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Central Neural States Relating Sex and Pain
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Central Neural States Relating Sex and Pain
280Hardcover
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Overview
The clinical implications of this field of research are numerous. Central Neural States Relating Sex and Pain will appeal to anyone interested in new ways of looking at behavioral dispositions as they are influenced by specific genetic, neural, and hormonal states.
Product Details
ISBN-13: | 9780801868276 |
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Publisher: | Johns Hopkins University Press |
Publication date: | 05/07/2002 |
Series: | Advances in Systems Neuroscience and Behavioral Physiology |
Pages: | 280 |
Product dimensions: | 6.10(w) x 9.10(h) x 0.80(d) |
Age Range: | 18 Years |
About the Author
Kathryn Commons is a postdoctoral fellow in the Laboratory of Neurobiology and Behavior at the Rockefeller University.
Donald W. Pfaff is professor and head of the Laboratory of Neurobiology and Behavior at the Rockefeller University. He is a fellow of the American Academy of Arts and Sciences and a member of the National Academy of Sciences.
Table of Contents
Series ForewordPrefaceList of AbbreviationsPart I. Requirement for Motivational State ConceptsA. Physics, Brain, and BehaviorB. Motivation in Its Generalized and Specific AspectsC. Motivation for Females to Seek MalesD. Hypothalamic and Preoptic Mechanisms Involved in Two Types of Motivational ChangeE. SummaryPart II. Ascending Arousal Systems ActivatedA. Ascending Reticular Activating SystemsB. Structure of Arousal StatesC. Application to Sexual BehaviorD. Clinical Observations on Human Awareness and ArousalE. MoodF. SummaryPart III. Descending Systems: The Importance of Opioid Peptides and AnalgesiaA. Opioid Peptides in Pain and AnalgesiaB. Analgesia Induced by Stress and Environmental VariablesC. Hormonal Control of the Enkephalin Gene: One Paradox and Three SolutionsD. Intimate Relations among Inhibitory SystemsE. Hypothalamic ProjectionsF. Gender Differences in AnalgesiaG. Pain and Sex: Similarity of Reproductive Behavior and Analgesia - Ascending and Descending PathwaysH. SummaryPart IV. Inferences and ArgumentsA. Gene/Behavior Relationships: Application to Opioid PeptidesB. Biological Importance of the Relations among Sex, Arousal, and AnalgesiaReferencesIndexWhat People are Saying About This
This book is welcome in that it makes connections between two well studied but related neural systems: the systems that control sex and pain. This is a timely attempt that [will] be of great interest to neuroscientists. The scholarly achievement of this study is apparent; the authors have mastered a substantial literature. (Gregory F. Ball, Ph.D., Johns Hopkins University)
This book is welcome in that it makes connections between two well studied but related neural systems: the systems that control sex and pain. This is a timely attempt that [will] be of great interest to neuroscientists. The scholarly achievement of this study is apparent; the authors have mastered a substantial literature.—Gregory F. Ball, Ph.D., Johns Hopkins University
This scholarly and articulate book explores the authors' novel and provocative hypothesis that neural mechanisms controlling reproductive behavior and pain are intricately intertwined. In the process of such exploration, the reader is provided with extensive, up-to-date, and unique reviews—highly valuable regardless of how one views the hypothesis—of behavioral, neurophysiological, hormonal, neurochemical, and genetic research on mechanisms of arousal, analgesia, stress, and reproductive behavior.—Karen J. Berkley, Ph.D., McKenzie Professor of the Neuroscience Program at Florida State University
This scholarly and articulate book explores the authors' novel and provocative hypothesis that neural mechanisms controlling reproductive behavior and pain are intricately intertwined. In the process of such exploration, the reader is provided with extensive, up-to-date, and unique reviewshighly valuable regardless of how one views the hypothesisof behavioral, neurophysiological, hormonal, neurochemical, and genetic research on mechanisms of arousal, analgesia, stress, and reproductive behavior. (Karen J. Berkley, Ph.D., McKenzie Professor of the Neuroscience Program at Florida State University)