MASSpy
v0.1.1

Installation and Setup

  • Quick Start Guide
  • Optimization Solvers
  • Using MASSpy with Docker
  • Advanced Docker Usage

Step-by-Step Tutorials

  • 1. Getting Started with MASSpy
  • 2. Constructing Models
  • 3. Reading and Writing Models
  • 4. Dynamic Simulation of Models
  • 5. Plotting and Visualization
  • 6. Enzyme Modules
  • 7. Thermodynamic Feasibility and Sampling of Metabolite Concentrations
  • 8. Ensemble Modeling
  • 9. Network Visualization
  • 10. Checking Model Quality
  • 11. Global Configuration
  • 12. Using COBRApy with MASSpy
  • 13. Modeling Volumes and Multiple Compartments
  • 14. Import and Export of Optimization Problems

Gallery

  • Visualization
  • Workflows

Educational Resources

  • Systems Biology: Simulation of Dynamic Network States
    • 1. Introduction
    • 2. Basic Concepts
    • 3. Dynamic Simulation: The Basic Procedure
    • 4. Chemical Reactions
    • 5. Enzyme Kinetics
    • 6. Open Systems
    • 7. Orders of Magnitude
    • 8. Stoichiometric Structure
    • 9. Regulation as Elementary Phenomena
    • 10. Glycolysis
    • 11. Coupling Pathways
    • 12. Building Networks
    • 13. Hemoglobin
    • 14. Regulated Enzymes
    • Glycolysis Model Construction
    • Pentose Phosphate Pathway Model Construction
    • AMP Salvage Network Model Construction
    • Hemoglobin Model Construction
    • Phosphofructokinase (PFK) Model Construction

API

  • API Reference

Additional Resources:

  • Frequently Asked Questions (FAQs)
  • Code Repositories
  • Works Cited
MASSpy
  • Docs »
  • Systems Biology: Simulation of Dynamic Network States
  • Edit on GitHub

Systems Biology: Simulation of Dynamic Network States¶

Bernhard Ø. Palsson. Systems Biology: Simulation of Dynamic Network States. Cambridge University Press, 2011. doi:10.1017/CBO9780511736179. Citation: [Pal11]

Textbook Chapters:¶

  • 1. Introduction
  • 2. Basic Concepts
  • 3. Dynamic Simulation: The Basic Procedure
  • 4. Chemical Reactions
  • 5. Enzyme Kinetics
  • 6. Open Systems
  • 7. Orders of Magnitude
  • 8. Stoichiometric Structure
  • 9. Regulation as Elementary Phenomena
  • 10. Glycolysis
  • 11. Coupling Pathways
  • 12. Building Networks
  • 13. Hemoglobin
  • 14. Regulated Enzymes

Model Construction:¶

  • Glycolysis Model Construction
  • Pentose Phosphate Pathway Model Construction
  • AMP Salvage Network Model Construction
  • Hemoglobin Model Construction
  • Phosphofructokinase (PFK) Model Construction
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