The Integrative Action of the Autonomic Nervous System: Neurobiology of Homeostasis

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Cambridge University Press, 4 Ê.¤. 2022 - 432 ˹éÒ
"Cardiac and smooth muscles, exocrine glands, fat stores, primary and secondary immune organs, etc, throughout the bodies of vertebrates are innervated by autonomic pathways. The first edition of Wilfrid Jèanig's book The Integrative Action of the Autonomic Nervous System (2006) brought together what was known about the anatomy, physiology and pharmacology of this system, at the level of organs, tissues and cells. The book has become the mainstay of current information on the neural control of autonomic function. In the first edition, Wilfrid compiled and extended knowledge of how central nervous integration is transformed within sympathetic and parasympathetic pathways to regulate the peripheral organs and tissues, including the cellular mechanisms by which the central signals are transmitted to the effector tissues. Information about research in autonomic function, using classical and modern techniques in neurophysiology, neuroanatomy, pharmacology and biochemistry, was integrated with the fundamental understanding of this system accumulated over more than one hundred years and summarised in a complete and accessible way"--
 

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The Autonomic Nervous System and the Regulation
1
Interoceptive Afferent Neurons and Autonomic
34
FUNCTIONAL ORGANIZATION OF
71
The Peripheral Sympathetic and Parasympathetic Pathways
86
The Enteric Nervous System
134
Mechanisms in Generation of Motility Patterns
148
TRANSMISSION OF SIGNALS IN
165
Mechanisms of Neuroeffector Transmission
200
REPRESENTATION OF THE AUTONOMIC
227
Spinal Autonomic Systems
261
Regulation of Organ Systems by the Lower Brain Stem
292
THE CENTERS OF HOMEOSTASIS IN
353
Index
403
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Wilfrid Jänig is Professor Emeritus of Physiology at the Christian-Albrechts University in Kiel, Germany. He has conducted neurobiological research on the autonomic nervous system since 1973. He combined research in Kiel with research at universities in Australia (Brisbane, Melbourne, Sydney), at the Hebrew University in Jerusalem, and at the University of California, San Francisco. His experiments, in which electrical signals in single sympathetic nerve fibers were recorded during natural and reflex activity, have established the principle of selective control of peripheral organs by the brain and the involvement of the sympathetic nervous system in various types of pain and in inflammation.

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