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Book Cover
E-book
Author Reinoso-Suárez, Fernando.

Title Functional anatomy of the sleep-wakefulness cycle : wakefulness / Fernando Reinoso-Suárez, Isabel de Andrés, Miguel Garzón
Published Berlin ; Heidelberg : Springer, ©2011

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Description 1 online resource (xii, 130 pages) : illustrations (some color)
Series Advances in anatomy, embryology and cell biology ; 208
Advances in anatomy, embryology, and cell biology ; v. 208.
Contents The sleep-wakefulness cycle -- Revision of the publications describing the anatomical connections and effects of lesions and electrical stimulation of brain structures on the sleep-wakefulness cycle -- Functional anatomy of wakefulness
Summary Wakefulness is a necessary, active and periodic brain state, with a circadian and homeostatic regulation and precisely meshed with other states into the sleep-wakefulness cycle. This monograph first overviews the historical background and current understanding of the neuronal systems generating and/or maintaining the various phases of the sleep-wakefulness cycle. A key cellular correlate of wakefulness is a sustained mode of high activity and plasticity in the closely intertwined circuits of the cortex and thalamus, the "thalamo-cerebral cortex unity". The second part of the monograph provides an in-depth review of recent advances on the anatomy, physiology and neurochemistry of the neuronal groups known to drive the "thalamo-cerebral cortex unity" into their wakefulness mode, and to keep them in such mode. Interestingly, these neuronal groups are located in the brainstem, hypothalamus or basal forebrain; collectively, they are known as the "ascending reticular activating system". Neurotransmitter-specific pathways arising from these neuronal groups target the thalamus and cortex. The various neurotransmitters interact on postsynaptic cortical or thalamic cells to fine-tune their excitability and plasticity, exerting powerful influences on the perceptual and cognitive processes as well as attentional, emotional, motivational, behavioral and arousal states. In turn, corticofugal axons reach the neuronal groups of the "ascending reticular activating system", and thus the awake "thalamo-cerebral cortex unity" is in position to modulate their activity. --Book Jacket
Bibliography Includes bibliographical references and index
Notes Print version record
Subject Wakefulness.
Wakefulness -- physiology
Brain -- anatomy & histology
Brain -- physiology
Sleep -- physiology
Wakefulness
MEDICAL -- Physiology.
SCIENCE -- Life Sciences -- Human Anatomy & Physiology.
Médecine.
Wakefulness
Schlaf-Wach-Rhythmus
Neurophysiologie
Form Electronic book
Author Andrés, Isabel de.
Garzón, Miguel, 1968-
ISBN 9783642146268
3642146260