04402oam 2200625I 450 991045341340332120170816152254.01-138-01180-01-317-76870-11-315-80249-X1-317-76871-X10.4324/9781315802497 (CKB)2550000001186455(EBL)1596586(SSID)ssj0001154223(PQKBManifestationID)11649873(PQKBTitleCode)TC0001154223(PQKBWorkID)11162127(PQKB)10271834(OCoLC)868270186(MiAaPQ)EBC1596586(EXLCZ)99255000000118645520180706e20141975 uy 0engur|n|---|||||txtccrCellular neurophysiology and integration an interpretive introduction /William R. UttalNew York :Psychology Press,2014.1 online resource (606 p.)First published 1975 by Lawrence Erlbaum Associates, Inc.0-89859-429-4 1-306-34575-8 Includes bibliographical references and indexes.Cover; Title; Copyright; Dedication; CONTENTS; Preface; Acknowledgments; Chapter 1. Introduction; A. The Contemporary Significance of Neurophysiology; B. Plan and Organization of the Book; Chapter 2. A Brief History of Cellular Neurophysiology; A. Classic Views of Nervous Action; B. The Origin of the Idea of the Electrical Basis of Nervous Action; C. Stimulators and Recorders; D. Intracellular Techniques; E. The Membrane Theory of Neuronal Action; Chapter 3. Neuroanatomy; A. Gross Anatomy of the Human Nervous System; B. Anatomy of Receptors; C. Anatomy of Transmission NeuronsD. Anatomy of Integrating NeuronsE. Anatomy of the Plasma Membrane; Chapter 4. Electrophysiological Techniques; A. Electrophysiological Electrodes; B. Stereotaxic Instruments and Microelectrode Manipulators; C. Preamplifiers; D. Power Amplifiers; E. Displays and Recorders; F. Computerized Automatic Displays; G. Stimulators; Chapter 5. The Chemical Basis of Neuroelectric Activity: The Resting Potential and a Taxonomy of Action Potentials; A. Passive Forces; B. Active Forces or Pumps; C. Establishment of the Resting Potential; D. A Taxonomy of Action PotentialsChapter 6. Cellular Aspects of the Transduction ProcessA. Introduction; B. Receptor and Generator Potentials-A Definition; C. Transduction in the Photoreceptor; D. Transduction in the Auditory Receptor; E. Transduction in the Somesthetic Receptor; F. Transduction in the Olfactory Receptor; G. Transduction in the Gustatory Receptor; Chapter 7. The Transmission Process; A. Introduction; B. Decremental Conduction; C. The Propagated Spike Action Potential; D. Some Experimental Methods; E. Transmission Properties of Single Axons; Chapter 8. Compound and Pooled Action PotentialsA. Pooled ResponsesB. Compound Responses; C. Do Hypersynchronized Compound Responses Truly Represent Natural Coding Methods?; Chapter 9. The Synapse; A. Electrical and Chemical Synapses; B. Chemically Mediated Synaptic Transmission; C. Excitation and Inhibition: Depolarization and Hyperpolarization; D. Presynaptic and Postsynaptic Inhibition; E. A Special Form of Synapse: The Neuromuscular Junction; Chapter 10. Neuronal Integration; A. Introduction; B. Model Biological Systems; C. Basic Mechanisms; D. Network Processes; Chapter 11. The Aplysia: Anatomy and Physiology of a Model PreparationA. Taxonomy and AnatomyB. The Biochemistry of Synaptic Action; C. Patterns of Excitation and Inhibition; D. Motor Control and Reflexes; E. "Learning" in Simple Neuronal Nets; F. Coding and Decoding; Chapter 12. A Summary of Emerging Principles; Bibliography; Author Index; Subject IndexFirst published in 1975. Routledge is an imprint of Taylor & Francis, an informa company.NeurophysiologyNeuronsElectronic books.Neurophysiology.Neurons.612/.8Uttal William R.854746MiAaPQMiAaPQMiAaPQBOOK9910453413403321Cellular neurophysiology and integration2296250UNINA