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ChIP-seq data analysis Introduction to practicals I: data processing - PowerPoint PPT Presentation

ChIP-seq data analysis Introduction to practicals I: data processing ENCODE Dataset chr 1 & chr 2 REST is transcriptional repressor that represses neuronal genes in non-neuronal cells It represses transcription by binding a DNA


  1. ChIP-seq data analysis Introduction to practicals I: data processing

  2. ENCODE Dataset chr 1 & chr 2 • REST is transcriptional repressor that represses neuronal genes in non-neuronal cells • It represses transcription by binding a DNA sequence element called neuron-restrictive silencer element (NRSE) • The protein is also found in undi ff erentiated neuronal progenitor cells, and REST may act as a master negative regulator of neurogenesis + corresponding inputs

  3. Practicals ChIP-seq data processing Downstream analysis

  4. Practicals ChIPQC Broad peaks deepTools vis ChIP-seq data processing Downstream analysis Motifs csaw Public ChIPseeker resources Exo-spike

  5. Practicals ChIPQC Broad peaks deepTools vis ChIP-seq data processing Downstream analysis Motifs csaw Public ChIPseeker resources Exo-spike

  6. Aligned reads .BAM merged peaks .BED

  7. Aligned reads .BAM Processed alignment .BAM merged peaks .BED

  8. Aligned reads .BAM Processed alignment .BAM Peaks .BED merged peaks .BED

  9. Aligned reads .BAM Processed alignment .BAM Peaks .BED reproducible peaks .BED merged peaks .BED

  10. Aligned reads .BAM Strand cross-correlation Processed alignment .BAM Peaks .BED reproducible peaks .BED merged peaks .BED

  11. Aligned reads .BAM Strand cross-correlation Processed alignment .BAM Cumulative enrichment Peaks .BED reproducible peaks .BED merged peaks .BED

  12. Aligned reads .BAM Strand cross-correlation Processed alignment .BAM Cumulative enrichment Peaks .BED reproducible peaks .BED Sample clustering .BAM merged peaks .BED

  13. Aligned reads .BAM Strand cross-correlation Processed alignment .BAM Cumulative enrichment Peaks .BED reproducible peaks .BED Sample clustering .BAM merged peaks .BED Sample clustering .BED

  14. Aligned reads .BAM Strand cross-correlation Processed alignment .BAM Cumulative enrichment Peaks .BED reproducible peaks .BED Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

  15. duplicated reads black listed regions Aligned reads .BAM 1 x read coverage Strand cross-correlation Processed alignment .BAM Cumulative enrichment Peaks .BED reproducible peaks .BED Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

  16. duplicated reads black listed regions Aligned reads .BAM 1 x read coverage Strand cross-correlation Processed alignment .BAM peaks calling Cumulative enrichment Peaks .BED reproducible peaks .BED Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

  17. duplicated reads black listed regions Aligned reads .BAM 1 x read coverage Strand cross-correlation Processed alignment .BAM peaks calling Cumulative enrichment Peaks .BED peaks intersecting reproducible peaks .BED Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

  18. duplicated reads black listed regions Aligned reads .BAM 1 x read coverage Strand cross-correlation Processed alignment .BAM peaks calling Cumulative enrichment Peaks .BED peaks intersecting reproducible peaks .BED peaks merging Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

  19. duplicated reads black listed regions Aligned reads .BAM 1 x read coverage Strand cross-correlation Processed alignment .BAM peaks calling Cumulative enrichment Peaks .BED peaks intersecting reproducible peaks .BED peaks merging Sample clustering .BAM Integrative Genomic Viewer merged peaks .BED Sample clustering .BED

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