The underlying mechanism for the origin of ultradian rhythms is not clearly understood at present. Based on a recent study from our laboratory, we have conceptualized a model for the origin of quasiperiodic ultradian rhythms in sleep-wake state. This model hypothesizes that the ultradian rhythms of sleep-wake state may be generated by a mechanism that includes the sleep-wake homeostat. The main purpose of the present study was to test the hypothesis that sleep homeostasis and sleep-wake ultradian rhythms share a common underlying mechanism. The present study has refuted that hypothesis. I conclude that: (1) the proposed model for the generation of quasiperiodic ultradian rhythms in sleep-wake state in mammals is overly simplistic in its pre...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Abstract Sleep initiation and sleep intensity in humans show a dissimilar time course. The propensit...
The underlying mechanism for the origin of ultradian rhythms is not clearly understood at present. B...
Abstract Ultradian rhythms are a prominent but little-studied feature of mam-malian sleep-wake and r...
Ultradian rhythms are clearly evident in recordings of sleep-wake behavior and rest-activity cycles,...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
Similar to the nap-protocols applied in humans, the repeated short-sleep deprivation protocol in rat...
To better understand the development of sleep, we characterized the development of circadian rhythms...
Study Objective: Sleep is regulated by homeostatic and circadian processes. Slow wave activity (SWA;...
Abstract According to the two-process model of sleep regulation, the timing and structure of sleep a...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
<div><p>Sleep is essential for the maintenance of the brain and the body, yet many features of sleep...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Abstract Sleep initiation and sleep intensity in humans show a dissimilar time course. The propensit...
The underlying mechanism for the origin of ultradian rhythms is not clearly understood at present. B...
Abstract Ultradian rhythms are a prominent but little-studied feature of mam-malian sleep-wake and r...
Ultradian rhythms are clearly evident in recordings of sleep-wake behavior and rest-activity cycles,...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
Similar to the nap-protocols applied in humans, the repeated short-sleep deprivation protocol in rat...
To better understand the development of sleep, we characterized the development of circadian rhythms...
Study Objective: Sleep is regulated by homeostatic and circadian processes. Slow wave activity (SWA;...
Abstract According to the two-process model of sleep regulation, the timing and structure of sleep a...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
The amount and architecture of vigilance states are governed by two distinct processes, which occur ...
<div><p>Sleep is essential for the maintenance of the brain and the body, yet many features of sleep...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Sleep is essential for the maintenance of the brain and the body, yet many features of sleep are poo...
Sleep is essential for the maintenance of human life, yet many features of sleep are poorly understo...
Abstract Sleep initiation and sleep intensity in humans show a dissimilar time course. The propensit...