Université Côte d'azur

ECUE Biologie computationnelle des donnees omiques

Code de l'ECUE : SMESVI03

Ce cours appartient à UE05 Donnees biologiques en pratique 2 (6 ECTS) qui contient 2 ECUE
EUR LIFE
Biochimie et biologie moléculaire , Informatique , Biologie cellulaire
Campus Valrose
Master 2
Semestre impair
Anglais

PRESENTATION

This class is at the crossroads between omics, computer science and statistics. It aims at:

  • developing advanced bioinformatics tools and pipeline
  • exchange with bioinformatics and data science engineers from academic platforms  of the region
  • acquire a basic knowledge of the development tools and techniques now required in all bioinformatics projets: AI, workflow manager, multi-omics...

Responsable(s) du cours

Marc Bailly-Bechet

Présentiel

  • 8h de cours magistral
  • 14h de travaux pratiques

PREREQUIS

Avant le début du cours, je dois ...
  • know omics data analysis tools
  • know omics technologies

OBJECTIFS

A la fin de ce cours, je devrais être capable de...
  • be able to use efficiently a workflow manager (nextflow, galaxy)
  • analyze omics data
  • create reproductible bioinformatics pipelines
  • have a basic knowledge of AI
  • know how to manage bioinformatics tools at the system level (Anaconda, Docker, singularity)
  • analyze multi-omics data

CONTENU

    • Supervised learning
      • Linear regression
      • Logistic regression
      • Decision trees
      • Random forest
    • Unsupervised learning
      • Clustering
      • PCA
    • Manage a bioinformatics analysis:
      • File management and folder organization
      • Versioning and development
      • Management of softwares and scripts
      • Error management
      • Optimizing execution speed
    • Nextflow
      • Introduction to nextflow
      • Docker and nextflow
      • RNA-seq pipeline development
    • Transcriptomics, Proteomics and Single-cell
    • Measuring multiple omics scales
    • Multi omics data integration
      • Visual integration
      • Correlation integration
      • Latent factors integration
      • Overlap integration
  • NGS assembly with Velvet

  • Aucune description
Accéder au Syllabus complet (Authentification requise)
Important
Ce syllabus n’a aucune valeur contractuelle. Son contenu est susceptible d’évoluer en cours d’année : soyez attentifs aux dernières modifications.