Introduction to neurobiology

Bibliographic Information

Introduction to neurobiology

Heinrich Reichert ; foreword by Corey S. Goodman ; [drawings by Brigitte Zwickel-Noelle ; translated by G.S. Boyan]

G. Thieme , Oxford University Press, 1992

  • GTV
  • U.S.
  • OUP

Other Title

Neurobiologie

Uniform Title

Reichert, Heinrich -- Neurobiologie

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Note

Includes bibliographical references and index

Description and Table of Contents

Volume

OUP ISBN 9780195210101

Description

This textbook is written for students who are interested in one of the most fascinating fields of modern science, namely the investigation of the nervous system and brain. Modern neurobiology is an open science, with no restrictions placed on either methodological approaches or conceptual orientation. New developments continue to occur at an explosive pace. As an introductory textbook, this work aims to clearly and simply present the principles of neurobiology considered by the author to be most important, based on numerous examples. It has been written specifically for beginners, with a carefully considered balance of concepts and principles, details and illustrations. It is intended to guide students through the subject without overwhelming them with the huge influx of information that has developed in the field. At the same time it succeeds in conveying the excitement of this growing discipline, based as it is on the pursuit of such intriguing questions as how people think, learn, feel and know.
Volume

GTV ISBN 9783137847014

Description

A comprehensive introduction to all areas of modern neurobiology. It includes an overview of the many different types of nervous systems, addresses the cellular and molecular basis of signal transmission in the brain, analyzes information processing in sensory, motor and integrative systems, and presents key aspects of neuronal development, regeneration and learning.

Table of Contents

  • Nervous systems - introduction and comparative overview
  • cellular neurobiology - signal generation, synaptic transmission, sensory systems, motor systems, systems integration, development, maintenance and repair, processes dependent on experience.

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