PLX117513

GSE112946: Transcriptional and chromatin profiles of duodenum epithelium upon HNF4 loss in mice by RNA-seq and ChIP-seq

Organsim mouse
Type RNASEQ
Target gene
Project ARCHS4

We find that HNF4G is an intestine-particular HNF4 paralog, and works redundantly with HNF4A for driving intestinal differentiation by controlling chromatin accessibility and regulating thousands of transcripts particular to differentiated cells. Without HNF4s, cells fail to achieve a differentiated state. A positive feedback loop between HNF4 transcriptional regulation and BMP/SMAD signaling stabilizes differentiation, and the two inputs cooperatively activate differentiation gene expression. SOURCE: Michael VerziVerzi Rutgers, the State University of New Jersey

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