Neurobiology of Higher Cognitive Function: UCLA Forum in Medical Sciences, Number 29
Books / Hardcover
Books › Psychology › Neuropsychology
ISBN: 0898624258 / Publisher: Guilford Press, June 1990
An overview of neurobiological approaches, both under development and in use, for the study of mental functions. Some topics discussed are: cytoarchitectonics, positron emission tomography, magnetoelectroencephalography. Also includes a sampling of psychophysiological approaches to specific higher cognitive activities such as memory, language, and cerebral mapping of the visual world. Annotation copyright Book News, Inc. Portland, Or.
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Behavioral and basic neuroscientists, psychologists, psychiatrists, and clinical neurologists. It also serves as a text and reference for upper level college students, graduate students, and postdoctoral workers.When the great English physiologist Charles Sherrington spoke with awe of ``mind that goes more ghostly than a ghost,'' he was reflecting the wonder that people have always felt about the brain, their most powerful, yet least tangible, attribute. For the greater part of this century, psychologists and psychiatrists have addressed the problem introspectively. Even with the increasing rigor and objectivity of contemporary neurobiological methods, the brain remains relatively inaccessible, at least as far as mental phenomena are concerned.This volume is one of the first to address itself exclusively to putative biological substrates of higher cognitive functioning. It provides the reader with an overview of the biological approaches, both under development and in use, to study mental operations. Among the research avenues presented are:* Cytoarchitectonics * Quantitative neurohistology * Positron emission tomography * Magnetoelectroencephalography * A spectrum of macro- and microphysiological recording* Techniques in the wakeful and behaving human and primate* A sampling of psychological and psychophysiological approaches that focus on specific aspects of higher cognitive activities Presenting state-of-the-art information on an elusive and fascinating topic, NEUROBIOLOGY OF HIGHER COGNITIVE FUNCTION will be an invaluable resource for behavioral and basic neuroscientists, psychologists, psychiatrists, and clinical neurologists. It also serves as a text and reference for upper level college students, graduate students, and postdoctoral workers.
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