Electrophysiology of the Central Nervous System


Book Description

The most important yet the most difficult scientific task confront ing man is how his brain produces his behavior and his subjective experience. The complexity of this problem is ineffably vast, ex ceeding by many orders of magnitude the theoretical and technical achievements concerning atomic energy or the exploration of space. Unlike these areas of endeavor, neuroscience is fortunate in knowing no national rivalries, and its only secrecies are those of language. The latter, however, are often highly effective in con cealing from workers in Los Angeles the discoveries of their co- leagues in Moscow. A cogent example is provided in this volume by Roy John (p. 179) whose experiments proceeded for several years before he discovered the important body of data accumulated earlier by Prof. Livanov and his colleagues utilizing the same ingenious technique of the "tracer stimulus." Reduction of such occurrences is certainly one of the goals of the present book, which now becomes a double translation, a dozen of the papers having originally been translated into Russian.







Basic Questions of the Electrophysiology of the Central Nervous System (collection of Articles).


Book Description

Contents: General questions of the electrophysiology of the neuron, by P.G. Kostyuk; Electrophysiology of retina neurons, by A.L. Byzov; Electrophysiology of neurons of the spinal ganglions of frogs, by A.A. Lev; Primary responses of the cortex of the cerebral hemispheres, by A.I. Roytbak; Certain peculiarties of initiated electrical potentials of the cortex of the large hemispheres, by V.V. Artem'yev; Secondary bioelectric reactions of the cortex of the large hemispheres, by K.M. Kullanda; Nature of background rhythmics of the cortex of the large hemispheres, by Ye. N. Sokolov; Certain factors determining changes of phythmics of electroencephalograms, by Yu. G. Kratin; Mechanisms of change of background rhythmics of large hemispheres, by L.A. Novikova.




The Dominant Focus


Book Description

This book describes an electrophysiological investigation of foci of excitation in the central nervous system of animals and man, foci which become dominant in character. The dominant focus, or dominant as it is usually called by Russian physiologists, is one of the fundamental processes under lying the activity of the central nervous system. The discovery of the mechanisms of formation of dominant foci is important for a deeper understanding of the activity of the human and animal brain and for identifying the pathophysiological mechanisms in lesions of the nervous system. The book summarizes the results of many years of investiga tion, both experimental and clinical, into the nature and properties of foci of excitation arising at different levels of the central ner vous system. A brief survey of the literature on Ukhtomskii's theory of the dominant is given in Chapter I and the present state of this theory is reviewed. The other chapters of the book deal with the results of research in the field of dominant foci undertaken in the author's laboratory. The experimental data relating to changes in the level of the steady cortical potential during the formation of the dominant focus and conditioned reflex are examined. The results obtained by polarization of the cortex with a weak direct current in order to form a dominant focus, and also by polarization of the reticular system of the brain stem and speCific and nonspecific nuclei of the thalamus and hypothalamus are given.













Basic Problems of the Electrophysiology of the Central Nervous System. Compilation of Abstracts


Book Description

Contents: General problems of the electrophysiology of the neuron; Electrophysiology of retinal neurons; Electrophysiology of the neurons of the spinal ganglia of frogs; Primary responses of the cerebral cortex; Some peculiarities of induced electrical potentials of the cortex of the cerebral hemispheres; Secondary bioelectric reactions of the cortex of the cerebral hemispheres; Nature of the background rhythm of the cortex of the cerebral hemispheres; Some factors determining the change of rhythms of electroencephalograms; and Change mechanisms of the background rhythm of the cerebral hemispheres.