✉news ScienceBiology first seen 1 d ago, last 1 d ago, peak #4
Signaling oscillations found to guide intestinal cell differentiation
Original: Rhythm and cues: signaling oscillations inform cell differentiation in the intestine
New research shows that rhythmic, oscillating molecular signals help determine how stem cells in the intestine differentiate into specialized cell types. Rather than responding only to static cues, cells appear to interpret the timing and frequency of signaling pulses, adding a temporal dimension to developmental biology and potentially informing future studies of gut regeneration and disease.
Why now: A newly published study challenges the view that cell fate depends only on signal strength, drawing attention from the biology community.
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Evidence
- Rhythm and cues: signaling oscillations inform cell differentiation in the intestine · BioTechniques
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