Neuropharmacology Methods in Epilepsy Research

Describes various experimental models of epilepsy. This book studies the reproduction of well-characterized and readily interpretable experimental models of epilepsy to which various molecular biology techniques can be applied.

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There is an estimated 2.5 million epileptics in the US and perhaps some 40 million worldwide. As research has become increasingly molecular in scope, fewer scientists are trained in the US on basic, integrated epilepsy techniques. One frustration in neuroscience today is the application of state-of-the-art molecular biology techniques to inappropriate animal models of epilepsy - frequently resulting in inconclusive results. Epilepsy research will be increasingly undertaken by scientists well-trained in reductionist methodology, but who may be unfamiliar with integrated, whole-animal techniques. This situation appears even more difficult considering there has been no updated textbook on experimental models of epilepsy over the last twenty years - until now.
Neuropharmacology Methods in Epilepsy Research describes fundamental methodologies and procedures in this field, representing the only detailed text concerning experimental models of epilepsy published in the last 20 years. This guide studies the reproduction of well-characterized and readily interpretable experimental models of epilepsy to which state-of-the-art molecular biology techniques can be applied.
Each chapter features:

Introduction - providing a brief background and historical account of the techniques and their use

Methodology - describing equipment, solutions, species, electrodes as well as considering variations of techniques and stimulation parameters

Interpretations - demonstrating the relevance of techniques to epilepsy as well as describing what exactly is being studied and how the data is appropriately applied to understanding epilepsy
Topics include electroshock, chemoconvulsions, kindling, audiogenic seizures, focal seizures, and brain slice preparations.
Discussions also include:

Recently developed seizure models, including status epilepticus and massed trial simulations

Influence of circadian and diurnal rhythms on convulsive