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Contents:

  • Installation
  • Usage
  • Main modules
    • Biomass normalisation
    • Gap filling
    • Growth simulation
    • Pathway addition
    • Automated polishing
    • SBO-Term annotation
    • Application examples
  • From laboratory to in silico medium
  • API access
  • Pipeline: From genome sequence to draft model
  • Notes for developers
refineGEMs
  • Main modules
  • Edit on GitHub

Main modules

  • Biomass normalisation
  • Gap filling
    • Manual gap filling
    • Automated gap filling
      • The module gapfill can be used to:
        • a. perform gap analysis
        • b. add genes, metabolites and reactions from an Excel table to a model
        • c. or perform gap analysis and add the result directly to a model.
      • Relevant parameters
      • Data acquisition from BioCyc
  • Growth simulation
    • Interpreting the results
    • Implementation
    • Available media
      • Blood Medium (Blood)
      • Casamino Acids (CasA)
      • Minimal medium for Corynebacterium glutamicum (CGXII)
      • Defined Gut Microbiota Medium (dGMM)
      • Lysogeny Broth (LB)
      • M9 minimal medium (M9)
      • Multi-Purpose Artificial Urine (MP-AU)
      • Roswell Park Memorial Institute 1640 (RPMI)
      • Synthetic Nasal Medium x3 (SNM3)
  • Pathway addition
  • Automated polishing
  • SBO-Term annotation
  • Application examples
    • You can load models
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© Copyright 2023, Famke Bäuerle and Gwendolyn O. Döbel. Revision 833115f4.

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