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Introduction to multi-omics data integration and visualisation

  • Overview
  • Search
  • Course content
  • Concepts and methods in multiomics data integration
    • Multiple ways to integrate multiomics data – case studies from studying human diseases
    • Knowledge-based machine learning to extract disease mechanisms from spatial multi-omics
    • Introduction to network propagation
    • Introductory lecture on stats methods
    • Multi-Omics Factor Analysis (MOFA)
    • Rostro-caudal regionalisation of the Müllerian ducts during prenatal development
    • Single-cell roadmap of human gonadal development
    • Single-cell multiomics map of human B-lymphopoiesis
    • Exploring lymphocyte developmental origins
  • Tools and resources in data integration and visualisation
    • Building networks and pathways with Cytoscape
    • Introduction to multiomics integration using COSMOS
    • Multiomics comparative pathway analysis using Reactome analysis tools and pathway browser
  • Group projects
    • Multi-omic analysis and integration with prior knowledge to study signalling and metabolism deregulations in cancer cell lines
    • Modelling gene regulation from transcriptomics and chromatin accessibility single-cell data
    • Single-cell multi-omics integration in Alzheimer’s disease
    • Multi-Omics Integration for Personalised Medicine
  • Trainer biographies
  • Further learning
  • Your feedback

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All materials are free cultural works licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) license, except where further licensing details are provided.

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Concepts and methods in multiomics data integration

This section includes:

  • Multiple ways to integrate multiomics data – case studies from studying human diseases
  • Knowledge-based machine learning to extract disease mechanisms from spatial multi-omics
  • Introduction to network propagation
  • Introductory lecture on stats methods
  • Multi-Omics Factor Analysis (MOFA)
  • Rostro-caudal regionalisation of the Müllerian ducts during prenatal development
  • Single-cell roadmap of human gonadal development (from 2024 edition)
  • Single-cell multiomics map of human B-lymphopoiesis
  • Exploring lymphocyte developmental origins (from 2024 edition)

Proceed through this section to view all the materials or select a specific topic from the above list to jump ahead.

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