Loading Video...
NTHRYS
Arrow

Capstone: End-to-End Systems Biology Project Training | Applied Systems Biology & Network Medicine

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Systems Biology, Network Medicine & Pathway Modeling >> Capstone: End-to-End Systems Biology Project Training | Applied Systems Biology & Network Medicine

Capstone — End-to-End Systems Biology Project — Hands-on

Consolidate everything learnt in systems biology, network medicine and pathway modeling into a single guided capstone. You will scope a realistic problem, assemble data, design and implement a mechanistic or network based workflow, perform calibration or analysis and deliver a transparent report and sharable model bundle.

Capstone — End-to-End Systems Biology Project
Help Desk · WhatsApp
Session 1
Fee: Rs 8800
Problem Scoping, Data & Model Blueprint
  • Define a focused systems biology or network medicine question
  • pathway or disease mechanism of interest clear outcome and decision context success criteria and constraints
  • Select data and knowledge sources for the project
  • omics and literature based inputs network and pathway resources clinical or phenotype context where relevant
  • Draft a model or network blueprint and workflow plan
  • choice of network or ODE or hybrid style inputs outputs and evaluation plan timeline and milestone checklist
Session 2
Fee: Rs 11800
Network / Mechanistic Model Construction
  • Assemble and curate the core network or model structure
  • interaction and reaction level curation consistency with pathway databases documented assumptions and simplifications
  • Implement the model in a reusable format and toolchain
  • SBML or equivalent script based form notebooks or scripts for simulation basic unit and sanity checks
  • Initial parameterisation or network scoring choices
  • literature or database based parameter guesses initial conditions and input settings first round simulations and quick plots
Session 3
Fee: Rs 14800
Calibration, Analysis & Scenario Runs
  • Calibrate or tune the model against selected data
  • simple parameter estimation loop fit quality and residual inspection basic sensitivity or robustness checks
  • Run key scenarios and summarise system behaviour
  • baseline and perturbation cases network or pathway output summaries figures that answer the main question
  • Link model readouts to potential interventions or hypotheses
  • prioritised levers and targets expected qualitative or quantitative effects caveats and remaining uncertainties
Session 4
Fee: Rs 18800
Packaging, Reporting & Presentation
  • Prepare a reproducible project and model bundle
  • scripts or notebooks with clear order SBML or network files plus configs minimal environment description
  • Write a concise systems biology project report
  • question methods and data summary results and key figures interpretation and next steps
  • Deliverables and oral walkthrough of the project
  • slide deck or summary notebook project repository or archive file mentor feedback and grading rubric


PDF