4hba_c n i 797 2ippm_c n i 798 xylu__D_c n i 799 trnaasp_c n i 800 udcdp6Oag_p n i 801 h2_e n i 802 udcpgr_c n i 803 h2_c n i 804 glcr_c n i 805 thrtrna_c n i 806 maltttr_e n i 807 ps160_c n i 808 zn2_p n i 809 maltttr_c n i 810 udcdp11Oag_p n i 811 h2_p n i 812 o2s_e n i 813 maltttr_p n i 814 zn2_c n i 815 cys__L_c n i 816 eca2und_p n i 817 gmhep17bp_c n i 818 tungs_e n i 819 thr__L_p n i 820 3hpppn_e n i 821 tungs_c n i 822 mthgxl_c n i 823 udcpgrm_c n i 824 thr__L_c n i 825 thr__L_e n i 826 tungs_p n i 827 3hpppn_p n i 828 4abut_e n i 829 4abut_c n i 830 25dkglcn_c n i 831 2agpe120_c n i 832 gln__L_p n i 833 4abut_p n i 834 murein5p3p_p n i 835 gln__L_e n i 836 imacp_c n i 837 gln__L_c n i 838 pgp161_c n i 839 23ddhb_c n i 840 udpg_p n i 841 dcamp_c n i 842 udpg_e n i 843 udpg_c n i 844 co2_p n i 845 lipidX_c n i 846 udcdp16Oag_p n i 847 co2_c n i 848 co2_e n i 849 mql8_c n i 850 amp_p n i 851 3ohcoa_c n i 852 2dhglcn_c n i 853 glx_c n i 854 2hh24dd_c n i 855 2tdecg3p_p n i 856 crn_c n i 857 3amp_e n i 858 crn_e n i 859 kdolipid4_c n i 860 pgp140_c n i 861 3amp_p n i 862 crn_p n i 863 pgp140_p n i 864 dmbzid_c n i 865 grxrd_c n i 866 amp_e n i 867 g3pc_c n i 868 prfp_c n i 869 crn__D_p n i 870 glyc2p_e n i 871 oxur_c n i 872 crn__D_c n i 873 2cpr5p_c n i 874 succ_p n i 875 pgp141_p n i 876 diglyceride_prolpp_c n i 877 thym_e n i 878 dump_c n i 879 pgp141_c n i 880 succ_c n i 881 succ_e n i 882 trnagln_c n i 883 ahcys_c n i 884 dump_p n i 885 3oocoa_c n i 886 acnam_c n i 887 man_e n i 888 histrna_c n i 889 man_c n i 890 man_p n i 891 rbl__L_c n i 892 ps180_c n i 893 od2coa_c n i 894 nadph_c n i 895 3hhdcoa_c n i 896 k_p n i 897 4hoxpacd_p n i 898 hxcoa_c n i 899 k_c n i 900 k_e n i 901 prolpp_c n i 902 4hoxpacd_e n i 903 dad__5_c n i 904 colipaOA_e n i 905 no3_c n i 906 aicar_c n i 907 dms_e n i 908 no3_p n i 909 dms_p n i 910 trnaval_c n i 911 3htdcoa_c n i 912 2h5cmmusa_c n i 913 3pg_e n i 914 3pg_c n i 915 23cump_e n i 916 3pg_p n i 917 ap5a_c n i 918 23cump_p n i 919 dttp_c n i 920 hhlipa_c n i 921 alac__S_c n i 922 sertrna_c n i 923 argsuc_c n i 924 dhpt_c n i 925 pg2_ST_p n i 926 unaga_c n i 927 trnaile_c n i 928 but_e n i 929 udpLa4fn_c n i 930 uri_p n i 931 glu__D_c n i 932 codscl4_c n i 933 uri_c n i 934 but_p n i 935 lac__L_c n i 936 uri_e n i 937 codscl2_c n i 938 clpn141_p n i 939 34hpp_c n i 940 5aprbu_c n i 941 3ohexACP_c n i 942 uacgam_c n i 943 cu2_c n i 944 3hcinnm_p n i 945 uacgam_e n i 946 cu2_e n i 947 fc1p_c n i 948 cyan_p n i 949 q8_c n i 950 cu2_p n i 951 uacgam_p n i 952 rhcys_c n i 953 anhgm3p_c n i 954 cyan_e n i 955 grdp_c n i 956 cyan_c n i 957 pg161_p n i 958 dpcoa_c n i 959 dtdp_c n i 960 pg161_c n i 961 palmACP_c n i 962 ins_p n i 963 udcdp7Oag_p n i 964 nicrnt_c n i 965 3hcinnm_e n i 966 salchsx_c n i 967 salchsx_e n i 968 lyx__L_e n i 969 acon__C_e n i 970 ala__D_p n i 971 mercppyr_c n i 972 kdo2lipid4L_c n i 973 ala__D_e n i 974 ala__D_c n i 975 asntrna_c n i 976 hxa_p n i 977 udpgal_p n i 978 pap_c n i 979 ins_c n i 980 lipidAds_c n i 981 udpgal_c n i 982 hxa_c n i 983 hxa_e n i 984 udpgal_e n i 985 acac_p n i 986 adprib_c n i 987 t3c7mrseACP_c n i 988 adcobn_c n i 989 acac_e n i 990 lipidA_c n i 991 acser_c n i 992 pg120_p n i 993 acser_e n i 994 galct__D_p n i 995 pep_c n i 996 pep_e n i 997 pg120_c n i 998 3hcpalm9eACP_c n i 999 galct__D_e n i 1000 galct__D_c n i 1001 ppgpp_c n i 1002 trnacys_c n i 1003 salchs1_c n i 1004 so2_e n i 1005 hdcoa_c n i 1006 malt_p n i 1007 glyald_e n i 1008 glyald_c n i 1009 malt_c n i 1010 malt_e n i 1011 glyald_p n i 1012 cystrna_c n i 1013 udcpg_c n i 1014 taur_e n i 1015 peamn_p n i 1016 tartr__D_p n i 1017 dxyl5p_c n i 1018 s7p_c n i 1019 peamn_e n i 1020 taur_p n i 1021 lys__L_e n i 1022 2odec11eg3p_p n i 1023 metsox__R__L_p n i 1024 apg160_c n i 1025 inost_p n i 1026 lys__L_p n i 1027 inost_e n i 1028 inost_c n i 1029 thdp_c n i 1030 udcdpgalrmnmanabe_c n i 1031 4abutn_c n i 1032 udpglcur_e n i 1033 udpglcur_c n i 1034 acanth_c n i 1035 12ppd__R_e n i 1036 12ppd__R_c n i 1037 2p4c2me_c n i 1038 udpglcur_p n i 1039 2agpe181_c n i 1040 progly_e n i 1041 2dda7p_c n i 1042 h2mb4p_c n i 1043 progly_c n i 1044 23dhmp_c n i 1045 gdpfuc_c n i 1046 2agpe181_p n i 1047 phhlipa_c n i 1048 progly_p n i 1049 for_p n i 1050 duri_e n i 1051 tmrs2eACP_c n i 1052 23dhbzs_c n i 1053 duri_c n i 1054 tyrp_e n i 1055 for_e n i 1056 for_c n i 1057 duri_p n i 1058 udpacgal_p n i 1059 airs_c n i 1060 airs_e n i 1061 udpacgal_e n i 1062 gmhep7p_c n i 1063 alatrna_c n i 1064 airs_p n i 1065 cob1nda_c n i 1066 nadp_c n i 1067 uLa4fn_c n i 1068 sucarg_c n i 1069 cysi__L_c n i 1070 dgmp_e n i 1071 dmlz_c n i 1072 dgmp_c n i 1073 cysi__L_e n i 1074 glyc2p_p n i 1075 thmpp_c n i 1076 cysi__L_p n i 1077 dhor__S_c n i 1078 dgmp_p n i 1079 foam_p n i 1080 kdo8p_c n i 1081 hom__L_p n i 1082 f6p_c n i 1083 hom__L_c n i 1084 um4p_c n i 1085 foam_c n i 1086 f6p_p n i 1087 foam_e n i 1088 hom__L_e n i 1089 nadh_c n i 1090 ocACP_c n i 1091 mi1p__D_c n i 1092 12dgr140_p n i 1093 trnaglu_c n i 1094 12dgr140_c n i 1095 pant__R_c n i 1096 dopa_e n i 1097 1ddecg3p_p n i 1098 oaa_p n i 1099 orot_e n i 1100 toctd2eACP_c n i 1101 pro__L_c n i 1102 pro__L_e n i 1103 orot_c n i 1104 oaa_e n i 1105 1ddecg3p_c n i 1106 dopa_p n i 1107 oaa_c n i 1108 pro__L_p n i 1109 orot_p n i 1110 ohpb_c n i 1111 arab__L_p n i 1112 etoh_p n i 1113 arab__L_e n i 1114 arab__L_c n i 1115 1agpe161_p n i 1116 fe3hox_p n i 1117 d5kg_c n i 1118 skm5p_c n i 1119 udcdp13Oag_p n i 1120 acACP_c n i 1121 glyb_e n i 1122 glyb_c n i 1123 cdpdddecg_c n i 1124 fe3hox_e n i 1125 citr__L_c n i 1126 glyb_p n i 1127 gggagicolipa_c n i 1128 1agpe160_p n i 1129 cdpdodec11eg_c n i 1130 actACP_c n i 1131 gicolipa_c n i 1132 bbtcoa_c n i 1133 fru_e n i 1134 3gmp_e n i 1135 methf_c n i 1136 fru_c n i 1137 agdpcbi_c n i 1138 pa141_p n i 1139 eca4und_p n i 1140 fru_p n i 1141 3gmp_p n i 1142 codscl6a_c n i 1143 ara5p_c n i 1144 pa141_c n i 1145 cobalt2_e n i 1146 cobalt2_c n i 1147 dkdi_c n i 1148 pmtcoa_c n i 1149 3hodcoa_c n i 1150 cobalt2_p n i 1151 lpp_sp_p n i 1152 hphhlipa_c n i 1153 ser__D_p n i 1154 cgly_p n i 1155 pan4p_c n i 1156 cgly_e n i 1157 ser__D_c n i 1158 ser__D_e n i 1159 cgly_c n i 1160 phthr_c n i 1161 adcob1nda_c n i 1162 2dr1p_c n i 1163 tagur_c n i 1164 sbt__D_e n i 1165 codscl5a_c n i 1166 urea_c n i 1167 pi_p n i 1168 gdpmann_c n i 1169 protrna_c n i 1170 murein4px4px4p_p n i 1171 sbt__D_p n i 1172 pi_c n i 1173 pi_e n i 1174 1agpg120_p n i 1175 pe161_p n i 1176 hcys__L_c n i 1177 pe161_c n i 1178 2h3oppan_c n i 1179 ctp_c n i 1180 pe120_c n i 1181 pppg9_c n i 1182 fe3hox_c n i 1183 pe120_p n i 1184 ru5p__D_c n i 1185 3odcoa_c n i 1186 4r5au_c n i 1187 ru5p__L_c n i 1188 2tdec7eg3p_c n i 1189 2tdec7eg3p_p n i 1190 34dhpac_p n i 1191 mqn8_c n i 1192 oc2coa_c n i 1193 34dhpac_e n i 1194 tcb_c n i 1195 dann_c n i 1196 tcb_e n i 1197 thex2eACP_c n i 1198 tddec2eACP_c n i 1199 5drib_c n i 1200 cbasp_c n i 1201 tcb_p n i 1202 seramp_c n i 1203 N1aspmd_c n i 1204 1agpg161_p n i 1205 damp_p n i 1206 dhnpt_c n i 1207 r1p_c n i 1208 damp_c n i 1209 damp_e n i 1210 glytrna_c n i 1211 LalaDgluMdapDala_p n i 1212 glc__D_p n i 1213 idp_c n i 1214 lystrna_c n i 1215 glc__D_c n i 1216 glc__D_e n i 1217 2agpg160_c n i 1218 sulfac_p n i 1219 frdp_c n i 1220 3ocddec5eACP_c n i 1221 2agpg160_p n i 1222 sulfac_e n i 1223 2dh3dgal_c n i 1224 leutrna_c n i 1225 seln_c n i 1226 actp_c n i 1227 ppal_p n i 1228 pe2_ST_p n i 1229 ppal_c n i 1230 ppal_e n i 1231 4ppan_c n i 1232 feroxGfe_p n i 1233 xtsn_c n i 1234 ppap_c n i 1235 3ocmrs7eACP_c n i 1236 db4p_c n i 1237 2dhguln_c n i 1238 pg141_c n i 1239 lac__L_e n i 1240 fpram_c n i 1241 murein5px3p_p n i 1242 stcoa_c n i 1243 udcdp20Oag_p n i 1244 2agpe120_p n i 1245 pg141_p n i 1246 lac__L_p n i 1247 etha_e n i 1248 feroxGfe_e n i 1249 eca3und_p n i 1250 gam_e n i 1251 1hdecg3p_c n i 1252 etha_c n i 1253 g6p_p n i 1254 icit_c n i 1255 icit_e n i 1256 gam_p n i 1257 prbamp_c n i 1258 etha_p n i 1259 pg180_p n i 1260 icit_p n i 1261 g6p_c n i 1262 g6p_e n i 1263 gagicolipa_c n i 1264 feroxGfe_c n i 1265 g1p_e n i 1266 g1p_c n i 1267 mal__L_c n i 1268 ACP_c n i 1269 mal__L_e n i 1270 g1p_p n i 1271 mal__L_p n i 1272 aso3_p n i 1273 2ommbl_c n i 1274 murein4px4p4p_p n i 1275 tpalm2eACP_c n i 1276 aso3_e n i 1277 murein5px4px4p_p n i 1278 btcoa_c n i 1279 LalaLglu_c n i 1280 23ccmp_e n i 1281 argtrna_c n i 1282 23ccmp_p n i 1283 occoa_c n i 1284 gmp_c n i 1285 pacald_p n i 1286 gmp_e n i 1287 gmp_p n i 1288 pacald_e n i 1289 dtdp4aaddg_c n i 1290 pacald_c n i 1291 btn_c n i 1292 4iz5pp_c n i 1293 n2o_p n i 1294 4c2me_c n i 1295 n2o_c n i 1296 n2o_e n i 1297 tdec2eACP_c n i 1298 uamr_c n i 1299 24dhhed_c n i 1300 air_c n i 1301 athr__L_c n i 1302 Pald_c n i 1303 phe__L_e n i 1304 ca2_e n i 1305 tyr__L_p n i 1306 ca2_c n i 1307 dsbcox_p n i 1308 phe__L_c n i 1309 2agpe140_c n i 1310 fmnh2_c n i 1311 tyr__L_e n i 1312 phe__L_p n i 1313 5mdr1p_c n i 1314 ca2_p n i 1315 tyr__L_c n i 1316 2agpe140_p n i 1317 2hdecg3p_c n i 1318 tym_e n i 1319 ahdt_c n i 1320 murein4p3p_p n i 1321 3ohdcoa_c n i 1322 f6p_e n i 1323 2hdecg3p_p n i 1324 tym_p n i 1325 pser__L_c n i 1326 pser__L_e n i 1327 ethso3_e n i 1328 trp__L_p n i 1329 acgam1p_p n i 1330 pser__L_p n i 1331 trp__L_e n i 1332 acgam1p_e n i 1333 acgam1p_c n i 1334 trp__L_c n i 1335 ethso3_p n i 1336 rmn_c n i 1337 g3pe_e n i 1338 g3pg_p n i 1339 dc2coa_c n i 1340 rmn_e n i 1341 g3pe_c n i 1342 pgp161_p n i 1343 clpn160_p n i 1344 acgal1p_p n i 1345 xyl__D_p n i 1346 g3pg_c n i 1347 rmn_p n i 1348 g3pe_p n i 1349 g3pg_e n i 1350 xyl__D_e n i 1351 xyl__D_c n i 1352 acgal1p_e n i 1353 dhf_c n i 1354 g3pc_p n i 1355 orn_p n i 1356 alltn_p n i 1357 pgp120_c n i 1358 orn_e n i 1359 g3pc_e n i 1360 orn_c n i 1361 amp_c n i 1362 alltn_e n i 1363 ocdcaACP_c n i 1364 pgp120_p n i 1365 alltn_c n i 1366 alltt_c n i 1367 dcyt_p n i 1368 aps_c n i 1369 mnl_e n i 1370 23camp_p n i 1371 dcyt_c n i 1372 dcyt_e n i 1373 23camp_e n i 1374 mnl_p n i 1375 rnam_p n i 1376 ap4a_c n i 1377 rnam_c n i 1378 rnam_e n i 1379 so3_c n i 1380 so3_e n i 1381 dha_e n i 1382 dha_c n i 1383 peptido_ST_p n i 1384 so3_p n i 1385 3oddcoa_c n i 1386 dha_p n i 1387 dkmpp_c n i 1388 tyrp_p n i 1389 fald_e n i 1390 fald_c n i 1391 nac_p n i 1392 murein_lpp_p n i 1393 tartr__D_c n i 1394 fald_p n i 1395 tartr__D_e n i 1396 man6p_p n i 1397 Nmtrp_c n i 1398 trnapro_c n i 1399 fecrm_e n i 1400 fecrm_c n i 1401 man6p_c n i 1402 man6p_e n i 1403 gdptp_c n i 1404 fad_c n i 1405 fecrm_p n i 1406 12dgr160_p n i 1407 ni2_e n i 1408 ni2_c n i 1409 12dgr160_c n i 1410 ni2_p n i 1411 so4_p n i 1412 urea_p n i 1413 ckdo_c n i 1414 mn2_c n i 1415 mn2_e n i 1416 acgal_e n i 1417 so4_c n i 1418 23dhbzs2_c n i 1419 hmbil_c n i 1420 so4_e n i 1421 murein5p5p5p_p n i 1422 mn2_p n i 1423 acgal_p n i 1424 glucys_c n i 1425 3hdcoa_c n i 1426 urea_e n i 1427 4mhetz_c n i 1428 octeACP_c n i 1429 cdp4dh36ddglc_c n i 1430 4mop_c n i 1431 lpp_p n i 1432 sarcs_c n i 1433 fcl__L_c n i 1434 glu5p_c n i 1435 o2_c n i 1436 utp_c n i 1437 5dh4dglc_c n i 1438 o2_e n i 1439 clpn2_ST_p n i 1440 3dhsk_c n i 1441 o2_p n i 1442 trptrna_c n i 1443 acolipa_p n i 1444 btnso_c n i 1445 2ddecg3p_p n i 1446 acolipa_e n i 1447 u3aga_c n i 1448 2ddecg3p_c n i 1449 unagamuf_c n i 1450 unagamuf_p n i 1451 udcdp9Oag_p n i 1452 LalaDgluMdap_p n i 1453 pran_c n i 1454 LalaDgluMdap_e n i 1455 galt1p_c n i 1456 LalaDgluMdap_c n i 1457 h2o_c n i 1458 hg2_p n i 1459 h2o_e n i 1460 trnasecys_c n i 1461 pe181_p n i 1462 nac_e n i 1463 nac_c n i 1464 hg2_c n i 1465 h2o_p n i 1466 hg2_e n i 1467 pe181_c n i 1468 prlp_c n i 1469 ps161_c n i 1470 pgp181_p n i 1471 malttr_p n i 1472 pgp181_c n i 1473 malttr_e n i 1474 dsbdrd_c n i 1475 malttr_c n i 1476 2pg_e n i 1477 12dgr180_p n i 1478 2pg_c n i 1479 3hhcoa_c n i 1480 ggagicolipa_c n i 1481 ttdcea_p n i 1482 uagmda_c n i 1483 12dgr180_c n i 1484 2pg_p n i 1485 glycogen_c n i 1486 ttdcea_e n i 1487 ttdcea_c n i 1488 glyc3p_c n i 1489 glyc3p_e n i 1490 thrp_p n i 1491 4mpetz_c n i 1492 succoa_c n i 1493 2ddg6p_c n i 1494 cdpdtdec7eg_c n i 1495 thrp_e n i 1496 glyc3p_p n i 1497 thrp_c n i 1498 skm_c n i 1499 1pyr5c_c n i 1500 10fthf_c n i 1501 idon__L_c n i 1502 dca_p n i 1503 idon__L_e n i 1504 xu5p__D_c n i 1505 3ooctACP_c n i 1506 sbt6p_c n i 1507 dca_e n i 1508 idon__L_p n i 1509 dca_c n i 1510 apg140_c n i 1511 ribflv_c n i 1512 rbflvrd_c n i 1513 gal__bD_p n i 1514 gbbtn_e n i 1515 t3c9palmeACP_c n i 1516 feenter_p n i 1517 feenter_e n i 1518 feenter_c n i 1519 gbbtn_p n i 1520 dtdprmn_c n i 1521 25aics_c n i 1522 kphphhlipa_c n i 1523 udcdp14Oag_p n i 1524 uaccg_c n i 1525 h2s_e n i 1526 kdo2lipid4_p n i 1527 h2s_c n i 1528 clpn180_p n i 1529 kdo2lipid4_c n i 1530 h2s_p n i 1531 kdo2lipid4_e n i 1532 cu_e n i 1533 scl_c n i 1534 cu_c n i 1535 dtdp4addg_c n i 1536 lgt__S_c n i 1537 asptrna_c n i 1538 cu_p n i 1539 myrsACP_c n i 1540 cdpdtdecg_c n i 1541 feroxBfe_p n i 1542 mana_c n i 1543 manglyc_e n i 1544 3hocoa_c n i 1545 ps140_c n i 1546 feroxBfe_e n i 1547 s_c n i 1548 thf_c n i 1549 feroxBfe_c n i 1550 anhm_c n i 1551 ctbtcoa_c n i 1552 manglyc_p n i 1553 xtsn_p n i 1554 apg181_c n i 1555 3hddcoa_c n i 1556 feoxam__un_c n i 1557 3haACP_c n i 1558 acmum_e n i 1559 pppn_c n i 1560 pppn_e n i 1561 dump_e n i 1562 pppn_p n i 1563 hdeACP_c n i 1564 dxyl_e n i 1565 dxyl_c n i 1566 sl26da_c n i 1567 dxyl_p n i 1568 thym_c n i 1569 acgam_c n i 1570 acmanap_c n i 1571 dimp_p n i 1572 ichor_c n i 1573 no_p n i 1574 3hcmrs7eACP_c n i 1575 feroxG_c n i 1576 feroxG_e n i 1577 rib__D_p n i 1578 no_e n i 1579 dimp_c n i 1580 dimp_e n i 1581 no_c n i 1582 feroxG_p n i 1583 rib__D_e n i 1584 rib__D_c n i 1585 dgdp_c n i 1586 sertrna__sec___c n i 1587 trnamet_c n i 1588 adocbip_c n i 1589 thym_p n i 1590 2oph_c n i 1591 thm_c n i 1592 udcpdp_p n i 1593 thm_e n i 1594 fe2_c n i 1595 trnahis_c n i 1596 fe2_e n i 1597 udcpdp_c n i 1598 thm_p n i 1599 unagamu_c n i 1600 fe2_p n i 1601 udcpo5_c n i 1602 tet_e n i 1603 12dgr120_c n i 1604 udcpo5_p n i 1605 udcdp5Oag_p n i 1606 12dgr120_p n i 1607 leu__L_c n i 1608 leu__L_e n i 1609 2odec11eg3p_c n i 1610 2agpg181_c n i 1611 adocbl_c n i 1612 adocbl_e n i 1613 leu__L_p n i 1614 2agpg181_p n i 1615 adocbl_p n i 1616 dgsn_c n i 1617 ppbng_c n i 1618 glntrna_c n i 1619 dgsn_e n i 1620 ddca_c n i 1621 ddca_e n i 1622 sheme_c n i 1623 dgsn_p n i 1624 ddca_p n i 1625 dad__2_e n i 1626 histd_c n i 1627 g3p_c n i 1628 skm_p n i 1629 2ddglcn_c n i 1630 2ddglcn_e n i 1631 hqn_c n i 1632 1agpe180_p n i 1633 2ddglcn_p n i 1634 glyceryl_prolpp_c n i 1635 thymd_e n i 1636 thymd_c n i 1637 grxox_c n i 1638 thymd_p n i 1639 4hoxpac_p n i 1640 glutrna_c n i 1641 udcdpgalrmnman_c n i 1642 4hoxpac_c n i 1643 udp_c n i 1644 4hoxpac_e n i 1645 butACP_c n i 1646 salchs2fe_p n i 1647 fgam_c n i 1648 salchs2fe_e n i 1649 salchs2fe_c n i 1650 malthx_e n i 1651 malthx_c n i 1652 pa160_p n i 1653 quln_c n i 1654 malthx_p n i 1655 pa160_c n i 1656 1agpg180_p n i 1657 udcdp10Oag_p n i 1658 metsox__S__L_p n i 1659 feoxam__un_p n i 1660 orot5p_c n i 1661 murein4px4p_p n i 1662 ssaltpp_c n i 1663 metsox__S__L_c n i 1664 feoxam__un_e n i 1665 cpgn_p n i 1666 metsox__S__L_e n i 1667 but2eACP_c n i 1668 tdcoa_c n i 1669 acgam_e n i 1670 q8h2_c n i 1671 1agpe141_p n i 1672 bglycogen_c n i 1673 dcdp_c n i 1674 trnaphe_c n i 1675 23dhdp_c n i 1676 cys__L_e n i 1677 2mcit_c n i 1678 gbbtn_c n i 1679 cys__L_p n i 1680 dad__2_p n i 1681 ppcoa_c n i 1682 fe3hox__un_p n i 1683 6pgl_c n i 1684 gly_p n i 1685 fe3hox__un_c n i 1686 fe3hox__un_e n i 1687 gly_e n i 1688 1agpg140_p n i 1689 gly_c n i 1690 lald__D_c n i 1691 galctn__D_p n i 1692 2mcacn_c n i 1693 dhap_c n i 1694 galctn__D_c n i 1695 galctn__D_e n i 1696 3hcddec5eACP_c n i 1697 lald__L_c n i 1698 6pgc_c n i 1699 sucsal_c n i 1700 murein5px4p_p n i 1701 4hbz_c n i 1702 malthp_c n i 1703 cdec3eACP_c n i 1704 cl_p n i 1705 2dhp_c n i 1706 dgtp_c n i 1707 udcdpgalrmnmanabe_p n i 1708 appp_c n i 1709 colipa20Oag_e n i 1710 ps181_c n i 1711 colipa20Oag_p n i 1712 cl_e n i 1713 asp__L_c n i 1714 asp__L_e n i 1715 tagdp__D_c n i 1716 1agpg181_p n i 1717 asp__L_p n i 1718 pydx5p_c n i 1719 sl2a6o_c n i 1720 4ppcys_c n i 1721 6hmhptpp_c n i 1722 hemeO_c n i 1723 3hdecACP_c n i 1724 1odecg3p_p n i 1725 sucr_p n i 1726 datp_c n i 1727 1odecg3p_c n i 1728 sucr_e n i 1729 3sala_c n i 1730 pa120_p n i 1731 3dhgulnp_c n i 1732 pa120_c n i 1733 3dhguln_c n i 1734 3hhexACP_c n i 1735 3hcvac11eACP_c n i 1736 2kmb_c n i 1737 dtdpglu_c n i 1738 2agpg141_c n i 1739 2agpg141_p n i 1740 his__L_e n i 1741 ddcaACP_c n i 1742 clpn140_p n i 1743 gthox_c n i 1744 pydam_c n i 1745 imp_e n i 1746 anhm4p_c n i 1747 ppoh_c n i 1748 fe3dhbzs_e n i 1749 fe3dhbzs_c n i 1750 2agpe160_c n i 1751 prbatp_c n i 1752 pg160_p n i 1753 hx2coa_c n i 1754 2agpe160_p n i 1755 fe3dhbzs_p n i 1756 ametam_c n i 1757 pg160_c n i 1758 glyclt_c n i 1759 glyclt_e n i 1760 AEP_e n i 1761 AEP_c n i 1762 glyclt_p n i 1763 AEP_p n i 1764 akg_c n i 1765 anhgm4p_c n i 1766 akg_e n i 1767 2omhmbl_c n i 1768 dad__2_c n i 1769 akg_p n i 1770 anhgm4p_p n i 1771 toct2eACP_c n i 1772 14glucan_p n i 1773 3c2hmp_c n i 1774 enlipa_e n i 1775 trnatyr_c n i 1776 14glucan_c n i 1777 14glucan_e n i 1778 enlipa_p n i 1779 hacolipa_e n i 1780 udcdp8Oag_p n i 1781 sucbz_c n i 1782 apg120_c n i 1783 acgam6p_c n i 1784 met__D_p n i 1785 met__D_e n i 1786 met__D_c n i 1787 no3_e n i 1788 iletrna_c n i 1789 3cmp_p n i 1790 5c2o3ed_c n i 1791 trnaser_c n i 1792 3cmp_e n i 1793 n8aspmd_c n i 1794 dsbgox_p n i 1795 udpgalfur_c n i 1796 sucgsa_c n i 1797 acorn_c n i 1798 codscl6b_c n i 1799 2dmmq8_c n i 1800 dctp_c n i 1801 acser_p n i 1802 hdd2coa_c n i 1803 4hba_c_boundary n i 1804 5drib_c_boundary n i 1805 hmfurn_c_boundary n i 1806 oxam_c_boundary n i 1807 chitob_e_boundary n i 1808 pydxn_e_boundary n i 1809 pydx_e_boundary n i 1810 12ppd__R_e_boundary n i 1811 12ppd__S_e_boundary n i 1812 14glucan_e_boundary n i 1813 15dap_e_boundary n i 1814 23camp_e_boundary n i 1815 23ccmp_e_boundary n i 1816 23cgmp_e_boundary n i 1817 23cump_e_boundary n i 1818 23dappa_e_boundary n i 1819 26dap__M_e_boundary n i 1820 2ddglcn_e_boundary n i 1821 34dhpac_e_boundary n i 1822 3amp_e_boundary n i 1823 3cmp_e_boundary n i 1824 3gmp_e_boundary n i 1825 3hcinnm_e_boundary n i 1826 3hpppn_e_boundary n i 1827 3ump_e_boundary n i 1828 4abut_e_boundary n i 1829 4hoxpacd_e_boundary n i 1830 5dglcn_e_boundary n i 1831 LalaDgluMdapDala_e_boundary n i 1832 LalaDgluMdap_e_boundary n i 1833 ac_e_boundary n i 1834 acac_e_boundary n i 1835 acald_e_boundary n i 1836 acgal1p_e_boundary n i 1837 acgal_e_boundary n i 1838 acgam1p_e_boundary n i 1839 acgam_e_boundary n i 1840 acmana_e_boundary n i 1841 acmum_e_boundary n i 1842 acnam_e_boundary n i 1843 acolipa_e_boundary n i 1844 acser_e_boundary n i 1845 ade_e_boundary n i 1846 adn_e_boundary n i 1847 adocbl_e_boundary n i 1848 ag_e_boundary n i 1849 agm_e_boundary n i 1850 akg_e_boundary n i 1851 ala__B_e_boundary n i 1852 ala__D_e_boundary n i 1853 ala__L_e_boundary n i 1854 alaala_e_boundary n i 1855 all__D_e_boundary n i 1856 alltn_e_boundary n i 1857 amp_e_boundary n i 1858 anhgm_e_boundary n i 1859 arab__L_e_boundary n i 1860 arbtn_e_boundary n i 1861 arbtn__fe3_e_boundary n i 1862 arg__L_e_boundary n i 1863 ascb__L_e_boundary n i 1864 asn__L_e_boundary n i 1865 aso3_e_boundary n i 1866 asp__L_e_boundary n i 1867 but_e_boundary n i 1868 butso3_e_boundary n i 1869 ca2_e_boundary n i 1870 cbi_e_boundary n i 1871 cbl1_e_boundary n i 1872 cd2_e_boundary n i 1873 cgly_e_boundary n i 1874 chol_e_boundary n i 1875 cit_e_boundary n i 1876 icit_e_boundary n i 1877 acon__C_e_boundary n i 1878 cl_e_boundary n i 1879 cmp_e_boundary n i 1880 co2_e_boundary n i 1881 cobalt2_e_boundary n i 1882 colipa_e_boundary n i 1883 cpgn_e_boundary n i 1884 cpgn__un_e_boundary n i 1885 crn_e_boundary n i 1886 csn_e_boundary n i 1887 cu2_e_boundary n i 1888 cu_e_boundary n i 1889 cyan_e_boundary n i 1890 cynt_e_boundary n i 1891 cys__D_e_boundary n i 1892 cys__L_e_boundary n i 1893 cysi__L_e_boundary n i 1894 cytd_e_boundary n i 1895 dad__2_e_boundary n i 1896 damp_e_boundary n i 1897 dca_e_boundary n i 1898 dcmp_e_boundary n i 1899 dcyt_e_boundary n i 1900 ddca_e_boundary n i 1901 dgmp_e_boundary n i 1902 dgsn_e_boundary n i 1903 dha_e_boundary n i 1904 dimp_e_boundary n i 1905 din_e_boundary n i 1906 dms_e_boundary n i 1907 dmso_e_boundary n i 1908 dopa_e_boundary n i 1909 dtmp_e_boundary n i 1910 dump_e_boundary n i 1911 duri_e_boundary n i 1912 eca4colipa_e_boundary n i 1913 enlipa_e_boundary n i 1914 enter_e_boundary n i 1915 etha_e_boundary n i 1916 ethso3_e_boundary n i 1917 etoh_e_boundary n i 1918 f6p_e_boundary n i 1919 fald_e_boundary n i 1920 fe2_e_boundary n i 1921 fe3_e_boundary n i 1922 fe3dcit_e_boundary n i 1923 fe3dhbzs_e_boundary n i 1924 fe3hox_e_boundary n i 1925 fe3hox__un_e_boundary n i 1926 fecrm_e_boundary n i 1927 fecrm__un_e_boundary n i 1928 feenter_e_boundary n i 1929 feoxam_e_boundary n i 1930 feoxam__un_e_boundary n i 1931 for_e_boundary n i 1932 fru_e_boundary n i 1933 frulys_e_boundary n i 1934 fruur_e_boundary n i 1935 fuc__L_e_boundary n i 1936 fum_e_boundary n i 1937 g1p_e_boundary n i 1938 g3pc_e_boundary n i 1939 g3pe_e_boundary n i 1940 g3pg_e_boundary n i 1941 g3pi_e_boundary n i 1942 g3ps_e_boundary n i 1943 g6p_e_boundary n i 1944 gal1p_e_boundary n i 1945 gal__bD_e_boundary n i 1946 gal_e_boundary n i 1947 galct__D_e_boundary n i 1948 galctn__D_e_boundary n i 1949 galctn__L_e_boundary n i 1950 galt_e_boundary n i 1951 galur_e_boundary n i 1952 gam6p_e_boundary n i 1953 gam_e_boundary n i 1954 gbbtn_e_boundary n i 1955 gdp_e_boundary n i 1956 glc__D_e_boundary n i 1957 glcn_e_boundary n i 1958 glcr_e_boundary n i 1959 glcur1p_e_boundary n i 1960 glcur_e_boundary n i 1961 gln__L_e_boundary n i 1962 glu__L_e_boundary n i 1963 gly_e_boundary n i 1964 glyald_e_boundary n i 1965 glyb_e_boundary n i 1966 glyc2p_e_boundary n i 1967 glyc3p_e_boundary n i 1968 glyc__R_e_boundary n i 1969 glyc_e_boundary n i 1970 glyclt_e_boundary n i 1971 gmp_e_boundary n i 1972 gsn_e_boundary n i 1973 gthox_e_boundary n i 1974 gthrd_e_boundary n i 1975 gtp_e_boundary n i 1976 gua_e_boundary n i 1977 h2_e_boundary n i 1978 h2o2_e_boundary n i 1979 h2o_e_boundary n i 1980 h2s_e_boundary n i 1981 h_e_boundary n i 1982 hacolipa_e_boundary n i 1983 halipa_e_boundary n i 1984 hdca_e_boundary n i 1985 hdcea_e_boundary n i 1986 hg2_e_boundary n i 1987 his__L_e_boundary n i 1988 hom__L_e_boundary n i 1989 hxa_e_boundary n i 1990 hxan_e_boundary n i 1991 idon__L_e_boundary n i 1992 ile__L_e_boundary n i 1993 imp_e_boundary n i 1994 indole_e_boundary n i 1995 inost_e_boundary n i 1996 ins_e_boundary n i 1997 isetac_e_boundary n i 1998 k_e_boundary n i 1999 kdo2lipid4_e_boundary n i 2000 lac__D_e_boundary n i 2001 lac__L_e_boundary n i 2002 lcts_e_boundary n i 2003 leu__L_e_boundary n i 2004 lipa__cold_e_boundary n i 2005 lipa_e_boundary n i 2006 lys__L_e_boundary n i 2007 lyx__L_e_boundary n i 2008 mal__D_e_boundary n i 2009 mal__L_e_boundary n i 2010 malt_e_boundary n i 2011 malthx_e_boundary n i 2012 maltpt_e_boundary n i 2013 malttr_e_boundary n i 2014 maltttr_e_boundary n i 2015 man6p_e_boundary n i 2016 man_e_boundary n i 2017 manglyc_e_boundary n i 2018 melib_e_boundary n i 2019 met__D_e_boundary n i 2020 met__L_e_boundary n i 2021 metsox__R__L_e_boundary n i 2022 metsox__S__L_e_boundary n i 2023 mg2_e_boundary n i 2024 minohp_e_boundary n i 2025 mmet_e_boundary n i 2026 mn2_e_boundary n i 2027 mnl_e_boundary n i 2028 mobd_e_boundary n i 2029 mso3_e_boundary n i 2030 n2o_e_boundary n i 2031 na1_e_boundary n i 2032 nac_e_boundary n i 2033 nh4_e_boundary n i 2034 ni2_e_boundary n i 2035 nmn_e_boundary n i 2036 no2_e_boundary n i 2037 no3_e_boundary n i 2038 no_e_boundary n i 2039 o2_e_boundary n i 2040 o2s_e_boundary n i 2041 ocdca_e_boundary n i 2042 ocdcea_e_boundary n i 2043 octa_e_boundary n i 2044 orn_e_boundary n i 2045 orot_e_boundary n i 2046 oaa_e_boundary n i 2047 pacald_e_boundary n i 2048 peamn_e_boundary n i 2049 phe__L_e_boundary n i 2050 pheme_e_boundary n i 2051 pi_e_boundary n i 2052 pnto__R_e_boundary n i 2053 ppa_e_boundary n i 2054 ppal_e_boundary n i 2055 pppn_e_boundary n i 2056 ppt_e_boundary n i 2057 pro__L_e_boundary n i 2058 progly_e_boundary n i 2059 psclys_e_boundary n i 2060 pser__L_e_boundary n i 2061 ptrc_e_boundary n i 2062 pyr_e_boundary n i 2063 r5p_e_boundary n i 2064 rib__D_e_boundary n i 2065 rmn_e_boundary n i 2066 sbt__D_e_boundary n i 2067 ser__D_e_boundary n i 2068 ser__L_e_boundary n i 2069 skm_e_boundary n i 2070 so2_e_boundary n i 2071 so3_e_boundary n i 2072 so4_e_boundary n i 2073 spmd_e_boundary n i 2074 succ_e_boundary n i 2075 sucr_e_boundary n i 2076 sulfac_e_boundary n i 2077 tartr__L_e_boundary n i 2078 taur_e_boundary n i 2079 tcynt_e_boundary n i 2080 thm_e_boundary n i 2081 thr__L_e_boundary n i 2082 thrp_e_boundary n i 2083 thym_e_boundary n i 2084 thymd_e_boundary n i 2085 tma_e_boundary n i 2086 tmao_e_boundary n i 2087 tre_e_boundary n i 2088 trp__L_e_boundary n i 2089 tsul_e_boundary n i 2090 ttdca_e_boundary n i 2091 ttdcea_e_boundary n i 2092 tungs_e_boundary n i 2093 tym_e_boundary n i 2094 tyr__L_e_boundary n i 2095 tyrp_e_boundary n i 2096 uacgam_e_boundary n i 2097 udpacgal_e_boundary n i 2098 udpg_e_boundary n i 2099 udpgal_e_boundary n i 2100 udpglcur_e_boundary n i 2101 ump_e_boundary n i 2102 ura_e_boundary n i 2103 urea_e_boundary n i 2104 uri_e_boundary n i 2105 val__L_e_boundary n i 2106 xan_e_boundary n i 2107 xmp_e_boundary n i 2108 xtsn_e_boundary n i 2109 xyl__D_e_boundary n i 2110 xylu__L_e_boundary n i 2111 zn2_e_boundary n i 2112 AEP_e_boundary n i 2113 4hoxpac_e_boundary n i 2114 remnant1_e_boundary n i 2115 colipa20Oag_e_boundary n i 2116 salchs4_e_boundary n i 2117 salchs4fe_e_boundary n i 2118 salchsx_e_boundary n i 2119 tag__D_e_boundary n i 2120 airs_e_boundary n i 2121 pep_e_boundary n i 2122 2pg_e_boundary n i 2123 3pg_e_boundary n i 2124 tet_e_boundary n i 2125 foam_e_boundary n i 2126 tartr__D_e_boundary n i 2127 4abz_e_boundary n i 2128 feroxB_e_boundary n i 2129 feroxBfe_e_boundary n i 2130 feroxE_e_boundary n i 2131 feroxEfe_e_boundary n i 2132 feroxG_e_boundary n i 2133 feroxGfe_e_boundary n i 2134 drib_e_boundary n i 2135 dxyl_e_boundary n i 2136 salchs2fe_e_boundary n i 2137 rnam_e_boundary n i 2138 colipaOA_e_boundary n i 2139 udcpo4_e_boundary n i 2140 tcb_e_boundary n i 2141 fe3dhbzs3_e_boundary n i 2142 23dhbzs3_e_boundary n i 2143 guln__L_e_boundary n i 2144 udcpo5_e_boundary n i 2145 4hthr_e_boundary n i 2146 salchs2_e_boundary n i 2147 tton_e_boundary j 1 d 0 1000 n j 1 EX_4hba_c_boundary j 2 d 0 1000 n j 2 EX_4hba_c_boundary_reverse_48dfa j 3 d 0 1000 n j 3 EX_5drib_c_boundary j 4 d 0 1000 n j 4 EX_5drib_c_boundary_reverse_ac4d2 j 5 d 0 1000 n j 5 EX_hmfurn_c_boundary j 6 d 0 1000 n j 6 EX_hmfurn_c_boundary_reverse_6a6e4 j 7 d 0 1000 n j 7 EX_oxam_c_boundary j 8 d 0 1000 n j 8 EX_oxam_c_boundary_reverse_d15f4 j 9 d 0 1000 n j 9 EX_chitob_e_boundary j 10 d 0 1000 n j 10 EX_chitob_e_boundary_reverse_f43c8 j 11 d 0 1000 n j 11 EX_pydxn_e_boundary j 12 d 0 1000 n j 12 EX_pydxn_e_boundary_reverse_015cd j 13 d 0 1000 n j 13 EX_pydx_e_boundary j 14 d 0 1000 n j 14 EX_pydx_e_boundary_reverse_a901d j 15 d 0 1000 n j 15 EX_12ppd__R_e_boundary j 16 d 0 1000 n j 16 EX_12ppd__R_e_boundary_reverse_11f33 j 17 d 0 1000 n j 17 EX_12ppd__S_e_boundary j 18 d 0 1000 n j 18 EX_12ppd__S_e_boundary_reverse_5bc0c j 19 d 0 1000 n j 19 EX_14glucan_e_boundary j 20 d 0 1000 n j 20 EX_14glucan_e_boundary_reverse_06922 j 21 d 0 1000 n j 21 EX_15dap_e_boundary j 22 d 0 1000 n j 22 EX_15dap_e_boundary_reverse_a5d2a j 23 d 0 1000 n j 23 EX_23camp_e_boundary j 24 d 0 1000 n j 24 EX_23camp_e_boundary_reverse_06d91 j 25 d 0 1000 n j 25 EX_23ccmp_e_boundary j 26 d 0 1000 n j 26 EX_23ccmp_e_boundary_reverse_79513 j 27 d 0 1000 n j 27 EX_23cgmp_e_boundary j 28 d 0 1000 n j 28 EX_23cgmp_e_boundary_reverse_99339 j 29 d 0 1000 n j 29 EX_23cump_e_boundary j 30 d 0 1000 n j 30 EX_23cump_e_boundary_reverse_d7006 j 31 d 0 1000 n j 31 EX_23dappa_e_boundary j 32 d 0 1000 n j 32 EX_23dappa_e_boundary_reverse_337a9 j 33 d 0 1000 n j 33 EX_26dap__M_e_boundary j 34 d 0 1000 n j 34 EX_26dap__M_e_boundary_reverse_73494 j 35 d 0 1000 n j 35 EX_2ddglcn_e_boundary j 36 d 0 1000 n j 36 EX_2ddglcn_e_boundary_reverse_6d56c j 37 d 0 1000 n j 37 EX_34dhpac_e_boundary j 38 d 0 1000 n j 38 EX_34dhpac_e_boundary_reverse_6c82e j 39 d 0 1000 n j 39 EX_3amp_e_boundary j 40 d 0 1000 n j 40 EX_3amp_e_boundary_reverse_9a062 j 41 d 0 1000 n j 41 EX_3cmp_e_boundary j 42 d 0 1000 n j 42 EX_3cmp_e_boundary_reverse_1a877 j 43 d 0 1000 n j 43 EX_3gmp_e_boundary j 44 d 0 1000 n j 44 EX_3gmp_e_boundary_reverse_98d9a j 45 d 0 1000 n j 45 EX_3hcinnm_e_boundary j 46 d 0 1000 n j 46 EX_3hcinnm_e_boundary_reverse_98704 j 47 d 0 1000 n j 47 EX_3hpppn_e_boundary j 48 d 0 1000 n j 48 EX_3hpppn_e_boundary_reverse_18dda j 49 d 0 1000 n j 49 EX_3ump_e_boundary j 50 d 0 1000 n j 50 EX_3ump_e_boundary_reverse_92182 j 51 d 0 1000 n j 51 EX_4abut_e_boundary j 52 d 0 1000 n j 52 EX_4abut_e_boundary_reverse_3eb52 j 53 d 0 1000 n j 53 EX_4hoxpacd_e_boundary j 54 d 0 1000 n j 54 EX_4hoxpacd_e_boundary_reverse_823a6 j 55 d 0 1000 n j 55 EX_5dglcn_e_boundary j 56 d 0 1000 n j 56 EX_5dglcn_e_boundary_reverse_9bf16 j 57 d 0 1000 n j 57 EX_LalaDgluMdapDala_e_boundary j 58 d 0 1000 n j 58 EX_LalaDgluMdapDala_e_boundary_reverse_641bb j 59 d 0 1000 n j 59 EX_LalaDgluMdap_e_boundary j 60 d 0 1000 n j 60 EX_LalaDgluMdap_e_boundary_reverse_03b09 j 61 d 0 1000 n j 61 EX_ac_e_boundary j 62 d 0 1000 n j 62 EX_ac_e_boundary_reverse_080e1 j 63 d 0 1000 n j 63 EX_acac_e_boundary j 64 d 0 1000 n j 64 EX_acac_e_boundary_reverse_5d094 j 65 d 0 1000 n j 65 EX_acald_e_boundary j 66 d 0 1000 n j 66 EX_acald_e_boundary_reverse_24a00 j 67 d 0 1000 n j 67 EX_acgal1p_e_boundary j 68 d 0 1000 n j 68 EX_acgal1p_e_boundary_reverse_4f427 j 69 d 0 1000 n j 69 EX_acgal_e_boundary j 70 d 0 1000 n j 70 EX_acgal_e_boundary_reverse_1508c j 71 d 0 1000 n j 71 EX_acgam1p_e_boundary j 72 d 0 1000 n j 72 EX_acgam1p_e_boundary_reverse_101ff j 73 d 0 1000 n j 73 EX_acgam_e_boundary j 74 d 0 1000 n j 74 EX_acgam_e_boundary_reverse_7023f j 75 d 0 1000 n j 75 EX_acmana_e_boundary j 76 d 0 1000 n j 76 EX_acmana_e_boundary_reverse_e745f j 77 d 0 1000 n j 77 EX_acmum_e_boundary j 78 d 0 1000 n j 78 EX_acmum_e_boundary_reverse_144f0 j 79 d 0 1000 n j 79 EX_acnam_e_boundary j 80 d 0 1000 n j 80 EX_acnam_e_boundary_reverse_39bd3 j 81 d 0 1000 n j 81 EX_acolipa_e_boundary j 82 d 0 1000 n j 82 EX_acolipa_e_boundary_reverse_9a6af j 83 d 0 1000 n j 83 EX_acser_e_boundary j 84 d 0 1000 n j 84 EX_acser_e_boundary_reverse_fa22a j 85 d 0 1000 n j 85 EX_ade_e_boundary j 86 d 0 1000 n j 86 EX_ade_e_boundary_reverse_4c418 j 87 d 0 1000 n j 87 EX_adn_e_boundary j 88 d 0 1000 n j 88 EX_adn_e_boundary_reverse_48dcd j 89 d 0 1000 n j 89 EX_adocbl_e_boundary j 90 d 0 1000 n j 90 EX_adocbl_e_boundary_reverse_bd41a j 91 d 0 1000 n j 91 EX_ag_e_boundary j 92 d 0 1000 n j 92 EX_ag_e_boundary_reverse_c4bed j 93 d 0 1000 n j 93 EX_agm_e_boundary j 94 d 0 1000 n j 94 EX_agm_e_boundary_reverse_c8d2f j 95 d 0 1000 n j 95 EX_akg_e_boundary j 96 d 0 1000 n j 96 EX_akg_e_boundary_reverse_df332 j 97 d 0 1000 n j 97 EX_ala__B_e_boundary j 98 d 0 1000 n j 98 EX_ala__B_e_boundary_reverse_8f9c8 j 99 d 0 1000 n j 99 EX_ala__D_e_boundary j 100 d 0 1000 n j 100 EX_ala__D_e_boundary_reverse_b133c j 101 d 0 1000 n j 101 EX_ala__L_e_boundary j 102 d 0 1000 n j 102 EX_ala__L_e_boundary_reverse_1a58c j 103 d 0 1000 n j 103 EX_alaala_e_boundary j 104 d 0 1000 n j 104 EX_alaala_e_boundary_reverse_67e8a j 105 d 0 1000 n j 105 EX_all__D_e_boundary j 106 d 0 1000 n j 106 EX_all__D_e_boundary_reverse_f4a1f j 107 d 0 1000 n j 107 EX_alltn_e_boundary j 108 d 0 1000 n j 108 EX_alltn_e_boundary_reverse_22a89 j 109 d 0 1000 n j 109 EX_amp_e_boundary j 110 d 0 1000 n j 110 EX_amp_e_boundary_reverse_4f7f7 j 111 d 0 1000 n j 111 EX_anhgm_e_boundary j 112 d 0 1000 n j 112 EX_anhgm_e_boundary_reverse_4aeea j 113 d 0 1000 n j 113 EX_arab__L_e_boundary j 114 d 0 1000 n j 114 EX_arab__L_e_boundary_reverse_1566e j 115 d 0 1000 n j 115 EX_arbtn_e_boundary j 116 d 0 1000 n j 116 EX_arbtn_e_boundary_reverse_36baf j 117 d 0 1000 n j 117 EX_arbtn__fe3_e_boundary j 118 d 0 1000 n j 118 EX_arbtn__fe3_e_boundary_reverse_e4e59 j 119 d 0 1000 n j 119 EX_arg__L_e_boundary j 120 d 0 1000 n j 120 EX_arg__L_e_boundary_reverse_7bfa3 j 121 d 0 1000 n j 121 EX_ascb__L_e_boundary j 122 d 0 1000 n j 122 EX_ascb__L_e_boundary_reverse_c0569 j 123 d 0 1000 n j 123 EX_asn__L_e_boundary j 124 d 0 1000 n j 124 EX_asn__L_e_boundary_reverse_96130 j 125 d 0 1000 n j 125 EX_aso3_e_boundary j 126 d 0 1000 n j 126 EX_aso3_e_boundary_reverse_9345b j 127 d 0 1000 n j 127 EX_asp__L_e_boundary j 128 d 0 1000 n j 128 EX_asp__L_e_boundary_reverse_e5488 j 129 d 0 1000 n j 129 EX_but_e_boundary j 130 d 0 1000 n j 130 EX_but_e_boundary_reverse_0a730 j 131 d 0 1000 n j 131 EX_butso3_e_boundary j 132 d 0 1000 n j 132 EX_butso3_e_boundary_reverse_4ab8b j 133 d 0 1000 n j 133 EX_ca2_e_boundary j 134 d 0 1000 n j 134 EX_ca2_e_boundary_reverse_e2cb8 j 135 d 0 1000 n j 135 EX_cbi_e_boundary j 136 d 0 1000 n j 136 EX_cbi_e_boundary_reverse_370e1 j 137 d 0 1000 n j 137 EX_cbl1_e_boundary j 138 d 0 1000 n j 138 EX_cbl1_e_boundary_reverse_44d1d j 139 d 0 1000 n j 139 EX_cd2_e_boundary j 140 d 0 1000 n j 140 EX_cd2_e_boundary_reverse_297dc j 141 d 0 1000 n j 141 EX_cgly_e_boundary j 142 d 0 1000 n j 142 EX_cgly_e_boundary_reverse_d349f j 143 d 0 1000 n j 143 EX_chol_e_boundary j 144 d 0 1000 n j 144 EX_chol_e_boundary_reverse_fc5f7 j 145 d 0 1000 n j 145 EX_cit_e_boundary j 146 d 0 1000 n j 146 EX_cit_e_boundary_reverse_e9e6e j 147 d 0 1000 n j 147 EX_icit_e_boundary j 148 d 0 1000 n j 148 EX_icit_e_boundary_reverse_483c9 j 149 d 0 1000 n j 149 EX_acon__C_e_boundary j 150 d 0 1000 n j 150 EX_acon__C_e_boundary_reverse_9c830 j 151 d 0 1000 n j 151 EX_cl_e_boundary j 152 d 0 1000 n j 152 EX_cl_e_boundary_reverse_83b08 j 153 d 0 1000 n j 153 EX_cmp_e_boundary j 154 d 0 1000 n j 154 EX_cmp_e_boundary_reverse_e02f2 j 155 d 0 1000 n j 155 EX_co2_e_boundary j 156 d 0 1000 n j 156 EX_co2_e_boundary_reverse_fd800 j 157 d 0 1000 n j 157 EX_cobalt2_e_boundary j 158 d 0 1000 n j 158 EX_cobalt2_e_boundary_reverse_59dee j 159 d 0 1000 n j 159 EX_colipa_e_boundary j 160 d 0 1000 n j 160 EX_colipa_e_boundary_reverse_55108 j 161 d 0 1000 n j 161 EX_cpgn_e_boundary j 162 d 0 1000 n j 162 EX_cpgn_e_boundary_reverse_79613 j 163 d 0 1000 n j 163 EX_cpgn__un_e_boundary j 164 d 0 1000 n j 164 EX_cpgn__un_e_boundary_reverse_06659 j 165 d 0 1000 n j 165 EX_crn_e_boundary j 166 d 0 1000 n j 166 EX_crn_e_boundary_reverse_cd579 j 167 d 0 1000 n j 167 EX_csn_e_boundary j 168 d 0 1000 n j 168 EX_csn_e_boundary_reverse_a0501 j 169 d 0 1000 n j 169 EX_cu2_e_boundary j 170 d 0 1000 n j 170 EX_cu2_e_boundary_reverse_c8762 j 171 d 0 1000 n j 171 EX_cu_e_boundary j 172 d 0 1000 n j 172 EX_cu_e_boundary_reverse_273b7 j 173 d 0 1000 n j 173 EX_cyan_e_boundary j 174 d 0 1000 n j 174 EX_cyan_e_boundary_reverse_9e24f j 175 d 0 1000 n j 175 EX_cynt_e_boundary j 176 d 0 1000 n j 176 EX_cynt_e_boundary_reverse_06daf j 177 d 0 1000 n j 177 EX_cys__D_e_boundary j 178 d 0 1000 n j 178 EX_cys__D_e_boundary_reverse_ec698 j 179 d 0 1000 n j 179 EX_cys__L_e_boundary j 180 d 0 1000 n j 180 EX_cys__L_e_boundary_reverse_ce09b j 181 d 0 1000 n j 181 EX_cysi__L_e_boundary j 182 d 0 1000 n j 182 EX_cysi__L_e_boundary_reverse_9ceb6 j 183 d 0 1000 n j 183 EX_cytd_e_boundary j 184 d 0 1000 n j 184 EX_cytd_e_boundary_reverse_15476 j 185 d 0 1000 n j 185 EX_dad__2_e_boundary j 186 d 0 1000 n j 186 EX_dad__2_e_boundary_reverse_1ca5a j 187 d 0 1000 n j 187 EX_damp_e_boundary j 188 d 0 1000 n j 188 EX_damp_e_boundary_reverse_f0eaa j 189 d 0 1000 n j 189 EX_dca_e_boundary j 190 d 0 1000 n j 190 EX_dca_e_boundary_reverse_b0201 j 191 d 0 1000 n j 191 EX_dcmp_e_boundary j 192 d 0 1000 n j 192 EX_dcmp_e_boundary_reverse_e008c j 193 d 0 1000 n j 193 EX_dcyt_e_boundary j 194 d 0 1000 n j 194 EX_dcyt_e_boundary_reverse_4fb41 j 195 d 0 1000 n j 195 EX_ddca_e_boundary j 196 d 0 1000 n j 196 EX_ddca_e_boundary_reverse_2373f j 197 d 0 1000 n j 197 EX_dgmp_e_boundary j 198 d 0 1000 n j 198 EX_dgmp_e_boundary_reverse_08289 j 199 d 0 1000 n j 199 EX_dgsn_e_boundary j 200 d 0 1000 n j 200 EX_dgsn_e_boundary_reverse_82690 j 201 d 0 1000 n j 201 EX_dha_e_boundary j 202 d 0 1000 n j 202 EX_dha_e_boundary_reverse_0ea78 j 203 d 0 1000 n j 203 EX_dimp_e_boundary j 204 d 0 1000 n j 204 EX_dimp_e_boundary_reverse_5fcc3 j 205 d 0 1000 n j 205 EX_din_e_boundary j 206 d 0 1000 n j 206 EX_din_e_boundary_reverse_e7410 j 207 d 0 1000 n j 207 EX_dms_e_boundary j 208 d 0 1000 n j 208 EX_dms_e_boundary_reverse_84590 j 209 d 0 1000 n j 209 EX_dmso_e_boundary j 210 d 0 1000 n j 210 EX_dmso_e_boundary_reverse_34cbe j 211 d 0 1000 n j 211 EX_dopa_e_boundary j 212 d 0 1000 n j 212 EX_dopa_e_boundary_reverse_bd307 j 213 d 0 1000 n j 213 EX_dtmp_e_boundary j 214 d 0 1000 n j 214 EX_dtmp_e_boundary_reverse_81bb6 j 215 d 0 1000 n j 215 EX_dump_e_boundary j 216 d 0 1000 n j 216 EX_dump_e_boundary_reverse_2a6b6 j 217 d 0 1000 n j 217 EX_duri_e_boundary j 218 d 0 1000 n j 218 EX_duri_e_boundary_reverse_21cea j 219 d 0 1000 n j 219 EX_eca4colipa_e_boundary j 220 d 0 1000 n j 220 EX_eca4colipa_e_boundary_reverse_d5cd6 j 221 d 0 1000 n j 221 EX_enlipa_e_boundary j 222 d 0 1000 n j 222 EX_enlipa_e_boundary_reverse_5a6f3 j 223 d 0 1000 n j 223 EX_enter_e_boundary j 224 d 0 1000 n j 224 EX_enter_e_boundary_reverse_5dcc3 j 225 d 0 1000 n j 225 EX_etha_e_boundary j 226 d 0 1000 n j 226 EX_etha_e_boundary_reverse_44e4c j 227 d 0 1000 n j 227 EX_ethso3_e_boundary j 228 d 0 1000 n j 228 EX_ethso3_e_boundary_reverse_fe9e4 j 229 d 0 1000 n j 229 EX_etoh_e_boundary j 230 d 0 1000 n j 230 EX_etoh_e_boundary_reverse_7529c j 231 d 0 1000 n j 231 EX_f6p_e_boundary j 232 d 0 1000 n j 232 EX_f6p_e_boundary_reverse_b34a3 j 233 d 0 1000 n j 233 EX_fald_e_boundary j 234 d 0 1000 n j 234 EX_fald_e_boundary_reverse_3f58f j 235 d 0 1000 n j 235 EX_fe2_e_boundary j 236 d 0 1000 n j 236 EX_fe2_e_boundary_reverse_fac2f j 237 d 0 1000 n j 237 EX_fe3_e_boundary j 238 d 0 1000 n j 238 EX_fe3_e_boundary_reverse_2f640 j 239 d 0 1000 n j 239 EX_fe3dcit_e_boundary j 240 d 0 1000 n j 240 EX_fe3dcit_e_boundary_reverse_9597b j 241 d 0 1000 n j 241 EX_fe3dhbzs_e_boundary j 242 d 0 1000 n j 242 EX_fe3dhbzs_e_boundary_reverse_933eb j 243 d 0 1000 n j 243 EX_fe3hox_e_boundary j 244 d 0 1000 n j 244 EX_fe3hox_e_boundary_reverse_69dca j 245 d 0 1000 n j 245 EX_fe3hox__un_e_boundary j 246 d 0 1000 n j 246 EX_fe3hox__un_e_boundary_reverse_756bf j 247 d 0 1000 n j 247 EX_fecrm_e_boundary j 248 d 0 1000 n j 248 EX_fecrm_e_boundary_reverse_5f4ca j 249 d 0 1000 n j 249 EX_fecrm__un_e_boundary j 250 d 0 1000 n j 250 EX_fecrm__un_e_boundary_reverse_4e5c1 j 251 d 0 1000 n j 251 EX_feenter_e_boundary j 252 d 0 1000 n j 252 EX_feenter_e_boundary_reverse_d31cf j 253 d 0 1000 n j 253 EX_feoxam_e_boundary j 254 d 0 1000 n j 254 EX_feoxam_e_boundary_reverse_ae958 j 255 d 0 1000 n j 255 EX_feoxam__un_e_boundary j 256 d 0 1000 n j 256 EX_feoxam__un_e_boundary_reverse_4daef j 257 d 0 1000 n j 257 EX_for_e_boundary j 258 d 0 1000 n j 258 EX_for_e_boundary_reverse_ac5f2 j 259 d 0 1000 n j 259 EX_fru_e_boundary j 260 d 0 1000 n j 260 EX_fru_e_boundary_reverse_20643 j 261 d 0 1000 n j 261 EX_frulys_e_boundary j 262 d 0 1000 n j 262 EX_frulys_e_boundary_reverse_e3641 j 263 d 0 1000 n j 263 EX_fruur_e_boundary j 264 d 0 1000 n j 264 EX_fruur_e_boundary_reverse_7ab0f j 265 d 0 1000 n j 265 EX_fuc__L_e_boundary j 266 d 0 1000 n j 266 EX_fuc__L_e_boundary_reverse_4d05d j 267 d 0 1000 n j 267 EX_fum_e_boundary j 268 d 0 1000 n j 268 EX_fum_e_boundary_reverse_3a581 j 269 d 0 1000 n j 269 EX_g1p_e_boundary j 270 d 0 1000 n j 270 EX_g1p_e_boundary_reverse_48677 j 271 d 0 1000 n j 271 EX_g3pc_e_boundary j 272 d 0 1000 n j 272 EX_g3pc_e_boundary_reverse_7d1ae j 273 d 0 1000 n j 273 EX_g3pe_e_boundary j 274 d 0 1000 n j 274 EX_g3pe_e_boundary_reverse_537de j 275 d 0 1000 n j 275 EX_g3pg_e_boundary j 276 d 0 1000 n j 276 EX_g3pg_e_boundary_reverse_33581 j 277 d 0 1000 n j 277 EX_g3pi_e_boundary j 278 d 0 1000 n j 278 EX_g3pi_e_boundary_reverse_87767 j 279 d 0 1000 n j 279 EX_g3ps_e_boundary j 280 d 0 1000 n j 280 EX_g3ps_e_boundary_reverse_55139 j 281 d 0 1000 n j 281 EX_g6p_e_boundary j 282 d 0 1000 n j 282 EX_g6p_e_boundary_reverse_a1156 j 283 d 0 1000 n j 283 EX_gal1p_e_boundary j 284 d 0 1000 n j 284 EX_gal1p_e_boundary_reverse_0d91b j 285 d 0 1000 n j 285 EX_gal__bD_e_boundary j 286 d 0 1000 n j 286 EX_gal__bD_e_boundary_reverse_58241 j 287 d 0 1000 n j 287 EX_gal_e_boundary j 288 d 0 1000 n j 288 EX_gal_e_boundary_reverse_10f7d j 289 d 0 1000 n j 289 EX_galct__D_e_boundary j 290 d 0 1000 n j 290 EX_galct__D_e_boundary_reverse_b2538 j 291 d 0 1000 n j 291 EX_galctn__D_e_boundary j 292 d 0 1000 n j 292 EX_galctn__D_e_boundary_reverse_08565 j 293 d 0 1000 n j 293 EX_galctn__L_e_boundary j 294 d 0 1000 n j 294 EX_galctn__L_e_boundary_reverse_adcca j 295 d 0 1000 n j 295 EX_galt_e_boundary j 296 d 0 1000 n j 296 EX_galt_e_boundary_reverse_6ec44 j 297 d 0 1000 n j 297 EX_galur_e_boundary j 298 d 0 1000 n j 298 EX_galur_e_boundary_reverse_13475 j 299 d 0 1000 n j 299 EX_gam6p_e_boundary j 300 d 0 1000 n j 300 EX_gam6p_e_boundary_reverse_c8972 j 301 d 0 1000 n j 301 EX_gam_e_boundary j 302 d 0 1000 n j 302 EX_gam_e_boundary_reverse_08075 j 303 d 0 1000 n j 303 EX_gbbtn_e_boundary j 304 d 0 1000 n j 304 EX_gbbtn_e_boundary_reverse_5f91f j 305 d 0 1000 n j 305 EX_gdp_e_boundary j 306 d 0 1000 n j 306 EX_gdp_e_boundary_reverse_84958 j 307 d 0 1000 n j 307 EX_glc__D_e_boundary j 308 d 0 1000 n j 308 EX_glc__D_e_boundary_reverse_352e1 j 309 d 0 1000 n j 309 EX_glcn_e_boundary j 310 d 0 1000 n j 310 EX_glcn_e_boundary_reverse_47c59 j 311 d 0 1000 n j 311 EX_glcr_e_boundary j 312 d 0 1000 n j 312 EX_glcr_e_boundary_reverse_94d64 j 313 d 0 1000 n j 313 EX_glcur1p_e_boundary j 314 d 0 1000 n j 314 EX_glcur1p_e_boundary_reverse_9461f j 315 d 0 1000 n j 315 EX_glcur_e_boundary j 316 d 0 1000 n j 316 EX_glcur_e_boundary_reverse_1a8e5 j 317 d 0 1000 n j 317 EX_gln__L_e_boundary j 318 d 0 1000 n j 318 EX_gln__L_e_boundary_reverse_829ef j 319 d 0 1000 n j 319 EX_glu__L_e_boundary j 320 d 0 1000 n j 320 EX_glu__L_e_boundary_reverse_409c8 j 321 d 0 1000 n j 321 EX_gly_e_boundary j 322 d 0 1000 n j 322 EX_gly_e_boundary_reverse_15750 j 323 d 0 1000 n j 323 EX_glyald_e_boundary j 324 d 0 1000 n j 324 EX_glyald_e_boundary_reverse_64e80 j 325 d 0 1000 n j 325 EX_glyb_e_boundary j 326 d 0 1000 n j 326 EX_glyb_e_boundary_reverse_4d0b5 j 327 d 0 1000 n j 327 EX_glyc2p_e_boundary j 328 d 0 1000 n j 328 EX_glyc2p_e_boundary_reverse_04f2e j 329 d 0 1000 n j 329 EX_glyc3p_e_boundary j 330 d 0 1000 n j 330 EX_glyc3p_e_boundary_reverse_f2559 j 331 d 0 1000 n j 331 EX_glyc__R_e_boundary j 332 d 0 1000 n j 332 EX_glyc__R_e_boundary_reverse_648bb j 333 d 0 1000 n j 333 EX_glyc_e_boundary j 334 d 0 1000 n j 334 EX_glyc_e_boundary_reverse_f30c1 j 335 d 0 1000 n j 335 EX_glyclt_e_boundary j 336 d 0 1000 n j 336 EX_glyclt_e_boundary_reverse_e4a1c j 337 d 0 1000 n j 337 EX_gmp_e_boundary j 338 d 0 1000 n j 338 EX_gmp_e_boundary_reverse_547b0 j 339 d 0 1000 n j 339 EX_gsn_e_boundary j 340 d 0 1000 n j 340 EX_gsn_e_boundary_reverse_c2318 j 341 d 0 1000 n j 341 EX_gthox_e_boundary j 342 d 0 1000 n j 342 EX_gthox_e_boundary_reverse_652d4 j 343 d 0 1000 n j 343 EX_gthrd_e_boundary j 344 d 0 1000 n j 344 EX_gthrd_e_boundary_reverse_fb058 j 345 d 0 1000 n j 345 EX_gtp_e_boundary j 346 d 0 1000 n j 346 EX_gtp_e_boundary_reverse_c17eb j 347 d 0 1000 n j 347 EX_gua_e_boundary j 348 d 0 1000 n j 348 EX_gua_e_boundary_reverse_f4c9f j 349 d 0 1000 n j 349 EX_h2_e_boundary j 350 d 0 1000 n j 350 EX_h2_e_boundary_reverse_ef8b5 j 351 d 0 1000 n j 351 EX_h2o2_e_boundary j 352 d 0 1000 n j 352 EX_h2o2_e_boundary_reverse_df298 j 353 d 0 1000 n j 353 EX_h2o_e_boundary j 354 d 0 1000 n j 354 EX_h2o_e_boundary_reverse_83c32 j 355 d 0 1000 n j 355 EX_h2s_e_boundary j 356 d 0 1000 n j 356 EX_h2s_e_boundary_reverse_1222c j 357 d 0 1000 n j 357 EX_h_e_boundary j 358 d 0 1000 n j 358 EX_h_e_boundary_reverse_cb1af j 359 d 0 1000 n j 359 EX_hacolipa_e_boundary j 360 d 0 1000 n j 360 EX_hacolipa_e_boundary_reverse_96f34 j 361 d 0 1000 n j 361 EX_halipa_e_boundary j 362 d 0 1000 n j 362 EX_halipa_e_boundary_reverse_67076 j 363 d 0 1000 n j 363 EX_hdca_e_boundary j 364 d 0 1000 n j 364 EX_hdca_e_boundary_reverse_6ead0 j 365 d 0 1000 n j 365 EX_hdcea_e_boundary j 366 d 0 1000 n j 366 EX_hdcea_e_boundary_reverse_b3cb3 j 367 d 0 1000 n j 367 EX_hg2_e_boundary j 368 d 0 1000 n j 368 EX_hg2_e_boundary_reverse_9d3b2 j 369 d 0 1000 n j 369 EX_his__L_e_boundary j 370 d 0 1000 n j 370 EX_his__L_e_boundary_reverse_66127 j 371 d 0 1000 n j 371 EX_hom__L_e_boundary j 372 d 0 1000 n j 372 EX_hom__L_e_boundary_reverse_42e8d j 373 d 0 1000 n j 373 EX_hxa_e_boundary j 374 d 0 1000 n j 374 EX_hxa_e_boundary_reverse_999f0 j 375 d 0 1000 n j 375 EX_hxan_e_boundary j 376 d 0 1000 n j 376 EX_hxan_e_boundary_reverse_1c90f j 377 d 0 1000 n j 377 EX_idon__L_e_boundary j 378 d 0 1000 n j 378 EX_idon__L_e_boundary_reverse_776f4 j 379 d 0 1000 n j 379 EX_ile__L_e_boundary j 380 d 0 1000 n j 380 EX_ile__L_e_boundary_reverse_9da74 j 381 d 0 1000 n j 381 EX_imp_e_boundary j 382 d 0 1000 n j 382 EX_imp_e_boundary_reverse_89f36 j 383 d 0 1000 n j 383 EX_indole_e_boundary j 384 d 0 1000 n j 384 EX_indole_e_boundary_reverse_63339 j 385 d 0 1000 n j 385 EX_inost_e_boundary j 386 d 0 1000 n j 386 EX_inost_e_boundary_reverse_a54e0 j 387 d 0 1000 n j 387 EX_ins_e_boundary j 388 d 0 1000 n j 388 EX_ins_e_boundary_reverse_84860 j 389 d 0 1000 n j 389 EX_isetac_e_boundary j 390 d 0 1000 n j 390 EX_isetac_e_boundary_reverse_4e0af j 391 d 0 1000 n j 391 EX_k_e_boundary j 392 d 0 1000 n j 392 EX_k_e_boundary_reverse_9e3f5 j 393 d 0 1000 n j 393 EX_kdo2lipid4_e_boundary j 394 d 0 1000 n j 394 EX_kdo2lipid4_e_boundary_reverse_486b5 j 395 d 0 1000 n j 395 EX_lac__D_e_boundary j 396 d 0 1000 n j 396 EX_lac__D_e_boundary_reverse_81764 j 397 d 0 1000 n j 397 EX_lac__L_e_boundary j 398 d 0 1000 n j 398 EX_lac__L_e_boundary_reverse_1511c j 399 d 0 1000 n j 399 EX_lcts_e_boundary j 400 d 0 1000 n j 400 EX_lcts_e_boundary_reverse_fc8d6 j 401 d 0 1000 n j 401 EX_leu__L_e_boundary j 402 d 0 1000 n j 402 EX_leu__L_e_boundary_reverse_943ce j 403 d 0 1000 n j 403 EX_lipa__cold_e_boundary j 404 d 0 1000 n j 404 EX_lipa__cold_e_boundary_reverse_d9b10 j 405 d 0 1000 n j 405 EX_lipa_e_boundary j 406 d 0 1000 n j 406 EX_lipa_e_boundary_reverse_c130b j 407 d 0 1000 n j 407 EX_lys__L_e_boundary j 408 d 0 1000 n j 408 EX_lys__L_e_boundary_reverse_51f6b j 409 d 0 1000 n j 409 EX_lyx__L_e_boundary j 410 d 0 1000 n j 410 EX_lyx__L_e_boundary_reverse_ef3d5 j 411 d 0 1000 n j 411 EX_mal__D_e_boundary j 412 d 0 1000 n j 412 EX_mal__D_e_boundary_reverse_2e37b j 413 d 0 1000 n j 413 EX_mal__L_e_boundary j 414 d 0 1000 n j 414 EX_mal__L_e_boundary_reverse_c8f17 j 415 d 0 1000 n j 415 EX_malt_e_boundary j 416 d 0 1000 n j 416 EX_malt_e_boundary_reverse_39920 j 417 d 0 1000 n j 417 EX_malthx_e_boundary j 418 d 0 1000 n j 418 EX_malthx_e_boundary_reverse_a3ebb j 419 d 0 1000 n j 419 EX_maltpt_e_boundary j 420 d 0 1000 n j 420 EX_maltpt_e_boundary_reverse_d48bc j 421 d 0 1000 n j 421 EX_malttr_e_boundary j 422 d 0 1000 n j 422 EX_malttr_e_boundary_reverse_96052 j 423 d 0 1000 n j 423 EX_maltttr_e_boundary j 424 d 0 1000 n j 424 EX_maltttr_e_boundary_reverse_d93c7 j 425 d 0 1000 n j 425 EX_man6p_e_boundary j 426 d 0 1000 n j 426 EX_man6p_e_boundary_reverse_cbc8d j 427 d 0 1000 n j 427 EX_man_e_boundary j 428 d 0 1000 n j 428 EX_man_e_boundary_reverse_2a8ba j 429 d 0 1000 n j 429 EX_manglyc_e_boundary j 430 d 0 1000 n j 430 EX_manglyc_e_boundary_reverse_764f4 j 431 d 0 1000 n j 431 EX_melib_e_boundary j 432 d 0 1000 n j 432 EX_melib_e_boundary_reverse_dc534 j 433 d 0 1000 n j 433 EX_met__D_e_boundary j 434 d 0 1000 n j 434 EX_met__D_e_boundary_reverse_d21ea j 435 d 0 1000 n j 435 EX_met__L_e_boundary j 436 d 0 1000 n j 436 EX_met__L_e_boundary_reverse_24a72 j 437 d 0 1000 n j 437 EX_metsox__R__L_e_boundary j 438 d 0 1000 n j 438 EX_metsox__R__L_e_boundary_reverse_a622a j 439 d 0 1000 n j 439 EX_metsox__S__L_e_boundary j 440 d 0 1000 n j 440 EX_metsox__S__L_e_boundary_reverse_95c74 j 441 d 0 1000 n j 441 EX_mg2_e_boundary j 442 d 0 1000 n j 442 EX_mg2_e_boundary_reverse_2b3f0 j 443 d 0 1000 n j 443 EX_minohp_e_boundary j 444 d 0 1000 n j 444 EX_minohp_e_boundary_reverse_c4bf1 j 445 d 0 1000 n j 445 EX_mmet_e_boundary j 446 d 0 1000 n j 446 EX_mmet_e_boundary_reverse_8664a j 447 d 0 1000 n j 447 EX_mn2_e_boundary j 448 d 0 1000 n j 448 EX_mn2_e_boundary_reverse_ba8bb j 449 d 0 1000 n j 449 EX_mnl_e_boundary j 450 d 0 1000 n j 450 EX_mnl_e_boundary_reverse_c524f j 451 d 0 1000 n j 451 EX_mobd_e_boundary j 452 d 0 1000 n j 452 EX_mobd_e_boundary_reverse_32d7f j 453 d 0 1000 n j 453 EX_mso3_e_boundary j 454 d 0 1000 n j 454 EX_mso3_e_boundary_reverse_df18b j 455 d 0 1000 n j 455 EX_n2o_e_boundary j 456 d 0 1000 n j 456 EX_n2o_e_boundary_reverse_10fe8 j 457 d 0 1000 n j 457 EX_na1_e_boundary j 458 d 0 1000 n j 458 EX_na1_e_boundary_reverse_090a8 j 459 d 0 1000 n j 459 EX_nac_e_boundary j 460 d 0 1000 n j 460 EX_nac_e_boundary_reverse_6b064 j 461 d 0 1000 n j 461 EX_nh4_e_boundary j 462 d 0 1000 n j 462 EX_nh4_e_boundary_reverse_adcdb j 463 d 0 1000 n j 463 EX_ni2_e_boundary j 464 d 0 1000 n j 464 EX_ni2_e_boundary_reverse_bc69c j 465 d 0 1000 n j 465 EX_nmn_e_boundary j 466 d 0 1000 n j 466 EX_nmn_e_boundary_reverse_ae83e j 467 d 0 1000 n j 467 EX_no2_e_boundary j 468 d 0 1000 n j 468 EX_no2_e_boundary_reverse_dbf53 j 469 d 0 1000 n j 469 EX_no3_e_boundary j 470 d 0 1000 n j 470 EX_no3_e_boundary_reverse_0ab9a j 471 d 0 1000 n j 471 EX_no_e_boundary j 472 d 0 1000 n j 472 EX_no_e_boundary_reverse_16af4 j 473 d 0 1000 n j 473 EX_o2_e_boundary j 474 d 0 1000 n j 474 EX_o2_e_boundary_reverse_43c6b j 475 d 0 1000 n j 475 EX_o2s_e_boundary j 476 d 0 1000 n j 476 EX_o2s_e_boundary_reverse_27b0c j 477 d 0 1000 n j 477 EX_ocdca_e_boundary j 478 d 0 1000 n j 478 EX_ocdca_e_boundary_reverse_0d916 j 479 d 0 1000 n j 479 EX_ocdcea_e_boundary j 480 d 0 1000 n j 480 EX_ocdcea_e_boundary_reverse_7e6ad j 481 d 0 1000 n j 481 EX_octa_e_boundary j 482 d 0 1000 n j 482 EX_octa_e_boundary_reverse_4b32f j 483 d 0 1000 n j 483 EX_orn_e_boundary j 484 d 0 1000 n j 484 EX_orn_e_boundary_reverse_2c1bf j 485 d 0 1000 n j 485 EX_orot_e_boundary j 486 d 0 1000 n j 486 EX_orot_e_boundary_reverse_e2e3b j 487 d 0 1000 n j 487 EX_oaa_e_boundary j 488 d 0 1000 n j 488 EX_oaa_e_boundary_reverse_e8bcd j 489 d 0 1000 n j 489 EX_pacald_e_boundary j 490 d 0 1000 n j 490 EX_pacald_e_boundary_reverse_f06e7 j 491 d 0 1000 n j 491 EX_peamn_e_boundary j 492 d 0 1000 n j 492 EX_peamn_e_boundary_reverse_f6d81 j 493 d 0 1000 n j 493 EX_phe__L_e_boundary j 494 d 0 1000 n j 494 EX_phe__L_e_boundary_reverse_09b25 j 495 d 0 1000 n j 495 EX_pheme_e_boundary j 496 d 0 1000 n j 496 EX_pheme_e_boundary_reverse_61b30 j 497 d 0 1000 n j 497 EX_pi_e_boundary j 498 d 0 1000 n j 498 EX_pi_e_boundary_reverse_0ecbf j 499 d 0 1000 n j 499 EX_pnto__R_e_boundary j 500 d 0 1000 n j 500 EX_pnto__R_e_boundary_reverse_10564 j 501 d 0 1000 n j 501 EX_ppa_e_boundary j 502 d 0 1000 n j 502 EX_ppa_e_boundary_reverse_3b428 j 503 d 0 1000 n j 503 EX_ppal_e_boundary j 504 d 0 1000 n j 504 EX_ppal_e_boundary_reverse_01731 j 505 d 0 1000 n j 505 EX_pppn_e_boundary j 506 d 0 1000 n j 506 EX_pppn_e_boundary_reverse_91143 j 507 d 0 1000 n j 507 EX_ppt_e_boundary j 508 d 0 1000 n j 508 EX_ppt_e_boundary_reverse_6479f j 509 d 0 1000 n j 509 EX_pro__L_e_boundary j 510 d 0 1000 n j 510 EX_pro__L_e_boundary_reverse_c89bd j 511 d 0 1000 n j 511 EX_progly_e_boundary j 512 d 0 1000 n j 512 EX_progly_e_boundary_reverse_7b79d j 513 d 0 1000 n j 513 EX_psclys_e_boundary j 514 d 0 1000 n j 514 EX_psclys_e_boundary_reverse_83b03 j 515 d 0 1000 n j 515 EX_pser__L_e_boundary j 516 d 0 1000 n j 516 EX_pser__L_e_boundary_reverse_0a058 j 517 d 0 1000 n j 517 EX_ptrc_e_boundary j 518 d 0 1000 n j 518 EX_ptrc_e_boundary_reverse_eaaba j 519 d 0 1000 n j 519 EX_pyr_e_boundary j 520 d 0 1000 n j 520 EX_pyr_e_boundary_reverse_81b74 j 521 d 0 1000 n j 521 EX_r5p_e_boundary j 522 d 0 1000 n j 522 EX_r5p_e_boundary_reverse_9cae7 j 523 d 0 1000 n j 523 EX_rib__D_e_boundary j 524 d 0 1000 n j 524 EX_rib__D_e_boundary_reverse_d5d79 j 525 d 0 1000 n j 525 EX_rmn_e_boundary j 526 d 0 1000 n j 526 EX_rmn_e_boundary_reverse_762be j 527 d 0 1000 n j 527 EX_sbt__D_e_boundary j 528 d 0 1000 n j 528 EX_sbt__D_e_boundary_reverse_2dcbc j 529 d 0 1000 n j 529 EX_ser__D_e_boundary j 530 d 0 1000 n j 530 EX_ser__D_e_boundary_reverse_d311a j 531 d 0 1000 n j 531 EX_ser__L_e_boundary j 532 d 0 1000 n j 532 EX_ser__L_e_boundary_reverse_3bbc7 j 533 d 0 1000 n j 533 EX_skm_e_boundary j 534 d 0 1000 n j 534 EX_skm_e_boundary_reverse_1bc11 j 535 d 0 1000 n j 535 EX_so2_e_boundary j 536 d 0 1000 n j 536 EX_so2_e_boundary_reverse_3d7cf j 537 d 0 1000 n j 537 EX_so3_e_boundary j 538 d 0 1000 n j 538 EX_so3_e_boundary_reverse_30310 j 539 d 0 1000 n j 539 EX_so4_e_boundary j 540 d 0 1000 n j 540 EX_so4_e_boundary_reverse_c2d34 j 541 d 0 1000 n j 541 EX_spmd_e_boundary j 542 d 0 1000 n j 542 EX_spmd_e_boundary_reverse_924da j 543 d 0 1000 n j 543 EX_succ_e_boundary j 544 d 0 1000 n j 544 EX_succ_e_boundary_reverse_123ac j 545 d 0 1000 n j 545 EX_sucr_e_boundary j 546 d 0 1000 n j 546 EX_sucr_e_boundary_reverse_267d7 j 547 d 0 1000 n j 547 EX_sulfac_e_boundary j 548 d 0 1000 n j 548 EX_sulfac_e_boundary_reverse_dcf62 j 549 d 0 1000 n j 549 EX_tartr__L_e_boundary j 550 d 0 1000 n j 550 EX_tartr__L_e_boundary_reverse_75dc8 j 551 d 0 1000 n j 551 EX_taur_e_boundary j 552 d 0 1000 n j 552 EX_taur_e_boundary_reverse_6ba15 j 553 d 0 1000 n j 553 EX_tcynt_e_boundary j 554 d 0 1000 n j 554 EX_tcynt_e_boundary_reverse_012e8 j 555 d 0 1000 n j 555 EX_thm_e_boundary j 556 d 0 1000 n j 556 EX_thm_e_boundary_reverse_a553f j 557 d 0 1000 n j 557 EX_thr__L_e_boundary j 558 d 0 1000 n j 558 EX_thr__L_e_boundary_reverse_fadd4 j 559 d 0 1000 n j 559 EX_thrp_e_boundary j 560 d 0 1000 n j 560 EX_thrp_e_boundary_reverse_5a49d j 561 d 0 1000 n j 561 EX_thym_e_boundary j 562 d 0 1000 n j 562 EX_thym_e_boundary_reverse_eea83 j 563 d 0 1000 n j 563 EX_thymd_e_boundary j 564 d 0 1000 n j 564 EX_thymd_e_boundary_reverse_e3535 j 565 d 0 1000 n j 565 EX_tma_e_boundary j 566 d 0 1000 n j 566 EX_tma_e_boundary_reverse_ebc37 j 567 d 0 1000 n j 567 EX_tmao_e_boundary j 568 d 0 1000 n j 568 EX_tmao_e_boundary_reverse_41c50 j 569 d 0 1000 n j 569 EX_tre_e_boundary j 570 d 0 1000 n j 570 EX_tre_e_boundary_reverse_efdf8 j 571 d 0 1000 n j 571 EX_trp__L_e_boundary j 572 d 0 1000 n j 572 EX_trp__L_e_boundary_reverse_dff94 j 573 d 0 1000 n j 573 EX_tsul_e_boundary j 574 d 0 1000 n j 574 EX_tsul_e_boundary_reverse_55dcb j 575 d 0 1000 n j 575 EX_ttdca_e_boundary j 576 d 0 1000 n j 576 EX_ttdca_e_boundary_reverse_d1652 j 577 d 0 1000 n j 577 EX_ttdcea_e_boundary j 578 d 0 1000 n j 578 EX_ttdcea_e_boundary_reverse_68dee j 579 d 0 1000 n j 579 EX_tungs_e_boundary j 580 d 0 1000 n j 580 EX_tungs_e_boundary_reverse_9e105 j 581 d 0 1000 n j 581 EX_tym_e_boundary j 582 d 0 1000 n j 582 EX_tym_e_boundary_reverse_2ac4a j 583 d 0 1000 n j 583 EX_tyr__L_e_boundary j 584 d 0 1000 n j 584 EX_tyr__L_e_boundary_reverse_c726a j 585 d 0 1000 n j 585 EX_tyrp_e_boundary j 586 d 0 1000 n j 586 EX_tyrp_e_boundary_reverse_c5b40 j 587 d 0 1000 n j 587 EX_uacgam_e_boundary j 588 d 0 1000 n j 588 EX_uacgam_e_boundary_reverse_3ed8c j 589 d 0 1000 n j 589 EX_udpacgal_e_boundary j 590 d 0 1000 n j 590 EX_udpacgal_e_boundary_reverse_0b2f8 j 591 d 0 1000 n j 591 EX_udpg_e_boundary j 592 d 0 1000 n j 592 EX_udpg_e_boundary_reverse_7c051 j 593 d 0 1000 n j 593 EX_udpgal_e_boundary j 594 d 0 1000 n j 594 EX_udpgal_e_boundary_reverse_fb4fe j 595 d 0 1000 n j 595 EX_udpglcur_e_boundary j 596 d 0 1000 n j 596 EX_udpglcur_e_boundary_reverse_a5598 j 597 d 0 1000 n j 597 EX_ump_e_boundary j 598 d 0 1000 n j 598 EX_ump_e_boundary_reverse_791f1 j 599 d 0 1000 n j 599 EX_ura_e_boundary j 600 d 0 1000 n j 600 EX_ura_e_boundary_reverse_e24ac j 601 d 0 1000 n j 601 EX_urea_e_boundary j 602 d 0 1000 n j 602 EX_urea_e_boundary_reverse_1050c j 603 d 0 1000 n j 603 EX_uri_e_boundary j 604 d 0 1000 n j 604 EX_uri_e_boundary_reverse_2370d j 605 d 0 1000 n j 605 EX_val__L_e_boundary j 606 d 0 1000 n j 606 EX_val__L_e_boundary_reverse_b8881 j 607 d 0 1000 n j 607 EX_xan_e_boundary j 608 d 0 1000 n j 608 EX_xan_e_boundary_reverse_e7ccc j 609 d 0 1000 n j 609 EX_xmp_e_boundary j 610 d 0 1000 n j 610 EX_xmp_e_boundary_reverse_f12ea j 611 d 0 1000 n j 611 EX_xtsn_e_boundary j 612 d 0 1000 n j 612 EX_xtsn_e_boundary_reverse_e4b5f j 613 d 0 1000 n j 613 EX_xyl__D_e_boundary j 614 d 0 1000 n j 614 EX_xyl__D_e_boundary_reverse_7f1ca j 615 d 0 1000 n j 615 EX_xylu__L_e_boundary j 616 d 0 1000 n j 616 EX_xylu__L_e_boundary_reverse_0dc1a j 617 d 0 1000 n j 617 EX_zn2_e_boundary j 618 d 0 1000 n j 618 EX_zn2_e_boundary_reverse_9866e j 619 d 0 1000 n j 619 EX_AEP_e_boundary j 620 d 0 1000 n j 620 EX_AEP_e_boundary_reverse_6f7e1 j 621 d 0 1000 n j 621 EX_4hoxpac_e_boundary j 622 d 0 1000 n j 622 EX_4hoxpac_e_boundary_reverse_b7b56 j 623 d 0 1000 n j 623 EX_remnant1_e_boundary j 624 d 0 1000 n j 624 EX_remnant1_e_boundary_reverse_5db37 j 625 d 0 1000 n j 625 EX_colipa20Oag_e_boundary j 626 d 0 1000 n j 626 EX_colipa20Oag_e_boundary_reverse_835bd j 627 d 0 1000 n j 627 EX_salchs4_e_boundary j 628 d 0 1000 n j 628 EX_salchs4_e_boundary_reverse_cf71d j 629 d 0 1000 n j 629 EX_salchs4fe_e_boundary j 630 d 0 1000 n j 630 EX_salchs4fe_e_boundary_reverse_4a574 j 631 d 0 1000 n j 631 EX_salchsx_e_boundary j 632 d 0 1000 n j 632 EX_salchsx_e_boundary_reverse_1e722 j 633 d 0 1000 n j 633 EX_tag__D_e_boundary j 634 d 0 1000 n j 634 EX_tag__D_e_boundary_reverse_b58bb j 635 d 0 1000 n j 635 EX_airs_e_boundary j 636 d 0 1000 n j 636 EX_airs_e_boundary_reverse_07df6 j 637 d 0 1000 n j 637 EX_pep_e_boundary j 638 d 0 1000 n j 638 EX_pep_e_boundary_reverse_92c04 j 639 d 0 1000 n j 639 EX_2pg_e_boundary j 640 d 0 1000 n j 640 EX_2pg_e_boundary_reverse_c4e79 j 641 d 0 1000 n j 641 EX_3pg_e_boundary j 642 d 0 1000 n j 642 EX_3pg_e_boundary_reverse_23651 j 643 d 0 1000 n j 643 EX_tet_e_boundary j 644 d 0 1000 n j 644 EX_tet_e_boundary_reverse_a1e16 j 645 d 0 1000 n j 645 EX_foam_e_boundary j 646 d 0 1000 n j 646 EX_foam_e_boundary_reverse_ad93b j 647 d 0 1000 n j 647 EX_tartr__D_e_boundary j 648 d 0 1000 n j 648 EX_tartr__D_e_boundary_reverse_f884d j 649 d 0 1000 n j 649 EX_4abz_e_boundary j 650 d 0 1000 n j 650 EX_4abz_e_boundary_reverse_9b743 j 651 d 0 1000 n j 651 EX_feroxB_e_boundary j 652 d 0 1000 n j 652 EX_feroxB_e_boundary_reverse_b0a7c j 653 d 0 1000 n j 653 EX_feroxBfe_e_boundary j 654 d 0 1000 n j 654 EX_feroxBfe_e_boundary_reverse_11b12 j 655 d 0 1000 n j 655 EX_feroxE_e_boundary j 656 d 0 1000 n j 656 EX_feroxE_e_boundary_reverse_ef95f j 657 d 0 1000 n j 657 EX_feroxEfe_e_boundary j 658 d 0 1000 n j 658 EX_feroxEfe_e_boundary_reverse_fa054 j 659 d 0 1000 n j 659 EX_feroxG_e_boundary j 660 d 0 1000 n j 660 EX_feroxG_e_boundary_reverse_500d0 j 661 d 0 1000 n j 661 EX_feroxGfe_e_boundary j 662 d 0 1000 n j 662 EX_feroxGfe_e_boundary_reverse_a3ae5 j 663 d 0 1000 n j 663 EX_drib_e_boundary j 664 d 0 1000 n j 664 EX_drib_e_boundary_reverse_88779 j 665 d 0 1000 n j 665 EX_dxyl_e_boundary j 666 d 0 1000 n j 666 EX_dxyl_e_boundary_reverse_b4c6f j 667 d 0 1000 n j 667 EX_salchs2fe_e_boundary j 668 d 0 1000 n j 668 EX_salchs2fe_e_boundary_reverse_0fc69 j 669 d 0 1000 n j 669 EX_rnam_e_boundary j 670 d 0 1000 n j 670 EX_rnam_e_boundary_reverse_b67e4 j 671 d 0 1000 n j 671 EX_colipaOA_e_boundary j 672 d 0 1000 n j 672 EX_colipaOA_e_boundary_reverse_1417e j 673 d 0 1000 n j 673 EX_udcpo4_e_boundary j 674 d 0 1000 n j 674 EX_udcpo4_e_boundary_reverse_e4c29 j 675 d 0 1000 n j 675 EX_tcb_e_boundary j 676 d 0 1000 n j 676 EX_tcb_e_boundary_reverse_f59bd j 677 d 0 1000 n j 677 EX_fe3dhbzs3_e_boundary j 678 d 0 1000 n j 678 EX_fe3dhbzs3_e_boundary_reverse_a5349 j 679 d 0 1000 n j 679 EX_23dhbzs3_e_boundary j 680 d 0 1000 n j 680 EX_23dhbzs3_e_boundary_reverse_20079 j 681 d 0 1000 n j 681 EX_guln__L_e_boundary j 682 d 0 1000 n j 682 EX_guln__L_e_boundary_reverse_02ced j 683 d 0 1000 n j 683 EX_udcpo5_e_boundary j 684 d 0 1000 n j 684 EX_udcpo5_e_boundary_reverse_30b9b j 685 d 0 1000 n j 685 EX_4hthr_e_boundary j 686 d 0 1000 n j 686 EX_4hthr_e_boundary_reverse_45206 j 687 d 0 1000 n j 687 EX_salchs2_e_boundary j 688 d 0 1000 n j 688 EX_salchs2_e_boundary_reverse_3600f j 689 d 0 1000 n j 689 EX_tton_e_boundary j 690 d 0 1000 n j 690 EX_tton_e_boundary_reverse_095e9 j 691 d 0 1000 n j 691 12DGR120tipp j 692 s 0 n j 692 12DGR120tipp_reverse_757ef j 693 d 0 1000 n j 693 12DGR140tipp j 694 s 0 n j 694 12DGR140tipp_reverse_aea46 j 695 d 0 1000 n j 695 12DGR141tipp j 696 s 0 n j 696 12DGR141tipp_reverse_a0957 j 697 d 0 1000 n j 697 12DGR160tipp j 698 s 0 n j 698 12DGR160tipp_reverse_eac16 j 699 d 0 1000 n j 699 12DGR161tipp j 700 s 0 n j 700 12DGR161tipp_reverse_dcd80 j 701 d 0 1000 n j 701 12DGR180tipp j 702 s 0 n j 702 12DGR180tipp_reverse_7a012 j 703 d 0 1000 n j 703 12DGR181tipp j 704 s 0 n j 704 12DGR181tipp_reverse_34fd5 j 705 d 0 1000 n j 705 12PPDRtex j 706 d 0 1000 n j 706 12PPDRtex_reverse_1d688 j 707 d 0 1000 n j 707 12PPDRtpp j 708 d 0 1000 n j 708 12PPDRtpp_reverse_c5519 j 709 d 0 1000 n j 709 12PPDStex j 710 d 0 1000 n j 710 12PPDStex_reverse_ec7d6 j 711 d 0 1000 n j 711 12PPDStpp j 712 d 0 1000 n j 712 12PPDStpp_reverse_81431 j 713 d 0 1000 n j 713 14GLUCANabcpp j 714 s 0 n j 714 14GLUCANabcpp_reverse_c6351 j 715 d 0 1000 n j 715 14GLUCANtexi j 716 s 0 n j 716 14GLUCANtexi_reverse_2d4f8 j 717 d 0 1000 n j 717 23CAMPtex j 718 d 0 1000 n j 718 23CAMPtex_reverse_1c6db j 719 d 0 1000 n j 719 23CCMPtex j 720 d 0 1000 n j 720 23CCMPtex_reverse_e7e14 j 721 d 0 1000 n j 721 23CGMPtex j 722 d 0 1000 n j 722 23CGMPtex_reverse_d266a j 723 d 0 1000 n j 723 23CUMPtex j 724 d 0 1000 n j 724 23CUMPtex_reverse_7c421 j 725 d 0 1000 n j 725 23DAPPAt2pp j 726 s 0 n j 726 23DAPPAt2pp_reverse_59b55 j 727 d 0 1000 n j 727 23DAPPAtex j 728 d 0 1000 n j 728 23DAPPAtex_reverse_0c987 j 729 d 0 1000 n j 729 23PDE2pp j 730 s 0 n j 730 23PDE2pp_reverse_9b346 j 731 d 0 1000 n j 731 23PDE4pp j 732 s 0 n j 732 23PDE4pp_reverse_2a6cf j 733 d 0 1000 n j 733 23PDE7pp j 734 s 0 n j 734 23PDE7pp_reverse_3f150 j 735 d 0 1000 n j 735 23PDE9pp j 736 s 0 n j 736 23PDE9pp_reverse_84c1d j 737 d 0 1000 n j 737 26DAHtex j 738 d 0 1000 n j 738 26DAHtex_reverse_3953d j 739 d 0 1000 n j 739 2AGPA120tipp j 740 s 0 n j 740 2AGPA120tipp_reverse_16d01 j 741 d 0 1000 n j 741 2AGPA140tipp j 742 s 0 n j 742 2AGPA140tipp_reverse_392f6 j 743 d 0 1000 n j 743 2AGPA141tipp j 744 s 0 n j 744 2AGPA141tipp_reverse_f9714 j 745 d 0 1000 n j 745 2AGPA160tipp j 746 s 0 n j 746 2AGPA160tipp_reverse_dc28a j 747 d 0 1000 n j 747 2AGPA161tipp j 748 s 0 n j 748 2AGPA161tipp_reverse_fa4fb j 749 d 0 1000 n j 749 2AGPA180tipp j 750 s 0 n j 750 2AGPA180tipp_reverse_b48ac j 751 d 0 1000 n j 751 2AGPA181tipp j 752 s 0 n j 752 2AGPA181tipp_reverse_3605a j 753 d 0 1000 n j 753 2AGPE120tipp j 754 s 0 n j 754 2AGPE120tipp_reverse_015fb j 755 d 0 1000 n j 755 2AGPE140tipp j 756 s 0 n j 756 2AGPE140tipp_reverse_d6097 j 757 d 0 1000 n j 757 2AGPE141tipp j 758 s 0 n j 758 2AGPE141tipp_reverse_ae862 j 759 d 0 1000 n j 759 2AGPE160tipp j 760 s 0 n j 760 2AGPE160tipp_reverse_2f53f j 761 d 0 1000 n j 761 2AGPE161tipp j 762 s 0 n j 762 2AGPE161tipp_reverse_39d2b j 763 d 0 1000 n j 763 2AGPE180tipp j 764 s 0 n j 764 2AGPE180tipp_reverse_242d6 j 765 d 0 1000 n j 765 2AGPE181tipp j 766 s 0 n j 766 2AGPE181tipp_reverse_a5fc9 j 767 d 0 1000 n j 767 2AGPEAT120 j 768 s 0 n j 768 2AGPEAT120_reverse_cbf7b j 769 d 0 1000 n j 769 2AGPEAT140 j 770 s 0 n j 770 2AGPEAT140_reverse_195ed j 771 d 0 1000 n j 771 2AGPEAT141 j 772 s 0 n j 772 2AGPEAT141_reverse_0e3c9 j 773 d 0 1000 n j 773 2AGPEAT160 j 774 s 0 n j 774 2AGPEAT160_reverse_16239 j 775 d 0 1000 n j 775 2AGPEAT161 j 776 s 0 n j 776 2AGPEAT161_reverse_5858e j 777 d 0 1000 n j 777 2AGPEAT180 j 778 s 0 n j 778 2AGPEAT180_reverse_47e42 j 779 d 0 1000 n j 779 2AGPEAT181 j 780 s 0 n j 780 2AGPEAT181_reverse_450ec j 781 d 0 1000 n j 781 2AGPG120tipp j 782 s 0 n j 782 2AGPG120tipp_reverse_16620 j 783 d 0 1000 n j 783 2AGPG140tipp j 784 s 0 n j 784 2AGPG140tipp_reverse_2834e j 785 d 0 1000 n j 785 2AGPG141tipp j 786 s 0 n j 786 2AGPG141tipp_reverse_44e94 j 787 d 0 1000 n j 787 2AGPG160tipp j 788 s 0 n j 788 2AGPG160tipp_reverse_a1e99 j 789 d 0 1000 n j 789 2AGPG161tipp j 790 s 0 n j 790 2AGPG161tipp_reverse_4c821 j 791 d 0 1000 n j 791 2AGPG180tipp j 792 s 0 n j 792 2AGPG180tipp_reverse_148cb j 793 d 0 1000 n j 793 2AGPG181tipp j 794 s 0 n j 794 2AGPG181tipp_reverse_7596e j 795 d 0 1000 n j 795 2AGPGAT120 j 796 s 0 n j 796 2AGPGAT120_reverse_83703 j 797 d 0 1000 n j 797 2AGPGAT140 j 798 s 0 n j 798 2AGPGAT140_reverse_94092 j 799 d 0 1000 n j 799 2AGPGAT141 j 800 s 0 n j 800 2AGPGAT141_reverse_82d91 j 801 d 0 1000 n j 801 2AGPGAT160 j 802 s 0 n j 802 2AGPGAT160_reverse_2888d j 803 d 0 1000 n j 803 2AGPGAT161 j 804 s 0 n j 804 2AGPGAT161_reverse_529fb j 805 d 0 1000 n j 805 2AGPGAT180 j 806 s 0 n j 806 2AGPGAT180_reverse_9d3e5 j 807 d 0 1000 n j 807 2AGPGAT181 j 808 s 0 n j 808 2AGPGAT181_reverse_802a9 j 809 d 0 1000 n j 809 2DGLCNRx j 810 s 0 n j 810 2DGLCNRx_reverse_90ad0 j 811 d 0 1000 n j 811 2DGLCNRy j 812 s 0 n j 812 2DGLCNRy_reverse_1db72 j 813 d 0 1000 n j 813 2DGULRx j 814 s 0 n j 814 2DGULRx_reverse_d1a03 j 815 d 0 1000 n j 815 2DGULRy j 816 s 0 n j 816 2DGULRy_reverse_5d02d j 817 d 0 1000 n j 817 2MAHMP j 818 s 0 n j 818 2MAHMP_reverse_e4fd2 j 819 d 0 1000 n j 819 34dhpactex j 820 d 0 1000 n j 820 34dhpactex_reverse_51d40 j 821 d 0 1000 n j 821 3AMPtex j 822 d 0 1000 n j 822 3AMPtex_reverse_62a3f j 823 d 0 1000 n j 823 3CMPtex j 824 d 0 1000 n j 824 3CMPtex_reverse_25d68 j 825 d 0 1000 n j 825 3GMPtex j 826 d 0 1000 n j 826 3GMPtex_reverse_c1214 j 827 d 0 1000 n j 827 3HAD100 j 828 s 0 n j 828 3HAD100_reverse_ca00f j 829 d 0 1000 n j 829 3HAD120 j 830 s 0 n j 830 3HAD120_reverse_82f09 j 831 d 0 1000 n j 831 3HAD121 j 832 s 0 n j 832 3HAD121_reverse_7ae0d j 833 d 0 1000 n j 833 3HAD140 j 834 s 0 n j 834 3HAD140_reverse_13958 j 835 d 0 1000 n j 835 3HAD141 j 836 s 0 n j 836 3HAD141_reverse_5738f j 837 d 0 1000 n j 837 3HAD160 j 838 s 0 n j 838 3HAD160_reverse_c0da0 j 839 d 0 1000 n j 839 3HAD161 j 840 s 0 n j 840 3HAD161_reverse_384de j 841 d 0 1000 n j 841 3HAD180 j 842 s 0 n j 842 3HAD180_reverse_c801d j 843 d 0 1000 n j 843 3HAD181 j 844 s 0 n j 844 3HAD181_reverse_63f21 j 845 d 0 1000 n j 845 3HAD40 j 846 s 0 n j 846 3HAD40_reverse_bc17f j 847 d 0 1000 n j 847 3HAD60 j 848 s 0 n j 848 3HAD60_reverse_d7fb5 j 849 d 0 1000 n j 849 3HAD80 j 850 s 0 n j 850 3HAD80_reverse_29891 j 851 d 0 1000 n j 851 3KGK j 852 s 0 n j 852 3KGK_reverse_d559b j 853 d 0 1000 n j 853 3NTD2pp j 854 s 0 n j 854 3NTD2pp_reverse_6ebac j 855 d 0 1000 n j 855 3NTD4pp j 856 s 0 n j 856 3NTD4pp_reverse_51bb5 j 857 d 0 1000 n j 857 3NTD7pp j 858 s 0 n j 858 3NTD7pp_reverse_9ab3e j 859 d 0 1000 n j 859 3NTD9pp j 860 s 0 n j 860 3NTD9pp_reverse_6286c j 861 d 0 1000 n j 861 3OAR100 j 862 d 0 1000 n j 862 3OAR100_reverse_d47e7 j 863 d 0 1000 n j 863 3OAR120 j 864 d 0 1000 n j 864 3OAR120_reverse_5a2b4 j 865 d 0 1000 n j 865 3OAR121 j 866 s 0 n j 866 3OAR121_reverse_82b84 j 867 d 0 1000 n j 867 3OAR140 j 868 d 0 1000 n j 868 3OAR140_reverse_4eb2a j 869 d 0 1000 n j 869 3OAR141 j 870 s 0 n j 870 3OAR141_reverse_755ec j 871 d 0 1000 n j 871 3OAR160 j 872 d 0 1000 n j 872 3OAR160_reverse_15066 j 873 d 0 1000 n j 873 3OAR161 j 874 s 0 n j 874 3OAR161_reverse_fc9b4 j 875 d 0 1000 n j 875 3OAR180 j 876 d 0 1000 n j 876 3OAR180_reverse_e234c j 877 d 0 1000 n j 877 3OAR181 j 878 s 0 n j 878 3OAR181_reverse_f8559 j 879 d 0 1000 n j 879 3OAR40 j 880 d 0 1000 n j 880 3OAR40_reverse_e075e j 881 d 0 1000 n j 881 3OAR60 j 882 d 0 1000 n j 882 3OAR60_reverse_40a5c j 883 d 0 1000 n j 883 3OAR80 j 884 d 0 1000 n j 884 3OAR80_reverse_fe338 j 885 d 0 1000 n j 885 3OAS100 j 886 s 0 n j 886 3OAS100_reverse_bfd7d j 887 d 0 1000 n j 887 3OAS120 j 888 s 0 n j 888 3OAS120_reverse_06658 j 889 d 0 1000 n j 889 3OAS121 j 890 s 0 n j 890 3OAS121_reverse_e6125 j 891 d 0 1000 n j 891 3OAS140 j 892 s 0 n j 892 3OAS140_reverse_65ddc j 893 d 0 1000 n j 893 3OAS141 j 894 s 0 n j 894 3OAS141_reverse_7f7b2 j 895 d 0 1000 n j 895 3OAS160 j 896 s 0 n j 896 3OAS160_reverse_08317 j 897 d 0 1000 n j 897 3OAS161 j 898 s 0 n j 898 3OAS161_reverse_ca056 j 899 d 0 1000 n j 899 3OAS180 j 900 s 0 n j 900 3OAS180_reverse_3d9f8 j 901 d 0 1000 n j 901 3OAS181 j 902 s 0 n j 902 3OAS181_reverse_2c21d j 903 d 0 1000 n j 903 3OAS60 j 904 s 0 n j 904 3OAS60_reverse_bff6a j 905 d 0 1000 n j 905 3OAS80 j 906 s 0 n j 906 3OAS80_reverse_c6446 j 907 d 0 1000 n j 907 3PEPTabcpp j 908 s 0 n j 908 3PEPTabcpp_reverse_d34e9 j 909 d 0 1000 n j 909 3PEPTtex j 910 d 0 1000 n j 910 3PEPTtex_reverse_45a83 j 911 d 0 1000 n j 911 3UMPtex j 912 d 0 1000 n j 912 3UMPtex_reverse_c4def j 913 d 0 1000 n j 913 4HOXPACDtex j 914 d 0 1000 n j 914 4HOXPACDtex_reverse_3798d j 915 d 0 1000 n j 915 4PCP j 916 s 0 n j 916 4PCP_reverse_c7c51 j 917 d 0 1000 n j 917 4PCPpp j 918 s 0 n j 918 4PCPpp_reverse_87e32 j 919 d 0 1000 n j 919 4PEPTabcpp j 920 s 0 n j 920 4PEPTabcpp_reverse_c63ab j 921 d 0 1000 n j 921 4PEPTtex j 922 d 0 1000 n j 922 4PEPTtex_reverse_025c0 j 923 d 0 1000 n j 923 5DGLCNR j 924 d 0 1000 n j 924 5DGLCNR_reverse_fbc12 j 925 d 0 1000 n j 925 5DGLCNt2rpp j 926 d 0 1000 n j 926 5DGLCNt2rpp_reverse_32e75 j 927 d 0 1000 n j 927 5DGLCNtex j 928 d 0 1000 n j 928 5DGLCNtex_reverse_d721b j 929 d 0 1000 n j 929 5DOAN j 930 s 0 n j 930 5DOAN_reverse_c8e7d j 931 d 0 1000 n j 931 A5PISO j 932 d 0 1000 n j 932 A5PISO_reverse_3adc0 j 933 d 0 1000 n j 933 AACPS1 j 934 s 0 n j 934 AACPS1_reverse_74228 j 935 d 0 1000 n j 935 AACPS2 j 936 s 0 n j 936 AACPS2_reverse_4df8a j 937 d 0 1000 n j 937 AACPS3 j 938 s 0 n j 938 AACPS3_reverse_de1e6 j 939 d 0 1000 n j 939 AACPS4 j 940 s 0 n j 940 AACPS4_reverse_2b927 j 941 d 0 1000 n j 941 AACPS5 j 942 s 0 n j 942 AACPS5_reverse_2077f j 943 d 0 1000 n j 943 AACPS6 j 944 s 0 n j 944 AACPS6_reverse_8fda3 j 945 d 0 1000 n j 945 AACPS7 j 946 s 0 n j 946 AACPS7_reverse_c7dd9 j 947 d 0 1000 n j 947 AACPS8 j 948 s 0 n j 948 AACPS8_reverse_375dc j 949 d 0 1000 n j 949 AACPS9 j 950 s 0 n j 950 AACPS9_reverse_c03ad j 951 d 0 1000 n j 951 AACTOOR j 952 s 0 n j 952 AACTOOR_reverse_e897c j 953 d 0 1000 n j 953 AAMYL j 954 s 0 n j 954 AAMYL_reverse_58557 j 955 d 0 1000 n j 955 AAMYLpp j 956 s 0 n j 956 AAMYLpp_reverse_813aa j 957 d 0 1000 n j 957 ABTA j 958 s 0 n j 958 ABTA_reverse_48ba6 j 959 d 0 1000 n j 959 ABUTD j 960 s 0 n j 960 ABUTD_reverse_a69d2 j 961 d 0 1000 n j 961 ABUTt2pp j 962 s 0 n j 962 ABUTt2pp_reverse_b7c2d j 963 d 0 1000 n j 963 ABUTtex j 964 d 0 1000 n j 964 ABUTtex_reverse_f1b1f j 965 d 0 1000 n j 965 ACACtex j 966 d 0 1000 n j 966 ACACtex_reverse_cc949 j 967 d 0 1000 n j 967 ACALD j 968 d 0 1000 n j 968 ACALD_reverse_fda2b j 969 d 0 1000 n j 969 ACALDtex j 970 d 0 1000 n j 970 ACALDtex_reverse_75f7f j 971 d 0 1000 n j 971 ACALDtpp j 972 d 0 1000 n j 972 ACALDtpp_reverse_52ae6 j 973 d 0 1000 n j 973 ACBIPGT j 974 s 0 n j 974 ACBIPGT_reverse_bcc45 j 975 d 0 1000 n j 975 ACCOAC j 976 s 0 n j 976 ACCOAC_reverse_9d1cd j 977 d 0 1000 n j 977 ACCOAL j 978 s 0 n j 978 ACCOAL_reverse_ea444 j 979 d 0 1000 n j 979 ACGAL1PPpp j 980 s 0 n j 980 ACGAL1PPpp_reverse_88026 j 981 d 0 1000 n j 981 ACGAL1Ptex j 982 d 0 1000 n j 982 ACGAL1Ptex_reverse_c2cd1 j 983 d 0 1000 n j 983 ACGALtex j 984 d 0 1000 n j 984 ACGALtex_reverse_54263 j 985 d 0 1000 n j 985 ACGAM1PPpp j 986 s 0 n j 986 ACGAM1PPpp_reverse_fbc31 j 987 d 0 1000 n j 987 ACGAM1Ptex j 988 d 0 1000 n j 988 ACGAM1Ptex_reverse_d95c0 j 989 d 0 1000 n j 989 ACGAMK j 990 s 0 n j 990 ACGAMK_reverse_1e7a8 j 991 d 0 1000 n j 991 ACGAMT j 992 s 0 n j 992 ACGAMT_reverse_2307a j 993 d 0 1000 n j 993 ACGAptspp j 994 s 0 n j 994 ACGAptspp_reverse_e1a6e j 995 d 0 1000 n j 995 ACGAtex j 996 d 0 1000 n j 996 ACGAtex_reverse_5f438 j 997 d 0 1000 n j 997 ACGK j 998 s 0 n j 998 ACGK_reverse_684be j 999 d 0 1000 n j 999 ACGS j 1000 s 0 n j 1000 ACGS_reverse_c8939 j 1001 d 0 1000 n j 1001 ACHBS j 1002 s 0 n j 1002 ACHBS_reverse_13e5f j 1003 d 0 1000 n j 1003 ACKr j 1004 d 0 1000 n j 1004 ACKr_reverse_b49c0 j 1005 d 0 1000 n j 1005 ACLS j 1006 s 0 n j 1006 ACLS_reverse_66503 j 1007 d 0 1000 n j 1007 ACM6PH j 1008 s 0 n j 1008 ACM6PH_reverse_cff51 j 1009 d 0 1000 n j 1009 ACMAMUT j 1010 s 0 n j 1010 ACMAMUT_reverse_cf71b j 1011 d 0 1000 n j 1011 ACMANAptspp j 1012 s 0 n j 1012 ACMANAptspp_reverse_2111b j 1013 d 0 1000 n j 1013 ACMANAtex j 1014 d 0 1000 n j 1014 ACMANAtex_reverse_024da j 1015 d 0 1000 n j 1015 ACMUMtex j 1016 s 0 n j 1016 ACMUMtex_reverse_17681 j 1017 d 0 1000 n j 1017 ACNAMt2pp j 1018 s 0 n j 1018 ACNAMt2pp_reverse_c08e0 j 1019 d 0 1000 n j 1019 ACNAMtex j 1020 d 0 1000 n j 1020 ACNAMtex_reverse_b7b93 j 1021 d 0 1000 n j 1021 ACNML j 1022 s 0 n j 1022 ACNML_reverse_9634f j 1023 d 0 1000 n j 1023 ACOAD1f j 1024 d 0 1000 n j 1024 ACOAD1f_reverse_e656c j 1025 d 0 1000 n j 1025 ACOAD2f j 1026 d 0 1000 n j 1026 ACOAD2f_reverse_6e942 j 1027 d 0 1000 n j 1027 ACOAD3f j 1028 d 0 1000 n j 1028 ACOAD3f_reverse_ba3fe j 1029 d 0 1000 n j 1029 ACOAD4f j 1030 d 0 1000 n j 1030 ACOAD4f_reverse_4d6cc j 1031 d 0 1000 n j 1031 ACOAD5f j 1032 d 0 1000 n j 1032 ACOAD5f_reverse_2359c j 1033 d 0 1000 n j 1033 ACOAD6f j 1034 d 0 1000 n j 1034 ACOAD6f_reverse_11aee j 1035 d 0 1000 n j 1035 ACOAD7f j 1036 d 0 1000 n j 1036 ACOAD7f_reverse_16a6a j 1037 d 0 1000 n j 1037 ACOAD8f j 1038 d 0 1000 n j 1038 ACOAD8f_reverse_fb781 j 1039 d 0 1000 n j 1039 ACOATA j 1040 d 0 1000 n j 1040 ACOATA_reverse_8c02f j 1041 d 0 1000 n j 1041 ACODA j 1042 s 0 n j 1042 ACODA_reverse_504cc j 1043 d 0 1000 n j 1043 ACOLIPAtex j 1044 s 0 n j 1044 ACOLIPAtex_reverse_ff5d5 j 1045 d 0 1000 n j 1045 ACONIs j 1046 d 0 1000 n j 1046 ACONIs_reverse_3e324 j 1047 d 0 1000 n j 1047 ACONTa j 1048 d 0 1000 n j 1048 ACONTa_reverse_cad6d j 1049 d 0 1000 n j 1049 ACONTb j 1050 d 0 1000 n j 1050 ACONTb_reverse_e198a j 1051 d 0 1000 n j 1051 ACOTA j 1052 d 0 1000 n j 1052 ACOTA_reverse_c4379 j 1053 d 0 1000 n j 1053 ACPS1 j 1054 s 0 n j 1054 ACPS1_reverse_56be7 j 1055 d 0 1000 n j 1055 ACS j 1056 s 0 n j 1056 ACS_reverse_37635 j 1057 d 0 1000 n j 1057 ACSERtex j 1058 d 0 1000 n j 1058 ACSERtex_reverse_d18a5 j 1059 d 0 1000 n j 1059 ACSERtpp j 1060 s 0 n j 1060 ACSERtpp_reverse_e0a16 j 1061 d 0 1000 n j 1061 ACt2rpp j 1062 d 0 1000 n j 1062 ACt2rpp_reverse_213f1 j 1063 d 0 1000 n j 1063 ACt4pp j 1064 s 0 n j 1064 ACt4pp_reverse_a779a j 1065 d 0 1000 n j 1065 ACtex j 1066 d 0 1000 n j 1066 ACtex_reverse_c7bfd j 1067 d 0 1000 n j 1067 ADA j 1068 s 0 n j 1068 ADA_reverse_347cb j 1069 d 0 1000 n j 1069 ADCL j 1070 s 0 n j 1070 ADCL_reverse_0051f j 1071 d 0 1000 n j 1071 ADCS j 1072 s 0 n j 1072 ADCS_reverse_5303c j 1073 d 0 1000 n j 1073 ADEt2rpp j 1074 d 0 1000 n j 1074 ADEt2rpp_reverse_6f767 j 1075 d 0 1000 n j 1075 ADEtex j 1076 d 0 1000 n j 1076 ADEtex_reverse_56687 j 1077 d 0 1000 n j 1077 ADK1 j 1078 s 0 n j 1078 ADK1_reverse_a6f90 j 1079 d 0 1000 n j 1079 ADK3 j 1080 d 0 1000 n j 1080 ADK3_reverse_6b5fb j 1081 d 0 1000 n j 1081 ADK4 j 1082 d 0 1000 n j 1082 ADK4_reverse_dfbdf j 1083 d 0 1000 n j 1083 ADMDC j 1084 s 0 n j 1084 ADMDC_reverse_e2782 j 1085 d 0 1000 n j 1085 ADNCYC j 1086 s 0 n j 1086 ADNCYC_reverse_013dc j 1087 d 0 1000 n j 1087 ADNK1 j 1088 s 0 n j 1088 ADNK1_reverse_fe466 j 1089 d 0 1000 n j 1089 ADNUC j 1090 s 0 n j 1090 ADNUC_reverse_7ef46 j 1091 d 0 1000 n j 1091 ADNt2pp j 1092 s 0 n j 1092 ADNt2pp_reverse_375d7 j 1093 d 0 1000 n j 1093 ADNt2rpp j 1094 d 0 1000 n j 1094 ADNt2rpp_reverse_0f138 j 1095 d 0 1000 n j 1095 ADNtex j 1096 d 0 1000 n j 1096 ADNtex_reverse_43080 j 1097 d 0 1000 n j 1097 ADOCBLabcpp j 1098 s 0 n j 1098 ADOCBLabcpp_reverse_68dcd j 1099 d 0 1000 n j 1099 ADOCBLtonex j 1100 s 0 n j 1100 ADOCBLtonex_reverse_baebb j 1101 d 0 1000 n j 1101 ADPRDP j 1102 s 0 n j 1102 ADPRDP_reverse_6f5d7 j 1103 d 0 1000 n j 1103 ADPT j 1104 s 0 n j 1104 ADPT_reverse_567cf j 1105 d 0 1000 n j 1105 ADSK j 1106 s 0 n j 1106 ADSK_reverse_6806d j 1107 d 0 1000 n j 1107 ADSL1r j 1108 d 0 1000 n j 1108 ADSL1r_reverse_2ae14 j 1109 d 0 1000 n j 1109 ADSL2r j 1110 d 0 1000 n j 1110 ADSL2r_reverse_42348 j 1111 d 0 1000 n j 1111 ADSS j 1112 s 0 n j 1112 ADSS_reverse_c75bb j 1113 d 0 1000 n j 1113 AGDC j 1114 s 0 n j 1114 AGDC_reverse_2ab9d j 1115 d 0 1000 n j 1115 AGM3PA j 1116 s 0 n j 1116 AGM3PA_reverse_07960 j 1117 d 0 1000 n j 1117 AGM3PApp j 1118 s 0 n j 1118 AGM3PApp_reverse_74a9d j 1119 d 0 1000 n j 1119 AGM3PH j 1120 s 0 n j 1120 AGM3PH_reverse_3acde j 1121 d 0 1000 n j 1121 AGM3Pt2pp j 1122 s 0 n j 1122 AGM3Pt2pp_reverse_5e873 j 1123 d 0 1000 n j 1123 AGM4PA j 1124 s 0 n j 1124 AGM4PA_reverse_cc387 j 1125 d 0 1000 n j 1125 AGM4PApp j 1126 s 0 n j 1126 AGM4PApp_reverse_5ec54 j 1127 d 0 1000 n j 1127 AGM4PCP j 1128 s 0 n j 1128 AGM4PCP_reverse_4f872 j 1129 d 0 1000 n j 1129 AGM4PCPpp j 1130 s 0 n j 1130 AGM4PCPpp_reverse_26bad j 1131 d 0 1000 n j 1131 AGM4PH j 1132 s 0 n j 1132 AGM4PH_reverse_b09ff j 1133 d 0 1000 n j 1133 AGM4Pt2pp j 1134 s 0 n j 1134 AGM4Pt2pp_reverse_58aad j 1135 d 0 1000 n j 1135 AGMH j 1136 s 0 n j 1136 AGMH_reverse_d371c j 1137 d 0 1000 n j 1137 AGMHE j 1138 s 0 n j 1138 AGMHE_reverse_dfad6 j 1139 d 0 1000 n j 1139 AGMT j 1140 s 0 n j 1140 AGMT_reverse_1c107 j 1141 d 0 1000 n j 1141 AGMt2pp j 1142 s 0 n j 1142 AGMt2pp_reverse_23bf9 j 1143 d 0 1000 n j 1143 AGMtex j 1144 d 0 1000 n j 1144 AGMtex_reverse_969a4 j 1145 d 0 1000 n j 1145 AGPAT120 j 1146 s 0 n j 1146 AGPAT120_reverse_7811c j 1147 d 0 1000 n j 1147 AGPAT140 j 1148 s 0 n j 1148 AGPAT140_reverse_73ea4 j 1149 d 0 1000 n j 1149 AGPAT141 j 1150 s 0 n j 1150 AGPAT141_reverse_fd2b9 j 1151 d 0 1000 n j 1151 AGPAT160 j 1152 s 0 n j 1152 AGPAT160_reverse_22d12 j 1153 d 0 1000 n j 1153 AGPAT161 j 1154 s 0 n j 1154 AGPAT161_reverse_debc5 j 1155 d 0 1000 n j 1155 AGPAT180 j 1156 s 0 n j 1156 AGPAT180_reverse_57c04 j 1157 d 0 1000 n j 1157 AGPAT181 j 1158 s 0 n j 1158 AGPAT181_reverse_93f51 j 1159 d 0 1000 n j 1159 AGPR j 1160 d 0 1000 n j 1160 AGPR_reverse_5dce4 j 1161 d 0 1000 n j 1161 AHCYSNS j 1162 s 0 n j 1162 AHCYSNS_reverse_38446 j 1163 d 0 1000 n j 1163 AICART j 1164 d 0 1000 n j 1164 AICART_reverse_b7b59 j 1165 d 0 1000 n j 1165 AIRC2 j 1166 s 0 n j 1166 AIRC2_reverse_50d74 j 1167 d 0 1000 n j 1167 AIRC3 j 1168 d 0 1000 n j 1168 AIRC3_reverse_f015f j 1169 d 0 1000 n j 1169 AKGDH j 1170 s 0 n j 1170 AKGDH_reverse_08bdc j 1171 d 0 1000 n j 1171 AKGt2rpp j 1172 d 0 1000 n j 1172 AKGt2rpp_reverse_9046e j 1173 d 0 1000 n j 1173 AKGtex j 1174 d 0 1000 n j 1174 AKGtex_reverse_06c87 j 1175 d 0 1000 n j 1175 ALAALAabcpp j 1176 s 0 n j 1176 ALAALAabcpp_reverse_75b27 j 1177 d 0 1000 n j 1177 ALAALAr j 1178 s 0 n j 1178 ALAALAr_reverse_18faa j 1179 d 0 1000 n j 1179 ALAALAtex j 1180 d 0 1000 n j 1180 ALAALAtex_reverse_2ebb9 j 1181 d 0 1000 n j 1181 ALAGLUE j 1182 d 0 1000 n j 1182 ALAGLUE_reverse_83285 j 1183 d 0 1000 n j 1183 ALAR j 1184 d 0 1000 n j 1184 ALAR_reverse_77133 j 1185 d 0 1000 n j 1185 ALATA_D2 j 1186 s 0 n j 1186 ALATA_D2_reverse_13566 j 1187 d 0 1000 n j 1187 ALATA_L j 1188 d 0 1000 n j 1188 ALATA_L_reverse_e54ff j 1189 d 0 1000 n j 1189 ALATA_L2 j 1190 s 0 n j 1190 ALATA_L2_reverse_ef76c j 1191 d 0 1000 n j 1191 ALATRS j 1192 s 0 n j 1192 ALATRS_reverse_de5e9 j 1193 d 0 1000 n j 1193 ALAabcpp j 1194 s 0 n j 1194 ALAabcpp_reverse_90425 j 1195 d 0 1000 n j 1195 ALAt2pp j 1196 s 0 n j 1196 ALAt2pp_reverse_49759 j 1197 d 0 1000 n j 1197 ALAt4pp j 1198 s 0 n j 1198 ALAt4pp_reverse_d9615 j 1199 d 0 1000 n j 1199 ALAtex j 1200 d 0 1000 n j 1200 ALAtex_reverse_33163 j 1201 d 0 1000 n j 1201 ALDD2y j 1202 s 0 n j 1202 ALDD2y_reverse_03afb j 1203 d 0 1000 n j 1203 ALDD3y j 1204 s 0 n j 1204 ALDD3y_reverse_27133 j 1205 d 0 1000 n j 1205 ALLTAMH j 1206 s 0 n j 1206 ALLTAMH_reverse_4519b j 1207 d 0 1000 n j 1207 ALLTN j 1208 s 0 n j 1208 ALLTN_reverse_d7d9e j 1209 d 0 1000 n j 1209 ALLTNt2rpp j 1210 d 0 1000 n j 1210 ALLTNt2rpp_reverse_62e9a j 1211 d 0 1000 n j 1211 ALLTNtex j 1212 d 0 1000 n j 1212 ALLTNtex_reverse_f7ace j 1213 d 0 1000 n j 1213 ALLtex j 1214 d 0 1000 n j 1214 ALLtex_reverse_73b82 j 1215 d 0 1000 n j 1215 ALR2 j 1216 s 0 n j 1216 ALR2_reverse_10b0a j 1217 d 0 1000 n j 1217 ALR4x j 1218 s 0 n j 1218 ALR4x_reverse_17ebf j 1219 d 0 1000 n j 1219 AM3PA j 1220 s 0 n j 1220 AM3PA_reverse_086bd j 1221 d 0 1000 n j 1221 AM4PA j 1222 s 0 n j 1222 AM4PA_reverse_b660b j 1223 d 0 1000 n j 1223 AM4PCP j 1224 s 0 n j 1224 AM4PCP_reverse_9f67b j 1225 d 0 1000 n j 1225 AMALT1 j 1226 s 0 n j 1226 AMALT1_reverse_f685c j 1227 d 0 1000 n j 1227 AMALT2 j 1228 s 0 n j 1228 AMALT2_reverse_20c24 j 1229 d 0 1000 n j 1229 AMALT3 j 1230 s 0 n j 1230 AMALT3_reverse_f2bc2 j 1231 d 0 1000 n j 1231 AMALT4 j 1232 s 0 n j 1232 AMALT4_reverse_934fc j 1233 d 0 1000 n j 1233 AMANAPEr j 1234 d 0 1000 n j 1234 AMANAPEr_reverse_8310c j 1235 d 0 1000 n j 1235 AMANK j 1236 s 0 n j 1236 AMANK_reverse_8ea5e j 1237 d 0 1000 n j 1237 AMAOTr j 1238 d 0 1000 n j 1238 AMAOTr_reverse_a5426 j 1239 d 0 1000 n j 1239 AMMQLT8 j 1240 s 0 n j 1240 AMMQLT8_reverse_6da73 j 1241 d 0 1000 n j 1241 AMPMS2 j 1242 s 0 n j 1242 AMPMS2_reverse_56a45 j 1243 d 0 1000 n j 1243 AMPN j 1244 s 0 n j 1244 AMPN_reverse_1b917 j 1245 d 0 1000 n j 1245 AMPTASECG j 1246 s 0 n j 1246 AMPTASECG_reverse_11d5d j 1247 d 0 1000 n j 1247 AMPTASEPG j 1248 s 0 n j 1248 AMPTASEPG_reverse_1fe90 j 1249 d 0 1000 n j 1249 AMPtex j 1250 d 0 1000 n j 1250 AMPtex_reverse_bec2c j 1251 d 0 1000 n j 1251 ANHGMtex j 1252 d 0 1000 n j 1252 ANHGMtex_reverse_89969 j 1253 d 0 1000 n j 1253 ANHMK j 1254 s 0 n j 1254 ANHMK_reverse_f8dfd j 1255 d 0 1000 n j 1255 ANPRT j 1256 s 0 n j 1256 ANPRT_reverse_e2684 j 1257 d 0 1000 n j 1257 ANS j 1258 s 0 n j 1258 ANS_reverse_4e062 j 1259 d 0 1000 n j 1259 AOBUTDs j 1260 s 0 n j 1260 AOBUTDs_reverse_2ac3d j 1261 d 0 1000 n j 1261 AOXSr j 1262 d 0 1000 n j 1262 AOXSr_reverse_6edad j 1263 d 0 1000 n j 1263 AP4AH j 1264 s 0 n j 1264 AP4AH_reverse_ccff7 j 1265 d 0 1000 n j 1265 AP5AH j 1266 s 0 n j 1266 AP5AH_reverse_ec0fb j 1267 d 0 1000 n j 1267 APRAUR j 1268 s 0 n j 1268 APRAUR_reverse_e674d j 1269 d 0 1000 n j 1269 ARAI j 1270 d 0 1000 n j 1270 ARAI_reverse_f1762 j 1271 d 0 1000 n j 1271 ARBTNR1 j 1272 s 0 n j 1272 ARBTNR1_reverse_05ba1 j 1273 d 0 1000 n j 1273 ARBTNR2 j 1274 s 0 n j 1274 ARBTNR2_reverse_68a05 j 1275 d 0 1000 n j 1275 ARBTNR3 j 1276 s 0 n j 1276 ARBTNR3_reverse_e8402 j 1277 d 0 1000 n j 1277 ARBTNabcpp j 1278 s 0 n j 1278 ARBTNabcpp_reverse_a90a7 j 1279 d 0 1000 n j 1279 ARBTNexs j 1280 s 0 n j 1280 ARBTNexs_reverse_da1bb j 1281 d 0 1000 n j 1281 ARBTNtex j 1282 s 0 n j 1282 ARBTNtex_reverse_98dad j 1283 d 0 1000 n j 1283 ARBTNtonex j 1284 s 0 n j 1284 ARBTNtonex_reverse_292f7 j 1285 d 0 1000 n j 1285 ARBTNtpp j 1286 s 0 n j 1286 ARBTNtpp_reverse_6a35a j 1287 d 0 1000 n j 1287 ARBt2rpp j 1288 d 0 1000 n j 1288 ARBt2rpp_reverse_7d924 j 1289 d 0 1000 n j 1289 ARBt3ipp j 1290 s 0 n j 1290 ARBt3ipp_reverse_7c622 j 1291 d 0 1000 n j 1291 ARBtex j 1292 d 0 1000 n j 1292 ARBtex_reverse_2c0f8 j 1293 d 0 1000 n j 1293 ARGAGMt7pp j 1294 d 0 1000 n j 1294 ARGAGMt7pp_reverse_135dc j 1295 d 0 1000 n j 1295 ARGDC j 1296 s 0 n j 1296 ARGDC_reverse_08faf j 1297 d 0 1000 n j 1297 ARGDCpp j 1298 s 0 n j 1298 ARGDCpp_reverse_54b23 j 1299 d 0 1000 n j 1299 ARGORNt7pp j 1300 d 0 1000 n j 1300 ARGORNt7pp_reverse_eabec j 1301 d 0 1000 n j 1301 ARGSL j 1302 d 0 1000 n j 1302 ARGSL_reverse_1b949 j 1303 d 0 1000 n j 1303 ARGSS j 1304 s 0 n j 1304 ARGSS_reverse_5760d j 1305 d 0 1000 n j 1305 ARGTRS j 1306 s 0 n j 1306 ARGTRS_reverse_1ecbf j 1307 d 0 1000 n j 1307 ARGabcpp j 1308 s 0 n j 1308 ARGabcpp_reverse_2f37a j 1309 d 0 1000 n j 1309 ARGt3pp j 1310 s 0 n j 1310 ARGt3pp_reverse_a8971 j 1311 d 0 1000 n j 1311 ARGtex j 1312 d 0 1000 n j 1312 ARGtex_reverse_244d5 j 1313 d 0 1000 n j 1313 ASAD j 1314 d 0 1000 n j 1314 ASAD_reverse_39a64 j 1315 d 0 1000 n j 1315 ASCBPL j 1316 s 0 n j 1316 ASCBPL_reverse_f9eb9 j 1317 d 0 1000 n j 1317 ASCBptspp j 1318 s 0 n j 1318 ASCBptspp_reverse_99732 j 1319 d 0 1000 n j 1319 ASCBtex j 1320 d 0 1000 n j 1320 ASCBtex_reverse_b49d4 j 1321 d 0 1000 n j 1321 ASNN j 1322 s 0 n j 1322 ASNN_reverse_515f8 j 1323 d 0 1000 n j 1323 ASNNpp j 1324 s 0 n j 1324 ASNNpp_reverse_dd54e j 1325 d 0 1000 n j 1325 ASNS1 j 1326 s 0 n j 1326 ASNS1_reverse_90309 j 1327 d 0 1000 n j 1327 ASNS2 j 1328 s 0 n j 1328 ASNS2_reverse_85dd4 j 1329 d 0 1000 n j 1329 ASNTRS j 1330 s 0 n j 1330 ASNTRS_reverse_ee3aa j 1331 d 0 1000 n j 1331 ASNabcpp j 1332 s 0 n j 1332 ASNabcpp_reverse_47353 j 1333 d 0 1000 n j 1333 ASNt2rpp j 1334 d 0 1000 n j 1334 ASNt2rpp_reverse_144ff j 1335 d 0 1000 n j 1335 ASNtex j 1336 d 0 1000 n j 1336 ASNtex_reverse_e8ab8 j 1337 d 0 1000 n j 1337 ASO3tex j 1338 d 0 1000 n j 1338 ASO3tex_reverse_eeec8 j 1339 d 0 1000 n j 1339 ASP1DC j 1340 s 0 n j 1340 ASP1DC_reverse_5dad1 j 1341 d 0 1000 n j 1341 ASPCT j 1342 s 0 n j 1342 ASPCT_reverse_c18b9 j 1343 d 0 1000 n j 1343 ASPK j 1344 d 0 1000 n j 1344 ASPK_reverse_115d7 j 1345 d 0 1000 n j 1345 ASPO3 j 1346 s 0 n j 1346 ASPO3_reverse_594c1 j 1347 d 0 1000 n j 1347 ASPO4 j 1348 s 0 n j 1348 ASPO4_reverse_aacc5 j 1349 d 0 1000 n j 1349 ASPO5 j 1350 s 0 n j 1350 ASPO5_reverse_4d759 j 1351 d 0 1000 n j 1351 ASPO6 j 1352 s 0 n j 1352 ASPO6_reverse_ec15c j 1353 d 0 1000 n j 1353 ASPT j 1354 s 0 n j 1354 ASPT_reverse_c6d74 j 1355 d 0 1000 n j 1355 ASPTA j 1356 d 0 1000 n j 1356 ASPTA_reverse_36525 j 1357 d 0 1000 n j 1357 ASPTRS j 1358 s 0 n j 1358 ASPTRS_reverse_8f6e6 j 1359 d 0 1000 n j 1359 ASPabcpp j 1360 s 0 n j 1360 ASPabcpp_reverse_faa73 j 1361 d 0 1000 n j 1361 ASPt2_2pp j 1362 s 0 n j 1362 ASPt2_2pp_reverse_990a0 j 1363 d 0 1000 n j 1363 ASPt2pp j 1364 s 0 n j 1364 ASPt2pp_reverse_54f4e j 1365 d 0 1000 n j 1365 ASPtex j 1366 d 0 1000 n j 1366 ASPtex_reverse_35e4c j 1367 d 0 1000 n j 1367 AST j 1368 s 0 n j 1368 AST_reverse_c77bb j 1369 d 0 1000 n j 1369 ATHRDHr j 1370 d 0 1000 n j 1370 ATHRDHr_reverse_f7ea2 j 1371 d 0 1000 n j 1371 ATPHs j 1372 s 0 n j 1372 ATPHs_reverse_ad499 j 1373 s 8.39 n j 1373 ATPM j 1374 s 0 n j 1374 ATPM_reverse_5b752 j 1375 d 0 1000 n j 1375 ATPPRT j 1376 s 0 n j 1376 ATPPRT_reverse_00060 j 1377 d 0 1000 n j 1377 ATPS4rpp j 1378 d 0 1000 n j 1378 ATPS4rpp_reverse_18786 j 1379 d 0 1000 n j 1379 BALAt2pp j 1380 s 0 n j 1380 BALAt2pp_reverse_e7f95 j 1381 d 0 1000 n j 1381 BALAtex j 1382 d 0 1000 n j 1382 BALAtex_reverse_10000 j 1383 d 0 1000 n j 1383 BPNT j 1384 s 0 n j 1384 BPNT_reverse_53108 j 1385 d 0 1000 n j 1385 BSORx j 1386 s 0 n j 1386 BSORx_reverse_2339f j 1387 d 0 1000 n j 1387 BSORy j 1388 s 0 n j 1388 BSORy_reverse_89c33 j 1389 d 0 1000 n j 1389 BTS4 j 1390 s 0 n j 1390 BTS4_reverse_11db6 j 1391 d 0 1000 n j 1391 BUTSO3tex j 1392 d 0 1000 n j 1392 BUTSO3tex_reverse_90916 j 1393 d 0 1000 n j 1393 BUTtex j 1394 d 0 1000 n j 1394 BUTtex_reverse_59ad6 j 1395 d 0 1000 n j 1395 CA2t3pp j 1396 s 0 n j 1396 CA2t3pp_reverse_0a9ad j 1397 d 0 1000 n j 1397 CA2tex j 1398 d 0 1000 n j 1398 CA2tex_reverse_27b69 j 1399 d 0 1000 n j 1399 CADVtpp j 1400 s 0 n j 1400 CADVtpp_reverse_9e7cc j 1401 d 0 1000 n j 1401 CAt6pp j 1402 d 0 1000 n j 1402 CAt6pp_reverse_e05ae j 1403 d 0 1000 n j 1403 CBIAT j 1404 d 0 1000 n j 1404 CBIAT_reverse_1e649 j 1405 d 0 1000 n j 1405 CBItonex j 1406 s 0 n j 1406 CBItonex_reverse_bb4e5 j 1407 d 0 1000 n j 1407 CBIuabcpp j 1408 s 0 n j 1408 CBIuabcpp_reverse_ea68b j 1409 d 0 1000 n j 1409 CBL1abcpp j 1410 s 0 n j 1410 CBL1abcpp_reverse_18983 j 1411 d 0 1000 n j 1411 CBL1tonex j 1412 s 0 n j 1412 CBL1tonex_reverse_0c490 j 1413 d 0 1000 n j 1413 CBPS j 1414 s 0 n j 1414 CBPS_reverse_80907 j 1415 d 0 1000 n j 1415 CD2abcpp j 1416 s 0 n j 1416 CD2abcpp_reverse_d0330 j 1417 d 0 1000 n j 1417 CD2t3pp j 1418 s 0 n j 1418 CD2t3pp_reverse_47616 j 1419 d 0 1000 n j 1419 CD2tex j 1420 d 0 1000 n j 1420 CD2tex_reverse_400a6 j 1421 d 0 1000 n j 1421 CD2tpp j 1422 s 0 n j 1422 CD2tpp_reverse_04be1 j 1423 d 0 1000 n j 1423 CDAPPA120 j 1424 s 0 n j 1424 CDAPPA120_reverse_bf679 j 1425 d 0 1000 n j 1425 CDAPPA140 j 1426 s 0 n j 1426 CDAPPA140_reverse_00a04 j 1427 d 0 1000 n j 1427 CDAPPA141 j 1428 s 0 n j 1428 CDAPPA141_reverse_9da9e j 1429 d 0 1000 n j 1429 CDAPPA160 j 1430 s 0 n j 1430 CDAPPA160_reverse_e2daf j 1431 d 0 1000 n j 1431 CDAPPA161 j 1432 s 0 n j 1432 CDAPPA161_reverse_1276c j 1433 d 0 1000 n j 1433 CDAPPA180 j 1434 s 0 n j 1434 CDAPPA180_reverse_9cd52 j 1435 d 0 1000 n j 1435 CDAPPA181 j 1436 s 0 n j 1436 CDAPPA181_reverse_c0aa5 j 1437 d 0 1000 n j 1437 CDPMEK j 1438 s 0 n j 1438 CDPMEK_reverse_01872 j 1439 d 0 1000 n j 1439 CFAS160E j 1440 s 0 n j 1440 CFAS160E_reverse_d8e06 j 1441 d 0 1000 n j 1441 CFAS160G j 1442 s 0 n j 1442 CFAS160G_reverse_ce748 j 1443 d 0 1000 n j 1443 CFAS180E j 1444 s 0 n j 1444 CFAS180E_reverse_6ab2c j 1445 d 0 1000 n j 1445 CFAS180G j 1446 s 0 n j 1446 CFAS180G_reverse_ab16a j 1447 d 0 1000 n j 1447 CGLYabcpp j 1448 s 0 n j 1448 CGLYabcpp_reverse_8e5ba j 1449 d 0 1000 n j 1449 CGLYtex j 1450 d 0 1000 n j 1450 CGLYtex_reverse_c0fb9 j 1451 d 0 1000 n j 1451 CHLabcpp j 1452 s 0 n j 1452 CHLabcpp_reverse_37887 j 1453 d 0 1000 n j 1453 CHLtex j 1454 d 0 1000 n j 1454 CHLtex_reverse_36af5 j 1455 d 0 1000 n j 1455 CHORS j 1456 s 0 n j 1456 CHORS_reverse_17772 j 1457 d 0 1000 n j 1457 CHRPL j 1458 s 0 n j 1458 CHRPL_reverse_46f50 j 1459 d 0 1000 n j 1459 CITL j 1460 s 0 n j 1460 CITL_reverse_4d27f j 1461 d 0 1000 n j 1461 CITt7pp j 1462 s 0 n j 1462 CITt7pp_reverse_75ac8 j 1463 d 0 1000 n j 1463 CITtex j 1464 d 0 1000 n j 1464 CITtex_reverse_2ae27 j 1465 d 0 1000 n j 1465 ICITtex j 1466 d 0 1000 n j 1466 ICITtex_reverse_ef0f0 j 1467 d 0 1000 n j 1467 ACONCtex j 1468 d 0 1000 n j 1468 ACONCtex_reverse_3ad91 j 1469 d 0 1000 n j 1469 CLIPAtex j 1470 s 0 n j 1470 CLIPAtex_reverse_2ef98 j 1471 d 0 1000 n j 1471 CLPNH120pp j 1472 s 0 n j 1472 CLPNH120pp_reverse_463b7 j 1473 d 0 1000 n j 1473 CLPNH140pp j 1474 s 0 n j 1474 CLPNH140pp_reverse_200c3 j 1475 d 0 1000 n j 1475 CLPNH141pp j 1476 s 0 n j 1476 CLPNH141pp_reverse_c8b31 j 1477 d 0 1000 n j 1477 CLPNH160pp j 1478 s 0 n j 1478 CLPNH160pp_reverse_5a184 j 1479 d 0 1000 n j 1479 CLPNH161pp j 1480 s 0 n j 1480 CLPNH161pp_reverse_9f3a8 j 1481 d 0 1000 n j 1481 CLPNH180pp j 1482 s 0 n j 1482 CLPNH180pp_reverse_14f2a j 1483 d 0 1000 n j 1483 CLPNH181pp j 1484 s 0 n j 1484 CLPNH181pp_reverse_bcc62 j 1485 d 0 1000 n j 1485 CLPNS120pp j 1486 d 0 1000 n j 1486 CLPNS120pp_reverse_0e640 j 1487 d 0 1000 n j 1487 CLPNS140pp j 1488 d 0 1000 n j 1488 CLPNS140pp_reverse_3811c j 1489 d 0 1000 n j 1489 CLPNS141pp j 1490 d 0 1000 n j 1490 CLPNS141pp_reverse_2eb8f j 1491 d 0 1000 n j 1491 CLPNS160pp j 1492 d 0 1000 n j 1492 CLPNS160pp_reverse_2d06f j 1493 d 0 1000 n j 1493 CLPNS161pp j 1494 d 0 1000 n j 1494 CLPNS161pp_reverse_9806d j 1495 d 0 1000 n j 1495 CLPNS180pp j 1496 d 0 1000 n j 1496 CLPNS180pp_reverse_937c0 j 1497 d 0 1000 n j 1497 CLPNS181pp j 1498 d 0 1000 n j 1498 CLPNS181pp_reverse_92c7e j 1499 d 0 1000 n j 1499 CLt3_2pp j 1500 s 0 n j 1500 CLt3_2pp_reverse_e5246 j 1501 d 0 1000 n j 1501 CLtex j 1502 d 0 1000 n j 1502 CLtex_reverse_f6cf5 j 1503 d 0 1000 n j 1503 CMPN j 1504 s 0 n j 1504 CMPN_reverse_7ba04 j 1505 d 0 1000 n j 1505 CMPtex j 1506 d 0 1000 n j 1506 CMPtex_reverse_9db58 j 1507 d 0 1000 n j 1507 CO2tex j 1508 d 0 1000 n j 1508 CO2tex_reverse_3d081 j 1509 d 0 1000 n j 1509 CO2tpp j 1510 d 0 1000 n j 1510 CO2tpp_reverse_d9a27 j 1511 d 0 1000 n j 1511 COBALT2abcpp j 1512 s 0 n j 1512 COBALT2abcpp_reverse_76f3d j 1513 d 0 1000 n j 1513 COBALT2t3pp j 1514 s 0 n j 1514 COBALT2t3pp_reverse_70d7a j 1515 d 0 1000 n j 1515 COBALT2tex j 1516 d 0 1000 n j 1516 COBALT2tex_reverse_0862d j 1517 d 0 1000 n j 1517 COBALT2tpp j 1518 s 0 n j 1518 COBALT2tpp_reverse_077ed j 1519 d 0 1000 n j 1519 COLIPAabcpp j 1520 s 0 n j 1520 COLIPAabcpp_reverse_3d3cf j 1521 d 0 1000 n j 1521 COLIPAtex j 1522 s 0 n j 1522 COLIPAtex_reverse_50a1c j 1523 d 0 1000 n j 1523 CPGNR1 j 1524 s 0 n j 1524 CPGNR1_reverse_e1a22 j 1525 d 0 1000 n j 1525 CPGNR2 j 1526 s 0 n j 1526 CPGNR2_reverse_276e7 j 1527 d 0 1000 n j 1527 CPGNR3 j 1528 s 0 n j 1528 CPGNR3_reverse_c6b90 j 1529 d 0 1000 n j 1529 CPGNUtex j 1530 s 0 n j 1530 CPGNUtex_reverse_66ff6 j 1531 d 0 1000 n j 1531 CPGNUtpp j 1532 s 0 n j 1532 CPGNUtpp_reverse_30f4e j 1533 d 0 1000 n j 1533 CPGNabcpp j 1534 s 0 n j 1534 CPGNabcpp_reverse_958fe j 1535 d 0 1000 n j 1535 CPGNexs j 1536 s 0 n j 1536 CPGNexs_reverse_93618 j 1537 d 0 1000 n j 1537 CPGNtonex j 1538 s 0 n j 1538 CPGNtonex_reverse_06ef2 j 1539 d 0 1000 n j 1539 CPPPGO j 1540 s 0 n j 1540 CPPPGO_reverse_f858f j 1541 d 0 1000 n j 1541 CPPPGO2 j 1542 s 0 n j 1542 CPPPGO2_reverse_e5000 j 1543 d 0 1000 n j 1543 CRNBTCT j 1544 d 0 1000 n j 1544 CRNBTCT_reverse_0fcbb j 1545 d 0 1000 n j 1545 CRNCAL2 j 1546 s 0 n j 1546 CRNCAL2_reverse_800b4 j 1547 d 0 1000 n j 1547 CRNCAR j 1548 d 0 1000 n j 1548 CRNCAR_reverse_9f0cd j 1549 d 0 1000 n j 1549 CRNCBCT j 1550 d 0 1000 n j 1550 CRNCBCT_reverse_c4ebb j 1551 d 0 1000 n j 1551 CRNCDH j 1552 d 0 1000 n j 1552 CRNCDH_reverse_9743e j 1553 d 0 1000 n j 1553 CRNDCAL2 j 1554 s 0 n j 1554 CRNDCAL2_reverse_2dbe0 j 1555 d 0 1000 n j 1555 CRNDabcpp j 1556 s 0 n j 1556 CRNDabcpp_reverse_eaa22 j 1557 d 0 1000 n j 1557 CRNDt2rpp j 1558 d 0 1000 n j 1558 CRNDt2rpp_reverse_03da9 j 1559 d 0 1000 n j 1559 CRNabcpp j 1560 s 0 n j 1560 CRNabcpp_reverse_603cb j 1561 d 0 1000 n j 1561 CRNt2rpp j 1562 d 0 1000 n j 1562 CRNt2rpp_reverse_c7737 j 1563 d 0 1000 n j 1563 CRNt7pp j 1564 s 0 n j 1564 CRNt7pp_reverse_71e7f j 1565 d 0 1000 n j 1565 CRNt8pp j 1566 s 0 n j 1566 CRNt8pp_reverse_0e546 j 1567 d 0 1000 n j 1567 CRNtex j 1568 d 0 1000 n j 1568 CRNtex_reverse_34fd9 j 1569 d 0 1000 n j 1569 CS j 1570 s 0 n j 1570 CS_reverse_8d7e9 j 1571 d 0 1000 n j 1571 CSNtex j 1572 d 0 1000 n j 1572 CSNtex_reverse_be886 j 1573 d 0 1000 n j 1573 CTBTCAL2 j 1574 s 0 n j 1574 CTBTCAL2_reverse_21850 j 1575 d 0 1000 n j 1575 CTBTabcpp j 1576 s 0 n j 1576 CTBTabcpp_reverse_299d5 j 1577 d 0 1000 n j 1577 CTBTt2rpp j 1578 d 0 1000 n j 1578 CTBTt2rpp_reverse_d330c j 1579 d 0 1000 n j 1579 CTPS2 j 1580 s 0 n j 1580 CTPS2_reverse_9c0ad j 1581 d 0 1000 n j 1581 CU1Opp j 1582 s 0 n j 1582 CU1Opp_reverse_50676 j 1583 d 0 1000 n j 1583 CU1abcpp j 1584 s 0 n j 1584 CU1abcpp_reverse_83c5f j 1585 d 0 1000 n j 1585 AU1abcpp j 1586 s 0 n j 1586 AU1abcpp_reverse_49d59 j 1587 d 0 1000 n j 1587 CU2abcpp j 1588 s 0 n j 1588 CU2abcpp_reverse_245f3 j 1589 d 0 1000 n j 1589 CU2tex j 1590 d 0 1000 n j 1590 CU2tex_reverse_521e6 j 1591 d 0 1000 n j 1591 CU2tpp j 1592 s 0 n j 1592 CU2tpp_reverse_630ab j 1593 d 0 1000 n j 1593 CUtex j 1594 d 0 1000 n j 1594 CUtex_reverse_6d61f j 1595 d 0 1000 n j 1595 CYANST j 1596 s 0 n j 1596 CYANST_reverse_46415 j 1597 d 0 1000 n j 1597 CYANSTpp j 1598 s 0 n j 1598 CYANSTpp_reverse_8b1ae j 1599 d 0 1000 n j 1599 CYANtex j 1600 d 0 1000 n j 1600 CYANtex_reverse_b6a36 j 1601 d 0 1000 n j 1601 CYNTtex j 1602 d 0 1000 n j 1602 CYNTtex_reverse_8c4ef j 1603 d 0 1000 n j 1603 CYSDS j 1604 s 0 n j 1604 CYSDS_reverse_c49c8 j 1605 d 0 1000 n j 1605 CYSDtex j 1606 d 0 1000 n j 1606 CYSDtex_reverse_184ff j 1607 d 0 1000 n j 1607 CYSS j 1608 s 0 n j 1608 CYSS_reverse_62727 j 1609 d 0 1000 n j 1609 CYSSADS j 1610 s 0 n j 1610 CYSSADS_reverse_c8340 j 1611 d 0 1000 n j 1611 CYSTL j 1612 s 0 n j 1612 CYSTL_reverse_b8b9a j 1613 d 0 1000 n j 1613 CYSTRS j 1614 s 0 n j 1614 CYSTRS_reverse_08992 j 1615 d 0 1000 n j 1615 CYSabc2pp j 1616 s 0 n j 1616 CYSabc2pp_reverse_285bf j 1617 d 0 1000 n j 1617 CYSabcpp j 1618 s 0 n j 1618 CYSabcpp_reverse_5f06e j 1619 d 0 1000 n j 1619 CYSIabcpp j 1620 s 0 n j 1620 CYSIabcpp_reverse_751e5 j 1621 d 0 1000 n j 1621 CYStex j 1622 d 0 1000 n j 1622 CYStex_reverse_00cf0 j 1623 d 0 1000 n j 1623 CYSItex j 1624 d 0 1000 n j 1624 CYSItex_reverse_c15ec j 1625 d 0 1000 n j 1625 CYStpp j 1626 s 0 n j 1626 CYStpp_reverse_22bd9 j 1627 d 0 1000 n j 1627 CYTBO3_4pp j 1628 s 0 n j 1628 CYTBO3_4pp_reverse_4d2e1 j 1629 d 0 1000 n j 1629 CYTD j 1630 s 0 n j 1630 CYTD_reverse_256d9 j 1631 d 0 1000 n j 1631 CYTDH j 1632 s 0 n j 1632 CYTDH_reverse_bf08d j 1633 d 0 1000 n j 1633 CYTDK2 j 1634 s 0 n j 1634 CYTDK2_reverse_fd949 j 1635 d 0 1000 n j 1635 CYTDt2pp j 1636 s 0 n j 1636 CYTDt2pp_reverse_8b36d j 1637 d 0 1000 n j 1637 CYTDt2rpp j 1638 d 0 1000 n j 1638 CYTDt2rpp_reverse_bd96e j 1639 d 0 1000 n j 1639 CYTDtex j 1640 d 0 1000 n j 1640 CYTDtex_reverse_b7852 j 1641 d 0 1000 n j 1641 CYTK1 j 1642 d 0 1000 n j 1642 CYTK1_reverse_2fa21 j 1643 d 0 1000 n j 1643 CYTK2 j 1644 d 0 1000 n j 1644 CYTK2_reverse_bee82 j 1645 d 0 1000 n j 1645 DAAD j 1646 s 0 n j 1646 DAAD_reverse_c84a4 j 1647 d 0 1000 n j 1647 DADA j 1648 s 0 n j 1648 DADA_reverse_ead02 j 1649 d 0 1000 n j 1649 DADK j 1650 d 0 1000 n j 1650 DADK_reverse_006ea j 1651 d 0 1000 n j 1651 DADNt2pp j 1652 s 0 n j 1652 DADNt2pp_reverse_fd695 j 1653 d 0 1000 n j 1653 DADNtex j 1654 d 0 1000 n j 1654 DADNtex_reverse_d7a49 j 1655 d 0 1000 n j 1655 DAGK120 j 1656 s 0 n j 1656 DAGK120_reverse_7cd00 j 1657 d 0 1000 n j 1657 DAGK140 j 1658 s 0 n j 1658 DAGK140_reverse_87f8f j 1659 d 0 1000 n j 1659 DAGK141 j 1660 s 0 n j 1660 DAGK141_reverse_f6e5f j 1661 d 0 1000 n j 1661 DAGK160 j 1662 s 0 n j 1662 DAGK160_reverse_0238d j 1663 d 0 1000 n j 1663 DAGK161 j 1664 s 0 n j 1664 DAGK161_reverse_9bfe7 j 1665 d 0 1000 n j 1665 DAGK180 j 1666 s 0 n j 1666 DAGK180_reverse_eb3e3 j 1667 d 0 1000 n j 1667 DAGK181 j 1668 s 0 n j 1668 DAGK181_reverse_8c0c8 j 1669 d 0 1000 n j 1669 DALAt2pp j 1670 s 0 n j 1670 DALAt2pp_reverse_2e5f8 j 1671 d 0 1000 n j 1671 DALAtex j 1672 d 0 1000 n j 1672 DALAtex_reverse_8fc1b j 1673 d 0 1000 n j 1673 DAMPtex j 1674 d 0 1000 n j 1674 DAMPtex_reverse_8dfbc j 1675 d 0 1000 n j 1675 DAPDC j 1676 s 0 n j 1676 DAPDC_reverse_d3ab8 j 1677 d 0 1000 n j 1677 DAPE j 1678 d 0 1000 n j 1678 DAPE_reverse_e08be j 1679 d 0 1000 n j 1679 DAPabcpp j 1680 s 0 n j 1680 DAPabcpp_reverse_bfa35 j 1681 d 0 1000 n j 1681 DAPtex j 1682 d 0 1000 n j 1682 DAPtex_reverse_c7721 j 1683 d 0 1000 n j 1683 DASYN120 j 1684 s 0 n j 1684 DASYN120_reverse_769b1 j 1685 d 0 1000 n j 1685 DASYN140 j 1686 s 0 n j 1686 DASYN140_reverse_791b2 j 1687 d 0 1000 n j 1687 DASYN141 j 1688 s 0 n j 1688 DASYN141_reverse_0654c j 1689 d 0 1000 n j 1689 DASYN160 j 1690 s 0 n j 1690 DASYN160_reverse_c2bf4 j 1691 d 0 1000 n j 1691 DASYN161 j 1692 s 0 n j 1692 DASYN161_reverse_08434 j 1693 d 0 1000 n j 1693 DASYN180 j 1694 s 0 n j 1694 DASYN180_reverse_75973 j 1695 d 0 1000 n j 1695 DASYN181 j 1696 s 0 n j 1696 DASYN181_reverse_ebb48 j 1697 d 0 1000 n j 1697 DATPHs j 1698 s 0 n j 1698 DATPHs_reverse_3fb29 j 1699 d 0 1000 n j 1699 DB4PS j 1700 s 0 n j 1700 DB4PS_reverse_43dd1 j 1701 d 0 1000 n j 1701 DBTS j 1702 s 0 n j 1702 DBTS_reverse_b5da6 j 1703 d 0 1000 n j 1703 DCAtex j 1704 d 0 1000 n j 1704 DCAtex_reverse_5237b j 1705 d 0 1000 n j 1705 DCMPtex j 1706 d 0 1000 n j 1706 DCMPtex_reverse_6a30a j 1707 d 0 1000 n j 1707 DCTPD j 1708 s 0 n j 1708 DCTPD_reverse_a48d6 j 1709 d 0 1000 n j 1709 DCYTD j 1710 s 0 n j 1710 DCYTD_reverse_27b45 j 1711 d 0 1000 n j 1711 DCYTt2pp j 1712 s 0 n j 1712 DCYTt2pp_reverse_cbb22 j 1713 d 0 1000 n j 1713 DCYTtex j 1714 d 0 1000 n j 1714 DCYTtex_reverse_cc4b9 j 1715 d 0 1000 n j 1715 DDCAtexi j 1716 s 0 n j 1716 DDCAtexi_reverse_ea0a7 j 1717 d 0 1000 n j 1717 DDGALK j 1718 s 0 n j 1718 DDGALK_reverse_ee6c3 j 1719 d 0 1000 n j 1719 DDGLCNtex j 1720 d 0 1000 n j 1720 DDGLCNtex_reverse_cb7f7 j 1721 d 0 1000 n j 1721 DDGLK j 1722 s 0 n j 1722 DDGLK_reverse_9d6e1 j 1723 d 0 1000 n j 1723 DDPA j 1724 s 0 n j 1724 DDPA_reverse_575e8 j 1725 d 0 1000 n j 1725 DGK1 j 1726 d 0 1000 n j 1726 DGK1_reverse_3266e j 1727 d 0 1000 n j 1727 DGMPtex j 1728 d 0 1000 n j 1728 DGMPtex_reverse_f8176 j 1729 d 0 1000 n j 1729 DGSNt2pp j 1730 s 0 n j 1730 DGSNt2pp_reverse_085fe j 1731 d 0 1000 n j 1731 DGSNtex j 1732 d 0 1000 n j 1732 DGSNtex_reverse_d8452 j 1733 d 0 1000 n j 1733 DHAD1 j 1734 s 0 n j 1734 DHAD1_reverse_39dca j 1735 d 0 1000 n j 1735 DHAD2 j 1736 s 0 n j 1736 DHAD2_reverse_755c6 j 1737 d 0 1000 n j 1737 DHAtex j 1738 d 0 1000 n j 1738 DHAtex_reverse_b3ad5 j 1739 d 0 1000 n j 1739 DHAtpp j 1740 d 0 1000 n j 1740 DHAtpp_reverse_cfe59 j 1741 d 0 1000 n j 1741 DHBD j 1742 s 0 n j 1742 DHBD_reverse_07e1f j 1743 d 0 1000 n j 1743 DHBS j 1744 s 0 n j 1744 DHBS_reverse_e570e j 1745 d 0 1000 n j 1745 DHDPRy j 1746 s 0 n j 1746 DHDPRy_reverse_8346a j 1747 d 0 1000 n j 1747 DHDPS j 1748 s 0 n j 1748 DHDPS_reverse_e10c0 j 1749 d 0 1000 n j 1749 DHFR j 1750 d 0 1000 n j 1750 DHFR_reverse_65c32 j 1751 d 0 1000 n j 1751 DHFS j 1752 s 0 n j 1752 DHFS_reverse_f7920 j 1753 d 0 1000 n j 1753 DHNAOT4 j 1754 s 0 n j 1754 DHNAOT4_reverse_16f9d j 1755 d 0 1000 n j 1755 DHNPA2 j 1756 s 0 n j 1756 DHNPA2_reverse_a4c01 j 1757 d 0 1000 n j 1757 DHORD2 j 1758 s 0 n j 1758 DHORD2_reverse_22a13 j 1759 d 0 1000 n j 1759 DHORD5 j 1760 s 0 n j 1760 DHORD5_reverse_e7a65 j 1761 d 0 1000 n j 1761 DHORTS j 1762 d 0 1000 n j 1762 DHORTS_reverse_82d73 j 1763 d 0 1000 n j 1763 DHPPDA2 j 1764 s 0 n j 1764 DHPPDA2_reverse_9e131 j 1765 d 0 1000 n j 1765 DHPS2 j 1766 s 0 n j 1766 DHPS2_reverse_8974a j 1767 d 0 1000 n j 1767 DHPTDCs j 1768 s 0 n j 1768 DHPTDCs_reverse_cf605 j 1769 d 0 1000 n j 1769 DHQS j 1770 s 0 n j 1770 DHQS_reverse_3d16b j 1771 d 0 1000 n j 1771 DHQTi j 1772 s 0 n j 1772 DHQTi_reverse_c4498 j 1773 d 0 1000 n j 1773 DIMPtex j 1774 d 0 1000 n j 1774 DIMPtex_reverse_2bafb j 1775 d 0 1000 n j 1775 DINSt2pp j 1776 s 0 n j 1776 DINSt2pp_reverse_da91c j 1777 d 0 1000 n j 1777 DINStex j 1778 d 0 1000 n j 1778 DINStex_reverse_e04be j 1779 d 0 1000 n j 1779 DKGLCNR1 j 1780 s 0 n j 1780 DKGLCNR1_reverse_5f829 j 1781 d 0 1000 n j 1781 DKGLCNR2x j 1782 s 0 n j 1782 DKGLCNR2x_reverse_1e5cd j 1783 d 0 1000 n j 1783 DKGLCNR2y j 1784 s 0 n j 1784 DKGLCNR2y_reverse_33a59 j 1785 d 0 1000 n j 1785 DKMPPD j 1786 s 0 n j 1786 DKMPPD_reverse_081fd j 1787 d 0 1000 n j 1787 DKMPPD3 j 1788 s 0 n j 1788 DKMPPD3_reverse_a34ea j 1789 d 0 1000 n j 1789 DMATT j 1790 s 0 n j 1790 DMATT_reverse_3a731 j 1791 d 0 1000 n j 1791 DMPPS j 1792 s 0 n j 1792 DMPPS_reverse_c6082 j 1793 d 0 1000 n j 1793 DMQMT j 1794 s 0 n j 1794 DMQMT_reverse_2490b j 1795 d 0 1000 n j 1795 DMSOtex j 1796 d 0 1000 n j 1796 DMSOtex_reverse_aff1c j 1797 d 0 1000 n j 1797 DMStex j 1798 d 0 1000 n j 1798 DMStex_reverse_100fa j 1799 d 0 1000 n j 1799 DM_4HBA j 1800 s 0 n j 1800 DM_4HBA_reverse_acbe1 j 1801 d 0 1000 n j 1801 DM_5DRIB j 1802 s 0 n j 1802 DM_5DRIB_reverse_0b428 j 1803 d 0 1000 n j 1803 DM_HMFURN j 1804 s 0 n j 1804 DM_HMFURN_reverse_01719 j 1805 d 0 1000 n j 1805 DM_OXAM j 1806 s 0 n j 1806 DM_OXAM_reverse_7c3e7 j 1807 d 0 1000 n j 1807 DNMPPA j 1808 s 0 n j 1808 DNMPPA_reverse_131b7 j 1809 d 0 1000 n j 1809 DNTPPA j 1810 s 0 n j 1810 DNTPPA_reverse_7e624 j 1811 d 0 1000 n j 1811 DOGULNR j 1812 s 0 n j 1812 DOGULNR_reverse_c4196 j 1813 d 0 1000 n j 1813 DOPAtex j 1814 d 0 1000 n j 1814 DOPAtex_reverse_b578f j 1815 d 0 1000 n j 1815 DPCOAK j 1816 s 0 n j 1816 DPCOAK_reverse_56ab9 j 1817 d 0 1000 n j 1817 DRPA j 1818 s 0 n j 1818 DRPA_reverse_66bfb j 1819 d 0 1000 n j 1819 DSBAO1 j 1820 s 0 n j 1820 DSBAO1_reverse_9c7d6 j 1821 d 0 1000 n j 1821 DSBAO2 j 1822 s 0 n j 1822 DSBAO2_reverse_f2c04 j 1823 d 0 1000 n j 1823 DSBCGT j 1824 s 0 n j 1824 DSBCGT_reverse_58858 j 1825 d 0 1000 n j 1825 DSBDR j 1826 s 0 n j 1826 DSBDR_reverse_7e26e j 1827 d 0 1000 n j 1827 DSBGGT j 1828 s 0 n j 1828 DSBGGT_reverse_f8e4c j 1829 d 0 1000 n j 1829 DSERDHr j 1830 d 0 1000 n j 1830 DSERDHr_reverse_c44ee j 1831 d 0 1000 n j 1831 DSERt2pp j 1832 s 0 n j 1832 DSERt2pp_reverse_d3685 j 1833 d 0 1000 n j 1833 DSERtex j 1834 d 0 1000 n j 1834 DSERtex_reverse_5ab31 j 1835 d 0 1000 n j 1835 DTMPK j 1836 d 0 1000 n j 1836 DTMPK_reverse_44d5a j 1837 d 0 1000 n j 1837 DTMPtex j 1838 d 0 1000 n j 1838 DTMPtex_reverse_581e0 j 1839 d 0 1000 n j 1839 DUMPtex j 1840 d 0 1000 n j 1840 DUMPtex_reverse_a35ee j 1841 d 0 1000 n j 1841 DURIK1 j 1842 s 0 n j 1842 DURIK1_reverse_f4aee j 1843 d 0 1000 n j 1843 DURIPP j 1844 d 0 1000 n j 1844 DURIPP_reverse_e8f8a j 1845 d 0 1000 n j 1845 DURIt2pp j 1846 s 0 n j 1846 DURIt2pp_reverse_a9066 j 1847 d 0 1000 n j 1847 DURItex j 1848 d 0 1000 n j 1848 DURItex_reverse_bdbc1 j 1849 d 0 1000 n j 1849 DUTPDP j 1850 s 0 n j 1850 DUTPDP_reverse_1eccd j 1851 d 0 1000 n j 1851 DXPRIi j 1852 s 0 n j 1852 DXPRIi_reverse_85956 j 1853 d 0 1000 n j 1853 DXPS j 1854 s 0 n j 1854 DXPS_reverse_86aca j 1855 d 0 1000 n j 1855 DXYLK j 1856 s 0 n j 1856 DXYLK_reverse_fb109 j 1857 d 0 1000 n j 1857 D_LACt2pp j 1858 d 0 1000 n j 1858 D_LACt2pp_reverse_bdd3b j 1859 d 0 1000 n j 1859 D_LACtex j 1860 d 0 1000 n j 1860 D_LACtex_reverse_4946c j 1861 d 0 1000 n j 1861 E4PD j 1862 s 0 n j 1862 E4PD_reverse_babdb j 1863 d 0 1000 n j 1863 EAR100x j 1864 s 0 n j 1864 EAR100x_reverse_d973f j 1865 d 0 1000 n j 1865 EAR100y j 1866 s 0 n j 1866 EAR100y_reverse_863b6 j 1867 d 0 1000 n j 1867 EAR120x j 1868 s 0 n j 1868 EAR120x_reverse_72a18 j 1869 d 0 1000 n j 1869 EAR120y j 1870 s 0 n j 1870 EAR120y_reverse_c7353 j 1871 d 0 1000 n j 1871 EAR121x j 1872 s 0 n j 1872 EAR121x_reverse_d2e6c j 1873 d 0 1000 n j 1873 EAR121y j 1874 s 0 n j 1874 EAR121y_reverse_9014d j 1875 d 0 1000 n j 1875 EAR140x j 1876 s 0 n j 1876 EAR140x_reverse_01529 j 1877 d 0 1000 n j 1877 EAR140y j 1878 s 0 n j 1878 EAR140y_reverse_dff77 j 1879 d 0 1000 n j 1879 EAR141x j 1880 s 0 n j 1880 EAR141x_reverse_3a0ef j 1881 d 0 1000 n j 1881 EAR141y j 1882 s 0 n j 1882 EAR141y_reverse_496a8 j 1883 d 0 1000 n j 1883 EAR160x j 1884 s 0 n j 1884 EAR160x_reverse_07017 j 1885 d 0 1000 n j 1885 EAR160y j 1886 s 0 n j 1886 EAR160y_reverse_e0622 j 1887 d 0 1000 n j 1887 EAR161x j 1888 s 0 n j 1888 EAR161x_reverse_4d0d0 j 1889 d 0 1000 n j 1889 EAR161y j 1890 s 0 n j 1890 EAR161y_reverse_fb8a8 j 1891 d 0 1000 n j 1891 EAR180x j 1892 s 0 n j 1892 EAR180x_reverse_fbf60 j 1893 d 0 1000 n j 1893 EAR180y j 1894 s 0 n j 1894 EAR180y_reverse_2cedd j 1895 d 0 1000 n j 1895 EAR181x j 1896 s 0 n j 1896 EAR181x_reverse_3d2a4 j 1897 d 0 1000 n j 1897 EAR181y j 1898 s 0 n j 1898 EAR181y_reverse_6d40a j 1899 d 0 1000 n j 1899 EAR40x j 1900 s 0 n j 1900 EAR40x_reverse_ebbbc j 1901 d 0 1000 n j 1901 EAR40y j 1902 s 0 n j 1902 EAR40y_reverse_0f912 j 1903 d 0 1000 n j 1903 EAR60x j 1904 s 0 n j 1904 EAR60x_reverse_9e2fc j 1905 d 0 1000 n j 1905 EAR60y j 1906 s 0 n j 1906 EAR60y_reverse_02e5e j 1907 d 0 1000 n j 1907 EAR80x j 1908 s 0 n j 1908 EAR80x_reverse_1065c j 1909 d 0 1000 n j 1909 EAR80y j 1910 s 0 n j 1910 EAR80y_reverse_2df0a j 1911 d 0 1000 n j 1911 ECA4COLIPAtex j 1912 s 0 n j 1912 ECA4COLIPAtex_reverse_4dd98 j 1913 d 0 1000 n j 1913 ECA4OALpp j 1914 s 0 n j 1914 ECA4OALpp_reverse_71af3 j 1915 d 0 1000 n j 1915 ECAP1pp j 1916 s 0 n j 1916 ECAP1pp_reverse_74a2b j 1917 d 0 1000 n j 1917 ECAP2pp j 1918 s 0 n j 1918 ECAP2pp_reverse_3b2a7 j 1919 d 0 1000 n j 1919 ECAP3pp j 1920 s 0 n j 1920 ECAP3pp_reverse_83672 j 1921 d 0 1000 n j 1921 ECAtpp j 1922 s 0 n j 1922 ECAtpp_reverse_3630a j 1923 d 0 1000 n j 1923 ECOAH1 j 1924 d 0 1000 n j 1924 ECOAH1_reverse_6e99c j 1925 d 0 1000 n j 1925 ECOAH2 j 1926 d 0 1000 n j 1926 ECOAH2_reverse_fa31c j 1927 d 0 1000 n j 1927 ECOAH3 j 1928 d 0 1000 n j 1928 ECOAH3_reverse_fede1 j 1929 d 0 1000 n j 1929 ECOAH4 j 1930 d 0 1000 n j 1930 ECOAH4_reverse_b3830 j 1931 d 0 1000 n j 1931 ECOAH5 j 1932 d 0 1000 n j 1932 ECOAH5_reverse_0cdd7 j 1933 d 0 1000 n j 1933 ECOAH6 j 1934 d 0 1000 n j 1934 ECOAH6_reverse_9bf56 j 1935 d 0 1000 n j 1935 ECOAH7 j 1936 d 0 1000 n j 1936 ECOAH7_reverse_b3898 j 1937 d 0 1000 n j 1937 ECOAH8 j 1938 d 0 1000 n j 1938 ECOAH8_reverse_19c39 j 1939 d 0 1000 n j 1939 EDA j 1940 s 0 n j 1940 EDA_reverse_81f1b j 1941 d 0 1000 n j 1941 EDD j 1942 s 0 n j 1942 EDD_reverse_007a2 j 1943 d 0 1000 n j 1943 EDTXS1 j 1944 s 0 n j 1944 EDTXS1_reverse_2f111 j 1945 d 0 1000 n j 1945 EDTXS2 j 1946 s 0 n j 1946 EDTXS2_reverse_119c0 j 1947 d 0 1000 n j 1947 EDTXS3 j 1948 s 0 n j 1948 EDTXS3_reverse_998ec j 1949 d 0 1000 n j 1949 EDTXS4 j 1950 s 0 n j 1950 EDTXS4_reverse_86896 j 1951 d 0 1000 n j 1951 ENLIPAtex j 1952 s 0 n j 1952 ENLIPAtex_reverse_84681 j 1953 d 0 1000 n j 1953 ENO j 1954 d 0 1000 n j 1954 ENO_reverse_40eea j 1955 d 0 1000 n j 1955 ENTCS j 1956 s 0 n j 1956 ENTCS_reverse_2c03a j 1957 d 0 1000 n j 1957 ETHAAL j 1958 s 0 n j 1958 ETHAAL_reverse_df637 j 1959 d 0 1000 n j 1959 ETHAt2pp j 1960 s 0 n j 1960 ETHAt2pp_reverse_2d3e3 j 1961 d 0 1000 n j 1961 ETHAtex j 1962 d 0 1000 n j 1962 ETHAtex_reverse_10a5e j 1963 d 0 1000 n j 1963 ETHSO3tex j 1964 d 0 1000 n j 1964 ETHSO3tex_reverse_cc017 j 1965 d 0 1000 n j 1965 ETOHt2rpp j 1966 d 0 1000 n j 1966 ETOHt2rpp_reverse_fd8b7 j 1967 d 0 1000 n j 1967 ETOHtex j 1968 d 0 1000 n j 1968 ETOHtex_reverse_462e1 j 1969 d 0 1000 n j 1969 EX_chitob_e j 1970 s 0 n j 1970 EX_chitob_e_reverse_d8fbb j 1971 d 0 1000 n j 1971 EX_pydxn_e j 1972 s 0 n j 1972 EX_pydxn_e_reverse_ce451 j 1973 d 0 1000 n j 1973 EX_pydx_e j 1974 s 0 n j 1974 EX_pydx_e_reverse_9cc71 j 1975 d 0 1000 n j 1975 EX_12ppd__R_e j 1976 s 0 n j 1976 EX_12ppd__R_e_reverse_cb334 j 1977 d 0 1000 n j 1977 EX_12ppd__S_e j 1978 s 0 n j 1978 EX_12ppd__S_e_reverse_6f659 j 1979 d 0 1000 n j 1979 EX_14glucan_e j 1980 s 0 n j 1980 EX_14glucan_e_reverse_4b919 j 1981 d 0 1000 n j 1981 EX_15dap_e j 1982 s 0 n j 1982 EX_15dap_e_reverse_020d4 j 1983 d 0 1000 n j 1983 EX_23camp_e j 1984 s 0 n j 1984 EX_23camp_e_reverse_60590 j 1985 d 0 1000 n j 1985 EX_23ccmp_e j 1986 s 0 n j 1986 EX_23ccmp_e_reverse_3700b j 1987 d 0 1000 n j 1987 EX_23cgmp_e j 1988 s 0 n j 1988 EX_23cgmp_e_reverse_48b5f j 1989 d 0 1000 n j 1989 EX_23cump_e j 1990 s 0 n j 1990 EX_23cump_e_reverse_f767c j 1991 d 0 1000 n j 1991 EX_23dappa_e j 1992 s 0 n j 1992 EX_23dappa_e_reverse_dfe54 j 1993 d 0 1000 n j 1993 EX_26dap__M_e j 1994 s 0 n j 1994 EX_26dap__M_e_reverse_a7bf0 j 1995 d 0 1000 n j 1995 EX_2ddglcn_e j 1996 s 0 n j 1996 EX_2ddglcn_e_reverse_e7cfb j 1997 d 0 1000 n j 1997 EX_34dhpac_e j 1998 s 0 n j 1998 EX_34dhpac_e_reverse_01c3a j 1999 d 0 1000 n j 1999 EX_3amp_e j 2000 s 0 n j 2000 EX_3amp_e_reverse_5699b j 2001 d 0 1000 n j 2001 EX_3cmp_e j 2002 s 0 n j 2002 EX_3cmp_e_reverse_4c45a j 2003 d 0 1000 n j 2003 EX_3gmp_e j 2004 s 0 n j 2004 EX_3gmp_e_reverse_00dd4 j 2005 d 0 1000 n j 2005 EX_3hcinnm_e j 2006 s 0 n j 2006 EX_3hcinnm_e_reverse_2f2b9 j 2007 d 0 1000 n j 2007 EX_3hpppn_e j 2008 s 0 n j 2008 EX_3hpppn_e_reverse_d4e4c j 2009 d 0 1000 n j 2009 EX_3ump_e j 2010 s 0 n j 2010 EX_3ump_e_reverse_f1b20 j 2011 d 0 1000 n j 2011 EX_4abut_e j 2012 s 0 n j 2012 EX_4abut_e_reverse_82295 j 2013 d 0 1000 n j 2013 EX_4hoxpacd_e j 2014 s 0 n j 2014 EX_4hoxpacd_e_reverse_7a05b j 2015 d 0 1000 n j 2015 EX_5dglcn_e j 2016 s 0 n j 2016 EX_5dglcn_e_reverse_af9e8 j 2017 d 0 1000 n j 2017 EX_LalaDgluMdapDala_e j 2018 s 0 n j 2018 EX_LalaDgluMdapDala_e_reverse_8fceb j 2019 d 0 1000 n j 2019 EX_LalaDgluMdap_e j 2020 s 0 n j 2020 EX_LalaDgluMdap_e_reverse_1661a j 2021 d 0 1000 n j 2021 EX_ac_e j 2022 s 0 n j 2022 EX_ac_e_reverse_0be96 j 2023 d 0 1000 n j 2023 EX_acac_e j 2024 s 0 n j 2024 EX_acac_e_reverse_c46d5 j 2025 d 0 1000 n j 2025 EX_acald_e j 2026 s 0 n j 2026 EX_acald_e_reverse_c096e j 2027 d 0 1000 n j 2027 EX_acgal1p_e j 2028 s 0 n j 2028 EX_acgal1p_e_reverse_bcbdf j 2029 d 0 1000 n j 2029 EX_acgal_e j 2030 s 0 n j 2030 EX_acgal_e_reverse_abd5a j 2031 d 0 1000 n j 2031 EX_acgam1p_e j 2032 s 0 n j 2032 EX_acgam1p_e_reverse_c1eb9 j 2033 d 0 1000 n j 2033 EX_acgam_e j 2034 s 0 n j 2034 EX_acgam_e_reverse_da887 j 2035 d 0 1000 n j 2035 EX_acmana_e j 2036 s 0 n j 2036 EX_acmana_e_reverse_ae727 j 2037 d 0 1000 n j 2037 EX_acmum_e j 2038 s 0 n j 2038 EX_acmum_e_reverse_d42f2 j 2039 d 0 1000 n j 2039 EX_acnam_e j 2040 s 0 n j 2040 EX_acnam_e_reverse_7701a j 2041 d 0 1000 n j 2041 EX_acolipa_e j 2042 s 0 n j 2042 EX_acolipa_e_reverse_df5a1 j 2043 d 0 1000 n j 2043 EX_acser_e j 2044 s 0 n j 2044 EX_acser_e_reverse_f0c22 j 2045 d 0 1000 n j 2045 EX_ade_e j 2046 s 0 n j 2046 EX_ade_e_reverse_ea308 j 2047 d 0 1000 n j 2047 EX_adn_e j 2048 s 0 n j 2048 EX_adn_e_reverse_dffe8 j 2049 d 0 1000 n j 2049 EX_adocbl_e j 2050 s 0 n j 2050 EX_adocbl_e_reverse_70f85 j 2051 d 0 1000 n j 2051 EX_ag_e j 2052 s 0 n j 2052 EX_ag_e_reverse_4d026 j 2053 d 0 1000 n j 2053 EX_agm_e j 2054 s 0 n j 2054 EX_agm_e_reverse_86b3b j 2055 d 0 1000 n j 2055 EX_akg_e j 2056 s 0 n j 2056 EX_akg_e_reverse_70d85 j 2057 d 0 1000 n j 2057 EX_ala__B_e j 2058 s 0 n j 2058 EX_ala__B_e_reverse_1729c j 2059 d 0 1000 n j 2059 EX_ala__D_e j 2060 s 0 n j 2060 EX_ala__D_e_reverse_15447 j 2061 d 0 1000 n j 2061 EX_ala__L_e j 2062 s 0 n j 2062 EX_ala__L_e_reverse_1eb4b j 2063 d 0 1000 n j 2063 EX_alaala_e j 2064 s 0 n j 2064 EX_alaala_e_reverse_fad8b j 2065 d 0 1000 n j 2065 EX_all__D_e j 2066 s 0 n j 2066 EX_all__D_e_reverse_3d5f1 j 2067 d 0 1000 n j 2067 EX_alltn_e j 2068 s 0 n j 2068 EX_alltn_e_reverse_6592a j 2069 d 0 1000 n j 2069 EX_amp_e j 2070 s 0 n j 2070 EX_amp_e_reverse_ed5eb j 2071 d 0 1000 n j 2071 EX_anhgm_e j 2072 s 0 n j 2072 EX_anhgm_e_reverse_87c70 j 2073 d 0 1000 n j 2073 EX_arab__L_e j 2074 s 0 n j 2074 EX_arab__L_e_reverse_d0f5e j 2075 d 0 1000 n j 2075 EX_arbtn_e j 2076 s 0 n j 2076 EX_arbtn_e_reverse_f3f32 j 2077 d 0 1000 n j 2077 EX_arbtn__fe3_e j 2078 s 0 n j 2078 EX_arbtn__fe3_e_reverse_dfaee j 2079 d 0 1000 n j 2079 EX_arg__L_e j 2080 s 0 n j 2080 EX_arg__L_e_reverse_d8799 j 2081 d 0 1000 n j 2081 EX_ascb__L_e j 2082 s 0 n j 2082 EX_ascb__L_e_reverse_75b41 j 2083 d 0 1000 n j 2083 EX_asn__L_e j 2084 s 0 n j 2084 EX_asn__L_e_reverse_460df j 2085 d 0 1000 n j 2085 EX_aso3_e j 2086 s 0 n j 2086 EX_aso3_e_reverse_32104 j 2087 d 0 1000 n j 2087 EX_asp__L_e j 2088 s 0 n j 2088 EX_asp__L_e_reverse_742f6 j 2089 d 0 1000 n j 2089 EX_but_e j 2090 s 0 n j 2090 EX_but_e_reverse_35eb9 j 2091 d 0 1000 n j 2091 EX_butso3_e j 2092 s 0 n j 2092 EX_butso3_e_reverse_31183 j 2093 d 0 1000 n j 2093 EX_ca2_e j 2094 d 0 0.005 n j 2094 EX_ca2_e_reverse_aac13 j 2095 d 0 1000 n j 2095 EX_cbi_e j 2096 s 0 n j 2096 EX_cbi_e_reverse_207cf j 2097 d 0 1000 n j 2097 EX_cbl1_e j 2098 s 0 n j 2098 EX_cbl1_e_reverse_1093e j 2099 d 0 1000 n j 2099 EX_cd2_e j 2100 s 0 n j 2100 EX_cd2_e_reverse_0e8ba j 2101 d 0 1000 n j 2101 EX_cgly_e j 2102 s 0 n j 2102 EX_cgly_e_reverse_12551 j 2103 d 0 1000 n j 2103 EX_chol_e j 2104 s 0 n j 2104 EX_chol_e_reverse_b6b50 j 2105 d 0 1000 n j 2105 EX_cit_e j 2106 d 0 0.0005 n j 2106 EX_cit_e_reverse_0835e j 2107 d 0 1000 n j 2107 EX_icit_e j 2108 s 0 n j 2108 EX_icit_e_reverse_d229c j 2109 d 0 1000 n j 2109 EX_acon__C_e j 2110 s 0 n j 2110 EX_acon__C_e_reverse_d29a9 j 2111 d 0 1000 n j 2111 EX_cl_e j 2112 d 0 5.016 n j 2112 EX_cl_e_reverse_2429b j 2113 d 0 1000 n j 2113 EX_cmp_e j 2114 s 0 n j 2114 EX_cmp_e_reverse_e7a73 j 2115 d 0 1000 n j 2115 EX_co2_e j 2116 d 0 18.5 n j 2116 EX_co2_e_reverse_d0466 j 2117 d 0 1000 n j 2117 EX_cobalt2_e j 2118 d 0 0.005 n j 2118 EX_cobalt2_e_reverse_2bf0e j 2119 d 0 1000 n j 2119 EX_colipa_e j 2120 s 0 n j 2120 EX_colipa_e_reverse_f9125 j 2121 d 0 1000 n j 2121 EX_cpgn_e j 2122 s 0 n j 2122 EX_cpgn_e_reverse_a1559 j 2123 d 0 1000 n j 2123 EX_cpgn__un_e j 2124 s 0 n j 2124 EX_cpgn__un_e_reverse_a7fcb j 2125 d 0 1000 n j 2125 EX_crn_e j 2126 s 0 n j 2126 EX_crn_e_reverse_a19eb j 2127 d 0 1000 n j 2127 EX_csn_e j 2128 s 0 n j 2128 EX_csn_e_reverse_80cf5 j 2129 d 0 1000 n j 2129 EX_cu2_e j 2130 d 0 0.005 n j 2130 EX_cu2_e_reverse_02682 j 2131 d 0 1000 n j 2131 EX_cu_e j 2132 s 0 n j 2132 EX_cu_e_reverse_829ec j 2133 d 0 1000 n j 2133 EX_cyan_e j 2134 s 0 n j 2134 EX_cyan_e_reverse_7cb7e j 2135 d 0 1000 n j 2135 EX_cynt_e j 2136 s 0 n j 2136 EX_cynt_e_reverse_b53e8 j 2137 d 0 1000 n j 2137 EX_cys__D_e j 2138 s 0 n j 2138 EX_cys__D_e_reverse_fd0d3 j 2139 d 0 1000 n j 2139 EX_cys__L_e j 2140 s 0 n j 2140 EX_cys__L_e_reverse_41339 j 2141 d 0 1000 n j 2141 EX_cysi__L_e j 2142 s 0 n j 2142 EX_cysi__L_e_reverse_a34f5 j 2143 d 0 1000 n j 2143 EX_cytd_e j 2144 s 0 n j 2144 EX_cytd_e_reverse_5950b j 2145 d 0 1000 n j 2145 EX_dad__2_e j 2146 s 0 n j 2146 EX_dad__2_e_reverse_30ab9 j 2147 d 0 1000 n j 2147 EX_damp_e j 2148 s 0 n j 2148 EX_damp_e_reverse_2e1bd j 2149 d 0 1000 n j 2149 EX_dca_e j 2150 s 0 n j 2150 EX_dca_e_reverse_4575c j 2151 d 0 1000 n j 2151 EX_dcmp_e j 2152 s 0 n j 2152 EX_dcmp_e_reverse_83ed5 j 2153 d 0 1000 n j 2153 EX_dcyt_e j 2154 s 0 n j 2154 EX_dcyt_e_reverse_13102 j 2155 d 0 1000 n j 2155 EX_ddca_e j 2156 s 0 n j 2156 EX_ddca_e_reverse_6b9d2 j 2157 d 0 1000 n j 2157 EX_dgmp_e j 2158 s 0 n j 2158 EX_dgmp_e_reverse_88fd2 j 2159 d 0 1000 n j 2159 EX_dgsn_e j 2160 s 0 n j 2160 EX_dgsn_e_reverse_1b175 j 2161 d 0 1000 n j 2161 EX_dha_e j 2162 s 0 n j 2162 EX_dha_e_reverse_63f6d j 2163 d 0 1000 n j 2163 EX_dimp_e j 2164 s 0 n j 2164 EX_dimp_e_reverse_7aa5e j 2165 d 0 1000 n j 2165 EX_din_e j 2166 s 0 n j 2166 EX_din_e_reverse_f97eb j 2167 d 0 1000 n j 2167 EX_dms_e j 2168 s 0 n j 2168 EX_dms_e_reverse_51567 j 2169 d 0 1000 n j 2169 EX_dmso_e j 2170 s 0 n j 2170 EX_dmso_e_reverse_f4576 j 2171 d 0 1000 n j 2171 EX_dopa_e j 2172 s 0 n j 2172 EX_dopa_e_reverse_71ff0 j 2173 d 0 1000 n j 2173 EX_dtmp_e j 2174 s 0 n j 2174 EX_dtmp_e_reverse_7a713 j 2175 d 0 1000 n j 2175 EX_dump_e j 2176 s 0 n j 2176 EX_dump_e_reverse_2c836 j 2177 d 0 1000 n j 2177 EX_duri_e j 2178 s 0 n j 2178 EX_duri_e_reverse_d0523 j 2179 d 0 1000 n j 2179 EX_eca4colipa_e j 2180 s 0 n j 2180 EX_eca4colipa_e_reverse_579ab j 2181 d 0 1000 n j 2181 EX_enlipa_e j 2182 s 0 n j 2182 EX_enlipa_e_reverse_2dd41 j 2183 d 0 1000 n j 2183 EX_enter_e j 2184 s 0 n j 2184 EX_enter_e_reverse_7bf45 j 2185 d 0 1000 n j 2185 EX_etha_e j 2186 s 0 n j 2186 EX_etha_e_reverse_a3984 j 2187 d 0 1000 n j 2187 EX_ethso3_e j 2188 s 0 n j 2188 EX_ethso3_e_reverse_d2ed7 j 2189 d 0 1000 n j 2189 EX_etoh_e j 2190 s 0 n j 2190 EX_etoh_e_reverse_cc64f j 2191 d 0 1000 n j 2191 EX_f6p_e j 2192 s 0 n j 2192 EX_f6p_e_reverse_e362f j 2193 d 0 1000 n j 2193 EX_fald_e j 2194 s 0 n j 2194 EX_fald_e_reverse_57d26 j 2195 d 0 1000 n j 2195 EX_fe2_e j 2196 s 0 n j 2196 EX_fe2_e_reverse_25e68 j 2197 d 0 1000 n j 2197 EX_fe3_e j 2198 d 0 0.005 n j 2198 EX_fe3_e_reverse_8b617 j 2199 d 0 1000 n j 2199 EX_fe3dcit_e j 2200 s 0 n j 2200 EX_fe3dcit_e_reverse_a5939 j 2201 d 0 1000 n j 2201 EX_fe3dhbzs_e j 2202 s 0 n j 2202 EX_fe3dhbzs_e_reverse_93deb j 2203 d 0 1000 n j 2203 EX_fe3hox_e j 2204 s 0 n j 2204 EX_fe3hox_e_reverse_e323a j 2205 d 0 1000 n j 2205 EX_fe3hox__un_e j 2206 s 0 n j 2206 EX_fe3hox__un_e_reverse_342fd j 2207 d 0 1000 n j 2207 EX_fecrm_e j 2208 s 0 n j 2208 EX_fecrm_e_reverse_26983 j 2209 d 0 1000 n j 2209 EX_fecrm__un_e j 2210 s 0 n j 2210 EX_fecrm__un_e_reverse_a4187 j 2211 d 0 1000 n j 2211 EX_feenter_e j 2212 s 0 n j 2212 EX_feenter_e_reverse_73fde j 2213 d 0 1000 n j 2213 EX_feoxam_e j 2214 s 0 n j 2214 EX_feoxam_e_reverse_97348 j 2215 d 0 1000 n j 2215 EX_feoxam__un_e j 2216 s 0 n j 2216 EX_feoxam__un_e_reverse_411be j 2217 d 0 1000 n j 2217 EX_for_e j 2218 s 0 n j 2218 EX_for_e_reverse_23269 j 2219 d 0 1000 n j 2219 EX_fru_e j 2220 s 0 n j 2220 EX_fru_e_reverse_c3828 j 2221 d 0 1000 n j 2221 EX_frulys_e j 2222 s 0 n j 2222 EX_frulys_e_reverse_379f1 j 2223 d 0 1000 n j 2223 EX_fruur_e j 2224 s 0 n j 2224 EX_fruur_e_reverse_2763f j 2225 d 0 1000 n j 2225 EX_fuc__L_e j 2226 s 0 n j 2226 EX_fuc__L_e_reverse_e70a8 j 2227 d 0 1000 n j 2227 EX_fum_e j 2228 s 0 n j 2228 EX_fum_e_reverse_e3432 j 2229 d 0 1000 n j 2229 EX_g1p_e j 2230 s 0 n j 2230 EX_g1p_e_reverse_350fc j 2231 d 0 1000 n j 2231 EX_g3pc_e j 2232 s 0 n j 2232 EX_g3pc_e_reverse_ffe85 j 2233 d 0 1000 n j 2233 EX_g3pe_e j 2234 s 0 n j 2234 EX_g3pe_e_reverse_8f39b j 2235 d 0 1000 n j 2235 EX_g3pg_e j 2236 s 0 n j 2236 EX_g3pg_e_reverse_5e370 j 2237 d 0 1000 n j 2237 EX_g3pi_e j 2238 s 0 n j 2238 EX_g3pi_e_reverse_f11b2 j 2239 d 0 1000 n j 2239 EX_g3ps_e j 2240 s 0 n j 2240 EX_g3ps_e_reverse_70d70 j 2241 d 0 1000 n j 2241 EX_g6p_e j 2242 s 0 n j 2242 EX_g6p_e_reverse_c15e5 j 2243 d 0 1000 n j 2243 EX_gal1p_e j 2244 s 0 n j 2244 EX_gal1p_e_reverse_aab63 j 2245 d 0 1000 n j 2245 EX_gal__bD_e j 2246 s 0 n j 2246 EX_gal__bD_e_reverse_6cde3 j 2247 d 0 1000 n j 2247 EX_gal_e j 2248 s 0 n j 2248 EX_gal_e_reverse_d166c j 2249 d 0 1000 n j 2249 EX_galct__D_e j 2250 s 0 n j 2250 EX_galct__D_e_reverse_ff408 j 2251 d 0 1000 n j 2251 EX_galctn__D_e j 2252 s 0 n j 2252 EX_galctn__D_e_reverse_c58a3 j 2253 d 0 1000 n j 2253 EX_galctn__L_e j 2254 s 0 n j 2254 EX_galctn__L_e_reverse_998c0 j 2255 d 0 1000 n j 2255 EX_galt_e j 2256 s 0 n j 2256 EX_galt_e_reverse_4d1d0 j 2257 d 0 1000 n j 2257 EX_galur_e j 2258 s 0 n j 2258 EX_galur_e_reverse_f6a10 j 2259 d 0 1000 n j 2259 EX_gam6p_e j 2260 s 0 n j 2260 EX_gam6p_e_reverse_be0d8 j 2261 d 0 1000 n j 2261 EX_gam_e j 2262 s 0 n j 2262 EX_gam_e_reverse_3d249 j 2263 d 0 1000 n j 2263 EX_gbbtn_e j 2264 s 0 n j 2264 EX_gbbtn_e_reverse_767c1 j 2265 d 0 1000 n j 2265 EX_gdp_e j 2266 s 0 n j 2266 EX_gdp_e_reverse_950ab j 2267 d 0 1000 n j 2267 EX_glc__D_e j 2268 s 0 n j 2268 EX_glc__D_e_reverse_af641 j 2269 d 0 1000 n j 2269 EX_glcn_e j 2270 s 0 n j 2270 EX_glcn_e_reverse_9e36b j 2271 d 0 1000 n j 2271 EX_glcr_e j 2272 s 0 n j 2272 EX_glcr_e_reverse_ea55f j 2273 d 0 1000 n j 2273 EX_glcur1p_e j 2274 s 0 n j 2274 EX_glcur1p_e_reverse_7a2e5 j 2275 d 0 1000 n j 2275 EX_glcur_e j 2276 s 0 n j 2276 EX_glcur_e_reverse_0ab2d j 2277 d 0 1000 n j 2277 EX_gln__L_e j 2278 s 0 n j 2278 EX_gln__L_e_reverse_6a1a1 j 2279 d 0 1000 n j 2279 EX_glu__L_e j 2280 s 0 n j 2280 EX_glu__L_e_reverse_42f6c j 2281 d 0 1000 n j 2281 EX_gly_e j 2282 s 0 n j 2282 EX_gly_e_reverse_6956b j 2283 d 0 1000 n j 2283 EX_glyald_e j 2284 s 0 n j 2284 EX_glyald_e_reverse_f761f j 2285 d 0 1000 n j 2285 EX_glyb_e j 2286 s 0 n j 2286 EX_glyb_e_reverse_0bd65 j 2287 d 0 1000 n j 2287 EX_glyc2p_e j 2288 s 0 n j 2288 EX_glyc2p_e_reverse_7a57e j 2289 d 0 1000 n j 2289 EX_glyc3p_e j 2290 s 0 n j 2290 EX_glyc3p_e_reverse_74e5f j 2291 d 0 1000 n j 2291 EX_glyc__R_e j 2292 s 0 n j 2292 EX_glyc__R_e_reverse_91560 j 2293 d 0 1000 n j 2293 EX_glyc_e j 2294 d 0 41.0468020414812 n j 2294 EX_glyc_e_reverse_c3ec2 j 2295 d 0 1000 n j 2295 EX_glyclt_e j 2296 s 0 n j 2296 EX_glyclt_e_reverse_395e1 j 2297 d 0 1000 n j 2297 EX_gmp_e j 2298 s 0 n j 2298 EX_gmp_e_reverse_f6d0a j 2299 d 0 1000 n j 2299 EX_gsn_e j 2300 s 0 n j 2300 EX_gsn_e_reverse_cb307 j 2301 d 0 1000 n j 2301 EX_gthox_e j 2302 s 0 n j 2302 EX_gthox_e_reverse_ca051 j 2303 d 0 1000 n j 2303 EX_gthrd_e j 2304 s 0 n j 2304 EX_gthrd_e_reverse_be1ab j 2305 d 0 1000 n j 2305 EX_gtp_e j 2306 s 0 n j 2306 EX_gtp_e_reverse_9f3aa j 2307 d 0 1000 n j 2307 EX_gua_e j 2308 s 0 n j 2308 EX_gua_e_reverse_11317 j 2309 d 0 1000 n j 2309 EX_h2_e j 2310 s 0 n j 2310 EX_h2_e_reverse_f55e9 j 2311 d 0 1000 n j 2311 EX_h2o2_e j 2312 s 0 n j 2312 EX_h2o2_e_reverse_d52c5 j 2313 d 0 1000 n j 2313 EX_h2o_e j 2314 d 0 1000 n j 2314 EX_h2o_e_reverse_3ced4 j 2315 d 0 1000 n j 2315 EX_h2s_e j 2316 s 0 n j 2316 EX_h2s_e_reverse_c847c j 2317 d 0 1000 n j 2317 EX_h_e j 2318 d 0 100 n j 2318 EX_h_e_reverse_3e0c5 j 2319 d 0 1000 n j 2319 EX_hacolipa_e j 2320 s 0 n j 2320 EX_hacolipa_e_reverse_4a785 j 2321 d 0 1000 n j 2321 EX_halipa_e j 2322 s 0 n j 2322 EX_halipa_e_reverse_f6505 j 2323 d 0 1000 n j 2323 EX_hdca_e j 2324 s 0 n j 2324 EX_hdca_e_reverse_9ab38 j 2325 d 0 1000 n j 2325 EX_hdcea_e j 2326 s 0 n j 2326 EX_hdcea_e_reverse_e9406 j 2327 d 0 1000 n j 2327 EX_hg2_e j 2328 s 0 n j 2328 EX_hg2_e_reverse_fc882 j 2329 d 0 1000 n j 2329 EX_his__L_e j 2330 s 0 n j 2330 EX_his__L_e_reverse_33439 j 2331 d 0 1000 n j 2331 EX_hom__L_e j 2332 s 0 n j 2332 EX_hom__L_e_reverse_3e4e5 j 2333 d 0 1000 n j 2333 EX_hxa_e j 2334 s 0 n j 2334 EX_hxa_e_reverse_e1287 j 2335 d 0 1000 n j 2335 EX_hxan_e j 2336 s 0 n j 2336 EX_hxan_e_reverse_90f99 j 2337 d 0 1000 n j 2337 EX_idon__L_e j 2338 s 0 n j 2338 EX_idon__L_e_reverse_54aa6 j 2339 d 0 1000 n j 2339 EX_ile__L_e j 2340 s 0 n j 2340 EX_ile__L_e_reverse_e862a j 2341 d 0 1000 n j 2341 EX_imp_e j 2342 s 0 n j 2342 EX_imp_e_reverse_a877a j 2343 d 0 1000 n j 2343 EX_indole_e j 2344 s 0 n j 2344 EX_indole_e_reverse_3cb9c j 2345 d 0 1000 n j 2345 EX_inost_e j 2346 s 0 n j 2346 EX_inost_e_reverse_4d21d j 2347 d 0 1000 n j 2347 EX_ins_e j 2348 s 0 n j 2348 EX_ins_e_reverse_989e1 j 2349 d 0 1000 n j 2349 EX_isetac_e j 2350 s 0 n j 2350 EX_isetac_e_reverse_62d58 j 2351 d 0 1000 n j 2351 EX_k_e j 2352 d 0 6 n j 2352 EX_k_e_reverse_42613 j 2353 d 0 1000 n j 2353 EX_kdo2lipid4_e j 2354 s 0 n j 2354 EX_kdo2lipid4_e_reverse_fb486 j 2355 d 0 1000 n j 2355 EX_lac__D_e j 2356 s 0 n j 2356 EX_lac__D_e_reverse_f95b4 j 2357 d 0 1000 n j 2357 EX_lac__L_e j 2358 s 0 n j 2358 EX_lac__L_e_reverse_8586b j 2359 d 0 1000 n j 2359 EX_lcts_e j 2360 s 0 n j 2360 EX_lcts_e_reverse_13088 j 2361 d 0 1000 n j 2361 EX_leu__L_e j 2362 s 0 n j 2362 EX_leu__L_e_reverse_d40a5 j 2363 d 0 1000 n j 2363 EX_lipa__cold_e j 2364 s 0 n j 2364 EX_lipa__cold_e_reverse_f2d48 j 2365 d 0 1000 n j 2365 EX_lipa_e j 2366 s 0 n j 2366 EX_lipa_e_reverse_1cc13 j 2367 d 0 1000 n j 2367 EX_lys__L_e j 2368 s 0 n j 2368 EX_lys__L_e_reverse_4f08c j 2369 d 0 1000 n j 2369 EX_lyx__L_e j 2370 s 0 n j 2370 EX_lyx__L_e_reverse_693d8 j 2371 d 0 1000 n j 2371 EX_mal__D_e j 2372 s 0 n j 2372 EX_mal__D_e_reverse_ce476 j 2373 d 0 1000 n j 2373 EX_mal__L_e j 2374 s 0 n j 2374 EX_mal__L_e_reverse_af154 j 2375 d 0 1000 n j 2375 EX_malt_e j 2376 s 0 n j 2376 EX_malt_e_reverse_ab2d1 j 2377 d 0 1000 n j 2377 EX_malthx_e j 2378 s 0 n j 2378 EX_malthx_e_reverse_73b54 j 2379 d 0 1000 n j 2379 EX_maltpt_e j 2380 s 0 n j 2380 EX_maltpt_e_reverse_f82d5 j 2381 d 0 1000 n j 2381 EX_malttr_e j 2382 s 0 n j 2382 EX_malttr_e_reverse_241c6 j 2383 d 0 1000 n j 2383 EX_maltttr_e j 2384 s 0 n j 2384 EX_maltttr_e_reverse_90d23 j 2385 d 0 1000 n j 2385 EX_man6p_e j 2386 s 0 n j 2386 EX_man6p_e_reverse_b160c j 2387 d 0 1000 n j 2387 EX_man_e j 2388 s 0 n j 2388 EX_man_e_reverse_48020 j 2389 d 0 1000 n j 2389 EX_manglyc_e j 2390 s 0 n j 2390 EX_manglyc_e_reverse_51b57 j 2391 d 0 1000 n j 2391 EX_melib_e j 2392 s 0 n j 2392 EX_melib_e_reverse_68f2f j 2393 d 0 1000 n j 2393 EX_met__D_e j 2394 s 0 n j 2394 EX_met__D_e_reverse_6e944 j 2395 d 0 1000 n j 2395 EX_met__L_e j 2396 s 0 n j 2396 EX_met__L_e_reverse_14908 j 2397 d 0 1000 n j 2397 EX_metsox__R__L_e j 2398 s 0 n j 2398 EX_metsox__R__L_e_reverse_424e5 j 2399 d 0 1000 n j 2399 EX_metsox__S__L_e j 2400 s 0 n j 2400 EX_metsox__S__L_e_reverse_6a3fe j 2401 d 0 1000 n j 2401 EX_mg2_e j 2402 d 0 0.008 n j 2402 EX_mg2_e_reverse_b1c98 j 2403 d 0 1000 n j 2403 EX_minohp_e j 2404 s 0 n j 2404 EX_minohp_e_reverse_3ce45 j 2405 d 0 1000 n j 2405 EX_mmet_e j 2406 s 0 n j 2406 EX_mmet_e_reverse_b6b96 j 2407 d 0 1000 n j 2407 EX_mn2_e j 2408 d 0 0.005 n j 2408 EX_mn2_e_reverse_48316 j 2409 d 0 1000 n j 2409 EX_mnl_e j 2410 s 0 n j 2410 EX_mnl_e_reverse_c8f2a j 2411 d 0 1000 n j 2411 EX_mobd_e j 2412 d 0 0.005 n j 2412 EX_mobd_e_reverse_c6396 j 2413 d 0 1000 n j 2413 EX_mso3_e j 2414 s 0 n j 2414 EX_mso3_e_reverse_b23ed j 2415 d 0 1000 n j 2415 EX_n2o_e j 2416 s 0 n j 2416 EX_n2o_e_reverse_33405 j 2417 d 0 1000 n j 2417 EX_na1_e j 2418 s 0 n j 2418 EX_na1_e_reverse_c64df j 2419 d 0 1000 n j 2419 EX_nac_e j 2420 s 0 n j 2420 EX_nac_e_reverse_23356 j 2421 d 0 1000 n j 2421 EX_nh4_e j 2422 d 0 15 n j 2422 EX_nh4_e_reverse_f9cc6 j 2423 d 0 1000 n j 2423 EX_ni2_e j 2424 s 0 n j 2424 EX_ni2_e_reverse_7ba33 j 2425 d 0 1000 n j 2425 EX_nmn_e j 2426 s 0 n j 2426 EX_nmn_e_reverse_59f7d j 2427 d 0 1000 n j 2427 EX_no2_e j 2428 s 0 n j 2428 EX_no2_e_reverse_1ddec j 2429 d 0 1000 n j 2429 EX_no3_e j 2430 s 0 n j 2430 EX_no3_e_reverse_98d30 j 2431 d 0 1000 n j 2431 EX_no_e j 2432 s 0 n j 2432 EX_no_e_reverse_ffd01 j 2433 d 0 1000 n j 2433 EX_o2_e j 2434 d 0 18.5 n j 2434 EX_o2_e_reverse_efa94 j 2435 d 0 1000 n j 2435 EX_o2s_e j 2436 s 0 n j 2436 EX_o2s_e_reverse_82732 j 2437 d 0 1000 n j 2437 EX_ocdca_e j 2438 s 0 n j 2438 EX_ocdca_e_reverse_86d1d j 2439 d 0 1000 n j 2439 EX_ocdcea_e j 2440 s 0 n j 2440 EX_ocdcea_e_reverse_5ebe2 j 2441 d 0 1000 n j 2441 EX_octa_e j 2442 s 0 n j 2442 EX_octa_e_reverse_38d1e j 2443 d 0 1000 n j 2443 EX_orn_e j 2444 s 0 n j 2444 EX_orn_e_reverse_269bb j 2445 d 0 1000 n j 2445 EX_orot_e j 2446 s 0 n j 2446 EX_orot_e_reverse_032e7 j 2447 d 0 1000 n j 2447 EX_oaa_e j 2448 s 0 n j 2448 EX_oaa_e_reverse_9b144 j 2449 d 0 1000 n j 2449 EX_pacald_e j 2450 s 0 n j 2450 EX_pacald_e_reverse_54b80 j 2451 d 0 1000 n j 2451 EX_peamn_e j 2452 s 0 n j 2452 EX_peamn_e_reverse_34c33 j 2453 d 0 1000 n j 2453 EX_phe__L_e j 2454 s 0 n j 2454 EX_phe__L_e_reverse_10066 j 2455 d 0 1000 n j 2455 EX_pheme_e j 2456 s 0 n j 2456 EX_pheme_e_reverse_8e123 j 2457 d 0 1000 n j 2457 EX_pi_e j 2458 d 0 0.337 n j 2458 EX_pi_e_reverse_1fb09 j 2459 d 0 1000 n j 2459 EX_pnto__R_e j 2460 s 0 n j 2460 EX_pnto__R_e_reverse_a498c j 2461 d 0 1000 n j 2461 EX_ppa_e j 2462 s 0 n j 2462 EX_ppa_e_reverse_1faa3 j 2463 d 0 1000 n j 2463 EX_ppal_e j 2464 s 0 n j 2464 EX_ppal_e_reverse_bb983 j 2465 d 0 1000 n j 2465 EX_pppn_e j 2466 s 0 n j 2466 EX_pppn_e_reverse_4f187 j 2467 d 0 1000 n j 2467 EX_ppt_e j 2468 s 0 n j 2468 EX_ppt_e_reverse_b97a7 j 2469 d 0 1000 n j 2469 EX_pro__L_e j 2470 s 0 n j 2470 EX_pro__L_e_reverse_5f8c5 j 2471 d 0 1000 n j 2471 EX_progly_e j 2472 s 0 n j 2472 EX_progly_e_reverse_cccb4 j 2473 d 0 1000 n j 2473 EX_psclys_e j 2474 s 0 n j 2474 EX_psclys_e_reverse_4686a j 2475 d 0 1000 n j 2475 EX_pser__L_e j 2476 s 0 n j 2476 EX_pser__L_e_reverse_164b6 j 2477 d 0 1000 n j 2477 EX_ptrc_e j 2478 s 0 n j 2478 EX_ptrc_e_reverse_6c850 j 2479 d 0 1000 n j 2479 EX_pyr_e j 2480 s 0 n j 2480 EX_pyr_e_reverse_1f6de j 2481 d 0 1000 n j 2481 EX_r5p_e j 2482 s 0 n j 2482 EX_r5p_e_reverse_383fe j 2483 d 0 1000 n j 2483 EX_rib__D_e j 2484 s 0 n j 2484 EX_rib__D_e_reverse_4a19a j 2485 d 0 1000 n j 2485 EX_rmn_e j 2486 s 0 n j 2486 EX_rmn_e_reverse_b3160 j 2487 d 0 1000 n j 2487 EX_sbt__D_e j 2488 s 0 n j 2488 EX_sbt__D_e_reverse_52f23 j 2489 d 0 1000 n j 2489 EX_ser__D_e j 2490 s 0 n j 2490 EX_ser__D_e_reverse_99725 j 2491 d 0 1000 n j 2491 EX_ser__L_e j 2492 s 0 n j 2492 EX_ser__L_e_reverse_b0b37 j 2493 d 0 1000 n j 2493 EX_skm_e j 2494 s 0 n j 2494 EX_skm_e_reverse_ed122 j 2495 d 0 1000 n j 2495 EX_so2_e j 2496 s 0 n j 2496 EX_so2_e_reverse_de12f j 2497 d 0 1000 n j 2497 EX_so3_e j 2498 s 0 n j 2498 EX_so3_e_reverse_116a1 j 2499 d 0 1000 n j 2499 EX_so4_e j 2500 d 0 1 n j 2500 EX_so4_e_reverse_5c8ed j 2501 d 0 1000 n j 2501 EX_spmd_e j 2502 s 0 n j 2502 EX_spmd_e_reverse_761ad j 2503 d 0 1000 n j 2503 EX_succ_e j 2504 s 0 n j 2504 EX_succ_e_reverse_a9039 j 2505 d 0 1000 n j 2505 EX_sucr_e j 2506 s 0 n j 2506 EX_sucr_e_reverse_0215c j 2507 d 0 1000 n j 2507 EX_sulfac_e j 2508 s 0 n j 2508 EX_sulfac_e_reverse_2695d j 2509 d 0 1000 n j 2509 EX_tartr__L_e j 2510 s 0 n j 2510 EX_tartr__L_e_reverse_6023a j 2511 d 0 1000 n j 2511 EX_taur_e j 2512 s 0 n j 2512 EX_taur_e_reverse_69949 j 2513 d 0 1000 n j 2513 EX_tcynt_e j 2514 s 0 n j 2514 EX_tcynt_e_reverse_739e6 j 2515 d 0 1000 n j 2515 EX_thm_e j 2516 d 0 2.96498354434133e-08 n j 2516 EX_thm_e_reverse_96547 j 2517 d 0 1000 n j 2517 EX_thr__L_e j 2518 s 0 n j 2518 EX_thr__L_e_reverse_ddaf9 j 2519 d 0 1000 n j 2519 EX_thrp_e j 2520 s 0 n j 2520 EX_thrp_e_reverse_51d63 j 2521 d 0 1000 n j 2521 EX_thym_e j 2522 s 0 n j 2522 EX_thym_e_reverse_84e99 j 2523 d 0 1000 n j 2523 EX_thymd_e j 2524 s 0 n j 2524 EX_thymd_e_reverse_94c6c j 2525 d 0 1000 n j 2525 EX_tma_e j 2526 s 0 n j 2526 EX_tma_e_reverse_1429d j 2527 d 0 1000 n j 2527 EX_tmao_e j 2528 s 0 n j 2528 EX_tmao_e_reverse_18ba4 j 2529 d 0 1000 n j 2529 EX_tre_e j 2530 s 0 n j 2530 EX_tre_e_reverse_fb5f1 j 2531 d 0 1000 n j 2531 EX_trp__L_e j 2532 s 0 n j 2532 EX_trp__L_e_reverse_d9983 j 2533 d 0 1000 n j 2533 EX_tsul_e j 2534 s 0 n j 2534 EX_tsul_e_reverse_22ca1 j 2535 d 0 1000 n j 2535 EX_ttdca_e j 2536 s 0 n j 2536 EX_ttdca_e_reverse_c67f4 j 2537 d 0 1000 n j 2537 EX_ttdcea_e j 2538 s 0 n j 2538 EX_ttdcea_e_reverse_e3700 j 2539 d 0 1000 n j 2539 EX_tungs_e j 2540 s 0 n j 2540 EX_tungs_e_reverse_6ffff j 2541 d 0 1000 n j 2541 EX_tym_e j 2542 s 0 n j 2542 EX_tym_e_reverse_e1acb j 2543 d 0 1000 n j 2543 EX_tyr__L_e j 2544 s 0 n j 2544 EX_tyr__L_e_reverse_516d2 j 2545 d 0 1000 n j 2545 EX_tyrp_e j 2546 s 0 n j 2546 EX_tyrp_e_reverse_36480 j 2547 d 0 1000 n j 2547 EX_uacgam_e j 2548 s 0 n j 2548 EX_uacgam_e_reverse_abfb0 j 2549 d 0 1000 n j 2549 EX_udpacgal_e j 2550 s 0 n j 2550 EX_udpacgal_e_reverse_a02b1 j 2551 d 0 1000 n j 2551 EX_udpg_e j 2552 s 0 n j 2552 EX_udpg_e_reverse_a3f02 j 2553 d 0 1000 n j 2553 EX_udpgal_e j 2554 s 0 n j 2554 EX_udpgal_e_reverse_9c019 j 2555 d 0 1000 n j 2555 EX_udpglcur_e j 2556 s 0 n j 2556 EX_udpglcur_e_reverse_baf0e j 2557 d 0 1000 n j 2557 EX_ump_e j 2558 s 0 n j 2558 EX_ump_e_reverse_58471 j 2559 d 0 1000 n j 2559 EX_ura_e j 2560 s 0 n j 2560 EX_ura_e_reverse_98cbe j 2561 d 0 1000 n j 2561 EX_urea_e j 2562 s 0 n j 2562 EX_urea_e_reverse_02f51 j 2563 d 0 1000 n j 2563 EX_uri_e j 2564 s 0 n j 2564 EX_uri_e_reverse_019f3 j 2565 d 0 1000 n j 2565 EX_val__L_e j 2566 s 0 n j 2566 EX_val__L_e_reverse_9e0f7 j 2567 d 0 1000 n j 2567 EX_xan_e j 2568 s 0 n j 2568 EX_xan_e_reverse_7bb40 j 2569 d 0 1000 n j 2569 EX_xmp_e j 2570 s 0 n j 2570 EX_xmp_e_reverse_5fd31 j 2571 d 0 1000 n j 2571 EX_xtsn_e j 2572 s 0 n j 2572 EX_xtsn_e_reverse_33417 j 2573 d 0 1000 n j 2573 EX_xyl__D_e j 2574 s 0 n j 2574 EX_xyl__D_e_reverse_e202a j 2575 d 0 1000 n j 2575 EX_xylu__L_e j 2576 s 0 n j 2576 EX_xylu__L_e_reverse_a93ff j 2577 d 0 1000 n j 2577 EX_zn2_e j 2578 d 0 0.005 n j 2578 EX_zn2_e_reverse_3c725 j 2579 d 0 1000 n j 2579 Ec_biomass_iAF1260_core_59p81M j 2580 s 0 n j 2580 Ec_biomass_iAF1260_core_59p81M_reverse_096d3 j 2581 d 0 1000 n j 2581 F6PA j 2582 d 0 1000 n j 2582 F6PA_reverse_816ed j 2583 d 0 1000 n j 2583 F6PP j 2584 s 0 n j 2584 F6PP_reverse_6022a j 2585 d 0 1000 n j 2585 F6Pt6_2pp j 2586 s 0 n j 2586 F6Pt6_2pp_reverse_2b592 j 2587 d 0 1000 n j 2587 F6Ptex j 2588 d 0 1000 n j 2588 F6Ptex_reverse_b4bbc j 2589 d 0 1000 n j 2589 FA100ACPHi j 2590 s 0 n j 2590 FA100ACPHi_reverse_838d9 j 2591 d 0 1000 n j 2591 FA120ACPHi j 2592 s 0 n j 2592 FA120ACPHi_reverse_4e287 j 2593 d 0 1000 n j 2593 FA140ACPHi j 2594 s 0 n j 2594 FA140ACPHi_reverse_c7f9a j 2595 d 0 1000 n j 2595 FA141ACPHi j 2596 s 0 n j 2596 FA141ACPHi_reverse_c0f63 j 2597 d 0 1000 n j 2597 FA160ACPHi j 2598 s 0 n j 2598 FA160ACPHi_reverse_e7083 j 2599 d 0 1000 n j 2599 FA161ACPHi j 2600 s 0 n j 2600 FA161ACPHi_reverse_c2d36 j 2601 d 0 1000 n j 2601 FA80ACPHi j 2602 s 0 n j 2602 FA80ACPHi_reverse_11bcc j 2603 d 0 1000 n j 2603 FACOAE100 j 2604 s 0 n j 2604 FACOAE100_reverse_4e2b1 j 2605 d 0 1000 n j 2605 FACOAE120 j 2606 s 0 n j 2606 FACOAE120_reverse_5b66f j 2607 d 0 1000 n j 2607 FACOAE140 j 2608 s 0 n j 2608 FACOAE140_reverse_a2f77 j 2609 d 0 1000 n j 2609 FACOAE141 j 2610 s 0 n j 2610 FACOAE141_reverse_53f9d j 2611 d 0 1000 n j 2611 FACOAE160 j 2612 s 0 n j 2612 FACOAE160_reverse_cf5f6 j 2613 d 0 1000 n j 2613 FACOAE161 j 2614 s 0 n j 2614 FACOAE161_reverse_eee30 j 2615 d 0 1000 n j 2615 FACOAE180 j 2616 s 0 n j 2616 FACOAE180_reverse_7e403 j 2617 d 0 1000 n j 2617 FACOAE181 j 2618 s 0 n j 2618 FACOAE181_reverse_801e1 j 2619 d 0 1000 n j 2619 FACOAE60 j 2620 s 0 n j 2620 FACOAE60_reverse_69a9a j 2621 d 0 1000 n j 2621 FACOAE80 j 2622 s 0 n j 2622 FACOAE80_reverse_fab77 j 2623 d 0 1000 n j 2623 FACOAL100t2pp j 2624 s 0 n j 2624 FACOAL100t2pp_reverse_8cd18 j 2625 d 0 1000 n j 2625 FACOAL120t2pp j 2626 s 0 n j 2626 FACOAL120t2pp_reverse_7fbe8 j 2627 d 0 1000 n j 2627 FACOAL140t2pp j 2628 s 0 n j 2628 FACOAL140t2pp_reverse_134cb j 2629 d 0 1000 n j 2629 FACOAL141t2pp j 2630 s 0 n j 2630 FACOAL141t2pp_reverse_a4489 j 2631 d 0 1000 n j 2631 FACOAL160t2pp j 2632 s 0 n j 2632 FACOAL160t2pp_reverse_57f27 j 2633 d 0 1000 n j 2633 FACOAL161t2pp j 2634 s 0 n j 2634 FACOAL161t2pp_reverse_19e85 j 2635 d 0 1000 n j 2635 FACOAL180t2pp j 2636 s 0 n j 2636 FACOAL180t2pp_reverse_4b889 j 2637 d 0 1000 n j 2637 FACOAL181t2pp j 2638 s 0 n j 2638 FACOAL181t2pp_reverse_74ac3 j 2639 d 0 1000 n j 2639 FACOAL60t2pp j 2640 s 0 n j 2640 FACOAL60t2pp_reverse_f9af5 j 2641 d 0 1000 n j 2641 FACOAL80t2pp j 2642 s 0 n j 2642 FACOAL80t2pp_reverse_a6beb j 2643 d 0 1000 n j 2643 FADRx j 2644 s 0 n j 2644 FADRx_reverse_48623 j 2645 d 0 1000 n j 2645 FADRx2 j 2646 s 0 n j 2646 FADRx2_reverse_f1eff j 2647 d 0 1000 n j 2647 FALDtex j 2648 d 0 1000 n j 2648 FALDtex_reverse_1317b j 2649 d 0 1000 n j 2649 FALDtpp j 2650 d 0 1000 n j 2650 FALDtpp_reverse_a8bc3 j 2651 d 0 1000 n j 2651 FALGTHLs j 2652 d 0 1000 n j 2652 FALGTHLs_reverse_1514d j 2653 d 0 1000 n j 2653 FBA j 2654 d 0 1000 n j 2654 FBA_reverse_84806 j 2655 d 0 1000 n j 2655 FBP j 2656 s 0 n j 2656 FBP_reverse_bf2c9 j 2657 d 0 1000 n j 2657 FCI j 2658 d 0 1000 n j 2658 FCI_reverse_74198 j 2659 d 0 1000 n j 2659 FCLK j 2660 s 0 n j 2660 FCLK_reverse_8faf5 j 2661 d 0 1000 n j 2661 FCLPA j 2662 d 0 1000 n j 2662 FCLPA_reverse_df7f9 j 2663 d 0 1000 n j 2663 FCLT j 2664 s 0 n j 2664 FCLT_reverse_1a6b6 j 2665 d 0 1000 n j 2665 FDH4pp j 2666 s 0 n j 2666 FDH4pp_reverse_2bad3 j 2667 d 0 1000 n j 2667 FDH5pp j 2668 s 0 n j 2668 FDH5pp_reverse_ab9f8 j 2669 d 0 1000 n j 2669 FE2t2pp j 2670 s 0 n j 2670 FE2t2pp_reverse_50348 j 2671 d 0 1000 n j 2671 FE2tex j 2672 d 0 1000 n j 2672 FE2tex_reverse_62032 j 2673 d 0 1000 n j 2673 FE2tpp j 2674 s 0 n j 2674 FE2tpp_reverse_07828 j 2675 d 0 1000 n j 2675 FE3DHBZR j 2676 s 0 n j 2676 FE3DHBZR_reverse_14b6c j 2677 d 0 1000 n j 2677 FE3DHBZSabcpp j 2678 s 0 n j 2678 FE3DHBZSabcpp_reverse_ca936 j 2679 d 0 1000 n j 2679 FE3DHBZStonex j 2680 s 0 n j 2680 FE3DHBZStonex_reverse_5e203 j 2681 d 0 1000 n j 2681 FE3HOXR1 j 2682 s 0 n j 2682 FE3HOXR1_reverse_26ea5 j 2683 d 0 1000 n j 2683 FE3HOXR2 j 2684 s 0 n j 2684 FE3HOXR2_reverse_872a1 j 2685 d 0 1000 n j 2685 FE3HOXR3 j 2686 s 0 n j 2686 FE3HOXR3_reverse_fc59b j 2687 d 0 1000 n j 2687 FE3HOXUtex j 2688 s 0 n j 2688 FE3HOXUtex_reverse_6114b j 2689 d 0 1000 n j 2689 FE3HOXUtpp j 2690 s 0 n j 2690 FE3HOXUtpp_reverse_03898 j 2691 d 0 1000 n j 2691 FE3HOXexs j 2692 s 0 n j 2692 FE3HOXexs_reverse_6e61e j 2693 d 0 1000 n j 2693 FE3HOXtonex j 2694 s 0 n j 2694 FE3HOXtonex_reverse_1dfd1 j 2695 d 0 1000 n j 2695 FE3Ri j 2696 s 0 n j 2696 FE3Ri_reverse_dd1fc j 2697 d 0 1000 n j 2697 FE3tex j 2698 d 0 1000 n j 2698 FE3tex_reverse_d0931 j 2699 d 0 1000 n j 2699 FECRMR1 j 2700 s 0 n j 2700 FECRMR1_reverse_ac48a j 2701 d 0 1000 n j 2701 FECRMR2 j 2702 s 0 n j 2702 FECRMR2_reverse_c664c j 2703 d 0 1000 n j 2703 FECRMR3 j 2704 s 0 n j 2704 FECRMR3_reverse_0579c j 2705 d 0 1000 n j 2705 FECRMUtex j 2706 s 0 n j 2706 FECRMUtex_reverse_6c617 j 2707 d 0 1000 n j 2707 FECRMUtpp j 2708 s 0 n j 2708 FECRMUtpp_reverse_d3b60 j 2709 d 0 1000 n j 2709 FECRMabcpp j 2710 s 0 n j 2710 FECRMabcpp_reverse_7f712 j 2711 d 0 1000 n j 2711 FECRMexs j 2712 s 0 n j 2712 FECRMexs_reverse_04dda j 2713 d 0 1000 n j 2713 FECRMtonex j 2714 s 0 n j 2714 FECRMtonex_reverse_4ef83 j 2715 d 0 1000 n j 2715 FEENTERabcpp j 2716 s 0 n j 2716 FEENTERabcpp_reverse_a4ab4 j 2717 d 0 1000 n j 2717 FEENTERexs j 2718 s 0 n j 2718 FEENTERexs_reverse_3df6f j 2719 d 0 1000 n j 2719 FEENTERtonex j 2720 s 0 n j 2720 FEENTERtonex_reverse_aa732 j 2721 d 0 1000 n j 2721 FEENTERtpp j 2722 s 0 n j 2722 FEENTERtpp_reverse_35de8 j 2723 d 0 1000 n j 2723 FEOXAMUtex j 2724 s 0 n j 2724 FEOXAMUtex_reverse_ce967 j 2725 d 0 1000 n j 2725 FEOXAMUtpp j 2726 s 0 n j 2726 FEOXAMUtpp_reverse_a25af j 2727 d 0 1000 n j 2727 FEOXAMabcpp j 2728 s 0 n j 2728 FEOXAMabcpp_reverse_5457e j 2729 d 0 1000 n j 2729 FEOXAMexs j 2730 s 0 n j 2730 FEOXAMexs_reverse_1312b j 2731 d 0 1000 n j 2731 FEOXAMtonex j 2732 s 0 n j 2732 FEOXAMtonex_reverse_c1ce4 j 2733 d 0 1000 n j 2733 FEROpp j 2734 s 0 n j 2734 FEROpp_reverse_a433b j 2735 s 0 n j 2735 FHL j 2736 s 0 n j 2736 FHL_reverse_2a0cb j 2737 d 0 1000 n j 2737 FLDR j 2738 s 0 n j 2738 FLDR_reverse_4c71f j 2739 d 0 1000 n j 2739 FLVR j 2740 s 0 n j 2740 FLVR_reverse_e5074 j 2741 d 0 1000 n j 2741 FLVRx j 2742 s 0 n j 2742 FLVRx_reverse_e0efc j 2743 d 0 1000 n j 2743 FMETTRS j 2744 s 0 n j 2744 FMETTRS_reverse_3b6c6 j 2745 d 0 1000 n j 2745 FMNAT j 2746 s 0 n j 2746 FMNAT_reverse_50ba1 j 2747 d 0 1000 n j 2747 FMNRx j 2748 s 0 n j 2748 FMNRx_reverse_d06bb j 2749 d 0 1000 n j 2749 FMNRx2 j 2750 s 0 n j 2750 FMNRx2_reverse_5e09f j 2751 d 0 1000 n j 2751 FORt2pp j 2752 s 0 n j 2752 FORt2pp_reverse_c6a6b j 2753 d 0 1000 n j 2753 FORtex j 2754 d 0 1000 n j 2754 FORtex_reverse_0935f j 2755 d 0 1000 n j 2755 FORtppi j 2756 s 0 n j 2756 FORtppi_reverse_ddf9e j 2757 d 0 1000 n j 2757 FRD2 j 2758 s 0 n j 2758 FRD2_reverse_9a9f9 j 2759 d 0 1000 n j 2759 FRD3 j 2760 s 0 n j 2760 FRD3_reverse_78134 j 2761 d 0 1000 n j 2761 FRUK j 2762 s 0 n j 2762 FRUK_reverse_e5cfd j 2763 d 0 1000 n j 2763 FRULYStex j 2764 d 0 1000 n j 2764 FRULYStex_reverse_d8a3d j 2765 d 0 1000 n j 2765 FRUURtex j 2766 d 0 1000 n j 2766 FRUURtex_reverse_7b42b j 2767 d 0 1000 n j 2767 FRUpts2pp j 2768 s 0 n j 2768 FRUpts2pp_reverse_55dac j 2769 d 0 1000 n j 2769 FRUptspp j 2770 s 0 n j 2770 FRUptspp_reverse_8cdda j 2771 d 0 1000 n j 2771 FRUtex j 2772 d 0 1000 n j 2772 FRUtex_reverse_0160a j 2773 d 0 1000 n j 2773 FTHFD j 2774 s 0 n j 2774 FTHFD_reverse_44321 j 2775 d 0 1000 n j 2775 FUCtex j 2776 d 0 1000 n j 2776 FUCtex_reverse_eebba j 2777 d 0 1000 n j 2777 FUCtpp j 2778 d 0 1000 n j 2778 FUCtpp_reverse_d2289 j 2779 d 0 1000 n j 2779 FUM j 2780 d 0 1000 n j 2780 FUM_reverse_d3642 j 2781 d 0 1000 n j 2781 FUMt2_2pp j 2782 s 0 n j 2782 FUMt2_2pp_reverse_fb621 j 2783 d 0 1000 n j 2783 FUMtex j 2784 d 0 1000 n j 2784 FUMtex_reverse_556a3 j 2785 d 0 1000 n j 2785 G1PACT j 2786 s 0 n j 2786 G1PACT_reverse_51580 j 2787 d 0 1000 n j 2787 G1PPpp j 2788 s 0 n j 2788 G1PPpp_reverse_c08b7 j 2789 d 0 1000 n j 2789 G1PTT j 2790 s 0 n j 2790 G1PTT_reverse_acd22 j 2791 d 0 1000 n j 2791 G1Ptex j 2792 d 0 1000 n j 2792 G1Ptex_reverse_6b1be j 2793 d 0 1000 n j 2793 G1SAT j 2794 d 0 1000 n j 2794 G1SAT_reverse_2ec2f j 2795 d 0 1000 n j 2795 G2PPpp j 2796 s 0 n j 2796 G2PPpp_reverse_db88f j 2797 d 0 1000 n j 2797 G3PAT120 j 2798 s 0 n j 2798 G3PAT120_reverse_34d68 j 2799 d 0 1000 n j 2799 G3PAT140 j 2800 s 0 n j 2800 G3PAT140_reverse_70922 j 2801 d 0 1000 n j 2801 G3PAT141 j 2802 s 0 n j 2802 G3PAT141_reverse_b50c4 j 2803 d 0 1000 n j 2803 G3PAT160 j 2804 s 0 n j 2804 G3PAT160_reverse_446d0 j 2805 d 0 1000 n j 2805 G3PAT161 j 2806 s 0 n j 2806 G3PAT161_reverse_1ef08 j 2807 d 0 1000 n j 2807 G3PAT180 j 2808 s 0 n j 2808 G3PAT180_reverse_e7ff1 j 2809 d 0 1000 n j 2809 G3PAT181 j 2810 s 0 n j 2810 G3PAT181_reverse_89dcb j 2811 d 0 1000 n j 2811 G3PCabcpp j 2812 s 0 n j 2812 G3PCabcpp_reverse_533c2 j 2813 d 0 1000 n j 2813 G3PCtex j 2814 d 0 1000 n j 2814 G3PCtex_reverse_12db0 j 2815 d 0 1000 n j 2815 G3PD2 j 2816 d 0 1000 n j 2816 G3PD2_reverse_0c363 j 2817 d 0 1000 n j 2817 G3PD5 j 2818 s 0 n j 2818 G3PD5_reverse_cbf7e j 2819 d 0 1000 n j 2819 G3PD6 j 2820 s 0 n j 2820 G3PD6_reverse_a5207 j 2821 d 0 1000 n j 2821 G3PD7 j 2822 s 0 n j 2822 G3PD7_reverse_74364 j 2823 d 0 1000 n j 2823 G3PEabcpp j 2824 s 0 n j 2824 G3PEabcpp_reverse_86805 j 2825 d 0 1000 n j 2825 G3PEtex j 2826 d 0 1000 n j 2826 G3PEtex_reverse_2e8db j 2827 d 0 1000 n j 2827 G3PGabcpp j 2828 s 0 n j 2828 G3PGabcpp_reverse_603fd j 2829 d 0 1000 n j 2829 G3PGtex j 2830 d 0 1000 n j 2830 G3PGtex_reverse_56fc1 j 2831 d 0 1000 n j 2831 G3PIabcpp j 2832 s 0 n j 2832 G3PIabcpp_reverse_8097b j 2833 d 0 1000 n j 2833 G3PItex j 2834 d 0 1000 n j 2834 G3PItex_reverse_cf34b j 2835 d 0 1000 n j 2835 G3PSabcpp j 2836 s 0 n j 2836 G3PSabcpp_reverse_55636 j 2837 d 0 1000 n j 2837 G3PStex j 2838 d 0 1000 n j 2838 G3PStex_reverse_d8e57 j 2839 d 0 1000 n j 2839 G3PT j 2840 s 0 n j 2840 G3PT_reverse_0c714 j 2841 d 0 1000 n j 2841 G5SADs j 2842 s 0 n j 2842 G5SADs_reverse_c7fa4 j 2843 d 0 1000 n j 2843 G5SD j 2844 s 0 n j 2844 G5SD_reverse_af8c0 j 2845 d 0 1000 n j 2845 G6PDA j 2846 s 0 n j 2846 G6PDA_reverse_74cec j 2847 d 0 1000 n j 2847 G6PDH2r j 2848 d 0 1000 n j 2848 G6PDH2r_reverse_19ddf j 2849 d 0 1000 n j 2849 G6PP j 2850 s 0 n j 2850 G6PP_reverse_0ca97 j 2851 d 0 1000 n j 2851 G6Pt6_2pp j 2852 s 0 n j 2852 G6Pt6_2pp_reverse_d2a32 j 2853 d 0 1000 n j 2853 G6Ptex j 2854 d 0 1000 n j 2854 G6Ptex_reverse_18275 j 2855 d 0 1000 n j 2855 GAL1PPpp j 2856 s 0 n j 2856 GAL1PPpp_reverse_20a5d j 2857 d 0 1000 n j 2857 GAL1Ptex j 2858 d 0 1000 n j 2858 GAL1Ptex_reverse_59516 j 2859 d 0 1000 n j 2859 GALBDtex j 2860 d 0 1000 n j 2860 GALBDtex_reverse_20d94 j 2861 d 0 1000 n j 2861 GALCTNLtex j 2862 d 0 1000 n j 2862 GALCTNLtex_reverse_0beec j 2863 d 0 1000 n j 2863 GALCTNt2pp j 2864 s 0 n j 2864 GALCTNt2pp_reverse_0033f j 2865 d 0 1000 n j 2865 GALCTNtex j 2866 d 0 1000 n j 2866 GALCTNtex_reverse_3d1b9 j 2867 d 0 1000 n j 2867 GALCTt2rpp j 2868 d 0 1000 n j 2868 GALCTt2rpp_reverse_3d443 j 2869 d 0 1000 n j 2869 GALCTtex j 2870 d 0 1000 n j 2870 GALCTtex_reverse_17864 j 2871 d 0 1000 n j 2871 GALKr j 2872 s 0 n j 2872 GALKr_reverse_f2812 j 2873 d 0 1000 n j 2873 GALM2pp j 2874 s 0 n j 2874 GALM2pp_reverse_3782e j 2875 d 0 1000 n j 2875 GALS3 j 2876 s 0 n j 2876 GALS3_reverse_0876a j 2877 d 0 1000 n j 2877 GALT1 j 2878 s 0 n j 2878 GALT1_reverse_8f23f j 2879 d 0 1000 n j 2879 GALTtex j 2880 d 0 1000 n j 2880 GALTtex_reverse_6effe j 2881 d 0 1000 n j 2881 GALURt2rpp j 2882 d 0 1000 n j 2882 GALURt2rpp_reverse_ab541 j 2883 d 0 1000 n j 2883 GALURtex j 2884 d 0 1000 n j 2884 GALURtex_reverse_76987 j 2885 d 0 1000 n j 2885 GALUi j 2886 s 0 n j 2886 GALUi_reverse_c40d5 j 2887 d 0 1000 n j 2887 GALabcpp j 2888 s 0 n j 2888 GALabcpp_reverse_5f3e3 j 2889 d 0 1000 n j 2889 GALt2pp j 2890 s 0 n j 2890 GALt2pp_reverse_a17c6 j 2891 d 0 1000 n j 2891 GALtex j 2892 d 0 1000 n j 2892 GALtex_reverse_3707a j 2893 d 0 1000 n j 2893 GAM6Pt6_2pp j 2894 s 0 n j 2894 GAM6Pt6_2pp_reverse_fb76b j 2895 d 0 1000 n j 2895 GAMAN6Ptex j 2896 d 0 1000 n j 2896 GAMAN6Ptex_reverse_9152e j 2897 d 0 1000 n j 2897 GAMptspp j 2898 s 0 n j 2898 GAMptspp_reverse_3e396 j 2899 d 0 1000 n j 2899 GAMtex j 2900 d 0 1000 n j 2900 GAMtex_reverse_bc147 j 2901 d 0 1000 n j 2901 GAPD j 2902 d 0 1000 n j 2902 GAPD_reverse_459c1 j 2903 d 0 1000 n j 2903 GARFT j 2904 d 0 1000 n j 2904 GARFT_reverse_7ecb6 j 2905 d 0 1000 n j 2905 GART j 2906 s 0 n j 2906 GART_reverse_61742 j 2907 d 0 1000 n j 2907 GBBTNtex j 2908 d 0 1000 n j 2908 GBBTNtex_reverse_b2a35 j 2909 d 0 1000 n j 2909 GDMANE j 2910 s 0 n j 2910 GDMANE_reverse_b86aa j 2911 d 0 1000 n j 2911 GDPDPK j 2912 s 0 n j 2912 GDPDPK_reverse_382cc j 2913 d 0 1000 n j 2913 GDPMNH j 2914 s 0 n j 2914 GDPMNH_reverse_65ff7 j 2915 d 0 1000 n j 2915 GDPMNP j 2916 s 0 n j 2916 GDPMNP_reverse_21010 j 2917 d 0 1000 n j 2917 GDPtex j 2918 d 0 1000 n j 2918 GDPtex_reverse_749cd j 2919 d 0 1000 n j 2919 GF6PTA j 2920 s 0 n j 2920 GF6PTA_reverse_21fb1 j 2921 d 0 1000 n j 2921 GHMT2r j 2922 d 0 1000 n j 2922 GHMT2r_reverse_d977f j 2923 d 0 1000 n j 2923 GK1 j 2924 d 0 1000 n j 2924 GK1_reverse_11a40 j 2925 d 0 1000 n j 2925 GLBRAN2 j 2926 s 0 n j 2926 GLBRAN2_reverse_1b8be j 2927 d 0 1000 n j 2927 GLCATr j 2928 d 0 1000 n j 2928 GLCATr_reverse_9af93 j 2929 d 0 1000 n j 2929 GLCDpp j 2930 s 0 n j 2930 GLCDpp_reverse_d9944 j 2931 d 0 1000 n j 2931 GLCNt2rpp j 2932 d 0 1000 n j 2932 GLCNt2rpp_reverse_056bf j 2933 d 0 1000 n j 2933 GLCNtex j 2934 d 0 1000 n j 2934 GLCNtex_reverse_2dd9c j 2935 d 0 1000 n j 2935 GLCP j 2936 s 0 n j 2936 GLCP_reverse_c3987 j 2937 d 0 1000 n j 2937 GLCP2 j 2938 s 0 n j 2938 GLCP2_reverse_550c1 j 2939 d 0 1000 n j 2939 GLCRAL j 2940 s 0 n j 2940 GLCRAL_reverse_e887c j 2941 d 0 1000 n j 2941 GLCRD j 2942 s 0 n j 2942 GLCRD_reverse_f42e2 j 2943 d 0 1000 n j 2943 GLCRt2rpp j 2944 d 0 1000 n j 2944 GLCRt2rpp_reverse_e7168 j 2945 d 0 1000 n j 2945 GLCRtex j 2946 d 0 1000 n j 2946 GLCRtex_reverse_91298 j 2947 d 0 1000 n j 2947 GLCS1 j 2948 s 0 n j 2948 GLCS1_reverse_6cce0 j 2949 d 0 1000 n j 2949 GLCTR1 j 2950 s 0 n j 2950 GLCTR1_reverse_7108b j 2951 d 0 1000 n j 2951 GLCTR2 j 2952 s 0 n j 2952 GLCTR2_reverse_0d51e j 2953 d 0 1000 n j 2953 GLCTR3 j 2954 s 0 n j 2954 GLCTR3_reverse_40321 j 2955 d 0 1000 n j 2955 GLCUR1Ptex j 2956 d 0 1000 n j 2956 GLCUR1Ptex_reverse_77625 j 2957 d 0 1000 n j 2957 GLCURt2rpp j 2958 d 0 1000 n j 2958 GLCURt2rpp_reverse_15d52 j 2959 d 0 1000 n j 2959 GLCURtex j 2960 d 0 1000 n j 2960 GLCURtex_reverse_45707 j 2961 d 0 1000 n j 2961 GLCabcpp j 2962 s 0 n j 2962 GLCabcpp_reverse_fb087 j 2963 d 0 1000 n j 2963 GLCptspp j 2964 s 0 n j 2964 GLCptspp_reverse_9cf76 j 2965 d 0 1000 n j 2965 GLCt2pp j 2966 s 0 n j 2966 GLCt2pp_reverse_b9e3b j 2967 d 0 1000 n j 2967 GLCtex j 2968 d 0 1000 n j 2968 GLCtex_reverse_cf101 j 2969 d 0 1000 n j 2969 GLCtexi j 2970 s 0 n j 2970 GLCtexi_reverse_9660e j 2971 d 0 1000 n j 2971 GLDBRAN2 j 2972 s 0 n j 2972 GLDBRAN2_reverse_149c3 j 2973 d 0 1000 n j 2973 GLGC j 2974 s 0 n j 2974 GLGC_reverse_f6fb0 j 2975 d 0 1000 n j 2975 GLNS j 2976 s 0 n j 2976 GLNS_reverse_59581 j 2977 d 0 1000 n j 2977 GLNTRS j 2978 s 0 n j 2978 GLNTRS_reverse_062f1 j 2979 d 0 1000 n j 2979 GLNabcpp j 2980 s 0 n j 2980 GLNabcpp_reverse_c0546 j 2981 d 0 1000 n j 2981 GLNtex j 2982 d 0 1000 n j 2982 GLNtex_reverse_7b7bb j 2983 d 0 1000 n j 2983 GLU5K j 2984 s 0 n j 2984 GLU5K_reverse_0d895 j 2985 d 0 1000 n j 2985 GLUCYS j 2986 s 0 n j 2986 GLUCYS_reverse_f13d6 j 2987 d 0 1000 n j 2987 GLUDy j 2988 d 0 1000 n j 2988 GLUDy_reverse_fa4e7 j 2989 d 0 1000 n j 2989 GLUN j 2990 s 0 n j 2990 GLUN_reverse_4ccdb j 2991 d 0 1000 n j 2991 GLUNpp j 2992 s 0 n j 2992 GLUNpp_reverse_b9a17 j 2993 d 0 1000 n j 2993 GLUPRT j 2994 s 0 n j 2994 GLUPRT_reverse_1f180 j 2995 d 0 1000 n j 2995 GLUR j 2996 d 0 1000 n j 2996 GLUR_reverse_6b3bf j 2997 d 0 1000 n j 2997 GLUSy j 2998 s 0 n j 2998 GLUSy_reverse_6a00f j 2999 d 0 1000 n j 2999 GLUTRR j 3000 s 0 n j 3000 GLUTRR_reverse_355d5 j 3001 d 0 1000 n j 3001 GLUTRS j 3002 s 0 n j 3002 GLUTRS_reverse_b214d j 3003 d 0 1000 n j 3003 GLUabcpp j 3004 s 0 n j 3004 GLUabcpp_reverse_31e5a j 3005 d 0 1000 n j 3005 GLUt2rpp j 3006 d 0 1000 n j 3006 GLUt2rpp_reverse_6203a j 3007 d 0 1000 n j 3007 GLUt4pp j 3008 s 0 n j 3008 GLUt4pp_reverse_e5533 j 3009 d 0 1000 n j 3009 GLUtex j 3010 d 0 1000 n j 3010 GLUtex_reverse_556e0 j 3011 d 0 1000 n j 3011 GLXCL j 3012 s 0 n j 3012 GLXCL_reverse_ea654 j 3013 d 0 1000 n j 3013 GLYALDtex j 3014 d 0 1000 n j 3014 GLYALDtex_reverse_9a060 j 3015 d 0 1000 n j 3015 GLYALDtpp j 3016 d 0 1000 n j 3016 GLYALDtpp_reverse_e48d4 j 3017 d 0 1000 n j 3017 GLYAT j 3018 d 0 1000 n j 3018 GLYAT_reverse_9e240 j 3019 d 0 1000 n j 3019 GLYBabcpp j 3020 s 0 n j 3020 GLYBabcpp_reverse_db5e6 j 3021 d 0 1000 n j 3021 GLYBtex j 3022 d 0 1000 n j 3022 GLYBtex_reverse_f31f5 j 3023 d 0 1000 n j 3023 GLYC2Ptex j 3024 d 0 1000 n j 3024 GLYC2Ptex_reverse_12c3e j 3025 d 0 1000 n j 3025 GLYC3Pabcpp j 3026 s 0 n j 3026 GLYC3Pabcpp_reverse_4dfe0 j 3027 d 0 1000 n j 3027 GLYC3Pt6pp j 3028 s 0 n j 3028 GLYC3Pt6pp_reverse_1e468 j 3029 d 0 1000 n j 3029 GLYC3Ptex j 3030 d 0 1000 n j 3030 GLYC3Ptex_reverse_6c7e7 j 3031 d 0 1000 n j 3031 GLYCAt2rpp j 3032 d 0 1000 n j 3032 GLYCAt2rpp_reverse_6cc5b j 3033 d 0 1000 n j 3033 GLYCAtex j 3034 d 0 1000 n j 3034 GLYCAtex_reverse_8cc71 j 3035 d 0 1000 n j 3035 GLYCDx j 3036 s 0 n j 3036 GLYCDx_reverse_1c0b9 j 3037 d 0 1000 n j 3037 GLYCK j 3038 s 0 n j 3038 GLYCK_reverse_c3ee2 j 3039 d 0 1000 n j 3039 GLYCK2 j 3040 s 0 n j 3040 GLYCK2_reverse_31342 j 3041 d 0 1000 n j 3041 GLYCL j 3042 s 0 n j 3042 GLYCL_reverse_e418f j 3043 d 0 1000 n j 3043 GLYCLTDx j 3044 s 0 n j 3044 GLYCLTDx_reverse_d2f71 j 3045 d 0 1000 n j 3045 GLYCLTDy j 3046 s 0 n j 3046 GLYCLTDy_reverse_c2d09 j 3047 d 0 1000 n j 3047 GLYCLTt2rpp j 3048 d 0 1000 n j 3048 GLYCLTt2rpp_reverse_8d806 j 3049 d 0 1000 n j 3049 GLYCLTt4pp j 3050 s 0 n j 3050 GLYCLTt4pp_reverse_e1135 j 3051 d 0 1000 n j 3051 GLYCLTtex j 3052 d 0 1000 n j 3052 GLYCLTtex_reverse_0f859 j 3053 d 0 1000 n j 3053 GLYCTO2 j 3054 s 0 n j 3054 GLYCTO2_reverse_b9aca j 3055 d 0 1000 n j 3055 GLYCTO3 j 3056 s 0 n j 3056 GLYCTO3_reverse_59bab j 3057 d 0 1000 n j 3057 GLYCTO4 j 3058 s 0 n j 3058 GLYCTO4_reverse_9c086 j 3059 d 0 1000 n j 3059 GLYCtex j 3060 d 0 1000 n j 3060 GLYCtex_reverse_8d161 j 3061 d 0 1000 n j 3061 GLYCtpp j 3062 d 0 1000 n j 3062 GLYCtpp_reverse_da8b3 j 3063 d 0 1000 n j 3063 GLYK j 3064 s 0 n j 3064 GLYK_reverse_bda48 j 3065 d 0 1000 n j 3065 GLYOX j 3066 s 0 n j 3066 GLYOX_reverse_6ab0a j 3067 d 0 1000 n j 3067 GLYOX3 j 3068 s 0 n j 3068 GLYOX3_reverse_1055b j 3069 d 0 1000 n j 3069 GLYTRS j 3070 s 0 n j 3070 GLYTRS_reverse_b4742 j 3071 d 0 1000 n j 3071 GLYt2pp j 3072 s 0 n j 3072 GLYt2pp_reverse_b67e5 j 3073 d 0 1000 n j 3073 GLYtex j 3074 d 0 1000 n j 3074 GLYtex_reverse_52f38 j 3075 d 0 1000 n j 3075 GMAND j 3076 s 0 n j 3076 GMAND_reverse_b3087 j 3077 d 0 1000 n j 3077 GMHEPAT j 3078 s 0 n j 3078 GMHEPAT_reverse_681cc j 3079 d 0 1000 n j 3079 GMHEPK j 3080 s 0 n j 3080 GMHEPK_reverse_6f80f j 3081 d 0 1000 n j 3081 GMHEPPA j 3082 s 0 n j 3082 GMHEPPA_reverse_7f337 j 3083 d 0 1000 n j 3083 GMPR j 3084 s 0 n j 3084 GMPR_reverse_dd594 j 3085 d 0 1000 n j 3085 GMPS2 j 3086 s 0 n j 3086 GMPS2_reverse_aa6c4 j 3087 d 0 1000 n j 3087 GMPtex j 3088 d 0 1000 n j 3088 GMPtex_reverse_8f9e8 j 3089 d 0 1000 n j 3089 GND j 3090 s 0 n j 3090 GND_reverse_eec5c j 3091 d 0 1000 n j 3091 GNK j 3092 s 0 n j 3092 GNK_reverse_b04ef j 3093 d 0 1000 n j 3093 GOFUCR j 3094 s 0 n j 3094 GOFUCR_reverse_d2648 j 3095 d 0 1000 n j 3095 GPDDA1 j 3096 s 0 n j 3096 GPDDA1_reverse_306eb j 3097 d 0 1000 n j 3097 GPDDA1pp j 3098 s 0 n j 3098 GPDDA1pp_reverse_761d9 j 3099 d 0 1000 n j 3099 GPDDA2 j 3100 s 0 n j 3100 GPDDA2_reverse_2a1d6 j 3101 d 0 1000 n j 3101 GPDDA2pp j 3102 s 0 n j 3102 GPDDA2pp_reverse_1fc2e j 3103 d 0 1000 n j 3103 GPDDA3 j 3104 s 0 n j 3104 GPDDA3_reverse_f91a3 j 3105 d 0 1000 n j 3105 GPDDA3pp j 3106 s 0 n j 3106 GPDDA3pp_reverse_cb226 j 3107 d 0 1000 n j 3107 GPDDA4 j 3108 s 0 n j 3108 GPDDA4_reverse_bf732 j 3109 d 0 1000 n j 3109 GPDDA4pp j 3110 s 0 n j 3110 GPDDA4pp_reverse_39af6 j 3111 d 0 1000 n j 3111 GPDDA5 j 3112 s 0 n j 3112 GPDDA5_reverse_1db22 j 3113 d 0 1000 n j 3113 GPDDA5pp j 3114 s 0 n j 3114 GPDDA5pp_reverse_87dae j 3115 d 0 1000 n j 3115 GRTT j 3116 s 0 n j 3116 GRTT_reverse_f3afe j 3117 d 0 1000 n j 3117 GRXR j 3118 s 0 n j 3118 GRXR_reverse_e354b j 3119 d 0 1000 n j 3119 GSNK j 3120 s 0 n j 3120 GSNK_reverse_e6c23 j 3121 d 0 1000 n j 3121 GSNt2pp j 3122 s 0 n j 3122 GSNt2pp_reverse_8e537 j 3123 d 0 1000 n j 3123 GSNtex j 3124 d 0 1000 n j 3124 GSNtex_reverse_b0797 j 3125 d 0 1000 n j 3125 GSPMDA j 3126 s 0 n j 3126 GSPMDA_reverse_cebb4 j 3127 d 0 1000 n j 3127 GSPMDS j 3128 s 0 n j 3128 GSPMDS_reverse_d437d j 3129 d 0 1000 n j 3129 GTHOXtex j 3130 d 0 1000 n j 3130 GTHOXtex_reverse_f2d27 j 3131 d 0 1000 n j 3131 GTHOr j 3132 d 0 1000 n j 3132 GTHOr_reverse_8f1f9 j 3133 d 0 1000 n j 3133 GTHRDHpp j 3134 s 0 n j 3134 GTHRDHpp_reverse_1186e j 3135 d 0 1000 n j 3135 GTHRDabc2pp j 3136 s 0 n j 3136 GTHRDabc2pp_reverse_c2215 j 3137 d 0 1000 n j 3137 GTHRDabcpp j 3138 s 0 n j 3138 GTHRDabcpp_reverse_27f15 j 3139 d 0 1000 n j 3139 GTHRDtex j 3140 d 0 1000 n j 3140 GTHRDtex_reverse_3bfd2 j 3141 d 0 1000 n j 3141 GTHS j 3142 s 0 n j 3142 GTHS_reverse_172f9 j 3143 d 0 1000 n j 3143 GTPCI j 3144 s 0 n j 3144 GTPCI_reverse_1ee86 j 3145 d 0 1000 n j 3145 GTPCII2 j 3146 s 0 n j 3146 GTPCII2_reverse_63cd8 j 3147 d 0 1000 n j 3147 GTPDPDP j 3148 s 0 n j 3148 GTPDPDP_reverse_9d492 j 3149 d 0 1000 n j 3149 GTPDPK j 3150 s 0 n j 3150 GTPDPK_reverse_f4450 j 3151 d 0 1000 n j 3151 GTPHs j 3152 s 0 n j 3152 GTPHs_reverse_79d11 j 3153 d 0 1000 n j 3153 GTPtex j 3154 d 0 1000 n j 3154 GTPtex_reverse_cea0b j 3155 d 0 1000 n j 3155 GUAPRT j 3156 s 0 n j 3156 GUAPRT_reverse_ac1f5 j 3157 d 0 1000 n j 3157 GUAt2pp j 3158 s 0 n j 3158 GUAt2pp_reverse_9e865 j 3159 d 0 1000 n j 3159 GUAtex j 3160 d 0 1000 n j 3160 GUAtex_reverse_9765a j 3161 d 0 1000 n j 3161 GUAtpp j 3162 d 0 1000 n j 3162 GUAtpp_reverse_8f625 j 3163 d 0 1000 n j 3163 GUR1PPpp j 3164 s 0 n j 3164 GUR1PPpp_reverse_b6a53 j 3165 d 0 1000 n j 3165 H2O2tex j 3166 d 0 1000 n j 3166 H2O2tex_reverse_c5e91 j 3167 d 0 1000 n j 3167 H2Otex j 3168 d 0 1000 n j 3168 H2Otex_reverse_57da2 j 3169 d 0 1000 n j 3169 H2Otpp j 3170 d 0 1000 n j 3170 H2Otpp_reverse_01d15 j 3171 d 0 1000 n j 3171 H2SO j 3172 s 0 n j 3172 H2SO_reverse_f76c7 j 3173 d 0 1000 n j 3173 H2St1pp j 3174 s 0 n j 3174 H2St1pp_reverse_d701f j 3175 d 0 1000 n j 3175 H2Stex j 3176 d 0 1000 n j 3176 H2Stex_reverse_67951 j 3177 d 0 1000 n j 3177 H2tex j 3178 d 0 1000 n j 3178 H2tex_reverse_89d9b j 3179 d 0 1000 n j 3179 H2tpp j 3180 d 0 1000 n j 3180 H2tpp_reverse_d5688 j 3181 d 0 1000 n j 3181 HACD1i j 3182 s 0 n j 3182 HACD1i_reverse_0d352 j 3183 d 0 1000 n j 3183 HACD2i j 3184 s 0 n j 3184 HACD2i_reverse_bde70 j 3185 d 0 1000 n j 3185 HACD3i j 3186 s 0 n j 3186 HACD3i_reverse_841f3 j 3187 d 0 1000 n j 3187 HACD4i j 3188 s 0 n j 3188 HACD4i_reverse_82a1c j 3189 d 0 1000 n j 3189 HACD5i j 3190 s 0 n j 3190 HACD5i_reverse_fc1a1 j 3191 d 0 1000 n j 3191 HACD6i j 3192 s 0 n j 3192 HACD6i_reverse_0e4e9 j 3193 d 0 1000 n j 3193 HACD7i j 3194 s 0 n j 3194 HACD7i_reverse_3b26f j 3195 d 0 1000 n j 3195 HACD8i j 3196 s 0 n j 3196 HACD8i_reverse_1c30c j 3197 d 0 1000 n j 3197 HBZOPT j 3198 s 0 n j 3198 HBZOPT_reverse_ad95f j 3199 d 0 1000 n j 3199 HCINNMtex j 3200 d 0 1000 n j 3200 HCINNMtex_reverse_baa63 j 3201 d 0 1000 n j 3201 HCO3E j 3202 d 0 1000 n j 3202 HCO3E_reverse_97ea5 j 3203 d 0 1000 n j 3203 HDCAtexi j 3204 s 0 n j 3204 HDCAtexi_reverse_86dae j 3205 d 0 1000 n j 3205 HDCEAtexi j 3206 s 0 n j 3206 HDCEAtexi_reverse_ecdf5 j 3207 d 0 1000 n j 3207 HDCOAI j 3208 s 0 n j 3208 HDCOAI_reverse_3489f j 3209 d 0 1000 n j 3209 HEMEOS j 3210 s 0 n j 3210 HEMEOS_reverse_b63ba j 3211 d 0 1000 n j 3211 HEPK1 j 3212 s 0 n j 3212 HEPK1_reverse_7641a j 3213 d 0 1000 n j 3213 HEPK2 j 3214 s 0 n j 3214 HEPK2_reverse_0f9b1 j 3215 d 0 1000 n j 3215 HEPT1 j 3216 s 0 n j 3216 HEPT1_reverse_da8bc j 3217 d 0 1000 n j 3217 HEPT2 j 3218 s 0 n j 3218 HEPT2_reverse_6039c j 3219 d 0 1000 n j 3219 HEPT3 j 3220 s 0 n j 3220 HEPT3_reverse_23852 j 3221 d 0 1000 n j 3221 HEPT4 j 3222 s 0 n j 3222 HEPT4_reverse_1a6e9 j 3223 d 0 1000 n j 3223 HETZK j 3224 s 0 n j 3224 HETZK_reverse_34f91 j 3225 d 0 1000 n j 3225 HEX1 j 3226 s 0 n j 3226 HEX1_reverse_25efa j 3227 d 0 1000 n j 3227 HEX4 j 3228 s 0 n j 3228 HEX4_reverse_5b8fc j 3229 d 0 1000 n j 3229 HEX7 j 3230 s 0 n j 3230 HEX7_reverse_f7d4e j 3231 d 0 1000 n j 3231 HG2abcpp j 3232 s 0 n j 3232 HG2abcpp_reverse_7efc6 j 3233 d 0 1000 n j 3233 HG2tex j 3234 d 0 1000 n j 3234 HG2tex_reverse_75fcc j 3235 d 0 1000 n j 3235 HISTD j 3236 s 0 n j 3236 HISTD_reverse_2a63b j 3237 d 0 1000 n j 3237 HISTP j 3238 s 0 n j 3238 HISTP_reverse_5e409 j 3239 d 0 1000 n j 3239 HISTRS j 3240 s 0 n j 3240 HISTRS_reverse_a6df2 j 3241 d 0 1000 n j 3241 HISabcpp j 3242 s 0 n j 3242 HISabcpp_reverse_4e9d8 j 3243 d 0 1000 n j 3243 HISt2rpp j 3244 d 0 1000 n j 3244 HISt2rpp_reverse_f6739 j 3245 d 0 1000 n j 3245 HIStex j 3246 d 0 1000 n j 3246 HIStex_reverse_4d05f j 3247 d 0 1000 n j 3247 HMBS j 3248 s 0 n j 3248 HMBS_reverse_23a06 j 3249 d 0 1000 n j 3249 HMPK1 j 3250 s 0 n j 3250 HMPK1_reverse_8f692 j 3251 d 0 1000 n j 3251 HOMt2pp j 3252 s 0 n j 3252 HOMt2pp_reverse_6b82d j 3253 d 0 1000 n j 3253 HOMtex j 3254 d 0 1000 n j 3254 HOMtex_reverse_58325 j 3255 d 0 1000 n j 3255 HPPK2 j 3256 s 0 n j 3256 HPPK2_reverse_9a03f j 3257 d 0 1000 n j 3257 HPPPNtex j 3258 d 0 1000 n j 3258 HPPPNtex_reverse_5cefc j 3259 d 0 1000 n j 3259 HPYRI j 3260 d 0 1000 n j 3260 HPYRI_reverse_5f20f j 3261 d 0 1000 n j 3261 HPYRRx j 3262 s 0 n j 3262 HPYRRx_reverse_8678f j 3263 d 0 1000 n j 3263 HPYRRy j 3264 s 0 n j 3264 HPYRRy_reverse_197c5 j 3265 d 0 1000 n j 3265 HSDy j 3266 d 0 1000 n j 3266 HSDy_reverse_77ce7 j 3267 d 0 1000 n j 3267 HSK j 3268 s 0 n j 3268 HSK_reverse_e4218 j 3269 d 0 1000 n j 3269 HSST j 3270 s 0 n j 3270 HSST_reverse_a009a j 3271 d 0 1000 n j 3271 HSTPT j 3272 s 0 n j 3272 HSTPT_reverse_b3657 j 3273 d 0 1000 n j 3273 HXAtex j 3274 d 0 1000 n j 3274 HXAtex_reverse_ba86b j 3275 d 0 1000 n j 3275 HXPRT j 3276 s 0 n j 3276 HXPRT_reverse_c7021 j 3277 d 0 1000 n j 3277 HYPOE j 3278 s 0 n j 3278 HYPOE_reverse_6571b j 3279 d 0 1000 n j 3279 HYXNtex j 3280 d 0 1000 n j 3280 HYXNtex_reverse_af8af j 3281 d 0 1000 n j 3281 HYXNtpp j 3282 d 0 1000 n j 3282 HYXNtpp_reverse_52a92 j 3283 d 0 1000 n j 3283 Htex j 3284 d 0 1000 n j 3284 Htex_reverse_6f9a4 j 3285 d 0 1000 n j 3285 ICDHyr j 3286 d 0 1000 n j 3286 ICDHyr_reverse_7f84b j 3287 d 0 1000 n j 3287 ICHORS j 3288 d 0 1000 n j 3288 ICHORS_reverse_8e175 j 3289 d 0 1000 n j 3289 ICHORSi j 3290 s 0 n j 3290 ICHORSi_reverse_73339 j 3291 d 0 1000 n j 3291 ICHORT j 3292 s 0 n j 3292 ICHORT_reverse_743ed j 3293 d 0 1000 n j 3293 ICL j 3294 s 0 n j 3294 ICL_reverse_2f27e j 3295 d 0 1000 n j 3295 IDOND j 3296 d 0 1000 n j 3296 IDOND_reverse_b2be5 j 3297 d 0 1000 n j 3297 IDOND2 j 3298 s 0 n j 3298 IDOND2_reverse_a93f5 j 3299 d 0 1000 n j 3299 IDONt2rpp j 3300 d 0 1000 n j 3300 IDONt2rpp_reverse_b5eee j 3301 d 0 1000 n j 3301 IDONtex j 3302 d 0 1000 n j 3302 IDONtex_reverse_efc44 j 3303 d 0 1000 n j 3303 IG3PS j 3304 s 0 n j 3304 IG3PS_reverse_12008 j 3305 d 0 1000 n j 3305 IGPDH j 3306 s 0 n j 3306 IGPDH_reverse_b1a3c j 3307 d 0 1000 n j 3307 IGPS j 3308 s 0 n j 3308 IGPS_reverse_feb80 j 3309 d 0 1000 n j 3309 ILETA j 3310 d 0 1000 n j 3310 ILETA_reverse_aec70 j 3311 d 0 1000 n j 3311 ILETRS j 3312 s 0 n j 3312 ILETRS_reverse_02878 j 3313 d 0 1000 n j 3313 ILEabcpp j 3314 s 0 n j 3314 ILEabcpp_reverse_a3857 j 3315 d 0 1000 n j 3315 ILEt2rpp j 3316 d 0 1000 n j 3316 ILEt2rpp_reverse_b0484 j 3317 d 0 1000 n j 3317 ILEtex j 3318 d 0 1000 n j 3318 ILEtex_reverse_d95d1 j 3319 d 0 1000 n j 3319 IMPC j 3320 d 0 1000 n j 3320 IMPC_reverse_efa41 j 3321 d 0 1000 n j 3321 IMPD j 3322 s 0 n j 3322 IMPD_reverse_6e625 j 3323 d 0 1000 n j 3323 IMPtex j 3324 d 0 1000 n j 3324 IMPtex_reverse_014c6 j 3325 d 0 1000 n j 3325 INDOLEt2pp j 3326 s 0 n j 3326 INDOLEt2pp_reverse_6a69a j 3327 d 0 1000 n j 3327 INDOLEt2rpp j 3328 d 0 1000 n j 3328 INDOLEt2rpp_reverse_67d3f j 3329 d 0 1000 n j 3329 INDOLEtex j 3330 d 0 1000 n j 3330 INDOLEtex_reverse_8bf71 j 3331 d 0 1000 n j 3331 INSH j 3332 s 0 n j 3332 INSH_reverse_e84bd j 3333 d 0 1000 n j 3333 INSK j 3334 s 0 n j 3334 INSK_reverse_93565 j 3335 d 0 1000 n j 3335 INSTtex j 3336 d 0 1000 n j 3336 INSTtex_reverse_583d8 j 3337 d 0 1000 n j 3337 INSt2pp j 3338 s 0 n j 3338 INSt2pp_reverse_142d8 j 3339 d 0 1000 n j 3339 INSt2rpp j 3340 d 0 1000 n j 3340 INSt2rpp_reverse_c8cfb j 3341 d 0 1000 n j 3341 INStex j 3342 d 0 1000 n j 3342 INStex_reverse_06a7c j 3343 d 0 1000 n j 3343 IPDDI j 3344 d 0 1000 n j 3344 IPDDI_reverse_6c5f9 j 3345 d 0 1000 n j 3345 IPDPS j 3346 s 0 n j 3346 IPDPS_reverse_baaf9 j 3347 d 0 1000 n j 3347 IPMD j 3348 s 0 n j 3348 IPMD_reverse_d7a5e j 3349 d 0 1000 n j 3349 IPPMIa j 3350 d 0 1000 n j 3350 IPPMIa_reverse_0594d j 3351 d 0 1000 n j 3351 IPPMIb j 3352 d 0 1000 n j 3352 IPPMIb_reverse_e37a1 j 3353 d 0 1000 n j 3353 IPPS j 3354 s 0 n j 3354 IPPS_reverse_d94c0 j 3355 d 0 1000 n j 3355 ISETACtex j 3356 d 0 1000 n j 3356 ISETACtex_reverse_3abad j 3357 d 0 1000 n j 3357 K2L4Aabcpp j 3358 s 0 n j 3358 K2L4Aabcpp_reverse_ff31a j 3359 d 0 1000 n j 3359 K2L4Atex j 3360 s 0 n j 3360 K2L4Atex_reverse_ca0f8 j 3361 d 0 1000 n j 3361 KARA1 j 3362 d 0 1000 n j 3362 KARA1_reverse_2b971 j 3363 d 0 1000 n j 3363 KARA2 j 3364 d 0 1000 n j 3364 KARA2_reverse_65e99 j 3365 d 0 1000 n j 3365 KAS14 j 3366 s 0 n j 3366 KAS14_reverse_25582 j 3367 d 0 1000 n j 3367 KAS15 j 3368 s 0 n j 3368 KAS15_reverse_6f7fb j 3369 d 0 1000 n j 3369 KAT1 j 3370 s 0 n j 3370 KAT1_reverse_8dae4 j 3371 d 0 1000 n j 3371 KAT2 j 3372 s 0 n j 3372 KAT2_reverse_b46ec j 3373 d 0 1000 n j 3373 KAT3 j 3374 s 0 n j 3374 KAT3_reverse_a4d92 j 3375 d 0 1000 n j 3375 KAT4 j 3376 s 0 n j 3376 KAT4_reverse_49119 j 3377 d 0 1000 n j 3377 KAT5 j 3378 s 0 n j 3378 KAT5_reverse_04f39 j 3379 d 0 1000 n j 3379 KAT6 j 3380 s 0 n j 3380 KAT6_reverse_04968 j 3381 d 0 1000 n j 3381 KAT7 j 3382 s 0 n j 3382 KAT7_reverse_7ad6a j 3383 d 0 1000 n j 3383 KAT8 j 3384 s 0 n j 3384 KAT8_reverse_6614c j 3385 d 0 1000 n j 3385 KDOCT2 j 3386 s 0 n j 3386 KDOCT2_reverse_b2fcd j 3387 d 0 1000 n j 3387 KDOPP j 3388 s 0 n j 3388 KDOPP_reverse_c38fd j 3389 d 0 1000 n j 3389 KDOPS j 3390 s 0 n j 3390 KDOPS_reverse_d4842 j 3391 d 0 1000 n j 3391 KG6PDC j 3392 s 0 n j 3392 KG6PDC_reverse_9de4b j 3393 d 0 1000 n j 3393 Kabcpp j 3394 s 0 n j 3394 Kabcpp_reverse_35f86 j 3395 d 0 1000 n j 3395 Kt2pp j 3396 s 0 n j 3396 Kt2pp_reverse_5687c j 3397 d 0 1000 n j 3397 Kt3pp j 3398 s 0 n j 3398 Kt3pp_reverse_63b11 j 3399 d 0 1000 n j 3399 Ktex j 3400 d 0 1000 n j 3400 Ktex_reverse_03b32 j 3401 d 0 1000 n j 3401 LA4NTpp j 3402 s 0 n j 3402 LA4NTpp_reverse_2ba26 j 3403 d 0 1000 n j 3403 LADGMDH j 3404 s 0 n j 3404 LADGMDH_reverse_f7b48 j 3405 d 0 1000 n j 3405 LALDO2x j 3406 s 0 n j 3406 LALDO2x_reverse_97d24 j 3407 d 0 1000 n j 3407 LALGP j 3408 s 0 n j 3408 LALGP_reverse_4d1aa j 3409 d 0 1000 n j 3409 LCARR j 3410 d 0 1000 n j 3410 LCARR_reverse_9213d j 3411 d 0 1000 n j 3411 LCARS j 3412 d 0 1000 n j 3412 LCARS_reverse_66c3d j 3413 d 0 1000 n j 3413 LCTStex j 3414 d 0 1000 n j 3414 LCTStex_reverse_b72e4 j 3415 d 0 1000 n j 3415 LDH_D j 3416 d 0 1000 n j 3416 LDH_D_reverse_f8507 j 3417 d 0 1000 n j 3417 LDH_D2 j 3418 s 0 n j 3418 LDH_D2_reverse_92e29 j 3419 d 0 1000 n j 3419 LEUTAi j 3420 s 0 n j 3420 LEUTAi_reverse_0ec8d j 3421 d 0 1000 n j 3421 LEUTRS j 3422 s 0 n j 3422 LEUTRS_reverse_06175 j 3423 d 0 1000 n j 3423 LEUabcpp j 3424 s 0 n j 3424 LEUabcpp_reverse_ab30a j 3425 d 0 1000 n j 3425 LEUt2rpp j 3426 d 0 1000 n j 3426 LEUt2rpp_reverse_96e34 j 3427 d 0 1000 n j 3427 LEUtex j 3428 d 0 1000 n j 3428 LEUtex_reverse_a9685 j 3429 d 0 1000 n j 3429 LGTHL j 3430 s 0 n j 3430 LGTHL_reverse_c8eb0 j 3431 d 0 1000 n j 3431 LIPACabcpp j 3432 s 0 n j 3432 LIPACabcpp_reverse_9aced j 3433 d 0 1000 n j 3433 LIPAabcpp j 3434 s 0 n j 3434 LIPAabcpp_reverse_26807 j 3435 d 0 1000 n j 3435 LIPAtex j 3436 s 0 n j 3436 LIPAtex_reverse_96274 j 3437 d 0 1000 n j 3437 LPADSS j 3438 s 0 n j 3438 LPADSS_reverse_a2b94 j 3439 d 0 1000 n j 3439 LPLIPAL1A120pp j 3440 s 0 n j 3440 LPLIPAL1A120pp_reverse_c4d72 j 3441 d 0 1000 n j 3441 LPLIPAL1A140pp j 3442 s 0 n j 3442 LPLIPAL1A140pp_reverse_675c8 j 3443 d 0 1000 n j 3443 LPLIPAL1A141pp j 3444 s 0 n j 3444 LPLIPAL1A141pp_reverse_d3730 j 3445 d 0 1000 n j 3445 LPLIPAL1A160pp j 3446 s 0 n j 3446 LPLIPAL1A160pp_reverse_e3b7b j 3447 d 0 1000 n j 3447 LPLIPAL1A161pp j 3448 s 0 n j 3448 LPLIPAL1A161pp_reverse_d6287 j 3449 d 0 1000 n j 3449 LPLIPAL1A180pp j 3450 s 0 n j 3450 LPLIPAL1A180pp_reverse_e29e8 j 3451 d 0 1000 n j 3451 LPLIPAL1A181pp j 3452 s 0 n j 3452 LPLIPAL1A181pp_reverse_94417 j 3453 d 0 1000 n j 3453 LPLIPAL1E120pp j 3454 s 0 n j 3454 LPLIPAL1E120pp_reverse_ba0a2 j 3455 d 0 1000 n j 3455 LPLIPAL1E140pp j 3456 s 0 n j 3456 LPLIPAL1E140pp_reverse_fa8c9 j 3457 d 0 1000 n j 3457 LPLIPAL1E141pp j 3458 s 0 n j 3458 LPLIPAL1E141pp_reverse_afa00 j 3459 d 0 1000 n j 3459 LPLIPAL1E160pp j 3460 s 0 n j 3460 LPLIPAL1E160pp_reverse_b1637 j 3461 d 0 1000 n j 3461 LPLIPAL1E161pp j 3462 s 0 n j 3462 LPLIPAL1E161pp_reverse_51c71 j 3463 d 0 1000 n j 3463 LPLIPAL1E180pp j 3464 s 0 n j 3464 LPLIPAL1E180pp_reverse_841f1 j 3465 d 0 1000 n j 3465 LPLIPAL1E181pp j 3466 s 0 n j 3466 LPLIPAL1E181pp_reverse_add33 j 3467 d 0 1000 n j 3467 LPLIPAL1G120pp j 3468 s 0 n j 3468 LPLIPAL1G120pp_reverse_6056c j 3469 d 0 1000 n j 3469 LPLIPAL1G140pp j 3470 s 0 n j 3470 LPLIPAL1G140pp_reverse_9d9e7 j 3471 d 0 1000 n j 3471 LPLIPAL1G141pp j 3472 s 0 n j 3472 LPLIPAL1G141pp_reverse_30b2b j 3473 d 0 1000 n j 3473 LPLIPAL1G160pp j 3474 s 0 n j 3474 LPLIPAL1G160pp_reverse_6ab0f j 3475 d 0 1000 n j 3475 LPLIPAL1G161pp j 3476 s 0 n j 3476 LPLIPAL1G161pp_reverse_aecac j 3477 d 0 1000 n j 3477 LPLIPAL1G180pp j 3478 s 0 n j 3478 LPLIPAL1G180pp_reverse_9b51e j 3479 d 0 1000 n j 3479 LPLIPAL1G181pp j 3480 s 0 n j 3480 LPLIPAL1G181pp_reverse_c46f5 j 3481 d 0 1000 n j 3481 LPLIPAL2A120 j 3482 s 0 n j 3482 LPLIPAL2A120_reverse_844c0 j 3483 d 0 1000 n j 3483 LPLIPAL2A140 j 3484 s 0 n j 3484 LPLIPAL2A140_reverse_6e1ff j 3485 d 0 1000 n j 3485 LPLIPAL2A141 j 3486 s 0 n j 3486 LPLIPAL2A141_reverse_12ad1 j 3487 d 0 1000 n j 3487 LPLIPAL2A160 j 3488 s 0 n j 3488 LPLIPAL2A160_reverse_b2af0 j 3489 d 0 1000 n j 3489 LPLIPAL2A161 j 3490 s 0 n j 3490 LPLIPAL2A161_reverse_37df8 j 3491 d 0 1000 n j 3491 LPLIPAL2A180 j 3492 s 0 n j 3492 LPLIPAL2A180_reverse_dba15 j 3493 d 0 1000 n j 3493 LPLIPAL2A181 j 3494 s 0 n j 3494 LPLIPAL2A181_reverse_8b966 j 3495 d 0 1000 n j 3495 LPLIPAL2ATE120 j 3496 s 0 n j 3496 LPLIPAL2ATE120_reverse_deb80 j 3497 d 0 1000 n j 3497 LPLIPAL2ATE140 j 3498 s 0 n j 3498 LPLIPAL2ATE140_reverse_0c69d j 3499 d 0 1000 n j 3499 LPLIPAL2ATE141 j 3500 s 0 n j 3500 LPLIPAL2ATE141_reverse_eae4b j 3501 d 0 1000 n j 3501 LPLIPAL2ATE160 j 3502 s 0 n j 3502 LPLIPAL2ATE160_reverse_bcf82 j 3503 d 0 1000 n j 3503 LPLIPAL2ATE161 j 3504 s 0 n j 3504 LPLIPAL2ATE161_reverse_a516f j 3505 d 0 1000 n j 3505 LPLIPAL2ATE180 j 3506 s 0 n j 3506 LPLIPAL2ATE180_reverse_cce82 j 3507 d 0 1000 n j 3507 LPLIPAL2ATE181 j 3508 s 0 n j 3508 LPLIPAL2ATE181_reverse_e8332 j 3509 d 0 1000 n j 3509 LPLIPAL2ATG120 j 3510 s 0 n j 3510 LPLIPAL2ATG120_reverse_9d5c1 j 3511 d 0 1000 n j 3511 LPLIPAL2ATG140 j 3512 s 0 n j 3512 LPLIPAL2ATG140_reverse_e2a65 j 3513 d 0 1000 n j 3513 LPLIPAL2ATG141 j 3514 s 0 n j 3514 LPLIPAL2ATG141_reverse_7ddf2 j 3515 d 0 1000 n j 3515 LPLIPAL2ATG160 j 3516 s 0 n j 3516 LPLIPAL2ATG160_reverse_8358e j 3517 d 0 1000 n j 3517 LPLIPAL2ATG161 j 3518 s 0 n j 3518 LPLIPAL2ATG161_reverse_1cac0 j 3519 d 0 1000 n j 3519 LPLIPAL2ATG180 j 3520 s 0 n j 3520 LPLIPAL2ATG180_reverse_d5e49 j 3521 d 0 1000 n j 3521 LPLIPAL2ATG181 j 3522 s 0 n j 3522 LPLIPAL2ATG181_reverse_0d22a j 3523 d 0 1000 n j 3523 LPLIPAL2E120 j 3524 s 0 n j 3524 LPLIPAL2E120_reverse_f1aae j 3525 d 0 1000 n j 3525 LPLIPAL2E140 j 3526 s 0 n j 3526 LPLIPAL2E140_reverse_075ab j 3527 d 0 1000 n j 3527 LPLIPAL2E141 j 3528 s 0 n j 3528 LPLIPAL2E141_reverse_3ee47 j 3529 d 0 1000 n j 3529 LPLIPAL2E160 j 3530 s 0 n j 3530 LPLIPAL2E160_reverse_ad528 j 3531 d 0 1000 n j 3531 LPLIPAL2E161 j 3532 s 0 n j 3532 LPLIPAL2E161_reverse_e9be3 j 3533 d 0 1000 n j 3533 LPLIPAL2E180 j 3534 s 0 n j 3534 LPLIPAL2E180_reverse_022a8 j 3535 d 0 1000 n j 3535 LPLIPAL2E181 j 3536 s 0 n j 3536 LPLIPAL2E181_reverse_1c193 j 3537 d 0 1000 n j 3537 LPLIPAL2G120 j 3538 s 0 n j 3538 LPLIPAL2G120_reverse_68d19 j 3539 d 0 1000 n j 3539 LPLIPAL2G140 j 3540 s 0 n j 3540 LPLIPAL2G140_reverse_780ce j 3541 d 0 1000 n j 3541 LPLIPAL2G141 j 3542 s 0 n j 3542 LPLIPAL2G141_reverse_2459e j 3543 d 0 1000 n j 3543 LPLIPAL2G160 j 3544 s 0 n j 3544 LPLIPAL2G160_reverse_54863 j 3545 d 0 1000 n j 3545 LPLIPAL2G161 j 3546 s 0 n j 3546 LPLIPAL2G161_reverse_9a980 j 3547 d 0 1000 n j 3547 LPLIPAL2G180 j 3548 s 0 n j 3548 LPLIPAL2G180_reverse_116f7 j 3549 d 0 1000 n j 3549 LPLIPAL2G181 j 3550 s 0 n j 3550 LPLIPAL2G181_reverse_3cf24 j 3551 d 0 1000 n j 3551 LSERDHr j 3552 d 0 1000 n j 3552 LSERDHr_reverse_7bbae j 3553 d 0 1000 n j 3553 LYSDC j 3554 s 0 n j 3554 LYSDC_reverse_d9eb6 j 3555 d 0 1000 n j 3555 LYSTRS j 3556 s 0 n j 3556 LYSTRS_reverse_d3497 j 3557 d 0 1000 n j 3557 LYSabcpp j 3558 s 0 n j 3558 LYSabcpp_reverse_b8184 j 3559 d 0 1000 n j 3559 LYSt2pp j 3560 s 0 n j 3560 LYSt2pp_reverse_3bd5c j 3561 d 0 1000 n j 3561 LYSt3pp j 3562 s 0 n j 3562 LYSt3pp_reverse_e2d78 j 3563 d 0 1000 n j 3563 LYStex j 3564 d 0 1000 n j 3564 LYStex_reverse_a5886 j 3565 d 0 1000 n j 3565 LYXI j 3566 s 0 n j 3566 LYXI_reverse_16c69 j 3567 d 0 1000 n j 3567 LYXt2pp j 3568 s 0 n j 3568 LYXt2pp_reverse_946d1 j 3569 d 0 1000 n j 3569 LYXtex j 3570 d 0 1000 n j 3570 LYXtex_reverse_8deea j 3571 d 0 1000 n j 3571 L_LACD2 j 3572 s 0 n j 3572 L_LACD2_reverse_31758 j 3573 d 0 1000 n j 3573 L_LACD3 j 3574 s 0 n j 3574 L_LACD3_reverse_d3a1b j 3575 d 0 1000 n j 3575 L_LACt2rpp j 3576 d 0 1000 n j 3576 L_LACt2rpp_reverse_9d5df j 3577 d 0 1000 n j 3577 L_LACtex j 3578 d 0 1000 n j 3578 L_LACtex_reverse_7f0b4 j 3579 d 0 1000 n j 3579 M1PD j 3580 d 0 1000 n j 3580 M1PD_reverse_914a8 j 3581 d 0 1000 n j 3581 MACPD j 3582 s 0 n j 3582 MACPD_reverse_57f90 j 3583 d 0 1000 n j 3583 MALDt2_2pp j 3584 s 0 n j 3584 MALDt2_2pp_reverse_bdc53 j 3585 d 0 1000 n j 3585 MALDtex j 3586 d 0 1000 n j 3586 MALDtex_reverse_10a51 j 3587 d 0 1000 n j 3587 MALS j 3588 s 0 n j 3588 MALS_reverse_d7382 j 3589 d 0 1000 n j 3589 MALTATr j 3590 d 0 1000 n j 3590 MALTATr_reverse_7153a j 3591 d 0 1000 n j 3591 MALTHXabcpp j 3592 s 0 n j 3592 MALTHXabcpp_reverse_db4fe j 3593 d 0 1000 n j 3593 MALTHXtexi j 3594 s 0 n j 3594 MALTHXtexi_reverse_f16e3 j 3595 d 0 1000 n j 3595 MALTPTabcpp j 3596 s 0 n j 3596 MALTPTabcpp_reverse_2d651 j 3597 d 0 1000 n j 3597 MALTPTtexi j 3598 s 0 n j 3598 MALTPTtexi_reverse_926cf j 3599 d 0 1000 n j 3599 MALTTRabcpp j 3600 s 0 n j 3600 MALTTRabcpp_reverse_82fd8 j 3601 d 0 1000 n j 3601 MALTTRtexi j 3602 s 0 n j 3602 MALTTRtexi_reverse_c76b5 j 3603 d 0 1000 n j 3603 MALTTTRabcpp j 3604 s 0 n j 3604 MALTTTRabcpp_reverse_2e7d0 j 3605 d 0 1000 n j 3605 MALTTTRtexi j 3606 s 0 n j 3606 MALTTTRtexi_reverse_03fc4 j 3607 d 0 1000 n j 3607 MALTabcpp j 3608 s 0 n j 3608 MALTabcpp_reverse_6c8be j 3609 d 0 1000 n j 3609 MALTptspp j 3610 s 0 n j 3610 MALTptspp_reverse_1cf27 j 3611 d 0 1000 n j 3611 MALTtexi j 3612 s 0 n j 3612 MALTtexi_reverse_b9839 j 3613 d 0 1000 n j 3613 MALt2_2pp j 3614 s 0 n j 3614 MALt2_2pp_reverse_b55c3 j 3615 d 0 1000 n j 3615 MALtex j 3616 d 0 1000 n j 3616 MALtex_reverse_5ca30 j 3617 d 0 1000 n j 3617 MAN6PI j 3618 d 0 1000 n j 3618 MAN6PI_reverse_d96f0 j 3619 d 0 1000 n j 3619 MAN6Pt6_2pp j 3620 s 0 n j 3620 MAN6Pt6_2pp_reverse_b70c0 j 3621 d 0 1000 n j 3621 MAN6Ptex j 3622 d 0 1000 n j 3622 MAN6Ptex_reverse_783f8 j 3623 d 0 1000 n j 3623 MANGLYCtex j 3624 d 0 1000 n j 3624 MANGLYCtex_reverse_ae4c5 j 3625 d 0 1000 n j 3625 MANptspp j 3626 s 0 n j 3626 MANptspp_reverse_31b36 j 3627 d 0 1000 n j 3627 MANtex j 3628 d 0 1000 n j 3628 MANtex_reverse_87c2f j 3629 d 0 1000 n j 3629 MCITD j 3630 s 0 n j 3630 MCITD_reverse_431b1 j 3631 d 0 1000 n j 3631 MCITL2 j 3632 d 0 1000 n j 3632 MCITL2_reverse_5d403 j 3633 d 0 1000 n j 3633 MCITS j 3634 s 0 n j 3634 MCITS_reverse_21c9c j 3635 d 0 1000 n j 3635 MCOATA j 3636 d 0 1000 n j 3636 MCOATA_reverse_d10f2 j 3637 d 0 1000 n j 3637 MCPST j 3638 s 0 n j 3638 MCPST_reverse_c1773 j 3639 d 0 1000 n j 3639 MCTP1App j 3640 s 0 n j 3640 MCTP1App_reverse_33fae j 3641 d 0 1000 n j 3641 MCTP1Bpp j 3642 s 0 n j 3642 MCTP1Bpp_reverse_801d1 j 3643 d 0 1000 n j 3643 MCTP2App j 3644 s 0 n j 3644 MCTP2App_reverse_ab790 j 3645 d 0 1000 n j 3645 MDDCP1pp j 3646 s 0 n j 3646 MDDCP1pp_reverse_77f34 j 3647 d 0 1000 n j 3647 MDDCP2pp j 3648 s 0 n j 3648 MDDCP2pp_reverse_16437 j 3649 d 0 1000 n j 3649 MDDCP3pp j 3650 s 0 n j 3650 MDDCP3pp_reverse_def42 j 3651 d 0 1000 n j 3651 MDDCP4pp j 3652 s 0 n j 3652 MDDCP4pp_reverse_76a1f j 3653 d 0 1000 n j 3653 MDDCP5pp j 3654 s 0 n j 3654 MDDCP5pp_reverse_fd1dc j 3655 d 0 1000 n j 3655 MDDEP1pp j 3656 s 0 n j 3656 MDDEP1pp_reverse_6e8fc j 3657 d 0 1000 n j 3657 MDDEP2pp j 3658 s 0 n j 3658 MDDEP2pp_reverse_952c4 j 3659 d 0 1000 n j 3659 MDDEP3pp j 3660 s 0 n j 3660 MDDEP3pp_reverse_99f89 j 3661 d 0 1000 n j 3661 MDDEP4pp j 3662 s 0 n j 3662 MDDEP4pp_reverse_6d84a j 3663 d 0 1000 n j 3663 MDH j 3664 d 0 1000 n j 3664 MDH_reverse_ee52c j 3665 d 0 1000 n j 3665 MDRPD j 3666 s 0 n j 3666 MDRPD_reverse_fc553 j 3667 d 0 1000 n j 3667 ME1 j 3668 s 0 n j 3668 ME1_reverse_9736c j 3669 d 0 1000 n j 3669 ME2 j 3670 s 0 n j 3670 ME2_reverse_2b0a2 j 3671 d 0 1000 n j 3671 MECDPDH2 j 3672 s 0 n j 3672 MECDPDH2_reverse_1c8d6 j 3673 d 0 1000 n j 3673 MECDPS j 3674 s 0 n j 3674 MECDPS_reverse_8baa5 j 3675 d 0 1000 n j 3675 MELIBt2pp j 3676 s 0 n j 3676 MELIBt2pp_reverse_41d5d j 3677 d 0 1000 n j 3677 MELIBt3ipp j 3678 s 0 n j 3678 MELIBt3ipp_reverse_83e68 j 3679 d 0 1000 n j 3679 MELIBtex j 3680 d 0 1000 n j 3680 MELIBtex_reverse_35489 j 3681 d 0 1000 n j 3681 MEPCT j 3682 s 0 n j 3682 MEPCT_reverse_de97a j 3683 d 0 1000 n j 3683 METAT j 3684 s 0 n j 3684 METAT_reverse_793ef j 3685 d 0 1000 n j 3685 METDabcpp j 3686 s 0 n j 3686 METDabcpp_reverse_5e6d9 j 3687 d 0 1000 n j 3687 METDtex j 3688 d 0 1000 n j 3688 METDtex_reverse_a7b32 j 3689 d 0 1000 n j 3689 METOX1s j 3690 s 0 n j 3690 METOX1s_reverse_d3bca j 3691 d 0 1000 n j 3691 METOX2s j 3692 s 0 n j 3692 METOX2s_reverse_21cff j 3693 d 0 1000 n j 3693 METS j 3694 s 0 n j 3694 METS_reverse_af81e j 3695 d 0 1000 n j 3695 METSOX1abcpp j 3696 s 0 n j 3696 METSOX1abcpp_reverse_86d41 j 3697 d 0 1000 n j 3697 METSOX1tex j 3698 d 0 1000 n j 3698 METSOX1tex_reverse_61d34 j 3699 d 0 1000 n j 3699 METSOX2abcpp j 3700 s 0 n j 3700 METSOX2abcpp_reverse_17619 j 3701 d 0 1000 n j 3701 METSOX2tex j 3702 d 0 1000 n j 3702 METSOX2tex_reverse_27fe0 j 3703 d 0 1000 n j 3703 METSOXR1 j 3704 s 0 n j 3704 METSOXR1_reverse_1f950 j 3705 d 0 1000 n j 3705 METSOXR2 j 3706 s 0 n j 3706 METSOXR2_reverse_18064 j 3707 d 0 1000 n j 3707 METTRS j 3708 s 0 n j 3708 METTRS_reverse_d6cd0 j 3709 d 0 1000 n j 3709 METabcpp j 3710 s 0 n j 3710 METabcpp_reverse_3d065 j 3711 d 0 1000 n j 3711 METtex j 3712 d 0 1000 n j 3712 METtex_reverse_3ac81 j 3713 d 0 1000 n j 3713 MG2t3_2pp j 3714 d 0 1000 n j 3714 MG2t3_2pp_reverse_f9aa3 j 3715 d 0 1000 n j 3715 MG2tex j 3716 d 0 1000 n j 3716 MG2tex_reverse_a1983 j 3717 d 0 1000 n j 3717 MG2tpp j 3718 s 0 n j 3718 MG2tpp_reverse_85d82 j 3719 d 0 1000 n j 3719 MGSA j 3720 s 0 n j 3720 MGSA_reverse_ca5f7 j 3721 d 0 1000 n j 3721 MI1PP j 3722 s 0 n j 3722 MI1PP_reverse_76aa8 j 3723 d 0 1000 n j 3723 MICITD j 3724 s 0 n j 3724 MICITD_reverse_1be8b j 3725 d 0 1000 n j 3725 MINOHPtexi j 3726 s 0 n j 3726 MINOHPtexi_reverse_afc75 j 3727 d 0 1000 n j 3727 MLDCP1App j 3728 s 0 n j 3728 MLDCP1App_reverse_96701 j 3729 d 0 1000 n j 3729 MLDCP1Bpp j 3730 s 0 n j 3730 MLDCP1Bpp_reverse_5a028 j 3731 d 0 1000 n j 3731 MLDCP2App j 3732 s 0 n j 3732 MLDCP2App_reverse_ab200 j 3733 d 0 1000 n j 3733 MLDCP2Bpp j 3734 s 0 n j 3734 MLDCP2Bpp_reverse_14d0a j 3735 d 0 1000 n j 3735 MLDCP3App j 3736 s 0 n j 3736 MLDCP3App_reverse_cb2dc j 3737 d 0 1000 n j 3737 MLDEP1pp j 3738 s 0 n j 3738 MLDEP1pp_reverse_3a4b7 j 3739 d 0 1000 n j 3739 MLDEP2pp j 3740 s 0 n j 3740 MLDEP2pp_reverse_d46ea j 3741 d 0 1000 n j 3741 MLTG1 j 3742 s 0 n j 3742 MLTG1_reverse_807e4 j 3743 d 0 1000 n j 3743 MLTG2 j 3744 s 0 n j 3744 MLTG2_reverse_8ae5d j 3745 d 0 1000 n j 3745 MLTG3 j 3746 s 0 n j 3746 MLTG3_reverse_4bea7 j 3747 d 0 1000 n j 3747 MLTG4 j 3748 s 0 n j 3748 MLTG4_reverse_c7c2e j 3749 d 0 1000 n j 3749 MLTG5 j 3750 s 0 n j 3750 MLTG5_reverse_6f2d4 j 3751 d 0 1000 n j 3751 MLTGY1pp j 3752 s 0 n j 3752 MLTGY1pp_reverse_83a82 j 3753 d 0 1000 n j 3753 MLTGY2pp j 3754 s 0 n j 3754 MLTGY2pp_reverse_21ef1 j 3755 d 0 1000 n j 3755 MLTGY3pp j 3756 s 0 n j 3756 MLTGY3pp_reverse_b3def j 3757 d 0 1000 n j 3757 MLTGY4pp j 3758 s 0 n j 3758 MLTGY4pp_reverse_73320 j 3759 d 0 1000 n j 3759 MLTP1 j 3760 d 0 1000 n j 3760 MLTP1_reverse_0e00b j 3761 d 0 1000 n j 3761 MLTP2 j 3762 d 0 1000 n j 3762 MLTP2_reverse_2ca92 j 3763 d 0 1000 n j 3763 MLTP3 j 3764 d 0 1000 n j 3764 MLTP3_reverse_b3ce1 j 3765 d 0 1000 n j 3765 MME j 3766 d 0 1000 n j 3766 MME_reverse_8be2d j 3767 d 0 1000 n j 3767 MMETtex j 3768 d 0 1000 n j 3768 MMETtex_reverse_65f54 j 3769 d 0 1000 n j 3769 MN2t3pp j 3770 s 0 n j 3770 MN2t3pp_reverse_f2687 j 3771 d 0 1000 n j 3771 MN2tpp j 3772 s 0 n j 3772 MN2tpp_reverse_45302 j 3773 d 0 1000 n j 3773 MN6PP j 3774 s 0 n j 3774 MN6PP_reverse_27a9e j 3775 d 0 1000 n j 3775 MNLptspp j 3776 s 0 n j 3776 MNLptspp_reverse_ef012 j 3777 d 0 1000 n j 3777 MNLtex j 3778 d 0 1000 n j 3778 MNLtex_reverse_b3c92 j 3779 d 0 1000 n j 3779 MNt2pp j 3780 s 0 n j 3780 MNt2pp_reverse_c690c j 3781 d 0 1000 n j 3781 MNtex j 3782 d 0 1000 n j 3782 MNtex_reverse_711cc j 3783 d 0 1000 n j 3783 MOAT j 3784 s 0 n j 3784 MOAT_reverse_0fdf8 j 3785 d 0 1000 n j 3785 MOAT2 j 3786 s 0 n j 3786 MOAT2_reverse_6e42e j 3787 d 0 1000 n j 3787 MOAT3C j 3788 s 0 n j 3788 MOAT3C_reverse_7302c j 3789 d 0 1000 n j 3789 MOBDabcpp j 3790 s 0 n j 3790 MOBDabcpp_reverse_4be38 j 3791 d 0 1000 n j 3791 MOBDtex j 3792 d 0 1000 n j 3792 MOBDtex_reverse_4fdc7 j 3793 d 0 1000 n j 3793 MOHMT j 3794 s 0 n j 3794 MOHMT_reverse_83ce0 j 3795 d 0 1000 n j 3795 MPTG j 3796 s 0 n j 3796 MPTG_reverse_610dd j 3797 d 0 1000 n j 3797 MPTG2 j 3798 s 0 n j 3798 MPTG2_reverse_fd602 j 3799 d 0 1000 n j 3799 MSO3tex j 3800 d 0 1000 n j 3800 MSO3tex_reverse_0222e j 3801 d 0 1000 n j 3801 MTAN j 3802 s 0 n j 3802 MTAN_reverse_57476 j 3803 d 0 1000 n j 3803 MTHFC j 3804 d 0 1000 n j 3804 MTHFC_reverse_f6fcc j 3805 d 0 1000 n j 3805 MTHFD j 3806 d 0 1000 n j 3806 MTHFD_reverse_c10fd j 3807 d 0 1000 n j 3807 MTHFR2 j 3808 s 0 n j 3808 MTHFR2_reverse_40f34 j 3809 d 0 1000 n j 3809 MTRI j 3810 d 0 1000 n j 3810 MTRI_reverse_36e0d j 3811 d 0 1000 n j 3811 MTRK j 3812 s 0 n j 3812 MTRK_reverse_5d8b9 j 3813 d 0 1000 n j 3813 MTRPOX j 3814 s 0 n j 3814 MTRPOX_reverse_db92e j 3815 d 0 1000 n j 3815 N2Otex j 3816 d 0 1000 n j 3816 N2Otex_reverse_8cda9 j 3817 d 0 1000 n j 3817 N2Otpp j 3818 d 0 1000 n j 3818 N2Otpp_reverse_e5ea3 j 3819 d 0 1000 n j 3819 NACODA j 3820 s 0 n j 3820 NACODA_reverse_e2aa5 j 3821 d 0 1000 n j 3821 NACtex j 3822 d 0 1000 n j 3822 NACtex_reverse_435b9 j 3823 d 0 1000 n j 3823 NACtpp j 3824 s 0 n j 3824 NACtpp_reverse_4b9c9 j 3825 d 0 1000 n j 3825 NADDP j 3826 s 0 n j 3826 NADDP_reverse_7a11e j 3827 d 0 1000 n j 3827 NADH10 j 3828 s 0 n j 3828 NADH10_reverse_e415a j 3829 d 0 1000 n j 3829 NADH16pp j 3830 s 0 n j 3830 NADH16pp_reverse_a8e37 j 3831 d 0 1000 n j 3831 NADH17pp j 3832 s 0 n j 3832 NADH17pp_reverse_f64c7 j 3833 d 0 1000 n j 3833 NADH18pp j 3834 s 0 n j 3834 NADH18pp_reverse_8cf33 j 3835 d 0 1000 n j 3835 NADH5 j 3836 s 0 n j 3836 NADH5_reverse_d695e j 3837 d 0 1000 n j 3837 NADH9 j 3838 s 0 n j 3838 NADH9_reverse_91511 j 3839 d 0 1000 n j 3839 NADK j 3840 s 0 n j 3840 NADK_reverse_bba52 j 3841 d 0 1000 n j 3841 NADN j 3842 s 0 n j 3842 NADN_reverse_8a930 j 3843 d 0 1000 n j 3843 NADPHQR2 j 3844 s 0 n j 3844 NADPHQR2_reverse_481c5 j 3845 d 0 1000 n j 3845 NADPHQR3 j 3846 s 0 n j 3846 NADPHQR3_reverse_6a295 j 3847 d 0 1000 n j 3847 NADPHQR4 j 3848 s 0 n j 3848 NADPHQR4_reverse_ebd03 j 3849 d 0 1000 n j 3849 NADPPPS j 3850 s 0 n j 3850 NADPPPS_reverse_c9c40 j 3851 d 0 1000 n j 3851 NADS1 j 3852 s 0 n j 3852 NADS1_reverse_0b93a j 3853 d 0 1000 n j 3853 NADTRHD j 3854 s 0 n j 3854 NADTRHD_reverse_49725 j 3855 d 0 1000 n j 3855 NAMNPP j 3856 s 0 n j 3856 NAMNPP_reverse_ebb31 j 3857 d 0 1000 n j 3857 NAt3_1p5pp j 3858 s 0 n j 3858 NAt3_1p5pp_reverse_b9b29 j 3859 d 0 1000 n j 3859 NAt3_2pp j 3860 s 0 n j 3860 NAt3_2pp_reverse_4ca5c j 3861 d 0 1000 n j 3861 NAtex j 3862 d 0 1000 n j 3862 NAtex_reverse_0181e j 3863 d 0 1000 n j 3863 NDPK1 j 3864 d 0 1000 n j 3864 NDPK1_reverse_9216a j 3865 d 0 1000 n j 3865 NDPK2 j 3866 d 0 1000 n j 3866 NDPK2_reverse_10df6 j 3867 d 0 1000 n j 3867 NDPK3 j 3868 d 0 1000 n j 3868 NDPK3_reverse_37ea6 j 3869 d 0 1000 n j 3869 NDPK4 j 3870 d 0 1000 n j 3870 NDPK4_reverse_9a1c8 j 3871 d 0 1000 n j 3871 NDPK5 j 3872 d 0 1000 n j 3872 NDPK5_reverse_6973f j 3873 d 0 1000 n j 3873 NDPK6 j 3874 d 0 1000 n j 3874 NDPK6_reverse_d41ea j 3875 d 0 1000 n j 3875 NDPK7 j 3876 d 0 1000 n j 3876 NDPK7_reverse_9dc79 j 3877 d 0 1000 n j 3877 NDPK8 j 3878 d 0 1000 n j 3878 NDPK8_reverse_13dd1 j 3879 d 0 1000 n j 3879 NH4tex j 3880 d 0 1000 n j 3880 NH4tex_reverse_ce04b j 3881 d 0 1000 n j 3881 NH4tpp j 3882 d 0 1000 n j 3882 NH4tpp_reverse_eca16 j 3883 d 0 1000 n j 3883 NHFRBO j 3884 s 0 n j 3884 NHFRBO_reverse_08cf3 j 3885 d 0 1000 n j 3885 NI2abcpp j 3886 s 0 n j 3886 NI2abcpp_reverse_77f95 j 3887 d 0 1000 n j 3887 NI2t3pp j 3888 s 0 n j 3888 NI2t3pp_reverse_0da92 j 3889 d 0 1000 n j 3889 NI2tex j 3890 d 0 1000 n j 3890 NI2tex_reverse_a2971 j 3891 d 0 1000 n j 3891 NMNAT j 3892 s 0 n j 3892 NMNAT_reverse_6a3d7 j 3893 d 0 1000 n j 3893 NMNDA j 3894 s 0 n j 3894 NMNDA_reverse_0dc65 j 3895 d 0 1000 n j 3895 NMNN j 3896 s 0 n j 3896 NMNN_reverse_3ff83 j 3897 d 0 1000 n j 3897 NMNPtpp j 3898 s 0 n j 3898 NMNPtpp_reverse_fc375 j 3899 d 0 1000 n j 3899 NMNt7pp j 3900 s 0 n j 3900 NMNt7pp_reverse_aded5 j 3901 d 0 1000 n j 3901 NMNtex j 3902 d 0 1000 n j 3902 NMNtex_reverse_f9178 j 3903 d 0 1000 n j 3903 NNAM j 3904 s 0 n j 3904 NNAM_reverse_68e1d j 3905 d 0 1000 n j 3905 NNATr j 3906 d 0 1000 n j 3906 NNATr_reverse_8ab73 j 3907 d 0 1000 n j 3907 NNDPR j 3908 s 0 n j 3908 NNDPR_reverse_445ff j 3909 d 0 1000 n j 3909 NO2t2rpp j 3910 d 0 1000 n j 3910 NO2t2rpp_reverse_a35c8 j 3911 d 0 1000 n j 3911 NO2tex j 3912 d 0 1000 n j 3912 NO2tex_reverse_fed02 j 3913 d 0 1000 n j 3913 NO3R1bpp j 3914 s 0 n j 3914 NO3R1bpp_reverse_f3ffe j 3915 d 0 1000 n j 3915 NO3R1pp j 3916 s 0 n j 3916 NO3R1pp_reverse_9141e j 3917 d 0 1000 n j 3917 NO3R2bpp j 3918 s 0 n j 3918 NO3R2bpp_reverse_ba091 j 3919 d 0 1000 n j 3919 NO3R2pp j 3920 s 0 n j 3920 NO3R2pp_reverse_f05e9 j 3921 d 0 1000 n j 3921 NO3t7pp j 3922 s 0 n j 3922 NO3t7pp_reverse_bcb41 j 3923 d 0 1000 n j 3923 NO3tex j 3924 d 0 1000 n j 3924 NO3tex_reverse_b1290 j 3925 d 0 1000 n j 3925 NODOx j 3926 s 0 n j 3926 NODOx_reverse_aa53a j 3927 d 0 1000 n j 3927 NODOy j 3928 s 0 n j 3928 NODOy_reverse_0f72e j 3929 d 0 1000 n j 3929 NOtex j 3930 d 0 1000 n j 3930 NOtex_reverse_4cf96 j 3931 d 0 1000 n j 3931 NOtpp j 3932 d 0 1000 n j 3932 NOtpp_reverse_27880 j 3933 d 0 1000 n j 3933 NPHS j 3934 s 0 n j 3934 NPHS_reverse_722f6 j 3935 d 0 1000 n j 3935 NTD1 j 3936 s 0 n j 3936 NTD1_reverse_d7db9 j 3937 d 0 1000 n j 3937 NTD10 j 3938 s 0 n j 3938 NTD10_reverse_8b9f0 j 3939 d 0 1000 n j 3939 NTD10pp j 3940 s 0 n j 3940 NTD10pp_reverse_7730d j 3941 d 0 1000 n j 3941 NTD11 j 3942 s 0 n j 3942 NTD11_reverse_39abf j 3943 d 0 1000 n j 3943 NTD11pp j 3944 s 0 n j 3944 NTD11pp_reverse_ffc05 j 3945 d 0 1000 n j 3945 NTD12 j 3946 s 0 n j 3946 NTD12_reverse_293d1 j 3947 d 0 1000 n j 3947 NTD12pp j 3948 s 0 n j 3948 NTD12pp_reverse_9d30b j 3949 d 0 1000 n j 3949 NTD1pp j 3950 s 0 n j 3950 NTD1pp_reverse_fa4c2 j 3951 d 0 1000 n j 3951 NTD2 j 3952 s 0 n j 3952 NTD2_reverse_a3382 j 3953 d 0 1000 n j 3953 NTD2pp j 3954 s 0 n j 3954 NTD2pp_reverse_78372 j 3955 d 0 1000 n j 3955 NTD3 j 3956 s 0 n j 3956 NTD3_reverse_6e80d j 3957 d 0 1000 n j 3957 NTD3pp j 3958 s 0 n j 3958 NTD3pp_reverse_c3d97 j 3959 d 0 1000 n j 3959 NTD4 j 3960 s 0 n j 3960 NTD4_reverse_0e18e j 3961 d 0 1000 n j 3961 NTD4pp j 3962 s 0 n j 3962 NTD4pp_reverse_51810 j 3963 d 0 1000 n j 3963 NTD5 j 3964 s 0 n j 3964 NTD5_reverse_28a76 j 3965 d 0 1000 n j 3965 NTD5pp j 3966 s 0 n j 3966 NTD5pp_reverse_b7c36 j 3967 d 0 1000 n j 3967 NTD6 j 3968 s 0 n j 3968 NTD6_reverse_c5bce j 3969 d 0 1000 n j 3969 NTD6pp j 3970 s 0 n j 3970 NTD6pp_reverse_fefa9 j 3971 d 0 1000 n j 3971 NTD7 j 3972 s 0 n j 3972 NTD7_reverse_20dab j 3973 d 0 1000 n j 3973 NTD7pp j 3974 s 0 n j 3974 NTD7pp_reverse_96e48 j 3975 d 0 1000 n j 3975 NTD8 j 3976 s 0 n j 3976 NTD8_reverse_9dc69 j 3977 d 0 1000 n j 3977 NTD8pp j 3978 s 0 n j 3978 NTD8pp_reverse_2d04b j 3979 d 0 1000 n j 3979 NTD9 j 3980 s 0 n j 3980 NTD9_reverse_d6a60 j 3981 d 0 1000 n j 3981 NTD9pp j 3982 s 0 n j 3982 NTD9pp_reverse_56df5 j 3983 d 0 1000 n j 3983 NTP1 j 3984 s 0 n j 3984 NTP1_reverse_46daa j 3985 d 0 1000 n j 3985 NTP10 j 3986 s 0 n j 3986 NTP10_reverse_1c22d j 3987 d 0 1000 n j 3987 NTP11 j 3988 s 0 n j 3988 NTP11_reverse_a170e j 3989 d 0 1000 n j 3989 NTP12 j 3990 s 0 n j 3990 NTP12_reverse_c9a38 j 3991 d 0 1000 n j 3991 NTP3 j 3992 s 0 n j 3992 NTP3_reverse_eac23 j 3993 d 0 1000 n j 3993 NTP5 j 3994 s 0 n j 3994 NTP5_reverse_252e0 j 3995 d 0 1000 n j 3995 NTPP1 j 3996 s 0 n j 3996 NTPP1_reverse_947f5 j 3997 d 0 1000 n j 3997 NTPP10 j 3998 s 0 n j 3998 NTPP10_reverse_bcc00 j 3999 d 0 1000 n j 3999 NTPP11 j 4000 s 0 n j 4000 NTPP11_reverse_a0c27 j 4001 d 0 1000 n j 4001 NTPP2 j 4002 s 0 n j 4002 NTPP2_reverse_bff4f j 4003 d 0 1000 n j 4003 NTPP3 j 4004 s 0 n j 4004 NTPP3_reverse_32c2e j 4005 d 0 1000 n j 4005 NTPP4 j 4006 s 0 n j 4006 NTPP4_reverse_232cc j 4007 d 0 1000 n j 4007 NTPP5 j 4008 s 0 n j 4008 NTPP5_reverse_f08d0 j 4009 d 0 1000 n j 4009 NTPP6 j 4010 s 0 n j 4010 NTPP6_reverse_4f33c j 4011 d 0 1000 n j 4011 NTPP7 j 4012 s 0 n j 4012 NTPP7_reverse_47c62 j 4013 d 0 1000 n j 4013 NTPP8 j 4014 s 0 n j 4014 NTPP8_reverse_ce3f8 j 4015 d 0 1000 n j 4015 NTPP9 j 4016 s 0 n j 4016 NTPP9_reverse_70642 j 4017 d 0 1000 n j 4017 NTPTP1 j 4018 s 0 n j 4018 NTPTP1_reverse_9002b j 4019 d 0 1000 n j 4019 NTPTP2 j 4020 s 0 n j 4020 NTPTP2_reverse_fb322 j 4021 d 0 1000 n j 4021 NTRIR2x j 4022 s 0 n j 4022 NTRIR2x_reverse_2ba0c j 4023 d 0 1000 n j 4023 NTRIR3pp j 4024 s 0 n j 4024 NTRIR3pp_reverse_9be00 j 4025 d 0 1000 n j 4025 NTRIR4pp j 4026 s 0 n j 4026 NTRIR4pp_reverse_e0888 j 4027 d 0 1000 n j 4027 O2Stex j 4028 d 0 1000 n j 4028 O2Stex_reverse_77f73 j 4029 d 0 1000 n j 4029 O2tex j 4030 d 0 1000 n j 4030 O2tex_reverse_a3b28 j 4031 d 0 1000 n j 4031 O2tpp j 4032 d 0 1000 n j 4032 O2tpp_reverse_28c7e j 4033 d 0 1000 n j 4033 OAADC j 4034 s 0 n j 4034 OAADC_reverse_f85ae j 4035 d 0 1000 n j 4035 OBTFL j 4036 s 0 n j 4036 OBTFL_reverse_ab4a2 j 4037 d 0 1000 n j 4037 OCDCAtexi j 4038 s 0 n j 4038 OCDCAtexi_reverse_b8f37 j 4039 d 0 1000 n j 4039 OCDCEAtexi j 4040 s 0 n j 4040 OCDCEAtexi_reverse_4cd10 j 4041 d 0 1000 n j 4041 OCTAtex j 4042 d 0 1000 n j 4042 OCTAtex_reverse_4220a j 4043 d 0 1000 n j 4043 OCTDPS j 4044 s 0 n j 4044 OCTDPS_reverse_358d9 j 4045 d 0 1000 n j 4045 ODECOAI j 4046 s 0 n j 4046 ODECOAI_reverse_65d90 j 4047 d 0 1000 n j 4047 OHPBAT j 4048 d 0 1000 n j 4048 OHPBAT_reverse_7e72e j 4049 d 0 1000 n j 4049 OHPHM j 4050 s 0 n j 4050 OHPHM_reverse_b08b4 j 4051 d 0 1000 n j 4051 OMBZLM j 4052 s 0 n j 4052 OMBZLM_reverse_a3f14 j 4053 d 0 1000 n j 4053 OMCDC j 4054 s 0 n j 4054 OMCDC_reverse_74477 j 4055 d 0 1000 n j 4055 OMMBLHX j 4056 s 0 n j 4056 OMMBLHX_reverse_94dfd j 4057 d 0 1000 n j 4057 OMMBLHX3 j 4058 s 0 n j 4058 OMMBLHX3_reverse_afc77 j 4059 d 0 1000 n j 4059 OMPDC j 4060 s 0 n j 4060 OMPDC_reverse_45ba1 j 4061 d 0 1000 n j 4061 OMPHHX j 4062 s 0 n j 4062 OMPHHX_reverse_c6683 j 4063 d 0 1000 n j 4063 OMPHHX3 j 4064 s 0 n j 4064 OMPHHX3_reverse_24123 j 4065 d 0 1000 n j 4065 OPHBDC j 4066 s 0 n j 4066 OPHBDC_reverse_da435 j 4067 d 0 1000 n j 4067 OPHHX j 4068 s 0 n j 4068 OPHHX_reverse_2aeb1 j 4069 d 0 1000 n j 4069 OPHHX3 j 4070 s 0 n j 4070 OPHHX3_reverse_63f10 j 4071 d 0 1000 n j 4071 ORNDC j 4072 s 0 n j 4072 ORNDC_reverse_63596 j 4073 d 0 1000 n j 4073 ORNabcpp j 4074 s 0 n j 4074 ORNabcpp_reverse_d4b6e j 4075 d 0 1000 n j 4075 ORNtex j 4076 d 0 1000 n j 4076 ORNtex_reverse_d3e6a j 4077 d 0 1000 n j 4077 OROTt2_2pp j 4078 s 0 n j 4078 OROTt2_2pp_reverse_6e78b j 4079 d 0 1000 n j 4079 OAAt2_2pp j 4080 s 0 n j 4080 OAAt2_2pp_reverse_2273e j 4081 d 0 1000 n j 4081 OROTtex j 4082 d 0 1000 n j 4082 OROTtex_reverse_42ab2 j 4083 d 0 1000 n j 4083 OAAtex j 4084 d 0 1000 n j 4084 OAAtex_reverse_60045 j 4085 d 0 1000 n j 4085 ORPT j 4086 d 0 1000 n j 4086 ORPT_reverse_19432 j 4087 d 0 1000 n j 4087 OXAMTC j 4088 s 0 n j 4088 OXAMTC_reverse_51fcf j 4089 d 0 1000 n j 4089 OXGDC2 j 4090 s 0 n j 4090 OXGDC2_reverse_eae98 j 4091 d 0 1000 n j 4091 P5CD j 4092 s 0 n j 4092 P5CD_reverse_c7374 j 4093 d 0 1000 n j 4093 P5CR j 4094 s 0 n j 4094 P5CR_reverse_55c58 j 4095 d 0 1000 n j 4095 PA120abcpp j 4096 s 0 n j 4096 PA120abcpp_reverse_b98c7 j 4097 d 0 1000 n j 4097 PA140abcpp j 4098 s 0 n j 4098 PA140abcpp_reverse_01d15 j 4099 d 0 1000 n j 4099 PA141abcpp j 4100 s 0 n j 4100 PA141abcpp_reverse_685e5 j 4101 d 0 1000 n j 4101 PA160abcpp j 4102 s 0 n j 4102 PA160abcpp_reverse_5cabb j 4103 d 0 1000 n j 4103 PA161abcpp j 4104 s 0 n j 4104 PA161abcpp_reverse_5530a j 4105 d 0 1000 n j 4105 PA180abcpp j 4106 s 0 n j 4106 PA180abcpp_reverse_58c6b j 4107 d 0 1000 n j 4107 PA181abcpp j 4108 s 0 n j 4108 PA181abcpp_reverse_a7059 j 4109 d 0 1000 n j 4109 PACALDt2rpp j 4110 d 0 1000 n j 4110 PACALDt2rpp_reverse_110b1 j 4111 d 0 1000 n j 4111 PACALDtex j 4112 d 0 1000 n j 4112 PACALDtex_reverse_1dc09 j 4113 d 0 1000 n j 4113 PANTS j 4114 s 0 n j 4114 PANTS_reverse_11dcb j 4115 d 0 1000 n j 4115 PAPA120 j 4116 s 0 n j 4116 PAPA120_reverse_75d70 j 4117 d 0 1000 n j 4117 PAPA120pp j 4118 s 0 n j 4118 PAPA120pp_reverse_54fbc j 4119 d 0 1000 n j 4119 PAPA140 j 4120 s 0 n j 4120 PAPA140_reverse_255f5 j 4121 d 0 1000 n j 4121 PAPA140pp j 4122 s 0 n j 4122 PAPA140pp_reverse_0a02c j 4123 d 0 1000 n j 4123 PAPA141 j 4124 s 0 n j 4124 PAPA141_reverse_945ab j 4125 d 0 1000 n j 4125 PAPA141pp j 4126 s 0 n j 4126 PAPA141pp_reverse_5d5a0 j 4127 d 0 1000 n j 4127 PAPA160 j 4128 s 0 n j 4128 PAPA160_reverse_c64df j 4129 d 0 1000 n j 4129 PAPA160pp j 4130 s 0 n j 4130 PAPA160pp_reverse_1ea28 j 4131 d 0 1000 n j 4131 PAPA161 j 4132 s 0 n j 4132 PAPA161_reverse_1bc33 j 4133 d 0 1000 n j 4133 PAPA161pp j 4134 s 0 n j 4134 PAPA161pp_reverse_65baf j 4135 d 0 1000 n j 4135 PAPA180 j 4136 s 0 n j 4136 PAPA180_reverse_9f7f6 j 4137 d 0 1000 n j 4137 PAPA180pp j 4138 s 0 n j 4138 PAPA180pp_reverse_f1d0a j 4139 d 0 1000 n j 4139 PAPA181 j 4140 s 0 n j 4140 PAPA181_reverse_fb09e j 4141 d 0 1000 n j 4141 PAPA181pp j 4142 s 0 n j 4142 PAPA181pp_reverse_f7ae0 j 4143 d 0 1000 n j 4143 PAPPT3 j 4144 s 0 n j 4144 PAPPT3_reverse_0a787 j 4145 d 0 1000 n j 4145 PAPSR j 4146 s 0 n j 4146 PAPSR_reverse_75961 j 4147 d 0 1000 n j 4147 PAPSR2 j 4148 s 0 n j 4148 PAPSR2_reverse_3fe9e j 4149 d 0 1000 n j 4149 PDH j 4150 s 0 n j 4150 PDH_reverse_ca160 j 4151 d 0 1000 n j 4151 PDX5PO2 j 4152 s 0 n j 4152 PDX5PO2_reverse_069b2 j 4153 d 0 1000 n j 4153 PDX5POi j 4154 s 0 n j 4154 PDX5POi_reverse_797dd j 4155 d 0 1000 n j 4155 PDX5PS j 4156 s 0 n j 4156 PDX5PS_reverse_2e3a2 j 4157 d 0 1000 n j 4157 PDXPP j 4158 s 0 n j 4158 PDXPP_reverse_e5f62 j 4159 d 0 1000 n j 4159 PE120abcpp j 4160 s 0 n j 4160 PE120abcpp_reverse_5ce28 j 4161 d 0 1000 n j 4161 PE140abcpp j 4162 s 0 n j 4162 PE140abcpp_reverse_6fa3a j 4163 d 0 1000 n j 4163 PE141abcpp j 4164 s 0 n j 4164 PE141abcpp_reverse_c1abc j 4165 d 0 1000 n j 4165 PE160abcpp j 4166 s 0 n j 4166 PE160abcpp_reverse_a5047 j 4167 d 0 1000 n j 4167 PE161abcpp j 4168 s 0 n j 4168 PE161abcpp_reverse_bbf6e j 4169 d 0 1000 n j 4169 PE180abcpp j 4170 s 0 n j 4170 PE180abcpp_reverse_7cc0f j 4171 d 0 1000 n j 4171 PE181abcpp j 4172 s 0 n j 4172 PE181abcpp_reverse_7648b j 4173 d 0 1000 n j 4173 PEAMNtex j 4174 d 0 1000 n j 4174 PEAMNtex_reverse_3139a j 4175 d 0 1000 n j 4175 PERD j 4176 d 0 1000 n j 4176 PERD_reverse_c9aa4 j 4177 d 0 1000 n j 4177 PETNT161pp j 4178 s 0 n j 4178 PETNT161pp_reverse_946d0 j 4179 d 0 1000 n j 4179 PETNT181pp j 4180 s 0 n j 4180 PETNT181pp_reverse_3d813 j 4181 d 0 1000 n j 4181 PFK j 4182 s 0 n j 4182 PFK_reverse_d24a6 j 4183 d 0 1000 n j 4183 PFK_2 j 4184 s 0 n j 4184 PFK_2_reverse_ff38b j 4185 d 0 1000 n j 4185 PFL j 4186 s 0 n j 4186 PFL_reverse_af9ec j 4187 d 0 1000 n j 4187 PG120abcpp j 4188 s 0 n j 4188 PG120abcpp_reverse_1e715 j 4189 d 0 1000 n j 4189 PG140abcpp j 4190 s 0 n j 4190 PG140abcpp_reverse_ac85f j 4191 d 0 1000 n j 4191 PG141abcpp j 4192 s 0 n j 4192 PG141abcpp_reverse_d1db9 j 4193 d 0 1000 n j 4193 PG160abcpp j 4194 s 0 n j 4194 PG160abcpp_reverse_5e019 j 4195 d 0 1000 n j 4195 PG161abcpp j 4196 s 0 n j 4196 PG161abcpp_reverse_c6d7f j 4197 d 0 1000 n j 4197 PG180abcpp j 4198 s 0 n j 4198 PG180abcpp_reverse_c791a j 4199 d 0 1000 n j 4199 PG181abcpp j 4200 s 0 n j 4200 PG181abcpp_reverse_7fd9e j 4201 d 0 1000 n j 4201 PGAMT j 4202 d 0 1000 n j 4202 PGAMT_reverse_52c23 j 4203 d 0 1000 n j 4203 PGCD j 4204 s 0 n j 4204 PGCD_reverse_1bc76 j 4205 d 0 1000 n j 4205 PGI j 4206 d 0 1000 n j 4206 PGI_reverse_27efc j 4207 d 0 1000 n j 4207 PGK j 4208 d 0 1000 n j 4208 PGK_reverse_02696 j 4209 d 0 1000 n j 4209 PGL j 4210 s 0 n j 4210 PGL_reverse_2bb6b j 4211 d 0 1000 n j 4211 PGLYCP j 4212 s 0 n j 4212 PGLYCP_reverse_9063f j 4213 d 0 1000 n j 4213 PGM j 4214 d 0 1000 n j 4214 PGM_reverse_fc9af j 4215 d 0 1000 n j 4215 PGMT j 4216 d 0 1000 n j 4216 PGMT_reverse_5bcdd j 4217 d 0 1000 n j 4217 PGP120abcpp j 4218 s 0 n j 4218 PGP120abcpp_reverse_2af50 j 4219 d 0 1000 n j 4219 PGP140abcpp j 4220 s 0 n j 4220 PGP140abcpp_reverse_8af6d j 4221 d 0 1000 n j 4221 PGP141abcpp j 4222 s 0 n j 4222 PGP141abcpp_reverse_cfe51 j 4223 d 0 1000 n j 4223 PGP160abcpp j 4224 s 0 n j 4224 PGP160abcpp_reverse_cc220 j 4225 d 0 1000 n j 4225 PGP161abcpp j 4226 s 0 n j 4226 PGP161abcpp_reverse_6df76 j 4227 d 0 1000 n j 4227 PGP180abcpp j 4228 s 0 n j 4228 PGP180abcpp_reverse_14a2e j 4229 d 0 1000 n j 4229 PGP181abcpp j 4230 s 0 n j 4230 PGP181abcpp_reverse_5bd7a j 4231 d 0 1000 n j 4231 PGPP120 j 4232 s 0 n j 4232 PGPP120_reverse_4087a j 4233 d 0 1000 n j 4233 PGPP120pp j 4234 s 0 n j 4234 PGPP120pp_reverse_12e68 j 4235 d 0 1000 n j 4235 PGPP140 j 4236 s 0 n j 4236 PGPP140_reverse_88ebb j 4237 d 0 1000 n j 4237 PGPP140pp j 4238 s 0 n j 4238 PGPP140pp_reverse_59079 j 4239 d 0 1000 n j 4239 PGPP141 j 4240 s 0 n j 4240 PGPP141_reverse_7b56a j 4241 d 0 1000 n j 4241 PGPP141pp j 4242 s 0 n j 4242 PGPP141pp_reverse_31791 j 4243 d 0 1000 n j 4243 PGPP160 j 4244 s 0 n j 4244 PGPP160_reverse_742ef j 4245 d 0 1000 n j 4245 PGPP160pp j 4246 s 0 n j 4246 PGPP160pp_reverse_7bac9 j 4247 d 0 1000 n j 4247 PGPP161 j 4248 s 0 n j 4248 PGPP161_reverse_5b17b j 4249 d 0 1000 n j 4249 PGPP161pp j 4250 s 0 n j 4250 PGPP161pp_reverse_6d946 j 4251 d 0 1000 n j 4251 PGPP180 j 4252 s 0 n j 4252 PGPP180_reverse_0851b j 4253 d 0 1000 n j 4253 PGPP180pp j 4254 s 0 n j 4254 PGPP180pp_reverse_c3bb9 j 4255 d 0 1000 n j 4255 PGPP181 j 4256 s 0 n j 4256 PGPP181_reverse_5742a j 4257 d 0 1000 n j 4257 PGPP181pp j 4258 s 0 n j 4258 PGPP181pp_reverse_58cfc j 4259 d 0 1000 n j 4259 PGSA120 j 4260 s 0 n j 4260 PGSA120_reverse_7ef84 j 4261 d 0 1000 n j 4261 PGSA140 j 4262 s 0 n j 4262 PGSA140_reverse_69338 j 4263 d 0 1000 n j 4263 PGSA141 j 4264 s 0 n j 4264 PGSA141_reverse_c2823 j 4265 d 0 1000 n j 4265 PGSA160 j 4266 s 0 n j 4266 PGSA160_reverse_d0d63 j 4267 d 0 1000 n j 4267 PGSA161 j 4268 s 0 n j 4268 PGSA161_reverse_9b5db j 4269 d 0 1000 n j 4269 PGSA180 j 4270 s 0 n j 4270 PGSA180_reverse_7fb49 j 4271 d 0 1000 n j 4271 PGSA181 j 4272 s 0 n j 4272 PGSA181_reverse_1a9c8 j 4273 d 0 1000 n j 4273 PHEMEabcpp j 4274 s 0 n j 4274 PHEMEabcpp_reverse_008c2 j 4275 d 0 1000 n j 4275 PHEMEtiex j 4276 s 0 n j 4276 PHEMEtiex_reverse_f3742 j 4277 d 0 1000 n j 4277 PHETA1 j 4278 d 0 1000 n j 4278 PHETA1_reverse_9d47a j 4279 d 0 1000 n j 4279 PHETRS j 4280 s 0 n j 4280 PHETRS_reverse_a31de j 4281 d 0 1000 n j 4281 PHEt2rpp j 4282 d 0 1000 n j 4282 PHEt2rpp_reverse_0e589 j 4283 d 0 1000 n j 4283 PHEtex j 4284 d 0 1000 n j 4284 PHEtex_reverse_dcc10 j 4285 d 0 1000 n j 4285 PIt2rpp j 4286 d 0 1000 n j 4286 PIt2rpp_reverse_52e06 j 4287 d 0 1000 n j 4287 PItex j 4288 d 0 1000 n j 4288 PItex_reverse_05721 j 4289 d 0 1000 n j 4289 PIuabcpp j 4290 s 0 n j 4290 PIuabcpp_reverse_c4f9b j 4291 d 0 1000 n j 4291 PLIPA1A120pp j 4292 s 0 n j 4292 PLIPA1A120pp_reverse_29048 j 4293 d 0 1000 n j 4293 PLIPA1A140pp j 4294 s 0 n j 4294 PLIPA1A140pp_reverse_6d29c j 4295 d 0 1000 n j 4295 PLIPA1A141pp j 4296 s 0 n j 4296 PLIPA1A141pp_reverse_8a166 j 4297 d 0 1000 n j 4297 PLIPA1A160pp j 4298 s 0 n j 4298 PLIPA1A160pp_reverse_1bbc9 j 4299 d 0 1000 n j 4299 PLIPA1A161pp j 4300 s 0 n j 4300 PLIPA1A161pp_reverse_31db8 j 4301 d 0 1000 n j 4301 PLIPA1A180pp j 4302 s 0 n j 4302 PLIPA1A180pp_reverse_35000 j 4303 d 0 1000 n j 4303 PLIPA1A181pp j 4304 s 0 n j 4304 PLIPA1A181pp_reverse_2eb9a j 4305 d 0 1000 n j 4305 PLIPA1E120pp j 4306 s 0 n j 4306 PLIPA1E120pp_reverse_a5c47 j 4307 d 0 1000 n j 4307 PLIPA1E140pp j 4308 s 0 n j 4308 PLIPA1E140pp_reverse_fa52d j 4309 d 0 1000 n j 4309 PLIPA1E141pp j 4310 s 0 n j 4310 PLIPA1E141pp_reverse_e1eb9 j 4311 d 0 1000 n j 4311 PLIPA1E160pp j 4312 s 0 n j 4312 PLIPA1E160pp_reverse_36143 j 4313 d 0 1000 n j 4313 PLIPA1E161pp j 4314 s 0 n j 4314 PLIPA1E161pp_reverse_91db5 j 4315 d 0 1000 n j 4315 PLIPA1E180pp j 4316 s 0 n j 4316 PLIPA1E180pp_reverse_daf92 j 4317 d 0 1000 n j 4317 PLIPA1E181pp j 4318 s 0 n j 4318 PLIPA1E181pp_reverse_80567 j 4319 d 0 1000 n j 4319 PLIPA1G120pp j 4320 s 0 n j 4320 PLIPA1G120pp_reverse_3bd2e j 4321 d 0 1000 n j 4321 PLIPA1G140pp j 4322 s 0 n j 4322 PLIPA1G140pp_reverse_1aa54 j 4323 d 0 1000 n j 4323 PLIPA1G141pp j 4324 s 0 n j 4324 PLIPA1G141pp_reverse_e6c68 j 4325 d 0 1000 n j 4325 PLIPA1G160pp j 4326 s 0 n j 4326 PLIPA1G160pp_reverse_3970d j 4327 d 0 1000 n j 4327 PLIPA1G161pp j 4328 s 0 n j 4328 PLIPA1G161pp_reverse_4473f j 4329 d 0 1000 n j 4329 PLIPA1G180pp j 4330 s 0 n j 4330 PLIPA1G180pp_reverse_f2449 j 4331 d 0 1000 n j 4331 PLIPA1G181pp j 4332 s 0 n j 4332 PLIPA1G181pp_reverse_548b3 j 4333 d 0 1000 n j 4333 PLIPA2A120pp j 4334 s 0 n j 4334 PLIPA2A120pp_reverse_7fb4b j 4335 d 0 1000 n j 4335 PLIPA2A140pp j 4336 s 0 n j 4336 PLIPA2A140pp_reverse_9fca8 j 4337 d 0 1000 n j 4337 PLIPA2A141pp j 4338 s 0 n j 4338 PLIPA2A141pp_reverse_c48d1 j 4339 d 0 1000 n j 4339 PLIPA2A160pp j 4340 s 0 n j 4340 PLIPA2A160pp_reverse_06e6b j 4341 d 0 1000 n j 4341 PLIPA2A161pp j 4342 s 0 n j 4342 PLIPA2A161pp_reverse_6424b j 4343 d 0 1000 n j 4343 PLIPA2A180pp j 4344 s 0 n j 4344 PLIPA2A180pp_reverse_8a7eb j 4345 d 0 1000 n j 4345 PLIPA2A181pp j 4346 s 0 n j 4346 PLIPA2A181pp_reverse_a384e j 4347 d 0 1000 n j 4347 PLIPA2E120pp j 4348 s 0 n j 4348 PLIPA2E120pp_reverse_01507 j 4349 d 0 1000 n j 4349 PLIPA2E140pp j 4350 s 0 n j 4350 PLIPA2E140pp_reverse_3c082 j 4351 d 0 1000 n j 4351 PLIPA2E141pp j 4352 s 0 n j 4352 PLIPA2E141pp_reverse_cb320 j 4353 d 0 1000 n j 4353 PLIPA2E160pp j 4354 s 0 n j 4354 PLIPA2E160pp_reverse_5dad9 j 4355 d 0 1000 n j 4355 PLIPA2E161pp j 4356 s 0 n j 4356 PLIPA2E161pp_reverse_47c6f j 4357 d 0 1000 n j 4357 PLIPA2E180pp j 4358 s 0 n j 4358 PLIPA2E180pp_reverse_b0d54 j 4359 d 0 1000 n j 4359 PLIPA2E181pp j 4360 s 0 n j 4360 PLIPA2E181pp_reverse_b2969 j 4361 d 0 1000 n j 4361 PLIPA2G120pp j 4362 s 0 n j 4362 PLIPA2G120pp_reverse_27cd5 j 4363 d 0 1000 n j 4363 PLIPA2G140pp j 4364 s 0 n j 4364 PLIPA2G140pp_reverse_c09b5 j 4365 d 0 1000 n j 4365 PLIPA2G141pp j 4366 s 0 n j 4366 PLIPA2G141pp_reverse_d1bc8 j 4367 d 0 1000 n j 4367 PLIPA2G160pp j 4368 s 0 n j 4368 PLIPA2G160pp_reverse_787b3 j 4369 d 0 1000 n j 4369 PLIPA2G161pp j 4370 s 0 n j 4370 PLIPA2G161pp_reverse_66ee8 j 4371 d 0 1000 n j 4371 PLIPA2G180pp j 4372 s 0 n j 4372 PLIPA2G180pp_reverse_a9dc2 j 4373 d 0 1000 n j 4373 PLIPA2G181pp j 4374 s 0 n j 4374 PLIPA2G181pp_reverse_c6379 j 4375 d 0 1000 n j 4375 PMDPHT j 4376 s 0 n j 4376 PMDPHT_reverse_8a0fd j 4377 d 0 1000 n j 4377 PMPK j 4378 s 0 n j 4378 PMPK_reverse_48b12 j 4379 d 0 1000 n j 4379 PNTK j 4380 s 0 n j 4380 PNTK_reverse_236b6 j 4381 d 0 1000 n j 4381 PNTOt4pp j 4382 s 0 n j 4382 PNTOt4pp_reverse_a34a9 j 4383 d 0 1000 n j 4383 PNTOtex j 4384 d 0 1000 n j 4384 PNTOtex_reverse_e5e15 j 4385 d 0 1000 n j 4385 POX j 4386 s 0 n j 4386 POX_reverse_35cf5 j 4387 d 0 1000 n j 4387 PPA j 4388 s 0 n j 4388 PPA_reverse_c5293 j 4389 d 0 1000 n j 4389 PPA2 j 4390 s 0 n j 4390 PPA2_reverse_cb6ee j 4391 d 0 1000 n j 4391 PPAKr j 4392 d 0 1000 n j 4392 PPAKr_reverse_aefb2 j 4393 d 0 1000 n j 4393 PPALtex j 4394 d 0 1000 n j 4394 PPALtex_reverse_cdcdf j 4395 d 0 1000 n j 4395 PPALtpp j 4396 d 0 1000 n j 4396 PPALtpp_reverse_3bfa7 j 4397 d 0 1000 n j 4397 PPAt4pp j 4398 s 0 n j 4398 PPAt4pp_reverse_ace84 j 4399 d 0 1000 n j 4399 PPAtex j 4400 d 0 1000 n j 4400 PPAtex_reverse_aa50f j 4401 d 0 1000 n j 4401 PPBNGS j 4402 s 0 n j 4402 PPBNGS_reverse_dc5a2 j 4403 d 0 1000 n j 4403 PPC j 4404 s 0 n j 4404 PPC_reverse_e854a j 4405 d 0 1000 n j 4405 PPCDC j 4406 s 0 n j 4406 PPCDC_reverse_39306 j 4407 d 0 1000 n j 4407 PPCK j 4408 s 0 n j 4408 PPCK_reverse_2557d j 4409 d 0 1000 n j 4409 PPGPPDP j 4410 s 0 n j 4410 PPGPPDP_reverse_82153 j 4411 d 0 1000 n j 4411 PPK2r j 4412 d 0 1000 n j 4412 PPK2r_reverse_30874 j 4413 d 0 1000 n j 4413 PPKr j 4414 s 0 n j 4414 PPKr_reverse_7720e j 4415 d 0 1000 n j 4415 PPM j 4416 d 0 1000 n j 4416 PPM_reverse_4bb1e j 4417 d 0 1000 n j 4417 PPM2 j 4418 d 0 1000 n j 4418 PPM2_reverse_a5e20 j 4419 d 0 1000 n j 4419 PPNCL2 j 4420 s 0 n j 4420 PPNCL2_reverse_a65ee j 4421 d 0 1000 n j 4421 PPND j 4422 s 0 n j 4422 PPND_reverse_5463c j 4423 d 0 1000 n j 4423 PPNDH j 4424 s 0 n j 4424 PPNDH_reverse_58300 j 4425 d 0 1000 n j 4425 PPPGO j 4426 s 0 n j 4426 PPPGO_reverse_3a681 j 4427 d 0 1000 n j 4427 PPPGO3 j 4428 s 0 n j 4428 PPPGO3_reverse_ccd8c j 4429 d 0 1000 n j 4429 PPPNt2rpp j 4430 d 0 1000 n j 4430 PPPNt2rpp_reverse_b60aa j 4431 d 0 1000 n j 4431 PPPNtex j 4432 d 0 1000 n j 4432 PPPNtex_reverse_0c5bc j 4433 d 0 1000 n j 4433 PPS j 4434 s 0 n j 4434 PPS_reverse_1c319 j 4435 d 0 1000 n j 4435 PPTtex j 4436 d 0 1000 n j 4436 PPTtex_reverse_e0a66 j 4437 d 0 1000 n j 4437 PRAGSr j 4438 d 0 1000 n j 4438 PRAGSr_reverse_fd2d8 j 4439 d 0 1000 n j 4439 PRAIS j 4440 s 0 n j 4440 PRAIS_reverse_8e616 j 4441 d 0 1000 n j 4441 PRAIi j 4442 s 0 n j 4442 PRAIi_reverse_e568f j 4443 d 0 1000 n j 4443 PRAMPC j 4444 s 0 n j 4444 PRAMPC_reverse_54696 j 4445 d 0 1000 n j 4445 PRASCSi j 4446 s 0 n j 4446 PRASCSi_reverse_11704 j 4447 d 0 1000 n j 4447 PRATPP j 4448 s 0 n j 4448 PRATPP_reverse_99bf0 j 4449 d 0 1000 n j 4449 PRFGS j 4450 s 0 n j 4450 PRFGS_reverse_db4e5 j 4451 d 0 1000 n j 4451 PRMICI j 4452 d 0 1000 n j 4452 PRMICI_reverse_af0a9 j 4453 d 0 1000 n j 4453 PROD2 j 4454 s 0 n j 4454 PROD2_reverse_972fe j 4455 d 0 1000 n j 4455 PROGLYabcpp j 4456 s 0 n j 4456 PROGLYabcpp_reverse_dbb93 j 4457 d 0 1000 n j 4457 PROGLYtex j 4458 d 0 1000 n j 4458 PROGLYtex_reverse_098fe j 4459 d 0 1000 n j 4459 PROTRS j 4460 s 0 n j 4460 PROTRS_reverse_9d634 j 4461 d 0 1000 n j 4461 PROabcpp j 4462 s 0 n j 4462 PROabcpp_reverse_f67d8 j 4463 d 0 1000 n j 4463 PROt4pp j 4464 s 0 n j 4464 PROt4pp_reverse_a83c2 j 4465 d 0 1000 n j 4465 PROtex j 4466 d 0 1000 n j 4466 PROtex_reverse_71ca0 j 4467 d 0 1000 n j 4467 PRPPS j 4468 s 0 n j 4468 PRPPS_reverse_dd7f2 j 4469 d 0 1000 n j 4469 PSCLYStex j 4470 d 0 1000 n j 4470 PSCLYStex_reverse_c9eff j 4471 d 0 1000 n j 4471 PSCVT j 4472 d 0 1000 n j 4472 PSCVT_reverse_1a852 j 4473 d 0 1000 n j 4473 PSD120 j 4474 s 0 n j 4474 PSD120_reverse_167dc j 4475 d 0 1000 n j 4475 PSD140 j 4476 s 0 n j 4476 PSD140_reverse_a8f72 j 4477 d 0 1000 n j 4477 PSD141 j 4478 s 0 n j 4478 PSD141_reverse_1bafe j 4479 d 0 1000 n j 4479 PSD160 j 4480 s 0 n j 4480 PSD160_reverse_f80ad j 4481 d 0 1000 n j 4481 PSD161 j 4482 s 0 n j 4482 PSD161_reverse_daeb9 j 4483 d 0 1000 n j 4483 PSD180 j 4484 s 0 n j 4484 PSD180_reverse_a7b08 j 4485 d 0 1000 n j 4485 PSD181 j 4486 s 0 n j 4486 PSD181_reverse_8b615 j 4487 d 0 1000 n j 4487 PSERT j 4488 s 0 n j 4488 PSERT_reverse_cbee4 j 4489 d 0 1000 n j 4489 PSERtex j 4490 d 0 1000 n j 4490 PSERtex_reverse_36126 j 4491 d 0 1000 n j 4491 PSP_L j 4492 s 0 n j 4492 PSP_L_reverse_cfa3c j 4493 d 0 1000 n j 4493 PSP_Lpp j 4494 s 0 n j 4494 PSP_Lpp_reverse_9456f j 4495 d 0 1000 n j 4495 PSSA120 j 4496 s 0 n j 4496 PSSA120_reverse_146fc j 4497 d 0 1000 n j 4497 PSSA140 j 4498 s 0 n j 4498 PSSA140_reverse_8cef4 j 4499 d 0 1000 n j 4499 PSSA141 j 4500 s 0 n j 4500 PSSA141_reverse_7ab04 j 4501 d 0 1000 n j 4501 PSSA160 j 4502 s 0 n j 4502 PSSA160_reverse_f5fc1 j 4503 d 0 1000 n j 4503 PSSA161 j 4504 s 0 n j 4504 PSSA161_reverse_cbe33 j 4505 d 0 1000 n j 4505 PSSA180 j 4506 s 0 n j 4506 PSSA180_reverse_e607c j 4507 d 0 1000 n j 4507 PSSA181 j 4508 s 0 n j 4508 PSSA181_reverse_83a3e j 4509 d 0 1000 n j 4509 PTA2 j 4510 s 0 n j 4510 PTA2_reverse_720d5 j 4511 d 0 1000 n j 4511 PTAr j 4512 d 0 1000 n j 4512 PTAr_reverse_fce15 j 4513 d 0 1000 n j 4513 PTHRpp j 4514 s 0 n j 4514 PTHRpp_reverse_80890 j 4515 d 0 1000 n j 4515 PTPATi j 4516 s 0 n j 4516 PTPATi_reverse_381d9 j 4517 d 0 1000 n j 4517 PTRCORNt7pp j 4518 d 0 1000 n j 4518 PTRCORNt7pp_reverse_b20e8 j 4519 d 0 1000 n j 4519 PTRCTA j 4520 s 0 n j 4520 PTRCTA_reverse_1e90c j 4521 d 0 1000 n j 4521 PTRCabcpp j 4522 s 0 n j 4522 PTRCabcpp_reverse_96b27 j 4523 d 0 1000 n j 4523 PTRCt2pp j 4524 s 0 n j 4524 PTRCt2pp_reverse_0b90f j 4525 d 0 1000 n j 4525 PTRCtex j 4526 d 0 1000 n j 4526 PTRCtex_reverse_a3bd6 j 4527 d 0 1000 n j 4527 PUNP1 j 4528 d 0 1000 n j 4528 PUNP1_reverse_e404e j 4529 d 0 1000 n j 4529 PUNP2 j 4530 d 0 1000 n j 4530 PUNP2_reverse_af3de j 4531 d 0 1000 n j 4531 PUNP3 j 4532 d 0 1000 n j 4532 PUNP3_reverse_1db03 j 4533 d 0 1000 n j 4533 PUNP4 j 4534 d 0 1000 n j 4534 PUNP4_reverse_e2a37 j 4535 d 0 1000 n j 4535 PUNP5 j 4536 d 0 1000 n j 4536 PUNP5_reverse_e49fe j 4537 d 0 1000 n j 4537 PUNP6 j 4538 d 0 1000 n j 4538 PUNP6_reverse_00238 j 4539 d 0 1000 n j 4539 PUNP7 j 4540 d 0 1000 n j 4540 PUNP7_reverse_05926 j 4541 d 0 1000 n j 4541 PYAM5PO j 4542 s 0 n j 4542 PYAM5PO_reverse_d008c j 4543 d 0 1000 n j 4543 PYDAMK j 4544 s 0 n j 4544 PYDAMK_reverse_a0071 j 4545 d 0 1000 n j 4545 PYDXK j 4546 s 0 n j 4546 PYDXK_reverse_6e9be j 4547 d 0 1000 n j 4547 PYDXNK j 4548 s 0 n j 4548 PYDXNK_reverse_b5b8e j 4549 d 0 1000 n j 4549 PYDXPP j 4550 s 0 n j 4550 PYDXPP_reverse_26730 j 4551 d 0 1000 n j 4551 PYK j 4552 s 0 n j 4552 PYK_reverse_bc8ff j 4553 d 0 1000 n j 4553 PYNP2r j 4554 d 0 1000 n j 4554 PYNP2r_reverse_d20f8 j 4555 d 0 1000 n j 4555 PYRt2rpp j 4556 d 0 1000 n j 4556 PYRt2rpp_reverse_3baab j 4557 d 0 1000 n j 4557 PYRtex j 4558 d 0 1000 n j 4558 PYRtex_reverse_59eef j 4559 d 0 1000 n j 4559 QMO2 j 4560 s 0 n j 4560 QMO2_reverse_62073 j 4561 d 0 1000 n j 4561 QMO3 j 4562 s 0 n j 4562 QMO3_reverse_81f19 j 4563 d 0 1000 n j 4563 QULNS j 4564 s 0 n j 4564 QULNS_reverse_66da1 j 4565 d 0 1000 n j 4565 R5PP j 4566 s 0 n j 4566 R5PP_reverse_475d3 j 4567 d 0 1000 n j 4567 R5PPpp j 4568 s 0 n j 4568 R5PPpp_reverse_13c4d j 4569 d 0 1000 n j 4569 R5Ptex j 4570 d 0 1000 n j 4570 R5Ptex_reverse_cbfca j 4571 d 0 1000 n j 4571 RBFK j 4572 s 0 n j 4572 RBFK_reverse_8faa7 j 4573 d 0 1000 n j 4573 RBFSa j 4574 s 0 n j 4574 RBFSa_reverse_61d96 j 4575 d 0 1000 n j 4575 RBFSb j 4576 s 0 n j 4576 RBFSb_reverse_32299 j 4577 d 0 1000 n j 4577 RBK j 4578 s 0 n j 4578 RBK_reverse_ee934 j 4579 d 0 1000 n j 4579 RBK_L1 j 4580 s 0 n j 4580 RBK_L1_reverse_7ee06 j 4581 d 0 1000 n j 4581 RBP4E j 4582 d 0 1000 n j 4582 RBP4E_reverse_12591 j 4583 d 0 1000 n j 4583 RHAT1 j 4584 s 0 n j 4584 RHAT1_reverse_0bb45 j 4585 d 0 1000 n j 4585 RHCCE j 4586 s 0 n j 4586 RHCCE_reverse_e91ee j 4587 d 0 1000 n j 4587 RIBabcpp j 4588 s 0 n j 4588 RIBabcpp_reverse_e1bf5 j 4589 d 0 1000 n j 4589 RIBtex j 4590 d 0 1000 n j 4590 RIBtex_reverse_42338 j 4591 d 0 1000 n j 4591 RMI j 4592 d 0 1000 n j 4592 RMI_reverse_ab7c1 j 4593 d 0 1000 n j 4593 RMK j 4594 s 0 n j 4594 RMK_reverse_f9a9f j 4595 d 0 1000 n j 4595 RMNtex j 4596 d 0 1000 n j 4596 RMNtex_reverse_90350 j 4597 d 0 1000 n j 4597 RMNtpp j 4598 s 0 n j 4598 RMNtpp_reverse_40417 j 4599 d 0 1000 n j 4599 RMPA j 4600 d 0 1000 n j 4600 RMPA_reverse_a5284 j 4601 d 0 1000 n j 4601 RNDR1 j 4602 s 0 n j 4602 RNDR1_reverse_f4be1 j 4603 d 0 1000 n j 4603 RNDR1b j 4604 s 0 n j 4604 RNDR1b_reverse_59a84 j 4605 d 0 1000 n j 4605 RNDR2 j 4606 s 0 n j 4606 RNDR2_reverse_7df82 j 4607 d 0 1000 n j 4607 RNDR2b j 4608 s 0 n j 4608 RNDR2b_reverse_73295 j 4609 d 0 1000 n j 4609 RNDR3 j 4610 s 0 n j 4610 RNDR3_reverse_bc84a j 4611 d 0 1000 n j 4611 RNDR3b j 4612 s 0 n j 4612 RNDR3b_reverse_036ef j 4613 d 0 1000 n j 4613 RNDR4 j 4614 s 0 n j 4614 RNDR4_reverse_aff84 j 4615 d 0 1000 n j 4615 RNDR4b j 4616 s 0 n j 4616 RNDR4b_reverse_9c1a0 j 4617 d 0 1000 n j 4617 RNTR1c j 4618 s 0 n j 4618 RNTR1c_reverse_67b0d j 4619 d 0 1000 n j 4619 RNTR2c j 4620 s 0 n j 4620 RNTR2c_reverse_2bdb7 j 4621 d 0 1000 n j 4621 RNTR3c j 4622 s 0 n j 4622 RNTR3c_reverse_0657e j 4623 d 0 1000 n j 4623 RNTR4c j 4624 s 0 n j 4624 RNTR4c_reverse_d0f0c j 4625 d 0 1000 n j 4625 RPE j 4626 d 0 1000 n j 4626 RPE_reverse_a1b04 j 4627 d 0 1000 n j 4627 RPI j 4628 d 0 1000 n j 4628 RPI_reverse_853a1 j 4629 d 0 1000 n j 4629 S7PI j 4630 s 0 n j 4630 S7PI_reverse_6ace9 j 4631 d 0 1000 n j 4631 SADH j 4632 s 0 n j 4632 SADH_reverse_a0164 j 4633 d 0 1000 n j 4633 SADT2 j 4634 s 0 n j 4634 SADT2_reverse_2632d j 4635 d 0 1000 n j 4635 SBTPD j 4636 d 0 1000 n j 4636 SBTPD_reverse_9a7da j 4637 d 0 1000 n j 4637 SBTptspp j 4638 s 0 n j 4638 SBTptspp_reverse_05c76 j 4639 d 0 1000 n j 4639 SBTtex j 4640 d 0 1000 n j 4640 SBTtex_reverse_6aeda j 4641 d 0 1000 n j 4641 SDPDS j 4642 s 0 n j 4642 SDPDS_reverse_43d25 j 4643 d 0 1000 n j 4643 SDPTA j 4644 d 0 1000 n j 4644 SDPTA_reverse_76834 j 4645 d 0 1000 n j 4645 SELCYSS j 4646 s 0 n j 4646 SELCYSS_reverse_2f401 j 4647 d 0 1000 n j 4647 SELNPS j 4648 s 0 n j 4648 SELNPS_reverse_498bb j 4649 d 0 1000 n j 4649 SERASr j 4650 d 0 1000 n j 4650 SERASr_reverse_eb9c5 j 4651 d 0 1000 n j 4651 SERAT j 4652 d 0 1000 n j 4652 SERAT_reverse_0de5e j 4653 d 0 1000 n j 4653 SERD_D j 4654 s 0 n j 4654 SERD_D_reverse_0aea1 j 4655 d 0 1000 n j 4655 SERTRS j 4656 s 0 n j 4656 SERTRS_reverse_b65b1 j 4657 d 0 1000 n j 4657 SERTRS2 j 4658 s 0 n j 4658 SERTRS2_reverse_0c19b j 4659 d 0 1000 n j 4659 SERt2rpp j 4660 d 0 1000 n j 4660 SERt2rpp_reverse_94979 j 4661 d 0 1000 n j 4661 SERt4pp j 4662 s 0 n j 4662 SERt4pp_reverse_0b585 j 4663 d 0 1000 n j 4663 SERtex j 4664 d 0 1000 n j 4664 SERtex_reverse_85c6a j 4665 d 0 1000 n j 4665 SFGTHi j 4666 s 0 n j 4666 SFGTHi_reverse_71e0b j 4667 d 0 1000 n j 4667 SGDS j 4668 s 0 n j 4668 SGDS_reverse_25ac4 j 4669 d 0 1000 n j 4669 SGSAD j 4670 s 0 n j 4670 SGSAD_reverse_57781 j 4671 d 0 1000 n j 4671 SHCHCS2 j 4672 s 0 n j 4672 SHCHCS2_reverse_a9d90 j 4673 d 0 1000 n j 4673 SHCHD2 j 4674 s 0 n j 4674 SHCHD2_reverse_d3585 j 4675 d 0 1000 n j 4675 SHCHF j 4676 s 0 n j 4676 SHCHF_reverse_fbf31 j 4677 d 0 1000 n j 4677 SHK3Dr j 4678 d 0 1000 n j 4678 SHK3Dr_reverse_d5c8f j 4679 d 0 1000 n j 4679 SHKK j 4680 s 0 n j 4680 SHKK_reverse_163fd j 4681 d 0 1000 n j 4681 SKMtex j 4682 d 0 1000 n j 4682 SKMtex_reverse_af580 j 4683 d 0 1000 n j 4683 SO2tex j 4684 d 0 1000 n j 4684 SO2tex_reverse_0dea8 j 4685 d 0 1000 n j 4685 SO2tpp j 4686 d 0 1000 n j 4686 SO2tpp_reverse_860e1 j 4687 d 0 1000 n j 4687 SO3tex j 4688 d 0 1000 n j 4688 SO3tex_reverse_94e61 j 4689 d 0 1000 n j 4689 SO4tex j 4690 d 0 1000 n j 4690 SO4tex_reverse_1908f j 4691 d 0 1000 n j 4691 SOTA j 4692 s 0 n j 4692 SOTA_reverse_98c5d j 4693 d 0 1000 n j 4693 SPMDAT1 j 4694 s 0 n j 4694 SPMDAT1_reverse_5edba j 4695 d 0 1000 n j 4695 SPMDAT2 j 4696 s 0 n j 4696 SPMDAT2_reverse_1a39e j 4697 d 0 1000 n j 4697 SPMDabcpp j 4698 s 0 n j 4698 SPMDabcpp_reverse_7abfe j 4699 d 0 1000 n j 4699 SPMDtex j 4700 d 0 1000 n j 4700 SPMDtex_reverse_5a2d5 j 4701 d 0 1000 n j 4701 SPMS j 4702 s 0 n j 4702 SPMS_reverse_92c51 j 4703 s 0 n j 4703 SPODM j 4704 s 0 n j 4704 SPODM_reverse_2648f j 4705 s 0 n j 4705 SPODMpp j 4706 s 0 n j 4706 SPODMpp_reverse_a61b9 j 4707 d 0 1000 n j 4707 SSALx j 4708 s 0 n j 4708 SSALx_reverse_25de3 j 4709 d 0 1000 n j 4709 SSALy j 4710 s 0 n j 4710 SSALy_reverse_c02ab j 4711 d 0 1000 n j 4711 SUCBZL j 4712 s 0 n j 4712 SUCBZL_reverse_536e6 j 4713 d 0 1000 n j 4713 SUCBZS j 4714 s 0 n j 4714 SUCBZS_reverse_cdbc9 j 4715 d 0 1000 n j 4715 SUCCt2_2pp j 4716 s 0 n j 4716 SUCCt2_2pp_reverse_bb10d j 4717 d 0 1000 n j 4717 SUCCt3pp j 4718 s 0 n j 4718 SUCCt3pp_reverse_5b004 j 4719 d 0 1000 n j 4719 SUCCtex j 4720 d 0 1000 n j 4720 SUCCtex_reverse_9b687 j 4721 d 0 1000 n j 4721 SUCDi j 4722 s 0 n j 4722 SUCDi_reverse_480f4 j 4723 d 0 1000 n j 4723 SUCOAS j 4724 d 0 1000 n j 4724 SUCOAS_reverse_22958 j 4725 d 0 1000 n j 4725 SUCRtex j 4726 d 0 1000 n j 4726 SUCRtex_reverse_77415 j 4727 d 0 1000 n j 4727 SULFACtex j 4728 d 0 1000 n j 4728 SULFACtex_reverse_7636a j 4729 d 0 1000 n j 4729 SULRi j 4730 s 0 n j 4730 SULRi_reverse_25408 j 4731 d 0 1000 n j 4731 SULabcpp j 4732 s 0 n j 4732 SULabcpp_reverse_40679 j 4733 d 0 1000 n j 4733 T2DECAI j 4734 d 0 1000 n j 4734 T2DECAI_reverse_565c3 j 4735 d 0 1000 n j 4735 TALA j 4736 d 0 1000 n j 4736 TALA_reverse_adfda j 4737 d 0 1000 n j 4737 TARTRtex j 4738 d 0 1000 n j 4738 TARTRtex_reverse_41e85 j 4739 d 0 1000 n j 4739 TAURtex j 4740 d 0 1000 n j 4740 TAURtex_reverse_a14b6 j 4741 d 0 1000 n j 4741 TCYNTtex j 4742 d 0 1000 n j 4742 TCYNTtex_reverse_903a3 j 4743 d 0 1000 n j 4743 TDECOAI j 4744 s 0 n j 4744 TDECOAI_reverse_ac598 j 4745 d 0 1000 n j 4745 TDP j 4746 s 0 n j 4746 TDP_reverse_5ec7c j 4747 d 0 1000 n j 4747 TDPADGAT j 4748 s 0 n j 4748 TDPADGAT_reverse_b1c03 j 4749 d 0 1000 n j 4749 TDPAGTA j 4750 s 0 n j 4750 TDPAGTA_reverse_0f964 j 4751 d 0 1000 n j 4751 TDPDRE j 4752 s 0 n j 4752 TDPDRE_reverse_26405 j 4753 d 0 1000 n j 4753 TDPDRR j 4754 s 0 n j 4754 TDPDRR_reverse_e7bd2 j 4755 d 0 1000 n j 4755 TDPGDH j 4756 s 0 n j 4756 TDPGDH_reverse_f570d j 4757 d 0 1000 n j 4757 TDSK j 4758 s 0 n j 4758 TDSK_reverse_4bbc5 j 4759 d 0 1000 n j 4759 TDSR1 j 4760 s 0 n j 4760 TDSR1_reverse_270e9 j 4761 d 0 1000 n j 4761 TDSR2 j 4762 s 0 n j 4762 TDSR2_reverse_b23c2 j 4763 d 0 1000 n j 4763 THD2pp j 4764 s 0 n j 4764 THD2pp_reverse_e68d7 j 4765 d 0 1000 n j 4765 THDPS j 4766 s 0 n j 4766 THDPS_reverse_41a90 j 4767 d 0 1000 n j 4767 THIORDXi j 4768 s 0 n j 4768 THIORDXi_reverse_27f13 j 4769 d 0 1000 n j 4769 THMDt2pp j 4770 s 0 n j 4770 THMDt2pp_reverse_ed1b8 j 4771 d 0 1000 n j 4771 THMDt2rpp j 4772 d 0 1000 n j 4772 THMDt2rpp_reverse_2371a j 4773 d 0 1000 n j 4773 THMDtex j 4774 d 0 1000 n j 4774 THMDtex_reverse_e82c0 j 4775 d 0 1000 n j 4775 THMabcpp j 4776 s 0 n j 4776 THMabcpp_reverse_f17bf j 4777 d 0 1000 n j 4777 THMtex j 4778 d 0 1000 n j 4778 THMtex_reverse_1e778 j 4779 d 0 1000 n j 4779 THRA2i j 4780 s 0 n j 4780 THRA2i_reverse_e98cd j 4781 d 0 1000 n j 4781 THRAi j 4782 s 0 n j 4782 THRAi_reverse_d8e46 j 4783 d 0 1000 n j 4783 THRD j 4784 s 0 n j 4784 THRD_reverse_83253 j 4785 d 0 1000 n j 4785 THRD_L j 4786 s 0 n j 4786 THRD_L_reverse_4c55d j 4787 d 0 1000 n j 4787 THRPtex j 4788 d 0 1000 n j 4788 THRPtex_reverse_2f25b j 4789 d 0 1000 n j 4789 THRS j 4790 s 0 n j 4790 THRS_reverse_a994c j 4791 d 0 1000 n j 4791 THRTRS j 4792 s 0 n j 4792 THRTRS_reverse_12237 j 4793 d 0 1000 n j 4793 THRabcpp j 4794 s 0 n j 4794 THRabcpp_reverse_41c99 j 4795 d 0 1000 n j 4795 THRt2pp j 4796 s 0 n j 4796 THRt2pp_reverse_7cdd2 j 4797 d 0 1000 n j 4797 THRt2rpp j 4798 d 0 1000 n j 4798 THRt2rpp_reverse_b03e3 j 4799 d 0 1000 n j 4799 THRt4pp j 4800 s 0 n j 4800 THRt4pp_reverse_394e5 j 4801 d 0 1000 n j 4801 THRtex j 4802 d 0 1000 n j 4802 THRtex_reverse_2a874 j 4803 d 0 1000 n j 4803 THYMt3pp j 4804 s 0 n j 4804 THYMt3pp_reverse_be8cd j 4805 d 0 1000 n j 4805 THYMtex j 4806 d 0 1000 n j 4806 THYMtex_reverse_1b098 j 4807 d 0 1000 n j 4807 TKT1 j 4808 d 0 1000 n j 4808 TKT1_reverse_a1021 j 4809 d 0 1000 n j 4809 TKT2 j 4810 d 0 1000 n j 4810 TKT2_reverse_7ebc7 j 4811 d 0 1000 n j 4811 TMAOR1pp j 4812 s 0 n j 4812 TMAOR1pp_reverse_dafd5 j 4813 d 0 1000 n j 4813 TMAOR2pp j 4814 s 0 n j 4814 TMAOR2pp_reverse_d7195 j 4815 d 0 1000 n j 4815 TMAOtex j 4816 d 0 1000 n j 4816 TMAOtex_reverse_4519a j 4817 d 0 1000 n j 4817 TMAtex j 4818 d 0 1000 n j 4818 TMAtex_reverse_4c54e j 4819 d 0 1000 n j 4819 TMDK1 j 4820 s 0 n j 4820 TMDK1_reverse_ecb2e j 4821 d 0 1000 n j 4821 TMDPP j 4822 d 0 1000 n j 4822 TMDPP_reverse_1aa90 j 4823 d 0 1000 n j 4823 TMDS j 4824 s 0 n j 4824 TMDS_reverse_0a1f4 j 4825 d 0 1000 n j 4825 TMK j 4826 s 0 n j 4826 TMK_reverse_99629 j 4827 d 0 1000 n j 4827 TMPK j 4828 s 0 n j 4828 TMPK_reverse_b7673 j 4829 d 0 1000 n j 4829 TMPPP j 4830 s 0 n j 4830 TMPPP_reverse_f275c j 4831 d 0 1000 n j 4831 TPI j 4832 d 0 1000 n j 4832 TPI_reverse_c2c3b j 4833 d 0 1000 n j 4833 TPRDCOAS j 4834 s 0 n j 4834 TPRDCOAS_reverse_56965 j 4835 d 0 1000 n j 4835 TRDR j 4836 s 0 n j 4836 TRDR_reverse_6372e j 4837 d 0 1000 n j 4837 TRE6PH j 4838 s 0 n j 4838 TRE6PH_reverse_ba9c2 j 4839 d 0 1000 n j 4839 TRE6PP j 4840 s 0 n j 4840 TRE6PP_reverse_4fe3e j 4841 d 0 1000 n j 4841 TRE6PS j 4842 s 0 n j 4842 TRE6PS_reverse_96346 j 4843 d 0 1000 n j 4843 TREH j 4844 s 0 n j 4844 TREH_reverse_3db52 j 4845 d 0 1000 n j 4845 TREHpp j 4846 s 0 n j 4846 TREHpp_reverse_a400f j 4847 d 0 1000 n j 4847 TREptspp j 4848 s 0 n j 4848 TREptspp_reverse_dc50f j 4849 d 0 1000 n j 4849 TREtex j 4850 d 0 1000 n j 4850 TREtex_reverse_1e6cc j 4851 d 0 1000 n j 4851 TRPS1 j 4852 s 0 n j 4852 TRPS1_reverse_35c22 j 4853 d 0 1000 n j 4853 TRPS2 j 4854 s 0 n j 4854 TRPS2_reverse_cd73f j 4855 d 0 1000 n j 4855 TRPS3 j 4856 s 0 n j 4856 TRPS3_reverse_bdfbb j 4857 d 0 1000 n j 4857 TRPTRS j 4858 s 0 n j 4858 TRPTRS_reverse_f29b7 j 4859 d 0 1000 n j 4859 TRPt2rpp j 4860 d 0 1000 n j 4860 TRPt2rpp_reverse_ff3d1 j 4861 d 0 1000 n j 4861 TRPtex j 4862 d 0 1000 n j 4862 TRPtex_reverse_e7b4f j 4863 d 0 1000 n j 4863 TRSARr j 4864 d 0 1000 n j 4864 TRSARr_reverse_ac605 j 4865 d 0 1000 n j 4865 TSULabcpp j 4866 s 0 n j 4866 TSULabcpp_reverse_1aea7 j 4867 d 0 1000 n j 4867 TSULtex j 4868 d 0 1000 n j 4868 TSULtex_reverse_0b131 j 4869 d 0 1000 n j 4869 TTDCAtexi j 4870 s 0 n j 4870 TTDCAtexi_reverse_a3936 j 4871 d 0 1000 n j 4871 TTDCEAtexi j 4872 s 0 n j 4872 TTDCEAtexi_reverse_8b32c j 4873 d 0 1000 n j 4873 TUNGSabcpp j 4874 s 0 n j 4874 TUNGSabcpp_reverse_a2be8 j 4875 d 0 1000 n j 4875 TUNGStex j 4876 d 0 1000 n j 4876 TUNGStex_reverse_30dbf j 4877 d 0 1000 n j 4877 TYMtex j 4878 d 0 1000 n j 4878 TYMtex_reverse_996e2 j 4879 d 0 1000 n j 4879 TYRPpp j 4880 s 0 n j 4880 TYRPpp_reverse_0b842 j 4881 d 0 1000 n j 4881 TYRPtex j 4882 d 0 1000 n j 4882 TYRPtex_reverse_208a8 j 4883 d 0 1000 n j 4883 TYRTA j 4884 d 0 1000 n j 4884 TYRTA_reverse_e9311 j 4885 d 0 1000 n j 4885 TYRTRS j 4886 s 0 n j 4886 TYRTRS_reverse_27d64 j 4887 d 0 1000 n j 4887 TYRt2rpp j 4888 d 0 1000 n j 4888 TYRt2rpp_reverse_cf011 j 4889 d 0 1000 n j 4889 TYRtex j 4890 d 0 1000 n j 4890 TYRtex_reverse_6da66 j 4891 d 0 1000 n j 4891 U23GAAT j 4892 s 0 n j 4892 U23GAAT_reverse_0353e j 4893 d 0 1000 n j 4893 UAAGDS j 4894 s 0 n j 4894 UAAGDS_reverse_313a9 j 4895 d 0 1000 n j 4895 UACGALPpp j 4896 s 0 n j 4896 UACGALPpp_reverse_840fa j 4897 d 0 1000 n j 4897 UACGAMPpp j 4898 s 0 n j 4898 UACGAMPpp_reverse_b239e j 4899 d 0 1000 n j 4899 UACGAMtex j 4900 d 0 1000 n j 4900 UACGAMtex_reverse_0aadf j 4901 d 0 1000 n j 4901 UACMAMO j 4902 s 0 n j 4902 UACMAMO_reverse_b0219 j 4903 d 0 1000 n j 4903 UAG2E j 4904 d 0 1000 n j 4904 UAG2E_reverse_83643 j 4905 d 0 1000 n j 4905 UAGAAT j 4906 d 0 1000 n j 4906 UAGAAT_reverse_24f8b j 4907 d 0 1000 n j 4907 UAGCVT j 4908 s 0 n j 4908 UAGCVT_reverse_ba1ab j 4909 d 0 1000 n j 4909 UAGDP j 4910 s 0 n j 4910 UAGDP_reverse_a5ec0 j 4911 d 0 1000 n j 4911 UAGPT3 j 4912 s 0 n j 4912 UAGPT3_reverse_7f3f7 j 4913 d 0 1000 n j 4913 UAMAGS j 4914 s 0 n j 4914 UAMAGS_reverse_a0d94 j 4915 d 0 1000 n j 4915 UAMAS j 4916 s 0 n j 4916 UAMAS_reverse_2b5e6 j 4917 d 0 1000 n j 4917 UAPGR j 4918 s 0 n j 4918 UAPGR_reverse_4f67b j 4919 d 0 1000 n j 4919 UDCPDP j 4920 s 0 n j 4920 UDCPDP_reverse_1813b j 4921 d 0 1000 n j 4921 UDCPDPS j 4922 s 0 n j 4922 UDCPDPS_reverse_04082 j 4923 d 0 1000 n j 4923 UDCPDPpp j 4924 s 0 n j 4924 UDCPDPpp_reverse_50c3e j 4925 d 0 1000 n j 4925 UDCPPtppi j 4926 s 0 n j 4926 UDCPPtppi_reverse_70e48 j 4927 d 0 1000 n j 4927 UDPACGALtex j 4928 d 0 1000 n j 4928 UDPACGALtex_reverse_db14e j 4929 d 0 1000 n j 4929 UDPG4E j 4930 d 0 1000 n j 4930 UDPG4E_reverse_08c7f j 4931 d 0 1000 n j 4931 UDPGALPpp j 4932 s 0 n j 4932 UDPGALPpp_reverse_e2436 j 4933 d 0 1000 n j 4933 UDPGALtex j 4934 d 0 1000 n j 4934 UDPGALtex_reverse_19783 j 4935 d 0 1000 n j 4935 UDPGD j 4936 s 0 n j 4936 UDPGD_reverse_de167 j 4937 d 0 1000 n j 4937 UDPGDC j 4938 s 0 n j 4938 UDPGDC_reverse_f654b j 4939 d 0 1000 n j 4939 UDPGLCURtex j 4940 d 0 1000 n j 4940 UDPGLCURtex_reverse_3d157 j 4941 d 0 1000 n j 4941 UDPGPpp j 4942 s 0 n j 4942 UDPGPpp_reverse_caf0c j 4943 d 0 1000 n j 4943 UDPGtex j 4944 d 0 1000 n j 4944 UDPGtex_reverse_024fe j 4945 d 0 1000 n j 4945 UDPKAAT j 4946 d 0 1000 n j 4946 UDPKAAT_reverse_39cbd j 4947 d 0 1000 n j 4947 UGLCURPpp j 4948 s 0 n j 4948 UGLCURPpp_reverse_02763 j 4949 d 0 1000 n j 4949 UGLT j 4950 d 0 1000 n j 4950 UGLT_reverse_5e7f8 j 4951 d 0 1000 n j 4951 UGLYCH j 4952 s 0 n j 4952 UGLYCH_reverse_38b1a j 4953 d 0 1000 n j 4953 UGMDDS j 4954 s 0 n j 4954 UGMDDS_reverse_2401f j 4955 d 0 1000 n j 4955 UHGADA j 4956 s 0 n j 4956 UHGADA_reverse_608c0 j 4957 d 0 1000 n j 4957 ULA4NFT j 4958 s 0 n j 4958 ULA4NFT_reverse_07217 j 4959 d 0 1000 n j 4959 ULA4Ntppi j 4960 s 0 n j 4960 ULA4Ntppi_reverse_52ebe j 4961 d 0 1000 n j 4961 UM3PL j 4962 s 0 n j 4962 UM3PL_reverse_32754 j 4963 d 0 1000 n j 4963 UM4PCP j 4964 s 0 n j 4964 UM4PCP_reverse_86d06 j 4965 d 0 1000 n j 4965 UM4PL j 4966 s 0 n j 4966 UM4PL_reverse_c309d j 4967 d 0 1000 n j 4967 UMPK j 4968 d 0 1000 n j 4968 UMPK_reverse_ae8e3 j 4969 d 0 1000 n j 4969 UMPtex j 4970 d 0 1000 n j 4970 UMPtex_reverse_15b55 j 4971 d 0 1000 n j 4971 UNK3 j 4972 s 0 n j 4972 UNK3_reverse_8083f j 4973 d 0 1000 n j 4973 UPLA4FNF j 4974 s 0 n j 4974 UPLA4FNF_reverse_b8c75 j 4975 d 0 1000 n j 4975 UPLA4FNT j 4976 s 0 n j 4976 UPLA4FNT_reverse_a4d3d j 4977 d 0 1000 n j 4977 UPP3MT j 4978 s 0 n j 4978 UPP3MT_reverse_2adf0 j 4979 d 0 1000 n j 4979 UPP3S j 4980 s 0 n j 4980 UPP3S_reverse_8bb53 j 4981 d 0 1000 n j 4981 UPPRT j 4982 s 0 n j 4982 UPPRT_reverse_07052 j 4983 d 0 1000 n j 4983 URAt2pp j 4984 s 0 n j 4984 URAt2pp_reverse_17581 j 4985 d 0 1000 n j 4985 URAtex j 4986 d 0 1000 n j 4986 URAtex_reverse_1b290 j 4987 d 0 1000 n j 4987 URDGLYCD j 4988 s 0 n j 4988 URDGLYCD_reverse_cb5de j 4989 d 0 1000 n j 4989 UREAtex j 4990 d 0 1000 n j 4990 UREAtex_reverse_e1c1e j 4991 d 0 1000 n j 4991 UREAtpp j 4992 d 0 1000 n j 4992 UREAtpp_reverse_c8094 j 4993 d 0 1000 n j 4993 URIC j 4994 s 0 n j 4994 URIC_reverse_bb103 j 4995 d 0 1000 n j 4995 URIDK2r j 4996 d 0 1000 n j 4996 URIDK2r_reverse_1aa74 j 4997 d 0 1000 n j 4997 URIH j 4998 s 0 n j 4998 URIH_reverse_64395 j 4999 d 0 1000 n j 4999 URIK2 j 5000 s 0 n j 5000 URIK2_reverse_f3df8 j 5001 d 0 1000 n j 5001 URIt2pp j 5002 s 0 n j 5002 URIt2pp_reverse_0d906 j 5003 d 0 1000 n j 5003 URIt2rpp j 5004 d 0 1000 n j 5004 URIt2rpp_reverse_b0a53 j 5005 d 0 1000 n j 5005 URItex j 5006 d 0 1000 n j 5006 URItex_reverse_fac5c j 5007 d 0 1000 n j 5007 USHD j 5008 s 0 n j 5008 USHD_reverse_f9e3a j 5009 d 0 1000 n j 5009 VALTA j 5010 d 0 1000 n j 5010 VALTA_reverse_1d084 j 5011 d 0 1000 n j 5011 VALTRS j 5012 s 0 n j 5012 VALTRS_reverse_72083 j 5013 d 0 1000 n j 5013 VALabcpp j 5014 s 0 n j 5014 VALabcpp_reverse_f400d j 5015 d 0 1000 n j 5015 VALt2rpp j 5016 d 0 1000 n j 5016 VALt2rpp_reverse_0dc61 j 5017 d 0 1000 n j 5017 VALtex j 5018 d 0 1000 n j 5018 VALtex_reverse_126bd j 5019 d 0 1000 n j 5019 VPAMT j 5020 s 0 n j 5020 VPAMT_reverse_b3c2e j 5021 d 0 1000 n j 5021 X5PL3E j 5022 s 0 n j 5022 X5PL3E_reverse_a59f0 j 5023 d 0 1000 n j 5023 XANt2pp j 5024 s 0 n j 5024 XANt2pp_reverse_d1ca9 j 5025 d 0 1000 n j 5025 XANtex j 5026 d 0 1000 n j 5026 XANtex_reverse_35e9c j 5027 d 0 1000 n j 5027 XANtpp j 5028 d 0 1000 n j 5028 XANtpp_reverse_97eaa j 5029 d 0 1000 n j 5029 XMPtex j 5030 d 0 1000 n j 5030 XMPtex_reverse_59397 j 5031 d 0 1000 n j 5031 XPPT j 5032 s 0 n j 5032 XPPT_reverse_acb2c j 5033 d 0 1000 n j 5033 XTSNH j 5034 s 0 n j 5034 XTSNH_reverse_62c83 j 5035 d 0 1000 n j 5035 XTSNt2rpp j 5036 d 0 1000 n j 5036 XTSNt2rpp_reverse_e1a1b j 5037 d 0 1000 n j 5037 XTSNtex j 5038 d 0 1000 n j 5038 XTSNtex_reverse_a7e55 j 5039 d 0 1000 n j 5039 XYLI1 j 5040 d 0 1000 n j 5040 XYLI1_reverse_ba684 j 5041 d 0 1000 n j 5041 XYLI2 j 5042 d 0 1000 n j 5042 XYLI2_reverse_40bca j 5043 d 0 1000 n j 5043 XYLK j 5044 s 0 n j 5044 XYLK_reverse_f9b1e j 5045 d 0 1000 n j 5045 XYLK2 j 5046 s 0 n j 5046 XYLK2_reverse_ce1fa j 5047 d 0 1000 n j 5047 XYLUt2pp j 5048 s 0 n j 5048 XYLUt2pp_reverse_a8188 j 5049 d 0 1000 n j 5049 XYLUtex j 5050 d 0 1000 n j 5050 XYLUtex_reverse_653ed j 5051 d 0 1000 n j 5051 XYLtex j 5052 d 0 1000 n j 5052 XYLtex_reverse_758dc j 5053 d 0 1000 n j 5053 XYLt2pp j 5054 s 0 n j 5054 XYLt2pp_reverse_441ce j 5055 d 0 1000 n j 5055 ZN2abcpp j 5056 s 0 n j 5056 ZN2abcpp_reverse_93cd5 j 5057 d 0 1000 n j 5057 ZN2t3pp j 5058 s 0 n j 5058 ZN2t3pp_reverse_c5ed9 j 5059 d 0 1000 n j 5059 ZN2tpp j 5060 s 0 n j 5060 ZN2tpp_reverse_5a7f0 j 5061 d 0 1000 n j 5061 ZNabcpp j 5062 s 0 n j 5062 ZNabcpp_reverse_14d34 j 5063 d 0 1000 n j 5063 Zn2tex j 5064 d 0 1000 n j 5064 Zn2tex_reverse_6b2c9 j 5065 d 0 1000 n j 5065 GCALDD j 5066 s 0 n j 5066 GCALDD_reverse_d2641 j 5067 d 0 1000 n j 5067 THZPSN j 5068 s 0 n j 5068 THZPSN_reverse_95445 j 5069 d 0 1000 n j 5069 EX_AEP_e j 5070 s 0 n j 5070 EX_AEP_e_reverse_c0e18 j 5071 d 0 1000 n j 5071 AEPtex j 5072 d 0 1000 n j 5072 AEPtex_reverse_be264 j 5073 d 0 1000 n j 5073 AEPabcpp j 5074 s 0 n j 5074 AEPabcpp_reverse_9fed3 j 5075 d 0 1000 n j 5075 AEPPYRTA j 5076 s 0 n j 5076 AEPPYRTA_reverse_a3281 j 5077 d 0 1000 n j 5077 PALDH j 5078 s 0 n j 5078 PALDH_reverse_8ef71 j 5079 d 0 1000 n j 5079 EX_4hoxpac_e j 5080 s 0 n j 5080 EX_4hoxpac_e_reverse_358c5 j 5081 d 0 1000 n j 5081 4hoxpactex j 5082 d 0 1000 n j 5082 4hoxpactex_reverse_6ec33 j 5083 d 0 1000 n j 5083 4HOXPACt2pp j 5084 s 0 n j 5084 4HOXPACt2pp_reverse_9f225 j 5085 d 0 1000 n j 5085 FLAVNADR j 5086 s 0 n j 5086 FLAVNADR_reverse_d7659 j 5087 d 0 1000 n j 5087 4HOXPACMON j 5088 s 0 n j 5088 4HOXPACMON_reverse_690b4 j 5089 d 0 1000 n j 5089 4HOXPACMOF j 5090 s 0 n j 5090 4HOXPACMOF_reverse_69882 j 5091 d 0 1000 n j 5091 34DHPACDO j 5092 s 0 n j 5092 34DHPACDO_reverse_ad8a8 j 5093 d 0 1000 n j 5093 4C2HM6SADH j 5094 s 0 n j 5094 4C2HM6SADH_reverse_51f90 j 5095 d 0 1000 n j 5095 5CM2HMUDI j 5096 s 0 n j 5096 5CM2HMUDI_reverse_4e791 j 5097 d 0 1000 n j 5097 5C2O3EDDC j 5098 s 0 n j 5098 5C2O3EDDC_reverse_1dd38 j 5099 d 0 1000 n j 5099 2HH24DDH j 5100 s 0 n j 5100 2HH24DDH_reverse_2bb2f j 5101 d 0 1000 n j 5101 4H2KPILY j 5102 s 0 n j 5102 4H2KPILY_reverse_a90f8 j 5103 d 0 1000 n j 5103 12PPDS2tpp j 5104 d 0 1000 n j 5104 12PPDS2tpp_reverse_1eeb8 j 5105 d 0 1000 n j 5105 12PPDRDH j 5106 s 0 n j 5106 12PPDRDH_reverse_f2edc j 5107 d 0 1000 n j 5107 12PPDSDH j 5108 s 0 n j 5108 12PPDSDH_reverse_0ed9b j 5109 d 0 1000 n j 5109 ALCDPPAL j 5110 d 0 1000 n j 5110 ALCDPPAL_reverse_54b07 j 5111 d 0 1000 n j 5111 COAPPALDH j 5112 d 0 1000 n j 5112 COAPPALDH_reverse_49db9 j 5113 d 0 1000 n j 5113 DSCLCOCH j 5114 s 0 n j 5114 DSCLCOCH_reverse_5beab j 5115 d 0 1000 n j 5115 Cobalt2abcppI j 5116 s 0 n j 5116 Cobalt2abcppI_reverse_894f2 j 5117 d 0 1000 n j 5117 Cobalt2abcppII j 5118 d 0 1000 n j 5118 Cobalt2abcppII_reverse_cd57c j 5119 d 0 1000 n j 5119 CODSCL2MT j 5120 s 0 n j 5120 CODSCL2MT_reverse_1a25f j 5121 d 0 1000 n j 5121 CODSCL3MT j 5122 s 0 n j 5122 CODSCL3MT_reverse_4cc86 j 5123 d 0 1000 n j 5123 CODSCL4MT j 5124 s 0 n j 5124 CODSCL4MT_reverse_4b39b j 5125 d 0 1000 n j 5125 CODSCL5DA j 5126 s 0 n j 5126 CODSCL5DA_reverse_0b550 j 5127 d 0 1000 n j 5127 CODSCL5BMT j 5128 s 0 n j 5128 CODSCL5BMT_reverse_a20e4 j 5129 d 0 1000 n j 5129 CODSCL6ARED j 5130 s 0 n j 5130 CODSCL6ARED_reverse_291de j 5131 d 0 1000 n j 5131 CODSCL6BMT j 5132 s 0 n j 5132 CODSCL6BMT_reverse_dbae1 j 5133 d 0 1000 n j 5133 CODSCL7MTDC j 5134 s 0 n j 5134 CODSCL7MTDC_reverse_c2fe0 j 5135 d 0 1000 n j 5135 CODSCL8XI j 5136 d 0 1000 n j 5136 CODSCL8XI_reverse_a9154 j 5137 d 0 1000 n j 5137 COBNAD j 5138 s 0 n j 5138 COBNAD_reverse_a994c j 5139 d 0 1000 n j 5139 COB2NDARED j 5140 d 0 1000 n j 5140 COB2NDARED_reverse_5098a j 5141 d 0 1000 n j 5141 COB1NDAAT1 j 5142 d 0 1000 n j 5142 COB1NDAAT1_reverse_f1635 j 5143 d 0 1000 n j 5143 COB1NDAAT2 j 5144 s 0 n j 5144 COB1NDAAT2_reverse_67414 j 5145 d 0 1000 n j 5145 ADCOBNSYN j 5146 s 0 n j 5146 ADCOBNSYN_reverse_7daa7 j 5147 d 0 1000 n j 5147 LTHRK j 5148 s 0 n j 5148 LTHRK_reverse_61b82 j 5149 d 0 1000 n j 5149 THRPDC j 5150 s 0 n j 5150 THRPDC_reverse_877ef j 5151 d 0 1000 n j 5151 ADOCBIPS j 5152 s 0 n j 5152 ADOCBIPS_reverse_62368 j 5153 d 0 1000 n j 5153 ADOCBLPS j 5154 s 0 n j 5154 ADOCBLPS_reverse_26747 j 5155 d 0 1000 n j 5155 ADOCBLPP j 5156 s 0 n j 5156 ADOCBLPP_reverse_11bf2 j 5157 d 0 1000 n j 5157 ADOCBIK j 5158 s 0 n j 5158 ADOCBIK_reverse_50143 j 5159 d 0 1000 n j 5159 CBLAT j 5160 d 0 1000 n j 5160 CBLAT_reverse_0bf85 j 5161 d 0 1000 n j 5161 APPK j 5162 s 0 n j 5162 APPK_reverse_e2a73 j 5163 d 0 1000 n j 5163 EX_remnant1_e j 5164 s 0 n j 5164 EX_remnant1_e_reverse_674fa j 5165 d 0 1000 n j 5165 REMNANT1tex j 5166 d 0 1000 n j 5166 REMNANT1tex_reverse_d67a2 j 5167 d 0 1000 n j 5167 EX_colipa20Oag_e j 5168 s 0 n j 5168 EX_colipa20Oag_e_reverse_db1f6 j 5169 d 0 1000 n j 5169 colipa20Oagtex j 5170 s 0 n j 5170 colipa20Oagtex_reverse_e8468 j 5171 d 0 1000 n j 5171 udcdp20OagLpp j 5172 s 0 n j 5172 udcdp20OagLpp_reverse_64128 j 5173 d 0 1000 n j 5173 udcdpgalrmnmanabetpp j 5174 s 0 n j 5174 udcdpgalrmnmanabetpp_reverse_5ba71 j 5175 d 0 1000 n j 5175 OGLT j 5176 s 0 n j 5176 OGLT_reverse_0b5db j 5177 d 0 1000 n j 5177 ORLT j 5178 s 0 n j 5178 ORLT_reverse_1d1ec j 5179 d 0 1000 n j 5179 OMLT j 5180 s 0 n j 5180 OMLT_reverse_0d84b j 5181 d 0 1000 n j 5181 OALT j 5182 s 0 n j 5182 OALT_reverse_b61dc j 5183 d 0 1000 n j 5183 MAN1PT2 j 5184 s 0 n j 5184 MAN1PT2_reverse_861e0 j 5185 d 0 1000 n j 5185 PMANM j 5186 d 0 1000 n j 5186 PMANM_reverse_53eb0 j 5187 d 0 1000 n j 5187 OAP1pp j 5188 s 0 n j 5188 OAP1pp_reverse_30652 j 5189 d 0 1000 n j 5189 OAP2pp j 5190 s 0 n j 5190 OAP2pp_reverse_6be05 j 5191 d 0 1000 n j 5191 OAP3pp j 5192 s 0 n j 5192 OAP3pp_reverse_fbe1d j 5193 d 0 1000 n j 5193 OAP4pp j 5194 s 0 n j 5194 OAP4pp_reverse_801d5 j 5195 d 0 1000 n j 5195 OAP5pp j 5196 s 0 n j 5196 OAP5pp_reverse_857d5 j 5197 d 0 1000 n j 5197 OAP6pp j 5198 s 0 n j 5198 OAP6pp_reverse_f99ff j 5199 d 0 1000 n j 5199 OAP7pp j 5200 s 0 n j 5200 OAP7pp_reverse_1cec4 j 5201 d 0 1000 n j 5201 OAP8pp j 5202 s 0 n j 5202 OAP8pp_reverse_2b2f1 j 5203 d 0 1000 n j 5203 OAP9pp j 5204 s 0 n j 5204 OAP9pp_reverse_84ee2 j 5205 d 0 1000 n j 5205 OAP10pp j 5206 s 0 n j 5206 OAP10pp_reverse_e807b j 5207 d 0 1000 n j 5207 OAP11pp j 5208 s 0 n j 5208 OAP11pp_reverse_52a25 j 5209 d 0 1000 n j 5209 OAP12pp j 5210 s 0 n j 5210 OAP12pp_reverse_ab593 j 5211 d 0 1000 n j 5211 OAP13pp j 5212 s 0 n j 5212 OAP13pp_reverse_22fd8 j 5213 d 0 1000 n j 5213 OAP14pp j 5214 s 0 n j 5214 OAP14pp_reverse_7d8b9 j 5215 d 0 1000 n j 5215 OAP15pp j 5216 s 0 n j 5216 OAP15pp_reverse_88340 j 5217 d 0 1000 n j 5217 OAP16pp j 5218 s 0 n j 5218 OAP16pp_reverse_39a12 j 5219 d 0 1000 n j 5219 OAP17pp j 5220 s 0 n j 5220 OAP17pp_reverse_a23ba j 5221 d 0 1000 n j 5221 OAP18pp j 5222 s 0 n j 5222 OAP18pp_reverse_6463c j 5223 d 0 1000 n j 5223 OAP19pp j 5224 s 0 n j 5224 OAP19pp_reverse_bb5ac j 5225 d 0 1000 n j 5225 G1PCT j 5226 s 0 n j 5226 G1PCT_reverse_66729 j 5227 d 0 1000 n j 5227 CDPGLC46DH j 5228 s 0 n j 5228 CDPGLC46DH_reverse_17ba1 j 5229 d 0 1000 n j 5229 CDP4D6DGLCRx j 5230 s 0 n j 5230 CDP4D6DGLCRx_reverse_5ed25 j 5231 d 0 1000 n j 5231 CDPABEQS j 5232 s 0 n j 5232 CDPABEQS_reverse_e0b78 j 5233 d 0 1000 n j 5233 SALCHS4FEexs j 5234 s 0 n j 5234 SALCHS4FEexs_reverse_aba43 j 5235 d 0 1000 n j 5235 EX_SALCHS4_e j 5236 s 0 n j 5236 EX_SALCHS4_e_reverse_8f5e5 j 5237 d 0 1000 n j 5237 EX_SALCHS4FE_e j 5238 s 0 n j 5238 EX_SALCHS4FE_e_reverse_db596 j 5239 d 0 1000 n j 5239 SALCHS4FEabcpp j 5240 s 0 n j 5240 SALCHS4FEabcpp_reverse_801a8 j 5241 d 0 1000 n j 5241 SALCHS4tex j 5242 s 0 n j 5242 SALCHS4tex_reverse_bcf4b j 5243 d 0 1000 n j 5243 SALCHS4abcpp j 5244 s 0 n j 5244 SALCHS4abcpp_reverse_09d6e j 5245 d 0 1000 n j 5245 FEENTER2tpp j 5246 s 0 n j 5246 FEENTER2tpp_reverse_ea585 j 5247 d 0 1000 n j 5247 EX_SALCHSX_e j 5248 s 0 n j 5248 EX_SALCHSX_e_reverse_118d5 j 5249 d 0 1000 n j 5249 SALCHSXtex j 5250 d 0 1000 n j 5250 SALCHSXtex_reverse_45b7c j 5251 d 0 1000 n j 5251 SALCHSXtpp j 5252 d 0 1000 n j 5252 SALCHSXtpp_reverse_82216 j 5253 d 0 1000 n j 5253 CSNt2pp j 5254 s 0 n j 5254 CSNt2pp_reverse_0d959 j 5255 d 0 1000 n j 5255 CSND j 5256 s 0 n j 5256 CSND_reverse_77bd2 j 5257 d 0 1000 n j 5257 ALCD19 j 5258 d 0 1000 n j 5258 ALCD19_reverse_d90b5 j 5259 d 0 1000 n j 5259 ALCD2x j 5260 d 0 1000 n j 5260 ALCD2x_reverse_5d107 j 5261 d 0 1000 n j 5261 FALDH2 j 5262 d 0 1000 n j 5262 FALDH2_reverse_f1aae j 5263 d 0 1000 n j 5263 DPR j 5264 s 0 n j 5264 DPR_reverse_691d8 j 5265 d 0 1000 n j 5265 LIPAHT2ex j 5266 s 0 n j 5266 LIPAHT2ex_reverse_d08dd j 5267 d 0 1000 n j 5267 LIPAHTex j 5268 s 0 n j 5268 LIPAHTex_reverse_306bf j 5269 d 0 1000 n j 5269 CYTBD2pp j 5270 s 0 n j 5270 CYTBD2pp_reverse_d2eae j 5271 d 0 1000 n j 5271 CYTBDpp j 5272 s 0 n j 5272 CYTBDpp_reverse_79f50 j 5273 d 0 1000 n j 5273 ACANTHAT j 5274 s 0 n j 5274 ACANTHAT_reverse_9fe7b j 5275 d 0 1000 n j 5275 GLTPD j 5276 d 0 1000 n j 5276 GLTPD_reverse_03e44 j 5277 d 0 1000 n j 5277 TGBPA j 5278 d 0 1000 n j 5278 TGBPA_reverse_3cfab j 5279 d 0 1000 n j 5279 GUI1 j 5280 d 0 1000 n j 5280 GUI1_reverse_3d62c j 5281 d 0 1000 n j 5281 GUI2 j 5282 d 0 1000 n j 5282 GUI2_reverse_bb47c j 5283 d 0 1000 n j 5283 MNNH j 5284 s 0 n j 5284 MNNH_reverse_93660 j 5285 d 0 1000 n j 5285 MANAO j 5286 d 0 1000 n j 5286 MANAO_reverse_5cec0 j 5287 d 0 1000 n j 5287 OAADCS j 5288 s 0 n j 5288 OAADCS_reverse_4635e j 5289 d 0 1000 n j 5289 CITt4pp j 5290 s 0 n j 5290 CITt4pp_reverse_2923c j 5291 d 0 1000 n j 5291 DDGLCNt2rpp j 5292 d 0 1000 n j 5292 DDGLCNt2rpp_reverse_1bf30 j 5293 d 0 1000 n j 5293 CITt2pp j 5294 s 0 n j 5294 CITt2pp_reverse_09f78 j 5295 d 0 1000 n j 5295 CITtupp j 5296 s 0 n j 5296 CITtupp_reverse_97adc j 5297 d 0 1000 n j 5297 ICITtupp j 5298 s 0 n j 5298 ICITtupp_reverse_53c6f j 5299 d 0 1000 n j 5299 ACONCtupp j 5300 s 0 n j 5300 ACONCtupp_reverse_2bdfb j 5301 d 0 1000 n j 5301 NI2uabcpp j 5302 s 0 n j 5302 NI2uabcpp_reverse_db325 j 5303 d 0 1000 n j 5303 GALTptspp j 5304 s 0 n j 5304 GALTptspp_reverse_9b8ec j 5305 d 0 1000 n j 5305 EX_tag__D_e j 5306 s 0 n j 5306 EX_tag__D_e_reverse_6a1b1 j 5307 d 0 1000 n j 5307 TAGtex j 5308 d 0 1000 n j 5308 TAGtex_reverse_ebd8c j 5309 d 0 1000 n j 5309 TAGptspp j 5310 s 0 n j 5310 TAGptspp_reverse_e10ff j 5311 d 0 1000 n j 5311 TAG1PK j 5312 s 0 n j 5312 TAG1PK_reverse_64b43 j 5313 d 0 1000 n j 5313 FE2abcpp j 5314 s 0 n j 5314 FE2abcpp_reverse_fbca1 j 5315 d 0 1000 n j 5315 MN2abcpp j 5316 s 0 n j 5316 MN2abcpp_reverse_70818 j 5317 d 0 1000 n j 5317 TETDHpp1 j 5318 s 0 n j 5318 TETDHpp1_reverse_7bfd8 j 5319 d 0 1000 n j 5319 TSULDHpp1 j 5320 s 0 n j 5320 TSULDHpp1_reverse_d940e j 5321 d 0 1000 n j 5321 TETDHpp2 j 5322 s 0 n j 5322 TETDHpp2_reverse_4426e j 5323 d 0 1000 n j 5323 TSULDHpp2 j 5324 s 0 n j 5324 TSULDHpp2_reverse_4d557 j 5325 d 0 1000 n j 5325 TETDHpp3 j 5326 s 0 n j 5326 TETDHpp3_reverse_a6bde j 5327 d 0 1000 n j 5327 TSULDHpp3 j 5328 s 0 n j 5328 TSULDHpp3_reverse_75271 j 5329 d 0 1000 n j 5329 SO3R j 5330 s 0 n j 5330 SO3R_reverse_4d9f7 j 5331 d 0 1000 n j 5331 MG2uabcpp j 5332 s 0 n j 5332 MG2uabcpp_reverse_adeed j 5333 d 0 1000 n j 5333 UPPDC1 j 5334 s 0 n j 5334 UPPDC1_reverse_cb592 j 5335 d 0 1000 n j 5335 AIRSK j 5336 s 0 n j 5336 AIRSK_reverse_cd667 j 5337 d 0 1000 n j 5337 EX_airs_e j 5338 s 0 n j 5338 EX_airs_e_reverse_dc17a j 5339 d 0 1000 n j 5339 AIRStex j 5340 d 0 1000 n j 5340 AIRStex_reverse_eceec j 5341 d 0 1000 n j 5341 AIRStpp j 5342 d 0 1000 n j 5342 AIRStpp_reverse_718e1 j 5343 d 0 1000 n j 5343 REMNANT1tpp j 5344 d 0 1000 n j 5344 REMNANT1tpp_reverse_fe075 j 5345 d 0 1000 n j 5345 ARGDA j 5346 s 0 n j 5346 ARGDA_reverse_1bed1 j 5347 d 0 1000 n j 5347 OCBT j 5348 d 0 1000 n j 5348 OCBT_reverse_f5568 j 5349 d 0 1000 n j 5349 CBMKr j 5350 d 0 1000 n j 5350 CBMKr_reverse_fe98a j 5351 d 0 1000 n j 5351 3PGt6pp j 5352 s 0 n j 5352 3PGt6pp_reverse_59ea8 j 5353 d 0 1000 n j 5353 2PGt6pp j 5354 s 0 n j 5354 2PGt6pp_reverse_1c30f j 5355 d 0 1000 n j 5355 PEPt6pp j 5356 s 0 n j 5356 PEPt6pp_reverse_5bf29 j 5357 d 0 1000 n j 5357 EX_pep_e j 5358 s 0 n j 5358 EX_pep_e_reverse_548d2 j 5359 d 0 1000 n j 5359 PEPtex j 5360 d 0 1000 n j 5360 PEPtex_reverse_e9298 j 5361 d 0 1000 n j 5361 EX_2pg_e j 5362 s 0 n j 5362 EX_2pg_e_reverse_05fa7 j 5363 d 0 1000 n j 5363 2PGtex j 5364 d 0 1000 n j 5364 2PGtex_reverse_b6a76 j 5365 d 0 1000 n j 5365 EX_3pg_e j 5366 s 0 n j 5366 EX_3pg_e_reverse_52ad5 j 5367 d 0 1000 n j 5367 3PGtex j 5368 d 0 1000 n j 5368 3PGtex_reverse_e153b j 5369 d 0 1000 n j 5369 SERD_L j 5370 s 0 n j 5370 SERD_L_reverse_0f0ab j 5371 d 0 1000 n j 5371 TARTD j 5372 s 0 n j 5372 TARTD_reverse_66ff2 j 5373 d 0 1000 n j 5373 TARTRtpp j 5374 d 0 1000 n j 5374 TARTRtpp_reverse_f4a91 j 5375 d 0 1000 n j 5375 NI2tpp j 5376 s 0 n j 5376 NI2tpp_reverse_e3b18 j 5377 s 0 n j 5377 CAT j 5378 s 0 n j 5378 CAT_reverse_c01ae j 5379 d 0 1000 n j 5379 CHORM j 5380 s 0 n j 5380 CHORM_reverse_38aac j 5381 d 0 1000 n j 5381 DAPAL j 5382 s 0 n j 5382 DAPAL_reverse_14901 j 5383 d 0 1000 n j 5383 UDPGALM j 5384 s 0 n j 5384 UDPGALM_reverse_dc620 j 5385 d 0 1000 n j 5385 HYD1pp j 5386 s 0 n j 5386 HYD1pp_reverse_2792d j 5387 d 0 1000 n j 5387 HYD2pp j 5388 s 0 n j 5388 HYD2pp_reverse_c5002 j 5389 d 0 1000 n j 5389 HYD3pp j 5390 s 0 n j 5390 HYD3pp_reverse_0fbba j 5391 d 0 1000 n j 5391 EX_tet_e j 5392 s 0 n j 5392 EX_tet_e_reverse_06a3a j 5393 d 0 1000 n j 5393 TETtex j 5394 d 0 1000 n j 5394 TETtex_reverse_f89a5 j 5395 d 0 1000 n j 5395 EX_foam_e j 5396 s 0 n j 5396 EX_foam_e_reverse_a5bfe j 5397 d 0 1000 n j 5397 FOAMtex j 5398 d 0 1000 n j 5398 FOAMtex_reverse_324c1 j 5399 d 0 1000 n j 5399 EX_tartr__D_e j 5400 s 0 n j 5400 EX_tartr__D_e_reverse_93e71 j 5401 d 0 1000 n j 5401 TARTRDtex j 5402 d 0 1000 n j 5402 TARTRDtex_reverse_2e0b9 j 5403 d 0 1000 n j 5403 TARTRDtpp j 5404 d 0 1000 n j 5404 TARTRDtpp_reverse_6064f j 5405 d 0 1000 n j 5405 GALCTD j 5406 s 0 n j 5406 GALCTD_reverse_50f26 j 5407 d 0 1000 n j 5407 SHSL1 j 5408 s 0 n j 5408 SHSL1_reverse_22e26 j 5409 d 0 1000 n j 5409 ASPt2_3pp j 5410 s 0 n j 5410 ASPt2_3pp_reverse_e453b j 5411 d 0 1000 n j 5411 SUCFUMtpp j 5412 d 0 1000 n j 5412 SUCFUMtpp_reverse_ace02 j 5413 d 0 1000 n j 5413 SUCCt2_3pp j 5414 s 0 n j 5414 SUCCt2_3pp_reverse_1fb63 j 5415 d 0 1000 n j 5415 FUMt2_3pp j 5416 s 0 n j 5416 FUMt2_3pp_reverse_af3fe j 5417 d 0 1000 n j 5417 MALt2_3pp j 5418 s 0 n j 5418 MALt2_3pp_reverse_38522 j 5419 d 0 1000 n j 5419 ALAALAD j 5420 s 0 n j 5420 ALAALAD_reverse_ddcdd j 5421 d 0 1000 n j 5421 DMSOR1 j 5422 s 0 n j 5422 DMSOR1_reverse_470fa j 5423 d 0 1000 n j 5423 DMSOR2 j 5424 s 0 n j 5424 DMSOR2_reverse_001f6 j 5425 d 0 1000 n j 5425 NAt3pp j 5426 s 0 n j 5426 NAt3pp_reverse_421a2 j 5427 d 0 1000 n j 5427 4IZ5PPH j 5428 s 0 n j 5428 4IZ5PPH_reverse_aaf5f j 5429 d 0 1000 n j 5429 NFLGLNH j 5430 s 0 n j 5430 NFLGLNH_reverse_3252c j 5431 d 0 1000 n j 5431 EX_4abz_e j 5432 s 0 n j 5432 EX_4abz_e_reverse_947a6 j 5433 d 0 1000 n j 5433 ABZtex j 5434 d 0 1000 n j 5434 ABZtex_reverse_408ea j 5435 d 0 1000 n j 5435 EX_feroxB_e j 5436 s 0 n j 5436 EX_feroxB_e_reverse_c1f97 j 5437 d 0 1000 n j 5437 EX_feroxBfe_e j 5438 s 0 n j 5438 EX_feroxBfe_e_reverse_ca54d j 5439 d 0 1000 n j 5439 EX_feroxE_e j 5440 s 0 n j 5440 EX_feroxE_e_reverse_bfafb j 5441 d 0 1000 n j 5441 EX_feroxEfe_e j 5442 s 0 n j 5442 EX_feroxEfe_e_reverse_f3225 j 5443 d 0 1000 n j 5443 EX_feroxG_e j 5444 s 0 n j 5444 EX_feroxG_e_reverse_185fd j 5445 d 0 1000 n j 5445 EX_feroxGfe_e j 5446 s 0 n j 5446 EX_feroxGfe_e_reverse_5ebbb j 5447 d 0 1000 n j 5447 FEROXBFEabcpp j 5448 s 0 n j 5448 FEROXBFEabcpp_reverse_31727 j 5449 d 0 1000 n j 5449 FEROXEFEabcpp j 5450 s 0 n j 5450 FEROXEFEabcpp_reverse_626f9 j 5451 d 0 1000 n j 5451 FEROXGFEabcpp j 5452 s 0 n j 5452 FEROXGFEabcpp_reverse_6ff49 j 5453 d 0 1000 n j 5453 FEROXGFEtonex j 5454 s 0 n j 5454 FEROXGFEtonex_reverse_47840 j 5455 d 0 1000 n j 5455 FEROXBFEtex j 5456 d 0 1000 n j 5456 FEROXBFEtex_reverse_0105b j 5457 d 0 1000 n j 5457 FEROXEFEtex j 5458 d 0 1000 n j 5458 FEROXEFEtex_reverse_85c86 j 5459 d 0 1000 n j 5459 FEROXGtex j 5460 d 0 1000 n j 5460 FEROXGtex_reverse_033b2 j 5461 d 0 1000 n j 5461 FEROXEtex j 5462 d 0 1000 n j 5462 FEROXEtex_reverse_772e9 j 5463 d 0 1000 n j 5463 FEROXBtex j 5464 d 0 1000 n j 5464 FEROXBtex_reverse_69e49 j 5465 d 0 1000 n j 5465 FEROXBtpp j 5466 d 0 1000 n j 5466 FEROXBtpp_reverse_2947e j 5467 d 0 1000 n j 5467 FEROXEtpp j 5468 d 0 1000 n j 5468 FEROXEtpp_reverse_151f7 j 5469 d 0 1000 n j 5469 FEROXGtpp j 5470 d 0 1000 n j 5470 FEROXGtpp_reverse_530c4 j 5471 d 0 1000 n j 5471 EX_drib_e j 5472 s 0 n j 5472 EX_drib_e_reverse_2520d j 5473 d 0 1000 n j 5473 DRIBtpp j 5474 d 0 1000 n j 5474 DRIBtpp_reverse_289ae j 5475 d 0 1000 n j 5475 DRBK j 5476 s 0 n j 5476 DRBK_reverse_7f901 j 5477 d 0 1000 n j 5477 DRIBtex j 5478 d 0 1000 n j 5478 DRIBtex_reverse_11016 j 5479 d 0 1000 n j 5479 SCYSSL j 5480 s 0 n j 5480 SCYSSL_reverse_4f385 j 5481 d 0 1000 n j 5481 SLCYSS j 5482 s 0 n j 5482 SLCYSS_reverse_08a40 j 5483 d 0 1000 n j 5483 GSHPO j 5484 s 0 n j 5484 GSHPO_reverse_f4695 j 5485 d 0 1000 n j 5485 HHDDI j 5486 d 0 1000 n j 5486 HHDDI_reverse_42b28 j 5487 d 0 1000 n j 5487 INOSR j 5488 d 0 1000 n j 5488 INOSR_reverse_1ec21 j 5489 d 0 1000 n j 5489 MMSAD3 j 5490 s 0 n j 5490 MMSAD3_reverse_53c5d j 5491 s 0 n j 5491 CHITPH j 5492 s 0 n j 5492 CHITPH_reverse_c0625 j 5493 d 0 1000 n j 5493 D5KGK j 5494 s 0 n j 5494 D5KGK_reverse_b077a j 5495 d 0 1000 n j 5495 D5KGPA j 5496 s 0 n j 5496 D5KGPA_reverse_f78f6 j 5497 d 0 1000 n j 5497 DHEDAA j 5498 s 0 n j 5498 DHEDAA_reverse_b4d3e j 5499 d 0 1000 n j 5499 DKDID j 5500 s 0 n j 5500 DKDID_reverse_25489 j 5501 d 0 1000 n j 5501 2INSD j 5502 s 0 n j 5502 2INSD_reverse_12147 j 5503 d 0 1000 n j 5503 DTARTD j 5504 s 0 n j 5504 DTARTD_reverse_0d68b j 5505 d 0 1000 n j 5505 NMNR j 5506 s 0 n j 5506 NMNR_reverse_debad j 5507 d 0 1000 n j 5507 RNMK j 5508 s 0 n j 5508 RNMK_reverse_0eb88 j 5509 d 0 1000 n j 5509 OACT j 5510 s 0 n j 5510 OACT_reverse_fdab2 j 5511 d 0 1000 n j 5511 UDCPAT j 5512 s 0 n j 5512 UDCPAT_reverse_88230 j 5513 d 0 1000 n j 5513 UDCPMT j 5514 s 0 n j 5514 UDCPMT_reverse_6073c j 5515 d 0 1000 n j 5515 UDCPRT j 5516 s 0 n j 5516 UDCPRT_reverse_97127 j 5517 d 0 1000 n j 5517 UDCPGT j 5518 s 0 n j 5518 UDCPGT_reverse_88df1 j 5519 d 0 1000 n j 5519 TCBO j 5520 s 0 n j 5520 TCBO_reverse_69840 j 5521 d 0 1000 n j 5521 GLYBt6ex j 5522 d 0 1000 n j 5522 GLYBt6ex_reverse_72834 j 5523 d 0 1000 n j 5523 GLYBt6pp j 5524 d 0 1000 n j 5524 GLYBt6pp_reverse_3da03 j 5525 d 0 1000 n j 5525 CHITOBex j 5526 s 0 n j 5526 CHITOBex_reverse_1aeca j 5527 s 0 n j 5527 CHITOBpts j 5528 s 0 n j 5528 CHITOBpts_reverse_56025 j 5529 d 0 1000 n j 5529 RNAMtex j 5530 s 0 n j 5530 RNAMtex_reverse_f5a7c j 5531 d 0 1000 n j 5531 RNAMtpp j 5532 s 0 n j 5532 RNAMtpp_reverse_f7af7 j 5533 d 0 1000 n j 5533 OAO5t3ex j 5534 s 0 n j 5534 OAO5t3ex_reverse_09064 j 5535 d 0 1000 n j 5535 OAO5t3pp j 5536 s 0 n j 5536 OAO5t3pp_reverse_f3ce3 j 5537 d 0 1000 n j 5537 TCBt2pp j 5538 s 0 n j 5538 TCBt2pp_reverse_a0b64 j 5539 d 0 1000 n j 5539 TCBt2ex j 5540 s 0 n j 5540 TCBt2ex_reverse_5441b j 5541 d 0 1000 n j 5541 TTONR1pp j 5542 s 0 n j 5542 TTONR1pp_reverse_a276a j 5543 d 0 1000 n j 5543 TTONtex j 5544 s 0 n j 5544 TTONtex_reverse_9b957 j 5545 d 0 1000 n j 5545 TTONR2pp j 5546 s 0 n j 5546 TTONR2pp_reverse_12a8a j 5547 d 0 1000 n j 5547 LEUt4rpp j 5548 d 0 1000 n j 5548 LEUt4rpp_reverse_f07dd j 5549 d 0 1000 n j 5549 UPLA4NT j 5550 s 0 n j 5550 UPLA4NT_reverse_36c27 j 5551 d 0 1000 n j 5551 PSUDS j 5552 s 0 n j 5552 PSUDS_reverse_6e24a j 5553 d 0 1000 n j 5553 PFOR j 5554 s 0 n j 5554 PFOR_reverse_1e1f4 j 5555 d 0 1000 n j 5555 NNDMBRT j 5556 s 0 n j 5556 NNDMBRT_reverse_13f8c j 5557 d 0 1000 n j 5557 biomass_iRR1083 j 5558 s 0 n j 5558 biomass_iRR1083_reverse_f1fff j 5559 d 0 1000 n j 5559 peptido_ST j 5560 d 0 1000 n j 5560 peptido_ST_reverse_d5e0f j 5561 d 0 1000 n j 5561 pe2_ST j 5562 d 0 1000 n j 5562 pe2_ST_reverse_8c316 j 5563 d 0 1000 n j 5563 pg2_ST j 5564 d 0 1000 n j 5564 pg2_ST_reverse_0dc1c j 5565 d 0 1000 n j 5565 clpn2_ST j 5566 d 0 1000 n j 5566 clpn2_ST_reverse_9df52 j 5567 d 0 1000 n j 5567 pa2_ST j 5568 d 0 1000 n j 5568 pa2_ST_reverse_b5cec j 5569 d 0 1000 n j 5569 ps2_ST j 5570 d 0 1000 n j 5570 ps2_ST_reverse_4cc01 j 5571 d 0 1000 n j 5571 12dgr2_ST j 5572 d 0 1000 n j 5572 12dgr2_ST_reverse_fc580 j 5573 d 0 1000 n j 5573 OAL_ST j 5574 s 0 n j 5574 OAL_ST_reverse_40df1 j 5575 s 0 n j 5575 OA4L_ST j 5576 s 0 n j 5576 OA4L_ST_reverse_9d863 j 5577 d 0 1000 n j 5577 OA5L_ST j 5578 s 0 n j 5578 OA5L_ST_reverse_4ed94 j 5579 s 0 n j 5579 OA4VL_ST j 5580 s 0 n j 5580 OA4VL_ST_reverse_89bbe j 5581 d 0 1000 n j 5581 OA5VL_ST j 5582 s 0 n j 5582 OA5VL_ST_reverse_f1c27 j 5583 s 0 n j 5583 OAO4t3pp j 5584 s 0 n j 5584 OAO4t3pp_reverse_27471 j 5585 s 0 n j 5585 OAO4t3ex j 5586 s 0 n j 5586 OAO4t3ex_reverse_8e6ff j 5587 d 0 1000 n j 5587 PYDXtex j 5588 s 0 n j 5588 PYDXtex_reverse_1b0e1 j 5589 d 0 1000 n j 5589 PYDXtpp j 5590 s 0 n j 5590 PYDXtpp_reverse_58147 j 5591 d 0 1000 n j 5591 PYDXNtex j 5592 s 0 n j 5592 PYDXNtex_reverse_c98ca j 5593 d 0 1000 n j 5593 PYDXNtpp j 5594 s 0 n j 5594 PYDXNtpp_reverse_6fb4f j 5595 d 0 1000 n j 5595 HEXt2rpp j 5596 d 0 1000 n j 5596 HEXt2rpp_reverse_5cf40 j 5597 d 0 1000 n j 5597 4HTHRtex j 5598 d 0 1000 n j 5598 4HTHRtex_reverse_6054a j 5599 d 0 1000 n j 5599 4HTHRtrpp j 5600 d 0 1000 n j 5600 4HTHRtrpp_reverse_afd03 j 5601 d 0 1000 n j 5601 4HTHRK j 5602 s 0 n j 5602 4HTHRK_reverse_cf93a j 5603 d 0 1000 n j 5603 35PDE j 5604 s 0 n j 5604 35PDE_reverse_8c2ab j 5605 s 0 n j 5605 UROCANH j 5606 s 0 n j 5606 UROCANH_reverse_08179 j 5607 d 0 1000 n j 5607 AADDFT j 5608 s 0 n j 5608 AADDFT_reverse_55b6f j 5609 d 0 0.0001 n j 5609 ENTERHpp j 5610 s 0 n j 5610 ENTERHpp_reverse_e9e3c j 5611 d 0 0.0001 n j 5611 SALCHS4Hpp j 5612 s 0 n j 5612 SALCHS4Hpp_reverse_592ca j 5613 d 0 0.0001 n j 5613 SALCHS4FEHpp j 5614 s 0 n j 5614 SALCHS4FEHpp_reverse_c67fd j 5615 d 0 1000 n j 5615 DHBSZ3tex j 5616 s 0 n j 5616 DHBSZ3tex_reverse_a2ebf j 5617 d 0 1000 n j 5617 DHBSZ3FEexs j 5618 s 0 n j 5618 DHBSZ3FEexs_reverse_34a60 j 5619 d 0 1000 n j 5619 DHBSZ3FEtonex j 5620 s 0 n j 5620 DHBSZ3FEtonex_reverse_2608a j 5621 d 0 1000 n j 5621 DHBSZ3FEabcpp j 5622 s 0 n j 5622 DHBSZ3FEabcpp_reverse_3ad82 j 5623 d 0 1000 n j 5623 FEDHBZS3R1 j 5624 s 0 n j 5624 FEDHBZS3R1_reverse_093bb j 5625 d 0 1000 n j 5625 FEDHBZS3R2 j 5626 s 0 n j 5626 FEDHBZS3R2_reverse_88984 j 5627 d 0 1000 n j 5627 FEDHBZS3R3 j 5628 s 0 n j 5628 FEDHBZS3R3_reverse_d7975 j 5629 d 0 1000 n j 5629 SALCHS2tex j 5630 s 0 n j 5630 SALCHS2tex_reverse_f1cdd j 5631 d 0 1000 n j 5631 SALCHS2FEexs j 5632 s 0 n j 5632 SALCHS2FEexs_reverse_70e96 j 5633 d 0 1000 n j 5633 SALCHS2FEtonex j 5634 s 0 n j 5634 SALCHS2FEtonex_reverse_fec4b j 5635 d 0 1000 n j 5635 SALCHS2FEabcpp j 5636 s 0 n j 5636 SALCHS2FEabcpp_reverse_e186b j 5637 d 0 1000 n j 5637 SALCHS2FER1 j 5638 s 0 n j 5638 SALCHS2FER1_reverse_33cae j 5639 d 0 1000 n j 5639 SALCHS2FER2 j 5640 s 0 n j 5640 SALCHS2FER2_reverse_ce4c6 j 5641 d 0 1000 n j 5641 SALCHS2FER3 j 5642 s 0 n j 5642 SALCHS2FER3_reverse_bbc10 j 5643 d 0 1000 n j 5643 SALCHS2H j 5644 s 0 n j 5644 SALCHS2H_reverse_a7ed7 j 5645 d 0 1000 n j 5645 SALCHS1H j 5646 s 0 n j 5646 SALCHS1H_reverse_d5b7f j 5647 d 0 1000 n j 5647 ENTERH j 5648 s 0 n j 5648 ENTERH_reverse_22157 j 5649 d 0 1000 n j 5649 DHBZS3H j 5650 s 0 n j 5650 DHBZS3H_reverse_d893b j 5651 d 0 1000 n j 5651 DHBZS2H j 5652 s 0 n j 5652 DHBZS2H_reverse_1edf2 j 5653 d 0 1000 n j 5653 ENTERtex j 5654 s 0 n j 5654 ENTERtex_reverse_0bf69 j 5655 d 0 1000 n j 5655 ENTERGLCT1 j 5656 s 0 n j 5656 ENTERGLCT1_reverse_5cb77 j 5657 d 0 1000 n j 5657 ENTERGLCT2 j 5658 s 0 n j 5658 ENTERGLCT2_reverse_ef054 j 5659 d 0 1000 n j 5659 FEROXBFER1 j 5660 s 0 n j 5660 FEROXBFER1_reverse_9d2d0 j 5661 d 0 1000 n j 5661 FEROXBFER2 j 5662 s 0 n j 5662 FEROXBFER2_reverse_dd614 j 5663 d 0 1000 n j 5663 FEROXBFER3 j 5664 s 0 n j 5664 FEROXBFER3_reverse_8f065 j 5665 d 0 1000 n j 5665 FEROXEFER1 j 5666 s 0 n j 5666 FEROXEFER1_reverse_dd184 j 5667 d 0 1000 n j 5667 FEROXEFER2 j 5668 s 0 n j 5668 FEROXEFER2_reverse_34efa j 5669 d 0 1000 n j 5669 FEROXEFER3 j 5670 s 0 n j 5670 FEROXEFER3_reverse_8138c j 5671 d 0 1000 n j 5671 FEROXGFER1 j 5672 s 0 n j 5672 FEROXGFER1_reverse_e8da0 j 5673 d 0 1000 n j 5673 FEROXGFER2 j 5674 s 0 n j 5674 FEROXGFER2_reverse_3b157 j 5675 d 0 1000 n j 5675 FEROXGFER3 j 5676 s 0 n j 5676 FEROXGFER3_reverse_d0483 j 5677 d 0 1000 n j 5677 GULNLtex j 5678 d 0 1000 n j 5678 GULNLtex_reverse_da2b3 j 5679 d 0 1000 n j 5679 GULNLtpp j 5680 d 0 1000 n j 5680 GULNLtpp_reverse_64983 j 5681 d 0 1000 n j 5681 GULNLR j 5682 s 0 n j 5682 GULNLR_reverse_78514 j 5683 d 0 1000 n j 5683 DXYLUDtex j 5684 d 0 1000 n j 5684 DXYLUDtex_reverse_4e621 j 5685 d 0 1000 n j 5685 DXYLUDtpp j 5686 s 0 n j 5686 DXYLUDtpp_reverse_f0ca2 j 5687 d 0 1000 n j 5687 MUREINLPPTP j 5688 s 0 n j 5688 MUREINLPPTP_reverse_c8661 j 5689 d 0 1000 n j 5689 APOLPPS j 5690 s 0 n j 5690 APOLPPS_reverse_f0e3b j 5691 d 0 1000 n j 5691 PROLPPOATPE160 j 5692 s 0 n j 5692 PROLPPOATPE160_reverse_11d1e j 5693 d 0 1000 n j 5693 PROLPPOATPG160 j 5694 s 0 n j 5694 PROLPPOATPG160_reverse_8735b j 5695 d 0 1000 n j 5695 PROLPPGT160 j 5696 s 0 n j 5696 PROLPPGT160_reverse_13e74 j 5697 d 0 1000 n j 5697 DMBZIDS j 5698 s 0 n j 5698 DMBZIDS_reverse_51ec3 j 5699 d 0 1000 n j 5699 2HH24DDH1 j 5700 s 0 n j 5700 2HH24DDH1_reverse_a5999 j 5701 d 0 1000 n j 5701 GALCTND j 5702 s 0 n j 5702 GALCTND_reverse_72513 j 5703 d 0 1000 n j 5703 DDPGALA j 5704 d 0 1000 n j 5704 DDPGALA_reverse_4e5af j 5705 d 0 1000 n j 5705 FOAMtrpp j 5706 d 0 1000 n j 5706 FOAMtrpp_reverse_6cc7d j 5707 d 0 1000 n j 5707 FEENTERR1 j 5708 s 0 n j 5708 FEENTERR1_reverse_a3dda j 5709 d 0 1000 n j 5709 FEENTERR2 j 5710 s 0 n j 5710 FEENTERR2_reverse_0af6f j 5711 d 0 1000 n j 5711 FEENTERR3 j 5712 s 0 n j 5712 FEENTERR3_reverse_d410a j 5713 d 0 1000 n j 5713 SALCHS4FER1 j 5714 s 0 n j 5714 SALCHS4FER1_reverse_6b05c j 5715 d 0 1000 n j 5715 SALCHS4FER2 j 5716 s 0 n j 5716 SALCHS4FER2_reverse_91897 j 5717 d 0 1000 n j 5717 SALCHS4FER3 j 5718 s 0 n j 5718 SALCHS4FER3_reverse_ac0d2 j 5719 d 0 1000 n j 5719 SALCHS4FEtonex j 5720 s 0 n j 5720 SALCHS4FEtonex_reverse_ff069 j 5721 s 0 n j 5721 HISNH4L j 5722 s 0 n j 5722 HISNH4L_reverse_4cad4 j 5723 s 0 n j 5723 AB6PGH j 5724 s 0 n j 5724 AB6PGH_reverse_9c1a3 j 5725 s 0 n j 5725 SARCOX j 5726 s 0 n j 5726 SARCOX_reverse_eebad j 5727 d 0 1000 n j 5727 FE3HOXabcpp j 5728 s 0 n j 5728 FE3HOXabcpp_reverse_784a3 j 5729 d 0 1000 n j 5729 FEOXAMR1 j 5730 s 0 n j 5730 FEOXAMR1_reverse_5efcf j 5731 d 0 1000 n j 5731 FEOXAMR2 j 5732 s 0 n j 5732 FEOXAMR2_reverse_3ce4c j 5733 d 0 1000 n j 5733 FEOXAMR3 j 5734 s 0 n j 5734 FEOXAMR3_reverse_a2b98 j 5735 d 0 1000 n j 5735 DHBSH j 5736 s 0 n j 5736 DHBSH_reverse_e4369 j 5737 d 0 1000 n j 5737 ALPATE160pp j 5738 s 0 n j 5738 ALPATE160pp_reverse_39e01 j 5739 d 0 1000 n j 5739 ALPATG160pp j 5740 s 0 n j 5740 ALPATG160pp_reverse_f7766 j 5741 d 0 1000 n j 5741 CYSLDS j 5742 s 0 n j 5742 CYSLDS_reverse_82abb j 5743 d 0 1000 n j 5743 INOSTtpp j 5744 s 0 n j 5744 INOSTtpp_reverse_1d104 j 5745 d 0 1000 n j 5745 HDCAt2pp j 5746 s 0 n j 5746 HDCAt2pp_reverse_bb7e2 j 5747 d 0 1000 n j 5747 OCDCAt2pp j 5748 s 0 n j 5748 OCDCAt2pp_reverse_d23b9 j 5749 d 0 1000 n j 5749 OCDCEAt2pp j 5750 s 0 n j 5750 OCDCEAt2pp_reverse_30515 j 5751 d 0 1000 n j 5751 TTDCAt2pp j 5752 s 0 n j 5752 TTDCAt2pp_reverse_9e8a6 j 5753 d 0 1000 n j 5753 DDCAt2pp j 5754 s 0 n j 5754 DDCAt2pp_reverse_cf69c j 5755 d 0 1000 n j 5755 biomass_iRR1083_metals j 5756 s 0 n j 5756 biomass_iRR1083_metals_reverse_00f08 j 5757 d 0 1000 n j 5757 EX_dxyl_e j 5758 s 0 n j 5758 EX_dxyl_e_reverse_27d5e j 5759 d 0 1000 n j 5759 EX_salchs2fe_e j 5760 s 0 n j 5760 EX_salchs2fe_e_reverse_a2daf j 5761 d 0 1000 n j 5761 EX_rnam_e j 5762 s 0 n j 5762 EX_rnam_e_reverse_99c8a j 5763 d 0 1000 n j 5763 EX_colipaOA_e j 5764 s 0 n j 5764 EX_colipaOA_e_reverse_c85a7 j 5765 d 0 1000 n j 5765 EX_udcpo4_e j 5766 s 0 n j 5766 EX_udcpo4_e_reverse_bb656 j 5767 d 0 1000 n j 5767 EX_tcb_e j 5768 s 0 n j 5768 EX_tcb_e_reverse_99c66 j 5769 d 0 1000 n j 5769 EX_fe3dhbzs3_e j 5770 s 0 n j 5770 EX_fe3dhbzs3_e_reverse_c792e j 5771 d 0 1000 n j 5771 EX_23dhbzs3_e j 5772 s 0 n j 5772 EX_23dhbzs3_e_reverse_5cd74 j 5773 d 0 1000 n j 5773 EX_guln__L_e j 5774 s 0 n j 5774 EX_guln__L_e_reverse_3a516 j 5775 d 0 1000 n j 5775 EX_udcpo5_e j 5776 s 0 n j 5776 EX_udcpo5_e_reverse_873b0 j 5777 d 0 1000 n j 5777 EX_4hthr_e j 5778 s 0 n j 5778 EX_4hthr_e_reverse_2ea03 j 5779 d 0 1000 n j 5779 EX_salchs2_e j 5780 s 0 n j 5780 EX_salchs2_e_reverse_4e9dd j 5781 d 0 1000 n j 5781 EX_tton_e j 5782 s 0 n j 5782 EX_tton_e_reverse_46a9c a 0 5755 1 a 0 5756 -1 a 1 2590 1 a 1 2589 -1 a 1 1866 -1 a 1 1865 1 a 1 1864 -1 a 1 1863 1 a 1 948 -1 a 1 947 1 a 1 888 1 a 1 887 -1 a 2 4784 -1 a 2 4783 1 a 2 3018 -1 a 2 3017 1 a 2 1370 -1 a 2 1369 1 a 2 1260 1 a 2 1259 -1 a 3 4212 1 a 3 4211 -1 a 4 3306 1 a 4 3305 -1 a 4 3304 -1 a 4 3303 1 a 5 3364 1 a 5 3363 -1 a 5 1002 -1 a 5 1001 1 a 6 2732 -1 a 6 2731 1 a 6 2728 1 a 6 2727 -1 a 7 5742 -1 a 7 5741 1 a 7 5704 -1 a 7 5703 1 a 7 5554 1 a 7 5553 -1 a 7 5528 -1 a 7 5527 1 a 7 5498 -1 a 7 5497 1 a 7 5382 -1 a 7 5381 1 a 7 5370 -1 a 7 5369 1 a 7 5310 -1 a 7 5309 1 a 7 5304 -1 a 7 5303 1 a 7 5288 -1 a 7 5287 1 a 7 5102 -1 a 7 5101 1 a 7 5076 1 a 7 5075 -1 a 7 5020 -1 a 7 5019 1 a 7 4848 -1 a 7 4847 1 a 7 4672 -1 a 7 4671 1 a 7 4654 -1 a 7 4653 1 a 7 4638 -1 a 7 4637 1 a 7 4556 -1 a 7 4555 1 a 7 4552 -1 a 7 4551 1 a 7 4434 1 a 7 4433 -1 a 7 4386 1 a 7 4385 -1 a 7 4186 1 a 7 4185 -1 a 7 4150 1 a 7 4149 -1 a 7 4034 -1 a 7 4033 1 a 7 3776 -1 a 7 3775 1 a 7 3670 -1 a 7 3669 1 a 7 3668 -1 a 7 3667 1 a 7 3638 -1 a 7 3637 1 a 7 3632 -1 a 7 3631 1 a 7 3626 -1 a 7 3625 1 a 7 3610 -1 a 7 3609 1 a 7 3574 -1 a 7 3573 1 a 7 3572 -1 a 7 3571 1 a 7 3418 -1 a 7 3417 1 a 7 3416 -1 a 7 3415 1 a 7 3292 -1 a 7 3291 1 a 7 2964 -1 a 7 2963 1 a 7 2940 -1 a 7 2939 1 a 7 2898 -1 a 7 2897 1 a 7 2770 -1 a 7 2769 1 a 7 2768 -1 a 7 2767 1 a 7 1940 -1 a 7 1939 1 a 7 1854 1 a 7 1853 -1 a 7 1748 1 a 7 1747 -1 a 7 1646 -1 a 7 1645 1 a 7 1612 -1 a 7 1611 1 a 7 1604 -1 a 7 1603 1 a 7 1458 -1 a 7 1457 1 a 7 1318 -1 a 7 1317 1 a 7 1258 -1 a 7 1257 1 a 7 1190 -1 a 7 1189 1 a 7 1188 -1 a 7 1187 1 a 7 1186 -1 a 7 1185 1 a 7 1070 -1 a 7 1069 1 a 7 1022 -1 a 7 1021 1 a 7 1012 -1 a 7 1011 1 a 7 1006 2 a 7 1005 -2 a 7 1002 1 a 7 1001 -1 a 7 994 -1 a 7 993 1 a 8 4558 1 a 8 4557 -1 a 8 2480 1 a 8 2479 -1 a 9 4558 -1 a 9 4557 1 a 9 4556 1 a 9 4555 -1 a 10 4744 1 a 10 4743 -1 a 10 2630 -1 a 10 2629 1 a 10 2610 1 a 10 2609 -1 a 11 3518 -1 a 11 3517 1 a 11 3504 -1 a 11 3503 1 a 12 3712 -1 a 12 3711 1 a 12 3710 1 a 12 3709 -1 a 13 5038 1 a 13 5037 -1 a 13 2572 1 a 13 2571 -1 a 14 2062 1 a 14 2061 -1 a 14 1200 1 a 14 1199 -1 a 15 5756 0.748399 a 15 5755 -0.748399 a 15 5558 0.748399 a 15 5557 -0.748399 a 15 5076 -1 a 15 5075 1 a 15 5068 -1 a 15 5067 1 a 15 5020 1 a 15 5019 -1 a 15 4916 1 a 15 4915 -1 a 15 3408 -1 a 15 3407 1 a 15 2580 0.5137 a 15 2579 -0.5137 a 15 1610 -1 a 15 1609 1 a 15 1262 1 a 15 1261 -1 a 15 1198 -1 a 15 1197 1 a 15 1196 -1 a 15 1195 1 a 15 1194 -1 a 15 1193 1 a 15 1192 1 a 15 1191 -1 a 15 1190 1 a 15 1189 -1 a 15 1188 1 a 15 1187 -1 a 15 1184 1 a 15 1183 -1 a 16 2622 -1 a 16 2621 1 a 16 2602 -1 a 16 2601 1 a 16 950 1 a 16 949 -1 a 17 3712 1 a 17 3711 -1 a 17 2396 1 a 17 2395 -1 a 18 4906 1 a 18 4905 -1 a 18 4892 1 a 18 4891 -1 a 18 868 -1 a 18 867 1 a 18 834 1 a 18 833 -1 a 19 5756 0.104726 a 19 5755 -0.104726 a 19 5558 0.104726 a 19 5557 -0.104726 a 19 4972 -1 a 19 4971 1 a 19 3710 -1 a 19 3709 1 a 19 3708 1 a 19 3707 -1 a 19 3706 -1 a 19 3705 1 a 19 3704 -1 a 19 3703 1 a 19 3694 -1 a 19 3693 1 a 19 3692 1 a 19 3691 -1 a 19 3690 1 a 19 3689 -1 a 19 3684 1 a 19 3683 -1 a 19 2580 0.1537 a 19 2579 -0.1537 a 19 1542 -2 a 19 1541 2 a 19 1390 -1 a 19 1389 1 a 20 4042 -1 a 20 4041 1 a 20 2642 1 a 20 2641 -1 a 21 1200 -1 a 21 1199 1 a 21 1198 1 a 21 1197 -1 a 21 1196 1 a 21 1195 -1 a 21 1194 1 a 21 1193 -1 a 22 1382 -1 a 22 1381 1 a 22 1380 1 a 22 1379 -1 a 23 2058 1 a 23 2057 -1 a 23 1382 1 a 23 1381 -1 a 24 4384 1 a 24 4383 -1 a 24 2460 1 a 24 2459 -1 a 25 4114 1 a 25 4113 -1 a 25 1380 -1 a 25 1379 1 a 25 1340 -1 a 25 1339 1 a 26 1262 -1 a 26 1261 1 a 26 1238 1 a 26 1237 -1 a 27 2170 1 a 27 2169 -1 a 27 1796 1 a 27 1795 -1 a 28 4382 -1 a 28 4381 1 a 28 4380 1 a 28 4379 -1 a 28 4114 -1 a 28 4113 1 a 29 4316 -1 a 29 4315 1 a 29 764 1 a 29 763 -1 a 30 2016 1 a 30 2015 -1 a 30 928 1 a 30 927 -1 a 31 5424 1 a 31 5423 -1 a 31 5422 1 a 31 5421 -1 a 31 1796 -1 a 31 1795 1 a 32 4500 -1 a 32 4499 1 a 32 4478 1 a 32 4477 -1 a 33 5724 1 a 33 5723 -1 a 34 3534 1 a 34 3533 -1 a 34 3506 1 a 34 3505 -1 a 34 778 1 a 34 777 -1 a 34 764 -1 a 34 763 1 a 35 4914 -1 a 35 4913 1 a 35 4894 1 a 35 4893 -1 a 36 1262 1 a 36 1261 -1 a 37 1252 -1 a 37 1251 1 a 37 1142 1 a 37 1141 -1 a 37 1126 -1 a 37 1125 1 a 37 1118 -1 a 37 1117 1 a 38 5756 59.964348 a 38 5755 -59.964348 a 38 5728 1 a 38 5727 -1 a 38 5636 1 a 38 5635 -1 a 38 5622 1 a 38 5621 -1 a 38 5602 1 a 38 5601 -1 a 38 5558 59.964348 a 38 5557 -59.964348 a 38 5508 1 a 38 5507 -1 a 38 5494 1 a 38 5493 -1 a 38 5476 1 a 38 5475 -1 a 38 5452 1 a 38 5451 -1 a 38 5450 1 a 38 5449 -1 a 38 5448 1 a 38 5447 -1 a 38 5350 1 a 38 5349 -1 a 38 5336 1 a 38 5335 -1 a 38 5332 1 a 38 5331 -1 a 38 5316 1 a 38 5315 -1 a 38 5314 1 a 38 5313 -1 a 38 5312 1 a 38 5311 -1 a 38 5302 1 a 38 5301 -1 a 38 5246 1 a 38 5245 -1 a 38 5244 1 a 38 5243 -1 a 38 5240 1 a 38 5239 -1 a 38 5162 1 a 38 5161 -1 a 38 5160 1 a 38 5159 -1 a 38 5158 1 a 38 5157 -1 a 38 5152 1 a 38 5151 -1 a 38 5148 1 a 38 5147 -1 a 38 5146 4 a 38 5145 -4 a 38 5144 1 a 38 5143 -1 a 38 5142 1 a 38 5141 -1 a 38 5138 2 a 38 5137 -2 a 38 5116 1 a 38 5115 -1 a 38 5074 1 a 38 5073 -1 a 38 5068 1 a 38 5067 -1 a 38 5062 1 a 38 5061 -1 a 38 5056 1 a 38 5055 -1 a 38 5046 1 a 38 5045 -1 a 38 5044 1 a 38 5043 -1 a 38 5014 1 a 38 5013 -1 a 38 5012 1 a 38 5011 -1 a 38 4996 1 a 38 4995 -1 a 38 4968 1 a 38 4967 -1 a 38 4966 1 a 38 4965 -1 a 38 4962 1 a 38 4961 -1 a 38 4954 1 a 38 4953 -1 a 38 4916 1 a 38 4915 -1 a 38 4914 1 a 38 4913 -1 a 38 4894 1 a 38 4893 -1 a 38 4886 1 a 38 4885 -1 a 38 4874 1 a 38 4873 -1 a 38 4866 1 a 38 4865 -1 a 38 4858 1 a 38 4857 -1 a 38 4834 1 a 38 4833 -1 a 38 4828 1 a 38 4827 -1 a 38 4826 1 a 38 4825 -1 a 38 4820 1 a 38 4819 -1 a 38 4794 1 a 38 4793 -1 a 38 4792 1 a 38 4791 -1 a 38 4776 1 a 38 4775 -1 a 38 4758 1 a 38 4757 -1 a 38 4732 1 a 38 4731 -1 a 38 4724 1 a 38 4723 -1 a 38 4712 1 a 38 4711 -1 a 38 4698 1 a 38 4697 -1 a 38 4680 1 a 38 4679 -1 a 38 4658 1 a 38 4657 -1 a 38 4656 1 a 38 4655 -1 a 38 4650 1 a 38 4649 -1 a 38 4648 1 a 38 4647 -1 a 38 4634 1 a 38 4633 -1 a 38 4618 1 a 38 4617 -1 a 38 4594 1 a 38 4593 -1 a 38 4588 1 a 38 4587 -1 a 38 4580 1 a 38 4579 -1 a 38 4578 1 a 38 4577 -1 a 38 4572 1 a 38 4571 -1 a 38 4552 -1 a 38 4551 1 a 38 4548 1 a 38 4547 -1 a 38 4546 1 a 38 4545 -1 a 38 4544 1 a 38 4543 -1 a 38 4522 1 a 38 4521 -1 a 38 4516 1 a 38 4515 -1 a 38 4468 1 a 38 4467 -1 a 38 4462 1 a 38 4461 -1 a 38 4460 1 a 38 4459 -1 a 38 4456 1 a 38 4455 -1 a 38 4450 1 a 38 4449 -1 a 38 4446 1 a 38 4445 -1 a 38 4440 1 a 38 4439 -1 a 38 4438 1 a 38 4437 -1 a 38 4434 1 a 38 4433 -1 a 38 4414 1 a 38 4413 -1 a 38 4412 1 a 38 4411 -1 a 38 4408 1 a 38 4407 -1 a 38 4392 -1 a 38 4391 1 a 38 4380 1 a 38 4379 -1 a 38 4378 1 a 38 4377 -1 a 38 4290 1 a 38 4289 -1 a 38 4280 1 a 38 4279 -1 a 38 4274 1 a 38 4273 -1 a 38 4230 1 a 38 4229 -1 a 38 4228 1 a 38 4227 -1 a 38 4226 1 a 38 4225 -1 a 38 4224 1 a 38 4223 -1 a 38 4222 1 a 38 4221 -1 a 38 4220 1 a 38 4219 -1 a 38 4218 1 a 38 4217 -1 a 38 4208 1 a 38 4207 -1 a 38 4200 1 a 38 4199 -1 a 38 4198 1 a 38 4197 -1 a 38 4196 1 a 38 4195 -1 a 38 4194 1 a 38 4193 -1 a 38 4192 1 a 38 4191 -1 a 38 4190 1 a 38 4189 -1 a 38 4188 1 a 38 4187 -1 a 38 4184 1 a 38 4183 -1 a 38 4182 1 a 38 4181 -1 a 38 4172 1 a 38 4171 -1 a 38 4170 1 a 38 4169 -1 a 38 4168 1 a 38 4167 -1 a 38 4166 1 a 38 4165 -1 a 38 4164 1 a 38 4163 -1 a 38 4162 1 a 38 4161 -1 a 38 4160 1 a 38 4159 -1 a 38 4114 1 a 38 4113 -1 a 38 4108 1 a 38 4107 -1 a 38 4106 1 a 38 4105 -1 a 38 4104 1 a 38 4103 -1 a 38 4102 1 a 38 4101 -1 a 38 4100 1 a 38 4099 -1 a 38 4098 1 a 38 4097 -1 a 38 4096 1 a 38 4095 -1 a 38 4074 1 a 38 4073 -1 a 38 4070 2 a 38 4069 -2 a 38 4064 2 a 38 4063 -2 a 38 4058 2 a 38 4057 -2 a 38 4010 1 a 38 4009 -1 a 38 3984 1 a 38 3983 -1 a 38 3906 1 a 38 3905 -1 a 38 3892 1 a 38 3891 -1 a 38 3886 1 a 38 3885 -1 a 38 3878 1 a 38 3877 -1 a 38 3876 1 a 38 3875 -1 a 38 3874 1 a 38 3873 -1 a 38 3872 1 a 38 3871 -1 a 38 3870 1 a 38 3869 -1 a 38 3868 1 a 38 3867 -1 a 38 3866 1 a 38 3865 -1 a 38 3864 1 a 38 3863 -1 a 38 3856 1 a 38 3855 -1 a 38 3852 1 a 38 3851 -1 a 38 3840 1 a 38 3839 -1 a 38 3812 1 a 38 3811 -1 a 38 3790 1 a 38 3789 -1 a 38 3710 1 a 38 3709 -1 a 38 3708 1 a 38 3707 -1 a 38 3700 1 a 38 3699 -1 a 38 3696 1 a 38 3695 -1 a 38 3686 1 a 38 3685 -1 a 38 3684 1 a 38 3683 -1 a 38 3608 1 a 38 3607 -1 a 38 3604 1 a 38 3603 -1 a 38 3600 1 a 38 3599 -1 a 38 3596 1 a 38 3595 -1 a 38 3592 1 a 38 3591 -1 a 38 3558 1 a 38 3557 -1 a 38 3556 1 a 38 3555 -1 a 38 3434 1 a 38 3433 -1 a 38 3432 1 a 38 3431 -1 a 38 3424 1 a 38 3423 -1 a 38 3422 1 a 38 3421 -1 a 38 3394 1 a 38 3393 -1 a 38 3358 1 a 38 3357 -1 a 38 3334 1 a 38 3333 -1 a 38 3314 1 a 38 3313 -1 a 38 3312 1 a 38 3311 -1 a 38 3268 1 a 38 3267 -1 a 38 3256 1 a 38 3255 -1 a 38 3250 1 a 38 3249 -1 a 38 3242 1 a 38 3241 -1 a 38 3240 1 a 38 3239 -1 a 38 3232 1 a 38 3231 -1 a 38 3230 1 a 38 3229 -1 a 38 3228 1 a 38 3227 -1 a 38 3226 1 a 38 3225 -1 a 38 3224 1 a 38 3223 -1 a 38 3214 1 a 38 3213 -1 a 38 3212 1 a 38 3211 -1 a 38 3150 1 a 38 3149 -1 a 38 3142 1 a 38 3141 -1 a 38 3138 1 a 38 3137 -1 a 38 3136 1 a 38 3135 -1 a 38 3128 1 a 38 3127 -1 a 38 3120 1 a 38 3119 -1 a 38 3092 1 a 38 3091 -1 a 38 3086 1 a 38 3085 -1 a 38 3080 1 a 38 3079 -1 a 38 3078 1 a 38 3077 -1 a 38 3070 1 a 38 3069 -1 a 38 3064 1 a 38 3063 -1 a 38 3040 1 a 38 3039 -1 a 38 3038 1 a 38 3037 -1 a 38 3026 1 a 38 3025 -1 a 38 3020 1 a 38 3019 -1 a 38 3004 1 a 38 3003 -1 a 38 3002 1 a 38 3001 -1 a 38 2986 1 a 38 2985 -1 a 38 2984 1 a 38 2983 -1 a 38 2980 1 a 38 2979 -1 a 38 2978 1 a 38 2977 -1 a 38 2976 1 a 38 2975 -1 a 38 2974 1 a 38 2973 -1 a 38 2962 1 a 38 2961 -1 a 38 2924 1 a 38 2923 -1 a 38 2912 1 a 38 2911 -1 a 38 2906 1 a 38 2905 -1 a 38 2888 1 a 38 2887 -1 a 38 2872 1 a 38 2871 -1 a 38 2836 1 a 38 2835 -1 a 38 2832 1 a 38 2831 -1 a 38 2828 1 a 38 2827 -1 a 38 2824 1 a 38 2823 -1 a 38 2812 1 a 38 2811 -1 a 38 2762 1 a 38 2761 -1 a 38 2746 1 a 38 2745 -1 a 38 2728 1 a 38 2727 -1 a 38 2716 1 a 38 2715 -1 a 38 2710 1 a 38 2709 -1 a 38 2678 1 a 38 2677 -1 a 38 2660 1 a 38 2659 -1 a 38 2642 1 a 38 2641 -1 a 38 2640 1 a 38 2639 -1 a 38 2638 1 a 38 2637 -1 a 38 2636 1 a 38 2635 -1 a 38 2634 1 a 38 2633 -1 a 38 2632 1 a 38 2631 -1 a 38 2630 1 a 38 2629 -1 a 38 2628 1 a 38 2627 -1 a 38 2626 1 a 38 2625 -1 a 38 2624 1 a 38 2623 -1 a 38 2580 59.984 a 38 2579 -59.984 a 38 1856 1 a 38 1855 -1 a 38 1842 1 a 38 1841 -1 a 38 1836 1 a 38 1835 -1 a 38 1816 1 a 38 1815 -1 a 38 1752 1 a 38 1751 -1 a 38 1744 1 a 38 1743 -1 a 38 1726 1 a 38 1725 -1 a 38 1722 1 a 38 1721 -1 a 38 1718 1 a 38 1717 -1 a 38 1702 1 a 38 1701 -1 a 38 1680 1 a 38 1679 -1 a 38 1668 1 a 38 1667 -1 a 38 1666 1 a 38 1665 -1 a 38 1664 1 a 38 1663 -1 a 38 1662 1 a 38 1661 -1 a 38 1660 1 a 38 1659 -1 a 38 1658 1 a 38 1657 -1 a 38 1656 1 a 38 1655 -1 a 38 1650 1 a 38 1649 -1 a 38 1644 1 a 38 1643 -1 a 38 1642 1 a 38 1641 -1 a 38 1620 1 a 38 1619 -1 a 38 1618 1 a 38 1617 -1 a 38 1616 1 a 38 1615 -1 a 38 1614 1 a 38 1613 -1 a 38 1588 1 a 38 1587 -1 a 38 1586 1 a 38 1585 -1 a 38 1584 1 a 38 1583 -1 a 38 1580 1 a 38 1579 -1 a 38 1576 1 a 38 1575 -1 a 38 1574 1 a 38 1573 -1 a 38 1560 1 a 38 1559 -1 a 38 1556 1 a 38 1555 -1 a 38 1554 1 a 38 1553 -1 a 38 1546 1 a 38 1545 -1 a 38 1534 1 a 38 1533 -1 a 38 1520 1 a 38 1519 -1 a 38 1512 1 a 38 1511 -1 a 38 1452 1 a 38 1451 -1 a 38 1448 1 a 38 1447 -1 a 38 1438 1 a 38 1437 -1 a 38 1416 1 a 38 1415 -1 a 38 1414 2 a 38 1413 -2 a 38 1410 1 a 38 1409 -1 a 38 1408 1 a 38 1407 -1 a 38 1404 1 a 38 1403 -1 a 38 1378 -1 a 38 1377 1 a 38 1376 1 a 38 1375 -1 a 38 1374 1 a 38 1373 -1 a 38 1372 1 a 38 1371 -1 a 38 1360 1 a 38 1359 -1 a 38 1358 1 a 38 1357 -1 a 38 1344 1 a 38 1343 -1 a 38 1332 1 a 38 1331 -1 a 38 1330 1 a 38 1329 -1 a 38 1328 1 a 38 1327 -1 a 38 1326 1 a 38 1325 -1 a 38 1308 1 a 38 1307 -1 a 38 1306 1 a 38 1305 -1 a 38 1304 1 a 38 1303 -1 a 38 1278 1 a 38 1277 -1 a 38 1266 -1 a 38 1265 1 a 38 1254 1 a 38 1253 -1 a 38 1236 1 a 38 1235 -1 a 38 1194 1 a 38 1193 -1 a 38 1192 1 a 38 1191 -1 a 38 1178 1 a 38 1177 -1 a 38 1176 1 a 38 1175 -1 a 38 1166 1 a 38 1165 -1 a 38 1106 1 a 38 1105 -1 a 38 1098 1 a 38 1097 -1 a 38 1088 1 a 38 1087 -1 a 38 1086 1 a 38 1085 -1 a 38 1078 1 a 38 1077 -1 a 38 1056 1 a 38 1055 -1 a 38 1004 1 a 38 1003 -1 a 38 998 1 a 38 997 -1 a 38 990 1 a 38 989 -1 a 38 978 1 a 38 977 -1 a 38 976 1 a 38 975 -1 a 38 950 1 a 38 949 -1 a 38 948 1 a 38 947 -1 a 38 946 1 a 38 945 -1 a 38 944 1 a 38 943 -1 a 38 942 1 a 38 941 -1 a 38 940 1 a 38 939 -1 a 38 938 1 a 38 937 -1 a 38 936 1 a 38 935 -1 a 38 934 1 a 38 933 -1 a 38 920 1 a 38 919 -1 a 38 908 1 a 38 907 -1 a 38 852 1 a 38 851 -1 a 38 808 1 a 38 807 -1 a 38 806 1 a 38 805 -1 a 38 804 1 a 38 803 -1 a 38 802 1 a 38 801 -1 a 38 800 1 a 38 799 -1 a 38 798 1 a 38 797 -1 a 38 796 1 a 38 795 -1 a 38 780 1 a 38 779 -1 a 38 778 1 a 38 777 -1 a 38 776 1 a 38 775 -1 a 38 774 1 a 38 773 -1 a 38 772 1 a 38 771 -1 a 38 770 1 a 38 769 -1 a 38 768 1 a 38 767 -1 a 38 714 1 a 38 713 -1 a 39 4970 1 a 39 4969 -1 a 39 2558 1 a 39 2557 -1 a 40 2072 1 a 40 2071 -1 a 40 1252 1 a 40 1251 -1 a 41 4970 -1 a 41 4969 1 a 41 4948 -1 a 41 4947 1 a 41 4942 -1 a 41 4941 1 a 41 4932 -1 a 41 4931 1 a 41 4898 -1 a 41 4897 1 a 41 4896 -1 a 41 4895 1 a 41 3954 1 a 41 3953 -1 a 42 5756 6e-06 a 42 5755 -6e-06 a 42 5558 6e-06 a 42 5557 -6e-06 a 42 5554 1 a 42 5553 -1 a 42 5510 -1 a 42 5509 1 a 42 5490 1 a 42 5489 -1 a 42 5274 -1 a 42 5273 1 a 42 5112 1 a 42 5111 -1 a 42 4766 -1 a 42 4765 1 a 42 4748 -1 a 42 4747 1 a 42 4724 1 a 42 4723 -1 a 42 4712 1 a 42 4711 -1 a 42 4696 -1 a 42 4695 1 a 42 4694 -1 a 42 4693 1 a 42 4652 -1 a 42 4651 1 a 42 4512 -1 a 42 4511 1 a 42 4510 -1 a 42 4509 1 a 42 4186 1 a 42 4185 -1 a 42 4150 1 a 42 4149 -1 a 42 4036 1 a 42 4035 -1 a 42 3934 -1 a 42 3933 1 a 42 3636 -1 a 42 3635 1 a 42 3634 -1 a 42 3633 1 a 42 3590 -1 a 42 3589 1 a 42 3588 -1 a 42 3587 1 a 42 3384 1 a 42 3383 -1 a 42 3382 1 a 42 3381 -1 a 42 3380 1 a 42 3379 -1 a 42 3378 1 a 42 3377 -1 a 42 3376 1 a 42 3375 -1 a 42 3374 1 a 42 3373 -1 a 42 3372 1 a 42 3371 -1 a 42 3370 1 a 42 3369 -1 a 42 3368 -1 a 42 3367 1 a 42 3354 -1 a 42 3353 1 a 42 3270 -1 a 42 3269 1 a 42 3018 -1 a 42 3017 1 a 42 2928 -1 a 42 2927 1 a 42 2786 -1 a 42 2785 1 a 42 2642 1 a 42 2641 -1 a 42 2640 1 a 42 2639 -1 a 42 2638 1 a 42 2637 -1 a 42 2636 1 a 42 2635 -1 a 42 2634 1 a 42 2633 -1 a 42 2632 1 a 42 2631 -1 a 42 2630 1 a 42 2629 -1 a 42 2628 1 a 42 2627 -1 a 42 2626 1 a 42 2625 -1 a 42 2624 1 a 42 2623 -1 a 42 2622 -1 a 42 2621 1 a 42 2620 -1 a 42 2619 1 a 42 2618 -1 a 42 2617 1 a 42 2616 -1 a 42 2615 1 a 42 2614 -1 a 42 2613 1 a 42 2612 -1 a 42 2611 1 a 42 2610 -1 a 42 2609 1 a 42 2608 -1 a 42 2607 1 a 42 2606 -1 a 42 2605 1 a 42 2604 -1 a 42 2603 1 a 42 2580 0.000576 a 42 2579 -0.000576 a 42 1816 -1 a 42 1815 1 a 42 1574 1 a 42 1573 -1 a 42 1570 -1 a 42 1569 1 a 42 1554 1 a 42 1553 -1 a 42 1546 1 a 42 1545 -1 a 42 1368 -1 a 42 1367 1 a 42 1262 -1 a 42 1261 1 a 42 1170 1 a 42 1169 -1 a 42 1056 1 a 42 1055 -1 a 42 1054 1 a 42 1053 -1 a 42 1040 -1 a 42 1039 1 a 42 1000 -1 a 42 999 1 a 42 978 1 a 42 977 -1 a 42 968 1 a 42 967 -1 a 43 1142 -1 a 43 1141 1 a 43 1136 1 a 43 1135 -1 a 43 1124 -1 a 43 1123 1 a 43 1116 -1 a 43 1115 1 a 44 3404 -1 a 44 3403 1 a 44 1182 1 a 44 1181 -1 a 45 3948 -1 a 45 3947 1 a 45 1778 -1 a 45 1777 1 a 45 1776 1 a 45 1775 -1 a 46 3182 1 a 46 3181 -1 a 46 1924 1 a 46 1923 -1 a 47 4624 -1 a 47 4623 1 a 47 3874 -1 a 47 3873 1 a 47 1850 1 a 47 1849 -1 a 47 1708 -1 a 47 1707 1 a 48 4538 1 a 48 4537 -1 a 48 3946 -1 a 48 3945 1 a 48 1776 -1 a 48 1775 1 a 48 1648 -1 a 48 1647 1 a 49 1554 -1 a 49 1553 1 a 49 1548 -1 a 49 1547 1 a 50 2166 1 a 50 2165 -1 a 50 1778 1 a 50 1777 -1 a 51 2956 1 a 51 2955 -1 a 51 2274 1 a 51 2273 -1 a 52 4070 -1 a 52 4069 1 a 52 4068 -1 a 52 4067 1 a 52 4050 1 a 52 4049 -1 a 52 2580 0.000223 a 52 2579 -0.000223 a 53 3154 -1 a 53 3153 1 a 54 1238 -1 a 54 1237 1 a 55 5192 1 a 55 5191 -1 a 55 5190 -1 a 55 5189 1 a 56 3154 1 a 56 3153 -1 a 56 2306 1 a 56 2305 -1 a 57 5756 0.186332 a 57 5755 -0.186332 a 57 5558 0.186332 a 57 5557 -0.186332 a 57 5000 1 a 57 4999 -1 a 57 4634 1 a 57 4633 -1 a 57 4620 1 a 57 4619 -1 a 57 4020 1 a 57 4019 -1 a 57 4002 1 a 57 4001 -1 a 57 3992 1 a 57 3991 -1 a 57 3864 -1 a 57 3863 1 a 57 3152 1 a 57 3151 -1 a 57 3150 1 a 57 3149 -1 a 57 3146 1 a 57 3145 -1 a 57 3144 1 a 57 3143 -1 a 57 2580 0.2151 a 57 2579 -0.2151 a 57 1634 1 a 57 1633 -1 a 57 1112 1 a 57 1111 -1 a 57 1080 1 a 57 1079 -1 a 57 974 1 a 57 973 -1 a 58 5408 -1 a 58 5407 1 a 58 1612 1 a 58 1611 -1 a 59 3974 -1 a 59 3973 1 a 59 1096 -1 a 59 1095 1 a 59 1094 1 a 59 1093 -1 a 59 1092 1 a 59 1091 -1 a 59 858 -1 a 59 857 1 a 60 3310 -1 a 60 3309 1 a 60 1736 -1 a 60 1735 1 a 61 1412 -1 a 61 1411 1 a 61 1410 1 a 61 1409 -1 a 62 5012 -1 a 62 5011 1 a 63 4026 1 a 63 4025 -1 a 63 4024 1 a 63 4023 -1 a 63 3922 -1 a 63 3921 1 a 63 3918 -1 a 63 3917 1 a 63 3914 -1 a 63 3913 1 a 63 3912 -1 a 63 3911 1 a 63 3910 1 a 63 3909 -1 a 64 5622 1 a 64 5621 -1 a 64 5620 -1 a 64 5619 1 a 65 5160 1 a 65 5159 -1 a 65 1410 -1 a 65 1409 1 a 66 2098 1 a 66 2097 -1 a 66 1412 1 a 66 1411 -1 a 67 3912 1 a 67 3911 -1 a 67 2428 1 a 67 2427 -1 a 68 5770 1 a 68 5769 -1 a 68 5620 1 a 68 5619 -1 a 68 5618 -1 a 68 5617 1 a 69 5628 2 a 69 5627 -2 a 69 5626 2 a 69 5625 -2 a 69 5624 2 a 69 5623 -2 a 69 5622 -1 a 69 5621 1 a 70 4022 1 a 70 4021 -1 a 70 3922 1 a 70 3921 -1 a 70 3920 -1 a 70 3919 1 a 70 3916 -1 a 70 3915 1 a 70 3910 -1 a 70 3909 1 a 71 3674 -1 a 71 3673 1 a 71 3672 1 a 71 3671 -1 a 72 3904 1 a 72 3903 -1 a 72 3900 -1 a 72 3899 1 a 72 3896 -1 a 72 3895 1 a 72 3842 -1 a 72 3841 1 a 73 4180 1 a 73 4179 -1 a 73 4178 1 a 73 4177 -1 a 73 3436 1 a 73 3435 -1 a 73 3434 -1 a 73 3433 1 a 74 4064 -1 a 74 4063 1 a 74 4062 -1 a 74 4061 1 a 74 4052 1 a 74 4051 -1 a 75 5268 1 a 75 5267 -1 a 75 3436 -1 a 75 3435 1 a 75 2366 1 a 75 2365 -1 a 76 1318 -1 a 76 1317 1 a 76 1316 1 a 76 1315 -1 a 77 3434 1 a 77 3433 -1 a 77 3216 1 a 77 3215 -1 a 77 1946 -1 a 77 1945 1 a 78 5350 -1 a 78 5349 1 a 78 5348 1 a 78 5347 -1 a 78 4088 -1 a 78 4087 1 a 78 1414 -1 a 78 1413 1 a 78 1342 1 a 78 1341 -1 a 79 2076 1 a 79 2075 -1 a 79 1282 -1 a 79 1281 1 a 79 1280 1 a 79 1279 -1 a 80 5756 0.272689 a 80 5755 -0.272689 a 80 5558 0.272689 a 80 5557 -0.272689 a 80 2580 0.2411 a 80 2579 -0.2411 a 80 1334 -1 a 80 1333 1 a 80 1332 -1 a 80 1331 1 a 80 1330 1 a 80 1329 -1 a 80 1328 -1 a 80 1327 1 a 80 1326 -1 a 80 1325 1 a 80 1322 1 a 80 1321 -1 a 81 2084 1 a 81 2083 -1 a 81 1336 1 a 81 1335 -1 a 82 5420 1 a 82 5419 -1 a 82 3736 -1 a 82 3735 1 a 82 3732 -1 a 82 3731 1 a 82 3728 -1 a 82 3727 1 a 82 3642 -1 a 82 3641 1 a 82 1180 -1 a 82 1179 1 a 82 1176 1 a 82 1175 -1 a 83 1286 1 a 83 1285 -1 a 83 1276 -2 a 83 1275 2 a 83 1274 -2 a 83 1273 2 a 83 1272 -2 a 83 1271 2 a 84 2064 1 a 84 2063 -1 a 84 1180 1 a 84 1179 -1 a 85 1336 -1 a 85 1335 1 a 85 1334 1 a 85 1333 -1 a 85 1332 1 a 85 1331 -1 a 85 1324 1 a 85 1323 -1 a 86 4064 1 a 86 4063 -1 a 86 4062 1 a 86 4061 -1 a 86 4050 -1 a 86 4049 1 a 87 1286 -1 a 87 1285 1 a 87 1282 1 a 87 1281 -1 a 88 4954 1 a 88 4953 -1 a 88 1178 -1 a 88 1177 1 a 88 1176 -1 a 88 1175 1 a 89 4706 -1 a 89 4705 1 a 89 3166 -1 a 89 3165 1 a 90 4446 1 a 90 4445 -1 a 90 1168 1 a 90 1167 -1 a 91 5134 1 a 91 5133 -1 a 91 5132 -1 a 91 5131 1 a 92 5726 -1 a 92 5725 1 a 92 5484 1 a 92 5483 -1 a 92 5378 2 a 92 5377 -2 a 92 4994 -1 a 92 4993 1 a 92 4768 1 a 92 4767 -1 a 92 4704 -1 a 92 4703 1 a 92 4542 -1 a 92 4541 1 a 92 4154 -1 a 92 4153 1 a 92 3814 -1 a 92 3813 1 a 92 3692 1 a 92 3691 -1 a 92 3690 1 a 92 3689 -1 a 92 1352 -1 a 92 1351 1 a 92 952 -1 a 92 951 1 a 93 5430 1 a 93 5429 -1 a 93 5428 -1 a 93 5427 1 a 94 3166 1 a 94 3165 -1 a 94 2312 1 a 94 2311 -1 a 95 864 -1 a 95 863 1 a 95 830 1 a 95 829 -1 a 96 1956 3 a 96 1955 -3 a 96 1744 -1 a 96 1743 1 a 97 4042 1 a 97 4041 -1 a 97 2442 1 a 97 2441 -1 a 98 1000 -1 a 98 999 1 a 98 998 1 a 98 997 -1 a 99 5752 1 a 99 5751 -1 a 99 4870 -1 a 99 4869 1 a 99 4364 -1 a 99 4363 1 a 99 4350 -1 a 99 4349 1 a 99 4336 -1 a 99 4335 1 a 99 4322 -1 a 99 4321 1 a 99 4308 -1 a 99 4307 1 a 99 4294 -1 a 99 4293 1 a 99 3470 -1 a 99 3469 1 a 99 3456 -1 a 99 3455 1 a 99 3442 -1 a 99 3441 1 a 99 2628 1 a 99 2627 -1 a 100 5122 1 a 100 5121 -1 a 100 5120 -1 a 100 5119 1 a 101 1874 -1 a 101 1873 1 a 101 1872 -1 a 101 1871 1 a 101 894 1 a 101 893 -1 a 102 4870 1 a 102 4869 -1 a 102 2536 1 a 102 2535 -1 a 103 5752 -1 a 103 5751 1 a 103 3540 -1 a 103 3539 1 a 103 3526 -1 a 103 3525 1 a 103 3484 -1 a 103 3483 1 a 103 2608 -1 a 103 2607 1 a 103 2594 -1 a 103 2593 1 a 103 934 1 a 103 933 -1 a 103 798 1 a 103 797 -1 a 103 770 1 a 103 769 -1 a 104 5552 1 a 104 5551 -1 a 104 5256 -1 a 104 5255 1 a 104 4998 -1 a 104 4997 1 a 104 4984 -1 a 104 4983 1 a 104 4982 1 a 104 4981 -1 a 104 4554 -1 a 104 4553 1 a 104 1844 -1 a 104 1843 1 a 105 3060 1 a 105 3059 -1 a 105 2294 1 a 105 2293 -1 a 106 5258 -1 a 106 5257 1 a 106 3108 -1 a 106 3107 1 a 106 3064 1 a 106 3063 -1 a 106 3062 1 a 106 3061 -1 a 106 3036 1 a 106 3035 -1 a 106 2840 -1 a 106 2839 1 a 107 4986 1 a 107 4985 -1 a 107 2560 1 a 107 2559 -1 a 108 1016 -1 a 108 1015 1 a 109 1586 1 a 109 1585 -1 a 110 4986 -1 a 110 4985 1 a 110 4984 1 a 110 4983 -1 a 111 1950 1 a 111 1949 -1 a 111 1948 -1 a 111 1947 1 a 112 3110 -1 a 112 3109 1 a 112 3062 -1 a 112 3061 1 a 112 3060 -1 a 112 3059 1 a 112 2796 -1 a 112 2795 1 a 112 1498 -1 a 112 1497 1 a 112 1496 -1 a 112 1495 1 a 112 1494 -1 a 112 1493 1 a 112 1492 -1 a 112 1491 1 a 112 1490 -1 a 112 1489 1 a 112 1488 -1 a 112 1487 1 a 112 1486 -1 a 112 1485 1 a 113 5528 -1 a 113 5527 1 a 113 5492 1 a 113 5491 -1 a 114 4850 -1 a 114 4849 1 a 114 4848 1 a 114 4847 -1 a 114 4846 1 a 114 4845 -1 a 115 4844 1 a 115 4843 -1 a 115 4840 -1 a 115 4839 1 a 116 5228 1 a 116 5227 -1 a 116 5226 -1 a 116 5225 1 a 117 4850 1 a 117 4849 -1 a 117 2530 1 a 117 2529 -1 a 118 5756 4e-06 a 118 5755 -4e-06 a 118 5570 -2 a 118 5569 2 a 118 5558 4e-06 a 118 5557 -4e-06 a 119 4664 -1 a 119 4663 1 a 119 4662 1 a 119 4661 -1 a 119 4660 1 a 119 4659 -1 a 119 4494 -1 a 119 4493 1 a 119 3106 -1 a 119 3105 1 a 120 1066 -1 a 120 1065 1 a 120 1064 1 a 120 1063 -1 a 120 1062 1 a 120 1061 -1 a 121 5756 0.317225 a 121 5755 -0.317225 a 121 5736 -1 a 121 5735 1 a 121 5558 0.317225 a 121 5557 -0.317225 a 121 5370 1 a 121 5369 -1 a 121 4854 1 a 121 4853 -1 a 121 4852 1 a 121 4851 -1 a 121 4662 -1 a 121 4661 1 a 121 4660 -1 a 121 4659 1 a 121 4658 1 a 121 4657 -1 a 121 4656 1 a 121 4655 -1 a 121 4652 1 a 121 4651 -1 a 121 4650 1 a 121 4649 -1 a 121 4508 1 a 121 4507 -1 a 121 4506 1 a 121 4505 -1 a 121 4504 1 a 121 4503 -1 a 121 4502 1 a 121 4501 -1 a 121 4500 1 a 121 4499 -1 a 121 4498 1 a 121 4497 -1 a 121 4496 1 a 121 4495 -1 a 121 4492 -1 a 121 4491 1 a 121 3552 1 a 121 3551 -1 a 121 3104 -1 a 121 3103 1 a 121 2922 1 a 121 2921 -1 a 121 2580 0.2158 a 121 2579 -0.2158 a 122 4664 1 a 122 4663 -1 a 122 2492 1 a 122 2491 -1 a 123 3250 1 a 123 3249 -1 a 124 3362 1 a 124 3361 -1 a 124 1734 1 a 124 1733 -1 a 125 5482 -1 a 125 5481 1 a 125 4956 -1 a 125 4955 1 a 125 4386 -1 a 125 4385 1 a 125 3820 -1 a 125 3819 1 a 125 1608 -1 a 125 1607 1 a 125 1460 -1 a 125 1459 1 a 125 1202 -1 a 125 1201 1 a 125 1114 -1 a 125 1113 1 a 125 1064 -1 a 125 1063 1 a 125 1062 -1 a 125 1061 1 a 125 1056 1 a 125 1055 -1 a 125 1042 -1 a 125 1041 1 a 125 1004 1 a 125 1003 -1 a 126 2022 1 a 126 2021 -1 a 126 1066 1 a 126 1065 -1 a 127 3492 1 a 127 3491 -1 a 127 750 -1 a 127 749 1 a 128 4742 -1 a 128 4741 1 a 128 1598 -1 a 128 1597 1 a 129 5424 1 a 129 5423 -1 a 129 5390 -1 a 129 5389 1 a 129 5324 1 a 129 5323 -1 a 129 5322 1 a 129 5321 -1 a 129 4814 1 a 129 4813 -1 a 129 3848 -1 a 129 3847 1 a 129 3838 -1 a 129 3837 1 a 129 3834 -1 a 129 3833 1 a 129 3058 -1 a 129 3057 1 a 129 2822 -1 a 129 2821 1 a 129 2760 1 a 129 2759 -1 a 129 1754 -1 a 129 1753 1 a 129 1240 1 a 129 1239 -1 a 130 4712 -1 a 130 4711 1 a 130 3934 1 a 130 3933 -1 a 131 4742 1 a 131 4741 -1 a 131 2514 1 a 131 2513 -1 a 132 3638 -1 a 132 3637 1 a 132 1596 -1 a 132 1595 1 a 133 1408 1 a 133 1407 -1 a 133 1406 -1 a 133 1405 1 a 134 3756 -2 a 134 3755 2 a 134 3754 -1 a 134 3753 1 a 134 1130 -1 a 134 1129 1 a 134 1122 1 a 134 1121 -1 a 134 1118 1 a 134 1117 -1 a 135 5260 -1 a 135 5259 1 a 135 5126 -1 a 135 5125 1 a 135 5078 -1 a 135 5077 1 a 135 4782 -1 a 135 4781 1 a 135 4780 -1 a 135 4779 1 a 135 1958 -1 a 135 1957 1 a 135 1818 -1 a 135 1817 1 a 135 1202 1 a 135 1201 -1 a 135 972 -1 a 135 971 1 a 135 968 1 a 135 967 -1 a 136 5574 1 a 136 5573 -1 a 136 5172 1 a 136 5171 -1 a 136 3402 1 a 136 3401 -1 a 136 1914 1 a 136 1913 -1 a 136 1522 1 a 136 1521 -1 a 136 1520 -1 a 136 1519 1 a 137 4124 -1 a 137 4123 1 a 137 1660 1 a 137 1659 -1 a 137 696 -1 a 137 695 1 a 138 2026 1 a 138 2025 -1 a 138 970 1 a 138 969 -1 a 139 1408 -1 a 139 1407 1 a 139 1404 1 a 139 1403 -1 a 140 2096 1 a 140 2095 -1 a 140 1406 1 a 140 1405 -1 a 141 3222 -1 a 141 3221 1 a 141 1520 1 a 141 1519 -1 a 142 972 1 a 142 971 -1 a 142 970 -1 a 142 969 1 a 143 5266 1 a 143 5265 -1 a 143 2120 1 a 143 2119 -1 a 143 1522 -1 a 143 1521 1 a 144 4126 -1 a 144 4125 1 a 144 696 1 a 144 695 -1 a 145 5032 -1 a 145 5031 1 a 145 4000 -1 a 145 3999 1 a 145 3938 1 a 145 3937 -1 a 145 3322 -1 a 145 3321 1 a 145 3086 1 a 145 3085 -1 a 146 5030 1 a 146 5029 -1 a 146 2570 1 a 146 2569 -1 a 147 5332 1 a 147 5331 -1 a 147 3718 1 a 147 3717 -1 a 147 3716 -1 a 147 3715 1 a 147 3714 1 a 147 3713 -1 a 148 5030 -1 a 148 5029 1 a 148 3940 1 a 148 3939 -1 a 149 3590 -1 a 149 3589 1 a 150 1810 -1 a 150 1809 1 a 150 1808 1 a 150 1807 -1 a 151 3716 1 a 151 3715 -1 a 151 2402 1 a 151 2401 -1 a 152 5756 0.007895 a 152 5755 -0.007895 a 152 5332 -1 a 152 5331 1 a 152 3718 -1 a 152 3717 1 a 152 3714 -1 a 152 3713 1 a 152 2580 0.007895 a 152 2579 -0.007895 a 153 1772 1 a 153 1771 -1 a 153 1770 -1 a 153 1769 1 a 154 4586 -1 a 154 4585 1 a 154 1768 1 a 154 1767 -1 a 155 4960 -1 a 155 4959 1 a 155 3402 1 a 155 3401 -1 a 156 3726 -1 a 156 3725 1 a 157 4026 -1 a 157 4025 1 a 157 4024 -1 a 157 4023 1 a 157 3882 1 a 157 3881 -1 a 157 3880 -1 a 157 3879 1 a 157 2992 -1 a 157 2991 1 a 157 1324 -1 a 157 1323 1 a 158 3342 1 a 158 3341 -1 a 158 2348 1 a 158 2347 -1 a 159 5550 -1 a 159 5549 1 a 159 4974 -1 a 159 4973 1 a 159 4960 1 a 159 4959 -1 a 160 3880 1 a 160 3879 -1 a 160 2422 1 a 160 2421 -1 a 161 5742 -1 a 161 5741 1 a 161 5722 -1 a 161 5721 1 a 161 5382 -2 a 161 5381 2 a 161 5370 -1 a 161 5369 1 a 161 5350 1 a 161 5349 -1 a 161 5346 -1 a 161 5345 1 a 161 5256 -1 a 161 5255 1 a 161 4952 -2 a 161 4951 2 a 161 4786 -1 a 161 4785 1 a 161 4654 -1 a 161 4653 1 a 161 4632 -2 a 161 4631 2 a 161 4542 -1 a 161 4541 1 a 161 4022 -1 a 161 4021 1 a 161 3904 -1 a 161 3903 1 a 161 3894 -1 a 161 3893 1 a 161 3882 -1 a 161 3881 1 a 161 3852 1 a 161 3851 -1 a 161 3248 -4 a 161 3247 4 a 161 3152 -1 a 161 3151 1 a 161 3084 -1 a 161 3083 1 a 161 3042 -1 a 161 3041 1 a 161 2990 -1 a 161 2989 1 a 161 2988 -1 a 161 2987 1 a 161 2976 1 a 161 2975 -1 a 161 2846 -1 a 161 2845 1 a 161 2580 0.011843 a 161 2579 -0.011843 a 161 1958 -1 a 161 1957 1 a 161 1764 -1 a 161 1763 1 a 161 1710 -1 a 161 1709 1 a 161 1708 -1 a 161 1707 1 a 161 1698 -1 a 161 1697 1 a 161 1648 -1 a 161 1647 1 a 161 1646 -1 a 161 1645 1 a 161 1630 -1 a 161 1629 1 a 161 1612 -1 a 161 1611 1 a 161 1604 -1 a 161 1603 1 a 161 1372 -1 a 161 1371 1 a 161 1354 -1 a 161 1353 1 a 161 1328 1 a 161 1327 -1 a 161 1322 -1 a 161 1321 1 a 161 1206 -2 a 161 1205 2 a 161 1068 -1 a 161 1067 1 a 161 952 -1 a 161 951 1 a 162 3726 1 a 162 3725 -1 a 162 2404 1 a 162 2403 -1 a 163 3810 -1 a 163 3809 1 a 163 3666 1 a 163 3665 -1 a 164 5780 1 a 164 5779 -1 a 164 5632 1 a 164 5631 -1 a 164 5630 -1 a 164 5629 1 a 165 5644 1 a 165 5643 -1 a 165 5642 -2 a 165 5641 2 a 165 5640 -2 a 165 5639 2 a 165 5638 -2 a 165 5637 2 a 166 5476 -1 a 166 5475 1 a 166 4418 -1 a 166 4417 1 a 166 1818 1 a 166 1817 -1 a 167 5630 1 a 167 5629 -1 a 167 5612 -1 a 167 5611 1 a 168 5738 1 a 168 5737 -1 a 168 5562 76 a 168 5561 -76 a 168 4354 1 a 168 4353 -1 a 168 4312 1 a 168 4311 -1 a 168 4166 -1 a 168 4165 1 a 168 2580 0.04148 a 168 2579 -0.04148 a 169 5688 1 a 169 5687 -1 a 169 5560 1 a 169 5559 -1 a 169 3798 1 a 169 3797 -1 a 169 3796 -1 a 169 3795 1 a 169 3732 1 a 169 3731 -1 a 169 3650 1 a 169 3649 -1 a 169 3642 1 a 169 3641 -1 a 169 3640 1 a 169 3639 -1 a 170 5692 1 a 170 5691 -1 a 170 4480 -1 a 170 4479 1 a 170 4166 1 a 170 4165 -1 a 170 2580 0.02233 a 170 2579 -0.02233 a 170 774 -1 a 170 773 1 a 171 2918 1 a 171 2917 -1 a 171 2266 1 a 171 2265 -1 a 172 5514 -1 a 172 5513 1 a 172 5184 1 a 172 5183 -1 a 172 5180 -1 a 172 5179 1 a 172 5000 -1 a 172 4999 1 a 172 4634 -1 a 172 4633 1 a 172 4608 1 a 172 4607 -1 a 172 4606 1 a 172 4605 -1 a 172 4410 -1 a 172 4409 1 a 172 3992 -1 a 172 3991 1 a 172 3864 1 a 172 3863 -1 a 172 2924 -1 a 172 2923 1 a 172 2914 -1 a 172 2913 1 a 172 2912 1 a 172 2911 -1 a 172 1634 -1 a 172 1633 1 a 172 1112 -1 a 172 1111 1 a 172 1080 -1 a 172 1079 1 a 173 4848 -1 a 173 4847 1 a 173 4842 -1 a 173 4841 1 a 173 4840 1 a 173 4839 -1 a 173 4838 1 a 173 4837 -1 a 174 4402 2 a 174 4401 -2 a 174 2794 -1 a 174 2793 1 a 175 2918 -1 a 175 2917 1 a 176 4702 -1 a 176 4701 1 a 176 3802 1 a 176 3801 -1 a 177 2800 -1 a 177 2799 1 a 177 1148 1 a 177 1147 -1 a 178 3298 1 a 178 3297 -1 a 178 3296 1 a 178 3295 -1 a 178 1784 -1 a 178 1783 1 a 178 1782 -1 a 178 1781 1 a 178 926 -1 a 178 925 1 a 178 924 1 a 178 923 -1 a 179 3354 -1 a 179 3353 1 a 179 3352 -1 a 179 3351 1 a 180 3380 -1 a 180 3379 1 a 180 2626 -1 a 180 2625 1 a 180 2606 1 a 180 2605 -1 a 180 1032 1 a 180 1031 -1 a 181 1978 1 a 181 1977 -1 a 181 710 1 a 181 709 -1 a 182 5108 1 a 182 5107 -1 a 182 5104 -1 a 182 5103 1 a 182 3412 -1 a 182 3411 1 a 182 712 -1 a 182 711 1 a 183 4336 -1 a 183 4335 1 a 183 3442 1 a 183 3441 -1 a 184 1804 1 a 184 1803 -1 a 184 1768 -1 a 184 1767 1 a 185 5104 1 a 185 5103 -1 a 185 712 1 a 185 711 -1 a 185 710 -1 a 185 709 1 a 186 5210 1 a 186 5209 -1 a 186 5208 -1 a 186 5207 1 a 187 3660 -1 a 187 3659 1 a 187 3652 1 a 187 3651 -1 a 187 3650 -1 a 187 3649 1 a 188 1306 1 a 188 1305 -1 a 189 1344 -1 a 189 1343 1 a 189 1314 -1 a 189 1313 1 a 190 4966 1 a 190 4965 -1 a 190 1222 -1 a 190 1221 1 a 190 1124 -1 a 190 1123 1 a 190 920 -1 a 190 919 1 a 190 916 1 a 190 915 -1 a 191 2018 1 a 191 2017 -1 a 191 922 1 a 191 921 -1 a 192 5254 1 a 192 5253 -1 a 192 1572 -1 a 192 1571 1 a 193 928 -1 a 193 927 1 a 193 926 1 a 193 925 -1 a 194 5216 1 a 194 5215 -1 a 194 5214 -1 a 194 5213 1 a 195 4202 1 a 195 4201 -1 a 195 2786 1 a 195 2785 -1 a 196 5256 1 a 196 5255 -1 a 196 5254 -1 a 196 5253 1 a 196 1632 -1 a 196 1631 1 a 196 1504 -1 a 196 1503 1 a 197 2128 1 a 197 2127 -1 a 197 1572 1 a 197 1571 -1 a 198 4932 -1 a 198 4931 1 a 198 2858 -1 a 198 2857 1 a 198 2856 1 a 198 2855 -1 a 199 1702 -1 a 199 1701 1 a 199 1390 1 a 199 1389 -1 a 200 5020 1 a 200 5019 -1 a 200 5010 -1 a 200 5009 1 a 200 3794 1 a 200 3793 -1 a 200 3354 1 a 200 3353 -1 a 200 1734 -1 a 200 1733 1 a 201 2858 1 a 201 2857 -1 a 201 2244 1 a 201 2243 -1 a 202 3146 -1 a 202 3145 1 a 202 1764 1 a 202 1763 -1 a 203 4950 1 a 203 4949 -1 a 203 2872 -1 a 203 2871 1 a 204 5518 -1 a 204 5517 1 a 204 5176 -1 a 204 5175 1 a 204 5008 -1 a 204 5007 1 a 204 5000 -1 a 204 4999 1 a 204 4982 -1 a 204 4981 1 a 204 4968 1 a 204 4967 -1 a 204 4144 -1 a 204 4143 1 a 204 4060 -1 a 204 4059 1 a 204 4014 -1 a 204 4013 1 a 204 3952 1 a 204 3951 -1 a 204 992 -1 a 204 991 1 a 205 4368 -1 a 205 4367 1 a 205 3474 1 a 205 3473 -1 a 206 3990 -1 a 206 3989 1 a 207 3070 1 a 207 3069 -1 a 208 5026 1 a 208 5025 -1 a 208 2568 1 a 208 2567 -1 a 209 5102 1 a 209 5101 -1 a 209 5100 -1 a 209 5099 1 a 210 5034 -1 a 210 5033 1 a 210 5032 1 a 210 5031 -1 a 210 5028 -1 a 210 5027 1 a 210 5024 -1 a 210 5023 1 a 210 4540 -1 a 210 4539 1 a 211 4276 1 a 211 4275 -1 a 211 4274 -1 a 211 4273 1 a 212 5252 1 a 212 5251 -1 a 212 5250 -1 a 212 5249 1 a 213 3256 1 a 213 3255 -1 a 213 1756 -1 a 213 1755 1 a 214 5028 1 a 214 5027 -1 a 214 5026 -1 a 214 5025 1 a 214 5024 1 a 214 5023 -1 a 215 1254 -1 a 215 1253 1 a 215 1008 1 a 215 1007 -1 a 216 4564 1 a 216 4563 -1 a 216 1352 -1 a 216 1351 1 a 216 1350 -1 a 216 1349 1 a 216 1348 -1 a 216 1347 1 a 216 1346 -1 a 216 1345 1 a 217 3988 -1 a 217 3987 1 a 218 3546 1 a 218 3545 -1 a 218 3518 1 a 218 3517 -1 a 218 804 1 a 218 803 -1 a 218 790 -1 a 218 789 1 a 219 3280 1 a 219 3279 -1 a 219 2336 1 a 219 2335 -1 a 220 4538 -1 a 220 4537 1 a 220 4536 -1 a 220 4535 1 a 220 3332 -1 a 220 3331 1 a 220 3282 -1 a 220 3281 1 a 220 3276 1 a 220 3275 -1 a 221 5612 1 a 221 5611 -1 a 221 5244 -1 a 221 5243 1 a 221 5242 1 a 221 5241 -1 a 222 4328 -1 a 222 4327 1 a 222 790 1 a 222 789 -1 a 223 3282 1 a 223 3281 -1 a 223 3280 -1 a 223 3279 1 a 224 4400 -1 a 224 4399 1 a 224 4398 1 a 224 4397 -1 a 225 5756 0.007 a 225 5755 -0.007 a 225 5558 0.007 a 225 5557 -0.007 a 225 4702 -1 a 225 4701 1 a 225 4698 -1 a 225 4697 1 a 225 4696 1 a 225 4695 -1 a 225 4694 1 a 225 4693 -1 a 225 3128 1 a 225 3127 -1 a 225 3126 -1 a 225 3125 1 a 226 4700 1 a 226 4699 -1 a 226 2502 1 a 226 2501 -1 a 227 3738 1 a 227 3737 -1 a 227 3736 -1 a 227 3735 1 a 228 4700 -1 a 228 4699 1 a 228 4698 1 a 228 4697 -1 a 229 4398 -1 a 229 4397 1 a 229 4392 -1 a 229 4391 1 a 229 1204 -1 a 229 1203 1 a 229 978 1 a 229 977 -1 a 230 4400 1 a 230 4399 -1 a 230 2462 1 a 230 2461 -1 a 231 4762 -1 a 231 4761 1 a 231 1828 -1 a 231 1827 1 a 232 1906 -1 a 232 1905 1 a 232 1904 -1 a 232 1903 1 a 232 906 1 a 232 905 -1 a 233 4004 -1 a 233 4003 1 a 233 3956 1 a 233 3955 -1 a 233 1644 1 a 233 1643 -1 a 234 2860 1 a 234 2859 -1 a 234 2246 1 a 234 2245 -1 a 235 2152 1 a 235 2151 -1 a 235 1706 1 a 235 1705 -1 a 236 4320 -1 a 236 4319 1 a 236 782 1 a 236 781 -1 a 237 3958 1 a 237 3957 -1 a 237 1706 -1 a 237 1705 1 a 238 3538 1 a 238 3537 -1 a 238 3510 1 a 238 3509 -1 a 238 796 1 a 238 795 -1 a 238 782 -1 a 238 781 1 a 239 2778 -1 a 239 2777 1 a 239 2658 1 a 239 2657 -1 a 240 2776 1 a 240 2775 -1 a 240 2226 1 a 240 2225 -1 a 241 898 -1 a 241 897 1 a 241 874 1 a 241 873 -1 a 242 5756 -0.771532 a 242 5755 0.771532 a 242 5558 -0.771532 a 242 5557 0.771532 a 242 5226 -1 a 242 5225 1 a 242 5144 -1 a 242 5143 1 a 242 5068 -1 a 242 5067 1 a 242 5032 -1 a 242 5031 1 a 242 5012 -1 a 242 5011 1 a 242 4982 -1 a 242 4981 1 a 242 4922 -8 a 242 4921 8 a 242 4910 -1 a 242 4909 1 a 242 4886 -1 a 242 4885 1 a 242 4858 -1 a 242 4857 1 a 242 4830 -1 a 242 4829 1 a 242 4792 -1 a 242 4791 1 a 242 4712 -1 a 242 4711 1 a 242 4658 -1 a 242 4657 1 a 242 4656 -1 a 242 4655 1 a 242 4650 -1 a 242 4649 1 a 242 4634 -1 a 242 4633 1 a 242 4516 -1 a 242 4515 1 a 242 4460 -1 a 242 4459 1 a 242 4448 -1 a 242 4447 1 a 242 4420 -1 a 242 4419 1 a 242 4414 -1 a 242 4413 1 a 242 4412 1 a 242 4411 -1 a 242 4410 -1 a 242 4409 1 a 242 4390 -1 a 242 4389 1 a 242 4388 1 a 242 4387 -1 a 242 4280 -1 a 242 4279 1 a 242 4114 -1 a 242 4113 1 a 242 4086 1 a 242 4085 -1 a 242 4044 -5 a 242 4043 5 a 242 4016 -1 a 242 4015 1 a 242 4014 -1 a 242 4013 1 a 242 4012 -1 a 242 4011 1 a 242 4010 -1 a 242 4009 1 a 242 4008 -1 a 242 4007 1 a 242 4006 -1 a 242 4005 1 a 242 4004 -1 a 242 4003 1 a 242 4002 -1 a 242 4001 1 a 242 4000 -1 a 242 3999 1 a 242 3998 -1 a 242 3997 1 a 242 3996 -1 a 242 3995 1 a 242 3908 -1 a 242 3907 1 a 242 3906 -1 a 242 3905 1 a 242 3892 -1 a 242 3891 1 a 242 3856 -1 a 242 3855 1 a 242 3852 -1 a 242 3851 1 a 242 3708 -1 a 242 3707 1 a 242 3684 -1 a 242 3683 1 a 242 3682 -1 a 242 3681 1 a 242 3556 -1 a 242 3555 1 a 242 3422 -1 a 242 3421 1 a 242 3386 -1 a 242 3385 1 a 242 3312 -1 a 242 3311 1 a 242 3276 -1 a 242 3275 1 a 242 3240 -1 a 242 3239 1 a 242 3210 -1 a 242 3209 1 a 242 3198 -1 a 242 3197 1 a 242 3156 -1 a 242 3155 1 a 242 3146 -1 a 242 3145 1 a 242 3116 -1 a 242 3115 1 a 242 3086 -1 a 242 3085 1 a 242 3078 -1 a 242 3077 1 a 242 3070 -1 a 242 3069 1 a 242 3002 -1 a 242 3001 1 a 242 2994 -1 a 242 2993 1 a 242 2978 -1 a 242 2977 1 a 242 2974 -1 a 242 2973 1 a 242 2886 -1 a 242 2885 1 a 242 2790 -1 a 242 2789 1 a 242 2746 -1 a 242 2745 1 a 242 2642 -1 a 242 2641 1 a 242 2640 -1 a 242 2639 1 a 242 2638 -1 a 242 2637 1 a 242 2636 -1 a 242 2635 1 a 242 2634 -1 a 242 2633 1 a 242 2632 -1 a 242 2631 1 a 242 2630 -1 a 242 2629 1 a 242 2628 -1 a 242 2627 1 a 242 2626 -1 a 242 2625 1 a 242 2624 -1 a 242 2623 1 a 242 2580 -0.7739 a 242 2579 0.7739 a 242 1850 -1 a 242 1849 1 a 242 1810 -1 a 242 1809 1 a 242 1790 -1 a 242 1789 1 a 242 1766 -1 a 242 1765 1 a 242 1754 -1 a 242 1753 1 a 242 1744 -1 a 242 1743 1 a 242 1696 -1 a 242 1695 1 a 242 1694 -1 a 242 1693 1 a 242 1692 -1 a 242 1691 1 a 242 1690 -1 a 242 1689 1 a 242 1688 -1 a 242 1687 1 a 242 1686 -1 a 242 1685 1 a 242 1684 -1 a 242 1683 1 a 242 1614 -1 a 242 1613 1 a 242 1376 -1 a 242 1375 1 a 242 1358 -1 a 242 1357 1 a 242 1330 -1 a 242 1329 1 a 242 1328 -1 a 242 1327 1 a 242 1326 -1 a 242 1325 1 a 242 1306 -1 a 242 1305 1 a 242 1304 -1 a 242 1303 1 a 242 1256 -1 a 242 1255 1 a 242 1192 -1 a 242 1191 1 a 242 1104 -1 a 242 1103 1 a 242 1086 -1 a 242 1085 1 a 242 1056 -1 a 242 1055 1 a 242 974 -1 a 242 973 1 a 242 950 -1 a 242 949 1 a 242 948 -1 a 242 947 1 a 242 946 -1 a 242 945 1 a 242 944 -1 a 242 943 1 a 242 942 -1 a 242 941 1 a 242 940 -1 a 242 939 1 a 242 938 -1 a 242 937 1 a 242 936 -1 a 242 935 1 a 242 934 -1 a 242 933 1 a 242 808 -1 a 242 807 1 a 242 806 -1 a 242 805 1 a 242 804 -1 a 242 803 1 a 242 802 -1 a 242 801 1 a 242 800 -1 a 242 799 1 a 242 798 -1 a 242 797 1 a 242 796 -1 a 242 795 1 a 242 780 -1 a 242 779 1 a 242 778 -1 a 242 777 1 a 242 776 -1 a 242 775 1 a 242 774 -1 a 242 773 1 a 242 772 -1 a 242 771 1 a 242 770 -1 a 242 769 1 a 242 768 -1 a 242 767 1 a 243 4088 -1 a 243 4087 1 a 243 1806 1 a 243 1805 -1 a 244 3636 -1 a 244 3635 1 a 244 3582 1 a 244 3581 -1 a 244 3368 1 a 244 3367 -1 a 244 3366 1 a 244 3365 -1 a 244 906 1 a 244 905 -1 a 244 904 1 a 244 903 -1 a 244 902 1 a 244 901 -1 a 244 900 1 a 244 899 -1 a 244 898 1 a 244 897 -1 a 244 896 1 a 244 895 -1 a 244 894 1 a 244 893 -1 a 244 892 1 a 244 891 -1 a 244 890 1 a 244 889 -1 a 244 888 1 a 244 887 -1 a 244 886 1 a 244 885 -1 a 245 2778 1 a 245 2777 -1 a 245 2776 -1 a 245 2775 1 a 246 4912 -1 a 246 4911 1 a 246 3798 1 a 246 3797 -1 a 246 3796 2 a 246 3795 -2 a 247 1764 -1 a 247 1763 1 a 247 1268 1 a 247 1267 -1 a 248 3162 1 a 248 3161 -1 a 248 3160 -1 a 248 3159 1 a 248 3158 1 a 248 3157 -1 a 249 3320 -1 a 249 3319 1 a 249 1164 -1 a 249 1163 1 a 250 3820 -1 a 250 3819 1 a 250 2844 -1 a 250 2843 1 a 250 2842 1 a 250 2841 -1 a 251 3768 -1 a 251 3767 1 a 252 2890 -1 a 252 2889 1 a 252 2888 -1 a 252 2887 1 a 252 2876 -1 a 252 2875 1 a 252 2872 1 a 252 2871 -1 a 253 2892 1 a 253 2891 -1 a 253 2248 1 a 253 2247 -1 a 254 3768 1 a 254 3767 -1 a 254 2406 1 a 254 2405 -1 a 255 2892 -1 a 255 2891 1 a 255 2890 1 a 255 2889 -1 a 255 2888 1 a 255 2887 -1 a 255 2874 -1 a 255 2873 1 a 255 2856 -1 a 255 2855 1 a 256 4438 -1 a 256 4437 1 a 256 2906 1 a 256 2905 -1 a 256 2904 1 a 256 2903 -1 a 257 4948 -1 a 257 4947 1 a 257 3164 1 a 257 3163 -1 a 257 2956 -1 a 257 2955 1 a 258 5720 1 a 258 5719 -1 a 258 5238 1 a 258 5237 -1 a 258 5234 -1 a 258 5233 1 a 259 3962 -1 a 259 3961 1 a 259 1640 -1 a 259 1639 1 a 259 1638 1 a 259 1637 -1 a 259 1636 1 a 259 1635 -1 a 259 856 -1 a 259 855 1 a 260 5718 2 a 260 5717 -2 a 260 5716 2 a 260 5715 -2 a 260 5714 2 a 260 5713 -2 a 260 5240 -1 a 260 5239 1 a 261 3960 -1 a 261 3959 1 a 261 1638 -1 a 261 1637 1 a 261 1636 -1 a 261 1635 1 a 261 1634 1 a 261 1633 -1 a 261 1632 1 a 261 1631 -1 a 261 1630 1 a 261 1629 -1 a 262 4926 1 a 262 4925 -1 a 262 4924 -1 a 262 4923 1 a 262 3402 -1 a 262 3401 1 a 263 5720 -1 a 263 5719 1 a 263 5614 1 a 263 5613 -1 a 263 5240 1 a 263 5239 -1 a 264 2144 1 a 264 2143 -1 a 264 1640 1 a 264 1639 -1 a 265 4834 -1 a 265 4833 1 a 266 4252 -1 a 266 4251 1 a 266 4198 1 a 266 4197 -1 a 266 3520 1 a 266 3519 -1 a 266 3506 1 a 266 3505 -1 a 266 806 -1 a 266 805 1 a 267 1486 -1 a 267 1485 1 a 267 1472 1 a 267 1471 -1 a 268 5458 -1 a 268 5457 1 a 268 5450 1 a 268 5449 -1 a 269 4534 -1 a 269 4533 1 a 269 4532 -1 a 269 4531 1 a 269 3162 -1 a 269 3161 1 a 269 3158 -1 a 269 3157 1 a 269 3156 1 a 269 3155 -1 a 270 1822 -1 a 270 1821 1 a 270 1820 -1 a 270 1819 1 a 271 5670 2 a 271 5669 -2 a 271 5668 2 a 271 5667 -2 a 271 5666 2 a 271 5665 -2 a 271 5450 -1 a 271 5449 1 a 272 3160 1 a 272 3159 -1 a 272 2308 1 a 272 2307 -1 a 273 5458 1 a 273 5457 -1 a 273 5442 1 a 273 5441 -1 a 274 2180 1 a 274 2179 -1 a 274 1912 -1 a 274 1911 1 a 275 4756 -1 a 275 4755 1 a 275 4752 1 a 275 4751 -1 a 275 4750 1 a 275 4749 -1 a 276 5268 -1 a 276 5267 1 a 276 2322 1 a 276 2321 -1 a 277 5512 1 a 277 5511 -1 a 277 5232 -1 a 277 5231 1 a 277 5182 1 a 277 5181 -1 a 278 5552 -1 a 278 5551 1 a 279 1914 -1 a 279 1913 1 a 279 1912 1 a 279 1911 -1 a 280 1532 1 a 280 1531 -1 a 280 1528 -2 a 280 1527 2 a 280 1526 -2 a 280 1525 2 a 280 1524 -2 a 280 1523 2 a 281 2124 1 a 281 2123 -1 a 281 1536 1 a 281 1535 -1 a 281 1530 -1 a 281 1529 1 a 282 4836 1 a 282 4835 -1 a 282 4768 -1 a 282 4767 1 a 282 4614 -1 a 282 4613 1 a 282 4610 -1 a 282 4609 1 a 282 4606 -1 a 282 4605 1 a 282 4602 -1 a 282 4601 1 a 282 4146 -1 a 282 4145 1 a 282 3706 -1 a 282 3705 1 a 282 3704 -1 a 282 3703 1 a 282 1826 -1 a 282 1825 1 a 283 1532 -1 a 283 1531 1 a 283 1530 1 a 283 1529 -1 a 284 4120 1 a 284 4119 -1 a 284 4098 1 a 284 4097 -1 a 284 1686 1 a 284 1685 -1 a 284 1658 -1 a 284 1657 1 a 284 1426 -1 a 284 1425 1 a 284 1148 -1 a 284 1147 1 a 285 4340 -1 a 285 4339 1 a 285 3446 1 a 285 3445 -1 a 286 2974 -1 a 286 2973 1 a 286 2948 1 a 286 2947 -1 a 287 3820 1 a 287 3819 -1 a 287 1160 1 a 287 1159 -1 a 287 1052 -1 a 287 1051 1 a 288 5568 14 a 288 5567 -14 a 288 4336 1 a 288 4335 -1 a 288 4294 1 a 288 4293 -1 a 288 4122 1 a 288 4121 -1 a 288 4098 -1 a 288 4097 1 a 288 1474 -1 a 288 1473 1 a 289 3682 1 a 289 3681 -1 a 289 1852 -1 a 289 1851 1 a 290 3610 -1 a 290 3609 1 a 291 5484 2 a 291 5483 -2 a 291 5480 2 a 291 5479 -2 a 291 4666 -1 a 291 4665 1 a 291 3430 1 a 291 3429 -1 a 291 3142 -1 a 291 3141 1 a 291 3138 -1 a 291 3137 1 a 291 3136 1 a 291 3135 -1 a 291 3132 -2 a 291 3131 2 a 291 3128 1 a 291 3127 -1 a 291 3126 -1 a 291 3125 1 a 291 3118 2 a 291 3117 -2 a 291 3066 -1 a 291 3065 1 a 291 2652 1 a 291 2651 -1 a 292 3752 1 a 292 3751 -1 a 292 3730 1 a 292 3729 -1 a 292 3656 -1 a 292 3655 1 a 292 3652 -1 a 292 3651 1 a 293 1284 -1 a 293 1283 1 a 293 1278 1 a 293 1277 -1 a 294 5556 -1 a 294 5555 1 a 294 5154 1 a 294 5153 -1 a 295 4682 1 a 295 4681 -1 a 295 2494 1 a 295 2493 -1 a 296 4528 1 a 296 4527 -1 a 296 3972 -1 a 296 3971 1 a 296 1094 -1 a 296 1093 1 a 296 1092 -1 a 296 1091 1 a 296 1090 1 a 296 1089 -1 a 296 1088 1 a 296 1087 -1 a 296 1068 1 a 296 1067 -1 a 297 1278 -1 a 297 1277 1 a 297 1276 2 a 297 1275 -2 a 297 1274 2 a 297 1273 -2 a 297 1272 2 a 297 1271 -2 a 298 2078 1 a 298 2077 -1 a 298 1284 1 a 298 1283 -1 a 298 1280 -1 a 298 1279 1 a 299 5712 -2 a 299 5711 2 a 299 5710 -2 a 299 5709 2 a 299 5708 -2 a 299 5707 2 a 299 5656 1 a 299 5655 -1 a 299 5648 1 a 299 5647 -1 a 299 5246 1 a 299 5245 -1 a 299 2722 1 a 299 2721 -1 a 299 1956 -1 a 299 1955 1 a 300 5658 1 a 300 5657 -1 a 300 5656 -1 a 300 5655 1 a 301 4384 -1 a 301 4383 1 a 301 4382 1 a 301 4381 -1 a 302 5468 1 a 302 5467 -1 a 302 5462 -1 a 302 5461 1 a 303 5754 1 a 303 5753 -1 a 303 5752 1 a 303 5751 -1 a 303 5750 1 a 303 5749 -1 a 303 5748 1 a 303 5747 -1 a 303 5746 1 a 303 5745 -1 a 303 5744 1 a 303 5743 -1 a 303 5720 1 a 303 5719 -1 a 303 5686 1 a 303 5685 -1 a 303 5680 1 a 303 5679 -1 a 303 5654 1 a 303 5653 -1 a 303 5634 1 a 303 5633 -1 a 303 5620 1 a 303 5619 -1 a 303 5600 1 a 303 5599 -1 a 303 5596 1 a 303 5595 -1 a 303 5582 -99 a 303 5581 99 a 303 5580 -99 a 303 5579 99 a 303 5578 -24 a 303 5577 24 a 303 5576 -24 a 303 5575 24 a 303 5574 -1 a 303 5573 1 a 303 5538 1 a 303 5537 -1 a 303 5536 1 a 303 5535 -1 a 303 5524 1 a 303 5523 -1 a 303 5474 1 a 303 5473 -1 a 303 5454 1 a 303 5453 -1 a 303 5426 1 a 303 5425 -1 a 303 5418 3 a 303 5417 -3 a 303 5416 3 a 303 5415 -3 a 303 5414 3 a 303 5413 -3 a 303 5410 3 a 303 5409 -3 a 303 5390 -2 a 303 5389 2 a 303 5388 -2 a 303 5387 2 a 303 5386 -2 a 303 5385 2 a 303 5328 2 a 303 5327 -2 a 303 5326 -2 a 303 5325 2 a 303 5324 2 a 303 5323 -2 a 303 5322 -2 a 303 5321 2 a 303 5320 2 a 303 5319 -2 a 303 5318 -2 a 303 5317 2 a 303 5294 1 a 303 5293 -1 a 303 5292 1 a 303 5291 -1 a 303 5272 -2 a 303 5271 2 a 303 5270 -2 a 303 5269 2 a 303 5254 1 a 303 5253 -1 a 303 5242 1 a 303 5241 -1 a 303 5224 -1 a 303 5223 1 a 303 5222 -1 a 303 5221 1 a 303 5220 -1 a 303 5219 1 a 303 5218 -1 a 303 5217 1 a 303 5216 -1 a 303 5215 1 a 303 5214 -1 a 303 5213 1 a 303 5212 -1 a 303 5211 1 a 303 5210 -1 a 303 5209 1 a 303 5208 -1 a 303 5207 1 a 303 5206 -1 a 303 5205 1 a 303 5204 -1 a 303 5203 1 a 303 5202 -1 a 303 5201 1 a 303 5200 -1 a 303 5199 1 a 303 5198 -1 a 303 5197 1 a 303 5196 -1 a 303 5195 1 a 303 5194 -1 a 303 5193 1 a 303 5192 -1 a 303 5191 1 a 303 5190 -1 a 303 5189 1 a 303 5188 -1 a 303 5187 1 a 303 5172 -1 a 303 5171 1 a 303 5084 1 a 303 5083 -1 a 303 5058 1 a 303 5057 -1 a 303 5054 1 a 303 5053 -1 a 303 5048 1 a 303 5047 -1 a 303 5036 1 a 303 5035 -1 a 303 5024 1 a 303 5023 -1 a 303 5016 1 a 303 5015 -1 a 303 5004 1 a 303 5003 -1 a 303 5002 1 a 303 5001 -1 a 303 4984 1 a 303 4983 -1 a 303 4948 -2 a 303 4947 2 a 303 4942 -2 a 303 4941 2 a 303 4932 -2 a 303 4931 2 a 303 4924 -1 a 303 4923 1 a 303 4898 -2 a 303 4897 2 a 303 4896 -2 a 303 4895 2 a 303 4888 1 a 303 4887 -1 a 303 4860 1 a 303 4859 -1 a 303 4814 1 a 303 4813 -1 a 303 4812 1 a 303 4811 -1 a 303 4804 1 a 303 4803 -1 a 303 4798 1 a 303 4797 -1 a 303 4796 1 a 303 4795 -1 a 303 4772 1 a 303 4771 -1 a 303 4770 1 a 303 4769 -1 a 303 4764 2 a 303 4763 -2 a 303 4718 1 a 303 4717 -1 a 303 4716 2 a 303 4715 -2 a 303 4706 2 a 303 4705 -2 a 303 4660 1 a 303 4659 -1 a 303 4598 1 a 303 4597 -1 a 303 4556 1 a 303 4555 -1 a 303 4524 1 a 303 4523 -1 a 303 4430 1 a 303 4429 -1 a 303 4374 -1 a 303 4373 1 a 303 4372 -1 a 303 4371 1 a 303 4370 -1 a 303 4369 1 a 303 4368 -1 a 303 4367 1 a 303 4366 -1 a 303 4365 1 a 303 4364 -1 a 303 4363 1 a 303 4362 -1 a 303 4361 1 a 303 4360 -1 a 303 4359 1 a 303 4358 -1 a 303 4357 1 a 303 4356 -1 a 303 4355 1 a 303 4354 -1 a 303 4353 1 a 303 4352 -1 a 303 4351 1 a 303 4350 -1 a 303 4349 1 a 303 4348 -1 a 303 4347 1 a 303 4346 -1 a 303 4345 1 a 303 4344 -1 a 303 4343 1 a 303 4342 -1 a 303 4341 1 a 303 4340 -1 a 303 4339 1 a 303 4338 -1 a 303 4337 1 a 303 4336 -1 a 303 4335 1 a 303 4334 -1 a 303 4333 1 a 303 4332 -1 a 303 4331 1 a 303 4330 -1 a 303 4329 1 a 303 4328 -1 a 303 4327 1 a 303 4326 -1 a 303 4325 1 a 303 4324 -1 a 303 4323 1 a 303 4322 -1 a 303 4321 1 a 303 4320 -1 a 303 4319 1 a 303 4318 -1 a 303 4317 1 a 303 4316 -1 a 303 4315 1 a 303 4314 -1 a 303 4313 1 a 303 4312 -1 a 303 4311 1 a 303 4310 -1 a 303 4309 1 a 303 4308 -1 a 303 4307 1 a 303 4306 -1 a 303 4305 1 a 303 4286 1 a 303 4285 -1 a 303 4282 1 a 303 4281 -1 a 303 4110 1 a 303 4109 -1 a 303 4080 2 a 303 4079 -2 a 303 4078 2 a 303 4077 -2 a 303 4026 2 a 303 4025 -2 a 303 4024 2 a 303 4023 -2 a 303 3920 -2 a 303 3919 2 a 303 3916 -2 a 303 3915 2 a 303 3910 1 a 303 3909 -1 a 303 3888 1 a 303 3887 -1 a 303 3860 2 a 303 3859 -2 a 303 3858 3 a 303 3857 -3 a 303 3834 -3 a 303 3833 3 a 303 3832 -3 a 303 3831 3 a 303 3830 -3 a 303 3829 3 a 303 3780 1 a 303 3779 -1 a 303 3770 1 a 303 3769 -1 a 303 3714 -2 a 303 3713 2 a 303 3678 1 a 303 3677 -1 a 303 3676 1 a 303 3675 -1 a 303 3614 2 a 303 3613 -2 a 303 3584 2 a 303 3583 -2 a 303 3576 1 a 303 3575 -1 a 303 3568 1 a 303 3567 -1 a 303 3562 1 a 303 3561 -1 a 303 3560 1 a 303 3559 -1 a 303 3480 -1 a 303 3479 1 a 303 3478 -1 a 303 3477 1 a 303 3476 -1 a 303 3475 1 a 303 3474 -1 a 303 3473 1 a 303 3472 -1 a 303 3471 1 a 303 3470 -1 a 303 3469 1 a 303 3468 -1 a 303 3467 1 a 303 3466 -1 a 303 3465 1 a 303 3464 -1 a 303 3463 1 a 303 3462 -1 a 303 3461 1 a 303 3460 -1 a 303 3459 1 a 303 3458 -1 a 303 3457 1 a 303 3456 -1 a 303 3455 1 a 303 3454 -1 a 303 3453 1 a 303 3452 -1 a 303 3451 1 a 303 3450 -1 a 303 3449 1 a 303 3448 -1 a 303 3447 1 a 303 3446 -1 a 303 3445 1 a 303 3444 -1 a 303 3443 1 a 303 3442 -1 a 303 3441 1 a 303 3440 -1 a 303 3439 1 a 303 3426 1 a 303 3425 -1 a 303 3398 1 a 303 3397 -1 a 303 3396 1 a 303 3395 -1 a 303 3340 1 a 303 3339 -1 a 303 3338 1 a 303 3337 -1 a 303 3328 1 a 303 3327 -1 a 303 3326 -1 a 303 3325 1 a 303 3316 1 a 303 3315 -1 a 303 3300 1 a 303 3299 -1 a 303 3284 -1 a 303 3283 1 a 303 3252 1 a 303 3251 -1 a 303 3244 1 a 303 3243 -1 a 303 3158 1 a 303 3157 -1 a 303 3122 1 a 303 3121 -1 a 303 3114 -1 a 303 3113 1 a 303 3110 -1 a 303 3109 1 a 303 3106 -1 a 303 3105 1 a 303 3102 -1 a 303 3101 1 a 303 3098 -1 a 303 3097 1 a 303 3072 1 a 303 3071 -1 a 303 3048 1 a 303 3047 -1 a 303 3032 1 a 303 3031 -1 a 303 3006 1 a 303 3005 -1 a 303 2966 1 a 303 2965 -1 a 303 2958 1 a 303 2957 -1 a 303 2944 1 a 303 2943 -1 a 303 2932 1 a 303 2931 -1 a 303 2930 -1 a 303 2929 1 a 303 2890 1 a 303 2889 -1 a 303 2882 1 a 303 2881 -1 a 303 2868 1 a 303 2867 -1 a 303 2864 1 a 303 2863 -1 a 303 2782 2 a 303 2781 -2 a 303 2778 1 a 303 2777 -1 a 303 2752 1 a 303 2751 -1 a 303 2734 4 a 303 2733 -4 a 303 2732 1 a 303 2731 -1 a 303 2726 1 a 303 2725 -1 a 303 2724 1 a 303 2723 -1 a 303 2722 1 a 303 2721 -1 a 303 2720 1 a 303 2719 -1 a 303 2714 1 a 303 2713 -1 a 303 2708 1 a 303 2707 -1 a 303 2706 1 a 303 2705 -1 a 303 2694 1 a 303 2693 -1 a 303 2690 1 a 303 2689 -1 a 303 2688 1 a 303 2687 -1 a 303 2680 1 a 303 2679 -1 a 303 2670 1 a 303 2669 -1 a 303 2668 -1 a 303 2667 1 a 303 2666 -1 a 303 2665 1 a 303 2642 1 a 303 2641 -1 a 303 2640 1 a 303 2639 -1 a 303 2638 1 a 303 2637 -1 a 303 2636 1 a 303 2635 -1 a 303 2634 1 a 303 2633 -1 a 303 2632 1 a 303 2631 -1 a 303 2630 1 a 303 2629 -1 a 303 2628 1 a 303 2627 -1 a 303 2626 1 a 303 2625 -1 a 303 2624 1 a 303 2623 -1 a 303 1966 1 a 303 1965 -1 a 303 1960 1 a 303 1959 -1 a 303 1920 -1 a 303 1919 1 a 303 1918 -1 a 303 1917 1 a 303 1916 -1 a 303 1915 1 a 303 1914 -1 a 303 1913 1 a 303 1858 1 a 303 1857 -1 a 303 1846 1 a 303 1845 -1 a 303 1832 1 a 303 1831 -1 a 303 1776 1 a 303 1775 -1 a 303 1730 1 a 303 1729 -1 a 303 1712 1 a 303 1711 -1 a 303 1670 1 a 303 1669 -1 a 303 1652 1 a 303 1651 -1 a 303 1638 1 a 303 1637 -1 a 303 1636 1 a 303 1635 -1 a 303 1628 -4 a 303 1627 4 a 303 1598 -1 a 303 1597 1 a 303 1582 4 a 303 1581 -4 a 303 1578 1 a 303 1577 -1 a 303 1562 1 a 303 1561 -1 a 303 1558 1 a 303 1557 -1 a 303 1538 1 a 303 1537 -1 a 303 1532 1 a 303 1531 -1 a 303 1530 1 a 303 1529 -1 a 303 1514 1 a 303 1513 -1 a 303 1500 -1 a 303 1499 1 a 303 1484 -1 a 303 1483 1 a 303 1482 -1 a 303 1481 1 a 303 1480 -1 a 303 1479 1 a 303 1478 -1 a 303 1477 1 a 303 1476 -1 a 303 1475 1 a 303 1474 -1 a 303 1473 1 a 303 1472 -1 a 303 1471 1 a 303 1418 1 a 303 1417 -1 a 303 1412 1 a 303 1411 -1 a 303 1406 1 a 303 1405 -1 a 303 1400 1 a 303 1399 -1 a 303 1396 1 a 303 1395 -1 a 303 1380 1 a 303 1379 -1 a 303 1378 4 a 303 1377 -4 a 303 1364 1 a 303 1363 -1 a 303 1362 2 a 303 1361 -2 a 303 1334 1 a 303 1333 -1 a 303 1310 1 a 303 1309 -1 a 303 1298 1 a 303 1297 -1 a 303 1290 1 a 303 1289 -1 a 303 1288 1 a 303 1287 -1 a 303 1286 1 a 303 1285 -1 a 303 1284 1 a 303 1283 -1 a 303 1282 1 a 303 1281 -1 a 303 1210 1 a 303 1209 -1 a 303 1196 1 a 303 1195 -1 a 303 1172 1 a 303 1171 -1 a 303 1142 1 a 303 1141 -1 a 303 1134 1 a 303 1133 -1 a 303 1122 1 a 303 1121 -1 a 303 1100 1 a 303 1099 -1 a 303 1094 1 a 303 1093 -1 a 303 1092 1 a 303 1091 -1 a 303 1074 1 a 303 1073 -1 a 303 1062 1 a 303 1061 -1 a 303 1018 1 a 303 1017 -1 a 303 962 1 a 303 961 -1 a 303 926 1 a 303 925 -1 a 303 736 -1 a 303 735 1 a 303 734 -1 a 303 733 1 a 303 732 -1 a 303 731 1 a 303 730 -1 a 303 729 1 a 303 726 1 a 303 725 -1 a 304 4436 1 a 304 4435 -1 a 304 2468 1 a 304 2467 -1 a 305 1682 -1 a 305 1681 1 a 305 1400 -1 a 305 1399 1 a 306 3414 1 a 306 3413 -1 a 306 2360 1 a 306 2359 -1 a 307 5268 1 a 307 5267 -1 a 307 5266 1 a 307 5265 -1 a 307 3284 1 a 307 3283 -1 a 307 2318 1 a 307 2317 -1 a 308 5756 -58.266936 a 308 5755 58.266936 a 308 5754 -1 a 308 5753 1 a 308 5752 -1 a 308 5751 1 a 308 5750 -1 a 308 5749 1 a 308 5748 -1 a 308 5747 1 a 308 5746 -1 a 308 5745 1 a 308 5744 -1 a 308 5743 1 a 308 5736 -1 a 308 5735 1 a 308 5734 -2 a 308 5733 2 a 308 5732 -2 a 308 5731 2 a 308 5730 -2 a 308 5729 2 a 308 5728 -1 a 308 5727 1 a 308 5720 -1 a 308 5719 1 a 308 5718 -2 a 308 5717 2 a 308 5716 -2 a 308 5715 2 a 308 5714 -2 a 308 5713 2 a 308 5712 -2 a 308 5711 2 a 308 5710 -2 a 308 5709 2 a 308 5708 -2 a 308 5707 2 a 308 5686 -1 a 308 5685 1 a 308 5680 -1 a 308 5679 1 a 308 5676 -2 a 308 5675 2 a 308 5674 -2 a 308 5673 2 a 308 5672 -2 a 308 5671 2 a 308 5670 -2 a 308 5669 2 a 308 5668 -2 a 308 5667 2 a 308 5666 -2 a 308 5665 2 a 308 5664 -2 a 308 5663 2 a 308 5662 -2 a 308 5661 2 a 308 5660 -2 a 308 5659 2 a 308 5658 -1 a 308 5657 1 a 308 5656 -1 a 308 5655 1 a 308 5654 -1 a 308 5653 1 a 308 5642 -2 a 308 5641 2 a 308 5640 -2 a 308 5639 2 a 308 5638 -2 a 308 5637 2 a 308 5636 -1 a 308 5635 1 a 308 5634 -1 a 308 5633 1 a 308 5628 -2 a 308 5627 2 a 308 5626 -2 a 308 5625 2 a 308 5624 -2 a 308 5623 2 a 308 5622 -1 a 308 5621 1 a 308 5620 -1 a 308 5619 1 a 308 5608 -1 a 308 5607 1 a 308 5604 -1 a 308 5603 1 a 308 5602 -1 a 308 5601 1 a 308 5600 -1 a 308 5599 1 a 308 5596 -1 a 308 5595 1 a 308 5558 -58.266936 a 308 5557 58.266936 a 308 5556 -1 a 308 5555 1 a 308 5554 1 a 308 5553 -1 a 308 5552 2 a 308 5551 -2 a 308 5546 -4 a 308 5545 4 a 308 5542 -4 a 308 5541 4 a 308 5538 -1 a 308 5537 1 a 308 5536 -1 a 308 5535 1 a 308 5524 -1 a 308 5523 1 a 308 5518 2 a 308 5517 -2 a 308 5516 -1 a 308 5515 1 a 308 5514 -1 a 308 5513 1 a 308 5512 -1 a 308 5511 1 a 308 5508 -1 a 308 5507 1 a 308 5500 -1 a 308 5499 1 a 308 5494 -1 a 308 5493 1 a 308 5488 -1 a 308 5487 1 a 308 5480 -1 a 308 5479 1 a 308 5476 -1 a 308 5475 1 a 308 5474 -1 a 308 5473 1 a 308 5454 -1 a 308 5453 1 a 308 5452 -1 a 308 5451 1 a 308 5450 -1 a 308 5449 1 a 308 5448 -1 a 308 5447 1 a 308 5426 -1 a 308 5425 1 a 308 5418 -3 a 308 5417 3 a 308 5416 -3 a 308 5415 3 a 308 5414 -3 a 308 5413 3 a 308 5410 -3 a 308 5409 3 a 308 5408 -1 a 308 5407 1 a 308 5390 2 a 308 5389 -2 a 308 5388 2 a 308 5387 -2 a 308 5386 2 a 308 5385 -2 a 308 5350 -2 a 308 5349 2 a 308 5348 -1 a 308 5347 1 a 308 5336 -1 a 308 5335 1 a 308 5334 4 a 308 5333 -4 a 308 5332 -1 a 308 5331 1 a 308 5330 5 a 308 5329 -5 a 308 5328 -2 a 308 5327 2 a 308 5324 -2 a 308 5323 2 a 308 5320 -2 a 308 5319 2 a 308 5316 -1 a 308 5315 1 a 308 5314 -1 a 308 5313 1 a 308 5312 -1 a 308 5311 1 a 308 5302 -1 a 308 5301 1 a 308 5294 -1 a 308 5293 1 a 308 5292 -1 a 308 5291 1 a 308 5288 1 a 308 5287 -1 a 308 5286 -1 a 308 5285 1 a 308 5276 -1 a 308 5275 1 a 308 5272 2 a 308 5271 -2 a 308 5270 2 a 308 5269 -2 a 308 5264 1 a 308 5263 -1 a 308 5262 -1 a 308 5261 1 a 308 5260 -1 a 308 5259 1 a 308 5258 1 a 308 5257 -1 a 308 5256 1 a 308 5255 -1 a 308 5254 -1 a 308 5253 1 a 308 5246 -1 a 308 5245 1 a 308 5244 -1 a 308 5243 1 a 308 5242 -1 a 308 5241 1 a 308 5240 -1 a 308 5239 1 a 308 5232 1 a 308 5231 -1 a 308 5230 1 a 308 5229 -1 a 308 5226 1 a 308 5225 -1 a 308 5184 1 a 308 5183 -1 a 308 5182 -1 a 308 5181 1 a 308 5180 -1 a 308 5179 1 a 308 5178 -1 a 308 5177 1 a 308 5160 1 a 308 5159 -1 a 308 5158 -1 a 308 5157 1 a 308 5154 -1 a 308 5153 1 a 308 5152 -1 a 308 5151 1 a 308 5150 1 a 308 5149 -1 a 308 5148 -1 a 308 5147 1 a 308 5146 -4 a 308 5145 4 a 308 5142 1 a 308 5141 -1 a 308 5140 -2 a 308 5139 2 a 308 5138 -2 a 308 5137 2 a 308 5132 -1 a 308 5131 1 a 308 5130 1 a 308 5129 -1 a 308 5128 -1 a 308 5127 1 a 308 5126 -1 a 308 5125 1 a 308 5124 -1 a 308 5123 1 a 308 5120 -1 a 308 5119 1 a 308 5116 -1 a 308 5115 1 a 308 5114 -2 a 308 5113 2 a 308 5112 -1 a 308 5111 1 a 308 5110 1 a 308 5109 -1 a 308 5098 1 a 308 5097 -1 a 308 5094 -2 a 308 5093 2 a 308 5092 -1 a 308 5091 1 a 308 5088 1 a 308 5087 -1 a 308 5086 1 a 308 5085 -1 a 308 5084 -1 a 308 5083 1 a 308 5074 -1 a 308 5073 1 a 308 5068 -1 a 308 5067 1 a 308 5066 -2 a 308 5065 2 a 308 5062 -1 a 308 5061 1 a 308 5058 -1 a 308 5057 1 a 308 5056 -1 a 308 5055 1 a 308 5054 -1 a 308 5053 1 a 308 5048 -1 a 308 5047 1 a 308 5046 -1 a 308 5045 1 a 308 5044 -1 a 308 5043 1 a 308 5036 -1 a 308 5035 1 a 308 5024 -1 a 308 5023 1 a 308 5016 -1 a 308 5015 1 a 308 5014 -1 a 308 5013 1 a 308 5008 -2 a 308 5007 2 a 308 5004 -1 a 308 5003 1 a 308 5002 -1 a 308 5001 1 a 308 5000 -1 a 308 4999 1 a 308 4988 -1 a 308 4987 1 a 308 4984 -1 a 308 4983 1 a 308 4978 -1 a 308 4977 1 a 308 4966 -1 a 308 4965 1 a 308 4962 -1 a 308 4961 1 a 308 4958 -1 a 308 4957 1 a 308 4954 -1 a 308 4953 1 a 308 4952 2 a 308 4951 -2 a 308 4936 -3 a 308 4935 3 a 308 4920 -1 a 308 4919 1 a 308 4918 1 a 308 4917 -1 a 308 4916 -1 a 308 4915 1 a 308 4914 -1 a 308 4913 1 a 308 4912 -1 a 308 4911 1 a 308 4910 1 a 308 4909 -1 a 308 4902 -3 a 308 4901 3 a 308 4894 -1 a 308 4893 1 a 308 4892 -1 a 308 4891 1 a 308 4888 -1 a 308 4887 1 a 308 4874 -1 a 308 4873 1 a 308 4866 -1 a 308 4865 1 a 308 4864 1 a 308 4863 -1 a 308 4860 -1 a 308 4859 1 a 308 4842 -1 a 308 4841 1 a 308 4836 1 a 308 4835 -1 a 308 4830 1 a 308 4829 -1 a 308 4826 -1 a 308 4825 1 a 308 4820 -1 a 308 4819 1 a 308 4804 -1 a 308 4803 1 a 308 4798 -1 a 308 4797 1 a 308 4796 -1 a 308 4795 1 a 308 4794 -1 a 308 4793 1 a 308 4784 -1 a 308 4783 1 a 308 4776 -1 a 308 4775 1 a 308 4772 -1 a 308 4771 1 a 308 4770 -1 a 308 4769 1 a 308 4764 -2 a 308 4763 2 a 308 4758 -1 a 308 4757 1 a 308 4754 1 a 308 4753 -1 a 308 4748 -1 a 308 4747 1 a 308 4746 -1 a 308 4745 1 a 308 4732 -1 a 308 4731 1 a 308 4730 5 a 308 4729 -5 a 308 4718 -1 a 308 4717 1 a 308 4716 -2 a 308 4715 2 a 308 4710 -2 a 308 4709 2 a 308 4708 -2 a 308 4707 2 a 308 4704 2 a 308 4703 -2 a 308 4702 -1 a 308 4701 1 a 308 4698 -1 a 308 4697 1 a 308 4696 -1 a 308 4695 1 a 308 4694 -1 a 308 4693 1 a 308 4680 -1 a 308 4679 1 a 308 4678 1 a 308 4677 -1 a 308 4676 -3 a 308 4675 3 a 308 4674 -1 a 308 4673 1 a 308 4670 -2 a 308 4669 2 a 308 4666 -1 a 308 4665 1 a 308 4660 -1 a 308 4659 1 a 308 4650 1 a 308 4649 -1 a 308 4646 -1 a 308 4645 1 a 308 4636 -1 a 308 4635 1 a 308 4632 2 a 308 4631 -2 a 308 4598 -1 a 308 4597 1 a 308 4594 -1 a 308 4593 1 a 308 4588 -1 a 308 4587 1 a 308 4584 -1 a 308 4583 1 a 308 4580 -1 a 308 4579 1 a 308 4578 -1 a 308 4577 1 a 308 4572 -1 a 308 4571 1 a 308 4562 -2 a 308 4561 2 a 308 4560 -2 a 308 4559 2 a 308 4556 -1 a 308 4555 1 a 308 4552 1 a 308 4551 -1 a 308 4548 -1 a 308 4547 1 a 308 4546 -1 a 308 4545 1 a 308 4544 -1 a 308 4543 1 a 308 4524 -1 a 308 4523 1 a 308 4522 -1 a 308 4521 1 a 308 4516 1 a 308 4515 -1 a 308 4508 -1 a 308 4507 1 a 308 4506 -1 a 308 4505 1 a 308 4504 -1 a 308 4503 1 a 308 4502 -1 a 308 4501 1 a 308 4500 -1 a 308 4499 1 a 308 4498 -1 a 308 4497 1 a 308 4496 -1 a 308 4495 1 a 308 4486 1 a 308 4485 -1 a 308 4484 1 a 308 4483 -1 a 308 4482 1 a 308 4481 -1 a 308 4480 1 a 308 4479 -1 a 308 4478 1 a 308 4477 -1 a 308 4476 1 a 308 4475 -1 a 308 4474 1 a 308 4473 -1 a 308 4468 -1 a 308 4467 1 a 308 4462 -1 a 308 4461 1 a 308 4456 -1 a 308 4455 1 a 308 4454 -1 a 308 4453 1 a 308 4450 -1 a 308 4449 1 a 308 4448 -1 a 308 4447 1 a 308 4446 -1 a 308 4445 1 a 308 4440 -2 a 308 4439 2 a 308 4438 -1 a 308 4437 1 a 308 4434 -2 a 308 4433 2 a 308 4430 -1 a 308 4429 1 a 308 4424 1 a 308 4423 -1 a 308 4420 -1 a 308 4419 1 a 308 4406 1 a 308 4405 -1 a 308 4404 -1 a 308 4403 1 a 308 4402 -1 a 308 4401 1 a 308 4390 -1 a 308 4389 1 a 308 4388 -1 a 308 4387 1 a 308 4380 -1 a 308 4379 1 a 308 4290 -1 a 308 4289 1 a 308 4286 -1 a 308 4285 1 a 308 4282 -1 a 308 4281 1 a 308 4274 -1 a 308 4273 1 a 308 4272 -1 a 308 4271 1 a 308 4270 -1 a 308 4269 1 a 308 4268 -1 a 308 4267 1 a 308 4266 -1 a 308 4265 1 a 308 4264 -1 a 308 4263 1 a 308 4262 -1 a 308 4261 1 a 308 4260 -1 a 308 4259 1 a 308 4230 -1 a 308 4229 1 a 308 4228 -1 a 308 4227 1 a 308 4226 -1 a 308 4225 1 a 308 4224 -1 a 308 4223 1 a 308 4222 -1 a 308 4221 1 a 308 4220 -1 a 308 4219 1 a 308 4218 -1 a 308 4217 1 a 308 4210 -1 a 308 4209 1 a 308 4204 -1 a 308 4203 1 a 308 4200 -1 a 308 4199 1 a 308 4198 -1 a 308 4197 1 a 308 4196 -1 a 308 4195 1 a 308 4194 -1 a 308 4193 1 a 308 4192 -1 a 308 4191 1 a 308 4190 -1 a 308 4189 1 a 308 4188 -1 a 308 4187 1 a 308 4184 -1 a 308 4183 1 a 308 4182 -1 a 308 4181 1 a 308 4176 -1 a 308 4175 1 a 308 4172 -1 a 308 4171 1 a 308 4170 -1 a 308 4169 1 a 308 4168 -1 a 308 4167 1 a 308 4166 -1 a 308 4165 1 a 308 4164 -1 a 308 4163 1 a 308 4162 -1 a 308 4161 1 a 308 4160 -1 a 308 4159 1 a 308 4156 -1 a 308 4155 1 a 308 4152 -1 a 308 4151 1 a 308 4148 -2 a 308 4147 2 a 308 4146 -2 a 308 4145 2 a 308 4114 -1 a 308 4113 1 a 308 4110 -1 a 308 4109 1 a 308 4108 -1 a 308 4107 1 a 308 4106 -1 a 308 4105 1 a 308 4104 -1 a 308 4103 1 a 308 4102 -1 a 308 4101 1 a 308 4100 -1 a 308 4099 1 a 308 4098 -1 a 308 4097 1 a 308 4096 -1 a 308 4095 1 a 308 4094 2 a 308 4093 -2 a 308 4092 -1 a 308 4091 1 a 308 4090 1 a 308 4089 -1 a 308 4080 -2 a 308 4079 2 a 308 4078 -2 a 308 4077 2 a 308 4074 -1 a 308 4073 1 a 308 4072 1 a 308 4071 -1 a 308 4070 -3 a 308 4069 3 a 308 4066 1 a 308 4065 -1 a 308 4064 -3 a 308 4063 3 a 308 4060 1 a 308 4059 -1 a 308 4058 -3 a 308 4057 3 a 308 4054 1 a 308 4053 -1 a 308 4052 -1 a 308 4051 1 a 308 4050 -1 a 308 4049 1 a 308 4034 1 a 308 4033 -1 a 308 4022 5 a 308 4021 -5 a 308 4016 -1 a 308 4015 1 a 308 4014 -1 a 308 4013 1 a 308 4012 -1 a 308 4011 1 a 308 4010 -1 a 308 4009 1 a 308 4008 -1 a 308 4007 1 a 308 4006 -1 a 308 4005 1 a 308 4004 -1 a 308 4003 1 a 308 4002 -1 a 308 4001 1 a 308 4000 -1 a 308 3999 1 a 308 3998 -1 a 308 3997 1 a 308 3996 -1 a 308 3995 1 a 308 3994 -1 a 308 3993 1 a 308 3992 -1 a 308 3991 1 a 308 3990 -1 a 308 3989 1 a 308 3988 -1 a 308 3987 1 a 308 3986 -1 a 308 3985 1 a 308 3984 -1 a 308 3983 1 a 308 3928 -1 a 308 3927 1 a 308 3926 -1 a 308 3925 1 a 308 3920 2 a 308 3919 -2 a 308 3916 2 a 308 3915 -2 a 308 3910 -1 a 308 3909 1 a 308 3908 2 a 308 3907 -2 a 308 3906 1 a 308 3905 -1 a 308 3900 -1 a 308 3899 1 a 308 3896 -1 a 308 3895 1 a 308 3892 1 a 308 3891 -1 a 308 3888 -1 a 308 3887 1 a 308 3886 -1 a 308 3885 1 a 308 3884 1 a 308 3883 -1 a 308 3860 -2 a 308 3859 2 a 308 3858 -3 a 308 3857 3 a 308 3852 -1 a 308 3851 1 a 308 3848 1 a 308 3847 -1 a 308 3846 1 a 308 3845 -1 a 308 3844 1 a 308 3843 -1 a 308 3842 -1 a 308 3841 1 a 308 3840 -1 a 308 3839 1 a 308 3838 1 a 308 3837 -1 a 308 3836 1 a 308 3835 -1 a 308 3834 4 a 308 3833 -4 a 308 3832 4 a 308 3831 -4 a 308 3830 4 a 308 3829 -4 a 308 3828 1 a 308 3827 -1 a 308 3826 -2 a 308 3825 2 a 308 3812 -1 a 308 3811 1 a 308 3808 2 a 308 3807 -2 a 308 3804 -1 a 308 3803 1 a 308 3798 -1 a 308 3797 1 a 308 3796 -2 a 308 3795 2 a 308 3790 -1 a 308 3789 1 a 308 3788 -1 a 308 3787 1 a 308 3786 -1 a 308 3785 1 a 308 3784 -1 a 308 3783 1 a 308 3780 -1 a 308 3779 1 a 308 3770 -1 a 308 3769 1 a 308 3714 2 a 308 3713 -2 a 308 3710 -1 a 308 3709 1 a 308 3700 -1 a 308 3699 1 a 308 3696 -1 a 308 3695 1 a 308 3694 -1 a 308 3693 1 a 308 3686 -1 a 308 3685 1 a 308 3682 1 a 308 3681 -1 a 308 3678 -1 a 308 3677 1 a 308 3676 -1 a 308 3675 1 a 308 3664 -1 a 308 3663 1 a 308 3638 -1 a 308 3637 1 a 308 3634 -1 a 308 3633 1 a 308 3614 -2 a 308 3613 2 a 308 3608 -1 a 308 3607 1 a 308 3604 -1 a 308 3603 1 a 308 3600 -1 a 308 3599 1 a 308 3596 -1 a 308 3595 1 a 308 3592 -1 a 308 3591 1 a 308 3588 -1 a 308 3587 1 a 308 3584 -2 a 308 3583 2 a 308 3582 1 a 308 3581 -1 a 308 3580 -1 a 308 3579 1 a 308 3576 -1 a 308 3575 1 a 308 3568 -1 a 308 3567 1 a 308 3562 -1 a 308 3561 1 a 308 3560 -1 a 308 3559 1 a 308 3558 -1 a 308 3557 1 a 308 3554 1 a 308 3553 -1 a 308 3552 -1 a 308 3551 1 a 308 3550 -1 a 308 3549 1 a 308 3548 -1 a 308 3547 1 a 308 3546 -1 a 308 3545 1 a 308 3544 -1 a 308 3543 1 a 308 3542 -1 a 308 3541 1 a 308 3540 -1 a 308 3539 1 a 308 3538 -1 a 308 3537 1 a 308 3536 -1 a 308 3535 1 a 308 3534 -1 a 308 3533 1 a 308 3532 -1 a 308 3531 1 a 308 3530 -1 a 308 3529 1 a 308 3528 -1 a 308 3527 1 a 308 3526 -1 a 308 3525 1 a 308 3524 -1 a 308 3523 1 a 308 3494 -2 a 308 3493 2 a 308 3492 -2 a 308 3491 2 a 308 3490 -2 a 308 3489 2 a 308 3488 -2 a 308 3487 2 a 308 3486 -2 a 308 3485 2 a 308 3484 -2 a 308 3483 2 a 308 3482 -2 a 308 3481 2 a 308 3438 -1 a 308 3437 1 a 308 3434 -1 a 308 3433 1 a 308 3432 -1 a 308 3431 1 a 308 3426 -1 a 308 3425 1 a 308 3424 -1 a 308 3423 1 a 308 3416 -1 a 308 3415 1 a 308 3412 1 a 308 3411 -1 a 308 3410 1 a 308 3409 -1 a 308 3406 1 a 308 3405 -1 a 308 3398 -1 a 308 3397 1 a 308 3396 -1 a 308 3395 1 a 308 3394 -1 a 308 3393 1 a 308 3392 1 a 308 3391 -1 a 308 3368 1 a 308 3367 -1 a 308 3366 1 a 308 3365 -1 a 308 3364 1 a 308 3363 -1 a 308 3362 -1 a 308 3361 1 a 308 3358 -1 a 308 3357 1 a 308 3354 -1 a 308 3353 1 a 308 3348 -1 a 308 3347 1 a 308 3346 1 a 308 3345 -1 a 308 3340 -1 a 308 3339 1 a 308 3338 -1 a 308 3337 1 a 308 3334 -1 a 308 3333 1 a 308 3328 -1 a 308 3327 1 a 308 3326 1 a 308 3325 -1 a 308 3322 -1 a 308 3321 1 a 308 3316 -1 a 308 3315 1 a 308 3314 -1 a 308 3313 1 a 308 3308 1 a 308 3307 -1 a 308 3304 -1 a 308 3303 1 a 308 3300 -1 a 308 3299 1 a 308 3298 1 a 308 3297 -1 a 308 3296 1 a 308 3295 -1 a 308 3268 -1 a 308 3267 1 a 308 3266 -1 a 308 3265 1 a 308 3264 1 a 308 3263 -1 a 308 3262 1 a 308 3261 -1 a 308 3256 -1 a 308 3255 1 a 308 3252 -1 a 308 3251 1 a 308 3250 -1 a 308 3249 1 a 308 3244 -1 a 308 3243 1 a 308 3242 -1 a 308 3241 1 a 308 3236 -3 a 308 3235 3 a 308 3232 -1 a 308 3231 1 a 308 3230 -1 a 308 3229 1 a 308 3228 -1 a 308 3227 1 a 308 3226 -1 a 308 3225 1 a 308 3224 -1 a 308 3223 1 a 308 3222 -1 a 308 3221 1 a 308 3220 -1 a 308 3219 1 a 308 3218 -1 a 308 3217 1 a 308 3216 -1 a 308 3215 1 a 308 3214 -1 a 308 3213 1 a 308 3212 -1 a 308 3211 1 a 308 3202 -1 a 308 3201 1 a 308 3196 -1 a 308 3195 1 a 308 3194 -1 a 308 3193 1 a 308 3192 -1 a 308 3191 1 a 308 3190 -1 a 308 3189 1 a 308 3188 -1 a 308 3187 1 a 308 3186 -1 a 308 3185 1 a 308 3184 -1 a 308 3183 1 a 308 3182 -1 a 308 3181 1 a 308 3172 -2 a 308 3171 2 a 308 3158 -1 a 308 3157 1 a 308 3152 1 a 308 3151 -1 a 308 3150 -1 a 308 3149 1 a 308 3148 -1 a 308 3147 1 a 308 3146 -2 a 308 3145 2 a 308 3144 -1 a 308 3143 1 a 308 3142 -1 a 308 3141 1 a 308 3138 -1 a 308 3137 1 a 308 3136 -1 a 308 3135 1 a 308 3132 1 a 308 3131 -1 a 308 3128 -1 a 308 3127 1 a 308 3122 -1 a 308 3121 1 a 308 3120 -1 a 308 3119 1 a 308 3112 -1 a 308 3111 1 a 308 3108 -1 a 308 3107 1 a 308 3104 -1 a 308 3103 1 a 308 3100 -1 a 308 3099 1 a 308 3096 -1 a 308 3095 1 a 308 3094 1 a 308 3093 -1 a 308 3092 -1 a 308 3091 1 a 308 3086 -2 a 308 3085 2 a 308 3084 2 a 308 3083 -2 a 308 3080 -1 a 308 3079 1 a 308 3078 1 a 308 3077 -1 a 308 3072 -1 a 308 3071 1 a 308 3068 -1 a 308 3067 1 a 308 3066 -1 a 308 3065 1 a 308 3064 -1 a 308 3063 1 a 308 3048 -1 a 308 3047 1 a 308 3046 1 a 308 3045 -1 a 308 3044 1 a 308 3043 -1 a 308 3040 -1 a 308 3039 1 a 308 3038 -1 a 308 3037 1 a 308 3036 -1 a 308 3035 1 a 308 3032 -1 a 308 3031 1 a 308 3026 -1 a 308 3025 1 a 308 3020 -1 a 308 3019 1 a 308 3012 1 a 308 3011 -1 a 308 3006 -1 a 308 3005 1 a 308 3004 -1 a 308 3003 1 a 308 3000 1 a 308 2999 -1 a 308 2998 1 a 308 2997 -1 a 308 2988 -1 a 308 2987 1 a 308 2986 -1 a 308 2985 1 a 308 2980 -1 a 308 2979 1 a 308 2976 -1 a 308 2975 1 a 308 2974 1 a 308 2973 -1 a 308 2966 -1 a 308 2965 1 a 308 2962 -1 a 308 2961 1 a 308 2958 -1 a 308 2957 1 a 308 2954 -1 a 308 2953 1 a 308 2952 -1 a 308 2951 1 a 308 2950 -1 a 308 2949 1 a 308 2948 -1 a 308 2947 1 a 308 2944 -1 a 308 2943 1 a 308 2932 -1 a 308 2931 1 a 308 2916 -2 a 308 2915 2 a 308 2914 -1 a 308 2913 1 a 308 2912 -1 a 308 2911 1 a 308 2906 -1 a 308 2905 1 a 308 2904 -1 a 308 2903 1 a 308 2902 -1 a 308 2901 1 a 308 2890 -1 a 308 2889 1 a 308 2888 -1 a 308 2887 1 a 308 2886 1 a 308 2885 -1 a 308 2882 -1 a 308 2881 1 a 308 2878 -1 a 308 2877 1 a 308 2872 -1 a 308 2871 1 a 308 2868 -1 a 308 2867 1 a 308 2864 -1 a 308 2863 1 a 308 2848 -1 a 308 2847 1 a 308 2844 1 a 308 2843 -1 a 308 2842 -1 a 308 2841 1 a 308 2836 -1 a 308 2835 1 a 308 2832 -1 a 308 2831 1 a 308 2828 -1 a 308 2827 1 a 308 2824 -1 a 308 2823 1 a 308 2816 -1 a 308 2815 1 a 308 2812 -1 a 308 2811 1 a 308 2790 1 a 308 2789 -1 a 308 2786 -1 a 308 2785 1 a 308 2782 -2 a 308 2781 2 a 308 2778 -1 a 308 2777 1 a 308 2774 -1 a 308 2773 1 a 308 2762 -1 a 308 2761 1 a 308 2752 -1 a 308 2751 1 a 308 2750 1 a 308 2749 -1 a 308 2748 1 a 308 2747 -1 a 308 2746 1 a 308 2745 -1 a 308 2744 -1 a 308 2743 1 a 308 2742 1 a 308 2741 -1 a 308 2740 1 a 308 2739 -1 a 308 2738 1 a 308 2737 -1 a 308 2736 1 a 308 2735 -1 a 308 2732 -1 a 308 2731 1 a 308 2728 -1 a 308 2727 1 a 308 2726 -1 a 308 2725 1 a 308 2724 -1 a 308 2723 1 a 308 2722 -1 a 308 2721 1 a 308 2720 -1 a 308 2719 1 a 308 2716 -1 a 308 2715 1 a 308 2714 -1 a 308 2713 1 a 308 2710 -1 a 308 2709 1 a 308 2708 -1 a 308 2707 1 a 308 2706 -1 a 308 2705 1 a 308 2704 -2 a 308 2703 2 a 308 2702 -2 a 308 2701 2 a 308 2700 -2 a 308 2699 2 a 308 2696 -2 a 308 2695 2 a 308 2694 -1 a 308 2693 1 a 308 2690 -1 a 308 2689 1 a 308 2688 -1 a 308 2687 1 a 308 2686 -2 a 308 2685 2 a 308 2684 -2 a 308 2683 2 a 308 2682 -2 a 308 2681 2 a 308 2680 -1 a 308 2679 1 a 308 2678 -1 a 308 2677 1 a 308 2670 -1 a 308 2669 1 a 308 2668 2 a 308 2667 -2 a 308 2666 2 a 308 2665 -2 a 308 2664 -2 a 308 2663 2 a 308 2660 -1 a 308 2659 1 a 308 2646 1 a 308 2645 -1 a 308 2644 1 a 308 2643 -1 a 308 2642 -1 a 308 2641 1 a 308 2640 -1 a 308 2639 1 a 308 2638 -1 a 308 2637 1 a 308 2636 -1 a 308 2635 1 a 308 2634 -1 a 308 2633 1 a 308 2632 -1 a 308 2631 1 a 308 2630 -1 a 308 2629 1 a 308 2628 -1 a 308 2627 1 a 308 2626 -1 a 308 2625 1 a 308 2624 -1 a 308 2623 1 a 308 2622 -1 a 308 2621 1 a 308 2620 -1 a 308 2619 1 a 308 2618 -1 a 308 2617 1 a 308 2616 -1 a 308 2615 1 a 308 2614 -1 a 308 2613 1 a 308 2612 -1 a 308 2611 1 a 308 2610 -1 a 308 2609 1 a 308 2608 -1 a 308 2607 1 a 308 2606 -1 a 308 2605 1 a 308 2604 -1 a 308 2603 1 a 308 2602 -1 a 308 2601 1 a 308 2600 -1 a 308 2599 1 a 308 2598 -1 a 308 2597 1 a 308 2596 -1 a 308 2595 1 a 308 2594 -1 a 308 2593 1 a 308 2592 -1 a 308 2591 1 a 308 2590 -1 a 308 2589 1 a 308 2580 -59.81 a 308 2579 59.81 a 308 1966 -1 a 308 1965 1 a 308 1960 -1 a 308 1959 1 a 308 1956 -9 a 308 1955 9 a 308 1910 1 a 308 1909 -1 a 308 1908 1 a 308 1907 -1 a 308 1906 1 a 308 1905 -1 a 308 1904 1 a 308 1903 -1 a 308 1902 1 a 308 1901 -1 a 308 1900 1 a 308 1899 -1 a 308 1898 1 a 308 1897 -1 a 308 1896 1 a 308 1895 -1 a 308 1894 1 a 308 1893 -1 a 308 1892 1 a 308 1891 -1 a 308 1890 1 a 308 1889 -1 a 308 1888 1 a 308 1887 -1 a 308 1886 1 a 308 1885 -1 a 308 1884 1 a 308 1883 -1 a 308 1882 1 a 308 1881 -1 a 308 1880 1 a 308 1879 -1 a 308 1878 1 a 308 1877 -1 a 308 1876 1 a 308 1875 -1 a 308 1874 1 a 308 1873 -1 a 308 1872 1 a 308 1871 -1 a 308 1870 1 a 308 1869 -1 a 308 1868 1 a 308 1867 -1 a 308 1866 1 a 308 1865 -1 a 308 1864 1 a 308 1863 -1 a 308 1862 -2 a 308 1861 2 a 308 1858 -1 a 308 1857 1 a 308 1856 -1 a 308 1855 1 a 308 1854 1 a 308 1853 -1 a 308 1852 1 a 308 1851 -1 a 308 1850 -1 a 308 1849 1 a 308 1846 -1 a 308 1845 1 a 308 1842 -1 a 308 1841 1 a 308 1832 -1 a 308 1831 1 a 308 1830 -1 a 308 1829 1 a 308 1816 -1 a 308 1815 1 a 308 1812 1 a 308 1811 -1 a 308 1810 -1 a 308 1809 1 a 308 1794 -1 a 308 1793 1 a 308 1792 1 a 308 1791 -1 a 308 1788 -4 a 308 1787 4 a 308 1786 -2 a 308 1785 2 a 308 1784 1 a 308 1783 -1 a 308 1782 1 a 308 1781 -1 a 308 1780 1 a 308 1779 -1 a 308 1776 -1 a 308 1775 1 a 308 1764 1 a 308 1763 -1 a 308 1762 -1 a 308 1761 1 a 308 1754 1 a 308 1753 -1 a 308 1752 -1 a 308 1751 1 a 308 1750 1 a 308 1749 -1 a 308 1748 -1 a 308 1747 1 a 308 1746 1 a 308 1745 -1 a 308 1744 1 a 308 1743 -1 a 308 1742 -1 a 308 1741 1 a 308 1730 -1 a 308 1729 1 a 308 1722 -1 a 308 1721 1 a 308 1718 -1 a 308 1717 1 a 308 1712 -1 a 308 1711 1 a 308 1710 1 a 308 1709 -1 a 308 1708 1 a 308 1707 -1 a 308 1702 -3 a 308 1701 3 a 308 1700 -1 a 308 1699 1 a 308 1698 1 a 308 1697 -1 a 308 1696 1 a 308 1695 -1 a 308 1694 1 a 308 1693 -1 a 308 1692 1 a 308 1691 -1 a 308 1690 1 a 308 1689 -1 a 308 1688 1 a 308 1687 -1 a 308 1686 1 a 308 1685 -1 a 308 1684 1 a 308 1683 -1 a 308 1680 -1 a 308 1679 1 a 308 1676 1 a 308 1675 -1 a 308 1670 -1 a 308 1669 1 a 308 1668 -1 a 308 1667 1 a 308 1666 -1 a 308 1665 1 a 308 1664 -1 a 308 1663 1 a 308 1662 -1 a 308 1661 1 a 308 1660 -1 a 308 1659 1 a 308 1658 -1 a 308 1657 1 a 308 1656 -1 a 308 1655 1 a 308 1652 -1 a 308 1651 1 a 308 1648 1 a 308 1647 -1 a 308 1638 -1 a 308 1637 1 a 308 1636 -1 a 308 1635 1 a 308 1634 -1 a 308 1633 1 a 308 1630 1 a 308 1629 -1 a 308 1628 4 a 308 1627 -4 a 308 1620 -1 a 308 1619 1 a 308 1618 -1 a 308 1617 1 a 308 1616 -1 a 308 1615 1 a 308 1610 2 a 308 1609 -2 a 308 1608 -1 a 308 1607 1 a 308 1596 -1 a 308 1595 1 a 308 1588 -1 a 308 1587 1 a 308 1586 -1 a 308 1585 1 a 308 1584 -1 a 308 1583 1 a 308 1580 -2 a 308 1579 2 a 308 1578 -1 a 308 1577 1 a 308 1576 -1 a 308 1575 1 a 308 1570 -1 a 308 1569 1 a 308 1562 -1 a 308 1561 1 a 308 1560 -1 a 308 1559 1 a 308 1558 -1 a 308 1557 1 a 308 1556 -1 a 308 1555 1 a 308 1540 2 a 308 1539 -2 a 308 1538 -1 a 308 1537 1 a 308 1534 -1 a 308 1533 1 a 308 1532 -1 a 308 1531 1 a 308 1530 -1 a 308 1529 1 a 308 1528 -2 a 308 1527 2 a 308 1526 -2 a 308 1525 2 a 308 1524 -2 a 308 1523 2 a 308 1520 -1 a 308 1519 1 a 308 1514 -1 a 308 1513 1 a 308 1512 -1 a 308 1511 1 a 308 1500 1 a 308 1499 -1 a 308 1452 -1 a 308 1451 1 a 308 1448 -1 a 308 1447 1 a 308 1446 -2 a 308 1445 2 a 308 1444 -2 a 308 1443 2 a 308 1442 -2 a 308 1441 2 a 308 1440 -2 a 308 1439 2 a 308 1438 -1 a 308 1437 1 a 308 1436 -2 a 308 1435 2 a 308 1434 -2 a 308 1433 2 a 308 1432 -2 a 308 1431 2 a 308 1430 -2 a 308 1429 2 a 308 1428 -2 a 308 1427 2 a 308 1426 -2 a 308 1425 2 a 308 1424 -2 a 308 1423 2 a 308 1418 -1 a 308 1417 1 a 308 1416 -1 a 308 1415 1 a 308 1414 -2 a 308 1413 2 a 308 1412 -1 a 308 1411 1 a 308 1410 -1 a 308 1409 1 a 308 1408 -1 a 308 1407 1 a 308 1406 -1 a 308 1405 1 a 308 1404 1 a 308 1403 -1 a 308 1400 -1 a 308 1399 1 a 308 1396 -1 a 308 1395 1 a 308 1390 -1 a 308 1389 1 a 308 1388 1 a 308 1387 -1 a 308 1386 1 a 308 1385 -1 a 308 1380 -1 a 308 1379 1 a 308 1378 -3 a 308 1377 3 a 308 1374 -1 a 308 1373 1 a 308 1372 1 a 308 1371 -1 a 308 1370 -1 a 308 1369 1 a 308 1368 -1 a 308 1367 1 a 308 1364 -1 a 308 1363 1 a 308 1362 -2 a 308 1361 2 a 308 1360 -1 a 308 1359 1 a 308 1352 -1 a 308 1351 1 a 308 1350 -1 a 308 1349 1 a 308 1348 -1 a 308 1347 1 a 308 1346 -1 a 308 1345 1 a 308 1342 -1 a 308 1341 1 a 308 1340 1 a 308 1339 -1 a 308 1334 -1 a 308 1333 1 a 308 1332 -1 a 308 1331 1 a 308 1330 -1 a 308 1329 1 a 308 1328 -1 a 308 1327 1 a 308 1326 -1 a 308 1325 1 a 308 1316 -1 a 308 1315 1 a 308 1314 -1 a 308 1313 1 a 308 1310 -1 a 308 1309 1 a 308 1308 -1 a 308 1307 1 a 308 1304 -1 a 308 1303 1 a 308 1296 1 a 308 1295 -1 a 308 1290 -1 a 308 1289 1 a 308 1288 -1 a 308 1287 1 a 308 1286 -1 a 308 1285 1 a 308 1284 -1 a 308 1283 1 a 308 1282 -1 a 308 1281 1 a 308 1278 -1 a 308 1277 1 a 308 1276 -2 a 308 1275 2 a 308 1274 -2 a 308 1273 2 a 308 1272 -2 a 308 1271 2 a 308 1268 1 a 308 1267 -1 a 308 1266 -2 a 308 1265 2 a 308 1264 -2 a 308 1263 2 a 308 1262 1 a 308 1261 -1 a 308 1260 1 a 308 1259 -1 a 308 1258 -1 a 308 1257 1 a 308 1254 -1 a 308 1253 1 a 308 1242 -3 a 308 1241 3 a 308 1240 -1 a 308 1239 1 a 308 1236 -1 a 308 1235 1 a 308 1218 1 a 308 1217 -1 a 308 1216 1 a 308 1215 -1 a 308 1210 -1 a 308 1209 1 a 308 1208 -1 a 308 1207 1 a 308 1206 2 a 308 1205 -2 a 308 1204 -2 a 308 1203 2 a 308 1202 -2 a 308 1201 2 a 308 1196 -1 a 308 1195 1 a 308 1194 -1 a 308 1193 1 a 308 1178 -1 a 308 1177 1 a 308 1176 -1 a 308 1175 1 a 308 1172 -1 a 308 1171 1 a 308 1166 -1 a 308 1165 1 a 308 1160 -1 a 308 1159 1 a 308 1142 -1 a 308 1141 1 a 308 1134 -1 a 308 1133 1 a 308 1122 -1 a 308 1121 1 a 308 1112 -2 a 308 1111 2 a 308 1106 -1 a 308 1105 1 a 308 1102 -2 a 308 1101 2 a 308 1100 -1 a 308 1099 1 a 308 1098 -1 a 308 1097 1 a 308 1094 -1 a 308 1093 1 a 308 1092 -1 a 308 1091 1 a 308 1088 -1 a 308 1087 1 a 308 1084 1 a 308 1083 -1 a 308 1074 -1 a 308 1073 1 a 308 1070 -1 a 308 1069 1 a 308 1068 1 a 308 1067 -1 a 308 1062 -1 a 308 1061 1 a 308 1054 -1 a 308 1053 1 a 308 1018 -1 a 308 1017 1 a 308 1010 -1 a 308 1009 1 a 308 1006 1 a 308 1005 -1 a 308 1002 1 a 308 1001 -1 a 308 1000 -1 a 308 999 1 a 308 990 -1 a 308 989 1 a 308 976 -1 a 308 975 1 a 308 974 1 a 308 973 -1 a 308 968 -1 a 308 967 1 a 308 962 -1 a 308 961 1 a 308 960 -2 a 308 959 2 a 308 926 -1 a 308 925 1 a 308 924 1 a 308 923 -1 a 308 920 -1 a 308 919 1 a 308 908 -1 a 308 907 1 a 308 906 1 a 308 905 -1 a 308 904 1 a 308 903 -1 a 308 902 1 a 308 901 -1 a 308 900 1 a 308 899 -1 a 308 898 1 a 308 897 -1 a 308 896 1 a 308 895 -1 a 308 894 1 a 308 893 -1 a 308 892 1 a 308 891 -1 a 308 890 1 a 308 889 -1 a 308 888 1 a 308 887 -1 a 308 886 1 a 308 885 -1 a 308 884 1 a 308 883 -1 a 308 882 1 a 308 881 -1 a 308 880 1 a 308 879 -1 a 308 878 1 a 308 877 -1 a 308 876 1 a 308 875 -1 a 308 874 1 a 308 873 -1 a 308 872 1 a 308 871 -1 a 308 870 1 a 308 869 -1 a 308 868 1 a 308 867 -1 a 308 866 1 a 308 865 -1 a 308 864 1 a 308 863 -1 a 308 862 1 a 308 861 -1 a 308 852 -1 a 308 851 1 a 308 818 -1 a 308 817 1 a 308 816 1 a 308 815 -1 a 308 814 1 a 308 813 -1 a 308 812 1 a 308 811 -1 a 308 810 1 a 308 809 -1 a 308 726 -1 a 308 725 1 a 308 714 -1 a 308 713 1 a 309 3554 -1 a 309 3553 1 a 309 1400 1 a 309 1399 -1 a 310 3552 -1 a 310 3551 1 a 310 1830 -1 a 310 1829 1 a 311 5242 -1 a 311 5241 1 a 311 5236 1 a 311 5235 -1 a 311 5234 1 a 311 5233 -1 a 312 3414 -1 a 312 3413 1 a 313 4436 -1 a 313 4435 1 a 314 1982 1 a 314 1981 -1 a 314 1682 1 a 314 1681 -1 a 315 2200 1 a 315 2199 -1 a 316 3636 1 a 316 3635 -1 a 316 976 -1 a 316 975 1 a 317 5554 -1 a 317 5553 1 a 317 4624 1 a 317 4623 -1 a 317 4622 1 a 317 4621 -1 a 317 4620 1 a 317 4619 -1 a 317 4618 1 a 317 4617 -1 a 317 2738 -1 a 317 2737 1 a 318 5502 1 a 318 5501 -1 a 318 5488 -1 a 318 5487 1 a 319 3130 -1 a 319 3129 1 a 319 1828 -1 a 319 1827 1 a 319 1824 -1 a 319 1823 1 a 320 4754 1 a 320 4753 -1 a 320 4752 -1 a 320 4751 1 a 321 5756 -59.81 a 321 5755 59.81 a 321 5728 -1 a 321 5727 1 a 321 5636 -1 a 321 5635 1 a 321 5622 -1 a 321 5621 1 a 321 5602 -1 a 321 5601 1 a 321 5558 -59.81 a 321 5557 59.81 a 321 5508 -1 a 321 5507 1 a 321 5494 -1 a 321 5493 1 a 321 5476 -1 a 321 5475 1 a 321 5452 -1 a 321 5451 1 a 321 5450 -1 a 321 5449 1 a 321 5448 -1 a 321 5447 1 a 321 5350 -1 a 321 5349 1 a 321 5336 -1 a 321 5335 1 a 321 5332 -1 a 321 5331 1 a 321 5316 -1 a 321 5315 1 a 321 5314 -1 a 321 5313 1 a 321 5312 -1 a 321 5311 1 a 321 5302 -1 a 321 5301 1 a 321 5246 -1 a 321 5245 1 a 321 5244 -1 a 321 5243 1 a 321 5240 -1 a 321 5239 1 a 321 5162 -1 a 321 5161 1 a 321 5158 -1 a 321 5157 1 a 321 5152 -1 a 321 5151 1 a 321 5148 -1 a 321 5147 1 a 321 5146 -4 a 321 5145 4 a 321 5138 -2 a 321 5137 2 a 321 5116 -1 a 321 5115 1 a 321 5074 -1 a 321 5073 1 a 321 5062 -1 a 321 5061 1 a 321 5056 -1 a 321 5055 1 a 321 5046 -1 a 321 5045 1 a 321 5044 -1 a 321 5043 1 a 321 5014 -1 a 321 5013 1 a 321 4996 -1 a 321 4995 1 a 321 4968 -1 a 321 4967 1 a 321 4966 -1 a 321 4965 1 a 321 4962 -1 a 321 4961 1 a 321 4954 -1 a 321 4953 1 a 321 4916 -1 a 321 4915 1 a 321 4914 -1 a 321 4913 1 a 321 4894 -1 a 321 4893 1 a 321 4874 -1 a 321 4873 1 a 321 4866 -1 a 321 4865 1 a 321 4828 -1 a 321 4827 1 a 321 4826 -1 a 321 4825 1 a 321 4820 -1 a 321 4819 1 a 321 4794 -1 a 321 4793 1 a 321 4776 -1 a 321 4775 1 a 321 4758 -1 a 321 4757 1 a 321 4732 -1 a 321 4731 1 a 321 4724 -1 a 321 4723 1 a 321 4698 -1 a 321 4697 1 a 321 4680 -1 a 321 4679 1 a 321 4604 1 a 321 4603 -1 a 321 4602 1 a 321 4601 -1 a 321 4594 -1 a 321 4593 1 a 321 4588 -1 a 321 4587 1 a 321 4580 -1 a 321 4579 1 a 321 4578 -1 a 321 4577 1 a 321 4572 -1 a 321 4571 1 a 321 4552 1 a 321 4551 -1 a 321 4548 -1 a 321 4547 1 a 321 4546 -1 a 321 4545 1 a 321 4544 -1 a 321 4543 1 a 321 4522 -1 a 321 4521 1 a 321 4462 -1 a 321 4461 1 a 321 4456 -1 a 321 4455 1 a 321 4450 -1 a 321 4449 1 a 321 4446 -1 a 321 4445 1 a 321 4440 -1 a 321 4439 1 a 321 4438 -1 a 321 4437 1 a 321 4414 -1 a 321 4413 1 a 321 4412 -1 a 321 4411 1 a 321 4408 -1 a 321 4407 1 a 321 4392 1 a 321 4391 -1 a 321 4380 -1 a 321 4379 1 a 321 4378 -1 a 321 4377 1 a 321 4290 -1 a 321 4289 1 a 321 4274 -1 a 321 4273 1 a 321 4230 -1 a 321 4229 1 a 321 4228 -1 a 321 4227 1 a 321 4226 -1 a 321 4225 1 a 321 4224 -1 a 321 4223 1 a 321 4222 -1 a 321 4221 1 a 321 4220 -1 a 321 4219 1 a 321 4218 -1 a 321 4217 1 a 321 4208 -1 a 321 4207 1 a 321 4200 -1 a 321 4199 1 a 321 4198 -1 a 321 4197 1 a 321 4196 -1 a 321 4195 1 a 321 4194 -1 a 321 4193 1 a 321 4192 -1 a 321 4191 1 a 321 4190 -1 a 321 4189 1 a 321 4188 -1 a 321 4187 1 a 321 4184 -1 a 321 4183 1 a 321 4182 -1 a 321 4181 1 a 321 4172 -1 a 321 4171 1 a 321 4170 -1 a 321 4169 1 a 321 4168 -1 a 321 4167 1 a 321 4166 -1 a 321 4165 1 a 321 4164 -1 a 321 4163 1 a 321 4162 -1 a 321 4161 1 a 321 4160 -1 a 321 4159 1 a 321 4108 -1 a 321 4107 1 a 321 4106 -1 a 321 4105 1 a 321 4104 -1 a 321 4103 1 a 321 4102 -1 a 321 4101 1 a 321 4100 -1 a 321 4099 1 a 321 4098 -1 a 321 4097 1 a 321 4096 -1 a 321 4095 1 a 321 4074 -1 a 321 4073 1 a 321 4070 -2 a 321 4069 2 a 321 4064 -2 a 321 4063 2 a 321 4058 -2 a 321 4057 2 a 321 3984 -1 a 321 3983 1 a 321 3886 -1 a 321 3885 1 a 321 3878 -1 a 321 3877 1 a 321 3876 -1 a 321 3875 1 a 321 3874 -1 a 321 3873 1 a 321 3872 -1 a 321 3871 1 a 321 3870 -1 a 321 3869 1 a 321 3868 -1 a 321 3867 1 a 321 3866 -1 a 321 3865 1 a 321 3864 -1 a 321 3863 1 a 321 3856 -1 a 321 3855 1 a 321 3840 -1 a 321 3839 1 a 321 3812 -1 a 321 3811 1 a 321 3790 -1 a 321 3789 1 a 321 3710 -1 a 321 3709 1 a 321 3700 -1 a 321 3699 1 a 321 3696 -1 a 321 3695 1 a 321 3686 -1 a 321 3685 1 a 321 3608 -1 a 321 3607 1 a 321 3604 -1 a 321 3603 1 a 321 3600 -1 a 321 3599 1 a 321 3596 -1 a 321 3595 1 a 321 3592 -1 a 321 3591 1 a 321 3558 -1 a 321 3557 1 a 321 3434 -1 a 321 3433 1 a 321 3432 -1 a 321 3431 1 a 321 3424 -1 a 321 3423 1 a 321 3394 -1 a 321 3393 1 a 321 3358 -1 a 321 3357 1 a 321 3334 -1 a 321 3333 1 a 321 3314 -1 a 321 3313 1 a 321 3268 -1 a 321 3267 1 a 321 3250 -1 a 321 3249 1 a 321 3242 -1 a 321 3241 1 a 321 3232 -1 a 321 3231 1 a 321 3230 -1 a 321 3229 1 a 321 3228 -1 a 321 3227 1 a 321 3226 -1 a 321 3225 1 a 321 3224 -1 a 321 3223 1 a 321 3222 -1 a 321 3221 1 a 321 3220 -1 a 321 3219 1 a 321 3218 -1 a 321 3217 1 a 321 3216 -1 a 321 3215 1 a 321 3214 -1 a 321 3213 1 a 321 3212 -1 a 321 3211 1 a 321 3142 -1 a 321 3141 1 a 321 3138 -1 a 321 3137 1 a 321 3136 -1 a 321 3135 1 a 321 3128 -1 a 321 3127 1 a 321 3120 -1 a 321 3119 1 a 321 3092 -1 a 321 3091 1 a 321 3080 -1 a 321 3079 1 a 321 3064 -1 a 321 3063 1 a 321 3040 -1 a 321 3039 1 a 321 3038 -1 a 321 3037 1 a 321 3026 -1 a 321 3025 1 a 321 3020 -1 a 321 3019 1 a 321 3004 -1 a 321 3003 1 a 321 2986 -1 a 321 2985 1 a 321 2984 -1 a 321 2983 1 a 321 2980 -1 a 321 2979 1 a 321 2976 -1 a 321 2975 1 a 321 2962 -1 a 321 2961 1 a 321 2948 -1 a 321 2947 1 a 321 2924 -1 a 321 2923 1 a 321 2906 -1 a 321 2905 1 a 321 2888 -1 a 321 2887 1 a 321 2872 -1 a 321 2871 1 a 321 2836 -1 a 321 2835 1 a 321 2832 -1 a 321 2831 1 a 321 2828 -1 a 321 2827 1 a 321 2824 -1 a 321 2823 1 a 321 2812 -1 a 321 2811 1 a 321 2762 -1 a 321 2761 1 a 321 2728 -1 a 321 2727 1 a 321 2716 -1 a 321 2715 1 a 321 2710 -1 a 321 2709 1 a 321 2678 -1 a 321 2677 1 a 321 2660 -1 a 321 2659 1 a 321 2580 -59.81 a 321 2579 59.81 a 321 1856 -1 a 321 1855 1 a 321 1842 -1 a 321 1841 1 a 321 1836 -1 a 321 1835 1 a 321 1816 -1 a 321 1815 1 a 321 1752 -1 a 321 1751 1 a 321 1726 -1 a 321 1725 1 a 321 1722 -1 a 321 1721 1 a 321 1718 -1 a 321 1717 1 a 321 1702 -1 a 321 1701 1 a 321 1680 -1 a 321 1679 1 a 321 1668 -1 a 321 1667 1 a 321 1666 -1 a 321 1665 1 a 321 1664 -1 a 321 1663 1 a 321 1662 -1 a 321 1661 1 a 321 1660 -1 a 321 1659 1 a 321 1658 -1 a 321 1657 1 a 321 1656 -1 a 321 1655 1 a 321 1650 -1 a 321 1649 1 a 321 1644 -1 a 321 1643 1 a 321 1642 -1 a 321 1641 1 a 321 1620 -1 a 321 1619 1 a 321 1618 -1 a 321 1617 1 a 321 1616 -1 a 321 1615 1 a 321 1588 -1 a 321 1587 1 a 321 1586 -1 a 321 1585 1 a 321 1584 -1 a 321 1583 1 a 321 1580 -1 a 321 1579 1 a 321 1576 -1 a 321 1575 1 a 321 1574 -1 a 321 1573 1 a 321 1560 -1 a 321 1559 1 a 321 1556 -1 a 321 1555 1 a 321 1554 -1 a 321 1553 1 a 321 1546 -1 a 321 1545 1 a 321 1534 -1 a 321 1533 1 a 321 1520 -1 a 321 1519 1 a 321 1512 -1 a 321 1511 1 a 321 1452 -1 a 321 1451 1 a 321 1448 -1 a 321 1447 1 a 321 1438 -1 a 321 1437 1 a 321 1416 -1 a 321 1415 1 a 321 1414 -2 a 321 1413 2 a 321 1410 -1 a 321 1409 1 a 321 1408 -1 a 321 1407 1 a 321 1378 1 a 321 1377 -1 a 321 1374 -1 a 321 1373 1 a 321 1360 -1 a 321 1359 1 a 321 1344 -1 a 321 1343 1 a 321 1332 -1 a 321 1331 1 a 321 1308 -1 a 321 1307 1 a 321 1278 -1 a 321 1277 1 a 321 1266 -1 a 321 1265 1 a 321 1264 -2 a 321 1263 2 a 321 1254 -1 a 321 1253 1 a 321 1236 -1 a 321 1235 1 a 321 1194 -1 a 321 1193 1 a 321 1178 -1 a 321 1177 1 a 321 1176 -1 a 321 1175 1 a 321 1166 -1 a 321 1165 1 a 321 1106 -1 a 321 1105 1 a 321 1098 -1 a 321 1097 1 a 321 1088 -1 a 321 1087 1 a 321 1082 -1 a 321 1081 1 a 321 1080 -1 a 321 1079 1 a 321 1078 -2 a 321 1077 2 a 321 1004 -1 a 321 1003 1 a 321 998 -1 a 321 997 1 a 321 990 -1 a 321 989 1 a 321 978 -1 a 321 977 1 a 321 976 -1 a 321 975 1 a 321 920 -1 a 321 919 1 a 321 908 -1 a 321 907 1 a 321 852 -1 a 321 851 1 a 321 714 -1 a 321 713 1 a 322 3130 1 a 322 3129 -1 a 322 2302 1 a 322 2301 -1 a 323 4964 -1 a 323 4963 1 a 323 4962 -1 a 323 4961 1 a 323 4954 1 a 323 4953 -1 a 323 4894 -1 a 323 4893 1 a 324 5064 1 a 324 5063 -1 a 324 2578 1 a 324 2577 -1 a 325 3584 -1 a 325 3583 1 a 326 3586 1 a 326 3585 -1 a 326 2372 1 a 326 2371 -1 a 327 5776 1 a 327 5775 -1 a 327 5534 -1 a 327 5533 1 a 328 4310 -1 a 328 4309 1 a 328 758 1 a 328 757 -1 a 329 4276 -1 a 329 4275 1 a 329 2456 1 a 329 2455 -1 a 330 2802 1 a 330 2801 -1 a 330 2596 1 a 330 2595 -1 a 330 1882 -1 a 330 1881 1 a 330 1880 -1 a 330 1879 1 a 330 1150 1 a 330 1149 -1 a 330 936 -1 a 330 935 1 a 330 898 1 a 330 897 -1 a 331 5194 1 a 331 5193 -1 a 331 5192 -1 a 331 5191 1 a 332 4274 1 a 332 4273 -1 a 332 3210 1 a 332 3209 -1 a 332 2664 -1 a 332 2663 1 a 332 2580 0.000223 a 332 2579 -0.000223 a 333 3586 -1 a 333 3585 1 a 333 3584 1 a 333 3583 -1 a 334 4348 -1 a 334 4347 1 a 334 3454 1 a 334 3453 -1 a 335 3528 1 a 335 3527 -1 a 335 3500 1 a 335 3499 -1 a 335 772 1 a 335 771 -1 a 335 758 -1 a 335 757 1 a 336 4472 -1 a 336 4471 1 a 336 1456 1 a 336 1455 -1 a 337 5128 1 a 337 5127 -1 a 337 5126 -1 a 337 5125 1 a 338 5416 -1 a 338 5415 1 a 338 5412 -1 a 338 5411 1 a 338 4722 -1 a 338 4721 1 a 338 4428 3 a 338 4427 -3 a 338 2782 -1 a 338 2781 1 a 338 2780 1 a 338 2779 -1 a 338 2760 1 a 338 2759 -1 a 338 2758 1 a 338 2757 -1 a 338 1354 -1 a 338 1353 1 a 338 1350 1 a 338 1349 -1 a 338 1302 -1 a 338 1301 1 a 338 1110 -1 a 338 1109 1 a 338 1108 -1 a 338 1107 1 a 339 3078 -1 a 339 3077 1 a 339 1138 1 a 339 1137 -1 a 340 2784 1 a 340 2783 -1 a 340 2228 1 a 340 2227 -1 a 341 1168 -1 a 341 1167 1 a 341 1166 -1 a 341 1165 1 a 342 4570 -1 a 342 4569 1 a 342 4568 1 a 342 4567 -1 a 343 1988 1 a 343 1987 -1 a 343 722 1 a 343 721 -1 a 344 5416 1 a 344 5415 -1 a 344 5412 1 a 344 5411 -1 a 344 2784 -1 a 344 2783 1 a 344 2782 1 a 344 2781 -1 a 345 5180 1 a 345 5179 -1 a 345 5178 -1 a 345 5177 1 a 346 736 1 a 346 735 -1 a 346 722 -1 a 346 721 1 a 347 5552 1 a 347 5551 -1 a 347 4808 1 a 347 4807 -1 a 347 4628 1 a 347 4627 -1 a 347 4578 -1 a 347 4577 1 a 347 4566 1 a 347 4565 -1 a 347 4468 1 a 347 4467 -1 a 347 4416 -1 a 347 4415 1 a 347 3900 -1 a 347 3899 1 a 347 3896 -1 a 347 3895 1 a 347 1504 -1 a 347 1503 1 a 347 1244 -1 a 347 1243 1 a 347 1102 -1 a 347 1101 1 a 348 4570 1 a 348 4569 -1 a 348 2482 1 a 348 2481 -1 a 349 3556 1 a 349 3555 -1 a 350 4246 1 a 350 4245 -1 a 350 4224 -1 a 350 4223 1 a 351 5654 1 a 351 5653 -1 a 351 5610 1 a 351 5609 -1 a 351 5246 -1 a 351 5245 1 a 351 2722 -1 a 351 2721 1 a 352 4266 -1 a 352 4265 1 a 352 4244 1 a 352 4243 -1 a 352 4224 1 a 352 4223 -1 a 353 5394 -1 a 353 5393 1 a 353 5326 1 a 353 5325 -1 a 353 5322 1 a 353 5321 -1 a 353 5318 1 a 353 5317 -1 a 354 1054 1 a 354 1053 -1 a 355 3344 -1 a 355 3343 1 a 355 1792 -1 a 355 1791 1 a 355 1790 1 a 355 1789 -1 a 356 5654 -1 a 356 5653 1 a 356 2718 1 a 356 2717 -1 a 356 2184 1 a 356 2183 -1 a 357 4000 1 a 357 3999 -1 a 357 3990 1 a 357 3989 -1 a 357 3152 -1 a 357 3151 1 a 358 4834 -1 a 358 4833 1 a 358 4530 -1 a 358 4529 1 a 358 4528 -1 a 358 4527 1 a 358 3802 -1 a 358 3801 1 a 358 1244 -1 a 358 1243 1 a 358 1162 -1 a 358 1161 1 a 358 1104 1 a 358 1103 -1 a 358 1090 -1 a 358 1089 1 a 358 1074 -1 a 358 1073 1 a 358 930 -1 a 358 929 1 a 359 2046 1 a 359 2045 -1 a 359 1076 1 a 359 1075 -1 a 360 5718 -2 a 360 5717 2 a 360 5716 -2 a 360 5715 2 a 360 5714 -2 a 360 5713 2 a 360 5658 -1 a 360 5657 1 a 360 5244 1 a 360 5243 -1 a 361 5304 1 a 361 5303 -1 a 361 2880 -1 a 361 2879 1 a 362 1442 -1 a 362 1441 1 a 363 1076 -1 a 363 1075 1 a 363 1074 1 a 363 1073 -1 a 364 2880 1 a 364 2879 -1 a 364 2256 1 a 364 2255 -1 a 365 4046 1 a 365 4045 -1 a 365 2638 -1 a 365 2637 1 a 365 2618 1 a 365 2617 -1 a 366 4302 -1 a 366 4301 1 a 366 750 1 a 366 749 -1 a 367 5778 1 a 367 5777 -1 a 367 5598 1 a 367 5597 -1 a 368 5162 1 a 368 5161 -1 a 369 728 -1 a 369 727 1 a 369 726 1 a 369 725 -1 a 370 5602 1 a 370 5601 -1 a 370 5600 -1 a 370 5599 1 a 371 4428 -1 a 371 4427 1 a 371 4426 -1 a 371 4425 1 a 371 2664 1 a 371 2663 -1 a 372 1992 1 a 372 1991 -1 a 372 728 1 a 372 727 -1 a 373 5704 1 a 373 5703 -1 a 373 1718 -1 a 373 1717 1 a 374 5600 1 a 374 5599 -1 a 374 5598 -1 a 374 5597 1 a 375 5382 1 a 375 5381 -1 a 375 726 -1 a 375 725 1 a 376 4988 1 a 376 4987 -1 a 376 4952 1 a 376 4951 -1 a 376 1206 -1 a 376 1205 1 a 377 5748 1 a 377 5747 -1 a 377 4372 -1 a 377 4371 1 a 377 4358 -1 a 377 4357 1 a 377 4344 -1 a 377 4343 1 a 377 4330 -1 a 377 4329 1 a 377 4316 -1 a 377 4315 1 a 377 4302 -1 a 377 4301 1 a 377 4038 -1 a 377 4037 1 a 377 3478 -1 a 377 3477 1 a 377 3464 -1 a 377 3463 1 a 377 3450 -1 a 377 3449 1 a 377 2636 1 a 377 2635 -1 a 378 5756 0.087361 a 378 5755 -0.087361 a 378 5558 0.087361 a 378 5557 -0.087361 a 378 3316 -1 a 378 3315 1 a 378 3314 -1 a 378 3313 1 a 378 3312 1 a 378 3311 -1 a 378 3310 1 a 378 3309 -1 a 378 2580 0.2905 a 378 2579 -0.2905 a 379 5526 1 a 379 5525 -1 a 379 1970 1 a 379 1969 -1 a 380 5138 1 a 380 5137 -1 a 380 5136 -1 a 380 5135 1 a 381 4904 -1 a 381 4903 1 a 381 4902 1 a 381 4901 -1 a 382 3318 1 a 382 3317 -1 a 382 2340 1 a 382 2339 -1 a 383 3140 -1 a 383 3139 1 a 383 3138 1 a 383 3137 -1 a 383 3136 -1 a 383 3135 1 a 383 3134 1 a 383 3133 -1 a 383 1828 2 a 383 1827 -2 a 383 1824 2 a 383 1823 -2 a 384 4038 1 a 384 4037 -1 a 384 2438 1 a 384 2437 -1 a 385 5748 -1 a 385 5747 1 a 385 3548 -1 a 385 3547 1 a 385 3534 -1 a 385 3533 1 a 385 3492 -1 a 385 3491 1 a 385 2616 -1 a 385 2615 1 a 385 944 1 a 385 943 -1 a 385 806 1 a 385 805 -1 a 385 778 1 a 385 777 -1 a 386 5722 -1 a 386 5721 1 a 386 5606 1 a 386 5605 -1 a 387 3140 1 a 387 3139 -1 a 387 2304 1 a 387 2303 -1 a 388 3318 -1 a 388 3317 1 a 388 3316 1 a 388 3315 -1 a 388 3314 1 a 388 3313 -1 a 389 5528 1 a 389 5527 -1 a 389 5526 -1 a 389 5525 1 a 390 1860 -1 a 390 1859 1 a 390 1858 1 a 390 1857 -1 a 391 5136 1 a 391 5135 -1 a 391 5134 -1 a 391 5133 1 a 392 4686 -1 a 392 4685 1 a 392 1610 -1 a 392 1609 1 a 393 5334 -1 a 393 5333 1 a 393 1542 1 a 393 1541 -1 a 393 1540 1 a 393 1539 -1 a 394 4648 -1 a 394 4647 1 a 394 4646 1 a 394 4645 -1 a 395 2356 1 a 395 2355 -1 a 395 1860 1 a 395 1859 -1 a 396 3418 1 a 396 3417 -1 a 396 3416 1 a 396 3415 -1 a 396 3068 -1 a 396 3067 1 a 396 3066 -1 a 396 3065 1 a 396 1858 -1 a 396 1857 1 a 396 1008 -1 a 396 1007 1 a 397 4686 1 a 397 4685 -1 a 397 4684 -1 a 397 4683 1 a 398 4066 1 a 398 4065 -1 a 398 3198 -1 a 398 3197 1 a 399 1224 -1 a 399 1223 1 a 399 1220 1 a 399 1219 -1 a 399 1120 -1 a 399 1119 1 a 400 5774 1 a 400 5773 -1 a 400 5678 1 a 400 5677 -1 a 401 1320 -1 a 401 1319 1 a 401 1318 1 a 401 1317 -1 a 402 5682 1 a 402 5681 -1 a 402 5680 -1 a 402 5679 1 a 403 4424 -1 a 403 4423 1 a 403 4278 -1 a 403 4277 1 a 404 5756 0.05 a 404 5755 -0.05 a 404 5558 0.05 a 404 5557 -0.05 a 404 3808 -1 a 404 3807 1 a 404 3694 1 a 404 3693 -1 a 405 5096 1 a 405 5095 -1 a 405 5094 -1 a 405 5093 1 a 406 5680 1 a 406 5679 -1 a 406 5678 -1 a 406 5677 1 a 407 2082 1 a 407 2081 -1 a 407 1320 1 a 407 1319 -1 a 408 3680 -1 a 408 3679 1 a 408 3678 -1 a 408 3677 1 a 408 3676 1 a 408 3675 -1 a 409 4526 -1 a 409 4525 1 a 409 4524 1 a 409 4523 -1 a 409 4522 1 a 409 4521 -1 a 409 4518 1 a 409 4517 -1 a 410 3776 -1 a 410 3775 1 a 410 3580 1 a 410 3579 -1 a 411 5756 0.035 a 411 5755 -0.035 a 411 5558 0.035 a 411 5557 -0.035 a 411 4702 1 a 411 4701 -1 a 411 4524 -1 a 411 4523 1 a 411 4522 -1 a 411 4521 1 a 411 4520 1 a 411 4519 -1 a 411 4518 -1 a 411 4517 1 a 411 4072 -1 a 411 4071 1 a 411 1140 -1 a 411 1139 1 a 412 3678 1 a 412 3677 -1 a 412 3676 -1 a 412 3675 1 a 412 2876 1 a 412 2875 -1 a 413 4916 -1 a 413 4915 1 a 413 4914 1 a 413 4913 -1 a 414 4526 1 a 414 4525 -1 a 414 2478 1 a 414 2477 -1 a 415 5756 0.256058 a 415 5755 -0.256058 a 415 5558 0.256058 a 415 5557 -0.256058 a 415 5430 -1 a 415 5429 1 a 415 5146 -4 a 415 5145 4 a 415 5138 -2 a 415 5137 2 a 415 5010 -1 a 415 5009 1 a 415 4972 1 a 415 4971 -1 a 415 4946 1 a 415 4945 -1 a 415 4884 -1 a 415 4883 1 a 415 4750 1 a 415 4749 -1 a 415 4692 -1 a 415 4691 1 a 415 4668 -1 a 415 4667 1 a 415 4644 -1 a 415 4643 1 a 415 4520 -1 a 415 4519 1 a 415 4488 1 a 415 4487 -1 a 415 4450 -1 a 415 4449 1 a 415 4278 -1 a 415 4277 1 a 415 4092 -1 a 415 4091 1 a 415 4048 1 a 415 4047 -1 a 415 3420 1 a 415 3419 -1 a 415 3408 -1 a 415 3407 1 a 415 3310 -1 a 415 3309 1 a 415 3304 -1 a 415 3303 1 a 415 3272 1 a 415 3271 -1 a 415 3086 -1 a 415 3085 1 a 415 3008 -1 a 415 3007 1 a 415 3006 -1 a 415 3005 1 a 415 3004 -1 a 415 3003 1 a 415 3002 1 a 415 3001 -1 a 415 2998 -2 a 415 2997 2 a 415 2996 -1 a 415 2995 1 a 415 2994 -1 a 415 2993 1 a 415 2990 -1 a 415 2989 1 a 415 2988 1 a 415 2987 -1 a 415 2986 1 a 415 2985 -1 a 415 2984 1 a 415 2983 -1 a 415 2976 1 a 415 2975 -1 a 415 2920 -1 a 415 2919 1 a 415 2580 0.2632 a 415 2579 -0.2632 a 415 1752 1 a 415 1751 -1 a 415 1580 -1 a 415 1579 1 a 415 1414 -1 a 415 1413 1 a 415 1356 -1 a 415 1355 1 a 415 1326 -1 a 415 1325 1 a 415 1258 -1 a 415 1257 1 a 415 1188 -1 a 415 1187 1 a 415 1072 -1 a 415 1071 1 a 415 1052 -1 a 415 1051 1 a 415 1000 1 a 415 999 -1 a 415 958 -1 a 415 957 1 a 416 3010 1 a 416 3009 -1 a 416 2280 1 a 416 2279 -1 a 417 4858 1 a 417 4857 -1 a 418 3134 -1 a 418 3133 1 a 418 3010 -1 a 418 3009 1 a 418 3008 1 a 418 3007 -1 a 418 3006 1 a 418 3005 -1 a 418 3004 1 a 418 3003 -1 a 418 2992 -1 a 418 2991 1 a 419 5374 -1 a 419 5373 1 a 419 5372 1 a 419 5371 -1 a 420 4738 1 a 420 4737 -1 a 420 2510 1 a 420 2509 -1 a 421 5374 1 a 421 5373 -1 a 421 4738 -1 a 421 4737 1 a 422 4484 -1 a 422 4483 1 a 422 4170 1 a 422 4169 -1 a 422 778 -1 a 422 777 1 a 423 4208 -1 a 423 4207 1 a 423 2902 -1 a 423 2901 1 a 424 3000 -1 a 424 2999 1 a 424 2794 1 a 424 2793 -1 a 425 4830 -1 a 425 4829 1 a 425 4828 1 a 425 4827 -1 a 425 4826 -1 a 425 4825 1 a 425 4746 -1 a 425 4745 1 a 426 2052 1 a 426 2051 -1 a 427 5276 -1 a 427 5275 1 a 427 4184 1 a 427 4183 -1 a 428 5224 1 a 428 5223 -1 a 428 5222 -1 a 428 5221 1 a 429 5512 -1 a 429 5511 1 a 429 5182 -1 a 429 5181 1 a 429 4612 1 a 429 4611 -1 a 429 4610 1 a 429 4609 -1 a 429 3994 -1 a 429 3993 1 a 429 3868 1 a 429 3867 -1 a 429 1642 -1 a 429 1641 1 a 430 3800 1 a 430 3799 -1 a 430 2414 1 a 430 2413 -1 a 431 5564 14 a 431 5563 -14 a 431 4364 1 a 431 4363 -1 a 431 4322 1 a 431 4321 -1 a 431 4238 -1 a 431 4237 1 a 431 4190 -1 a 431 4189 1 a 431 1488 2 a 431 1487 -2 a 431 1474 -1 a 431 1473 1 a 432 2838 1 a 432 2837 -1 a 432 2240 1 a 432 2239 -1 a 433 3104 1 a 433 3103 -1 a 433 2836 -1 a 433 2835 1 a 434 1312 -1 a 434 1311 1 a 434 1310 -1 a 434 1309 1 a 434 1308 1 a 434 1307 -1 a 434 1300 1 a 434 1299 -1 a 434 1298 1 a 434 1297 -1 a 434 1294 1 a 434 1293 -1 a 435 5542 -1 a 435 5541 1 a 435 5328 1 a 435 5327 -1 a 435 5326 -2 a 435 5325 2 a 435 5324 1 a 435 5323 -1 a 435 5322 -2 a 435 5321 2 a 435 5320 1 a 435 5319 -1 a 435 5318 -2 a 435 5317 2 a 435 4868 -1 a 435 4867 1 a 435 4866 1 a 435 4865 -1 a 435 1598 1 a 435 1597 -1 a 436 4236 -1 a 436 4235 1 a 436 4190 1 a 436 4189 -1 a 436 3512 1 a 436 3511 -1 a 436 3498 1 a 436 3497 -1 a 436 798 -1 a 436 797 1 a 437 2080 1 a 437 2079 -1 a 437 1312 1 a 437 1311 -1 a 438 5360 -1 a 438 5359 1 a 438 5356 1 a 438 5355 -1 a 439 5756 0.130805 a 439 5755 -0.130805 a 439 5558 0.130805 a 439 5557 -0.130805 a 439 5346 1 a 439 5345 -1 a 439 2580 0.2958 a 439 2579 -0.2958 a 439 1368 1 a 439 1367 -1 a 439 1310 1 a 439 1309 -1 a 439 1308 -1 a 439 1307 1 a 439 1306 1 a 439 1305 -1 a 439 1302 -1 a 439 1301 1 a 439 1300 -1 a 439 1299 1 a 439 1296 1 a 439 1295 -1 a 439 1294 -1 a 439 1293 1 a 440 4836 -1 a 440 4835 1 a 440 4768 1 a 440 4767 -1 a 440 4614 1 a 440 4613 -1 a 440 4610 1 a 440 4609 -1 a 440 4606 1 a 440 4605 -1 a 440 4602 1 a 440 4601 -1 a 440 4146 1 a 440 4145 -1 a 440 3706 1 a 440 3705 -1 a 440 3704 1 a 440 3703 -1 a 440 1826 1 a 440 1825 -1 a 441 3106 1 a 441 3105 -1 a 441 2838 -1 a 441 2837 1 a 441 2836 1 a 441 2835 -1 a 442 5546 -1 a 442 5545 1 a 442 4868 1 a 442 4867 -1 a 442 2534 1 a 442 2533 -1 a 443 5482 1 a 443 5481 -1 a 443 4866 -1 a 443 4865 1 a 443 1596 1 a 443 1595 -1 a 444 4996 -1 a 444 4995 1 a 444 4616 -1 a 444 4615 1 a 444 4614 -1 a 444 4613 1 a 444 3874 1 a 444 3873 -1 a 445 5496 -1 a 445 5495 1 a 445 5490 1 a 445 5489 -1 a 446 2946 1 a 446 2945 -1 a 446 2272 1 a 446 2271 -1 a 447 5594 -1 a 447 5593 1 a 447 4548 1 a 447 4547 -1 a 447 4158 -1 a 447 4157 1 a 448 5756 0.000188 a 448 5755 -0.000188 a 448 5572 -2 a 448 5571 2 a 448 5558 0.000188 a 448 5557 -0.000188 a 449 2106 1 a 449 2105 -1 a 449 1464 1 a 449 1463 -1 a 450 4506 1 a 450 4505 -1 a 450 4270 1 a 450 4269 -1 a 450 1694 -1 a 450 1693 1 a 450 1434 1 a 450 1433 -1 a 451 5296 -1 a 451 5295 1 a 451 5294 -1 a 451 5293 1 a 451 5290 -1 a 451 5289 1 a 451 1570 -1 a 451 1569 1 a 451 1462 -1 a 451 1461 1 a 451 1460 1 a 451 1459 -1 a 451 1048 1 a 451 1047 -1 a 452 2946 -1 a 452 2945 1 a 452 2944 1 a 452 2943 -1 a 453 5296 1 a 453 5295 -1 a 453 5294 1 a 453 5293 -1 a 453 5290 1 a 453 5289 -1 a 453 1464 -1 a 453 1463 1 a 453 1462 1 a 453 1461 -1 a 454 4182 -1 a 454 4181 1 a 454 2762 -1 a 454 2761 1 a 454 2656 1 a 454 2655 -1 a 454 2654 1 a 454 2653 -1 a 455 3356 1 a 455 3355 -1 a 455 2350 1 a 455 2349 -1 a 456 5564 3 a 456 5563 -3 a 456 4374 1 a 456 4373 -1 a 456 4332 1 a 456 4331 -1 a 456 4258 -1 a 456 4257 1 a 456 4200 -1 a 456 4199 1 a 456 1498 2 a 456 1497 -2 a 456 1484 -1 a 456 1483 1 a 457 3370 1 a 457 3369 -1 a 457 3182 -1 a 457 3181 1 a 458 3356 -1 a 458 3355 1 a 459 4256 -1 a 459 4255 1 a 459 4200 1 a 459 4199 -1 a 459 3522 1 a 459 3521 -1 a 459 3508 1 a 459 3507 -1 a 459 1446 1 a 459 1445 -1 a 459 808 -1 a 459 807 1 a 460 1898 1 a 460 1897 -1 a 460 1896 1 a 460 1895 -1 a 460 844 -1 a 460 843 1 a 461 4346 -1 a 461 4345 1 a 461 3452 1 a 461 3451 -1 a 462 4378 1 a 462 4377 -1 a 462 3250 -1 a 462 3249 1 a 462 1242 -1 a 462 1241 1 a 462 818 -1 a 462 817 1 a 463 2810 -1 a 463 2809 1 a 463 1158 1 a 463 1157 -1 a 464 1444 -1 a 464 1443 1 a 465 1072 -1 a 465 1071 1 a 465 1070 1 a 465 1069 -1 a 466 872 -1 a 466 871 1 a 466 838 1 a 466 837 -1 a 467 4370 -1 a 467 4369 1 a 467 4356 -1 a 467 4355 1 a 467 4342 -1 a 467 4341 1 a 467 4328 -1 a 467 4327 1 a 467 4314 -1 a 467 4313 1 a 467 4300 -1 a 467 4299 1 a 467 3476 -1 a 467 3475 1 a 467 3462 -1 a 467 3461 1 a 467 3448 -1 a 467 3447 1 a 467 3206 -1 a 467 3205 1 a 467 2634 1 a 467 2633 -1 a 468 4270 -1 a 468 4269 1 a 468 4252 1 a 468 4251 -1 a 468 4228 1 a 468 4227 -1 a 469 2884 -1 a 469 2883 1 a 469 2882 1 a 469 2881 -1 a 470 3546 -1 a 470 3545 1 a 470 3532 -1 a 470 3531 1 a 470 3490 -1 a 470 3489 1 a 470 2614 -1 a 470 2613 1 a 470 2600 -1 a 470 2599 1 a 470 940 1 a 470 939 -1 a 470 804 1 a 470 803 -1 a 470 776 1 a 470 775 -1 a 471 5380 -1 a 471 5379 1 a 471 4424 1 a 471 4423 -1 a 471 4422 1 a 471 4421 -1 a 472 3206 1 a 472 3205 -1 a 472 2326 1 a 472 2325 -1 a 473 2884 1 a 473 2883 -1 a 473 2258 1 a 473 2257 -1 a 474 5282 1 a 474 5281 -1 a 474 2882 -1 a 474 2881 1 a 475 4254 1 a 475 4253 -1 a 475 4228 -1 a 475 4227 1 a 476 5520 -1 a 476 5519 1 a 476 5300 -1 a 476 5299 1 a 476 1050 1 a 476 1049 -1 a 476 1048 -1 a 476 1047 1 a 476 1046 -1 a 476 1045 1 a 477 3568 -1 a 477 3567 1 a 477 3566 1 a 477 3565 -1 a 478 4140 -1 a 478 4139 1 a 478 1668 1 a 478 1667 -1 a 478 704 -1 a 478 703 1 a 479 5300 1 a 479 5299 -1 a 479 1468 -1 a 479 1467 1 a 480 4600 1 a 480 4599 -1 a 480 4594 -1 a 480 4593 1 a 481 3570 -1 a 481 3569 1 a 481 3568 1 a 481 3567 -1 a 482 5572 3 a 482 5571 -3 a 482 4180 -1 a 482 4179 1 a 482 4142 -1 a 482 4141 1 a 482 704 1 a 482 703 -1 a 483 4470 1 a 483 4469 -1 a 483 2474 1 a 483 2473 -1 a 484 1046 1 a 484 1045 -1 a 485 4994 1 a 485 4993 -1 a 486 4470 -1 a 486 4469 1 a 487 3094 1 a 487 3093 -1 a 487 2910 -1 a 487 2909 1 a 488 3114 1 a 488 3113 -1 a 488 2834 -1 a 488 2833 1 a 488 2832 1 a 488 2831 -1 a 489 3112 1 a 489 3111 -1 a 489 2832 -1 a 489 2831 1 a 490 2834 1 a 490 2833 -1 a 490 2238 1 a 490 2237 -1 a 491 5222 1 a 491 5221 -1 a 491 5220 -1 a 491 5219 1 a 492 5582 -1 a 492 5581 1 a 492 5580 -1 a 492 5579 1 a 492 5578 -1 a 492 5577 1 a 492 5576 -1 a 492 5575 1 a 492 5574 1 a 492 5573 -1 a 493 5482 -1 a 493 5481 1 a 493 5480 1 a 493 5479 -1 a 494 3514 -1 a 494 3513 1 a 494 3500 -1 a 494 3499 1 a 495 2190 1 a 495 2189 -1 a 495 1968 1 a 495 1967 -1 a 496 5260 1 a 496 5259 -1 a 496 1966 -1 a 496 1965 1 a 497 5590 1 a 497 5589 -1 a 497 5588 -1 a 497 5587 1 a 498 5588 1 a 498 5587 -1 a 498 1974 1 a 498 1973 -1 a 499 5590 -1 a 499 5589 1 a 499 4550 -1 a 499 4549 1 a 499 4546 1 a 499 4545 -1 a 500 2960 1 a 500 2959 -1 a 500 2276 1 a 500 2275 -1 a 501 5280 1 a 501 5279 -1 a 501 2958 -1 a 501 2957 1 a 502 3272 -1 a 502 3271 1 a 502 3238 1 a 502 3237 -1 a 503 1160 -1 a 503 1159 1 a 503 998 -1 a 503 997 1 a 504 5312 1 a 504 5311 -1 a 504 5310 -1 a 504 5309 1 a 505 4646 -1 a 505 4645 1 a 506 3164 -1 a 506 3163 1 a 506 2960 -1 a 506 2959 1 a 506 2958 1 a 506 2957 -1 a 507 5134 1 a 507 5133 -1 a 507 5132 1 a 507 5131 -1 a 507 5128 1 a 507 5127 -1 a 507 5124 1 a 507 5123 -1 a 507 5122 1 a 507 5121 -1 a 507 5120 1 a 507 5119 -1 a 507 4978 2 a 507 4977 -2 a 507 4052 1 a 507 4051 -1 a 507 4050 1 a 507 4049 -1 a 507 3684 -1 a 507 3683 1 a 507 2580 0.000223 a 507 2579 -0.000223 a 507 1794 1 a 507 1793 -1 a 507 1542 2 a 507 1541 -2 a 507 1446 2 a 507 1445 -2 a 507 1444 2 a 507 1443 -2 a 507 1442 2 a 507 1441 -2 a 507 1440 2 a 507 1439 -2 a 507 1390 1 a 507 1389 -1 a 507 1240 1 a 507 1239 -1 a 507 1238 1 a 507 1237 -1 a 507 1084 1 a 507 1083 -1 a 508 2928 -1 a 508 2927 1 a 509 4824 1 a 509 4823 -1 a 509 3808 1 a 509 3807 -1 a 509 3806 1 a 509 3805 -1 a 509 3794 1 a 509 3793 -1 a 509 3042 -1 a 509 3041 1 a 509 2922 -1 a 509 2921 1 a 509 2580 0.000223 a 509 2579 -0.000223 a 510 5008 1 a 510 5007 -1 a 510 4892 -1 a 510 4891 1 a 510 3438 1 a 510 3437 -1 a 511 5486 -1 a 511 5485 1 a 512 3034 -1 a 512 3033 1 a 512 3032 1 a 512 3031 -1 a 513 3034 1 a 513 3033 -1 a 513 2292 1 a 513 2291 -1 a 514 4864 -1 a 514 4863 1 a 514 3264 -1 a 514 3263 1 a 514 3262 -1 a 514 3261 1 a 514 3040 1 a 514 3039 -1 a 514 3038 1 a 514 3037 -1 a 514 3032 -1 a 514 3031 1 a 515 5566 3 a 515 5565 -3 a 515 1498 -1 a 515 1497 1 a 515 1484 1 a 515 1483 -1 a 516 4054 1 a 516 4053 -1 a 516 3348 -1 a 516 3347 1 a 517 3082 -1 a 517 3081 1 a 517 3078 1 a 517 3077 -1 a 518 4714 1 a 518 4713 -1 a 518 4672 -1 a 518 4671 1 a 519 2114 1 a 519 2113 -1 a 519 1506 1 a 519 1505 -1 a 520 4508 -1 a 520 4507 1 a 520 4506 -1 a 520 4505 1 a 520 4504 -1 a 520 4503 1 a 520 4502 -1 a 520 4501 1 a 520 4500 -1 a 520 4499 1 a 520 4498 -1 a 520 4497 1 a 520 4496 -1 a 520 4495 1 a 520 4420 -1 a 520 4419 1 a 520 4272 -1 a 520 4271 1 a 520 4270 -1 a 520 4269 1 a 520 4268 -1 a 520 4267 1 a 520 4266 -1 a 520 4265 1 a 520 4264 -1 a 520 4263 1 a 520 4262 -1 a 520 4261 1 a 520 4260 -1 a 520 4259 1 a 520 4006 -1 a 520 4005 1 a 520 3960 1 a 520 3959 -1 a 520 3788 -1 a 520 3787 1 a 520 3786 -1 a 520 3785 1 a 520 3784 -1 a 520 3783 1 a 520 3674 -1 a 520 3673 1 a 520 1642 1 a 520 1641 -1 a 520 1634 -1 a 520 1633 1 a 520 1504 1 a 520 1503 -1 a 520 1436 -1 a 520 1435 1 a 520 1434 -1 a 520 1433 1 a 520 1432 -1 a 520 1431 1 a 520 1430 -1 a 520 1429 1 a 520 1428 -1 a 520 1427 1 a 520 1426 -1 a 520 1425 1 a 520 1424 -1 a 520 1423 1 a 521 5114 1 a 521 5113 -1 a 521 4978 -1 a 521 4977 1 a 521 4674 1 a 521 4673 -1 a 522 5566 4 a 522 5565 -4 a 522 1494 -1 a 522 1493 1 a 522 1480 1 a 522 1479 -1 a 523 3962 1 a 523 3961 -1 a 523 1506 -1 a 523 1505 1 a 524 3388 -1 a 524 3387 1 a 524 3386 1 a 524 3385 -1 a 525 4016 1 a 525 4015 -1 a 525 3986 1 a 525 3985 -1 a 525 1372 -1 a 525 1371 1 a 525 1082 1 a 525 1081 -1 a 526 3520 -1 a 526 3519 1 a 526 3506 -1 a 526 3505 1 a 527 2766 -1 a 527 2765 1 a 528 2766 1 a 528 2765 -1 a 528 2224 1 a 528 2223 -1 a 529 5682 -1 a 529 5681 1 a 529 5286 -1 a 529 5285 1 a 529 5280 -1 a 529 5279 1 a 530 5160 -1 a 530 5159 1 a 530 5142 -1 a 530 5141 1 a 530 4412 -1 a 530 4411 1 a 530 4390 1 a 530 4389 -1 a 530 4020 -1 a 530 4019 1 a 530 4018 -1 a 530 4017 1 a 530 1404 -1 a 530 1403 1 a 531 5186 1 a 531 5185 -1 a 531 5184 1 a 531 5183 -1 a 531 2916 -1 a 531 2915 1 a 532 4496 -1 a 532 4495 1 a 532 4474 1 a 532 4473 -1 a 533 3422 1 a 533 3421 -1 a 534 5464 1 a 534 5463 -1 a 534 5436 1 a 534 5435 -1 a 535 3708 -1 a 535 3707 1 a 535 2744 1 a 535 2743 -1 a 536 5664 -2 a 536 5663 2 a 536 5662 -2 a 536 5661 2 a 536 5660 -2 a 536 5659 2 a 536 5466 -1 a 536 5465 1 a 537 5604 1 a 537 5603 -1 a 537 1086 -1 a 537 1085 1 a 538 5466 1 a 538 5465 -1 a 538 5464 -1 a 538 5463 1 a 539 5782 1 a 539 5781 -1 a 539 5546 1 a 539 5545 -1 a 539 5544 1 a 539 5543 -1 a 540 5344 1 a 540 5343 -1 a 540 5166 -1 a 540 5165 1 a 541 4548 -1 a 541 4547 1 a 541 4158 1 a 541 4157 -1 a 541 4156 -1 a 541 4155 1 a 541 4154 1 a 541 4153 -1 a 541 4152 1 a 541 4151 -1 a 542 5166 1 a 542 5165 -1 a 542 5164 1 a 542 5163 -1 a 543 5344 -1 a 543 5343 1 a 544 5736 -1 a 544 5735 1 a 544 1744 1 a 544 1743 -1 a 544 1742 -1 a 544 1741 1 a 545 5178 1 a 545 5177 -1 a 545 5176 -1 a 545 5175 1 a 546 4342 -1 a 546 4341 1 a 546 3448 1 a 546 3447 -1 a 547 912 -1 a 547 911 1 a 547 854 1 a 547 853 -1 a 547 730 -1 a 547 729 1 a 548 3432 -1 a 548 3431 1 a 548 1470 1 a 548 1469 -1 a 549 2806 -1 a 549 2805 1 a 549 1154 1 a 549 1153 -1 a 550 2364 1 a 550 2363 -1 a 550 1470 -1 a 550 1469 1 a 551 2010 1 a 551 2009 -1 a 551 912 1 a 551 911 -1 a 552 5554 1 a 552 5553 -1 a 552 4624 -1 a 552 4623 1 a 552 4622 -1 a 552 4621 1 a 552 4620 -1 a 552 4619 1 a 552 4618 -1 a 552 4617 1 a 552 2738 1 a 552 2737 -1 a 553 3432 1 a 553 3431 -1 a 553 1950 -1 a 553 1949 1 a 554 5750 -1 a 554 5749 1 a 554 3550 -1 a 554 3549 1 a 554 3536 -1 a 554 3535 1 a 554 3494 -1 a 554 3493 1 a 554 2618 -1 a 554 2617 1 a 554 942 1 a 554 941 -1 a 554 808 1 a 554 807 -1 a 554 780 1 a 554 779 -1 a 555 4040 1 a 555 4039 -1 a 555 2440 1 a 555 2439 -1 a 556 3680 1 a 556 3679 -1 a 556 2392 1 a 556 2391 -1 a 557 5750 1 a 557 5749 -1 a 557 4374 -1 a 557 4373 1 a 557 4360 -1 a 557 4359 1 a 557 4346 -1 a 557 4345 1 a 557 4332 -1 a 557 4331 1 a 557 4318 -1 a 557 4317 1 a 557 4304 -1 a 557 4303 1 a 557 4040 -1 a 557 4039 1 a 557 3480 -1 a 557 3479 1 a 557 3466 -1 a 557 3465 1 a 557 3452 -1 a 557 3451 1 a 557 2638 1 a 557 2637 -1 a 558 5732 -1 a 558 5731 1 a 558 5716 -1 a 558 5715 1 a 558 5710 -1 a 558 5709 1 a 558 5674 -1 a 558 5673 1 a 558 5668 -1 a 558 5667 1 a 558 5662 -1 a 558 5661 1 a 558 5640 -1 a 558 5639 1 a 558 5626 -1 a 558 5625 1 a 558 5140 -1 a 558 5139 1 a 558 4572 -1 a 558 4571 1 a 558 2750 1 a 558 2749 -1 a 558 2748 1 a 558 2747 -1 a 558 2746 1 a 558 2745 -1 a 558 2702 -1 a 558 2701 1 a 558 2684 -1 a 558 2683 1 a 558 1526 -1 a 558 1525 1 a 558 1274 -1 a 558 1273 1 a 559 5230 1 a 559 5229 -1 a 559 5228 -1 a 559 5227 1 a 560 4790 1 a 560 4789 -1 a 560 3268 -1 a 560 3267 1 a 561 5572 4 a 561 5571 -4 a 561 4178 -1 a 561 4177 1 a 561 4134 -1 a 561 4133 1 a 561 700 1 a 561 699 -1 a 562 2734 -4 a 562 2733 4 a 562 2698 -1 a 562 2697 1 a 563 4044 -1 a 563 4043 1 a 563 3198 1 a 563 3197 -1 a 563 1754 1 a 563 1753 -1 a 564 4584 -1 a 564 4583 1 a 564 2950 1 a 564 2949 -1 a 565 1602 -1 a 565 1601 1 a 566 5756 4e-06 a 566 5755 -4e-06 a 566 5568 -2 a 566 5567 2 a 566 5558 4e-06 a 566 5557 -4e-06 a 567 2696 2 a 567 2695 -2 a 567 2676 -1 a 567 2675 1 a 567 2580 0.007106 a 567 2579 -0.007106 a 568 4132 -1 a 568 4131 1 a 568 1664 1 a 568 1663 -1 a 568 700 -1 a 568 699 1 a 569 5632 1 a 569 5631 -1 a 569 5618 1 a 569 5617 -1 a 569 5234 1 a 569 5233 -1 a 569 2730 1 a 569 2729 -1 a 569 2718 1 a 569 2717 -1 a 569 2712 1 a 569 2711 -1 a 569 2698 1 a 569 2697 -1 a 569 2692 1 a 569 2691 -1 a 569 2198 1 a 569 2197 -1 a 569 1536 1 a 569 1535 -1 a 569 1280 1 a 569 1279 -1 a 570 5190 1 a 570 5189 -1 a 570 5188 -1 a 570 5187 1 a 571 2136 1 a 571 2135 -1 a 571 1602 1 a 571 1601 -1 a 572 1994 1 a 572 1993 -1 a 572 738 1 a 572 737 -1 a 573 2934 -1 a 573 2933 1 a 573 2932 1 a 573 2931 -1 a 573 2930 -1 a 573 2929 1 a 574 4894 1 a 574 4893 -1 a 574 3404 -1 a 574 3403 1 a 574 1680 -1 a 574 1679 1 a 574 1678 -1 a 574 1677 1 a 574 1676 1 a 574 1675 -1 a 575 5616 1 a 575 5615 -1 a 575 5610 -1 a 575 5609 1 a 576 5584 1 a 576 5583 -1 a 576 5512 -1 a 576 5511 1 a 576 5510 1 a 576 5509 -1 a 577 5766 1 a 577 5765 -1 a 577 5586 -1 a 577 5585 1 a 578 3092 1 a 578 3091 -1 a 578 2932 -1 a 578 2931 1 a 578 924 -1 a 578 923 1 a 578 812 -1 a 578 811 1 a 578 810 -1 a 578 809 1 a 579 996 -1 a 579 995 1 a 579 994 1 a 579 993 -1 a 579 986 -1 a 579 985 1 a 580 2934 1 a 580 2933 -1 a 580 2270 1 a 580 2269 -1 a 581 1680 1 a 581 1679 -1 a 581 738 -1 a 581 737 1 a 582 5586 1 a 582 5585 -1 a 582 5584 -1 a 582 5583 1 a 582 5580 100 a 582 5579 -100 a 582 5576 25 a 582 5575 -25 a 583 5650 1 a 583 5649 -1 a 583 5648 -1 a 583 5647 1 a 583 5628 -2 a 583 5627 2 a 583 5626 -2 a 583 5625 2 a 583 5624 -2 a 583 5623 2 a 584 5772 1 a 584 5771 -1 a 584 5618 1 a 584 5617 -1 a 584 5616 -1 a 584 5615 1 a 585 1192 1 a 585 1191 -1 a 586 1552 1 a 586 1551 -1 a 586 1550 -1 a 586 1549 1 a 586 1548 1 a 586 1547 -1 a 586 1546 -1 a 586 1545 1 a 586 1544 -1 a 586 1543 1 a 587 3330 -1 a 587 3329 1 a 587 3328 1 a 587 3327 -1 a 587 3326 -1 a 587 3325 1 a 588 902 -1 a 588 901 1 a 588 878 1 a 588 877 -1 a 589 5740 1 a 589 5739 -1 a 589 5738 1 a 589 5737 -1 a 589 5690 -1 a 589 5689 1 a 590 3384 1 a 590 3383 -1 a 590 3196 -1 a 590 3195 1 a 591 3330 1 a 591 3329 -1 a 591 2344 1 a 591 2343 -1 a 592 1812 1 a 592 1811 -1 a 593 4856 -1 a 593 4855 1 a 593 4854 1 a 593 4853 -1 a 593 3328 -1 a 593 3327 1 a 593 3326 1 a 593 3325 -1 a 594 5756 0.004737 a 594 5755 -0.004737 a 594 2580 0.004737 a 594 2579 -0.004737 a 594 1500 -2 a 594 1499 2 a 595 4670 -1 a 595 4669 1 a 595 4668 1 a 595 4667 -1 a 596 876 -1 a 596 875 1 a 596 842 1 a 596 841 -1 a 597 5756 0.067143 a 597 5755 -0.067143 a 597 5722 1 a 597 5721 -1 a 597 5558 0.067143 a 597 5557 -0.067143 a 597 3244 -1 a 597 3243 1 a 597 3242 -1 a 597 3241 1 a 597 3240 1 a 597 3239 -1 a 597 3236 -1 a 597 3235 1 a 597 2580 0.09474 a 597 2579 -0.09474 a 598 4830 1 a 598 4829 -1 a 598 4378 -1 a 598 4377 1 a 598 818 1 a 598 817 -1 a 599 3944 1 a 599 3943 -1 a 599 3324 -1 a 599 3323 1 a 600 1822 1 a 600 1821 -1 a 600 1820 1 a 600 1819 -1 a 601 3788 1 a 601 3787 -1 a 601 3214 -1 a 601 3213 1 a 602 2770 -1 a 602 2769 1 a 602 2762 1 a 602 2761 -1 a 603 3934 -1 a 603 3933 1 a 603 1754 1 a 603 1753 -1 a 604 4016 -1 a 604 4015 1 a 604 3942 1 a 604 3941 -1 a 604 3334 -1 a 604 3333 1 a 604 3322 1 a 604 3321 -1 a 604 3320 1 a 604 3319 -1 a 604 3276 -1 a 604 3275 1 a 604 3084 -1 a 604 3083 1 a 604 1112 1 a 604 1111 -1 a 605 5756 0.311404 a 605 5755 -0.311404 a 605 5558 0.311404 a 605 5557 -0.311404 a 605 3562 1 a 605 3561 -1 a 605 3560 -1 a 605 3559 1 a 605 3558 -1 a 605 3557 1 a 605 3556 1 a 605 3555 -1 a 605 3554 1 a 605 3553 -1 a 605 2580 0.3432 a 605 2579 -0.3432 a 605 1676 -1 a 605 1675 1 a 605 1400 -1 a 605 1399 1 a 606 3124 1 a 606 3123 -1 a 606 2300 1 a 606 2299 -1 a 607 5734 2 a 607 5733 -2 a 607 5732 2 a 607 5731 -2 a 607 5730 2 a 607 5729 -2 a 607 2728 -1 a 607 2727 1 a 608 4360 -1 a 608 4359 1 a 608 3466 1 a 608 3465 -1 a 609 2732 1 a 609 2731 -1 a 609 2730 -1 a 609 2729 1 a 609 2214 1 a 609 2213 -1 a 610 4532 1 a 610 4531 -1 a 610 4020 -1 a 610 4019 1 a 610 3980 -1 a 610 3979 1 a 610 3122 -1 a 610 3121 1 a 610 3120 1 a 610 3119 -1 a 611 4956 -1 a 611 4955 1 a 611 4892 1 a 611 4891 -1 a 612 3982 -1 a 612 3981 1 a 612 3124 -1 a 612 3123 1 a 612 3122 1 a 612 3121 -1 a 612 860 -1 a 612 859 1 a 613 1874 1 a 613 1873 -1 a 613 1872 1 a 613 1871 -1 a 613 832 -1 a 613 831 1 a 614 884 -1 a 614 883 1 a 614 850 1 a 614 849 -1 a 615 4438 1 a 615 4437 -1 a 615 2994 -1 a 615 2993 1 a 616 5506 1 a 616 5505 -1 a 616 3902 1 a 616 3901 -1 a 616 2426 1 a 616 2425 -1 a 617 5508 -1 a 617 5507 1 a 617 3898 -1 a 617 3897 1 a 617 3896 1 a 617 3895 -1 a 617 3894 1 a 617 3893 -1 a 617 3892 1 a 617 3891 -1 a 617 3826 -1 a 617 3825 1 a 618 5092 1 a 618 5091 -1 a 618 5090 -1 a 618 5089 1 a 618 5088 -1 a 618 5087 1 a 619 5550 1 a 619 5549 -1 a 619 5518 1 a 619 5517 -1 a 619 5176 1 a 619 5175 -1 a 619 4976 1 a 619 4975 -1 a 619 4926 -1 a 619 4925 1 a 619 4920 -1 a 619 4919 1 a 619 4144 1 a 619 4143 -1 a 619 992 1 a 619 991 -1 a 620 3902 -1 a 620 3901 1 a 620 3900 1 a 620 3899 -1 a 620 3898 1 a 620 3897 -1 a 621 5274 1 a 621 5273 -1 a 621 1258 -1 a 621 1257 1 a 621 1256 1 a 621 1255 -1 a 622 5310 1 a 622 5309 -1 a 622 5308 -1 a 622 5307 1 a 623 4902 -1 a 623 4901 1 a 623 1010 1 a 623 1009 -1 a 624 4818 -1 a 624 4817 1 a 624 4814 -1 a 624 4813 1 a 624 4812 -1 a 624 4811 1 a 625 4544 -1 a 625 4543 1 a 625 4542 1 a 625 4541 -1 a 625 3278 1 a 625 3277 -1 a 625 1190 -1 a 625 1189 1 a 625 1186 -1 a 625 1185 1 a 626 5408 1 a 626 5407 -1 a 626 3270 -1 a 626 3269 1 a 627 5032 1 a 627 5031 -1 a 627 4982 1 a 627 4981 -1 a 627 4468 -1 a 627 4467 1 a 627 4086 -1 a 627 4085 1 a 627 3908 1 a 627 3907 -1 a 627 3856 1 a 627 3855 -1 a 627 3276 1 a 627 3275 -1 a 627 3156 1 a 627 3155 -1 a 627 2994 1 a 627 2993 -1 a 627 1376 1 a 627 1375 -1 a 627 1256 1 a 627 1255 -1 a 627 1104 1 a 627 1103 -1 a 628 5308 1 a 628 5307 -1 a 628 5306 1 a 628 5305 -1 a 629 4818 1 a 629 4817 -1 a 629 2526 1 a 629 2525 -1 a 630 3222 1 a 630 3221 -1 a 630 3220 1 a 630 3219 -1 a 630 3218 1 a 630 3217 -1 a 630 3216 1 a 630 3215 -1 a 630 1138 -1 a 630 1137 1 a 631 4792 1 a 631 4791 -1 a 632 4856 1 a 632 4855 -1 a 632 4852 1 a 632 4851 -1 a 632 3308 -1 a 632 3307 1 a 633 3792 1 a 633 3791 -1 a 633 2412 1 a 633 2411 -1 a 634 900 -1 a 634 899 1 a 634 876 1 a 634 875 -1 a 635 5046 -1 a 635 5045 1 a 635 5022 1 a 635 5021 -1 a 635 3392 -1 a 635 3391 1 a 636 5756 0.003158 a 636 5755 -0.003158 a 636 3790 -1 a 636 3789 1 a 636 2580 0.003158 a 636 2579 -0.003158 a 637 4136 1 a 637 4135 -1 a 637 4106 1 a 637 4105 -1 a 637 1694 1 a 637 1693 -1 a 637 1666 -1 a 637 1665 1 a 637 1434 -1 a 637 1433 1 a 637 1156 -1 a 637 1155 1 a 638 1606 -1 a 638 1605 1 a 639 4786 -1 a 639 4785 1 a 639 4036 1 a 639 4035 -1 a 639 1002 1 a 639 1001 -1 a 640 5746 1 a 640 5745 -1 a 640 4368 -1 a 640 4367 1 a 640 4354 -1 a 640 4353 1 a 640 4340 -1 a 640 4339 1 a 640 4326 -1 a 640 4325 1 a 640 4312 -1 a 640 4311 1 a 640 4298 -1 a 640 4297 1 a 640 3474 -1 a 640 3473 1 a 640 3460 -1 a 640 3459 1 a 640 3446 -1 a 640 3445 1 a 640 3204 -1 a 640 3203 1 a 640 2632 1 a 640 2631 -1 a 641 5568 2 a 641 5567 -2 a 641 4344 1 a 641 4343 -1 a 641 4302 1 a 641 4301 -1 a 641 4138 1 a 641 4137 -1 a 641 4106 -1 a 641 4105 1 a 641 1482 -1 a 641 1481 1 a 642 3792 -1 a 642 3791 1 a 642 3790 1 a 642 3789 -1 a 643 5268 1 a 643 5267 -1 a 643 5266 1 a 643 5265 -1 a 643 3204 1 a 643 3203 -1 a 643 2324 1 a 643 2323 -1 a 644 5746 -1 a 644 5745 1 a 644 3544 -1 a 644 3543 1 a 644 3530 -1 a 644 3529 1 a 644 3488 -1 a 644 3487 1 a 644 2612 -1 a 644 2611 1 a 644 2598 -1 a 644 2597 1 a 644 938 1 a 644 937 -1 a 644 802 1 a 644 801 -1 a 644 774 1 a 644 773 -1 a 645 3706 1 a 645 3705 -1 a 645 3700 -1 a 645 3699 1 a 645 3692 -1 a 645 3691 1 a 646 2138 1 a 646 2137 -1 a 646 1606 1 a 646 1605 -1 a 647 4176 1 a 647 4175 -1 a 647 1862 -1 a 647 1861 1 a 648 5568 4 a 648 5567 -4 a 648 4342 1 a 648 4341 -1 a 648 4300 1 a 648 4299 -1 a 648 4134 1 a 648 4133 -1 a 648 4104 -1 a 648 4103 1 a 648 1480 -1 a 648 1479 1 a 649 5550 1 a 649 5549 -1 a 649 4958 1 a 649 4957 -1 a 649 4946 -1 a 649 4945 1 a 650 1214 -1 a 650 1213 1 a 651 3702 1 a 651 3701 -1 a 651 2398 1 a 651 2397 -1 a 652 4816 -1 a 652 4815 1 a 652 4814 1 a 652 4813 -1 a 652 4812 1 a 652 4811 -1 a 653 4132 1 a 653 4131 -1 a 653 4104 1 a 653 4103 -1 a 653 1692 1 a 653 1691 -1 a 653 1664 -1 a 653 1663 1 a 653 1432 -1 a 653 1431 1 a 653 1154 -1 a 653 1153 1 a 654 5756 0.00215 a 654 5755 -0.00215 a 654 5682 2 a 654 5681 -2 a 654 5558 0.00215 a 654 5557 -0.00215 a 654 5490 1 a 654 5489 -1 a 654 5330 -3 a 654 5329 3 a 654 5286 1 a 654 5285 -1 a 654 5276 1 a 654 5275 -1 a 654 5262 1 a 654 5261 -1 a 654 5260 1 a 654 5259 -1 a 654 5258 -1 a 654 5257 1 a 654 5232 -1 a 654 5231 1 a 654 5230 -1 a 654 5229 1 a 654 5112 1 a 654 5111 -1 a 654 5110 -1 a 654 5109 1 a 654 5094 1 a 654 5093 -1 a 654 5088 -1 a 654 5087 1 a 654 5086 -1 a 654 5085 1 a 654 5066 1 a 654 5065 -1 a 654 4988 1 a 654 4987 -1 a 654 4938 1 a 654 4937 -1 a 654 4936 2 a 654 4935 -2 a 654 4902 2 a 654 4901 -2 a 654 4864 -1 a 654 4863 1 a 654 4784 1 a 654 4783 -1 a 654 4764 -1 a 654 4763 1 a 654 4708 1 a 654 4707 -1 a 654 4674 1 a 654 4673 -1 a 654 4670 1 a 654 4669 -1 a 654 4636 1 a 654 4635 -1 a 654 4422 1 a 654 4421 -1 a 654 4204 1 a 654 4203 -1 a 654 4176 1 a 654 4175 -1 a 654 4156 1 a 654 4155 -1 a 654 4152 1 a 654 4151 -1 a 654 4150 1 a 654 4149 -1 a 654 4092 1 a 654 4091 -1 a 654 4070 1 a 654 4069 -1 a 654 4064 1 a 654 4063 -1 a 654 4058 1 a 654 4057 -1 a 654 4022 -3 a 654 4021 3 a 654 3926 -1 a 654 3925 1 a 654 3892 -1 a 654 3891 1 a 654 3884 -1 a 654 3883 1 a 654 3854 1 a 654 3853 -1 a 654 3852 -1 a 654 3851 1 a 654 3850 -1 a 654 3849 1 a 654 3842 1 a 654 3841 -1 a 654 3840 1 a 654 3839 -1 a 654 3838 -1 a 654 3837 1 a 654 3836 -1 a 654 3835 1 a 654 3834 -1 a 654 3833 1 a 654 3832 -1 a 654 3831 1 a 654 3830 -1 a 654 3829 1 a 654 3828 -1 a 654 3827 1 a 654 3826 1 a 654 3825 -1 a 654 3808 -1 a 654 3807 1 a 654 3672 -1 a 654 3671 1 a 654 3668 1 a 654 3667 -1 a 654 3664 1 a 654 3663 -1 a 654 3580 1 a 654 3579 -1 a 654 3416 1 a 654 3415 -1 a 654 3412 -1 a 654 3411 1 a 654 3410 -1 a 654 3409 1 a 654 3406 -1 a 654 3405 1 a 654 3348 1 a 654 3347 -1 a 654 3346 -1 a 654 3345 1 a 654 3322 1 a 654 3321 -1 a 654 3296 -1 a 654 3295 1 a 654 3262 -1 a 654 3261 1 a 654 3236 2 a 654 3235 -2 a 654 3196 1 a 654 3195 -1 a 654 3194 1 a 654 3193 -1 a 654 3192 1 a 654 3191 -1 a 654 3190 1 a 654 3189 -1 a 654 3188 1 a 654 3187 -1 a 654 3186 1 a 654 3185 -1 a 654 3184 1 a 654 3183 -1 a 654 3182 1 a 654 3181 -1 a 654 3044 -1 a 654 3043 1 a 654 3042 1 a 654 3041 -1 a 654 3036 1 a 654 3035 -1 a 654 2902 1 a 654 2901 -1 a 654 2748 -1 a 654 2747 1 a 654 2742 -1 a 654 2741 1 a 654 2644 -1 a 654 2643 1 a 654 2580 0.001831 a 654 2579 -0.001831 a 654 1908 -1 a 654 1907 1 a 654 1904 -1 a 654 1903 1 a 654 1900 -1 a 654 1899 1 a 654 1896 -1 a 654 1895 1 a 654 1892 -1 a 654 1891 1 a 654 1888 -1 a 654 1887 1 a 654 1884 -1 a 654 1883 1 a 654 1880 -1 a 654 1879 1 a 654 1876 -1 a 654 1875 1 a 654 1872 -1 a 654 1871 1 a 654 1868 -1 a 654 1867 1 a 654 1864 -1 a 654 1863 1 a 654 1862 1 a 654 1861 -1 a 654 1812 -1 a 654 1811 1 a 654 1792 -1 a 654 1791 1 a 654 1788 2 a 654 1787 -2 a 654 1782 -1 a 654 1781 1 a 654 1742 1 a 654 1741 -1 a 654 1386 -1 a 654 1385 1 a 654 1242 1 a 654 1241 -1 a 654 1218 -1 a 654 1217 1 a 654 1170 1 a 654 1169 -1 a 654 968 1 a 654 967 -1 a 654 960 1 a 654 959 -1 a 654 814 -1 a 654 813 1 a 654 810 -1 a 654 809 1 a 655 2066 1 a 655 2065 -1 a 655 1214 1 a 655 1213 -1 a 656 4816 1 a 656 4815 -1 a 656 2528 1 a 656 2527 -1 a 657 2712 1 a 657 2711 -1 a 657 2706 -1 a 657 2705 1 a 657 2210 1 a 657 2209 -1 a 658 2708 1 a 658 2707 -1 a 658 2704 -2 a 658 2703 2 a 658 2702 -2 a 658 2701 2 a 658 2700 -2 a 658 2699 2 a 659 3766 -1 a 659 3765 1 a 660 3598 -1 a 660 3597 1 a 660 3596 1 a 660 3595 -1 a 661 1586 -1 a 661 1585 1 a 662 2708 -1 a 662 2707 1 a 662 2706 1 a 662 2705 -1 a 663 3762 -1 a 663 3761 1 a 663 3760 1 a 663 3759 -1 a 663 3748 -1 a 663 3747 1 a 663 3746 1 a 663 3745 -1 a 663 3596 -1 a 663 3595 1 a 663 1230 1 a 663 1229 -1 a 663 1228 -1 a 663 1227 1 a 664 3598 1 a 664 3597 -1 a 664 2380 1 a 664 2379 -1 a 665 708 1 a 665 707 -1 a 665 706 -1 a 665 705 1 a 666 4350 -1 a 666 4349 1 a 666 3456 1 a 666 3455 -1 a 667 4202 -1 a 667 4201 1 a 667 2920 -1 a 667 2919 1 a 667 2898 -1 a 667 2897 1 a 667 2894 -1 a 667 2893 1 a 667 2846 1 a 667 2845 -1 a 667 1114 -1 a 667 1113 1 a 668 5462 1 a 668 5461 -1 a 668 5440 1 a 668 5439 -1 a 669 2896 1 a 669 2895 -1 a 669 2260 1 a 669 2259 -1 a 670 5670 -2 a 670 5669 2 a 670 5668 -2 a 670 5667 2 a 670 5666 -2 a 670 5665 2 a 670 5468 -1 a 670 5467 1 a 671 1924 -1 a 671 1923 1 a 671 1024 -1 a 671 1023 1 a 672 2896 -1 a 672 2895 1 a 672 2894 1 a 672 2893 -1 a 673 5380 1 a 673 5379 -1 a 673 3290 1 a 673 3289 -1 a 673 3288 1 a 673 3287 -1 a 673 1458 1 a 673 1457 -1 a 673 1456 -1 a 673 1455 1 a 673 1258 1 a 673 1257 -1 a 673 1072 1 a 673 1071 -1 a 674 5434 1 a 674 5433 -1 a 674 5432 1 a 674 5431 -1 a 675 5434 -1 a 675 5433 1 a 675 1766 1 a 675 1765 -1 a 675 1070 -1 a 675 1069 1 a 676 5156 1 a 676 5155 -1 a 676 5154 -1 a 676 5153 1 a 677 4744 -1 a 677 4743 1 a 677 1934 -1 a 677 1933 1 a 677 1034 -1 a 677 1033 1 a 678 4760 -1 a 678 4759 1 a 678 1824 -1 a 678 1823 1 a 679 892 -1 a 679 891 1 a 679 868 1 a 679 867 -1 a 680 4476 -1 a 680 4475 1 a 680 4162 1 a 680 4161 -1 a 680 770 -1 a 680 769 1 a 681 1236 1 a 681 1235 -1 a 681 1022 -1 a 681 1021 1 a 682 2036 1 a 682 2035 -1 a 682 1014 1 a 682 1013 -1 a 683 3766 1 a 683 3765 -1 a 684 5562 14 a 684 5561 -14 a 684 4350 1 a 684 4349 -1 a 684 4308 1 a 684 4307 -1 a 684 4162 -1 a 684 4161 1 a 685 4366 -1 a 685 4365 1 a 685 3472 1 a 685 3471 -1 a 686 1014 -1 a 686 1013 1 a 686 1012 1 a 686 1011 -1 a 687 2764 1 a 687 2763 -1 a 687 2222 1 a 687 2221 -1 a 688 3266 -1 a 688 3265 1 a 688 1748 1 a 688 1747 -1 a 688 1314 1 a 688 1313 -1 a 689 5220 1 a 689 5219 -1 a 689 5218 -1 a 689 5217 1 a 690 5262 -1 a 690 5261 1 a 690 4666 1 a 690 4665 -1 a 691 2802 -1 a 691 2801 1 a 691 1150 1 a 691 1149 -1 a 692 4338 -1 a 692 4337 1 a 692 3444 1 a 692 3443 -1 a 693 5594 1 a 693 5593 -1 a 693 5592 -1 a 693 5591 1 a 694 5562 2 a 694 5561 -2 a 694 4358 1 a 694 4357 -1 a 694 4316 1 a 694 4315 -1 a 694 4170 -1 a 694 4169 1 a 695 5592 1 a 695 5591 -1 a 695 1972 1 a 695 1971 -1 a 696 3098 -1 a 696 3097 1 a 696 1454 -1 a 696 1453 1 a 696 1452 1 a 696 1451 -1 a 697 886 -1 a 697 885 1 a 697 862 1 a 697 861 -1 a 698 4946 1 a 698 4945 -1 a 698 4938 -1 a 698 4937 1 a 699 5548 -1 a 699 5547 1 a 699 5426 1 a 699 5425 -1 a 699 5290 -2 a 699 5289 2 a 699 5288 2 a 699 5287 -2 a 699 4800 -1 a 699 4799 1 a 699 4662 -1 a 699 4661 1 a 699 4464 -1 a 699 4463 1 a 699 4398 -1 a 699 4397 1 a 699 4382 -1 a 699 4381 1 a 699 3860 1 a 699 3859 -1 a 699 3858 2 a 699 3857 -2 a 699 3050 -1 a 699 3049 1 a 699 3008 -1 a 699 3007 1 a 699 1402 -1 a 699 1401 1 a 699 1198 -1 a 699 1197 1 a 699 1064 -1 a 699 1063 1 a 700 3862 1 a 700 3861 -1 a 700 2418 1 a 700 2417 -1 a 701 1260 -1 a 701 1259 1 a 701 952 1 a 701 951 -1 a 702 3096 -1 a 702 3095 1 a 702 1452 -1 a 702 1451 1 a 703 2104 1 a 703 2103 -1 a 703 1454 1 a 703 1453 -1 a 704 5548 1 a 704 5547 -1 a 704 5426 -1 a 704 5425 1 a 704 5290 2 a 704 5289 -2 a 704 5288 -2 a 704 5287 2 a 704 4800 1 a 704 4799 -1 a 704 4662 1 a 704 4661 -1 a 704 4464 1 a 704 4463 -1 a 704 4398 1 a 704 4397 -1 a 704 4382 1 a 704 4381 -1 a 704 3862 -1 a 704 3861 1 a 704 3860 -1 a 704 3859 1 a 704 3858 -2 a 704 3857 2 a 704 3050 1 a 704 3049 -1 a 704 3008 1 a 704 3007 -1 a 704 1402 1 a 704 1401 -1 a 704 1198 1 a 704 1197 -1 a 704 1064 1 a 704 1063 -1 a 705 4954 -1 a 705 4953 1 a 705 4144 1 a 705 4143 -1 a 706 3906 -1 a 706 3905 1 a 706 3852 1 a 706 3851 -1 a 707 4824 -1 a 707 4823 1 a 707 4820 -1 a 707 4819 1 a 707 4012 -1 a 707 4011 1 a 707 3964 1 a 707 3963 -1 a 707 1836 1 a 707 1835 -1 a 708 2174 1 a 708 2173 -1 a 708 1838 1 a 708 1837 -1 a 709 1932 -1 a 709 1931 1 a 709 1032 -1 a 709 1031 1 a 710 5478 1 a 710 5477 -1 a 710 5472 1 a 710 5471 -1 a 711 5476 1 a 711 5475 -1 a 711 5474 -1 a 711 5473 1 a 712 3966 1 a 712 3965 -1 a 712 1838 -1 a 712 1837 1 a 713 4604 -1 a 713 4603 1 a 713 4602 -1 a 713 4601 1 a 713 3878 1 a 713 3877 -1 a 713 1650 -1 a 713 1649 1 a 714 3728 -1 a 714 3727 1 a 714 3658 1 a 714 3657 -1 a 715 5478 -1 a 715 5477 1 a 715 5474 1 a 715 5473 -1 a 716 1298 -1 a 716 1297 1 a 716 1294 -1 a 716 1293 1 a 716 1144 -1 a 716 1143 1 a 717 896 -1 a 717 895 1 a 717 872 1 a 717 871 -1 a 718 1296 -1 a 718 1295 1 a 718 1294 1 a 718 1293 -1 a 718 1140 1 a 718 1139 -1 a 719 2054 1 a 719 2053 -1 a 719 1144 1 a 719 1143 -1 a 720 3218 1 a 720 3217 -1 a 720 3216 -1 a 720 3215 1 a 721 5050 -1 a 721 5049 1 a 721 5048 1 a 721 5047 -1 a 722 5568 3 a 722 5567 -3 a 722 4346 1 a 722 4345 -1 a 722 4304 1 a 722 4303 -1 a 722 4142 1 a 722 4141 -1 a 722 4108 -1 a 722 4107 1 a 722 1484 -1 a 722 1483 1 a 723 5048 -1 a 723 5047 1 a 723 5046 1 a 723 5045 -1 a 723 3566 -1 a 723 3565 1 a 724 5050 1 a 724 5049 -1 a 724 2576 1 a 724 2575 -1 a 725 4140 1 a 725 4139 -1 a 725 4108 1 a 725 4107 -1 a 725 1696 1 a 725 1695 -1 a 725 1668 -1 a 725 1667 1 a 725 1436 -1 a 725 1435 1 a 725 1158 -1 a 725 1157 1 a 726 2122 1 a 726 2121 -1 a 726 1538 1 a 726 1537 -1 a 726 1536 -1 a 726 1535 1 a 727 4922 8 a 727 4921 -8 a 727 4044 5 a 727 4043 -5 a 727 3346 -1 a 727 3345 1 a 727 3344 1 a 727 3343 -1 a 727 3116 1 a 727 3115 -1 a 727 1790 1 a 727 1789 -1 a 728 2764 -1 a 728 2763 1 a 729 4886 -1 a 729 4885 1 a 730 5018 -1 a 730 5017 1 a 730 5016 1 a 730 5015 -1 a 730 5014 1 a 730 5013 -1 a 731 4762 -1 a 731 4761 1 a 731 4760 -1 a 731 4759 1 a 731 1826 1 a 731 1825 -1 a 732 4810 1 a 732 4809 -1 a 732 4736 -1 a 732 4735 1 a 732 1862 1 a 732 1861 -1 a 732 1724 1 a 732 1723 -1 a 733 888 -1 a 733 887 1 a 733 864 1 a 733 863 -1 a 734 5018 1 a 734 5017 -1 a 734 2566 1 a 734 2565 -1 a 735 2048 1 a 735 2047 -1 a 735 1096 1 a 735 1095 -1 a 736 5756 0.284577 a 736 5755 -0.284577 a 736 5558 0.284577 a 736 5557 -0.284577 a 736 5020 -1 a 736 5019 1 a 736 5016 -1 a 736 5015 1 a 736 5014 -1 a 736 5013 1 a 736 5012 1 a 736 5011 -1 a 736 5010 1 a 736 5009 -1 a 736 2580 0.4232 a 736 2579 -0.4232 a 737 1534 -1 a 737 1533 1 a 737 1528 2 a 737 1527 -2 a 737 1526 2 a 737 1525 -2 a 737 1524 2 a 737 1523 -2 a 738 3998 1 a 738 3997 -1 a 738 3988 1 a 738 3987 -1 a 738 1698 -1 a 738 1697 1 a 739 3380 1 a 739 3379 -1 a 739 3192 -1 a 739 3191 1 a 740 4642 -1 a 740 4641 1 a 740 1678 1 a 740 1677 -1 a 741 2862 1 a 741 2861 -1 a 741 2254 1 a 741 2253 -1 a 742 3724 -1 a 742 3723 1 a 742 3632 1 a 742 3631 -1 a 743 5756 5e-05 a 743 5755 -5e-05 a 743 5558 5e-05 a 743 5557 -5e-05 a 743 5554 -1 a 743 5553 1 a 743 5510 1 a 743 5509 -1 a 743 5490 -1 a 743 5489 1 a 743 5274 1 a 743 5273 -1 a 743 4748 1 a 743 4747 -1 a 743 4696 1 a 743 4695 -1 a 743 4694 1 a 743 4693 -1 a 743 4652 1 a 743 4651 -1 a 743 4512 1 a 743 4511 -1 a 743 4186 -1 a 743 4185 1 a 743 4150 -1 a 743 4149 1 a 743 3590 1 a 743 3589 -1 a 743 3588 1 a 743 3587 -1 a 743 3384 -1 a 743 3383 1 a 743 3382 -1 a 743 3381 1 a 743 3380 -1 a 743 3379 1 a 743 3378 -1 a 743 3377 1 a 743 3376 -1 a 743 3375 1 a 743 3374 -1 a 743 3373 1 a 743 3372 -1 a 743 3371 1 a 743 3370 -2 a 743 3369 2 a 743 3368 1 a 743 3367 -1 a 743 3354 1 a 743 3353 -1 a 743 3018 1 a 743 3017 -1 a 743 2928 1 a 743 2927 -1 a 743 2786 1 a 743 2785 -1 a 743 1570 1 a 743 1569 -1 a 743 1056 -1 a 743 1055 1 a 743 1040 1 a 743 1039 -1 a 743 1000 1 a 743 999 -1 a 743 976 1 a 743 975 -1 a 743 968 -1 a 743 967 1 a 744 2862 -1 a 744 2861 1 a 745 3202 -1 a 745 3201 1 a 745 1414 1 a 745 1413 -1 a 745 1166 1 a 745 1165 -1 a 745 976 1 a 745 975 -1 a 746 4706 2 a 746 4705 -2 a 746 4028 -1 a 746 4027 1 a 747 1578 1 a 747 1577 -1 a 747 1576 1 a 747 1575 -1 a 748 5496 1 a 748 5495 -1 a 748 5494 -1 a 748 5493 1 a 749 4488 1 a 749 4487 -1 a 749 4204 -1 a 749 4203 1 a 750 4704 2 a 750 4703 -2 a 750 4562 -2 a 750 4561 2 a 750 4560 -2 a 750 4559 2 a 751 1578 -1 a 751 1577 1 a 751 1576 -1 a 751 1575 1 a 751 1574 1 a 751 1573 -1 a 751 1550 -1 a 751 1549 1 a 752 4692 1 a 752 4691 -1 a 752 4632 -1 a 752 4631 1 a 753 4502 1 a 753 4501 -1 a 753 4266 1 a 753 4265 -1 a 753 1690 -1 a 753 1689 1 a 753 1430 1 a 753 1429 -1 a 754 4594 1 a 754 4593 -1 a 754 4592 -1 a 754 4591 1 a 755 4322 -1 a 755 4321 1 a 755 784 1 a 755 783 -1 a 756 3484 1 a 756 3483 -1 a 756 742 -1 a 756 741 1 a 757 4504 1 a 757 4503 -1 a 757 4268 1 a 757 4267 -1 a 757 1692 -1 a 757 1691 1 a 757 1432 1 a 757 1431 -1 a 758 3540 1 a 758 3539 -1 a 758 3512 1 a 758 3511 -1 a 758 798 1 a 758 797 -1 a 758 784 -1 a 758 783 1 a 759 5262 1 a 759 5261 -1 a 759 2652 -1 a 759 2651 1 a 760 1020 -1 a 760 1019 1 a 760 1018 1 a 760 1017 -1 a 761 2092 1 a 761 2091 -1 a 761 1392 1 a 761 1391 -1 a 762 5730 1 a 762 5729 -1 a 762 5714 1 a 762 5713 -1 a 762 5708 1 a 762 5707 -1 a 762 5672 1 a 762 5671 -1 a 762 5666 1 a 762 5665 -1 a 762 5660 1 a 762 5659 -1 a 762 5638 1 a 762 5637 -1 a 762 5624 1 a 762 5623 -1 a 762 5090 1 a 762 5089 -1 a 762 5086 -1 a 762 5085 1 a 762 4454 -1 a 762 4453 1 a 762 2700 1 a 762 2699 -1 a 762 2696 1 a 762 2695 -1 a 762 2682 1 a 762 2681 -1 a 762 2646 -1 a 762 2645 1 a 762 2644 -1 a 762 2643 1 a 762 1646 -1 a 762 1645 1 a 762 1524 1 a 762 1523 -1 a 762 1272 1 a 762 1271 -1 a 762 1038 -1 a 762 1037 1 a 762 1036 -1 a 762 1035 1 a 762 1034 -1 a 762 1033 1 a 762 1032 -1 a 762 1031 1 a 762 1030 -1 a 762 1029 1 a 762 1028 -1 a 762 1027 1 a 762 1026 -1 a 762 1025 1 a 762 1024 -1 a 762 1023 1 a 763 2040 1 a 763 2039 -1 a 763 1020 1 a 763 1019 -1 a 764 3264 1 a 764 3263 -1 a 764 3262 1 a 764 3261 -1 a 764 3260 1 a 764 3259 -1 a 765 1392 -1 a 765 1391 1 a 766 2100 1 a 766 2099 -1 a 766 1420 1 a 766 1419 -1 a 767 2744 -1 a 767 2743 1 a 768 1422 -1 a 768 1421 1 a 768 1418 1 a 768 1417 -1 a 768 1416 1 a 768 1415 -1 a 769 5140 2 a 769 5139 -2 a 769 5138 -1 a 769 5137 1 a 770 4330 -1 a 770 4329 1 a 770 792 1 a 770 791 -1 a 771 1422 1 a 771 1421 -1 a 771 1420 -1 a 771 1419 1 a 771 1418 -1 a 771 1417 1 a 771 1416 -1 a 771 1415 1 a 772 4148 1 a 772 4147 -1 a 772 4146 1 a 772 4145 -1 a 772 1106 -1 a 772 1105 1 a 773 1446 -1 a 773 1445 1 a 774 3548 1 a 774 3547 -1 a 774 3520 1 a 774 3519 -1 a 774 806 1 a 774 805 -1 a 774 792 -1 a 774 791 1 a 775 3490 1 a 775 3489 -1 a 775 748 -1 a 775 747 1 a 776 3756 1 a 776 3755 -1 a 776 3738 -1 a 776 3737 1 a 776 3734 -1 a 776 3733 1 a 777 5334 1 a 777 5333 -1 a 777 4980 -1 a 777 4979 1 a 777 4978 1 a 777 4977 -1 a 778 5158 1 a 778 5157 -1 a 778 1404 -1 a 778 1403 1 a 779 4300 -1 a 779 4299 1 a 779 748 1 a 779 747 -1 a 780 3128 -1 a 780 3127 1 a 780 3126 1 a 780 3125 -1 a 781 1440 -1 a 781 1439 1 a 782 1218 1 a 782 1217 -1 a 782 1216 -1 a 782 1215 1 a 783 5066 1 a 783 5065 -1 a 783 1756 -1 a 783 1755 1 a 784 3800 -1 a 784 3799 1 a 785 1330 1 a 785 1329 -1 a 786 5544 -1 a 786 5543 1 a 786 5542 1 a 786 5541 -1 a 787 4352 1 a 787 4351 -1 a 787 4310 1 a 787 4309 -1 a 787 4164 -1 a 787 4163 1 a 788 3532 1 a 788 3531 -1 a 788 3504 1 a 788 3503 -1 a 788 776 1 a 788 775 -1 a 788 762 -1 a 788 761 1 a 789 4280 -1 a 789 4279 1 a 790 4314 -1 a 790 4313 1 a 790 762 1 a 790 761 -1 a 791 4478 -1 a 791 4477 1 a 791 4164 1 a 791 4163 -1 a 791 772 -1 a 791 771 1 a 792 3378 -1 a 792 3377 1 a 792 2624 -1 a 792 2623 1 a 792 2604 1 a 792 2603 -1 a 792 1030 1 a 792 1029 -1 a 793 3246 -1 a 793 3245 1 a 793 3244 1 a 793 3243 -1 a 793 3242 1 a 793 3241 -1 a 794 3076 -1 a 794 3075 1 a 794 2910 1 a 794 2909 -1 a 795 3812 1 a 795 3811 -1 a 795 3802 -1 a 795 3801 1 a 796 5068 -1 a 796 5067 1 a 796 1800 1 a 796 1799 -1 a 797 3352 1 a 797 3351 -1 a 797 3350 -1 a 797 3349 1 a 798 5044 1 a 798 5043 -1 a 798 5040 -1 a 798 5039 1 a 799 1358 1 a 799 1357 -1 a 800 5198 1 a 800 5197 -1 a 800 5196 -1 a 800 5195 1 a 801 3178 1 a 801 3177 -1 a 801 2310 1 a 801 2309 -1 a 802 5516 -1 a 802 5515 1 a 802 5514 1 a 802 5513 -1 a 803 5390 1 a 803 5389 -1 a 803 5388 1 a 803 5387 -1 a 803 5386 1 a 803 5385 -1 a 803 3180 -1 a 803 3179 1 a 803 2736 -1 a 803 2735 1 a 804 2944 -1 a 804 2943 1 a 804 2942 1 a 804 2941 -1 a 805 4792 -1 a 805 4791 1 a 806 3606 1 a 806 3605 -1 a 806 2384 1 a 806 2383 -1 a 807 5570 76 a 807 5569 -76 a 807 4502 -1 a 807 4501 1 a 807 4480 1 a 807 4479 -1 a 808 5064 -1 a 808 5063 1 a 808 5062 1 a 808 5061 -1 a 808 5060 1 a 808 5059 -1 a 808 5058 -1 a 808 5057 1 a 808 5056 -1 a 808 5055 1 a 809 3760 -1 a 809 3759 1 a 809 3746 -1 a 809 3745 1 a 809 3744 1 a 809 3743 -1 a 809 3604 -1 a 809 3603 1 a 809 1228 1 a 809 1227 -1 a 809 1226 -1 a 809 1225 1 a 810 5208 1 a 810 5207 -1 a 810 5206 -1 a 810 5205 1 a 811 3180 1 a 811 3179 -1 a 811 3178 -1 a 811 3177 1 a 812 4028 1 a 812 4027 -1 a 812 2436 1 a 812 2435 -1 a 813 3606 -1 a 813 3605 1 a 813 3604 1 a 813 3603 -1 a 814 5756 0.003158 a 814 5755 -0.003158 a 814 5062 -1 a 814 5061 1 a 814 5060 -1 a 814 5059 1 a 814 5058 1 a 814 5057 -1 a 814 5056 1 a 814 5055 -1 a 814 2580 0.003158 a 814 2579 -0.003158 a 815 5756 0.017197 a 815 5755 -0.017197 a 815 5742 1 a 815 5741 -1 a 815 5558 0.017197 a 815 5557 -0.017197 a 815 5480 -1 a 815 5479 1 a 815 5408 1 a 815 5407 -1 a 815 5068 1 a 815 5067 -1 a 815 4420 1 a 815 4419 -1 a 815 2986 1 a 815 2985 -1 a 815 2580 0.09158 a 815 2579 -0.09158 a 815 1626 1 a 815 1625 -1 a 815 1618 -1 a 815 1617 1 a 815 1616 1 a 815 1615 -1 a 815 1614 1 a 815 1613 -1 a 815 1608 -1 a 815 1607 1 a 815 1604 1 a 815 1603 -1 a 815 1246 -1 a 815 1245 1 a 816 1918 1 a 816 1917 -1 a 816 1916 -1 a 816 1915 1 a 817 3082 1 a 817 3081 -1 a 817 3080 -1 a 817 3079 1 a 818 4876 1 a 818 4875 -1 a 818 2540 1 a 818 2539 -1 a 819 4802 -1 a 819 4801 1 a 819 4800 1 a 819 4799 -1 a 819 4798 1 a 819 4797 -1 a 819 4796 -1 a 819 4795 1 a 819 4794 1 a 819 4793 -1 a 819 4514 -1 a 819 4513 1 a 820 3258 1 a 820 3257 -1 a 820 2008 1 a 820 2007 -1 a 821 4874 -1 a 821 4873 1 a 822 3720 -1 a 822 3719 1 a 822 3430 1 a 822 3429 -1 a 822 3406 1 a 822 3405 -1 a 822 3068 1 a 822 3067 -1 a 822 1216 1 a 822 1215 -1 a 822 952 -1 a 822 951 1 a 823 5514 -1 a 823 5513 1 a 823 5512 1 a 823 5511 -1 a 824 5756 0.349831 a 824 5755 -0.349831 a 824 5558 0.349831 a 824 5557 -0.349831 a 824 5148 1 a 824 5147 -1 a 824 4800 -1 a 824 4799 1 a 824 4798 -1 a 824 4797 1 a 824 4796 1 a 824 4795 -1 a 824 4794 -1 a 824 4793 1 a 824 4792 1 a 824 4791 -1 a 824 4790 -1 a 824 4789 1 a 824 4786 1 a 824 4785 -1 a 824 4784 1 a 824 4783 -1 a 824 4782 1 a 824 4781 -1 a 824 2580 0.2537 a 824 2579 -0.2537 a 825 4802 1 a 825 4801 -1 a 825 2518 1 a 825 2517 -1 a 826 4876 -1 a 826 4875 1 a 826 4874 1 a 826 4873 -1 a 827 3258 -1 a 827 3257 1 a 828 2012 1 a 828 2011 -1 a 828 964 1 a 828 963 -1 a 829 962 -1 a 829 961 1 a 829 960 -1 a 829 959 1 a 829 958 1 a 829 957 -1 a 830 1784 1 a 830 1783 -1 a 830 1782 1 a 830 1781 -1 a 830 1780 1 a 830 1779 -1 a 831 3524 1 a 831 3523 -1 a 831 3496 1 a 831 3495 -1 a 831 768 1 a 831 767 -1 a 831 754 -1 a 831 753 1 a 832 2992 1 a 832 2991 -1 a 832 2982 -1 a 832 2981 1 a 832 2980 1 a 832 2979 -1 a 833 964 -1 a 833 963 1 a 833 962 1 a 833 961 -1 a 834 3740 -1 a 834 3739 1 a 834 3732 -1 a 834 3731 1 a 834 3654 1 a 834 3653 -1 a 835 2982 1 a 835 2981 -1 a 835 2278 1 a 835 2277 -1 a 836 3306 -1 a 836 3305 1 a 836 3272 1 a 836 3271 -1 a 837 5756 0.200228 a 837 5755 -0.200228 a 837 5558 0.200228 a 837 5557 -0.200228 a 837 5146 4 a 837 5145 -4 a 837 5138 2 a 837 5137 -2 a 837 4450 1 a 837 4449 -1 a 837 3304 1 a 837 3303 -1 a 837 3086 1 a 837 3085 -1 a 837 2998 1 a 837 2997 -1 a 837 2994 1 a 837 2993 -1 a 837 2990 1 a 837 2989 -1 a 837 2980 -1 a 837 2979 1 a 837 2978 1 a 837 2977 -1 a 837 2976 -1 a 837 2975 1 a 837 2920 1 a 837 2919 -1 a 837 2580 0.2632 a 837 2579 -0.2632 a 837 1580 1 a 837 1579 -1 a 837 1414 1 a 837 1413 -1 a 837 1326 1 a 837 1325 -1 a 837 1258 1 a 837 1257 -1 a 837 1072 1 a 837 1071 -1 a 838 4268 -1 a 838 4267 1 a 838 4248 1 a 838 4247 -1 a 838 4226 1 a 838 4225 -1 a 839 3292 -1 a 839 3291 1 a 839 1742 1 a 839 1741 -1 a 840 4944 -1 a 840 4943 1 a 840 4942 1 a 840 4941 -1 a 841 1112 -1 a 841 1111 1 a 841 1108 1 a 841 1107 -1 a 842 4944 1 a 842 4943 -1 a 842 2552 1 a 842 2551 -1 a 843 5756 0.003 a 843 5755 -0.003 a 843 5658 1 a 843 5657 -1 a 843 5656 1 a 843 5655 -1 a 843 5558 0.003 a 843 5557 -0.003 a 843 4950 1 a 843 4949 -1 a 843 4936 1 a 843 4935 -1 a 843 4930 1 a 843 4929 -1 a 843 4842 1 a 843 4841 -1 a 843 2954 1 a 843 2953 -1 a 843 2952 1 a 843 2951 -1 a 843 2950 1 a 843 2949 -1 a 843 2886 -1 a 843 2885 1 a 843 2878 1 a 843 2877 -1 a 844 2668 -1 a 844 2667 1 a 844 2666 -1 a 844 2665 1 a 844 1510 1 a 844 1509 -1 a 844 1508 -1 a 844 1507 1 a 844 1298 -1 a 844 1297 1 a 845 5008 -1 a 845 5007 1 a 845 3438 1 a 845 3437 -1 a 846 5218 1 a 846 5217 -1 a 846 5216 -1 a 846 5215 1 a 847 5554 -1 a 847 5553 1 a 847 5490 -1 a 847 5489 1 a 847 5350 1 a 847 5349 -1 a 847 5334 -4 a 847 5333 4 a 847 5288 -1 a 847 5287 1 a 847 5150 -1 a 847 5149 1 a 847 5134 -1 a 847 5133 1 a 847 5098 -1 a 847 5097 1 a 847 5068 -1 a 847 5067 1 a 847 4994 -1 a 847 4993 1 a 847 4952 -1 a 847 4951 1 a 847 4938 -1 a 847 4937 1 a 847 4632 -1 a 847 4631 1 a 847 4486 -1 a 847 4485 1 a 847 4484 -1 a 847 4483 1 a 847 4482 -1 a 847 4481 1 a 847 4480 -1 a 847 4479 1 a 847 4478 -1 a 847 4477 1 a 847 4476 -1 a 847 4475 1 a 847 4474 -1 a 847 4473 1 a 847 4424 -1 a 847 4423 1 a 847 4422 -1 a 847 4421 1 a 847 4408 -1 a 847 4407 1 a 847 4406 -1 a 847 4405 1 a 847 4404 1 a 847 4403 -1 a 847 4386 -1 a 847 4385 1 a 847 4156 -1 a 847 4155 1 a 847 4150 -1 a 847 4149 1 a 847 4090 -1 a 847 4089 1 a 847 4072 -1 a 847 4071 1 a 847 4066 -1 a 847 4065 1 a 847 4060 -1 a 847 4059 1 a 847 4054 -1 a 847 4053 1 a 847 4034 -1 a 847 4033 1 a 847 3908 -1 a 847 3907 1 a 847 3670 -1 a 847 3669 1 a 847 3668 -1 a 847 3667 1 a 847 3582 -1 a 847 3581 1 a 847 3554 -1 a 847 3553 1 a 847 3392 -1 a 847 3391 1 a 847 3368 -1 a 847 3367 1 a 847 3366 -1 a 847 3365 1 a 847 3308 -1 a 847 3307 1 a 847 3286 -1 a 847 3285 1 a 847 3202 1 a 847 3201 -1 a 847 3090 -1 a 847 3089 1 a 847 3042 -1 a 847 3041 1 a 847 3012 -1 a 847 3011 1 a 847 2736 -1 a 847 2735 1 a 847 1854 -1 a 847 1853 1 a 847 1754 -1 a 847 1753 1 a 847 1702 1 a 847 1701 -1 a 847 1676 -1 a 847 1675 1 a 847 1542 -2 a 847 1541 2 a 847 1540 -2 a 847 1539 2 a 847 1510 -1 a 847 1509 1 a 847 1340 -1 a 847 1339 1 a 847 1296 -1 a 847 1295 1 a 847 1262 -1 a 847 1261 1 a 847 1260 -1 a 847 1259 1 a 847 1206 -1 a 847 1205 1 a 847 1170 -1 a 847 1169 1 a 847 1084 -1 a 847 1083 1 a 847 1006 -1 a 847 1005 1 a 847 1002 -1 a 847 1001 1 a 847 906 -1 a 847 905 1 a 847 904 -1 a 847 903 1 a 847 902 -1 a 847 901 1 a 847 900 -1 a 847 899 1 a 847 898 -1 a 847 897 1 a 847 896 -1 a 847 895 1 a 847 894 -1 a 847 893 1 a 847 892 -1 a 847 891 1 a 847 890 -1 a 847 889 1 a 847 888 -1 a 847 887 1 a 847 886 -1 a 847 885 1 a 848 2116 1 a 848 2115 -1 a 848 1508 1 a 848 1507 -1 a 849 5542 1 a 849 5541 -1 a 849 5422 1 a 849 5421 -1 a 849 5388 -1 a 849 5387 1 a 849 5320 1 a 849 5319 -1 a 849 5318 1 a 849 5317 -1 a 849 5270 1 a 849 5269 -1 a 849 4812 1 a 849 4811 -1 a 849 4562 1 a 849 4561 -1 a 849 4026 3 a 849 4025 -3 a 849 3920 1 a 849 3919 -1 a 849 3918 1 a 849 3917 -1 a 849 3846 -1 a 849 3845 1 a 849 3832 -1 a 849 3831 1 a 849 3828 -1 a 849 3827 1 a 849 3574 -1 a 849 3573 1 a 849 3056 -1 a 849 3055 1 a 849 2820 -1 a 849 2819 1 a 849 2758 1 a 849 2757 -1 a 849 2668 -1 a 849 2667 1 a 849 1822 -1 a 849 1821 1 a 849 1760 -1 a 849 1759 1 a 849 1348 -1 a 849 1347 1 a 849 1240 -1 a 849 1239 1 a 850 3974 1 a 850 3973 -1 a 850 1250 -1 a 850 1249 1 a 851 3372 1 a 851 3371 -1 a 851 3184 -1 a 851 3183 1 a 852 812 1 a 852 811 -1 a 852 810 1 a 852 809 -1 a 853 4952 -1 a 853 4951 1 a 853 3588 1 a 853 3587 -1 a 853 3294 -1 a 853 3293 1 a 853 3058 -1 a 853 3057 1 a 853 3056 -1 a 853 3055 1 a 853 3054 -1 a 853 3053 1 a 853 3046 1 a 853 3045 -1 a 853 3044 1 a 853 3043 -1 a 853 3012 2 a 853 3011 -2 a 854 5700 1 a 854 5699 -1 a 854 5486 1 a 854 5485 -1 a 854 5100 1 a 854 5099 -1 a 854 5098 -1 a 854 5097 1 a 855 4294 -1 a 855 4293 1 a 855 742 1 a 855 741 -1 a 856 1566 -1 a 856 1565 1 a 856 1564 -1 a 856 1563 1 a 856 1562 -1 a 856 1561 1 a 856 1560 -1 a 856 1559 1 a 856 1550 1 a 856 1549 -1 a 856 1546 1 a 856 1545 -1 a 856 1544 1 a 856 1543 -1 a 857 2000 1 a 857 1999 -1 a 857 822 1 a 857 821 -1 a 858 2126 1 a 858 2125 -1 a 858 1568 1 a 858 1567 -1 a 859 3786 1 a 859 3785 -1 a 859 3784 -1 a 859 3783 1 a 860 4262 -1 a 860 4261 1 a 860 4236 1 a 860 4235 -1 a 860 4220 1 a 860 4219 -1 a 861 858 1 a 861 857 -1 a 861 822 -1 a 861 821 1 a 861 734 -1 a 861 733 1 a 862 1568 -1 a 862 1567 1 a 862 1566 1 a 862 1565 -1 a 862 1564 1 a 862 1563 -1 a 862 1562 1 a 862 1561 -1 a 862 1560 1 a 862 1559 -1 a 863 4238 1 a 863 4237 -1 a 863 4220 -1 a 863 4219 1 a 864 5698 -1 a 864 5697 1 a 864 5556 1 a 864 5555 -1 a 865 4616 1 a 865 4615 -1 a 865 4612 1 a 865 4611 -1 a 865 4608 1 a 865 4607 -1 a 865 4604 1 a 865 4603 -1 a 865 4148 1 a 865 4147 -1 a 865 3118 -1 a 865 3117 1 a 866 2070 1 a 866 2069 -1 a 866 1250 1 a 866 1249 -1 a 867 3096 1 a 867 3095 -1 a 867 2812 -1 a 867 2811 1 a 868 4452 1 a 868 4451 -1 a 868 4444 -1 a 868 4443 1 a 869 1566 -1 a 869 1565 1 a 869 1558 1 a 869 1557 -1 a 869 1556 1 a 869 1555 -1 a 870 3024 1 a 870 3023 -1 a 870 2288 1 a 870 2287 -1 a 871 4988 -1 a 871 4987 1 a 871 4088 1 a 871 4087 -1 a 872 1566 1 a 872 1565 -1 a 872 1558 -1 a 872 1557 1 a 872 1556 -1 a 872 1555 1 a 872 1554 1 a 872 1553 -1 a 873 4442 -1 a 873 4441 1 a 873 3308 1 a 873 3307 -1 a 874 5414 1 a 874 5413 -1 a 874 5412 -1 a 874 5411 1 a 874 4720 -1 a 874 4719 1 a 874 4718 -1 a 874 4717 1 a 874 4716 1 a 874 4715 -1 a 874 1462 -1 a 874 1461 1 a 875 4242 1 a 875 4241 -1 a 875 4222 -1 a 875 4221 1 a 876 5694 -1 a 876 5693 1 a 876 5692 -1 a 876 5691 1 a 876 5690 1 a 876 5689 -1 a 877 4806 1 a 877 4805 -1 a 877 2522 1 a 877 2521 -1 a 878 4996 1 a 878 4995 -1 a 878 4824 1 a 878 4823 -1 a 878 3936 1 a 878 3935 -1 a 878 1850 -1 a 878 1849 1 a 878 1842 -1 a 878 1841 1 a 879 4264 -1 a 879 4263 1 a 879 4240 1 a 879 4239 -1 a 879 4222 1 a 879 4221 -1 a 880 5414 -1 a 880 5413 1 a 880 5412 1 a 880 5411 -1 a 880 5408 -1 a 880 5407 1 a 880 4724 1 a 880 4723 -1 a 880 4722 1 a 880 4721 -1 a 880 4718 1 a 880 4717 -1 a 880 4716 -1 a 880 4715 1 a 880 4710 -1 a 880 4709 1 a 880 4708 -1 a 880 4707 1 a 880 4668 -1 a 880 4667 1 a 880 4642 -1 a 880 4641 1 a 880 4428 -3 a 880 4427 3 a 880 3632 -1 a 880 3631 1 a 880 3294 -1 a 880 3293 1 a 880 2760 -1 a 880 2759 1 a 880 2758 -1 a 880 2757 1 a 880 1462 1 a 880 1461 -1 a 880 1350 -1 a 880 1349 1 a 881 4720 1 a 881 4719 -1 a 881 2504 1 a 881 2503 -1 a 882 2978 1 a 882 2977 -1 a 883 5134 -1 a 883 5133 1 a 883 5132 -1 a 883 5131 1 a 883 5128 -1 a 883 5127 1 a 883 5124 -1 a 883 5123 1 a 883 5122 -1 a 883 5121 1 a 883 5120 -1 a 883 5119 1 a 883 4978 -2 a 883 4977 2 a 883 4052 -1 a 883 4051 1 a 883 4050 -1 a 883 4049 1 a 883 1794 -1 a 883 1793 1 a 883 1446 -2 a 883 1445 2 a 883 1444 -2 a 883 1443 2 a 883 1442 -2 a 883 1441 2 a 883 1440 -2 a 883 1439 2 a 883 1240 -1 a 883 1239 1 a 883 1162 1 a 883 1161 -1 a 884 3950 1 a 884 3949 -1 a 884 1840 -1 a 884 1839 1 a 885 3374 1 a 885 3373 -1 a 885 3186 -1 a 885 3185 1 a 886 1022 1 a 886 1021 -1 a 886 1018 -1 a 886 1017 1 a 887 3628 1 a 887 3627 -1 a 887 2388 1 a 887 2387 -1 a 888 3240 -1 a 888 3239 1 a 889 3774 -1 a 889 3773 1 a 889 3228 1 a 889 3227 -1 a 889 2914 -1 a 889 2913 1 a 890 3628 -1 a 890 3627 1 a 890 3626 1 a 890 3625 -1 a 891 4580 1 a 891 4579 -1 a 891 1270 -1 a 891 1269 1 a 892 5570 2 a 892 5569 -2 a 892 4506 -1 a 892 4505 1 a 892 4484 1 a 892 4483 -1 a 893 4046 -1 a 893 4045 1 a 893 1938 -1 a 893 1937 1 a 893 1038 -1 a 893 1037 1 a 894 5756 0.0004 a 894 5755 -0.0004 a 894 5558 0.0004 a 894 5557 -0.0004 a 894 5488 -1 a 894 5487 1 a 894 5264 1 a 894 5263 -1 a 894 5130 1 a 894 5129 -1 a 894 4918 1 a 894 4917 -1 a 894 4836 1 a 894 4835 -1 a 894 4764 -1 a 894 4763 1 a 894 4754 1 a 894 4753 -1 a 894 4730 3 a 894 4729 -3 a 894 4710 -1 a 894 4709 1 a 894 4678 1 a 894 4677 -1 a 894 4094 1 a 894 4093 -1 a 894 3928 1 a 894 3927 -1 a 894 3854 1 a 894 3853 -1 a 894 3848 1 a 894 3847 -1 a 894 3846 1 a 894 3845 -1 a 894 3844 1 a 894 3843 -1 a 894 3806 -1 a 894 3805 1 a 894 3670 -1 a 894 3669 1 a 894 3552 -1 a 894 3551 1 a 894 3364 1 a 894 3363 -1 a 894 3362 -1 a 894 3361 1 a 894 3298 1 a 894 3297 -1 a 894 3286 -1 a 894 3285 1 a 894 3266 -1 a 894 3265 1 a 894 3264 1 a 894 3263 -1 a 894 3132 1 a 894 3131 -1 a 894 3094 1 a 894 3093 -1 a 894 3090 -1 a 894 3089 1 a 894 3084 1 a 894 3083 -1 a 894 3046 1 a 894 3045 -1 a 894 3000 1 a 894 2999 -1 a 894 2998 1 a 894 2997 -1 a 894 2988 -1 a 894 2987 1 a 894 2848 -1 a 894 2847 1 a 894 2844 1 a 894 2843 -1 a 894 2816 -1 a 894 2815 1 a 894 2750 1 a 894 2749 -1 a 894 2740 1 a 894 2739 -1 a 894 2738 1 a 894 2737 -1 a 894 2646 1 a 894 2645 -1 a 894 1910 1 a 894 1909 -1 a 894 1906 1 a 894 1905 -1 a 894 1902 1 a 894 1901 -1 a 894 1898 1 a 894 1897 -1 a 894 1894 1 a 894 1893 -1 a 894 1890 1 a 894 1889 -1 a 894 1886 1 a 894 1885 -1 a 894 1882 1 a 894 1881 -1 a 894 1878 1 a 894 1877 -1 a 894 1874 1 a 894 1873 -1 a 894 1870 1 a 894 1869 -1 a 894 1866 1 a 894 1865 -1 a 894 1852 1 a 894 1851 -1 a 894 1830 -1 a 894 1829 1 a 894 1784 1 a 894 1783 -1 a 894 1780 1 a 894 1779 -1 a 894 1750 1 a 894 1749 -1 a 894 1746 1 a 894 1745 -1 a 894 1388 1 a 894 1387 -1 a 894 1370 -1 a 894 1369 1 a 894 1314 -1 a 894 1313 1 a 894 1268 1 a 894 1267 -1 a 894 1216 1 a 894 1215 -1 a 894 1204 -1 a 894 1203 1 a 894 1202 -1 a 894 1201 1 a 894 1160 -1 a 894 1159 1 a 894 924 1 a 894 923 -1 a 894 884 1 a 894 883 -1 a 894 882 1 a 894 881 -1 a 894 880 1 a 894 879 -1 a 894 878 1 a 894 877 -1 a 894 876 1 a 894 875 -1 a 894 874 1 a 894 873 -1 a 894 872 1 a 894 871 -1 a 894 870 1 a 894 869 -1 a 894 868 1 a 894 867 -1 a 894 866 1 a 894 865 -1 a 894 864 1 a 894 863 -1 a 894 862 1 a 894 861 -1 a 894 816 1 a 894 815 -1 a 894 812 1 a 894 811 -1 a 895 3194 1 a 895 3193 -1 a 895 1936 1 a 895 1935 -1 a 896 3400 -1 a 896 3399 1 a 896 3398 -1 a 896 3397 1 a 896 3396 1 a 896 3395 -1 a 896 3394 1 a 896 3393 -1 a 897 914 -1 a 897 913 1 a 898 3374 -1 a 898 3373 1 a 898 2640 -1 a 898 2639 1 a 898 2620 1 a 898 2619 -1 a 898 1026 1 a 898 1025 -1 a 899 5756 0.1776 a 899 5755 -0.1776 a 899 3398 1 a 899 3397 -1 a 899 3396 -1 a 899 3395 1 a 899 3394 -1 a 899 3393 1 a 899 2580 0.1776 a 899 2579 -0.1776 a 900 3400 1 a 900 3399 -1 a 900 2352 1 a 900 2351 -1 a 901 5696 1 a 901 5695 -1 a 902 2014 1 a 902 2013 -1 a 902 914 1 a 902 913 -1 a 903 1542 -2 a 903 1541 2 a 903 1390 -1 a 903 1389 1 a 903 930 1 a 903 929 -1 a 904 5764 1 a 904 5763 -1 a 904 5756 0.000937 a 904 5755 -0.000937 a 904 5574 -1 a 904 5573 1 a 904 5558 0.000937 a 904 5557 -0.000937 a 905 3928 -2 a 905 3927 2 a 905 3926 -2 a 905 3925 2 a 905 3922 -1 a 905 3921 1 a 905 3920 1 a 905 3919 -1 a 905 3916 1 a 905 3915 -1 a 906 3304 -1 a 906 3303 1 a 906 1164 1 a 906 1163 -1 a 906 1110 -1 a 906 1109 1 a 907 2168 1 a 907 2167 -1 a 907 1798 1 a 907 1797 -1 a 908 3924 -1 a 908 3923 1 a 908 3922 1 a 908 3921 -1 a 908 3918 1 a 908 3917 -1 a 908 3914 1 a 908 3913 -1 a 909 5424 -1 a 909 5423 1 a 909 5422 -1 a 909 5421 1 a 909 1798 -1 a 909 1797 1 a 910 5012 1 a 910 5011 -1 a 911 3192 1 a 911 3191 -1 a 911 1934 1 a 911 1933 -1 a 912 5094 1 a 912 5093 -1 a 912 5092 -1 a 912 5091 1 a 913 5368 1 a 913 5367 -1 a 913 5366 1 a 913 5365 -1 a 914 5352 -1 a 914 5351 1 a 914 4214 -1 a 914 4213 1 a 914 4208 1 a 914 4207 -1 a 914 4204 1 a 914 4203 -1 a 914 3038 -1 a 914 3037 1 a 915 1990 1 a 915 1989 -1 a 915 724 1 a 915 723 -1 a 916 5368 -1 a 916 5367 1 a 916 5352 1 a 916 5351 -1 a 917 1266 1 a 917 1265 -1 a 918 730 1 a 918 729 -1 a 918 724 -1 a 918 723 1 a 919 5756 0.026137 a 919 5755 -0.026137 a 919 5558 0.026137 a 919 5557 -0.026137 a 919 4012 1 a 919 4011 -1 a 919 3870 -1 a 919 3869 1 a 919 2790 1 a 919 2789 -1 a 919 2580 0.02617 a 919 2579 -0.02617 a 920 3218 -1 a 920 3217 1 a 920 3212 1 a 920 3211 -1 a 921 3362 -1 a 921 3361 1 a 921 1006 -1 a 921 1005 1 a 922 4656 -1 a 922 4655 1 a 923 1304 -1 a 923 1303 1 a 923 1302 1 a 923 1301 -1 a 924 1766 -1 a 924 1765 1 a 924 1752 1 a 924 1751 -1 a 925 5756 0.00042 a 925 5755 -0.00042 a 925 5564 -2 a 925 5563 2 a 925 5558 0.00042 a 925 5557 -0.00042 a 926 1010 1 a 926 1009 -1 a 926 992 -1 a 926 991 1 a 927 3312 1 a 927 3311 -1 a 928 2090 1 a 928 2089 -1 a 928 1394 1 a 928 1393 -1 a 929 4976 1 a 929 4975 -1 a 929 4958 -1 a 929 4957 1 a 930 5006 -1 a 930 5005 1 a 930 5004 1 a 930 5003 -1 a 930 5002 1 a 930 5001 -1 a 930 3954 -1 a 930 3953 1 a 930 854 -1 a 930 853 1 a 931 4914 1 a 931 4913 -1 a 931 2996 1 a 931 2995 -1 a 932 5124 1 a 932 5123 -1 a 932 5122 -1 a 932 5121 1 a 933 5004 -1 a 933 5003 1 a 933 5002 -1 a 933 5001 1 a 933 5000 1 a 933 4999 -1 a 933 4998 1 a 933 4997 -1 a 933 4554 1 a 933 4553 -1 a 933 3952 -1 a 933 3951 1 a 933 1630 -1 a 933 1629 1 a 934 1394 -1 a 934 1393 1 a 935 3576 -1 a 935 3575 1 a 935 3574 1 a 935 3573 -1 a 935 3572 1 a 935 3571 -1 a 936 5006 1 a 936 5005 -1 a 936 2564 1 a 936 2563 -1 a 937 5120 1 a 937 5119 -1 a 937 5114 -1 a 937 5113 1 a 938 1490 -1 a 938 1489 1 a 938 1476 1 a 938 1475 -1 a 939 4884 -1 a 939 4883 1 a 939 4422 -1 a 939 4421 1 a 940 4376 1 a 940 4375 -1 a 940 1268 -1 a 940 1267 1 a 941 904 -1 a 941 903 1 a 941 882 1 a 941 881 -1 a 942 4912 1 a 942 4911 -1 a 942 4910 -1 a 942 4909 1 a 942 4908 1 a 942 4907 -1 a 942 4906 1 a 942 4905 -1 a 942 4904 1 a 942 4903 -1 a 942 992 1 a 942 991 -1 a 943 5756 0.003158 a 943 5755 -0.003158 a 943 2580 0.003158 a 943 2579 -0.003158 a 943 1592 -1 a 943 1591 1 a 943 1588 1 a 943 1587 -1 a 944 3200 -1 a 944 3199 1 a 945 4900 1 a 945 4899 -1 a 945 2548 1 a 945 2547 -1 a 946 2130 1 a 946 2129 -1 a 946 1590 1 a 946 1589 -1 a 947 2662 1 a 947 2661 -1 a 947 2660 -1 a 947 2659 1 a 948 1600 -1 a 948 1599 1 a 948 1598 1 a 948 1597 -1 a 949 5546 -1 a 949 5545 1 a 949 5520 1 a 949 5519 -1 a 949 5386 1 a 949 5385 -1 a 949 5328 -1 a 949 5327 1 a 949 5326 -1 a 949 5325 1 a 949 5272 -1 a 949 5271 1 a 949 4722 1 a 949 4721 -1 a 949 4560 -1 a 949 4559 1 a 949 4386 1 a 949 4385 -1 a 949 4024 -3 a 949 4023 3 a 949 3916 -1 a 949 3915 1 a 949 3914 -1 a 949 3913 1 a 949 3844 1 a 949 3843 -1 a 949 3836 1 a 949 3835 -1 a 949 3830 1 a 949 3829 -1 a 949 3572 1 a 949 3571 -1 a 949 3418 1 a 949 3417 -1 a 949 3054 1 a 949 3053 -1 a 949 2930 1 a 949 2929 -1 a 949 2818 1 a 949 2817 -1 a 949 2666 1 a 949 2665 -1 a 949 1820 1 a 949 1819 -1 a 949 1758 1 a 949 1757 -1 a 949 1628 -1 a 949 1627 1 a 949 1346 1 a 949 1345 -1 a 950 1592 1 a 950 1591 -1 a 950 1590 -1 a 950 1589 1 a 950 1588 -1 a 950 1587 1 a 950 1582 -4 a 950 1581 4 a 951 4900 -1 a 951 4899 1 a 951 4898 1 a 951 4897 -1 a 952 4586 1 a 952 4585 -1 a 952 1162 -1 a 952 1161 1 a 953 1128 -1 a 953 1127 1 a 953 1122 -1 a 953 1121 1 a 953 1120 1 a 953 1119 -1 a 953 1116 1 a 953 1115 -1 a 954 2134 1 a 954 2133 -1 a 954 1600 1 a 954 1599 -1 a 955 3116 1 a 955 3115 -1 a 955 1790 -1 a 955 1789 1 a 956 3638 1 a 956 3637 -1 a 956 1596 1 a 956 1595 -1 a 957 5564 4 a 957 5563 -4 a 957 4370 1 a 957 4369 -1 a 957 4328 1 a 957 4327 -1 a 957 4250 -1 a 957 4249 1 a 957 4196 -1 a 957 4195 1 a 957 1494 2 a 957 1493 -2 a 957 1480 -1 a 957 1479 1 a 958 4834 1 a 958 4833 -1 a 958 4516 -1 a 958 4515 1 a 958 1816 1 a 958 1815 -1 a 959 5608 -1 a 959 5607 1 a 959 5516 -1 a 959 5515 1 a 959 5178 -1 a 959 5177 1 a 959 4584 -1 a 959 4583 1 a 959 3870 1 a 959 3869 -1 a 959 1836 -1 a 959 1835 1 a 960 4248 -1 a 960 4247 1 a 960 4196 1 a 960 4195 -1 a 960 3518 1 a 960 3517 -1 a 960 3504 1 a 960 3503 -1 a 960 1442 1 a 960 1441 -1 a 960 804 -1 a 960 803 1 a 961 2804 1 a 961 2803 -1 a 961 2598 1 a 961 2597 -1 a 961 1886 -1 a 961 1885 1 a 961 1884 -1 a 961 1883 1 a 961 1152 1 a 961 1151 -1 a 961 938 -1 a 961 937 1 a 961 900 1 a 961 899 -1 a 962 3944 -1 a 962 3943 1 a 962 3342 -1 a 962 3341 1 a 962 3340 1 a 962 3339 -1 a 962 3338 1 a 962 3337 -1 a 963 5200 1 a 963 5199 -1 a 963 5198 -1 a 963 5197 1 a 964 5556 1 a 964 5555 -1 a 964 3908 -1 a 964 3907 1 a 964 3906 1 a 964 3905 -1 a 964 3894 -1 a 964 3893 1 a 964 3856 -1 a 964 3855 1 a 965 3200 1 a 965 3199 -1 a 965 2006 1 a 965 2005 -1 a 966 5646 -1 a 966 5645 1 a 966 5644 -1 a 966 5643 1 a 966 5252 -1 a 966 5251 1 a 967 5250 1 a 967 5249 -1 a 967 5248 1 a 967 5247 -1 a 968 3570 1 a 968 3569 -1 a 968 2370 1 a 968 2369 -1 a 969 2110 1 a 969 2109 -1 a 969 1468 1 a 969 1467 -1 a 970 5688 -1 a 970 5687 1 a 970 5420 -2 a 970 5419 2 a 970 3734 -1 a 970 3733 1 a 970 3730 -1 a 970 3729 1 a 970 3654 -1 a 970 3653 1 a 970 3652 -1 a 970 3651 1 a 970 3650 -1 a 970 3649 1 a 970 3648 -1 a 970 3647 1 a 970 3646 -1 a 970 3645 1 a 970 3644 -2 a 970 3643 2 a 970 3640 -1 a 970 3639 1 a 970 1672 -1 a 970 1671 1 a 970 1670 1 a 970 1669 -1 a 970 1130 -1 a 970 1129 1 a 970 918 -1 a 970 917 1 a 971 3638 1 a 971 3637 -1 a 972 1946 1 a 972 1945 -1 a 972 1944 -1 a 972 1943 1 a 973 2060 1 a 973 2059 -1 a 973 1672 1 a 973 1671 -1 a 974 4964 -1 a 974 4963 1 a 974 1670 -1 a 974 1669 1 a 974 1646 1 a 974 1645 -1 a 974 1224 -1 a 974 1223 1 a 974 1186 1 a 974 1185 -1 a 974 1184 -1 a 974 1183 1 a 974 1178 2 a 974 1177 -2 a 974 1128 -1 a 974 1127 1 a 974 916 -1 a 974 915 1 a 975 1330 -1 a 975 1329 1 a 976 5596 1 a 976 5595 -1 a 976 3274 -1 a 976 3273 1 a 976 2640 1 a 976 2639 -1 a 977 4934 -1 a 977 4933 1 a 977 4932 1 a 977 4931 -1 a 978 4148 -1 a 978 4147 1 a 978 4146 -1 a 978 4145 1 a 978 1384 1 a 978 1383 -1 a 978 1054 -1 a 978 1053 1 a 979 4536 1 a 979 4535 -1 a 979 3942 -1 a 979 3941 1 a 979 3340 -1 a 979 3339 1 a 979 3338 -1 a 979 3337 1 a 979 3334 1 a 979 3333 -1 a 979 3332 1 a 979 3331 -1 a 979 1068 -1 a 979 1067 1 a 980 4758 1 a 980 4757 -1 a 980 3438 -1 a 980 3437 1 a 981 5518 1 a 981 5517 -1 a 981 5384 1 a 981 5383 -1 a 981 5176 1 a 981 5175 -1 a 981 4950 -1 a 981 4949 1 a 981 4930 -1 a 981 4929 1 a 982 5596 -1 a 982 5595 1 a 982 2620 -1 a 982 2619 1 a 983 3274 1 a 983 3273 -1 a 983 2334 1 a 983 2333 -1 a 984 4934 1 a 984 4933 -1 a 984 2554 1 a 984 2553 -1 a 985 966 -1 a 985 965 1 a 986 3842 -1 a 986 3841 1 a 986 1102 1 a 986 1101 -1 a 987 1882 1 a 987 1881 -1 a 987 1880 1 a 987 1879 -1 a 987 836 -1 a 987 835 1 a 988 5152 1 a 988 5151 -1 a 988 5146 -1 a 988 5145 1 a 989 2024 1 a 989 2023 -1 a 989 966 1 a 989 965 -1 a 990 4758 -1 a 990 4757 1 a 990 3784 1 a 990 3783 -1 a 991 5482 1 a 991 5481 -1 a 991 4652 -1 a 991 4651 1 a 991 1608 1 a 991 1607 -1 a 991 1060 1 a 991 1059 -1 a 992 4362 1 a 992 4361 -1 a 992 4320 1 a 992 4319 -1 a 992 4234 -1 a 992 4233 1 a 992 4188 -1 a 992 4187 1 a 992 1486 2 a 992 1485 -2 a 992 1472 -1 a 992 1471 1 a 993 2044 1 a 993 2043 -1 a 993 1058 1 a 993 1057 -1 a 994 2870 -1 a 994 2869 1 a 994 2868 1 a 994 2867 -1 a 995 5528 1 a 995 5527 -1 a 995 5356 -1 a 995 5355 1 a 995 5310 1 a 995 5309 -1 a 995 5304 1 a 995 5303 -1 a 995 4908 1 a 995 4907 -1 a 995 4848 1 a 995 4847 -1 a 995 4638 1 a 995 4637 -1 a 995 4552 1 a 995 4551 -1 a 995 4472 1 a 995 4471 -1 a 995 4434 -1 a 995 4433 1 a 995 4408 -1 a 995 4407 1 a 995 4404 1 a 995 4403 -1 a 995 3776 1 a 995 3775 -1 a 995 3626 1 a 995 3625 -1 a 995 3610 1 a 995 3609 -1 a 995 3390 1 a 995 3389 -1 a 995 2964 1 a 995 2963 -1 a 995 2898 1 a 995 2897 -1 a 995 2770 1 a 995 2769 -1 a 995 2768 1 a 995 2767 -1 a 995 1954 -1 a 995 1953 1 a 995 1724 1 a 995 1723 -1 a 995 1318 1 a 995 1317 -1 a 995 1012 1 a 995 1011 -1 a 995 994 1 a 995 993 -1 a 996 5360 1 a 996 5359 -1 a 996 5358 1 a 996 5357 -1 a 997 4232 -1 a 997 4231 1 a 997 4188 1 a 997 4187 -1 a 997 3510 1 a 997 3509 -1 a 997 3496 1 a 997 3495 -1 a 997 796 -1 a 997 795 1 a 998 874 -1 a 998 873 1 a 998 840 1 a 998 839 -1 a 999 2870 1 a 999 2869 -1 a 999 2250 1 a 999 2249 -1 a 1000 5406 1 a 1000 5405 -1 a 1000 2868 -1 a 1000 2867 1 a 1001 4410 1 a 1001 4409 -1 a 1001 3148 -1 a 1001 3147 1 a 1001 2912 -1 a 1001 2911 1 a 1002 1614 1 a 1002 1613 -1 a 1003 5646 1 a 1003 5645 -1 a 1003 5644 -1 a 1003 5643 1 a 1004 4684 1 a 1004 4683 -1 a 1004 2496 1 a 1004 2495 -1 a 1005 3208 1 a 1005 3207 -1 a 1005 2634 -1 a 1005 2633 1 a 1005 2614 1 a 1005 2613 -1 a 1006 3612 -1 a 1006 3611 1 a 1006 3610 1 a 1006 3609 -1 a 1006 3608 1 a 1006 3607 -1 a 1007 3014 1 a 1007 3013 -1 a 1007 2284 1 a 1007 2283 -1 a 1008 5258 1 a 1008 5257 -1 a 1008 3016 -1 a 1008 3015 1 a 1009 3742 -1 a 1009 3741 1 a 1009 3608 -1 a 1009 3607 1 a 1009 3590 1 a 1009 3589 -1 a 1009 1232 1 a 1009 1231 -1 a 1009 1230 1 a 1009 1229 -1 a 1009 1228 1 a 1009 1227 -1 a 1009 1226 1 a 1009 1225 -1 a 1010 3612 1 a 1010 3611 -1 a 1010 2376 1 a 1010 2375 -1 a 1011 3016 1 a 1011 3015 -1 a 1011 3014 -1 a 1011 3013 1 a 1012 1614 -1 a 1012 1613 1 a 1013 5518 -1 a 1013 5517 1 a 1013 5516 1 a 1013 5515 -1 a 1014 4740 1 a 1014 4739 -1 a 1014 2512 1 a 1014 2511 -1 a 1015 4174 -1 a 1015 4173 1 a 1016 5404 1 a 1016 5403 -1 a 1016 5402 -1 a 1016 5401 1 a 1017 5068 1 a 1017 5067 -1 a 1017 4156 1 a 1017 4155 -1 a 1017 1856 -1 a 1017 1855 1 a 1017 1854 -1 a 1017 1853 1 a 1017 1852 1 a 1017 1851 -1 a 1018 4808 -1 a 1018 4807 1 a 1018 4736 1 a 1018 4735 -1 a 1018 4630 1 a 1018 4629 -1 a 1019 4174 1 a 1019 4173 -1 a 1019 2452 1 a 1019 2451 -1 a 1020 4740 -1 a 1020 4739 1 a 1021 3564 1 a 1021 3563 -1 a 1021 2368 1 a 1021 2367 -1 a 1022 4304 -1 a 1022 4303 1 a 1022 752 1 a 1022 751 -1 a 1023 3702 -1 a 1023 3701 1 a 1023 3700 1 a 1023 3699 -1 a 1024 3516 -1 a 1024 3515 1 a 1024 3502 -1 a 1024 3501 1 a 1025 5744 1 a 1025 5743 -1 a 1025 3336 -1 a 1025 3335 1 a 1025 3114 -1 a 1025 3113 1 a 1026 3564 -1 a 1026 3563 1 a 1026 3562 -1 a 1026 3561 1 a 1026 3560 1 a 1026 3559 -1 a 1026 3558 1 a 1026 3557 -1 a 1026 1400 1 a 1026 1399 -1 a 1027 3336 1 a 1027 3335 -1 a 1027 2346 1 a 1027 2345 -1 a 1028 5744 -1 a 1028 5743 1 a 1028 5488 1 a 1028 5487 -1 a 1028 3722 -1 a 1028 3721 1 a 1028 3112 -1 a 1028 3111 1 a 1029 4766 1 a 1029 4765 -1 a 1029 1746 -1 a 1029 1745 1 a 1030 5182 -1 a 1030 5181 1 a 1030 5174 1 a 1030 5173 -1 a 1031 4520 -1 a 1031 4519 1 a 1031 960 1 a 1031 959 -1 a 1032 4940 1 a 1032 4939 -1 a 1032 2556 1 a 1032 2555 -1 a 1033 4938 1 a 1033 4937 -1 a 1033 4936 -1 a 1033 4935 1 a 1034 5274 -1 a 1034 5273 1 a 1035 1976 1 a 1035 1975 -1 a 1035 706 1 a 1035 705 -1 a 1036 5106 1 a 1036 5105 -1 a 1036 3410 -1 a 1036 3409 1 a 1036 1218 -1 a 1036 1217 1 a 1036 708 -1 a 1036 707 1 a 1037 3674 1 a 1037 3673 -1 a 1037 1438 -1 a 1037 1437 1 a 1038 4948 1 a 1038 4947 -1 a 1038 4940 -1 a 1038 4939 1 a 1039 3536 1 a 1039 3535 -1 a 1039 3508 1 a 1039 3507 -1 a 1039 780 1 a 1039 779 -1 a 1039 766 -1 a 1039 765 1 a 1040 4458 1 a 1040 4457 -1 a 1040 2472 1 a 1040 2471 -1 a 1041 1770 1 a 1041 1769 -1 a 1041 1724 -1 a 1041 1723 1 a 1042 3672 -1 a 1042 3671 1 a 1042 3346 1 a 1042 3345 -1 a 1042 1792 1 a 1042 1791 -1 a 1043 4456 -1 a 1043 4455 1 a 1043 1248 1 a 1043 1247 -1 a 1044 3364 -1 a 1044 3363 1 a 1044 1736 1 a 1044 1735 -1 a 1045 3094 -1 a 1045 3093 1 a 1046 4318 -1 a 1046 4317 1 a 1046 766 1 a 1046 765 -1 a 1047 3220 1 a 1047 3219 -1 a 1047 3212 -1 a 1047 3211 1 a 1048 4458 -1 a 1048 4457 1 a 1048 4456 1 a 1048 4455 -1 a 1049 2756 -1 a 1049 2755 1 a 1049 2754 -1 a 1049 2753 1 a 1049 2752 1 a 1049 2751 -1 a 1049 2668 1 a 1049 2667 -1 a 1049 2666 1 a 1049 2665 -1 a 1050 2178 1 a 1050 2177 -1 a 1050 1848 1 a 1050 1847 -1 a 1051 1878 1 a 1051 1877 -1 a 1051 1876 1 a 1051 1875 -1 a 1051 834 -1 a 1051 833 1 a 1052 5736 1 a 1052 5735 -1 a 1052 5652 -2 a 1052 5651 2 a 1052 5650 -1 a 1052 5649 1 a 1052 5646 -1 a 1052 5645 1 a 1052 2676 -1 a 1052 2675 1 a 1053 3936 -1 a 1053 3935 1 a 1053 1846 -1 a 1053 1845 1 a 1053 1844 1 a 1053 1843 -1 a 1053 1842 1 a 1053 1841 -1 a 1053 1710 -1 a 1053 1709 1 a 1054 4882 1 a 1054 4881 -1 a 1054 2546 1 a 1054 2545 -1 a 1055 2754 1 a 1055 2753 -1 a 1055 2218 1 a 1055 2217 -1 a 1056 4974 -1 a 1056 4973 1 a 1056 4666 -1 a 1056 4665 1 a 1056 4186 -1 a 1056 4185 1 a 1056 4036 -1 a 1056 4035 1 a 1056 3146 -1 a 1056 3145 1 a 1056 3144 -1 a 1056 3143 1 a 1056 2906 1 a 1056 2905 -1 a 1056 2774 -1 a 1056 2773 1 a 1056 2756 1 a 1056 2755 -1 a 1056 2752 -1 a 1056 2751 1 a 1056 2736 1 a 1056 2735 -1 a 1056 1788 -1 a 1056 1787 1 a 1056 1786 -1 a 1056 1785 1 a 1056 1700 -1 a 1056 1699 1 a 1056 1242 -2 a 1056 1241 2 a 1057 3950 -1 a 1057 3949 1 a 1057 1848 -1 a 1057 1847 1 a 1057 1846 1 a 1057 1845 -1 a 1058 4928 -1 a 1058 4927 1 a 1058 4896 1 a 1058 4895 -1 a 1059 5342 -1 a 1059 5341 1 a 1059 5336 1 a 1059 5335 -1 a 1060 5340 1 a 1060 5339 -1 a 1060 5338 1 a 1060 5337 -1 a 1061 4928 1 a 1061 4927 -1 a 1061 2550 1 a 1061 2549 -1 a 1062 4630 -1 a 1062 4629 1 a 1062 3080 1 a 1062 3079 -1 a 1063 1192 -1 a 1063 1191 1 a 1064 5342 1 a 1064 5341 -1 a 1064 5340 -1 a 1064 5339 1 a 1065 5144 1 a 1065 5143 -1 a 1065 5142 1 a 1065 5141 -1 a 1065 5140 -2 a 1065 5139 2 a 1066 5756 0.00013 a 1066 5755 -0.00013 a 1066 5558 0.00013 a 1066 5557 -0.00013 a 1066 5488 1 a 1066 5487 -1 a 1066 5264 -1 a 1066 5263 1 a 1066 5130 -1 a 1066 5129 1 a 1066 4918 -1 a 1066 4917 1 a 1066 4836 -1 a 1066 4835 1 a 1066 4764 1 a 1066 4763 -1 a 1066 4754 -1 a 1066 4753 1 a 1066 4730 -3 a 1066 4729 3 a 1066 4710 1 a 1066 4709 -1 a 1066 4678 -1 a 1066 4677 1 a 1066 4094 -1 a 1066 4093 1 a 1066 3928 -1 a 1066 3927 1 a 1066 3854 -1 a 1066 3853 1 a 1066 3850 1 a 1066 3849 -1 a 1066 3848 -1 a 1066 3847 1 a 1066 3846 -1 a 1066 3845 1 a 1066 3844 -1 a 1066 3843 1 a 1066 3840 -1 a 1066 3839 1 a 1066 3806 1 a 1066 3805 -1 a 1066 3670 1 a 1066 3669 -1 a 1066 3552 1 a 1066 3551 -1 a 1066 3364 -1 a 1066 3363 1 a 1066 3362 1 a 1066 3361 -1 a 1066 3298 -1 a 1066 3297 1 a 1066 3286 1 a 1066 3285 -1 a 1066 3266 1 a 1066 3265 -1 a 1066 3264 -1 a 1066 3263 1 a 1066 3132 -1 a 1066 3131 1 a 1066 3094 -1 a 1066 3093 1 a 1066 3090 1 a 1066 3089 -1 a 1066 3084 -1 a 1066 3083 1 a 1066 3046 -1 a 1066 3045 1 a 1066 3000 -1 a 1066 2999 1 a 1066 2998 -1 a 1066 2997 1 a 1066 2988 1 a 1066 2987 -1 a 1066 2848 1 a 1066 2847 -1 a 1066 2844 -1 a 1066 2843 1 a 1066 2816 1 a 1066 2815 -1 a 1066 2750 -1 a 1066 2749 1 a 1066 2740 -1 a 1066 2739 1 a 1066 2738 -1 a 1066 2737 1 a 1066 2646 -1 a 1066 2645 1 a 1066 2580 0.000447 a 1066 2579 -0.000447 a 1066 1910 -1 a 1066 1909 1 a 1066 1906 -1 a 1066 1905 1 a 1066 1902 -1 a 1066 1901 1 a 1066 1898 -1 a 1066 1897 1 a 1066 1894 -1 a 1066 1893 1 a 1066 1890 -1 a 1066 1889 1 a 1066 1886 -1 a 1066 1885 1 a 1066 1882 -1 a 1066 1881 1 a 1066 1878 -1 a 1066 1877 1 a 1066 1874 -1 a 1066 1873 1 a 1066 1870 -1 a 1066 1869 1 a 1066 1866 -1 a 1066 1865 1 a 1066 1852 -1 a 1066 1851 1 a 1066 1830 1 a 1066 1829 -1 a 1066 1784 -1 a 1066 1783 1 a 1066 1780 -1 a 1066 1779 1 a 1066 1750 -1 a 1066 1749 1 a 1066 1746 -1 a 1066 1745 1 a 1066 1388 -1 a 1066 1387 1 a 1066 1370 1 a 1066 1369 -1 a 1066 1314 1 a 1066 1313 -1 a 1066 1268 -1 a 1066 1267 1 a 1066 1216 -1 a 1066 1215 1 a 1066 1204 1 a 1066 1203 -1 a 1066 1202 1 a 1066 1201 -1 a 1066 1160 1 a 1066 1159 -1 a 1066 924 -1 a 1066 923 1 a 1066 884 -1 a 1066 883 1 a 1066 882 -1 a 1066 881 1 a 1066 880 -1 a 1066 879 1 a 1066 878 -1 a 1066 877 1 a 1066 876 -1 a 1066 875 1 a 1066 874 -1 a 1066 873 1 a 1066 872 -1 a 1066 871 1 a 1066 870 -1 a 1066 869 1 a 1066 868 -1 a 1066 867 1 a 1066 866 -1 a 1066 865 1 a 1066 864 -1 a 1066 863 1 a 1066 862 -1 a 1066 861 1 a 1066 816 -1 a 1066 815 1 a 1066 812 -1 a 1066 811 1 a 1067 4976 -1 a 1067 4975 1 a 1067 4974 1 a 1067 4973 -1 a 1068 4632 1 a 1068 4631 -1 a 1068 1368 -1 a 1068 1367 1 a 1069 1620 -1 a 1069 1619 1 a 1070 2158 1 a 1070 2157 -1 a 1070 1728 1 a 1070 1727 -1 a 1071 4576 2 a 1071 4575 -2 a 1071 4574 -1 a 1071 4573 1 a 1072 3996 -1 a 1072 3995 1 a 1072 3976 1 a 1072 3975 -1 a 1072 1726 1 a 1072 1725 -1 a 1073 2142 1 a 1073 2141 -1 a 1073 1624 1 a 1073 1623 -1 a 1074 3024 -1 a 1074 3023 1 a 1074 2796 1 a 1074 2795 -1 a 1075 4828 -1 a 1075 4827 1 a 1075 4746 1 a 1075 4745 -1 a 1075 4672 -1 a 1075 4671 1 a 1075 4090 1 a 1075 4089 -1 a 1075 2580 0.000223 a 1075 2579 -0.000223 a 1076 1624 -1 a 1076 1623 1 a 1076 1620 1 a 1076 1619 -1 a 1077 1762 1 a 1077 1761 -1 a 1077 1760 1 a 1077 1759 -1 a 1077 1758 1 a 1077 1757 -1 a 1078 3978 1 a 1078 3977 -1 a 1078 1728 -1 a 1078 1727 1 a 1079 5706 -1 a 1079 5705 1 a 1079 5398 -1 a 1079 5397 1 a 1080 3390 -1 a 1080 3389 1 a 1080 3388 1 a 1080 3387 -1 a 1081 3254 -1 a 1081 3253 1 a 1081 3252 -1 a 1081 3251 1 a 1082 4810 -1 a 1082 4809 1 a 1082 4736 -1 a 1082 4735 1 a 1082 4636 -1 a 1082 4635 1 a 1082 4206 -1 a 1082 4205 1 a 1082 4182 1 a 1082 4181 -1 a 1082 3618 -1 a 1082 3617 1 a 1082 3580 -1 a 1082 3579 1 a 1082 3230 -1 a 1082 3229 1 a 1082 2920 1 a 1082 2919 -1 a 1082 2846 -1 a 1082 2845 1 a 1082 2768 -1 a 1082 2767 1 a 1082 2656 -1 a 1082 2655 1 a 1082 2586 -1 a 1082 2585 1 a 1082 2584 1 a 1082 2583 -1 a 1082 2582 1 a 1082 2581 -1 a 1083 3270 1 a 1083 3269 -1 a 1083 3268 1 a 1083 3267 -1 a 1083 3266 1 a 1083 3265 -1 a 1083 3252 1 a 1083 3251 -1 a 1084 4966 -1 a 1084 4965 1 a 1084 4964 1 a 1084 4963 -1 a 1085 5706 1 a 1085 5705 -1 a 1085 5430 -1 a 1085 5429 1 a 1086 2588 -1 a 1086 2587 1 a 1086 2586 1 a 1086 2585 -1 a 1087 5398 1 a 1087 5397 -1 a 1087 5396 1 a 1087 5395 -1 a 1088 3254 1 a 1088 3253 -1 a 1088 2332 1 a 1088 2331 -1 a 1089 5756 5e-05 a 1089 5755 -5e-05 a 1089 5682 -2 a 1089 5681 2 a 1089 5558 5e-05 a 1089 5557 -5e-05 a 1089 5490 -1 a 1089 5489 1 a 1089 5330 3 a 1089 5329 -3 a 1089 5286 -1 a 1089 5285 1 a 1089 5276 -1 a 1089 5275 1 a 1089 5262 -1 a 1089 5261 1 a 1089 5260 -1 a 1089 5259 1 a 1089 5258 1 a 1089 5257 -1 a 1089 5232 1 a 1089 5231 -1 a 1089 5230 1 a 1089 5229 -1 a 1089 5112 -1 a 1089 5111 1 a 1089 5110 1 a 1089 5109 -1 a 1089 5094 -1 a 1089 5093 1 a 1089 5088 1 a 1089 5087 -1 a 1089 5086 1 a 1089 5085 -1 a 1089 5066 -1 a 1089 5065 1 a 1089 4988 -1 a 1089 4987 1 a 1089 4938 -1 a 1089 4937 1 a 1089 4936 -2 a 1089 4935 2 a 1089 4902 -2 a 1089 4901 2 a 1089 4864 1 a 1089 4863 -1 a 1089 4784 -1 a 1089 4783 1 a 1089 4764 1 a 1089 4763 -1 a 1089 4708 -1 a 1089 4707 1 a 1089 4674 -1 a 1089 4673 1 a 1089 4670 -1 a 1089 4669 1 a 1089 4636 -1 a 1089 4635 1 a 1089 4422 -1 a 1089 4421 1 a 1089 4204 -1 a 1089 4203 1 a 1089 4176 -1 a 1089 4175 1 a 1089 4156 -1 a 1089 4155 1 a 1089 4152 -1 a 1089 4151 1 a 1089 4150 -1 a 1089 4149 1 a 1089 4092 -1 a 1089 4091 1 a 1089 4070 -1 a 1089 4069 1 a 1089 4064 -1 a 1089 4063 1 a 1089 4058 -1 a 1089 4057 1 a 1089 4022 3 a 1089 4021 -3 a 1089 3926 1 a 1089 3925 -1 a 1089 3884 1 a 1089 3883 -1 a 1089 3854 -1 a 1089 3853 1 a 1089 3838 1 a 1089 3837 -1 a 1089 3836 1 a 1089 3835 -1 a 1089 3834 1 a 1089 3833 -1 a 1089 3832 1 a 1089 3831 -1 a 1089 3830 1 a 1089 3829 -1 a 1089 3828 1 a 1089 3827 -1 a 1089 3808 1 a 1089 3807 -1 a 1089 3672 1 a 1089 3671 -1 a 1089 3668 -1 a 1089 3667 1 a 1089 3664 -1 a 1089 3663 1 a 1089 3580 -1 a 1089 3579 1 a 1089 3416 -1 a 1089 3415 1 a 1089 3412 1 a 1089 3411 -1 a 1089 3410 1 a 1089 3409 -1 a 1089 3406 1 a 1089 3405 -1 a 1089 3348 -1 a 1089 3347 1 a 1089 3346 1 a 1089 3345 -1 a 1089 3322 -1 a 1089 3321 1 a 1089 3296 1 a 1089 3295 -1 a 1089 3262 1 a 1089 3261 -1 a 1089 3236 -2 a 1089 3235 2 a 1089 3196 -1 a 1089 3195 1 a 1089 3194 -1 a 1089 3193 1 a 1089 3192 -1 a 1089 3191 1 a 1089 3190 -1 a 1089 3189 1 a 1089 3188 -1 a 1089 3187 1 a 1089 3186 -1 a 1089 3185 1 a 1089 3184 -1 a 1089 3183 1 a 1089 3182 -1 a 1089 3181 1 a 1089 3044 1 a 1089 3043 -1 a 1089 3042 -1 a 1089 3041 1 a 1089 3036 -1 a 1089 3035 1 a 1089 2902 -1 a 1089 2901 1 a 1089 2748 1 a 1089 2747 -1 a 1089 2742 1 a 1089 2741 -1 a 1089 2644 1 a 1089 2643 -1 a 1089 1908 1 a 1089 1907 -1 a 1089 1904 1 a 1089 1903 -1 a 1089 1900 1 a 1089 1899 -1 a 1089 1896 1 a 1089 1895 -1 a 1089 1892 1 a 1089 1891 -1 a 1089 1888 1 a 1089 1887 -1 a 1089 1884 1 a 1089 1883 -1 a 1089 1880 1 a 1089 1879 -1 a 1089 1876 1 a 1089 1875 -1 a 1089 1872 1 a 1089 1871 -1 a 1089 1868 1 a 1089 1867 -1 a 1089 1864 1 a 1089 1863 -1 a 1089 1862 -1 a 1089 1861 1 a 1089 1812 1 a 1089 1811 -1 a 1089 1792 1 a 1089 1791 -1 a 1089 1788 -2 a 1089 1787 2 a 1089 1782 1 a 1089 1781 -1 a 1089 1742 -1 a 1089 1741 1 a 1089 1386 1 a 1089 1385 -1 a 1089 1242 -1 a 1089 1241 1 a 1089 1218 1 a 1089 1217 -1 a 1089 1170 -1 a 1089 1169 1 a 1089 968 -1 a 1089 967 1 a 1089 960 -1 a 1089 959 1 a 1089 814 1 a 1089 813 -1 a 1089 810 1 a 1089 809 -1 a 1090 2602 1 a 1090 2601 -1 a 1090 1910 -1 a 1090 1909 1 a 1090 1908 -1 a 1090 1907 1 a 1090 950 -1 a 1090 949 1 a 1090 886 1 a 1090 885 -1 a 1091 3722 1 a 1091 3721 -1 a 1092 5572 14 a 1092 5571 -14 a 1092 4122 -1 a 1092 4121 1 a 1092 694 1 a 1092 693 -1 a 1093 3002 1 a 1093 3001 -1 a 1093 3000 -1 a 1093 2999 1 a 1094 4120 -1 a 1094 4119 1 a 1094 1658 1 a 1094 1657 -1 a 1094 694 -1 a 1094 693 1 a 1095 5264 -1 a 1095 5263 1 a 1095 4114 1 a 1095 4113 -1 a 1096 2172 1 a 1096 2171 -1 a 1096 1814 1 a 1096 1813 -1 a 1097 4334 -1 a 1097 4333 1 a 1097 3440 1 a 1097 3439 -1 a 1098 4084 -1 a 1098 4083 1 a 1098 4080 1 a 1098 4079 -1 a 1099 4082 1 a 1099 4081 -1 a 1099 2446 1 a 1099 2445 -1 a 1100 1894 1 a 1100 1893 -1 a 1100 1892 1 a 1100 1891 -1 a 1100 842 -1 a 1100 841 1 a 1101 5756 0.256971 a 1101 5755 -0.256971 a 1101 5558 0.256971 a 1101 5557 -0.256971 a 1101 4464 -1 a 1101 4463 1 a 1101 4462 -1 a 1101 4461 1 a 1101 4460 1 a 1101 4459 -1 a 1101 4454 1 a 1101 4453 -1 a 1101 4094 -1 a 1101 4093 1 a 1101 2580 0.2211 a 1101 2579 -0.2211 a 1101 1248 -1 a 1101 1247 1 a 1102 4466 1 a 1102 4465 -1 a 1102 2470 1 a 1102 2469 -1 a 1103 4086 -1 a 1103 4085 1 a 1103 4078 -1 a 1103 4077 1 a 1103 1760 -1 a 1103 1759 1 a 1103 1758 -1 a 1103 1757 1 a 1104 4084 1 a 1104 4083 -1 a 1104 2448 1 a 1104 2447 -1 a 1105 2798 -1 a 1105 2797 1 a 1105 1146 1 a 1105 1145 -1 a 1106 1814 -1 a 1106 1813 1 a 1107 5504 -1 a 1107 5503 1 a 1107 5372 -1 a 1107 5371 1 a 1107 5288 1 a 1107 5287 -1 a 1107 4408 1 a 1107 4407 -1 a 1107 4404 -1 a 1107 4403 1 a 1107 4080 -1 a 1107 4079 1 a 1107 4034 1 a 1107 4033 -1 a 1107 3664 -1 a 1107 3663 1 a 1107 3634 1 a 1107 3633 -1 a 1107 1570 1 a 1107 1569 -1 a 1107 1460 -1 a 1107 1459 1 a 1107 1356 -1 a 1107 1355 1 a 1108 4466 -1 a 1108 4465 1 a 1108 4464 1 a 1108 4463 -1 a 1108 4462 1 a 1108 4461 -1 a 1109 4082 -1 a 1109 4081 1 a 1109 4078 1 a 1109 4077 -1 a 1110 4176 -1 a 1110 4175 1 a 1110 4048 1 a 1110 4047 -1 a 1111 1292 -1 a 1111 1291 1 a 1111 1290 -1 a 1111 1289 1 a 1111 1288 1 a 1111 1287 -1 a 1112 1968 -1 a 1112 1967 1 a 1112 1966 1 a 1112 1965 -1 a 1113 2074 1 a 1113 2073 -1 a 1113 1292 1 a 1113 1291 -1 a 1114 1290 1 a 1114 1289 -1 a 1114 1288 -1 a 1114 1287 1 a 1114 1270 1 a 1114 1269 -1 a 1115 4356 -1 a 1115 4355 1 a 1115 3462 1 a 1115 3461 -1 a 1116 5728 1 a 1116 5727 -1 a 1116 2694 -1 a 1116 2693 1 a 1117 5500 -1 a 1117 5499 1 a 1117 5494 1 a 1117 5493 -1 a 1118 4680 -1 a 1118 4679 1 a 1118 4472 1 a 1118 4471 -1 a 1119 5212 1 a 1119 5211 -1 a 1119 5210 -1 a 1119 5209 1 a 1120 3582 -1 a 1120 3581 1 a 1120 3366 1 a 1120 3365 -1 a 1120 1040 -1 a 1120 1039 1 a 1121 5522 1 a 1121 5521 -1 a 1121 3022 1 a 1121 3021 -1 a 1121 2286 1 a 1121 2285 -1 a 1122 5524 -1 a 1122 5523 1 a 1122 3020 -1 a 1122 3019 1 a 1123 4496 1 a 1123 4495 -1 a 1123 4260 1 a 1123 4259 -1 a 1123 1684 -1 a 1123 1683 1 a 1123 1424 1 a 1123 1423 -1 a 1124 2694 1 a 1124 2693 -1 a 1124 2692 -1 a 1124 2691 1 a 1124 2204 1 a 1124 2203 -1 a 1125 5348 -1 a 1125 5347 1 a 1125 5346 -1 a 1125 5345 1 a 1125 1304 1 a 1125 1303 -1 a 1126 5524 1 a 1126 5523 -1 a 1126 5522 -1 a 1126 5521 1 a 1126 3022 -1 a 1126 3021 1 a 1126 3020 1 a 1126 3019 -1 a 1127 3222 1 a 1127 3221 -1 a 1127 2954 -1 a 1127 2953 1 a 1128 4354 -1 a 1128 4353 1 a 1128 3460 1 a 1128 3459 -1 a 1129 4508 1 a 1129 4507 -1 a 1129 4272 1 a 1129 4271 -1 a 1129 1696 -1 a 1129 1695 1 a 1129 1436 1 a 1129 1435 -1 a 1130 3368 -1 a 1130 3367 1 a 1130 3366 -1 a 1130 3365 1 a 1130 880 1 a 1130 879 -1 a 1131 2950 -1 a 1131 2949 1 a 1131 2878 1 a 1131 2877 -1 a 1132 1544 1 a 1132 1543 -1 a 1133 2772 1 a 1133 2771 -1 a 1133 2220 1 a 1133 2219 -1 a 1134 2004 1 a 1134 2003 -1 a 1134 826 1 a 1134 825 -1 a 1135 3806 -1 a 1135 3805 1 a 1135 3804 1 a 1135 3803 -1 a 1136 5042 -1 a 1136 5041 1 a 1136 3230 1 a 1136 3229 -1 a 1136 2584 -1 a 1136 2583 1 a 1137 5154 1 a 1137 5153 -1 a 1137 974 -1 a 1137 973 1 a 1138 4338 1 a 1138 4337 -1 a 1138 4296 1 a 1138 4295 -1 a 1138 4126 1 a 1138 4125 -1 a 1138 4100 -1 a 1138 4099 1 a 1138 1476 -1 a 1138 1475 1 a 1139 1920 -1 a 1139 1919 1 a 1139 1914 1 a 1139 1913 -1 a 1140 2772 -1 a 1140 2771 1 a 1140 2770 1 a 1140 2769 -1 a 1140 2768 1 a 1140 2767 -1 a 1141 860 1 a 1141 859 -1 a 1141 826 -1 a 1141 825 1 a 1141 736 -1 a 1141 735 1 a 1142 5130 1 a 1142 5129 -1 a 1142 5128 -1 a 1142 5127 1 a 1143 3390 1 a 1143 3389 -1 a 1143 932 -1 a 1143 931 1 a 1144 4124 1 a 1144 4123 -1 a 1144 4100 1 a 1144 4099 -1 a 1144 1688 1 a 1144 1687 -1 a 1144 1660 -1 a 1144 1659 1 a 1144 1428 -1 a 1144 1427 1 a 1144 1150 -1 a 1144 1149 1 a 1145 2118 1 a 1145 2117 -1 a 1145 1516 1 a 1145 1515 -1 a 1146 5756 0.003158 a 1146 5755 -0.003158 a 1146 5118 -1 a 1146 5117 1 a 1146 5116 -1 a 1146 5115 1 a 1146 5114 1 a 1146 5113 -1 a 1146 2580 0.003158 a 1146 2579 -0.003158 a 1146 1518 -1 a 1146 1517 1 a 1146 1514 1 a 1146 1513 -1 a 1146 1512 1 a 1146 1511 -1 a 1147 5502 -1 a 1147 5501 1 a 1147 5500 1 a 1147 5499 -1 a 1148 3384 -1 a 1148 3383 1 a 1148 2632 -1 a 1148 2631 1 a 1148 2612 1 a 1148 2611 -1 a 1148 1036 1 a 1148 1035 -1 a 1149 3196 1 a 1149 3195 -1 a 1149 1938 1 a 1149 1937 -1 a 1150 5118 1 a 1150 5117 -1 a 1150 5116 1 a 1150 5115 -1 a 1150 1518 1 a 1150 1517 -1 a 1150 1516 -1 a 1150 1515 1 a 1150 1514 -1 a 1150 1513 1 a 1150 1512 -1 a 1150 1511 1 a 1151 5690 -1 a 1151 5689 1 a 1152 3220 -1 a 1152 3219 1 a 1152 3214 1 a 1152 3213 -1 a 1153 1834 -1 a 1153 1833 1 a 1153 1832 1 a 1153 1831 -1 a 1154 3134 -1 a 1154 3133 1 a 1154 1450 -1 a 1154 1449 1 a 1154 1448 1 a 1154 1447 -1 a 1155 4516 1 a 1155 4515 -1 a 1155 4406 -1 a 1155 4405 1 a 1156 2102 1 a 1156 2101 -1 a 1156 1450 1 a 1156 1449 -1 a 1157 4654 1 a 1157 4653 -1 a 1157 1832 -1 a 1157 1831 1 a 1157 1830 1 a 1157 1829 -1 a 1158 2490 1 a 1158 2489 -1 a 1158 1834 1 a 1158 1833 -1 a 1159 1448 -1 a 1159 1447 1 a 1159 1246 1 a 1159 1245 -1 a 1160 5602 -1 a 1160 5601 1 a 1160 4156 1 a 1160 4155 -1 a 1160 4048 -1 a 1160 4047 1 a 1161 5146 1 a 1161 5145 -1 a 1161 5144 -1 a 1161 5143 1 a 1161 5142 -1 a 1161 5141 1 a 1162 4822 -1 a 1162 4821 1 a 1162 4538 -1 a 1162 4537 1 a 1162 4534 -1 a 1162 4533 1 a 1162 4530 -1 a 1162 4529 1 a 1162 4418 1 a 1162 4417 -1 a 1162 1844 -1 a 1162 1843 1 a 1163 5282 -1 a 1163 5281 1 a 1164 4640 1 a 1164 4639 -1 a 1164 2488 1 a 1164 2487 -1 a 1165 5126 1 a 1165 5125 -1 a 1165 5124 -1 a 1165 5123 1 a 1166 4992 -1 a 1166 4991 1 a 1166 1140 -1 a 1166 1139 1 a 1167 5356 -1 a 1167 5355 1 a 1167 5354 -1 a 1167 5353 1 a 1167 5352 -1 a 1167 5351 1 a 1167 5156 -1 a 1167 5155 1 a 1167 4924 -1 a 1167 4923 1 a 1167 4880 -1 a 1167 4879 1 a 1167 4568 -1 a 1167 4567 1 a 1167 4514 -1 a 1167 4513 1 a 1167 4494 -1 a 1167 4493 1 a 1167 4290 1 a 1167 4289 -1 a 1167 4288 -1 a 1167 4287 1 a 1167 4286 1 a 1167 4285 -1 a 1167 4258 -1 a 1167 4257 1 a 1167 4254 -1 a 1167 4253 1 a 1167 4250 -1 a 1167 4249 1 a 1167 4246 -1 a 1167 4245 1 a 1167 4242 -1 a 1167 4241 1 a 1167 4238 -1 a 1167 4237 1 a 1167 4234 -1 a 1167 4233 1 a 1167 4142 -1 a 1167 4141 1 a 1167 4138 -1 a 1167 4137 1 a 1167 4134 -1 a 1167 4133 1 a 1167 4130 -1 a 1167 4129 1 a 1167 4126 -1 a 1167 4125 1 a 1167 4122 -1 a 1167 4121 1 a 1167 4118 -1 a 1167 4117 1 a 1167 3982 -1 a 1167 3981 1 a 1167 3978 -1 a 1167 3977 1 a 1167 3974 -1 a 1167 3973 1 a 1167 3970 -1 a 1167 3969 1 a 1167 3966 -1 a 1167 3965 1 a 1167 3962 -1 a 1167 3961 1 a 1167 3958 -1 a 1167 3957 1 a 1167 3954 -1 a 1167 3953 1 a 1167 3950 -1 a 1167 3949 1 a 1167 3948 -1 a 1167 3947 1 a 1167 3944 -1 a 1167 3943 1 a 1167 3940 -1 a 1167 3939 1 a 1167 3620 -2 a 1167 3619 2 a 1167 3164 -1 a 1167 3163 1 a 1167 3028 -1 a 1167 3027 1 a 1167 2894 -2 a 1167 2893 2 a 1167 2856 -1 a 1167 2855 1 a 1167 2852 -2 a 1167 2851 2 a 1167 2796 -1 a 1167 2795 1 a 1167 2788 -1 a 1167 2787 1 a 1167 2586 -2 a 1167 2585 2 a 1167 986 -1 a 1167 985 1 a 1167 980 -1 a 1167 979 1 a 1167 860 -1 a 1167 859 1 a 1167 858 -1 a 1167 857 1 a 1167 856 -1 a 1167 855 1 a 1167 854 -1 a 1167 853 1 a 1168 5514 1 a 1168 5513 -1 a 1168 5184 -1 a 1168 5183 1 a 1168 5180 1 a 1168 5179 -1 a 1168 3076 1 a 1168 3075 -1 a 1168 2916 1 a 1168 2915 -1 a 1168 2914 1 a 1168 2913 -1 a 1169 4460 -1 a 1169 4459 1 a 1170 3662 1 a 1170 3661 -1 a 1170 3648 -1 a 1170 3647 1 a 1171 4640 -1 a 1171 4639 1 a 1171 4638 1 a 1171 4637 -1 a 1172 5756 -59.81 a 1172 5755 59.81 a 1172 5728 -1 a 1172 5727 1 a 1172 5636 -1 a 1172 5635 1 a 1172 5622 -1 a 1172 5621 1 a 1172 5558 -59.81 a 1172 5557 59.81 a 1172 5452 -1 a 1172 5451 1 a 1172 5450 -1 a 1172 5449 1 a 1172 5448 -1 a 1172 5447 1 a 1172 5356 1 a 1172 5355 -1 a 1172 5354 1 a 1172 5353 -1 a 1172 5352 1 a 1172 5351 -1 a 1172 5348 -1 a 1172 5347 1 a 1172 5332 -1 a 1172 5331 1 a 1172 5316 -1 a 1172 5315 1 a 1172 5314 -1 a 1172 5313 1 a 1172 5302 -1 a 1172 5301 1 a 1172 5246 -1 a 1172 5245 1 a 1172 5244 -1 a 1172 5243 1 a 1172 5240 -1 a 1172 5239 1 a 1172 5184 -1 a 1172 5183 1 a 1172 5152 -1 a 1172 5151 1 a 1172 5146 -4 a 1172 5145 4 a 1172 5144 -1 a 1172 5143 1 a 1172 5138 -2 a 1172 5137 2 a 1172 5116 -1 a 1172 5115 1 a 1172 5078 -1 a 1172 5077 1 a 1172 5074 -1 a 1172 5073 1 a 1172 5062 -1 a 1172 5061 1 a 1172 5056 -1 a 1172 5055 1 a 1172 5014 -1 a 1172 5013 1 a 1172 4966 -1 a 1172 4965 1 a 1172 4962 -1 a 1172 4961 1 a 1172 4954 -1 a 1172 4953 1 a 1172 4920 -1 a 1172 4919 1 a 1172 4916 -1 a 1172 4915 1 a 1172 4914 -1 a 1172 4913 1 a 1172 4908 -1 a 1172 4907 1 a 1172 4894 -1 a 1172 4893 1 a 1172 4874 -1 a 1172 4873 1 a 1172 4866 -1 a 1172 4865 1 a 1172 4840 -1 a 1172 4839 1 a 1172 4822 1 a 1172 4821 -1 a 1172 4794 -1 a 1172 4793 1 a 1172 4790 -1 a 1172 4789 1 a 1172 4776 -1 a 1172 4775 1 a 1172 4746 -1 a 1172 4745 1 a 1172 4732 -1 a 1172 4731 1 a 1172 4724 -1 a 1172 4723 1 a 1172 4698 -1 a 1172 4697 1 a 1172 4648 -1 a 1172 4647 1 a 1172 4646 -1 a 1172 4645 1 a 1172 4634 -1 a 1172 4633 1 a 1172 4588 -1 a 1172 4587 1 a 1172 4574 -1 a 1172 4573 1 a 1172 4566 -1 a 1172 4565 1 a 1172 4564 -1 a 1172 4563 1 a 1172 4554 1 a 1172 4553 -1 a 1172 4550 -1 a 1172 4549 1 a 1172 4540 1 a 1172 4539 -1 a 1172 4538 1 a 1172 4537 -1 a 1172 4536 1 a 1172 4535 -1 a 1172 4534 1 a 1172 4533 -1 a 1172 4532 1 a 1172 4531 -1 a 1172 4530 1 a 1172 4529 -1 a 1172 4528 1 a 1172 4527 -1 a 1172 4522 -1 a 1172 4521 1 a 1172 4512 1 a 1172 4511 -1 a 1172 4510 1 a 1172 4509 -1 a 1172 4492 -1 a 1172 4491 1 a 1172 4472 -1 a 1172 4471 1 a 1172 4462 -1 a 1172 4461 1 a 1172 4456 -1 a 1172 4455 1 a 1172 4450 -1 a 1172 4449 1 a 1172 4446 -1 a 1172 4445 1 a 1172 4440 -1 a 1172 4439 1 a 1172 4438 -1 a 1172 4437 1 a 1172 4434 -1 a 1172 4433 1 a 1172 4414 1 a 1172 4413 -1 a 1172 4404 -1 a 1172 4403 1 a 1172 4390 -1 a 1172 4389 1 a 1172 4388 -2 a 1172 4387 2 a 1172 4376 -1 a 1172 4375 1 a 1172 4290 -2 a 1172 4289 2 a 1172 4286 -1 a 1172 4285 1 a 1172 4274 -1 a 1172 4273 1 a 1172 4256 -1 a 1172 4255 1 a 1172 4252 -1 a 1172 4251 1 a 1172 4248 -1 a 1172 4247 1 a 1172 4244 -1 a 1172 4243 1 a 1172 4240 -1 a 1172 4239 1 a 1172 4236 -1 a 1172 4235 1 a 1172 4232 -1 a 1172 4231 1 a 1172 4230 -1 a 1172 4229 1 a 1172 4228 -1 a 1172 4227 1 a 1172 4226 -1 a 1172 4225 1 a 1172 4224 -1 a 1172 4223 1 a 1172 4222 -1 a 1172 4221 1 a 1172 4220 -1 a 1172 4219 1 a 1172 4218 -1 a 1172 4217 1 a 1172 4212 -1 a 1172 4211 1 a 1172 4200 -1 a 1172 4199 1 a 1172 4198 -1 a 1172 4197 1 a 1172 4196 -1 a 1172 4195 1 a 1172 4194 -1 a 1172 4193 1 a 1172 4192 -1 a 1172 4191 1 a 1172 4190 -1 a 1172 4189 1 a 1172 4188 -1 a 1172 4187 1 a 1172 4172 -1 a 1172 4171 1 a 1172 4170 -1 a 1172 4169 1 a 1172 4168 -1 a 1172 4167 1 a 1172 4166 -1 a 1172 4165 1 a 1172 4164 -1 a 1172 4163 1 a 1172 4162 -1 a 1172 4161 1 a 1172 4160 -1 a 1172 4159 1 a 1172 4158 -1 a 1172 4157 1 a 1172 4156 -1 a 1172 4155 1 a 1172 4140 -1 a 1172 4139 1 a 1172 4136 -1 a 1172 4135 1 a 1172 4132 -1 a 1172 4131 1 a 1172 4128 -1 a 1172 4127 1 a 1172 4124 -1 a 1172 4123 1 a 1172 4120 -1 a 1172 4119 1 a 1172 4116 -1 a 1172 4115 1 a 1172 4108 -1 a 1172 4107 1 a 1172 4106 -1 a 1172 4105 1 a 1172 4104 -1 a 1172 4103 1 a 1172 4102 -1 a 1172 4101 1 a 1172 4100 -1 a 1172 4099 1 a 1172 4098 -1 a 1172 4097 1 a 1172 4096 -1 a 1172 4095 1 a 1172 4088 1 a 1172 4087 -1 a 1172 4074 -1 a 1172 4073 1 a 1172 4070 -2 a 1172 4069 2 a 1172 4064 -2 a 1172 4063 2 a 1172 4058 -2 a 1172 4057 2 a 1172 3994 -1 a 1172 3993 1 a 1172 3992 -1 a 1172 3991 1 a 1172 3990 -1 a 1172 3989 1 a 1172 3988 -1 a 1172 3987 1 a 1172 3986 -1 a 1172 3985 1 a 1172 3984 -1 a 1172 3983 1 a 1172 3980 -1 a 1172 3979 1 a 1172 3976 -1 a 1172 3975 1 a 1172 3972 -1 a 1172 3971 1 a 1172 3968 -1 a 1172 3967 1 a 1172 3964 -1 a 1172 3963 1 a 1172 3960 -1 a 1172 3959 1 a 1172 3956 -1 a 1172 3955 1 a 1172 3952 -1 a 1172 3951 1 a 1172 3946 -1 a 1172 3945 1 a 1172 3942 -1 a 1172 3941 1 a 1172 3938 -1 a 1172 3937 1 a 1172 3936 -1 a 1172 3935 1 a 1172 3886 -1 a 1172 3885 1 a 1172 3856 -1 a 1172 3855 1 a 1172 3850 -1 a 1172 3849 1 a 1172 3790 -1 a 1172 3789 1 a 1172 3774 -1 a 1172 3773 1 a 1172 3764 1 a 1172 3763 -1 a 1172 3762 1 a 1172 3761 -1 a 1172 3760 1 a 1172 3759 -1 a 1172 3722 -1 a 1172 3721 1 a 1172 3720 -1 a 1172 3719 1 a 1172 3710 -1 a 1172 3709 1 a 1172 3700 -1 a 1172 3699 1 a 1172 3696 -1 a 1172 3695 1 a 1172 3686 -1 a 1172 3685 1 a 1172 3684 -1 a 1172 3683 1 a 1172 3620 2 a 1172 3619 -2 a 1172 3608 -1 a 1172 3607 1 a 1172 3604 -1 a 1172 3603 1 a 1172 3600 -1 a 1172 3599 1 a 1172 3596 -1 a 1172 3595 1 a 1172 3592 -1 a 1172 3591 1 a 1172 3558 -1 a 1172 3557 1 a 1172 3434 -1 a 1172 3433 1 a 1172 3432 -1 a 1172 3431 1 a 1172 3424 -1 a 1172 3423 1 a 1172 3394 -1 a 1172 3393 1 a 1172 3390 -1 a 1172 3389 1 a 1172 3388 -1 a 1172 3387 1 a 1172 3358 -1 a 1172 3357 1 a 1172 3314 -1 a 1172 3313 1 a 1172 3278 -1 a 1172 3277 1 a 1172 3242 -1 a 1172 3241 1 a 1172 3238 -1 a 1172 3237 1 a 1172 3232 -1 a 1172 3231 1 a 1172 3148 -1 a 1172 3147 1 a 1172 3142 -1 a 1172 3141 1 a 1172 3138 -1 a 1172 3137 1 a 1172 3136 -1 a 1172 3135 1 a 1172 3128 -1 a 1172 3127 1 a 1172 3082 -1 a 1172 3081 1 a 1172 3028 1 a 1172 3027 -1 a 1172 3026 -1 a 1172 3025 1 a 1172 3020 -1 a 1172 3019 1 a 1172 3004 -1 a 1172 3003 1 a 1172 2986 -1 a 1172 2985 1 a 1172 2980 -1 a 1172 2979 1 a 1172 2976 -1 a 1172 2975 1 a 1172 2962 -1 a 1172 2961 1 a 1172 2938 1 a 1172 2937 -1 a 1172 2936 1 a 1172 2935 -1 a 1172 2906 -1 a 1172 2905 1 a 1172 2902 1 a 1172 2901 -1 a 1172 2894 2 a 1172 2893 -2 a 1172 2888 -1 a 1172 2887 1 a 1172 2852 2 a 1172 2851 -2 a 1172 2850 -1 a 1172 2849 1 a 1172 2844 -1 a 1172 2843 1 a 1172 2840 -1 a 1172 2839 1 a 1172 2836 -1 a 1172 2835 1 a 1172 2832 -1 a 1172 2831 1 a 1172 2828 -1 a 1172 2827 1 a 1172 2824 -1 a 1172 2823 1 a 1172 2812 -1 a 1172 2811 1 a 1172 2728 -1 a 1172 2727 1 a 1172 2716 -1 a 1172 2715 1 a 1172 2710 -1 a 1172 2709 1 a 1172 2678 -1 a 1172 2677 1 a 1172 2656 -1 a 1172 2655 1 a 1172 2586 2 a 1172 2585 -2 a 1172 2584 -1 a 1172 2583 1 a 1172 2580 -59.806 a 1172 2579 59.806 a 1172 1844 1 a 1172 1843 -1 a 1172 1808 -1 a 1172 1807 1 a 1172 1788 -1 a 1172 1787 1 a 1172 1786 -1 a 1172 1785 1 a 1172 1770 -1 a 1172 1769 1 a 1172 1752 -1 a 1172 1751 1 a 1172 1724 -1 a 1172 1723 1 a 1172 1702 -1 a 1172 1701 1 a 1172 1680 -1 a 1172 1679 1 a 1172 1620 -1 a 1172 1619 1 a 1172 1618 -1 a 1172 1617 1 a 1172 1616 -1 a 1172 1615 1 a 1172 1588 -1 a 1172 1587 1 a 1172 1586 -1 a 1172 1585 1 a 1172 1584 -1 a 1172 1583 1 a 1172 1580 -1 a 1172 1579 1 a 1172 1576 -1 a 1172 1575 1 a 1172 1574 -1 a 1172 1573 1 a 1172 1560 -1 a 1172 1559 1 a 1172 1556 -1 a 1172 1555 1 a 1172 1554 -1 a 1172 1553 1 a 1172 1546 -1 a 1172 1545 1 a 1172 1534 -1 a 1172 1533 1 a 1172 1520 -1 a 1172 1519 1 a 1172 1512 -1 a 1172 1511 1 a 1172 1456 -1 a 1172 1455 1 a 1172 1452 -1 a 1172 1451 1 a 1172 1448 -1 a 1172 1447 1 a 1172 1416 -1 a 1172 1415 1 a 1172 1414 -1 a 1172 1413 1 a 1172 1410 -1 a 1172 1409 1 a 1172 1408 -1 a 1172 1407 1 a 1172 1384 -1 a 1172 1383 1 a 1172 1378 1 a 1172 1377 -1 a 1172 1374 -1 a 1172 1373 1 a 1172 1360 -1 a 1172 1359 1 a 1172 1342 -1 a 1172 1341 1 a 1172 1332 -1 a 1172 1331 1 a 1172 1314 1 a 1172 1313 -1 a 1172 1308 -1 a 1172 1307 1 a 1172 1278 -1 a 1172 1277 1 a 1172 1194 -1 a 1172 1193 1 a 1172 1178 -1 a 1172 1177 1 a 1172 1176 -1 a 1172 1175 1 a 1172 1166 -1 a 1172 1165 1 a 1172 1160 1 a 1172 1159 -1 a 1172 1112 -1 a 1172 1111 1 a 1172 1098 -1 a 1172 1097 1 a 1172 978 -1 a 1172 977 1 a 1172 976 -1 a 1172 975 1 a 1172 920 -1 a 1172 919 1 a 1172 908 -1 a 1172 907 1 a 1172 818 -1 a 1172 817 1 a 1172 714 -1 a 1172 713 1 a 1173 5506 -1 a 1173 5505 1 a 1173 4288 1 a 1173 4287 -1 a 1173 2458 1 a 1173 2457 -1 a 1174 4362 -1 a 1174 4361 1 a 1174 3468 1 a 1174 3467 -1 a 1175 5562 4 a 1175 5561 -4 a 1175 4356 1 a 1175 4355 -1 a 1175 4314 1 a 1175 4313 -1 a 1175 4178 1 a 1175 4177 -1 a 1175 4168 -1 a 1175 4167 1 a 1175 2580 0.04889 a 1175 2579 -0.04889 a 1176 4586 -1 a 1176 4585 1 a 1176 3694 1 a 1176 3693 -1 a 1176 1612 -1 a 1176 1611 1 a 1177 4482 -1 a 1177 4481 1 a 1177 4168 1 a 1177 4167 -1 a 1177 2580 0.02632 a 1177 2579 -0.02632 a 1177 1440 1 a 1177 1439 -1 a 1177 776 -1 a 1177 775 1 a 1178 4864 1 a 1178 4863 -1 a 1178 3260 -1 a 1178 3259 1 a 1178 3012 -1 a 1178 3011 1 a 1178 2940 -1 a 1178 2939 1 a 1179 5756 0.166895 a 1179 5755 -0.166895 a 1179 5558 0.166895 a 1179 5557 -0.166895 a 1179 5226 1 a 1179 5225 -1 a 1179 4622 1 a 1179 4621 -1 a 1179 4420 1 a 1179 4419 -1 a 1179 4006 1 a 1179 4005 -1 a 1179 3994 1 a 1179 3993 -1 a 1179 3868 -1 a 1179 3867 1 a 1179 3682 1 a 1179 3681 -1 a 1179 3386 1 a 1179 3385 -1 a 1179 2580 0.1335 a 1179 2579 -0.1335 a 1179 1696 1 a 1179 1695 -1 a 1179 1694 1 a 1179 1693 -1 a 1179 1692 1 a 1179 1691 -1 a 1179 1690 1 a 1179 1689 -1 a 1179 1688 1 a 1179 1687 -1 a 1179 1686 1 a 1179 1685 -1 a 1179 1684 1 a 1179 1683 -1 a 1179 1580 -1 a 1179 1579 1 a 1180 4474 -1 a 1180 4473 1 a 1180 4160 1 a 1180 4159 -1 a 1180 768 -1 a 1180 767 1 a 1181 4428 1 a 1181 4427 -1 a 1181 4426 1 a 1181 4425 -1 a 1181 1542 -1 a 1181 1541 1 a 1181 1540 -1 a 1181 1539 1 a 1182 5728 -1 a 1182 5727 1 a 1182 2686 2 a 1182 2685 -2 a 1182 2684 2 a 1182 2683 -2 a 1182 2682 2 a 1182 2681 -2 a 1183 4348 1 a 1183 4347 -1 a 1183 4306 1 a 1183 4305 -1 a 1183 4160 -1 a 1183 4159 1 a 1184 4628 -1 a 1184 4627 1 a 1184 4626 1 a 1184 4625 -1 a 1184 3090 -1 a 1184 3089 1 a 1184 1700 1 a 1184 1699 -1 a 1184 932 1 a 1184 931 -1 a 1185 3376 1 a 1185 3375 -1 a 1185 3188 -1 a 1185 3187 1 a 1186 4576 -1 a 1186 4575 1 a 1186 4574 1 a 1186 4573 -1 a 1186 4376 -1 a 1186 4375 1 a 1187 5022 -1 a 1187 5021 1 a 1187 4582 1 a 1187 4581 -1 a 1187 4580 -1 a 1187 4579 1 a 1188 3486 1 a 1188 3485 -1 a 1188 744 -1 a 1188 743 1 a 1189 4296 -1 a 1189 4295 1 a 1189 744 1 a 1189 743 -1 a 1190 820 -1 a 1190 819 1 a 1191 5542 -1 a 1191 5541 1 a 1191 5422 -1 a 1191 5421 1 a 1191 5388 1 a 1191 5387 -1 a 1191 5320 -1 a 1191 5319 1 a 1191 5318 -1 a 1191 5317 1 a 1191 5270 -1 a 1191 5269 1 a 1191 4812 -1 a 1191 4811 1 a 1191 4562 -1 a 1191 4561 1 a 1191 4026 -3 a 1191 4025 3 a 1191 3920 -1 a 1191 3919 1 a 1191 3918 -1 a 1191 3917 1 a 1191 3846 1 a 1191 3845 -1 a 1191 3832 1 a 1191 3831 -1 a 1191 3828 1 a 1191 3827 -1 a 1191 3574 1 a 1191 3573 -1 a 1191 3056 1 a 1191 3055 -1 a 1191 2820 1 a 1191 2819 -1 a 1191 2758 -1 a 1191 2757 1 a 1191 2668 1 a 1191 2667 -1 a 1191 1822 1 a 1191 1821 -1 a 1191 1760 1 a 1191 1759 -1 a 1191 1348 1 a 1191 1347 -1 a 1192 1928 -1 a 1192 1927 1 a 1192 1028 -1 a 1192 1027 1 a 1193 1998 1 a 1193 1997 -1 a 1193 820 1 a 1193 819 -1 a 1194 5538 -1 a 1194 5537 1 a 1194 5520 1 a 1194 5519 -1 a 1195 1702 1 a 1195 1701 -1 a 1195 1238 -1 a 1195 1237 1 a 1196 5768 1 a 1196 5767 -1 a 1196 5540 1 a 1196 5539 -1 a 1197 1906 1 a 1197 1905 -1 a 1197 1904 1 a 1197 1903 -1 a 1197 848 -1 a 1197 847 1 a 1198 1870 1 a 1198 1869 -1 a 1198 1868 1 a 1198 1867 -1 a 1198 830 -1 a 1198 829 1 a 1199 1802 1 a 1199 1801 -1 a 1199 930 -1 a 1199 929 1 a 1200 1762 -1 a 1200 1761 1 a 1200 1342 -1 a 1200 1341 1 a 1201 5540 -1 a 1201 5539 1 a 1201 5538 1 a 1201 5537 -1 a 1202 4650 -1 a 1202 4649 1 a 1202 1956 3 a 1202 1955 -3 a 1203 4694 -1 a 1203 4693 1 a 1204 4370 -1 a 1204 4369 1 a 1204 3476 1 a 1204 3475 -1 a 1205 3970 1 a 1205 3969 -1 a 1205 1674 -1 a 1205 1673 1 a 1206 1808 -1 a 1206 1807 1 a 1206 1756 1 a 1206 1755 -1 a 1207 4554 -1 a 1207 4553 1 a 1207 4540 -1 a 1207 4539 1 a 1207 4536 -1 a 1207 4535 1 a 1207 4532 -1 a 1207 4531 1 a 1207 4528 -1 a 1207 4527 1 a 1207 4416 1 a 1207 4415 -1 a 1208 4008 -1 a 1208 4007 1 a 1208 3968 1 a 1208 3967 -1 a 1208 1650 1 a 1208 1649 -1 a 1209 2148 1 a 1209 2147 -1 a 1209 1674 1 a 1209 1673 -1 a 1210 3070 -1 a 1210 3069 1 a 1211 1126 -1 a 1211 1125 1 a 1211 922 -1 a 1211 921 1 a 1211 920 1 a 1211 919 -1 a 1211 918 1 a 1211 917 -1 a 1212 4846 -2 a 1212 4845 2 a 1212 2970 -1 a 1212 2969 1 a 1212 2968 -1 a 1212 2967 1 a 1212 2966 1 a 1212 2965 -1 a 1212 2964 1 a 1212 2963 -1 a 1212 2962 1 a 1212 2961 -1 a 1212 2930 1 a 1212 2929 -1 a 1212 2788 -1 a 1212 2787 1 a 1213 3986 -1 a 1213 3985 1 a 1213 1082 -1 a 1213 1081 1 a 1214 3556 -1 a 1214 3555 1 a 1215 5042 1 a 1215 5041 -1 a 1215 4844 -2 a 1215 4843 2 a 1215 4838 -1 a 1215 4837 1 a 1215 3750 -1 a 1215 3749 1 a 1215 3748 -1 a 1215 3747 1 a 1215 3746 -1 a 1215 3745 1 a 1215 3744 -1 a 1215 3743 1 a 1215 3742 -1 a 1215 3741 1 a 1215 3226 1 a 1215 3225 -1 a 1215 2966 -1 a 1215 2965 1 a 1215 2962 -1 a 1215 2961 1 a 1215 2928 1 a 1215 2927 -1 a 1215 2876 -1 a 1215 2875 1 a 1215 2850 -1 a 1215 2849 1 a 1215 1232 -1 a 1215 1231 1 a 1215 1230 -1 a 1215 1229 1 a 1215 1228 -1 a 1215 1227 1 a 1215 1226 -1 a 1215 1225 1 a 1216 2970 1 a 1216 2969 -1 a 1216 2968 1 a 1216 2967 -1 a 1216 2268 1 a 1216 2267 -1 a 1217 5696 -1 a 1217 5695 1 a 1217 5694 -1 a 1217 5693 1 a 1217 3544 1 a 1217 3543 -1 a 1217 3516 1 a 1217 3515 -1 a 1217 802 1 a 1217 801 -1 a 1217 788 -1 a 1217 787 1 a 1218 4728 -1 a 1218 4727 1 a 1219 4922 1 a 1219 4921 -1 a 1219 4044 1 a 1219 4043 -1 a 1219 3210 1 a 1219 3209 -1 a 1219 3116 -1 a 1219 3115 1 a 1220 890 -1 a 1220 889 1 a 1220 866 1 a 1220 865 -1 a 1221 5740 -1 a 1221 5739 1 a 1221 4326 -1 a 1221 4325 1 a 1221 788 1 a 1221 787 -1 a 1222 4728 1 a 1222 4727 -1 a 1222 2508 1 a 1222 2507 -1 a 1223 5702 -1 a 1223 5701 1 a 1223 1718 1 a 1223 1717 -1 a 1224 3422 -1 a 1224 3421 1 a 1225 4648 1 a 1225 4647 -1 a 1226 4512 -1 a 1226 4511 1 a 1226 1004 -1 a 1226 1003 1 a 1227 4396 -1 a 1227 4395 1 a 1227 4394 -1 a 1227 4393 1 a 1228 5756 0.001531 a 1228 5755 -0.001531 a 1228 5562 -2 a 1228 5561 2 a 1228 5558 0.001531 a 1228 5557 -0.001531 a 1229 5112 1 a 1229 5111 -1 a 1229 5110 1 a 1229 5109 -1 a 1229 5108 -1 a 1229 5107 1 a 1229 5106 -1 a 1229 5105 1 a 1229 4396 1 a 1229 4395 -1 a 1229 1204 1 a 1229 1203 -1 a 1230 4394 1 a 1230 4393 -1 a 1230 2464 1 a 1230 2463 -1 a 1231 4420 1 a 1231 4419 -1 a 1231 4380 -1 a 1231 4379 1 a 1232 5454 -1 a 1232 5453 1 a 1232 5452 1 a 1232 5451 -1 a 1233 5036 -1 a 1233 5035 1 a 1233 5034 1 a 1233 5033 -1 a 1233 4540 1 a 1233 4539 -1 a 1233 3938 -1 a 1233 3937 1 a 1234 4510 -1 a 1234 4509 1 a 1234 4392 1 a 1234 4391 -1 a 1235 894 -1 a 1235 893 1 a 1235 870 1 a 1235 869 -1 a 1236 4574 1 a 1236 4573 -1 a 1236 1700 -1 a 1236 1699 1 a 1237 1780 -1 a 1237 1779 1 a 1237 816 1 a 1237 815 -1 a 1237 814 1 a 1237 813 -1 a 1238 4240 -1 a 1238 4239 1 a 1238 4192 1 a 1238 4191 -1 a 1238 3514 1 a 1238 3513 -1 a 1238 3500 1 a 1238 3499 -1 a 1238 800 -1 a 1238 799 1 a 1239 3578 1 a 1239 3577 -1 a 1239 2358 1 a 1239 2357 -1 a 1240 4450 -1 a 1240 4449 1 a 1240 4440 1 a 1240 4439 -1 a 1241 3740 1 a 1241 3739 -1 a 1241 3736 1 a 1241 3735 -1 a 1241 3642 -1 a 1241 3641 1 a 1242 2636 -1 a 1242 2635 1 a 1242 2616 1 a 1242 2615 -1 a 1242 1038 1 a 1242 1037 -1 a 1243 5224 -1 a 1243 5223 1 a 1243 5172 1 a 1243 5171 -1 a 1244 4306 -1 a 1244 4305 1 a 1244 754 1 a 1244 753 -1 a 1245 4366 1 a 1245 4365 -1 a 1245 4324 1 a 1245 4323 -1 a 1245 4242 -1 a 1245 4241 1 a 1245 4192 -1 a 1245 4191 1 a 1245 1490 2 a 1245 1489 -2 a 1245 1476 -1 a 1245 1475 1 a 1246 3578 -1 a 1246 3577 1 a 1246 3576 1 a 1246 3575 -1 a 1247 2186 1 a 1247 2185 -1 a 1247 1962 1 a 1247 1961 -1 a 1248 5454 1 a 1248 5453 -1 a 1248 5446 1 a 1248 5445 -1 a 1249 1920 1 a 1249 1919 -1 a 1249 1918 -1 a 1249 1917 1 a 1250 2900 1 a 1250 2899 -1 a 1250 2262 1 a 1250 2261 -1 a 1251 2804 -1 a 1251 2803 1 a 1251 1152 1 a 1251 1151 -1 a 1252 3100 -1 a 1252 3099 1 a 1252 1960 -1 a 1252 1959 1 a 1252 1958 1 a 1252 1957 -1 a 1253 2854 -1 a 1253 2853 1 a 1253 2852 1 a 1253 2851 -1 a 1254 5298 -1 a 1254 5297 1 a 1254 3294 1 a 1254 3293 -1 a 1254 3286 1 a 1254 3285 -1 a 1254 1050 -1 a 1254 1049 1 a 1255 2108 1 a 1255 2107 -1 a 1255 1466 1 a 1255 1465 -1 a 1256 2900 -1 a 1256 2899 1 a 1256 2898 1 a 1256 2897 -1 a 1257 4448 -1 a 1257 4447 1 a 1257 4444 1 a 1257 4443 -1 a 1258 3102 -1 a 1258 3101 1 a 1258 1962 -1 a 1258 1961 1 a 1258 1960 1 a 1258 1959 -1 a 1259 5564 2 a 1259 5563 -2 a 1259 4372 1 a 1259 4371 -1 a 1259 4330 1 a 1259 4329 -1 a 1259 4254 -1 a 1259 4253 1 a 1259 4198 -1 a 1259 4197 1 a 1259 1496 2 a 1259 1495 -2 a 1259 1482 -1 a 1259 1481 1 a 1260 5298 1 a 1260 5297 -1 a 1260 1466 -1 a 1260 1465 1 a 1261 5724 -1 a 1261 5723 1 a 1261 4842 1 a 1261 4841 -1 a 1261 4838 -1 a 1261 4837 1 a 1261 4216 -1 a 1261 4215 1 a 1261 4206 1 a 1261 4205 -1 a 1261 3226 -1 a 1261 3225 1 a 1261 2964 -1 a 1261 2963 1 a 1261 2852 -1 a 1261 2851 1 a 1261 2850 1 a 1261 2849 -1 a 1261 2848 1 a 1261 2847 -1 a 1262 2854 1 a 1262 2853 -1 a 1262 2242 1 a 1262 2241 -1 a 1263 2952 1 a 1263 2951 -1 a 1263 2878 -1 a 1263 2877 1 a 1264 5676 2 a 1264 5675 -2 a 1264 5674 2 a 1264 5673 -2 a 1264 5672 2 a 1264 5671 -2 a 1264 5452 -1 a 1264 5451 1 a 1265 2792 1 a 1265 2791 -1 a 1265 2230 1 a 1265 2229 -1 a 1266 5226 1 a 1266 5225 -1 a 1266 4950 -1 a 1266 4949 1 a 1266 4216 1 a 1266 4215 -1 a 1266 3764 -1 a 1266 3763 1 a 1266 3762 -1 a 1266 3761 1 a 1266 3760 -1 a 1266 3759 1 a 1266 2974 1 a 1266 2973 -1 a 1266 2938 -1 a 1266 2937 1 a 1266 2936 -1 a 1266 2935 1 a 1266 2886 1 a 1266 2885 -1 a 1266 2790 1 a 1266 2789 -1 a 1267 5418 -1 a 1267 5417 1 a 1267 3670 1 a 1267 3669 -1 a 1267 3668 1 a 1267 3667 -1 a 1267 3664 1 a 1267 3663 -1 a 1267 3614 -1 a 1267 3613 1 a 1267 3588 -1 a 1267 3587 1 a 1267 2780 -1 a 1267 2779 1 a 1268 4906 -1 a 1268 4905 1 a 1268 4892 -1 a 1268 4891 1 a 1268 3636 1 a 1268 3635 -1 a 1268 3366 -1 a 1268 3365 1 a 1268 2810 -1 a 1268 2809 1 a 1268 2808 -1 a 1268 2807 1 a 1268 2806 -1 a 1268 2805 1 a 1268 2804 -1 a 1268 2803 1 a 1268 2802 -1 a 1268 2801 1 a 1268 2800 -1 a 1268 2799 1 a 1268 2798 -1 a 1268 2797 1 a 1268 2602 -1 a 1268 2601 1 a 1268 2600 -1 a 1268 2599 1 a 1268 2598 -1 a 1268 2597 1 a 1268 2596 -1 a 1268 2595 1 a 1268 2594 -1 a 1268 2593 1 a 1268 2592 -1 a 1268 2591 1 a 1268 2590 -1 a 1268 2589 1 a 1268 1950 -1 a 1268 1949 1 a 1268 1948 -1 a 1268 1947 1 a 1268 1946 -1 a 1268 1945 1 a 1268 1944 -1 a 1268 1943 1 a 1268 1158 -1 a 1268 1157 1 a 1268 1156 -1 a 1268 1155 1 a 1268 1154 -1 a 1268 1153 1 a 1268 1152 -1 a 1268 1151 1 a 1268 1150 -1 a 1268 1149 1 a 1268 1148 -1 a 1268 1147 1 a 1268 1146 -1 a 1268 1145 1 a 1268 1054 -1 a 1268 1053 1 a 1268 1040 1 a 1268 1039 -1 a 1268 950 1 a 1268 949 -1 a 1268 948 1 a 1268 947 -1 a 1268 946 1 a 1268 945 -1 a 1268 944 1 a 1268 943 -1 a 1268 942 1 a 1268 941 -1 a 1268 940 1 a 1268 939 -1 a 1268 938 1 a 1268 937 -1 a 1268 936 1 a 1268 935 -1 a 1268 934 1 a 1268 933 -1 a 1268 906 -1 a 1268 905 1 a 1268 904 -1 a 1268 903 1 a 1268 902 -1 a 1268 901 1 a 1268 900 -1 a 1268 899 1 a 1268 898 -1 a 1268 897 1 a 1268 896 -1 a 1268 895 1 a 1268 894 -1 a 1268 893 1 a 1268 892 -1 a 1268 891 1 a 1268 890 -1 a 1268 889 1 a 1268 888 -1 a 1268 887 1 a 1268 886 -1 a 1268 885 1 a 1269 3616 1 a 1269 3615 -1 a 1269 2374 1 a 1269 2373 -1 a 1270 4942 -1 a 1270 4941 1 a 1270 2792 -1 a 1270 2791 1 a 1270 2788 1 a 1270 2787 -1 a 1271 5418 1 a 1271 5417 -1 a 1271 3616 -1 a 1271 3615 1 a 1271 3614 1 a 1271 3613 -1 a 1272 1338 -1 a 1272 1337 1 a 1273 4058 1 a 1273 4057 -1 a 1273 4056 1 a 1273 4055 -1 a 1273 4052 -1 a 1273 4051 1 a 1274 3758 1 a 1274 3757 -1 a 1274 3662 -1 a 1274 3661 1 a 1275 1886 1 a 1275 1885 -1 a 1275 1884 1 a 1275 1883 -1 a 1275 838 -1 a 1275 837 1 a 1276 2086 1 a 1276 2085 -1 a 1276 1338 1 a 1276 1337 -1 a 1277 3648 1 a 1277 3647 -1 a 1277 3644 -1 a 1277 3643 1 a 1278 3372 -1 a 1278 3371 1 a 1278 1024 1 a 1278 1023 -1 a 1279 3408 1 a 1279 3407 -1 a 1279 1182 -1 a 1279 1181 1 a 1280 1986 1 a 1280 1985 -1 a 1280 720 1 a 1280 719 -1 a 1281 1306 -1 a 1281 1305 1 a 1282 732 1 a 1282 731 -1 a 1282 720 -1 a 1282 719 1 a 1283 3376 -1 a 1283 3375 1 a 1283 2642 -1 a 1283 2641 1 a 1283 2622 1 a 1283 2621 -1 a 1283 1028 1 a 1283 1027 -1 a 1284 5154 -1 a 1284 5153 1 a 1284 4002 -1 a 1284 4001 1 a 1284 3980 1 a 1284 3979 -1 a 1284 3156 -1 a 1284 3155 1 a 1284 3120 -1 a 1284 3119 1 a 1284 3086 -1 a 1284 3085 1 a 1284 3084 1 a 1284 3083 -1 a 1284 2924 1 a 1284 2923 -1 a 1284 2916 -1 a 1284 2915 1 a 1285 4112 -1 a 1285 4111 1 a 1285 4110 1 a 1285 4109 -1 a 1286 3088 1 a 1286 3087 -1 a 1286 2298 1 a 1286 2297 -1 a 1287 3982 1 a 1287 3981 -1 a 1287 3088 -1 a 1287 3087 1 a 1288 4112 1 a 1288 4111 -1 a 1288 2450 1 a 1288 2449 -1 a 1289 5608 1 a 1289 5607 -1 a 1289 4748 -1 a 1289 4747 1 a 1290 4110 -1 a 1290 4109 1 a 1291 1390 -1 a 1291 1389 1 a 1291 1388 -1 a 1291 1387 1 a 1291 1386 -1 a 1291 1385 1 a 1292 5606 -1 a 1292 5605 1 a 1292 5428 1 a 1292 5427 -1 a 1293 3818 1 a 1293 3817 -1 a 1293 3816 -1 a 1293 3815 1 a 1294 3682 -1 a 1294 3681 1 a 1294 1438 1 a 1294 1437 -1 a 1295 3884 -1 a 1295 3883 1 a 1295 3818 -1 a 1295 3817 1 a 1296 3816 1 a 1296 3815 -1 a 1296 2416 1 a 1296 2415 -1 a 1297 4734 1 a 1297 4733 -1 a 1297 1866 1 a 1297 1865 -1 a 1297 1864 1 a 1297 1863 -1 a 1297 828 -1 a 1297 827 1 a 1298 4966 1 a 1298 4965 -1 a 1298 4962 1 a 1298 4961 -1 a 1298 4918 -1 a 1298 4917 1 a 1298 4916 1 a 1298 4915 -1 a 1299 5700 -1 a 1299 5699 1 a 1299 5498 1 a 1299 5497 -1 a 1300 5336 -1 a 1300 5335 1 a 1300 4440 -1 a 1300 4439 1 a 1300 1242 1 a 1300 1241 -1 a 1300 1166 1 a 1300 1165 -1 a 1301 4780 1 a 1301 4779 -1 a 1301 1370 1 a 1301 1369 -1 a 1302 5078 1 a 1302 5077 -1 a 1302 5076 -1 a 1302 5075 1 a 1303 4284 1 a 1303 4283 -1 a 1303 2454 1 a 1303 2453 -1 a 1304 2094 1 a 1304 2093 -1 a 1304 1398 1 a 1304 1397 -1 a 1305 4890 -1 a 1305 4889 1 a 1305 4888 1 a 1305 4887 -1 a 1305 4880 -1 a 1305 4879 1 a 1306 5756 0.004737 a 1306 5755 -0.004737 a 1306 2580 0.004737 a 1306 2579 -0.004737 a 1306 1402 1 a 1306 1401 -1 a 1306 1396 1 a 1306 1395 -1 a 1307 4760 1 a 1307 4759 -1 a 1307 1824 1 a 1307 1823 -1 a 1308 5756 0.13874 a 1308 5755 -0.13874 a 1308 5558 0.13874 a 1308 5557 -0.13874 a 1308 4282 -1 a 1308 4281 1 a 1308 4280 1 a 1308 4279 -1 a 1308 4278 1 a 1308 4277 -1 a 1308 2580 0.1759 a 1308 2579 -0.1759 a 1309 3526 1 a 1309 3525 -1 a 1309 3498 1 a 1309 3497 -1 a 1309 770 1 a 1309 769 -1 a 1309 756 -1 a 1309 755 1 a 1310 5732 1 a 1310 5731 -1 a 1310 5716 1 a 1310 5715 -1 a 1310 5710 1 a 1310 5709 -1 a 1310 5674 1 a 1310 5673 -1 a 1310 5668 1 a 1310 5667 -1 a 1310 5662 1 a 1310 5661 -1 a 1310 5640 1 a 1310 5639 -1 a 1310 5626 1 a 1310 5625 -1 a 1310 5140 1 a 1310 5139 -1 a 1310 2750 -1 a 1310 2749 1 a 1310 2748 -1 a 1310 2747 1 a 1310 2702 1 a 1310 2701 -1 a 1310 2684 1 a 1310 2683 -1 a 1310 1526 1 a 1310 1525 -1 a 1310 1274 1 a 1310 1273 -1 a 1311 4890 1 a 1311 4889 -1 a 1311 2544 1 a 1311 2543 -1 a 1312 4284 -1 a 1312 4283 1 a 1312 4282 1 a 1312 4281 -1 a 1313 3812 -1 a 1313 3811 1 a 1313 3810 1 a 1313 3809 -1 a 1314 1402 -1 a 1314 1401 1 a 1314 1398 -1 a 1314 1397 1 a 1314 1396 -1 a 1314 1395 1 a 1315 5756 0.040246 a 1315 5755 -0.040246 a 1315 5558 0.040246 a 1315 5557 -0.040246 a 1315 5068 1 a 1315 5067 -1 a 1315 4888 -1 a 1315 4887 1 a 1315 4886 1 a 1315 4885 -1 a 1315 4884 1 a 1315 4883 -1 a 1315 2580 0.1379 a 1315 2579 -0.1379 a 1316 4308 -1 a 1316 4307 1 a 1316 756 1 a 1316 755 -1 a 1317 3488 1 a 1317 3487 -1 a 1317 746 -1 a 1317 745 1 a 1318 4878 1 a 1318 4877 -1 a 1318 2542 1 a 1318 2541 -1 a 1319 3144 -1 a 1319 3143 1 a 1319 1810 1 a 1319 1809 -1 a 1320 3754 1 a 1320 3753 -1 a 1320 3734 1 a 1320 3733 -1 a 1320 3730 -1 a 1320 3729 1 a 1320 3658 -1 a 1320 3657 1 a 1320 3654 -1 a 1320 3653 1 a 1321 3382 1 a 1321 3381 -1 a 1321 3194 -1 a 1321 3193 1 a 1322 2588 1 a 1322 2587 -1 a 1322 2192 1 a 1322 2191 -1 a 1323 4298 -1 a 1323 4297 1 a 1323 746 1 a 1323 745 -1 a 1324 4878 -1 a 1324 4877 1 a 1325 4492 1 a 1325 4491 -1 a 1325 4488 -1 a 1325 4487 1 a 1326 4490 1 a 1326 4489 -1 a 1326 2476 1 a 1326 2475 -1 a 1327 2188 1 a 1327 2187 -1 a 1327 1964 1 a 1327 1963 -1 a 1328 4862 -1 a 1328 4861 1 a 1328 4860 1 a 1328 4859 -1 a 1329 4898 -1 a 1329 4897 1 a 1329 988 -1 a 1329 987 1 a 1329 986 1 a 1329 985 -1 a 1330 4494 1 a 1330 4493 -1 a 1330 4490 -1 a 1330 4489 1 a 1331 4862 1 a 1331 4861 -1 a 1331 2532 1 a 1331 2531 -1 a 1332 2032 1 a 1332 2031 -1 a 1332 988 1 a 1332 987 -1 a 1333 4910 1 a 1333 4909 -1 a 1333 2786 -1 a 1333 2785 1 a 1334 5756 0.087887 a 1334 5755 -0.087887 a 1334 5558 0.087887 a 1334 5557 -0.087887 a 1334 4860 -1 a 1334 4859 1 a 1334 4858 1 a 1334 4857 -1 a 1334 4854 -1 a 1334 4853 1 a 1334 4852 -1 a 1334 4851 1 a 1334 3814 -1 a 1334 3813 1 a 1334 2580 0.05684 a 1334 2579 -0.05684 a 1335 1964 -1 a 1335 1963 1 a 1336 4598 -1 a 1336 4597 1 a 1336 4592 1 a 1336 4591 -1 a 1337 2826 1 a 1337 2825 -1 a 1337 2234 1 a 1337 2233 -1 a 1338 3480 -1 a 1338 3479 1 a 1338 3478 -1 a 1338 3477 1 a 1338 3476 -1 a 1338 3475 1 a 1338 3474 -1 a 1338 3473 1 a 1338 3472 -1 a 1338 3471 1 a 1338 3470 -1 a 1338 3469 1 a 1338 3468 -1 a 1338 3467 1 a 1338 3110 1 a 1338 3109 -1 a 1338 2830 -1 a 1338 2829 1 a 1338 2828 1 a 1338 2827 -1 a 1339 1930 -1 a 1339 1929 1 a 1339 1030 -1 a 1339 1029 1 a 1340 4596 1 a 1340 4595 -1 a 1340 2486 1 a 1340 2485 -1 a 1341 3536 -1 a 1341 3535 1 a 1341 3534 -1 a 1341 3533 1 a 1341 3532 -1 a 1341 3531 1 a 1341 3530 -1 a 1341 3529 1 a 1341 3528 -1 a 1341 3527 1 a 1341 3526 -1 a 1341 3525 1 a 1341 3524 -1 a 1341 3523 1 a 1341 3508 -1 a 1341 3507 1 a 1341 3506 -1 a 1341 3505 1 a 1341 3504 -1 a 1341 3503 1 a 1341 3502 -1 a 1341 3501 1 a 1341 3500 -1 a 1341 3499 1 a 1341 3498 -1 a 1341 3497 1 a 1341 3496 -1 a 1341 3495 1 a 1341 3100 1 a 1341 3099 -1 a 1341 2824 -1 a 1341 2823 1 a 1342 4250 1 a 1342 4249 -1 a 1342 4226 -1 a 1342 4225 1 a 1343 5566 76 a 1343 5565 -76 a 1343 1492 -1 a 1343 1491 1 a 1343 1478 1 a 1343 1477 -1 a 1344 4896 -1 a 1344 4895 1 a 1344 982 -1 a 1344 981 1 a 1344 980 1 a 1344 979 -1 a 1345 5054 1 a 1345 5053 -1 a 1345 5052 -1 a 1345 5051 1 a 1346 3550 -1 a 1346 3549 1 a 1346 3548 -1 a 1346 3547 1 a 1346 3546 -1 a 1346 3545 1 a 1346 3544 -1 a 1346 3543 1 a 1346 3542 -1 a 1346 3541 1 a 1346 3540 -1 a 1346 3539 1 a 1346 3538 -1 a 1346 3537 1 a 1346 3522 -1 a 1346 3521 1 a 1346 3520 -1 a 1346 3519 1 a 1346 3518 -1 a 1346 3517 1 a 1346 3516 -1 a 1346 3515 1 a 1346 3514 -1 a 1346 3513 1 a 1346 3512 -1 a 1346 3511 1 a 1346 3510 -1 a 1346 3509 1 a 1346 3108 1 a 1346 3107 -1 a 1346 2828 -1 a 1346 2827 1 a 1347 4598 1 a 1347 4597 -1 a 1347 4596 -1 a 1347 4595 1 a 1348 3466 -1 a 1348 3465 1 a 1348 3464 -1 a 1348 3463 1 a 1348 3462 -1 a 1348 3461 1 a 1348 3460 -1 a 1348 3459 1 a 1348 3458 -1 a 1348 3457 1 a 1348 3456 -1 a 1348 3455 1 a 1348 3454 -1 a 1348 3453 1 a 1348 3102 1 a 1348 3101 -1 a 1348 2826 -1 a 1348 2825 1 a 1348 2824 1 a 1348 2823 -1 a 1349 2830 1 a 1349 2829 -1 a 1349 2236 1 a 1349 2235 -1 a 1350 5052 1 a 1350 5051 -1 a 1350 2574 1 a 1350 2573 -1 a 1351 5054 -1 a 1351 5053 1 a 1351 5040 1 a 1351 5039 -1 a 1352 2028 1 a 1352 2027 -1 a 1352 982 1 a 1352 981 -1 a 1353 4824 -1 a 1353 4823 1 a 1353 1752 -1 a 1353 1751 1 a 1353 1750 1 a 1353 1749 -1 a 1354 3098 1 a 1354 3097 -1 a 1354 2814 -1 a 1354 2813 1 a 1354 2812 1 a 1354 2811 -1 a 1355 4518 -1 a 1355 4517 1 a 1355 4076 -1 a 1355 4075 1 a 1355 4074 1 a 1355 4073 -1 a 1355 1300 -1 a 1355 1299 1 a 1356 1212 -1 a 1356 1211 1 a 1356 1210 1 a 1356 1209 -1 a 1357 4260 -1 a 1357 4259 1 a 1357 4232 1 a 1357 4231 -1 a 1357 4218 1 a 1357 4217 -1 a 1358 4076 1 a 1358 4075 -1 a 1358 2444 1 a 1358 2443 -1 a 1359 2814 1 a 1359 2813 -1 a 1359 2232 1 a 1359 2231 -1 a 1360 5348 1 a 1360 5347 -1 a 1360 4518 1 a 1360 4517 -1 a 1360 4074 -1 a 1360 4073 1 a 1360 4072 1 a 1360 4071 -1 a 1360 1300 1 a 1360 1299 -1 a 1360 1042 -1 a 1360 1041 1 a 1361 5756 0.001 a 1361 5755 -0.001 a 1361 5604 -1 a 1361 5603 1 a 1361 5558 0.001 a 1361 5557 -0.001 a 1361 5068 -1 a 1361 5067 1 a 1361 5012 -1 a 1361 5011 1 a 1361 4886 -1 a 1361 4885 1 a 1361 4858 -1 a 1361 4857 1 a 1361 4792 -1 a 1361 4791 1 a 1361 4712 -1 a 1361 4711 1 a 1361 4658 -1 a 1361 4657 1 a 1361 4656 -1 a 1361 4655 1 a 1361 4648 -1 a 1361 4647 1 a 1361 4468 -1 a 1361 4467 1 a 1361 4460 -1 a 1361 4459 1 a 1361 4434 -1 a 1361 4433 1 a 1361 4280 -1 a 1361 4279 1 a 1361 4114 -1 a 1361 4113 1 a 1361 4010 -1 a 1361 4009 1 a 1361 3972 1 a 1361 3971 -1 a 1361 3852 -1 a 1361 3851 1 a 1361 3826 -1 a 1361 3825 1 a 1361 3708 -1 a 1361 3707 1 a 1361 3556 -1 a 1361 3555 1 a 1361 3422 -1 a 1361 3421 1 a 1361 3312 -1 a 1361 3311 1 a 1361 3256 -1 a 1361 3255 1 a 1361 3240 -1 a 1361 3239 1 a 1361 3150 -1 a 1361 3149 1 a 1361 3086 -1 a 1361 3085 1 a 1361 3070 -1 a 1361 3069 1 a 1361 3002 -1 a 1361 3001 1 a 1361 2978 -1 a 1361 2977 1 a 1361 2912 -1 a 1361 2911 1 a 1361 2642 -1 a 1361 2641 1 a 1361 2640 -1 a 1361 2639 1 a 1361 2638 -1 a 1361 2637 1 a 1361 2636 -1 a 1361 2635 1 a 1361 2634 -1 a 1361 2633 1 a 1361 2632 -1 a 1361 2631 1 a 1361 2630 -1 a 1361 2629 1 a 1361 2628 -1 a 1361 2627 1 a 1361 2626 -1 a 1361 2625 1 a 1361 2624 -1 a 1361 2623 1 a 1361 1956 -6 a 1361 1955 6 a 1361 1614 -1 a 1361 1613 1 a 1361 1384 -1 a 1361 1383 1 a 1361 1358 -1 a 1361 1357 1 a 1361 1330 -1 a 1361 1329 1 a 1361 1328 -1 a 1361 1327 1 a 1361 1326 -1 a 1361 1325 1 a 1361 1306 -1 a 1361 1305 1 a 1361 1304 -1 a 1361 1303 1 a 1361 1244 1 a 1361 1243 -1 a 1361 1192 -1 a 1361 1191 1 a 1361 1108 -1 a 1361 1107 1 a 1361 1104 -1 a 1361 1103 1 a 1361 1102 -1 a 1361 1101 1 a 1361 1088 -1 a 1361 1087 1 a 1361 1082 1 a 1361 1081 -1 a 1361 1080 1 a 1361 1079 -1 a 1361 1078 1 a 1361 1077 -1 a 1361 1056 -1 a 1361 1055 1 a 1361 950 -1 a 1361 949 1 a 1361 948 -1 a 1361 947 1 a 1361 946 -1 a 1361 945 1 a 1361 944 -1 a 1361 943 1 a 1361 942 -1 a 1361 941 1 a 1361 940 -1 a 1361 939 1 a 1361 938 -1 a 1361 937 1 a 1361 936 -1 a 1361 935 1 a 1361 934 -1 a 1361 933 1 a 1361 808 -1 a 1361 807 1 a 1361 806 -1 a 1361 805 1 a 1361 804 -1 a 1361 803 1 a 1361 802 -1 a 1361 801 1 a 1361 800 -1 a 1361 799 1 a 1361 798 -1 a 1361 797 1 a 1361 796 -1 a 1361 795 1 a 1361 780 -1 a 1361 779 1 a 1361 778 -1 a 1361 777 1 a 1361 776 -1 a 1361 775 1 a 1361 774 -1 a 1361 773 1 a 1361 772 -1 a 1361 771 1 a 1361 770 -1 a 1361 769 1 a 1361 768 -1 a 1361 767 1 a 1362 2068 1 a 1362 2067 -1 a 1362 1212 1 a 1362 1211 -1 a 1363 2808 1 a 1363 2807 -1 a 1363 1894 -1 a 1363 1893 1 a 1363 1892 -1 a 1363 1891 1 a 1363 1156 1 a 1363 1155 -1 a 1363 944 -1 a 1363 943 1 a 1364 4234 1 a 1364 4233 -1 a 1364 4218 -1 a 1364 4217 1 a 1365 4994 -1 a 1365 4993 1 a 1365 1210 -1 a 1365 1209 1 a 1365 1208 1 a 1365 1207 -1 a 1366 1208 -1 a 1366 1207 1 a 1366 1206 1 a 1366 1205 -1 a 1367 3958 -1 a 1367 3957 1 a 1367 1714 -1 a 1367 1713 1 a 1367 1712 1 a 1367 1711 -1 a 1368 4634 -1 a 1368 4633 1 a 1368 1106 1 a 1368 1105 -1 a 1369 3778 1 a 1369 3777 -1 a 1369 2410 1 a 1369 2409 -1 a 1370 734 1 a 1370 733 -1 a 1370 718 -1 a 1370 717 1 a 1371 3956 -1 a 1371 3955 1 a 1371 1712 -1 a 1371 1711 1 a 1371 1710 1 a 1371 1709 -1 a 1372 2154 1 a 1372 2153 -1 a 1372 1714 1 a 1372 1713 -1 a 1373 1984 1 a 1373 1983 -1 a 1373 718 1 a 1373 717 -1 a 1374 3778 -1 a 1374 3777 1 a 1374 3776 1 a 1374 3775 -1 a 1375 5532 1 a 1375 5531 -1 a 1375 5530 -1 a 1375 5529 1 a 1376 1264 1 a 1376 1263 -1 a 1377 5532 -1 a 1377 5531 1 a 1377 5508 1 a 1377 5507 -1 a 1378 5762 1 a 1378 5761 -1 a 1378 5530 1 a 1378 5529 -1 a 1378 5506 -1 a 1378 5505 1 a 1379 5480 -1 a 1379 5479 1 a 1379 5330 1 a 1379 5329 -1 a 1379 4730 1 a 1379 4729 -1 a 1379 4148 -1 a 1379 4147 1 a 1379 4146 -1 a 1379 4145 1 a 1379 1596 -1 a 1379 1595 1 a 1380 5546 -1 a 1380 5545 1 a 1380 4688 1 a 1380 4687 -1 a 1380 2498 1 a 1380 2497 -1 a 1381 2162 1 a 1381 2161 -1 a 1381 1738 1 a 1381 1737 -1 a 1382 3036 -1 a 1382 3035 1 a 1382 2582 -1 a 1382 2581 1 a 1382 1740 -1 a 1382 1739 1 a 1383 5756 0.049404 a 1383 5755 -0.049404 a 1383 5560 -2 a 1383 5559 2 a 1383 5558 0.049404 a 1383 5557 -0.049404 a 1384 5542 -1 a 1384 5541 1 a 1384 5328 -1 a 1384 5327 1 a 1384 5324 -1 a 1384 5323 1 a 1384 5320 -1 a 1384 5319 1 a 1384 4688 -1 a 1384 4687 1 a 1384 1598 -1 a 1384 1597 1 a 1385 3378 1 a 1385 3377 -1 a 1385 3190 -1 a 1385 3189 1 a 1386 1740 1 a 1386 1739 -1 a 1386 1738 -1 a 1386 1737 1 a 1387 3666 -1 a 1387 3665 1 a 1387 1788 1 a 1387 1787 -1 a 1387 1786 1 a 1387 1785 -1 a 1388 4882 -1 a 1388 4881 1 a 1388 4880 1 a 1388 4879 -1 a 1389 2648 1 a 1389 2647 -1 a 1389 2194 1 a 1389 2193 -1 a 1390 5726 -1 a 1390 5725 1 a 1390 3814 -1 a 1390 3813 1 a 1390 2652 1 a 1390 2651 -1 a 1390 2650 -1 a 1390 2649 1 a 1391 3824 1 a 1391 3823 -1 a 1391 3822 -1 a 1391 3821 1 a 1392 5688 -1 a 1392 5687 1 a 1393 5504 1 a 1393 5503 -1 a 1393 5404 -1 a 1393 5403 1 a 1394 2650 1 a 1394 2649 -1 a 1394 2648 -1 a 1394 2647 1 a 1395 5402 1 a 1395 5401 -1 a 1395 5400 1 a 1395 5399 -1 a 1396 3622 -1 a 1396 3621 1 a 1396 3620 1 a 1396 3619 -1 a 1397 3814 1 a 1397 3813 -1 a 1398 4460 1 a 1398 4459 -1 a 1399 2714 1 a 1399 2713 -1 a 1399 2712 -1 a 1399 2711 1 a 1399 2208 1 a 1399 2207 -1 a 1400 2710 -1 a 1400 2709 1 a 1400 2704 2 a 1400 2703 -2 a 1400 2702 2 a 1400 2701 -2 a 1400 2700 2 a 1400 2699 -2 a 1401 5186 -1 a 1401 5185 1 a 1401 3774 1 a 1401 3773 -1 a 1401 3626 -1 a 1401 3625 1 a 1401 3620 -1 a 1401 3619 1 a 1401 3618 1 a 1401 3617 -1 a 1401 3228 -1 a 1401 3227 1 a 1402 3622 1 a 1402 3621 -1 a 1402 2386 1 a 1402 2385 -1 a 1403 3150 -1 a 1403 3149 1 a 1403 3148 1 a 1403 3147 -1 a 1404 5756 1e-05 a 1404 5755 -1e-05 a 1404 5730 -1 a 1404 5729 1 a 1404 5714 -1 a 1404 5713 1 a 1404 5708 -1 a 1404 5707 1 a 1404 5672 -1 a 1404 5671 1 a 1404 5666 -1 a 1404 5665 1 a 1404 5660 -1 a 1404 5659 1 a 1404 5638 -1 a 1404 5637 1 a 1404 5624 -1 a 1404 5623 1 a 1404 5558 1e-05 a 1404 5557 -1e-05 a 1404 5090 -1 a 1404 5089 1 a 1404 5086 1 a 1404 5085 -1 a 1404 4454 1 a 1404 4453 -1 a 1404 2746 -1 a 1404 2745 1 a 1404 2700 -1 a 1404 2699 1 a 1404 2696 -1 a 1404 2695 1 a 1404 2682 -1 a 1404 2681 1 a 1404 2646 1 a 1404 2645 -1 a 1404 2644 1 a 1404 2643 -1 a 1404 2580 0.000223 a 1404 2579 -0.000223 a 1404 1646 1 a 1404 1645 -1 a 1404 1524 -1 a 1404 1523 1 a 1404 1272 -1 a 1404 1271 1 a 1404 1038 1 a 1404 1037 -1 a 1404 1036 1 a 1404 1035 -1 a 1404 1034 1 a 1404 1033 -1 a 1404 1032 1 a 1404 1031 -1 a 1404 1030 1 a 1404 1029 -1 a 1404 1028 1 a 1404 1027 -1 a 1404 1026 1 a 1404 1025 -1 a 1404 1024 1 a 1404 1023 -1 a 1405 2714 -1 a 1405 2713 1 a 1405 2710 1 a 1405 2709 -1 a 1406 5572 76 a 1406 5571 -76 a 1406 4130 -1 a 1406 4129 1 a 1406 698 1 a 1406 697 -1 a 1407 3890 1 a 1407 3889 -1 a 1407 2424 1 a 1407 2423 -1 a 1408 5376 -1 a 1408 5375 1 a 1408 5302 -1 a 1408 5301 1 a 1408 3888 1 a 1408 3887 -1 a 1408 3886 1 a 1408 3885 -1 a 1409 4128 -1 a 1409 4127 1 a 1409 1662 1 a 1409 1661 -1 a 1409 698 -1 a 1409 697 1 a 1410 5376 1 a 1410 5375 -1 a 1410 5302 1 a 1410 5301 -1 a 1410 3890 -1 a 1410 3889 1 a 1410 3888 -1 a 1410 3887 1 a 1410 3886 -1 a 1410 3885 1 a 1411 4732 1 a 1411 4731 -1 a 1411 4690 -1 a 1411 4689 1 a 1412 4992 1 a 1412 4991 -1 a 1412 4990 -1 a 1412 4989 1 a 1413 3788 1 a 1413 3787 -1 a 1413 3786 1 a 1413 3785 -1 a 1413 3784 1 a 1413 3783 -1 a 1413 3386 -1 a 1413 3385 1 a 1414 5756 0.003158 a 1414 5755 -0.003158 a 1414 5316 -1 a 1414 5315 1 a 1414 3780 -1 a 1414 3779 1 a 1414 3772 -1 a 1414 3771 1 a 1414 3770 1 a 1414 3769 -1 a 1414 2580 0.003158 a 1414 2579 -0.003158 a 1415 3782 1 a 1415 3781 -1 a 1415 2408 1 a 1415 2407 -1 a 1416 2030 1 a 1416 2029 -1 a 1416 984 1 a 1416 983 -1 a 1417 4732 -1 a 1417 4731 1 a 1417 4634 1 a 1417 4633 -1 a 1417 3172 -1 a 1417 3171 1 a 1417 2580 0.003948 a 1417 2579 -0.003948 a 1418 5652 1 a 1418 5651 -1 a 1418 5650 -1 a 1418 5649 1 a 1419 4980 1 a 1419 4979 -1 a 1419 3248 -1 a 1419 3247 1 a 1420 4690 1 a 1420 4689 -1 a 1420 2500 1 a 1420 2499 -1 a 1421 3798 -1 a 1421 3797 1 a 1421 3644 1 a 1421 3643 -1 a 1422 5316 1 a 1422 5315 -1 a 1422 3782 -1 a 1422 3781 1 a 1422 3780 1 a 1422 3779 -1 a 1422 3772 1 a 1422 3771 -1 a 1422 3770 -1 a 1422 3769 1 a 1423 984 -1 a 1423 983 1 a 1423 980 -1 a 1423 979 1 a 1424 3142 1 a 1424 3141 -1 a 1424 2986 -1 a 1424 2985 1 a 1425 3188 1 a 1425 3187 -1 a 1425 1930 1 a 1425 1929 -1 a 1426 4990 1 a 1426 4989 -1 a 1426 2562 1 a 1426 2561 -1 a 1427 3224 1 a 1427 3223 -1 a 1428 2810 1 a 1428 2809 -1 a 1428 1898 -1 a 1428 1897 1 a 1428 1896 -1 a 1428 1895 1 a 1428 1158 1 a 1428 1157 -1 a 1428 942 -1 a 1428 941 1 a 1429 5232 1 a 1429 5231 -1 a 1429 5230 -1 a 1429 5229 1 a 1430 4054 -1 a 1430 4053 1 a 1430 3420 1 a 1430 3419 -1 a 1431 5740 -1 a 1431 5739 1 a 1431 5738 -1 a 1431 5737 1 a 1431 5688 1 a 1431 5687 -1 a 1432 5726 1 a 1432 5725 -1 a 1433 2660 1 a 1433 2659 -1 a 1433 2658 -1 a 1433 2657 1 a 1434 2984 -1 a 1434 2983 1 a 1434 2844 1 a 1434 2843 -1 a 1435 5726 1 a 1435 5725 -1 a 1435 5378 -1 a 1435 5377 1 a 1435 5272 0.5 a 1435 5271 -0.5 a 1435 5270 0.5 a 1435 5269 -0.5 a 1435 5092 1 a 1435 5091 -1 a 1435 5090 1 a 1435 5089 -1 a 1435 5088 1 a 1435 5087 -1 a 1435 4994 1 a 1435 4993 -1 a 1435 4704 -1 a 1435 4703 1 a 1435 4562 2 a 1435 4561 -2 a 1435 4560 2 a 1435 4559 -2 a 1435 4542 1 a 1435 4541 -1 a 1435 4426 1.5 a 1435 4425 -1.5 a 1435 4154 1 a 1435 4153 -1 a 1435 4068 0.5 a 1435 4067 -0.5 a 1435 4062 0.5 a 1435 4061 -0.5 a 1435 4056 0.5 a 1435 4055 -0.5 a 1435 4032 -1 a 1435 4031 1 a 1435 3928 2 a 1435 3927 -2 a 1435 3926 2 a 1435 3925 -2 a 1435 3814 1 a 1435 3813 -1 a 1435 3172 2 a 1435 3171 -2 a 1435 1786 1 a 1435 1785 -1 a 1435 1628 0.5 a 1435 1627 -0.5 a 1435 1540 1 a 1435 1539 -1 a 1435 1352 1 a 1435 1351 -1 a 1435 952 1 a 1435 951 -1 a 1436 5756 0.154549 a 1436 5755 -0.154549 a 1436 5558 0.154549 a 1436 5557 -0.154549 a 1436 4910 1 a 1436 4909 -1 a 1436 4624 1 a 1436 4623 -1 a 1436 4014 1 a 1436 4013 -1 a 1436 3866 -1 a 1436 3865 1 a 1436 2886 1 a 1436 2885 -1 a 1436 2580 0.1441 a 1436 2579 -0.1441 a 1436 1580 1 a 1436 1579 -1 a 1437 5406 -1 a 1437 5405 1 a 1437 2942 -1 a 1437 2941 1 a 1437 2940 1 a 1437 2939 -1 a 1438 4030 1 a 1438 4029 -1 a 1438 2434 1 a 1438 2433 -1 a 1439 5756 1.4e-05 a 1439 5755 -1.4e-05 a 1439 5566 -2 a 1439 5565 2 a 1439 5558 1.4e-05 a 1439 5557 -1.4e-05 a 1440 4678 1 a 1440 4677 -1 a 1440 1772 -1 a 1440 1771 1 a 1441 4706 -1 a 1441 4705 1 a 1441 4032 1 a 1441 4031 -1 a 1441 4030 -1 a 1441 4029 1 a 1441 2734 1 a 1441 2733 -1 a 1441 1582 1 a 1441 1581 -1 a 1442 4858 -1 a 1442 4857 1 a 1443 3402 -1 a 1443 3401 1 a 1443 1044 1 a 1443 1043 -1 a 1444 1388 1 a 1444 1387 -1 a 1444 1386 1 a 1444 1385 -1 a 1445 4292 -1 a 1445 4291 1 a 1445 740 1 a 1445 739 -1 a 1446 2042 1 a 1446 2041 -1 a 1446 1044 -1 a 1446 1043 1 a 1447 4956 1 a 1447 4955 -1 a 1447 4906 -1 a 1447 4905 1 a 1448 3482 1 a 1448 3481 -1 a 1448 740 -1 a 1448 739 1 a 1449 5608 -1 a 1449 5607 1 a 1449 1922 1 a 1449 1921 -1 a 1450 1922 -1 a 1450 1921 1 a 1450 1920 1 a 1450 1919 -1 a 1450 1918 1 a 1450 1917 -1 a 1450 1916 2 a 1450 1915 -2 a 1451 5204 1 a 1451 5203 -1 a 1451 5202 -1 a 1451 5201 1 a 1452 1118 -1 a 1452 1117 1 a 1452 918 -1 a 1452 917 1 a 1452 910 -1 a 1452 909 1 a 1452 908 1 a 1452 907 -1 a 1453 4442 1 a 1453 4441 -1 a 1453 1256 -1 a 1453 1255 1 a 1454 2020 1 a 1454 2019 -1 a 1454 910 1 a 1454 909 -1 a 1455 5304 -1 a 1455 5303 1 a 1455 5276 1 a 1455 5275 -1 a 1456 4962 1 a 1456 4961 -1 a 1456 3404 1 a 1456 3403 -1 a 1456 1220 -1 a 1456 1219 1 a 1456 1116 -1 a 1456 1115 1 a 1456 916 -1 a 1456 915 1 a 1456 908 -1 a 1456 907 1 a 1457 5756 53.303945 a 1457 5755 -53.303945 a 1457 5742 1 a 1457 5741 -1 a 1457 5736 1 a 1457 5735 -1 a 1457 5728 1 a 1457 5727 -1 a 1457 5726 1 a 1457 5725 -1 a 1457 5724 1 a 1457 5723 -1 a 1457 5702 -1 a 1457 5701 1 a 1457 5700 1 a 1457 5699 -1 a 1457 5690 1 a 1457 5689 -1 a 1457 5652 1 a 1457 5651 -1 a 1457 5650 1 a 1457 5649 -1 a 1457 5648 1 a 1457 5647 -1 a 1457 5646 1 a 1457 5645 -1 a 1457 5644 1 a 1457 5643 -1 a 1457 5636 1 a 1457 5635 -1 a 1457 5622 1 a 1457 5621 -1 a 1457 5610 1 a 1457 5609 -1 a 1457 5606 1 a 1457 5605 -1 a 1457 5604 1 a 1457 5603 -1 a 1457 5558 53.303945 a 1457 5557 -53.303945 a 1457 5552 -1 a 1457 5551 1 a 1457 5504 -1 a 1457 5503 1 a 1457 5502 -1 a 1457 5501 1 a 1457 5500 1 a 1457 5499 -1 a 1457 5492 1 a 1457 5491 -1 a 1457 5484 -2 a 1457 5483 2 a 1457 5452 1 a 1457 5451 -1 a 1457 5450 1 a 1457 5449 -1 a 1457 5448 1 a 1457 5447 -1 a 1457 5430 1 a 1457 5429 -1 a 1457 5428 1 a 1457 5427 -1 a 1457 5406 -1 a 1457 5405 1 a 1457 5382 1 a 1457 5381 -1 a 1457 5378 -2 a 1457 5377 2 a 1457 5372 -1 a 1457 5371 1 a 1457 5346 1 a 1457 5345 -1 a 1457 5332 1 a 1457 5331 -1 a 1457 5330 -3 a 1457 5329 3 a 1457 5316 1 a 1457 5315 -1 a 1457 5314 1 a 1457 5313 -1 a 1457 5302 1 a 1457 5301 -1 a 1457 5284 -1 a 1457 5283 1 a 1457 5272 -1 a 1457 5271 1 a 1457 5270 -1 a 1457 5269 1 a 1457 5256 1 a 1457 5255 -1 a 1457 5246 1 a 1457 5245 -1 a 1457 5244 1 a 1457 5243 -1 a 1457 5240 1 a 1457 5239 -1 a 1457 5230 -1 a 1457 5229 1 a 1457 5228 -1 a 1457 5227 1 a 1457 5146 4 a 1457 5145 -4 a 1457 5144 1 a 1457 5143 -1 a 1457 5138 2 a 1457 5137 -2 a 1457 5126 1 a 1457 5125 -1 a 1457 5116 1 a 1457 5115 -1 a 1457 5108 -1 a 1457 5107 1 a 1457 5106 -1 a 1457 5105 1 a 1457 5100 1 a 1457 5099 -1 a 1457 5094 1 a 1457 5093 -1 a 1457 5090 -1 a 1457 5089 1 a 1457 5088 -1 a 1457 5087 1 a 1457 5078 1 a 1457 5077 -1 a 1457 5074 1 a 1457 5073 -1 a 1457 5068 -1 a 1457 5067 1 a 1457 5066 1 a 1457 5065 -1 a 1457 5062 1 a 1457 5061 -1 a 1457 5056 1 a 1457 5055 -1 a 1457 5034 1 a 1457 5033 -1 a 1457 5014 1 a 1457 5013 -1 a 1457 5008 1 a 1457 5007 -1 a 1457 4998 1 a 1457 4997 -1 a 1457 4994 2 a 1457 4993 -2 a 1457 4980 -1 a 1457 4979 1 a 1457 4974 1 a 1457 4973 -1 a 1457 4964 1 a 1457 4963 -1 a 1457 4956 1 a 1457 4955 -1 a 1457 4952 1 a 1457 4951 -1 a 1457 4936 1 a 1457 4935 -1 a 1457 4920 1 a 1457 4919 -1 a 1457 4902 1 a 1457 4901 -1 a 1457 4874 1 a 1457 4873 -1 a 1457 4866 1 a 1457 4865 -1 a 1457 4854 -1 a 1457 4853 1 a 1457 4852 -1 a 1457 4851 1 a 1457 4844 1 a 1457 4843 -1 a 1457 4840 1 a 1457 4839 -1 a 1457 4838 1 a 1457 4837 -1 a 1457 4794 1 a 1457 4793 -1 a 1457 4790 1 a 1457 4789 -1 a 1457 4776 1 a 1457 4775 -1 a 1457 4768 -2 a 1457 4767 2 a 1457 4766 1 a 1457 4765 -1 a 1457 4756 -1 a 1457 4755 1 a 1457 4746 1 a 1457 4745 -1 a 1457 4732 1 a 1457 4731 -1 a 1457 4730 -3 a 1457 4729 3 a 1457 4714 -1 a 1457 4713 1 a 1457 4710 1 a 1457 4709 -1 a 1457 4708 1 a 1457 4707 -1 a 1457 4698 1 a 1457 4697 -1 a 1457 4670 1 a 1457 4669 -1 a 1457 4668 1 a 1457 4667 -1 a 1457 4666 1 a 1457 4665 -1 a 1457 4648 1 a 1457 4647 -1 a 1457 4642 1 a 1457 4641 -1 a 1457 4634 1 a 1457 4633 -1 a 1457 4632 2 a 1457 4631 -2 a 1457 4624 -1 a 1457 4623 1 a 1457 4622 -1 a 1457 4621 1 a 1457 4620 -1 a 1457 4619 1 a 1457 4618 -1 a 1457 4617 1 a 1457 4616 -1 a 1457 4615 1 a 1457 4614 -1 a 1457 4613 1 a 1457 4612 -1 a 1457 4611 1 a 1457 4610 -1 a 1457 4609 1 a 1457 4608 -1 a 1457 4607 1 a 1457 4606 -1 a 1457 4605 1 a 1457 4604 -1 a 1457 4603 1 a 1457 4602 -1 a 1457 4601 1 a 1457 4588 1 a 1457 4587 -1 a 1457 4574 -2 a 1457 4573 2 a 1457 4566 1 a 1457 4565 -1 a 1457 4564 -2 a 1457 4563 2 a 1457 4550 1 a 1457 4549 -1 a 1457 4542 1 a 1457 4541 -1 a 1457 4522 1 a 1457 4521 -1 a 1457 4492 1 a 1457 4491 -1 a 1457 4462 1 a 1457 4461 -1 a 1457 4456 1 a 1457 4455 -1 a 1457 4450 1 a 1457 4449 -1 a 1457 4448 1 a 1457 4447 -1 a 1457 4444 1 a 1457 4443 -1 a 1457 4434 1 a 1457 4433 -1 a 1457 4426 -3 a 1457 4425 3 a 1457 4424 -1 a 1457 4423 1 a 1457 4410 1 a 1457 4409 -1 a 1457 4404 1 a 1457 4403 -1 a 1457 4402 -2 a 1457 4401 2 a 1457 4390 1 a 1457 4389 -1 a 1457 4388 1 a 1457 4387 -1 a 1457 4386 1 a 1457 4385 -1 a 1457 4376 1 a 1457 4375 -1 a 1457 4290 1 a 1457 4289 -1 a 1457 4274 1 a 1457 4273 -1 a 1457 4256 1 a 1457 4255 -1 a 1457 4252 1 a 1457 4251 -1 a 1457 4248 1 a 1457 4247 -1 a 1457 4244 1 a 1457 4243 -1 a 1457 4240 1 a 1457 4239 -1 a 1457 4236 1 a 1457 4235 -1 a 1457 4232 1 a 1457 4231 -1 a 1457 4230 1 a 1457 4229 -1 a 1457 4228 1 a 1457 4227 -1 a 1457 4226 1 a 1457 4225 -1 a 1457 4224 1 a 1457 4223 -1 a 1457 4222 1 a 1457 4221 -1 a 1457 4220 1 a 1457 4219 -1 a 1457 4218 1 a 1457 4217 -1 a 1457 4212 1 a 1457 4211 -1 a 1457 4210 1 a 1457 4209 -1 a 1457 4200 1 a 1457 4199 -1 a 1457 4198 1 a 1457 4197 -1 a 1457 4196 1 a 1457 4195 -1 a 1457 4194 1 a 1457 4193 -1 a 1457 4192 1 a 1457 4191 -1 a 1457 4190 1 a 1457 4189 -1 a 1457 4188 1 a 1457 4187 -1 a 1457 4172 1 a 1457 4171 -1 a 1457 4170 1 a 1457 4169 -1 a 1457 4168 1 a 1457 4167 -1 a 1457 4166 1 a 1457 4165 -1 a 1457 4164 1 a 1457 4163 -1 a 1457 4162 1 a 1457 4161 -1 a 1457 4160 1 a 1457 4159 -1 a 1457 4158 1 a 1457 4157 -1 a 1457 4156 -2 a 1457 4155 2 a 1457 4140 1 a 1457 4139 -1 a 1457 4136 1 a 1457 4135 -1 a 1457 4132 1 a 1457 4131 -1 a 1457 4128 1 a 1457 4127 -1 a 1457 4124 1 a 1457 4123 -1 a 1457 4120 1 a 1457 4119 -1 a 1457 4116 1 a 1457 4115 -1 a 1457 4108 1 a 1457 4107 -1 a 1457 4106 1 a 1457 4105 -1 a 1457 4104 1 a 1457 4103 -1 a 1457 4102 1 a 1457 4101 -1 a 1457 4100 1 a 1457 4099 -1 a 1457 4098 1 a 1457 4097 -1 a 1457 4096 1 a 1457 4095 -1 a 1457 4092 2 a 1457 4091 -2 a 1457 4074 1 a 1457 4073 -1 a 1457 4070 3 a 1457 4069 -3 a 1457 4064 3 a 1457 4063 -3 a 1457 4058 3 a 1457 4057 -3 a 1457 4022 -2 a 1457 4021 2 a 1457 4020 1 a 1457 4019 -1 a 1457 4018 1 a 1457 4017 -1 a 1457 4016 1 a 1457 4015 -1 a 1457 4014 1 a 1457 4013 -1 a 1457 4012 1 a 1457 4011 -1 a 1457 4010 1 a 1457 4009 -1 a 1457 4008 1 a 1457 4007 -1 a 1457 4006 1 a 1457 4005 -1 a 1457 4004 1 a 1457 4003 -1 a 1457 4002 1 a 1457 4001 -1 a 1457 4000 1 a 1457 3999 -1 a 1457 3998 1 a 1457 3997 -1 a 1457 3996 1 a 1457 3995 -1 a 1457 3994 1 a 1457 3993 -1 a 1457 3992 1 a 1457 3991 -1 a 1457 3990 1 a 1457 3989 -1 a 1457 3988 1 a 1457 3987 -1 a 1457 3986 1 a 1457 3985 -1 a 1457 3984 1 a 1457 3983 -1 a 1457 3980 1 a 1457 3979 -1 a 1457 3976 1 a 1457 3975 -1 a 1457 3972 1 a 1457 3971 -1 a 1457 3968 1 a 1457 3967 -1 a 1457 3964 1 a 1457 3963 -1 a 1457 3960 1 a 1457 3959 -1 a 1457 3956 1 a 1457 3955 -1 a 1457 3952 1 a 1457 3951 -1 a 1457 3946 1 a 1457 3945 -1 a 1457 3942 1 a 1457 3941 -1 a 1457 3938 1 a 1457 3937 -1 a 1457 3936 1 a 1457 3935 -1 a 1457 3920 -1 a 1457 3919 1 a 1457 3916 -1 a 1457 3915 1 a 1457 3904 1 a 1457 3903 -1 a 1457 3900 1 a 1457 3899 -1 a 1457 3896 1 a 1457 3895 -1 a 1457 3894 1 a 1457 3893 -1 a 1457 3886 1 a 1457 3885 -1 a 1457 3884 -1 a 1457 3883 1 a 1457 3856 1 a 1457 3855 -1 a 1457 3850 1 a 1457 3849 -1 a 1457 3842 1 a 1457 3841 -1 a 1457 3826 1 a 1457 3825 -1 a 1457 3820 1 a 1457 3819 -1 a 1457 3814 1 a 1457 3813 -1 a 1457 3804 1 a 1457 3803 -1 a 1457 3802 1 a 1457 3801 -1 a 1457 3794 1 a 1457 3793 -1 a 1457 3790 1 a 1457 3789 -1 a 1457 3774 1 a 1457 3773 -1 a 1457 3750 1 a 1457 3749 -1 a 1457 3748 1 a 1457 3747 -1 a 1457 3746 1 a 1457 3745 -1 a 1457 3744 1 a 1457 3743 -1 a 1457 3742 1 a 1457 3741 -1 a 1457 3724 1 a 1457 3723 -1 a 1457 3722 1 a 1457 3721 -1 a 1457 3710 1 a 1457 3709 -1 a 1457 3706 -1 a 1457 3705 1 a 1457 3704 -1 a 1457 3703 1 a 1457 3700 1 a 1457 3699 -1 a 1457 3696 1 a 1457 3695 -1 a 1457 3692 -1 a 1457 3691 1 a 1457 3690 -1 a 1457 3689 1 a 1457 3686 1 a 1457 3685 -1 a 1457 3684 1 a 1457 3683 -1 a 1457 3672 -1 a 1457 3671 1 a 1457 3666 -1 a 1457 3665 1 a 1457 3634 1 a 1457 3633 -1 a 1457 3630 -1 a 1457 3629 1 a 1457 3608 1 a 1457 3607 -1 a 1457 3604 1 a 1457 3603 -1 a 1457 3600 1 a 1457 3599 -1 a 1457 3596 1 a 1457 3595 -1 a 1457 3592 1 a 1457 3591 -1 a 1457 3588 1 a 1457 3587 -1 a 1457 3558 1 a 1457 3557 -1 a 1457 3550 1 a 1457 3549 -1 a 1457 3548 1 a 1457 3547 -1 a 1457 3546 1 a 1457 3545 -1 a 1457 3544 1 a 1457 3543 -1 a 1457 3542 1 a 1457 3541 -1 a 1457 3540 1 a 1457 3539 -1 a 1457 3538 1 a 1457 3537 -1 a 1457 3536 1 a 1457 3535 -1 a 1457 3534 1 a 1457 3533 -1 a 1457 3532 1 a 1457 3531 -1 a 1457 3530 1 a 1457 3529 -1 a 1457 3528 1 a 1457 3527 -1 a 1457 3526 1 a 1457 3525 -1 a 1457 3524 1 a 1457 3523 -1 a 1457 3494 1 a 1457 3493 -1 a 1457 3492 1 a 1457 3491 -1 a 1457 3490 1 a 1457 3489 -1 a 1457 3488 1 a 1457 3487 -1 a 1457 3486 1 a 1457 3485 -1 a 1457 3484 1 a 1457 3483 -1 a 1457 3482 1 a 1457 3481 -1 a 1457 3434 1 a 1457 3433 -1 a 1457 3432 1 a 1457 3431 -1 a 1457 3424 1 a 1457 3423 -1 a 1457 3408 1 a 1457 3407 -1 a 1457 3404 1 a 1457 3403 -1 a 1457 3394 1 a 1457 3393 -1 a 1457 3390 1 a 1457 3389 -1 a 1457 3388 1 a 1457 3387 -1 a 1457 3358 1 a 1457 3357 -1 a 1457 3354 1 a 1457 3353 -1 a 1457 3352 1 a 1457 3351 -1 a 1457 3350 -1 a 1457 3349 1 a 1457 3346 -1 a 1457 3345 1 a 1457 3332 1 a 1457 3331 -1 a 1457 3322 1 a 1457 3321 -1 a 1457 3320 1 a 1457 3319 -1 a 1457 3314 1 a 1457 3313 -1 a 1457 3308 -1 a 1457 3307 1 a 1457 3306 -1 a 1457 3305 1 a 1457 3292 1 a 1457 3291 -1 a 1457 3278 1 a 1457 3277 -1 a 1457 3248 1 a 1457 3247 -1 a 1457 3242 1 a 1457 3241 -1 a 1457 3238 1 a 1457 3237 -1 a 1457 3236 1 a 1457 3235 -1 a 1457 3232 1 a 1457 3231 -1 a 1457 3210 1 a 1457 3209 -1 a 1457 3202 1 a 1457 3201 -1 a 1457 3170 -1 a 1457 3169 1 a 1457 3152 1 a 1457 3151 -1 a 1457 3148 1 a 1457 3147 -1 a 1457 3146 3 a 1457 3145 -3 a 1457 3144 1 a 1457 3143 -1 a 1457 3138 1 a 1457 3137 -1 a 1457 3136 1 a 1457 3135 -1 a 1457 3126 1 a 1457 3125 -1 a 1457 3112 1 a 1457 3111 -1 a 1457 3108 1 a 1457 3107 -1 a 1457 3104 1 a 1457 3103 -1 a 1457 3100 1 a 1457 3099 -1 a 1457 3096 1 a 1457 3095 -1 a 1457 3086 1 a 1457 3085 -1 a 1457 3082 1 a 1457 3081 -1 a 1457 3076 -1 a 1457 3075 1 a 1457 3068 1 a 1457 3067 -1 a 1457 3066 1 a 1457 3065 -1 a 1457 3026 1 a 1457 3025 -1 a 1457 3020 1 a 1457 3019 -1 a 1457 3004 1 a 1457 3003 -1 a 1457 2994 1 a 1457 2993 -1 a 1457 2990 1 a 1457 2989 -1 a 1457 2988 1 a 1457 2987 -1 a 1457 2980 1 a 1457 2979 -1 a 1457 2962 1 a 1457 2961 -1 a 1457 2942 -1 a 1457 2941 1 a 1457 2922 -1 a 1457 2921 1 a 1457 2916 1 a 1457 2915 -1 a 1457 2914 1 a 1457 2913 -1 a 1457 2888 1 a 1457 2887 -1 a 1457 2876 1 a 1457 2875 -1 a 1457 2850 1 a 1457 2849 -1 a 1457 2846 1 a 1457 2845 -1 a 1457 2842 -1 a 1457 2841 1 a 1457 2840 1 a 1457 2839 -1 a 1457 2836 1 a 1457 2835 -1 a 1457 2832 1 a 1457 2831 -1 a 1457 2828 1 a 1457 2827 -1 a 1457 2824 1 a 1457 2823 -1 a 1457 2812 1 a 1457 2811 -1 a 1457 2780 1 a 1457 2779 -1 a 1457 2774 1 a 1457 2773 -1 a 1457 2728 1 a 1457 2727 -1 a 1457 2716 1 a 1457 2715 -1 a 1457 2710 1 a 1457 2709 -1 a 1457 2678 1 a 1457 2677 -1 a 1457 2656 1 a 1457 2655 -1 a 1457 2622 1 a 1457 2621 -1 a 1457 2620 1 a 1457 2619 -1 a 1457 2618 1 a 1457 2617 -1 a 1457 2616 1 a 1457 2615 -1 a 1457 2614 1 a 1457 2613 -1 a 1457 2612 1 a 1457 2611 -1 a 1457 2610 1 a 1457 2609 -1 a 1457 2608 1 a 1457 2607 -1 a 1457 2606 1 a 1457 2605 -1 a 1457 2604 1 a 1457 2603 -1 a 1457 2602 1 a 1457 2601 -1 a 1457 2600 1 a 1457 2599 -1 a 1457 2598 1 a 1457 2597 -1 a 1457 2596 1 a 1457 2595 -1 a 1457 2594 1 a 1457 2593 -1 a 1457 2592 1 a 1457 2591 -1 a 1457 2590 1 a 1457 2589 -1 a 1457 2584 1 a 1457 2583 -1 a 1457 2580 54.462 a 1457 2579 -54.462 a 1457 1954 -1 a 1457 1953 1 a 1457 1942 -1 a 1457 1941 1 a 1457 1938 -1 a 1457 1937 1 a 1457 1936 -1 a 1457 1935 1 a 1457 1934 -1 a 1457 1933 1 a 1457 1932 -1 a 1457 1931 1 a 1457 1930 -1 a 1457 1929 1 a 1457 1928 -1 a 1457 1927 1 a 1457 1926 -1 a 1457 1925 1 a 1457 1924 -1 a 1457 1923 1 a 1457 1862 1 a 1457 1861 -1 a 1457 1850 1 a 1457 1849 -1 a 1457 1810 1 a 1457 1809 -1 a 1457 1808 1 a 1457 1807 -1 a 1457 1792 -1 a 1457 1791 1 a 1457 1788 3 a 1457 1787 -3 a 1457 1786 1 a 1457 1785 -1 a 1457 1772 -1 a 1457 1771 1 a 1457 1768 -1 a 1457 1767 1 a 1457 1764 1 a 1457 1763 -1 a 1457 1762 1 a 1457 1761 -1 a 1457 1748 -2 a 1457 1747 2 a 1457 1736 -1 a 1457 1735 1 a 1457 1734 -1 a 1457 1733 1 a 1457 1724 1 a 1457 1723 -1 a 1457 1710 1 a 1457 1709 -1 a 1457 1708 1 a 1457 1707 -1 a 1457 1698 1 a 1457 1697 -1 a 1457 1680 1 a 1457 1679 -1 a 1457 1648 1 a 1457 1647 -1 a 1457 1646 1 a 1457 1645 -1 a 1457 1632 1 a 1457 1631 -1 a 1457 1630 1 a 1457 1629 -1 a 1457 1628 -1 a 1457 1627 1 a 1457 1620 1 a 1457 1619 -1 a 1457 1618 1 a 1457 1617 -1 a 1457 1616 1 a 1457 1615 -1 a 1457 1612 1 a 1457 1611 -1 a 1457 1604 1 a 1457 1603 -1 a 1457 1588 1 a 1457 1587 -1 a 1457 1586 1 a 1457 1585 -1 a 1457 1584 1 a 1457 1583 -1 a 1457 1580 1 a 1457 1579 -1 a 1457 1576 1 a 1457 1575 -1 a 1457 1570 1 a 1457 1569 -1 a 1457 1560 1 a 1457 1559 -1 a 1457 1556 1 a 1457 1555 -1 a 1457 1552 -1 a 1457 1551 1 a 1457 1540 -2 a 1457 1539 2 a 1457 1534 1 a 1457 1533 -1 a 1457 1520 1 a 1457 1519 -1 a 1457 1512 1 a 1457 1511 -1 a 1457 1504 1 a 1457 1503 -1 a 1457 1452 1 a 1457 1451 -1 a 1457 1448 1 a 1457 1447 -1 a 1457 1436 1 a 1457 1435 -1 a 1457 1434 1 a 1457 1433 -1 a 1457 1432 1 a 1457 1431 -1 a 1457 1430 1 a 1457 1429 -1 a 1457 1428 1 a 1457 1427 -1 a 1457 1426 1 a 1457 1425 -1 a 1457 1424 1 a 1457 1423 -1 a 1457 1416 1 a 1457 1415 -1 a 1457 1414 1 a 1457 1413 -1 a 1457 1410 1 a 1457 1409 -1 a 1457 1408 1 a 1457 1407 -1 a 1457 1388 -1 a 1457 1387 1 a 1457 1386 -1 a 1457 1385 1 a 1457 1384 1 a 1457 1383 -1 a 1457 1378 -1 a 1457 1377 1 a 1457 1374 1 a 1457 1373 -1 a 1457 1372 1 a 1457 1371 -1 a 1457 1360 1 a 1457 1359 -1 a 1457 1332 1 a 1457 1331 -1 a 1457 1326 1 a 1457 1325 -1 a 1457 1322 1 a 1457 1321 -1 a 1457 1316 1 a 1457 1315 -1 a 1457 1308 1 a 1457 1307 -1 a 1457 1278 1 a 1457 1277 -1 a 1457 1266 1 a 1457 1265 -1 a 1457 1264 1 a 1457 1263 -1 a 1457 1254 1 a 1457 1253 -1 a 1457 1248 1 a 1457 1247 -1 a 1457 1246 1 a 1457 1245 -1 a 1457 1244 1 a 1457 1243 -1 a 1457 1242 1 a 1457 1241 -1 a 1457 1224 1 a 1457 1223 -1 a 1457 1222 1 a 1457 1221 -1 a 1457 1220 1 a 1457 1219 -1 a 1457 1208 1 a 1457 1207 -1 a 1457 1206 2 a 1457 1205 -2 a 1457 1204 1 a 1457 1203 -1 a 1457 1202 1 a 1457 1201 -1 a 1457 1194 1 a 1457 1193 -1 a 1457 1176 1 a 1457 1175 -1 a 1457 1162 1 a 1457 1161 -1 a 1457 1140 1 a 1457 1139 -1 a 1457 1136 1 a 1457 1135 -1 a 1457 1132 1 a 1457 1131 -1 a 1457 1128 1 a 1457 1127 -1 a 1457 1124 1 a 1457 1123 -1 a 1457 1120 1 a 1457 1119 -1 a 1457 1116 1 a 1457 1115 -1 a 1457 1114 1 a 1457 1113 -1 a 1457 1102 1 a 1457 1101 -1 a 1457 1098 1 a 1457 1097 -1 a 1457 1090 1 a 1457 1089 -1 a 1457 1068 1 a 1457 1067 -1 a 1457 1050 1 a 1457 1049 -1 a 1457 1048 -1 a 1457 1047 1 a 1457 1042 1 a 1457 1041 -1 a 1457 1008 1 a 1457 1007 -1 a 1457 960 1 a 1457 959 -1 a 1457 952 1 a 1457 951 -1 a 1457 930 1 a 1457 929 -1 a 1457 920 1 a 1457 919 -1 a 1457 916 1 a 1457 915 -1 a 1457 908 1 a 1457 907 -1 a 1457 850 -1 a 1457 849 1 a 1457 848 -1 a 1457 847 1 a 1457 846 -1 a 1457 845 1 a 1457 844 -1 a 1457 843 1 a 1457 842 -1 a 1457 841 1 a 1457 840 -1 a 1457 839 1 a 1457 838 -1 a 1457 837 1 a 1457 836 -1 a 1457 835 1 a 1457 834 -1 a 1457 833 1 a 1457 832 -1 a 1457 831 1 a 1457 830 -1 a 1457 829 1 a 1457 828 -1 a 1457 827 1 a 1457 818 1 a 1457 817 -1 a 1457 714 1 a 1457 713 -1 a 1458 3234 -1 a 1458 3233 1 a 1458 3232 -1 a 1458 3231 1 a 1459 5506 1 a 1459 5505 -1 a 1459 5268 -1 a 1459 5267 1 a 1459 5266 -1 a 1459 5265 1 a 1459 3168 1 a 1459 3167 -1 a 1459 2314 1 a 1459 2313 -1 a 1460 4658 1 a 1460 4657 -1 a 1461 5562 3 a 1461 5561 -3 a 1461 4360 1 a 1461 4359 -1 a 1461 4318 1 a 1461 4317 -1 a 1461 4180 1 a 1461 4179 -1 a 1461 4172 -1 a 1461 4171 1 a 1462 3822 1 a 1462 3821 -1 a 1462 2420 1 a 1462 2419 -1 a 1463 5556 -1 a 1463 5555 1 a 1463 3904 -1 a 1463 3903 1 a 1463 3856 1 a 1463 3855 -1 a 1463 3824 -1 a 1463 3823 1 a 1464 3232 1 a 1464 3231 -1 a 1465 5614 1 a 1465 5613 -1 a 1465 5612 1 a 1465 5611 -1 a 1465 5424 -1 a 1465 5423 1 a 1465 5422 -1 a 1465 5421 1 a 1465 5420 1 a 1465 5419 -1 a 1465 5156 1 a 1465 5155 -1 a 1465 4948 1 a 1465 4947 -1 a 1465 4942 1 a 1465 4941 -1 a 1465 4932 1 a 1465 4931 -1 a 1465 4924 1 a 1465 4923 -1 a 1465 4898 1 a 1465 4897 -1 a 1465 4896 1 a 1465 4895 -1 a 1465 4880 1 a 1465 4879 -1 a 1465 4846 1 a 1465 4845 -1 a 1465 4814 -1 a 1465 4813 1 a 1465 4812 -1 a 1465 4811 1 a 1465 4568 1 a 1465 4567 -1 a 1465 4514 1 a 1465 4513 -1 a 1465 4494 1 a 1465 4493 -1 a 1465 4374 1 a 1465 4373 -1 a 1465 4372 1 a 1465 4371 -1 a 1465 4370 1 a 1465 4369 -1 a 1465 4368 1 a 1465 4367 -1 a 1465 4366 1 a 1465 4365 -1 a 1465 4364 1 a 1465 4363 -1 a 1465 4362 1 a 1465 4361 -1 a 1465 4360 1 a 1465 4359 -1 a 1465 4358 1 a 1465 4357 -1 a 1465 4356 1 a 1465 4355 -1 a 1465 4354 1 a 1465 4353 -1 a 1465 4352 1 a 1465 4351 -1 a 1465 4350 1 a 1465 4349 -1 a 1465 4348 1 a 1465 4347 -1 a 1465 4346 1 a 1465 4345 -1 a 1465 4344 1 a 1465 4343 -1 a 1465 4342 1 a 1465 4341 -1 a 1465 4340 1 a 1465 4339 -1 a 1465 4338 1 a 1465 4337 -1 a 1465 4336 1 a 1465 4335 -1 a 1465 4334 1 a 1465 4333 -1 a 1465 4332 1 a 1465 4331 -1 a 1465 4330 1 a 1465 4329 -1 a 1465 4328 1 a 1465 4327 -1 a 1465 4326 1 a 1465 4325 -1 a 1465 4324 1 a 1465 4323 -1 a 1465 4322 1 a 1465 4321 -1 a 1465 4320 1 a 1465 4319 -1 a 1465 4318 1 a 1465 4317 -1 a 1465 4316 1 a 1465 4315 -1 a 1465 4314 1 a 1465 4313 -1 a 1465 4312 1 a 1465 4311 -1 a 1465 4310 1 a 1465 4309 -1 a 1465 4308 1 a 1465 4307 -1 a 1465 4306 1 a 1465 4305 -1 a 1465 4304 1 a 1465 4303 -1 a 1465 4302 1 a 1465 4301 -1 a 1465 4300 1 a 1465 4299 -1 a 1465 4298 1 a 1465 4297 -1 a 1465 4296 1 a 1465 4295 -1 a 1465 4294 1 a 1465 4293 -1 a 1465 4292 1 a 1465 4291 -1 a 1465 4258 1 a 1465 4257 -1 a 1465 4254 1 a 1465 4253 -1 a 1465 4250 1 a 1465 4249 -1 a 1465 4246 1 a 1465 4245 -1 a 1465 4242 1 a 1465 4241 -1 a 1465 4238 1 a 1465 4237 -1 a 1465 4234 1 a 1465 4233 -1 a 1465 4142 1 a 1465 4141 -1 a 1465 4138 1 a 1465 4137 -1 a 1465 4134 1 a 1465 4133 -1 a 1465 4130 1 a 1465 4129 -1 a 1465 4126 1 a 1465 4125 -1 a 1465 4122 1 a 1465 4121 -1 a 1465 4118 1 a 1465 4117 -1 a 1465 4026 -2 a 1465 4025 2 a 1465 4024 -2 a 1465 4023 2 a 1465 3982 1 a 1465 3981 -1 a 1465 3978 1 a 1465 3977 -1 a 1465 3974 1 a 1465 3973 -1 a 1465 3970 1 a 1465 3969 -1 a 1465 3966 1 a 1465 3965 -1 a 1465 3962 1 a 1465 3961 -1 a 1465 3958 1 a 1465 3957 -1 a 1465 3954 1 a 1465 3953 -1 a 1465 3950 1 a 1465 3949 -1 a 1465 3948 1 a 1465 3947 -1 a 1465 3944 1 a 1465 3943 -1 a 1465 3940 1 a 1465 3939 -1 a 1465 3918 -1 a 1465 3917 1 a 1465 3914 -1 a 1465 3913 1 a 1465 3740 1 a 1465 3739 -1 a 1465 3738 1 a 1465 3737 -1 a 1465 3736 1 a 1465 3735 -1 a 1465 3734 1 a 1465 3733 -1 a 1465 3732 1 a 1465 3731 -1 a 1465 3730 1 a 1465 3729 -1 a 1465 3728 1 a 1465 3727 -1 a 1465 3662 1 a 1465 3661 -1 a 1465 3660 1 a 1465 3659 -1 a 1465 3658 1 a 1465 3657 -1 a 1465 3656 1 a 1465 3655 -1 a 1465 3654 1 a 1465 3653 -1 a 1465 3652 1 a 1465 3651 -1 a 1465 3650 1 a 1465 3649 -1 a 1465 3648 1 a 1465 3647 -1 a 1465 3646 1 a 1465 3645 -1 a 1465 3480 1 a 1465 3479 -1 a 1465 3478 1 a 1465 3477 -1 a 1465 3476 1 a 1465 3475 -1 a 1465 3474 1 a 1465 3473 -1 a 1465 3472 1 a 1465 3471 -1 a 1465 3470 1 a 1465 3469 -1 a 1465 3468 1 a 1465 3467 -1 a 1465 3466 1 a 1465 3465 -1 a 1465 3464 1 a 1465 3463 -1 a 1465 3462 1 a 1465 3461 -1 a 1465 3460 1 a 1465 3459 -1 a 1465 3458 1 a 1465 3457 -1 a 1465 3456 1 a 1465 3455 -1 a 1465 3454 1 a 1465 3453 -1 a 1465 3452 1 a 1465 3451 -1 a 1465 3450 1 a 1465 3449 -1 a 1465 3448 1 a 1465 3447 -1 a 1465 3446 1 a 1465 3445 -1 a 1465 3444 1 a 1465 3443 -1 a 1465 3442 1 a 1465 3441 -1 a 1465 3440 1 a 1465 3439 -1 a 1465 3170 1 a 1465 3169 -1 a 1465 3168 -1 a 1465 3167 1 a 1465 3164 1 a 1465 3163 -1 a 1465 3134 1 a 1465 3133 -1 a 1465 3114 1 a 1465 3113 -1 a 1465 3110 1 a 1465 3109 -1 a 1465 3106 1 a 1465 3105 -1 a 1465 3102 1 a 1465 3101 -1 a 1465 3098 1 a 1465 3097 -1 a 1465 2992 1 a 1465 2991 -1 a 1465 2930 1 a 1465 2929 -1 a 1465 2856 1 a 1465 2855 -1 a 1465 2796 1 a 1465 2795 -1 a 1465 2788 1 a 1465 2787 -1 a 1465 2734 -2 a 1465 2733 2 a 1465 1582 -2 a 1465 1581 2 a 1465 1484 1 a 1465 1483 -1 a 1465 1482 1 a 1465 1481 -1 a 1465 1480 1 a 1465 1479 -1 a 1465 1478 1 a 1465 1477 -1 a 1465 1476 1 a 1465 1475 -1 a 1465 1474 1 a 1465 1473 -1 a 1465 1472 1 a 1465 1471 -1 a 1465 1324 1 a 1465 1323 -1 a 1465 1130 1 a 1465 1129 -1 a 1465 1126 1 a 1465 1125 -1 a 1465 1118 1 a 1465 1117 -1 a 1465 986 1 a 1465 985 -1 a 1465 980 1 a 1465 979 -1 a 1465 918 1 a 1465 917 -1 a 1465 860 1 a 1465 859 -1 a 1465 858 1 a 1465 857 -1 a 1465 856 1 a 1465 855 -1 a 1465 854 1 a 1465 853 -1 a 1465 736 1 a 1465 735 -1 a 1465 734 1 a 1465 733 -1 a 1465 732 1 a 1465 731 -1 a 1465 730 1 a 1465 729 -1 a 1466 3234 1 a 1466 3233 -1 a 1466 2328 1 a 1466 2327 -1 a 1467 4486 -1 a 1467 4485 1 a 1467 4172 1 a 1467 4171 -1 a 1467 1444 1 a 1467 1443 -1 a 1467 780 -1 a 1467 779 1 a 1468 4452 -1 a 1468 4451 1 a 1468 3304 1 a 1468 3303 -1 a 1469 5570 4 a 1469 5569 -4 a 1469 4504 -1 a 1469 4503 1 a 1469 4482 1 a 1469 4481 -1 a 1470 4258 1 a 1470 4257 -1 a 1470 4230 -1 a 1470 4229 1 a 1471 3602 -1 a 1471 3601 1 a 1471 3600 1 a 1471 3599 -1 a 1472 4272 -1 a 1472 4271 1 a 1472 4256 1 a 1472 4255 -1 a 1472 4230 1 a 1472 4229 -1 a 1473 3602 1 a 1473 3601 -1 a 1473 2382 1 a 1473 2381 -1 a 1474 4762 1 a 1474 4761 -1 a 1474 4760 1 a 1474 4759 -1 a 1474 1826 -1 a 1474 1825 1 a 1475 3744 -1 a 1475 3743 1 a 1475 3742 1 a 1475 3741 -1 a 1475 3600 -1 a 1475 3599 1 a 1475 1226 1 a 1475 1225 -1 a 1476 5364 1 a 1476 5363 -1 a 1476 5362 1 a 1476 5361 -1 a 1477 5572 2 a 1477 5571 -2 a 1477 4138 -1 a 1477 4137 1 a 1477 702 1 a 1477 701 -1 a 1478 5354 -1 a 1478 5353 1 a 1478 4214 1 a 1478 4213 -1 a 1478 3040 -1 a 1478 3039 1 a 1478 1954 1 a 1478 1953 -1 a 1479 3184 1 a 1479 3183 -1 a 1479 1926 1 a 1479 1925 -1 a 1480 2954 1 a 1480 2953 -1 a 1480 2952 -1 a 1480 2951 1 a 1481 4872 -1 a 1481 4871 1 a 1481 4366 -1 a 1481 4365 1 a 1481 4352 -1 a 1481 4351 1 a 1481 4338 -1 a 1481 4337 1 a 1481 4324 -1 a 1481 4323 1 a 1481 4310 -1 a 1481 4309 1 a 1481 4296 -1 a 1481 4295 1 a 1481 3472 -1 a 1481 3471 1 a 1481 3458 -1 a 1481 3457 1 a 1481 3444 -1 a 1481 3443 1 a 1481 2630 1 a 1481 2629 -1 a 1482 4912 1 a 1482 4911 -1 a 1482 4144 -1 a 1482 4143 1 a 1483 4136 -1 a 1483 4135 1 a 1483 1666 1 a 1483 1665 -1 a 1483 702 -1 a 1483 701 1 a 1484 5364 -1 a 1484 5363 1 a 1484 5354 1 a 1484 5353 -1 a 1485 5756 0.027476 a 1485 5755 -0.027476 a 1485 5558 0.027476 a 1485 5557 -0.027476 a 1485 2972 -1 a 1485 2971 1 a 1485 2948 -1 a 1485 2947 1 a 1485 2936 1 a 1485 2935 -1 a 1485 2926 1 a 1485 2925 -1 a 1486 4872 1 a 1486 4871 -1 a 1486 2538 1 a 1486 2537 -1 a 1487 3542 -1 a 1487 3541 1 a 1487 3528 -1 a 1487 3527 1 a 1487 3486 -1 a 1487 3485 1 a 1487 2610 -1 a 1487 2609 1 a 1487 2596 -1 a 1487 2595 1 a 1487 936 1 a 1487 935 -1 a 1487 800 1 a 1487 799 -1 a 1487 772 1 a 1487 771 -1 a 1488 4272 1 a 1488 4271 -1 a 1488 4270 1 a 1488 4269 -1 a 1488 4268 1 a 1488 4267 -1 a 1488 4266 1 a 1488 4265 -1 a 1488 4264 1 a 1488 4263 -1 a 1488 4262 1 a 1488 4261 -1 a 1488 4260 1 a 1488 4259 -1 a 1488 3494 -1 a 1488 3493 1 a 1488 3492 -1 a 1488 3491 1 a 1488 3490 -1 a 1488 3489 1 a 1488 3488 -1 a 1488 3487 1 a 1488 3486 -1 a 1488 3485 1 a 1488 3484 -1 a 1488 3483 1 a 1488 3482 -1 a 1488 3481 1 a 1488 3112 -1 a 1488 3111 1 a 1488 3108 -1 a 1488 3107 1 a 1488 3104 -1 a 1488 3103 1 a 1488 3100 -1 a 1488 3099 1 a 1488 3096 -1 a 1488 3095 1 a 1488 3064 -1 a 1488 3063 1 a 1488 3028 -1 a 1488 3027 1 a 1488 3026 -1 a 1488 3025 1 a 1488 2840 1 a 1488 2839 -1 a 1488 2822 1 a 1488 2821 -1 a 1488 2820 1 a 1488 2819 -1 a 1488 2818 1 a 1488 2817 -1 a 1488 2816 1 a 1488 2815 -1 a 1488 2810 1 a 1488 2809 -1 a 1488 2808 1 a 1488 2807 -1 a 1488 2806 1 a 1488 2805 -1 a 1488 2804 1 a 1488 2803 -1 a 1488 2802 1 a 1488 2801 -1 a 1488 2800 1 a 1488 2799 -1 a 1488 2798 1 a 1488 2797 -1 a 1489 3030 1 a 1489 3029 -1 a 1489 2290 1 a 1489 2289 -1 a 1490 4788 -1 a 1490 4787 1 a 1490 4514 1 a 1490 4513 -1 a 1491 5068 -1 a 1491 5067 1 a 1491 4830 1 a 1491 4829 -1 a 1491 3224 -1 a 1491 3223 1 a 1492 5756 3e-06 a 1492 5755 -3e-06 a 1492 5558 3e-06 a 1492 5557 -3e-06 a 1492 4766 1 a 1492 4765 -1 a 1492 4724 -1 a 1492 4723 1 a 1492 3270 1 a 1492 3269 -1 a 1492 1368 1 a 1492 1367 -1 a 1492 1170 -1 a 1492 1169 1 a 1493 1942 -1 a 1493 1941 1 a 1493 1940 1 a 1493 1939 -1 a 1493 1722 -1 a 1493 1721 1 a 1494 4500 1 a 1494 4499 -1 a 1494 4264 1 a 1494 4263 -1 a 1494 1688 -1 a 1494 1687 1 a 1494 1428 1 a 1494 1427 -1 a 1495 4788 1 a 1495 4787 -1 a 1495 2520 1 a 1495 2519 -1 a 1496 3452 -1 a 1496 3451 1 a 1496 3450 -1 a 1496 3449 1 a 1496 3448 -1 a 1496 3447 1 a 1496 3446 -1 a 1496 3445 1 a 1496 3444 -1 a 1496 3443 1 a 1496 3442 -1 a 1496 3441 1 a 1496 3440 -1 a 1496 3439 1 a 1496 3114 -1 a 1496 3113 1 a 1496 3110 -1 a 1496 3109 1 a 1496 3106 -1 a 1496 3105 1 a 1496 3102 -1 a 1496 3101 1 a 1496 3098 -1 a 1496 3097 1 a 1496 3030 -1 a 1496 3029 1 a 1496 3028 1 a 1496 3027 -1 a 1496 3026 1 a 1496 3025 -1 a 1497 5150 1 a 1497 5149 -1 a 1497 5148 -1 a 1497 5147 1 a 1498 4680 1 a 1498 4679 -1 a 1498 4678 -1 a 1498 4677 1 a 1499 4454 -1 a 1499 4453 1 a 1499 4094 1 a 1499 4093 -1 a 1499 4092 1 a 1499 4091 -1 a 1499 2842 -1 a 1499 2841 1 a 1500 4958 1 a 1500 4957 -1 a 1500 3804 -1 a 1500 3803 1 a 1500 2904 1 a 1500 2903 -1 a 1500 2774 1 a 1500 2773 -1 a 1500 2744 1 a 1500 2743 -1 a 1500 2580 0.000223 a 1500 2579 -0.000223 a 1500 1164 1 a 1500 1163 -1 a 1501 3300 -1 a 1501 3299 1 a 1501 3298 -1 a 1501 3297 1 a 1501 3296 -1 a 1501 3295 1 a 1501 816 -1 a 1501 815 1 a 1501 814 -1 a 1501 813 1 a 1502 2624 1 a 1502 2623 -1 a 1502 1704 -1 a 1502 1703 1 a 1503 3302 1 a 1503 3301 -1 a 1503 2338 1 a 1503 2337 -1 a 1504 5044 -1 a 1504 5043 1 a 1504 4810 1 a 1504 4809 -1 a 1504 4808 1 a 1504 4807 -1 a 1504 4626 -1 a 1504 4625 1 a 1504 4582 -1 a 1504 4581 1 a 1505 906 -1 a 1505 905 1 a 1505 884 1 a 1505 883 -1 a 1506 4638 -1 a 1506 4637 1 a 1506 4636 1 a 1506 4635 -1 a 1507 2150 1 a 1507 2149 -1 a 1507 1704 1 a 1507 1703 -1 a 1508 3302 -1 a 1508 3301 1 a 1508 3300 1 a 1508 3299 -1 a 1509 2604 -1 a 1509 2603 1 a 1509 2590 -1 a 1509 2589 1 a 1509 948 1 a 1509 947 -1 a 1510 3512 -1 a 1510 3511 1 a 1510 3498 -1 a 1510 3497 1 a 1511 5734 -1 a 1511 5733 1 a 1511 5718 -1 a 1511 5717 1 a 1511 5712 -1 a 1511 5711 1 a 1511 5698 1 a 1511 5697 -1 a 1511 5676 -1 a 1511 5675 1 a 1511 5670 -1 a 1511 5669 1 a 1511 5664 -1 a 1511 5663 1 a 1511 5642 -1 a 1511 5641 1 a 1511 5628 -1 a 1511 5627 1 a 1511 4576 -1 a 1511 4575 1 a 1511 4572 1 a 1511 4571 -1 a 1511 2742 1 a 1511 2741 -1 a 1511 2740 1 a 1511 2739 -1 a 1511 2704 -1 a 1511 2703 1 a 1511 2686 -1 a 1511 2685 1 a 1511 2580 0.000223 a 1511 2579 -0.000223 a 1511 1528 -1 a 1511 1527 1 a 1511 1276 -1 a 1511 1275 1 a 1512 5734 1 a 1512 5733 -1 a 1512 5718 1 a 1512 5717 -1 a 1512 5712 1 a 1512 5711 -1 a 1512 5676 1 a 1512 5675 -1 a 1512 5670 1 a 1512 5669 -1 a 1512 5664 1 a 1512 5663 -1 a 1512 5642 1 a 1512 5641 -1 a 1512 5628 1 a 1512 5627 -1 a 1512 2742 -1 a 1512 2741 1 a 1512 2740 -1 a 1512 2739 1 a 1512 2704 1 a 1512 2703 -1 a 1512 2686 1 a 1512 2685 -1 a 1512 1528 1 a 1512 1527 -1 a 1512 1276 1 a 1512 1275 -1 a 1513 2874 1 a 1513 2873 -1 a 1513 2860 -1 a 1513 2859 1 a 1514 2908 1 a 1514 2907 -1 a 1514 2264 1 a 1514 2263 -1 a 1515 1890 1 a 1515 1889 -1 a 1515 1888 1 a 1515 1887 -1 a 1515 840 -1 a 1515 839 1 a 1516 2720 -1 a 1516 2719 1 a 1516 2716 1 a 1516 2715 -1 a 1517 2720 1 a 1517 2719 -1 a 1517 2718 -1 a 1517 2717 1 a 1517 2212 1 a 1517 2211 -1 a 1518 5712 2 a 1518 5711 -2 a 1518 5710 2 a 1518 5709 -2 a 1518 5708 2 a 1518 5707 -2 a 1518 2716 -1 a 1518 2715 1 a 1519 2908 -1 a 1519 2907 1 a 1519 1564 -1 a 1519 1563 1 a 1520 5516 1 a 1520 5515 -1 a 1520 5178 1 a 1520 5177 -1 a 1520 4754 -1 a 1520 4753 1 a 1520 4584 1 a 1520 4583 -1 a 1521 4446 -1 a 1521 4445 1 a 1521 1110 1 a 1521 1109 -1 a 1522 4584 1 a 1522 4583 -1 a 1522 3788 -1 a 1522 3787 1 a 1523 5214 1 a 1523 5213 -1 a 1523 5212 -1 a 1523 5211 1 a 1524 4918 1 a 1524 4917 -1 a 1524 4908 -1 a 1524 4907 1 a 1525 3176 1 a 1525 3175 -1 a 1525 2316 1 a 1525 2315 -1 a 1526 3360 1 a 1526 3359 -1 a 1526 3358 -1 a 1526 3357 1 a 1527 5742 -1 a 1527 5741 1 a 1527 5330 -1 a 1527 5329 1 a 1527 4730 -1 a 1527 4729 1 a 1527 3174 1 a 1527 3173 -1 a 1527 3172 1 a 1527 3171 -1 a 1527 1608 1 a 1527 1607 -1 a 1527 1604 -1 a 1527 1603 1 a 1528 5566 2 a 1528 5565 -2 a 1528 1496 -1 a 1528 1495 1 a 1528 1482 1 a 1528 1481 -1 a 1529 3786 -1 a 1529 3785 1 a 1529 3358 1 a 1529 3357 -1 a 1529 1948 1 a 1529 1947 -1 a 1529 1944 1 a 1529 1943 -1 a 1530 5328 -1 a 1530 5327 1 a 1530 5324 -1 a 1530 5323 1 a 1530 5320 -1 a 1530 5319 1 a 1530 3176 -1 a 1530 3175 1 a 1530 3174 -1 a 1530 3173 1 a 1531 3360 -1 a 1531 3359 1 a 1531 2580 0.01945 a 1531 2579 -0.01945 a 1531 2354 1 a 1531 2353 -1 a 1532 2132 1 a 1532 2131 -1 a 1532 1594 1 a 1532 1593 -1 a 1533 4676 1 a 1533 4675 -1 a 1533 4674 -1 a 1533 4673 1 a 1534 1584 1 a 1534 1583 -1 a 1535 4750 -1 a 1535 4749 1 a 1535 4748 1 a 1535 4747 -1 a 1536 3430 -1 a 1536 3429 1 a 1536 3066 1 a 1536 3065 -1 a 1537 1358 -1 a 1537 1357 1 a 1538 1594 -1 a 1538 1593 1 a 1538 1584 -1 a 1538 1583 1 a 1538 1582 4 a 1538 1581 -4 a 1539 2800 1 a 1539 2799 -1 a 1539 2594 1 a 1539 2593 -1 a 1539 1950 1 a 1539 1949 -1 a 1539 1946 1 a 1539 1945 -1 a 1539 1878 -1 a 1539 1877 1 a 1539 1876 -1 a 1539 1875 1 a 1539 1148 1 a 1539 1147 -1 a 1539 934 -1 a 1539 933 1 a 1539 896 1 a 1539 895 -1 a 1540 4498 1 a 1540 4497 -1 a 1540 4262 1 a 1540 4261 -1 a 1540 1686 -1 a 1540 1685 1 a 1540 1426 1 a 1540 1425 -1 a 1541 5456 -1 a 1541 5455 1 a 1541 5448 1 a 1541 5447 -1 a 1542 5286 1 a 1542 5285 -1 a 1542 5284 1 a 1542 5283 -1 a 1543 3624 1 a 1543 3623 -1 a 1543 2390 1 a 1543 2389 -1 a 1544 3186 1 a 1544 3185 -1 a 1544 1928 1 a 1544 1927 -1 a 1545 5570 14 a 1545 5569 -14 a 1545 4498 -1 a 1545 4497 1 a 1545 4476 1 a 1545 4475 -1 a 1546 5456 1 a 1546 5455 -1 a 1546 5438 1 a 1546 5437 -1 a 1547 1390 1 a 1547 1389 -1 a 1548 4958 -1 a 1548 4957 1 a 1548 3794 -1 a 1548 3793 1 a 1548 3694 -1 a 1548 3693 1 a 1548 3042 1 a 1548 3041 -1 a 1548 2922 1 a 1548 2921 -1 a 1548 2904 -1 a 1548 2903 1 a 1548 2774 -1 a 1548 2773 1 a 1548 2744 -1 a 1548 2743 1 a 1548 2580 0.000223 a 1548 2579 -0.000223 a 1548 1750 -1 a 1548 1749 1 a 1548 1164 -1 a 1548 1163 1 a 1549 5664 2 a 1549 5663 -2 a 1549 5662 2 a 1549 5661 -2 a 1549 5660 2 a 1549 5659 -2 a 1549 5448 -1 a 1549 5447 1 a 1550 1254 1 a 1550 1253 -1 a 1550 1222 -1 a 1550 1221 1 a 1550 1220 -1 a 1550 1219 1 a 1550 1136 -1 a 1550 1135 1 a 1551 1574 -1 a 1551 1573 1 a 1551 1552 -1 a 1551 1551 1 a 1551 1550 1 a 1551 1549 -1 a 1552 3624 -1 a 1552 3623 1 a 1553 5038 -1 a 1553 5037 1 a 1553 5036 1 a 1553 5035 -1 a 1553 3940 -1 a 1553 3939 1 a 1554 3522 -1 a 1554 3521 1 a 1554 3508 -1 a 1554 3507 1 a 1555 3190 1 a 1555 3189 -1 a 1555 1932 1 a 1555 1931 -1 a 1556 5734 -2 a 1556 5733 2 a 1556 5732 -2 a 1556 5731 2 a 1556 5730 -2 a 1556 5729 2 a 1556 2726 1 a 1556 2725 -1 a 1557 880 -1 a 1557 879 1 a 1557 846 1 a 1557 845 -1 a 1558 2038 1 a 1558 2037 -1 a 1558 1016 1 a 1558 1015 -1 a 1559 4430 -1 a 1559 4429 1 a 1560 4432 1 a 1560 4431 -1 a 1560 2466 1 a 1560 2465 -1 a 1561 2176 1 a 1561 2175 -1 a 1561 1840 1 a 1561 1839 -1 a 1562 4432 -1 a 1562 4431 1 a 1562 4430 1 a 1562 4429 -1 a 1563 2806 1 a 1563 2805 -1 a 1563 2600 1 a 1563 2599 -1 a 1563 1948 1 a 1563 1947 -1 a 1563 1890 -1 a 1563 1889 1 a 1563 1888 -1 a 1563 1887 1 a 1563 1154 1 a 1563 1153 -1 a 1563 940 -1 a 1563 939 1 a 1563 902 1 a 1563 901 -1 a 1564 5758 1 a 1564 5757 -1 a 1564 5684 1 a 1564 5683 -1 a 1565 5686 -1 a 1565 5685 1 a 1565 1856 1 a 1565 1855 -1 a 1566 4644 1 a 1566 4643 -1 a 1566 4642 1 a 1566 4641 -1 a 1567 5686 1 a 1567 5685 -1 a 1567 5684 -1 a 1567 5683 1 a 1568 4822 -1 a 1568 4821 1 a 1568 4804 1 a 1568 4803 -1 a 1569 5492 -1 a 1569 5491 1 a 1569 1136 -1 a 1569 1135 1 a 1569 1132 -1 a 1569 1131 1 a 1569 1120 -1 a 1569 1119 1 a 1569 990 1 a 1569 989 -1 a 1570 1236 -1 a 1570 1235 1 a 1570 1234 1 a 1570 1233 -1 a 1570 1012 -1 a 1570 1011 1 a 1571 3948 1 a 1571 3947 -1 a 1571 1774 -1 a 1571 1773 1 a 1572 4672 1 a 1572 4671 -1 a 1572 3292 1 a 1572 3291 -1 a 1572 3290 -1 a 1572 3289 1 a 1572 3288 -1 a 1572 3287 1 a 1573 3932 1 a 1573 3931 -1 a 1573 3930 -1 a 1573 3929 1 a 1574 870 -1 a 1574 869 1 a 1574 836 1 a 1574 835 -1 a 1575 5676 -2 a 1575 5675 2 a 1575 5674 -2 a 1575 5673 2 a 1575 5672 -2 a 1575 5671 2 a 1575 5470 -1 a 1575 5469 1 a 1576 5460 1 a 1576 5459 -1 a 1576 5444 1 a 1576 5443 -1 a 1577 4590 -1 a 1577 4589 1 a 1577 4588 1 a 1577 4587 -1 a 1577 4568 -1 a 1577 4567 1 a 1578 3930 1 a 1578 3929 -1 a 1578 2432 1 a 1578 2431 -1 a 1579 3998 -1 a 1579 3997 1 a 1579 3946 1 a 1579 3945 -1 a 1580 2164 1 a 1580 2163 -1 a 1580 1774 1 a 1580 1773 -1 a 1581 3932 -1 a 1581 3931 1 a 1581 3928 2 a 1581 3927 -2 a 1581 3926 2 a 1581 3925 -2 a 1581 3884 2 a 1581 3883 -2 a 1582 5470 1 a 1582 5469 -1 a 1582 5460 -1 a 1582 5459 1 a 1583 4590 1 a 1583 4589 -1 a 1583 2484 1 a 1583 2483 -1 a 1584 5034 -1 a 1584 5033 1 a 1584 4998 -1 a 1584 4997 1 a 1584 4588 -1 a 1584 4587 1 a 1584 4578 1 a 1584 4577 -1 a 1584 4566 -1 a 1584 4565 1 a 1584 3332 -1 a 1584 3331 1 a 1584 1632 -1 a 1584 1631 1 a 1584 1090 -1 a 1584 1089 1 a 1585 4608 -1 a 1585 4607 1 a 1585 4606 -1 a 1585 4605 1 a 1585 3872 1 a 1585 3871 -1 a 1585 1726 -1 a 1585 1725 1 a 1586 4658 -1 a 1586 4657 1 a 1586 4646 1 a 1586 4645 -1 a 1587 3708 1 a 1587 3707 -1 a 1588 5158 -1 a 1588 5157 1 a 1588 5152 -1 a 1588 5151 1 a 1588 974 1 a 1588 973 -1 a 1589 4806 -1 a 1589 4805 1 a 1589 4804 -1 a 1589 4803 1 a 1590 4070 1 a 1590 4069 -1 a 1590 4068 1 a 1590 4067 -1 a 1590 4066 -1 a 1590 4065 1 a 1591 4826 1 a 1591 4825 -1 a 1591 4776 -1 a 1591 4775 1 a 1592 5582 -99 a 1592 5581 99 a 1592 5580 -99 a 1592 5579 99 a 1592 5578 -24 a 1592 5577 24 a 1592 5576 -24 a 1592 5575 24 a 1592 5574 -1 a 1592 5573 1 a 1592 5224 -1 a 1592 5223 1 a 1592 5222 -1 a 1592 5221 1 a 1592 5220 -1 a 1592 5219 1 a 1592 5218 -1 a 1592 5217 1 a 1592 5216 -1 a 1592 5215 1 a 1592 5214 -1 a 1592 5213 1 a 1592 5212 -1 a 1592 5211 1 a 1592 5210 -1 a 1592 5209 1 a 1592 5208 -1 a 1592 5207 1 a 1592 5206 -1 a 1592 5205 1 a 1592 5204 -1 a 1592 5203 1 a 1592 5202 -1 a 1592 5201 1 a 1592 5200 -1 a 1592 5199 1 a 1592 5198 -1 a 1592 5197 1 a 1592 5196 -1 a 1592 5195 1 a 1592 5194 -1 a 1592 5193 1 a 1592 5192 -1 a 1592 5191 1 a 1592 5190 -1 a 1592 5189 1 a 1592 5188 -1 a 1592 5187 1 a 1592 5172 -1 a 1592 5171 1 a 1592 4924 1 a 1592 4923 -1 a 1592 1920 -1 a 1592 1919 1 a 1592 1918 -1 a 1592 1917 1 a 1592 1916 -1 a 1592 1915 1 a 1592 1914 -1 a 1592 1913 1 a 1593 4778 1 a 1593 4777 -1 a 1593 2516 1 a 1593 2515 -1 a 1594 5756 0.007106 a 1594 5755 -0.007106 a 1594 5734 -2 a 1594 5733 2 a 1594 5732 -2 a 1594 5731 2 a 1594 5730 -2 a 1594 5729 2 a 1594 5718 -2 a 1594 5717 2 a 1594 5716 -2 a 1594 5715 2 a 1594 5714 -2 a 1594 5713 2 a 1594 5712 -2 a 1594 5711 2 a 1594 5710 -2 a 1594 5709 2 a 1594 5708 -2 a 1594 5707 2 a 1594 5676 -2 a 1594 5675 2 a 1594 5674 -2 a 1594 5673 2 a 1594 5672 -2 a 1594 5671 2 a 1594 5670 -2 a 1594 5669 2 a 1594 5668 -2 a 1594 5667 2 a 1594 5666 -2 a 1594 5665 2 a 1594 5664 -2 a 1594 5663 2 a 1594 5662 -2 a 1594 5661 2 a 1594 5660 -2 a 1594 5659 2 a 1594 5642 -2 a 1594 5641 2 a 1594 5640 -2 a 1594 5639 2 a 1594 5638 -2 a 1594 5637 2 a 1594 5628 -2 a 1594 5627 2 a 1594 5626 -2 a 1594 5625 2 a 1594 5624 -2 a 1594 5623 2 a 1594 5314 -1 a 1594 5313 1 a 1594 4676 1 a 1594 4675 -1 a 1594 2704 -2 a 1594 2703 2 a 1594 2702 -2 a 1594 2701 2 a 1594 2700 -2 a 1594 2699 2 a 1594 2696 -2 a 1594 2695 2 a 1594 2686 -2 a 1594 2685 2 a 1594 2684 -2 a 1594 2683 2 a 1594 2682 -2 a 1594 2681 2 a 1594 2674 -1 a 1594 2673 1 a 1594 2670 -1 a 1594 2669 1 a 1594 2664 1 a 1594 2663 -1 a 1594 2580 0.007106 a 1594 2579 -0.007106 a 1594 1528 -2 a 1594 1527 2 a 1594 1526 -2 a 1594 1525 2 a 1594 1524 -2 a 1594 1523 2 a 1594 1276 -2 a 1594 1275 2 a 1594 1274 -2 a 1594 1273 2 a 1594 1272 -2 a 1594 1271 2 a 1595 3240 1 a 1595 3239 -1 a 1596 2672 1 a 1596 2671 -1 a 1596 2196 1 a 1596 2195 -1 a 1597 4922 -1 a 1597 4921 1 a 1597 4920 1 a 1597 4919 -1 a 1597 3798 -1 a 1597 3797 1 a 1597 3796 -2 a 1597 3795 2 a 1597 2580 5.5e-05 a 1597 2579 -5.5e-05 a 1598 4778 -1 a 1598 4777 1 a 1598 4776 1 a 1598 4775 -1 a 1599 5608 1 a 1599 5607 -1 a 1599 1010 -1 a 1599 1009 1 a 1600 5314 1 a 1600 5313 -1 a 1600 2734 4 a 1600 2733 -4 a 1600 2674 1 a 1600 2673 -1 a 1600 2672 -1 a 1600 2671 1 a 1600 2670 1 a 1600 2669 -1 a 1601 5536 1 a 1601 5535 -1 a 1601 5510 -1 a 1601 5509 1 a 1602 5394 1 a 1602 5393 -1 a 1602 5392 1 a 1602 5391 -1 a 1603 4116 -1 a 1603 4115 1 a 1603 1656 1 a 1603 1655 -1 a 1603 692 -1 a 1603 691 1 a 1604 5582 100 a 1604 5581 -100 a 1604 5578 25 a 1604 5577 -25 a 1604 5536 -1 a 1604 5535 1 a 1604 5534 1 a 1604 5533 -1 a 1605 5196 1 a 1605 5195 -1 a 1605 5194 -1 a 1605 5193 1 a 1606 4118 -1 a 1606 4117 1 a 1606 692 1 a 1606 691 -1 a 1607 5756 0.206491 a 1607 5755 -0.206491 a 1607 5558 0.206491 a 1607 5557 -0.206491 a 1607 5548 -1 a 1607 5547 1 a 1607 3426 -1 a 1607 3425 1 a 1607 3424 -1 a 1607 3423 1 a 1607 3422 1 a 1607 3421 -1 a 1607 3420 -1 a 1607 3419 1 a 1607 2580 0.4505 a 1607 2579 -0.4505 a 1608 3428 1 a 1608 3427 -1 a 1608 2362 1 a 1608 2361 -1 a 1609 3494 1 a 1609 3493 -1 a 1609 752 -1 a 1609 751 1 a 1610 3550 1 a 1610 3549 -1 a 1610 3522 1 a 1610 3521 -1 a 1610 808 1 a 1610 807 -1 a 1610 794 -1 a 1610 793 1 a 1611 5160 -1 a 1611 5159 1 a 1611 5156 -1 a 1611 5155 1 a 1611 1098 -1 a 1611 1097 1 a 1612 2050 1 a 1612 2049 -1 a 1612 1100 1 a 1612 1099 -1 a 1613 5548 1 a 1613 5547 -1 a 1613 3428 -1 a 1613 3427 1 a 1613 3426 1 a 1613 3425 -1 a 1613 3424 1 a 1613 3423 -1 a 1614 4332 -1 a 1614 4331 1 a 1614 794 1 a 1614 793 -1 a 1615 1100 -1 a 1615 1099 1 a 1615 1098 1 a 1615 1097 -1 a 1616 4534 1 a 1616 4533 -1 a 1616 4018 -1 a 1616 4017 1 a 1616 3976 -1 a 1616 3975 1 a 1616 1730 -1 a 1616 1729 1 a 1617 4402 -1 a 1617 4401 1 a 1617 3248 4 a 1617 3247 -4 a 1618 2978 -1 a 1618 2977 1 a 1619 2160 1 a 1619 2159 -1 a 1619 1732 1 a 1619 1731 -1 a 1620 5754 -1 a 1620 5753 1 a 1620 3538 -1 a 1620 3537 1 a 1620 3524 -1 a 1620 3523 1 a 1620 3482 -1 a 1620 3481 1 a 1620 2606 -1 a 1620 2605 1 a 1620 2592 -1 a 1620 2591 1 a 1620 946 1 a 1620 945 -1 a 1620 796 1 a 1620 795 -1 a 1620 768 1 a 1620 767 -1 a 1621 2156 1 a 1621 2155 -1 a 1621 1716 1 a 1621 1715 -1 a 1622 5756 0.000223 a 1622 5755 -0.000223 a 1622 4676 -1 a 1622 4675 1 a 1622 2580 0.000223 a 1622 2579 -0.000223 a 1623 3978 -1 a 1623 3977 1 a 1623 1732 -1 a 1623 1731 1 a 1623 1730 1 a 1623 1729 -1 a 1624 5754 1 a 1624 5753 -1 a 1624 4362 -1 a 1624 4361 1 a 1624 4348 -1 a 1624 4347 1 a 1624 4334 -1 a 1624 4333 1 a 1624 4320 -1 a 1624 4319 1 a 1624 4306 -1 a 1624 4305 1 a 1624 4292 -1 a 1624 4291 1 a 1624 3468 -1 a 1624 3467 1 a 1624 3454 -1 a 1624 3453 1 a 1624 3440 -1 a 1624 3439 1 a 1624 2626 1 a 1624 2625 -1 a 1624 1716 -1 a 1624 1715 1 a 1625 2146 1 a 1625 2145 -1 a 1625 1654 1 a 1625 1653 -1 a 1626 3238 -1 a 1626 3237 1 a 1626 3236 1 a 1626 3235 -1 a 1627 5704 -1 a 1627 5703 1 a 1627 5278 -1 a 1627 5277 1 a 1627 4856 -1 a 1627 4855 1 a 1627 4852 -1 a 1627 4851 1 a 1627 4832 -1 a 1627 4831 1 a 1627 4810 -1 a 1627 4809 1 a 1627 4808 -1 a 1627 4807 1 a 1627 4736 1 a 1627 4735 -1 a 1627 2902 1 a 1627 2901 -1 a 1627 2654 -1 a 1627 2653 1 a 1627 2582 -1 a 1627 2581 1 a 1627 1940 -1 a 1627 1939 1 a 1627 1854 1 a 1627 1853 -1 a 1627 1818 -1 a 1627 1817 1 a 1628 4682 -1 a 1628 4681 1 a 1629 5292 -1 a 1629 5291 1 a 1629 5284 -1 a 1629 5283 1 a 1629 1722 1 a 1629 1721 -1 a 1630 1996 1 a 1630 1995 -1 a 1630 1720 1 a 1630 1719 -1 a 1631 5724 -1 a 1631 5723 1 a 1632 4358 -1 a 1632 4357 1 a 1632 3464 1 a 1632 3463 -1 a 1633 5292 1 a 1633 5291 -1 a 1633 1720 -1 a 1633 1719 1 a 1634 5696 -1 a 1634 5695 1 a 1634 5694 1 a 1634 5693 -1 a 1634 5692 1 a 1634 5691 -1 a 1635 4774 1 a 1635 4773 -1 a 1635 2524 1 a 1635 2523 -1 a 1636 4822 1 a 1636 4821 -1 a 1636 4820 1 a 1636 4819 -1 a 1636 4772 -1 a 1636 4771 1 a 1636 4770 -1 a 1636 4769 1 a 1636 3964 -1 a 1636 3963 1 a 1637 4616 -1 a 1637 4615 1 a 1637 4612 -1 a 1637 4611 1 a 1637 4608 -1 a 1637 4607 1 a 1637 4604 -1 a 1637 4603 1 a 1637 4148 -1 a 1637 4147 1 a 1637 3118 1 a 1637 3117 -1 a 1638 4774 -1 a 1638 4773 1 a 1638 4772 1 a 1638 4771 -1 a 1638 4770 1 a 1638 4769 -1 a 1638 3966 -1 a 1638 3965 1 a 1639 5084 1 a 1639 5083 -1 a 1639 5082 -1 a 1639 5081 1 a 1640 3002 -1 a 1640 3001 1 a 1640 3000 1 a 1640 2999 -1 a 1641 5182 1 a 1641 5181 -1 a 1641 5180 -1 a 1641 5179 1 a 1642 5090 1 a 1642 5089 -1 a 1642 5088 1 a 1642 5087 -1 a 1642 5084 -1 a 1642 5083 1 a 1643 5658 -1 a 1643 5657 1 a 1643 5656 -1 a 1643 5655 1 a 1643 5550 -1 a 1643 5549 1 a 1643 4976 -1 a 1643 4975 1 a 1643 4968 -1 a 1643 4967 1 a 1643 4912 -1 a 1643 4911 1 a 1643 4842 -1 a 1643 4841 1 a 1643 4616 1 a 1643 4615 -1 a 1643 4614 1 a 1643 4613 -1 a 1643 3866 1 a 1643 3865 -1 a 1643 3438 -1 a 1643 3437 1 a 1643 2954 -1 a 1643 2953 1 a 1643 2952 -1 a 1643 2951 1 a 1643 2950 -1 a 1643 2949 1 a 1643 2878 -1 a 1643 2877 1 a 1643 1010 -1 a 1643 1009 1 a 1644 5082 1 a 1644 5081 -1 a 1644 5080 1 a 1644 5079 -1 a 1645 1902 -1 a 1645 1901 1 a 1645 1900 -1 a 1645 1899 1 a 1645 904 1 a 1645 903 -1 a 1646 5636 1 a 1646 5635 -1 a 1646 5634 -1 a 1646 5633 1 a 1646 5614 -1 a 1646 5613 1 a 1647 4450 1 a 1647 4449 -1 a 1647 2906 -1 a 1647 2905 1 a 1647 2904 -1 a 1647 2903 1 a 1648 5760 1 a 1648 5759 -1 a 1648 5634 1 a 1648 5633 -1 a 1648 5632 -1 a 1648 5631 1 a 1649 5642 2 a 1649 5641 -2 a 1649 5640 2 a 1649 5639 -2 a 1649 5638 2 a 1649 5637 -2 a 1649 5636 -1 a 1649 5635 1 a 1650 3594 1 a 1650 3593 -1 a 1650 2378 1 a 1650 2377 -1 a 1651 3764 -1 a 1651 3763 1 a 1651 3762 1 a 1651 3761 -1 a 1651 3750 -1 a 1651 3749 1 a 1651 3748 1 a 1651 3747 -1 a 1651 3592 -1 a 1651 3591 1 a 1651 1232 1 a 1651 1231 -1 a 1651 1230 -1 a 1651 1229 1 a 1651 954 -1 a 1651 953 1 a 1652 5568 76 a 1652 5567 -76 a 1652 4340 1 a 1652 4339 -1 a 1652 4298 1 a 1652 4297 -1 a 1652 4130 1 a 1652 4129 -1 a 1652 4102 -1 a 1652 4101 1 a 1652 1478 -1 a 1652 1477 1 a 1653 4564 -1 a 1653 4563 1 a 1653 3908 1 a 1653 3907 -1 a 1654 3594 -1 a 1654 3593 1 a 1654 3592 1 a 1654 3591 -1 a 1654 956 -1 a 1654 955 1 a 1655 4128 1 a 1655 4127 -1 a 1655 4102 1 a 1655 4101 -1 a 1655 1690 1 a 1655 1689 -1 a 1655 1662 -1 a 1655 1661 1 a 1655 1430 -1 a 1655 1429 1 a 1655 1152 -1 a 1655 1151 1 a 1656 4372 -1 a 1656 4371 1 a 1656 3478 1 a 1656 3477 -1 a 1657 5206 1 a 1657 5205 -1 a 1657 5204 -1 a 1657 5203 1 a 1658 3698 -1 a 1658 3697 1 a 1658 3696 1 a 1658 3695 -1 a 1659 2726 -1 a 1659 2725 1 a 1659 2724 1 a 1659 2723 -1 a 1660 4086 1 a 1660 4085 -1 a 1660 4060 1 a 1660 4059 -1 a 1661 3758 -1 a 1661 3757 1 a 1661 3656 1 a 1661 3655 -1 a 1661 3646 -1 a 1661 3645 1 a 1662 4672 1 a 1662 4671 -1 a 1662 4090 -1 a 1662 4089 1 a 1663 3704 1 a 1663 3703 -1 a 1663 3696 -1 a 1663 3695 1 a 1663 3690 -1 a 1663 3689 1 a 1664 2730 1 a 1664 2729 -1 a 1664 2724 -1 a 1664 2723 1 a 1664 2216 1 a 1664 2215 -1 a 1665 1538 -1 a 1665 1537 1 a 1665 1534 1 a 1665 1533 -1 a 1666 3698 1 a 1666 3697 -1 a 1666 2400 1 a 1666 2399 -1 a 1667 1902 1 a 1667 1901 -1 a 1667 1900 1 a 1667 1899 -1 a 1667 846 -1 a 1667 845 1 a 1668 3382 -1 a 1668 3381 1 a 1668 2628 -1 a 1668 2627 1 a 1668 2608 1 a 1668 2607 -1 a 1668 1034 1 a 1668 1033 -1 a 1669 2034 1 a 1669 2033 -1 a 1669 996 1 a 1669 995 -1 a 1670 5546 1 a 1670 5545 -1 a 1670 5520 -1 a 1670 5519 1 a 1670 5386 -1 a 1670 5385 1 a 1670 5328 1 a 1670 5327 -1 a 1670 5326 1 a 1670 5325 -1 a 1670 5272 1 a 1670 5271 -1 a 1670 4722 -1 a 1670 4721 1 a 1670 4560 1 a 1670 4559 -1 a 1670 4386 -1 a 1670 4385 1 a 1670 4024 3 a 1670 4023 -3 a 1670 3916 1 a 1670 3915 -1 a 1670 3914 1 a 1670 3913 -1 a 1670 3844 -1 a 1670 3843 1 a 1670 3836 -1 a 1670 3835 1 a 1670 3830 -1 a 1670 3829 1 a 1670 3572 -1 a 1670 3571 1 a 1670 3418 -1 a 1670 3417 1 a 1670 3054 -1 a 1670 3053 1 a 1670 2930 -1 a 1670 2929 1 a 1670 2818 -1 a 1670 2817 1 a 1670 2666 -1 a 1670 2665 1 a 1670 1820 -1 a 1670 1819 1 a 1670 1794 -1 a 1670 1793 1 a 1670 1758 -1 a 1670 1757 1 a 1670 1628 1 a 1670 1627 -1 a 1670 1346 -1 a 1670 1345 1 a 1671 4352 -1 a 1671 4351 1 a 1671 3458 1 a 1671 3457 -1 a 1672 2972 1 a 1672 2971 -1 a 1672 2938 1 a 1672 2937 -1 a 1672 2926 -1 a 1672 2925 1 a 1673 4612 -1 a 1673 4611 1 a 1673 4610 -1 a 1673 4609 1 a 1673 3876 1 a 1673 3875 -1 a 1673 1644 -1 a 1673 1643 1 a 1674 4280 1 a 1674 4279 -1 a 1675 1748 -1 a 1675 1747 1 a 1675 1746 1 a 1675 1745 -1 a 1676 2140 1 a 1676 2139 -1 a 1676 1622 1 a 1676 1621 -1 a 1677 3634 -1 a 1677 3633 1 a 1677 3630 1 a 1677 3629 -1 a 1678 1564 1 a 1678 1563 -1 a 1678 1544 -1 a 1678 1543 1 a 1679 1626 -1 a 1679 1625 1 a 1679 1622 -1 a 1679 1621 1 a 1679 1618 1 a 1679 1617 -1 a 1679 1616 -1 a 1679 1615 1 a 1680 3970 -1 a 1680 3969 1 a 1680 1654 -1 a 1680 1653 1 a 1680 1652 1 a 1680 1651 -1 a 1681 5112 -1 a 1681 5111 1 a 1681 4510 1 a 1681 4509 -1 a 1681 4036 -1 a 1681 4035 1 a 1681 3634 1 a 1681 3633 -1 a 1681 978 -1 a 1681 977 1 a 1682 2690 1 a 1682 2689 -1 a 1682 2688 -1 a 1682 2687 1 a 1683 4210 1 a 1683 4209 -1 a 1683 2848 -1 a 1683 2847 1 a 1684 3074 -1 a 1684 3073 1 a 1684 3072 1 a 1684 3071 -1 a 1685 2688 1 a 1685 2687 -1 a 1685 2686 -2 a 1685 2685 2 a 1685 2684 -2 a 1685 2683 2 a 1685 2682 -2 a 1685 2681 2 a 1686 2692 1 a 1686 2691 -1 a 1686 2690 -1 a 1686 2689 1 a 1686 2206 1 a 1686 2205 -1 a 1687 3074 1 a 1687 3073 -1 a 1687 2282 1 a 1687 2281 -1 a 1688 4364 -1 a 1688 4363 1 a 1688 3470 1 a 1688 3469 -1 a 1689 5756 1.498961 a 1689 5755 -1.498961 a 1689 5726 -1 a 1689 5725 1 a 1689 5558 1.498961 a 1689 5557 -1.498961 a 1689 4782 -1 a 1689 4781 1 a 1689 4780 -1 a 1689 4779 1 a 1689 4438 1 a 1689 4437 -1 a 1689 3142 1 a 1689 3141 -1 a 1689 3072 -1 a 1689 3071 1 a 1689 3070 1 a 1689 3069 -1 a 1689 3042 1 a 1689 3041 -1 a 1689 3018 1 a 1689 3017 -1 a 1689 2922 -1 a 1689 2921 1 a 1689 2580 0.6126 a 1689 2579 -0.6126 a 1689 1248 -1 a 1689 1247 1 a 1689 1246 -1 a 1689 1245 1 a 1690 3410 1 a 1690 3409 -1 a 1690 3406 -1 a 1690 3405 1 a 1691 2866 -1 a 1691 2865 1 a 1691 2864 1 a 1691 2863 -1 a 1692 3724 1 a 1692 3723 -1 a 1692 3630 -1 a 1692 3629 1 a 1693 5496 -1 a 1693 5495 1 a 1693 5278 -1 a 1693 5277 1 a 1693 4832 1 a 1693 4831 -1 a 1693 4600 -1 a 1693 4599 1 a 1693 4564 1 a 1693 4563 -1 a 1693 3720 1 a 1693 3719 -1 a 1693 2822 -1 a 1693 2821 1 a 1693 2820 -1 a 1693 2819 1 a 1693 2818 -1 a 1693 2817 1 a 1693 2816 -1 a 1693 2815 1 a 1693 2662 -1 a 1693 2661 1 a 1693 2654 -1 a 1693 2653 1 a 1694 5702 1 a 1694 5701 -1 a 1694 2864 -1 a 1694 2863 1 a 1695 2866 1 a 1695 2865 -1 a 1695 2252 1 a 1695 2251 -1 a 1696 866 -1 a 1696 865 1 a 1696 832 1 a 1696 831 -1 a 1697 4600 -1 a 1697 4599 1 a 1697 3412 1 a 1697 3411 -1 a 1697 2662 -1 a 1697 2661 1 a 1698 4210 -1 a 1698 4209 1 a 1698 3092 -1 a 1698 3091 1 a 1698 3090 1 a 1698 3089 -1 a 1698 1942 1 a 1698 1941 -1 a 1699 5498 -1 a 1699 5497 1 a 1699 5102 -1 a 1699 5101 1 a 1699 4710 1 a 1699 4709 -1 a 1699 4708 1 a 1699 4707 -1 a 1699 958 -1 a 1699 957 1 a 1700 3728 1 a 1700 3727 -1 a 1700 3660 1 a 1700 3659 -1 a 1700 3646 1 a 1700 3645 -1 a 1700 3640 -1 a 1700 3639 1 a 1700 2580 0.01389 a 1700 2579 -0.01389 a 1701 3198 1 a 1701 3197 -1 a 1701 1458 -1 a 1701 1457 1 a 1702 3764 1 a 1702 3763 -1 a 1702 3750 1 a 1702 3749 -1 a 1702 1232 -1 a 1702 1231 1 a 1703 4734 -1 a 1703 4733 1 a 1703 890 1 a 1703 889 -1 a 1704 1502 -1 a 1704 1501 1 a 1704 1500 2 a 1704 1499 -2 a 1705 5264 1 a 1705 5263 -1 a 1705 3794 -1 a 1705 3793 1 a 1706 5756 0.028567 a 1706 5755 -0.028567 a 1706 5558 0.028567 a 1706 5557 -0.028567 a 1706 4620 -1 a 1706 4619 1 a 1706 4018 1 a 1706 4017 -1 a 1706 3996 1 a 1706 3995 -1 a 1706 3872 -1 a 1706 3871 1 a 1706 2580 0.02702 a 1706 2579 -0.02702 a 1707 5224 1 a 1707 5223 -1 a 1707 5222 1 a 1707 5221 -1 a 1707 5220 1 a 1707 5219 -1 a 1707 5218 1 a 1707 5217 -1 a 1707 5216 1 a 1707 5215 -1 a 1707 5214 1 a 1707 5213 -1 a 1707 5212 1 a 1707 5211 -1 a 1707 5210 1 a 1707 5209 -1 a 1707 5208 1 a 1707 5207 -1 a 1707 5206 1 a 1707 5205 -1 a 1707 5204 1 a 1707 5203 -1 a 1707 5202 1 a 1707 5201 -1 a 1707 5200 1 a 1707 5199 -1 a 1707 5198 1 a 1707 5197 -1 a 1707 5196 1 a 1707 5195 -1 a 1707 5194 1 a 1707 5193 -1 a 1707 5192 1 a 1707 5191 -1 a 1707 5190 1 a 1707 5189 -1 a 1707 5188 2 a 1707 5187 -2 a 1707 5174 -1 a 1707 5173 1 a 1708 5162 -1 a 1708 5161 1 a 1708 5152 1 a 1708 5151 -1 a 1708 5150 -1 a 1708 5149 1 a 1709 5170 -1 a 1709 5169 1 a 1709 5168 1 a 1709 5167 -1 a 1710 5570 3 a 1710 5569 -3 a 1710 4508 -1 a 1710 4507 1 a 1710 4486 1 a 1710 4485 -1 a 1711 5172 -1 a 1711 5171 1 a 1711 5170 1 a 1711 5169 -1 a 1712 2112 1 a 1712 2111 -1 a 1712 1502 1 a 1712 1501 -1 a 1713 5756 0.374015 a 1713 5755 -0.374015 a 1713 5558 0.374015 a 1713 5557 -0.374015 a 1713 5410 -1 a 1713 5409 1 a 1713 4446 1 a 1713 4445 -1 a 1713 2580 0.2411 a 1713 2579 -0.2411 a 1713 1364 -1 a 1713 1363 1 a 1713 1362 -1 a 1713 1361 1 a 1713 1360 -1 a 1713 1359 1 a 1713 1358 1 a 1713 1357 -1 a 1713 1356 1 a 1713 1355 -1 a 1713 1354 1 a 1713 1353 -1 a 1713 1352 1 a 1713 1351 -1 a 1713 1350 1 a 1713 1349 -1 a 1713 1348 1 a 1713 1347 -1 a 1713 1346 1 a 1713 1345 -1 a 1713 1344 1 a 1713 1343 -1 a 1713 1342 1 a 1713 1341 -1 a 1713 1340 1 a 1713 1339 -1 a 1713 1328 1 a 1713 1327 -1 a 1713 1326 1 a 1713 1325 -1 a 1713 1322 -1 a 1713 1321 1 a 1713 1304 1 a 1713 1303 -1 a 1713 1112 1 a 1713 1111 -1 a 1714 2088 1 a 1714 2087 -1 a 1714 1366 1 a 1714 1365 -1 a 1715 5312 -1 a 1715 5311 1 a 1715 5278 1 a 1715 5277 -1 a 1715 4184 -1 a 1715 4183 1 a 1716 4374 -1 a 1716 4373 1 a 1716 3480 1 a 1716 3479 -1 a 1717 5410 1 a 1717 5409 -1 a 1717 1366 -1 a 1717 1365 1 a 1717 1364 1 a 1717 1363 -1 a 1717 1362 1 a 1717 1361 -1 a 1717 1360 1 a 1717 1359 -1 a 1717 1324 -1 a 1717 1323 1 a 1718 4550 1 a 1718 4549 -1 a 1718 4546 -1 a 1718 4545 1 a 1718 4542 -1 a 1718 4541 1 a 1718 4154 -1 a 1718 4153 1 a 1718 4152 -1 a 1718 4151 1 a 1718 2580 0.000223 a 1718 2579 -0.000223 a 1718 1190 1 a 1718 1189 -1 a 1718 1186 1 a 1718 1185 -1 a 1719 4766 -1 a 1719 4765 1 a 1719 4644 -1 a 1719 4643 1 a 1720 4420 -1 a 1720 4419 1 a 1720 4406 1 a 1720 4405 -1 a 1721 3256 -1 a 1721 3255 1 a 1721 1766 1 a 1721 1765 -1 a 1722 3210 -1 a 1722 3209 1 a 1723 862 -1 a 1723 861 1 a 1723 828 1 a 1723 827 -1 a 1724 4344 -1 a 1724 4343 1 a 1724 3450 1 a 1724 3449 -1 a 1725 4726 -1 a 1725 4725 1 a 1726 5756 0.026137 a 1726 5755 -0.026137 a 1726 5558 0.026137 a 1726 5557 -0.026137 a 1726 4618 -1 a 1726 4617 1 a 1726 4008 1 a 1726 4007 -1 a 1726 3878 -1 a 1726 3877 1 a 1726 2580 0.02617 a 1726 2579 -0.02617 a 1726 1698 1 a 1726 1697 -1 a 1727 2808 -1 a 1727 2807 1 a 1727 1156 1 a 1727 1155 -1 a 1728 4726 1 a 1728 4725 -1 a 1728 2506 1 a 1728 2505 -1 a 1729 1610 1 a 1729 1609 -1 a 1730 4334 1 a 1730 4333 -1 a 1730 4292 1 a 1730 4291 -1 a 1730 4118 1 a 1730 4117 -1 a 1730 4096 -1 a 1730 4095 1 a 1730 1472 -1 a 1730 1471 1 a 1731 3392 1 a 1731 3391 -1 a 1731 1316 -1 a 1731 1315 1 a 1731 852 -1 a 1731 851 1 a 1732 4116 1 a 1732 4115 -1 a 1732 4096 1 a 1732 4095 -1 a 1732 1684 1 a 1732 1683 -1 a 1732 1656 -1 a 1732 1655 1 a 1732 1424 -1 a 1732 1423 1 a 1732 1146 -1 a 1732 1145 1 a 1733 1812 -1 a 1733 1811 1 a 1733 852 1 a 1733 851 -1 a 1734 882 -1 a 1734 881 1 a 1734 848 1 a 1734 847 -1 a 1735 878 -1 a 1735 877 1 a 1735 844 1 a 1735 843 -1 a 1736 4972 1 a 1736 4971 -1 a 1736 1788 -1 a 1736 1787 1 a 1736 1786 -1 a 1736 1785 1 a 1737 4756 1 a 1737 4755 -1 a 1737 2790 -1 a 1737 2789 1 a 1738 3542 1 a 1738 3541 -1 a 1738 3514 1 a 1738 3513 -1 a 1738 800 1 a 1738 799 -1 a 1738 786 -1 a 1738 785 1 a 1739 4324 -1 a 1739 4323 1 a 1739 786 1 a 1739 785 -1 a 1740 3246 1 a 1740 3245 -1 a 1740 2330 1 a 1740 2329 -1 a 1741 2798 1 a 1741 2797 -1 a 1741 2592 1 a 1741 2591 -1 a 1741 1944 1 a 1741 1943 -1 a 1741 1870 -1 a 1741 1869 1 a 1741 1868 -1 a 1741 1867 1 a 1741 1146 1 a 1741 1145 -1 a 1741 946 -1 a 1741 945 1 a 1741 892 1 a 1741 891 -1 a 1742 5566 14 a 1742 5565 -14 a 1742 1488 -1 a 1742 1487 1 a 1742 1474 1 a 1742 1473 -1 a 1743 5484 -1 a 1743 5483 1 a 1743 5480 -1 a 1743 5479 1 a 1743 3132 1 a 1743 3131 -1 a 1743 3118 -1 a 1743 3117 1 a 1744 4544 1 a 1744 4543 -1 a 1744 3278 -1 a 1744 3277 1 a 1745 3324 1 a 1745 3323 -1 a 1745 2342 1 a 1745 2341 -1 a 1746 1224 1 a 1746 1223 -1 a 1746 1222 1 a 1746 1221 -1 a 1746 1132 -1 a 1746 1131 1 a 1747 5110 -1 a 1747 5109 1 a 1748 2680 1 a 1748 2679 -1 a 1748 2202 1 a 1748 2201 -1 a 1749 2678 -1 a 1749 2677 1 a 1749 2676 1 a 1749 2675 -1 a 1750 5692 -1 a 1750 5691 1 a 1750 3530 1 a 1750 3529 -1 a 1750 3502 1 a 1750 3501 -1 a 1750 774 1 a 1750 773 -1 a 1750 760 -1 a 1750 759 1 a 1751 4448 1 a 1751 4447 -1 a 1751 1376 -1 a 1751 1375 1 a 1752 5740 1 a 1752 5739 -1 a 1752 5564 76 a 1752 5563 -76 a 1752 4368 1 a 1752 4367 -1 a 1752 4326 1 a 1752 4325 -1 a 1752 4246 -1 a 1752 4245 1 a 1752 4194 -1 a 1752 4193 1 a 1752 1492 2 a 1752 1491 -2 a 1752 1478 -1 a 1752 1477 1 a 1753 1926 -1 a 1753 1925 1 a 1753 1026 -1 a 1753 1025 1 a 1754 5738 -1 a 1754 5737 1 a 1754 4312 -1 a 1754 4311 1 a 1754 760 1 a 1754 759 -1 a 1755 2680 -1 a 1755 2679 1 a 1755 2678 1 a 1755 2677 -1 a 1756 4702 1 a 1756 4701 -1 a 1756 1084 -1 a 1756 1083 1 a 1757 5696 1 a 1757 5695 -1 a 1757 5694 1 a 1757 5693 -1 a 1757 4244 -1 a 1757 4243 1 a 1757 4194 1 a 1757 4193 -1 a 1757 3516 1 a 1757 3515 -1 a 1757 3502 1 a 1757 3501 -1 a 1757 802 -1 a 1757 801 1 a 1758 5066 -1 a 1758 5065 1 a 1758 4212 -1 a 1758 4211 1 a 1758 3058 1 a 1758 3057 -1 a 1758 3056 1 a 1758 3055 -1 a 1758 3054 1 a 1758 3053 -1 a 1758 3050 -1 a 1758 3049 1 a 1758 3048 -1 a 1758 3047 1 a 1758 3046 -1 a 1758 3045 1 a 1758 3044 -1 a 1758 3043 1 a 1759 3052 1 a 1759 3051 -1 a 1759 2296 1 a 1759 2295 -1 a 1760 5072 1 a 1760 5071 -1 a 1760 5070 1 a 1760 5069 -1 a 1761 5076 1 a 1761 5075 -1 a 1761 5074 -1 a 1761 5073 1 a 1762 3052 -1 a 1762 3051 1 a 1762 3050 1 a 1762 3049 -1 a 1762 3048 1 a 1762 3047 -1 a 1763 5074 1 a 1763 5073 -1 a 1763 5072 -1 a 1763 5071 1 a 1764 5010 1 a 1764 5009 -1 a 1764 4972 -1 a 1764 4971 1 a 1764 4946 -1 a 1764 4945 1 a 1764 4884 1 a 1764 4883 -1 a 1764 4750 -1 a 1764 4749 1 a 1764 4692 1 a 1764 4691 -1 a 1764 4644 1 a 1764 4643 -1 a 1764 4520 1 a 1764 4519 -1 a 1764 4488 -1 a 1764 4487 1 a 1764 4278 1 a 1764 4277 -1 a 1764 4090 1 a 1764 4089 -1 a 1764 4048 -1 a 1764 4047 1 a 1764 3420 -1 a 1764 3419 1 a 1764 3310 1 a 1764 3309 -1 a 1764 3286 -1 a 1764 3285 1 a 1764 3272 -1 a 1764 3271 1 a 1764 2998 1 a 1764 2997 -1 a 1764 2988 -1 a 1764 2987 1 a 1764 1356 1 a 1764 1355 -1 a 1764 1188 1 a 1764 1187 -1 a 1764 1172 -1 a 1764 1171 1 a 1764 1170 1 a 1764 1169 -1 a 1764 1052 1 a 1764 1051 -1 a 1764 958 1 a 1764 957 -1 a 1765 1134 -1 a 1765 1133 1 a 1765 1132 1 a 1765 1131 -1 a 1765 1128 1 a 1765 1127 -1 a 1765 1124 1 a 1765 1123 -1 a 1766 2056 1 a 1766 2055 -1 a 1766 1174 1 a 1766 1173 -1 a 1767 4058 -1 a 1767 4057 1 a 1767 4056 -1 a 1767 4055 1 a 1767 1794 1 a 1767 1793 -1 a 1768 4530 1 a 1768 4529 -1 a 1768 3968 -1 a 1768 3967 1 a 1768 1652 -1 a 1768 1651 1 a 1768 1648 1 a 1768 1647 -1 a 1769 1174 -1 a 1769 1173 1 a 1769 1172 1 a 1769 1171 -1 a 1770 3758 -1 a 1770 3757 1 a 1770 3754 -1 a 1770 3753 1 a 1770 3752 -2 a 1770 3751 2 a 1770 1134 1 a 1770 1133 -1 a 1770 1130 1 a 1770 1129 -1 a 1770 1126 1 a 1770 1125 -1 a 1771 1910 1 a 1771 1909 -1 a 1771 1908 1 a 1771 1907 -1 a 1771 850 -1 a 1771 849 1 a 1772 956 1 a 1772 955 -1 a 1772 716 -1 a 1772 715 1 a 1772 714 1 a 1772 713 -1 a 1773 3350 1 a 1773 3349 -1 a 1773 3348 1 a 1773 3347 -1 a 1774 2182 1 a 1774 2181 -1 a 1774 1952 -1 a 1774 1951 1 a 1775 4886 1 a 1775 4885 -1 a 1776 954 1 a 1776 953 -1 a 1776 714 -1 a 1776 713 1 a 1777 1980 1 a 1777 1979 -1 a 1777 716 1 a 1777 715 -1 a 1778 4180 -1 a 1778 4179 1 a 1778 4178 -1 a 1778 4177 1 a 1778 1952 1 a 1778 1951 -1 a 1779 5266 -1 a 1779 5265 1 a 1779 2320 1 a 1779 2319 -1 a 1780 5202 1 a 1780 5201 -1 a 1780 5200 -1 a 1780 5199 1 a 1781 4714 -1 a 1781 4713 1 a 1781 4712 1 a 1781 4711 -1 a 1782 3510 -1 a 1782 3509 1 a 1782 3496 -1 a 1782 3495 1 a 1783 5492 -1 a 1783 5491 1 a 1783 1234 -1 a 1783 1233 1 a 1783 1114 1 a 1783 1113 -1 a 1783 1008 -1 a 1783 1007 1 a 1783 994 -1 a 1783 993 1 a 1783 990 -1 a 1783 989 1 a 1784 3688 -1 a 1784 3687 1 a 1784 3686 1 a 1784 3685 -1 a 1785 3688 1 a 1785 3687 -1 a 1785 2394 1 a 1785 2393 -1 a 1786 3686 -1 a 1786 3685 1 a 1787 3924 1 a 1787 3923 -1 a 1787 2430 1 a 1787 2429 -1 a 1788 3312 -1 a 1788 3311 1 a 1789 856 1 a 1789 855 -1 a 1789 824 -1 a 1789 823 1 a 1789 732 -1 a 1789 731 1 a 1790 5098 1 a 1790 5097 -1 a 1790 5096 -1 a 1790 5095 1 a 1791 4656 1 a 1791 4655 -1 a 1792 2002 1 a 1792 2001 -1 a 1792 824 1 a 1792 823 -1 a 1793 4696 -1 a 1793 4695 1 a 1794 4762 1 a 1794 4761 -1 a 1794 1828 1 a 1794 1827 -1 a 1795 5384 -1 a 1795 5383 1 a 1796 4692 -1 a 1796 4691 1 a 1796 4670 1 a 1796 4669 -1 a 1797 1052 1 a 1797 1051 -1 a 1797 1042 1 a 1797 1041 -1 a 1798 5132 1 a 1798 5131 -1 a 1798 5130 -1 a 1798 5129 1 a 1799 5424 -1 a 1799 5423 1 a 1799 5390 1 a 1799 5389 -1 a 1799 5324 -1 a 1799 5323 1 a 1799 5322 -1 a 1799 5321 1 a 1799 4814 -1 a 1799 4813 1 a 1799 3848 1 a 1799 3847 -1 a 1799 3838 1 a 1799 3837 -1 a 1799 3834 1 a 1799 3833 -1 a 1799 3058 1 a 1799 3057 -1 a 1799 2822 1 a 1799 2821 -1 a 1799 2760 -1 a 1799 2759 1 a 1800 5756 0.028567 a 1800 5755 -0.028567 a 1800 5558 0.028567 a 1800 5557 -0.028567 a 1800 4622 -1 a 1800 4621 1 a 1800 4004 1 a 1800 4003 -1 a 1800 3876 -1 a 1800 3875 1 a 1800 2580 0.02702 a 1800 2579 -0.02702 a 1800 1708 1 a 1800 1707 -1 a 1801 1060 -1 a 1801 1059 1 a 1801 1058 -1 a 1801 1057 1 a 1802 3208 -1 a 1802 3207 1 a 1802 1936 -1 a 1802 1935 1 a 1802 1036 -1 a 1802 1035 1 a 1803 1800 1 a 1803 1799 -1 a 1803 1 -1 a 1803 2 1 a 1804 1802 1 a 1804 1801 -1 a 1804 3 -1 a 1804 4 1 a 1805 1804 1 a 1805 1803 -1 a 1805 5 -1 a 1805 6 1 a 1806 1806 1 a 1806 1805 -1 a 1806 7 -1 a 1806 8 1 a 1807 1970 1 a 1807 1969 -1 a 1807 9 -1 a 1807 10 1 a 1808 1972 1 a 1808 1971 -1 a 1808 11 -1 a 1808 12 1 a 1809 1974 1 a 1809 1973 -1 a 1809 13 -1 a 1809 14 1 a 1810 1976 1 a 1810 1975 -1 a 1810 15 -1 a 1810 16 1 a 1811 1978 1 a 1811 1977 -1 a 1811 17 -1 a 1811 18 1 a 1812 1980 1 a 1812 1979 -1 a 1812 19 -1 a 1812 20 1 a 1813 1982 1 a 1813 1981 -1 a 1813 21 -1 a 1813 22 1 a 1814 1984 1 a 1814 1983 -1 a 1814 23 -1 a 1814 24 1 a 1815 1986 1 a 1815 1985 -1 a 1815 25 -1 a 1815 26 1 a 1816 1988 1 a 1816 1987 -1 a 1816 27 -1 a 1816 28 1 a 1817 1990 1 a 1817 1989 -1 a 1817 29 -1 a 1817 30 1 a 1818 1992 1 a 1818 1991 -1 a 1818 31 -1 a 1818 32 1 a 1819 1994 1 a 1819 1993 -1 a 1819 33 -1 a 1819 34 1 a 1820 1996 1 a 1820 1995 -1 a 1820 35 -1 a 1820 36 1 a 1821 1998 1 a 1821 1997 -1 a 1821 37 -1 a 1821 38 1 a 1822 2000 1 a 1822 1999 -1 a 1822 39 -1 a 1822 40 1 a 1823 2002 1 a 1823 2001 -1 a 1823 41 -1 a 1823 42 1 a 1824 2004 1 a 1824 2003 -1 a 1824 43 -1 a 1824 44 1 a 1825 2006 1 a 1825 2005 -1 a 1825 45 -1 a 1825 46 1 a 1826 2008 1 a 1826 2007 -1 a 1826 47 -1 a 1826 48 1 a 1827 2010 1 a 1827 2009 -1 a 1827 49 -1 a 1827 50 1 a 1828 2012 1 a 1828 2011 -1 a 1828 51 -1 a 1828 52 1 a 1829 2014 1 a 1829 2013 -1 a 1829 53 -1 a 1829 54 1 a 1830 2016 1 a 1830 2015 -1 a 1830 55 -1 a 1830 56 1 a 1831 2018 1 a 1831 2017 -1 a 1831 57 -1 a 1831 58 1 a 1832 2020 1 a 1832 2019 -1 a 1832 59 -1 a 1832 60 1 a 1833 2022 1 a 1833 2021 -1 a 1833 61 -1 a 1833 62 1 a 1834 2024 1 a 1834 2023 -1 a 1834 63 -1 a 1834 64 1 a 1835 2026 1 a 1835 2025 -1 a 1835 65 -1 a 1835 66 1 a 1836 2028 1 a 1836 2027 -1 a 1836 67 -1 a 1836 68 1 a 1837 2030 1 a 1837 2029 -1 a 1837 69 -1 a 1837 70 1 a 1838 2032 1 a 1838 2031 -1 a 1838 71 -1 a 1838 72 1 a 1839 2034 1 a 1839 2033 -1 a 1839 73 -1 a 1839 74 1 a 1840 2036 1 a 1840 2035 -1 a 1840 75 -1 a 1840 76 1 a 1841 2038 1 a 1841 2037 -1 a 1841 77 -1 a 1841 78 1 a 1842 2040 1 a 1842 2039 -1 a 1842 79 -1 a 1842 80 1 a 1843 2042 1 a 1843 2041 -1 a 1843 81 -1 a 1843 82 1 a 1844 2044 1 a 1844 2043 -1 a 1844 83 -1 a 1844 84 1 a 1845 2046 1 a 1845 2045 -1 a 1845 85 -1 a 1845 86 1 a 1846 2048 1 a 1846 2047 -1 a 1846 87 -1 a 1846 88 1 a 1847 2050 1 a 1847 2049 -1 a 1847 89 -1 a 1847 90 1 a 1848 2052 1 a 1848 2051 -1 a 1848 91 -1 a 1848 92 1 a 1849 2054 1 a 1849 2053 -1 a 1849 93 -1 a 1849 94 1 a 1850 2056 1 a 1850 2055 -1 a 1850 95 -1 a 1850 96 1 a 1851 2058 1 a 1851 2057 -1 a 1851 97 -1 a 1851 98 1 a 1852 2060 1 a 1852 2059 -1 a 1852 99 -1 a 1852 100 1 a 1853 2062 1 a 1853 2061 -1 a 1853 101 -1 a 1853 102 1 a 1854 2064 1 a 1854 2063 -1 a 1854 103 -1 a 1854 104 1 a 1855 2066 1 a 1855 2065 -1 a 1855 105 -1 a 1855 106 1 a 1856 2068 1 a 1856 2067 -1 a 1856 107 -1 a 1856 108 1 a 1857 2070 1 a 1857 2069 -1 a 1857 109 -1 a 1857 110 1 a 1858 2072 1 a 1858 2071 -1 a 1858 111 -1 a 1858 112 1 a 1859 2074 1 a 1859 2073 -1 a 1859 113 -1 a 1859 114 1 a 1860 2076 1 a 1860 2075 -1 a 1860 115 -1 a 1860 116 1 a 1861 2078 1 a 1861 2077 -1 a 1861 117 -1 a 1861 118 1 a 1862 2080 1 a 1862 2079 -1 a 1862 119 -1 a 1862 120 1 a 1863 2082 1 a 1863 2081 -1 a 1863 121 -1 a 1863 122 1 a 1864 2084 1 a 1864 2083 -1 a 1864 123 -1 a 1864 124 1 a 1865 2086 1 a 1865 2085 -1 a 1865 125 -1 a 1865 126 1 a 1866 2088 1 a 1866 2087 -1 a 1866 127 -1 a 1866 128 1 a 1867 2090 1 a 1867 2089 -1 a 1867 129 -1 a 1867 130 1 a 1868 2092 1 a 1868 2091 -1 a 1868 131 -1 a 1868 132 1 a 1869 2094 1 a 1869 2093 -1 a 1869 133 -1 a 1869 134 1 a 1870 2096 1 a 1870 2095 -1 a 1870 135 -1 a 1870 136 1 a 1871 2098 1 a 1871 2097 -1 a 1871 137 -1 a 1871 138 1 a 1872 2100 1 a 1872 2099 -1 a 1872 139 -1 a 1872 140 1 a 1873 2102 1 a 1873 2101 -1 a 1873 141 -1 a 1873 142 1 a 1874 2104 1 a 1874 2103 -1 a 1874 143 -1 a 1874 144 1 a 1875 2106 1 a 1875 2105 -1 a 1875 145 -1 a 1875 146 1 a 1876 2108 1 a 1876 2107 -1 a 1876 147 -1 a 1876 148 1 a 1877 2110 1 a 1877 2109 -1 a 1877 149 -1 a 1877 150 1 a 1878 2112 1 a 1878 2111 -1 a 1878 151 -1 a 1878 152 1 a 1879 2114 1 a 1879 2113 -1 a 1879 153 -1 a 1879 154 1 a 1880 2116 1 a 1880 2115 -1 a 1880 155 -1 a 1880 156 1 a 1881 2118 1 a 1881 2117 -1 a 1881 157 -1 a 1881 158 1 a 1882 2120 1 a 1882 2119 -1 a 1882 159 -1 a 1882 160 1 a 1883 2122 1 a 1883 2121 -1 a 1883 161 -1 a 1883 162 1 a 1884 2124 1 a 1884 2123 -1 a 1884 163 -1 a 1884 164 1 a 1885 2126 1 a 1885 2125 -1 a 1885 165 -1 a 1885 166 1 a 1886 2128 1 a 1886 2127 -1 a 1886 167 -1 a 1886 168 1 a 1887 2130 1 a 1887 2129 -1 a 1887 169 -1 a 1887 170 1 a 1888 2132 1 a 1888 2131 -1 a 1888 171 -1 a 1888 172 1 a 1889 2134 1 a 1889 2133 -1 a 1889 173 -1 a 1889 174 1 a 1890 2136 1 a 1890 2135 -1 a 1890 175 -1 a 1890 176 1 a 1891 2138 1 a 1891 2137 -1 a 1891 177 -1 a 1891 178 1 a 1892 2140 1 a 1892 2139 -1 a 1892 179 -1 a 1892 180 1 a 1893 2142 1 a 1893 2141 -1 a 1893 181 -1 a 1893 182 1 a 1894 2144 1 a 1894 2143 -1 a 1894 183 -1 a 1894 184 1 a 1895 2146 1 a 1895 2145 -1 a 1895 185 -1 a 1895 186 1 a 1896 2148 1 a 1896 2147 -1 a 1896 187 -1 a 1896 188 1 a 1897 2150 1 a 1897 2149 -1 a 1897 189 -1 a 1897 190 1 a 1898 2152 1 a 1898 2151 -1 a 1898 191 -1 a 1898 192 1 a 1899 2154 1 a 1899 2153 -1 a 1899 193 -1 a 1899 194 1 a 1900 2156 1 a 1900 2155 -1 a 1900 195 -1 a 1900 196 1 a 1901 2158 1 a 1901 2157 -1 a 1901 197 -1 a 1901 198 1 a 1902 2160 1 a 1902 2159 -1 a 1902 199 -1 a 1902 200 1 a 1903 2162 1 a 1903 2161 -1 a 1903 201 -1 a 1903 202 1 a 1904 2164 1 a 1904 2163 -1 a 1904 203 -1 a 1904 204 1 a 1905 2166 1 a 1905 2165 -1 a 1905 205 -1 a 1905 206 1 a 1906 2168 1 a 1906 2167 -1 a 1906 207 -1 a 1906 208 1 a 1907 2170 1 a 1907 2169 -1 a 1907 209 -1 a 1907 210 1 a 1908 2172 1 a 1908 2171 -1 a 1908 211 -1 a 1908 212 1 a 1909 2174 1 a 1909 2173 -1 a 1909 213 -1 a 1909 214 1 a 1910 2176 1 a 1910 2175 -1 a 1910 215 -1 a 1910 216 1 a 1911 2178 1 a 1911 2177 -1 a 1911 217 -1 a 1911 218 1 a 1912 2180 1 a 1912 2179 -1 a 1912 219 -1 a 1912 220 1 a 1913 2182 1 a 1913 2181 -1 a 1913 221 -1 a 1913 222 1 a 1914 2184 1 a 1914 2183 -1 a 1914 223 -1 a 1914 224 1 a 1915 2186 1 a 1915 2185 -1 a 1915 225 -1 a 1915 226 1 a 1916 2188 1 a 1916 2187 -1 a 1916 227 -1 a 1916 228 1 a 1917 2190 1 a 1917 2189 -1 a 1917 229 -1 a 1917 230 1 a 1918 2192 1 a 1918 2191 -1 a 1918 231 -1 a 1918 232 1 a 1919 2194 1 a 1919 2193 -1 a 1919 233 -1 a 1919 234 1 a 1920 2196 1 a 1920 2195 -1 a 1920 235 -1 a 1920 236 1 a 1921 2198 1 a 1921 2197 -1 a 1921 237 -1 a 1921 238 1 a 1922 2200 1 a 1922 2199 -1 a 1922 239 -1 a 1922 240 1 a 1923 2202 1 a 1923 2201 -1 a 1923 241 -1 a 1923 242 1 a 1924 2204 1 a 1924 2203 -1 a 1924 243 -1 a 1924 244 1 a 1925 2206 1 a 1925 2205 -1 a 1925 245 -1 a 1925 246 1 a 1926 2208 1 a 1926 2207 -1 a 1926 247 -1 a 1926 248 1 a 1927 2210 1 a 1927 2209 -1 a 1927 249 -1 a 1927 250 1 a 1928 2212 1 a 1928 2211 -1 a 1928 251 -1 a 1928 252 1 a 1929 2214 1 a 1929 2213 -1 a 1929 253 -1 a 1929 254 1 a 1930 2216 1 a 1930 2215 -1 a 1930 255 -1 a 1930 256 1 a 1931 2218 1 a 1931 2217 -1 a 1931 257 -1 a 1931 258 1 a 1932 2220 1 a 1932 2219 -1 a 1932 259 -1 a 1932 260 1 a 1933 2222 1 a 1933 2221 -1 a 1933 261 -1 a 1933 262 1 a 1934 2224 1 a 1934 2223 -1 a 1934 263 -1 a 1934 264 1 a 1935 2226 1 a 1935 2225 -1 a 1935 265 -1 a 1935 266 1 a 1936 2228 1 a 1936 2227 -1 a 1936 267 -1 a 1936 268 1 a 1937 2230 1 a 1937 2229 -1 a 1937 269 -1 a 1937 270 1 a 1938 2232 1 a 1938 2231 -1 a 1938 271 -1 a 1938 272 1 a 1939 2234 1 a 1939 2233 -1 a 1939 273 -1 a 1939 274 1 a 1940 2236 1 a 1940 2235 -1 a 1940 275 -1 a 1940 276 1 a 1941 2238 1 a 1941 2237 -1 a 1941 277 -1 a 1941 278 1 a 1942 2240 1 a 1942 2239 -1 a 1942 279 -1 a 1942 280 1 a 1943 2242 1 a 1943 2241 -1 a 1943 281 -1 a 1943 282 1 a 1944 2244 1 a 1944 2243 -1 a 1944 283 -1 a 1944 284 1 a 1945 2246 1 a 1945 2245 -1 a 1945 285 -1 a 1945 286 1 a 1946 2248 1 a 1946 2247 -1 a 1946 287 -1 a 1946 288 1 a 1947 2250 1 a 1947 2249 -1 a 1947 289 -1 a 1947 290 1 a 1948 2252 1 a 1948 2251 -1 a 1948 291 -1 a 1948 292 1 a 1949 2254 1 a 1949 2253 -1 a 1949 293 -1 a 1949 294 1 a 1950 2256 1 a 1950 2255 -1 a 1950 295 -1 a 1950 296 1 a 1951 2258 1 a 1951 2257 -1 a 1951 297 -1 a 1951 298 1 a 1952 2260 1 a 1952 2259 -1 a 1952 299 -1 a 1952 300 1 a 1953 2262 1 a 1953 2261 -1 a 1953 301 -1 a 1953 302 1 a 1954 2264 1 a 1954 2263 -1 a 1954 303 -1 a 1954 304 1 a 1955 2266 1 a 1955 2265 -1 a 1955 305 -1 a 1955 306 1 a 1956 2268 1 a 1956 2267 -1 a 1956 307 -1 a 1956 308 1 a 1957 2270 1 a 1957 2269 -1 a 1957 309 -1 a 1957 310 1 a 1958 2272 1 a 1958 2271 -1 a 1958 311 -1 a 1958 312 1 a 1959 2274 1 a 1959 2273 -1 a 1959 313 -1 a 1959 314 1 a 1960 2276 1 a 1960 2275 -1 a 1960 315 -1 a 1960 316 1 a 1961 2278 1 a 1961 2277 -1 a 1961 317 -1 a 1961 318 1 a 1962 2280 1 a 1962 2279 -1 a 1962 319 -1 a 1962 320 1 a 1963 2282 1 a 1963 2281 -1 a 1963 321 -1 a 1963 322 1 a 1964 2284 1 a 1964 2283 -1 a 1964 323 -1 a 1964 324 1 a 1965 2286 1 a 1965 2285 -1 a 1965 325 -1 a 1965 326 1 a 1966 2288 1 a 1966 2287 -1 a 1966 327 -1 a 1966 328 1 a 1967 2290 1 a 1967 2289 -1 a 1967 329 -1 a 1967 330 1 a 1968 2292 1 a 1968 2291 -1 a 1968 331 -1 a 1968 332 1 a 1969 2294 1 a 1969 2293 -1 a 1969 333 -1 a 1969 334 1 a 1970 2296 1 a 1970 2295 -1 a 1970 335 -1 a 1970 336 1 a 1971 2298 1 a 1971 2297 -1 a 1971 337 -1 a 1971 338 1 a 1972 2300 1 a 1972 2299 -1 a 1972 339 -1 a 1972 340 1 a 1973 2302 1 a 1973 2301 -1 a 1973 341 -1 a 1973 342 1 a 1974 2304 1 a 1974 2303 -1 a 1974 343 -1 a 1974 344 1 a 1975 2306 1 a 1975 2305 -1 a 1975 345 -1 a 1975 346 1 a 1976 2308 1 a 1976 2307 -1 a 1976 347 -1 a 1976 348 1 a 1977 2310 1 a 1977 2309 -1 a 1977 349 -1 a 1977 350 1 a 1978 2312 1 a 1978 2311 -1 a 1978 351 -1 a 1978 352 1 a 1979 2314 1 a 1979 2313 -1 a 1979 353 -1 a 1979 354 1 a 1980 2316 1 a 1980 2315 -1 a 1980 355 -1 a 1980 356 1 a 1981 2318 1 a 1981 2317 -1 a 1981 357 -1 a 1981 358 1 a 1982 2320 1 a 1982 2319 -1 a 1982 359 -1 a 1982 360 1 a 1983 2322 1 a 1983 2321 -1 a 1983 361 -1 a 1983 362 1 a 1984 2324 1 a 1984 2323 -1 a 1984 363 -1 a 1984 364 1 a 1985 2326 1 a 1985 2325 -1 a 1985 365 -1 a 1985 366 1 a 1986 2328 1 a 1986 2327 -1 a 1986 367 -1 a 1986 368 1 a 1987 2330 1 a 1987 2329 -1 a 1987 369 -1 a 1987 370 1 a 1988 2332 1 a 1988 2331 -1 a 1988 371 -1 a 1988 372 1 a 1989 2334 1 a 1989 2333 -1 a 1989 373 -1 a 1989 374 1 a 1990 2336 1 a 1990 2335 -1 a 1990 375 -1 a 1990 376 1 a 1991 2338 1 a 1991 2337 -1 a 1991 377 -1 a 1991 378 1 a 1992 2340 1 a 1992 2339 -1 a 1992 379 -1 a 1992 380 1 a 1993 2342 1 a 1993 2341 -1 a 1993 381 -1 a 1993 382 1 a 1994 2344 1 a 1994 2343 -1 a 1994 383 -1 a 1994 384 1 a 1995 2346 1 a 1995 2345 -1 a 1995 385 -1 a 1995 386 1 a 1996 2348 1 a 1996 2347 -1 a 1996 387 -1 a 1996 388 1 a 1997 2350 1 a 1997 2349 -1 a 1997 389 -1 a 1997 390 1 a 1998 2352 1 a 1998 2351 -1 a 1998 391 -1 a 1998 392 1 a 1999 2354 1 a 1999 2353 -1 a 1999 393 -1 a 1999 394 1 a 2000 2356 1 a 2000 2355 -1 a 2000 395 -1 a 2000 396 1 a 2001 2358 1 a 2001 2357 -1 a 2001 397 -1 a 2001 398 1 a 2002 2360 1 a 2002 2359 -1 a 2002 399 -1 a 2002 400 1 a 2003 2362 1 a 2003 2361 -1 a 2003 401 -1 a 2003 402 1 a 2004 2364 1 a 2004 2363 -1 a 2004 403 -1 a 2004 404 1 a 2005 2366 1 a 2005 2365 -1 a 2005 405 -1 a 2005 406 1 a 2006 2368 1 a 2006 2367 -1 a 2006 407 -1 a 2006 408 1 a 2007 2370 1 a 2007 2369 -1 a 2007 409 -1 a 2007 410 1 a 2008 2372 1 a 2008 2371 -1 a 2008 411 -1 a 2008 412 1 a 2009 2374 1 a 2009 2373 -1 a 2009 413 -1 a 2009 414 1 a 2010 2376 1 a 2010 2375 -1 a 2010 415 -1 a 2010 416 1 a 2011 2378 1 a 2011 2377 -1 a 2011 417 -1 a 2011 418 1 a 2012 2380 1 a 2012 2379 -1 a 2012 419 -1 a 2012 420 1 a 2013 2382 1 a 2013 2381 -1 a 2013 421 -1 a 2013 422 1 a 2014 2384 1 a 2014 2383 -1 a 2014 423 -1 a 2014 424 1 a 2015 2386 1 a 2015 2385 -1 a 2015 425 -1 a 2015 426 1 a 2016 2388 1 a 2016 2387 -1 a 2016 427 -1 a 2016 428 1 a 2017 2390 1 a 2017 2389 -1 a 2017 429 -1 a 2017 430 1 a 2018 2392 1 a 2018 2391 -1 a 2018 431 -1 a 2018 432 1 a 2019 2394 1 a 2019 2393 -1 a 2019 433 -1 a 2019 434 1 a 2020 2396 1 a 2020 2395 -1 a 2020 435 -1 a 2020 436 1 a 2021 2398 1 a 2021 2397 -1 a 2021 437 -1 a 2021 438 1 a 2022 2400 1 a 2022 2399 -1 a 2022 439 -1 a 2022 440 1 a 2023 2402 1 a 2023 2401 -1 a 2023 441 -1 a 2023 442 1 a 2024 2404 1 a 2024 2403 -1 a 2024 443 -1 a 2024 444 1 a 2025 2406 1 a 2025 2405 -1 a 2025 445 -1 a 2025 446 1 a 2026 2408 1 a 2026 2407 -1 a 2026 447 -1 a 2026 448 1 a 2027 2410 1 a 2027 2409 -1 a 2027 449 -1 a 2027 450 1 a 2028 2412 1 a 2028 2411 -1 a 2028 451 -1 a 2028 452 1 a 2029 2414 1 a 2029 2413 -1 a 2029 453 -1 a 2029 454 1 a 2030 2416 1 a 2030 2415 -1 a 2030 455 -1 a 2030 456 1 a 2031 2418 1 a 2031 2417 -1 a 2031 457 -1 a 2031 458 1 a 2032 2420 1 a 2032 2419 -1 a 2032 459 -1 a 2032 460 1 a 2033 2422 1 a 2033 2421 -1 a 2033 461 -1 a 2033 462 1 a 2034 2424 1 a 2034 2423 -1 a 2034 463 -1 a 2034 464 1 a 2035 2426 1 a 2035 2425 -1 a 2035 465 -1 a 2035 466 1 a 2036 2428 1 a 2036 2427 -1 a 2036 467 -1 a 2036 468 1 a 2037 2430 1 a 2037 2429 -1 a 2037 469 -1 a 2037 470 1 a 2038 2432 1 a 2038 2431 -1 a 2038 471 -1 a 2038 472 1 a 2039 2434 1 a 2039 2433 -1 a 2039 473 -1 a 2039 474 1 a 2040 2436 1 a 2040 2435 -1 a 2040 475 -1 a 2040 476 1 a 2041 2438 1 a 2041 2437 -1 a 2041 477 -1 a 2041 478 1 a 2042 2440 1 a 2042 2439 -1 a 2042 479 -1 a 2042 480 1 a 2043 2442 1 a 2043 2441 -1 a 2043 481 -1 a 2043 482 1 a 2044 2444 1 a 2044 2443 -1 a 2044 483 -1 a 2044 484 1 a 2045 2446 1 a 2045 2445 -1 a 2045 485 -1 a 2045 486 1 a 2046 2448 1 a 2046 2447 -1 a 2046 487 -1 a 2046 488 1 a 2047 2450 1 a 2047 2449 -1 a 2047 489 -1 a 2047 490 1 a 2048 2452 1 a 2048 2451 -1 a 2048 491 -1 a 2048 492 1 a 2049 2454 1 a 2049 2453 -1 a 2049 493 -1 a 2049 494 1 a 2050 2456 1 a 2050 2455 -1 a 2050 495 -1 a 2050 496 1 a 2051 2458 1 a 2051 2457 -1 a 2051 497 -1 a 2051 498 1 a 2052 2460 1 a 2052 2459 -1 a 2052 499 -1 a 2052 500 1 a 2053 2462 1 a 2053 2461 -1 a 2053 501 -1 a 2053 502 1 a 2054 2464 1 a 2054 2463 -1 a 2054 503 -1 a 2054 504 1 a 2055 2466 1 a 2055 2465 -1 a 2055 505 -1 a 2055 506 1 a 2056 2468 1 a 2056 2467 -1 a 2056 507 -1 a 2056 508 1 a 2057 2470 1 a 2057 2469 -1 a 2057 509 -1 a 2057 510 1 a 2058 2472 1 a 2058 2471 -1 a 2058 511 -1 a 2058 512 1 a 2059 2474 1 a 2059 2473 -1 a 2059 513 -1 a 2059 514 1 a 2060 2476 1 a 2060 2475 -1 a 2060 515 -1 a 2060 516 1 a 2061 2478 1 a 2061 2477 -1 a 2061 517 -1 a 2061 518 1 a 2062 2480 1 a 2062 2479 -1 a 2062 519 -1 a 2062 520 1 a 2063 2482 1 a 2063 2481 -1 a 2063 521 -1 a 2063 522 1 a 2064 2484 1 a 2064 2483 -1 a 2064 523 -1 a 2064 524 1 a 2065 2486 1 a 2065 2485 -1 a 2065 525 -1 a 2065 526 1 a 2066 2488 1 a 2066 2487 -1 a 2066 527 -1 a 2066 528 1 a 2067 2490 1 a 2067 2489 -1 a 2067 529 -1 a 2067 530 1 a 2068 2492 1 a 2068 2491 -1 a 2068 531 -1 a 2068 532 1 a 2069 2494 1 a 2069 2493 -1 a 2069 533 -1 a 2069 534 1 a 2070 2496 1 a 2070 2495 -1 a 2070 535 -1 a 2070 536 1 a 2071 2498 1 a 2071 2497 -1 a 2071 537 -1 a 2071 538 1 a 2072 2500 1 a 2072 2499 -1 a 2072 539 -1 a 2072 540 1 a 2073 2502 1 a 2073 2501 -1 a 2073 541 -1 a 2073 542 1 a 2074 2504 1 a 2074 2503 -1 a 2074 543 -1 a 2074 544 1 a 2075 2506 1 a 2075 2505 -1 a 2075 545 -1 a 2075 546 1 a 2076 2508 1 a 2076 2507 -1 a 2076 547 -1 a 2076 548 1 a 2077 2510 1 a 2077 2509 -1 a 2077 549 -1 a 2077 550 1 a 2078 2512 1 a 2078 2511 -1 a 2078 551 -1 a 2078 552 1 a 2079 2514 1 a 2079 2513 -1 a 2079 553 -1 a 2079 554 1 a 2080 2516 1 a 2080 2515 -1 a 2080 555 -1 a 2080 556 1 a 2081 2518 1 a 2081 2517 -1 a 2081 557 -1 a 2081 558 1 a 2082 2520 1 a 2082 2519 -1 a 2082 559 -1 a 2082 560 1 a 2083 2522 1 a 2083 2521 -1 a 2083 561 -1 a 2083 562 1 a 2084 2524 1 a 2084 2523 -1 a 2084 563 -1 a 2084 564 1 a 2085 2526 1 a 2085 2525 -1 a 2085 565 -1 a 2085 566 1 a 2086 2528 1 a 2086 2527 -1 a 2086 567 -1 a 2086 568 1 a 2087 2530 1 a 2087 2529 -1 a 2087 569 -1 a 2087 570 1 a 2088 2532 1 a 2088 2531 -1 a 2088 571 -1 a 2088 572 1 a 2089 2534 1 a 2089 2533 -1 a 2089 573 -1 a 2089 574 1 a 2090 2536 1 a 2090 2535 -1 a 2090 575 -1 a 2090 576 1 a 2091 2538 1 a 2091 2537 -1 a 2091 577 -1 a 2091 578 1 a 2092 2540 1 a 2092 2539 -1 a 2092 579 -1 a 2092 580 1 a 2093 2542 1 a 2093 2541 -1 a 2093 581 -1 a 2093 582 1 a 2094 2544 1 a 2094 2543 -1 a 2094 583 -1 a 2094 584 1 a 2095 2546 1 a 2095 2545 -1 a 2095 585 -1 a 2095 586 1 a 2096 2548 1 a 2096 2547 -1 a 2096 587 -1 a 2096 588 1 a 2097 2550 1 a 2097 2549 -1 a 2097 589 -1 a 2097 590 1 a 2098 2552 1 a 2098 2551 -1 a 2098 591 -1 a 2098 592 1 a 2099 2554 1 a 2099 2553 -1 a 2099 593 -1 a 2099 594 1 a 2100 2556 1 a 2100 2555 -1 a 2100 595 -1 a 2100 596 1 a 2101 2558 1 a 2101 2557 -1 a 2101 597 -1 a 2101 598 1 a 2102 2560 1 a 2102 2559 -1 a 2102 599 -1 a 2102 600 1 a 2103 2562 1 a 2103 2561 -1 a 2103 601 -1 a 2103 602 1 a 2104 2564 1 a 2104 2563 -1 a 2104 603 -1 a 2104 604 1 a 2105 2566 1 a 2105 2565 -1 a 2105 605 -1 a 2105 606 1 a 2106 2568 1 a 2106 2567 -1 a 2106 607 -1 a 2106 608 1 a 2107 2570 1 a 2107 2569 -1 a 2107 609 -1 a 2107 610 1 a 2108 2572 1 a 2108 2571 -1 a 2108 611 -1 a 2108 612 1 a 2109 2574 1 a 2109 2573 -1 a 2109 613 -1 a 2109 614 1 a 2110 2576 1 a 2110 2575 -1 a 2110 615 -1 a 2110 616 1 a 2111 2578 1 a 2111 2577 -1 a 2111 617 -1 a 2111 618 1 a 2112 5070 1 a 2112 5069 -1 a 2112 619 -1 a 2112 620 1 a 2113 5080 1 a 2113 5079 -1 a 2113 621 -1 a 2113 622 1 a 2114 5164 1 a 2114 5163 -1 a 2114 623 -1 a 2114 624 1 a 2115 5168 1 a 2115 5167 -1 a 2115 625 -1 a 2115 626 1 a 2116 5236 1 a 2116 5235 -1 a 2116 627 -1 a 2116 628 1 a 2117 5238 1 a 2117 5237 -1 a 2117 629 -1 a 2117 630 1 a 2118 5248 1 a 2118 5247 -1 a 2118 631 -1 a 2118 632 1 a 2119 5306 1 a 2119 5305 -1 a 2119 633 -1 a 2119 634 1 a 2120 5338 1 a 2120 5337 -1 a 2120 635 -1 a 2120 636 1 a 2121 5358 1 a 2121 5357 -1 a 2121 637 -1 a 2121 638 1 a 2122 5362 1 a 2122 5361 -1 a 2122 639 -1 a 2122 640 1 a 2123 5366 1 a 2123 5365 -1 a 2123 641 -1 a 2123 642 1 a 2124 5392 1 a 2124 5391 -1 a 2124 643 -1 a 2124 644 1 a 2125 5396 1 a 2125 5395 -1 a 2125 645 -1 a 2125 646 1 a 2126 5400 1 a 2126 5399 -1 a 2126 647 -1 a 2126 648 1 a 2127 5432 1 a 2127 5431 -1 a 2127 649 -1 a 2127 650 1 a 2128 5436 1 a 2128 5435 -1 a 2128 651 -1 a 2128 652 1 a 2129 5438 1 a 2129 5437 -1 a 2129 653 -1 a 2129 654 1 a 2130 5440 1 a 2130 5439 -1 a 2130 655 -1 a 2130 656 1 a 2131 5442 1 a 2131 5441 -1 a 2131 657 -1 a 2131 658 1 a 2132 5444 1 a 2132 5443 -1 a 2132 659 -1 a 2132 660 1 a 2133 5446 1 a 2133 5445 -1 a 2133 661 -1 a 2133 662 1 a 2134 5472 1 a 2134 5471 -1 a 2134 663 -1 a 2134 664 1 a 2135 5758 1 a 2135 5757 -1 a 2135 665 -1 a 2135 666 1 a 2136 5760 1 a 2136 5759 -1 a 2136 667 -1 a 2136 668 1 a 2137 5762 1 a 2137 5761 -1 a 2137 669 -1 a 2137 670 1 a 2138 5764 1 a 2138 5763 -1 a 2138 671 -1 a 2138 672 1 a 2139 5766 1 a 2139 5765 -1 a 2139 673 -1 a 2139 674 1 a 2140 5768 1 a 2140 5767 -1 a 2140 675 -1 a 2140 676 1 a 2141 5770 1 a 2141 5769 -1 a 2141 677 -1 a 2141 678 1 a 2142 5772 1 a 2142 5771 -1 a 2142 679 -1 a 2142 680 1 a 2143 5774 1 a 2143 5773 -1 a 2143 681 -1 a 2143 682 1 a 2144 5776 1 a 2144 5775 -1 a 2144 683 -1 a 2144 684 1 a 2145 5778 1 a 2145 5777 -1 a 2145 685 -1 a 2145 686 1 a 2146 5780 1 a 2146 5779 -1 a 2146 687 -1 a 2146 688 1 a 2147 5782 1 a 2147 5781 -1 a 2147 689 -1 a 2147 690 1 e o f rAYX glpk_statusrBYNXconfigrCYcoptlang.glpk_interface Configuration rDY)rEY}rFY(XpresolverGYXautorHYX verbosityrIYKXtimeoutrJYNX tolerancesrKY}rLYX feasibilityrMYG>z򚼯HsububX _tolerancerNYG>z򚼯HX_sbmlrOY}rPY(Xmodel.idrQYhXlevelrRYKXversionrSYKXpackagesrTY}rUY(XlayoutrVYKXrenderrWYKuXcreatorsrXY]rYYXcreatedrZYNh}r[YX annotationr\Y}r]YXinfor^YX> SBML L2V1, layout-v1, render-v1r_YuXmedia_compositionsr`Yccollections defaultdict raYc__builtin__ dict rbYrcYRrdY(XLBreY}rfY(X EX_ser__L_ergYGX EX_dcyt_erhYGXEX_hg2_eriYG@XEX_ins_erjYGXEX_cd2_erkYG@XEX_nac_erlYGX EX_tungs_ermYG@X EX_glu__L_ernYGX EX_trp__L_eroYGXEX_h_erpYGYX EX_mobd_erqYG@X EX_val__L_errYGX EX_cobalt2_ersYG@XEX_so4_ertYG@XEX_co2_eruYG@XEX_k_ervYG@XEX_cu2_erwYG@XEX_zn2_erxYG@XEX_na1_eryYG@XEX_cl_erzYG@X EX_leu__L_er{YGX EX_arg__L_er|YGX EX_pnto__R_er}YGX EX_lys__L_er~YGX EX_ala__L_erYGX EX_cbl1_erYGzG{X EX_thr__L_erYGXEX_fe3_erYG@XEX_adn_erYGXEX_pi_erYG@X EX_thymd_erYGXEX_mn2_erYG@X EX_phe__L_erYGXEX_ura_erYGX EX_dad__2_erYGXEX_h2o_erYGYX EX_aso3_erYG@X EX_hxan_erYGX EX_glc__D_erYGXEX_uri_erYGX EX_his__L_erYGXEX_o2_erYG2X EX_pro__L_erYGX EX_asp__L_erYGXEX_gly_erYGXEX_fe2_erYG@XEX_ca2_erYG@XEX_mg2_erYG@X EX_cysi__L_erYGX EX_tyr__L_erYGX EX_met__L_erYGX EX_ile__L_erYGuXHostrY}rY(jhYGX EX_melib_erYGjjYGjsYG$X EX_dmso_erYG@X EX_acnam_erYGXEX_thm_erYGX EX_glcn_erYGjYGX EX_rib__D_erYGjmYG$X EX_malt_erYGjnYGX EX_arab__L_erYGX EX_12ppd__S_erYGjpYGYjqYG$XEX_mnl_erYGjYG$jtYG@juYG@X EX_glcr_erYGjvYG$jwYG$jyYG@jYGzG{jzYG@X EX_sbt__D_erYGj|YGj}YGj~YGX EX_fuc__L_erYGjYGXEX_csn_erYGXEX_gal_erYGXEX_crn_erYGXEX_no3_erYG@jYGjYG$jYGjYG@X EX_glcur_erYGjYGjYG$X EX_etha_erYGX EX_galt_erYGjYGjYGXEX_gsn_erYGjYGYjYGjYGX EX_galct__D_erYGjYGjYGjYG2X EX_asn__L_erYGjYGX EX_acgam_erYGXEX_so3_erYG@X EX_cys__L_erYGXEX_rmn_erYGjYG$jrYGXEX_man_erYGjxYG$j{YGXEX_fru_erYGjYG$X EX_alltn_erYGXEX_galctn__D_erYGjYGuXM9rY}rY(jsYG@jmYG@jpYGYjqYG@jYG@jtYG@juYG@jvYG@jYG@jyYG@jzYG@jwYG@XEX_nh4_erYG@jYG@jYGzG{jYG@jYG@jYGYjYGjYG2jYG@jxYG@uXLPMrY}rY(XEX_ca2_erYGtzG{XEX_cit_erYG@bMXEX_h_erYJX EX_mobd_erYGtzG{XEX_o2_erYG2X EX_cobalt2_erYGtzG{XEX_mg2_erYGbMXEX_thm_erYG_kXEX_so4_erYGX EX_glyc_erYGDXEX_co2_erYG2XEX_pi_erYGՑhr XEX_k_erYGXEX_cu2_erYGtzG{XEX_cl_erYGbMXEX_zn2_erYGtzG{XEX_h2o_erYJXEX_nh4_erYG.XEX_mn2_erYGtzG{XEX_fe3_erYGtzG{uXMgMrY}rY(X EX_ser__L_erYG-VX EX_cobalt2_erYGzG{X EX_pro__L_erYGnX EX_glu__L_erYGlDX EX_glyc_erYGCXEX_h_erYJX EX_mobd_erYGzG{X EX_val__L_erYG333333XEX_so4_erYG XEX_co2_erYG2XEX_k_erYGtXEX_fe3_erYGzG{XEX_na1_erYG0PlXEX_cl_erYGZ_X EX_leu__L_erYGbMX EX_arg__L_erYGVuXEX_nh4_erYGְ ěX EX_lys__L_erYGěSX EX_ala__L_erYG(\)X EX_thr__L_erYGʰ ěXEX_pi_erYGXEX_mn2_erYGzG{X EX_phe__L_erYGKƧXEX_h2o_erYJX EX_his__L_erYGEXEX_o2_erYG2X EX_tyr__L_erYGl1&yX EX_asp__L_erYG$/XEX_gly_erYGlCX EX_cys__L_erYG-VXEX_cu2_erYGzG{XEX_ca2_erYG`e0XEX_mg2_erYGTUXEX_zn2_erYGzG{X EX_met__L_erYGX EX_ile__L_erYG+ Juuub.cobrapy-0.23.0/src/cobra/test/data/salmonella.xml000066400000000000000000171221501417337024700216720ustar00rootroot00000000000000

FORMULA: C21H39N2O8PRS

PUBCHEM: 8050

CHARGE: -1

CHEBI: 0

KEGG: C05755

FORMULA: C4H7NO3

PUBCHEM: 6318

CHARGE: 0

CHEBI: 16944

KEGG: C03508

FORMULA: C2H2O6P

PUBCHEM: 4234

CHARGE: -3

CHEBI: 17150

KEGG: C00988

FORMULA: C6H9N2O6P

PUBCHEM: 7249

CHARGE: -2

CHEBI: 17805

KEGG: C04666

FORMULA: C6H9O4

PUBCHEM: 8279

CHARGE: -1

CHEBI: 27681 49256

KEGG: C06006

FORMULA: C25H46FeN6O8

PUBCHEM: 9799

CHARGE: 1

CHEBI: 0

KEGG: C07597

FORMULA: C3H3O3

PUBCHEM: 3324

CHARGE: -1

CHEBI: 32816

KEGG: C00022

FORMULA: C3H3O3

PUBCHEM: 3324

CHARGE: -1

CHEBI: 32816

KEGG: C00022

FORMULA: C3H3O3

PUBCHEM: 3324

CHARGE: -1

CHEBI: 32816

KEGG: C00022

FORMULA: C35H56N7O17P3S

PUBCHEM: 8959

CHARGE: -4

CHEBI: 0

KEGG: C06737

FORMULA: C54H98O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H11NO2S

PUBCHEM: 3373

CHARGE: 0

CHEBI: 16643

KEGG: C00073

FORMULA: C10H12N4O6

PUBCHEM: 4895

CHARGE: 0

CHEBI: 18107

KEGG: C01762

FORMULA: C3H7NO2

PUBCHEM: 3343

CHARGE: 0

CHEBI: 16977

KEGG: C00041

FORMULA: C3H7NO2

PUBCHEM: 3343

CHARGE: 0

CHEBI: 16977

KEGG: C00041

FORMULA: C8H15O2

PUBCHEM: 8658

CHARGE: -1

CHEBI: 28837

KEGG: C06423

FORMULA: C5H11NO2S

PUBCHEM: 3373

CHARGE: 0

CHEBI: 16643

KEGG: C00073

FORMULA: C25H47N2O9PRS

PUBCHEM: 7269

CHARGE: -1

CHEBI: 0

KEGG: C04688

FORMULA: C5H11NO2S

PUBCHEM: 3373

CHARGE: 0

CHEBI: 16643

KEGG: C00073

FORMULA: C8H15O2

PUBCHEM: 8658

CHARGE: -1

CHEBI: 28837

KEGG: C06423

FORMULA: C3H7NO2

PUBCHEM: 3343

CHARGE: 0

CHEBI: 16977

KEGG: C00041

FORMULA: C3H7NO2

PUBCHEM: 3399

CHARGE: 0

CHEBI: 16958

KEGG: C00099

FORMULA: C3H7NO2

PUBCHEM: 3399

CHARGE: 0

CHEBI: 16958

KEGG: C00099

FORMULA: C9H16NO5

PUBCHEM: 4121

CHARGE: -1

CHEBI: 29032 46905 7916

KEGG: C00864

FORMULA: C3H7NO2

PUBCHEM: 3399

CHARGE: 0

CHEBI: 16958

KEGG: C00099

FORMULA: C9H17NO3

PUBCHEM: 4327

CHARGE: 0

CHEBI: 12266 15830

KEGG: C01092

FORMULA: C2H6OS

PUBCHEM: 13325

CHARGE: 0

CHEBI: 28262

KEGG: C11143

FORMULA: C9H16NO5

PUBCHEM: 4121

CHARGE: -1

CHEBI: 29032 46905 7916

KEGG: C00864

FORMULA: C23H48NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C6H9O7

PUBCHEM: 4301

CHARGE: -1

CHEBI: 17426

KEGG: C01062

FORMULA: C2H6OS

PUBCHEM: 13325

CHARGE: 0

CHEBI: 28262

KEGG: C11143

FORMULA: C34H61N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: C12H15O10P

PUBCHEM: 8438

CHARGE: -2

CHEBI: 0

KEGG: C06187

FORMULA: C23H48NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C28H39N5O23P2

PUBCHEM: 3960

CHARGE: -4

CHEBI: 16970

KEGG: C00692

FORMULA: C28H41N7O19P3S

PUBCHEM: 4302

CHARGE: -5

CHEBI: 15504

KEGG: C01063

FORMULA: C19H29N2O12

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H12N5O13P3

PUBCHEM: 3304

CHARGE: -4

CHEBI: 15422

KEGG: C00002

FORMULA: C9H11N2O9P

PUBCHEM: 3405

CHARGE: -2

CHEBI: 16695

KEGG: C00105

FORMULA: C19H29N2O12

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C9H11N2O9P

PUBCHEM: 3405

CHARGE: -2

CHEBI: 16695

KEGG: C00105

FORMULA: C21H32N7O16P3S

PUBCHEM: 3312

CHARGE: -4

CHEBI: 15346

KEGG: C00010

FORMULA: C19H29N2O12

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C8H13N2O5

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H12N4O4

PUBCHEM: 7859

CHARGE: 0

CHEBI: 28997

KEGG: C05512

FORMULA: C25H38N7O18P3S

PUBCHEM: 4375

CHARGE: -4

CHEBI: 15453

KEGG: C01144

FORMULA: C9H11N2O14P3

PUBCHEM: 3744

CHARGE: -4

CHEBI: 17625

KEGG: C00460

FORMULA: C10H12N4O4

PUBCHEM: 7859

CHARGE: 0

CHEBI: 28997

KEGG: C05512

FORMULA: C28H46N8O18P3S

PUBCHEM: 605

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C10H12N4O4

PUBCHEM: 7859

CHARGE: 0

CHEBI: 28997

KEGG: C05512

FORMULA: C6H8O10P

PUBCHEM: 7759

CHARGE: -3

CHEBI: 28547

KEGG: C05385

FORMULA: C46H70O2

PUBCHEM: 8106

CHARGE: 0

CHEBI: 1233

KEGG: C05811

FORMULA: C10H12N5O14P3

PUBCHEM: 3346

CHARGE: -4

CHEBI: 15996

KEGG: C00044

FORMULA: C15H19N5O6S

PUBCHEM: 7057

CHARGE: 0

CHEBI: 16490

KEGG: C04425

FORMULA: C127H210O58P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C10H12N5O14P3

PUBCHEM: 3346

CHARGE: -4

CHEBI: 15996

KEGG: C00044

FORMULA: C10H12N5O14P3

PUBCHEM: 3346

CHARGE: -4

CHEBI: 15996

KEGG: C00044

FORMULA: C7H14N2O4S

PUBCHEM: 5347

CHARGE: 0

CHEBI: 17482

KEGG: C02291

FORMULA: C10H13N5O4

PUBCHEM: 3512

CHARGE: 0

CHEBI: 16335

KEGG: C00212

FORMULA: C6H9O3

PUBCHEM: 3940

CHARGE: -1

CHEBI: 15614

KEGG: C00671

FORMULA: C62H88CoN13O14P

PUBCHEM: 4110

CHARGE: -1

CHEBI: 15982

KEGG: C00853

FORMULA: C5H10NOR

PUBCHEM: 5555

CHARGE: 1

CHEBI: 29164

KEGG: C02554

FORMULA: NO2

PUBCHEM: 3388

CHARGE: -1

CHEBI: 16301

KEGG: C00088

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C62H88CoN13O14P

PUBCHEM: 4110

CHARGE: -1

CHEBI: 15982

KEGG: C00853

FORMULA: C62H88CoN13O14P

PUBCHEM: 4110

CHARGE: -1

CHEBI: 15982

KEGG: C00853

FORMULA: NO2

PUBCHEM: 3388

CHARGE: -1

CHEBI: 16301

KEGG: C00088

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: NO2

PUBCHEM: 3388

CHARGE: -1

CHEBI: 16301

KEGG: C00088

FORMULA: C5H10O9P2

PUBCHEM: 13625

CHARGE: -2

CHEBI: 18425

KEGG: C11453

FORMULA: C6H6N2O

PUBCHEM: 3453

CHARGE: 0

CHEBI: 17154

KEGG: C00153

FORMULA: C110H196N2O39P2

PUBCHEM: 8298

CHARGE: -6

CHEBI: 27963

KEGG: C06026

FORMULA: C47H72O3

PUBCHEM: 958 ??5650

CHARGE: 0

CHEBI: 17551

KEGG: 0

FORMULA: C110H196N2O39P2

PUBCHEM: 8298

CHARGE: -6

CHEBI: 27963

KEGG: C06026

FORMULA: C6H7O9P

PUBCHEM: 656479???3385

CHARGE: -2

CHEBI: 15946

KEGG: 0

FORMULA: C110H196N2O39P2

PUBCHEM: 8298

CHARGE: -6

CHEBI: 27963

KEGG: C06026

FORMULA: CH2NO5P

PUBCHEM: 3469

CHARGE: -2

CHEBI: 17672

KEGG: C00169

FORMULA: C22H33N4O13

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C4H8N2O3

PUBCHEM: 3452

CHARGE: 0

CHEBI: 17196

KEGG: C00152

FORMULA: C4H8N2O3

PUBCHEM: 3452

CHARGE: 0

CHEBI: 17196

KEGG: C00152

FORMULA: C6H12N2O3

PUBCHEM: 4239

CHARGE: 0

CHEBI: 16576

KEGG: C00993

FORMULA: C22H33N4O13

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C6H12N2O3

PUBCHEM: 4239

CHARGE: 0

CHEBI: 16576

KEGG: C00993

FORMULA: C4H8N2O3

PUBCHEM: 3452

CHARGE: 0

CHEBI: 17196

KEGG: C00152

FORMULA: C47H72O2

PUBCHEM: 8107

CHARGE: 0

CHEBI: 1235

KEGG: C05812

FORMULA: C22H33N4O13

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C6H12N2O3

PUBCHEM: 4239

CHARGE: 0

CHEBI: 16576

KEGG: C00993

FORMULA: H2O2

PUBCHEM: 3329

CHARGE: 0

CHEBI: 16240

KEGG: C00027

FORMULA: C9H11N3O9P

PUBCHEM: 7321

CHARGE: -3

CHEBI: 28413

KEGG: C04751

FORMULA: C45H49CoN4O16

PUBCHEM: 0

CHARGE: -7

CHEBI: 0

KEGG: C16244

FORMULA: H2O2

PUBCHEM: 3329

CHARGE: 0

CHEBI: 16240

KEGG: C00027

FORMULA: C6H9N2O4

PUBCHEM: 3728

CHARGE: -1

CHEBI: 7274

KEGG: C00439

FORMULA: H2O2

PUBCHEM: 3329

CHARGE: 0

CHEBI: 16240

KEGG: C00027

FORMULA: C23H43N2O9PRS

PUBCHEM: 8052

CHARGE: -1

CHEBI: 0

KEGG: C05757

FORMULA: C17H17N5O10P

PUBCHEM: 6734

CHARGE: -1

CHEBI: 0

KEGG: C04030

FORMULA: C8H15O2

PUBCHEM: 8658

CHARGE: -1

CHEBI: 28837

KEGG: C06423

FORMULA: C7H9NO5

PUBCHEM: 3897

CHARGE: -2

CHEBI: 17533 44337

KEGG: C00624

FORMULA: C14H27O2

PUBCHEM: 8659

CHARGE: -1

CHEBI: 28875 30807

KEGG: C06424

FORMULA: C43H41CoN4O16

PUBCHEM: 13706

CHARGE: -7

CHEBI: 0

KEGG: C11539

FORMULA: C23H41N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C14H27O2

PUBCHEM: 8659

CHARGE: -1

CHEBI: 28875 30807

KEGG: C06424

FORMULA: C14H27O2

PUBCHEM: 8659

CHARGE: -1

CHEBI: 28875 30807

KEGG: C06424

FORMULA: C4H4N2O2

PUBCHEM: 3406

CHARGE: 0

CHEBI: 17568

KEGG: C00106

FORMULA: C3H8O3

PUBCHEM: 3416

CHARGE: 0

CHEBI: 17754

KEGG: C00116

FORMULA: C3H8O3

PUBCHEM: 3416

CHARGE: 0

CHEBI: 17754

KEGG: C00116

FORMULA: C4H4N2O2

PUBCHEM: 3406

CHARGE: 0

CHEBI: 17568

KEGG: C00106

FORMULA: C11H18NO8

PUBCHEM: 5676

CHARGE: -1

CHEBI: 0

KEGG: C02713

FORMULA:

PUBCHEM: 0

CHARGE: 1

CHEBI: 29287

KEGG: 0

FORMULA: C4H4N2O2

PUBCHEM: 3406

CHARGE: 0

CHEBI: 17568

KEGG: C00106

FORMULA: C100H176N2O38P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C3H8O3

PUBCHEM: 3416

CHARGE: 0

CHEBI: 17754

KEGG: C00116

FORMULA:

PUBCHEM: 853844

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C12H22O11

PUBCHEM: 4320

CHARGE: 0

CHEBI: 16551

KEGG: C01083

FORMULA: C12H22O11

PUBCHEM: 4320

CHARGE: 0

CHEBI: 16551

KEGG: C01083

FORMULA: C15H23N3O16P2

PUBCHEM: 3784

CHARGE: -2

CHEBI: 0

KEGG: C00501

FORMULA: C12H22O11

PUBCHEM: 4320

CHARGE: 0

CHEBI: 16551

KEGG: C01083

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C3H7NO3

PUBCHEM: 3365

CHARGE: 0

CHEBI: 17115

KEGG: C00065

FORMULA: C2H3O2

PUBCHEM: 3335

CHARGE: -1

CHEBI: 15366

KEGG: C00033

FORMULA: C3H7NO3

PUBCHEM: 3365

CHARGE: 0

CHEBI: 17115

KEGG: C00065

FORMULA: C3H7NO3

PUBCHEM: 3365

CHARGE: 0

CHEBI: 17115

KEGG: C00065

FORMULA: C6H9N3O

PUBCHEM: 4498

CHARGE: 0

CHEBI: 16892

KEGG: C01279

FORMULA: C5H9O4

PUBCHEM: 6935

CHARGE: -1

CHEBI: 15684 49072

KEGG: C04272

FORMULA: C2H3O2

PUBCHEM: 3335

CHARGE: -1

CHEBI: 15366

KEGG: C00033

FORMULA: C2H3O2

PUBCHEM: 3335

CHARGE: -1

CHEBI: 15366

KEGG: C00033

FORMULA: C21H42O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: CNS

PUBCHEM: 4888

CHARGE: -1

CHEBI: 29200

KEGG: C01755

FORMULA: C50H72O2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C32H39N7O20P3S

PUBCHEM: 6045

CHARGE: -5

CHEBI: 15509

KEGG: C03160

FORMULA: CNS

PUBCHEM: 4888

CHARGE: -1

CHEBI: 29200

KEGG: C01755

FORMULA: CNS

PUBCHEM: 4888

CHARGE: -1

CHEBI: 29200

KEGG: C01755

FORMULA: C48H72CoN11O8

PUBCHEM: 8069

CHARGE: 0

CHEBI: 28956

KEGG: C05774

FORMULA: C34H52N6O19

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C2H4O

PUBCHEM: 3384

CHARGE: 0

CHEBI: 15343

KEGG: C00084

FORMULA: C176H303N2O100P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C31H56O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C2H4O

PUBCHEM: 3384

CHARGE: 0

CHEBI: 15343

KEGG: C00084

FORMULA: C48H72CoN11O8

PUBCHEM: 8069

CHARGE: 0

CHEBI: 28956

KEGG: C05774

FORMULA: C48H72CoN11O8

PUBCHEM: 8069

CHARGE: 0

CHEBI: 28956

KEGG: C05774

FORMULA: C176H303N2O100P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C2H4O

PUBCHEM: 3384

CHARGE: 0

CHEBI: 15343

KEGG: C00084

FORMULA: C176H303N2O100P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C31H56O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C10H11N4O9P

PUBCHEM: 3925

CHARGE: -2

CHEBI: 15652

KEGG: C00655

FORMULA: C10H11N4O9P

PUBCHEM: 3925

CHARGE: -2

CHEBI: 15652

KEGG: C00655

FORMULA: Mg

PUBCHEM: 3599

CHARGE: 2

CHEBI: 18420

KEGG: C00305

FORMULA: C10H11N4O9P

PUBCHEM: 3925

CHARGE: -2

CHEBI: 15652

KEGG: C00655

FORMULA: C14H24O12

PUBCHEM: 5209

CHARGE: 0

CHEBI: 2411

KEGG: C02130

FORMULA: C9H12N5O7P

PUBCHEM: 8213

CHARGE: -2

CHEBI: 48954

KEGG: C05925

FORMULA: Mg

PUBCHEM: 3599

CHARGE: 2

CHEBI: 18420

KEGG: C00305

FORMULA: Mg

PUBCHEM: 3599

CHARGE: 2

CHEBI: 18420

KEGG: C00305

FORMULA: C7H9O6

PUBCHEM: 4196

CHARGE: -1

CHEBI: 17947 32364

KEGG: C00944

FORMULA: C5H8O4

PUBCHEM: 14000

CHARGE: 0

CHEBI: 0

KEGG: C11838

FORMULA: C60H100N1O7P1

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C6H6O24P6

PUBCHEM: 4428

CHARGE: -12

CHEBI: 17401

KEGG: C01204

FORMULA: H4N

PUBCHEM: 4547

CHARGE: 1

CHEBI: 28938

KEGG: C01342

FORMULA: C10H12N4O5

PUBCHEM: 3588

CHARGE: 0

CHEBI: 17596

KEGG: C00294

FORMULA: C60H100N1O7P1

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: H4N

PUBCHEM: 4547

CHARGE: 1

CHEBI: 28938

KEGG: C01342

FORMULA: H4N

PUBCHEM: 4547

CHARGE: 1

CHEBI: 28938

KEGG: C01342

FORMULA: C6H6O24P6

PUBCHEM: 4428

CHARGE: -12

CHEBI: 17401

KEGG: C01204

FORMULA: C6H11O7PS

PUBCHEM: 7183

CHARGE: -2

CHEBI: 28096

KEGG: C04582

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C5H9O7P

PUBCHEM: 3942

CHARGE: -2

CHEBI: 16132

KEGG: C00673

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C37H74N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C80H124N16O42

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C37H74N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C10H12N5O11P2

PUBCHEM: 3337

CHARGE: -3

CHEBI: 17552

KEGG: C00035

FORMULA: C10H12N5O11P2

PUBCHEM: 3337

CHARGE: -3

CHEBI: 17552

KEGG: C00035

FORMULA: C12H21O14P

PUBCHEM: 3958

CHARGE: -2

CHEBI: 18283

KEGG: C00689

FORMULA: C5H9NO3

PUBCHEM: 3719

CHARGE: 0

CHEBI: 17549

KEGG: C00430

FORMULA: C10H12N5O11P2

PUBCHEM: 3337

CHARGE: -3

CHEBI: 17552

KEGG: C00035

FORMULA: C11H15N5O3S

PUBCHEM: 3470

CHARGE: 0

CHEBI: 17509

KEGG: C00170

FORMULA: C17H33O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C6H9O7

PUBCHEM: 4301

CHARGE: -1

CHEBI: 17426

KEGG: C01062

FORMULA: C7H10O5

PUBCHEM: 5516

CHARGE: -2

CHEBI: 1178 35128

KEGG: C02504

FORMULA: C33H54N7O17P3S

PUBCHEM: 4951

CHARGE: -4

CHEBI: 15521

KEGG: C01832

FORMULA: C3H8O2

PUBCHEM: 5840

CHARGE: 0

CHEBI: 29002

KEGG: C02917

FORMULA: C3H8O2

PUBCHEM: 5840

CHARGE: 0

CHEBI: 29002

KEGG: C02917

FORMULA: C17H33O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C5H6O3

PUBCHEM: 4564493??3441

CHARGE: 0

CHEBI: 11851 16530

KEGG: 0

FORMULA: C3H8O2

PUBCHEM: 5840

CHARGE: 0

CHEBI: 29002

KEGG: C02917

FORMULA: C343H570O211P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C77H119N15O41

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: R

PUBCHEM: 4785

CHARGE: 0

CHEBI: 29171

KEGG: C01636

FORMULA: C4H6NO7P

PUBCHEM: 5980

CHARGE: -2

CHEBI: 15836

KEGG: C03082

FORMULA: C18H30N5O9

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C18H30N5O9

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C4H5N3O

PUBCHEM: 3670

CHARGE: 0

CHEBI: 16040

KEGG: C00380

FORMULA: C6H9O7

PUBCHEM: 4301

CHARGE: -1

CHEBI: 17426

KEGG: C01062

FORMULA: C415H690O262P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C6H13NO8P

PUBCHEM: 8412

CHARGE: -1

CHEBI: 27625

KEGG: C06156

FORMULA: C4H5N3O

PUBCHEM: 3670

CHARGE: 0

CHEBI: 16040

KEGG: C00380

FORMULA: C4H5N3O

PUBCHEM: 3670

CHARGE: 0

CHEBI: 16040

KEGG: C00380

FORMULA: C6H11O9P

PUBCHEM: 3734

CHARGE: -2

CHEBI: 17973

KEGG: C00446

FORMULA: C10H17N2O3

PUBCHEM: 5017

CHARGE: -1

CHEBI: 16691

KEGG: C01909

FORMULA: C5H7O3

PUBCHEM: 3441

CHARGE: -1

CHEBI: 11851 16530

KEGG: C00141

FORMULA: C6H11O9P

PUBCHEM: 3734

CHARGE: -2

CHEBI: 17973

KEGG: C00446

FORMULA: C9H14N5O8P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C6H11O9P

PUBCHEM: 3734

CHARGE: -2

CHEBI: 17973

KEGG: C00446

FORMULA: C9H11N2O9P

PUBCHEM: 3405

CHARGE: -2

CHEBI: 16695

KEGG: C00105

FORMULA: C22H44O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H11N4O12P2

PUBCHEM: 4545

CHARGE: -3

CHEBI: 0

KEGG: C01337

FORMULA: R

PUBCHEM: 4791

CHARGE: 0

CHEBI: 29176

KEGG: C01642

FORMULA: C5H4N4O2

PUBCHEM: 3675

CHARGE: 0

CHEBI: 17712

KEGG: C00385

FORMULA: C7H8O6

PUBCHEM: 7924

CHARGE: -2

CHEBI: 0

KEGG: C05601

FORMULA: C5H4N4O2

PUBCHEM: 3675

CHARGE: 0

CHEBI: 17712

KEGG: C00385

FORMULA: C34H30FeN4O4

PUBCHEM: 3334

CHARGE: -2

CHEBI: 17627

KEGG: C00032

FORMULA: C16H20N1O11

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C7H9N5O2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H4N4O2

PUBCHEM: 3675

CHARGE: 0

CHEBI: 17712

KEGG: C00385

FORMULA: C11H17NO11P

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C4H3NO4

PUBCHEM: 8133

CHARGE: -2

CHEBI: 0

KEGG: C05840

FORMULA: C10H11N4O10P2

PUBCHEM: 4549

CHARGE: -3

CHEBI: 0

KEGG: C01344

FORMULA: C22H42O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H4N4O

PUBCHEM: 3560

CHARGE: 0

CHEBI: 17368

KEGG: C00262

FORMULA: C5H4N4O

PUBCHEM: 3560

CHARGE: 0

CHEBI: 17368

KEGG: C00262

FORMULA: C42H47N3O25

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C22H42O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H4N4O

PUBCHEM: 3560

CHARGE: 0

CHEBI: 17368

KEGG: C00262

FORMULA: C3H5O2

PUBCHEM: 3463

CHARGE: -1

CHEBI: 30768

KEGG: C00163

FORMULA: C7H22N3

PUBCHEM: 3609

CHARGE: 3

CHEBI: 16610

KEGG: C00315

FORMULA: C7H22N3

PUBCHEM: 3609

CHARGE: 3

CHEBI: 16610

KEGG: C00315

FORMULA: C68H102N12O37

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C7H22N3

PUBCHEM: 3609

CHARGE: 3

CHEBI: 16610

KEGG: C00315

FORMULA: C3H5O2

PUBCHEM: 3463

CHARGE: -1

CHEBI: 30768

KEGG: C00163

FORMULA: C3H5O2

PUBCHEM: 3463

CHARGE: -1

CHEBI: 30768

KEGG: C00163

FORMULA: XH2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C17H31N2O8PRS

PUBCHEM: 8044

CHARGE: -1

CHEBI: 0

KEGG: C05749

FORMULA: C9H12N3O7P

PUBCHEM: 3538

CHARGE: -2

CHEBI: 15918

KEGG: C00239

FORMULA: C6H12O6

PUBCHEM: 4738

CHARGE: 0

CHEBI: 28260

KEGG: C01582

FORMULA: C9H12N3O7P

PUBCHEM: 3538

CHARGE: -2

CHEBI: 15918

KEGG: C00239

FORMULA: C18H36O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C9H12N3O7P

PUBCHEM: 3538

CHARGE: -2

CHEBI: 15918

KEGG: C00239

FORMULA: C18H36O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O5

PUBCHEM: 4264

CHARGE: 0

CHEBI: 2181

KEGG: C01019

FORMULA: C6H12O5

PUBCHEM: 4264

CHARGE: 0

CHEBI: 2181

KEGG: C01019

FORMULA: C27H47N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: HO7P2

PUBCHEM: 3315

CHARGE: -3

CHEBI: 18361 29888

KEGG: C00013

FORMULA: C2H2NO3

PUBCHEM: 4622

CHARGE: -1

CHEBI: 18058

KEGG: C01444

FORMULA: C14H22N2O10PRS

PUBCHEM: 4431

CHARGE: -2

CHEBI: 0

KEGG: C01209

FORMULA: C6H12O5

PUBCHEM: 4264

CHARGE: 0

CHEBI: 2181

KEGG: C01019

FORMULA: C95H152N8O28P2

PUBCHEM: 8186

CHARGE: -4

CHEBI: 0

KEGG: C05898

FORMULA: C9H13N4O9P

PUBCHEM: 4487

CHARGE: -2

CHEBI: 18337

KEGG: C01268

FORMULA: C5H5N5O

PUBCHEM: 3541

CHARGE: 0

CHEBI: 16235

KEGG: C00242

FORMULA: C10H13N4O9P

PUBCHEM: 7305

CHARGE: -2

CHEBI: 18381

KEGG: C04734

FORMULA: C5H9NO3

PUBCHEM: 4392

CHARGE: 0

CHEBI: 17232

KEGG: C01165

FORMULA: C6H14NO2S

PUBCHEM: 6054

CHARGE: 1

CHEBI: 17728

KEGG: C03172

FORMULA: C6H12O6

PUBCHEM: 3424

CHARGE: 0

CHEBI: 4139

KEGG: C00124

FORMULA: C6H12O6

PUBCHEM: 3424

CHARGE: 0

CHEBI: 4139

KEGG: C00124

FORMULA: C6H14NO2S

PUBCHEM: 6054

CHARGE: 1

CHEBI: 17728

KEGG: C03172

FORMULA: C6H12O6

PUBCHEM: 3424

CHARGE: 0

CHEBI: 4139

KEGG: C00124

FORMULA: C7H14N2O8P

PUBCHEM: 6578

CHARGE: -1

CHEBI: 18349

KEGG: C03838

FORMULA: C6H8O10P

PUBCHEM: 7759

CHARGE: -3

CHEBI: 28547

KEGG: C05385

FORMULA: C42H47FeN3O25

PUBCHEM: 0

CHARGE: 3

CHEBI: 0

KEGG: 0

FORMULA: C9H13N3O5

PUBCHEM: 3758

CHARGE: 0

CHEBI: 17562

KEGG: C00475

FORMULA: C42H47FeN3O25

PUBCHEM: 0

CHARGE: 3

CHEBI: 0

KEGG: 0

FORMULA: C9H13N3O5

PUBCHEM: 3758

CHARGE: 0

CHEBI: 17562

KEGG: C00475

FORMULA: C55H89O4P

PUBCHEM: 3641

CHARGE: -2

CHEBI: 16141

KEGG: C00348

FORMULA: C42H47FeN3O25

PUBCHEM: 0

CHARGE: 3

CHEBI: 0

KEGG: 0

FORMULA: C9H13N3O5

PUBCHEM: 3758

CHARGE: 0

CHEBI: 17562

KEGG: C00475

FORMULA: C26H40N7O26P5S

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C42H82O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C57H108O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C27H45FeN6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H5N5O

PUBCHEM: 3541

CHARGE: 0

CHEBI: 16235

KEGG: C00242

FORMULA: X

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C27H45FeN6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H5N5O

PUBCHEM: 3541

CHARGE: 0

CHEBI: 16235

KEGG: C00242

FORMULA: C27H45FeN6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C272H447N14O160P4

PUBCHEM: 0

CHARGE: -15

CHEBI: 0

KEGG: 0

FORMULA: C16H22N2O15P2

PUBCHEM: 3956

CHARGE: -2

CHEBI: 16128

KEGG: C00687

FORMULA: C126H226N2O40P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C15H23N3O14P2

PUBCHEM: 4916

CHARGE: -2

CHEBI: 16049

KEGG: C01788

FORMULA:

PUBCHEM: 4395

CHARGE: -2

CHEBI: 18116

KEGG: C01168

FORMULA: C272H447N14O160P4

PUBCHEM: 0

CHARGE: -15

CHEBI: 0

KEGG: 0

FORMULA: C35H52N6O13

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C35H52N6O13

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: X

PUBCHEM: 3636

CHARGE: 0

CHEBI: 18191

KEGG: C00343

FORMULA: C35H52N6O13

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C31H59O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C19H37O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C16H23N5O15P2

PUBCHEM: 3781

CHARGE: -2

CHEBI: 15751

KEGG: C00498

FORMULA: C7H10NO4

PUBCHEM: 4470

CHARGE: -1

CHEBI: 16319 29123

KEGG: C01250

FORMULA: C31H59O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C5H11O7P

PUBCHEM: 13606

CHARGE: -2

CHEBI: 17764

KEGG: C11434

FORMULA: C12H21O14P

PUBCHEM: 5904

CHARGE: -2

CHEBI: 15703

KEGG: C02995

FORMULA: C10H16N3O6S

PUBCHEM: 3353

CHARGE: -1

CHEBI: 16856

KEGG: C00051

FORMULA: C74H114N14O40

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C22H33FeN4O13

PUBCHEM: 7887

CHARGE: 0

CHEBI: 18157

KEGG: C05554

FORMULA: C14H17N2O7P

PUBCHEM: 7342

CHARGE: -2

CHEBI: 16837

KEGG: C04778

FORMULA: C7H9O5

PUBCHEM: 3776

CHARGE: -1

CHEBI: 16119

KEGG: C00493

FORMULA: C10H13N5O4

PUBCHEM: 3512

CHARGE: 0

CHEBI: 16335

KEGG: C00212

FORMULA: C22H33FeN4O13

PUBCHEM: 7887

CHARGE: 0

CHEBI: 18157

KEGG: C05554

FORMULA: C22H33FeN4O13

PUBCHEM: 7887

CHARGE: 0

CHEBI: 18157

KEGG: C05554

FORMULA: C30H27N3O15

PUBCHEM: 8116

CHARGE: 0

CHEBI: 28855

KEGG: C05821

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C9H16NO5

PUBCHEM: 4121

CHARGE: -1

CHEBI: 29032 46905 7916

KEGG: C00864

FORMULA: C27H48N6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: H

PUBCHEM: 3380

CHARGE: 1

CHEBI: 15378

KEGG: C00080

FORMULA: HO3P

PUBCHEM: 8926

CHARGE: -2

CHEBI: 0

KEGG: C06701

FORMULA: C5H16N2

PUBCHEM: 4816

CHARGE: 2

CHEBI: 18127

KEGG: C01672

FORMULA: C12H22O11

PUBCHEM: 3542

CHARGE: 0

CHEBI: 36219

KEGG: C00243

FORMULA: H

PUBCHEM: 3380

CHARGE: 1

CHEBI: 15378

KEGG: C00080

FORMULA: H

PUBCHEM: 3380

CHARGE: 1

CHEBI: 15378

KEGG: C00080

FORMULA: C5H16N2

PUBCHEM: 4816

CHARGE: 2

CHEBI: 18127

KEGG: C01672

FORMULA: C3H5NO3

PUBCHEM: 13986

CHARGE: 0

CHEBI: 37012

KEGG: C11822

FORMULA: C42H47N3O25

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C12H22O11

PUBCHEM: 3542

CHARGE: 0

CHEBI: 36219

KEGG: C00243

FORMULA: HO3P

PUBCHEM: 8926

CHARGE: -2

CHEBI: 0

KEGG: C06701

FORMULA: C5H16N2

PUBCHEM: 4816

CHARGE: 2

CHEBI: 18127

KEGG: C01672

FORMULA: C12H10FeO14

PUBCHEM: 8472

CHARGE: -3

CHEBI: 0

KEGG: C06229

FORMULA: C24H33N7O19P3S

PUBCHEM: 3383

CHARGE: -5

CHEBI: 15531

KEGG: C00083

FORMULA: XH2

PUBCHEM: 5705

CHARGE: 0

CHEBI: 0

KEGG: C02745

FORMULA:

PUBCHEM: 3959

CHARGE: 0

CHEBI: 17811

KEGG: C00691

FORMULA: C20H30N6O12S2

PUBCHEM: 3427

CHARGE: -2

CHEBI: 17858

KEGG: C00127

FORMULA: C16H22N2O15P2

PUBCHEM: 3957

CHARGE: -2

CHEBI: 15744

KEGG: C00688

FORMULA: C10H12N5O10P2

PUBCHEM: 3310

CHARGE: -3

CHEBI: 16761

KEGG: C00008

FORMULA: C20H30N6O12S2

PUBCHEM: 3427

CHARGE: -2

CHEBI: 17858

KEGG: C00127

FORMULA: C35H51N7O26P2

PUBCHEM: 7429

CHARGE: -4

CHEBI: 0

KEGG: C04877

FORMULA: Zn

PUBCHEM: 3340

CHARGE: 2

CHEBI: 29105

KEGG: C00038

FORMULA: C4H4O5

PUBCHEM: 3780

CHARGE: -2

CHEBI: 30796

KEGG: C00497

FORMULA: C4H4O5

PUBCHEM: 3780

CHARGE: -2

CHEBI: 30796

KEGG: C00497

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C19H38NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C34H30FeN4O4

PUBCHEM: 3334

CHARGE: -2

CHEBI: 17627

KEGG: C00032

FORMULA: C25H45N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C151H250O75P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C34H30FeN4O4

PUBCHEM: 3334

CHARGE: -2

CHEBI: 17627

KEGG: C00032

FORMULA: C4H4O5

PUBCHEM: 3780

CHARGE: -2

CHEBI: 30796

KEGG: C00497

FORMULA: C17H36NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C19H38NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C10H9O10P

PUBCHEM: 4488

CHARGE: -4

CHEBI: 16257

KEGG: C01269

FORMULA: C43H43CoN4O16

PUBCHEM: 0

CHARGE: -7

CHEBI: 0

KEGG: C16243

FORMULA: C4H2O4

PUBCHEM: 3422

CHARGE: -2

CHEBI: 18012

KEGG: C00122

FORMULA: C17H25N5O16P2

PUBCHEM: 8633

CHARGE: -2

CHEBI: 16693

KEGG: C06397

FORMULA: C4H2O4

PUBCHEM: 3422

CHARGE: -2

CHEBI: 18012

KEGG: C00122

FORMULA: C9H11N3O9P

PUBCHEM: 7321

CHARGE: -3

CHEBI: 28413

KEGG: C04751

FORMULA: C5H9O8P

PUBCHEM: 3417

CHARGE: -2

CHEBI: 17797

KEGG: C00117

FORMULA: C10H11N5O7P

PUBCHEM: 8444

CHARGE: -1

CHEBI: 0

KEGG: C06194

FORMULA: C4H2O4

PUBCHEM: 3422

CHARGE: -2

CHEBI: 18012

KEGG: C00122

FORMULA: C67H110O16P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C10H11N5O7P

PUBCHEM: 8444

CHARGE: -1

CHEBI: 0

KEGG: C06194

FORMULA: C5H9O8P

PUBCHEM: 3417

CHARGE: -2

CHEBI: 17797

KEGG: C00117

FORMULA: C5H9O8P

PUBCHEM: 3417

CHARGE: -2

CHEBI: 17797

KEGG: C00117

FORMULA: R

PUBCHEM: 4795

CHARGE: 0

CHEBI: 29185

KEGG: C01646

FORMULA: C38H73O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C30H27N3O15

PUBCHEM: 8116

CHARGE: 0

CHEBI: 28855

KEGG: C05821

FORMULA: C38H73O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: O6S4

PUBCHEM: 5169

CHARGE: -2

CHEBI: 15226 16853

KEGG: C02084

FORMULA: RHO

PUBCHEM: 6463

CHARGE: 0

CHEBI: 0

KEGG: C03688

FORMULA: C5H9O7P2

PUBCHEM: 3534

CHARGE: -3

CHEBI: 16057

KEGG: C00235

FORMULA: C30H27N3O15

PUBCHEM: 8116

CHARGE: 0

CHEBI: 28855

KEGG: C05821

FORMULA: C10H11N4O15P3

PUBCHEM: 3968

CHARGE: -4

CHEBI: 0

KEGG: C00700

FORMULA: C5H5N5

PUBCHEM: 3447

CHARGE: 0

CHEBI: 16708

KEGG: C00147

FORMULA: C5H5N5

PUBCHEM: 3447

CHARGE: 0

CHEBI: 16708

KEGG: C00147

FORMULA: C42H47N3O25

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C6H14O6

PUBCHEM: 4837

CHARGE: 0

CHEBI: 16813

KEGG: C01697

FORMULA: C40H74O10P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H5N5

PUBCHEM: 3447

CHARGE: 0

CHEBI: 16708

KEGG: C00147

FORMULA: C6H14O6

PUBCHEM: 4837

CHARGE: 0

CHEBI: 16813

KEGG: C01697

FORMULA: C39H64N7O17P3S

PUBCHEM: 47205526

CHARGE: -4

CHEBI: 0

KEGG: C16218

FORMULA: C21H42O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA:

PUBCHEM: 8326

CHARGE: 0

CHEBI: 0

KEGG: C06056

FORMULA: C3H9NO

PUBCHEM: 6071

CHARGE: 0

CHEBI: 15675

KEGG: C03194

FORMULA: C3H9N2O2

PUBCHEM: 8629

CHARGE: 1

CHEBI: 18383

KEGG: C06393

FORMULA: C4H9NO4

PUBCHEM: 8326

CHARGE: 0

CHEBI: 0

KEGG: C06056

FORMULA: C34H32N4O4

PUBCHEM: 5261

CHARGE: -2

CHEBI: 15430

KEGG: C02191

FORMULA: C3H9N2O2

PUBCHEM: 8629

CHARGE: 1

CHEBI: 18383

KEGG: C06393

FORMULA: C6H8O9P

PUBCHEM: 4505

CHARGE: -3

CHEBI: 17860

KEGG: C01286

FORMULA:

PUBCHEM: 8326

CHARGE: 0

CHEBI: 0

KEGG: C06056

FORMULA: C3H9N2O2

PUBCHEM: 8629

CHARGE: 1

CHEBI: 18383

KEGG: C06393

FORMULA: C3H5N2O4

PUBCHEM: 3878

CHARGE: -1

CHEBI: 15412

KEGG: C00603

FORMULA: C18H35O2

PUBCHEM: 4692

CHARGE: -1

CHEBI: 25629

KEGG: C01530

FORMULA: C6H13NO2

PUBCHEM: 3697

CHARGE: 0

CHEBI: 17191

KEGG: C00407

FORMULA: C16H28N2O11

PUBCHEM: 4818

CHARGE: 0

CHEBI: 0

KEGG: C01674

FORMULA: C45H52CoN4O14

PUBCHEM: 8068

CHARGE: -6

CHEBI: 33907

KEGG: C05773

FORMULA: C17H25N3O17P2

PUBCHEM: 4397

CHARGE: -2

CHEBI: 16287

KEGG: C01170

FORMULA: C6H13NO2

PUBCHEM: 3697

CHARGE: 0

CHEBI: 17191

KEGG: C00407

FORMULA: C10H16N3O6S

PUBCHEM: 3353

CHARGE: -1

CHEBI: 16856

KEGG: C00051

FORMULA: C18H35O2

PUBCHEM: 4692

CHARGE: -1

CHEBI: 25629

KEGG: C01530

FORMULA: C18H35O2

PUBCHEM: 4692

CHARGE: -1

CHEBI: 25629

KEGG: C01530

FORMULA: C6H5N2O2

PUBCHEM: 4043

CHARGE: -1

CHEBI: 30817

KEGG: C00785

FORMULA: C10H16N3O6S

PUBCHEM: 3353

CHARGE: -1

CHEBI: 16856

KEGG: C00051

FORMULA: C6H13NO2

PUBCHEM: 3697

CHARGE: 0

CHEBI: 17191

KEGG: C00407

FORMULA:

PUBCHEM: 4818

CHARGE: 0

CHEBI: 0

KEGG: C01674

FORMULA: C3H5O3

PUBCHEM: 3555

CHARGE: -1

CHEBI: 42111

KEGG: C00256

FORMULA: C45H52CoN4O14

PUBCHEM: 13712

CHARGE: -6

CHEBI: 0

KEGG: C11545

FORMULA: O2S

PUBCHEM: 11497

CHARGE: 0

CHEBI: 18422

KEGG: C09306

FORMULA: C36H40N4O8

PUBCHEM: 6127

CHARGE: -4

CHEBI: 15439

KEGG: C03263

FORMULA: H2O3PSe

PUBCHEM: 7583

CHARGE: -1

CHEBI: 16144

KEGG: C05172

FORMULA: C3H5O3

PUBCHEM: 3555

CHARGE: -1

CHEBI: 42111

KEGG: C00256

FORMULA: C3H5O3

PUBCHEM: 3555

CHARGE: -1

CHEBI: 42111

KEGG: C00256

FORMULA: O2S

PUBCHEM: 11497

CHARGE: 0

CHEBI: 18422

KEGG: C09306

FORMULA: C47H69O3

PUBCHEM: 8104

CHARGE: -1

CHEBI: 1617 50116

KEGG: C05809

FORMULA: C26H39N5O14

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C6H8O6

PUBCHEM: 3372

CHARGE: 0

CHEBI: 29073 38290

KEGG: C00072

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C9H7O3

PUBCHEM: 3466

CHARGE: -1

CHEBI: 30851

KEGG: C00166

FORMULA: C20H24N7O6

PUBCHEM: 3729

CHARGE: -1

CHEBI: 15641

KEGG: C00440

FORMULA: C8H5O7

PUBCHEM: 6862

CHARGE: -3

CHEBI: 2040

KEGG: C04186

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C6H8O6

PUBCHEM: 3372

CHARGE: 0

CHEBI: 29073 38290

KEGG: C00072

FORMULA: C12H22O11

PUBCHEM: 7769

CHARGE: 0

CHEBI: 28053

KEGG: C05402

FORMULA: C4H14N2

PUBCHEM: 3434

CHARGE: 2

CHEBI: 17148

KEGG: C00134

FORMULA: C6H13O9P

PUBCHEM: 3917

CHARGE: -2

CHEBI: 16298

KEGG: C00644

FORMULA: C4H14N2

PUBCHEM: 3434

CHARGE: 2

CHEBI: 17148

KEGG: C00134

FORMULA: C12H22O11

PUBCHEM: 7769

CHARGE: 0

CHEBI: 28053

KEGG: C05402

FORMULA: C23H33N4O20P2

PUBCHEM: 4434

CHARGE: -3

CHEBI: 16932

KEGG: C01212

FORMULA: C4H14N2

PUBCHEM: 3434

CHARGE: 2

CHEBI: 17148

KEGG: C00134

FORMULA: C5H8NO4

PUBCHEM: 3327

CHARGE: -1

CHEBI: 16015

KEGG: C00025

FORMULA: C5H8NO4

PUBCHEM: 3327

CHARGE: -1

CHEBI: 16015

KEGG: C00025

FORMULA: R

PUBCHEM: 4801

CHARGE: 0

CHEBI: 29181

KEGG: C01652

FORMULA: C5H8NO4

PUBCHEM: 3327

CHARGE: -1

CHEBI: 16015

KEGG: C00025

FORMULA: C4H4O6

PUBCHEM: 4154

CHARGE: -2

CHEBI: 15671 30924

KEGG: C00898

FORMULA: C4H4O6

PUBCHEM: 4154

CHARGE: -2

CHEBI: 15671 30924

KEGG: C00898

FORMULA: C4H4O6

PUBCHEM: 4154

CHARGE: -2

CHEBI: 15671 30924

KEGG: C00898

FORMULA: C41H82N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C3H4O10P2

PUBCHEM: 3535

CHARGE: -4

CHEBI: 16001

KEGG: C00236

FORMULA: C5H9NO3

PUBCHEM: 6504

CHARGE: 0

CHEBI: 15757

KEGG: C03741

FORMULA: C12H16N4O4PS

PUBCHEM: 4319

CHARGE: -1

CHEBI: 9533

KEGG: C01081

FORMULA: Ag

PUBCHEM: 8935

CHARGE: 1

CHEBI: 9141

KEGG: C06710

FORMULA: C6H11O9P

PUBCHEM: 4332

CHARGE: -2

CHEBI: 4251

KEGG: C01097

FORMULA: C511H850O330P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C9H12N3O11P2

PUBCHEM: 3412

CHARGE: -3

CHEBI: 17239

KEGG: C00112

FORMULA: CH3O3S

PUBCHEM: 49991312

CHARGE: -1

CHEBI: 25224

KEGG: 0

FORMULA: C34H66O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C6H13NO8P

PUBCHEM: 3081457

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H13NO8P

PUBCHEM: 3081457

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H15N4O2

PUBCHEM: 3362

CHARGE: 1

CHEBI: 16467

KEGG: C00062

FORMULA: O3S2

PUBCHEM: 3614

CHARGE: -2

CHEBI: 16094

KEGG: C00320

FORMULA: C34H66O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C6H15N4O2

PUBCHEM: 3362

CHARGE: 1

CHEBI: 16467

KEGG: C00062

FORMULA: C3H2O6P

PUBCHEM: 3374

CHARGE: -3

CHEBI: 18021 44897

KEGG: C00074

FORMULA: C6H15N4O2

PUBCHEM: 3362

CHARGE: 1

CHEBI: 16467

KEGG: C00062

FORMULA: XH2

PUBCHEM: 3635

CHARGE: 0

CHEBI: 15967

KEGG: C00342

FORMULA: C6H13NO8P

PUBCHEM: 3081457

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: O3S2

PUBCHEM: 3614

CHARGE: -2

CHEBI: 16094

KEGG: C00320

FORMULA: O3S2

PUBCHEM: 3614

CHARGE: -2

CHEBI: 16094

KEGG: C00320

FORMULA: C9H11N2O11P2

PUBCHEM: 4551

CHARGE: -3

CHEBI: 28850

KEGG: C01346

FORMULA:

PUBCHEM: 3522

CHARGE: -1

CHEBI: 17960

KEGG: C00222

FORMULA: C6H8O8

PUBCHEM: 4076

CHARGE: -2

CHEBI: 16002

KEGG: C00818

FORMULA: C8H11NO3

PUBCHEM: 3608

CHARGE: 0

CHEBI: 16709

KEGG: C00314

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C6H5O7

PUBCHEM: 3458

CHARGE: -3

CHEBI: 30769

KEGG: C00158

FORMULA: C48H87N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C6H5O7

PUBCHEM: 3458

CHARGE: -3

CHEBI: 30769

KEGG: C00158

FORMULA: C6H8O8

PUBCHEM: 4076

CHARGE: -2

CHEBI: 16002

KEGG: C00818

FORMULA: C6H5O7

PUBCHEM: 3458

CHARGE: -3

CHEBI: 30769

KEGG: C00158

FORMULA: C6H10O12P2

PUBCHEM: 3647

CHARGE: -4

CHEBI: 16905

KEGG: C00354

FORMULA: C2H5O4S

PUBCHEM: 7545

CHARGE: -1

CHEBI: 0

KEGG: C05123

FORMULA: C42H78O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C25H36N7O18P3S

PUBCHEM: 3626

CHARGE: -4

CHEBI: 15345

KEGG: C00332

FORMULA: C2H5O4S

PUBCHEM: 7545

CHARGE: -1

CHEBI: 0

KEGG: C05123

FORMULA: C42H78O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C29H51N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C21H39O7P1

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C6H8N3O4P

PUBCHEM: 7161

CHARGE: -2

CHEBI: 18032

KEGG: C04556

FORMULA: C21H39O7P1

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C43H82N1O8P1

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C10H10NO5

PUBCHEM: 13530

CHARGE: -1

CHEBI: 18198 35181

KEGG: C11355

FORMULA: C27H51N2O9PRS

PUBCHEM: 7222

CHARGE: -1

CHEBI: 0

KEGG: C04633

FORMULA: C16H29O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C42H81O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C6H9O7

PUBCHEM: 3627

CHARGE: -1

CHEBI: 0

KEGG: C00333

FORMULA: C16H29O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C10H8O6

PUBCHEM: 3553

CHARGE: -2

CHEBI: 16666

KEGG: C00254

FORMULA: C16H29O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C6H9O7

PUBCHEM: 3627

CHARGE: -1

CHEBI: 0

KEGG: C00333

FORMULA: C6H9O7

PUBCHEM: 3627

CHARGE: -1

CHEBI: 0

KEGG: C00333

FORMULA: C42H81O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C6H3O6

PUBCHEM: 3707

CHARGE: -3

CHEBI: 32805

KEGG: C00417

FORMULA: C5H10O5

PUBCHEM: 4676

CHARGE: 0

CHEBI: 28480

KEGG: C01508

FORMULA: C39H72O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C6H3O6

PUBCHEM: 3707

CHARGE: -3

CHEBI: 32805

KEGG: C00417

FORMULA: C6H11O8P

PUBCHEM: 4362

CHARGE: -2

CHEBI: 17892

KEGG: C01131

FORMULA: C5H10O5

PUBCHEM: 4676

CHARGE: 0

CHEBI: 28480

KEGG: C01508

FORMULA: C39H72O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C12H25N2O7

PUBCHEM: 0

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C6H3O6

PUBCHEM: 5390

CHARGE: -3

CHEBI: 32806

KEGG: C02341

FORMULA: C5H4N4O3

PUBCHEM: 3657

CHARGE: 0

CHEBI: 17775

KEGG: C00366

FORMULA: C12H25N2O7

PUBCHEM: 0

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C16H21N5O15P2

PUBCHEM: 16760491

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C9H18O11P

PUBCHEM: 4447

CHARGE: -1

CHEBI: 18321

KEGG: C01225

FORMULA: C9H18O11P

PUBCHEM: 4447

CHARGE: -1

CHEBI: 18321

KEGG: C01225

FORMULA: C9H18O11P

PUBCHEM: 4447

CHARGE: -1

CHEBI: 18321

KEGG: C01225

FORMULA: C487H810O313P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 8119

CHARGE: -1

CHEBI: 0

KEGG: C05824

FORMULA: C48H86O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H6O

PUBCHEM: 3752

CHARGE: 0

CHEBI: 16236

KEGG: C00469

FORMULA: C2H6O

PUBCHEM: 3752

CHARGE: 0

CHEBI: 16236

KEGG: C00469

FORMULA:

PUBCHEM: 3549

CHARGE: 0

CHEBI: 17310

KEGG: C00250

FORMULA: C8H9NO3

PUBCHEM: 3549

CHARGE: 0

CHEBI: 17310

KEGG: C00250

FORMULA: C8H9NO3

PUBCHEM: 3549

CHARGE: 0

CHEBI: 17310

KEGG: C00250

FORMULA: C6H9O7

PUBCHEM: 3491

CHARGE: -1

CHEBI: 4178 47952

KEGG: C00191

FORMULA: C6H9O7

PUBCHEM: 3491

CHARGE: -1

CHEBI: 4178 47952

KEGG: C00191

FORMULA: C6H11N3O4P

PUBCHEM: 4334

CHARGE: -1

CHEBI: 16996

KEGG: C01100

FORMULA: C7H9NO8P

PUBCHEM: 6819

CHARGE: -3

CHEBI: 16878

KEGG: C04133

FORMULA: C6H11O9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C3H6NOSeR

PUBCHEM: 0

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C6H9O7

PUBCHEM: 3491

CHARGE: -1

CHEBI: 4178 47952

KEGG: C00191

FORMULA: C15H23N6O5S

PUBCHEM: 3321

CHARGE: 1

CHEBI: 15414

KEGG: C00019

FORMULA: C8H14O7

PUBCHEM: 5628

CHARGE: 0

CHEBI: 17901

KEGG: C02655

FORMULA: C20H21N7O6

PUBCHEM: 3443

CHARGE: -2

CHEBI: 1989

KEGG: C00143

FORMULA: C43H75N3O20P2

PUBCHEM: 7239

CHARGE: -2

CHEBI: 17787

KEGG: C04652

FORMULA:

PUBCHEM: 5963

CHARGE: -2

CHEBI: 1254

KEGG: C03063

FORMULA: C3H5O4

PUBCHEM: 3557

CHARGE: -1

CHEBI: 32398

KEGG: C00258

FORMULA: C3H5O4

PUBCHEM: 3557

CHARGE: -1

CHEBI: 32398

KEGG: C00258

FORMULA: C3H5O4

PUBCHEM: 3557

CHARGE: -1

CHEBI: 32398

KEGG: C00258

FORMULA: C81H148O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C7H8O5

PUBCHEM: 6905

CHARGE: -2

CHEBI: 1467

KEGG: C04236

FORMULA: C7H13O10P

PUBCHEM: 10040

CHARGE: -2

CHEBI: 28137

KEGG: C07838

FORMULA: C11H10O6

PUBCHEM: 8112

CHARGE: -2

CHEBI: 1277

KEGG: C05817

FORMULA: C9H12N3O8P

PUBCHEM: 3357

CHARGE: -2

CHEBI: 17361

KEGG: C00055

FORMULA: C9H12N3O8P

PUBCHEM: 3357

CHARGE: -2

CHEBI: 17361

KEGG: C00055

FORMULA: C42H41N4O16

PUBCHEM: 5480

CHARGE: -7

CHEBI: 0

KEGG: C02463

FORMULA: C73H132O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C9H12N3O8P

PUBCHEM: 3357

CHARGE: -2

CHEBI: 17361

KEGG: C00055

FORMULA: C8H13O8

PUBCHEM: 4413

CHARGE: -1

CHEBI: 32817

KEGG: C01187

FORMULA: C10H11N4O14P3

PUBCHEM: 3381

CHARGE: -4

CHEBI: 16039

KEGG: C00081

FORMULA: C60H116O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H9O7

PUBCHEM: 4160

CHARGE: -1

CHEBI: 4126

KEGG: C00905

FORMULA: C6H9O7

PUBCHEM: 4160

CHARGE: -1

CHEBI: 4126

KEGG: C00905

FORMULA: C6H9O7

PUBCHEM: 4160

CHARGE: -1

CHEBI: 4126

KEGG: C00905

FORMULA: HO10P3

PUBCHEM: 6138

CHARGE: -4

CHEBI: 18036

KEGG: C03279

FORMULA: C6H11O9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: C03812

FORMULA: C30H57N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: R

PUBCHEM: 4794

CHARGE: 0

CHEBI: 29169

KEGG: C01645

FORMULA: C25H48N6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C5H10NOSR

PUBCHEM: 5457

CHARGE: 1

CHEBI: 16635

KEGG: C02430

FORMULA: C25H48N6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C10H11N5O6P

PUBCHEM: 3854

CHARGE: -1

CHEBI: 17489

KEGG: C00575

FORMULA: C25H48N6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: 4976

CHARGE: -2

CHEBI: 15987

KEGG: C01861

FORMULA: C4H2N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C8H10NO6P

PUBCHEM: 3900

CHARGE: -2

CHEBI: 28803

KEGG: C00627

FORMULA: C4H2N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C4H2N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C7H5O4

PUBCHEM: 3496

CHARGE: -1

CHEBI: 18026

KEGG: C00196

FORMULA: C61H100O12P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C19H35O7P1

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C9H11N2O9P

PUBCHEM: 4567

CHARGE: -2

CHEBI: 28895

KEGG: C01368

FORMULA: C114H202N2O39P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C19H35O7P1

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C114H202N2O39P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C9H11N2O9P

PUBCHEM: 4567

CHARGE: -2

CHEBI: 28895

KEGG: C01368

FORMULA: X

PUBCHEM: 5805

CHARGE: 0

CHEBI: 0

KEGG: C02869

FORMULA: C114H202N2O39P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C18H33O2

PUBCHEM: 3978

CHARGE: -1

CHEBI: 16196

KEGG: 0

FORMULA: C18H33O2

PUBCHEM: 3978

CHARGE: -1

CHEBI: 16196

KEGG: 0

FORMULA: C12H22O11

PUBCHEM: 7769

CHARGE: 0

CHEBI: 28053

KEGG: C05402

FORMULA: C18H33O2

PUBCHEM: 3978

CHARGE: -1

CHEBI: 16196

KEGG: 0

FORMULA: C17H19N4O9P

PUBCHEM: 3361

CHARGE: -2

CHEBI: 17621

KEGG: C00061

FORMULA: C15H21N3O15P2

PUBCHEM: 4441

CHARGE: -2

CHEBI: 17494

KEGG: C01219

FORMULA: C4H8NO6P

PUBCHEM: 4336

CHARGE: -2

CHEBI: 15961

KEGG: C01102

FORMULA: C35H64O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: Fe

PUBCHEM: 0

CHARGE: 3

CHEBI: 14819

KEGG: 0

FORMULA: C40H65O7P2

PUBCHEM: 6831

CHARGE: -3

CHEBI: 16275

KEGG: C04146

FORMULA: C145H251N2O74P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: CNO

PUBCHEM: 4604

CHARGE: -1

CHEBI: 28024

KEGG: C01417

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: Fe

PUBCHEM: 0

CHARGE: 3

CHEBI: 14819

KEGG: 0

FORMULA: C35H64O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: Fe

PUBCHEM: 0

CHARGE: 3

CHEBI: 14819

KEGG: 0

FORMULA: C103H170O41P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: CNO

PUBCHEM: 4604

CHARGE: -1

CHEBI: 28024

KEGG: C01417

FORMULA: C7H14N2O4

PUBCHEM: 3949

CHARGE: 0

CHEBI: 16488 30308

KEGG: C00680

FORMULA: C6H11O7

PUBCHEM: 3556

CHARGE: -1

CHEBI: 33198

KEGG: C00257

FORMULA: C7H14N2O4

PUBCHEM: 3949

CHARGE: 0

CHEBI: 16488 30308

KEGG: C00680

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C6H11O7

PUBCHEM: 3556

CHARGE: -1

CHEBI: 33198

KEGG: C00257

FORMULA: C8H15NO6

PUBCHEM: 3440

CHARGE: 0

CHEBI: 17411

KEGG: C00140

FORMULA: C6H11O7

PUBCHEM: 3556

CHARGE: -1

CHEBI: 33198

KEGG: C00257

FORMULA: C7H14N2O4

PUBCHEM: 3949

CHARGE: 0

CHEBI: 16488 30308

KEGG: C00680

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: R

PUBCHEM: 4784

CHARGE: 0

CHEBI: 29170

KEGG: C01635

FORMULA: C28H46N8O18P3S

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C8H7N

PUBCHEM: 3747

CHARGE: 0

CHEBI: 16881

KEGG: C00463

FORMULA: C29H51N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C39H64N7O18P3S

PUBCHEM: 47205524

CHARGE: -4

CHEBI: 0

KEGG: C16216

FORMULA: C8H7N

PUBCHEM: 3747

CHARGE: 0

CHEBI: 16881

KEGG: C00463

FORMULA: C6H7O7

PUBCHEM: 7176

CHARGE: -1

CHEBI: 15622

KEGG: C04575

FORMULA: C8H7N

PUBCHEM: 3747

CHARGE: 0

CHEBI: 16881

KEGG: C00463

FORMULA: Cl

PUBCHEM: 3415

CHARGE: -1

CHEBI: 17996

KEGG: C00115

FORMULA: C9H10NO7

PUBCHEM: 8219

CHARGE: -3

CHEBI: 48957

KEGG: C05931

FORMULA: C29H55N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H9N3O2

PUBCHEM: 3435

CHARGE: 0

CHEBI: 15971

KEGG: C00135

FORMULA: C6H8N3O7P2

PUBCHEM: 7322

CHARGE: -3

CHEBI: 16629

KEGG: C04752

FORMULA: C10H11N4O8P

PUBCHEM: 3430

CHARGE: -2

CHEBI: 17202

KEGG: C00130

FORMULA: XH2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C131H230N2O63P4

PUBCHEM: 0

CHARGE: -10

CHEBI: 0

KEGG: 0

FORMULA: C6H11O9P

PUBCHEM: 5887

CHARGE: -2

CHEBI: 0

KEGG: C02976

FORMULA: C11H7O4

PUBCHEM: 6435

CHARGE: -1

CHEBI: 18094

KEGG: C03657

FORMULA: C10H11N4O8P

PUBCHEM: 3430

CHARGE: -2

CHEBI: 17202

KEGG: C00130

FORMULA: C6H15N2O2

PUBCHEM: 3349

CHARGE: 1

CHEBI: 18019

KEGG: C00047

FORMULA: C10H13N5O5

PUBCHEM: 3677

CHARGE: 0

CHEBI: 16750

KEGG: C00387

FORMULA: C25H46FeN6O8

PUBCHEM: 9799

CHARGE: 1

CHEBI: 0

KEGG: C07597

FORMULA: C23H46NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C25H46FeN6O8

PUBCHEM: 9799

CHARGE: 1

CHEBI: 0

KEGG: C07597

FORMULA: C10H13N5O5

PUBCHEM: 3677

CHARGE: 0

CHEBI: 16750

KEGG: C00387

FORMULA: C29H50N3O18P2

PUBCHEM: 8294

CHARGE: -1

CHEBI: 27392

KEGG: C06022

FORMULA: C10H13N5O5

PUBCHEM: 3677

CHARGE: 0

CHEBI: 16750

KEGG: C00387

FORMULA: C23H39N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C19H35N2O9PRS

PUBCHEM: 7210

CHARGE: -1

CHEBI: 0

KEGG: C04620

FORMULA: C5H11NO7P

PUBCHEM: 5988

CHARGE: -1

CHEBI: 37737

KEGG: C03090

FORMULA: C11H14N2O8P

PUBCHEM: 3741

CHARGE: -1

CHEBI: 16171

KEGG: C00455

FORMULA: C11H14N2O8P

PUBCHEM: 3741

CHARGE: -1

CHEBI: 16171

KEGG: C00455

FORMULA: C8H7O4

PUBCHEM: 4388

CHARGE: -1

CHEBI: 17612

KEGG: C01161

FORMULA: C55H89O4P

PUBCHEM: 3641

CHARGE: -2

CHEBI: 16141

KEGG: C00348

FORMULA: C11H14N2O8P

PUBCHEM: 3741

CHARGE: -1

CHEBI: 16171

KEGG: C00455

FORMULA: C7H6NO2

PUBCHEM: 3408

CHARGE: -1

CHEBI: 30754

KEGG: C00108

FORMULA: C6H12O6

PUBCHEM: 4053

CHARGE: 0

CHEBI: 4249

KEGG: C00795

FORMULA: C17H22N3O18P2

PUBCHEM: 8481

CHARGE: -3

CHEBI: 28581

KEGG: C06240

FORMULA: C3H10N

PUBCHEM: 3844

CHARGE: 1

CHEBI: 18139

KEGG: C00565

FORMULA: C8H12N2O5P

PUBCHEM: 3919

CHARGE: -1

CHEBI: 18335

KEGG: C00647

FORMULA: C8H12NO6

PUBCHEM: 4349

CHARGE: -1

CHEBI: 16160

KEGG: C01118

FORMULA: C5H8O14P3

PUBCHEM: 3419

CHARGE: -5

CHEBI: 17111

KEGG: C00119

FORMULA: C6H12O6

PUBCHEM: 4053

CHARGE: 0

CHEBI: 4249

KEGG: C00795

FORMULA: C3H10N

PUBCHEM: 3844

CHARGE: 1

CHEBI: 18139

KEGG: C00565

FORMULA: C17H25N5O16P2

PUBCHEM: 8634

CHARGE: -2

CHEBI: 15915

KEGG: C06398

FORMULA: R

PUBCHEM: 4800

CHARGE: 0

CHEBI: 29180

KEGG: C01651

FORMULA: C11H12NO6P

PUBCHEM: 6317

CHARGE: -2

CHEBI: 18299

KEGG: C03506

FORMULA:

PUBCHEM: 8475

CHARGE: -2

CHEBI: 36264

KEGG: C06232

FORMULA: C29H53N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H9O8P

PUBCHEM: 6148

CHARGE: -2

CHEBI: 16593

KEGG: C03291

FORMULA:

PUBCHEM: 8475

CHARGE: -2

CHEBI: 36264

KEGG: C06232

FORMULA: C39H75O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C3H7NO2S

PUBCHEM: 4051

CHARGE: 0

CHEBI: 16375

KEGG: C00793

FORMULA: C4H5O3

PUBCHEM: 3409

CHARGE: -1

CHEBI: 30831

KEGG: C00109

FORMULA: C16H31O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C39H75O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA:

PUBCHEM: 8475

CHARGE: -2

CHEBI: 36264

KEGG: C06232

FORMULA: C16H31O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C16H31O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C5H11NO3S

PUBCHEM: 847

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C3H7NO2S

PUBCHEM: 4051

CHARGE: 0

CHEBI: 16375

KEGG: C00793

FORMULA: C4H6O8P

PUBCHEM: 6224

CHARGE: -3

CHEBI: 49003

KEGG: C03393

FORMULA: C35H63O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C14H22N3O15P2

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 4657

CHARGE: 0

CHEBI: 4093

KEGG: C01487

FORMULA: C5H11NO3S

PUBCHEM: 847

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C3H9NO

PUBCHEM: 4338

CHARGE: 0

CHEBI: 15724

KEGG: C01104

FORMULA: C35H63O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C21H26N7O14P2

PUBCHEM: 3305

CHARGE: -1

CHEBI: 15846

KEGG: C00003

FORMULA: C6H12O6

PUBCHEM: 4657

CHARGE: 0

CHEBI: 4093

KEGG: C01487

FORMULA: C3H9NO

PUBCHEM: 4338

CHARGE: 0

CHEBI: 15724

KEGG: C01104

FORMULA: C27H42N9O12

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C27H42N9O12

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C25H35N7O19P3S

PUBCHEM: 3952

CHARGE: -5

CHEBI: 15466

KEGG: C00683

FORMULA: C30H52O26

PUBCHEM: 124005??3611

CHARGE: 0

CHEBI: 28057

KEGG: 0

FORMULA:

PUBCHEM: 0

CHARGE: 1

CHEBI: 29287

KEGG: 0

FORMULA: C27H42N9O12

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C30H52O26

PUBCHEM: 124005??3611

CHARGE: 0

CHEBI: 28057

KEGG: 0

FORMULA: C30H52O26

PUBCHEM: 124005??3611

CHARGE: 0

CHEBI: 28057

KEGG: 0

FORMULA: C3H8O2

PUBCHEM: 5836

CHARGE: 0

CHEBI: 28972

KEGG: C02912

FORMULA: C19H40NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C6H13NO8P

PUBCHEM: 3645

CHARGE: -1

CHEBI: 15873

KEGG: C00352

FORMULA: C27H48N6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C6H13NO8P

PUBCHEM: 3645

CHARGE: -1

CHEBI: 15873

KEGG: C00352

FORMULA: C27H48N6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C25H36N7O17P3S

PUBCHEM: 4133

CHARGE: -4

CHEBI: 0

KEGG: C00877

FORMULA: C6H13NO8P

PUBCHEM: 3645

CHARGE: -1

CHEBI: 15873

KEGG: C00352

FORMULA: C10H8O6

PUBCHEM: 3550

CHARGE: -2

CHEBI: 17333

KEGG: C00251

FORMULA: C7H6NO2

PUBCHEM: 3847

CHARGE: -1

CHEBI: 30753

KEGG: C00568

FORMULA: C7H6NO2

PUBCHEM: 3847

CHARGE: -1

CHEBI: 30753

KEGG: C00568

FORMULA: C72H99CoN18O20P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: phosphorylated version of C00194

FORMULA: C35H56N7O17P3S

PUBCHEM: 7660

CHARGE: -4

CHEBI: 27721

KEGG: C05273

FORMULA: XH2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C25H45N2O9PRS

PUBCHEM: 8054

CHARGE: -1

CHEBI: 0

KEGG: C05759

FORMULA: C33H66N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C8H15NO6

PUBCHEM: 3918

CHARGE: 0

CHEBI: 17122

KEGG: C00645

FORMULA: C8H15NO6

PUBCHEM: 3918

CHARGE: 0

CHEBI: 17122

KEGG: C00645

FORMULA: C25H35N7O19P3S

PUBCHEM: 4435

CHARGE: -5

CHEBI: 15465

KEGG: C01213

FORMULA: C33H66N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C20H38O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C8H15NO6

PUBCHEM: 3918

CHARGE: 0

CHEBI: 17122

KEGG: C00645

FORMULA: C12H25N2O7

PUBCHEM: 47205784

CHARGE: 1

CHEBI: 0

KEGG: C16488

FORMULA: C4H7NO3

PUBCHEM: 3730

CHARGE: 0

CHEBI: 13086 18051

KEGG: C00441

FORMULA: C463H770O296P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C11H16N3O7S

PUBCHEM: 4274

CHARGE: -1

CHEBI: 16225

KEGG: C01031

FORMULA: C17H31O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C17H31O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA:

PUBCHEM: 3608

CHARGE: 0

CHEBI: 16709

KEGG: C00314

FORMULA: C41H82N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C8H11NO3

PUBCHEM: 3608

CHARGE: 0

CHEBI: 16709

KEGG: C00314

FORMULA: C5H14NO

PUBCHEM: 3414

CHARGE: 1

CHEBI: 15354

KEGG: C00114

FORMULA: C21H37N2O9PRS

PUBCHEM: 8048

CHARGE: -1

CHEBI: 0

KEGG: C05753

FORMULA: C14H18N2O16P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: Na

PUBCHEM: 4541

CHARGE: 1

CHEBI: 29101

KEGG: C01330

FORMULA: Na

PUBCHEM: 4541

CHARGE: 1

CHEBI: 29101

KEGG: C01330

FORMULA: C3H8NO

PUBCHEM: 5001

CHARGE: 1

CHEBI: 17906

KEGG: C01888

FORMULA: C5H14NO

PUBCHEM: 3414

CHARGE: 1

CHEBI: 15354

KEGG: C00114

FORMULA: C5H14NO

PUBCHEM: 3414

CHARGE: 1

CHEBI: 15354

KEGG: C00114

FORMULA: Na

PUBCHEM: 4541

CHARGE: 1

CHEBI: 29101

KEGG: C01330

FORMULA: C41H61N9O28P2

PUBCHEM: 7434

CHARGE: -4

CHEBI: 0

KEGG: C04882

FORMULA: C21H24N6O15P2

PUBCHEM: 4114

CHARGE: -2

CHEBI: 18304

KEGG: C00857

FORMULA: C10H13N2O8P

PUBCHEM: 3655

CHARGE: -2

CHEBI: 17013

KEGG: C00364

FORMULA: C10H13N2O8P

PUBCHEM: 3655

CHARGE: -2

CHEBI: 17013

KEGG: C00364

FORMULA: C33H52N7O17P3S

PUBCHEM: 6094

CHARGE: -4

CHEBI: 15471

KEGG: C03221

FORMULA: C5H10O4

PUBCHEM: 4927

CHARGE: 0

CHEBI: 28816

KEGG: C01801

FORMULA: C5H10O4

PUBCHEM: 4927

CHARGE: 0

CHEBI: 28816

KEGG: C01801

FORMULA: C10H13N2O8P

PUBCHEM: 3655

CHARGE: -2

CHEBI: 17013

KEGG: C00364

FORMULA: C10H12N5O9P2

PUBCHEM: 3506

CHARGE: -3

CHEBI: 16174

KEGG: C00206

FORMULA: C71H107N13O38

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C5H10O4

PUBCHEM: 4927

CHARGE: 0

CHEBI: 28816

KEGG: C01801

FORMULA: C5H16N4

PUBCHEM: 3479

CHARGE: 2

CHEBI: 17431

KEGG: C00179

FORMULA: C27H49N2O9PRS

PUBCHEM: 8057

CHARGE: -1

CHEBI: 0

KEGG: C05762

FORMULA: C5H16N4

PUBCHEM: 3479

CHARGE: 2

CHEBI: 17431

KEGG: C00179

FORMULA: C5H16N4

PUBCHEM: 3479

CHARGE: 2

CHEBI: 17431

KEGG: C00179

FORMULA: C117H208N2O45P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 3606

CHARGE: 0

CHEBI: 17399

KEGG: C00312

FORMULA: C39H71O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C5H10O5

PUBCHEM: 3606

CHARGE: 0

CHEBI: 17399

KEGG: C00312

FORMULA: C5H10O5

PUBCHEM: 3606

CHARGE: 0

CHEBI: 17399

KEGG: C00312

FORMULA: C39H71O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C35H52N6O13Fe

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H9O7P2

PUBCHEM: 3429

CHARGE: -3

CHEBI: 16584

KEGG: C00129

FORMULA: C12H25N2O7

PUBCHEM: 47205784

CHARGE: 1

CHEBI: 0

KEGG: C16488

FORMULA: C9H10NO2R

PUBCHEM: 5781

CHARGE: 1

CHEBI: 29161

KEGG: C02839

FORMULA: C5H11NO2

PUBCHEM: 3483

CHARGE: 0

CHEBI: 16414

KEGG: C00183

FORMULA: X

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C4H7O7P

PUBCHEM: 3574

CHARGE: -2

CHEBI: 48153

KEGG: C00279

FORMULA: C23H41N2O9PRS

PUBCHEM: 8051

CHARGE: -1

CHEBI: 0

KEGG: C05756

FORMULA: C5H11NO2

PUBCHEM: 3483

CHARGE: 0

CHEBI: 16414

KEGG: C00183

FORMULA: C10H13N5O4

PUBCHEM: 3512

CHARGE: 0

CHEBI: 16335

KEGG: C00212

FORMULA: C5H11NO2

PUBCHEM: 3483

CHARGE: 0

CHEBI: 16414

KEGG: C00183

FORMULA: C35H52N6O13Fe

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H11N4O13P3

PUBCHEM: 4550

CHARGE: -4

CHEBI: 0

KEGG: C01345

FORMULA: C35H56N7O18P3S

PUBCHEM: 7648

CHARGE: -4

CHEBI: 28726

KEGG: C05261

FORMULA: C7H14N2O4

PUBCHEM: 3935

CHARGE: 0

CHEBI: 16026

KEGG: C00666

FORMULA: C6H11O7

PUBCHEM: 47205248

CHARGE: -1

CHEBI: 0

KEGG: C15930

FORMULA: C7H7O7

PUBCHEM: 7191

CHARGE: -3

CHEBI: 15607

KEGG: C04593

FORMULA: C23H34N7O17P3S

PUBCHEM: 3326

CHARGE: -4

CHEBI: 15351

KEGG: C00024

FORMULA: C6H11O7

PUBCHEM: 47205248

CHARGE: -1

CHEBI: 0

KEGG: C15930

FORMULA: CHO3

PUBCHEM: 3583

CHARGE: -1

CHEBI: 17544

KEGG: C00288

FORMULA: O2

PUBCHEM: 3971

CHARGE: -1

CHEBI: 18421

KEGG: C00704

FORMULA: C7H13NO2

PUBCHEM: 6803

CHARGE: 0

CHEBI: 1774

KEGG: C04114

FORMULA:

PUBCHEM: 9110

CHARGE: -3

CHEBI: 0

KEGG: C06893

FORMULA: C3H2O7P

PUBCHEM: 6103

CHARGE: -3

CHEBI: 30933

KEGG: C03232

FORMULA: O2

PUBCHEM: 3971

CHARGE: -1

CHEBI: 18421

KEGG: C00704

FORMULA: C7H13NO2

PUBCHEM: 6803

CHARGE: 0

CHEBI: 1774

KEGG: C04114

FORMULA: C9H15N2O5

PUBCHEM: 6244

CHARGE: -1

CHEBI: 27574

KEGG: C03415

FORMULA: C44H79N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C6H12O5

PUBCHEM: 4118

CHARGE: 0

CHEBI: 17897

KEGG: C00861

FORMULA: C20H40O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C17H34O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C44H75N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C20H40O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C11H18N3O7S

PUBCHEM: 1082

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C11H18NO9

PUBCHEM: 3568

CHARGE: -1

CHEBI: 17012

KEGG: C00270

FORMULA: C4H9O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C27H33N9O15P2

PUBCHEM: 4556

CHARGE: -2

CHEBI: 17877

KEGG: C01352

FORMULA: C11H18NO9

PUBCHEM: 3568

CHARGE: -1

CHEBI: 17012

KEGG: C00270

FORMULA: C3H3O4

PUBCHEM: 3468

CHARGE: -1

CHEBI: 30841

KEGG: C00168

FORMULA: C4H9O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: Cd

PUBCHEM: 4601

CHARGE: 2

CHEBI: 48775

KEGG: C01413

FORMULA: C6H9NO2SR

PUBCHEM: 6151

CHARGE: 0

CHEBI: 17119

KEGG: C03294

FORMULA: Cd

PUBCHEM: 4601

CHARGE: 2

CHEBI: 48775

KEGG: C01413

FORMULA: C45H56CoN6O12

PUBCHEM: 8735

CHARGE: -4

CHEBI: 27937

KEGG: C06504

FORMULA: C24H48O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: Cd

PUBCHEM: 4601

CHARGE: 2

CHEBI: 48775

KEGG: C01413

FORMULA: C10H11N5O13P2S

PUBCHEM: 3355

CHARGE: -4

CHEBI: 17980

KEGG: C00053

FORMULA: C44H82O10P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C24H48O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C19H36O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C68H104N12O38

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C40H36N4O16

PUBCHEM: 4293

CHARGE: -8

CHEBI: 15437

KEGG: C01051

FORMULA: C58H84CoN16O11

PUBCHEM: 8739

CHARGE: 1

CHEBI: 2480

KEGG: C06508

FORMULA: C19H36O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C17H36N6O5S

PUBCHEM: 8032

CHARGE: 2

CHEBI: 16613

KEGG: C05730

FORMULA: C39H74N1O8P1

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C3H6O2

PUBCHEM: 7630

CHARGE: 0

CHEBI: 27957

KEGG: C05235

FORMULA: C2H4O2

PUBCHEM: 3564

CHARGE: 0

CHEBI: 17071

KEGG: C00266

FORMULA: CH3O3S

PUBCHEM: 49991312

CHARGE: -1

CHEBI: 25224

KEGG: 0

FORMULA: C10H17O10PR2

PUBCHEM: 4786

CHARGE: 0

CHEBI: 29172

KEGG: C01637

FORMULA:

PUBCHEM: 4976

CHARGE: -2

CHEBI: 15987

KEGG: C01861

FORMULA: C33H62N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C21H42NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C9H10NOR

PUBCHEM: 6321

CHARGE: 1

CHEBI: 29153

KEGG: C03511

FORMULA: C21H42NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C33H62N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C31H50N7O17P3S

PUBCHEM: 7661

CHARGE: -4

CHEBI: 28493

KEGG: C05274

FORMULA: C6H9N3O2

PUBCHEM: 3435

CHARGE: 0

CHEBI: 15971

KEGG: C00135

FORMULA: C16H21N5O15P2

PUBCHEM: 4444

CHARGE: -2

CHEBI: 16955

KEGG: C01222

FORMULA: C6H12O4S

PUBCHEM: 5987

CHARGE: 0

CHEBI: 16895

KEGG: C03089

FORMULA: C7H8O2

PUBCHEM: 125??3480

CHARGE: 0

CHEBI: 30746

KEGG: 0

FORMULA: C7H8O4

PUBCHEM: 5611

CHARGE: -2

CHEBI: 17275

KEGG: C02631

FORMULA: C5H10O5

PUBCHEM: 3604

CHARGE: 0

CHEBI: 17140

KEGG: C00310

FORMULA: R

PUBCHEM: 4787

CHARGE: 0

CHEBI: 29186

KEGG: C01638

FORMULA: C199H330O109P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: H2

PUBCHEM: 3577

CHARGE: 0

CHEBI: 18276

KEGG: C00282

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: H2

PUBCHEM: 3577

CHARGE: 0

CHEBI: 18276

KEGG: C00282

FORMULA: C6H8O8

PUBCHEM: 4076

CHARGE: -2

CHEBI: 16002

KEGG: C00818

FORMULA: C4H8NO2R

PUBCHEM: 5901

CHARGE: 1

CHEBI: 29163

KEGG: C02992

FORMULA: C24H42O21

PUBCHEM: 5141

CHARGE: 0

CHEBI: 0

KEGG: C02052

FORMULA: C38H73N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: Zn

PUBCHEM: 3340

CHARGE: 2

CHEBI: 29105

KEGG: C00038

FORMULA: C24H42O21

PUBCHEM: 5141

CHARGE: 0

CHEBI: 0

KEGG: C02052

FORMULA: C319H530O194P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: H2

PUBCHEM: 3577

CHARGE: 0

CHEBI: 18276

KEGG: C00282

FORMULA: O2

PUBCHEM: 3971

CHARGE: -1

CHEBI: 18421

KEGG: C00704

FORMULA: C24H42O21

PUBCHEM: 5141

CHARGE: 0

CHEBI: 0

KEGG: C02052

FORMULA: Zn

PUBCHEM: 3340

CHARGE: 2

CHEBI: 29105

KEGG: C00038

FORMULA: C3H7NO2S

PUBCHEM: 3397

CHARGE: 0

CHEBI: 17561

KEGG: C00097

FORMULA: C103H162N6O37P2

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C7H12O13P2

PUBCHEM: 13642

CHARGE: -4

CHEBI: 0

KEGG: C11472

FORMULA: O4W1

PUBCHEM: 26697048

CHARGE: -2

CHEBI: 46502

KEGG: 0

FORMULA: C4H9NO3

PUBCHEM: 3488

CHARGE: 0

CHEBI: 16857

KEGG: C00188

FORMULA: C9H9O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: O4W1

PUBCHEM: 26697048

CHARGE: -2

CHEBI: 46502

KEGG: 0

FORMULA: C3H4O2

PUBCHEM: 3827

CHARGE: 0

CHEBI: 17158

KEGG: C00546

FORMULA:

PUBCHEM: 23061145

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C4H9NO3

PUBCHEM: 3488

CHARGE: 0

CHEBI: 16857

KEGG: C00188

FORMULA: C4H9NO3

PUBCHEM: 3488

CHARGE: 0

CHEBI: 16857

KEGG: C00188

FORMULA: O4W1

PUBCHEM: 26697048

CHARGE: -2

CHEBI: 46502

KEGG: 0

FORMULA: C9H9O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C4H9NO2

PUBCHEM: 3628

CHARGE: 0

CHEBI: 16865

KEGG: C00334

FORMULA: C4H9NO2

PUBCHEM: 3628

CHARGE: 0

CHEBI: 16865

KEGG: C00334

FORMULA: C6H7O7

PUBCHEM: 5731

CHARGE: -1

CHEBI: 18281

KEGG: C02780

FORMULA: C17H36NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C5H10N2O3

PUBCHEM: 3364

CHARGE: 0

CHEBI: 18050

KEGG: C00064

FORMULA: C4H9NO2

PUBCHEM: 3628

CHARGE: 0

CHEBI: 16865

KEGG: C00334

FORMULA: C74H114N14O40

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C5H10N2O3

PUBCHEM: 3364

CHARGE: 0

CHEBI: 18050

KEGG: C00064

FORMULA: C6H7N2O5P

PUBCHEM: 4486

CHARGE: -2

CHEBI: 16426

KEGG: C01267

FORMULA: C5H10N2O3

PUBCHEM: 3364

CHARGE: 0

CHEBI: 18050

KEGG: C00064

FORMULA: C38H69O13P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C7H7O4

PUBCHEM: 6852

CHARGE: -1

CHEBI: 15941

KEGG: C04171

FORMULA: C15H22N2O17P2

PUBCHEM: 3331

CHARGE: -2

CHEBI: 18066

KEGG: C00029

FORMULA: C14H14N5O11P

PUBCHEM: 6543

CHARGE: -4

CHEBI: 15919

KEGG: C03794

FORMULA: C15H22N2O17P2

PUBCHEM: 3331

CHARGE: -2

CHEBI: 18066

KEGG: C00029

FORMULA: C15H22N2O17P2

PUBCHEM: 3331

CHARGE: -2

CHEBI: 18066

KEGG: C00029

FORMULA: CO2

PUBCHEM: 3313

CHARGE: 0

CHEBI: 16526

KEGG: C00011

FORMULA: C34H64NO12P

PUBCHEM: 7385

CHARGE: -2

CHEBI: 16942

KEGG: C04824

FORMULA: C439H730O279P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: CO2

PUBCHEM: 3313

CHARGE: 0

CHEBI: 16526

KEGG: C00011

FORMULA: CO2

PUBCHEM: 3313

CHARGE: 0

CHEBI: 16526

KEGG: C00011

FORMULA: C51H74O2

PUBCHEM: 8114

CHARGE: 0

CHEBI: 0

KEGG: C05819

FORMULA: C10H12N5O7P

PUBCHEM: 3322

CHARGE: -2

CHEBI: 16027

KEGG: C00020

FORMULA: C27H40N7O18P3S

PUBCHEM: 7656

CHARGE: -4

CHEBI: 27648

KEGG: C05269

FORMULA: C6H9O7

PUBCHEM: 3902

CHARGE: -1

CHEBI: 16808

KEGG: C00629

FORMULA: C2H1O3

PUBCHEM: 3350

CHARGE: -1

CHEBI: 16891

KEGG: C00048

FORMULA: C7H6O5

PUBCHEM: 7923

CHARGE: -2

CHEBI: 0

KEGG: C05600

FORMULA: C17H34O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C7H15NO3

PUBCHEM: 3612

CHARGE: 0

CHEBI: 16347

KEGG: C00318

FORMULA: C10H12N5O7P

PUBCHEM: 4566

CHARGE: -2

CHEBI: 28931

KEGG: C01367

FORMULA: C7H15NO3

PUBCHEM: 3612

CHARGE: 0

CHEBI: 16347

KEGG: C00318

FORMULA: C76H137N2O30P2

PUBCHEM: 8296

CHARGE: -5

CHEBI: 0

KEGG: C06024

FORMULA: C34H65O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C10H12N5O7P

PUBCHEM: 4566

CHARGE: -2

CHEBI: 28931

KEGG: C01367

FORMULA: C7H15NO3

PUBCHEM: 3612

CHARGE: 0

CHEBI: 16347

KEGG: C00318

FORMULA: C34H65O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C9H10N2

PUBCHEM: 6009

CHARGE: 0

CHEBI: 15890

KEGG: C03114

FORMULA: XH2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C10H12N5O7P

PUBCHEM: 3322

CHARGE: -2

CHEBI: 16027

KEGG: C00020

FORMULA: C8H20NO6P

PUBCHEM: 3939

CHARGE: 0

CHEBI: 16870

KEGG: C00670

FORMULA: C15H21N5O15P2

PUBCHEM: 7447

CHARGE: -4

CHEBI: 18302

KEGG: C04896

FORMULA: C7H15NO3

PUBCHEM: 3770

CHARGE: 0

CHEBI: 3424

KEGG: C00487

FORMULA: C3H7O6P

PUBCHEM: 5889

CHARGE: -2

CHEBI: 17270

KEGG: C02979

FORMULA: C3H3N2O4

PUBCHEM: 4060

CHARGE: -1

CHEBI: 16582

KEGG: C00802

FORMULA: C7H15NO3

PUBCHEM: 3770

CHARGE: 0

CHEBI: 3424

KEGG: C00487

FORMULA: C12H13NO9P

PUBCHEM: 4520

CHARGE: -3

CHEBI: 29112

KEGG: C01302

FORMULA: C4H4O4

PUBCHEM: 3344

CHARGE: -2

CHEBI: 15741

KEGG: C00042

FORMULA: C34H61O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C5H6N2O2

PUBCHEM: 3478

CHARGE: 0

CHEBI: 17821

KEGG: C00178

FORMULA: C9H11N2O8P

PUBCHEM: 3656

CHARGE: -2

CHEBI: 17622

KEGG: C00365

FORMULA: C34H61O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C4H4O4

PUBCHEM: 3344

CHARGE: -2

CHEBI: 15741

KEGG: C00042

FORMULA: C4H4O4

PUBCHEM: 3344

CHARGE: -2

CHEBI: 15741

KEGG: C00042

FORMULA: R

PUBCHEM: 4789

CHARGE: 0

CHEBI: 29168

KEGG: C01640

FORMULA: C14H20N6O5S

PUBCHEM: 3323

CHARGE: 0

CHEBI: 16680

KEGG: C00021

FORMULA: C9H11N2O8P

PUBCHEM: 3656

CHARGE: -2

CHEBI: 17622

KEGG: C00365

FORMULA: C29H44N7O18P3S

PUBCHEM: 7654

CHARGE: -4

CHEBI: 28264

KEGG: C05267

FORMULA: C11H18NO9

PUBCHEM: 3568

CHARGE: -1

CHEBI: 17012

KEGG: C00270

FORMULA: C6H12O6

PUBCHEM: 3459

CHARGE: 0

CHEBI: 4208

KEGG: C00159

FORMULA: C6H8N3OR

PUBCHEM: 5897

CHARGE: 1

CHEBI: 29155

KEGG: C02988

FORMULA: C6H12O6

PUBCHEM: 3459

CHARGE: 0

CHEBI: 4208

KEGG: C00159

FORMULA: C6H12O6

PUBCHEM: 3459

CHARGE: 0

CHEBI: 4208

KEGG: C00159

FORMULA: C5H10O5

PUBCHEM: 3791

CHARGE: 0

CHEBI: 16880

KEGG: C00508

FORMULA: C42H81N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: C39H64N7O17P3S

PUBCHEM: 47205526

CHARGE: -4

CHEBI: 0

KEGG: C16218

FORMULA: C21H26N7O17P3

PUBCHEM: 3307

CHARGE: -4

CHEBI: 16474

KEGG: C00005

FORMULA: C37H62N7O18P3S

PUBCHEM: 7645

CHARGE: -4

CHEBI: 27402

KEGG: C05258

FORMULA: K

PUBCHEM: 3537

CHARGE: 1

CHEBI: 29103

KEGG: C00238

FORMULA: C8H8O2

PUBCHEM: 6521

CHARGE: 0

CHEBI: 15621

KEGG: C03765

FORMULA: C27H42N7O17P3S

PUBCHEM: 7657

CHARGE: -4

CHEBI: 27540

KEGG: C05270

FORMULA: K

PUBCHEM: 3537

CHARGE: 1

CHEBI: 29103

KEGG: C00238

FORMULA: K

PUBCHEM: 3537

CHARGE: 1

CHEBI: 29103

KEGG: C00238

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C8H8O2

PUBCHEM: 6521

CHARGE: 0

CHEBI: 15621

KEGG: C03765

FORMULA: C10H13N5O3

PUBCHEM: 7603

CHARGE: 0

CHEBI: 17319

KEGG: C05198

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: NO3

PUBCHEM: 3543

CHARGE: -1

CHEBI: 48107

KEGG: C00244

FORMULA: C9H13N4O8P

PUBCHEM: 7258

CHARGE: -2

CHEBI: 18406

KEGG: C04677

FORMULA: C2H6S

PUBCHEM: 3859

CHARGE: 0

CHEBI: 17437

KEGG: C00580

FORMULA: NO3

PUBCHEM: 3543

CHARGE: -1

CHEBI: 48107

KEGG: C00244

FORMULA: C2H6S

PUBCHEM: 3859

CHARGE: 0

CHEBI: 17437

KEGG: C00580

FORMULA: R

PUBCHEM: 4802

CHARGE: 0

CHEBI: 29183

KEGG: C01653

FORMULA: C35H58N7O18P3S

PUBCHEM: 7647

CHARGE: -4

CHEBI: 27466

KEGG: C05260

FORMULA: C8H6O6

PUBCHEM: 7231

CHARGE: -2

CHEBI: 17142

KEGG: C04642

FORMULA: C3H4O7P

PUBCHEM: 3497

CHARGE: -3

CHEBI: 17794

KEGG: C00197

FORMULA: C3H4O7P

PUBCHEM: 3497

CHARGE: -3

CHEBI: 17794

KEGG: C00197

FORMULA: C9H10N2O8P

PUBCHEM: 5402

CHARGE: -1

CHEBI: 0

KEGG: C02355

FORMULA: C3H4O7P

PUBCHEM: 3497

CHARGE: -3

CHEBI: 17794

KEGG: C00197

FORMULA: C20H24N10O22P5

PUBCHEM: 6757

CHARGE: -5

CHEBI: 0

KEGG: C04058

FORMULA: C9H10N2O8P

PUBCHEM: 5402

CHARGE: -1

CHEBI: 0

KEGG: C02355

FORMULA: C10H13N2O14P3

PUBCHEM: 3743

CHARGE: -4

CHEBI: 18077

KEGG: C00459

FORMULA: C124H220N2O51P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C5H7O4

PUBCHEM: 8282

CHARGE: -1

CHEBI: 18409

KEGG: C06010

FORMULA: C3H6NO2R

PUBCHEM: 5554

CHARGE: 1

CHEBI: 29162

KEGG: C02553

FORMULA: C10H17N4O6

PUBCHEM: 6235

CHARGE: -1

CHEBI: 15682

KEGG: C03406

FORMULA: C14H13N6O3

PUBCHEM: 4175

CHARGE: -1

CHEBI: 4581

KEGG: C00921

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C63H103NO12P2

PUBCHEM: 4508

CHARGE: -2

CHEBI: 0

KEGG: C01289

FORMULA: R

PUBCHEM: 4793

CHARGE: 0

CHEBI: 29174

KEGG: C01644

FORMULA: C4H7O2

PUBCHEM: 3545

CHARGE: -1

CHEBI: 30772

KEGG: C00246

FORMULA: C15H21N3O16P2

PUBCHEM: 17756768

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C9H12N2O6

PUBCHEM: 3593

CHARGE: 0

CHEBI: 16704

KEGG: C00299

FORMULA: C5H8NO4

PUBCHEM: 3517

CHARGE: -1

CHEBI: 15966

KEGG: C00217

FORMULA: C44H44CoN4O16

PUBCHEM: 13707

CHARGE: -6

CHEBI: 0

KEGG: C11540

FORMULA: C9H12N2O6

PUBCHEM: 3593

CHARGE: 0

CHEBI: 16704

KEGG: C00299

FORMULA: C4H7O2

PUBCHEM: 3545

CHARGE: -1

CHEBI: 30772

KEGG: C00246

FORMULA: C3H5O3

PUBCHEM: 3486

CHARGE: -1

CHEBI: 422

KEGG: C00186

FORMULA: C9H12N2O6

PUBCHEM: 3593

CHARGE: 0

CHEBI: 16704

KEGG: C00299

FORMULA: C42H39CoN4O16

PUBCHEM: 13705

CHARGE: -7

CHEBI: 0

KEGG: C11538

FORMULA: C65H116O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C9H7O4

PUBCHEM: 4406

CHARGE: -1

CHEBI: 15999

KEGG: C01179

FORMULA: C9H15N4O9P

PUBCHEM: 7081

CHARGE: -2

CHEBI: 18247

KEGG: C04454

FORMULA: C17H29N2O9PRS

PUBCHEM: 8041

CHARGE: -1

CHEBI: 0

KEGG: C05746

FORMULA: C17H25N3O17P2

PUBCHEM: 3345

CHARGE: -2

CHEBI: 16264

KEGG: C00043

FORMULA: Cu

PUBCHEM: 3370

CHARGE: 2

CHEBI: 28694

KEGG: C00070

FORMULA: C9H7O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C17H25N3O17P2

PUBCHEM: 3345

CHARGE: -2

CHEBI: 16264

KEGG: C00043

FORMULA: Cu

PUBCHEM: 3370

CHARGE: 2

CHEBI: 28694

KEGG: C00070

FORMULA: C6H11O8P

PUBCHEM: 4333

CHARGE: -2

CHEBI: 6220

KEGG: C01099

FORMULA: CHN

PUBCHEM: 4537

CHARGE: 0

CHEBI: 18407

KEGG: C01326

FORMULA: C49H74O4

PUBCHEM: 3689

CHARGE: 0

CHEBI: 16389

KEGG: C00399

FORMULA: Cu

PUBCHEM: 3370

CHARGE: 2

CHEBI: 28694

KEGG: C00070

FORMULA: C17H25N3O17P2

PUBCHEM: 3345

CHARGE: -2

CHEBI: 16264

KEGG: C00043

FORMULA: C9H17NO6S

PUBCHEM: 6343

CHARGE: 0

CHEBI: 0

KEGG: C03539

FORMULA: C34H52N6O19

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: CHN

PUBCHEM: 4537

CHARGE: 0

CHEBI: 18407

KEGG: C01326

FORMULA: C10H17O7P2

PUBCHEM: 3634

CHARGE: -3

CHEBI: 17211

KEGG: C00341

FORMULA: CHN

PUBCHEM: 4537

CHARGE: 0

CHEBI: 18407

KEGG: C01326

FORMULA: C38H70O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C21H33N7O13P2S

PUBCHEM: 4138

CHARGE: -2

CHEBI: 15468

KEGG: C00882

FORMULA: C10H13N2O11P2

PUBCHEM: 3654

CHARGE: -3

CHEBI: 18075

KEGG: C00363

FORMULA: C38H70O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C27H51N2O8PRS

PUBCHEM: 8059

CHARGE: -1

CHEBI: 0

KEGG: C05764

FORMULA: C10H12N4O5

PUBCHEM: 3588

CHARGE: 0

CHEBI: 17596

KEGG: C00294

FORMULA: C223H370O126P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C11H12NO9P

PUBCHEM: 4411

CHARGE: -2

CHEBI: 15763

KEGG: C01185

FORMULA: C9H7O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C16H20N1O11

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C16H20N1O11

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 4676

CHARGE: 0

CHEBI: 28480

KEGG: C01508

FORMULA: C6H3O6

PUBCHEM: 3707

CHARGE: -3

CHEBI: 32805

KEGG: C00417

FORMULA: C3H7NO2

PUBCHEM: 3433

CHARGE: 0

CHEBI: 15570

KEGG: C00133

FORMULA: C3H3O3S

PUBCHEM: 4208

CHARGE: -1

CHEBI: 16208

KEGG: C00957

FORMULA: C96H170N2O38P2

PUBCHEM: 8490

CHARGE: -6

CHEBI: 0

KEGG: C06251

FORMULA: C3H7NO2

PUBCHEM: 3433

CHARGE: 0

CHEBI: 15570

KEGG: C00133

FORMULA: C3H7NO2

PUBCHEM: 3433

CHARGE: 0

CHEBI: 15570

KEGG: C00133

FORMULA: C14H23N2O12PR2

PUBCHEM: 6232

CHARGE: 1

CHEBI: 29265

KEGG: C03402

FORMULA: C6H11O2

PUBCHEM: 4740

CHARGE: -1

CHEBI: 30776

KEGG: C01585

FORMULA: C15H22N2O17P2

PUBCHEM: 3354

CHARGE: -2

CHEBI: 18307

KEGG: C00052

FORMULA: C10H11N5O10P2

PUBCHEM: 3356

CHARGE: -4

CHEBI: 17985

KEGG: C00054

FORMULA: C10H12N4O5

PUBCHEM: 3588

CHARGE: 0

CHEBI: 17596

KEGG: C00294

FORMULA: C68H127N2O20P

PUBCHEM: 7476

CHARGE: -2

CHEBI: 18380

KEGG: C04932

FORMULA: C15H22N2O17P2

PUBCHEM: 3354

CHARGE: -2

CHEBI: 18307

KEGG: C00052

FORMULA: C6H11O2

PUBCHEM: 4740

CHARGE: -1

CHEBI: 30776

KEGG: C01585

FORMULA: C6H11O2

PUBCHEM: 4740

CHARGE: -1

CHEBI: 30776

KEGG: C01585

FORMULA: C15H22N2O17P2

PUBCHEM: 3354

CHARGE: -2

CHEBI: 18307

KEGG: C00052

FORMULA: C4H5O3

PUBCHEM: 3464

CHARGE: -1

CHEBI: 0

KEGG: C00164

FORMULA: C15H21N5O14P2

PUBCHEM: 3595

CHARGE: -2

CHEBI: 16960

KEGG: C00301

FORMULA: C25H43N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C55H76CoN15O11

PUBCHEM: 8738

CHARGE: 0

CHEBI: 2483

KEGG: C06507

FORMULA: C4H5O3

PUBCHEM: 3464

CHARGE: -1

CHEBI: 0

KEGG: C00164

FORMULA: C68H126N2O23P2

PUBCHEM: 7476

CHARGE: -4

CHEBI: 18380

KEGG: C04932

FORMULA: C5H9NO4

PUBCHEM: 4228

CHARGE: 0

CHEBI: 17981

KEGG: C00979

FORMULA: C30H58O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C5H9NO4

PUBCHEM: 4228

CHARGE: 0

CHEBI: 17981

KEGG: C00979

FORMULA: C6H8O8

PUBCHEM: 4135

CHARGE: -2

CHEBI: 0

KEGG: C00879

FORMULA: C3H2O6P

PUBCHEM: 3374

CHARGE: -3

CHEBI: 18021 44897

KEGG: C00074

FORMULA: C3H2O6P

PUBCHEM: 3374

CHARGE: -3

CHEBI: 18021 44897

KEGG: C00074

FORMULA: C30H58O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C27H49N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H8O8

PUBCHEM: 4135

CHARGE: -2

CHEBI: 0

KEGG: C00879

FORMULA: C6H8O8

PUBCHEM: 4135

CHARGE: -2

CHEBI: 0

KEGG: C00879

FORMULA: C10H11N5O17P4

PUBCHEM: 4450

CHARGE: -6

CHEBI: 17633

KEGG: C01228

FORMULA: R

PUBCHEM: 4788

CHARGE: 0

CHEBI: 29167

KEGG: C01639

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: O2S

PUBCHEM: 11497

CHARGE: 0

CHEBI: 18422

KEGG: C09306

FORMULA: C37H60N7O17P3S

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C12H22O11

PUBCHEM: 3508

CHARGE: 0

CHEBI: 17306

KEGG: C00208

FORMULA: C3H6O3

PUBCHEM: 3856

CHARGE: 0

CHEBI: 17378

KEGG: C00577

FORMULA: C3H6O3

PUBCHEM: 3856

CHARGE: 0

CHEBI: 17378

KEGG: C00577

FORMULA: C12H22O11

PUBCHEM: 3508

CHARGE: 0

CHEBI: 17306

KEGG: C00208

FORMULA: C12H22O11

PUBCHEM: 3508

CHARGE: 0

CHEBI: 17306

KEGG: C00208

FORMULA: C3H6O3

PUBCHEM: 3856

CHARGE: 0

CHEBI: 17378

KEGG: C00577

FORMULA: C3H6NOSR

PUBCHEM: 6018

CHARGE: 1

CHEBI: 29152

KEGG: C03125

FORMULA:

PUBCHEM: 7121

CHARGE: -2

CHEBI: 16046

KEGG: 0

FORMULA: C2H7NO3S

PUBCHEM: 3544

CHARGE: 0

CHEBI: 15891

KEGG: C00245

FORMULA: C8H12N

PUBCHEM: 7711

CHARGE: 1

CHEBI: 18397

KEGG: C05332

FORMULA: C4H4O6

PUBCHEM: 5189

CHARGE: -2

CHEBI: 15672

KEGG: C02107

FORMULA: C5H9O7P

PUBCHEM: 13609

CHARGE: -2

CHEBI: 16493

KEGG: C11437

FORMULA: C7H13O10P

PUBCHEM: 3576

CHARGE: -2

CHEBI: 15721

KEGG: C00281

FORMULA: C8H12N

PUBCHEM: 7711

CHARGE: 1

CHEBI: 18397

KEGG: C05332

FORMULA: C2H7NO3S

PUBCHEM: 3544

CHARGE: 0

CHEBI: 15891

KEGG: C00245

FORMULA: C6H15N2O2

PUBCHEM: 3349

CHARGE: 1

CHEBI: 18019

KEGG: C00047

FORMULA: C21H40O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C5H11NO3S

PUBCHEM: 847

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C54H104O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 3437

CHARGE: 0

CHEBI: 17268

KEGG: C00137

FORMULA: C6H15N2O2

PUBCHEM: 3349

CHARGE: 1

CHEBI: 18019

KEGG: C00047

FORMULA: C6H12O6

PUBCHEM: 3437

CHARGE: 0

CHEBI: 17268

KEGG: C00137

FORMULA: C6H12O6

PUBCHEM: 3437

CHARGE: 0

CHEBI: 17268

KEGG: C00137

FORMULA: C7H7NO4

PUBCHEM: 6692

CHARGE: -2

CHEBI: 864

KEGG: C03972

FORMULA: C79H130O24P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C4H10NO

PUBCHEM: 3835

CHARGE: 1

CHEBI: 17769

KEGG: C00555

FORMULA: C15H19N2O18P2

PUBCHEM: 3467

CHARGE: -3

CHEBI: 17200

KEGG: C00167

FORMULA: C15H19N2O18P2

PUBCHEM: 3467

CHARGE: -3

CHEBI: 17200

KEGG: C00167

FORMULA: C9H8NO3

PUBCHEM: 8568

CHARGE: -1

CHEBI: 16803

KEGG: C06332

FORMULA: C3H8O2

PUBCHEM: 5836

CHARGE: 0

CHEBI: 28972

KEGG: C02912

FORMULA: C3H8O2

PUBCHEM: 5836

CHARGE: 0

CHEBI: 28972

KEGG: C02912

FORMULA: C14H22N3O17P3

PUBCHEM: 13608

CHARGE: -4

CHEBI: 16840

KEGG: C11436

FORMULA: C15H19N2O18P2

PUBCHEM: 3467

CHARGE: -3

CHEBI: 17200

KEGG: C00167

FORMULA: C23H46NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C7H12N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C7H10O10P

PUBCHEM: 7271

CHARGE: -3

CHEBI: 18150

KEGG: C04691

FORMULA: C5H9O8P2

PUBCHEM: 13975

CHARGE: -3

CHEBI: 15664

KEGG: C11811

FORMULA: C7H12N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C6H11O4

PUBCHEM: 8280

CHARGE: -1

CHEBI: 27512 49258

KEGG: C06007

FORMULA: C16H23N5O15P2

PUBCHEM: 3619

CHARGE: -2

CHEBI: 17009

KEGG: C00325

FORMULA: C23H46NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C124H219N2O54P3

PUBCHEM: 0

CHARGE: -8

CHEBI: 0

KEGG: 0

FORMULA: C7H12N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: CH1O2

PUBCHEM: 3358

CHARGE: -1

CHEBI: 30751

KEGG: C00058

FORMULA: C9H12N2O5

PUBCHEM: 3809

CHARGE: 0

CHEBI: 16450

KEGG: C00526

FORMULA: C25H45N2O8PRS

PUBCHEM: 8055

CHARGE: -1

CHEBI: 0

KEGG: C05760

FORMULA: C10H10NO6

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: C04204

FORMULA: C9H12N2O5

PUBCHEM: 3809

CHARGE: 0

CHEBI: 16450

KEGG: C00526

FORMULA: C9H10NO6P

PUBCHEM: 8732

CHARGE: -2

CHEBI: 0

KEGG: C06501

FORMULA: CH1O2

PUBCHEM: 3358

CHARGE: -1

CHEBI: 30751

KEGG: C00058

FORMULA: CH1O2

PUBCHEM: 3358

CHARGE: -1

CHEBI: 30751

KEGG: C00058

FORMULA: C9H12N2O5

PUBCHEM: 3809

CHARGE: 0

CHEBI: 16450

KEGG: C00526

FORMULA: C17H25N3O17P2

PUBCHEM: 3503

CHARGE: -2

CHEBI: 16650

KEGG: C00203

FORMULA: C8H13N3O4

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: phosphorylated version of C03373

FORMULA: C8H13N3O4

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: phosphorylated version of C03373

FORMULA: C17H25N3O17P2

PUBCHEM: 3503

CHARGE: -2

CHEBI: 16650

KEGG: C00203

FORMULA: C7H13O10P

PUBCHEM: 10038

CHARGE: -2

CHEBI: 28723

KEGG: C07836

FORMULA: C3H6NOR

PUBCHEM: 4142

CHARGE: 1

CHEBI: 17732

KEGG: C00886

FORMULA: C8H13N3O4

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: phosphorylated version of C03373

FORMULA: C45H56CoN6O12

PUBCHEM: 8736

CHARGE: -5

CHEBI: 28531

KEGG: C06505

FORMULA: C21H25N7O17P3

PUBCHEM: 3308

CHARGE: -3

CHEBI: 18009

KEGG: C00006

FORMULA: C61H99N1O8P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H17N4O5

PUBCHEM: 6152

CHARGE: -1

CHEBI: 17705

KEGG: C03296

FORMULA: C6H12N2O4S2

PUBCHEM: 3774

CHARGE: 0

CHEBI: 16283

KEGG: C00491

FORMULA: C10H12N5O7P

PUBCHEM: 3653

CHARGE: -2

CHEBI: 16192

KEGG: C00362

FORMULA: C13H18N4O6

PUBCHEM: 6983

CHARGE: 0

CHEBI: 17601

KEGG: C04332

FORMULA: C10H12N5O7P

PUBCHEM: 3653

CHARGE: -2

CHEBI: 16192

KEGG: C00362

FORMULA: C6H12N2O4S2

PUBCHEM: 3774

CHARGE: 0

CHEBI: 16283

KEGG: C00491

FORMULA: C3H7O6P

PUBCHEM: 5889

CHARGE: -2

CHEBI: 17270

KEGG: C02979

FORMULA: C12H16N4O7P2S

PUBCHEM: 3368

CHARGE: -2

CHEBI: 9532

KEGG: C00068

FORMULA: C6H12N2O4S2

PUBCHEM: 3774

CHARGE: 0

CHEBI: 16283

KEGG: C00491

FORMULA: C5H5N2O4

PUBCHEM: 3630

CHARGE: -1

CHEBI: 17025

KEGG: C00337

FORMULA: C10H12N5O7P

PUBCHEM: 3653

CHARGE: -2

CHEBI: 16192

KEGG: C00362

FORMULA: CH3NO

PUBCHEM: 3771

CHARGE: 0

CHEBI: 16397

KEGG: C00488

FORMULA: C8H12O11P

PUBCHEM: 7098

CHARGE: -3

CHEBI: 18069

KEGG: C04478

FORMULA: C4H9NO3

PUBCHEM: 3561

CHARGE: 0

CHEBI: 15699

KEGG: C00263

FORMULA: C6H11O9P

PUBCHEM: 3385

CHARGE: -2

CHEBI: 15946

KEGG: C00085

FORMULA: C4H9NO3

PUBCHEM: 3561

CHARGE: 0

CHEBI: 15699

KEGG: C00263

FORMULA: C38H56N8O27P2

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: CH3NO

PUBCHEM: 3771

CHARGE: 0

CHEBI: 16397

KEGG: C00488

FORMULA: C6H11O9P

PUBCHEM: 3385

CHARGE: -2

CHEBI: 15946

KEGG: C00085

FORMULA: CH3NO

PUBCHEM: 3771

CHARGE: 0

CHEBI: 16397

KEGG: C00488

FORMULA: C4H9NO3

PUBCHEM: 3561

CHARGE: 0

CHEBI: 15699

KEGG: C00263

FORMULA: C21H27N7O14P2

PUBCHEM: 3306

CHARGE: -2

CHEBI: 16908

KEGG: C00004

FORMULA: C19H35N2O8PRS

PUBCHEM: 8047

CHARGE: -1

CHEBI: 0

KEGG: C05752

FORMULA: C6H11O9P

PUBCHEM: 4404

CHARGE: -2

CHEBI: 18297

KEGG: C01177

FORMULA: C31H60O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: R

PUBCHEM: 4790

CHARGE: 0

CHEBI: 29175

KEGG: C01641

FORMULA: C31H60O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C6H11O4

PUBCHEM: 3805

CHARGE: -1

CHEBI: 14737 15980

KEGG: C00522

FORMULA: C8H12NO2

PUBCHEM: 6517

CHARGE: 1

CHEBI: 18243

KEGG: C03758

FORMULA: C15H29O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C4H2O5

PUBCHEM: 3338

CHARGE: -2

CHEBI: 30744

KEGG: C00036

FORMULA: C5H3N2O4

PUBCHEM: 3589

CHARGE: -1

CHEBI: 16742

KEGG: C00295

FORMULA: C29H53N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H9NO2

PUBCHEM: 3448

CHARGE: 0

CHEBI: 17203

KEGG: C00148

FORMULA: C5H9NO2

PUBCHEM: 3448

CHARGE: 0

CHEBI: 17203

KEGG: C00148

FORMULA: C5H3N2O4

PUBCHEM: 3589

CHARGE: -1

CHEBI: 16742

KEGG: C00295

FORMULA: C4H2O5

PUBCHEM: 3338

CHARGE: -2

CHEBI: 30744

KEGG: C00036

FORMULA: C15H29O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C8H12NO2

PUBCHEM: 6517

CHARGE: 1

CHEBI: 18243

KEGG: C03758

FORMULA: C4H2O5

PUBCHEM: 3338

CHARGE: -2

CHEBI: 30744

KEGG: C00036

FORMULA: C5H9NO2

PUBCHEM: 3448

CHARGE: 0

CHEBI: 17203

KEGG: C00148

FORMULA: C5H3N2O4

PUBCHEM: 3589

CHARGE: -1

CHEBI: 16742

KEGG: C00295

FORMULA: C4H4O8P

PUBCHEM: 8324

CHARGE: -3

CHEBI: 27951

KEGG: C06054

FORMULA: C5H10O5

PUBCHEM: 3558

CHARGE: 0

CHEBI: 17535

KEGG: C00259

FORMULA: C2H6O

PUBCHEM: 3752

CHARGE: 0

CHEBI: 16236

KEGG: C00469

FORMULA: C5H10O5

PUBCHEM: 3558

CHARGE: 0

CHEBI: 17535

KEGG: C00259

FORMULA: C5H10O5

PUBCHEM: 3558

CHARGE: 0

CHEBI: 17535

KEGG: C00259

FORMULA: C21H42NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C9H18O6N3Fe

PUBCHEM: 8470

CHARGE: 0

CHEBI: 0

KEGG: C06227

FORMULA:

PUBCHEM: 9109

CHARGE: -1

CHEBI: 27972

KEGG: C06892

FORMULA: C7H8O8P

PUBCHEM: 6057

CHARGE: -3

CHEBI: 17052

KEGG: C03175

FORMULA: C367H610O228P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C13H23N2O8PRS

PUBCHEM: 6663

CHARGE: -1

CHEBI: 0

KEGG: C03939

FORMULA: C5H11NO2

PUBCHEM: 3985

CHARGE: 0

CHEBI: 17750

KEGG: C00719

FORMULA: C5H11NO2

PUBCHEM: 3985

CHARGE: 0

CHEBI: 17750

KEGG: C00719

FORMULA: C36H63N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C9H18O6N3Fe

PUBCHEM: 8470

CHARGE: 0

CHEBI: 0

KEGG: C06227

FORMULA: C6H13N3O3

PUBCHEM: 3621

CHARGE: 0

CHEBI: 16349

KEGG: C00327

FORMULA: C5H11NO2

PUBCHEM: 3985

CHARGE: 0

CHEBI: 17750

KEGG: C00719

FORMULA: C169H291N2O94P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C21H44NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C48H83N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C15H25N2O9PRS

PUBCHEM: 8039

CHARGE: -1

CHEBI: 0

KEGG: C05744

FORMULA: C151H261N2O79P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C28H46N8O17P3S

PUBCHEM: 726??6196

CHARGE: -3

CHEBI: 28684

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 3395

CHARGE: 0

CHEBI: 15824

KEGG: C00095

FORMULA: C10H12N5O8P

PUBCHEM: 8443

CHARGE: -2

CHEBI: 0

KEGG: C06193

FORMULA: C20H20N7O6

PUBCHEM: 3733

CHARGE: -1

CHEBI: 15638

KEGG: C00445

FORMULA: C6H12O6

PUBCHEM: 3395

CHARGE: 0

CHEBI: 15824

KEGG: C00095

FORMULA: C68H95CoN21O21P2

PUBCHEM: 8741

CHARGE: -1

CHEBI: 0

KEGG: C06510

FORMULA: C31H55O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C151H234N12O67P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 3395

CHARGE: 0

CHEBI: 15824

KEGG: C00095

FORMULA: C10H12N5O8P

PUBCHEM: 8443

CHARGE: -2

CHEBI: 0

KEGG: C06193

FORMULA: C44H45CoN4O16

PUBCHEM: 13709

CHARGE: -7

CHEBI: 0

KEGG: C11542

FORMULA: C5H9O8P

PUBCHEM: 4344

CHARGE: -2

CHEBI: 16241

KEGG: C01112

FORMULA: C31H55O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: Co

PUBCHEM: 3475

CHARGE: 2

CHEBI: 27638

KEGG: C00175

FORMULA: Co

PUBCHEM: 3475

CHARGE: 2

CHEBI: 27638

KEGG: C00175

FORMULA:

PUBCHEM: 9108

CHARGE: 0

CHEBI: 4077

KEGG: C06891

FORMULA: C37H62N7O17P3S

PUBCHEM: 3454

CHARGE: -4

CHEBI: 15525

KEGG: C00154

FORMULA: C39H66N7O18P3S

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: Co

PUBCHEM: 3475

CHARGE: 2

CHEBI: 27638

KEGG: C00175

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C131H231N2O60P3

PUBCHEM: 0

CHARGE: -8

CHEBI: 0

KEGG: 0

FORMULA: C3H7NO3

PUBCHEM: 4003

CHARGE: 0

CHEBI: 16523

KEGG: C00740

FORMULA: C5H10N2O3S

PUBCHEM: 4606

CHARGE: 0

CHEBI: 4047

KEGG: C01419

FORMULA: C11H21N2O7PS

PUBCHEM: 4365

CHARGE: -2

CHEBI: 16858

KEGG: C01134

FORMULA: C5H10N2O3S

PUBCHEM: 4606

CHARGE: 0

CHEBI: 4047

KEGG: C01419

FORMULA: C3H7NO3

PUBCHEM: 4003

CHARGE: 0

CHEBI: 16523

KEGG: C00740

FORMULA: C3H7NO3

PUBCHEM: 4003

CHARGE: 0

CHEBI: 16523

KEGG: C00740

FORMULA: C5H10N2O3S

PUBCHEM: 4606

CHARGE: 0

CHEBI: 4047

KEGG: C01419

FORMULA: C4H8NO7P

PUBCHEM: 8325

CHARGE: -2

CHEBI: 18336

KEGG: C06055

FORMULA: C55H68CoN11O15

PUBCHEM: 8737

CHARGE: -4

CHEBI: 2482

KEGG: C06506

FORMULA: C5H9O7P

PUBCHEM: 3941

CHARGE: -2

CHEBI: 28542

KEGG: C00672

FORMULA: C6H9O7

PUBCHEM: 3838

CHARGE: -1

CHEBI: 17886

KEGG: C00558

FORMULA: C6H14O6

PUBCHEM: 4052

CHARGE: 0

CHEBI: 17924

KEGG: C00794

FORMULA: C45H46CoN4O16

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: C16242

FORMULA: CH4N2O

PUBCHEM: 3386

CHARGE: 0

CHEBI: 16199

KEGG: C00086

FORMULA: HO4P

PUBCHEM: 3311

CHARGE: -2

CHEBI: 18367

KEGG: C00009

FORMULA: C16H23N5O16P2

PUBCHEM: 3396

CHARGE: -2

CHEBI: 15820

KEGG: C00096

FORMULA: C5H8NOR

PUBCHEM: 5665

CHARGE: 1

CHEBI: 29154

KEGG: C02702

FORMULA: C111H167N21O58

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C6H14O6

PUBCHEM: 4052

CHARGE: 0

CHEBI: 17924

KEGG: C00794

FORMULA: HO4P

PUBCHEM: 3311

CHARGE: -2

CHEBI: 18367

KEGG: C00009

FORMULA: HO4P

PUBCHEM: 3311

CHARGE: -2

CHEBI: 18367

KEGG: C00009

FORMULA: C18H36O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C37H70N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C4H9NO2S

PUBCHEM: 3455

CHARGE: 0

CHEBI: 17588

KEGG: C00155

FORMULA: C37H70N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C3H3O4

PUBCHEM: 4376

CHARGE: -1

CHEBI: 16992

KEGG: C01146

FORMULA: C9H12N3O14P3

PUBCHEM: 3363

CHARGE: -4

CHEBI: 17677

KEGG: C00063

FORMULA: C29H58N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C34H38N4O4

PUBCHEM: 4317

CHARGE: -2

CHEBI: 15435

KEGG: C01079

FORMULA: C9H18O6N3Fe

PUBCHEM: 8470

CHARGE: 0

CHEBI: 0

KEGG: C06227

FORMULA: C29H58N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C5H9O8P

PUBCHEM: 3499

CHARGE: -2

CHEBI: 17363

KEGG: C00199

FORMULA: C31H48N7O18P3S

PUBCHEM: 7652

CHARGE: -4

CHEBI: 28528

KEGG: C05265

FORMULA: C9H16N4O6

PUBCHEM: 7303

CHARGE: 0

CHEBI: 15934

KEGG: C04732

FORMULA: C5H9O8P

PUBCHEM: 4335

CHARGE: -2

CHEBI: 17666

KEGG: C01101

FORMULA: C17H32O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C17H32O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C8H8O3

PUBCHEM: 6744

CHARGE: 0

CHEBI: 0

KEGG: C04043

FORMULA: C51H72O2

PUBCHEM: 4086

CHARGE: 0

CHEBI: 0

KEGG: C00828

FORMULA: C29H44N7O17P3S

PUBCHEM: 7663

CHARGE: -4

CHEBI: 27537

KEGG: C05276

FORMULA: C8H8O3

PUBCHEM: 6744

CHARGE: 0

CHEBI: 0

KEGG: C04043

FORMULA: C6H5O6

PUBCHEM: 135626273

CHARGE: -3

CHEBI: 62517

KEGG: C19806

FORMULA: C9H21N2O2

PUBCHEM: 4280

CHARGE: 1

CHEBI: 2247

KEGG: C01037

FORMULA: C6H5O6

PUBCHEM: 135626273

CHARGE: -3

CHEBI: 62517

KEGG: C19806

 i

FORMULA: C17H29N2O8PRS

PUBCHEM: 8043

CHARGE: -1

CHEBI: 0

KEGG: C05748

FORMULA: C23H41N2O8PRS

PUBCHEM: 8053

CHARGE: -1

CHEBI: 0

KEGG: C05758

FORMULA: C5H10O4

PUBCHEM: 3449

CHARGE: 0

CHEBI: 30797

KEGG: 0

FORMULA: C5H6N2O5

PUBCHEM: 3727

CHARGE: -2

CHEBI: 15859

KEGG: C00438

FORMULA: C6H5O6

PUBCHEM: 135626273

CHARGE: -3

CHEBI: 62517

KEGG: C19806

FORMULA: C13H19N6O9P

PUBCHEM: 8115

CHARGE: 0

CHEBI: 0

KEGG: C05820

FORMULA: C9H23N3O

PUBCHEM: 3886

CHARGE: 2

CHEBI: 17927

KEGG: C00612

FORMULA: C22H42O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C10H12N5O6P

PUBCHEM: 3651

CHARGE: -2

CHEBI: 17713

KEGG: C00360

FORMULA: C9H13N5O4

PUBCHEM: 7426

CHARGE: 0

CHEBI: 17001

KEGG: C04874

FORMULA: C5H9O8P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: C00442

FORMULA: C10H12N5O6P

PUBCHEM: 3651

CHARGE: -2

CHEBI: 17713

KEGG: C00360

FORMULA: C10H12N5O6P

PUBCHEM: 3651

CHARGE: -2

CHEBI: 17713

KEGG: C00360

FORMULA: C2H4NOR

PUBCHEM: 5445

CHARGE: 1

CHEBI: 29156

KEGG: C02412

FORMULA: C18H30N5O9

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 3333

CHARGE: 0

CHEBI: 4167

KEGG: C00031

FORMULA: C10H11N4O11P2

PUBCHEM: 3404

CHARGE: -3

CHEBI: 17808

KEGG: C00104

FORMULA: C6H14N2OR

PUBCHEM: 5037

CHARGE: 2

CHEBI: 16047

KEGG: C01931

FORMULA: C6H12O6

PUBCHEM: 3333

CHARGE: 0

CHEBI: 4167

KEGG: C00031

FORMULA: C6H12O6

PUBCHEM: 3333

CHARGE: 0

CHEBI: 4167

KEGG: C00031

FORMULA: C22H44O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H2O5S

PUBCHEM: 7846991

CHARGE: -2

CHEBI: 0

KEGG: C14179

FORMULA: C15H25O7P2

PUBCHEM: 3736

CHARGE: -3

CHEBI: 17407

KEGG: C00448

FORMULA: C23H39N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C22H44O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H2O5S

PUBCHEM: 7846991

CHARGE: -2

CHEBI: 0

KEGG: C14179

FORMULA: C6H9O6

PUBCHEM: 4438

CHARGE: -1

CHEBI: 17028

KEGG: C01216

FORMULA: C6H12NOR

PUBCHEM: 5136

CHARGE: 1

CHEBI: 16624

KEGG: C02047

FORMULA: HSe

PUBCHEM: 4690

CHARGE: -1

CHEBI: 16503

KEGG: C01528

FORMULA: C2H3O5P

PUBCHEM: 3527

CHARGE: -2

CHEBI: 15350

KEGG: C00227

FORMULA: C3H6O

PUBCHEM: 3762

CHARGE: 0

CHEBI: 17153

KEGG: C00479

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C3H6O

PUBCHEM: 3762

CHARGE: 0

CHEBI: 17153

KEGG: C00479

FORMULA: C3H6O

PUBCHEM: 3762

CHARGE: 0

CHEBI: 17153

KEGG: C00479

FORMULA: C9H15NO8P

PUBCHEM: 6304

CHARGE: -3

CHEBI: 15905

KEGG: C03492

FORMULA: C27H46FeN6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C10H12N4O6

PUBCHEM: 4895

CHARGE: 0

CHEBI: 18107

KEGG: C01762

FORMULA: C3H5O5P

PUBCHEM: 5809

CHARGE: -2

CHEBI: 0

KEGG: C02876

FORMULA: C25H43N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C4H7O6P

PUBCHEM: 17396548

CHARGE: -2

CHEBI: 0

KEGG: C15556

FORMULA: C6H9O7

PUBCHEM: 3458

CHARGE: -1

CHEBI: 30769

KEGG: 0

FORMULA: C34H62O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C3H5O3

PUBCHEM: 3486

CHARGE: -1

CHEBI: 422

KEGG: C00186

FORMULA: C8H15N3O8P

PUBCHEM: 7229

CHARGE: -1

CHEBI: 18413

KEGG: C04640

FORMULA: C74H112N14O39

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C39H66N7O17P3S

PUBCHEM: 3702

CHARGE: -4

CHEBI: 15541

KEGG: C00412

FORMULA: C535H890O347P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C17H36NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C34H62O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C3H5O3

PUBCHEM: 3486

CHARGE: -1

CHEBI: 422

KEGG: C00186

FORMULA: C2H8NO

PUBCHEM: 3489

CHARGE: 1

CHEBI: 16000

KEGG: C00189

FORMULA: C27H46FeN6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C127H198N9O52P2

PUBCHEM: 0

CHARGE: -5

CHEBI: 0

KEGG: 0

FORMULA: C6H14NO5

PUBCHEM: 3623

CHARGE: 1

CHEBI: 47977

KEGG: C00329

FORMULA: C19H37O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C2H8NO

PUBCHEM: 3489

CHARGE: 1

CHEBI: 16000

KEGG: C00189

FORMULA: C6H11O9P

PUBCHEM: 3392

CHARGE: -2

CHEBI: 4170

KEGG: C00092

FORMULA: C6H5O7

PUBCHEM: 3605

CHARGE: -3

CHEBI: 30887

KEGG: C00311

FORMULA: C6H5O7

PUBCHEM: 3605

CHARGE: -3

CHEBI: 30887

KEGG: C00311

FORMULA: C6H14NO5

PUBCHEM: 3623

CHARGE: 1

CHEBI: 47977

KEGG: C00329

FORMULA: C15H19N5O14P2

PUBCHEM: 5701

CHARGE: -4

CHEBI: 0

KEGG: C02741

FORMULA: C2H8NO

PUBCHEM: 3489

CHARGE: 1

CHEBI: 16000

KEGG: C00189

FORMULA: C42H82O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C6H5O7

PUBCHEM: 3605

CHARGE: -3

CHEBI: 30887

KEGG: C00311

FORMULA: C6H11O9P

PUBCHEM: 3392

CHARGE: -2

CHEBI: 4170

KEGG: C00092

FORMULA: C6H11O9P

PUBCHEM: 3392

CHARGE: -2

CHEBI: 4170

KEGG: C00092

FORMULA: C157H271N2O84P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C27H46FeN6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C6H11O9P

PUBCHEM: 3403

CHARGE: -2

CHEBI: 16077 29042

KEGG: C00103

FORMULA: C6H11O9P

PUBCHEM: 3403

CHARGE: -2

CHEBI: 16077 29042

KEGG: C00103

FORMULA: C4H4O5

PUBCHEM: 3449

CHARGE: -2

CHEBI: 30797

KEGG: C00149

FORMULA: C11H21N2O7PRS

PUBCHEM: 3528

CHARGE: -1

CHEBI: 0

KEGG: C00229

FORMULA: C4H4O5

PUBCHEM: 3449

CHARGE: -2

CHEBI: 30797

KEGG: C00149

FORMULA: C6H11O9P

PUBCHEM: 3403

CHARGE: -2

CHEBI: 16077 29042

KEGG: C00103

FORMULA: C4H4O5

PUBCHEM: 3449

CHARGE: -2

CHEBI: 30797

KEGG: C00149

FORMULA: AsO3

PUBCHEM: 8922

CHARGE: -3

CHEBI: 29866

KEGG: C06697

FORMULA: C48H74O3

PUBCHEM: 8109

CHARGE: 0

CHEBI: 28636

KEGG: C05814

FORMULA: C111H169N21O59

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C27H49N2O8PRS

PUBCHEM: 8058

CHARGE: -1

CHEBI: 0

KEGG: C05763

FORMULA: AsO3

PUBCHEM: 8922

CHARGE: -3

CHEBI: 29866

KEGG: C06697

FORMULA: C114H172N22O59

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C25H38N7O17P3S

PUBCHEM: 3436

CHARGE: -4

CHEBI: 15517

KEGG: C00136

FORMULA: C8H13N2O5

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C9H11N3O7P

PUBCHEM: 5401

CHARGE: -1

CHEBI: 0

KEGG: C02354

FORMULA: C6H14N4OR

PUBCHEM: 5239

CHARGE: 2

CHEBI: 18366

KEGG: C02163

FORMULA: C9H11N3O7P

PUBCHEM: 5401

CHARGE: -1

CHEBI: 0

KEGG: C02354

FORMULA: C29H46N7O17P3S

PUBCHEM: 5048

CHARGE: -4

CHEBI: 15533

KEGG: C01944

FORMULA: C10H12N5O8P

PUBCHEM: 3444

CHARGE: -2

CHEBI: 17345

KEGG: C00144

FORMULA: C8H8O

PUBCHEM: 3876

CHARGE: 0

CHEBI: 16424

KEGG: C00601

FORMULA: C10H12N5O8P

PUBCHEM: 3444

CHARGE: -2

CHEBI: 17345

KEGG: C00144

FORMULA: C10H12N5O8P

PUBCHEM: 3444

CHARGE: -2

CHEBI: 17345

KEGG: C00144

FORMULA: C8H8O

PUBCHEM: 3876

CHARGE: 0

CHEBI: 16424

KEGG: C00601

FORMULA: C18H27N3O15P2

PUBCHEM: 8290

CHARGE: -2

CHEBI: 28294

KEGG: 0

FORMULA: C8H8O

PUBCHEM: 3876

CHARGE: 0

CHEBI: 16424

KEGG: C00601

FORMULA: C10H15N2O3S

PUBCHEM: 3420

CHARGE: -1

CHEBI: 15956

KEGG: C00120

FORMULA: C6H7N2O3

PUBCHEM: 6455

CHARGE: -1

CHEBI: 0

KEGG: C03680

FORMULA: N2O

PUBCHEM: 4143

CHARGE: 0

CHEBI: 17045

KEGG: C00887

FORMULA: C14H23N3O14P2

PUBCHEM: 13607

CHARGE: -2

CHEBI: 16578

KEGG: C11435

FORMULA: N2O

PUBCHEM: 4143

CHARGE: 0

CHEBI: 17045

KEGG: C00887

FORMULA: N2O

PUBCHEM: 4143

CHARGE: 0

CHEBI: 17045

KEGG: C00887

FORMULA: C21H37N2O8PRS

PUBCHEM: 8049

CHARGE: -1

CHEBI: 0

KEGG: C05754

FORMULA: C20H28N3O19P2

PUBCHEM: 4292

CHARGE: -3

CHEBI: 17882

KEGG: C01050

FORMULA:

PUBCHEM: 8451

CHARGE: -2

CHEBI: 0

KEGG: C06201

FORMULA: C8H12N3O7P

PUBCHEM: 6208

CHARGE: -2

CHEBI: 28843

KEGG: C03373

FORMULA: C4H9NO3

PUBCHEM: 7864

CHARGE: 0

CHEBI: 28718

KEGG: C05519

FORMULA: C2H3O4P1

PUBCHEM: 6050

CHARGE: -2

CHEBI: 18124

KEGG: C03167

FORMULA: C9H11NO2

PUBCHEM: 3379

CHARGE: 0

CHEBI: 17295

KEGG: C00079

FORMULA: Ca

PUBCHEM: 3376

CHARGE: 2

CHEBI: 29108

KEGG: C00076

FORMULA: C9H11NO3

PUBCHEM: 3382

CHARGE: 0

CHEBI: 17895

KEGG: C00082

FORMULA: Ca

PUBCHEM: 3376

CHARGE: 2

CHEBI: 29108

KEGG: C00076

FORMULA: X

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C9H11NO2

PUBCHEM: 3379

CHARGE: 0

CHEBI: 17295

KEGG: C00079

FORMULA: C19H40NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C17H21N4O9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C9H11NO3

PUBCHEM: 3382

CHARGE: 0

CHEBI: 17895

KEGG: C00082

FORMULA: C9H11NO2

PUBCHEM: 3379

CHARGE: 0

CHEBI: 17295

KEGG: C00079

FORMULA: C6H11O7PS

PUBCHEM: 6864

CHARGE: -2

CHEBI: 0

KEGG: C04188

FORMULA: Ca

PUBCHEM: 3376

CHARGE: 2

CHEBI: 29108

KEGG: C00076

FORMULA: C9H11NO3

PUBCHEM: 3382

CHARGE: 0

CHEBI: 17895

KEGG: C00082

FORMULA: C19H40NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C19H38O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C8H12NO

PUBCHEM: 3766

CHARGE: 1

CHEBI: 15760

KEGG: C00483

FORMULA: C9H12N5O13P3

PUBCHEM: 7446

CHARGE: -4

CHEBI: 18372

KEGG: C04895

FORMULA: C71H109N13O39

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C37H60N7O18P3S

PUBCHEM: 7646

CHARGE: -4

CHEBI: 15491

KEGG: C05259

FORMULA: C6H11O9P

PUBCHEM: 3385

CHARGE: -2

CHEBI: 15946

KEGG: C00085

FORMULA: C19H38O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C8H12NO

PUBCHEM: 3766

CHARGE: 1

CHEBI: 15760

KEGG: C00483

FORMULA: C3H6NO6P

PUBCHEM: 4251

CHARGE: -2

CHEBI: 15811

KEGG: C01005

FORMULA: C3H6NO6P

PUBCHEM: 4251

CHARGE: -2

CHEBI: 15811

KEGG: C01005

FORMULA: C2H5O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C11H12N2O2

PUBCHEM: 3378

CHARGE: 0

CHEBI: 16828

KEGG: C00078

FORMULA: C8H14NO9P

PUBCHEM: 6921

CHARGE: -2

CHEBI: 7125

KEGG: C04256

FORMULA: C3H6NO6P

PUBCHEM: 4251

CHARGE: -2

CHEBI: 15811

KEGG: C01005

FORMULA: C11H12N2O2

PUBCHEM: 3378

CHARGE: 0

CHEBI: 16828

KEGG: C00078

FORMULA: C8H14NO9P

PUBCHEM: 6921

CHARGE: -2

CHEBI: 7125

KEGG: C04256

FORMULA: C8H14NO9P

PUBCHEM: 6921

CHARGE: -2

CHEBI: 7125

KEGG: C04256

FORMULA: C11H12N2O2

PUBCHEM: 3378

CHARGE: 0

CHEBI: 16828

KEGG: C00078

FORMULA: C2H5O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O5

PUBCHEM: 3790

CHARGE: 0

CHEBI: 16055

KEGG: C00507

FORMULA: C5H14NO6P

PUBCHEM: 4454

CHARGE: 0

CHEBI: 0

KEGG: C01233

FORMULA: C6H14O8P

PUBCHEM: 6135

CHARGE: -1

CHEBI: 0

KEGG: C03274

FORMULA: C31H48N7O17P3S

PUBCHEM: 7662

CHARGE: -4

CHEBI: 10723

KEGG: C05275

FORMULA: C6H12O5

PUBCHEM: 3790

CHARGE: 0

CHEBI: 16055

KEGG: C00507

FORMULA: C5H14NO6P

PUBCHEM: 4454

CHARGE: 0

CHEBI: 0

KEGG: C01233

FORMULA: C38H69O13P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C73H140O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C8H14NO9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 3481

CHARGE: 0

CHEBI: 15936

KEGG: C00181

FORMULA: C6H14O8P

PUBCHEM: 6135

CHARGE: -1

CHEBI: 0

KEGG: C03274

FORMULA: C6H12O5

PUBCHEM: 3790

CHARGE: 0

CHEBI: 16055

KEGG: C00507

FORMULA: C5H14NO6P

PUBCHEM: 4454

CHARGE: 0

CHEBI: 0

KEGG: C01233

FORMULA: C6H14O8P

PUBCHEM: 6135

CHARGE: -1

CHEBI: 0

KEGG: C03274

FORMULA: C5H10O5

PUBCHEM: 3481

CHARGE: 0

CHEBI: 15936

KEGG: C00181

FORMULA: C5H10O5

PUBCHEM: 3481

CHARGE: 0

CHEBI: 15936

KEGG: C00181

FORMULA: C8H14NO9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C19H19N7O6

PUBCHEM: 3705

CHARGE: -2

CHEBI: 15633

KEGG: C00415

FORMULA: C8H20NO6P

PUBCHEM: 3939

CHARGE: 0

CHEBI: 16870

KEGG: C00670

FORMULA: C5H13N2O2

PUBCHEM: 4756

CHARGE: 1

CHEBI: 18257

KEGG: C01602

FORMULA: C4H6N4O3

PUBCHEM: 4709

CHARGE: 0

CHEBI: 15676

KEGG: C01551

FORMULA: C30H57O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C5H13N2O2

PUBCHEM: 4756

CHARGE: 1

CHEBI: 18257

KEGG: C01602

FORMULA: C8H20NO6P

PUBCHEM: 3939

CHARGE: 0

CHEBI: 16870

KEGG: C00670

FORMULA: C5H13N2O2

PUBCHEM: 4756

CHARGE: 1

CHEBI: 18257

KEGG: C01602

FORMULA: C10H12N5O7P

PUBCHEM: 3322

CHARGE: -2

CHEBI: 16027

KEGG: C00020

FORMULA: C4H6N4O3

PUBCHEM: 4709

CHARGE: 0

CHEBI: 15676

KEGG: C01551

FORMULA: C29H55N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C30H57O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C4H6N4O3

PUBCHEM: 4709

CHARGE: 0

CHEBI: 15676

KEGG: C01551

FORMULA: C4H7N4O4

PUBCHEM: 3782

CHARGE: -1

CHEBI: 30837

KEGG: C00499

FORMULA: C9H13N3O4

PUBCHEM: 4137

CHARGE: 0

CHEBI: 15698

KEGG: C00881

FORMULA: C10H12N5O10PS

PUBCHEM: 3524

CHARGE: -2

CHEBI: 17709

KEGG: C00224

FORMULA: C6H14O6

PUBCHEM: 3682

CHARGE: 0

CHEBI: 16899

KEGG: C00392

FORMULA: C10H11N5O6P

PUBCHEM: 5400

CHARGE: -1

CHEBI: 0

KEGG: C02353

FORMULA: C9H13N3O4

PUBCHEM: 4137

CHARGE: 0

CHEBI: 15698

KEGG: C00881

FORMULA: C9H13N3O4

PUBCHEM: 4137

CHARGE: 0

CHEBI: 15698

KEGG: C00881

FORMULA: C10H11N5O6P

PUBCHEM: 5400

CHARGE: -1

CHEBI: 0

KEGG: C02353

FORMULA: C6H14O6

PUBCHEM: 3682

CHARGE: 0

CHEBI: 16899

KEGG: C00392

FORMULA:

PUBCHEM: 6038

CHARGE: 1

CHEBI: 15927

KEGG: C03150

FORMULA: C20H24N10O19P4

PUBCHEM: 4479

CHARGE: -4

CHEBI: 17422

KEGG: C01260

FORMULA:

PUBCHEM: 6038

CHARGE: 1

CHEBI: 15927

KEGG: C03150

FORMULA:

PUBCHEM: 6038

CHARGE: 1

CHEBI: 15927

KEGG: C03150

FORMULA: O3S

PUBCHEM: 3394

CHARGE: -2

CHEBI: 48854

KEGG: C00094

FORMULA: O3S

PUBCHEM: 3394

CHARGE: -2

CHEBI: 48854

KEGG: C00094

FORMULA: C3H6O3

PUBCHEM: 3484

CHARGE: 0

CHEBI: 16016

KEGG: C00184

FORMULA: C3H6O3

PUBCHEM: 3484

CHARGE: 0

CHEBI: 16016

KEGG: C00184

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: O3S

PUBCHEM: 3394

CHARGE: -2

CHEBI: 48854

KEGG: C00094

FORMULA: C33H52N7O18P3S

PUBCHEM: 7650

CHARGE: -4

CHEBI: 27868

KEGG: C05263

FORMULA: C3H6O3

PUBCHEM: 3484

CHARGE: 0

CHEBI: 16016

KEGG: C00184

FORMULA: C6H9O6PS

PUBCHEM: 17396640

CHARGE: -2

CHEBI: 0

KEGG: C15650

FORMULA: C9H10NO6P

PUBCHEM: 8732

CHARGE: -2

CHEBI: 0

KEGG: C06501

FORMULA: CH2O

PUBCHEM: 3367

CHARGE: 0

CHEBI: 16842

KEGG: C00067

FORMULA: CH2O

PUBCHEM: 3367

CHARGE: 0

CHEBI: 16842

KEGG: C00067

FORMULA: C6H4NO2

PUBCHEM: 3552

CHARGE: -1

CHEBI: 15940

KEGG: C00253

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C4H4O6

PUBCHEM: 5189

CHARGE: -2

CHEBI: 15672

KEGG: C02107

FORMULA: CH2O

PUBCHEM: 3367

CHARGE: 0

CHEBI: 16842

KEGG: C00067

FORMULA: C4H4O6

PUBCHEM: 5189

CHARGE: -2

CHEBI: 15672

KEGG: C02107

FORMULA: C6H11O9P

PUBCHEM: 3572

CHARGE: -2

CHEBI: 17369

KEGG: C00275

FORMULA: C12H14N2O2

PUBCHEM: 5892

CHARGE: 0

CHEBI: 15334

KEGG: C02983

FORMULA: R

PUBCHEM: 4798

CHARGE: 0

CHEBI: 29177

KEGG: C01649

FORMULA: C27H42FeN9O12

PUBCHEM: 8471

CHARGE: 0

CHEBI: 0

KEGG: C06228

FORMULA: C27H42FeN9O12

PUBCHEM: 8471

CHARGE: 0

CHEBI: 0

KEGG: C06228

FORMULA: C6H11O9P

PUBCHEM: 3572

CHARGE: -2

CHEBI: 17369

KEGG: C00275

FORMULA: C6H11O9P

PUBCHEM: 3572

CHARGE: -2

CHEBI: 17369

KEGG: C00275

FORMULA: C10H11N5O20P5

PUBCHEM: 7111

CHARGE: -7

CHEBI: 0

KEGG: C04494

FORMULA: C27H31N9O15P2

PUBCHEM: 3318

CHARGE: -2

CHEBI: 16238

KEGG: C00016

FORMULA: C27H42FeN9O12

PUBCHEM: 8471

CHARGE: 0

CHEBI: 0

KEGG: C06228

FORMULA: C35H68O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: Ni

PUBCHEM: 3585

CHARGE: 2

CHEBI: 28112

KEGG: C00291

FORMULA: Ni

PUBCHEM: 3585

CHARGE: 2

CHEBI: 28112

KEGG: C00291

FORMULA: C35H68O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: Ni

PUBCHEM: 3585

CHARGE: 2

CHEBI: 28112

KEGG: C00291

FORMULA: O4S

PUBCHEM: 3359

CHARGE: -2

CHEBI: 16189

KEGG: C00059

FORMULA: CH4N2O

PUBCHEM: 3386

CHARGE: 0

CHEBI: 16199

KEGG: C00086

FORMULA: C17H24N3O15P

PUBCHEM: 6808

CHARGE: -2

CHEBI: 0

KEGG: C04121

FORMULA: Mn

PUBCHEM: 3336

CHARGE: 2

CHEBI: 18291

KEGG: C00034

FORMULA: Mn

PUBCHEM: 3336

CHARGE: 2

CHEBI: 18291

KEGG: C00034

FORMULA: C8H15NO6

PUBCHEM: 4363

CHARGE: 0

CHEBI: 28037

KEGG: C01132

FORMULA: O4S

PUBCHEM: 3359

CHARGE: -2

CHEBI: 16189

KEGG: C00059

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C40H38N4O17

PUBCHEM: 4269

CHARGE: -8

CHEBI: 16645

KEGG: C01024

FORMULA: O4S

PUBCHEM: 3359

CHARGE: -2

CHEBI: 16189

KEGG: C00059

FORMULA: C120H186N24O63

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: Mn

PUBCHEM: 3336

CHARGE: 2

CHEBI: 18291

KEGG: C00034

FORMULA: C8H15NO6

PUBCHEM: 4363

CHARGE: 0

CHEBI: 28037

KEGG: C01132

FORMULA: C8H13N2O5S

PUBCHEM: 3938

CHARGE: -1

CHEBI: 17515

KEGG: C00669

FORMULA: C31H50N7O18P3S

PUBCHEM: 7651

CHARGE: -4

CHEBI: 28325

KEGG: C05264

FORMULA: CH4N2O

PUBCHEM: 3386

CHARGE: 0

CHEBI: 16199

KEGG: C00086

FORMULA: C6H9NOS

PUBCHEM: 6954

CHARGE: 0

CHEBI: 17957

KEGG: C04294

FORMULA: C29H53N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C15H21N3O14P2

PUBCHEM: 6956

CHARGE: -2

CHEBI: 17817

KEGG: C04297

FORMULA: C6H9O3

PUBCHEM: 3532

CHARGE: -1

CHEBI: 48430

KEGG: C00233

FORMULA: XC16H30O1

PUBCHEM: 4953

CHARGE: 0

CHEBI: 6495

KEGG: C01834

FORMULA: C3H7NO2

PUBCHEM: 3513

CHARGE: 0

CHEBI: 15611

KEGG: C00213

FORMULA: C6H12O5

PUBCHEM: 4858

CHARGE: 0

CHEBI: 17617

KEGG: C01721

FORMULA: C5H8NO7P

PUBCHEM: 6144

CHARGE: -2

CHEBI: 17798

KEGG: C03287

FORMULA: O2

PUBCHEM: 3309

CHARGE: 0

CHEBI: 15379

KEGG: C00007

FORMULA: C9H11N2O15P3

PUBCHEM: 3375

CHARGE: -4

CHEBI: 15713

KEGG: C00075

FORMULA: C6H6O7

PUBCHEM: 3948

CHARGE: -2

CHEBI: 42819

KEGG: C00679

FORMULA: O2

PUBCHEM: 3309

CHARGE: 0

CHEBI: 15379

KEGG: C00007

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C7H7O5

PUBCHEM: 5617

CHARGE: -1

CHEBI: 30918

KEGG: C02637

FORMULA: O2

PUBCHEM: 3309

CHARGE: 0

CHEBI: 15379

KEGG: C00007

FORMULA: C11H11N2OR

PUBCHEM: 6322

CHARGE: 1

CHEBI: 29159

KEGG: C03512

FORMULA: C181H314N3O103P4

PUBCHEM: 0

CHARGE: -9

CHEBI: 0

KEGG: 0

FORMULA: C10H15N2O4S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C15H30O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C181H314N3O103P4

PUBCHEM: 0

CHARGE: -9

CHEBI: 0

KEGG: 0

FORMULA: C31H51N3O19P2

PUBCHEM: 7309

CHARGE: -2

CHEBI: 28131

KEGG: C04738

FORMULA: C15H30O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C79H126N3O22P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C79H126N3O22P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C271H450O160P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C15H25N4O8

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C12H13NO9P

PUBCHEM: 6961

CHARGE: -3

CHEBI: 7091

KEGG: C04302

FORMULA: C15H25N4O8

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H13O9P

PUBCHEM: 8547

CHARGE: -2

CHEBI: 28663

KEGG: C06311

FORMULA: C15H25N4O8

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: H2O

PUBCHEM: 3303

CHARGE: 0

CHEBI: 15377

KEGG: C00001

FORMULA: Hg

PUBCHEM: 3970

CHARGE: 2

CHEBI: 16793

KEGG: C00703

FORMULA: H2O

PUBCHEM: 3303

CHARGE: 0

CHEBI: 15377

KEGG: C00001

FORMULA: R

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C41H78N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C6H4NO2

PUBCHEM: 3552

CHARGE: -1

CHEBI: 15940

KEGG: C00253

FORMULA: C6H4NO2

PUBCHEM: 3552

CHARGE: -1

CHEBI: 15940

KEGG: C00253

FORMULA: Hg

PUBCHEM: 3970

CHARGE: 2

CHEBI: 16793

KEGG: C00703

FORMULA: H2O

PUBCHEM: 3303

CHARGE: 0

CHEBI: 15377

KEGG: C00001

FORMULA: Hg

PUBCHEM: 3970

CHARGE: 2

CHEBI: 16793

KEGG: C00703

FORMULA: C41H78N1O8P1

PUBCHEM: 3643

CHARGE: 0

CHEBI: 16038

KEGG: C00350

FORMULA: C15H21N5O15P2

PUBCHEM: 7464

CHARGE: -4

CHEBI: 27735

KEGG: C04916

FORMULA: C38H69N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: C42H77O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C18H32O16

PUBCHEM: 4954

CHARGE: 0

CHEBI: 27931

KEGG: C01835

FORMULA: C42H77O13P2

PUBCHEM: 6624

CHARGE: -3

CHEBI: 0

KEGG: C03892

FORMULA: C18H32O16

PUBCHEM: 4954

CHARGE: 0

CHEBI: 27931

KEGG: C01835

FORMULA: XH2

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C18H32O16

PUBCHEM: 4954

CHARGE: 0

CHEBI: 27931

KEGG: C01835

FORMULA: C3H4O7P

PUBCHEM: 3904

CHARGE: -3

CHEBI: 17835

KEGG: C00631

FORMULA: C39H76O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C3H4O7P

PUBCHEM: 3904

CHARGE: -3

CHEBI: 17835

KEGG: C00631

FORMULA: C27H42N7O18P3S

PUBCHEM: 7655

CHARGE: -4

CHEBI: 28276

KEGG: C05268

FORMULA: C163H281N2O89P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C14H25O2

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C87H139N7O23P2

PUBCHEM: 8185

CHARGE: -4

CHEBI: 0

KEGG: C05897

FORMULA: C39H76O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C3H4O7P

PUBCHEM: 3904

CHARGE: -3

CHEBI: 17835

KEGG: C00631

FORMULA: C6H10O5

PUBCHEM: 3482

CHARGE: 0

CHEBI: 28087

KEGG: C00182

FORMULA: C14H25O2

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C14H25O2

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C3H7O6P

PUBCHEM: 3393

CHARGE: -2

CHEBI: 15978

KEGG: C00093

FORMULA: C3H7O6P

PUBCHEM: 3393

CHARGE: -2

CHEBI: 15978

KEGG: C00093

FORMULA: C4H8NO6P

PUBCHEM: 14294

CHARGE: -2

CHEBI: 37525

KEGG: C12147

FORMULA: C6H8NO4PS

PUBCHEM: 6980

CHARGE: -2

CHEBI: 17857

KEGG: C04327

FORMULA: C25H35N7O19P3S

PUBCHEM: 3391

CHARGE: -5

CHEBI: 15380

KEGG: C00091

FORMULA: C6H8O9P

PUBCHEM: 7071

CHARGE: -3

CHEBI: 15925

KEGG: C04442

FORMULA: C40H67N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C4H8NO6P

PUBCHEM: 14294

CHARGE: -2

CHEBI: 37525

KEGG: C12147

FORMULA: C3H7O6P

PUBCHEM: 3393

CHARGE: -2

CHEBI: 15978

KEGG: C00093

FORMULA: C4H8NO6P

PUBCHEM: 14294

CHARGE: -2

CHEBI: 37525

KEGG: C12147

FORMULA: C7H9O5

PUBCHEM: 3776

CHARGE: -1

CHEBI: 16119

KEGG: C00493

FORMULA: C5H6NO2

PUBCHEM: 6642

CHARGE: -1

CHEBI: 371

KEGG: C03912

FORMULA: C20H21N7O7

PUBCHEM: 3533

CHARGE: -2

CHEBI: 15637

KEGG: C00234

FORMULA: C6H11O7

PUBCHEM: 4032

CHARGE: -1

CHEBI: 17796

KEGG: C00770

FORMULA: C10H19O2

PUBCHEM: 4728

CHARGE: -1

CHEBI: 30813

KEGG: C01571

FORMULA: C6H11O7

PUBCHEM: 4032

CHARGE: -1

CHEBI: 17796

KEGG: C00770

FORMULA: C5H9O8P

PUBCHEM: 3530

CHARGE: -2

CHEBI: 16332

KEGG: C00231

FORMULA: C19H33N2O9PRS

PUBCHEM: 8045

CHARGE: -1

CHEBI: 0

KEGG: C05750

FORMULA: C6H13O9P

PUBCHEM: 4331

CHARGE: -2

CHEBI: 17044

KEGG: C01096

FORMULA: C10H19O2

PUBCHEM: 4728

CHARGE: -1

CHEBI: 30813

KEGG: C01571

FORMULA: C6H11O7

PUBCHEM: 4032

CHARGE: -1

CHEBI: 17796

KEGG: C00770

FORMULA: C10H19O2

PUBCHEM: 4728

CHARGE: -1

CHEBI: 30813

KEGG: C01571

FORMULA: C48H92O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C17H20N4O6

PUBCHEM: 3554

CHARGE: 0

CHEBI: 17015

KEGG: C00255

FORMULA: C17H22N4O6

PUBCHEM: 4252

CHARGE: 0

CHEBI: 8798

KEGG: C01007

FORMULA: C6H12O6

PUBCHEM: 4738

CHARGE: 0

CHEBI: 28260

KEGG: C01582

FORMULA: C7H15NO2

PUBCHEM: 4408

CHARGE: 0

CHEBI: 1941

KEGG: C01181

FORMULA: C27H47N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C30H27FeN3O15

PUBCHEM: 8473

CHARGE: 3

CHEBI: 28199

KEGG: C06230

FORMULA: C30H27FeN3O15

PUBCHEM: 8473

CHARGE: 3

CHEBI: 28199

KEGG: C06230

FORMULA: C30H27FeN3O15

PUBCHEM: 8473

CHARGE: 3

CHEBI: 28199

KEGG: C06230

FORMULA: C7H15NO2

PUBCHEM: 4408

CHARGE: 0

CHEBI: 1941

KEGG: C01181

FORMULA: C16H24N2O15P2

PUBCHEM: 6171

CHARGE: -2

CHEBI: 15774

KEGG: C03319

FORMULA: C13H15N4O12P

PUBCHEM: 7384

CHARGE: -4

CHEBI: 18319

KEGG: C04823

FORMULA: C139H241N2O70P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C391H650O245P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C20H26N3O19P2

PUBCHEM: 7220

CHARGE: -3

CHEBI: 16435

KEGG: C04631

FORMULA: H2S

PUBCHEM: 3578

CHARGE: 0

CHEBI: 16136

KEGG: C00283

FORMULA: C84H148N2O37P2

PUBCHEM: 8297

CHARGE: -6

CHEBI: 0

KEGG: C06025

FORMULA: H2S

PUBCHEM: 3578

CHARGE: 0

CHEBI: 16136

KEGG: C00283

FORMULA: C81H156O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C84H148N2O37P2

PUBCHEM: 8297

CHARGE: -6

CHEBI: 0

KEGG: C06025

FORMULA: H2S

PUBCHEM: 3578

CHARGE: 0

CHEBI: 16136

KEGG: C00283

FORMULA: C84H148N2O37P2

PUBCHEM: 8297

CHARGE: -6

CHEBI: 0

KEGG: C06025

FORMULA: Cu

PUBCHEM: 0

CHARGE: 1

CHEBI: 49552

KEGG: 0

FORMULA: C42H39N4O16

PUBCHEM: 8073

CHARGE: -7

CHEBI: 18023

KEGG: C05778

FORMULA: Cu

PUBCHEM: 0

CHARGE: 1

CHEBI: 49552

KEGG: 0

FORMULA: C16H26N3O14P2

PUBCHEM: 6932

CHARGE: -1

CHEBI: 15952

KEGG: C04268

FORMULA: C13H20N3O8S

PUBCHEM: 6272

CHARGE: -1

CHEBI: 15694

KEGG: C03451

FORMULA: C4H5NO3R

PUBCHEM: 5893

CHARGE: 0

CHEBI: 29158

KEGG: C02984

FORMULA: Cu

PUBCHEM: 0

CHARGE: 1

CHEBI: 49552

KEGG: 0

FORMULA: C25H47N2O8PRS

PUBCHEM: 8056

CHARGE: -1

CHEBI: 0

KEGG: C05761

FORMULA: C40H71N3O15P2

PUBCHEM: 3567

CHARGE: -2

CHEBI: 0

KEGG: C00269

FORMULA: C25H45FeN6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C6H11O7

PUBCHEM: 3797

CHARGE: -1

CHEBI: 17767 33076

KEGG: C00514

FORMULA: C9H15O9

PUBCHEM: 13711

CHARGE: -1

CHEBI: 15847

KEGG: C11544

FORMULA: C29H46N7O18P3S

PUBCHEM: 7653

CHARGE: -4

CHEBI: 28632

KEGG: C05266

FORMULA: C34H65N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: C25H45FeN6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: S

PUBCHEM: 3387

CHARGE: 0

CHEBI: 17909

KEGG: C00087

FORMULA: C19H21N7O6

PUBCHEM: 3401

CHARGE: -2

CHEBI: 15635

KEGG: C00101

FORMULA: C25H45FeN6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C11H16NO7

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C28H44N8O17P3S

PUBCHEM: 591??6196

CHARGE: -3

CHEBI: 28684

KEGG: 0

FORMULA: C9H15O9

PUBCHEM: 13711

CHARGE: -1

CHEBI: 15847

KEGG: C11544

FORMULA: C10H12N4O6

PUBCHEM: 4895

CHARGE: 0

CHEBI: 18107

KEGG: C01762

FORMULA: C60H110O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C33H54N7O18P3S

PUBCHEM: 7649

CHARGE: -4

CHEBI: 27668

KEGG: C05262

FORMULA: C25H46N6O8

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C15H27N2O9PRS

PUBCHEM: 4490

CHARGE: -1

CHEBI: 0

KEGG: C01271

FORMULA: C11H18NO8

PUBCHEM: 5676

CHARGE: -1

CHEBI: 0

KEGG: C02713

FORMULA: C9H9O2

PUBCHEM: 7943

CHARGE: -1

CHEBI: 28631

KEGG: C05629

FORMULA: C9H9O2

PUBCHEM: 7943

CHARGE: -1

CHEBI: 28631

KEGG: C05629

FORMULA: C9H11N2O8P

PUBCHEM: 3656

CHARGE: -2

CHEBI: 17622

KEGG: C00365

FORMULA: C9H9O2

PUBCHEM: 7943

CHARGE: -1

CHEBI: 28631

KEGG: C05629

FORMULA: C27H49N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: 8496

CHARGE: 0

CHEBI: 28354

KEGG: C06257

FORMULA: C5H10O4

PUBCHEM: 8496

CHARGE: 0

CHEBI: 28354

KEGG: C06257

FORMULA: C11H16N2O7

PUBCHEM: 7053

CHARGE: -2

CHEBI: 17279

KEGG: C04421

FORMULA:

PUBCHEM: 8496

CHARGE: 0

CHEBI: 28354

KEGG: C06257

FORMULA: C5H6N2O2

PUBCHEM: 3478

CHARGE: 0

CHEBI: 17821

KEGG: C00178

FORMULA: C8H15NO6

PUBCHEM: 3440

CHARGE: 0

CHEBI: 17411

KEGG: C00140

FORMULA: C8H14NO9P

PUBCHEM: 6922

CHARGE: -2

CHEBI: 28273

KEGG: C04257

FORMULA: C10H11N4O7P

PUBCHEM: 8446

CHARGE: -2

CHEBI: 28806

KEGG: C06196

FORMULA: C10H8O6

PUBCHEM: 4141

CHARGE: -2

CHEBI: 17582 29780

KEGG: C00885

FORMULA: NO

PUBCHEM: 3815

CHARGE: 0

CHEBI: 16480

KEGG: C00533

FORMULA: C25H45N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C27H49N6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C27H49N6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 3421

CHARGE: 0

CHEBI: 47013

KEGG: C00121

FORMULA: NO

PUBCHEM: 3815

CHARGE: 0

CHEBI: 16480

KEGG: C00533

FORMULA: C10H11N4O7P

PUBCHEM: 8446

CHARGE: -2

CHEBI: 28806

KEGG: C06196

FORMULA: C10H11N4O7P

PUBCHEM: 8446

CHARGE: -2

CHEBI: 28806

KEGG: C06196

FORMULA: NO

PUBCHEM: 3815

CHARGE: 0

CHEBI: 16480

KEGG: C00533

FORMULA: C27H49N6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 3421

CHARGE: 0

CHEBI: 47013

KEGG: C00121

FORMULA: C5H10O5

PUBCHEM: 3421

CHARGE: 0

CHEBI: 47013

KEGG: C00121

FORMULA: C10H12N5O10P2

PUBCHEM: 3652

CHARGE: -3

CHEBI: 28862

KEGG: C00361

FORMULA: C3H6NO2R

PUBCHEM: 0

CHARGE: 1

CHEBI: 13170

KEGG: 0

FORMULA: R

PUBCHEM: 4796

CHARGE: 0

CHEBI: 29173

KEGG: C01647

FORMULA: C58H83CoN16O14P

PUBCHEM: 8740

CHARGE: -1

CHEBI: 2481

KEGG: C06509

FORMULA: C5H6N2O2

PUBCHEM: 3478

CHARGE: 0

CHEBI: 17821

KEGG: C00178

FORMULA: C46H70O

PUBCHEM: 8105

CHARGE: 0

CHEBI: 40407

KEGG: C05810

FORMULA: C12H17N4OS

PUBCHEM: 3668

CHARGE: 1

CHEBI: 18385

KEGG: C00378

FORMULA: C55H89O7P2

PUBCHEM: 6347

CHARGE: -3

CHEBI: 17047

KEGG: C03543

FORMULA: C12H17N4OS

PUBCHEM: 3668

CHARGE: 1

CHEBI: 18385

KEGG: C00378

FORMULA: Fe

PUBCHEM: 3325

CHARGE: 2

CHEBI: 18248

KEGG: C00023

FORMULA: R

PUBCHEM: 4792

CHARGE: 0

CHEBI: 29178

KEGG: C01643

FORMULA: Fe

PUBCHEM: 3325

CHARGE: 2

CHEBI: 18248

KEGG: C00023

FORMULA: C55H89O7P2

PUBCHEM: 6347

CHARGE: -3

CHEBI: 17047

KEGG: C03543

FORMULA: C12H17N4OS

PUBCHEM: 3668

CHARGE: 1

CHEBI: 18385

KEGG: C00378

FORMULA: C71H113N2O18P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: Fe

PUBCHEM: 3325

CHARGE: 2

CHEBI: 18248

KEGG: C00023

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: O6S4

PUBCHEM: 5169

CHARGE: -2

CHEBI: 15226 16853

KEGG: C02084

FORMULA: C27H52O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C175H290O92P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C27H52O5

PUBCHEM: 3914

CHARGE: 0

CHEBI: 17815

KEGG: C00641

FORMULA: C6H13NO2

PUBCHEM: 3423

CHARGE: 0

CHEBI: 15603

KEGG: C00123

FORMULA: C6H13NO2

PUBCHEM: 3423

CHARGE: 0

CHEBI: 15603

KEGG: C00123

FORMULA: C21H40O7P1

PUBCHEM: 6693

CHARGE: -1

CHEBI: 0

KEGG: C03974

FORMULA: C24H46O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C72H100CoN18O17P

PUBCHEM: 3494

CHARGE: 0

CHEBI: 18408

KEGG: C00194

FORMULA: C72H100CoN18O17P

PUBCHEM: 3494

CHARGE: 0

CHEBI: 18408

KEGG: C00194

FORMULA: C6H13NO2

PUBCHEM: 3423

CHARGE: 0

CHEBI: 15603

KEGG: C00123

FORMULA: C24H46O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C72H100CoN18O17P

PUBCHEM: 3494

CHARGE: 0

CHEBI: 18408

KEGG: C00194

FORMULA: C10H13N5O4

PUBCHEM: 3624

CHARGE: 0

CHEBI: 17172

KEGG: C00330

FORMULA: C10H13N2O4

PUBCHEM: 4184

CHARGE: -1

CHEBI: 17381

KEGG: C00931

FORMULA: C5H9N2O2R

PUBCHEM: 5339

CHARGE: 1

CHEBI: 29166

KEGG: C02282

FORMULA: C10H13N5O4

PUBCHEM: 3624

CHARGE: 0

CHEBI: 17172

KEGG: C00330

FORMULA: C12H23O2

PUBCHEM: 5649

CHARGE: -1

CHEBI: 30805

KEGG: C02679

FORMULA: C12H23O2

PUBCHEM: 5649

CHARGE: -1

CHEBI: 30805

KEGG: C02679

FORMULA: C42H36FeN4O16

PUBCHEM: 4010

CHARGE: -8

CHEBI: 28599

KEGG: C00748

FORMULA: C10H13N5O4

PUBCHEM: 3624

CHARGE: 0

CHEBI: 17172

KEGG: C00330

FORMULA: C12H23O2

PUBCHEM: 5649

CHARGE: -1

CHEBI: 30805

KEGG: C02679

FORMULA: C10H13N5O3

PUBCHEM: 3839

CHARGE: 0

CHEBI: 17256

KEGG: C00559

FORMULA: C6H12N3O

PUBCHEM: 4117

CHARGE: 1

CHEBI: 16255

KEGG: C00860

FORMULA: C3H5O6P

PUBCHEM: 3930

CHARGE: -2

CHEBI: 17138

KEGG: C00661

FORMULA: C7H9O5

PUBCHEM: 3776

CHARGE: -1

CHEBI: 16119

KEGG: C00493

FORMULA: C6H9O6

PUBCHEM: 3504

CHARGE: -1

CHEBI: 17032

KEGG: C00204

FORMULA: C6H9O6

PUBCHEM: 3504

CHARGE: -1

CHEBI: 17032

KEGG: C00204

FORMULA: C6H6O2

PUBCHEM: 3812

CHARGE: 0

CHEBI: 17594

KEGG: C00530

FORMULA: C23H48NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C6H9O6

PUBCHEM: 3504

CHARGE: -1

CHEBI: 17032

KEGG: C00204

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C10H14N2O5

PUBCHEM: 3514

CHARGE: 0

CHEBI: 17748

KEGG: C00214

FORMULA: C10H14N2O5

PUBCHEM: 3514

CHARGE: 0

CHEBI: 17748

KEGG: C00214

FORMULA: X

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C10H14N2O5

PUBCHEM: 3514

CHARGE: 0

CHEBI: 17748

KEGG: C00214

FORMULA: C8H7O3

PUBCHEM: 3915

CHARGE: -1

CHEBI: 18101

KEGG: C00642

FORMULA: C5H7NO3R

PUBCHEM: 5896

CHARGE: 0

CHEBI: 29157

KEGG: C02987

FORMULA: C73H120O21P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C8H7O3

PUBCHEM: 3915

CHARGE: -1

CHEBI: 18101

KEGG: C00642

FORMULA: C9H11N2O12P2

PUBCHEM: 3317

CHARGE: -3

CHEBI: 17659

KEGG: C00015

FORMULA: C8H7O3

PUBCHEM: 3915

CHARGE: -1

CHEBI: 18101

KEGG: C00642

FORMULA: C15H27N2O8PRS

PUBCHEM: 8040

CHARGE: -1

CHEBI: 0

KEGG: C05745

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C8H13N2O9P

PUBCHEM: 7017

CHARGE: -2

CHEBI: 18272

KEGG: C04376

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA: C36H62O31

PUBCHEM: 5041

CHARGE: 0

CHEBI: 0

KEGG: C01936

FORMULA: C36H62O31

PUBCHEM: 5041

CHARGE: 0

CHEBI: 0

KEGG: C01936

FORMULA: C35H67O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C7H3NO4

PUBCHEM: 6487

CHARGE: -2

CHEBI: 16675

KEGG: C03722

FORMULA: C36H62O31

PUBCHEM: 5041

CHARGE: 0

CHEBI: 0

KEGG: C01936

FORMULA: C35H67O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C24H48O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C295H490O177P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C5H11NO3S

PUBCHEM: 5898

CHARGE: 0

CHEBI: 17016

KEGG: C02989

FORMULA: C25H46N6O8

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C10H10N2O11P

PUBCHEM: 4337

CHARGE: -3

CHEBI: 15842

KEGG: C01103

FORMULA: C74H112N14O39

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C16H21N4O10P2S

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: C05816

FORMULA: C5H11NO3S

PUBCHEM: 5898

CHARGE: 0

CHEBI: 17016

KEGG: C02989

FORMULA: C25H46N6O8

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C35H52N6O13Fe

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H11NO3S

PUBCHEM: 5898

CHARGE: 0

CHEBI: 17016

KEGG: C02989

FORMULA: C15H25N2O8PRS

PUBCHEM: 6911

CHARGE: -1

CHEBI: 0

KEGG: C04246

FORMULA: C35H58N7O17P3S

PUBCHEM: 5585

CHARGE: -4

CHEBI: 15532

KEGG: C02593

FORMULA: C8H15NO6

PUBCHEM: 3440

CHARGE: 0

CHEBI: 17411

KEGG: C00140

FORMULA: C49H76O4

PUBCHEM: 3680

CHARGE: 0

CHEBI: 17976

KEGG: C00390

FORMULA: C19H38NO7P1

PUBCHEM: 7069

CHARGE: 0

CHEBI: 0

KEGG: C04438

FORMULA: C6H10O5

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C9H12N3O10P2

PUBCHEM: 3972

CHARGE: -3

CHEBI: 0

KEGG: C00705

FORMULA: R

PUBCHEM: 4797

CHARGE: 0

CHEBI: 29184

KEGG: C01648

FORMULA: C7H5NO4

PUBCHEM: 6183

CHARGE: -2

CHEBI: 18042

KEGG: C03340

FORMULA: C3H7NO2S

PUBCHEM: 3397

CHARGE: 0

CHEBI: 17561

KEGG: C00097

FORMULA: C7H7O7

PUBCHEM: 5290

CHARGE: -3

CHEBI: 10860 30836

KEGG: C02225

FORMULA: C7H15NO2

PUBCHEM: 4408

CHARGE: 0

CHEBI: 1941

KEGG: C01181

FORMULA: C3H7NO2S

PUBCHEM: 3397

CHARGE: 0

CHEBI: 17561

KEGG: C00097

FORMULA: C10H13N5O3

PUBCHEM: 3839

CHARGE: 0

CHEBI: 17256

KEGG: C00559

FORMULA: C24H36N7O17P3S

PUBCHEM: 3400

CHARGE: -4

CHEBI: 15539

KEGG: C00100

FORMULA: C9H18O6N3

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C6H9O9P

PUBCHEM: 4457

CHARGE: -2

CHEBI: 16938

KEGG: C01236

FORMULA: C2H5NO2

PUBCHEM: 3339

CHARGE: 0

CHEBI: 15428

KEGG: C00037

FORMULA: C9H18O6N3

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C9H18O6N3

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C2H5NO2

PUBCHEM: 3339

CHARGE: 0

CHEBI: 15428

KEGG: C00037

FORMULA: C20H40O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H5NO2

PUBCHEM: 3339

CHARGE: 0

CHEBI: 15428

KEGG: C00037

FORMULA: C3H6O2

PUBCHEM: 4189

CHARGE: 0

CHEBI: 17167

KEGG: C00937

FORMULA: C6H11O7

PUBCHEM: 4136

CHARGE: -1

CHEBI: 12931 16534

KEGG: C00880

FORMULA: C7H5O6

PUBCHEM: 6896

CHARGE: -3

CHEBI: 16717

KEGG: C04225

FORMULA: C3H5O6P

PUBCHEM: 3411

CHARGE: -2

CHEBI: 16108

KEGG: C00111

FORMULA: C6H11O7

PUBCHEM: 4136

CHARGE: -1

CHEBI: 12931 16534

KEGG: C00880

FORMULA: C6H11O7

PUBCHEM: 4136

CHARGE: -1

CHEBI: 12931 16534

KEGG: C00880

FORMULA: C23H41N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C3H6O2

PUBCHEM: 3714

CHARGE: 0

CHEBI: 18041

KEGG: C00424

FORMULA: C6H10O10P

PUBCHEM: 3638

CHARGE: -3

CHEBI: 48928

KEGG: C00345

FORMULA: C4H5O3

PUBCHEM: 3531

CHARGE: -1

CHEBI: 16265

KEGG: C00232

FORMULA: C77H117N15O40

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C7H5O3

PUBCHEM: 3456

CHARGE: -1

CHEBI: 30763

KEGG: C00156

FORMULA: C42H72O36

PUBCHEM: 3037125??8462

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C21H37N2O8PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: Cl

PUBCHEM: 3415

CHARGE: -1

CHEBI: 17996

KEGG: C00115

FORMULA: C6H9O4

PUBCHEM: 4217

CHARGE: -1

CHEBI: 11561 17094

KEGG: C00966

FORMULA: C10H12N5O13P3

PUBCHEM: 3581

CHARGE: -4

CHEBI: 16497

KEGG: C00286

FORMULA: C79H130O24P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C3H9NO4P

PUBCHEM: 6809

CHARGE: -1

CHEBI: 28390

KEGG: C04122

FORMULA: C656H1103N2O440P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C42H77N1O10P1

PUBCHEM: 5698

CHARGE: -1

CHEBI: 0

KEGG: C02737

FORMULA: C656H1103N2O440P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: Cl

PUBCHEM: 3415

CHARGE: -1

CHEBI: 17996

KEGG: C00115

FORMULA: C4H6NO4

PUBCHEM: 3351

CHARGE: -1

CHEBI: 17053

KEGG: C00049

FORMULA: C4H6NO4

PUBCHEM: 3351

CHARGE: -1

CHEBI: 17053

KEGG: C00049

FORMULA: C6H10O12P2

PUBCHEM: 6535

CHARGE: -4

CHEBI: 4250

KEGG: C03785

FORMULA: C24H46O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C4H6NO4

PUBCHEM: 3351

CHARGE: -1

CHEBI: 17053

KEGG: C00049

FORMULA: C8H8NO6P

PUBCHEM: 3320

CHARGE: -2

CHEBI: 18405

KEGG: C00018

FORMULA: C11H12NO8

PUBCHEM: 7087

CHARGE: -3

CHEBI: 35266

KEGG: C04462

FORMULA: C12H20N2O9PS

PUBCHEM: 7001

CHARGE: -3

CHEBI: 15769

KEGG: C04352

FORMULA: C7H8N5O8P2

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C49H56FeN4O5

PUBCHEM: 47204998

CHARGE: -2

CHEBI: 0

KEGG: C15672

FORMULA: C21H39N2O9PRS

PUBCHEM: 7209

CHARGE: -1

CHEBI: 0

KEGG: C04619

FORMULA: C21H41O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C12H22O11

PUBCHEM: 3389

CHARGE: 0

CHEBI: 17992

KEGG: C00089

FORMULA: C10H12N5O12P3

PUBCHEM: 3431

CHARGE: -4

CHEBI: 16284

KEGG: C00131

FORMULA: C21H41O7P1

PUBCHEM: 3950

CHARGE: -2

CHEBI: 16975

KEGG: C00681

FORMULA: C12H22O11

PUBCHEM: 3389

CHARGE: 0

CHEBI: 17992

KEGG: C00089

FORMULA: C3H5NO4S

PUBCHEM: 3881

CHARGE: -2

CHEBI: 16345

KEGG: C00606

FORMULA: C27H51O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C6H8O10P

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: C14899

FORMULA: C27H51O8P1

PUBCHEM: 3706

CHARGE: -2

CHEBI: 16337

KEGG: C00416

FORMULA: C6H9O7

PUBCHEM: 3892

CHARGE: -1

CHEBI: 16142

KEGG: C00618

FORMULA: C17H31N2O9PRS

PUBCHEM: 8042

CHARGE: -1

CHEBI: 0

KEGG: C05747

FORMULA: C29H53N2O9PRS

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H7O3S

PUBCHEM: 5611

CHARGE: -1

CHEBI: 17275

KEGG: C01180

FORMULA: C16H24N2O16P2

PUBCHEM: 4099

CHARGE: -2

CHEBI: 15700

KEGG: C00842

FORMULA: C20H38O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C20H38O9P1

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H9N3O2

PUBCHEM: 3435

CHARGE: 0

CHEBI: 15971

KEGG: C00135

FORMULA: C23H43N2O8PRS

PUBCHEM: 7620

CHARGE: -1

CHEBI: 0

KEGG: C05223

FORMULA: C65H124O17P2

PUBCHEM: 8259

CHARGE: -2

CHEBI: 0

KEGG: C05980

FORMULA: C20H30N6O12S2

PUBCHEM: 3427

CHARGE: -2

CHEBI: 17858

KEGG: C00127

FORMULA: C8H13N2O2

PUBCHEM: 3816

CHARGE: 1

CHEBI: 16410

KEGG: C00534

FORMULA: C10H11N4O8P

PUBCHEM: 3430

CHARGE: -2

CHEBI: 17202

KEGG: C00130

FORMULA: C29H44N6O15

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C3H8O1

PUBCHEM: 8258

CHARGE: 0

CHEBI: 28831

KEGG: C05979

FORMULA: C10H10NO6Fe

PUBCHEM: 0

CHARGE: 2

CHEBI: 0

KEGG: 0

FORMULA: C10H10NO6Fe

PUBCHEM: 0

CHARGE: 2

CHEBI: 0

KEGG: 0

FORMULA: C21H44NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C15H19N5O20P4

PUBCHEM: 5699

CHARGE: -6

CHEBI: 18263

KEGG: C02739

FORMULA: C38H74O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C27H40N7O17P3S

PUBCHEM: 7658

CHARGE: -4

CHEBI: 28706

KEGG: C05271

FORMULA: C21H44NO7P1

PUBCHEM: 8253

CHARGE: 0

CHEBI: 0

KEGG: C05973

FORMULA: C10H10NO6Fe

PUBCHEM: 0

CHARGE: 2

CHEBI: 0

KEGG: 0

FORMULA: C14H24N6O3S

PUBCHEM: 4368

CHARGE: 2

CHEBI: 15625

KEGG: C01137

FORMULA: C38H74O10P1

PUBCHEM: 3637

CHARGE: -1

CHEBI: 0

KEGG: C00344

FORMULA: C2H3O3

PUBCHEM: 3460

CHARGE: -1

CHEBI: 17497

KEGG: C00160

FORMULA: C2H3O3

PUBCHEM: 3460

CHARGE: -1

CHEBI: 17497

KEGG: C00160

FORMULA: C2H7N1O3P1

PUBCHEM: 6353

CHARGE: -1

CHEBI: 15573

KEGG: C03557

FORMULA: C2H7N1O3P1

PUBCHEM: 6353

CHARGE: -1

CHEBI: 15573

KEGG: C03557

FORMULA: C2H3O3

PUBCHEM: 3460

CHARGE: -1

CHEBI: 17497

KEGG: C00160

FORMULA: C2H7N1O3P1

PUBCHEM: 6353

CHARGE: -1

CHEBI: 15573

KEGG: C03557

FORMULA: C5H4O5

PUBCHEM: 3328

CHARGE: -2

CHEBI: 30915

KEGG: C00026

FORMULA: C37H57N7O20

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C5H4O5

PUBCHEM: 3328

CHARGE: -2

CHEBI: 30915

KEGG: C00026

FORMULA: C48H74O4

PUBCHEM: 8110

CHARGE: 0

CHEBI: 27688

KEGG: C05815

FORMULA: C10H13N5O3

PUBCHEM: 3839

CHARGE: 0

CHEBI: 17256

KEGG: C00559

FORMULA: C5H4O5

PUBCHEM: 3328

CHARGE: -2

CHEBI: 30915

KEGG: C00026

FORMULA: C37H57N7O20

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C19H33N2O8PRS

PUBCHEM: 8046

CHARGE: -1

CHEBI: 0

KEGG: C05751

FORMULA: C36H62O31

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: C00912

FORMULA: C7H10O5

PUBCHEM: 7045

CHARGE: -2

CHEBI: 35121

KEGG: C04411

FORMULA: C112H202N3O42P3

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: R

PUBCHEM: 4045

CHARGE: 0

CHEBI: 29182

KEGG: C00787

FORMULA: C36H62O31

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: C00912

FORMULA: C36H62O31

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: C00912

FORMULA: C112H202N3O42P3

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C192H333N2O101P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C247H410O143P2

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C11H8O5

PUBCHEM: 5692

CHARGE: -2

CHEBI: 18325

KEGG: C02730

FORMULA: C42H80O11P

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C8H14NO9P

PUBCHEM: 3650

CHARGE: -2

CHEBI: 15784

KEGG: C00357

FORMULA: C5H10NO2S

PUBCHEM: 4112

CHARGE: 0

CHEBI: 16867

KEGG: C00855

FORMULA: C5H10NO2S

PUBCHEM: 4112

CHARGE: 0

CHEBI: 16867

KEGG: C00855

FORMULA: C5H10NO2S

PUBCHEM: 4112

CHARGE: 0

CHEBI: 16867

KEGG: C00855

FORMULA: NO3

PUBCHEM: 3543

CHARGE: -1

CHEBI: 48107

KEGG: C00244

FORMULA: C6H12NOR

PUBCHEM: 6020

CHARGE: 1

CHEBI: 29160

KEGG: C03127

FORMULA: C9H12N3O8P

PUBCHEM: 8117

CHARGE: -2

CHEBI: 0

KEGG: C05822

FORMULA: C8H5O7

PUBCHEM: 6753

CHARGE: -3

CHEBI: 15924

KEGG: C04052

FORMULA: R

PUBCHEM: 4799

CHARGE: 0

CHEBI: 29179

KEGG: C01650

FORMULA: C9H12N3O8P

PUBCHEM: 8117

CHARGE: -2

CHEBI: 0

KEGG: C05822

FORMULA: C9H23N3O

PUBCHEM: 4273

CHARGE: 2

CHEBI: 27911

KEGG: C01029

FORMULA: X

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C15H22N2O17P2

PUBCHEM: 6496

CHARGE: -2

CHEBI: 18251

KEGG: C03733

FORMULA: C9H11NO6

PUBCHEM: 8220

CHARGE: -2

CHEBI: 27657

KEGG: C05932

FORMULA: C7H14N2O3

PUBCHEM: 3726

CHARGE: 0

CHEBI: 16543

KEGG: C00437

FORMULA: C44H47CoN4O16

PUBCHEM: 13710

CHARGE: -7

CHEBI: 0

KEGG: C11543

FORMULA: C50H70O2

PUBCHEM: 8113

CHARGE: 0

CHEBI: 28192

KEGG: C05818

FORMULA: C9H12N3O13P3

PUBCHEM: 3742

CHARGE: -4

CHEBI: 16311

KEGG: C00458

FORMULA: C5H9NO4

PUBCHEM: 4228

CHARGE: 0

CHEBI: 17981

KEGG: C00979

FORMULA: C37H60N7O17P3S

PUBCHEM: 7659

CHARGE: -4

CHEBI: 28935

KEGG: C05272

FORMULA: C7H8O2

PUBCHEM: 125??3480

CHARGE: 0

CHEBI: 30746

KEGG: 0

FORMULA: C5H10O4

PUBCHEM: 3449

CHARGE: 0

CHEBI: 30797

KEGG: 0

FORMULA: C5H6O3

PUBCHEM: 4564493??3441

CHARGE: 0

CHEBI: 11851 16530

KEGG: 0

FORMULA: C2H2NO3

PUBCHEM: 4622

CHARGE: -1

CHEBI: 18058

KEGG: C01444

FORMULA: C16H28N2O11

PUBCHEM: 4818

CHARGE: 0

CHEBI: 0

KEGG: C01674

FORMULA: C8H11NO3

PUBCHEM: 3608

CHARGE: 0

CHEBI: 16709

KEGG: C00314

FORMULA: C8H9NO3

PUBCHEM: 3549

CHARGE: 0

CHEBI: 17310

KEGG: C00250

FORMULA: C3H8O2

PUBCHEM: 5836

CHARGE: 0

CHEBI: 28972

KEGG: C02912

FORMULA: C3H8O2

PUBCHEM: 5840

CHARGE: 0

CHEBI: 29002

KEGG: C02917

FORMULA: C36H62O31

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: C00912

FORMULA: C5H16N2

PUBCHEM: 4816

CHARGE: 2

CHEBI: 18127

KEGG: C01672

FORMULA: C10H11N5O6P

PUBCHEM: 5400

CHARGE: -1

CHEBI: 0

KEGG: C02353

FORMULA: C9H11N3O7P

PUBCHEM: 5401

CHARGE: -1

CHEBI: 0

KEGG: C02354

FORMULA: C10H11N5O7P

PUBCHEM: 8444

CHARGE: -1

CHEBI: 0

KEGG: C06194

FORMULA: C9H10N2O8P

PUBCHEM: 5402

CHARGE: -1

CHEBI: 0

KEGG: C02355

FORMULA: C3H9N2O2

PUBCHEM: 8629

CHARGE: 1

CHEBI: 18383

KEGG: C06393

FORMULA: C7H14N2O4

PUBCHEM: 3949

CHARGE: 0

CHEBI: 16488 30308

KEGG: C00680

FORMULA: C6H9O6

PUBCHEM: 3504

CHARGE: -1

CHEBI: 17032

KEGG: C00204

FORMULA: C8H8O3

PUBCHEM: 6744

CHARGE: 0

CHEBI: 0

KEGG: C04043

FORMULA: C10H12N5O7P

PUBCHEM: 4566

CHARGE: -2

CHEBI: 28931

KEGG: C01367

FORMULA: C9H12N3O8P

PUBCHEM: 8117

CHARGE: -2

CHEBI: 0

KEGG: C05822

FORMULA: C10H12N5O8P

PUBCHEM: 8443

CHARGE: -2

CHEBI: 0

KEGG: C06193

FORMULA: C9H7O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C9H9O3

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C9H11N2O9P

PUBCHEM: 4567

CHARGE: -2

CHEBI: 28895

KEGG: C01368

FORMULA: C4H9NO2

PUBCHEM: 3628

CHARGE: 0

CHEBI: 16865

KEGG: C00334

FORMULA: C8H8O2

PUBCHEM: 6521

CHARGE: 0

CHEBI: 15621

KEGG: C03765

FORMULA: C6H9O7

PUBCHEM: 4301

CHARGE: -1

CHEBI: 17426

KEGG: C01062

FORMULA: C18H30N5O9

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C15H25N4O8

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H3O2

PUBCHEM: 3335

CHARGE: -1

CHEBI: 15366

KEGG: C00033

FORMULA: C4H5O3

PUBCHEM: 3464

CHARGE: -1

CHEBI: 0

KEGG: C00164

FORMULA: C2H4O

PUBCHEM: 3384

CHARGE: 0

CHEBI: 15343

KEGG: C00084

FORMULA: C8H14NO9P

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C8H15NO6

PUBCHEM: 4363

CHARGE: 0

CHEBI: 28037

KEGG: C01132

FORMULA: C8H14NO9P

PUBCHEM: 6921

CHARGE: -2

CHEBI: 7125

KEGG: C04256

FORMULA: C8H15NO6

PUBCHEM: 3440

CHARGE: 0

CHEBI: 17411

KEGG: C00140

FORMULA: C8H15NO6

PUBCHEM: 3918

CHARGE: 0

CHEBI: 17122

KEGG: C00645

FORMULA: C11H18NO8

PUBCHEM: 5676

CHARGE: -1

CHEBI: 0

KEGG: C02713

FORMULA: C11H18NO9

PUBCHEM: 3568

CHARGE: -1

CHEBI: 17012

KEGG: C00270

FORMULA: C181H314N3O103P4

PUBCHEM: 0

CHARGE: -9

CHEBI: 0

KEGG: 0

FORMULA: C5H9NO4

PUBCHEM: 4228

CHARGE: 0

CHEBI: 17981

KEGG: C00979

FORMULA: C5H5N5

PUBCHEM: 3447

CHARGE: 0

CHEBI: 16708

KEGG: C00147

FORMULA: C10H13N5O4

PUBCHEM: 3512

CHARGE: 0

CHEBI: 16335

KEGG: C00212

FORMULA: C72H100CoN18O17P

PUBCHEM: 3494

CHARGE: 0

CHEBI: 18408

KEGG: C00194

FORMULA: Ag

PUBCHEM: 8935

CHARGE: 1

CHEBI: 9141

KEGG: C06710

FORMULA: C5H16N4

PUBCHEM: 3479

CHARGE: 2

CHEBI: 17431

KEGG: C00179

FORMULA: C5H4O5

PUBCHEM: 3328

CHARGE: -2

CHEBI: 30915

KEGG: C00026

FORMULA: C3H7NO2

PUBCHEM: 3399

CHARGE: 0

CHEBI: 16958

KEGG: C00099

FORMULA: C3H7NO2

PUBCHEM: 3433

CHARGE: 0

CHEBI: 15570

KEGG: C00133

FORMULA: C3H7NO2

PUBCHEM: 3343

CHARGE: 0

CHEBI: 16977

KEGG: C00041

FORMULA: C6H12N2O3

PUBCHEM: 4239

CHARGE: 0

CHEBI: 16576

KEGG: C00993

FORMULA: C6H12O6

PUBCHEM: 4657

CHARGE: 0

CHEBI: 4093

KEGG: C01487

FORMULA: C4H6N4O3

PUBCHEM: 4709

CHARGE: 0

CHEBI: 15676

KEGG: C01551

FORMULA: C10H12N5O7P

PUBCHEM: 3322

CHARGE: -2

CHEBI: 16027

KEGG: C00020

FORMULA: C19H29N2O12

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C5H10O5

PUBCHEM: 3558

CHARGE: 0

CHEBI: 17535

KEGG: C00259

FORMULA: C22H33N4O13

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C22H33FeN4O13

PUBCHEM: 7887

CHARGE: 0

CHEBI: 18157

KEGG: C05554

FORMULA: C6H15N4O2

PUBCHEM: 3362

CHARGE: 1

CHEBI: 16467

KEGG: C00062

FORMULA: C6H8O6

PUBCHEM: 3372

CHARGE: 0

CHEBI: 29073 38290

KEGG: C00072

FORMULA: C4H8N2O3

PUBCHEM: 3452

CHARGE: 0

CHEBI: 17196

KEGG: C00152

FORMULA: AsO3

PUBCHEM: 8922

CHARGE: -3

CHEBI: 29866

KEGG: C06697

FORMULA: C4H6NO4

PUBCHEM: 3351

CHARGE: -1

CHEBI: 17053

KEGG: C00049

FORMULA: C4H7O2

PUBCHEM: 3545

CHARGE: -1

CHEBI: 30772

KEGG: C00246

FORMULA: C4H9O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: Ca

PUBCHEM: 3376

CHARGE: 2

CHEBI: 29108

KEGG: C00076

FORMULA: C48H72CoN11O8

PUBCHEM: 8069

CHARGE: 0

CHEBI: 28956

KEGG: C05774

FORMULA: C62H88CoN13O14P

PUBCHEM: 4110

CHARGE: -1

CHEBI: 15982

KEGG: C00853

FORMULA: Cd

PUBCHEM: 4601

CHARGE: 2

CHEBI: 48775

KEGG: C01413

FORMULA: C5H10N2O3S

PUBCHEM: 4606

CHARGE: 0

CHEBI: 4047

KEGG: C01419

FORMULA: C5H14NO

PUBCHEM: 3414

CHARGE: 1

CHEBI: 15354

KEGG: C00114

FORMULA: C6H5O7

PUBCHEM: 3458

CHARGE: -3

CHEBI: 30769

KEGG: C00158

FORMULA: C6H5O7

PUBCHEM: 3605

CHARGE: -3

CHEBI: 30887

KEGG: C00311

FORMULA: C6H3O6

PUBCHEM: 3707

CHARGE: -3

CHEBI: 32805

KEGG: C00417

FORMULA: Cl

PUBCHEM: 3415

CHARGE: -1

CHEBI: 17996

KEGG: C00115

FORMULA: C9H12N3O8P

PUBCHEM: 3357

CHARGE: -2

CHEBI: 17361

KEGG: C00055

FORMULA: CO2

PUBCHEM: 3313

CHARGE: 0

CHEBI: 16526

KEGG: C00011

FORMULA: Co

PUBCHEM: 3475

CHARGE: 2

CHEBI: 27638

KEGG: C00175

FORMULA: C176H303N2O100P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C35H52N6O13Fe

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C35H52N6O13

PUBCHEM: 0

CHARGE: -4

CHEBI: 0

KEGG: 0

FORMULA: C7H15NO3

PUBCHEM: 3612

CHARGE: 0

CHEBI: 16347

KEGG: C00318

FORMULA: C4H5N3O

PUBCHEM: 3670

CHARGE: 0

CHEBI: 16040

KEGG: C00380

FORMULA: Cu

PUBCHEM: 3370

CHARGE: 2

CHEBI: 28694

KEGG: C00070

FORMULA: Cu

PUBCHEM: 0

CHARGE: 1

CHEBI: 49552

KEGG: 0

FORMULA: CHN

PUBCHEM: 4537

CHARGE: 0

CHEBI: 18407

KEGG: C01326

FORMULA: CNO

PUBCHEM: 4604

CHARGE: -1

CHEBI: 28024

KEGG: C01417

FORMULA: C3H7NO2S

PUBCHEM: 4051

CHARGE: 0

CHEBI: 16375

KEGG: C00793

FORMULA: C3H7NO2S

PUBCHEM: 3397

CHARGE: 0

CHEBI: 17561

KEGG: C00097

FORMULA: C6H12N2O4S2

PUBCHEM: 3774

CHARGE: 0

CHEBI: 16283

KEGG: C00491

FORMULA: C9H13N3O5

PUBCHEM: 3758

CHARGE: 0

CHEBI: 17562

KEGG: C00475

FORMULA: C10H13N5O3

PUBCHEM: 3839

CHARGE: 0

CHEBI: 17256

KEGG: C00559

FORMULA: C10H12N5O6P

PUBCHEM: 3651

CHARGE: -2

CHEBI: 17713

KEGG: C00360

FORMULA: C10H19O2

PUBCHEM: 4728

CHARGE: -1

CHEBI: 30813

KEGG: C01571

FORMULA: C9H12N3O7P

PUBCHEM: 3538

CHARGE: -2

CHEBI: 15918

KEGG: C00239

FORMULA: C9H13N3O4

PUBCHEM: 4137

CHARGE: 0

CHEBI: 15698

KEGG: C00881

FORMULA: C12H23O2

PUBCHEM: 5649

CHARGE: -1

CHEBI: 30805

KEGG: C02679

FORMULA: C10H12N5O7P

PUBCHEM: 3653

CHARGE: -2

CHEBI: 16192

KEGG: C00362

FORMULA: C10H13N5O4

PUBCHEM: 3624

CHARGE: 0

CHEBI: 17172

KEGG: C00330

FORMULA: C3H6O3

PUBCHEM: 3484

CHARGE: 0

CHEBI: 16016

KEGG: C00184

FORMULA: C10H11N4O7P

PUBCHEM: 8446

CHARGE: -2

CHEBI: 28806

KEGG: C06196

FORMULA: C10H12N4O4

PUBCHEM: 7859

CHARGE: 0

CHEBI: 28997

KEGG: C05512

FORMULA: C2H6S

PUBCHEM: 3859

CHARGE: 0

CHEBI: 17437

KEGG: C00580

FORMULA: C2H6OS

PUBCHEM: 13325

CHARGE: 0

CHEBI: 28262

KEGG: C11143

FORMULA: C8H12NO2

PUBCHEM: 6517

CHARGE: 1

CHEBI: 18243

KEGG: C03758

FORMULA: C10H13N2O8P

PUBCHEM: 3655

CHARGE: -2

CHEBI: 17013

KEGG: C00364

FORMULA: C9H11N2O8P

PUBCHEM: 3656

CHARGE: -2

CHEBI: 17622

KEGG: C00365

FORMULA: C9H12N2O5

PUBCHEM: 3809

CHARGE: 0

CHEBI: 16450

KEGG: C00526

FORMULA: C272H447N14O160P4

PUBCHEM: 0

CHARGE: -15

CHEBI: 0

KEGG: 0

FORMULA: C112H202N3O42P3

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C30H27N3O15

PUBCHEM: 8116

CHARGE: 0

CHEBI: 28855

KEGG: C05821

FORMULA: C2H8NO

PUBCHEM: 3489

CHARGE: 1

CHEBI: 16000

KEGG: C00189

FORMULA: C2H5O3S

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C2H6O

PUBCHEM: 3752

CHARGE: 0

CHEBI: 16236

KEGG: C00469

FORMULA: C6H11O9P

PUBCHEM: 3385

CHARGE: -2

CHEBI: 15946

KEGG: C00085

FORMULA: CH2O

PUBCHEM: 3367

CHARGE: 0

CHEBI: 16842

KEGG: C00067

FORMULA: Fe

PUBCHEM: 3325

CHARGE: 2

CHEBI: 18248

KEGG: C00023

FORMULA: Fe

PUBCHEM: 0

CHARGE: 3

CHEBI: 14819

KEGG: 0

FORMULA: C12H10FeO14

PUBCHEM: 8472

CHARGE: -3

CHEBI: 0

KEGG: C06229

FORMULA: C10H10NO6Fe

PUBCHEM: 0

CHARGE: 2

CHEBI: 0

KEGG: 0

FORMULA: C9H18O6N3Fe

PUBCHEM: 8470

CHARGE: 0

CHEBI: 0

KEGG: C06227

FORMULA: C9H18O6N3

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C27H42FeN9O12

PUBCHEM: 8471

CHARGE: 0

CHEBI: 0

KEGG: C06228

FORMULA: C27H42N9O12

PUBCHEM: 0

CHARGE: -3

CHEBI: 0

KEGG: 0

FORMULA: C30H27FeN3O15

PUBCHEM: 8473

CHARGE: 3

CHEBI: 28199

KEGG: C06230

FORMULA: C25H46FeN6O8

PUBCHEM: 9799

CHARGE: 1

CHEBI: 0

KEGG: C07597

FORMULA: C25H46N6O8

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: CH1O2

PUBCHEM: 3358

CHARGE: -1

CHEBI: 30751

KEGG: C00058

FORMULA: C6H12O6

PUBCHEM: 3395

CHARGE: 0

CHEBI: 15824

KEGG: C00095

FORMULA: C12H25N2O7

PUBCHEM: 47205784

CHARGE: 1

CHEBI: 0

KEGG: C16488

FORMULA: C6H9O7

PUBCHEM: 4160

CHARGE: -1

CHEBI: 4126

KEGG: C00905

FORMULA: C6H12O5

PUBCHEM: 4264

CHARGE: 0

CHEBI: 2181

KEGG: C01019

FORMULA: C4H2O4

PUBCHEM: 3422

CHARGE: -2

CHEBI: 18012

KEGG: C00122

FORMULA: C6H11O9P

PUBCHEM: 3403

CHARGE: -2

CHEBI: 16077 29042

KEGG: C00103

FORMULA: C8H20NO6P

PUBCHEM: 3939

CHARGE: 0

CHEBI: 16870

KEGG: C00670

FORMULA: C5H14NO6P

PUBCHEM: 4454

CHARGE: 0

CHEBI: 0

KEGG: C01233

FORMULA: C6H14O8P

PUBCHEM: 6135

CHARGE: -1

CHEBI: 0

KEGG: C03274

FORMULA: C9H18O11P

PUBCHEM: 4447

CHARGE: -1

CHEBI: 18321

KEGG: C01225

FORMULA: C6H13NO8P

PUBCHEM: 3081457

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H11O9P

PUBCHEM: 3392

CHARGE: -2

CHEBI: 4170

KEGG: C00092

FORMULA: C6H11O9P

PUBCHEM: 3734

CHARGE: -2

CHEBI: 17973

KEGG: C00446

FORMULA: C6H12O6

PUBCHEM: 4738

CHARGE: 0

CHEBI: 28260

KEGG: C01582

FORMULA: C6H12O6

PUBCHEM: 3424

CHARGE: 0

CHEBI: 4139

KEGG: C00124

FORMULA: C6H8O8

PUBCHEM: 4135

CHARGE: -2

CHEBI: 0

KEGG: C00879

FORMULA: C6H11O7

PUBCHEM: 4136

CHARGE: -1

CHEBI: 12931 16534

KEGG: C00880

FORMULA: C6H11O7

PUBCHEM: 47205248

CHARGE: -1

CHEBI: 0

KEGG: C15930

FORMULA: C6H14O6

PUBCHEM: 4837

CHARGE: 0

CHEBI: 16813

KEGG: C01697

FORMULA: C6H9O7

PUBCHEM: 3627

CHARGE: -1

CHEBI: 0

KEGG: C00333

FORMULA: C6H13NO8P

PUBCHEM: 3645

CHARGE: -1

CHEBI: 15873

KEGG: C00352

FORMULA: C6H14NO5

PUBCHEM: 3623

CHARGE: 1

CHEBI: 47977

KEGG: C00329

FORMULA: C7H15NO2

PUBCHEM: 4408

CHARGE: 0

CHEBI: 1941

KEGG: C01181

FORMULA: C10H12N5O11P2

PUBCHEM: 3337

CHARGE: -3

CHEBI: 17552

KEGG: C00035

FORMULA: C6H12O6

PUBCHEM: 3333

CHARGE: 0

CHEBI: 4167

KEGG: C00031

FORMULA: C6H11O7

PUBCHEM: 3556

CHARGE: -1

CHEBI: 33198

KEGG: C00257

FORMULA: C6H8O8

PUBCHEM: 4076

CHARGE: -2

CHEBI: 16002

KEGG: C00818

FORMULA: C6H8O10P

PUBCHEM: 7759

CHARGE: -3

CHEBI: 28547

KEGG: C05385

FORMULA: C6H9O7

PUBCHEM: 3491

CHARGE: -1

CHEBI: 4178 47952

KEGG: C00191

FORMULA: C5H10N2O3

PUBCHEM: 3364

CHARGE: 0

CHEBI: 18050

KEGG: C00064

FORMULA: C5H8NO4

PUBCHEM: 3327

CHARGE: -1

CHEBI: 16015

KEGG: C00025

FORMULA: C2H5NO2

PUBCHEM: 3339

CHARGE: 0

CHEBI: 15428

KEGG: C00037

FORMULA: C3H6O3

PUBCHEM: 3856

CHARGE: 0

CHEBI: 17378

KEGG: C00577

FORMULA: C5H11NO2

PUBCHEM: 3985

CHARGE: 0

CHEBI: 17750

KEGG: C00719

FORMULA: C3H7O6P

PUBCHEM: 5889

CHARGE: -2

CHEBI: 17270

KEGG: C02979

FORMULA: C3H7O6P

PUBCHEM: 3393

CHARGE: -2

CHEBI: 15978

KEGG: C00093

FORMULA: C3H5O4

PUBCHEM: 3557

CHARGE: -1

CHEBI: 32398

KEGG: C00258

FORMULA: C3H8O3

PUBCHEM: 3416

CHARGE: 0

CHEBI: 17754

KEGG: C00116

FORMULA: C2H3O3

PUBCHEM: 3460

CHARGE: -1

CHEBI: 17497

KEGG: C00160

FORMULA: C10H12N5O8P

PUBCHEM: 3444

CHARGE: -2

CHEBI: 17345

KEGG: C00144

FORMULA: C10H13N5O5

PUBCHEM: 3677

CHARGE: 0

CHEBI: 16750

KEGG: C00387

FORMULA: C20H30N6O12S2

PUBCHEM: 3427

CHARGE: -2

CHEBI: 17858

KEGG: C00127

FORMULA: C10H16N3O6S

PUBCHEM: 3353

CHARGE: -1

CHEBI: 16856

KEGG: C00051

FORMULA: C10H12N5O14P3

PUBCHEM: 3346

CHARGE: -4

CHEBI: 15996

KEGG: C00044

FORMULA: C5H5N5O

PUBCHEM: 3541

CHARGE: 0

CHEBI: 16235

KEGG: C00242

FORMULA: H2

PUBCHEM: 3577

CHARGE: 0

CHEBI: 18276

KEGG: C00282

FORMULA: H2O2

PUBCHEM: 3329

CHARGE: 0

CHEBI: 16240

KEGG: C00027

FORMULA: H2O

PUBCHEM: 3303

CHARGE: 0

CHEBI: 15377

KEGG: C00001

FORMULA: H2S

PUBCHEM: 3578

CHARGE: 0

CHEBI: 16136

KEGG: C00283

FORMULA: H

PUBCHEM: 3380

CHARGE: 1

CHEBI: 15378

KEGG: C00080

FORMULA: C192H333N2O101P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C126H226N2O40P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C16H31O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: C16H29O2

PUBCHEM: 3548

CHARGE: -1

CHEBI: 15756

KEGG: C00249

FORMULA: Hg

PUBCHEM: 3970

CHARGE: 2

CHEBI: 16793

KEGG: C00703

FORMULA: C6H9N3O2

PUBCHEM: 3435

CHARGE: 0

CHEBI: 15971

KEGG: C00135

FORMULA: C4H9NO3

PUBCHEM: 3561

CHARGE: 0

CHEBI: 15699

KEGG: C00263

FORMULA: C6H11O2

PUBCHEM: 4740

CHARGE: -1

CHEBI: 30776

KEGG: C01585

FORMULA: C5H4N4O

PUBCHEM: 3560

CHARGE: 0

CHEBI: 17368

KEGG: C00262

FORMULA: C6H11O7

PUBCHEM: 4032

CHARGE: -1

CHEBI: 17796

KEGG: C00770

FORMULA: C6H13NO2

PUBCHEM: 3697

CHARGE: 0

CHEBI: 17191

KEGG: C00407

FORMULA: C10H11N4O8P

PUBCHEM: 3430

CHARGE: -2

CHEBI: 17202

KEGG: C00130

FORMULA: C8H7N

PUBCHEM: 3747

CHARGE: 0

CHEBI: 16881

KEGG: C00463

FORMULA: C6H12O6

PUBCHEM: 3437

CHARGE: 0

CHEBI: 17268

KEGG: C00137

FORMULA: C10H12N4O5

PUBCHEM: 3588

CHARGE: 0

CHEBI: 17596

KEGG: C00294

FORMULA: C2H5O4S

PUBCHEM: 7545

CHARGE: -1

CHEBI: 0

KEGG: C05123

FORMULA: K

PUBCHEM: 3537

CHARGE: 1

CHEBI: 29103

KEGG: C00238

FORMULA: C84H148N2O37P2

PUBCHEM: 8297

CHARGE: -6

CHEBI: 0

KEGG: C06025

FORMULA: C3H5O3

PUBCHEM: 3555

CHARGE: -1

CHEBI: 42111

KEGG: C00256

FORMULA: C3H5O3

PUBCHEM: 3486

CHARGE: -1

CHEBI: 422

KEGG: C00186

FORMULA: C12H22O11

PUBCHEM: 3542

CHARGE: 0

CHEBI: 36219

KEGG: C00243

FORMULA: C6H13NO2

PUBCHEM: 3423

CHARGE: 0

CHEBI: 15603

KEGG: C00123

FORMULA: C114H202N2O39P2

PUBCHEM: 0

CHARGE: -6

CHEBI: 0

KEGG: 0

FORMULA: C110H196N2O39P2

PUBCHEM: 8298

CHARGE: -6

CHEBI: 27963

KEGG: C06026

FORMULA: C6H15N2O2

PUBCHEM: 3349

CHARGE: 1

CHEBI: 18019

KEGG: C00047

FORMULA: C5H10O5

PUBCHEM: 4676

CHARGE: 0

CHEBI: 28480

KEGG: C01508

FORMULA: C4H4O5

PUBCHEM: 3780

CHARGE: -2

CHEBI: 30796

KEGG: C00497

FORMULA: C4H4O5

PUBCHEM: 3449

CHARGE: -2

CHEBI: 30797

KEGG: C00149

FORMULA: C12H22O11

PUBCHEM: 3508

CHARGE: 0

CHEBI: 17306

KEGG: C00208

FORMULA: C36H62O31

PUBCHEM: 5041

CHARGE: 0

CHEBI: 0

KEGG: C01936

FORMULA: C30H52O26

PUBCHEM: 124005??3611

CHARGE: 0

CHEBI: 28057

KEGG: 0

FORMULA: C18H32O16

PUBCHEM: 4954

CHARGE: 0

CHEBI: 27931

KEGG: C01835

FORMULA: C24H42O21

PUBCHEM: 5141

CHARGE: 0

CHEBI: 0

KEGG: C02052

FORMULA: C6H11O9P

PUBCHEM: 3572

CHARGE: -2

CHEBI: 17369

KEGG: C00275

FORMULA: C6H12O6

PUBCHEM: 3459

CHARGE: 0

CHEBI: 4208

KEGG: C00159

FORMULA: C9H15O9

PUBCHEM: 13711

CHARGE: -1

CHEBI: 15847

KEGG: C11544

FORMULA: C12H22O11

PUBCHEM: 7769

CHARGE: 0

CHEBI: 28053

KEGG: C05402

FORMULA: C5H10NO2S

PUBCHEM: 4112

CHARGE: 0

CHEBI: 16867

KEGG: C00855

FORMULA: C5H11NO2S

PUBCHEM: 3373

CHARGE: 0

CHEBI: 16643

KEGG: C00073

FORMULA: C5H11NO3S

PUBCHEM: 847

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H11NO3S

PUBCHEM: 5898

CHARGE: 0

CHEBI: 17016

KEGG: C02989

FORMULA: Mg

PUBCHEM: 3599

CHARGE: 2

CHEBI: 18420

KEGG: C00305

FORMULA: C6H6O24P6

PUBCHEM: 4428

CHARGE: -12

CHEBI: 17401

KEGG: C01204

FORMULA: C6H14NO2S

PUBCHEM: 6054

CHARGE: 1

CHEBI: 17728

KEGG: C03172

FORMULA: Mn

PUBCHEM: 3336

CHARGE: 2

CHEBI: 18291

KEGG: C00034

FORMULA: C6H14O6

PUBCHEM: 3682

CHARGE: 0

CHEBI: 16899

KEGG: C00392

FORMULA:

PUBCHEM: 8475

CHARGE: -2

CHEBI: 36264

KEGG: C06232

FORMULA: CH3O3S

PUBCHEM: 49991312

CHARGE: -1

CHEBI: 25224

KEGG: 0

FORMULA: N2O

PUBCHEM: 4143

CHARGE: 0

CHEBI: 17045

KEGG: C00887

FORMULA: Na

PUBCHEM: 4541

CHARGE: 1

CHEBI: 29101

KEGG: C01330

FORMULA: C6H4NO2

PUBCHEM: 3552

CHARGE: -1

CHEBI: 15940

KEGG: C00253

FORMULA: H4N

PUBCHEM: 4547

CHARGE: 1

CHEBI: 28938

KEGG: C01342

FORMULA: Ni

PUBCHEM: 3585

CHARGE: 2

CHEBI: 28112

KEGG: C00291

FORMULA: C11H14N2O8P

PUBCHEM: 3741

CHARGE: -1

CHEBI: 16171

KEGG: C00455

FORMULA: NO2

PUBCHEM: 3388

CHARGE: -1

CHEBI: 16301

KEGG: C00088

FORMULA: NO3

PUBCHEM: 3543

CHARGE: -1

CHEBI: 48107

KEGG: C00244

FORMULA: NO

PUBCHEM: 3815

CHARGE: 0

CHEBI: 16480

KEGG: C00533

FORMULA: O2

PUBCHEM: 3309

CHARGE: 0

CHEBI: 15379

KEGG: C00007

FORMULA: O2

PUBCHEM: 3971

CHARGE: -1

CHEBI: 18421

KEGG: C00704

FORMULA: C18H35O2

PUBCHEM: 4692

CHARGE: -1

CHEBI: 25629

KEGG: C01530

FORMULA: C18H33O2

PUBCHEM: 3978

CHARGE: -1

CHEBI: 16196

KEGG: 0

FORMULA: C8H15O2

PUBCHEM: 8658

CHARGE: -1

CHEBI: 28837

KEGG: C06423

FORMULA: C5H13N2O2

PUBCHEM: 4756

CHARGE: 1

CHEBI: 18257

KEGG: C01602

FORMULA: C5H3N2O4

PUBCHEM: 3589

CHARGE: -1

CHEBI: 16742

KEGG: C00295

FORMULA: C4H2O5

PUBCHEM: 3338

CHARGE: -2

CHEBI: 30744

KEGG: C00036

FORMULA: C8H8O

PUBCHEM: 3876

CHARGE: 0

CHEBI: 16424

KEGG: C00601

FORMULA: C8H12N

PUBCHEM: 7711

CHARGE: 1

CHEBI: 18397

KEGG: C05332

FORMULA: C9H11NO2

PUBCHEM: 3379

CHARGE: 0

CHEBI: 17295

KEGG: C00079

FORMULA: C34H30FeN4O4

PUBCHEM: 3334

CHARGE: -2

CHEBI: 17627

KEGG: C00032

FORMULA: HO4P

PUBCHEM: 3311

CHARGE: -2

CHEBI: 18367

KEGG: C00009

FORMULA: C9H16NO5

PUBCHEM: 4121

CHARGE: -1

CHEBI: 29032 46905 7916

KEGG: C00864

FORMULA: C3H5O2

PUBCHEM: 3463

CHARGE: -1

CHEBI: 30768

KEGG: C00163

FORMULA: C3H6O

PUBCHEM: 3762

CHARGE: 0

CHEBI: 17153

KEGG: C00479

FORMULA: C9H9O2

PUBCHEM: 7943

CHARGE: -1

CHEBI: 28631

KEGG: C05629

FORMULA: HO3P

PUBCHEM: 8926

CHARGE: -2

CHEBI: 0

KEGG: C06701

FORMULA: C5H9NO2

PUBCHEM: 3448

CHARGE: 0

CHEBI: 17203

KEGG: C00148

FORMULA: C7H12N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C12H25N2O7

PUBCHEM: 0

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C3H6NO6P

PUBCHEM: 4251

CHARGE: -2

CHEBI: 15811

KEGG: C01005

FORMULA: C4H14N2

PUBCHEM: 3434

CHARGE: 2

CHEBI: 17148

KEGG: C00134

FORMULA: C3H3O3

PUBCHEM: 3324

CHARGE: -1

CHEBI: 32816

KEGG: C00022

FORMULA: C5H9O8P

PUBCHEM: 3417

CHARGE: -2

CHEBI: 17797

KEGG: C00117

FORMULA: C5H10O5

PUBCHEM: 3421

CHARGE: 0

CHEBI: 47013

KEGG: C00121

FORMULA: C6H12O5

PUBCHEM: 3790

CHARGE: 0

CHEBI: 16055

KEGG: C00507

FORMULA: C6H14O6

PUBCHEM: 4052

CHARGE: 0

CHEBI: 17924

KEGG: C00794

FORMULA: C3H7NO3

PUBCHEM: 4003

CHARGE: 0

CHEBI: 16523

KEGG: C00740

FORMULA: C3H7NO3

PUBCHEM: 3365

CHARGE: 0

CHEBI: 17115

KEGG: C00065

FORMULA: C7H9O5

PUBCHEM: 3776

CHARGE: -1

CHEBI: 16119

KEGG: C00493

FORMULA: O2S

PUBCHEM: 11497

CHARGE: 0

CHEBI: 18422

KEGG: C09306

FORMULA: O3S

PUBCHEM: 3394

CHARGE: -2

CHEBI: 48854

KEGG: C00094

FORMULA: O4S

PUBCHEM: 3359

CHARGE: -2

CHEBI: 16189

KEGG: C00059

FORMULA: C7H22N3

PUBCHEM: 3609

CHARGE: 3

CHEBI: 16610

KEGG: C00315

FORMULA: C4H4O4

PUBCHEM: 3344

CHARGE: -2

CHEBI: 15741

KEGG: C00042

FORMULA: C12H22O11

PUBCHEM: 3389

CHARGE: 0

CHEBI: 17992

KEGG: C00089

FORMULA: C2H2O5S

PUBCHEM: 7846991

CHARGE: -2

CHEBI: 0

KEGG: C14179

FORMULA: C4H4O6

PUBCHEM: 4154

CHARGE: -2

CHEBI: 15671 30924

KEGG: C00898

FORMULA: C2H7NO3S

PUBCHEM: 3544

CHARGE: 0

CHEBI: 15891

KEGG: C00245

FORMULA: CNS

PUBCHEM: 4888

CHARGE: -1

CHEBI: 29200

KEGG: C01755

FORMULA: C12H17N4OS

PUBCHEM: 3668

CHARGE: 1

CHEBI: 18385

KEGG: C00378

FORMULA: C4H9NO3

PUBCHEM: 3488

CHARGE: 0

CHEBI: 16857

KEGG: C00188

FORMULA: C4H8NO6P

PUBCHEM: 14294

CHARGE: -2

CHEBI: 37525

KEGG: C12147

FORMULA: C5H6N2O2

PUBCHEM: 3478

CHARGE: 0

CHEBI: 17821

KEGG: C00178

FORMULA: C10H14N2O5

PUBCHEM: 3514

CHARGE: 0

CHEBI: 17748

KEGG: C00214

FORMULA: C3H10N

PUBCHEM: 3844

CHARGE: 1

CHEBI: 18139

KEGG: C00565

FORMULA: C3H9NO

PUBCHEM: 4338

CHARGE: 0

CHEBI: 15724

KEGG: C01104

FORMULA: C12H22O11

PUBCHEM: 4320

CHARGE: 0

CHEBI: 16551

KEGG: C01083

FORMULA: C11H12N2O2

PUBCHEM: 3378

CHARGE: 0

CHEBI: 16828

KEGG: C00078

FORMULA: O3S2

PUBCHEM: 3614

CHARGE: -2

CHEBI: 16094

KEGG: C00320

FORMULA: C14H27O2

PUBCHEM: 8659

CHARGE: -1

CHEBI: 28875 30807

KEGG: C06424

FORMULA: C14H25O2

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: O4W1

PUBCHEM: 26697048

CHARGE: -2

CHEBI: 46502

KEGG: 0

FORMULA: C8H12NO

PUBCHEM: 3766

CHARGE: 1

CHEBI: 15760

KEGG: C00483

FORMULA: C9H11NO3

PUBCHEM: 3382

CHARGE: 0

CHEBI: 17895

KEGG: C00082

FORMULA: C9H10NO6P

PUBCHEM: 8732

CHARGE: -2

CHEBI: 0

KEGG: C06501

FORMULA: C17H25N3O17P2

PUBCHEM: 3345

CHARGE: -2

CHEBI: 16264

KEGG: C00043

FORMULA: C17H25N3O17P2

PUBCHEM: 3503

CHARGE: -2

CHEBI: 16650

KEGG: C00203

FORMULA: C15H22N2O17P2

PUBCHEM: 3331

CHARGE: -2

CHEBI: 18066

KEGG: C00029

FORMULA: C15H22N2O17P2

PUBCHEM: 3354

CHARGE: -2

CHEBI: 18307

KEGG: C00052

FORMULA: C15H19N2O18P2

PUBCHEM: 3467

CHARGE: -3

CHEBI: 17200

KEGG: C00167

FORMULA: C9H11N2O9P

PUBCHEM: 3405

CHARGE: -2

CHEBI: 16695

KEGG: C00105

FORMULA: C4H4N2O2

PUBCHEM: 3406

CHARGE: 0

CHEBI: 17568

KEGG: C00106

FORMULA: CH4N2O

PUBCHEM: 3386

CHARGE: 0

CHEBI: 16199

KEGG: C00086

FORMULA: C9H12N2O6

PUBCHEM: 3593

CHARGE: 0

CHEBI: 16704

KEGG: C00299

FORMULA: C5H11NO2

PUBCHEM: 3483

CHARGE: 0

CHEBI: 16414

KEGG: C00183

FORMULA: C5H4N4O2

PUBCHEM: 3675

CHARGE: 0

CHEBI: 17712

KEGG: C00385

FORMULA: C10H11N4O9P

PUBCHEM: 3925

CHARGE: -2

CHEBI: 15652

KEGG: C00655

FORMULA: C10H12N4O6

PUBCHEM: 4895

CHARGE: 0

CHEBI: 18107

KEGG: C01762

FORMULA: C5H10O5

PUBCHEM: 3481

CHARGE: 0

CHEBI: 15936

KEGG: C00181

FORMULA: C5H10O5

PUBCHEM: 3606

CHARGE: 0

CHEBI: 17399

KEGG: C00312

FORMULA: Zn

PUBCHEM: 3340

CHARGE: 2

CHEBI: 29105

KEGG: C00038

FORMULA: C2H7N1O3P1

PUBCHEM: 6353

CHARGE: -1

CHEBI: 15573

KEGG: C03557

FORMULA: C8H7O3

PUBCHEM: 3915

CHARGE: -1

CHEBI: 18101

KEGG: C00642

FORMULA: C4H2N2O3

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C656H1103N2O440P4

PUBCHEM: 0

CHARGE: -11

CHEBI: 0

KEGG: 0

FORMULA: C42H47N3O25

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C42H47FeN3O25

PUBCHEM: 0

CHARGE: 3

CHEBI: 0

KEGG: 0

FORMULA: C16H20N1O11

PUBCHEM: 0

CHARGE: -1

CHEBI: 0

KEGG: 0

FORMULA: C6H12O6

PUBCHEM: 4053

CHARGE: 0

CHEBI: 4249

KEGG: C00795

FORMULA: C8H13N3O4

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: phosphorylated version of C03373

FORMULA: C3H2O6P

PUBCHEM: 3374

CHARGE: -3

CHEBI: 18021 44897

KEGG: C00074

FORMULA: C3H4O7P

PUBCHEM: 3904

CHARGE: -3

CHEBI: 17835

KEGG: C00631

FORMULA: C3H4O7P

PUBCHEM: 3497

CHARGE: -3

CHEBI: 17794

KEGG: C00197

FORMULA: O6S4

PUBCHEM: 5169

CHARGE: -2

CHEBI: 15226 16853

KEGG: C02084

FORMULA: CH3NO

PUBCHEM: 3771

CHARGE: 0

CHEBI: 16397

KEGG: C00488

FORMULA: C4H4O6

PUBCHEM: 5189

CHARGE: -2

CHEBI: 15672

KEGG: C02107

FORMULA: C7H6NO2

PUBCHEM: 3847

CHARGE: -1

CHEBI: 30753

KEGG: C00568

FORMULA: C25H48N6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C25H45FeN6O8

PUBCHEM: 123851

CHARGE: 1

CHEBI: 0

KEGG: 0

FORMULA: C27H48N6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C27H45FeN6O9

PUBCHEM: 167864

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C27H49N6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C27H46FeN6O10

PUBCHEM: 0

CHARGE: 0

CHEBI: 0

KEGG: 0

FORMULA: C5H10O4

PUBCHEM: 4927

CHARGE: 0

CHEBI: 28816

KEGG: C01801

FORMULA:

PUBCHEM: 8496

CHARGE: 0

CHEBI: 28354

KEGG: C06257

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 6038

CHARGE: 1

CHEBI: 15927

KEGG: C03150

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA: C6H5O6

PUBCHEM: 135626273

CHARGE: -3

CHEBI: 62517

KEGG: C19806

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 0

CHARGE: -2

CHEBI: 0

KEGG: 0

FORMULA:

PUBCHEM: 8326

CHARGE: 0

CHEBI: 0

KEGG: C06056

FORMULA:

PUBCHEM: NA

CHARGE: nan

CHEBI: NA

KEGG: NA

FORMULA:

PUBCHEM: 4976

CHARGE: -2

CHEBI: 15987

KEGG: C01861

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2037

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2037

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3009

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3010

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0457 or STM1235 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM1473 or STM2267 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0227 or STM1067 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0227 or STM1067 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0227 or STM1067 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1067 or STM0227 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3674

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4403 or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4403 or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4403

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1195

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2378

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2378

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2378

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1197 or STM2378 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1197

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1679 and STM1745 and STM1744 and STM1743 and STM1742 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1800

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1746.S and STM1745 and STM1744 and STM1743 and STM1742 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4483

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4482

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM1473 or STM0999 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0207

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2838.S or STM3315 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3010 and STM1196 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1963

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3664

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2792

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1597

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2793

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1749 or STM2463 )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2018

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0232 and STM2366 and STM3379 and STM3380 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0371 or STM4275 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1220

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3918

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM0685 and STM2431 and STM2432 ) )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4122

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2992

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3795 and STM3796 ) or ( STM3901 and STM3902 )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3242 or STM2337 or STM1883 )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3795 and STM3796 ) or ( STM3901 and STM3902 )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3929

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2267 or STM0320 or STM0999 or STM1473 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3338

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0999 or STM2267 )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3339

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0309

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1196 and STM1193 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4120

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0158 or STM1712 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0158 or STM1712 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3468 or STM1303 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2577 or STM3583 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4275

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2645 or STM1517 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4273

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1463

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1198

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3469 and STM1824 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3747

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0488

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0488

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0488

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0165

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3939

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0488

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0051

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3113 or STM2409 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1340 and STM1342 and STM0206 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4130 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3185

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0483

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2933

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1232

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1232

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4366

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0683

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0146

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4358 or STM2450 or STM2991 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1209

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0444

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0146

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2991 or STM4358 or STM2450 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1800

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1209

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0444

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1209

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3710

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3078

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0444

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3173

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4121

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0207

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4176

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0533

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0534

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0154 and STM0736 and STM0737 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: STM2654

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0380 or STM0130 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1681

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4247 or STM1802 )

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2555 or STM0934 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0934 or STM2555 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2827

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4398

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0006

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3680

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3680

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0527

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0523

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0522

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3165 or STM0255 or STM1288 )

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4108

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0146

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0146

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1800

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3513

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3513

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3513

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3513

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3337

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3336

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0793

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3970

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4164

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2009

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1057 or STM0316 or STM4477 or STM2536 )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2536 or STM4477 or STM0316 or STM1057 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0999 or STM1473 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1446

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1724

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1724 and STM1723 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0795

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0088

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0088

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0416

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0102

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3016

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1522

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4294

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4296 or STM3086 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3086

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1477

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4123

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3290.S

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1909

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2355 and STM2352 and STM2351 and STM2353 ) or ( STM0890 and STM0887 and STM0888 and STM0891 and STM0889 ) )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3066

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3539

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4382

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2431 and STM2432 and STM4385 and STM4384 and STM4383.S )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1294 or STM0847 or STM3598 )

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3106

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0680

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3877

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1000

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1584

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0180

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4459 and STM4460 )

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0002 or STM4101 or STM4220 )

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2641

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2641

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2641

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2641

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4326

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0998

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1901

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0665 and STM0664 and STM0663 and STM0662 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4283

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1304

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1511

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM2071

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) ) or ( ( STM3869 and STM3870 and STM3871 ) and ( STM3864 and STM3865 and STM3866 and STM3867 and STM3868 ) and STM3872 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM4398

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3644

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3644

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0794

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1771

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2558

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3314

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1718

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4130 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1340 and STM1342 and STM0206 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1340 and STM1342 and STM0206 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4130 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0066 and STM0067 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0758 or STM4061 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3190

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4064

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1779

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1427

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1427

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1427

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1427

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2162 and STM2163 and STM2164 and STM2165 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2384

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4233

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( ( STM0621 and STM0622 and STM0623 ) or ( STM0059 and STM0060 and STM0061 ) ) and STM0620 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: STM0618

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1739 or STM0812 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0203 or STM1490 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4061 or STM0758 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3190 or STM3952 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1204 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2451

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4004

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0072

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0071

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0070

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0072

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0070

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0071

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2809 and STM2810 and STM2811 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4290

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2809 and STM2810 and STM2811 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4290

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0074

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0074

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0730

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0071

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2809 and STM2810 and STM2811 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4290

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2953

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0168

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0498

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0353

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2267 or STM0320 or STM0999 or STM1473 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3190

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3525

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM1686

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3161

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2430 or STM2440 )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2984

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3161 or STM1557 )

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0537

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0956 and STM0957 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2645 or STM1517 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0440 and STM0441 and STM0442 and STM0443 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM2183

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0661 or STM0051 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2122

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3113 or STM2409 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0980

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0980

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1803

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1463

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0488

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2409 or STM3113 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4236

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4398

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3013

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3947

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1954

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0222

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3195

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0797 or STM1489 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2121

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2183

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3113 or STM2409 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3829

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3612

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2670 or STM0760 or STM1347 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3740

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3113

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3904

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3904

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0598

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0596

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0064

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2489

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0087

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2365

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4090

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3206

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1058

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1058

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1163

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0416

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3295

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3486

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1358

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3113

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3165 or STM0255 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3646

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0423

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0049

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2276

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1900 or STM0137 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3668

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0140

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4567

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3997 and STM1807 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3997 and STM1807 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM3043

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM4323 and STM3915 ) or ( STM4323 and STM2649 ) )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM0607

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM1511

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4398

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1200

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1750

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4568 or STM4570 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2409 or STM3113 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3731

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0220

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0422

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3660

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3692

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3070

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1700

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3713

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3928 and STM3919 )

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3928 and STM3919 )

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3928 and STM3919 )

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3926

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2388 or STM3983 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1884

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1885

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1155

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1889

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2401

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1889

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2952

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0584

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2457 and STM2458 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2460

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: STM4109

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0840 or STM0842 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3787

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0403

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0464

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1350 or STM1818 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1350 or STM1818 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1350 or STM1818 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1818 or STM1350 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2947 and STM2948 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2141 or STM3068 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4085 or STM4415 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2976

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2977

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2974 or STM2916 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0489

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM4035 and STM4036 and STM4037 ) or ( STM1570 and STM1569 and STM1568 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1570 and STM1569 and STM1568 ) or ( STM4035 and STM4036 and STM4037 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM2408

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3190

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0594 and STM0590 and STM0592 and STM0591 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2199 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0191 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0191 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0594 and STM0590 and STM0592 and STM0591 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0585 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0593

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0191 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0168

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4285 and ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 ) )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0694 and STM4084 ) or ( STM3045 and STM4084 ) )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2947 and STM2948 ) or STM3979 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3407

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: STM0045

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2947 and STM2948 ) or STM3979 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0974

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0974

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4340 and STM4341 and STM4342 and STM4343 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4340 and STM4341 and STM4342 and STM4343 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: STM2205

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2204 and STM2206 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1756

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1468 or STM4300 or STM1469 or ( STM0761 and STM0762 ) )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3862

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1117

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3923 or STM2095 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0202

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4249

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4235

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3700

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2284 and STM2285 and STM2286 ) or STM3526 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2284 and STM2285 and STM2286 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2284 and STM2285 and STM2286 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0840 or STM0842 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0322

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0684

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1886

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0840 or STM0842 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3787

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1117

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2267 or STM1473 or STM0999 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3827

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2962

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0774 or STM2101 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0773

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4298

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3719

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3134

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1752 and STM2098 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2189 and STM2190 and STM2188 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3091

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3787

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1290

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2500

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1883

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2108

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2956 or STM3742 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2107

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2477

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM1473 or STM2267 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3861

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2555

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3740

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3538

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0472

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0169 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3512 or STM4482 or STM3541 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3534 or STM3514 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3514 or STM3534 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3249

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2960 or STM2961 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2962

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3535

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3722

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3718

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3717

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3134 or STM0161 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2189 and STM2190 and STM2188 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2433 and STM1203 and STM2431 and STM2432 ) or ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 ) or ( STM2433 and STM2431 and STM2432 ) )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3091

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3537

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3536

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4007

SUBSYSTEM: Glutamate metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0686

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0830 and STM0829 and STM0828 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0999 or STM1473 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0321

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2818

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1299

SUBSYSTEM: Glutamate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1525

SUBSYSTEM: Glutamate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3106

SUBSYSTEM: Glutamate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2362

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4131

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3330 and STM3331 )

SUBSYSTEM: Glutamate metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1777

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2415

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0665 and STM0664 and STM0663 and STM0662 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4283

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3746

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0517

SUBSYSTEM: Glyoxylate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4087

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3709

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2162 and STM2163 and STM2164 and STM2165 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3556 and STM3557 and STM3554 and STM3555 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2283

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2962

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4108 or STM3529 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2959 or STM2492 or STM3247 or STM0525 )

SUBSYSTEM: Glyoxylate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3247

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3054 and STM3053 and STM3055 and STM0154 )

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3646 or STM1135 )

SUBSYSTEM: Glyoxylate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3646 or STM1135 )

SUBSYSTEM: Glyoxylate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3692

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4273

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1620

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1620

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1620

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( s0001 or STM4087 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4086

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0261

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3655 and STM3656 )

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: STM4398

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2109

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3200

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3200

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0248

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0141

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2510

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2081

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4485 or STM3542 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2108

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3553

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2282

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3553

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2282

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3553

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2282

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3553

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2282

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3553

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2282

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0423

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3702 or STM0872 or STM1433 or STM1165 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM0491

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3113

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3139

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3139

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3597

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3551

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0956 and STM0957 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0848 and STM0849 and STM0850 and STM0851 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3095

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2193

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1711

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3913

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2956

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0317 or STM0170 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3747

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM0999 or STM2267 or STM0320 or s0001 or STM4016 )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2388 or STM3983 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3983 or STM2388 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4234

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0171

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3983

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0439

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3721

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3716

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3712

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3711

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3723

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3714

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2147

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2403

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0393

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2072

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2074

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2522

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2354 and STM2352 and STM2351 and STM2353 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0150

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3938

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2146 or STM2435 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0832 or STM3960 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0183

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0518

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1135 or STM3646 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3646 or STM1135 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4101 or STM0002 )

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0003

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4182

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2073

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0317 or STM0170 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0999 or STM1473 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1238

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: STM2310

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0595 or STM2310 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0597

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4184

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM4484

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4484

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4482

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2075 and STM2077 )

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2074

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1725

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3903

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0046

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4176

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2511

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3390 and STM3391 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3279

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0051

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0491

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3113

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3039

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0049

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0112

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0110 and STM0111 ) or ( STM0329 and STM0330 ) )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0110 and STM0111 ) or ( STM0329 and STM0330 )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0113

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3909

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3909

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2378 or STM1197 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1193

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2389 or STM3982 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3982 or STM2389 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2389 or STM3982 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2389 or STM3982 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2389 or STM3982 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3982 or STM2389 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3982 or STM2389 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3982 or STM2389 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0988

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3316

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1772

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4386 or STM3675 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0706 and STM0705 and STM0704 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3880 or ( STM1695 and STM3409 and STM3986 ) )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3457 or STM0086 or STM1771 or STM0866 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2301

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1680

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM4108

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0316

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2973

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2167 or STM1647 )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2167

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3903 or STM4248 )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0648

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 ) or ( STM3560 and STM3561 and STM3563 and STM3564 and STM3562 ) )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1435 or STM0235 )

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0229

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0506

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3961

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1511

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0234 or STM2559 )

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3040

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2355 and STM2352 and STM2351 and STM2353 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2200

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3066

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4046

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4050

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3694

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM3694

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM3692

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3686

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2378

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM0999 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4183

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM0472

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4229 and STM4228 and STM4227 and STM4230 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2433 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4231

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1467

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3787

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1830 and STM1831 and STM1832 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0370

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0368

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0369

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1196 and STM1194 )

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2533

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0122 or STM0640 or STM0190 or STM3493 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0190 or STM3493 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0122 or STM0640 or STM3493 or STM0190 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0637 or STM3300 or STM0863 or STM2062 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0637 or STM3300 or STM0863 or STM2062 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0637 or STM3300 or STM0863 or STM2062 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0637 or STM3300 or STM0863 or STM2062 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0637 or STM3300 or STM0863 or STM2062 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3300 or STM2383 or STM2168 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3300 or STM2383 or STM2168 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3300 or STM2383 or STM2168 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3300 or STM2383 or STM2168 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3359

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1566

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM2472

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM2523

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2929

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4299

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1522

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2930

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3090

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0246 and STM0247 and STM0245 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM2267 or STM0320 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4188.S or STM3965 )

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM4408 and STM2649 ) or ( STM4408 and STM3915 ) )

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1291 and STM2649 ) or ( STM1291 and STM3915 ) )

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2155

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0246 and STM0247 and STM0245 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3952

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1076

SUBSYSTEM: Methylglyoxal Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2546

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0158

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0401

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0401

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0401

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0401

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0401

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4582 or STM2988 or STM2831 or STM1799 or STM3112 )

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3514

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3514

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3514

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4061 or STM0758 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3190

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0840 or STM0842 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3685 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2408

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3724

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3724

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3715

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2443 and STM2442 and STM4063 ) )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0182

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2531 or STM0190 or STM3493 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0190 or STM2531 or STM3493 )

SUBSYSTEM: Murein Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0207

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0542

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0542

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4105

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1160

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4120

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2427 or STM4166 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1211

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2316.S and STM2317 and STM2318 and STM2319 and STM2320 and STM2321 and STM2322 and STM2323.S and STM2324 and STM2325 and STM2326 and STM2327 and STM2328 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM1211

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM1211

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM2683

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3179

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM3179

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM3179

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1310

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4126 or ( STM1480 and STM1479 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM1004

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1806

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0039

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0488 or STM2526 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0488 or STM2526 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0488 or STM2526 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2526 or STM0488 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2526 or STM0488 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0488 or STM2526 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2526 or STM0488 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2526 or STM0488 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( s0001 or STM0463 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2840 and STM2841 )

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4061 or STM0758 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0645 or STM4580.S )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0757

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1293

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0645

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0145

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1765 or STM3476 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2256 and STM2259 and STM2255 and STM2258 and STM2257 )

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2255 and STM2256 and STM2259 and STM2260 )

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1580 and STM1579 and STM1578 and STM1577 ) or ( STM1764 and STM1763 and STM1762 and STM1761 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1765 or STM1576 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM2267 or STM1473 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2556

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2556

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2307

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2332 or STM2927 or STM4559.S )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2927

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2927

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4249 or STM0494 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2332 or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4559.S or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4249 or STM0494 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2927 or STM2332 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2927

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4249 or STM0494 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2332 or STM2927 or STM4559.S )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2332 or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4249 or STM0494 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2927

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2332 or STM2927 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0494 or STM4249 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2927

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4249 or STM0494 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0659 or STM4349 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4584 or STM4349 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4584

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4584

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4349

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4349

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2954 or STM0137 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3103

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3103

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0137 or STM2954 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2954 or STM2295 or STM1301 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2954 or STM1301 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2954 or STM1900 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2954

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2295 or STM2954 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2954

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3103

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0208

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0208

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3474 and STM3475 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4277 and STM4278.S and STM4279 and STM4280 )

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4277 and STM4278.S and STM4279 and STM4280 )

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1884

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( ( STM0970 and STM0973 ) and STM2646 ) or ( STM0970 and STM0973 ) or ( STM0970 and STM3241 ) )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3305

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3983

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0977

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2276

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3970

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0112

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0671

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1707

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3057

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3978 or STM2356 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3972

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3114 or STM0701 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2355 and STM2352 and STM2351 and STM2353 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM0999 or STM0320 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM0999 or STM0320 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3733

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM2309

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0386

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0181

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1710

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0125

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2946 and STM2649 ) or ( STM2946 and STM3915 ) )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2946 and STM0872 ) or ( STM2946 and STM1165 ) or ( STM2946 and STM1433 ) or ( STM2946 and STM3702 ) )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0152 and STM0153 and STM0154 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1448

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0091 or STM0163 ) and STM2578 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2370

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3635

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3635

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4062 or STM1326 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4062 or STM3257 or STM1326 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0970 and STM0973 ) or ( STM0970 and STM3241 ) or ( STM4114 and STM4115 ) or ( STM0843 and STM0844 ))

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3294

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3062

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4221

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3069

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0785

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3482

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3704 or STM4585 or STM0772 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0698 or STM2820 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0984

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0420 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0420 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0420 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0420 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0420 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0420 or STM1710 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1945

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2254 and STM2253 and STM2252 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3903 or STM0998 or STM4248 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1338 and STM1337 )

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0568 or STM0150 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3589

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3855 and STM3854 and STM3856 and STM3857 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3957

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2146

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4139

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3382

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0935

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4414 or STM2502 or STM2927 )

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2927 or STM2502 )

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3242 or STM2057 or STM2337 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1125

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM0999 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0372

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4119

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM3730

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3500

SUBSYSTEM: Anaplerotic Reactions

 FLUX_VALUE

GENE_ASSOCIATION: STM3742

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2501

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM2501

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM4569

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4569

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3730

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2669

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2667

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3987

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3987

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2554

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1349

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4175

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2499.S

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1725

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2078

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2487

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2078

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2565

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2076

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3630 and STM3629 and STM3628 and STM3627 and STM3626 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0242

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2809 and STM2810 and STM2811 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1125

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1780

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2267 or STM1473 or STM0320 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0978

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4348

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0977

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4578

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4249

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2652

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2338 ) or ( STM2047 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2338 or STM2466 )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4249

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3725

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0700

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3218

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0877 and STM0878 and STM0879 and STM0880 ) or ( STM1226 and STM1225 and STM1223 and STM1222 ) )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0700

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4570

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4570

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4570 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4570 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4570 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4570 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1448

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2435

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2435 or STM1450 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2435

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1888 or STM1378 )

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3968

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3180

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM3180

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0756

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0840 or STM0842 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4249

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0045

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1426

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0417

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3885 or STM3793 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0103

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0101 or STM4388 or STM3677 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3720

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2817

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3882 and STM3884 and STM3883 and STM3881 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4046

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4047

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4050

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4045

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2277 and STM2278 ) or ( STM2807 and STM2808 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2277 and STM2278 ) or ( STM2807 and STM2808 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2277 and STM2278 ) or ( STM2807 and STM2808 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2277 and STM2278 ) or ( STM2807 and STM2808 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1165 and ( STM2807 and STM2808 ) ) or ( STM3702 and ( STM2807 and STM2808 ) ) or ( STM1433 and ( STM2807 and STM2808 ) ) or ( STM0872 and ( STM2807 and STM2808 ) ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0694 and STM4452 ) or ( STM3045 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM3045 and STM4452 ) or ( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0694 and STM4084 and STM4452 and STM4451 ) or ( STM3045 and STM4452 ) or ( STM0694 and STM4452 ) or ( STM3045 and STM4084 and STM4452 and STM4451 ) )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3483 or STM4080 or STM1617 )

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3063 or STM1933 )

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0310

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1306

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2934 and STM2935 )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2835

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2431 and STM2432 and STM2832 and STM2834 and STM2833 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2483

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3468

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3683

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: STM1297

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM0588

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3699

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3802

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0963

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: STM0963

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2970 or STM3243 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3225

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2194

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM1307

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1305

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2309

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3477

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3477

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1359 or STM3401 or STM3859 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3487 or STM0388 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM2267 or STM0320 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1303

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1502

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1502

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1226 and STM1225 and STM1223 and STM1222 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0166

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4055 or STM1431 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1440 or STM1044 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2791

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2305

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2306

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3614

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0732 and STM0733 and STM0734 and STM0735 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0738 and STM0739 )

SUBSYSTEM: Citric Acid Cycle

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2947 and STM2948 )

SUBSYSTEM: Cysteine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2441 and STM2443 and STM2442 and STM4063 ) or ( STM0781 and STM0782 and STM0783 ) or ( STM2441 and STM2444 and STM2443 and STM2442 ) )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1067

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2473 or STM0007 )

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3983

SUBSYSTEM: Membrane Lipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1235

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3924

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3925

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2094

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2096

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2097 or STM3922 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0985

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3043 and STM4323 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4323 and STM0607 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1480 and STM1479 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM0213

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( ( STM0609 and STM0608 ) or ( STM0609 and STM0402) ) and ( STM2649 or STM3915 ) )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3113 or STM2409 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0108 and STM0107 and STM0106 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2555 or STM0934 )

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2555 or STM0934 )

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3708

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3244 or STM1826 or STM2971 or STM3905 )

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0004

SUBSYSTEM: Threonine and Lysine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1333

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0832 or STM3959 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3243

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3225

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1473 or STM2267 or STM0320 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3076 or STM2474 or STM2341 or STM2340 )

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3076 or STM2474 or STM2341 or STM2340 )

SUBSYSTEM: Pentose Phosphate Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3823 and STM3822 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3823 and STM3822 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1750

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM4568

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM3001

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1208

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0419

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4163

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4081

SUBSYSTEM: GlycolysisGluconeogenesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0619

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM3915 and ( STM0958 and STM0958 ) ) or STM2649 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM4453

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1929

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1928

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3603

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1796

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2433 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1727 and STM1726 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1727 and STM1726 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1727 and STM1726 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3481

SUBSYSTEM: tRNA Charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0150 or STM3279 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0519 or STM3248 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM2441 and STM2444 and STM2443 and STM2442 ) or ( STM2441 and STM2443 and STM2442 and STM4063 ) )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0781 and STM0782 and STM0783 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2267 or STM1473 or STM0320 or STM0999 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4249

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4248 or STM0998 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1449

SUBSYSTEM: tRNA charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1937 or STM0150 or STM0568 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0226

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0123

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0494

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0494

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3921

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3920

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1196 and STM0228 )

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3307

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3862

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0128

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0126

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0129

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4137

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1710 or STM0865 or STM3205 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0221

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0865 or STM1710 or STM3205 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0776

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0494

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2080

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2299

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0494

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM2297

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0494

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0775

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0515

SUBSYSTEM: Nitrogen Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0124

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0134

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2299

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM4416

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1800

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM4416

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0980 or STM0218 )

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0999 or STM1473 or STM2267 or STM0320 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4248

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2298

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3936 or STM3477 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM3937

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2498

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2497

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0528

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM4087

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM0218

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0661 or STM0051 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2122

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3113 or STM2409 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0413

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0535

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3903

SUBSYSTEM: Valine Leucine and Isoleucine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4475

SUBSYSTEM: tRNA charging

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3560 and STM3561 and STM3563 and STM3567 and STM3562 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3665

SUBSYSTEM: Alanine and Aspartate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4387

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3747

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0317

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM0051

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM2421

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3661

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3661

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3660 or STM0103 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0103 or STM3674 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3671 and STM3672 and STM3673 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM0042

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3576

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0758 or STM4061 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3190

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1891 and STM1893 and STM1892.S )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Folate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2543 and STM4162 and ( STM4159 and STM4160 ) and STM0425 and STM4161 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0426 and STM0427 and STM0429 and STM0428 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0431

SUBSYSTEM: aminophosphonate metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0432

SUBSYSTEM: aminophosphonate metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM1107

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1098

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: (STM1098 or STM1099)

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1099

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1103

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1102

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1104

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1101

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1105

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1106

SUBSYSTEM: 4 hydroxyphenylacetate catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2037

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2040 and STM2041 and STM2042 and STM2043 and STM2044)

SUBSYSTEM: 1 2 Propanediol Catabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2040 and STM2041 and STM2042 and STM2043 and STM2044)

SUBSYSTEM: 1 2 Propanediol Catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2052

SUBSYSTEM: 1 2 Propanediol Catabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2051

SUBSYSTEM: 1 2 Propanediol Catabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2025 or STM3477 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2023 and STM2022 and STM2021 and STM2020 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2023 and STM2022 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2024

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2027

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2029

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2028

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2032

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2026

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2031

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2030

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2033

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2035

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2050 or STM1718 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2467

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2019

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2058

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0644

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2034

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2017

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0643

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2018 or STM1208 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1718 or STM2050 or STM2467 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM3713

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2088

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2082

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2085

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2086

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2087

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2105.S or STM2084 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2104 or STM2083 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM1332

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM2092

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2091

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2090 and STM2093 )

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM2089

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0594 and STM0590 and STM0592 and STM0591 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM2774

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2774

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3333

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3334

SUBSYSTEM: Nucleotide Salvage Pathway

 FLUX_VALUE

GENE_ASSOCIATION: STM1627

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1627 or STM1567 or STM1749 or STM2461 )

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1627

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3909 or STM0434 or STM2573 )

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM0628

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: STM0628

SUBSYSTEM: Lipopolysaccharide Biosynthesis Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1792 and STM1793 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1792 and STM1793 ) or ( STM0740 and STM0741 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: STM1582

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3261

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3257 and STM3253 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3137

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3137

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3135

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM3136

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0054 and STM0055 and STM0056 ) or ( STM3351 and STM3352 and STM3353 ))

SUBSYSTEM: Pyruvate Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0057

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0161

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0689

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2786 and STM2787 and STM2788 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2786 and STM2787 and STM2788 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2786 and STM2787 and STM2788 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4456 or ( STM1255 and STM1256 and STM1257 and STM1258 and STM1259 ) )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3258 and STM3259 and STM3260 and STM2431 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3255 and STM3256 and STM2432 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1326 or STM3254)

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3506 or ( STM2861 and STM2862 and STM2863 and STM2864 ))

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2861 and STM2862 and STM2863 and STM2864 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1383 and STM1385 and STM1384 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2065 and STM2064 and STM2063 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1383 and STM1385 and STM1384 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2065 and STM2064 and STM2063 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1383 and STM1385 and STM1384 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2065 and STM2064 and STM2063 )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2548 and STM2549 and STM2550 )

SUBSYSTEM: Glycerophospholipid Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4456 or STM3763 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM4167

SUBSYSTEM: Cofactor and Prosthetic Group Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: STM4066

SUBSYSTEM: Purine and Pyrimidine Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM4467

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4469 or STM4465 )

SUBSYSTEM: Arginine and Proline Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0532 or STM4466 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: STM2399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM2399

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3240 or STM1826 or STM2971 or STM2196 )

SUBSYSTEM: Glycine and Serine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3355 and STM3354 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3952 or STM2783 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM1318 or STM4106 or STM1731 )

SUBSYSTEM: Unassigned

 FLUX_VALUE

GENE_ASSOCIATION: ( STM2667 or STM2669 or STM1269 )

SUBSYSTEM: Tyrosine Tryptophan and Phenylalanine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM1002

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0719

SUBSYSTEM: Cell Envelope Biosynthesis

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM2847 and STM2848 and STM2849 and STM2850 and STM2851 and STM2852 ) or ( STM1538 and STM1539 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1786 and STM1787 and STM1788 ) or ( STM3147 and STM3150 ) or ( STM1538 and STM1539 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: STM3356

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM3250 or STM3697 )

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4100 or STM3624A )

SUBSYSTEM: Methionine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4325 or STM4301 or STM3599 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4301 or STM0627 or STM4325 or STM3599 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4301 or STM4325 or STM3599 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4325 or STM4301 or STM0627 or STM3599 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM4301 or STM4325 or STM3599 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM1599

SUBSYSTEM: Murein Recycling

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM1499 and STM1498 and STM1497 and STM1496 ) or ( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0964 and STM0965 and STM0966 ) or ( STM4305.S and STM4306 and STM4307 ) or ( STM2528 and STM2530 and STM2529 ) )

SUBSYSTEM: Oxidative Phosphorylation

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0866 or STM1771 or STM1556 )

SUBSYSTEM: Inorganic Ion Transport and Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0787

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: STM0788

SUBSYSTEM: Histidine Metabolism

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0364 and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0364

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM0364

SUBSYSTEM: Transport Outer Membrane

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM: Exchange

 FLUX_VALUE

GENE_ASSOCIATION: STM3792

SUBSYSTEM: Transport Inner Membrane

 FLUX_VALUE

GENE_ASSOCIATION: STM3793

SUBSYSTEM: Alternate Carbon Metabolism

 FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM: Transport Outer Membrane Porin

 FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2440

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM1341

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM1101

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM4433 or STM4425)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM4421

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM1316

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM4420

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1106 and STM2289)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM4424.S

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2949

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2949

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM4580.S

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2232

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2087

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2086

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2085

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2082

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM0690 and STM0691)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM4290

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1314 and STM1312 and STM1313 and STM2431 and STM2432)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0757

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3926

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0689

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1383 and STM1384 and STM1385)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1383 and STM1384 and STM1385)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0399

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2298

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2662

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ((STM0694 and STM1651) or (STM3045 and STM1651))

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM2016 or STM1221)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3713

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1332 and STM2079)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1332 and STM2079)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1332 and STM0589)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM1332 and STM0589)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3926

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3243

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0003

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3927

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2776

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2776

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2776

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM2199 or STM0585 or STM2777) and (STM1737 and STM3159 and STM3158)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: s0001

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2777

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM0594 and STM0590 and STM0592 and STM0591)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775 or STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3186

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2773

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2773

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0320 or STM0999 or STM1473 or STM2267 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: (STM0837 or STM1215 or STM1375)

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0047

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3002

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2016

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM1105

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3828

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0586

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2775

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( ( STM0585 or STM2199 or STM2777 ) and ( STM1737 and STM3158 and STM3159 ) )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM0791

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3051

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM1160

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0194 and STM0192 and STM0193 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM3979

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0666 and STM1377 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: ( STM0666 and STM1377 )

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2391

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2392

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2392

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2393

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION: STM2393

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE

GENE_ASSOCIATION:

SUBSYSTEM:

FLUX_VALUE cobrapy-0.23.0/src/cobra/test/data/textbook.xml.gz000066400000000000000000000407721417337024700220220ustar00rootroot00000000000000qVtextbook.xml}ks8;3qeAv k۶tmޮ%Ҕ,.ϯ_z$eZJX")L pd"?׏^`8_?ւ~+lwOg/?ۢ[Z|ǃϏOQzA$?ȇZ/! Ͽ|T E}XaZ0POIw썂KszϣaZ3?ǟj{_Ak#%߯_>ZLuX8-?:-?/sZϽɏLMR|ϳSno?uht\R=0x|춺ϜŨ泗7ChF?G;d!i0T>h6B+|6c3}*>9_?IHqtroÓm?xoGś}/3Pgy? ^>z+|7nO_bPG¢2Gaoe= ~VMz͡ٷ MGג k_N"HNTɬB9{/z+:ٯ;^cxOcFGW|2Mnɰ,X}dݧ}T88J [/9h =tN.>} G>Her):}<.N?!L$=f/1 D;<Āq4G#)989;>'G0 rZv49|Y(矏 ipye fмE5%шdUzt_xzЂt t $x  X|Ap5T1">OD/(V4zMTS``b3lBP4MP|nM0d|l5.Aи>\6EJ}_*x? G2 d"lKaə rDlc 3$ bp>,I3υ V!PJ1xj-9HqI$Q7#2Z9Jx pq% Px Д ީ$|A pEρO(0t(J C'J>3 @voUa4zޫnUW*]E;zR{gwe3po@C+Ik)sx7=ñHƸ;brw.>H抙|܊7m7_7qn%n[bq>>9Hb#!b^V g ` ` Ao _({(̓S}D$)B>;{wHwJy`O3@Dl{8y::D r;趟HfeL01㛤&1*>OD g*)I1&P *lBVhY[BPg:+Y uVBPg:+t +kkǡvyikuǢeuT"k_BYCC'Mcސ.CX@ԛA i!CLP ur%3P$6P0Cye~x %p 1PCq 1P 1VLP^zIx'6+KeײeZTSSq |NPxIKLY"t0!<Υ 2?#F 9ˣlDl$Rrj}.WL =N3Zֱ` 'K.ꎼZ79q;.び98Gij=yde-Æ I$Nݰ2s q8oX'ɔTLp&w"“ؓ{)P3,1& تЯĀ`@R4RJ*Ax7p!L۫R\ Lm˦RmچԠ PaMk{GJKibBՑI)D&- q^& yZa#>^y"6?ԐQBH89g>IO1Ȁ;4 *|6}3 Pd 0CreMAЬ-/ nKīzqSo4m3`un^.K ;6zvW?zw|s|wĴ) rť#BgXI 4YC|[M [ C+aδHGS1֧̄ iR_qj3I# [ $Hf6xD2K ʱJK Ku,ձTRKu,ձTRK5RW(a[!(U?jhKQEC)B)"VR|qh$|C'Z@ dHT"% p2<7@<|CH%uf; י%dHA@ ZĈ%țe&[0&K&2@"z:l6B&]UJ4K[u%RثAm,/M/d?i)Vf5gD)VY 9&D>`αBr95s؀0#3u~~S"Đ\j&f[ 羙cib0y e1ouKb~@7"2V>Jh-_:JOpV.%E #*H' "l2` zvH mӨ4Ђ9K 2o`DpÞ.#3]`jkb1@5vL>up ش*D.@j$̄(6Q t6c+ nS3%F A!Y1>$exNۨ!u駓Qm3$FͧwۗS LG}0R*}O5]=i B'dwEB5&^sdj`ɱ8!T"K2m:1q؂}@;FA/Pnn^J8㻎:㻎:[=ҷ$ ~yjiڻMR|AIܵT׵ԂKOTR{5ׄ?'Th﬎Q, H u3`Id *Đ Fqq|J˸3 GAyjvf]Hj;Ng*:vwqS=Xi=ACKeP;"m$Gs ]Dr :'t'1ғ|l#piF7 S>HA,Ԟ!Sqy<6;Kv64a/Ef7lC.D6R6jh ~UyX9/%Ex˨E)}[1U'cL>?$,CLs^:^pF#<^$#Jn2"H8 ӥ*Rr`/ ^cfjjuֱZjuֱZj>ԉ$&gov..0+NԧSRi ~zr ~z@KwÄr#G2[#*9|g: MmqrGjNR /Dp^ 4٥hsA XU;U;ʧV-E 1iVg:)&Wm t}O(OT%}AMN`÷*O#lb1JNW'͡tްiCRgdBM'π^ǯWP0=Rs0eSG<+pI5|;@J[7_>"V06C(6lϐVFOVayM{J;MZk*={Z{ONV˓H0Xw=L&F+?t|kN#>7 c:e˔ (xnL58pLg+0&cu-Md,bJtDEb_bfF,t r,KLre@.ra*90o"q H>ʙu`Q@b6kGߎ(B`NZhʹYEP<Oqvz)vb)vb)vb)vb)vb)vb)vb)vb)vb)vb+=+rN\-uap>M~ U40{`ap3!cJ $`ńoQ2•4TeQ)d`~%& xz2!ׇITqjuRu5:d NHk,`afÔ nfc`ƕ4cabFǞKzxL_/ Ȅg/Y|׌ j4$"+Cf0lee4i4R]ItPMDk*0$20y~) l܇b8 88qp2fOktԻ,YKNH V疡bN*&Qm~%=!p28ANrp >  Jkq$p8p}^n+wY[ )t=a$|Aĵc !t^* /b֮Sgpe᤭k`k!HThJ ?)>o@Dÿ< Ö@ 3%0(|Q b\E(F2p 5 U T=5COwk^m'Kkp>%PIPF ^dO(3wLT{UVLQ8a2ij)CbZ,b̴oaZN8tSbcc%>5i @VT7uOZØJ+ho|>cLnl S|7C,XߌP= uL}ŹdJ$f a@.ǒ)cuWYKF%Ȕ)t^W)jlp =ȐȊ& Obt[= Md*2 wZg `=H*ؖ%2H BA)cL!Ȑ\lV!IAY`S@~w2*7lԦ]fG$Qm+Tܹp ;N_*SI{ ,߀Ln@0 W(| |!z- Kp'3R){ %G"9HN8dxO]s;E21 ͘ɕatfКh-nJ"9HӸ>(c܄? 301SQPd9Fyn'l6] Cv;6]c)pn'vrn'vrn'vrn'vrn'vrn'vrn'vrn'vrnN!Y;ɪi˺('TnVl'J;Bʩڻ_|<H1RO2hK$Jd[)x9Q2Z %Kf@Oo[(2LHT2Co)3a(܄ H]3aPbo1W N4 yIPhr~HI g8&0q3La g8Ġalhf+;nڴ(AtBm4ݗ/pϮ^,?2(=F Hq)06 e^&jnq.$a%xإx2>1<_3M_a |L]Ȍ}G uss0:|0;91Ȟʳةo$**eؐ[wt-i$|à/=5w$4D2j:#6!=m_/n_8SC>\!mJ<1C܀LUC7h+&MuFN2y/ LA<\ow}w 'wW3 _sԧ€u,}/0đd Nd1i#LC@i) )&2QL)"37 Rl$ Sizù" 5Q̐s'l`< ?T5 ^u`^yyyyyyyyF/Õ` kpq5SGɄTs2tTa=U#y/2f u(ffŸ 1WB&F* a7ġ@i* ^P rq(ǡrqPK7ׇn?Jlx愩 2LHY>r]>||whd`?d )‡ SCRtީw}GA{P#Un?JCV48ĺ~{d!Gyb(' N0"a0 D\S`G (2@BoW e]y\DS l6T+# $RKPIo9Y>ʒ,f$e: (9;IE[R, 6h`0G!m2JJ48Ի=;_5^V Ӹ.oG[ϕ|茀I2Mh*Nx Hȥ0qLLCA@r̍w|`j_ݾNfl̾cٌT[Gc#_ON10KydH ^h!p/@`<x /Onōxi#z;1SM0Oj1J1FZ&L}SkI^YD3fUz\ 찉t:޴bD:pDiGvDiGvDЉt}/=$54-kTRF1W[^a)mWR1UGoŤvյUWf5Dz5.6pqj5&7X1Un5aj`qIuŕO%e=WҲWj{j$[I1Um`!Ξ!߆m ,KItQ+SQI븴,%5Y%0&kye*ӸQ UMq\rI W{QIu25\*2T91T@3j\_H%eV#V㱾$ηpEdV#V㩾T{5*KVȬFjFQmM,Y~f5jFWx5R,m8OՈ-\ښZZef5Jm5QZeʬF/jTFUmH8ĐeN j|ێcjbjԽH~^j&Dر4l5>FC(rye! GW>%],%ڻ AϗW lH?\\T%wTVAzT9ϧV`)2]/})l8p͒DZHUR1-e R.ݲ rZ 3 G9"Җf66So[s`&=ʩd RHWfp]) Wʪ̵Z^yj6|rmz =>ɬFƓ+fdQMV]3&tvdᔥҲdFdVU YxtQ{{}+^"^B{d 's.̾9}ҝ`[fbzLsI@;A;B&*DNZ\jes?|їW磖 ̉}f>foQNJ>5evgGp$T#]NG*u$R;m^^[}- 6 :=(#sZw~.̫JLʞQik|qe,d,,d5JYXnLnUĤ Q;ԥl5;iOnT5kIKV#'ryeO$m- +g\k W5Ƶrlc\1U/ڔۑD]XH,\6ޑgҷ"f!+^6 =iqe&NG0ſS\LZ|=oye!SWN~ ΜVv3R.ke(2;, J=2 M壒Cd!2meK)"SY$SBq)]Le*igॿ"W\\Y*;] SCO“2$=H֯eeKu]z(3F?eY&븴,4YK˒YRU~M,R;fKuUx潸&무,E4YǘYR_ߋfދjJQ%tkvqeViq)}2(?kqruq$Җ vkgpc}5R Wc0"Ll>?p2E{u*|VZ-eu2qZMr fОQ%)p$GKgSliye.w\ZޫW^vBZ8ذt.lTv, S|3&봬cd|/錪S7*KT-Id'V)ݰ"ݶ*^i$EH&>ʖ :M]\)A@LRՒ"Y%M,/r*\Wf-`@TէҮH֧2CM/깅WSoG TWam}/鮔w`rZ讔vW"[Ґ/sz?>ia?*w%,FӪŕYݩɸlfSϚ^)SV6A>DpfW׫,,Vx0'=.cJ{̨25e ݑ27XX\IH; tBj\PMR,)?N2!4iƧtH^XXTN$[[pfcm-RQI?#Z;ϷpN¾%DeVV㩾ҕv$8CUqvqe!Kc8 s;%h9Mߎu5hw.2FKUWfbLu{Ѹx8?V<Ŝ<]=6GRzlFZ7'ǗC"q8~^G@:/0ſ?}"W soS8G?‡a<6'a65w>v2:`vrz7y4Z`t<à jhķ͗_>\7[ъoEaՉ=_~o W)MV@6+ugSvhZo ֞^]Rg3^b9%rm.7Ŋ㦖Rj^mlQu=>TPlfʻ2(}pZQdksj.|?`#^mut&i& QSH),COې,*CY2{6*9.ؠ7MDx*dȢYIdEEMOjT4kM|~&ޱbTu~:v=nK`4/ONɏ5^+==3 w>GrY 2DNG`-Dci?|Ec&7>Be5ָnkn'aHJ-$R6W S e;7UY)o/kVݏ!;{5nA t$1Q1~PnzHDžA/j^<{@d]$B? 3}'Zq`!AҜroxZlitVOΔq-a~^eݖn;RK]LO6GV؋PL ͵ÿHA?gwܩ_r<٣.>S'G̫йhZ_ir+ZI'9: R~oꣿ U XTm>|H$d+/KFj/sIdQeJkX. 3A~DDnfnGm^x/I6b_y}JA![_ImWe9>O}11\Kf|'uU2+IIWTdz*Lt@H DMէNnX Q jn^2Ƙ[? ?(0 _yb"IivtXVgC-m&'~jd~:џIvhTГXRNߊ$uD7qd8EJnq=dmu>9e\d֋w-nb@#g:q>"l:\{ t$l`]aWɍR+ήDֈMJw[T9#z}k g;Jilk,,nX%\E5*lv'W<@{Eõs8|^Bg==8 oh~ 8݀5G{p*d֪lM7{Wޚ 66b*!cwC,ِ[P~YgO;ֽ8 oh~->ʻ8xomsx6^5DtoɼUx ٚ~>2n KcX_3{4i{qكs niΦ»0pa~t\BgC7bsF31wxv*׷7=؃~Nv~O=*t:%HɍUHO5\'j3p`A,|wV6ggԿoi؝%/;tMrZD: dr 9{_QUئHb_v7!q ù}og!pܵ[{C8X9n^&cO7BZ<7UF.K 79y^J>YųdgYܧ&G 7Eu4m5/Z{W_,RSZ) za:=V !r2s}r n -UXD|Z?/D4;UV;bTv"3L6XmŻp|WGA|v葈_h;xz'SmNpM{tx#M.7&\4N/ֵ}2<8i7 XBc@9 |7ͽA{GQl0SS}NLqt5GKp"!pSe^wgAi|\Je/Ojs:9,ivZBXD͟Ej1_O_J Nj>>m=APSiւ[͠'b.p'񓿯%|fWY3b uumصnG8M"޾ 1O9utrmqRځ+r]sǵ'dn* jMVVD)y7֧؍bxT;BSCdAXF6GIӋbɌMGs٩2*Fo-"1b16 ^jA/ӀTBcMM ;|  )빌~uFނ bq_6ψXi`*`@0A lX=w}k<5:sR(<8gSa,bk ~pOdt:>wȞU ėϑ͋D-ś?+n1WRl\-%[<˶xv]zN3=/.8YHp$Sm ZA~E6n D>om D闄t<`ka\-CR؟HrEOO?~{Q gKd*E|ŷ♗[$ိ٩0ůo-dP-$r./xC^?F6 4!lBiodYKu.7vGϲ-p6>z%a~+N䪕hjVw"KK|+;>Kgo|†%;E4>_ sn y ~YmtcšR<>~TlltnD&j^*X89MmY%OxS[-VQŇ"MN5} &;v$ ;6-EVԥq f T;tnw+d7aچY{@(":W˜oq0R_Zqge1CuBī78W'ījC╽H^gS_[)UTPyok$9iܗW:[/t+zYP~qB嗊 nuZ[j͓)S; hD"R>?^z:S9={2Foqy ,Z랪rGƽ_7DC킕͔T2{^2 Q{FkHqH[;I!,nWyc5%>f+g=%S]驲u4FKj6/Lʸ _ˤ89G~O1w>b'-rndm!jXG >JC|<0cs@~#L4ΊAj}QP+9 lVi"R,ųSaP_ZHNtݏɎ [O0vQe-iDBRm8m~lV܈ڼp#C n7Ѥ抩934Z*-;b-طAۜ*ǻiOέ7QNOfjF;9>\I+LJto[zw-TZGp5%:*hrP{+W'χ^eeYų[ l=}]?-eNK; !8ǧ /?j Ū jx.\DGXϺLW,6*Bu]b1 C=S! +Mn$(-`;l[9&6暴..N]ּZK_Tso<7Uݡ`ȷr3dZ:@dDwBï8Kʓ)/ TY/hff "N ]EQybEehPe^E]RqԵû uK8/qܡ[Qw]x؍0^Is))w6`;A5;֍jԔEW(Y//$/[cobrapy-0.23.0/src/cobra/test/data/textbook_fva.json000066400000000000000000000062361417337024700224050ustar00rootroot00000000000000{"maximum": {"ACALD": 0.0, "ACALDt": 0.0, "ACKr": 0.0, "ACONTa": 6.00725, "ACONTb": 6.00725, "ACt2r": 0.0, "ADK1": -0.0, "AKGDH": 5.06438, "AKGt2r": 0.0, "ALCD2x": 0.0, "ATPM": 8.39, "ATPS4r": 45.51401, "Biomass_Ecoli_core": 0.87392, "CO2t": -22.80983, "CS": 6.00725, "CYTBD": 43.59899, "D_LACt2": 0.0, "ENO": 14.71614, "ETOHt2r": 0.0, "EX_ac_e": -0.0, "EX_acald_e": -0.0, "EX_akg_e": -0.0, "EX_co2_e": 22.80983, "EX_etoh_e": -0.0, "EX_for_e": -0.0, "EX_fru_e": -0.0, "EX_fum_e": 0.0, "EX_glc__D_e": -10.0, "EX_gln__L_e": 0.0, "EX_glu__L_e": -0.0, "EX_h_e": 17.53087, "EX_h2o_e": 29.17583, "EX_lac__D_e": -0.0, "EX_mal__L_e": -0.0, "EX_nh4_e": -4.76532, "EX_o2_e": -21.79949, "EX_pi_e": -3.2149, "EX_pyr_e": -0.0, "EX_succ_e": -0.0, "FBA": 7.47738, "FBP": -0.0, "FORt2": -0.0, "FORti": -0.0, "FRD7": 994.93562, "FRUpts2": 0.0, "FUM": 5.06438, "FUMt2_2": 0.0, "G6PDH2r": 4.95998, "GAPD": 16.02353, "GLCpts": 10.0, "GLNS": 0.22346, "GLNabc": 0.0, "GLUDy": -4.54186, "GLUN": -0.0, "GLUSy": -0.0, "GLUt2r": 0.0, "GND": 4.95998, "H2Ot": -29.17583, "ICDHyr": 6.00725, "ICL": -0.0, "LDH_D": 0.0, "MALS": -0.0, "MALt2_2": 0.0, "MDH": 5.06438, "ME1": -0.0, "ME2": -0.0, "NADH16": 38.53461, "NADTRHD": -0.0, "NH4t": 4.76532, "O2t": 21.79949, "PDH": 9.28253, "PFK": 7.47738, "PFL": -0.0, "PGI": 4.86086, "PGK": -16.02353, "PGL": 4.95998, "PGM": -14.71614, "PIt2r": 3.2149, "PPC": 2.50431, "PPCK": -0.0, "PPS": -0.0, "PTAr": -0.0, "PYK": 1.75818, "PYRt2": 0.0, "RPE": 2.67848, "RPI": -2.2815, "SUCCt2_2": -0.0, "SUCCt3": -0.0, "SUCDi": 1000.0, "SUCOAS": -5.06438, "TALA": 1.49698, "THD2": -0.0, "TKT1": 1.49698, "TKT2": 1.1815, "TPI": 7.47738}, "minimum": {"ACALD": 0.0, "ACALDt": 0.0, "ACKr": 0.0, "ACONTa": 6.00725, "ACONTb": 6.00725, "ACt2r": 0.0, "ADK1": 0.0, "AKGDH": 5.06438, "AKGt2r": 0.0, "ALCD2x": 0.0, "ATPM": 8.39, "ATPS4r": 45.51401, "Biomass_Ecoli_core": 0.87392, "CO2t": -22.80983, "CS": 6.00725, "CYTBD": 43.59899, "D_LACt2": 0.0, "ENO": 14.71614, "ETOHt2r": 0.0, "EX_ac_e": 0.0, "EX_acald_e": 0.0, "EX_akg_e": 0.0, "EX_co2_e": 22.80983, "EX_etoh_e": 0.0, "EX_for_e": 0.0, "EX_fru_e": 0.0, "EX_fum_e": 0.0, "EX_glc__D_e": -10.0, "EX_gln__L_e": 0.0, "EX_glu__L_e": 0.0, "EX_h_e": 17.53087, "EX_h2o_e": 29.17583, "EX_lac__D_e": 0.0, "EX_mal__L_e": 0.0, "EX_nh4_e": -4.76532, "EX_o2_e": -21.79949, "EX_pi_e": -3.2149, "EX_pyr_e": 0.0, "EX_succ_e": 0.0, "FBA": 7.47738, "FBP": 0.0, "FORt2": 0.0, "FORti": 0.0, "FRD7": 0.0, "FRUpts2": 0.0, "FUM": 5.06438, "FUMt2_2": 0.0, "G6PDH2r": 4.95998, "GAPD": 16.02353, "GLCpts": 10.0, "GLNS": 0.22346, "GLNabc": 0.0, "GLUDy": -4.54186, "GLUN": 0.0, "GLUSy": 0.0, "GLUt2r": 0.0, "GND": 4.95998, "H2Ot": -29.17583, "ICDHyr": 6.00725, "ICL": 0.0, "LDH_D": 0.0, "MALS": 0.0, "MALt2_2": 0.0, "MDH": 5.06438, "ME1": 0.0, "ME2": 0.0, "NADH16": 38.53461, "NADTRHD": 0.0, "NH4t": 4.76532, "O2t": 21.79949, "PDH": 9.28253, "PFK": 7.47738, "PFL": 0.0, "PGI": 4.86086, "PGK": -16.02353, "PGL": 4.95998, "PGM": -14.71614, "PIt2r": 3.2149, "PPC": 2.50431, "PPCK": 0.0, "PPS": 0.0, "PTAr": 0.0, "PYK": 1.75818, "PYRt2": 0.0, "RPE": 2.67848, "RPI": -2.2815, "SUCCt2_2": 0.0, "SUCCt3": 0.0, "SUCDi": 5.06438, "SUCOAS": -5.06438, "TALA": 1.49698, "THD2": 0.0, "TKT1": 1.49698, "TKT2": 1.1815, "TPI": 7.47738}}cobrapy-0.23.0/src/cobra/test/data/textbook_pfba_fva.json000066400000000000000000000062011417337024700233650ustar00rootroot00000000000000{"maximum": {"ACALD": 0.0, "ACALDt": 0.0, "ACKr": 0.0, "ACONTa": 6.00725, "ACONTb": 6.00725, "ACt2r": 0.0, "ADK1": 0.0, "AKGDH": 5.06438, "AKGt2r": 0.0, "ALCD2x": 0.0, "ATPM": 8.39, "ATPS4r": 45.51401, "Biomass_Ecoli_core": 0.87392, "CO2t": -22.80983, "CS": 6.00725, "CYTBD": 43.59899, "D_LACt2": 0.0, "ENO": 14.71614, "ETOHt2r": 0.0, "EX_ac_e": 0.0, "EX_acald_e": 0.0, "EX_akg_e": 0.0, "EX_co2_e": 22.80983, "EX_etoh_e": 0.0, "EX_for_e": 0.0, "EX_fru_e": 0.0, "EX_fum_e": 0.0, "EX_glc__D_e": -10.0, "EX_gln__L_e": 0.0, "EX_glu__L_e": 0.0, "EX_h_e": 17.53087, "EX_h2o_e": 29.17583, "EX_lac__D_e": 0.0, "EX_mal__L_e": 0.0, "EX_nh4_e": -4.76532, "EX_o2_e": -21.79949, "EX_pi_e": -3.2149, "EX_pyr_e": 0.0, "EX_succ_e": 0.0, "FBA": 7.47738, "FBP": 0.0, "FORt2": 0.0, "FORti": 0.0, "FRD7": 25.9211, "FRUpts2": 0.0, "FUM": 5.06438, "FUMt2_2": 0.0, "G6PDH2r": 4.95998, "GAPD": 16.02353, "GLCpts": 10.0, "GLNS": 0.22346, "GLNabc": 0.0, "GLUDy": -4.54186, "GLUN": 0.0, "GLUSy": 0.0, "GLUt2r": 0.0, "GND": 4.95998, "H2Ot": -29.17583, "ICDHyr": 6.00725, "ICL": 0.0, "LDH_D": 0.0, "MALS": 0.0, "MALt2_2": 0.0, "MDH": 5.06438, "ME1": 0.0, "ME2": 0.0, "NADH16": 38.53461, "NADTRHD": 0.0, "NH4t": 4.76532, "O2t": 21.79949, "PDH": 9.28253, "PFK": 7.47738, "PFL": 0.0, "PGI": 4.86086, "PGK": -16.02353, "PGL": 4.95998, "PGM": -14.71614, "PIt2r": 3.2149, "PPC": 2.50431, "PPCK": 0.0, "PPS": 0.0, "PTAr": 0.0, "PYK": 1.75818, "PYRt2": 0.0, "RPE": 2.67848, "RPI": -2.2815, "SUCCt2_2": 0.0, "SUCCt3": 0.0, "SUCDi": 30.98548, "SUCOAS": -5.06438, "TALA": 1.49698, "THD2": 0.0, "TKT1": 1.49698, "TKT2": 1.1815, "TPI": 7.47738}, "minimum": {"ACALD": 0.0, "ACALDt": 0.0, "ACKr": 0.0, "ACONTa": 6.00725, "ACONTb": 6.00725, "ACt2r": 0.0, "ADK1": 0.0, "AKGDH": 5.06438, "AKGt2r": 0.0, "ALCD2x": 0.0, "ATPM": 8.39, "ATPS4r": 45.51401, "Biomass_Ecoli_core": 0.87392, "CO2t": -22.80983, "CS": 6.00725, "CYTBD": 43.59899, "D_LACt2": 0.0, "ENO": 14.71614, "ETOHt2r": 0.0, "EX_ac_e": 0.0, "EX_acald_e": 0.0, "EX_akg_e": 0.0, "EX_co2_e": 22.80983, "EX_etoh_e": 0.0, "EX_for_e": 0.0, "EX_fru_e": 0.0, "EX_fum_e": 0.0, "EX_glc__D_e": -10.0, "EX_gln__L_e": 0.0, "EX_glu__L_e": 0.0, "EX_h_e": 17.53087, "EX_h2o_e": 29.17583, "EX_lac__D_e": 0.0, "EX_mal__L_e": 0.0, "EX_nh4_e": -4.76532, "EX_o2_e": -21.79949, "EX_pi_e": -3.2149, "EX_pyr_e": 0.0, "EX_succ_e": 0.0, "FBA": 7.47738, "FBP": 0.0, "FORt2": 0.0, "FORti": 0.0, "FRD7": 0.0, "FRUpts2": 0.0, "FUM": 5.06438, "FUMt2_2": 0.0, "G6PDH2r": 4.95998, "GAPD": 16.02353, "GLCpts": 10.0, "GLNS": 0.22346, "GLNabc": 0.0, "GLUDy": -4.54186, "GLUN": 0.0, "GLUSy": 0.0, "GLUt2r": 0.0, "GND": 4.95998, "H2Ot": -29.17583, "ICDHyr": 6.00725, "ICL": 0.0, "LDH_D": 0.0, "MALS": 0.0, "MALt2_2": 0.0, "MDH": 5.06438, "ME1": 0.0, "ME2": 0.0, "NADH16": 38.53461, "NADTRHD": 0.0, "NH4t": 4.76532, "O2t": 21.79949, "PDH": 9.28253, "PFK": 7.47738, "PFL": 0.0, "PGI": 4.86086, "PGK": -16.02353, "PGL": 4.95998, "PGM": -14.71614, "PIt2r": 3.2149, "PPC": 2.50431, "PPCK": 0.0, "PPS": 0.0, "PTAr": 0.0, "PYK": 1.75818, "PYRt2": 0.0, "RPE": 2.67848, "RPI": -2.2815, "SUCCt2_2": 0.0, "SUCCt3": 0.0, "SUCDi": 5.06438, "SUCOAS": -5.06438, "TALA": 1.49698, "THD2": 0.0, "TKT1": 1.49698, "TKT2": 1.1815, "TPI": 7.47738}}cobrapy-0.23.0/src/cobra/test/data/textbook_solution.pickle000066400000000000000000000164611417337024700240040ustar00rootroot00000000000000ccobra.core.solution Solution q)q}q(Xobjective_valueqG@3`n_1XstatusqXoptimalqXfluxesqcpandas.core.series Series q)q}q (X_mgrq cpandas.core.internals.managers SingleBlockManager q )q (]q cpandas.core.indexes.base _new_Index qcpandas.core.indexes.base Index q}q(Xdataqcnumpy.core.multiarray _reconstruct qcnumpy ndarray qKqc_codecs encode qXbqXlatin1qqRqqRq(KK_qcnumpy dtype qXO8qqRq (KX|q!NNNJJK?tq"b]q#(XACALDq$XACALDtq%XACKrq&XACONTaq'XACONTbq(XACt2rq)XADK1q*XAKGDHq+XAKGt2rq,XALCD2xq-XATPMq.XATPS4rq/XBiomass_Ecoli_coreq0XCO2tq1XCSq2XCYTBDq3XD_LACt2q4XENOq5XETOHt2rq6XEX_ac_eq7X EX_acald_eq8XEX_akg_eq9XEX_co2_eq:X EX_etoh_eq;XEX_for_eqX EX_glc__D_eq?X EX_gln__L_eq@X EX_glu__L_eqAXEX_h_eqBXEX_h2o_eqCX EX_lac__D_eqDX EX_mal__L_eqEXEX_nh4_eqFXEX_o2_eqGXEX_pi_eqHXEX_pyr_eqIX EX_succ_eqJXFBAqKXFBPqLXFORt2qMXFORtiqNXFRD7qOXFRUpts2qPXFUMqQXFUMt2_2qRXG6PDH2rqSXGAPDqTXGLCptsqUXGLNSqVXGLNabcqWXGLUDyqXXGLUNqYXGLUSyqZXGLUt2rq[XGNDq\XH2Otq]XICDHyrq^XICLq_XLDH_Dq`XMALSqaXMALt2_2qbXMDHqcXME1qdXME2qeXNADH16qfXNADTRHDqgXNH4tqhXO2tqiXPDHqjXPFKqkXPFLqlXPGIqmXPGKqnXPGLqoXPGMqpXPIt2rqqXPPCqrXPPCKqsXPPSqtXPTArquXPYKqvXPYRt2qwXRPEqxXRPIqyXSUCCt2_2qzXSUCCt3q{XSUCDiq|XSUCOASq}XTALAq~XTHD2qXTKT1qXTKT2qXTPIqetqbXnameqNuqRqa]qhhKqhqRq(KK_qhXf8qqRq(KXvØ©n-@ówQ’Ñ=¬Š^vØ©n-Àå¸ @Ó_RgÓ@ówQ’Ñ=bð«~!ü?àvä‡m@Úíµ±„@ÀH傱ëA@H傱ëAÀmN=¥ó÷?mN=¥ó÷?Ïql‹jçò?þ¶,ÑÖè@qhqRqtqba]qhh}q(hhhKqhqRq(KK_qh ]q(h$h%h&h'h(h)h*h+h,h-h.h/h0h1h2h3h4h5h6h7h8h9h:h;hh?h@hAhBhChDhEhFhGhHhIhJhKhLhMhNhOhPhQhRhShThUhVhWhXhYhZh[h\h]h^h_h`hahbhchdhehfhghhhihjhkhlhmhnhohphqhrhshthuhvhwhxhyhzh{h|h}h~hhhhetqbhNuqRqa}qX0.14.1q}q(Xaxesqh Xblocksq]q}q(XvaluesqhXmgr_locsqc__builtin__ slice qKK_KqRquaustqbX_typqXseriesqX _metadataq]qhaXattrsq}qX_flagsq}qXallows_duplicate_labelsqshhubX reduced_costsqh)q}q(h h )q(]qhh}q(hhhKqhqRq(KK_qh ]q(h$h%h&h'h(h)h*h+h,h-h.h/h0h1h2h3h4h5h6h7h8h9h:h;hh?h@hAhBhChDhEhFhGhHhIhJhKhLhMhNhOhPhQhRhShThUhVhWhXhYhZh[h\h]h^h_h`hahbhchdhehfhghhhihjhkhlhmhnhohphqhrhshthuhvhwhxhyhzh{h|h}h~hhhhetqbhNuqRqa]qhhKqhqRq(KK_qhhXÀÀ@ÀÀ@@Àþÿÿÿÿÿÿ¿þÿÿÿÿÿÿ¿ Oú¤Oú(@¸ÿÿÿÿÿÿ¿Xüÿÿÿÿÿ¿@ÀÀþÿÿÿÿÿÿ¿Àþÿÿÿÿÿÿ¿úÿÿÿÿÿÿ¿„fffff@©ªªªªª:@Àë[°[@ïîîîî@¨ÌÌÌÌÌ(@8333331@¨ÌÌÌÌÌ$@”>é“>éJ@˜™™™™™F@ÀÀÃ-؂-Ø@pfffff.@@@@„fffff@¥Oú¤O8@À Oú¤Oú,@Ù'}Ò'}@À@ÀÀüÿÿÿÿÿÿ¿þÿÿÿÿÿÿ¿WÀÀÀþÿÿÿÿÿÿ¿úÿÿÿÿÿÿ?¤Oú¤Oú,@¢Oú¤Oú(@@À@ÀÀþÿÿÿÿÿÿ¿øjÁlÁö?Àþÿÿÿÿÿÿ¿ŽOú¤Oú$@""""""@üÿÿÿÿÿÿ¿xkÁlÁö?ÀÀÀþÿÿÿÿÿÿ¿ÀÀ@þÿÿÿÿÿÿ¿@þÿÿÿÿÿÿ¿¶ÿÿÿÿÿÿ¿ŽOú¤Oú,@¡Oú¤Oú(@þÿÿÿÿÿÿ¿À@À@Å»»»»»#@þÿÿÿÿÿÿ¿À@@À¨é“>é“@ÀÀÀqhqRqtqba]qhh}q(hhhKqhqRq(KK_qh ]q(h$h%h&h'h(h)h*h+h,h-h.h/h0h1h2h3h4h5h6h7h8h9h:h;hh?h@hAhBhChDhEhFhGhHhIhJhKhLhMhNhOhPhQhRhShThUhVhWhXhYhZh[h\h]h^h_h`hahbhchdhehfhghhhihjhkhlhmhnhohphqhrhshthuhvhwhxhyhzh{h|h}h~hhhhetqbhNuqRqa}qh}q(hhh]q}q(hhhhKK_KqRquaustqbhhhhh}qh}qhshhubX shadow_pricesqh)q}q(h h )q(]qhh}q(hhhKqhqRq(KKHqh ]q(X13dpg_cqX2pg_cqX3pg_cqX6pgc_cqX6pgl_cqXac_cqXac_eqXacald_cqXacald_eqXaccoa_cqXacon_C_cqXactp_cqXadp_cqXakg_cqXakg_eqXamp_cqXatp_cqXcit_cqXco2_cqXco2_eqXcoa_cqXdhap_cqXe4p_crXetoh_crXetoh_erXf6p_crXfdp_crXfor_crXfor_erXfru_erXfum_crXfum_er Xg3p_cr Xg6p_cr Xglc__D_er Xgln__L_cr Xgln__L_erXglu__L_crXglu__L_erXglx_crXh2o_crXh2o_erXh_crXh_erXicit_crXlac__D_crXlac__D_erXmal__L_crXmal__L_erXnad_crXnadh_crXnadp_crXnadph_crXnh4_crXnh4_er Xo2_cr!Xo2_er"Xoaa_cr#Xpep_cr$Xpi_cr%Xpi_er&Xpyr_cr'Xpyr_er(Xq8_cr)Xq8h2_cr*Xr5p_cr+X ru5p__D_cr,Xs7p_cr-Xsucc_cr.Xsucc_er/Xsuccoa_cr0X xu5p__D_cr1etr2bhNur3Rr4a]r5hhKr6hr7Rr8(KKHr9hhX–>é“>é2@]UUUUU'@]UUUUU%@ÄÌÌÌÌÌ0@’Oú¤Oú.@` ¶` æ¿ôÿÿÿÿÿￄfffff@„fffff@EŸôIŸô @Žã8Žã82@Žã8Žã8@Ð'}Ò'}"ÀŸôIŸôI/@©ªªªªª*@Ð'}Ò'}1ÀÇqÇq.@Àð¿ð¤Oú¤O.@ÿZ°[°0@âlÁl@ë[°[@ lÁlÁ1@ð¤Oú¤O>@.ÞÝÝÝÝý?ïîîîî@¨ÌÌÌÌÌ@$ÇqÇq(@833333!@xÒ'}Ò'0@ lÁlÁ0@¨ÌÌÌÌÌ@>é“>éA@”>é“>é:@“>é“>é6@˜™™™™™6@ lÁlÁ @Àð¿Ù'}Ò'}Àð¿Žã8Žã81@Ϊªªªª@Ã-؂-Ø@$ÇqÇq&@offfff@ïîîîî@û¤Oú¤OÀ@ð?@ð?TUUUUU%@]UUUUU-@Ø'}Ò'} @ð?.ÇqÇq@ƒfffff@œ` ¶` ö?†ã8Žã80@ ÇqÇq.@”ôIŸôI1@[°[°#@¥Oú¤O(@Ú8Žã8Ž-@†ã8Žã80@r:hr;Rr<tr=ba]r>hh}r?(hhhKr@hrARrB(KKHrCh ]rD(hhhhhhhhhhhhhhhhhhhhhhjjjjjjjjjj j j j j jjjjjjjjjjjjjjjjjjj j!j"j#j$j%j&j'j(j)j*j+j,j-j.j/j0j1etrEbhNurFRrGa}rHh}rI(hhh]rJ}rK(hj8hhKKHKrLRrMuaustrNbhhhhh}rOh}rPhshhubub.cobrapy-0.23.0/src/cobra/test/data/update_pickles.py000077500000000000000000000102701417337024700223610ustar00rootroot00000000000000#!/usr/bin/env python """ Regenerate model pickle files. This should be performed after updating core classes in order to prevent suble bugs. """ from collections import OrderedDict from json import dump as json_dump from pickle import dump, load import cobra from cobra.io import ( load_matlab_model, read_sbml_model, save_json_model, save_matlab_model, save_yaml_model, write_sbml_model, ) config = cobra.Configuration() config.solver = "glpk" if __name__ == "__main__": # ecoli ecoli_model = read_sbml_model("iJO1366.xml.gz") with open("iJO1366.pickle", "wb") as outfile: dump(ecoli_model, outfile, protocol=2) # salmonella salmonella = read_sbml_model("salmonella.xml") with open("salmonella.genes", "rb") as infile: gene_names = load(infile) for gene in salmonella.genes: gene.name = gene_names[gene.id] with open("salmonella.media", "rb") as infile: salmonella.media_compositions = load(infile) with open("salmonella.pickle", "wb") as outfile: dump(salmonella, outfile, protocol=2) # create mini model from textbook textbook = read_sbml_model("textbook.xml.gz") mini = cobra.Model("mini_textbook") mini.compartments = textbook.compartments for r in textbook.reactions: if r.id in ( "GLCpts", "PGI", "PFK", "FBA", "TPI", "GAPD", "PGK", "PGM", "ENO", "PYK", "EX_glc__D_e", "EX_h_e", "H2Ot", "ATPM", "PIt2r", ): mini.add_reaction(r.copy()) mini.reactions.ATPM.upper_bound = mini.reactions.PGI.upper_bound mini.objective = ["PFK", "ATPM"] # No biomass, 2 reactions # add in some information from iJO1366 mini.add_reaction(ecoli_model.reactions.LDH_D.copy()) mini.add_reaction(ecoli_model.reactions.EX_lac__D_e.copy()) r = cobra.Reaction("D_LACt2") mini.add_reaction(r) mini.reactions.GLCpts.gene_reaction_rule = ( ecoli_model.reactions.GLCptspp.gene_reaction_rule ) # adjust bounds for i in ["ATPM", "D_LACt2", "EX_lac__D_e", "LDH_D"]: mini.reactions.get_by_id(i).upper_bound = mini.reactions.PGI.upper_bound for i in ["D_LACt2", "LDH_D"]: mini.reactions.get_by_id(i).lower_bound = mini.reactions.PGI.lower_bound # set names and annotation for g in mini.genes: try: tg = textbook.genes.get_by_id(g.id) except KeyError: continue g.name = tg.name g.annotation = tg.annotation mini.reactions.sort() mini.genes.sort() mini.metabolites.sort() # output to various formats with open("mini.pickle", "wb") as outfile: dump(mini, outfile, protocol=2) save_matlab_model(mini, "mini.mat") save_json_model(mini, "mini.json", pretty=True) save_yaml_model(mini, "mini.yml") write_sbml_model(mini, "mini_fbc2.xml") write_sbml_model(mini, "mini_fbc2.xml.bz2") write_sbml_model(mini, "mini_fbc2.xml.gz") write_sbml_model(mini, "mini_cobra.xml") raven = load_matlab_model("raven.mat") with open("raven.pickle", "wb") as outfile: dump(raven, outfile, protocol=2) # TODO:these need a reference solutions rather than circular solution checking! # fva results fva_result = cobra.flux_analysis.flux_variability_analysis(textbook) clean_result = OrderedDict() for key in sorted(fva_result): clean_result[key] = {k: round(v, 5) for k, v in fva_result[key].items()} with open("textbook_fva.json", "w") as outfile: json_dump(clean_result, outfile) # fva with pfba constraint fva_result = cobra.flux_analysis.flux_variability_analysis( textbook, pfba_factor=1.1 ) clean_result = OrderedDict() for key in sorted(fva_result): clean_result[key] = {k: round(v, 5) for k, v in fva_result[key].items()} with open("textbook_pfba_fva.json", "w") as outfile: json_dump(clean_result, outfile) # textbook solution solution = cobra.flux_analysis.parsimonious.pfba(textbook) with open("textbook_solution.pickle", "wb") as f: dump(solution, f, protocol=2) cobrapy-0.23.0/src/cobra/test/data/valid_annotation_format.json000066400000000000000000000005251417337024700246060ustar00rootroot00000000000000{ "metabolites":[ { "id":"4crsol_c", "name":"", "compartment":"c", "annotation": { "bigg.reaction": [["is", "PFK26"]], "kegg.reaction": [["is", "R02732"]], "rhea": [["is", "15656"]] } } ], "reactions":[], "genes":[], "id":"tesut", "compartments":{}, "version": 1 } cobrapy-0.23.0/src/cobra/test/data/valid_annotation_output.xml000066400000000000000000000046331417337024700245110ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/data/validation.xml000066400000000000000000000010041417337024700216570ustar00rootroot00000000000000 cobrapy-0.23.0/src/cobra/test/test_core/000077500000000000000000000000001417337024700200665ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_core/conftest.py000066400000000000000000000012621417337024700222660ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Module level fixtures""" from __future__ import absolute_import import pytest from cobra.util.solver import solvers solver_trials = [ "glpk", pytest.param( "cplex", marks=pytest.mark.skipif( "cplex" not in solvers, reason="No CPLEX found on PYTHONPATH" ), ), pytest.param( "gurobi", marks=pytest.mark.skipif( "gurobi" not in solvers, reason="No Gurobi found on PYTHONPATH" ), ), ] @pytest.fixture(scope="function", params=solver_trials) def solved_model(request, model): model.solver = request.param solution = model.optimize() return solution, model cobrapy-0.23.0/src/cobra/test/test_core/test_configuration.py000066400000000000000000000031551417337024700243520ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of configuration.py""" from __future__ import absolute_import from cobra.core import Configuration, Model from cobra.util.solver import interface_to_str def test_default_bounds(): """Verify the default bounds.""" config = Configuration() assert config.bounds == (-1000.0, 1000.0) def test_bounds(): """Test changing bounds.""" config = Configuration() config.bounds = 100.0, 10000.0 assert config.bounds == (100.0, 10000.0) # Restore default values. config.bounds = -1000.0, 1000.0 def test_solver(): """Test assignment of different solvers.""" config = Configuration() config.solver = "glpk" assert interface_to_str(config.solver) == "glpk" config.solver = "glpk_exact" assert interface_to_str(config.solver) == "glpk_exact" # Restore default solver. config.solver = "glpk" def test_default_tolerance(model): """Verify the default solver tolerance.""" config = Configuration() config.solver = "glpk" assert config.tolerance == 1e-07 # Test the consistency between cobra.core.Configuration.tolerance and # cobra.core.Model.tolerance assert config.tolerance == model.tolerance def test_toy_model_tolerance_with_different_default(): """Verify that different default tolerance is respected by Model.""" config = Configuration() config.tolerance = 1e-05 toy_model = Model(name="toy model") assert toy_model.tolerance == 1e-05 def test_tolerance_assignment(model): """Test assignment of solver tolerance.""" model.tolerance = 1e-06 assert model.tolerance == 1e-06 cobrapy-0.23.0/src/cobra/test/test_core/test_core_reaction.py000066400000000000000000001055311417337024700243200ustar00rootroot00000000000000"""Test functions of cobra.core.reaction .""" import warnings from typing import Iterable import numpy as np import pytest from cobra.core import Configuration, Metabolite, Model, Reaction config = Configuration() stable_optlang = ["glpk", "cplex", "gurobi"] def test_gpr() -> None: """Test GPR evaluation.""" model = Model() reaction = Reaction("test") # Set GPR to a reaction not in a model reaction.gene_reaction_rule = "(g1 or g2) and g3" assert reaction.gene_reaction_rule == "(g1 or g2) and g3" assert len(reaction.genes) == 3 # Adding reaction with a GPR propagates to the model model.add_reactions([reaction]) assert len(model.genes) == 3 # Ensure the gene objects are the same in the model and reaction reaction_gene = list(reaction.genes)[0] model_gene = model.genes.get_by_id(reaction_gene.id) assert reaction_gene is model_gene # Test ability to handle uppercase AND/OR with warnings.catch_warnings(): warnings.simplefilter("ignore") reaction.gene_reaction_rule = "(b1 AND b2) OR (b3 and b4)" assert reaction.gene_reaction_rule == "(b1 and b2) or (b3 and b4)" assert len(reaction.genes) == 4 # Ensure regular expressions correctly extract genes from malformed # GPR string with warnings.catch_warnings(): warnings.simplefilter("ignore") reaction.gene_reaction_rule = "(a1 or a2" assert len(reaction.genes) == 2 reaction.gene_reaction_rule = "(forT or " assert len(reaction.genes) == 1 def test_gpr_modification(model: Model) -> None: """Test GPR manipulations.""" reaction = model.reactions.get_by_id("PGI") old_gene = list(reaction.genes)[0] new_gene = model.genes.get_by_id("s0001") # Add an existing 'gene' to the GPR reaction.gene_reaction_rule = "s0001" assert new_gene in reaction.genes assert reaction in new_gene.reactions # Remove old gene correctly assert old_gene not in reaction.genes assert reaction not in old_gene.reactions # Add a new 'gene' to the GPR reaction.gene_reaction_rule = "fake_gene" assert model.genes.has_id("fake_gene") fake_gene = model.genes.get_by_id("fake_gene") assert fake_gene in reaction.genes assert reaction in fake_gene.reactions fake_gene.name = "foo_gene" assert reaction.gene_name_reaction_rule == fake_gene.name def test_gene_knock_out(model: Model) -> None: """Test gene knockout effect on reaction.""" rxn = Reaction("rxn") rxn.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) rxn.gene_reaction_rule = "A2B1 or A2B2 and A2B3" assert hasattr(list(rxn.genes)[0], "knock_out") model.add_reaction(rxn) with model: model.genes.A2B1.knock_out() assert not model.genes.A2B1.functional model.genes.A2B3.knock_out() assert not rxn.functional assert model.genes.A2B3.functional assert rxn.functional model.genes.A2B1.knock_out() assert not model.genes.A2B1.functional assert model.reactions.rxn.functional model.genes.A2B3.knock_out() assert not model.reactions.rxn.functional def test_str() -> None: """Test `str` output for a reaction.""" rxn = Reaction("rxn") rxn.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) assert str(rxn) == "rxn: A --> B" def test_str_from_model(model: Model) -> None: """Test `str` output for a reaction associated with a model.""" assert model.reactions[0].__str__().startswith("ACALD") def test_add_metabolite_from_solved_model(solved_model: Model) -> None: """Test metabolite addition to a reaction from a solved model.""" solution, model = solved_model pgi_reaction = model.reactions.PGI test_met = model.metabolites[0] pgi_reaction.add_metabolites({test_met: 42}, combine=False) assert pgi_reaction.metabolites[test_met] == 42.0 assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.forward_variable ] == 42.0 ) assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.reverse_variable ] == -42.0 ) pgi_reaction.add_metabolites({test_met: -10}, combine=True) assert pgi_reaction.metabolites[test_met] == 32.0 assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.forward_variable ] == 32.0 ) assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.reverse_variable ] == -32.0 ) pgi_reaction.add_metabolites({test_met: 0}, combine=False) with pytest.raises(KeyError): pgi_reaction.metabolites[test_met] assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.forward_variable ] == 0 ) assert ( model.constraints[test_met.id].expression.as_coefficients_dict()[ pgi_reaction.reverse_variable ] == 0 ) @pytest.mark.parametrize("solver", stable_optlang) def test_add_metabolite_benchmark(model: Model, benchmark, solver: Iterable) -> None: """Benchmark metabolite addition to a reaction associated with a model.""" reaction = model.reactions.get_by_id("PGI") many_metabolites = dict((m, 1) for m in model.metabolites[0:50]) def add_remove_metabolite(): reaction.add_metabolites(many_metabolites) if not getattr(model, "solver", None): stable_optlang[solver].create_problem(model) for met in many_metabolites: try: reaction.subtract_metabolites({met: reaction.get_coefficient(met)}) except KeyError: pass benchmark(add_remove_metabolite) def test_add_metabolite(model: Model) -> None: """Test metabolite addition to a reaction from an unsolved model.""" with pytest.raises(ValueError): model.add_metabolites(Metabolite()) with model: with model: reaction = model.reactions.get_by_id("PGI") reaction.add_metabolites({model.metabolites[0]: 1}) assert model.metabolites[0] in reaction._metabolites fake_metabolite = Metabolite("fake") reaction.add_metabolites({fake_metabolite: 1}) assert fake_metabolite in reaction._metabolites assert model.metabolites.has_id("fake") assert model.metabolites.get_by_id("fake") is fake_metabolite assert len(model._contexts[0]._history) == 0 assert fake_metabolite._model is None assert fake_metabolite not in reaction._metabolites assert "fake" not in model.metabolites # Test adding by string with model: reaction.add_metabolites({"g6p_c": -1}) # already in reaction assert reaction._metabolites[model.metabolites.get_by_id("g6p_c")] == -2 reaction.add_metabolites({"h_c": 1}) assert reaction._metabolites[model.metabolites.get_by_id("h_c")] == 1 with pytest.raises(KeyError): reaction.add_metabolites({"missing": 1}) assert reaction._metabolites[model.metabolites.get_by_id("g6p_c")] == -1 assert model.metabolites.h_c not in reaction._metabolites # Test combine=False reaction = model.reactions.get_by_id("ATPM") old_stoich = reaction._metabolites[model.metabolites.get_by_id("h2o_c")] with model: reaction.add_metabolites({"h2o_c": 2.5}, combine=False) assert reaction._metabolites[model.metabolites.get_by_id("h2o_c")] == 2.5 assert reaction._metabolites[model.metabolites.get_by_id("h2o_c")] == old_stoich # Test adding to a new Reaction reaction = Reaction("test") assert len(reaction._metabolites) == 0 reaction.add_metabolites({Metabolite("test_met"): -1}) assert len(reaction._metabolites) == 1 @pytest.mark.parametrize("solver", stable_optlang) def test_subtract_metabolite_benchmark( model: Model, benchmark, solver: Iterable ) -> None: """Benchmark metabolite deletion from a reaction.""" benchmark(test_subtract_metabolite, model, solver) @pytest.mark.parametrize("solver", stable_optlang) def test_subtract_metabolite(model: Model, solver: Iterable) -> None: """Test metabolite deletion from a reaction associated with an unsolved model.""" reaction = model.reactions.get_by_id("PGI") reaction.subtract_metabolites(reaction.metabolites) if not getattr(model, "solver", None): stable_optlang[solver].create_problem(model) assert len(reaction.metabolites) == 0 def test_mass_balance(model: Model) -> None: """Test mass balance of metabolites of a reaction.""" reaction = model.reactions.get_by_id("PGI") # Should be balanced now assert len(reaction.check_mass_balance()) == 0 # Should not be balanced after adding a hydrogen reaction.add_metabolites({model.metabolites.get_by_id("h_c"): 1}) imbalance = reaction.check_mass_balance() assert "H" in imbalance assert imbalance["H"] == 1 def test_build_from_string(model: Model) -> None: """Test reaction building from string evaluation.""" m = len(model.metabolites) pgi = model.reactions.get_by_id("PGI") old_bounds = pgi.bounds with model: pgi.reaction = "g6p_c --> f6p_c" assert pgi.lower_bound == 0 assert pgi.bounds == old_bounds pgi.bounds = (0, 1000) assert pgi.bounds == (0, 1000) assert not pgi.reversibility pgi.reaction = "g6p_c <== f6p_c" assert pgi.upper_bound == 0 assert pgi.reaction.strip() == "g6p_c <-- f6p_c" pgi.reaction = "g6p_c --> f6p_c + h2o_c" assert model.metabolites.h2o_c, pgi._metabolites with model: pgi.build_reaction_from_string("g6p_c --> f6p_c + foo", verbose=False) assert model.metabolites.h2o_c not in pgi._metabolites assert "foo" in model.metabolites assert model.metabolites.foo in pgi._metabolites assert len(model.metabolites) == m + 1 assert model.metabolites.h2o_c in pgi._metabolites assert "foo" not in model.metabolites with pytest.raises(AttributeError): assert model.metabolites.foo assert len(model.metabolites) == m with model: old_bounds = config.bounds assert old_bounds == (-1000, 1000) config.bounds = (-5, 5) pgi.build_reaction_from_string("g6p_c <--> f6p_c + new", verbose=False) assert pgi.bounds == (-5, 5) config.bounds = old_bounds pgi.build_reaction_from_string("g6p_c --> f6p_c + new", verbose=False) assert pgi.bounds == (0, 1000) def test_bounds_setter(model: Model) -> None: """Test reaction bounds setter.""" rxn = model.reactions.get_by_id("PGI") with pytest.raises(ValueError): rxn.bounds = (1, 0) def test_copy(model: Model) -> None: """Test reaction copying.""" PGI = model.reactions.PGI copied = PGI.copy() assert PGI is not copied assert PGI._model is model assert copied._model is not model # The copy should refer to different metabolites and genes for met in copied.metabolites: assert met is not model.metabolites.get_by_id(met.id) assert met.model is not model for gene in copied.genes: assert gene is not model.genes.get_by_id(gene.id) assert gene.model is not model assert len(model.get_associated_groups(copied.id)) == 0 def test_iadd(model: Model) -> None: """Test in-place addition of reaction.""" PGI = model.reactions.PGI EX_h2o = model.reactions.EX_h2o_e original_PGI_gpr = PGI.gene_reaction_rule PGI += EX_h2o assert PGI.gene_reaction_rule == original_PGI_gpr assert PGI.metabolites[model.metabolites.h2o_e] == -1.0 # Original should not change assert EX_h2o.gene_reaction_rule == "" assert EX_h2o.metabolites[model.metabolites.h2o_e] == -1.0 # Add a reaction not in the model new_reaction = Reaction("test") new_reaction.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) PGI += new_reaction assert PGI.gene_reaction_rule == original_PGI_gpr assert len(PGI.gene_reaction_rule) == 5 # And vice versa new_reaction += PGI assert len(new_reaction.metabolites) == 5 # not assert len(new_reaction.genes) == 1 assert new_reaction.gene_reaction_rule == original_PGI_gpr # Combine two GPRs model.reactions.ACKr += model.reactions.ACONTa expected_rule = "(b2296 or b3115 or b1849) and (b0118 or b1276)" assert model.reactions.ACKr.gene_reaction_rule == expected_rule assert len(model.reactions.ACKr.genes) == 5 def test_add(model: Model) -> None: """Test reaction addition to model.""" # Not in place addition should work on a copy new = model.reactions.PGI + model.reactions.EX_h2o_e assert new._model is not model assert len(new.metabolites) == 3 # The copy should refer to different metabolites and genes # This currently fails because add_metabolites does not copy. # Should that be changed? # for met in new.metabolites: # assert met is not model.metabolites.get_by_id(met.id) # assert met.model is not model for gene in new.genes: assert gene is not model.genes.get_by_id(gene.id) assert gene.model is not model def test_radd(model: Model) -> None: """Test __radd__ for a reaction.""" new = sum([model.reactions.PGI, model.reactions.EX_h2o_e]) assert new._model is not model assert len(new.metabolites) == 3 def test_mul(model: Model) -> None: """Test scalar multiplication of factors with a reaction.""" new = model.reactions.PGI * 2 assert set(new.metabolites.values()) == {-2, 2} def test_sub(model: Model) -> None: """Test reaction subtraction.""" new = model.reactions.PGI - model.reactions.EX_h2o_e assert new._model is not model assert len(new.metabolites) == 3 def test_removal_from_model_retains_bounds(model: Model) -> None: """Test reaction removal from a model, retains its bounds.""" model_cp = model.copy() reaction = model_cp.reactions.ACALD assert reaction.model == model_cp assert reaction.lower_bound == -1000.0 assert reaction.upper_bound == 1000.0 assert reaction._lower_bound == -1000.0 assert reaction._upper_bound == 1000.0 model_cp.remove_reactions([reaction]) assert reaction.model is None assert reaction.lower_bound == -1000.0 assert reaction.upper_bound == 1000.0 assert reaction._lower_bound == -1000.0 assert reaction._upper_bound == 1000.0 def test_set_bounds_scenario_1(model: Model) -> None: """Test reaction bounds setting for a scenario.""" acald_reaction = model.reactions.ACALD assert acald_reaction.lower_bound == -1000.0 assert acald_reaction.upper_bound == 1000.0 assert acald_reaction.forward_variable.lb == 0.0 assert acald_reaction.forward_variable.ub == 1000.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 1000.0 acald_reaction.bounds = ( acald_reaction.lower_bound - 100, acald_reaction.lower_bound - 100, ) assert acald_reaction.lower_bound == -1100.0 assert acald_reaction.upper_bound == -1100.0 assert acald_reaction.forward_variable.lb == 0 assert acald_reaction.forward_variable.ub == 0 assert acald_reaction.reverse_variable.lb == 1100.0 assert acald_reaction.reverse_variable.ub == 1100.0 acald_reaction.upper_bound = 100 assert acald_reaction.lower_bound == -1100.0 assert acald_reaction.upper_bound == 100 assert acald_reaction.forward_variable.lb == 0 assert acald_reaction.forward_variable.ub == 100 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 1100.0 def test_set_bounds_scenario_2(model: Model) -> None: """Test reaction bounds setting for a scenario.""" acald_reaction = model.reactions.ACALD assert acald_reaction.lower_bound == -1000.0 assert acald_reaction.upper_bound == 1000.0 assert acald_reaction.forward_variable.lb == 0.0 assert acald_reaction.forward_variable.ub == 1000.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 1000.0 acald_reaction.bounds = ( acald_reaction.upper_bound + 100, acald_reaction.upper_bound + 100, ) assert acald_reaction.lower_bound == 1100.0 assert acald_reaction.upper_bound == 1100.0 assert acald_reaction.forward_variable.lb == 1100.0 assert acald_reaction.forward_variable.ub == 1100.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 0 acald_reaction.lower_bound = -100 assert acald_reaction.lower_bound == -100.0 assert acald_reaction.upper_bound == 1100.0 assert acald_reaction.forward_variable.lb == 0 assert acald_reaction.forward_variable.ub == 1100.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 100 def test_set_bounds_scenario_3(model: Model) -> None: """Test reaction bounds setting for a scenario.""" reac = model.reactions.ACALD reac.bounds = (-10, -10) assert reac.lower_bound == -10 assert reac.upper_bound == -10 reac.bounds = (-9, -9) assert reac.lower_bound == -9 assert reac.upper_bound == -9 reac.bounds = (2, 2) assert reac.lower_bound == 2 assert reac.upper_bound == 2 reac.bounds = (-10, -10) assert reac.lower_bound == -10 assert reac.upper_bound == -10 reac.bounds = (-11, -11) assert reac.lower_bound == -11 assert reac.upper_bound == -11 reac.upper_bound = 2 assert reac.lower_bound == -11 assert reac.upper_bound == 2 def test_set_bounds_scenario_4(model: Model) -> None: """Test reaction bounds setting for a scenario.""" reac = model.reactions.ACALD reac.bounds = (2, 2) assert reac.lower_bound == 2 assert reac.upper_bound == 2 assert reac.forward_variable.lb == 2 assert reac.forward_variable.ub == 2 reac.knock_out() reac.bounds = (-2, -2) assert reac.lower_bound == -2 assert reac.upper_bound == -2 assert reac.reverse_variable.lb == 2 assert reac.reverse_variable.ub == 2 def test_set_upper_before_lower_bound_to_0(model: Model) -> None: """Test reaction bounds setting to zero.""" model.reactions.GAPD.bounds = (0, 0) assert model.reactions.GAPD.lower_bound == 0 assert model.reactions.GAPD.upper_bound == 0 assert model.reactions.GAPD.forward_variable.lb == 0 assert model.reactions.GAPD.forward_variable.ub == 0 assert model.reactions.GAPD.reverse_variable.lb == 0 assert model.reactions.GAPD.reverse_variable.ub == 0 def test_change_bounds(model: Model) -> None: """Test reaction bounds change.""" reac = model.reactions.ACALD reac.bounds = (2, 2) assert reac.lower_bound == 2 assert reac.upper_bound == 2 with model: reac.bounds = (5, 5) assert reac.lower_bound == 5 assert reac.upper_bound == 5 assert reac.lower_bound == 2 assert reac.upper_bound == 2 def test_make_irreversible(model: Model) -> None: """Test reaction irreversibility.""" acald_reaction = model.reactions.ACALD assert acald_reaction.lower_bound == -1000.0 assert acald_reaction.upper_bound == 1000.0 assert acald_reaction.forward_variable.lb == 0.0 assert acald_reaction.forward_variable.ub == 1000.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 1000.0 acald_reaction.lower_bound = 0 assert acald_reaction.lower_bound == 0 assert acald_reaction.upper_bound == 1000.0 assert acald_reaction.forward_variable.lb == 0 assert acald_reaction.forward_variable.ub == 1000.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 0 acald_reaction.lower_bound = -100 assert acald_reaction.lower_bound == -100.0 assert acald_reaction.upper_bound == 1000.0 assert acald_reaction.forward_variable.lb == 0 assert acald_reaction.forward_variable.ub == 1000.0 assert acald_reaction.reverse_variable.lb == 0 assert acald_reaction.reverse_variable.ub == 100 def test_make_reversible(model: Model) -> None: """Test reaction reversibility.""" pfk_reaction = model.reactions.PFK assert pfk_reaction.lower_bound == 0.0 assert pfk_reaction.upper_bound == 1000.0 assert pfk_reaction.forward_variable.lb == 0.0 assert pfk_reaction.forward_variable.ub == 1000.0 assert pfk_reaction.reverse_variable.lb == 0 assert pfk_reaction.reverse_variable.ub == 0 pfk_reaction.lower_bound = -100.0 assert pfk_reaction.lower_bound == -100.0 assert pfk_reaction.upper_bound == 1000.0 assert pfk_reaction.forward_variable.lb == 0 assert pfk_reaction.forward_variable.ub == 1000.0 assert pfk_reaction.reverse_variable.lb == 0 assert pfk_reaction.reverse_variable.ub == 100.0 pfk_reaction.lower_bound = 0 assert pfk_reaction.lower_bound == 0 assert pfk_reaction.upper_bound == 1000.0 assert pfk_reaction.forward_variable.lb == 0 assert pfk_reaction.forward_variable.ub == 1000.0 assert pfk_reaction.reverse_variable.lb == 0 assert pfk_reaction.reverse_variable.ub == 0 def test_make_irreversible_irreversible_to_the_other_side(model: Model) -> None: """Test reaction irreversibility to irreversibility.""" pfk_reaction = model.reactions.PFK assert pfk_reaction.lower_bound == 0.0 assert pfk_reaction.upper_bound == 1000.0 assert pfk_reaction.forward_variable.lb == 0.0 assert pfk_reaction.forward_variable.ub == 1000.0 assert pfk_reaction.reverse_variable.lb == 0 assert pfk_reaction.reverse_variable.ub == 0 pfk_reaction.bounds = (-100.0, -100.0) assert pfk_reaction.forward_variable.lb == 0 assert pfk_reaction.forward_variable.ub == 0 assert pfk_reaction.reverse_variable.lb == 100 assert pfk_reaction.reverse_variable.ub == 100 pfk_reaction.lower_bound = -1000.0 assert pfk_reaction.lower_bound == -1000.0 assert pfk_reaction.upper_bound == -100.0 assert pfk_reaction.forward_variable.lb == 0 assert pfk_reaction.forward_variable.ub == 0 assert pfk_reaction.reverse_variable.lb == 100 assert pfk_reaction.reverse_variable.ub == 1000.0 def test_make_lhs_irreversible_reversible(model: Model) -> None: """Test reaction LHS irreversibility to reversibility.""" rxn = Reaction("test") rxn.add_metabolites({model.metabolites[0]: -1.0, model.metabolites[1]: 1.0}) rxn.bounds = (-1000.0, -100) model.add_reaction(rxn) assert rxn.lower_bound == -1000.0 assert rxn.upper_bound == -100.0 assert rxn.forward_variable.lb == 0.0 assert rxn.forward_variable.ub == 0.0 assert rxn.reverse_variable.lb == 100.0 assert rxn.reverse_variable.ub == 1000.0 rxn.upper_bound = 666.0 assert rxn.lower_bound == -1000.0 assert rxn.upper_bound == 666.0 assert rxn.forward_variable.lb == 0.0 assert rxn.forward_variable.ub == 666 assert rxn.reverse_variable.lb == 0.0 assert rxn.reverse_variable.ub == 1000.0 def test_model_less_reaction(model: Model) -> None: """Test model without reactions.""" model.slim_optimize() for reaction in model.reactions: assert isinstance(reaction.flux, float) assert isinstance(reaction.reduced_cost, float) for reaction in model.reactions: model.remove_reactions([reaction]) with pytest.raises(RuntimeError): reaction.flux with pytest.raises(RuntimeError): reaction.reduced_cost def test_knockout(model: Model) -> None: """Test reaction knockouts.""" original_bounds = dict() for reaction in model.reactions: original_bounds[reaction.id] = (reaction.lower_bound, reaction.upper_bound) reaction.knock_out() assert reaction.lower_bound == 0 assert reaction.upper_bound == 0 for k, (lb, ub) in original_bounds.items(): model.reactions.get_by_id(k).bounds = (lb, ub) for reaction in model.reactions: assert reaction.lower_bound == original_bounds[reaction.id][0] assert reaction.upper_bound == original_bounds[reaction.id][1] with model: for reaction in model.reactions: original_bounds[reaction.id] = (reaction.lower_bound, reaction.upper_bound) reaction.knock_out() assert reaction.lower_bound == 0 assert reaction.upper_bound == 0 for reaction in model.reactions: assert reaction.lower_bound == original_bounds[reaction.id][0] assert reaction.upper_bound == original_bounds[reaction.id][1] def test_reaction_without_model() -> None: """Test reaction without model association.""" r = Reaction("blub") assert r.flux_expression is None assert r.forward_variable is None assert r.reverse_variable is None def test_weird_left_to_right_reaction_issue(tiny_toy_model: Model) -> None: """Test absurd left to right reaction.""" d1 = tiny_toy_model.reactions.get_by_id("ex1") assert not d1.reversibility assert d1.lower_bound == -1000 assert d1._lower_bound == -1000 assert d1.upper_bound == 0 assert d1._upper_bound == 0 with tiny_toy_model: d1.knock_out() assert d1.lower_bound == 0 assert d1._lower_bound == 0 assert d1.upper_bound == 0 assert d1._upper_bound == 0 assert d1.lower_bound == -1000 assert d1._lower_bound == -1000 assert d1.upper_bound == 0 assert d1._upper_bound == 0 def test_one_left_to_right_reaction_set_positive_ub(tiny_toy_model: Model) -> None: """Test left to right reaction with positive upper bound.""" d1 = tiny_toy_model.reactions.get_by_id("ex1") assert d1.reverse_variable.lb == 0 assert d1.reverse_variable.ub == 1000 assert d1._lower_bound == -1000 assert d1.lower_bound == -1000 assert d1._upper_bound == 0 assert d1.upper_bound == 0 assert d1.forward_variable.lb == 0 assert d1.forward_variable.ub == 0 d1.upper_bound = 0.1 assert d1.forward_variable.lb == 0 assert d1.forward_variable.ub == 0.1 assert d1.reverse_variable.lb == 0 assert d1.reverse_variable.ub == 1000 assert d1._lower_bound == -1000 assert d1.upper_bound == 0.1 assert d1._lower_bound == -1000 assert d1.upper_bound == 0.1 def test_irrev_reaction_set_negative_lb(model: Model) -> None: """Test reaction irreversibility with negative lower bound.""" assert not model.reactions.PFK.reversibility assert model.reactions.PFK.lower_bound == 0 assert model.reactions.PFK.upper_bound == 1000.0 assert model.reactions.PFK.forward_variable.lb == 0 assert model.reactions.PFK.forward_variable.ub == 1000.0 assert model.reactions.PFK.reverse_variable.lb == 0 assert model.reactions.PFK.reverse_variable.ub == 0 model.reactions.PFK.lower_bound = -1000 assert model.reactions.PFK.lower_bound == -1000 assert model.reactions.PFK.upper_bound == 1000.0 assert model.reactions.PFK.forward_variable.lb == 0 assert model.reactions.PFK.forward_variable.ub == 1000.0 assert model.reactions.PFK.reverse_variable.lb == 0 assert model.reactions.PFK.reverse_variable.ub == 1000 def test_twist_irrev_right_to_left_reaction_to_left_to_right(model: Model) -> None: """Test irreversibility reversal from right to left to left to right.""" assert not model.reactions.PFK.reversibility assert model.reactions.PFK.lower_bound == 0 assert model.reactions.PFK.upper_bound == 1000.0 assert model.reactions.PFK.forward_variable.lb == 0 assert model.reactions.PFK.forward_variable.ub == 1000.0 assert model.reactions.PFK.reverse_variable.lb == 0 assert model.reactions.PFK.reverse_variable.ub == 0 model.reactions.PFK.bounds = (-1000, 0) assert model.reactions.PFK.lower_bound == -1000 assert model.reactions.PFK.upper_bound == 0 assert model.reactions.PFK.forward_variable.lb == 0 assert model.reactions.PFK.forward_variable.ub == 0 assert model.reactions.PFK.reverse_variable.lb == 0 assert model.reactions.PFK.reverse_variable.ub == 1000 def test_set_lb_higher_than_ub_sets_ub_to_new_lb(model: Model) -> None: """Test lower bound > upper bound makes upper bound to new lower bound.""" for reaction in model.reactions: assert reaction.lower_bound <= reaction.upper_bound reaction.bounds = (reaction.upper_bound + 100, reaction.upper_bound + 100) assert reaction.lower_bound == reaction.upper_bound def test_set_ub_lower_than_lb_sets_lb_to_new_ub(model: Model) -> None: """Test upper bound < lower bound makes lower bound to new upper bound.""" for reaction in model.reactions: assert reaction.lower_bound <= reaction.upper_bound reaction.bounds = (reaction.lower_bound - 100, reaction.lower_bound - 100) assert reaction.lower_bound == reaction.upper_bound def test_add_metabolites_combine_true(model: Model) -> None: """Test metabolite addition to reaction (with combine = True).""" test_metabolite = Metabolite("test") for reaction in model.reactions: reaction.add_metabolites({test_metabolite: -66}, combine=True) assert reaction.metabolites[test_metabolite] == -66 assert ( model.constraints["test"].get_linear_coefficients( [reaction.forward_variable] )[reaction.forward_variable] == -66 ) assert ( model.constraints["test"].get_linear_coefficients( [reaction.reverse_variable] )[reaction.reverse_variable] == 66 ) already_included_metabolite = list(reaction.metabolites.keys())[0] previous_coefficient = reaction.get_coefficient(already_included_metabolite.id) reaction.add_metabolites({already_included_metabolite: 10}, combine=True) new_coefficient = previous_coefficient + 10 assert reaction.metabolites[already_included_metabolite] == new_coefficient assert ( model.constraints[already_included_metabolite.id].get_linear_coefficients( [reaction.forward_variable] )[reaction.forward_variable] == new_coefficient ) assert ( model.constraints[already_included_metabolite.id].get_linear_coefficients( [reaction.reverse_variable] )[reaction.reverse_variable] == -new_coefficient ) @pytest.mark.xfail(reason="non-deterministic test") def test_add_metabolites_combine_false(model: Model) -> None: """Test metabolite addition to reaction (with combine = False).""" test_metabolite = Metabolite("test") for reaction in model.reactions: reaction.add_metabolites({test_metabolite: -66}, combine=False) assert reaction.metabolites[test_metabolite] == -66 assert model.constraints["test"].expression.has( -66.0 * reaction.forward_variable ) assert model.constraints["test"].expression.has( 66.0 * reaction.reverse_variable ) already_included_metabolite = list(reaction.metabolites.keys())[0] reaction.add_metabolites({already_included_metabolite: 10}, combine=False) assert reaction.metabolites[already_included_metabolite] == 10 assert model.constraints[already_included_metabolite.id].expression.has( 10 * reaction.forward_variable ) assert model.constraints[already_included_metabolite.id].expression.has( -10 * reaction.reverse_variable ) def test_reaction_imul(model: Model) -> None: """Test in-place scalar factor multiplication to reaction.""" with model: model.reactions.EX_glc__D_e *= 100 assert ( model.constraints.glc__D_e.expression.coeff(model.variables.EX_glc__D_e) == -100.0 ) assert model.reactions.EX_glc__D_e.reaction == "100.0 glc__D_e <=> " assert ( model.constraints.glc__D_e.expression.coeff(model.variables.EX_glc__D_e) == -1.0 ) assert model.reactions.EX_glc__D_e.reaction == "glc__D_e <=> " with model: model.reactions.EX_glc__D_e *= -2 assert model.reactions.EX_glc__D_e.bounds == (-1000.0, 10.0) assert model.reactions.EX_glc__D_e.reaction == " <=> 2.0 glc__D_e" assert model.reactions.EX_glc__D_e.bounds == (-10, 1000.0) assert model.reactions.EX_glc__D_e.reaction == "glc__D_e <=> " # def test_pop(model): # pgi = model.reactions.PGI # g6p = model.metabolites.get_by_id("g6p_c") # f6p = model.metabolites.get_by_id("f6p_c") # g6p_expr = model.solver.constraints["g6p_c"].expression # g6p_coef = pgi.pop("g6p_c") # assert g6p not in pgi.metabolites # actual = model.solver.constraints[ # "g6p_c"].expression.as_coefficients_dict() # expected = (g6p_expr - g6p_coef * pgi.flux_expression # ).as_coefficients_dict() # assert actual == expected # assert pgi.metabolites[f6p] == 1 # # f6p_expr = model.solver.constraints["f6p_c"].expression # f6p_coef = pgi.pop(f6p) # assert f6p not in pgi.metabolites # assert model.solver.constraints[ # "f6p_c"].expression.as_coefficients_dict() == ( # f6p_expr - f6p_coef * pgi.flux_expression # ).as_coefficients_dict() def test_remove_from_model(model: Model) -> None: """Test reaction removal from model.""" pgi = model.reactions.PGI g6p = model.metabolites.g6p_c pgi_flux = model.optimize().fluxes["PGI"] assert abs(pgi_flux) > 1e-6 with model: pgi.remove_from_model() assert pgi.model is None assert "PGI" not in model.reactions assert pgi.id not in model.variables assert pgi.reverse_id not in model.variables assert pgi not in g6p.reactions model.optimize() assert "PGI" in model.reactions assert pgi.id in model.variables assert pgi.reverse_id in model.variables assert pgi.forward_variable.problem is model.solver assert pgi in g6p.reactions assert g6p in pgi.metabolites assert np.isclose(pgi_flux, model.optimize().fluxes["PGI"]) def test_change_id_is_reflected_in_solver(model: Model) -> None: """Test reaction ID change reflection in solver.""" for i, reaction in enumerate(model.reactions): old_reaction_id = reaction.id assert model.variables[old_reaction_id].name == old_reaction_id assert old_reaction_id in model.variables new_reaction_id = reaction.id + "_" + str(i) reaction.id = new_reaction_id assert reaction.id == new_reaction_id assert not (old_reaction_id in model.variables) assert reaction.id in model.variables assert reaction.reverse_id in model.variables name = model.variables[reaction.id].name assert name == reaction.id def test_repr_html_(model: Model) -> None: """Test __repr_html__ functionality.""" assert "" in model.reactions[0]._repr_html_() def test_compartment_changes(model: Model) -> None: """Test reaction compartment change.""" rxn = model.reactions.EX_ac_e assert rxn.reactants[0].compartment in rxn.compartments rxn.reactants[0].compartment = "blub" assert rxn.reactants[0].compartment in rxn.compartments cobrapy-0.23.0/src/cobra/test/test_core/test_dictlist.py000066400000000000000000000232241417337024700233210ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of dictlist.py""" from __future__ import absolute_import import re from copy import copy, deepcopy from pickle import HIGHEST_PROTOCOL, dumps, loads import pytest from cobra.core import DictList, Object @pytest.fixture(scope="function") def dict_list(): obj = Object("test1") test_list = DictList() test_list.append(obj) return obj, test_list def test_contains(dict_list): obj, test_list = dict_list assert obj in test_list assert obj.id in test_list assert Object("not_in") not in test_list assert "not_in" not in test_list def test_index(dict_list): obj, test_list = dict_list assert test_list.index("test1") == 0 assert test_list.index(obj) == 0 with pytest.raises(ValueError): test_list.index("f") with pytest.raises(ValueError): test_list.index(Object("f")) # Ensure indexing with an object that is a different object # also raises an error with pytest.raises(ValueError): test_list.index(Object("test1")) def test_independent(): a = DictList([Object("o1"), Object("o2")]) b = DictList() assert "o1" in a assert "o1" not in b b.append(Object("o3")) assert "o3" not in a assert "o3" in b def test_get_by_any(dict_list): obj, test_list = dict_list assert test_list.get_by_any(0) == [obj] assert test_list.get_by_any("test1") == [obj] with pytest.raises(KeyError): test_list.get_by_any("not-in-list") with pytest.raises(TypeError): test_list.get_by_any(1.1) assert test_list.get_by_any(obj) == [obj] def test_append(dict_list): obj, test_list = dict_list obj2 = Object("test2") test_list.append(obj2) with pytest.raises(ValueError): test_list.append(Object("test1")) assert test_list.index(obj2) == 1 assert test_list[1] == obj2 assert test_list.get_by_id("test2") is obj2 assert len(test_list) == 2 def test_insert(dict_list): obj, test_list = dict_list obj2 = Object("a") test_list.insert(0, obj2) assert test_list.index(obj2) == 0 assert test_list.index("test1") == 1 assert test_list.get_by_id("a") is obj2 assert len(test_list) == 2 with pytest.raises(ValueError): test_list.append(obj2) def test_extend(dict_list): obj, test_list = dict_list obj_list = [Object("test%d" % (i)) for i in range(2, 10)] test_list.extend(obj_list) assert test_list[1].id == "test2" assert test_list.get_by_id("test2") == obj_list[0] assert test_list[8].id == "test9" assert len(test_list) == 9 with pytest.raises(ValueError): test_list.extend([Object("test1")]) # Even if the object is unique, if it is present twice in the new # list, it should still raise an exception with pytest.raises(ValueError): test_list.extend([Object("testd"), Object("testd")]) def test_iadd(dict_list): obj, test_list = dict_list obj_list = [Object("test%d" % (i)) for i in range(2, 10)] test_list += obj_list assert test_list[1].id == "test2" assert test_list.get_by_id("test2") == obj_list[0] assert test_list[8].id == "test9" assert len(test_list) == 9 def test_add(dict_list): obj, test_list = dict_list obj_list = [Object("test%d" % (i)) for i in range(2, 10)] sum = test_list + obj_list assert sum is not test_list assert sum is not obj_list assert test_list[0].id == "test1" assert sum[1].id == "test2" assert sum.get_by_id("test2") == obj_list[0] assert sum[8].id == "test9" assert len(test_list) == 1 assert len(sum) == 9 def test_sub(dict_list): obj, test_list = dict_list obj_list = [Object("test%d" % i) for i in range(2, 10)] sum = test_list + obj_list sub = sum - test_list assert test_list[0].id == "test1" assert sub[0].id == "test2" assert len(sub) == 8 assert sum - obj_list == test_list def test_isub(dict_list): obj, test_list = dict_list obj_list = [Object("test%d" % i) for i in range(2, 10)] sum = test_list + obj_list sum -= obj_list[2:4] assert len(sum) == 7 with pytest.raises(ValueError): sum -= [Object("bogus")] def test_init_copy(dict_list): obj, test_list = dict_list test_list.append(Object("test2")) copied = DictList(test_list) assert test_list is not copied assert isinstance(copied, test_list.__class__) assert len(test_list) == len(copied) for i, v in enumerate(test_list): assert test_list[i].id == copied[i].id assert i == copied.index(v.id) assert test_list[i] is copied[i] assert v is copied.get_by_id(v.id) def test_slice(dict_list): obj, test_list = dict_list test_list.append(Object("test2")) test_list.append(Object("test3")) sliced = test_list[:-1] assert test_list is not sliced assert isinstance(sliced, test_list.__class__) assert len(test_list) == len(sliced) + 1 for i, v in enumerate(sliced): assert test_list[i].id == sliced[i].id assert i == sliced.index(v.id) assert test_list[i] is sliced[i] assert test_list[i] is sliced.get_by_id(v.id) def test_copy(dict_list): obj, test_list = dict_list test_list.append(Object("test2")) copied = copy(test_list) assert test_list is not copied assert isinstance(copied, test_list.__class__) assert len(test_list) == len(copied) for i, v in enumerate(test_list): assert test_list[i].id == copied[i].id assert i == copied.index(v.id) assert test_list[i] is copied[i] assert v is copied.get_by_id(v.id) def test_deepcopy(dict_list): obj, test_list = dict_list test_list.append(Object("test2")) copied = deepcopy(test_list) assert test_list is not copied assert isinstance(copied, test_list.__class__) assert len(test_list) == len(copied) for i, v in enumerate(test_list): assert test_list[i].id == copied[i].id assert i == copied.index(v.id) assert test_list[i] is not copied[i] assert v is not copied.get_by_id(v.id) def test_pickle(dict_list): obj, test_list = dict_list test_list.append(Object("test2")) for protocol in range(HIGHEST_PROTOCOL): pickle_str = dumps(test_list, protocol=protocol) copied = loads(pickle_str) assert test_list is not copied assert isinstance(copied, test_list.__class__) assert len(test_list) == len(copied) for i, v in enumerate(test_list): assert test_list[i].id == copied[i].id assert i == copied.index(v.id) assert test_list[i] is not copied[i] assert v is not copied.get_by_id(v.id) def test_query(dict_list): obj, test_list = dict_list obj2 = Object("test2") obj2.name = "foobar1" test_list.append(obj2) result = test_list.query("test1") # matches only test1 assert len(result) == 1 result = test_list.query(u"test1", "id") # matches with unicode assert len(result) == 1 assert result[0] == obj result = test_list.query("foo", "name") # matches only test2 assert len(result) == 1 assert result[0] == obj2 result = test_list.query("test", "id") # matches test1 and test2 assert len(result) == 2 # Test with a regular expression result = test_list.query(re.compile("test[0-9]"), "id") assert len(result) == 2 result = test_list.query(re.compile("test[29]"), "id") assert len(result) == 1 # Test query of name result = test_list.query(re.compile("foobar."), "name") assert len(result) == 1 # Test query with lambda function result = test_list.query(lambda x: x.id == "test1") assert len(result) == 1 def test_removal(): obj_list = DictList(Object("test%d" % (i)) for i in range(2, 10)) del obj_list[3] assert "test5" not in obj_list assert obj_list.index(obj_list[-1]) == len(obj_list) - 1 assert len(obj_list) == 7 del obj_list[3:5] assert "test6" not in obj_list assert "test7" not in obj_list assert obj_list.index(obj_list[-1]) == len(obj_list) - 1 assert len(obj_list) == 5 removed = obj_list.pop(1) assert obj_list.index(obj_list[-1]) == len(obj_list) - 1 assert removed.id == "test3" assert "test3" not in obj_list assert len(obj_list) == 4 removed = obj_list.pop() assert removed.id == "test9" assert removed.id not in obj_list assert len(obj_list) == 3 def test_set(): obj_list = DictList(Object("test%d" % (i)) for i in range(10)) obj_list[4] = Object("testa") assert obj_list.index("testa") == 4 assert obj_list[4].id == "testa" obj_list[5:7] = [Object("testb"), Object("testc")] assert obj_list.index("testb") == 5 assert obj_list[5].id == "testb" assert obj_list.index("testc") == 6 assert obj_list[6].id == "testc" # Even if the object is unique, if it is present twice in the new # list, it should still raise an exception with pytest.raises(ValueError): obj_list.__setitem__(slice(5, 7), [Object("testd"), Object("testd")]) def test_sort_and_reverse(): dl = DictList(Object("test%d" % (i)) for i in reversed(range(10))) assert dl[0].id == "test9" dl.sort() assert len(dl) == 10 assert dl[0].id == "test0" assert dl.index("test0") == 0 dl.reverse() assert dl[0].id == "test9" assert dl.index("test0") == 9 def test_dir(dict_list): obj, test_list = dict_list # Make sure tab completion works attrs = dir(test_list) assert "test1" in attrs assert "_dict" in attrs # attribute of DictList def test_union(dict_list): obj, test_list = dict_list test_list.union([Object("test1"), Object("test2")]) # Add only 1 element assert len(test_list) == 2 assert test_list.index("test2") == 1 cobrapy-0.23.0/src/cobra/test/test_core/test_gene.py000066400000000000000000000002141417337024700224120ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of gene.py""" def test_repr_html_(model): assert "
" in model.genes[0]._repr_html_() cobrapy-0.23.0/src/cobra/test/test_core/test_group.py000066400000000000000000000022501417337024700226320ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of model.py""" import pytest from cobra.core import Group def test_group_add_elements(model): num_members = 5 reactions_for_group = model.reactions[0:num_members] group = Group("arbitrary_group1") group.add_members(reactions_for_group) group.kind = "collection" # number of member sin group should equal the number of reactions # assigned to the group assert len(group.members) == num_members # Choose an overlapping, larger subset of reactions for the group num_total_members = 12 reactions_for_larger_group = model.reactions[0:num_total_members] group.add_members(reactions_for_larger_group) assert len(group.members) == num_total_members # the order of members should be the same as the loaded one for i in range(num_total_members): assert group.members[i] == model.reactions[i] def test_group_kind(): group = Group("arbitrary_group1") with pytest.raises(ValueError) as excinfo: group.kind = "non-SBML compliant group kind" assert "Kind can only by one of:" in str(excinfo.value) group.kind = "collection" assert group.kind == "collection" cobrapy-0.23.0/src/cobra/test/test_core/test_metabolite.py000066400000000000000000000023611417337024700236260ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of metabolite.py""" import pytest from cobra.core import Metabolite def test_metabolite_formula(): met = Metabolite("water") met.formula = "H2O" assert met.elements == {"H": 2, "O": 1} assert met.formula_weight == 18.01528 def test_formula_element_setting(model): met = model.metabolites[1] orig_formula = str(met.formula) orig_elements = dict(met.elements) met.formula = "" assert met.elements == {} met.elements = orig_elements assert met.formula == orig_formula def test_set_id(solved_model): solution, model = solved_model met = Metabolite("test") with pytest.raises(TypeError): setattr(met, "id", 1) model.add_metabolites([met]) with pytest.raises(ValueError): setattr(met, "id", "g6p_c") met.id = "test2" assert "test2" in model.metabolites assert "test" not in model.metabolites def test_remove_from_model(solved_model): solution, model = solved_model met = model.metabolites.get_by_id("g6p_c") met.remove_from_model() assert not (met.id in model.metabolites) assert not (met.id in model.constraints) def test_repr_html_(model): assert "
" in model.metabolites.h2o_c._repr_html_() cobrapy-0.23.0/src/cobra/test/test_core/test_model.py000066400000000000000000001104721417337024700226040ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of model.py""" from __future__ import absolute_import import os import warnings from copy import copy, deepcopy from math import isnan import numpy as np import pandas as pd import pytest from optlang.symbolics import Zero from cobra.core import Group, Metabolite, Model, Reaction from cobra.exceptions import OptimizationError from cobra.util import solver as su from cobra.util.solver import SolverNotFound, set_objective, solvers stable_optlang = ["glpk", "cplex", "gurobi"] optlang_solvers = ["optlang-" + s for s in stable_optlang if s in su.solvers] def same_ex(ex1, ex2): """Compare to expressions for mathematical equality.""" return ex1.simplify() == ex2.simplify() @pytest.mark.parametrize("solver", stable_optlang) def test_add_remove_reaction_benchmark(model, benchmark, solver): metabolite_foo = Metabolite("test_foo") metabolite_bar = Metabolite("test_bar") metabolite_baz = Metabolite("test_baz") actual_metabolite = model.metabolites[0] dummy_reaction = Reaction("test_foo_reaction") dummy_reaction.add_metabolites( { metabolite_foo: -1, metabolite_bar: 1, metabolite_baz: -2, actual_metabolite: 1, } ) def benchmark_add_reaction(): model.add_reaction(dummy_reaction) if not getattr(model, "solver", None): solver_dict[solver].create_problem(model) model.remove_reactions([dummy_reaction]) benchmark(benchmark_add_reaction) def test_add_metabolite(model): new_metabolite = Metabolite("test_met") assert new_metabolite not in model.metabolites with model: model.add_metabolites(new_metabolite) assert new_metabolite._model == model assert new_metabolite in model.metabolites assert new_metabolite.id in model.solver.constraints assert new_metabolite._model is None assert new_metabolite not in model.metabolites assert new_metabolite.id not in model.solver.constraints def test_remove_metabolite_subtractive(model): test_metabolite = model.metabolites[4] test_reactions = test_metabolite.reactions with model: model.remove_metabolites(test_metabolite, destructive=False) assert test_metabolite._model is None assert test_metabolite not in model.metabolites assert test_metabolite.id not in model.solver.constraints for reaction in test_reactions: assert reaction in model.reactions assert test_metabolite._model is model assert test_metabolite in model.metabolites assert test_metabolite.id in model.solver.constraints def test_remove_metabolite_destructive(model): test_metabolite = model.metabolites[4] test_reactions = test_metabolite.reactions with model: model.remove_metabolites(test_metabolite, destructive=True) assert test_metabolite._model is None assert test_metabolite not in model.metabolites assert test_metabolite.id not in model.solver.constraints for reaction in test_reactions: assert reaction not in model.reactions assert test_metabolite._model is model assert test_metabolite in model.metabolites assert test_metabolite.id in model.solver.constraints for reaction in test_reactions: assert reaction in model.reactions def test_compartments(model): assert set(model.compartments) == {"c", "e"} model = Model("test", "test") met_c = Metabolite("a_c", compartment="c") met_e = Metabolite("a_e", compartment="e") rxn = Reaction("foo") rxn.add_metabolites({met_e: -1, met_c: 1}) model.add_reactions([rxn]) assert model.compartments == {"c": "", "e": ""} model.compartments = {"c": "cytosol"} assert model.compartments == {"c": "cytosol", "e": ""} def test_add_reaction(model): old_reaction_count = len(model.reactions) old_metabolite_count = len(model.metabolites) dummy_metabolite_1 = Metabolite("test_foo_1") dummy_metabolite_2 = Metabolite("test_foo_2") actual_metabolite = model.metabolites[0] copy_metabolite = model.metabolites[1].copy() dummy_reaction = Reaction("test_foo_reaction") dummy_reaction.add_metabolites( { dummy_metabolite_1: -1, dummy_metabolite_2: 1, copy_metabolite: -2, actual_metabolite: 1, } ) model.add_reaction(dummy_reaction) assert model.reactions.get_by_id(dummy_reaction.id) == dummy_reaction for x in [dummy_metabolite_1, dummy_metabolite_2]: assert model.metabolites.get_by_id(x.id) == x # Should add 1 reaction and 2 metabolites assert len(model.reactions) == old_reaction_count + 1 assert len(model.metabolites) == old_metabolite_count + 2 # Test the added reaction reaction_in_model = model.reactions.get_by_id(dummy_reaction.id) assert type(reaction_in_model) is Reaction assert reaction_in_model is dummy_reaction assert len(reaction_in_model._metabolites) == 4 for i in reaction_in_model._metabolites: assert type(i) == Metabolite # Test the added metabolites met1_in_model = model.metabolites.get_by_id(dummy_metabolite_1.id) assert met1_in_model is dummy_metabolite_1 copy_in_model = model.metabolites.get_by_id(copy_metabolite.id) assert copy_metabolite is not copy_in_model assert type(copy_in_model) is Metabolite assert dummy_reaction in actual_metabolite._reaction # Test addition of a different metabolite with the same name as an # existing one uses the metabolite in the model r2 = Reaction("test_foo_reaction2") model.add_reaction(r2) r2.add_metabolites({Metabolite(model.metabolites[0].id): 1}) assert model.metabolites[0] is list(r2._metabolites)[0] def test_add_reaction_context(model): old_reaction_count = len(model.reactions) old_metabolite_count = len(model.metabolites) dummy_metabolite_1 = Metabolite("test_foo_1") dummy_metabolite_2 = Metabolite("test_foo_2") actual_metabolite = model.metabolites[0] copy_metabolite = model.metabolites[1].copy() dummy_reaction = Reaction("test_foo_reaction") dummy_reaction.add_metabolites( { dummy_metabolite_1: -1, dummy_metabolite_2: 1, copy_metabolite: -2, actual_metabolite: 1, } ) dummy_reaction.gene_reaction_rule = "dummy_gene" with model: model.add_reaction(dummy_reaction) assert model.reactions.get_by_id(dummy_reaction.id) == dummy_reaction assert len(model.reactions) == old_reaction_count + 1 assert len(model.metabolites) == old_metabolite_count + 2 assert dummy_metabolite_1._model == model assert "dummy_gene" in model.genes assert len(model.reactions) == old_reaction_count assert len(model.metabolites) == old_metabolite_count with pytest.raises(KeyError): model.reactions.get_by_id(dummy_reaction.id) assert dummy_metabolite_1._model is None assert "dummy_gene" not in model.genes def test_add_reaction_from_other_model(model): other = model.copy() for i in other.reactions: i.id += "_other" other.repair() model.add_reactions(other.reactions) # Check if the other reaction has an error in its GPR m1 = model.copy() m2 = model.copy() m1.reactions.PGI.remove_from_model() m2.genes.b4025._reaction.clear() m1.add_reaction(m2.reactions.PGI) def test_model_remove_reaction(model): old_reaction_count = len(model.reactions) with model: model.remove_reactions(["PGI"]) assert len(model.reactions) == old_reaction_count - 1 with pytest.raises(KeyError): model.reactions.get_by_id("PGI") model.remove_reactions(model.reactions[:1]) assert len(model.reactions) == old_reaction_count - 2 assert len(model.reactions) == old_reaction_count assert "PGI" in model.reactions tmp_metabolite = Metabolite("testing") model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert tmp_metabolite in model.metabolites model.remove_reactions(model.reactions[:1], remove_orphans=True) assert tmp_metabolite not in model.metabolites with model: model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert tmp_metabolite in model.metabolites assert tmp_metabolite not in model.metabolites biomass_before = model.slim_optimize() with model: model.remove_reactions([model.reactions.Biomass_Ecoli_core]) assert np.isclose(model.slim_optimize(), 0) assert np.isclose(model.slim_optimize(), biomass_before) def test_reaction_remove(model): old_reaction_count = len(model.reactions) tmp_metabolite = Metabolite("testing") # Delete without removing orphan model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 1 # Esnsure the stoichiometry is still the same using different objects removed_reaction = model.reactions[0] original_stoich = { i.id: value for i, value in removed_reaction._metabolites.items() } model.reactions[0].remove_from_model(remove_orphans=False) assert len(original_stoich) == len(removed_reaction._metabolites) for met in removed_reaction._metabolites: assert original_stoich[met.id] == removed_reaction._metabolites[met] assert met is not model.metabolites # Make sure it's still in the model assert tmp_metabolite in model.metabolites assert len(tmp_metabolite.reactions) == 0 assert len(model.reactions) == old_reaction_count - 1 # Now try with removing orphans model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 1 model.reactions[0].remove_from_model(remove_orphans=True) assert tmp_metabolite not in model.metabolites assert len(tmp_metabolite.reactions) == 0 assert len(model.reactions) == old_reaction_count - 2 # It shouldn't remove orphans if it's in 2 reactions however model.reactions[0].add_metabolites({tmp_metabolite: 1}) model.reactions[1].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 2 model.reactions[0].remove_from_model(remove_orphans=False) assert tmp_metabolite in model.metabolites assert len(tmp_metabolite.reactions) == 1 assert len(model.reactions) == old_reaction_count - 3 def test_reaction_delete(model): old_reaction_count = len(model.reactions) tmp_metabolite = Metabolite("testing") # Delete without removing orphan model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 1 with pytest.warns(DeprecationWarning): model.reactions[0].delete(remove_orphans=False) # Make sure it's still in the model assert tmp_metabolite in model.metabolites assert len(tmp_metabolite.reactions) == 0 assert len(model.reactions) == old_reaction_count - 1 # Now try it with removing orphans model.reactions[0].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 1 model.reactions[0].delete(remove_orphans=True) assert tmp_metabolite not in model.metabolites assert len(tmp_metabolite.reactions) == 0 assert len(model.reactions) == old_reaction_count - 2 # It shouldn't remove orphans if it's in 2 reactions however model.reactions[0].add_metabolites({tmp_metabolite: 1}) model.reactions[1].add_metabolites({tmp_metabolite: 1}) assert len(tmp_metabolite.reactions) == 2 model.reactions[0].delete(remove_orphans=False) assert tmp_metabolite in model.metabolites assert len(tmp_metabolite.reactions) == 1 assert len(model.reactions) == old_reaction_count - 3 def test_remove_gene(model): target_gene = model.genes[0] gene_reactions = list(target_gene.reactions) with warnings.catch_warnings(): warnings.simplefilter("ignore") target_gene.remove_from_model() assert target_gene.model is None # Make sure the reaction was removed from the model assert target_gene not in model.genes # Ensure the old reactions no longer have a record of the gene for reaction in gene_reactions: assert target_gene not in reaction.genes def test_group_model_reaction_association(model): num_members = 5 reactions_for_group = model.reactions[0:num_members] group = Group("arbitrary_group1") group.add_members(reactions_for_group) group.kind = "collection" model.add_groups([group]) # group should point to and be associated with the model assert group._model is model assert group in model.groups # model.get_associated_groups should find the group for each reaction # we added to the group for reaction in reactions_for_group: assert group in model.get_associated_groups(reaction) # remove the group from the model and check that reactions are no # longer associated with the group model.remove_groups([group]) assert group not in model.groups assert group._model is not model for reaction in reactions_for_group: assert group not in model.get_associated_groups(reaction) def test_group_members_add_to_model(model): # remove a few reactions from the model and add them to a new group num_members = 5 reactions_for_group = model.reactions[0:num_members] model.remove_reactions(reactions_for_group, remove_orphans=False) group = Group("arbitrary_group1") group.add_members(reactions_for_group) group.kind = "collection" # the old reactions should not be in the model for reaction in reactions_for_group: assert reaction not in model.reactions # add the group to the model and check that the reactions were added model.add_groups([group]) assert group in model.groups for reaction in reactions_for_group: assert reaction in model.reactions def test_group_loss_of_elements(model): # when a metabolite, reaction, or gene is removed from a model, it # should no longer be a member of any groups num_members_each = 5 elements_for_group = model.reactions[0:num_members_each] elements_for_group.extend(model.metabolites[0:num_members_each]) elements_for_group.extend(model.genes[0:num_members_each]) group = Group("arbitrary_group1") group.add_members(elements_for_group) group.kind = "collection" model.add_groups([group]) remove_met = model.metabolites[0] model.remove_metabolites([remove_met]) remove_rxn = model.reactions[0] model.remove_reactions([remove_rxn]) remove_gene = model.genes[0] remove_gene.remove_from_model() assert remove_met not in group.members assert remove_rxn not in group.members assert remove_gene not in group.members def test_exchange_reactions(model): assert set(model.exchanges) == set( [rxn for rxn in model.reactions if rxn.id.startswith("EX")] ) @pytest.mark.parametrize( "metabolites, reaction_type, prefix", [ ("exchange", "exchange", "EX_"), ("demand", "demand", "DM_"), ("sink", "sink", "SK_"), ], indirect=["metabolites"], ) def test_add_boundary(model, metabolites, reaction_type, prefix): for metabolite in metabolites: reaction = model.add_boundary(metabolite, reaction_type) assert model.reactions.get_by_id(reaction.id) == reaction assert reaction.reactants == [metabolite] assert model.constraints[metabolite.id].expression.has( model.variables[prefix + metabolite.id] ) @pytest.mark.parametrize( "metabolites, reaction_type, prefix", [ ("exchange", "exchange", "EX_"), ("demand", "demand", "DM_"), ("sink", "sink", "SK_"), ], indirect=["metabolites"], ) def test_add_boundary_context(model, metabolites, reaction_type, prefix): with model: for metabolite in metabolites: reaction = model.add_boundary(metabolite, reaction_type) assert model.reactions.get_by_id(reaction.id) == reaction assert reaction.reactants == [metabolite] assert -model.constraints[metabolite.id].expression.has( model.variables[prefix + metabolite.id] ) for metabolite in metabolites: assert prefix + metabolite.id not in model.reactions assert prefix + metabolite.id not in model.variables.keys() @pytest.mark.parametrize( "metabolites, reaction_type", [("exchange", "exchange"), ("demand", "demand"), ("sink", "sink")], indirect=["metabolites"], ) def test_add_existing_boundary(model, metabolites, reaction_type): for metabolite in metabolites: model.add_boundary(metabolite, reaction_type) with pytest.raises(ValueError): model.add_boundary(metabolite, reaction_type) @pytest.mark.parametrize("solver", stable_optlang) def test_copy_benchmark(model, solver, benchmark): def _(): model.copy() if not getattr(model, "solver", None): solver_dict[solver].create_problem(model) benchmark(_) @pytest.mark.parametrize("solver", stable_optlang) def test_copy_benchmark_large_model(large_model, solver, benchmark): def _(): large_model.copy() if not getattr(large_model, "solver", None): solver_dict[solver].create_problem(large_model) benchmark(_) def test_copy(model): # Modifying copy should not modify the original # Test that deleting reactions in the copy does not change the # number of reactions in the original model model_copy = model.copy() old_reaction_count = len(model.reactions) assert model_copy.notes is not model.notes assert model_copy.annotation is not model.annotation assert len(model.reactions) == len(model_copy.reactions) assert len(model.metabolites) == len(model_copy.metabolites) model_copy.remove_reactions(model_copy.reactions[0:5]) assert old_reaction_count == len(model.reactions) assert len(model.reactions) != len(model_copy.reactions) # Copying a model should not copy its context with model: model.remove_reactions([model.reactions.ACALD]) cp_model = model.copy() assert len(cp_model._contexts) == 0 assert "ACALD" not in cp_model.reactions def test_copy_with_groups(model): sub = Group("pathway", members=[model.reactions.PFK, model.reactions.FBA]) model.add_groups([sub]) copy = model.copy() assert len(copy.groups) == len(model.groups) assert len(copy.groups.get_by_id("pathway")) == len( model.groups.get_by_id("pathway") ) def test_deepcopy_benchmark(model, benchmark): benchmark(deepcopy, model) def test_deepcopy(model): # Reference structures are maintained when deepcopying model_copy = deepcopy(model) for gene, gene_copy in zip(model.genes, model_copy.genes): assert gene.id == gene_copy.id reactions = sorted(i.id for i in gene.reactions) reactions_copy = sorted(i.id for i in gene_copy.reactions) assert reactions == reactions_copy for reaction, reaction_copy in zip(model.reactions, model_copy.reactions): assert reaction.id == reaction_copy.id metabolites = sorted(i.id for i in reaction._metabolites) metabolites_copy = sorted(i.id for i in reaction_copy._metabolites) assert metabolites == metabolites_copy def test_add_reaction_orphans(model): # Test reaction addition # Need to verify that no orphan genes or metabolites are # contained in reactions after adding them to the model. model = model.__class__("test") model.add_reactions((x.copy() for x in model.reactions)) genes = [] metabolites = [] for x in model.reactions: genes.extend(x.genes) metabolites.extend(x._metabolites) orphan_genes = [x for x in genes if x.model is not model] orphan_metabolites = [x for x in metabolites if x.model is not model] # Check for dangling genes when running Model.add_reactions assert len(orphan_genes) == 0 # Check for dangling metabolites when running Model.add_reactions assert len(orphan_metabolites) == 0 def test_merge_models(model, tiny_toy_model): with model, tiny_toy_model: # Add some cons/vars to tiny_toy_model for testing merging tiny_toy_model.add_reactions([Reaction("EX_glc__D_e")]) variable = tiny_toy_model.problem.Variable("foo") constraint = tiny_toy_model.problem.Constraint( variable, ub=0, lb=0, name="constraint" ) tiny_toy_model.add_cons_vars([variable, constraint]) # Test merging to new model merged = model.merge( tiny_toy_model, inplace=False, objective="sum", prefix_existing="tiny_" ) assert "ex1" in merged.reactions assert "ex1" not in model.reactions assert merged.reactions.ex1.objective_coefficient == 1 assert ( merged.reactions.get_by_id("Biomass_Ecoli_core").objective_coefficient == 1 ) assert "tiny_EX_glc__D_e" in merged.reactions assert "foo" in merged.variables # Test reversible in-place model merging with model: model.merge( tiny_toy_model, inplace=True, objective="left", prefix_existing="tiny_" ) assert "ex1" in model.reactions assert "constraint" in model.constraints assert "foo" in model.variables assert "tiny_EX_glc__D_e" in model.reactions assert ( model.objective.expression.simplify() == model.reactions.get_by_id( "Biomass_Ecoli_core" ).flux_expression.simplify() ) assert "ex1" not in model.reactions assert "constraint" not in model.constraints assert "foo" not in model.variables assert "tiny_EX_glc__D_e" not in model.reactions # Test the deprecated operator overloading with model: merged = model + tiny_toy_model assert "ex1" in merged.reactions with model: model += tiny_toy_model assert "ex1" in model.reactions @pytest.mark.parametrize("solver", stable_optlang) def test_change_objective_benchmark(model, benchmark, solver): atpm = model.reactions.get_by_id("ATPM") def benchmark_change_objective(): model.objective = atpm.id if not getattr(model, "solver", None): solver_dict[solver].create_problem(model) benchmark(benchmark_change_objective) def test_get_objective_direction(model): assert model.objective_direction == "max" value = model.slim_optimize() assert np.isclose(value, 0.874, 1e-3) def test_set_objective_direction(model): with model: model.objective_direction = "min" assert model.objective_direction == "min" value = model.slim_optimize() assert value == 0.0 assert model.objective_direction == "max" def test_slim_optimize(model): with model: assert model.slim_optimize() > 0.872 model.reactions.Biomass_Ecoli_core.lower_bound = 10 assert isnan(model.slim_optimize()) with pytest.raises(OptimizationError): model.slim_optimize(error_value=None) @pytest.mark.parametrize("solver", optlang_solvers) def test_optimize(model, solver): model.solver = solver with model: assert model.optimize().objective_value > 0.872 model.reactions.Biomass_Ecoli_core.lower_bound = 10 with pytest.warns(UserWarning): model.optimize() with pytest.raises(OptimizationError): model.optimize(raise_error=True) def test_change_objective(model): # Test for correct optimization behavior model.optimize() assert model.reactions.Biomass_Ecoli_core.x > 0.5 with model: model.objective = model.reactions.EX_etoh_e model.optimize() assert model.reactions.Biomass_Ecoli_core.x < 0.5 assert model.reactions.Biomass_Ecoli_core.objective_coefficient == 1 model.optimize() assert model.reactions.Biomass_Ecoli_core.x > 0.5 # Test changing objective biomass = model.reactions.get_by_id("Biomass_Ecoli_core") atpm = model.reactions.get_by_id("ATPM") model.objective = atpm.id assert atpm.objective_coefficient == 1.0 assert biomass.objective_coefficient == 0.0 assert su.linear_reaction_coefficients(model) == {atpm: 1.0} # Change it back using object itself model.objective = biomass assert atpm.objective_coefficient == 0.0 assert biomass.objective_coefficient == 1.0 # Set both to 1 with a list model.objective = [atpm, biomass] assert atpm.objective_coefficient == 1.0 assert biomass.objective_coefficient == 1.0 # Set both using a dict model.objective = {atpm: 0.2, biomass: 0.3} assert abs(atpm.objective_coefficient - 0.2) < 10 ** -9 assert abs(biomass.objective_coefficient - 0.3) < 10 ** -9 # Test setting by index model.objective = model.reactions.index(atpm) assert su.linear_reaction_coefficients(model) == {atpm: 1.0} # Test by setting list of indexes model.objective = [model.reactions.index(reaction) for reaction in [atpm, biomass]] assert su.linear_reaction_coefficients(model) == {atpm: 1.0, biomass: 1.0} def test_problem_properties(model): new_variable = model.problem.Variable("test_variable") new_constraint = model.problem.Constraint(Zero, name="test_constraint", lb=0) model.add_cons_vars([new_variable, new_constraint]) assert "test_variable" in model.variables assert "test_constraint" in model.constraints model.remove_cons_vars([new_constraint, new_variable]) assert "test_variable" not in model.variables assert "test_constraint" not in model.variables def test_solution_data_frame(model): solution = model.optimize().to_frame() assert isinstance(solution, pd.DataFrame) assert "fluxes" in solution assert "reduced_costs" in solution def test_context_manager(model): bounds0 = model.reactions[0].bounds bounds1 = (1, 2) bounds2 = (3, 4) # Trigger a nested model context, ensuring that bounds are # preserved at each level with model: model.reactions[0].bounds = bounds1 with model: model.reactions[0].bounds = bounds2 assert model.reactions[0].bounds == bounds2 assert model.reactions[0].bounds == bounds1 assert model.reactions[0].bounds == bounds0 def test_objective_coefficient_reflects_changed_objective(model): biomass_r = model.reactions.get_by_id("Biomass_Ecoli_core") assert biomass_r.objective_coefficient == 1 model.objective = "PGI" assert biomass_r.objective_coefficient == 0 assert model.reactions.PGI.objective_coefficient == 1 def test_change_objective_through_objective_coefficient(model): biomass_r = model.reactions.get_by_id("Biomass_Ecoli_core") pgi = model.reactions.PGI pgi.objective_coefficient = 2 coef_dict = model.objective.expression.as_coefficients_dict() # Check that objective has been updated assert coef_dict[pgi.forward_variable] == 2.0 assert coef_dict[pgi.reverse_variable] == -2.0 # Check that original objective is still in there assert coef_dict[biomass_r.forward_variable] == 1.0 assert coef_dict[biomass_r.reverse_variable] == -1.0 def test_transfer_objective(model): new_mod = Model("new model") new_mod.add_reactions(model.reactions) new_mod.objective = model.objective assert set(str(x) for x in model.objective.expression.args) == set( str(x) for x in new_mod.objective.expression.args ) new_mod.slim_optimize() assert abs(new_mod.objective.value - 0.874) < 0.001 def test_model_from_other_model(model): model = Model(id_or_model=model) for reaction in model.reactions: assert reaction == model.reactions.get_by_id(reaction.id) def test_add_reactions(model): r1 = Reaction("r1") r1.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) r1.lower_bound, r1.upper_bound = -999999.0, 999999.0 r2 = Reaction("r2") r2.add_metabolites({Metabolite("A"): -1, Metabolite("C"): 1, Metabolite("D"): 1}) r2.lower_bound, r2.upper_bound = 0.0, 999999.0 model.add_reactions([r1, r2]) r2.objective_coefficient = 3.0 assert r2.objective_coefficient == 3.0 assert model.reactions[-2] == r1 assert model.reactions[-1] == r2 assert isinstance(model.reactions[-2].reverse_variable, model.problem.Variable) coefficients_dict = model.objective.expression.as_coefficients_dict() biomass_r = model.reactions.get_by_id("Biomass_Ecoli_core") assert coefficients_dict[biomass_r.forward_variable] == 1.0 assert coefficients_dict[biomass_r.reverse_variable] == -1.0 assert coefficients_dict[model.reactions.r2.forward_variable] == 3.0 assert coefficients_dict[model.reactions.r2.reverse_variable] == -3.0 def test_add_reactions_single_existing(model): rxn = model.reactions[0] r1 = Reaction(rxn.id) r1.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) r1.lower_bound, r1.upper_bound = -999999.0, 999999.0 model.add_reactions([r1]) assert rxn in model.reactions assert r1 is not model.reactions.get_by_id(rxn.id) def test_add_reactions_duplicate(model): rxn = model.reactions[0] r1 = Reaction("r1") r1.add_metabolites({Metabolite("A"): -1, Metabolite("B"): 1}) r1.lower_bound, r1.upper_bound = -999999.0, 999999.0 r2 = Reaction(rxn.id) r2.add_metabolites({Metabolite("A"): -1, Metabolite("C"): 1, Metabolite("D"): 1}) model.add_reactions([r1, r2]) assert r1 in model.reactions assert rxn in model.reactions assert r2 is not model.reactions.get_by_id(rxn.id) def test_add_cobra_reaction(model): r = Reaction(id="c1") model.add_reaction(r) assert isinstance(model.reactions.c1, Reaction) def test_all_objects_point_to_all_other_correct_objects(model): for reaction in model.reactions: assert reaction.model == model for gene in reaction.genes: assert gene == model.genes.get_by_id(gene.id) assert gene.model == model for reaction2 in gene.reactions: assert reaction2.model == model assert reaction2 == model.reactions.get_by_id(reaction2.id) for metabolite in reaction.metabolites: assert metabolite.model == model assert metabolite == model.metabolites.get_by_id(metabolite.id) for reaction2 in metabolite.reactions: assert reaction2.model == model assert reaction2 == model.reactions.get_by_id(reaction2.id) def test_objects_point_to_correct_other_after_copy(model): for reaction in model.reactions: assert reaction.model == model for gene in reaction.genes: assert gene == model.genes.get_by_id(gene.id) assert gene.model == model for reaction2 in gene.reactions: assert reaction2.model == model assert reaction2 == model.reactions.get_by_id(reaction2.id) for metabolite in reaction.metabolites: assert metabolite.model == model assert metabolite == model.metabolites.get_by_id(metabolite.id) for reaction2 in metabolite.reactions: assert reaction2.model == model assert reaction2 == model.reactions.get_by_id(reaction2.id) def test_remove_reactions(model): reactions_to_remove = model.reactions[10:30] assert all([reaction.model is model for reaction in reactions_to_remove]) assert all( [ model.reactions.get_by_id(reaction.id) == reaction for reaction in reactions_to_remove ] ) model.remove_reactions(reactions_to_remove) assert all([reaction.model is None for reaction in reactions_to_remove]) for reaction in reactions_to_remove: assert reaction.id not in list(model.variables.keys()) model.add_reactions(reactions_to_remove) for reaction in reactions_to_remove: assert reaction in model.reactions def test_objective(model): obj = model.objective assert obj.get_linear_coefficients(obj.variables) == { model.variables["Biomass_Ecoli_core_reverse_2cdba"]: -1, model.variables["Biomass_Ecoli_core"]: 1, } assert obj.direction == "max" def test_change_objective(model): expression = 1.0 * model.variables["ENO"] + 1.0 * model.variables["PFK"] model.objective = model.problem.Objective(expression) assert same_ex(model.objective.expression, expression) model.objective = "ENO" eno_obj = model.problem.Objective( model.reactions.ENO.flux_expression, direction="max" ) pfk_obj = model.problem.Objective( model.reactions.PFK.flux_expression, direction="max" ) assert same_ex(model.objective.expression, eno_obj.expression) with model: model.objective = "PFK" assert same_ex(model.objective.expression, pfk_obj.expression) assert same_ex(model.objective.expression, eno_obj.expression) expression = model.objective.expression atpm = model.reactions.get_by_id("ATPM") biomass = model.reactions.get_by_id("Biomass_Ecoli_core") with model: model.objective = atpm assert same_ex(model.objective.expression, expression) with model: atpm.objective_coefficient = 1 biomass.objective_coefficient = 2 assert same_ex(model.objective.expression, expression) with model: set_objective(model, model.problem.Objective(atpm.flux_expression)) assert same_ex(model.objective.expression, atpm.flux_expression) assert same_ex(model.objective.expression, expression) expression = model.objective.expression with model: with model: # Test to make sure nested contexts are OK set_objective(model, atpm.flux_expression, additive=True) assert same_ex( model.objective.expression, expression + atpm.flux_expression ) assert same_ex(model.objective.expression, expression) def test_set_reaction_objective(model): model.objective = model.reactions.ACALD assert same_ex( model.objective.expression, 1.0 * model.reactions.ACALD.forward_variable - 1.0 * model.reactions.ACALD.reverse_variable, ) def test_set_reaction_objective_str(model): model.objective = model.reactions.ACALD.id assert same_ex( model.objective.expression, 1.0 * model.reactions.ACALD.forward_variable - 1.0 * model.reactions.ACALD.reverse_variable, ) def test_invalid_objective_raises(model): with pytest.raises(ValueError): setattr(model, "objective", "This is not a valid objective!") with pytest.raises(TypeError): setattr(model, "objective", 3.0) @pytest.mark.skipif("cplex" not in solvers, reason="need cplex") def test_solver_change(model): model.solver = "glpk" solver_id = id(model.solver) problem_id = id(model.solver.problem) solution = model.optimize().fluxes model.solver = "cplex" assert id(model.solver) != solver_id assert id(model.solver.problem) != problem_id new_solution = model.optimize().fluxes assert np.allclose(solution, new_solution, rtol=0, atol=1e-06) def test_no_change_for_same_solver(model): model.solver = "glpk" solver_id = id(model.solver) problem_id = id(model.solver.problem) model.solver = "glpk" assert id(model.solver) == solver_id assert id(model.solver.problem) == problem_id def test_invalid_solver_change_raises(model): with pytest.raises(SolverNotFound): setattr(model, "solver", [1, 2, 3]) with pytest.raises(SolverNotFound): setattr(model, "solver", "ThisIsDefinitelyNotAvalidSolver") with pytest.raises(SolverNotFound): setattr(model, "solver", os) @pytest.mark.skipif("cplex" not in solvers, reason="no cplex") def test_change_solver_to_cplex_and_check_copy_works(model): assert (model.slim_optimize() - 0.8739215069684306) == pytest.approx(0.0) model_copy = model.copy() assert (model_copy.slim_optimize() - 0.8739215069684306) == pytest.approx(0.0) # Second, change existing glpk based model to cplex model.solver = "cplex" assert (model.slim_optimize() - 0.8739215069684306) == pytest.approx(0.0) model_copy = copy(model) assert (model_copy.slim_optimize() - 0.8739215069684306) == pytest.approx(0.0) def test_copy_preserves_existing_solution(solved_model): solution, model = solved_model model_cp = copy(model) primals_original = [variable.primal for variable in model.variables] primals_copy = [variable.primal for variable in model_cp.variables] abs_diff = abs(np.array(primals_copy) - np.array(primals_original)) assert not any(abs_diff > 1e-6) def test_repr_html_(model): assert "
" in model._repr_html_() cobrapy-0.23.0/src/cobra/test/test_core/test_solution.py000066400000000000000000000010761417337024700233570ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functions of solution.py""" from __future__ import absolute_import from cobra.core import Solution def test_solution_contains_only_reaction_specific_values(solved_model): solution, model = solved_model reaction_ids = set([reaction.id for reaction in model.reactions]) if isinstance(solution, Solution): assert set(solution.fluxes.index) == reaction_ids # assert set(solution.reduced_costs.index) == reaction_ids else: raise TypeError("solutions of type {0:r} are untested".format(type(solution))) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/000077500000000000000000000000001417337024700220175ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_flux_analysis/conftest.py000066400000000000000000000074551417337024700242310ustar00rootroot00000000000000"""Define module level fixtures.""" import json from os.path import join from typing import List import pandas as pd import pytest from cobra.core import Model, Reaction, Solution from cobra.util import solver as sutil # The scipy interface is currently unstable and may yield errors or infeasible # solutions. @pytest.fixture( scope="session", params=[s for s in ["glpk", "cplex", "gurobi"] if s in sutil.solvers], ) def all_solvers(request) -> List[str]: """Return the avaialble solvers.""" return request.param @pytest.fixture( scope="session", params=[s for s in ["cplex", "gurobi", "osqp"] if s in sutil.solvers], ) def qp_solvers(request) -> List[str]: """Return the available QP solvers.""" return request.param @pytest.fixture(scope="module") def fva_results(data_directory) -> pd.DataFrame: """Load and return saved FVA results for textbook model.""" with open(join(data_directory, "textbook_fva.json"), "r") as infile: df = pd.DataFrame(json.load(infile)) df.sort_index(inplace=True) return df[["minimum", "maximum"]] @pytest.fixture(scope="module") def pfba_fva_results(data_directory) -> pd.DataFrame: """Load and return saved pFBA FVA results for textbook model.""" with open(join(data_directory, "textbook_pfba_fva.json"), "r") as infile: df = pd.DataFrame(json.load(infile)) df.sort_index(inplace=True) return df[["minimum", "maximum"]] @pytest.fixture(scope="module") def room_model() -> Model: """Generate ROOM model as described in [1]_ . References ---------- .. [1] Tomer Shlomi, Omer Berkman and Eytan Ruppin, "Regulatory on/off minimization of metabolic flux changes after genetic perturbations", PNAS 2005 102 (21) 7695-7700; doi:10.1073/pnas.0406346102 """ test_model = Model("papin_2003") v_1 = Reaction("v1") v_2 = Reaction("v2") v_3 = Reaction("v3") v_4 = Reaction("v4") v_5 = Reaction("v5") v_6 = Reaction("v6", upper_bound=0.0) b_1 = Reaction("b1", upper_bound=10.0, lower_bound=0.0) b_2 = Reaction("b2") b_3 = Reaction("b3") test_model.add_reactions([v_1, v_2, v_3, v_4, v_5, v_6, b_1, b_2, b_3]) v_1.reaction = "A -> B" v_2.reaction = "2 B -> C + byp" v_3.reaction = "2 B + cof -> D" v_4.reaction = "D -> E + cof" v_5.reaction = "C + cof -> D" v_6.reaction = "C -> E" b_1.reaction = "-> A" b_2.reaction = "E ->" b_3.reaction = "byp ->" test_model.objective = "b2" return test_model @pytest.fixture(scope="module") def room_solution() -> Solution: """Generate ROOM solution as described in [1]_ . References ---------- .. [1] Tomer Shlomi, Omer Berkman and Eytan Ruppin, "Regulatory on/off minimization of metabolic flux changes after genetic perturbations", PNAS 2005 102 (21) 7695-7700; doi:10.1073/pnas.0406346102 """ fluxes = pd.Series( { "b1": 10.0, "b2": 5.0, "b3": 5.0, "v1": 10.0, "v2": 5.0, "v3": 0.0, "v4": 0.0, "v5": 0.0, "v6": 5.0, } ) reduced_costs = pd.Series( { "b1": 0.0, "b2": 0.0, "b3": 0.0, "v1": 0.0, "v2": 0.0, "v3": 0.0, "v4": 0.0, "v5": 0.0, "v6": 0.0, } ) shadow_prices = pd.Series( { "b1": 0.0, "b2": 0.0, "b3": 0.0, "v1": 0.0, "v2": 0.0, "v3": 0.0, "v4": 0.0, "v5": 0.0, "v6": 0.0, } ) sol = Solution( objective_value=5.000, status="optimal", fluxes=fluxes, reduced_costs=reduced_costs, shadow_prices=shadow_prices, ) return sol cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_deletion.py000066400000000000000000000322541417337024700252410ustar00rootroot00000000000000"""Test functionalities of reaction and gene deletions.""" import math from typing import Callable, List import numpy as np import pandas as pd import pytest from cobra import Model, Solution from cobra.flux_analysis.deletion import ( double_gene_deletion, double_reaction_deletion, single_gene_deletion, single_reaction_deletion, ) from cobra.flux_analysis.room import add_room # Single gene deletion FBA def test_single_gene_deletion_fba_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark single gene deletion using FBA.""" model.solver = all_solvers benchmark(single_gene_deletion, model) def test_single_gene_deletion_fba(model: Model, all_solvers: List[str]) -> None: """Test single gene deletion using FBA.""" # expected knockouts for textbook model model.solver = all_solvers growth_dict = { "b0008": 0.87, "b0114": 0.80, "b0116": 0.78, "b2276": 0.21, "b1779": 0.00, } result = single_gene_deletion( model=model, gene_list=list(growth_dict), method="fba", processes=1 ) for gene, value in growth_dict.items(): assert np.isclose(result.knockout[gene].growth, value, atol=1e-02) # Singe gene deletion MOMA def test_single_gene_deletion_moma_benchmark( model: Model, benchmark: Callable, qp_solvers: List[str] ) -> None: """Benchmark single gene deletion using MOMA.""" model.solver = qp_solvers genes = ["b0008", "b0114", "b2276", "b1779"] benchmark( single_gene_deletion, model=model, gene_list=genes, method="moma", processes=1, ) def test_single_gene_deletion_moma(model: Model, qp_solvers: List[str]) -> None: """Test single gene deletion using MOMA.""" model.solver = qp_solvers # expected knockouts for textbook model growth_dict = { "b0008": 0.87, "b0114": 0.71, "b0116": 0.56, "b2276": 0.11, "b1779": 0.00, } result = single_gene_deletion( model=model, gene_list=list(growth_dict), method="moma", processes=1 ) for gene, value in growth_dict.items(): assert np.isclose(result.knockout[gene].growth, value, atol=1e-02) def test_single_gene_deletion_moma_reference( model: Model, qp_solvers: List[str] ) -> None: """Test single gene deletion using MOMA (reference solution).""" model.solver = qp_solvers # expected knockouts for textbook model growth_dict = { "b0008": 0.87, "b0114": 0.71, "b0116": 0.56, "b2276": 0.11, "b1779": 0.00, } sol = model.optimize() result = single_gene_deletion( model=model, gene_list=list(growth_dict), method="moma", solution=sol, processes=1, ) for gene, value in growth_dict.items(): assert np.isclose(result.knockout[gene].growth, value, atol=1e-02) # Single gene deletion linear MOMA def test_single_gene_deletion_linear_moma_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark single gene deletion using linear MOMA.""" model.solver = all_solvers genes = ["b0008", "b0114", "b2276", "b1779"] benchmark( single_gene_deletion, model=model, gene_list=genes, method="linear moma", processes=1, ) def test_single_gene_deletion_linear_moma(model: Model, all_solvers: List[str]) -> None: """Test single gene deletion using linear MOMA (reference solution).""" model.solver = all_solvers # expected knockouts for textbook model growth_dict = { "b0008": 0.87, "b0114": 0.76, "b0116": 0.65, "b2276": 0.08, "b1779": 0.00, } sol = model.optimize() result = single_gene_deletion( model=model, gene_list=list(growth_dict), method="linear moma", solution=sol, processes=1, ) for gene, value in growth_dict.items(): assert np.isclose(result.knockout[gene].growth, value, atol=1e-02) # Single gene deletion ROOM def test_single_gene_deletion_room_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark single gene deletion using ROOM.""" if all_solvers == "glpk": pytest.skip("GLPK is too slow to run ROOM.") model.solver = all_solvers genes = ["b0008", "b0114", "b2276", "b1779"] benchmark( single_gene_deletion, model=model, gene_list=genes, method="room", processes=1, ) # Single gene deletion linear ROOM def test_single_gene_deletion_linear_room_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark single gene deletion using linear ROOM.""" model.solver = all_solvers genes = ["b0008", "b0114", "b2276", "b1779"] benchmark( single_gene_deletion, model=model, gene_list=genes, method="linear room", processes=1, ) # Single reaction deletion def test_single_reaction_deletion_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark single reaction deletion.""" model.solver = all_solvers benchmark(single_reaction_deletion, model=model, processes=1) def test_single_reaction_deletion(model: Model, all_solvers) -> None: """Test single reaction deletion.""" model.solver = all_solvers expected_results = { "FBA": 0.70404, "FBP": 0.87392, "CS": 0, "FUM": 0.81430, "GAPD": 0, "GLUDy": 0.85139, } result = single_reaction_deletion( model=model, reaction_list=list(expected_results), processes=1 ) for reaction, value in expected_results.items(): assert np.isclose(result.knockout[reaction].growth, value, atol=1e-05) # Single reaction deletion ROOM def test_single_reaction_deletion_room( room_model: Model, room_solution: Solution, all_solvers: List[str] ) -> None: """Test single reaction deletion using ROOM.""" room_model.solver = all_solvers expected = pd.Series( { "v1": 10.0, "v2": 5.0, "v3": 0.0, "v4": 5.0, "v5": 5.0, "v6": 0.0, "b1": 10.0, "b2": 5.0, "b3": 5.0, }, index=["v1", "v2", "v3", "v4", "v5", "v6", "b1", "b2", "b3"], ) with room_model: room_model.reactions.v6.knock_out() add_room(room_model, solution=room_solution, delta=0.0, epsilon=0.0) room_sol = room_model.optimize() assert np.allclose(room_sol.fluxes, expected) # Single reaction deletion linear ROOM def test_single_reaction_deletion_linear_room( room_model: Model, room_solution: Solution, all_solvers: List[str] ) -> None: """Test single reaction deletion using linear ROOM.""" room_model.solver = all_solvers expected = pd.Series( { "v1": 10.0, "v2": 5.0, "v3": 0.0, "v4": 5.0, "v5": 5.0, "v6": 0.0, "b1": 10.0, "b2": 5.0, "b3": 5.0, }, index=["v1", "v2", "v3", "v4", "v5", "v6", "b1", "b2", "b3"], ) with room_model: room_model.reactions.v6.knock_out() add_room( room_model, solution=room_solution, delta=0.0, epsilon=0.0, linear=True, ) linear_room_sol = room_model.optimize() assert np.allclose(linear_room_sol.fluxes, expected) # Double gene deletion def test_double_gene_deletion_benchmark( large_model: Model, benchmark: Callable ) -> None: """Benchmark double gene deletion.""" genes = [ "b0726", "b4025", "b0724", "b0720", "b2935", "b2935", "b1276", "b1241", ] benchmark(double_gene_deletion, large_model, gene_list1=genes, processes=1) def test_double_gene_deletion(model: Model) -> None: """Test double gene deletion.""" genes = [ "b0726", "b4025", "b0724", "b0720", "b2935", "b2935", "b1276", "b1241", ] growth_dict = { "b0720": { "b0720": 0.0, "b0724": 0.0, "b0726": 0.0, "b1241": 0.0, "b1276": 0.0, "b2935": 0.0, "b4025": 0.0, }, "b0724": { "b0720": 0.0, "b0724": 0.814, "b0726": 0.814, "b1241": 0.814, "b1276": 0.814, "b2935": 0.814, "b4025": 0.739, }, "b0726": { "b0720": 0.0, "b0724": 0.814, "b0726": 0.858, "b1241": 0.858, "b1276": 0.858, "b2935": 0.858, "b4025": 0.857, }, "b1241": { "b0720": 0.0, "b0724": 0.814, "b0726": 0.858, "b1241": 0.874, "b1276": 0.874, "b2935": 0.874, "b4025": 0.863, }, "b1276": { "b0720": 0.0, "b0724": 0.814, "b0726": 0.858, "b1241": 0.874, "b1276": 0.874, "b2935": 0.874, "b4025": 0.863, }, "b2935": { "b0720": 0.0, "b0724": 0.814, "b0726": 0.858, "b1241": 0.874, "b1276": 0.874, "b2935": 0.874, "b4025": 0.863, }, "b4025": { "b0720": 0.0, "b0724": 0.739, "b0726": 0.857, "b1241": 0.863, "b1276": 0.863, "b2935": 0.863, "b4025": 0.863, }, } solution = double_gene_deletion(model, gene_list1=genes, processes=3) solution_one_process = double_gene_deletion(model, gene_list1=genes, processes=1) for rxn_a, sub in growth_dict.items(): for rxn_b, growth in sub.items(): sol = solution.knockout[{rxn_a, rxn_b}] sol_one = solution_one_process.knockout[{rxn_a, rxn_b}] assert np.isclose(sol.growth, growth, atol=1e-3) assert np.isclose(sol_one.growth, growth, atol=1e-3) def test_double_gene_knockout_bug(large_model: Model) -> None: """Test that the bug reported in #1102 is fixed.""" genes = ["b0118", "b1276"] expected = ( pd.DataFrame( data={ "ids": [ {"b0118"}, {"b1276"}, {"b1276", "b0118"}, ], "growth": [0.98, 0.98, 0.0], "status": ["optimal"] * 3, } ) .sort_values("ids") .reset_index() ) result = ( double_gene_deletion(large_model, genes, processes=1) .sort_values("ids") .reset_index() ) assert result["growth"].values == pytest.approx(expected["growth"].values, abs=0.01) assert (result["status"] == expected["status"]).all() # Double reaction deletion def test_double_reaction_deletion_benchmark( large_model: Model, benchmark: Callable ) -> None: """Benchmark double reaction deletion.""" reactions = large_model.reactions[1::100] benchmark(double_reaction_deletion, large_model, reaction_list1=reactions) def test_double_reaction_deletion(model: Model) -> None: """Test double reaction deletion.""" reactions = ["FBA", "ATPS4r", "ENO", "FRUpts2"] growth_dict = { "FBA": {"ATPS4r": 0.135, "ENO": float("nan"), "FRUpts2": 0.704}, "ATPS4r": {"ENO": float("nan"), "FRUpts2": 0.374}, "ENO": {"FRUpts2": 0.0}, } solution = double_reaction_deletion(model, reaction_list1=reactions, processes=3) solution_one_process = double_reaction_deletion( model, reaction_list1=reactions, processes=1 ) for (rxn_a, sub) in growth_dict.items(): for rxn_b, growth in sub.items(): sol = solution.knockout[{rxn_a, rxn_b}] sol_one = solution_one_process.knockout[{rxn_a, rxn_b}] if math.isnan(growth): assert math.isnan(sol.growth) assert math.isnan(sol_one.growth) else: assert np.isclose(sol.growth, growth, atol=1e-3) assert np.isclose(sol_one.growth, growth, atol=1e-3) def test_deletion_accessor(small_model: Model) -> None: """Test the DataFrame accessor.""" single = single_reaction_deletion(small_model, small_model.reactions[0:10]) double = double_reaction_deletion(small_model, small_model.reactions[0:10]) rxn1 = small_model.reactions[0] rxn2 = small_model.reactions[1] with pytest.raises(ValueError): single.knockout[1] with pytest.raises(ValueError): single.knockout[{"a": 1}] assert single.knockout[rxn1].ids.iloc[0] == {rxn1.id} assert double.knockout[{rxn1, rxn2}].ids.iloc[0] == {rxn1.id, rxn2.id} assert all(single.knockout[rxn1.id] == single.knockout[rxn1]) assert all(double.knockout[{rxn1.id, rxn2.id}] == double.knockout[{rxn1, rxn2}]) assert single.knockout[rxn1, rxn2].shape == (2, 3) assert double.knockout[rxn1, rxn2].shape == (2, 3) assert double.knockout[{rxn1, rxn2}].shape == (1, 3) assert double.knockout[{rxn1}, {rxn2}].shape == (2, 3) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_fastcc.py000066400000000000000000000063321417337024700246770ustar00rootroot00000000000000"""Test functionalities of FASTCC.""" from typing import Callable, List import pytest from cobra import Model, Reaction from cobra.flux_analysis import fastcc, flux_variability_analysis @pytest.fixture(scope="module") def figure1_model() -> Model: """Generate a toy model as described in [1]_ figure 1. References ---------- .. [1] Vlassis N, Pacheco MP, Sauter T (2014) Fast Reconstruction of Compact Context-Specific Metabolic Network Models. PLoS Comput Biol 10(1): e1003424. doi:10.1371/journal.pcbi.1003424 """ test_model = Model("figure 1") v1 = Reaction("v1") v2 = Reaction("v2") v3 = Reaction("v3") v4 = Reaction("v4") v5 = Reaction("v5") v6 = Reaction("v6") test_model.add_reactions([v1, v2, v3, v4, v5, v6]) v1.reaction = "-> 2 A" v2.reaction = "A <-> B" v3.reaction = "A -> D" v4.reaction = "A -> C" v5.reaction = "C -> D" v6.reaction = "D ->" v1.bounds = (0.0, 3.0) v2.bounds = (-3.0, 3.0) v3.bounds = (0.0, 3.0) v4.bounds = (0.0, 3.0) v5.bounds = (0.0, 3.0) v6.bounds = (0.0, 3.0) test_model.objective = v6 return test_model @pytest.fixture(scope="module") def opposing_model() -> Model: """Generate a toy model with opposing reversible reactions. This toy model ensures that two opposing reversible reactions do not appear as blocked. """ test_model = Model("opposing") v1 = Reaction("v1") v2 = Reaction("v2") v3 = Reaction("v3") v4 = Reaction("v4") test_model.add_reactions([v1, v2, v3, v4]) v1.reaction = "-> 2 A" v2.reaction = "A -> C" # Later made reversible via bounds. v3.reaction = "D -> C" # Later made reversible via bounds. v4.reaction = "D ->" v1.bounds = 0.0, 3.0 v2.bounds = -3.0, 3.0 v3.bounds = -3.0, 3.0 v4.bounds = 0.0, 3.0 test_model.objective = v4 return test_model def test_fastcc_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark fastcc.""" model.solver = all_solvers benchmark(fastcc, model) def test_figure1(figure1_model: Model, all_solvers: List[str]) -> None: """Test FASTCC.""" figure1_model.solver = all_solvers consistent_model = fastcc(figure1_model) expected_reactions = {"v1", "v3", "v4", "v5", "v6"} assert expected_reactions == {rxn.id for rxn in consistent_model.reactions} def test_opposing(opposing_model: Model, all_solvers: List[str]) -> None: """Test FASTCC.""" opposing_model.solver = all_solvers consistent_model = fastcc(opposing_model) expected_reactions = {"v1", "v2", "v3", "v4"} assert expected_reactions == {rxn.id for rxn in consistent_model.reactions} def test_fastcc_against_fva_nonblocked_rxns( model: Model, all_solvers: List[str] ) -> None: """Test non-blocked reactions obtained by FASTCC against FVA.""" model.solver = all_solvers fastcc_consistent_model = fastcc(model) fva = flux_variability_analysis(model, fraction_of_optimum=0.0) nonblocked_rxns_fva = fva.index[ (fva.minimum.abs() > model.tolerance) | (fva.maximum.abs() > model.tolerance) ] assert all(fastcc_consistent_model.reactions) == all(nonblocked_rxns_fva.tolist()) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_gapfilling.py000066400000000000000000000063751417337024700255570ustar00rootroot00000000000000"""Test functionalities of gap filling.""" from cobra.core import Metabolite, Model, Reaction from cobra.flux_analysis.gapfilling import GapFiller, gapfill def test_gapfilling(salmonella: Model) -> None: """Test Gapfilling.""" m = Model() m.add_metabolites([Metabolite(m_id) for m_id in ["a", "b", "c"]]) exa = Reaction("EX_a") exa.add_metabolites({m.metabolites.a: 1}) b2c = Reaction("b2c") b2c.add_metabolites({m.metabolites.b: -1, m.metabolites.c: 1}) dmc = Reaction("DM_c") dmc.add_metabolites({m.metabolites.c: -1}) m.add_reactions([exa, b2c, dmc]) m.objective = "DM_c" universal = Model() a2b = Reaction("a2b") a2d = Reaction("a2d") universal.add_reactions([a2b, a2d]) a2b.build_reaction_from_string("a --> b", verbose=False) a2d.build_reaction_from_string("a --> d", verbose=False) # # GrowMatch # result = gapfilling.growMatch(m, universal)[0] result = gapfill(m, universal)[0] assert len(result) == 1 assert result[0].id == "a2b" # # SMILEY # result = gapfilling.SMILEY(m, "b", universal)[0] with m: m.objective = m.add_boundary(m.metabolites.b, type="demand") result = gapfill(m, universal)[0] assert len(result) == 1 assert result[0].id == "a2b" # # 2 rounds of GrowMatch with exchange reactions # result = gapfilling.growMatch(m, None, ex_rxns=True, iterations=2) result = gapfill(m, None, exchange_reactions=True, iterations=2) assert len(result) == 2 assert len(result[0]) == 1 assert len(result[1]) == 1 assert {i[0].id for i in result} == {"EX_b", "EX_c"} # # Gapfilling solution adds metabolites not present in original model # test for when demand = T # a demand reaction must be added to clear new metabolite universal_noDM = Model() a2b = Reaction("a2b") universal_noDM.add_reactions([a2b]) a2b.build_reaction_from_string("a --> b + d", verbose=False) result = gapfill( m, universal_noDM, exchange_reactions=False, demand_reactions=True )[0] # add reaction a2b and demand reaction to clear met d assert len(result) == 2 assert "a2b" in [x.id for x in result] # test for when demand = False # test for when metabolites are added to the model and # must be cleared by other reactions in universal model # (i.e. not necessarily a demand reaction) universal_withDM = universal_noDM.copy() d_dm = Reaction("d_dm") universal_withDM.add_reactions([d_dm]) d_dm.build_reaction_from_string("d -->", verbose=False) result = gapfill( m, universal_withDM, exchange_reactions=False, demand_reactions=False )[0] assert len(result) == 2 assert "a2b" in [x.id for x in result] # somewhat bigger model universal = Model("universal_reactions") with salmonella as model: for i in [i.id for i in model.metabolites.f6p_c.reactions]: reaction = model.reactions.get_by_id(i) universal.add_reactions([reaction.copy()]) model.remove_reactions([reaction]) gf = GapFiller( model, universal, penalties={"TKT2": 1e3}, demand_reactions=False ) solution = gf.fill() assert "TKT2" not in {r.id for r in solution[0]} assert gf.validate(solution[0]) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_geometric.py000066400000000000000000000041751417337024700254150ustar00rootroot00000000000000"""Test functionalities of Geometric FBA.""" from typing import Callable, List import numpy as np import pandas as pd import pytest from cobra.core import Metabolite, Model, Reaction from cobra.flux_analysis import geometric_fba @pytest.fixture(scope="module") def geometric_fba_model() -> Model: """Generate geometric FBA model as described in [1]_ . References ---------- .. [1] Smallbone, Kieran & Simeonidis, Vangelis. (2009). Flux balance analysis: A geometric perspective. Journal of theoretical biology.258. 311-5. 10.1016/j.jtbi.2009.01.027. """ test_model = Model("geometric_fba_paper_model") test_model.add_metabolites(Metabolite("A")) test_model.add_metabolites(Metabolite("B")) v_1 = Reaction("v1", upper_bound=1.0) v_1.add_metabolites({test_model.metabolites.A: 1.0}) v_2 = Reaction("v2", lower_bound=-1000.0) v_2.add_metabolites({test_model.metabolites.A: -1.0, test_model.metabolites.B: 1.0}) v_3 = Reaction("v3", lower_bound=-1000.0) v_3.add_metabolites({test_model.metabolites.A: -1.0, test_model.metabolites.B: 1.0}) v_4 = Reaction("v4", lower_bound=-1000.0) v_4.add_metabolites({test_model.metabolites.A: -1.0, test_model.metabolites.B: 1.0}) v_5 = Reaction("v5") v_5.add_metabolites({test_model.metabolites.A: 0.0, test_model.metabolites.B: -1.0}) test_model.add_reactions([v_1, v_2, v_3, v_4, v_5]) test_model.objective = "v5" return test_model def test_geometric_fba_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark geometric_fba.""" model.solver = all_solvers benchmark(geometric_fba, model, processes=1) def test_geometric_fba(geometric_fba_model: Model, all_solvers: List[str]) -> None: """Test geometric_fba.""" geometric_fba_model.solver = all_solvers geometric_fba_sol = geometric_fba(geometric_fba_model, processes=1) expected = pd.Series( {"v1": 1.0, "v2": 0.33, "v3": 0.33, "v4": 0.33, "v5": 1.0}, index=["v1", "v2", "v3", "v4", "v5"], ) assert np.allclose(geometric_fba_sol.fluxes, expected, atol=1e-02) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_helpers.py000066400000000000000000000014301417337024700250700ustar00rootroot00000000000000"""Test functionalities of flux analysis helper functions.""" import pytest from cobra.core import Model from cobra.flux_analysis.helpers import normalize_cutoff def test_normalize_cutoff(model: Model) -> None: """Test normalize cutoff.""" cutoff = normalize_cutoff(model) assert cutoff == 1e-7 def test_normalize_cutoff_with_specified_cutoff_above_default( model: Model, ) -> None: """Test normalize cutoff with specified cutoff greater than default.""" cutoff = normalize_cutoff(model, 1e-3) assert cutoff == 1e-3 def test_normalize_cutoff_with_specified_cutoff_below_default( model: Model, ) -> None: """Test normalize cutoff with specified cutoff less than default.""" with pytest.raises(ValueError): normalize_cutoff(model, 1e-10) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_loopless.py000066400000000000000000000056671417337024700253060ustar00rootroot00000000000000"""Test functionalities of removing loops in model.""" from typing import Callable import pytest from optlang.interface import INFEASIBLE, OPTIMAL from cobra.core import Metabolite, Model, Reaction from cobra.flux_analysis.loopless import add_loopless, loopless_solution from cobra.util import solver as sutil def construct_ll_test_model() -> Model: """Construct test model.""" test_model = Model() test_model.add_metabolites(Metabolite("A")) test_model.add_metabolites(Metabolite("B")) test_model.add_metabolites(Metabolite("C")) EX_A = Reaction("EX_A") EX_A.add_metabolites({test_model.metabolites.A: 1}) DM_C = Reaction("DM_C") DM_C.add_metabolites({test_model.metabolites.C: -1}) v1 = Reaction("v1") v1.add_metabolites({test_model.metabolites.A: -1, test_model.metabolites.B: 1}) v2 = Reaction("v2") v2.add_metabolites({test_model.metabolites.B: -1, test_model.metabolites.C: 1}) v3 = Reaction("v3") v3.add_metabolites({test_model.metabolites.C: -1, test_model.metabolites.A: 1}) test_model.add_reactions([EX_A, DM_C, v1, v2, v3]) DM_C.objective_coefficient = 1 return test_model @pytest.fixture( scope="function", params=[s for s in ["glpk", "cplex", "gurobi"] if s in sutil.solvers], ) def ll_test_model(request: pytest.FixtureRequest) -> Model: """Return test model set with different solvers.""" test_model = construct_ll_test_model() test_model.solver = request.param return test_model def test_loopless_benchmark_before(benchmark: Callable) -> None: """Benchmark initial condition.""" test_model = construct_ll_test_model() def _(): with test_model: add_loopless(test_model) test_model.optimize() benchmark(_) def test_loopless_benchmark_after(benchmark: Callable) -> None: """Benchmark final condition.""" test_model = construct_ll_test_model() benchmark(loopless_solution, test_model) def test_loopless_solution(ll_test_model: Model) -> None: """Test loopless_solution().""" solution_feasible = loopless_solution(ll_test_model) ll_test_model.reactions.v3.lower_bound = 1 ll_test_model.optimize() solution_infeasible = loopless_solution(ll_test_model) assert solution_feasible.fluxes["v3"] == 0.0 assert solution_infeasible.fluxes["v3"] == 1.0 def test_loopless_solution_fluxes(model: Model) -> None: """Test fluxes of loopless_solution().""" fluxes = model.optimize().fluxes ll_solution = loopless_solution(model, fluxes=fluxes) assert len(ll_solution.fluxes) == len(model.reactions) def test_add_loopless(ll_test_model: Model) -> None: """Test add_loopless().""" add_loopless(ll_test_model) feasible_status = ll_test_model.optimize().status ll_test_model.reactions.v3.lower_bound = 1 ll_test_model.slim_optimize() infeasible_status = ll_test_model.solver.status assert feasible_status == OPTIMAL assert infeasible_status == INFEASIBLE cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_moma.py000066400000000000000000000044261417337024700243670ustar00rootroot00000000000000"""Test functionalities of MOMA.""" from typing import List import numpy as np import pytest from cobra import Model from cobra.flux_analysis.moma import add_moma def test_moma_sanity(model: Model, qp_solvers: List[str]) -> None: """Test optimization criterion and optimality for MOMA.""" model.solver = qp_solvers sol = model.optimize() with model: model.reactions.PFK.knock_out() knock_sol = model.optimize() ssq = (knock_sol.fluxes - sol.fluxes).pow(2).sum() with model: add_moma(model, linear=False) model.reactions.PFK.knock_out() moma_sol = model.optimize() moma_ssq = (moma_sol.fluxes - sol.fluxes).pow(2).sum() # Use normal FBA as reference solution. with model: add_moma(model, solution=sol, linear=False) model.reactions.PFK.knock_out() moma_ref_sol = model.optimize() moma_ref_ssq = (moma_ref_sol.fluxes - sol.fluxes).pow(2).sum() assert np.isclose(moma_sol.objective_value, moma_ssq) assert moma_ssq < ssq assert np.isclose(moma_sol.objective_value, moma_ref_sol.objective_value) assert np.isclose(moma_ssq, moma_ref_ssq) def test_linear_moma_sanity(model: Model, all_solvers: List[str]) -> None: """Test optimization criterion and optimality for linear MOMA.""" model.solver = all_solvers sol = model.optimize() with model: model.reactions.PFK.knock_out() knock_sol = model.optimize() sabs = (knock_sol.fluxes - sol.fluxes).abs().sum() with model: add_moma(model, linear=True) model.reactions.PFK.knock_out() moma_sol = model.optimize() moma_sabs = (moma_sol.fluxes - sol.fluxes).abs().sum() # Use normal FBA as reference solution. with model: add_moma(model, solution=sol, linear=True) model.reactions.PFK.knock_out() moma_ref_sol = model.optimize() moma_ref_sabs = (moma_ref_sol.fluxes - sol.fluxes).abs().sum() assert np.allclose(moma_sol.objective_value, moma_sabs) assert moma_sabs < sabs assert np.isclose(moma_sol.objective_value, moma_ref_sol.objective_value) assert np.isclose(moma_sabs, moma_ref_sabs) with model: add_moma(model, linear=True) with pytest.raises(ValueError): add_moma(model) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_parsimonious.py000066400000000000000000000042531417337024700261640ustar00rootroot00000000000000"""Test functionalities of pFBA.""" import warnings from typing import Callable, List import pytest from cobra.core import Model from cobra.exceptions import Infeasible from cobra.flux_analysis.parsimonious import add_pfba, pfba def test_pfba_benchmark( large_model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark pFBA functionality.""" large_model.solver = all_solvers benchmark(pfba, large_model) def test_pfba(model: Model, all_solvers: List[str]) -> None: """Test pFBA functionality.""" model.solver = all_solvers with model: add_pfba(model) with pytest.raises(ValueError): add_pfba(model) expression = model.objective.expression n_constraints = len(model.constraints) solution = pfba(model) assert solution.status == "optimal" assert solution.fluxes["Biomass_Ecoli_core"] == pytest.approx( 0.8739, abs=1e-4, rel=0.0 ) assert solution.fluxes.abs().sum() == pytest.approx(518.4221, abs=1e-4, rel=0.0) # test changes to model reverted assert expression == model.objective.expression assert len(model.constraints) == n_constraints # needed? # Test desired_objective_value # desired_objective = 0.8 # pfba(model, solver=solver, # desired_objective_value=desired_objective) # abs_x = [abs(i) for i in model.solution.x] # assert model.solution.status == "optimal" # assert abs(model.solution.f - desired_objective) < 0.001 # assert abs(sum(abs_x) - 476.1594) < 0.001 # TODO: parametrize fraction (DRY it up) # Test fraction_of_optimum solution = pfba(model, fraction_of_optimum=0.95) assert solution.status == "optimal" assert solution.fluxes["Biomass_Ecoli_core"] == pytest.approx( 0.95 * 0.8739, abs=1e-4, rel=0.0 ) abs_x = [abs(i) for i in solution.fluxes.values] assert sum(abs_x) == pytest.approx(493.4400, abs=1e-4, rel=0.0) # Infeasible solution model.reactions.ATPM.lower_bound = 500 with warnings.catch_warnings(): warnings.simplefilter("error", UserWarning) with pytest.raises((UserWarning, Infeasible, ValueError)): pfba(model) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_phenotype_phase_plane.py000066400000000000000000000027031417337024700300040ustar00rootroot00000000000000"""Test functionalities of Phenotype Phase Plane Analysis.""" import numpy as np import pytest from cobra import Model from cobra.flux_analysis import production_envelope def test_envelope_one(model: Model) -> None: """Test flux of production envelope.""" df = production_envelope(model, ["EX_o2_e"]) assert np.isclose(df["flux_maximum"].sum(), 9.342, atol=1e-3) def test_envelope_multi_reaction_objective(model: Model) -> None: """Test production of multiple objectives.""" obj = {model.reactions.EX_ac_e: 1, model.reactions.EX_co2_e: 1} with pytest.raises(ValueError): production_envelope(model, "EX_o2_e", obj) @pytest.mark.parametrize( "variables, num", [ (["EX_glc__D_e"], 30), (["EX_glc__D_e", "EX_o2_e"], 20), (["EX_glc__D_e", "EX_o2_e", "EX_ac_e"], 10), ], ) def test_multi_variable_envelope(model: Model, variables: str, num: int) -> None: """Test production of envelope (multiple variable).""" df = production_envelope(model, variables, points=num) assert len(df) == num ** len(variables) def test_envelope_two(model: Model) -> None: """Test production of envelope.""" df = production_envelope(model, ["EX_glc__D_e", "EX_o2_e"], objective="EX_ac_e") assert np.isclose(df["flux_maximum"].sum(), 1737.466, atol=1e-3) assert np.isclose(df["carbon_yield_maximum"].sum(), 83.579, atol=1e-3) assert np.isclose(df["mass_yield_maximum"].sum(), 82.176, atol=1e-3) cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_reaction.py000066400000000000000000000016061417337024700252370ustar00rootroot00000000000000"""Test assessing functions in flux_analysis.reaction.""" from typing import List from cobra.core import Metabolite, Model, Reaction from cobra.flux_analysis.reaction import assess def test_assess(model: Model, all_solvers: List[str]) -> None: """Test assess functions.""" with model: assert assess(model, model.reactions.GLCpts, solver=all_solvers) is True pyr = model.metabolites.pyr_c a = Metabolite("a") b = Metabolite("b") model.add_metabolites([a, b]) pyr_a2b = Reaction("pyr_a2b") pyr_a2b.add_metabolites({pyr: -1, a: -1, b: 1}) model.add_reactions([pyr_a2b]) res = assess(model, pyr_a2b, 0.01, solver=all_solvers) expected = { "precursors": {a: {"required": 0.01, "produced": 0.0}}, "products": {b: {"required": 0.01, "capacity": 0.0}}, } assert res == expected cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_room.py000066400000000000000000000032501417337024700244040ustar00rootroot00000000000000"""Test functionalities of ROOM.""" from typing import List import pytest from cobra import Model from cobra.flux_analysis.room import add_room @pytest.mark.parametrize( "linear, delta, eps", [(True, 0.03, 1e-3), (False, 0.03, 1e-3), (True, 0.1, 1e-2), (False, 0.1, 1e-2)], ) def test_room_sanity( model: Model, all_solvers: List[str], linear: bool, delta: float, eps: float ) -> None: """Test optimization criterion and optimality for ROOM.""" model.solver = all_solvers sol = model.optimize() with model: model.reactions.PYK.knock_out() knock_sol = model.optimize() with model: # let it calculate its own reference solution (pFBA) add_room(model, linear=linear, delta=delta, epsilon=eps) model.reactions.PYK.knock_out() room_sol = model.optimize() with model: # use the more distant FBA reference add_room(model, solution=sol, linear=linear, delta=delta, epsilon=eps) model.reactions.PYK.knock_out() room_sol_ref = model.optimize() # The flux_change = (sol.fluxes - knock_sol.fluxes).abs() flux_change_room = (sol.fluxes - room_sol.fluxes).abs() flux_change_room_ref = (sol.fluxes - room_sol_ref.fluxes).abs() rxn_count_naive = (flux_change > delta * sol.fluxes.abs() + eps + 1e-6).sum() rxn_count_room = (flux_change_room > delta * sol.fluxes.abs() + eps + 1e-6).sum() rxn_count_room_ref = ( flux_change_room_ref > delta * sol.fluxes.abs() + eps + 1e-6 ).sum() # Expect the ROOM solution to have less changed reactions then a pFBA or FBA assert rxn_count_room <= rxn_count_naive assert rxn_count_room_ref <= rxn_count_naive cobrapy-0.23.0/src/cobra/test/test_flux_analysis/test_variability.py000066400000000000000000000141301417337024700257460ustar00rootroot00000000000000"""Test functionalities of Flux Variability Analysis.""" from typing import Callable, List import numpy as np import pandas as pd import pytest from cobra import Model from cobra.exceptions import Infeasible from cobra.flux_analysis.variability import ( find_blocked_reactions, find_essential_genes, find_essential_reactions, flux_variability_analysis, ) # FVA def test_flux_variability_benchmark( large_model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark FVA.""" large_model.solver = all_solvers benchmark( flux_variability_analysis, large_model, reaction_list=large_model.reactions[1::3], processes=1, ) def test_pfba_flux_variability( model: Model, pfba_fva_results: pd.DataFrame, fva_results: pd.DataFrame, all_solvers: List[str], ) -> None: """Test FVA using pFBA.""" model.solver = all_solvers with pytest.warns(UserWarning): flux_variability_analysis( model, pfba_factor=0.1, reaction_list=model.reactions[1::3], processes=1, ) fva_out = flux_variability_analysis( model, pfba_factor=1.1, reaction_list=model.reactions, processes=1 ) fva_out.sort_index(inplace=True) assert np.allclose(fva_out, pfba_fva_results) abs_fva_out = fva_out.dropna().abs() abs_fva_results = fva_results.dropna().abs() comparison = np.isclose(abs_fva_out, abs_fva_results) | ( abs_fva_out < abs_fva_results ) assert comparison["minimum"].all() assert comparison["maximum"].all() def test_loopless_pfba_fva(model: Model) -> None: """Test loopless FVA using pFBA.""" loop_reactions = [model.reactions.get_by_id(rid) for rid in ("FRD7", "SUCDi")] fva_loopless = flux_variability_analysis( model, pfba_factor=1.1, reaction_list=loop_reactions, loopless=True, processes=1, ) assert np.allclose(fva_loopless["maximum"], fva_loopless["minimum"]) def test_flux_variability( model: Model, fva_results: pd.DataFrame, all_solvers: List[str] ) -> None: """Test FVA.""" model.solver = all_solvers fva_out = flux_variability_analysis( model, reaction_list=model.reactions, processes=1 ) fva_out.sort_index(inplace=True) assert np.allclose(fva_out, fva_results) def test_parallel_flux_variability( model: Model, fva_results: pd.DataFrame, all_solvers: List[str] ) -> None: """Test parallel FVA.""" model.solver = all_solvers fva_out = flux_variability_analysis(model, processes=2) fva_out.sort_index(inplace=True) assert np.allclose(fva_out, fva_results) # Loopless FVA def test_flux_variability_loopless_benchmark( model: Model, benchmark: Callable, all_solvers: List[str] ) -> None: """Benchmark loopless FVA.""" model.solver = all_solvers benchmark( flux_variability_analysis, model, loopless=True, reaction_list=model.reactions[1::3], ) def test_flux_variability_loopless(model: Model, all_solvers: List[str]) -> None: """Test loopless FVA.""" model.solver = all_solvers loop_reactions = [model.reactions.get_by_id(rid) for rid in ("FRD7", "SUCDi")] fva_normal = flux_variability_analysis(model, reaction_list=loop_reactions) fva_loopless = flux_variability_analysis( model, reaction_list=loop_reactions, loopless=True ) assert not np.allclose(fva_normal["maximum"], fva_normal["minimum"]) assert np.allclose(fva_loopless["maximum"], fva_loopless["minimum"]) # Internals (essentiality, blocked reactions) def test_fva_data_frame(model: Model) -> None: """Test DataFrame obtained from FVA.""" df = flux_variability_analysis(model) assert np.all([df.columns.values == ["minimum", "maximum"]]) def test_fva_infeasible(model: Model) -> None: """Test FVA infeasibility.""" infeasible_model = model.copy() infeasible_model.reactions.get_by_id("EX_glc__D_e").lower_bound = 0 # ensure that an infeasible model does not run FVA with pytest.raises(Infeasible): flux_variability_analysis(infeasible_model) def test_fva_minimization(model: Model) -> None: """Test minimization using FVA.""" model.objective = model.reactions.EX_glc__D_e model.objective_direction = "min" solution = flux_variability_analysis(model, fraction_of_optimum=0.95) assert solution.at["EX_glc__D_e", "minimum"] == -10.0 assert solution.at["EX_glc__D_e", "maximum"] == -9.5 def test_find_blocked_reactions_solver_none(model: Model) -> None: """Test find_blocked_reactions() [no specific solver].""" result = find_blocked_reactions(model, model.reactions[40:46]) assert result == ["FRUpts2"] def test_essential_genes(model: Model) -> None: """Test find_essential_genes().""" essential_genes = { "b2779", "b1779", "b0720", "b2416", "b2926", "b1136", "b2415", } observed_essential_genes = {g.id for g in find_essential_genes(model)} assert observed_essential_genes == essential_genes def test_essential_reactions(model: Model) -> None: """Test find_blocked_reactions().""" essential_reactions = { "GLNS", "Biomass_Ecoli_core", "PIt2r", "GAPD", "ACONTb", "EX_nh4_e", "ENO", "EX_h_e", "EX_glc__D_e", "ICDHyr", "CS", "NH4t", "GLCpts", "PGM", "EX_pi_e", "PGK", "RPI", "ACONTa", } observed_essential_reactions = {r.id for r in find_essential_reactions(model)} assert observed_essential_reactions == essential_reactions def test_find_blocked_reactions(model: Model, all_solvers: List[str]) -> None: """Test find_blocked_reactions().""" model.solver = all_solvers result = find_blocked_reactions(model, model.reactions[40:46]) assert result == ["FRUpts2"] result = find_blocked_reactions(model, model.reactions[42:48]) assert set(result) == {"FUMt2_2", "FRUpts2"} result = find_blocked_reactions(model, model.reactions[30:50], open_exchanges=True) assert result == [] cobrapy-0.23.0/src/cobra/test/test_io/000077500000000000000000000000001417337024700175455ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_io/conftest.py000066400000000000000000000075061417337024700217540ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Contains module level fixtures and utility functions.""" from __future__ import absolute_import from os.path import join from pickle import load import pytest from optlang.interface import OPTIMAL @pytest.fixture(scope="module") def mini_model(data_directory): """Fixture for mini model.""" with open(join(data_directory, "mini.pickle"), "rb") as infile: return load(infile) def compare_models(model_1, model_2): """Compare two models (only for testing purposes).""" assert len(model_1.reactions) == len(model_2.reactions) assert len(model_1.metabolites) == len(model_2.metabolites) assert len(model_1.genes) == len(model_2.genes) assert model_1.objective.direction == model_2.objective.direction # check Reaction attributes for attr in ( "id", "name", "lower_bound", "upper_bound", "objective_coefficient", "gene_reaction_rule", ): assert getattr(model_1.reactions[0], attr) == getattr( model_2.reactions[0], attr ) assert getattr(model_1.reactions[5], attr) == getattr( model_2.reactions[5], attr ) assert getattr(model_1.reactions[-1], attr) == getattr( model_2.reactions[-1], attr ) # check Metabolite attributes for attr in ("id", "name", "compartment", "formula", "charge"): assert getattr(model_1.metabolites[0], attr) == getattr( model_2.metabolites[0], attr ) assert getattr(model_1.metabolites[5], attr) == getattr( model_2.metabolites[5], attr ) assert getattr(model_1.metabolites[-1], attr) == getattr( model_2.metabolites[-1], attr ) assert len(model_1.reactions[0].metabolites) == len( model_2.reactions[0].metabolites ) # TODO: either relax gene attribute checking or fix models for testing. # check Gene attributes # for attr in ("id", "name"): # assert getattr(model_1.genes[0], attr) == getattr(model_2.genes[0], # attr) # assert getattr(model_1.genes[10], attr) == getattr(model_2.genes[10], # attr) # assert getattr(model_1.genes[-1], attr) == getattr(model_2.genes[-1], # attr) assert len(model_1.reactions[8].metabolites) == len( model_2.reactions[8].metabolites ) assert len(model_1.reactions[-1].metabolites) == len( model_2.reactions[-1].metabolites ) assert len(model_1.genes) == len(model_2.genes) # ensure they have the same solution max solution_1 = model_1.optimize() solution_2 = model_2.optimize() if solution_1.status == OPTIMAL and solution_2.status == OPTIMAL: assert abs( solution_1.objective_value - solution_2.objective_value ) == pytest.approx(0.0) else: assert solution_1.status == solution_2.status # ensure the references are correct # metabolite -> model reference assert model_1.metabolites[0]._model is model_1 assert model_2.metabolites[0]._model is model_2 # reaction -> model reference assert model_1.reactions[0]._model is model_1 assert model_2.reactions[0]._model is model_2 # gene -> model reference assert model_1.genes[0]._model is model_1 assert model_2.genes[0]._model is model_2 # extra comparisons # assert model_1.compartments == model_2.compartments # assert dict(model_1.metabolites[4].annotation) == dict( # model_2.metabolites[4].annotation) # assert dict(model_1.reactions[4].annotation) == dict( # model_2.reactions[4].annotation) # assert dict(model_1.genes[5].annotation) == dict( # model_2.genes[5].annotation) cobrapy-0.23.0/src/cobra/test/test_io/test_annotation.py000066400000000000000000000070651417337024700233400ustar00rootroot00000000000000from os.path import join from cobra.io import read_sbml_model, write_sbml_model def _check_sbml_annotations(model): """Checks the annotations from the annotation.xml.""" assert model is not None # model annotation # {'bigg.model': 'e_coli_core', 'doi': '10.1128/ecosalplus.10.2.1', # 'taxonomy': '511145'} annotation = model.annotation assert annotation is not None assert len(annotation) == 3 for key in ["bigg.model", "doi", "taxonomy"]: assert key in annotation assert annotation["bigg.model"] == "e_coli_core" assert annotation["doi"] == "10.1128/ecosalplus.10.2.1" assert annotation["taxonomy"] == "511145" # gene annotation # {'asap': 'ABE-0006162', 'ncbigene': '946368', 'uniprot': 'P33221', # 'ncbigi': 'gi:16129802', 'ecogene': 'EG11809'} annotation = model.genes.G1.annotation assert len(annotation) == 5 for key in ["asap", "ncbigene", "uniprot", "ncbigi", "ecogene"]: assert key in annotation assert annotation["asap"] == "ABE-0006162" assert annotation["ncbigene"] == "946368" assert annotation["uniprot"] == "P33221" assert annotation["ncbigi"] == "gi:16129802" assert annotation["ecogene"] == "EG11809" # compartment annotation # FIXME: add tests with first class compartment model # annotation = model.compartments.c.annotation # assert len(annotation) == 1 # for key in ["bigg.compartment"]: # assert key in annotation # assert annotation["bigg.compartment"] == "c" # metabolite/species annotation # {'inchi': 'InChI=1S/C3H8O2/c1-3(5)2-4/h3-5H,2H2,1H3/t3-/m0/s1', # 'bigg.metabolite': '13dpg', 'chebi': ['CHEBI:11881', 'CHEBI:16001', # 'CHEBI:1658', 'CHEBI:20189', 'CHEBI:57604'], # 'metanetx.chemical': 'MNXM261', # 'kegg.compound': ['C00236', 'C02917'], # 'seed.compound': 'cpd00203', 'hmdb': ['HMDB62758', 'HMDB06213'], # 'biocyc': 'META:DPG'} annotation = model.metabolites.A.annotation for key in [ "inchi", "bigg.metabolite", "chebi", "metanetx.chemical", "kegg.compound", "seed.compound", "hmdb", "biocyc", ]: assert key in annotation assert ( annotation["inchi"] == "InChI=1S/C3H8O2/c1-3(5)2-4/h3-5H,2H2,1H3/t3-/m0/s1" ) # noqa: E501 # reaction annotation # {'kegg.reaction': 'R00228', 'sbo': 'SBO:0000375', # 'ec-code': '1.2.1.10', 'rhea': ['23288', '23289', '23290', '23291'], # 'metanetx.reaction': 'MNXR95210', 'bigg.reaction': 'ACALD', # 'biocyc': 'META:ACETALD-DEHYDROG-RXN'} annotation = model.reactions.R1.annotation for key in [ "kegg.reaction", "sbo", "ec-code", "rhea", "metanetx.reaction", "bigg.reaction", "biocyc", ]: assert key in annotation assert annotation["biocyc"] == "META:ACETALD-DEHYDROG-RXN" def test_read_sbml_annotations(data_directory): """Test reading and writing annotations.""" with open(join(data_directory, "annotation.xml"), "r") as f_in: model1 = read_sbml_model(f_in) _check_sbml_annotations(model1) def test_read_write_sbml_annotations(data_directory, tmp_path): """Test reading and writing annotations.""" with open(join(data_directory, "annotation.xml"), "r") as f_in: model1 = read_sbml_model(f_in) sbml_path = join(str(tmp_path), "test.xml") with open(sbml_path, "w") as f_out: write_sbml_model(model1, f_out) with open(sbml_path, "r") as f_in: model2 = read_sbml_model(f_in) _check_sbml_annotations(model2) cobrapy-0.23.0/src/cobra/test/test_io/test_annotation_format.py000066400000000000000000000016601417337024700247030ustar00rootroot00000000000000from os.path import join import pytest from cobra.io import load_json_model, write_sbml_model def test_load_json_model_valid(data_directory, tmp_path): """Test loading a valid annotation from JSON.""" path_to_file = join(data_directory, "valid_annotation_format.json") model = load_json_model(path_to_file) expected = { "bigg.reaction": [["is", "PFK26"]], "kegg.reaction": [["is", "R02732"]], "rhea": [["is", "15656"]], } for metabolite in model.metabolites: assert metabolite.annotation == expected path_to_output = join(str(tmp_path), "valid_annotation_output.xml") write_sbml_model(model, path_to_output) def test_load_json_model_invalid(data_directory): """Test that loading an invalid annotation from JSON raises TypeError""" path = join(data_directory, "invalid_annotation_format.json") with pytest.raises(TypeError): model = load_json_model(path) cobrapy-0.23.0/src/cobra/test/test_io/test_io_order.py000066400000000000000000000054471417337024700227720ustar00rootroot00000000000000# -*- coding: utf-8 -*- from __future__ import absolute_import import logging from operator import attrgetter from os.path import join from random import sample import pytest from cobra import DictList, Model from cobra import io as cio LOGGER = logging.getLogger(__name__) @pytest.fixture(scope="module") def tmp_path(tmpdir_factory): return str(tmpdir_factory.mktemp("model_order")) @pytest.fixture(scope="module") def minimized_shuffle(small_model): model = small_model.copy() chosen = sample(list(set(model.reactions) - set(model.exchanges)), 10) new = Model("minimized_shuffle") new.add_reactions(chosen) LOGGER.debug( "'%s' has %d metabolites, %d reactions, and %d genes.", new.id, new.metabolites, new.reactions, new.genes, ) return new @pytest.fixture(scope="module") def minimized_sorted(minimized_shuffle): model = minimized_shuffle.copy() model.id = "minimized_sorted" model.metabolites = DictList(sorted(model.metabolites, key=attrgetter("id"))) model.genes = DictList(sorted(model.genes, key=attrgetter("id"))) model.reactions = DictList(sorted(model.reactions, key=attrgetter("id"))) return model @pytest.fixture(scope="module") def minimized_reverse(minimized_shuffle): model = minimized_shuffle.copy() model.id = "minimized_reverse" model.metabolites = DictList( sorted(model.metabolites, key=attrgetter("id"), reverse=True) ) model.genes = DictList(sorted(model.genes, key=attrgetter("id"), reverse=True)) model.reactions = DictList( sorted(model.reactions, key=attrgetter("id"), reverse=True) ) return model @pytest.fixture( scope="module", params=["minimized_shuffle", "minimized_reverse", "minimized_sorted"], ) def template(request, minimized_shuffle, minimized_reverse, minimized_sorted): return locals()[request.param] @pytest.fixture(scope="module", params=["metabolites", "reactions", "genes"]) def attribute(request): return request.param def get_ids(iterable): return [x.id for x in iterable] @pytest.mark.parametrize( "read, write, ext", [ ("read_sbml_model", "write_sbml_model", ".xml"), ("load_json_model", "save_json_model", ".json"), ("load_yaml_model", "save_yaml_model", ".yml"), ], ) def test_io_order(attribute, read, write, ext, template, tmp_path): read = getattr(cio, read) write = getattr(cio, write) filename = join(tmp_path, "template" + ext) write(template, filename) model = read(filename) model_elements = get_ids(getattr(model, attribute)) template_elements = get_ids(getattr(template, attribute)) assert len(model_elements) == len(template_elements) assert set(model_elements) == set(template_elements) assert model_elements == template_elements cobrapy-0.23.0/src/cobra/test/test_io/test_json.py000066400000000000000000000042321417337024700221300ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functionalities of json.py""" from __future__ import absolute_import import json from os.path import join import pytest from importlib_resources import open_text from cobra import io as cio from cobra.test.test_io.conftest import compare_models @pytest.fixture(scope="module") def json_schema_v1(): with open_text(cio, "schema_v1.json") as handle: schema_v1 = json.load(handle) return schema_v1 def test_validate_json(data_directory, json_schema_v1): """Validate file according to JSON-schema.""" jsonschema = pytest.importorskip("jsonschema") with open(join(data_directory, "mini.json"), "r", encoding="utf-8") as infile: loaded = json.load(infile) assert jsonschema.validate(loaded, json_schema_v1) is None def test_load_json_model(data_directory, mini_model): """Test the reading of JSON model.""" json_model = cio.load_json_model(join(data_directory, "mini.json")) assert compare_models(mini_model, json_model) is None def test_save_json_model(tmpdir, mini_model, json_schema_v1): """Test the writing of JSON model.""" jsonschema = pytest.importorskip("jsonschema") output_file = tmpdir.join("mini.json") cio.save_json_model(mini_model, output_file.strpath, pretty=True) # validate against JSONSchema with open(str(output_file), "r") as infile: loaded = json.load(infile) assert jsonschema.validate(loaded, json_schema_v1) is None def test_reaction_bounds_json(data_directory, tmp_path): """Test reading and writing of model with inf bounds in json""" """Path to XML file with INF bounds""" path_to_xml_inf_file = join(data_directory, "fbc_ex1.xml") model_xml_inf = cio.read_sbml_model(path_to_xml_inf_file) path_to_output = join(str(tmp_path), "fbc_ex1_json.json") """Saving model with inf bounds in json form without error""" cio.save_json_model(model_xml_inf, path_to_output) """Path to JSON file with INF bounds""" path_to_JSON_inf_file = join(data_directory, "JSON_with_inf_bounds.json") model_json_inf = cio.load_json_model(path_to_JSON_inf_file) assert model_json_inf.reactions[0].upper_bound == float("inf") cobrapy-0.23.0/src/cobra/test/test_io/test_mat.py000066400000000000000000000043241417337024700217420ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functionalities provided by mat.py""" from __future__ import absolute_import from os.path import join from pickle import load import pytest from cobra import io from cobra.test.test_io.conftest import compare_models try: import scipy except ImportError: scipy = None @pytest.fixture(scope="function") def raven_model(data_directory): """Fixture for RAVEN model.""" with open(join(data_directory, "raven.pickle"), "rb") as infile: return load(infile) @pytest.mark.skipif(scipy is None, reason="scipy unavailable") # @pytest.mark.parametrize("ref_model, filename", # [(pytest.fixture_request("mini_model"), # "mini.mat"), # (pytest.fixture_request("raven_model"), # "raven.mat")]) # TODO: wait for pytest.fixture_request() to get approved def test_load_matlab_model(data_directory, mini_model, raven_model): """Test the reading of MAT model.""" mini_mat_model = io.load_matlab_model(join(data_directory, "mini.mat")) raven_mat_model = io.load_matlab_model(join(data_directory, "raven.mat")) assert compare_models(mini_model, mini_mat_model) is None assert compare_models(raven_model, raven_mat_model) is None # @pytest.mark.xfail(reason="localPath not supported yet") @pytest.mark.skipif(scipy is None, reason="scipy unavailable") # @pytest.mark.parametrize("model, filename", # [(pytest.fixture_request("mini_model"), # "mini.mat"), # (pytest.fixture_request("raven_model"), # "raven.mat")]) # TODO: wait for pytest.fixture_request() to get approved def test_save_matlab_model(tmpdir, mini_model, raven_model): """Test the writing of MAT model.""" mini_output_file = tmpdir.join("mini.mat") raven_output_file = tmpdir.join("raven.mat") # scipy.io.savemat() doesn't support anything other than # str or file-stream object, hence the str conversion io.save_matlab_model(mini_model, str(mini_output_file)) io.save_matlab_model(raven_model, str(raven_output_file)) assert mini_output_file.check() assert raven_output_file.check() cobrapy-0.23.0/src/cobra/test/test_io/test_notes.py000066400000000000000000000024021417337024700223040ustar00rootroot00000000000000from os.path import join import pytest import cobra from cobra.io import read_sbml_model, write_sbml_model def test_notes(tmp_path): """Testing if model notes are written in SBML""" path_to_file = join(str(tmp_path), "model_notes.xml") # making a minimal cobra model to test notes model = cobra.Model("e_coli_core") model.notes["Remark"] = "...Model Notes..." met = cobra.Metabolite("pyr_c", compartment="c") model.add_metabolites([met]) met.notes["Remark"] = "Note with \n newline" rxn = cobra.Reaction("R_ATPM") model.add_reactions([rxn]) rxn.notes["Remark"] = "What about me?" model.objective_direction = "max" model.objective = rxn write_sbml_model(model, path_to_file) # reading the model back model_after_reading = read_sbml_model(path_to_file) met_after_reading = model_after_reading.metabolites.get_by_id("pyr_c") reaction_after_reading = model_after_reading.reactions.get_by_id("R_ATPM") # checking if notes are written to model assert model_after_reading.notes["Remark"] == "...Model Notes..." # checking notes for metabolite and reaction assert met_after_reading.notes["Remark"] == "Note with \n newline" assert reaction_after_reading.notes["Remark"] == "What about me?" cobrapy-0.23.0/src/cobra/test/test_io/test_pickle.py000066400000000000000000000022111417337024700224210ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test data storage and recovery using pickle.""" from __future__ import absolute_import from os.path import join from pickle import dump, load import pytest from cobra.test.test_io.conftest import compare_models try: import cPickle cload = cPickle.load cdump = cPickle.dump except ImportError: cload = None cdump = None @pytest.mark.parametrize("load_function", [load, cload]) def test_read_pickle(data_directory, mini_model, load_function): """Test the reading of model from pickle.""" if load_function is None: pytest.skip() with open(join(data_directory, "mini.pickle"), "rb") as infile: pickle_model = load_function(infile) assert compare_models(mini_model, pickle_model) is None @pytest.mark.parametrize("dump_function", [dump, cdump]) def test_write_pickle(tmpdir, mini_model, dump_function): """Test the writing of model to pickle.""" if dump_function is None: pytest.skip() output_file = tmpdir.join("mini.pickle") with open(str(output_file), "wb") as outfile: dump_function(mini_model, outfile) assert output_file.check() cobrapy-0.23.0/src/cobra/test/test_io/test_sbml.py000066400000000000000000000446351417337024700221270ustar00rootroot00000000000000# -*- coding: utf-8 -*- """ Testing SBML functionality based on libsbml. """ from __future__ import absolute_import from collections import namedtuple from os import unlink from os.path import join, split from pickle import load from tempfile import gettempdir import pytest import cobra from cobra import Model from cobra.io import read_sbml_model, validate_sbml_model, write_sbml_model config = cobra.Configuration() # for default bounds try: import jsonschema except ImportError: jsonschema = None # ---------------------------------- # Definition of SBML files to test # ---------------------------------- IOTrial = namedtuple( "IOTrial", [ "name", "reference_file", "test_file", "read_function", "write_function", "validation_function", ], ) trials = [ IOTrial( "fbc2", "mini.pickle", "mini_fbc2.xml", read_sbml_model, write_sbml_model, validate_sbml_model, ), IOTrial( "fbc2Gz", "mini.pickle", "mini_fbc2.xml.gz", read_sbml_model, write_sbml_model, None, ), IOTrial( "fbc2Bz2", "mini.pickle", "mini_fbc2.xml.bz2", read_sbml_model, write_sbml_model, None, ), IOTrial( "fbc1", "mini.pickle", "mini_fbc1.xml", read_sbml_model, write_sbml_model, None ), IOTrial("cobra", None, "mini_cobra.xml", read_sbml_model, write_sbml_model, None), ] trial_names = [node.name for node in trials] @pytest.mark.parametrize("trial", trials) def test_validate(trial, data_directory): """Test validation function.""" if trial.validation_function is None: pytest.skip("not implemented") test_file = join(data_directory, trial.test_file) trial.validation_function(test_file) class TestCobraIO: """Tests the read and write functions.""" @classmethod def compare_models(cls, name, model1, model2): assert len(model1.reactions) == len(model2.reactions) assert len(model1.metabolites) == len(model2.metabolites) assert model1.objective.direction == model2.objective.direction for attr in ( "id", "name", "lower_bound", "upper_bound", "objective_coefficient", "gene_reaction_rule", ): assert getattr(model1.reactions[0], attr) == getattr( model2.reactions[0], attr ) assert getattr(model1.reactions[5], attr) == getattr( model2.reactions[5], attr ) assert getattr(model1.reactions[-1], attr) == getattr( model2.reactions[-1], attr ) for attr in ("id", "name", "compartment", "formula", "charge"): assert getattr(model1.metabolites[0], attr) == getattr( model2.metabolites[0], attr ) assert getattr(model1.metabolites[5], attr) == getattr( model2.metabolites[5], attr ) assert getattr(model1.metabolites[-1], attr) == getattr( model2.metabolites[-1], attr ) assert len(model1.reactions[0].metabolites) == len( model2.reactions[0].metabolites ) assert len(model1.reactions[8].metabolites) == len( model2.reactions[8].metabolites ) assert len(model1.reactions[-1].metabolites) == len( model2.reactions[-1].metabolites ) assert len(model1.genes) == len(model2.genes) # ensure they have the same solution max solution1 = model1.optimize() solution2 = model2.optimize() assert ( solution1.status == "infeasible" and solution2.status == "infeasible" ) or abs(solution1.objective_value - solution2.objective_value) < 0.001 # ensure the references are correct assert model2.metabolites[0]._model is model2 assert model2.reactions[0]._model is model2 assert model2.genes[0]._model is model2 @classmethod def extra_comparisons(cls, name, model1, model2): assert model1.compartments == model2.compartments # FIXME: problems of duplicate annotations in test data # ('cas': ['56-65-5', '56-65-5']) # assert dict(model1.metabolites[4].annotation) == dict( # model2.metabolites[4].annotation) d1 = model1.reactions[4].annotation d2 = model2.reactions[4].annotation assert list(d1.keys()) == list(d2.keys()) for k in d1: assert set(d1[k]) == set(d2[k]) assert dict(model1.reactions[4].annotation) == dict( model2.reactions[4].annotation ) assert dict(model1.genes[5].annotation) == dict(model2.genes[5].annotation) for attr in ("id", "name"): assert getattr(model1.genes[0], attr) == getattr(model2.genes[0], attr) assert getattr(model1.genes[10], attr) == getattr(model2.genes[10], attr) assert getattr(model1.genes[-1], attr) == getattr(model2.genes[-1], attr) def test_read_1(self, io_trial): name, reference_model, test_model, _ = io_trial if name in ["fbc1"]: pytest.xfail("not supported") if reference_model: self.compare_models(name, reference_model, test_model) def test_read_2(self, io_trial): name, reference_model, test_model, _ = io_trial if name in ["fbc1", "mat", "cobra", "raven-mat"]: pytest.xfail("not supported") if reference_model: self.extra_comparisons(name, reference_model, test_model) def test_write_1(self, io_trial): name, _, test_model, reread_model = io_trial if name in ["fbc1", "raven-mat"]: pytest.xfail("not supported") self.compare_models(name, test_model, reread_model) def test_write_2(self, io_trial): name, _, test_model, reread_model = io_trial if name in ["fbc1", "mat", "cobra", "raven-mat"]: pytest.xfail("not supported") self.extra_comparisons(name, test_model, reread_model) @pytest.fixture(scope="module", params=trials, ids=trial_names) def io_trial(request, data_directory): reference_model = None if request.param.reference_file: with open(join(data_directory, request.param.reference_file), "rb") as infile: reference_model = load(infile) test_model = request.param.read_function( join(data_directory, request.param.test_file) ) test_output_filename = join(gettempdir(), split(request.param.test_file)[-1]) # test writing the model within a context with a non-empty stack with test_model: test_model.objective = test_model.objective request.param.write_function(test_model, test_output_filename) reread_model = request.param.read_function(test_output_filename) unlink(test_output_filename) return request.param.name, reference_model, test_model, reread_model def test_filehandle(data_directory, tmp_path): """Test reading and writing to file handle.""" with open(join(data_directory, "mini_fbc2.xml"), "r") as f_in: model1 = read_sbml_model(f_in) assert model1 is not None sbml_path = join(str(tmp_path), "test.xml") with open(sbml_path, "w") as f_out: write_sbml_model(model1, f_out) with open(sbml_path, "r") as f_in: model2 = read_sbml_model(f_in) TestCobraIO.compare_models(name="filehandle", model1=model1, model2=model2) def test_from_sbml_string(data_directory): """Test reading from SBML string.""" sbml_path = join(data_directory, "mini_fbc2.xml") with open(sbml_path, "r") as f_in: sbml_str = f_in.read() model1 = read_sbml_model(sbml_str) model2 = read_sbml_model(sbml_path) TestCobraIO.compare_models(name="read from string", model1=model1, model2=model2) @pytest.mark.skip(reason="Model history currently not written") def test_model_history(tmp_path): """Testing reading and writing of ModelHistory.""" model = Model("test") model._sbml = { "creators": [ { "familyName": "Mustermann", "givenName": "Max", "organisation": "Muster University", "email": "muster@university.com", } ] } sbml_path = join(str(tmp_path), "test.xml") with open(sbml_path, "w") as f_out: write_sbml_model(model, f_out) with open(sbml_path, "r") as f_in: model2 = read_sbml_model(f_in) assert "creators" in model2._sbml assert len(model2._sbml["creators"]) is 1 c = model2._sbml["creators"][0] assert c["familyName"] == "Mustermann" assert c["givenName"] == "Max" assert c["organisation"] == "Muster University" assert c["email"] == "muster@university.com" def test_groups(data_directory, tmp_path): """Testing reading and writing of groups""" sbml_path = join(data_directory, "e_coli_core.xml") model = read_sbml_model(sbml_path) assert model.groups is not None assert len(model.groups) == 10 g1 = model.groups[0] assert len(g1.members) == 6 temp_path = join(str(tmp_path), "test.xml") with open(temp_path, "w") as f_out: write_sbml_model(model, f_out) with open(temp_path, "r") as f_in: model2 = read_sbml_model(f_in) assert model2.groups is not None assert len(model2.groups) == 10 g1 = model2.groups[0] assert len(g1.members) == 6 def test_missing_flux_bounds1(data_directory): sbml_path = join(data_directory, "annotation.xml") with open(sbml_path, "r") as f_in: # missing flux bounds are set to cobra.configuration.bounds model, errors = validate_sbml_model(f_in, set_missing_bounds=True) r1 = model.reactions.R1 assert r1.lower_bound == config.lower_bound assert r1.upper_bound == config.upper_bound def test_missing_flux_bounds2(data_directory): sbml_path = join(data_directory, "annotation.xml") with open(sbml_path, "r") as f_in: # missing flux bounds are set to [-INF, INF] model, errors = validate_sbml_model(f_in, set_missing_bounds=False) r1 = model.reactions.R1 assert r1.lower_bound == config.lower_bound assert r1.upper_bound == config.upper_bound def test_validate(data_directory): """Test the validation code.""" sbml_path = join(data_directory, "mini_fbc2.xml") with open(sbml_path, "r") as f_in: model1, errors = validate_sbml_model(f_in, check_modeling_practice=True) assert model1 assert errors assert len(errors["SBML_WARNING"]) == 0 def test_validation_warnings(data_directory): """Test the validation warnings.""" sbml_path = join(data_directory, "validation.xml") with open(sbml_path, "r") as f_in: model1, errors = validate_sbml_model(f_in, check_modeling_practice=True) assert model1 assert errors assert len(errors["COBRA_WARNING"]) == 3 assert "No objective in listOfObjectives" in errors["COBRA_WARNING"] def test_infinity_bounds(data_directory, tmp_path): """Test infinity bound example.""" sbml_path = join(data_directory, "fbc_ex1.xml") model = read_sbml_model(sbml_path) # check that simulation works solution = model.optimize() # check that values are set r = model.reactions.get_by_id("EX_X") assert r.lower_bound == -float("Inf") assert r.upper_bound == float("Inf") temp_path = join(str(tmp_path), "test.xml") with open(temp_path, "w") as f_out: write_sbml_model(model, f_out) with open(temp_path, "r") as f_in: model2 = read_sbml_model(f_in) r = model2.reactions.get_by_id("EX_X") assert r.lower_bound == -float("Inf") assert r.upper_bound == float("Inf") def test_boundary_conditions(data_directory): """Test infinity bound example.""" sbml_path1 = join(data_directory, "fbc_ex1.xml") model1 = read_sbml_model(sbml_path1) sol1 = model1.optimize() # model with species boundaryCondition==True sbml_path2 = join(data_directory, "fbc_ex2.xml") model2 = read_sbml_model(sbml_path2) sol2 = model2.optimize() r = model2.reactions.get_by_id("EX_X") assert r.lower_bound == config.lower_bound assert r.upper_bound == config.upper_bound assert sol1.objective_value == sol2.objective_value def test_gprs(data_directory, tmp_path): """Test that GPRs are written and read correctly""" model1 = read_sbml_model(join(data_directory, "iJO1366.xml.gz")) sbml_path = join(str(tmp_path), "test.xml") with open(sbml_path, "w") as f_out: write_sbml_model(model1, f_out) with open(sbml_path, "r") as f_in: model2 = read_sbml_model(f_in) for r1 in model1.reactions: rid = r1.id r2 = model2.reactions.get_by_id(rid) gpr1 = r1.gene_reaction_rule gpr2 = r2.gene_reaction_rule assert gpr1 == gpr2 def test_identifiers_annotation(): from cobra.io.sbml import _parse_annotation_info for uri in [ "http://identifiers.org/chebi/CHEBI:000123", "https://identifiers.org/chebi/CHEBI:000123", "http://identifiers.org/CHEBI:000123", "https://identifiers.org/CHEBI:000123", ]: data = _parse_annotation_info(uri) assert data assert data[0] == "chebi" assert data[1] == "CHEBI:000123" for uri in [ "http://identifiers.org/taxonomy/9602", "https://identifiers.org/taxonomy/9602", "http://identifiers.org/taxonomy:9602", "https://identifiers.org/taxonomy:9602", ]: data = _parse_annotation_info(uri) assert data assert data[0] == "taxonomy" assert data[1] == "9602" for uri in [ "http://identifier.org/taxonomy/9602", "https://test.com", ]: data = _parse_annotation_info(uri) assert data is None def test_smbl_with_notes(data_directory, tmp_path): """Test that NOTES in the RECON 2.2 style are written and read correctly""" sbml_path = join(data_directory, "example_notes.xml") model = read_sbml_model(sbml_path) assert model.metabolites is not None metabolite_notes = { "2hb_e": {"CHARGE": "-1", "FORMULA": "C4H7O3", "SMILES": "CCC(O)C(O)=O"}, "nad_e": { "CHARGE": "-1", "FORMULA": "C21H26N7O14P2", "SMILES": "NC(=O)c1ccc[n+](c1)[C@@H]1O[C@H](COP([O-])(" "=O)OP([O-])(=O)OC[C@H]2O[C@H]([C@H](O)[" "C@@H]2O)n2cnc3c(N)ncnc23)[C@@H](O)[C@H]1O", }, "h_e": {"CHARGE": "1", "FORMULA": "H", "SMILES": "[1H+]"}, "2obut_e": {"CHARGE": "-1", "FORMULA": "C4H5O3", "SMILES": "CCC(=O)C([O-])=O"}, "nadh_e": { "CHARGE": "-2", "FORMULA": "C21H27N7O14P2", "SMILES": "NC(=O)C1=CN(C=CC1)[C@@H]1O[C@H](COP([O-])(" "=O)OP([O-])(=O)OC[C@H]2O[C@H]([C@H](O)[" "C@@H]2O)n2cnc3c(N)ncnc23)[C@@H](O)[C@H]1O", }, } metabolite_annotations = { "2hb_e": { "sbo": "SBO:0000247", "inchi": "InChI=1S/C4H8O3/c1-2-3(5)4(6)7/h3,5H,2H2,1H3," "(H,6,7)", "chebi": "CHEBI:1148", }, "nad_e": { "sbo": "SBO:0000247", "inchi": "InChI=1S/C21H27N7O14P2/c22-17-12-19(" "25-7-24-17)28(8-26-12)21-16(32)14(30)11(" "41-21)6-39-44(36,37)42-43(34,35)38-5-10-13(29)15(" "31)20(40-10)27-3-1-2-9(4-27)18(" "23)33/h1-4,7-8,10-11,13-16,20-21,29-32H,5-6H2," "(H5-,22,23,24,25,33,34,35,36,37)/p-1/t10-," "11-,13-,14-,15-,16-,20-,21-/m1/s1", "chebi": "CHEBI:57540", }, "h_e": { "sbo": "SBO:0000247", "inchi": "InChI=1S/p+1/i/hH", "chebi": "CHEBI:24636", }, "2obut_e": { "sbo": "SBO:0000247", "inchi": "InChI=1S/C4H6O3/c1-2-3(5)4(6)7/h2H2,1H3,(H,6," "7)/p-1", "chebi": "CHEBI:16763", }, "nadh_e": { "sbo": "SBO:0000247", "inchi": "InChI=1S/C21H29N7O14P2/c22-17-12-19(" "25-7-24-17)28(8-26-12)21-16(32)14(30)11(" "41-21)6-39-44(36,37)42-43(34,35)38-5-10-13(" "29)15(31)20(40-10)27-3-1-2-9(4-27)18(" "23)33/h1,3-4,7-8,10-11,13-16,20-21,29-32H,2," "5-6H2,(H2,23,33)(H,34,35)(H,36,37)(H2,22,24," "25)/p-2/t10-,11-,13-,14-,15-,16-,20-,21-/m1/s1", "chebi": "CHEBI:57945", }, } reaction_notes = { "CONFIDENCE_LEVEL": "4", "NOTES": "NCD", "SUBSYSTEM": "Propanoate metabolism", "GENE_ASSOCIATION": "(HGNC:8546 and HGNC:8548) or" " (HGNC:8547 and HGNC:8548)", } reaction_annotations = { "sbo": "SBO:0000176", "ec-code": "1.1.1.27", "pubmed": ["10108", "21765"], } for met_id in metabolite_notes: assert model.metabolites.has_id(met_id) for note_key in metabolite_notes[met_id].keys(): assert note_key in model.metabolites.get_by_id(met_id).notes assert ( metabolite_notes[met_id][note_key] == model.metabolites.get_by_id(met_id).notes[note_key] ) for annotation_key in metabolite_annotations[met_id].keys(): assert annotation_key in model.metabolites.get_by_id(met_id).annotation print(met_id) assert ( metabolite_annotations[met_id][annotation_key] == model.metabolites.get_by_id(met_id).annotation[annotation_key] ) for note_key in reaction_notes.keys(): assert note_key in model.reactions[0].notes.keys() assert reaction_notes[note_key] == model.reactions[0].notes[note_key] assert ( model.reactions[0].gene_reaction_rule == "(HGNC:8546 and HGNC:8548) or " "(HGNC:8547 and HGNC:8548)" ) assert len(model.groups) == 1 for annotation_key in reaction_annotations.keys(): assert annotation_key in model.reactions[0].annotation.keys() assert ( reaction_annotations[annotation_key] == model.reactions[0].annotation[annotation_key] ) def test_stable_gprs(data_directory, tmp_path): mini = read_sbml_model(join(data_directory, "mini_fbc2.xml")) mini.reactions.GLCpts.gene_reaction_rule = "((b2415 and b2417)or (b2416))" fixed = join(str(tmp_path), "fixed_gpr.xml") write_sbml_model(mini, fixed) fixed_model = read_sbml_model(fixed) assert ( fixed_model.reactions.GLCpts.gene_reaction_rule == "(b2415 and b2417) or b2416" ) cobrapy-0.23.0/src/cobra/test/test_io/test_web/000077500000000000000000000000001417337024700213615ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_io/test_web/test_load.py000066400000000000000000000047741417337024700237250ustar00rootroot00000000000000import gzip import pathlib import pytest from cobra import Configuration from cobra.io import BiGGModels, BioModels, load_model @pytest.fixture(scope="module") def mini_sbml(data_directory): """Provide a gzip-compressed SBML document.""" with (pathlib.Path(data_directory) / "mini_cobra.xml").open(mode="rb") as handle: return gzip.compress(handle.read()) @pytest.fixture def bigg_models(mini_sbml, mocker): """Provide a mocked BiGG Models repository interface.""" result = mocker.Mock(spec_set=BiGGModels) result.get_sbml.return_value = mini_sbml return result @pytest.fixture def biomodels(mini_sbml, mocker): """Provide a mocked BioModels repository interface.""" result = mocker.Mock(spec_set=BioModels) result.get_sbml.return_value = mini_sbml return result def test_bigg_access(bigg_models): """Test that SBML would be retrieved from the BiGG Models repository.""" load_model("e_coli_core", cache=False, repositories=[bigg_models]) bigg_models.get_sbml.assert_called_once_with(model_id="e_coli_core") def test_biomodels_access(biomodels): """Test that SBML would be retrieved from the BioModels repository.""" load_model("BIOMD0000000633", cache=False, repositories=[biomodels]) biomodels.get_sbml.assert_called_once_with(model_id="BIOMD0000000633") @pytest.mark.raises(exception=RuntimeError, message="could not be found") def test_unknown_model(): """Expect that a not found error is raised (e2e).""" load_model("MODELWHO?", cache=False) @pytest.mark.parametrize( "model_id, num_metabolites, num_reactions", [("e_coli_core", 72, 95), ("BIOMD0000000633", 50, 35)], ) def test_remote_load(model_id: str, num_metabolites: int, num_reactions: int): """Test that sample models can be loaded from remote repositories (e2e).""" model = load_model(model_id, cache=False) assert len(model.metabolites) == num_metabolites assert len(model.reactions) == num_reactions def test_cache(monkeypatch, tmp_path, bigg_models, biomodels): """Test that remote models are properly cached.""" config = Configuration() monkeypatch.setattr(config, "cache_directory", tmp_path) remote_model = load_model("e_coli_core") cached_model = load_model("e_coli_core", repositories=[bigg_models, biomodels]) bigg_models.get_sbml.assert_not_called() biomodels.get_sbml.assert_not_called() assert len(cached_model.metabolites) == len(remote_model.metabolites) assert len(cached_model.reactions) == len(remote_model.reactions) cobrapy-0.23.0/src/cobra/test/test_io/test_yaml.py000066400000000000000000000021101417337024700221120ustar00rootroot00000000000000# -*- coding: utf-8 -*- """Test functionalities provided by yaml.py""" from __future__ import absolute_import import json from os.path import join import pytest from ruamel.yaml import YAML from cobra import io as cio from cobra.test.test_io.conftest import compare_models def test_load_yaml_model(data_directory, mini_model): """Test the reading of YAML model.""" yaml_model = cio.load_yaml_model(join(data_directory, "mini.yml")) assert compare_models(mini_model, yaml_model) is None @pytest.mark.xfail(reason="schema outdated") def test_save_yaml_model(tmpdir, mini_model): jsonschema = pytest.importorskip("jsonschema") """Test the writing of YAML model.""" output_file = tmpdir.join("mini.yml") cio.save_yaml_model(mini_model, output_file.strpath, sort=True) # validate against schema yaml = YAML(typ="unsafe") with open(output_file.strpath, "r") as infile: yaml_to_dict = yaml.load(infile) dict_to_json = json.dumps(yaml_to_dict) loaded = json.loads(dict_to_json) assert jsonschema.validate(loaded, cio.json.json_schema) cobrapy-0.23.0/src/cobra/test/test_manipulation/000077500000000000000000000000001417337024700216365ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_manipulation/__init__.py000066400000000000000000000000001417337024700237350ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_manipulation/test_annotate.py000066400000000000000000000014401417337024700250570ustar00rootroot00000000000000"""Test functionalities of model component annotation functions.""" from cobra.core import Model, Reaction from cobra.manipulation import add_SBO def test_sbo_annotation(model: Model) -> None: """Test SBO annotation function.""" rxns = model.reactions rxns.EX_o2_e.annotation.clear() fake_DM = Reaction("DM_h_c") model.add_reactions([fake_DM]) fake_DM.add_metabolites({model.metabolites.get_by_id("h_c"): -1}) # this exchange will be set wrong. The function should not overwrite # an existing SBO annotation rxns.get_by_id("EX_h_e").annotation["sbo"] = "SBO:0000628" add_SBO(model) assert rxns.EX_o2_e.annotation["sbo"] == "SBO:0000627" assert rxns.DM_h_c.annotation["sbo"] == "SBO:0000628" assert rxns.EX_h_e.annotation["sbo"] == "SBO:0000628" cobrapy-0.23.0/src/cobra/test/test_manipulation/test_delete.py000066400000000000000000000176061417337024700245230ustar00rootroot00000000000000"""Test functionalities of model component pruning functions.""" from itertools import chain from typing import List, Set from cobra.core import Gene, Metabolite, Model, Reaction from cobra.manipulation import ( delete_model_genes, find_gene_knockout_reactions, get_compiled_gene_reaction_rules, prune_unused_metabolites, prune_unused_reactions, remove_genes, undelete_model_genes, ) def test_prune_unused_metabolites_output_type(model: Model) -> None: """Test the output type of unused metabolites pruning.""" [model.reactions.get_by_id(x).remove_from_model() for x in ["RPI", "RPE", "GND"]] model_pruned, unused = prune_unused_metabolites(model) assert isinstance(model_pruned, Model) # test that the output contains metabolite objects assert isinstance(unused[0], Metabolite) def test_prune_unused_metabolites_sanity(model: Model) -> None: """Test the sanity of unused metabolites pruning.""" metabolite1 = model.metabolites.ru5p__D_c metabolite2 = model.metabolites.akg_e metabolite3 = model.metabolites.akg_c reactions = set( chain(metabolite1.reactions, metabolite2.reactions, metabolite3.reactions) ) model.remove_reactions(reactions) model_pruned, unused = prune_unused_metabolites(model) assert metabolite1 in model.metabolites assert metabolite2 in model.metabolites assert metabolite3 in model.metabolites # test that the unused metabolites are not used in the model assert metabolite1 not in model_pruned.metabolites assert metabolite2 not in model_pruned.metabolites assert metabolite3 not in model_pruned.metabolites def test_prune_unused_reactions_output_type(model: Model) -> None: """Test the output type of unused reactions pruning.""" reaction = Reaction("foo") model.add_reactions([reaction]) model_pruned, unused = prune_unused_reactions(model) assert isinstance(model_pruned, Model) # test that the output contains reaction objects assert isinstance(unused[0], Reaction) def test_prune_unused_rxns_functionality(model: Model) -> None: """Test the sanity of unused reactions pruning.""" for x in ["foo1", "foo2", "foo3"]: model.add_reactions([Reaction(x)]) model_pruned, unused = prune_unused_reactions(model) assert "foo1" in model.reactions assert "foo2" in model.reactions assert "foo3" in model.reactions # test that the unused reactions are not used in the model assert "foo1" not in model_pruned.reactions assert "foo2" not in model_pruned.reactions assert "foo3" not in model_pruned.reactions def _find_gene_knockout_reactions_fast( m: Model, gene_list: List[Gene] ) -> List[Reaction]: """Quickly find gene knockout reactions.""" compiled_rules = get_compiled_gene_reaction_rules(m) return find_gene_knockout_reactions( m, gene_list, compiled_gene_reaction_rules=compiled_rules ) def _get_removed(m: Model) -> Set[str]: """Get trimmed reactions.""" return {x.id for x in m._trimmed_reactions} def _gene_knockout_computation( m: Model, gene_ids: List[str], expected_reaction_ids: List[str] ) -> None: """Compute gene knockout.""" genes = [m.genes.get_by_id(i) for i in gene_ids] expected_reactions = {m.reactions.get_by_id(i) for i in expected_reaction_ids} removed1 = set(find_gene_knockout_reactions(m, genes)) removed2 = set(_find_gene_knockout_reactions_fast(m, genes)) assert removed1 == expected_reactions assert removed2 == expected_reactions delete_model_genes(m, gene_ids, cumulative_deletions=False) assert _get_removed(m) == expected_reaction_ids undelete_model_genes(m) def test_gene_knockout(salmonella: Model) -> None: """Test gene knockout.""" gene_list = ["STM1067", "STM0227"] dependent_reactions = { "3HAD121", "3HAD160", "3HAD80", "3HAD140", "3HAD180", "3HAD100", "3HAD181", "3HAD120", "3HAD60", "3HAD141", "3HAD161", "T2DECAI", "3HAD40", } _gene_knockout_computation(salmonella, gene_list, dependent_reactions) _gene_knockout_computation(salmonella, ["STM4221"], {"PGI"}) _gene_knockout_computation(salmonella, ["STM1746.S"], {"4PEPTabcpp"}) # test cumulative behavior delete_model_genes(salmonella, gene_list[:1]) delete_model_genes(salmonella, gene_list[1:], cumulative_deletions=True) delete_model_genes(salmonella, ["STM4221"], cumulative_deletions=True) dependent_reactions.add("PGI") assert _get_removed(salmonella) == dependent_reactions # non-cumulative following cumulative delete_model_genes(salmonella, ["STM4221"], cumulative_deletions=False) assert _get_removed(salmonella) == {"PGI"} # make sure on reset that the bounds are correct reset_bound = salmonella.reactions.get_by_id("T2DECAI").upper_bound assert reset_bound == 1000.0 # test computation when gene name is a subset of another test_model = Model() test_reaction_1 = Reaction("test1") test_reaction_1.gene_reaction_rule = "eggs or (spam and eggspam)" test_model.add_reactions([test_reaction_1]) _gene_knockout_computation(test_model, ["eggs"], set()) _gene_knockout_computation(test_model, ["eggs", "spam"], {"test1"}) # test computation with nested boolean expression test_reaction_1.gene_reaction_rule = "g1 and g2 and (g3 or g4 or (g5 and g6))" _gene_knockout_computation(test_model, ["g3"], set()) _gene_knockout_computation(test_model, ["g1"], {"test1"}) _gene_knockout_computation(test_model, ["g5"], set()) _gene_knockout_computation(test_model, ["g3", "g4", "g5"], {"test1"}) # test computation when gene names are python expressions test_reaction_1.gene_reaction_rule = "g1 and (for or in)" _gene_knockout_computation(test_model, ["for", "in"], {"test1"}) _gene_knockout_computation(test_model, ["for"], set()) test_reaction_1.gene_reaction_rule = "g1 and g2 and g2.conjugate" _gene_knockout_computation(test_model, ["g2"], {"test1"}) _gene_knockout_computation(test_model, ["g2.conjugate"], {"test1"}) test_reaction_1.gene_reaction_rule = "g1 and (try:' or 'except:1)" _gene_knockout_computation(test_model, ["try:'"], set()) _gene_knockout_computation(test_model, ["try:'", "'except:1"], {"test1"}) def test_remove_genes() -> None: """Test gene removal.""" m = Model("test") m.add_reactions([Reaction("r" + str(i + 1)) for i in range(8)]) assert len(m.reactions) == 8 rxns = m.reactions rxns.r1.gene_reaction_rule = "(a and b) or (c and a)" rxns.r2.gene_reaction_rule = "(a and b and d and e)" rxns.r3.gene_reaction_rule = "(a and b) or (b and c)" rxns.r4.gene_reaction_rule = "(f and b) or (b and c)" rxns.r5.gene_reaction_rule = "x" rxns.r6.gene_reaction_rule = "y" rxns.r7.gene_reaction_rule = "x or z" rxns.r8.gene_reaction_rule = "" assert "a" in m.genes assert "x" in m.genes remove_genes(m, ["a"], remove_reactions=False) assert "a" not in m.genes assert "x" in m.genes assert rxns.r1.gene_reaction_rule == "" assert rxns.r2.gene_reaction_rule == "" assert rxns.r3.gene_reaction_rule == "b and c" assert rxns.r4.gene_reaction_rule == "(f and b) or (b and c)" assert rxns.r5.gene_reaction_rule == "x" assert rxns.r6.gene_reaction_rule == "y" assert rxns.r7.genes == {m.genes.x, m.genes.z} assert rxns.r8.gene_reaction_rule == "" remove_genes(m, ["x"], remove_reactions=True) assert len(m.reactions) == 7 assert "r5" not in m.reactions assert "x" not in m.genes assert rxns.r1.gene_reaction_rule == "" assert rxns.r2.gene_reaction_rule == "" assert rxns.r3.gene_reaction_rule == "b and c" assert rxns.r4.gene_reaction_rule == "(f and b) or (b and c)" assert rxns.r6.gene_reaction_rule == "y" assert rxns.r7.gene_reaction_rule == "z" assert rxns.r7.genes == {m.genes.z} assert rxns.r8.gene_reaction_rule == "" cobrapy-0.23.0/src/cobra/test/test_manipulation/test_modify.py000066400000000000000000000030501417337024700245340ustar00rootroot00000000000000"""Test functionalities of model component modifcations.""" from cobra.core import Model from cobra.manipulation import escape_ID, rename_genes def test_escape_ids(model: Model) -> None: """Test model component IDs' SBML compliance.""" model.reactions.PGI.gene_reaction_rule = "a.b or c" assert "a.b" in model.genes escape_ID(model) assert "a.b" not in model.genes def test_rename_genes(model: Model) -> None: """Test gene renaming functionality.""" original_name = model.genes.b1241.name rename_dict = { "b1241": "foo", "hello": "world", "b3115": "b3115", "b2465": "b3919", "bar": "2935", } rename_genes(model, rename_dict) for i in rename_dict.keys(): if i not in rename_dict.values(): assert i not in model.genes assert "b3115" in model.genes assert "foo" in model.genes assert "world" not in model.genes # make sure the object name was preserved assert model.genes.foo.name == original_name # make sure the reactions are correct assert len(model.genes.foo.reactions) == 2 assert model.reactions.ACALD.gene_reaction_rule == "b0351 or foo" assert model.reactions.TPI.gene_reaction_rule == "b3919" assert model.reactions.TPI.genes == {model.genes.b3919} assert model.reactions.TKT1.gene_reaction_rule == "b2935 or b3919" assert model.reactions.TKT1.genes == {model.genes.b2935, model.genes.b3919} assert model.genes.b3919.reactions == { model.reactions.get_by_id(i) for i in ("TKT1", "TKT2", "TPI") } cobrapy-0.23.0/src/cobra/test/test_manipulation/test_validate.py000066400000000000000000000021761417337024700250460ustar00rootroot00000000000000"""Test functionalities of cobra component validation functions.""" import pytest from cobra.core import Metabolite, Model, Reaction from cobra.manipulation import check_mass_balance, check_metabolite_compartment_formula def test_validate_mass_balance(model: Model) -> None: """Test reaction mass balance validation.""" assert len(check_mass_balance(model)) == 0 # if we remove the SBO term which marks the reaction as # mass balanced, then the reaction should be detected as # no longer mass balanced EX_rxn = model.reactions.query(lambda r: r.boundary)[0] EX_rxn.annotation.pop("sbo") balance = check_mass_balance(model) assert len(balance) == 1 assert EX_rxn in balance m1 = Metabolite("m1", formula="()") r1 = Reaction("r1") r1.add_metabolites({m1: 1}) with pytest.raises(ValueError), pytest.warns(UserWarning): r1.check_mass_balance() def test_validate_formula_compartment(model: Model) -> None: """Test metabolite formulae validation.""" model.metabolites[1].formula = "(a*.bcde)" errors = check_metabolite_compartment_formula(model) assert len(errors) == 1 cobrapy-0.23.0/src/cobra/test/test_medium/000077500000000000000000000000001417337024700204165ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_medium/test_boundary_types.py000066400000000000000000000067731417337024700251130ustar00rootroot00000000000000"""Test functionalities of boundary type detection functions.""" import pytest from cobra.core import Metabolite, Model, Reaction from cobra.medium import ( find_boundary_types, find_external_compartment, is_boundary_type, ) def test_find_external_compartment_single(model: Model) -> None: """Test external compartment identification.""" # by name assert find_external_compartment(model) == "e" # from boundary counts for m in model.metabolites: if m.compartment == "e": m.compartment = "outside" for r in model.reactions: r._compartments = None assert find_external_compartment(model) == "outside" # names are always right model.exchanges[0].reactants[0].compartment = "extracellular" assert find_external_compartment(model) == "extracellular" def test_find_external_compartment_multi(model: Model) -> None: """Test multiple external compartment identification.""" for r in model.reactions: r._compartments = None model.exchanges[0].reactants[0].compartment = "extracellular" # still works due to different boundary numbers assert find_external_compartment(model) == "e" model.exchanges[1].reactants[0].compartment = "extra cellular" model.remove_reactions(model.exchanges) # Now fails because same boundary count with pytest.raises(RuntimeError): find_external_compartment(model) def test_no_names_or_boundary_reactions(empty_model: Model) -> None: """Test absence of name or boundary reactions.""" with pytest.raises(RuntimeError): find_external_compartment(empty_model) def test_find_boundary_types_exchange(model: Model) -> None: """Test boundary type identification for exchanges.""" ex = model.exchanges assert all(r.id.startswith("EX_") for r in ex) ex = find_boundary_types(model, "exchange", "e") assert all(r.id.startswith("EX_") for r in ex) def test_find_boundary_types_demand(model: Model) -> None: """Test boundary type identification for demands.""" dm = Reaction("demand") model.add_reaction(dm) dm.build_reaction_from_string("atp_c ->") dm = model.demands assert len(dm) == 1 assert "demand" in [r.id for r in dm] def test_find_boundary_types_sink(model: Model) -> None: """Test boundary type identification for sinks.""" sn = Reaction("sink") model.add_reaction(sn) sn.build_reaction_from_string("atp_c <->") sn.bounds = -1000, 1000 sn = model.sinks assert len(sn) == 1 assert "sink" in [r.id for r in sn] def test_no_boundary_reactions(empty_model: Model) -> None: """Test proper identification of no boundary reactions.""" assert find_boundary_types(empty_model, "e", None) == [] def test_is_boundary_type(model: Model) -> None: """Test correct identification of boundary types for reactions.""" assert not is_boundary_type(model.reactions.ATPM, "exchange", "e") model.reactions.ATPM.annotation["sbo"] = "SBO:0000627" assert is_boundary_type(model.reactions.ATPM, "exchange", "bla") model.reactions.ATPM.annotation["sbo"] = "SBO:0000632" assert not is_boundary_type(model.reactions.ATPM, "exchange", "e") def test_bad_exchange(model: Model) -> None: """Test bad exchange reaction identification.""" with pytest.raises(ValueError): m = Metabolite("baddy", compartment="nonsense") model.add_boundary(m, type="exchange") m = Metabolite("goody", compartment="e") rxn = model.add_boundary(m, type="exchange") assert isinstance(rxn, Reaction) cobrapy-0.23.0/src/cobra/test/test_medium/test_minimal_medium.py000066400000000000000000000112031417337024700250120ustar00rootroot00000000000000"""Test functionalities of minimal medium creation and analysis.""" from typing import Callable import pandas as pd import pytest from cobra.core import Model, Reaction from cobra.medium import minimal_medium def test_minimal_medium_linear(model: Model) -> None: """Test linear minimal medium.""" med = minimal_medium(model, 0.8) assert len(med) <= 4 assert all(med > 1e-6) def test_minimal_medium_linear_benchmark(model: Model, benchmark: Callable) -> None: """Benchmark linear minimal medium.""" benchmark(minimal_medium, model, 0.8) def test_minimal_medium_mip(model: Model) -> None: """Test mixed-integer minimal medium.""" med = minimal_medium(model, 0.8, minimize_components=True) assert len(med) <= 4 assert all(med > 1e-6) # Anaerobic growth med = minimal_medium(model, 0.1, minimize_components=True) assert len(med) <= 3 assert all(med > 1e-6) def test_minimal_medium_mip_benchmark(model: Model, benchmark: Callable) -> None: """Benchmark mixed-integer minimal medium.""" benchmark(minimal_medium, model, 0.8, True) def test_minimal_medium_alternative_mip(model: Model) -> None: """Test alternative mixed-integer minimal medium.""" med = minimal_medium(model, 0.8, minimize_components=5, open_exchanges=True) assert isinstance(med, pd.DataFrame) assert med.shape[0] >= 5 assert med.shape[1] == 5 assert all((med > 0).sum() == 3) assert all(med.sum(axis=1) > 1e-6) def test_minimal_medium_exports(model: Model) -> None: """Test exports of a minimal medium.""" med = minimal_medium(model, 0.8, exports=True, minimize_components=True) assert len(med) > 4 assert any(med < -1e-6) def test_minimal_medium_open_exchanges(model: Model) -> None: """Test open exchanges of a minimal medium.""" model.reactions.EX_glc__D_e.bounds = 0, 0 med = minimal_medium(model, 0.8) assert med is None med = minimal_medium(model, 0.8, minimize_components=True) assert med is None med = minimal_medium(model, 0.8, open_exchanges=True) assert len(med) >= 3 med = minimal_medium(model, 0.8, open_exchanges=100) assert len(med) >= 3 def test_model_medium(model: Model) -> None: """Test proper functioning of model medium manipulations.""" # Add a dummy 'malformed' import reaction bad_import = Reaction("bad_import") bad_import.add_metabolites({model.metabolites.pyr_c: 1}) bad_import.bounds = (0, 42) model.add_reaction(bad_import) # Test basic setting and getting methods medium = model.medium model.medium = medium assert model.medium == medium # Test context management with model: # Ensure the bounds are correct beforehand assert model.reactions.EX_glc__D_e.lower_bound == -10 assert model.reactions.bad_import.upper_bound == 42 assert model.reactions.EX_co2_e.lower_bound == -1000 # Make changes to the media new_medium = model.medium new_medium["EX_glc__D_e"] = 20 new_medium["bad_import"] = 24 del new_medium["EX_co2_e"] # Change the medium, make sure changes work model.medium = new_medium assert model.reactions.EX_glc__D_e.lower_bound == -20 assert model.reactions.bad_import.upper_bound == 24 assert model.reactions.EX_co2_e.lower_bound == 0 # Make sure changes revert after the contex assert model.reactions.EX_glc__D_e.lower_bound == -10 assert model.reactions.bad_import.upper_bound == 42 assert model.reactions.EX_co2_e.lower_bound == -1000 new_medium["bogus_rxn"] = 0 with pytest.raises(KeyError): model.medium = new_medium def test_medium_does_not_affect_reactant_exports(model: Model) -> None: """Test that the medium setter does not overwrite exports defined as reactants.""" med = model.medium # Set a fixed export rate model.reactions.EX_ac_e.lower_bound = 0.1 model.medium = med assert model.reactions.EX_ac_e.lower_bound == 0.1 # should be overwritten if actually in the medium med["EX_ac_e"] = 1 model.medium = med assert model.reactions.EX_ac_e.lower_bound == -1 def test_medium_does_not_affect_product_exports(model: Model) -> None: """Test that the medium setter does not overwrite exports defined as products.""" med = model.medium # Reverse reaction definition model.reactions.EX_ac_e *= -1 # Set a fixed export rate model.reactions.EX_ac_e.bounds = -1, -0.1 model.medium = med assert model.reactions.EX_ac_e.bounds == (-1, -0.1) # should be overwritten if actually in the medium med["EX_ac_e"] = 1 model.medium = med assert model.reactions.EX_ac_e.upper_bound == 1 cobrapy-0.23.0/src/cobra/test/test_sampling/000077500000000000000000000000001417337024700207505ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_sampling/conftest.py000066400000000000000000000007711417337024700231540ustar00rootroot00000000000000"""Define module level fixtures.""" from typing import TYPE_CHECKING import pytest from cobra.sampling import ACHRSampler if TYPE_CHECKING: from cobra import Model @pytest.fixture(scope="function") def achr(model: "Model") -> ACHRSampler: """Return ACHRSampler instance for tests.""" sampler = ACHRSampler(model, thinning=1) assert (sampler.n_warmup > 0) and (sampler.n_warmup <= 2 * len(model.variables)) assert all(sampler.validate(sampler.warmup) == "v") return sampler cobrapy-0.23.0/src/cobra/test/test_sampling/test_achr.py000066400000000000000000000025101417337024700232740ustar00rootroot00000000000000"""Test functionalities of ACHRSampler.""" from typing import TYPE_CHECKING, Callable import numpy as np import pytest from cobra.sampling import ACHRSampler if TYPE_CHECKING: from cobra import Model def test_achr_init_benchmark(model: "Model", benchmark: Callable) -> None: """Benchmark inital ACHR sampling.""" benchmark(lambda: ACHRSampler(model)) def test_achr_sample_benchmark(achr: ACHRSampler, benchmark: Callable) -> None: """Benchmark ACHR sampling.""" benchmark(achr.sample, 1) def test_validate_wrong_sample(achr: ACHRSampler, model: "Model") -> None: """Test sample correctness.""" s = achr.sample(10) s["hello"] = 1 with pytest.raises(ValueError): achr.validate(s) def test_sampling(achr: ACHRSampler) -> None: """Test sampling.""" s = achr.sample(10) assert all(achr.validate(s) == "v") def test_batch_sampling(achr: ACHRSampler) -> None: """Test batch sampling.""" for b in achr.batch(5, 4): assert all(achr.validate(b) == "v") def test_variables_samples(achr: ACHRSampler) -> None: """Test variable samples.""" vnames = np.array([v.name for v in achr.model.variables]) s = achr.sample(10, fluxes=False) assert s.shape == (10, achr.warmup.shape[1]) assert (s.columns == vnames).all() assert (achr.validate(s) == "v").all() cobrapy-0.23.0/src/cobra/test/test_sampling/test_optgp.py000066400000000000000000000036561417337024700235240ustar00rootroot00000000000000"""Test functionalities of OptGPSampler.""" from typing import TYPE_CHECKING, Callable import numpy as np import pytest from cobra.sampling import OptGPSampler if TYPE_CHECKING: from cobra import Model from cobra.sampling import ACHRSampler @pytest.fixture(scope="function") def optgp(model: "Model") -> OptGPSampler: """Return OptGPSampler instance for tests.""" sampler = OptGPSampler(model, processes=1, thinning=1) assert (sampler.n_warmup > 0) and (sampler.n_warmup <= 2 * len(model.variables)) assert all(sampler.validate(sampler.warmup) == "v") return sampler def test_optgp_init_benchmark(model: "Model", benchmark: Callable) -> None: """Benchmark inital OptGP sampling.""" benchmark(lambda: OptGPSampler(model, processes=2)) def test_optgp_sample_benchmark(optgp: "Model", benchmark: Callable) -> None: """Benchmark OptGP sampling.""" benchmark(optgp.sample, 1) def test_sampling(optgp: OptGPSampler) -> None: """Test sampling.""" s = optgp.sample(10) assert all(optgp.validate(s) == "v") def test_batch_sampling(optgp: OptGPSampler) -> None: """Test batch sampling.""" for b in optgp.batch(5, 4): assert all(optgp.validate(b) == "v") def test_variables_samples(achr: "ACHRSampler", optgp: OptGPSampler) -> None: """Test variable samples.""" vnames = np.array([v.name for v in achr.model.variables]) s = optgp.sample(10, fluxes=False) assert s.shape == (10, optgp.warmup.shape[1]) assert (s.columns == vnames).all() assert (optgp.validate(s) == "v").all() def test_reproject(optgp: OptGPSampler) -> None: """Test reprojection of sampling.""" s = optgp.sample(10, fluxes=False).values proj = np.apply_along_axis(optgp._reproject, 1, s) assert all(optgp.validate(proj) == "v") s = np.random.rand(10, optgp.warmup.shape[1]) proj = np.apply_along_axis(optgp._reproject, 1, s) assert all(optgp.validate(proj) == "v") cobrapy-0.23.0/src/cobra/test/test_sampling/test_sampling.py000066400000000000000000000077311417337024700242030ustar00rootroot00000000000000"""Test functionalities of flux sampling methods.""" import numpy as np import pytest from cobra.core import Metabolite, Model, Reaction from cobra.flux_analysis.parsimonious import pfba from cobra.sampling import ACHRSampler, OptGPSampler, sample def test_single_achr(model: Model) -> None: """Test ACHR sampling (one sample).""" s = sample(model, 10, method="achr") assert s.shape == (10, len(model.reactions)) def test_single_optgp(model: Model) -> None: """Test OptGP sampling (one sample).""" s = sample(model, 10, processes=1) assert s.shape == (10, len(model.reactions)) def test_multi_optgp(model: Model) -> None: """Test OptGP sampling (multi sample).""" s = sample(model, 10, processes=2) assert s.shape == (10, len(model.reactions)) def test_wrong_method(model: Model) -> None: """Test method intake sanity.""" with pytest.raises(ValueError): sample(model, 1, method="schwupdiwupp") def test_fixed_seed(model: Model) -> None: """Test result of fixed seed for sampling.""" s1 = sample(model, 1, seed=42) s2 = sample(model, 1, seed=42) assert np.isclose(s1.TPI[0], s2.TPI[0]) def test_equality_constraint(model: Model) -> None: """Test equality constraint.""" model.reactions.ACALD.bounds = (-1.5, -1.5) s = sample(model, 10) assert np.allclose(s.ACALD, -1.5, atol=1e-6, rtol=0) s = sample(model, 10, method="achr") assert np.allclose(s.ACALD, -1.5, atol=1e-6, rtol=0) def test_inequality_constraint(model: Model) -> None: """Test inequality constraint.""" co = model.problem.Constraint(model.reactions.ACALD.flux_expression, lb=-0.5) model.add_cons_vars(co) s = sample(model, 10) assert all(s.ACALD > -0.5 - 1e-6) s = sample(model, 10, method="achr") assert all(s.ACALD > -0.5 - 1e-6) def test_inhomogeneous_sanity(model: Model) -> None: """Test standard deviation between inhomogeneous and homogeneous sampling.""" model.reactions.ACALD.bounds = (-1.5, -1.5) s_inhom = sample(model, 64) model.reactions.ACALD.bounds = (-1.5 - 1e-3, -1.5 + 1e-3) s_hom = sample(model, 64) relative_diff = (s_inhom.std() + 1e-12) / (s_hom.std() + 1e-12) assert 0.5 < relative_diff.abs().mean() < 2 model.reactions.ACALD.bounds = (-1.5, -1.5) s_inhom = sample(model, 64, method="achr") model.reactions.ACALD.bounds = (-1.5 - 1e-3, -1.5 + 1e-3) s_hom = sample(model, 64, method="achr") relative_diff = (s_inhom.std() + 1e-12) / (s_hom.std() + 1e-12) assert 0.5 < relative_diff.abs().mean() < 2 def test_complicated_model() -> None: """Test a complicated model. Difficult model since the online mean calculation is numerically unstable, so many samples weakly violate the equality constraints. """ model = Model("flux_split") reaction1 = Reaction("V1") reaction2 = Reaction("V2") reaction3 = Reaction("V3") reaction1.bounds = (0, 6) reaction2.bounds = (0, 8) reaction3.bounds = (0, 10) A = Metabolite("A") reaction1.add_metabolites({A: -1}) reaction2.add_metabolites({A: -1}) reaction3.add_metabolites({A: 1}) model.add_reactions([reaction1, reaction2, reaction3]) optgp = OptGPSampler(model, 1, seed=42) achr = ACHRSampler(model, seed=42) optgp_samples = optgp.sample(100) achr_samples = achr.sample(100) assert any(optgp_samples.corr().abs() < 1.0) assert any(achr_samples.corr().abs() < 1.0) # > 95% are valid assert sum(optgp.validate(optgp_samples) == "v") > 95 assert sum(achr.validate(achr_samples) == "v") > 95 def test_single_point_space(model: Model) -> None: """Test the reduction of the sampling space to one point.""" pfba_sol = pfba(model) pfba_const = model.problem.Constraint( sum(model.variables), ub=pfba_sol.objective_value ) model.add_cons_vars(pfba_const) model.reactions.Biomass_Ecoli_core.lower_bound = pfba_sol.fluxes.Biomass_Ecoli_core with pytest.raises(ValueError): sample(model, 1) cobrapy-0.23.0/src/cobra/test/test_summary/000077500000000000000000000000001417337024700206335ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_summary/test_metabolite_summary.py000066400000000000000000000076611417337024700261600ustar00rootroot00000000000000"""Unit test the MetaboliteSummary class.""" import pytest from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import MetaboliteSummary def test_metabolite_summary_interface(model, opt_solver): """Test that a summary can be created successfully.""" model.solver = opt_solver metabolite = model.metabolites.get_by_id("q8_c") MetaboliteSummary( metabolite=metabolite, model=model, ) MetaboliteSummary( metabolite=metabolite, model=model, solution=pfba(model), ) MetaboliteSummary( metabolite=metabolite, model=model, fva=0.95, ) MetaboliteSummary( metabolite=metabolite, model=model, fva=flux_variability_analysis( model, reaction_list=["CYTBD", "NADH16", "SUCDi"] ), ) def test_metabolite_summary_to_frame(model, opt_solver): """Test that the summary's method ``to_frame`` can be called.""" model.solver = opt_solver summary = model.metabolites.get_by_id("atp_c").summary() summary.to_frame() @pytest.mark.parametrize( "kwargs", [ {}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}, {"column_width": 20}, ], ) def test_metabolite_summary_to_string(model, opt_solver, kwargs): """Test that the summary's method ``to_string`` can be called.""" model.solver = opt_solver summary = model.metabolites.get_by_id("atp_c").summary() summary.to_string(**kwargs) @pytest.mark.parametrize( "kwargs", [{}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}] ) def test_metabolite_summary_to_html(model, opt_solver, kwargs): """Test that the summary's method ``to_html`` can be called.""" model.solver = opt_solver summary = model.metabolites.get_by_id("atp_c").summary() summary.to_html(**kwargs) def test_q8_producing_summary(model, opt_solver): """Test that the production summary of q8 is accurate.""" model.solver = opt_solver summary = model.metabolites.get_by_id("q8_c").summary() assert summary.producing_flux.at["CYTBD", "percent"] == 1 assert summary.producing_flux.at["CYTBD", "flux"] == pytest.approx(43.6, abs=1e-2) def test_q8_consuming_summary(model, opt_solver): """Test that the consumption summary of q8 is accurate.""" model.solver = opt_solver summary = model.metabolites.get_by_id("q8_c").summary() assert summary.consuming_flux.at["NADH16", "percent"] == pytest.approx( 0.8838, abs=1e-4 ) assert summary.consuming_flux.at["NADH16", "flux"] == pytest.approx( -38.54, abs=1e-2 ) assert summary.consuming_flux.at["SUCDi", "percent"] == pytest.approx( 0.1162, abs=1e-4 ) assert summary.consuming_flux.at["SUCDi", "flux"] == pytest.approx(-5.06, abs=1e-2) def test_fdp_production_with_fva(model, opt_solver): """Test that the production summary of fdp is within expected bounds.""" model.solver = opt_solver summary = model.metabolites.get_by_id("fdp_c").summary(fva=0.99) assert summary.producing_flux.at["PFK", "percent"] == 1 assert summary.producing_flux.at["PFK", "flux"] == pytest.approx(7.48, abs=1e-2) assert summary.producing_flux.at["PFK", "minimum"] == pytest.approx(6.17, abs=1e-2) assert summary.producing_flux.at["PFK", "maximum"] == pytest.approx(9.26, abs=1e-2) @pytest.mark.parametrize("metabolite_id", ["q8_c", "fdp_c", "atp_c"]) def test_metabolite_summary_flux_in_context(model, opt_solver, metabolite_id: str): """Test that the metabolite summary inside and outside of a context are equal.""" model.solver = opt_solver with model: context_summary = model.metabolites.get_by_id(metabolite_id).summary() outside_summary = model.metabolites.get_by_id(metabolite_id).summary() assert context_summary.to_frame()["flux"].values == pytest.approx( outside_summary.to_frame()["flux"].values, abs=model.tolerance ) cobrapy-0.23.0/src/cobra/test/test_summary/test_model_summary.py000066400000000000000000000071761417337024700251340ustar00rootroot00000000000000"""Unit test the model summary.""" import pytest from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import ModelSummary def test_model_summary_interface(model, opt_solver): """Test that a summary can be created successfully.""" model.solver = opt_solver ModelSummary( model=model, ) ModelSummary( model=model, solution=pfba(model), ) ModelSummary( model=model, fva=0.95, ) ModelSummary( model=model, fva=flux_variability_analysis( model, reaction_list=["CYTBD", "NADH16", "SUCDi"] ), ) def test_model_summary_to_frame(model, opt_solver): """Test that the summary's method ``to_frame`` can be called.""" model.solver = opt_solver summary = model.summary() summary.to_frame() @pytest.mark.parametrize( "kwargs", [ {}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}, {"column_width": 20}, ], ) def test_model_summary_to_string(model, opt_solver, kwargs): """Test that the summary's method ``to_string`` can be called.""" model.solver = opt_solver summary = model.summary() summary.to_string(**kwargs) @pytest.mark.parametrize( "kwargs", [{}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}] ) def test_model_summary_to_html(model, opt_solver, kwargs): """Test that the summary's method ``to_html`` can be called.""" model.solver = opt_solver summary = model.summary() summary.to_html(**kwargs) def test_model_summary_to_frame_previous_solution(model, opt_solver): """Test that the summary correctly uses an existing solution.""" model.solver = opt_solver solution = pfba(model) rxn = model.reactions.EX_glc__D_e solution.fluxes[rxn.id] = -123 summary = model.summary(solution=solution) assert summary.to_frame().at[rxn.id, "flux"] == 123 def test_model_summary_flux(model, opt_solver): """Test that the summary has expected fluxes.""" model.solver = opt_solver summary = model.summary() assert summary.uptake_flux.at["EX_o2_e", "flux"] == pytest.approx(21.8, abs=1e-02) assert summary.secretion_flux.at["EX_h2o_e", "flux"] == pytest.approx( -29.18, abs=1e-02 ) def test_model_summary_fva(model, opt_solver): """Test that the exchange summary is within expected bounds.""" model.solver = opt_solver summary = model.summary(fva=0.95) assert summary.to_frame().at["EX_o2_e", "flux"] == pytest.approx(21.8, abs=1e-02) assert summary.to_frame().at["EX_o2_e", "minimum"] == pytest.approx(19.9, abs=1e-02) assert summary.to_frame().at["EX_o2_e", "maximum"] == pytest.approx( 23.71, abs=1e-02 ) assert summary.to_frame().at["EX_h2o_e", "flux"] == pytest.approx(-29.18, abs=1e-02) assert summary.to_frame().at["EX_h2o_e", "minimum"] == pytest.approx( -30.72, abs=1e-02 ) assert summary.to_frame().at["EX_h2o_e", "maximum"] == pytest.approx(-25, abs=1e-02) def test_model_summary_flux_in_context(model, opt_solver): """Test that the model summary inside and outside of a context are equal.""" model.solver = opt_solver copy = model.copy() with model: model.reactions.EX_glc__D_e.bounds = (0, 1000) model.reactions.EX_ac_e.bounds = (-10, 1000) context_summary = model.summary() copy.reactions.EX_glc__D_e.bounds = (0, 1000) copy.reactions.EX_ac_e.bounds = (-10, 1000) outside_summary = copy.summary() assert context_summary.to_frame()["flux"].values == pytest.approx( outside_summary.to_frame()["flux"].values, abs=model.tolerance ) cobrapy-0.23.0/src/cobra/test/test_summary/test_reaction_summary.py000066400000000000000000000066161417337024700256360ustar00rootroot00000000000000"""Unit test the ReactionSummary class.""" import pytest from cobra.flux_analysis import flux_variability_analysis, pfba from cobra.summary import ReactionSummary def test_reaction_summary_interface(model, opt_solver): """Test that a summary can be created successfully.""" model.solver = opt_solver reaction = model.reactions.get_by_id("FUM") ReactionSummary( reaction=reaction, model=model, ) ReactionSummary( reaction=reaction, model=model, solution=pfba(model), ) ReactionSummary( reaction=reaction, model=model, fva=0.95, ) ReactionSummary( reaction=reaction, model=model, fva=flux_variability_analysis(model, reaction_list=["FUM"]), ) def test_reaction_summary_to_frame(model, opt_solver): """Test that the summary's method ``to_frame`` can be called.""" model.solver = opt_solver summary = model.reactions.get_by_id("FUM").summary() summary.to_frame() @pytest.mark.parametrize( "kwargs", [ {}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}, {"column_width": 20}, ], ) def test_reaction_summary_to_string(model, opt_solver, kwargs): """Test that the summary's method ``to_string`` can be called.""" model.solver = opt_solver summary = model.reactions.get_by_id("FUM").summary() summary.to_string(**kwargs) @pytest.mark.parametrize( "kwargs", [{}, {"names": True}, {"float_format": ".1f"}, {"threshold": 1e-2}] ) def test_reaction_summary_to_html(model, opt_solver, kwargs): """Test that the summary's method ``to_html`` can be called.""" model.solver = opt_solver summary = model.reactions.get_by_id("FUM").summary() summary.to_html(**kwargs) @pytest.mark.parametrize( "reaction_id, expected", [("ACALD", 0.0), ("FUM", 5.06), ("PFK", 7.48)] ) def test_reaction_summary_flux(model, reaction_id: str, expected: float) -> None: """Test that the reported flux in the summary is reasonable.""" result = ReactionSummary( reaction=model.reactions.get_by_id(reaction_id), model=model ) assert result.to_frame().at[reaction_id, "flux"] == pytest.approx( expected, abs=1e-2 ) @pytest.mark.parametrize( "reaction_id, min_flux, max_flux", [("ACALD", -1.27, 0.0), ("FUM", 0.79, 7.38), ("PFK", 2.58, 16.38)], ) def test_reaction_summary_flux_fva( model, reaction_id: str, min_flux: float, max_flux: float ) -> None: """Test that the reported flux ranges in the summary are reasonable.""" result = ReactionSummary( reaction=model.reactions.get_by_id(reaction_id), model=model, fva=0.95 ) assert result.to_frame().at[reaction_id, "minimum"] == pytest.approx( min_flux, abs=1e-2 ) assert result.to_frame().at[reaction_id, "maximum"] == pytest.approx( max_flux, abs=1e-2 ) @pytest.mark.parametrize("reaction_id", ["ACALD", "FUM", "PFK"]) def test_reaction_summary_flux_in_context(model, reaction_id: str) -> None: """Test that the reaction summary inside and outside of a context are equal.""" with model: context_summary = model.reactions.get_by_id(reaction_id).summary() outside_summary = model.reactions.get_by_id(reaction_id).summary() assert context_summary.to_frame()["flux"].values == pytest.approx( outside_summary.to_frame()["flux"].values, abs=model.tolerance ) cobrapy-0.23.0/src/cobra/test/test_util/000077500000000000000000000000001417337024700201135ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/test/test_util/test_array.py000066400000000000000000000024631417337024700226470ustar00rootroot00000000000000"""Test functions of array.py.""" from typing import TYPE_CHECKING import numpy as np import pytest from cobra.util import create_stoichiometric_matrix if TYPE_CHECKING: from cobra import Model def test_dense_matrix(model: "Model") -> None: """Test dense stoichiometric matrix creation.""" S = create_stoichiometric_matrix(model, array_type="dense", dtype=int) assert S.dtype == int assert np.allclose(S.max(), [59]) S_df = create_stoichiometric_matrix(model, array_type="DataFrame", dtype=int) assert S_df.values.dtype == int assert np.all(S_df.columns == [r.id for r in model.reactions]) assert np.all(S_df.index == [m.id for m in model.metabolites]) assert np.allclose(S_df.values, S) S = create_stoichiometric_matrix(model, array_type="dense", dtype=float) solution = model.optimize() mass_balance = S.dot(solution.fluxes) assert np.allclose(mass_balance, 0) def test_sparse_matrix(model: "Model") -> None: """Test sparse stoichiometric matrix creation.""" pytest.importorskip("scipy") sparse_types = ["dok", "lil"] solution = model.optimize() for sparse_type in sparse_types: S = create_stoichiometric_matrix(model, array_type=sparse_type) mass_balance = S.dot(solution.fluxes) assert np.allclose(mass_balance, 0) cobrapy-0.23.0/src/cobra/test/test_util/test_context.py000066400000000000000000000025001417337024700232050ustar00rootroot00000000000000"""Test functions of context.py.""" from typing import TYPE_CHECKING from cobra.util import HistoryManager, get_context, resettable if TYPE_CHECKING: from cobra import Model def test_history_manager() -> None: """Test initialization and resetting of HistoryManager.""" # initialize HistoryManager history_manager = HistoryManager() # add non-functioning operation history_manager(lambda: 1) # check size of the stack assert history_manager.size() == 1 # reset operations history_manager.reset() def test_get_context(model: "Model") -> None: """Test if context retrieval is working.""" with model as model: # reverse optimization direcion model.objective_direction = "min" # retrieve context context = get_context(model) # check size of the context if context: assert context.size() == 1 # there shouldn't be any history if context: assert context.size() == 0 def test_resettable() -> None: """Test if resettable decorator is functional.""" # decorate a dummy function @resettable def change_my_name(old_name, new_name): """Change old name to new name.""" if old_name != new_name: old_name = new_name # call the dummy function change_my_name("hmm", "hmmm") cobrapy-0.23.0/src/cobra/test/test_util/test_process_pool.py000066400000000000000000000063601417337024700242400ustar00rootroot00000000000000"""Test the behaviour of the ProcessPool class.""" from typing import Iterable, Tuple import pytest from pytest_mock import MockerFixture from cobra.util import ProcessPool def dummy_initializer(*args: Iterable) -> Tuple: """Implement a 'do nothing' function that accepts initialization arguments.""" return args def square(num: int) -> int: """Return the square of an integer.""" return num * num def summation(*args: Iterable[int]) -> int: """Return the sum of all integer arguments.""" return sum(args) @pytest.mark.parametrize( "attributes", [ {}, {"processes": 2}, {"initializer": dummy_initializer}, {"initializer": dummy_initializer, "initargs": (1, "2", [3], {"a": 4})}, {"maxtasksperchild": 1}, ], ) def test_init(attributes: dict) -> None: """Test that a process pool can be initialized with each of its arguments.""" ProcessPool(**attributes) def test_close(mocker: MockerFixture) -> None: """Test that the composed pool is closed as well.""" pool = ProcessPool(processes=3) mock = mocker.patch.object(pool, "_pool", autospec=True) pool.close() mock.close.assert_called_once() def test_with_context(mocker: MockerFixture) -> None: """Test that the composed pool's context is managed as well.""" pool = ProcessPool(processes=3) mock = mocker.patch.object(pool, "_pool", autospec=True) with pool: pass mock.__enter__.assert_called_once() mock.__exit__.assert_called_once() def test_apply() -> None: """Test that a function can be applied.""" with ProcessPool(processes=3) as pool: assert pool.apply(square, (3,)) == 9 def test_apply_async() -> None: """Test that a function can be applied asynchronously.""" with ProcessPool(processes=3) as pool: assert pool.apply_async(square, (3,)).get() == 9 def test_map() -> None: """Test that a function can be mapped over an iterable of values.""" with ProcessPool(processes=3) as pool: assert sum(pool.map(square, [2] * 6)) == 24 def test_map_async() -> None: """Test that a function can be mapped over an iterable of values asynchronously.""" with ProcessPool(processes=3) as pool: assert sum(pool.map_async(square, [2] * 6).get()) == 24 def test_imap() -> None: """Test that mapped function results can be iterated.""" with ProcessPool(processes=3) as pool: total = 0 for result in pool.imap(square, [2] * 6): total += result assert total == 24 def test_imap_unordered() -> None: """Test that mapped function results can be iterated in any order.""" with ProcessPool(processes=3) as pool: assert sum(pool.imap_unordered(square, [2] * 6)) == 24 def test_starmap() -> None: """Test that a function can be starmapped over many iterables.""" with ProcessPool(processes=3) as pool: assert sum(pool.starmap(summation, [range(10), range(10), range(10)])) == 135 def test_starmap_async() -> None: """Test that a function can be starmapped over many iterables asynchronously.""" with ProcessPool(processes=3) as pool: assert ( sum(pool.starmap_async(summation, [range(10), range(10), range(10)]).get()) == 135 ) cobrapy-0.23.0/src/cobra/test/test_util/test_solver.py000066400000000000000000000172201417337024700230400ustar00rootroot00000000000000"""Test functions of solver.py.""" import logging from typing import TYPE_CHECKING, Optional import numpy as np import pytest from cobra.exceptions import OptimizationError from cobra.util import solver as su if TYPE_CHECKING: from cobra import Model stable_optlang = ["glpk", "cplex", "gurobi"] optlang_solvers = [f"optlang-{s}" for s in stable_optlang if s in su.solvers] def test_solver_list() -> None: """Expect that at least the GLPK solver is found.""" assert len(su.solvers) >= 1 assert "glpk" in su.solvers def test_interface_str() -> None: """Test the string representation of solver interfaces.""" assert su.interface_to_str("nonsense") == "nonsense" assert su.interface_to_str("optlang.glpk_interface") == "glpk" assert su.interface_to_str("optlang-cplex") == "cplex" def test_solver_name() -> None: """Test that the default LP solver name is GLPK.""" assert su.get_solver_name() == "glpk" def test_choose_solver(model: "Model") -> Optional[su.SolverNotFound]: """Test that solver switching is working.""" so = su.choose_solver(model, "glpk") assert su.interface_to_str(so) == "glpk" if any(s in su.solvers for s in su.qp_solvers): qp_choice = su.choose_solver(model, qp=True) assert su.interface_to_str(qp_choice) in su.qp_solvers else: with pytest.raises(su.SolverNotFound): su.choose_solver(model, qp=True) def test_linear_reaction_coefficients(model: "Model") -> None: """Test that linear coefficients are identifiable in objective.""" coefficients = su.linear_reaction_coefficients(model) assert coefficients == {model.reactions.Biomass_Ecoli_core: 1} def test_fail_non_linear_reaction_coefficients(model: "Model") -> None: """Test failure of non-linear coefficient identification in reaction.""" model.solver = "optlang-glpk" with pytest.raises(ValueError) as error: model.objective = model.problem.Objective( model.reactions.ATPM.flux_expression ** 2 ) coefficients = su.linear_reaction_coefficients(model) assert coefficients == {} assert "GLPK only supports linear objectives." in str(error.value) def test_add_remove(model: "Model") -> None: """Test addition and removal of variables and constraints.""" v = model.variables new_var = model.problem.Variable("test_var", lb=-10, ub=-10) new_constraint = model.problem.Constraint( v.PGK - new_var, name="test_constraint", lb=0 ) su.add_cons_vars_to_problem(model, [new_var, new_constraint]) assert "test_var" in model.variables.keys() assert "test_constraint" in model.constraints.keys() su.remove_cons_vars_from_problem(model, [new_var, new_constraint]) assert "test_var" not in model.variables.keys() assert "test_constraint" not in model.constraints.keys() def test_add_remove_in_context(model: "Model") -> None: """Test addition and removal of variables and constraints within context.""" v = model.variables new_var = model.problem.Variable("test_var", lb=-10, ub=-10) with model: su.add_cons_vars_to_problem(model, [new_var]) su.remove_cons_vars_from_problem(model, [v.PGM]) assert "test_var" in model.variables.keys() assert "PGM" not in model.variables.keys() assert "test_var" not in model.variables.keys() assert "PGM" in model.variables.keys() def test_absolute_expression(model: "Model") -> None: """Test addition of an absolute expression.""" v = model.variables with model: parts = su.add_absolute_expression(model, 2 * v.PGM, name="test", ub=100) assert len(parts) == 3 assert "test" in model.variables.keys() assert "abs_pos_test" in model.constraints.keys() assert "abs_neg_test" in model.constraints.keys() assert "test" not in model.variables.keys() assert "abs_pos_test" not in model.constraints.keys() assert "abs_neg_test" not in model.constraints.keys() @pytest.mark.parametrize("solver", optlang_solvers) def test_fix_objective_as_constraint(solver: str, model: "Model") -> None: """Test fixing present objective as a constraint.""" model.solver = solver with model as m: su.fix_objective_as_constraint(model, 1.0) constraint_name = m.constraints[-1] assert abs(m.constraints[-1].expression - m.objective.expression) < 1e-6 assert constraint_name not in m.constraints su.fix_objective_as_constraint(model) constraint_name = model.constraints[-1] assert abs(model.constraints[-1].expression - model.objective.expression) < 1e-6 assert constraint_name in model.constraints @pytest.mark.parametrize("solver", optlang_solvers) def test_fix_objective_as_constraint_minimize(model: "Model", solver: str) -> None: """Test fixing present objective as a constraint but as a minimization.""" model.solver = solver model.reactions.Biomass_Ecoli_core.bounds = (0.1, 0.1) minimize_glucose = model.problem.Objective( model.reactions.EX_glc__D_e.flux_expression, direction="min" ) su.set_objective(model, minimize_glucose) su.fix_objective_as_constraint(model) fx_name = f"fixed_objective_{model.objective.name}" constr = model.constraints # Ensure that a solution exists on non-GLPK solvers. model.slim_optimize() assert (constr[fx_name].lb, constr[fx_name].ub) == ( None, model.solver.objective.value, ) @pytest.mark.parametrize("solver", optlang_solvers) def test_add_lp_feasibility(model: "Model", solver: str) -> None: """Test functionality to ensure LP feasibility.""" model.solver = solver with model: with model: su.add_lp_feasibility(model) assert "s_plus_succoa_c" in model.variables assert np.isclose(model.slim_optimize(), 0.0) model.reactions.EX_glc__D_e.lower_bound = 1 assert np.isnan(model.slim_optimize()) assert "s_plus_succoa_c" not in model.variables su.add_lp_feasibility(model) assert np.isclose(model.slim_optimize(), 1.3872307692307695) @pytest.mark.parametrize("solver", optlang_solvers) def test_add_lexicographic_constraints(model: "Model", solver: str) -> None: """Test addition of lexicographic constraints.""" model.solver = solver rxns = ["Biomass_Ecoli_core", "EX_glc__D_e", "EX_o2_e"] with model: out = su.add_lexicographic_constraints(model, rxns, ["max", "min", "max"]) print(model.reactions.Biomass_Ecoli_core.bounds) assert np.isclose(model.constraints[-3].lb, out[rxns[0]]) assert np.isclose(model.constraints[-2].ub, out[rxns[1]]) assert np.isclose(model.constraints[-1].lb, out[rxns[2]]) with model: su.add_lexicographic_constraints(model, rxns, "max") with model: su.add_lexicographic_constraints(model, rxns) def test_time_limit(large_model: "Model") -> None: """Test time limit while optimizing a model.""" if su.interface_to_str(large_model.problem) != "glpk": pytest.skip("requires GLPK") # It is done like this since optlang accepts inputs in seconds # whereas GLPK accepts milliseconds large_model.solver.configuration._smcp.tm_lim = 1 with pytest.warns(UserWarning): sol = large_model.optimize() assert sol.fluxes is not None with pytest.raises(OptimizationError): sol = large_model.optimize(raise_error=True) @pytest.mark.parametrize( "solver", [s for s in su.solvers if s in ["osqp", "coinor_cbc"]] ) def test_specialized_solver_warning(solver, caplog): """Test the warning for specialized solvers.""" with caplog.at_level(logging.WARNING): su.check_solver(solver) assert "are specialized solvers for" in caplog.text cobrapy-0.23.0/src/cobra/test/test_util/test_util.py000066400000000000000000000030551417337024700225040ustar00rootroot00000000000000"""Test functions of util.py .""" import pytest from cobra.util import AutoVivification, format_long_string, show_versions @pytest.mark.parametrize( "input_string, expected_string", [ ( ( "This is a really long string, but is it long enough. " "I hope it is long enough so that format_long_string() function works." ), "This is a really long string, but is it long...", ), ("This is short string.", "This is short string."), ], ) def test_format_long_string(input_string: str, expected_string: str) -> None: """Test functionality of format long string.""" assert expected_string == format_long_string(input_string) def test_autovivification() -> None: """Test proper functionality of autovivification.""" test_data = AutoVivification() test_data["a"]["b"] = 1 test_data["c"]["d"] = 2 assert test_data["a"] == {"b": 1} assert test_data["c"] == {"d": 2} assert test_data["a"]["b"] == 1 assert test_data["c"]["d"] == 2 def test_show_versions(capsys) -> None: """Test output of dependency information.""" show_versions() captured = capsys.readouterr() lines = captured.out.split("\n") assert lines[1].startswith("System Information") assert lines[2].startswith("==================") assert lines[3].startswith("OS") assert lines[4].startswith("OS-release") assert lines[5].startswith("Python") assert lines[7].startswith("Package Versions") assert lines[8].startswith("================") cobrapy-0.23.0/src/cobra/util/000077500000000000000000000000001417337024700160755ustar00rootroot00000000000000cobrapy-0.23.0/src/cobra/util/__init__.py000066400000000000000000000002441417337024700202060ustar00rootroot00000000000000from cobra.util.array import * from cobra.util.context import * from cobra.util.solver import * from cobra.util.util import * from cobra.util.process_pool import * cobrapy-0.23.0/src/cobra/util/array.py000066400000000000000000000204551417337024700175730ustar00rootroot00000000000000"""Helper functions for array operations and sampling.""" from typing import TYPE_CHECKING, NamedTuple, Optional, Union import numpy as np import pandas as pd # Used to avoid cyclic reference and enable third-party static type checkers to work if TYPE_CHECKING: from cobra import Model try: from scipy.sparse import dok_matrix, lil_matrix except ImportError: dok_matrix, lil_matrix = None, None def create_stoichiometric_matrix( model: "Model", array_type: str = "dense", dtype: Optional[np.dtype] = None ) -> Union[np.ndarray, dok_matrix, lil_matrix, pd.DataFrame]: """Return a stoichiometric array representation of the given model. The the columns represent the reactions and rows represent metabolites. S[i,j] therefore contains the quantity of metabolite `i` produced (negative for consumed) by reaction `j`. Parameters ---------- model : cobra.Model The cobra model to construct the matrix for. array_type : {"dense", "dok", "lil", "DataFrame"} The type of array to construct. "dense" will return a standard numpy.ndarray. "dok", or "lil" will construct a sparse array using scipy of the corresponding type. "DataFrame" will give a pandas.DataFrame with metabolite as indices and reaction as columns. dtype : numpy.dtype, optional The desired numpy data type for the array (default numpy.float64). Returns ------- matrix of class `dtype` The stoichiometric matrix for the given model. Raises ------ ValueError If sparse matrix is used and scipy is not installed. .. deprecated:: 0.18.1 "DataFrame" option for `array_type` will be replaced with "frame" in future versions. """ if array_type not in ("DataFrame", "dense") and not dok_matrix: raise ValueError("Sparse matrices require scipy.") if dtype is None: dtype = np.float64 array_constructor = { "dense": np.zeros, "dok": dok_matrix, "lil": lil_matrix, "DataFrame": np.zeros, } n_metabolites = len(model.metabolites) n_reactions = len(model.reactions) array = array_constructor[array_type]((n_metabolites, n_reactions), dtype=dtype) m_ind = model.metabolites.index r_ind = model.reactions.index for reaction in model.reactions: for metabolite, stoich in reaction.metabolites.items(): array[m_ind(metabolite), r_ind(reaction)] = stoich if array_type == "DataFrame": metabolite_ids = [met.id for met in model.metabolites] reaction_ids = [rxn.id for rxn in model.reactions] return pd.DataFrame(array, index=metabolite_ids, columns=reaction_ids) else: return array def nullspace(A: np.ndarray, atol: float = 1e-13, rtol: float = 0.0) -> np.ndarray: r"""Compute an approximate basis for the nullspace of A. The algorithm used by this function is based on the Singular Value Decomposition (SVD) of `A`. Parameters ---------- A : numpy.ndarray `A` should be at most 2-D. 1-D array with length k will be treated as a 2-D with shape (1, k). atol : float, optional The absolute tolerance for a zero singular value. Singular values smaller than `atol` are considered to be zero (default 1e-13). rtol : float, optional The relative tolerance. Singular values less than `rtol * smax` are considered to be zero, where `smax` is the largest singular value (default 0.0). Returns ------- numpy.ndarray If `A` is an array with shape (m, k), then `ns` will be an array with shape (k, n), where `n` is the estimated dimension of the nullspace of `A`. The columns of `ns` are a basis for the nullspace; each element in numpy.dot(A, ns) will be approximately zero. Notes ----- This is taken from the numpy cookbook. If both `atol` and `rtol` are positive, the combined tolerance is the maximum of the two; that is: .. math:: \mathtt{tol} = \max(\mathtt{atol}, \mathtt{rtol} * \mathtt{smax}) Singular values smaller than `tol` are considered to be zero. """ A = np.atleast_2d(A) _, s, vh = np.linalg.svd(A) tol = max(atol, rtol * s[0]) nnz = (s >= tol).sum() ns = vh[nnz:].conj().T return ns def constraint_matrices( model: "Model", array_type: str = "dense", zero_tol: float = 1e-6, ) -> NamedTuple: """Create a matrix representation of the problem. This is used for alternative solution approaches that do not use "optlang". The function will construct the equality matrix, inequality matrix and bounds for the complete problem. Parameters ---------- model : cobra.Model The model from which to obtain the LP problem. array_type : {"dense", "dok", "lil", "DataFrame"} The type of array to construct. "dense" will return a standard numpy.ndarray. "dok", or "lil" will construct a sparse array using scipy of the corresponding type. "DataFrame" will give a pandas.DataFrame with metabolite as indices and reaction as columns. zero_tol : float, optional The zero tolerance used to judge whether two bounds are the same (default 1e-6). Returns ------- NamedTuple A named tuple consisting of 6 matrices and 2 vectors: - "equalities" is a matrix `S` such that `S * vars = b`. It includes a row for each constraint and one column for each variable. - "b" is the right side of the equality equation such that `S * vars = b`. - "inequalities" is a matrix M such that `lb <= M * vars <= ub`. It contains a row for each inequality and as many columns as variables. - "bounds" is a compound matrix [lb ub] containing the lower and upper bounds for the inequality constraints in M. - "variable_fixed" is a boolean vector indicating whether the variable at that index is fixed (`lower bound == upper_bound`) and is thus bounded by an equality constraint. - "variable_bounds" is a compound matrix `[lb ub]` containing the lower and upper bounds for all variables. Notes ----- To accomodate non-zero equalities, the problem will add the variable "const_one" which is a variable that equals one. .. deprecated:: 0.18.1 "DataFrame" option for `array_type` will be replaced with "frame" in future versions. """ if array_type not in ("DataFrame", "dense") and not dok_matrix: raise ValueError("Sparse matrices require scipy.") array_builder = { "dense": np.array, "dok": dok_matrix, "lil": lil_matrix, "DataFrame": pd.DataFrame, }[array_type] Problem = NamedTuple( "Problem", [ ("equalities", Union[np.ndarray, dok_matrix, lil_matrix, pd.DataFrame]), ("b", np.ndarray), ("inequalities", Union[np.ndarray, dok_matrix, lil_matrix, pd.DataFrame]), ("bounds", Union[np.ndarray, dok_matrix, lil_matrix, pd.DataFrame]), ("variable_fixed", np.ndarray), ( "variable_bounds", Union[np.ndarray, dok_matrix, lil_matrix, pd.DataFrame], ), ], ) equality_rows = [] inequality_rows = [] inequality_bounds = [] b = [] for const in model.constraints: lb = -np.inf if const.lb is None else const.lb ub = np.inf if const.ub is None else const.ub equality = (ub - lb) < zero_tol coefs = const.get_linear_coefficients(model.variables) coefs = [coefs[v] for v in model.variables] if equality: b.append(lb if abs(lb) > zero_tol else 0.0) equality_rows.append(coefs) else: inequality_rows.append(coefs) inequality_bounds.append([lb, ub]) var_bounds = np.array([[v.lb, v.ub] for v in model.variables]) fixed = var_bounds[:, 1] - var_bounds[:, 0] < zero_tol results = Problem( equalities=array_builder(equality_rows), b=np.array(b), inequalities=array_builder(inequality_rows), bounds=array_builder(inequality_bounds), variable_fixed=np.array(fixed), variable_bounds=array_builder(var_bounds), ) return results cobrapy-0.23.0/src/cobra/util/context.py000066400000000000000000000054241417337024700201400ustar00rootroot00000000000000"""Context manager for the package.""" from functools import partial from typing import TYPE_CHECKING, Any, Callable, Optional if TYPE_CHECKING: from cobra import Object class HistoryManager: """ Define a base context manager. It records a list of actions to be taken at a later time. This is used to implement context managers that allow temporary changes to a `cobra.core.Model`. """ def __init__(self, **kwargs) -> None: """Initialize the class.""" super().__init__(**kwargs) # this acts like a stack self._history = [] def __call__(self, operation: Callable[[Any], Any]) -> None: """Add the corresponding operation to the history stack. Parameters ---------- operation : callable A function to be called at a later time. """ self._history.append(operation) def reset(self) -> None: """Trigger executions for all items in the stack in reverse order.""" while self._history: entry = self._history.pop() entry() def size(self) -> int: """Calculate number of operations on the stack.""" return len(self._history) def get_context(obj: "Object") -> Optional[HistoryManager]: """Search for a context manager. Parameters ---------- obj: cobra.Object The cobra.Object for which to search context manager. Returns ------- HistoryManager or None HistoryManager instance, or None if no context manager is found. Raises ------ AttributeError If no context manager is found. IndexError If no context manager is found. """ # works for cobra.core.Model objects try: return obj._contexts[-1] except (AttributeError, IndexError): pass # works for objects other than cobra.core.Model try: return obj._model._contexts[-1] except (AttributeError, IndexError): pass def resettable(func: Callable[[Any], Any]) -> Callable[[Any], Any]: """ Simplify the context management of simple object attributes. It gets the value of the attribute prior to setting it, and stores a function to set the value to the old value in the `cobra.util.HistoryManager`. Parameters ---------- func: callable The function to decorate. Returns ------- callable The decorated function. """ def wrapper(self, new_value): context = get_context(self) if context: old_value = getattr(self, func.__name__) # Don't clutter the context with unchanged variables if old_value == new_value: return context(partial(func, self, old_value)) func(self, new_value) return wrapper cobrapy-0.23.0/src/cobra/util/process_pool.py000066400000000000000000000063641417337024700211670ustar00rootroot00000000000000"""Provide a process pool with enhanced performance on Windows.""" import multiprocessing import os import pickle from os.path import isfile from platform import system from tempfile import mkstemp from types import TracebackType from typing import Any, Callable, Optional, Tuple, Type __all__ = ("ProcessPool",) def _init_win_worker(filename: str) -> None: """Retrieve worker initialization code from a pickle file and call it.""" with open(filename, mode="rb") as handle: func, *args = pickle.load(handle) func(*args) class ProcessPool: """Define a process pool that handles the Windows platform specially.""" def __init__( self, processes: Optional[int] = None, initializer: Optional[Callable] = None, initargs: Tuple = (), maxtasksperchild: Optional[int] = None, **kwargs ) -> None: """ Initialize a process pool. Add a thin layer on top of the `multiprocessing.Pool` that, on Windows, passes initialization code to workers via a pickle file rather than directly. This is done to avoid a performance issue that exists on Windows. Please, also see the discussion [1_]. References ---------- .. [1] https://github.com/opencobra/cobrapy/issues/997 """ super().__init__(**kwargs) self._filename = None if initializer is not None and system() == "Windows": descriptor, self._filename = mkstemp(suffix=".pkl") # We use the file descriptor to the open file returned by `mkstemp` to # ensure that the resource is closed and can later be removed. Otherwise # Windows will cause a `PermissionError`. with os.fdopen(descriptor, mode="wb") as handle: pickle.dump((initializer,) + initargs, handle) initializer = _init_win_worker initargs = (self._filename,) self._pool = multiprocessing.Pool( processes=processes, initializer=initializer, initargs=initargs, maxtasksperchild=maxtasksperchild, ) def __getattr__(self, name: str, **kwargs) -> Any: """Defer attribute access to the pool instance.""" return getattr(self._pool, name, **kwargs) def __enter__(self) -> "ProcessPool": """Enable context management.""" self._pool.__enter__() return self def __exit__( self, exc_type: Optional[Type[BaseException]], exc_val: Optional[BaseException], exc_tb: Optional[TracebackType], ) -> Optional[bool]: """Clean up resources when leaving a context.""" result = self._pool.__exit__(exc_type, exc_val, exc_tb) self._clean_up() return result def close(self) -> None: """ Close the process pool. Prevent any more tasks from being submitted to the pool. Once all the tasks have been completed, the worker processes will exit. """ try: self._pool.close() finally: self._clean_up() def _clean_up(self) -> None: """Remove the dump file if it exists.""" if self._filename is not None and isfile(self._filename): os.remove(self._filename) cobrapy-0.23.0/src/cobra/util/solver.py000066400000000000000000000525161417337024700177720ustar00rootroot00000000000000"""Additional helper functions for the optlang solvers. All functions integrate well with the context manager, meaning that all operations defined here are automatically reverted when used in a `with model:` block. The functions defined here together with the existing model functions should allow you to implement custom flux analysis methods with ease. """ import logging import re from functools import partial from types import ModuleType from typing import TYPE_CHECKING, Dict, List, NamedTuple, Optional, Tuple, Union from warnings import warn import optlang import pandas as pd from optlang.interface import ( FEASIBLE, INFEASIBLE, ITERATION_LIMIT, NUMERIC, OPTIMAL, SUBOPTIMAL, TIME_LIMIT, ) from optlang.symbolics import Basic, Zero from cobra.exceptions import ( OPTLANG_TO_EXCEPTIONS_DICT, OptimizationError, SolverNotFound, ) from cobra.util.context import get_context # Used to avoid cyclic reference and enable third-party static type checkers to work if TYPE_CHECKING: from cobra import Model, Reaction CONS_VARS = Union[optlang.interface.Constraint, optlang.interface.Variable] logger = logging.getLogger(__name__) # Define all the solvers that are found in optlang. solvers = { match.split("_interface")[0]: getattr(optlang, match) for match in dir(optlang) if "_interface" in match } # Defines all the QP solvers implemented in optlang. qp_solvers = ["cplex", "gurobi", "osqp"] # optlang solution statuses which still allow retrieving primal values has_primals = [NUMERIC, FEASIBLE, INFEASIBLE, SUBOPTIMAL, ITERATION_LIMIT, TIME_LIMIT] class Components(NamedTuple): """Define an object for adding absolute expressions.""" variable: optlang.interface.Variable upper_constraint: optlang.interface.Constraint lower_constraint: optlang.interface.Constraint def linear_reaction_coefficients( model: "Model", reactions: Optional[List["Reaction"]] = None ) -> Dict["Reaction", float]: """Retrieve coefficient for the reactions in a linear objective. Parameters ---------- model : cobra.Model The cobra model defining the linear objective. reactions : list of cobra.Reaction, optional An optional list of the reactions to get the coefficients for. By default, all reactions are considered (default None). Returns ------- dict A dictionary where the keys are the reaction objects and the values are the corresponding coefficient. Empty dictionary if there are no linear terms in the objective. """ linear_coefficients = {} reactions = model.reactions if not reactions else reactions try: objective_expression = model.solver.objective.expression coefficients = objective_expression.as_coefficients_dict() except AttributeError: return linear_coefficients for rxn in reactions: forward_coefficient = coefficients.get(rxn.forward_variable, 0) reverse_coefficient = coefficients.get(rxn.reverse_variable, 0) if forward_coefficient != 0: if forward_coefficient == -reverse_coefficient: linear_coefficients[rxn] = float(forward_coefficient) return linear_coefficients def _valid_atoms(model: "Model", expression: optlang.symbolics.Basic) -> bool: """Check whether a sympy expression references the correct variables. Parameters ---------- model : cobra.Model The model in which to check for variables. expression : sympy.Basic A sympy expression. Returns ------- bool True if all referenced variables are contained in model, False otherwise. """ atoms = expression.atoms(optlang.interface.Variable) return all(a.problem is model.solver for a in atoms) def set_objective( model: "Model", value: Union[ optlang.interface.Objective, optlang.symbolics.Basic, Dict["Reaction", float], ], additive: bool = False, ) -> None: """Set the model objective. Parameters ---------- model : cobra.Model The model to set the objective for. value : optlang.interface.Objective, optlang.symbolics.Basic, dict If the model objective is linear, then the value can be a new optlang.interface.Objective or a dictionary with linear coefficients where each key is a reaction and the corresponding value is the new coefficient (float). If the objective is non-linear and `additive` is True, then only values of class optlang.interface.Objective, are accepted. additive : bool If True, add the terms to the current objective, otherwise start with an empty objective. Raises ------ ValueError If model objective is non-linear and the `value` is a dict. TypeError If the type of `value` is not one of the accepted ones. """ interface = model.problem reverse_value = model.solver.objective.expression reverse_value = interface.Objective( reverse_value, direction=model.solver.objective.direction, sloppy=True ) if isinstance(value, dict): if not model.objective.is_Linear: raise ValueError( "You can only update non-linear objectives additively using object of " f"class optlang.interface.Objective, not of {type(value)}" ) if not additive: model.solver.objective = interface.Objective( Zero, direction=model.solver.objective.direction ) for reaction, coef in value.items(): model.solver.objective.set_linear_coefficients( {reaction.forward_variable: coef, reaction.reverse_variable: -coef} ) elif isinstance(value, (Basic, optlang.interface.Objective)): if isinstance(value, Basic): value = interface.Objective( value, direction=model.solver.objective.direction, sloppy=False ) # Check whether expression only uses variables from current model; # clone the objective if not, faster than cloning without checking if not _valid_atoms(model, value.expression): value = interface.Objective.clone(value, model=model.solver) if not additive: model.solver.objective = value else: model.solver.objective += value.expression else: raise TypeError(f"{value} is not a valid objective for {model.solver}.") context = get_context(model) if context: def reset(): model.solver.objective = reverse_value model.solver.objective.direction = reverse_value.direction context(reset) def interface_to_str(interface: Union[str, ModuleType]) -> str: """Give a string representation for an optlang interface. Parameters ---------- interface : str, ModuleType Full name of the interface in optlang or cobra representation. For instance, 'optlang.glpk_interface' or 'optlang-glpk'. Returns ------- str The name of the interface as a string. """ if isinstance(interface, ModuleType): interface = interface.__name__ return re.sub(r"optlang.|.interface", "", interface) def get_solver_name(mip: bool = False, qp: bool = False) -> str: """Select a solver for a given optimization problem. Parameters ---------- mip : bool True if the solver requires mixed integer linear programming capabilities. qp : bool True if the solver requires quadratic programming capabilities. Returns ------- str The name of the feasible solver. Raises ------ SolverNotFound If no suitable solver could be found. """ if len(solvers) == 0: raise SolverNotFound("No solvers found.") # Those lists need to be updated as optlang implements more solvers mip_order = ["gurobi", "cplex", "glpk"] lp_order = ["glpk", "cplex", "gurobi"] qp_order = ["gurobi", "cplex", "osqp"] if mip is False and qp is False: for solver_name in lp_order: if solver_name in solvers: return solver_name # none of them are in the list order - so return the first one return list(solvers)[0] elif qp: # mip does not yet matter for this determination for solver_name in qp_order: if solver_name in solvers: return solver_name raise SolverNotFound("No QP-capable solver found.") else: for solver_name in mip_order: if solver_name in solvers: return solver_name raise SolverNotFound("No MIP-capable solver found.") def choose_solver( model: "Model", solver: Optional[str] = None, qp: bool = False ) -> ModuleType: """Choose a solver given a solver name and model. This will choose a solver compatible with the model and required capabilities. Also respects model.solver where it can. Parameters ---------- model : cobra.Model The model for which to choose the solver. solver : str, optional The name of the solver to be used (default None). qp : boolean, optional True if the solver needs quadratic programming capabilities (default False). Returns ------- optlang.interface Valid solver for the problem. Raises ------ SolverNotFound If no suitable solver could be found. """ if solver is None: solver = model.problem else: model.solver = solver # Check for QP, raise error if no QP solver found if qp and interface_to_str(solver) not in qp_solvers: solver = solvers[get_solver_name(qp=True)] return solver def check_solver(obj): """Check whether the chosen solver is valid. Check whether chosen solver is valid and also warn when using a specialized solver. Will return the optlang interface for the requested solver. Parameters ---------- obj : str or optlang.interface or optlang.interface.Model The chosen solver. Raises ------ SolverNotFound If the solver is not valid. """ not_valid_interface = SolverNotFound( f"{obj} is not a valid solver interface. Pick one from {', '.join(solvers)}." ) if isinstance(obj, str): try: interface = solvers[interface_to_str(obj)] except KeyError: raise not_valid_interface elif isinstance(obj, ModuleType) and hasattr(obj, "Model"): interface = obj elif isinstance(obj, optlang.interface.Model): interface = obj.interface else: raise not_valid_interface if interface_to_str(interface) in ["osqp", "coinor_cbc"]: logger.warning( "OSQP and CBC are specialized solvers for quadratic programming (QP) and " "mixed-integer programming (MIP) problems and may not perform well on " "general LP problems. So unless you intend to solve a QP or MIP problem, " "we recommend to change the solver back to a general purpose solver " "like `model.solver = 'glpk'` for instance." ) return interface def add_cons_vars_to_problem( model: "Model", what: Union[List[CONS_VARS], Tuple[CONS_VARS], Components], **kwargs, ) -> None: """Add variables and constraints to a model's solver object. Useful for variables and constraints that can not be expressed with reactions and lower/upper bounds. It will integrate with the model's context manager in order to revert changes upon leaving the context. Parameters ---------- model : cobra.Model The model to which to add the variables and constraints. what : list or tuple of optlang.interface.Variable or optlang.interface.Constraint The variables and constraints to add to the model. **kwargs : keyword arguments Keyword arguments passed to solver's add() method. """ model.solver.add(what, **kwargs) context = get_context(model) if context: context(partial(model.solver.remove, what)) def remove_cons_vars_from_problem( model: "Model", what: Union[List[CONS_VARS], Tuple[CONS_VARS], Components], ) -> None: """Remove variables and constraints from a model's solver object. Useful to temporarily remove variables and constraints from a model's solver object. Parameters ---------- model : cobra.Model The model from which to remove the variables and constraints. what : list or tuple of optlang.interface.Variable or optlang.interface.Constraint The variables and constraints to remove from the model. """ model.solver.remove(what) context = get_context(model) if context: context(partial(model.solver.add, what)) def add_absolute_expression( model: "Model", expression: str, name: str = "abs_var", ub: Optional[float] = None, difference: float = 0.0, add: bool = True, ) -> Components: """Add the absolute value of an expression to the model. Also defines a variable for the absolute value that can be used in other objectives or constraints. Parameters ---------- model : cobra.Model The model to which to add the absolute expression. expression : str Must be a valid symbolic expression within the model's solver object. The absolute value is applied automatically on the expression. name : str, optional The name of the newly created variable (default "abs_var"). ub : positive float, optional The upper bound for the variable (default None). difference : positive float, optional The difference between the expression and the variable (default 0.0). add : bool, optional Whether to add the variable to the model at once (default True). Returns ------- Components A named tuple with variable and two constraints (upper_constraint, lower_constraint) describing the new variable and the constraints that assign the absolute value of the expression to it. """ variable = model.problem.Variable(name, lb=0, ub=ub) # The following constraints enforce variable > expression and # variable > -expression upper_constraint = model.problem.Constraint( expression - variable, ub=difference, name="abs_pos_" + name ) lower_constraint = model.problem.Constraint( expression + variable, lb=difference, name="abs_neg_" + name ) to_add = Components(variable, upper_constraint, lower_constraint) if add: add_cons_vars_to_problem(model, to_add) return to_add def fix_objective_as_constraint( model: "Model", fraction: float = 1.0, bound: Optional[float] = None, name: str = "fixed_objective_{}", ) -> float: """Fix current objective as an additional constraint. When adding constraints to a model, such as done in pFBA which minimizes total flux, these constraints can become too powerful, resulting in solutions that satisfy optimality but sacrifices too much for the original objective function. To avoid that, we can fix the current objective value as a constraint to ignore solutions that give a lower (or higher depending on the optimization direction) objective value than the original model. When done with the model as a context, the modification to the objective will be reverted when exiting that context. Parameters ---------- model : cobra.Model The model to operate on. fraction : float, optional The fraction of the optimum the objective is allowed to reach (default 1.0). bound : float, optional The bound to use instead of fraction of maximum optimal value. If not None, `fraction` is ignored (default None). name : str, optional Name of the objective. May contain one "{}" placeholder which is filled with the name of the old objective (default "fixed_objective_{}"). Returns ------- float The value of the optimized objective * fraction """ fix_objective_name = name.format(model.objective.name) if fix_objective_name in model.constraints: model.solver.remove(fix_objective_name) if bound is None: bound = model.slim_optimize(error_value=None) * fraction if model.objective.direction == "max": ub, lb = None, bound else: ub, lb = bound, None constraint = model.problem.Constraint( model.objective.expression, name=fix_objective_name, ub=ub, lb=lb ) add_cons_vars_to_problem(model, constraint, sloppy=True) return bound def check_solver_status(status: str = None, raise_error: bool = False) -> None: """Perform standard checks on a solver's status. Parameters ---------- status: str, optional The status string obtained from the solver (default None). raise_error: bool, optional If True, raise error or display warning if False (default False). Returns ------- None Warns ----- UserWarning If `status` is not optimal and `raise_error` is set to True. Raises ------ OptimizationError If `status` is None or is not optimal and `raise_error` is set to True. """ if status == OPTIMAL: return None elif (status in has_primals) and not raise_error: warn(f"Solver status is '{status}'.", UserWarning) elif status is None: raise OptimizationError( "Model is not optimized yet or solver context has been switched." ) else: raise OptimizationError(f"Solver status is '{status}'.") def assert_optimal(model: "Model", message: str = "Optimization failed") -> None: """Assert model solver status is optimal. Do nothing if model solver status is optimal, otherwise throw appropriate exception depending on the status. Parameters ---------- model : cobra.Model The model to check the solver status for. message : str, optional Message for the exception if solver status is not optimal (default "Optimization failed"). Returns ------- None Raises ------ OptimizationError If solver status is not optimal. """ status = model.solver.status if status != OPTIMAL: exception_cls = OPTLANG_TO_EXCEPTIONS_DICT.get(status, OptimizationError) raise exception_cls(f"{message} ({status}).") def add_lp_feasibility(model: "Model") -> None: """Add a new objective and variables to ensure a feasible solution. The optimized objective will be zero for a feasible solution and otherwise represent the distance from feasibility (please see [1]_ for more information). Parameters ---------- model : cobra.Model The model whose feasibility is to be tested. Returns ------- None References ---------- .. [1] Gomez, Jose A., Kai Höffner, and Paul I. Barton. “DFBAlab: A Fast and Reliable MATLAB Code for Dynamic Flux Balance Analysis.” BMC Bioinformatics 15, no. 1 (December 18, 2014): 409. https://doi.org/10.1186/s12859-014-0409-8. """ obj_vars = [] prob = model.problem for met in model.metabolites: s_plus = prob.Variable("s_plus_" + met.id, lb=0) s_minus = prob.Variable("s_minus_" + met.id, lb=0) model.add_cons_vars([s_plus, s_minus]) model.constraints[met.id].set_linear_coefficients({s_plus: 1.0, s_minus: -1.0}) obj_vars.append(s_plus) obj_vars.append(s_minus) model.objective = prob.Objective(Zero, sloppy=True, direction="min") model.objective.set_linear_coefficients({v: 1.0 for v in obj_vars}) def add_lexicographic_constraints( model: "Model", objectives: List["Reaction"], objective_direction: Union[str, List[str]] = "max", ) -> pd.Series: """Successively optimize separate targets in a specific order. For each objective, optimize the model and set the optimal value as a constraint. Proceed in the order of the objectives given. Due to the specific order this is called lexicographic FBA [1]_. This procedure is useful for returning unique solutions for a set of important fluxes. Typically this is applied to exchange fluxes. Parameters ---------- model : cobra.Model The model to be optimized. objectives : list of cobra.Reaction A list of reactions (or objectives) in the model for which unique fluxes are to be determined. objective_direction : str or list of str, optional The desired objective direction for each reaction (if a list) or the objective direction to use for all reactions (default "max"). Returns ------- pandas.Series A pandas Series containing the optimized fluxes for each of the given reactions in `objectives`. References ---------- .. [1] Gomez, Jose A., Kai Höffner, and Paul I. Barton. “DFBAlab: A Fast and Reliable MATLAB Code for Dynamic Flux Balance Analysis.” BMC Bioinformatics 15, no. 1 (December 18, 2014): 409. https://doi.org/10.1186/s12859-014-0409-8. """ if type(objective_direction) is not list: objective_direction = [objective_direction] * len(objectives) constraints = [] for rxn_id, obj_dir in zip(objectives, objective_direction): model.objective = model.reactions.get_by_id(rxn_id) model.objective_direction = obj_dir constraints.append(fix_objective_as_constraint(model)) return pd.Series(constraints, index=objectives) cobrapy-0.23.0/src/cobra/util/util.py000066400000000000000000000024571417337024700174340ustar00rootroot00000000000000"""General utilities used across the package.""" import textwrap from typing import Any from depinfo import print_dependencies def format_long_string(string: str, max_length: int = 50) -> str: """Shorten long string into a small string with ellipsis. Parameters ---------- string: str The long string to shorten. max_length: int, optional The maximum length after which to append ellipsis (default 50). Returns ------- str The shortened string. """ return textwrap.shorten(string, width=max_length, placeholder="...") class AutoVivification(dict): """ Implementation of Perl's autovivification feature. Notes ----- For more information, check https://stackoverflow.com/a/652284/280182 . """ def __getitem__(self, item: Any) -> Any: """Retrieve if item is found, else add it. Parameters ---------- item: Any The object to look for. Returns ------- Any The retrieved object. """ try: value = super().__getitem__(item) except KeyError: value = self[item] = type(self)() return value def show_versions() -> None: """Print dependency information.""" print_dependencies("cobra") cobrapy-0.23.0/tox.ini000066400000000000000000000041431417337024700145600ustar00rootroot00000000000000[tox] envlist = isort, black, flake8, safety, py3{6,7,8,9,10} [gh-actions] # We ignore flake8 for the time being because there are tons of things to fix. python = 3.6: isort, black, safety, py36 3.7: safety, py37 3.8: safety, py38 3.9: safety, py39 3.10: safety, py310 [testenv] extras = array deps= jsonschema osqp~=0.6 ; python_version < "3.10" pytest pytest-benchmark pytest-cov pytest-mock pytest-raises commands = pytest --cov=cobra --cov-report=term {posargs: --benchmark-skip} [testenv:isort] skip_install = True deps= isort commands= isort --check-only --diff {toxinidir}/src/cobra {toxinidir}/setup.py [testenv:black] skip_install = True deps= black commands= black --check --diff {toxinidir}/src/cobra {toxinidir}/setup.py [testenv:flake8] skip_install = True deps= flake8 flake8-docstrings flake8-bugbear commands= flake8 {toxinidir}/src/cobra {toxinidir}/setup.py [testenv:safety] deps= safety commands= safety check --full-report ################################################################################ # Testing tools configuration # ################################################################################ [pytest] testpaths = src/cobra/test markers = raises [coverage:paths] source = src/cobra */site-packages/cobra [coverage:run] branch = true parallel = true omit = */cobra/test/* [coverage:report] exclude_lines = # Have to re-enable the standard pragma pragma: no cover precision = 2 omit = */cobra/test/* [isort] skip = __init__.py line_length = 88 indent = 4 multi_line_output = 3 include_trailing_comma = true force_grid_wrap = 0 use_parentheses = true lines_after_imports = 2 known_first_party = cobra known_third_party = depinfo future importlib_resources libsbml numpy optlang pandas pytest ruamel.yaml scipy swiglpk [flake8] exclude = __init__.py max-line-length = 88 # The following conflict with `black` which is the more pedantic. ignore = E203 W503 D202