Loading Video...
NTHRYS
Arrow

Protein Network Analysis & Functional Annotation Training | PPI Networks, GO & Pathway Concepts

NTHRYS >> Services >> Academic Services >> Training Programs >> Bioinformatics Training >> Proteomics, Interactomics & Structural MS >> Protein Network Analysis & Functional Annotation Training | PPI Networks, GO & Pathway Concepts

Protein Network Analysis and Functional Annotation — Hands-on

Learn the conceptual workflow of protein network analysis and functional annotation. This module focuses on how to move from protein lists to interaction networks, interpret hubs and modules, and use Gene Ontology (GO) and pathway enrichment concepts to generate biological stories from proteomics or gene level datasets.

Protein Network Analysis and Functional Annotation
Help Desk · WhatsApp
Session 1
Fee: Rs 8800
Protein Interaction & Network Biology Foundations
  • Protein–protein interactions and network view of biology
  • binary vs complex interactions physical vs functional associations interactome idea
  • Basic graph concepts for protein networks (idea level)
  • nodes and edges thinking degree and hubs modules and communities (overview)
  • Sources of interaction and functional association data (concepts)
  • curated PPI databases idea text mining and co expression concepts confidence scores thinking
Session 2
Fee: Rs 11800
Building & Exploring Protein Networks (Concepts)
  • From protein list to interaction network at high level
  • mapping identifiers to network resources filtering by confidence concepts sub networks around proteins of interest
  • Exploring topology and key nodes conceptually
  • hubs and bottlenecks ideas shortest path and connectivity concepts cluster and module overview
  • Visual thinking for network layouts and annotations
  • node color and size for attributes edge width and type concepts practical readability considerations
Session 3
Fee: Rs 14800
Functional Annotation & Enrichment Concepts
  • Gene Ontology (GO) and annotation concepts
  • biological process ideas molecular function and cellular component annotation evidence codes overview
  • Pathway and functional enrichment analysis at idea level
  • over representation thinking multiple testing and FDR awareness Reactome and KEGG style pathway concepts
  • Overlaying enrichment and annotations onto networks
  • coloring modules by enriched terms highlighting key pathways and hubs connecting patterns to hypotheses
Session 4
Fee: Rs 18800
Mini Capstone: From Protein List to Network Narrative
  • Conceptual workflow from differential protein list to network story
  • Theory + Practical (planning oriented)
  • Designing simple enrichment and network interpretation steps
  • selecting network and annotation resources deciding cutoffs and filters (concepts) sketching expected figures and tables
  • Mini capstone deliverables (concept and report focused)
  • network and enrichment summary outline short biological narrative template list of follow up experiment ideas


PDF