An Introduction to Nervous Systems / Edition 1

by Ralph J. Greenspan

Overview

An Introduction to Nervous Systems presents the principles of neurobiology from an evolutionary perspective—from single–celled organisms to complex invertebrates such as flies—and is ideal for use as a supplemental textbook. Greenspan describes the mechanisms that allow behavior to become ever more sophisticated—from simple avoidance behavior of Paramecium through to the complex cognitive behaviors of the honeybee—and shows how these mechanisms produce the increasing neural complexity found in these organisms. The book ends with a discussion of what is universal about nervous systems and what may be required, neurobiologically, to be human. This novel and highly readable presentation of fundamental principles of neurobiology is designed to be accessible to undergraduate and graduate students not already steeped in the subject.

Product Details

ISBN-13:	9780879698218
Publisher:	Cold Spring Harbor Laboratory Press
Publication date:	01/26/2007
Series:	Textbook Series
Edition description:	New Edition
Pages:	184
Product dimensions:	9.08(w) x 6.50(h) x 0.45(d)

Table of Contents

Preface
Introduction: What Are Brains For?
1. Avoidance and the Single Cell: Ionic Signals
2. You Can't Run but Maybe You Can Hide: Chemical Signals
3. Truth for the Jellyfish: Coordination to Fit the Occasion
4. Modulation: The Spice of Neural Life
5. An Internal Wake-up Call
6. Wanderlust
7. Love on the Fly
8. The World as We Find It
9. Are All Brains Alike? Are All Brains Different?
Bibliography
Glossary
Index

Editorial Reviews

"This book will certainly encourage a new generation of neuroscientists to look to the invertebrates in the search for the principles that underlie the workings of all complicated nervous systems. It fills an important niche alongside the larger, well-established text books of neuroscience, and is strongly recommended."

From the Publisher

This beautifully crafted book embraces the structural diversity of brains and distills out the important operational common ground on which all nervous systems function. In the process, the reader is both entertained and educated... Greenspan's book should be a wake-up call for neurobiologists...With the range of genetic tools becoming available, it is now possible to move beyond the standard model systems. We can begin to choose animals with interesting behaviors first and foremost, and then wiggle our way into the animals' genes. Greenspan's book is a perfect vehicle for getting such a message out, and should be of interest both to working neuroscientists and to the next generation of biologists.

Nature Neuroscience

...an eloquent mixture of fundamental neuroscience and evolutionary biology. The savvy and sophisticated neuroscientist will find themselves learning about evolution; the evolutionary biologist will be led through a remarkably clear exposition of ion channels and action potentials, the fundamental elements of nervous activity. Smart high-school students will find an accessible and engaging account that reveals the magic and mysteries of nervous-system function in a wide range of animals. The book will be especially useful as a text for university-level courses wishing to provide students without previous knowledge of neuroscience a broad context with which to understand how nervous systems generate behaviour.

Nature

This short, excellent book should be required reading for anyone who believes that, to understand the complications of the vertebrate brain, you can ignore the invertebrates. Studying the squid may have taught us how individual axons conduct electrical impulses, but what can the invertebrates really tell us about the workings of networks of neurons in the human cerebral cortex? Quite a bit, comes the answer from Ralph Greenspan, a distinguished neuroscientist working in San Diego, California... This book will certainly encourage a new generation of neuroscientists to look to the invertebrates in the search for the principles that underlie the workings of all complicated nervous systems. It fills an important niche alongside the larger, well-established text books of neuroscience, and is strongly recommended.

BioEssays

[T]his is an excellent book, well written with a sense of humor. It will introduce students painlessly to major concepts and questions in neuroscience. The bibliography is comprehensive and up to date to be a resource for faculty lectures and further student exploration. This short book will not stand alone as the main text for a majors' introductory neuroscience course, but it could be a supplemental text. In this role, Greenspan's book should broaden students' perspectives on nervous system structure and function. It should excite them to consider that all nervous systems evolved to solve similar problems. They may appreciate Greenspan's message that an understanding of different neural strategies fills our intellectual tool box with more resources to understand how our own brains work. With some skillful lecturing to enhance some of the basic neuroscience material, this book could be a main text for a non-majors' neuroscience, course.

The Journal of Undergraduate Neuroscience Education

Greenspan blends descriptions of invertebrate behavior with lessons on fundamental principles of molecular, cellular, and network neurobiology. He covers a broad span of topics, ranging from the ionic basic of resting and action potentials to the astounding computational abilities of insect brains. His well-written and occasionally humorous prose often reads more like a mystery novel than a textbook. The 'mysteries' start as 'gee whiz' behavior stories, which are unraveled by explaining their underlying biochemical, ionic, and synaptic mechanisms...
This will be a good introduction to excite undergraduate students into further neuroscience exploration, and to inspire and initiate graduate students into an evolutionary and neuroethological perspective, as well as its experimental paradigms. I did not learn many new facts by reading this book, but I am able to think more broadly about the origin, structure, and function of nervous systems.

The Quarterly Review of Biology