GEO series
Identify transcriptional regulators of Mc4r in the hypothalamus [RNA-Seq]
GSE244791
Mus musculus
Expression profiling by high throughput sequencing
12 samples
2025/01/15
GPL24247
Summary
Human MC4R mutations can increase or decrease obesity risk. Other than intracellular signaling, MC4R function is also influenced by its levels. However, the genetic programs that govern MC4R transcription in the brain remain largely unknown. Moreover, it is unclear whether human genetic variants exist that affect Mc4r expression and obesity risk. Here, we identify the homeodomain transcription factor Otp as one regulator of Mc4r expression in a specific subset of hypothalamic neurons. Selective loss of Otp in these neurons during development or adulthood results in reduced Mc4r expression and excessive body weight gain. Moreover, OTP interacts with upstream regulatory sequences of Mc4r to modulate its transcription.
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Paper (PMID 39813316) ↗
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