Circadian rhythms of behavior and physiology are generated by central and peripheral
circadian oscillators entrained by periodic environmental or physiological stimuli. A master …

Circadian rhythms organize behavior and physiological processes to be appropriate to the
predictable cycle of daily events. These rhythms are entrained by stimuli that provide time of …

Daily rhythms of food anticipatory activity (FAA) are regulated independently of the
suprachiasmatic nucleus, which mediates entrainment of rhythms to light, but the neural …

For many animal species, knowing when to look for food may be as important as knowing
where to look. Rats and other species use a feeding-responsive circadian timing mechanism …

When rodents are fed in a limited amount during the daytime, they rapidly redistribute some
of their nocturnal activity to the time preceding the delivery of food. In rats, anticipation of a …

Circadian clocks in many brain regions and peripheral tissues are entrained by the daily
rhythm of food intake. Clocks in one or more of these locations generate a daily rhythm of …

Circadian activity rhythms are jointly controlled by a master pacemaker in the hypothalamic
suprachiasmatic nuclei (SCN) and by food-entrainable circadian oscillators (FEOs) located …

Introduction Farmed fish like European seabass (Dicentrarchus labrax) anticipate meals if
these are provided at one or multiple fixed times during the day. The increase in locomotor …

In rodents, daily feeding schedules induce food anticipatory activity (FAA) rhythms with
formal properties suggesting mediation by food-entrained circadian oscillators (FEOs). The …

The food-entrainable oscillator, which underlies the prefeeding activity peak developed by
restricted daily feeding (RF) in rodents, does not depend on the circadian pacemaker in the …