The Cortical Neuron - Rilegato

 
9780195083309: The Cortical Neuron

Sinossi

Looking beyond the classical 'wiring-diagram' description of the organization of cortical cells into circuits, this book focuses on dynamic aspects of cerebral cortical physiology, both at the single-neuron and network levels. Recent years have seen a remarkable expansion of knowledge about the basic cellular physiology and molecular biology of cortical nerve cells - their membrane properties, their synaptic characteristics, their functional connectivity, their development, and the mechanisms of their response to injury. This book includes contributions by many of the neurobiologists and neurologists directly responsible for these advances.

The four main sections of the book are: Cortical Neurons and Synapses, The Cortical Network, The Developing Cortical Neuron, and The Vulnerable Cortical Neuron.

This is a balanced multidisciplinary perspective on the normal and pathological function of the cells of the cerebral cortex, identifying the controversies and critical issues facing modern researchers in this exciting field.

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Recensione

it should prove to be useful from the level of postgraduate students to professors (Jim Deuchars, Royal Free Hospital School of Medicine, TINS, Vol. 19, No. 7, 1996)

Contenuti

  • Part I: General Overview
  • 1: David A. Prince: Thirty Years Among Cortical Neurons
  • Part II: A Cellular and Synaptic Perspective of the Cortical Neuron
  • 2: Charles F. Stevens: Cortical Synaptic Transmission: An Overview
  • 3: Michael J. Gutnick, Wayne E. Crill: The Cortical Neuron as an Electrophysiological Unit
  • 4: Howard Sculman: Signal Transduction and Protein Phosphorylation
  • 5: Raymond J. Dingledine and Julie A. Bennett: Structure and Function of Ligand-Gated Channels
  • 6: Scott Thompson, Daviel V. Madison, Istvan Mody: Synaptic Actions of Amino Acid Neurotransmitters
  • 7: Robert C. Malenka: Synaptic Plasticity in Hippocampus and Neocortex: A Comparison
  • Part III: The Cortical Neuron as Part of a Network
  • 8: Edward C. Jones: Overview: Basic Elements of the Cortical Network
  • 9: Barry W. Connors, Yael Amital: Functions of Local Circuits in Neocortex: Synchrony and Laminae
  • 10: Larry S. Benardo and Robert K.S. Wong: Inhibition in the Cortical Network
  • 11: John R. Huguenard, David S. McCormick, Douoglas Coulter: Thalamocortical Interactions
  • 12: Paul C. Bush and Terrence J. Sejhnowski: Models of Cortical Networks
  • Part IV: The Developing Cortical Neuron
  • 13: Arnold R. Kriegstein: Determination of Cellular Phenotype and the Fundamental Organization of Cortical Layering: An Overview
  • 14: Jo LoTurco, Arnold R. Kriegstein: Neurotransmitter Signaling Before the Birth of Neurons
  • 15: Jeffrey Noebels: Gene Control of Cortical Excitability
  • 16: R.A. Deisz, Heiko Luhmann: Development of Cortical Excitation and Inhibition
  • 17: Peter Kellaway: Cortical Epileptogenesis in the Developing Human Brain
  • Part V. The Vulnerable Cortical Neuron
  • 18: Dennis W. Choi: Glutamate Receptors and Neuronal Death: A Beginning
  • 19: John E. Kraus and James O. McNamara: Measurement of Cortical Neurotransmitter Receptors with Radioligand Binding: Insights into the Mechanisms of Kindling-Induced Epilepsy
  • 20: Philip A. Schwartzkroin: Pathophysiology of Cortical Synapses and Circuits
  • 21: Leona M. Masukawa: Pathophysiology of Cortical Areas from Human Epileptics
  • 22: Gregory W. Albers: Clinical Strategies for Neuronal Protection

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