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(New page: '''HowTos Page''')
 
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'''HowTos Page'''
 
'''HowTos Page'''
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      1 - How to create a new model/project from SBML
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      2 - How to create a new model/project from text files
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      3 - How to save and load projects
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      4 - How to export models to SBML
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      5 - Interaction with Cell Designer
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            a - How to load a CD for visualization
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            b - How to export a model to CD SBML (with results)
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      6 - How to do a wild type simulation
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      7 - How to do a mutant simulation
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            a - Reaction delection
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            b - Gene knockout
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      8 - Environmental conditions
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      9 - Flux Variability Analysis
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            a - How to Calculate Flux Limits
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            b - How to generate a Flux Variability Graph
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      10 - Essential genes/reactions
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            a - Determining essential genes/reactions
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            b - Loading from file
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      11 - Model Simplification
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            a - How to calculate a Simplified Model
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            b - How to calculate critical genes/reactions
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      12 - How to optimize the knockout set
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            a. Reaction deletions
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            b. Gene knockouts
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      13 - How to use Multiobjective strain optimization

Revision as of 18:46, 16 November 2009

HowTos Page

     1 - How to create a new model/project from SBML
     2 - How to create a new model/project from text files
     3 - How to save and load projects
     4 - How to export models to SBML
     5 - Interaction with Cell Designer
           a - How to load a CD for visualization
           b - How to export a model to CD SBML (with results)
     6 - How to do a wild type simulation
     7 - How to do a mutant simulation
           a - Reaction delection
           b - Gene knockout
     8 - Environmental conditions
     9 - Flux Variability Analysis
           a - How to Calculate Flux Limits
           b - How to generate a Flux Variability Graph
     10 - Essential genes/reactions
           a - Determining essential genes/reactions
           b - Loading from file
     11 - Model Simplification
           a - How to calculate a Simplified Model
           b - How to calculate critical genes/reactions
     12 - How to optimize the knockout set
           a. Reaction deletions
           b. Gene knockouts
     13 - How to use Multiobjective strain optimization