Titlebook: Epilepsy and the Corpus Callosum; Alexander G. Reeves Book 1985 Plenum Press, New York 1985 Epilepsie.anatomy.brainstem.cortex.forebrain.p

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Neha Yadav,Anupam Yadav,Manoj Kumary generalization from a surgically unapproachable lesion (because of size or location) or from multiple sites the surgical option has generally been excluded, even in cases of clear medical treatment failure

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Anatomy, Development, and Physiology of the Corpus Callosumuman subjects, particularly those who have been subjected to callosotomy. Nevertheless, there has been a large body of basic work conducted particularly on the anatomy of the corpus callosum in the last decade, and some of it is reviewed here.

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Electroencephalographic and Clinical Effects of Total Corpus Callosotomyy generalization from a surgically unapproachable lesion (because of size or location) or from multiple sites the surgical option has generally been excluded, even in cases of clear medical treatment failure

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Transmission Electron Microscopy,llosum, anterior commissure, and hippocampal commissures. Perhaps the most basic questions to be posed regarding the anatomy of these structures relates to their composition. What fibers do they transmit? Do all cortical areas have interhemispheric connections? If not, which areas do and which do not?

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Application to Biochemical Systems, (Stein, 1977; Rhoton .., 1981; Apuzzo .., 1982) are familiar and well established. Division of the corpus callosum for control of seizures has been less widely practiced, but shares many of the fundamental principles of the older procedures.

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Book 1985e indicated that the corpus callosum is indeed the major route for seizure generalization, that the brainstem is a secondary and more resistant pathway for seizure generalization, and that most if not all epileptic seizures originate from the cerbral cortex. The unexpected clinical finding that even

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models have indicated that the corpus callosum is indeed the major route for seizure generalization, that the brainstem is a secondary and more resistant pathway for seizure generalization, and that most if not all epileptic seizures originate from the cerbral cortex. The unexpected clinical finding that even978-1-4612-9473-3978-1-4613-2419-5