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Systemic homeostasis and poikilostasis in sleep [electronic resource] : is REM sleep a physiological paradox?

By: Publication details: London : Imperial College Press, 2011.Description: 1 online resource (xv, 121 pages) : illustrationsContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781848165731
  • 1848165730
Subject(s): NLM classification:
  • 2011 B-903
  • WL 108
Online resources:
Contents:
Ch. 1. The principle of homeostasis -- ch. 2. The study of homeostasis in sleep -- ch. 3. Respiration in sleep -- ch. 4. Circulation in sleep -- ch. 5. Temperature regulation in sleep -- ch. 6. Influence of temperature on sleep -- ch. 7. Compartmentalised brain homeostasis in sleep -- ch. 8. Ultradian homeostasis-Poikilostasis cycle -- ch. 9. Systemic physiological regulation in the ultradian wake-sleep cycle -- ch. 10. Epilogue.
Summary: This book aims at presenting biologists and clinicians with a compact description of the physiologic manifestations of sleep that are significant from the viewpoint of the principle of homeostasis. In the jargon of the physiologic literature, the word 'homeostasis', introduced by W.B. Cannon (1926), refers to the existence of a constant state of extracellular body fluids with regards to their physical and chemical properties. Since normal cell function depends on the constancy of such fluids, in multicellular animals there are many regulatory mechanisms under the control of the central nervous.
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Includes bibliographical references and index.

Print version record.

This book aims at presenting biologists and clinicians with a compact description of the physiologic manifestations of sleep that are significant from the viewpoint of the principle of homeostasis. In the jargon of the physiologic literature, the word 'homeostasis', introduced by W.B. Cannon (1926), refers to the existence of a constant state of extracellular body fluids with regards to their physical and chemical properties. Since normal cell function depends on the constancy of such fluids, in multicellular animals there are many regulatory mechanisms under the control of the central nervous.

Ch. 1. The principle of homeostasis -- ch. 2. The study of homeostasis in sleep -- ch. 3. Respiration in sleep -- ch. 4. Circulation in sleep -- ch. 5. Temperature regulation in sleep -- ch. 6. Influence of temperature on sleep -- ch. 7. Compartmentalised brain homeostasis in sleep -- ch. 8. Ultradian homeostasis-Poikilostasis cycle -- ch. 9. Systemic physiological regulation in the ultradian wake-sleep cycle -- ch. 10. Epilogue.

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