✉news ScienceBiology first seen 3 h ago, last 43 min ago, peak #9
RBBP5 Found to Regulate the Cell's 12-Hour Clock
Original: RBBP5 Emerges as a Master Epigenetic Switch Controlling the Cell’s 12-Hour Proteostasis Clock
Researchers report that the protein RBBP5 acts as a master epigenetic switch governing the cell's 12-hour proteostasis clock, the internal rhythm that manages protein quality control. If confirmed, the finding could reshape understanding of how cells time protein maintenance and open new angles on age-related and protein-misfolding diseases.
Why now: New research suggests RBBP5 controls a recently recognized 12-hour biological rhythm, a striking claim in circadian and cell biology.
RBBP5proteostasis12-hour clock
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Evidence
- RBBP5 Emerges as a Master Epigenetic Switch Controlling the Cell’s 12-Hour Proteostasis Clock · Bioengineer.org
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