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Systems Biology Foundations & Mathematical Modeling Training | Network Models, ODEs, Simulations

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Systems Biology, Network Modeling & Pathway Informatics >> Systems Biology Foundations & Mathematical Modeling Training | Network Models, ODEs, Simulations

Systems Biology Foundations & Mathematical Modeling — Hands-on

Develop a strong foundation in systems biology and quantitative modeling. Learn how to represent biological processes as networks and equations, build ODE-based models, analyze stability and steady states, and run simulations using open-source tools for real-world omics and pathway data.

Systems Biology Foundations & Mathematical Modeling
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Session 1
Fee: Rs 8800
Systems Thinking & Biological Networks
  • Systems biology principles & levels of organization
  • emergent properties feedback & feedforward robustness & fragility
  • Network representations of biological systems
  • gene regulatory networks signaling & metabolic networks motifs & modules
  • Toolchain for network-centric modeling
  • Python / networkx R / igraph Cytoscape basics
Session 2
Fee: Rs 11800
Mathematical Modeling with ODEs
  • From reactions to equations: mass-action kinetics
  • reaction schemes rate laws nonlinear ODEs
  • Steady states & basic stability concepts
  • equilibria Jacobian intuition phase-plane sketches
  • Implementation toolkit
  • Python / SciPy solve_ivp R / deSolve SBML basics
Session 3
Fee: Rs 14800
Simulation, Stability & Sensitivity
  • Time-course simulation workflows
  • deterministic vs stochastic stiff systems simulation diagnostics
  • Sensitivity analysis & parameter exploration
  • local sensitivity parameter scans uncertainty bands
  • Dedicated modeling tools
  • COPASI workflows CellDesigner views COBRApy preview
Session 4
Fee: Rs 18800
Mini Capstone: Model a Pathway
  • Build an ODE model for a small pathway
  • Theory + Practical
  • Simulate, analyze and interpret dynamics
  • time-course plots perturbation scenarios stability commentary
  • Deliverables: notebook, model file & report
  • Python/R notebook SBML / COPASI file PDF/HTML summary


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