How meal timing triggers a nutrient-signaling pathway that drives rhythmic gene activity in the liver, independently of its circadian clock. Results can help explain why night-shift workers, and frequent travelers with irregular sleeping schedules are at higher risks for cancer
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#MealTiming #NutrientSignaling #CircadianHealth
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#MealTiming #NutrientSignaling #CircadianHealth
EurekAlert!
Food keeps time, too — and your liver is listening for the dinner bell
Texas A&M University researchers discover how meal timing triggers a nutrient-signaling pathway that drives rhythmic gene activity in the liver, independently of its circadian clock. The findings suggest that when we eat may be just as important as what we…