Epigenomics Workshop Epigenomics Workshop 3 Introduction to general epigenomics concepts 1 General processing of NGS data Welcome Program Prerequisites Lecture slides 1 General processing of NGS data 2 Quantification of gene expression 3 Introduction to general epigenomics concepts 4 ATAC-seq peak calling and visualization 5 Introduction to ChIP-seq processing and analysis 6 DNA motif methodologies and resources 7 Profiling chromatin contacts and visualize Hi-C data 8 Identifying structural features from Hi-C data 9 Integrating multi-omics data through GO analysis Hands-on exercises 10 Lab 1: Hands-on processing of RNA-seq 11 Lab 2: Quantification and differential gene expression by RNA-seq 12 Lab 3: Processing MNase-seq data 13 Lab 4: ATAC-seq analysis 14 Lab 5: Comparing sets of ChIP-seq peaks 15 Lab 6: Motif enrichment analysis from ChIP-seq data 16 Lab 7: Hi-C data processing 17 Lab 8: Investigating Hi-C contact maps 18 Lab 9: Multi-omics data integration Appendices Extra resources Lecture slides 2 Quantification of gene expression
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2 Quantification of gene expression – Epigenomics Workshop 2 Quantification of gene expression – Epigenomics Workshop 2 Quantification of gene expression – Epigenomics Workshop Epigenomics Workshop