Conditioned Taste Aversion: Neural and Behavioral Processes
Conditioned taste aversion is arguably the most important learning process that humans and animals possess because it prevents the repeated self-administration of toxic food. It has not only profoundly influenced the content and direction of learning theory, but also has important human nutritional and clinical significance. In addition to its direct relevance to food selection, dietary habits, and eating disorders, it is significant for certain clinical populations that develop it as a consequence of their treatment. The study of conditioned taste aversions has invigorated new theory and research on drug conditioning and addictions, as well as on conditioned immunity. There has also been a substantial amount of recent research exploring the neural substrates of conditioned taste aversion--its neuroanatomy, pharmacology, and role in the molecular and cellular basis of plasticity. This book provides a definitive perspective on the current state of research, theory, and clinical applications for conditioned taste aversion effects and methodology. In each chapter, a leading scholar in the field presents a broad range of studies, along with current findings on the topic, highlighting both the major theoretical landmarks and the significant new perspectives. It will be an important resource for both professional and student researchers, who study conditioning, learning, plasticity, eating disorders, and dietary and ingestive behaviors in neuroscience, cognitive neuroscience, cognitive psychology, developmental psychology, clinical psychology, psychopharmacology, and medicine.
1100330005
Conditioned Taste Aversion: Neural and Behavioral Processes
Conditioned taste aversion is arguably the most important learning process that humans and animals possess because it prevents the repeated self-administration of toxic food. It has not only profoundly influenced the content and direction of learning theory, but also has important human nutritional and clinical significance. In addition to its direct relevance to food selection, dietary habits, and eating disorders, it is significant for certain clinical populations that develop it as a consequence of their treatment. The study of conditioned taste aversions has invigorated new theory and research on drug conditioning and addictions, as well as on conditioned immunity. There has also been a substantial amount of recent research exploring the neural substrates of conditioned taste aversion--its neuroanatomy, pharmacology, and role in the molecular and cellular basis of plasticity. This book provides a definitive perspective on the current state of research, theory, and clinical applications for conditioned taste aversion effects and methodology. In each chapter, a leading scholar in the field presents a broad range of studies, along with current findings on the topic, highlighting both the major theoretical landmarks and the significant new perspectives. It will be an important resource for both professional and student researchers, who study conditioning, learning, plasticity, eating disorders, and dietary and ingestive behaviors in neuroscience, cognitive neuroscience, cognitive psychology, developmental psychology, clinical psychology, psychopharmacology, and medicine.
56.99 In Stock
Conditioned Taste Aversion: Neural and Behavioral Processes

Conditioned Taste Aversion: Neural and Behavioral Processes

Conditioned Taste Aversion: Neural and Behavioral Processes

Conditioned Taste Aversion: Neural and Behavioral Processes

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Overview

Conditioned taste aversion is arguably the most important learning process that humans and animals possess because it prevents the repeated self-administration of toxic food. It has not only profoundly influenced the content and direction of learning theory, but also has important human nutritional and clinical significance. In addition to its direct relevance to food selection, dietary habits, and eating disorders, it is significant for certain clinical populations that develop it as a consequence of their treatment. The study of conditioned taste aversions has invigorated new theory and research on drug conditioning and addictions, as well as on conditioned immunity. There has also been a substantial amount of recent research exploring the neural substrates of conditioned taste aversion--its neuroanatomy, pharmacology, and role in the molecular and cellular basis of plasticity. This book provides a definitive perspective on the current state of research, theory, and clinical applications for conditioned taste aversion effects and methodology. In each chapter, a leading scholar in the field presents a broad range of studies, along with current findings on the topic, highlighting both the major theoretical landmarks and the significant new perspectives. It will be an important resource for both professional and student researchers, who study conditioning, learning, plasticity, eating disorders, and dietary and ingestive behaviors in neuroscience, cognitive neuroscience, cognitive psychology, developmental psychology, clinical psychology, psychopharmacology, and medicine.

Product Details

ISBN-13: 9780199716852
Publisher: Oxford University Press
Publication date: 10/14/2008
Sold by: Barnes & Noble
Format: eBook
File size: 6 MB

About the Author

Steve Reilly obtained his D.Phil. from the University of York, England, for research concerning the neural basis of learning and memory. He has held positions in Canada and the USA (Pennsylvania State University College of Medicine) and since 1996, has been in the Department of Psychology at the University of Illinois at Chicago. His research focuses on the neural mechanisms and functional neuroanatomy of conditioned taste aversion learning and incentive learning. Dr. Reilly is currently on the editorial boards of the International Journal of Comparative Psychology and Behavioral Neuroscience. Todd R. Schachtman received his Ph.D. from SUNY-Binghamton conducting research in animal learning and conditioning. During three years of postdoctoral fellowship, Dr. Schachtman was at the University of York in England as well as at the University of Rochester Medical Center. He has been a faculty member at the University of Missouri since 1988. His research includes work in animal learning and conditioning using CTA procedure, and research on the role of metabotropic glutamate receptors in CTA, inhibitory avoidance, and other behaviors.

Table of Contents

Forward
Michael DomjanSection 1: Introduction and Historical Significance1. Introduction
Steve Reilly and Todd R. Schachtman2. The Origins of Conditioned Taste Aversion Learning: An Historical Analysis
Kevin B. Freeman and Anthony L. RileySection II: Behavioral Processes3. Conditioned Taste Aversion and Latent Inhibition: A Review
Robert E. Lubow4. Preexposure to the US in Nausea-Based Aversion Learning
Geoffrey Hall5. Drug-induced Suppression of CS intake: Reward, Aversion, and Addiction
Patricia Sue Grigson, Robert C. Twining, Christopher S. Freet, Robert A. Wheeler, and Rastafa I. Geddes6. Conditioned Disgust, but Not Conditioned Taste Avoidance, May Reflect Conditioned Nausea in Rats
Linda A. Parker, Cheryl L. Limebeer, and Shadna A. Rana7. Memory Phenomena and CTA
Susanne M. Meehan and David C. Riccio8. Postconditioning Event Manipulations on Processing of the Target CS in CTA
Todd R. Schachtman, Ashley Ramsey, and Oskar Pineño9. Conditioned Taste Aversion Based on Running or Swimming
Robert A. Boakes and Sadahiko Nakajima10. Mechanisms of Overshadowing and Potentiation in Flavor-Aversion Conditioning
W. Robert Batsell, Jr. and Gayla Y. Paschall11. Representation-Mediated Food Aversions
Peter C. Holland and Daniel S. Wheeler12. Strain Differences in Taste Aversion Learning: Implications for Animal Models of Drug Abuse
Anthony L. Riley, Catherine M. Davis, and Peter G. Roma13. Taste, Disgust and Value: Taste Aversion Learning and Outcome Encoding in Instrumental Conditioning
Bernard W. Balleine14. Conditioned Taste Aversion Across the Lifespan from Prenascence to Senescence
James R. Misanin, Matthew J. Anderson, and Charles F. HinderliterSection III: Neural Analysis and Physiological Mechanisms15. Central Gustatory System Lesions and Conditioned Taste Aversion
Steve Reilly16. Mapping Conditioned Taste Aversion Associations through Patterns of cFos Expression
Ilene L. Bernstein, Emily E. Wilkins, and Sabiha K. Barot17. Molecular Mechanisms of Taste Learning in the Insular Cortex and Amygdala
Liza Barki-Harrington, Katya Belelovsky, Guy Doron, and Kobi Rosenblum18. Hormonal Modulation of Conditioned Taste Avoidance: The Role of Estradiol
Kathleen C. Chambers and Houri Hintiryan19. Genetic Influences on Conditioned Taste Aversion
Christopher L. Cunningham, Christina M. Gremel, and Peter A. Groblewski20. Conditioned Taste Aversion Induced by Exposure to High Strength Static Magnetic Fields
Thomas A. Houpt and James C. SmithSection IV: Clinical Application of Research and Target Populations21. Chemical Aversion Treatment of Alcoholism
Sam Revusky22. Taste-Immune Associative Learning
Gustavo Pacheco-Lopez, Harald Engler, Maj-Britt Niemi, and Manfred Schedlowski23. Taste Aversions in Pregnancy
Tracy M. Bayley , Louise Dye, and Andrew J. Hill24. Role of Conditioned Taste Aversion on the Side Effects of Chemotherapy in Cancer Patients
Giuseppe Scalera and Mario Bavieri
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