Conditioned taste aversion (CTA) is a robust defence device protecting animals against repeated consumption of toxic food. It is characterised by the ability of many animals to learn to avoid certain substances by their sight, smell, or taste after experiencing an unpleasant or harmful reaction to them. CTA is encountered at all levels of evolution, with similar forms of food aversion learning found in vertebrate and invertebrate species whose ancestral lines diverged more than 500 million years ago. CTA has a number of unusual properties contrasting sharply with the basic assumptions of traditional learning theories, which has brought it increasingly to the attention of neurobiologists interested in neural plasticity. In CTA, the usual time parameters between stimulus and aversion are relaxed considerably, frequently with delays of hours rather than seconds. Moreover, the critical stage of CTA acquisition may proceed under deep anaesthesia incompatible with other forms of learning. In the past decade several pivotal discoveries have considerably avanced our understanding of the neural processes underlying CTA, and opened new possibilities for their analysis at the molecular and cellular levels. This book, written by three of the world's leading researchers in the subject, comprehensively reviews the current state of research into conditioned taste aversion. The first book of its kind to provide an up-to-date summary of research into the neuroanatomy, pharmacology, electrophysiology, and functional morphology of CTA, it will be welcomed by all researchers and graduate students in the field.
"synopsis" may belong to another edition of this title.
"Here's a book that triggers various recollections--depending upon our past experiences with food, picnics, family outings, desserts, and parties!! Interestingly subtitled 'Memory of a Special Kind', the short volume . . . goes heavily into neuroanatomy, physiology, and molecular biochemistry.
Perhaps of most interest to toxicologists is the 15-page chapter on the pharmacology of conditioned taste aversion. This section deals with drugs offering emetic effects, the potential for toxicity as a role in the development of taste aversion, the role of peptides and their interaction with other
stimuli, and reviews of neuropharmacology studies dealing with flavor. It's a pretty 'deep' publication, but for those interested in using flavors or foul-tasting chemicals to deter consumption of poisons, the details offered in this highly specialized area provide valuable information and may
trigger unique opportunities for applied research in the prevention of toxicosis."--Veterinary and Human Toxicology
"Here's a book that triggers various recollections--depending upon our past experiences with food, picnics, family outings, desserts, and parties!! Interestingly subtitled 'Memory of a Special Kind', the short volume . . . goes heavily into neuroanatomy, physiology, and molecular biochemistry.
Perhaps of most interest to toxicologists is the 15-page chapter on the pharmacology of conditioned taste aversion. This section deals with drugs offering emetic effects, the potential for toxicity as a role in the development of taste aversion, the role of peptides and their interaction with other
stimuli, and reviews of neuropharmacology studies dealing with flavor. It's a pretty 'deep' publication, but for those interested in using flavors or foul-tasting chemicals to deter consumption of poisons, the details offered in this highly specialized area provide valuable information and may
trigger unique opportunities for applied research in the prevention of toxicosis."--Veterinary and Human Toxicology
"Here's a book that triggers various recollections--depending upon our past experiences with food, picnics, family outings, desserts, and parties!! Interestingly subtitled 'Memory of a Special Kind', the short volume . . . goes heavily into neuroanatomy, physiology, and molecular biochemistry.
Perhaps of most interest to toxicologists is the 15-page chapter on the pharmacology of conditioned taste aversion. This section deals with drugs offering emetic effects, the potential for toxicity as a role in the development of taste aversion, the role of peptides and their interaction with other
stimuli, and reviews of neuropharmacology studies dealing with flavor. It's a pretty 'deep' publication, but for those interested in using flavors or foul-tasting chemicals to deter consumption of poisons, the details offered in this highly specialized area provide valuable information and may
trigger unique opportunities for applied research in the prevention of toxicosis."--Veterinary and Human Toxicology
"Here's a book that triggers various recollections--depending upon our past experiences with food, picnics, family outings, desserts, and parties!! Interestingly subtitled 'Memory of a Special Kind', the short volume . . . goes heavily into neuroanatomy, physiology, and molecular biochemistry. Perhaps of most interest to toxicologists is the 15-page chapter on the pharmacology of conditioned taste aversion. This section deals with drugs offering emetic effects, the potential for toxicity as a role in the development of taste aversion, the role of peptides and their interaction with other stimuli, and reviews of neuropharmacology studies dealing with flavor. It's a pretty 'deep' publication, but for those interested in using flavors or foul-tasting chemicals to deter consumption of poisons, the details offered in this highly specialized area provide valuable information and may trigger unique opportunities for applied research in the prevention of toxicosis."--Veterinary and Human Toxicology
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Hardcover. Condition: new. Hardcover. Conditioned taste aversion (CTA) is a robust defence device protecting animals against repeated consumption of toxic food. It is characterised by the ability of many animals to learn to avoid certain substances by their sight, smell, or taste after experiencing an unpleasant or harmful reaction to them. CTA is encountered at all levels of evolution, with similar forms of food aversion learning found in vertebrate and invertebrate species whose ancestral linesdiverged more than 500 million years ago. CTA has a number of unusual properties contrasting sharply with the basic assumptions of traditional learning theories, which has brought it increasingly to theattention of neurobiologists interested in neural plasticity. In CTA, the usual time parameters between stimulus and aversion are relaxed considerably, frequently with delays of hours rather than seconds. Moreover, the critical stage of CTA acquisition may proceed under deep anaesthesia incompatible with other forms of learning. In the past decade several pivotal discoveries have considerably avanced our understanding of the neural processes underlying CTA, and opened new possibilities fortheir analysis at the molecular and cellular levels. This book, written by three of the world's leading researchers in the subject, comprehensively reviews the current state of research into conditionedtaste aversion. The first book of its kind to provide an up-to-date summary of research into the neuroanatomy, pharmacology, electrophysiology, and functional morphology of CTA, it will be welcomed by all researchers and graduate students in the field. Conditioned taste aversion (CTA) is a robust defence device protecting animals against repeated consumption of toxic food. This book reviews the current state of research into the neuroanatomy, pharmacology, electrophysiology, and functional morphology of CTA. This item is printed on demand. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability. Seller Inventory # 9780198523475
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Condition: New. Conditioned taste aversion (CTA) is a defence device protecting animals against repeated consumption of toxic food. This text, reviews the current state of research into CTA, providing a summary of research into the neuroanatomy, pharmacology, electrophysiology, and functional morphology of CTA. Series: Oxford Psychology Series. Num Pages: 192 pages, line figures. BIC Classification: JMAL; MMG; PSAN; PSVD; PSVP. Category: (P) Professional & Vocational. Dimension: 242 x 160 x 15. Weight in Grams: 429. . 1998. Illustrated. hardcover. . . . . Seller Inventory # V9780198523475
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