Hi,
Could somebody please explain me in more details (containing which commands, scripts, ... ) how they provided chip-seq enrichment profile over gene bodies in the attached figure?
they explained in their article:
"Composite profile of genes with gene bodies marked by H3K36me3 and DNA
methylation over at least 20% of gene body length. Each gene body was divided into 20 bins. Sequences up to 5 kb upstream of the TSS and 5 kb
downstream of the 3’ gene end were divided into 10 bins"
Profiles at the gene body and promoter
The hg18 RefSeq database (http://hgdownload.cse.ucsc.edu/ goldenPath/hg18/database/) was used for annotation. The promoter region was defined as +/-500 bp relative to the transcription start site, and ‘gene body’ was defined as from the transcription start site to the end of the transcript. For DNA methylation and histone modifications, the average log2 ratios of probes falling into promoters or gene bodies were calculated. For CpG count in the gene body, the number of CpG dinucleotides within gene bodies was counted and divided by the length of the gene body and then scaled to counts per 1 kb.
Thank you so much
Could somebody please explain me in more details (containing which commands, scripts, ... ) how they provided chip-seq enrichment profile over gene bodies in the attached figure?
they explained in their article:
"Composite profile of genes with gene bodies marked by H3K36me3 and DNA
methylation over at least 20% of gene body length. Each gene body was divided into 20 bins. Sequences up to 5 kb upstream of the TSS and 5 kb
downstream of the 3’ gene end were divided into 10 bins"
Profiles at the gene body and promoter
The hg18 RefSeq database (http://hgdownload.cse.ucsc.edu/ goldenPath/hg18/database/) was used for annotation. The promoter region was defined as +/-500 bp relative to the transcription start site, and ‘gene body’ was defined as from the transcription start site to the end of the transcript. For DNA methylation and histone modifications, the average log2 ratios of probes falling into promoters or gene bodies were calculated. For CpG count in the gene body, the number of CpG dinucleotides within gene bodies was counted and divided by the length of the gene body and then scaled to counts per 1 kb.
Thank you so much
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