In most individuals, food intake occurs as discrete bouts or meals, and little attention has been paid to the factors that normally determine when meals will occur when food is freely available. On the basis of experiments using rats, the authors suggest that when there are no constraints on obtaining food and few competing activities, 3 levels of interacting controls normally dictate when meals will start. The first is the genetically determined circadian activity pattern on which nocturnal animals tend to initiate most meals in the dark. The second is the regularly occurring changing of the light cycle: These changes provide temporal anchors. The third relates to the size of the preceding meal, such that larger meals cause a longer delay ...
Circadian rhythms are entrained to cyclic environmental cues such as the light-dark cycle and food a...
Circadian clocks in many brain regions and peripheral tissues are entrained by the daily rhythm of f...
Feeding, drinking and activity of two groups of male laboratory rats were studied across three exper...
In most individuals, food intake occurs as discrete bouts or meals, and little attention has been pa...
Behavioral studies show that rodents can anticipate a daily mealtime by entrainment of a circadian o...
<div><p>Anticipation of a daily meal in rats has been conceptualized as a rest-activity rhythm drive...
Rats display anticipatory activity (FAA) to daily feeding opportunities. Early chronobiological rese...
Feeding activity in rats is mainly nocturnal, with about 70–90% of the total daily intake eaten in t...
Feeding activity in rats is mainly nocturnal, with about 70-90% of the total daily intake eaten in t...
<div><p>When rodents are fed in a limited amount during the daytime, they rapidly redistribute some ...
When rodents are fed in a limited amount during the daytime, they rapidly redistribute some of their...
Circadian clocks in many brain regions and peripheral tissues are entrained by the daily rhythm of f...
Feeding at the beginning of the night is probably dependent on the rat's immediate energy requiremen...
Plasticity in daily timing of activity has been observed in many species, even within an individual....
Plasticity in daily timing of activity has been observed in many species, even within an individual....
Circadian rhythms are entrained to cyclic environmental cues such as the light-dark cycle and food a...
Circadian clocks in many brain regions and peripheral tissues are entrained by the daily rhythm of f...
Feeding, drinking and activity of two groups of male laboratory rats were studied across three exper...
In most individuals, food intake occurs as discrete bouts or meals, and little attention has been pa...
Behavioral studies show that rodents can anticipate a daily mealtime by entrainment of a circadian o...
<div><p>Anticipation of a daily meal in rats has been conceptualized as a rest-activity rhythm drive...
Rats display anticipatory activity (FAA) to daily feeding opportunities. Early chronobiological rese...
Feeding activity in rats is mainly nocturnal, with about 70–90% of the total daily intake eaten in t...
Feeding activity in rats is mainly nocturnal, with about 70-90% of the total daily intake eaten in t...
<div><p>When rodents are fed in a limited amount during the daytime, they rapidly redistribute some ...
When rodents are fed in a limited amount during the daytime, they rapidly redistribute some of their...
Circadian clocks in many brain regions and peripheral tissues are entrained by the daily rhythm of f...
Feeding at the beginning of the night is probably dependent on the rat's immediate energy requiremen...
Plasticity in daily timing of activity has been observed in many species, even within an individual....
Plasticity in daily timing of activity has been observed in many species, even within an individual....
Circadian rhythms are entrained to cyclic environmental cues such as the light-dark cycle and food a...
Circadian clocks in many brain regions and peripheral tissues are entrained by the daily rhythm of f...
Feeding, drinking and activity of two groups of male laboratory rats were studied across three exper...