DRP000330
Comprehensive identification and characterization of the binding sites on H3K4me3 in Ramos cells.
Although recent studies have revealed that the majority of human genes are subjected to regulation of alternative promoters (APs), the biological relevance of this phenomenon remains unclear. In order to understand biological significance of the presence of divergent transcription initiation events in the respective cell types, it is indispensable to obtain bird-view of the transcriptome figures at every step of the gene expression; namely, i) how the genomic structure change to transcriptionally active form, ii) where the transcription initiation complex is recruited, iii) to what extent the transcription is activated, iv) what transcripts formed and sorted to what subcellular fractions. We have recently started multi-faceted use of the Illumina GA to answer these questions. Integrative analysis produced for respective aspects of the gene expression regulations revealed the comprehensive figures of the complex human gene transcriptome for the first time.
Comprehensive identification and characterization of the binding sites on H3K4me3 in Ramos cells. We used ChIP-Seq method, in which next gene sequencing technology and chromatin-immunoprecipitation assay were combined.