EpigenomeAnalysisTutorial
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  • What you need
  • Practical I - Detection of Open Chromatin regions & Footprint calling & Transcription factor prediction
  • Practical II - Linking regions to genes and integration with gene expression data
  • Practical III - Target gene identification of candidate regions
EpigenomeAnalysisTutorial
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  • Welcome to the Epigenomics tutorial documentation!
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Welcome to the Epigenomics tutorial documentation!ΒΆ

If you are taking part in our tutorial, then you find the information here that you need. The documentation is split up into 4 parts. Make sure to read and follow the **What you need part** with all necessary Installations before you join us virtually. Below you can see an illustration of the workflow we planned for you.

Flowchart of the content

PDF of the flowchart

Contents:

  • What you need
    • Download docker image
    • How to access data inside the docker container
    • How to remove all the containers and images after the tutorial
  • Practical I - Detection of Open Chromatin regions & Footprint calling & Transcription factor prediction
    • Example data
    • Step 1: Quality check, aligment and peak calling of ATAC-seq data
    • Step 2: Footprint calling
    • Step 3: TF binding site prediction
    • Step 4: Average footprint profiles and differential activity analysis
  • Practical II - Linking regions to genes and integration with gene expression data
    • Step 1: Extracting TF motifs of TFs expressed in the cell types of interest
    • Step 2: Intersect the footprint from HINT with differentially ATAC-peaks
    • Step 3: Deriving candidate transcriptional regulators using DYNAMITE
  • Practical III - Target gene identification of candidate regions
    • Step 1: Fetching candidate regions
    • Step 2.1: Target genes - Nearest gene
    • Step 2.2: Target genes - Window-based approach
    • Step 2.3: Target genes - Association-based approach
    • Step 3: Intersecting the identified target genes
    • Step 4: All steps in one
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