K. L. Nikhil

This study shows that fetoplacental circadian rhythms develop in utero and synchronize with the mother, with maternal glucocorticoids playing a key role in this synchronization.

The paper develops a system for real-time classification of circadian rhythms in complex mouse behaviors, finding sex and estrogen influence several circadian properties.

The paper develops MITE to infer functional connectivity in the SCN and finds a conserved, sparse connectome with hubs that drive circadian synchrony.

This study shows fetal circadian rhythms develop early in pregnancy and synchronize with the maternal rhythm, influenced by maternal glucocorticoids.