"This book is not the last word in an embryonic discipline, but it is an excellent opening statement that summarizes the state-of-the-art in 1996 and sets the scene for what is to come in the near future....We strongly recommend this monograph to clinical neurologists, neurosurgeons, neuropathologists, and other physicians who deal with epileptic children and who wish to incorporate developmental neuroscience into a clinically relevant context."--Neurology
"... a wealth of knowledge about neurobiologic research on the developing central nervous system and its relationship to seizures." --Annals of Pharmacotherapy
Listed in Digest of Neurology
Product Description
In recent years, developmental neurobiologists have made significant progress toward understanding the processes that determine normal organization and function of the central nervous system. Although this research provides the necessary basis for examining the factors that contribute to the age-dependent expression of seizures, there has been surprisingly little communication between developmental neurobiologists and the clinicians who deal with pediatric epilepsy patients. An understanding of normal and pathological functions in the immature central nervous system requires a special appreciation of developmentally unique mechanisms.
This integrated volume applies the emerging concepts in developmental neurobiology to an understanding of the origins of the epilepsies of childhood. Early chapters give a picture of the age-specific epileptic syndromes and their associated pathologies, and describe experimental approaches toward understanding the basic mechanisms underlying these clinical phenomena. The following chapters provide an outline of developmental properties that may be critical to the generation of abnormal excitability, and pose hypotheses about pathological consequences of "mistakes" in key developmental processes. The final chapters attempt to integrate our knowledge of both maturational and epileptogenic mechanisms as a means not only for understanding epilepsies of the immature organism, but also for developing more effective treatment of these often devastating syndromes.
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