Titlebook: Clinical Physiology of Sleep; Ralph Lydic,Julien F. Biebuyck Book 1988 American Physiological Society 1988 Clinical.Sleep.anesthesia.arrhy

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Central Regulation of Sleep and Autonomic Physiologyndent changes in neural control, the output of many organ systems is altered during sleep. The fact that multiple organ systems may be simultaneously affected by changes in states of consciousness underscores the potential clinical relevance of these sleep-dependent changes in physiology. Recognitio

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Evolution and Comparative Physiology of Sleep in Animalsulations regarding the nature of sleep and has provided few answers. A broad approach to the evolution of sleep or sleep-related phenomena in the course of phylogeny may provide a more comprehensive basis for understanding the underlying mechanism of sleep cycle regulation. More emphasis is needed o

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Sleep-Dependent Changes in Upper Airway Muscle Functiontematic studies of breathing (reviewed in ref. 63). Since that time it has become increasingly clear that the sleep/wake cycle exerts a significant impact on breathing and may fundamentally alter many aspects of central respiratory control (24). The relatively recent discovery that there are several

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Human Sleep-Disordered Breathingng and obesity; its major clinical manifestation is the complaint of daytime hypersomnolence. This illness has received a great deal of clinical and investigative attention in the last ten years because its occurrence appears almost epidemic in nature. In addition, apnea-associated cardiac rhythm ab

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Thermal Influences on REM Sleepep as an index of whether a specific treatment directly affects it. The concept behind this approach is simple and appealing: if an area of the brain is damaged, or if a brain neurotransmitter system is blocked, and REM sleep decreases, then that area of the brain or that neurotransmitter system mus