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[Electrical activity of layers of isolated cortex during drowsiness and different sleep stages].

M. M. Bogoslovskii, S. V. Albertin

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Abstract

In cats with isolated cerebral cortex, with the aid of electordes indwelled into different cortical layers, first electrographic changes during onset of sleep were shown to occur, as with intact cortex, in the lower layers of the isolated cortex. 3-4 months after the cortex isolation, changes of electrical activity during sleep occured simultaneously in the cortex of both hemispheres. Awakening produced desynchronization of electrical activity in all cortical layers of both hemispheres. Origin of primary electrical activity changes in the lower cortical layers, is discussed.

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In cats with isolated cerebral cortex, with the aid of electordes indwelled into different cortical layers, first electrographic changes during onset of sleep were shown to occur, as with intact cortex, in the lower layers of the isolated cortex. 3-4 months after the cortex isolation, changes of electrical activity during sleep occured simultaneously in the cortex of both hemispheres. Awakening produced desynchronization of electrical activity in all cortical layers of both hemispheres. Origin of primary electrical activity changes in the lower cortical layers, is discussed.

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Available abstract

In cats with isolated cerebral cortex, with the aid of electordes indwelled into different cortical layers, first electrographic changes during onset of sleep were shown to occur, as with intact cortex, in the lower layers of the isolated cortex. 3-4 months after the cortex isolation, changes of electrical activity during sleep occured simultaneously in the cortex of both hemispheres. Awakening produced desynchronization of electrical activity in all cortical layers of both hemispheres. Origin of primary electrical activity changes in the lower cortical layers, is discussed.

Key concepts: Cortex (anatomy), CATS, Cerebral cortex, Sleep (system call), Brain cortex, Neuroscience, Psychology, Biology

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[Electrical activity of layers of isolated cortex during drowsiness and different sleep stages]. — Research Paper | ScholarLens