Loading Video...
NTHRYS
Arrow

Network Inference from Omics Data Training | Co expression, MI and Graphical Models

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Systems Biology, Network Modeling & Pathway Dynamics >> Network Inference from Omics Data Training | Co expression, MI and Graphical Models

Network Inference from Omics Data — Hands-on

Learn practical workflows for reconstructing biological interaction networks directly from omics datasets. This module covers correlation and mutual information based methods, regression and tree based approaches, basic graphical models and good practices for validation, benchmarking and interpretation.

Network Inference from Omics Data
Help Desk · WhatsApp
Session 1
Fee: Rs 8800
Omics Data & Correlation Networks
  • Omics matrices and preprocessing for inference
  • expression matrices normalization and filtering batch effects overview
  • Correlation based network construction
  • Pearson and Spearman distance correlation basics thresholding strategies
  • Weighted co expression networks
  • soft thresholds co expression adjacency brief WGCNA concepts
Session 2
Fee: Rs 11800
Information Theoretic & Regression Methods
  • Mutual information based inference
  • mutual information concepts ARACNe style pruning relevance networks
  • Regression and sparse models for edges
  • Lasso and Elastic Net neighbourhood selection regularization and sparsity
  • Tree based and ensemble methods
  • GENIE3 style approaches Random Forest importance variable selection view
Session 3
Fee: Rs 14800
Advanced Inference & Benchmarking
  • Partial correlations and graphical models
  • Gaussian graphical models precision matrix view conditional independence
  • Time series and perturbation data
  • time lagged networks dynamic Bayesian ideas using knockdown data
  • Evaluation and benchmarking of inferred networks
  • gold standards and prior knowledge precision recall style metrics robustness checks
Session 4
Fee: Rs 18800
Mini Capstone: End to End Network Inference
  • Select an omics dataset and define the inference goal
  • Theory plus guided practical
  • Implement at least two inference strategies and compare
  • correlation vs MI or regression Python or R implementation basic sensitivity analysis
  • Deliverables: scripts, network files and short report
  • code notebook edge list or GraphML PDF or HTML summary


PDF