Neurophysiology

Neurophysiology: A Conceptual Approach, Fifth Edition

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$55.95
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ISBN 9781444135176
Cat# K16924
 

Features

  • Includes everything the student of medicine or physiology needs to understand neurophysiology
  • Integrates successfully the principles of neuroscience with clinical manifestations in line with modern undergraduate curricula
  • Covers developments in imaging technologies, genetics/genomics, and the enteric nervous system
  • Features full color throughout

Comprehensive free companion website offers self-assessment material and access to the highly acclaimed NeuroLab resources

Summary

The much-anticipated new edition of this well-established and highly readable introduction to neurophysiology succeeds in integrating the disciplines of neurology and neuroscience with an emphasis on principles and functional concepts.

The experienced authors offer a refreshing alternative to "learning by rote," employing a variety of techniques to encourage understanding. In reading Neurophysiology: A conceptual approach, the student can learn both the science underlying a particular phenomenon, and what this means for individual body systems and, indeed, for the body as a whole. The fifth edition retains the readable style of its predecessors, while covering the entire subject of neurophysiology from the conduction of nerve impulses to the higher functions of the brain within a single accessible volume.

Full of clear explanatory diagrams, Neurophysiology: A conceptual approach is an unrivalled "one-stop shop" for students of medicine, physiology and applied physiology, neurophysiology, neuroscience and other bioscience courses looking for a comprehensive, integrated introduction to the challenging disciplines of neuroscience and neurology.

Table of Contents

Neural Mechanisms
The study of the brain
Communication within neurons
Communication between neurons

Sensory Functions
Skin sense
Proprioception
Hearing
Vision
Smell and taste

Motor Functions
Motor control systems
Local motor control
The control of posture
Global motor control

Higher Functions
Associational cortex and memory
Motivation and the control of behavior

Author Bio(s)

Roger Carpenter is Professor of Oculomotor Physiology, University of Cambridge, and Fellow, Gonville and Caius College, Cambridge, UK
Benjamin Reddi is Intensive Care Specialist, Royal Adelaide Hospital, and Clinical Senior Lecturer, University of Adelaide, Australia

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