Titlebook: Neurons and Interneuronal Connections of the Central Visual System; Ekaterina G. Shkol’nik-Yarros Book 1971 Plenum Press, New York 1971 au

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Book 1971ernetics and bionics, bringing together such apparently distantly related branches of science as neurohistology and automation, synaptology and electronics. The electron microscope has resolved tissues almost down to the molecular level, and histochemistry has led to the fine analysis of brain struc

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Structure of the Central Visual System and Pathways,se projection. Morphologically he defined the cortical analyzer as the largest concentration of cells, with the most compact arrangement. This structural concept “explained the existence of special analyzers, where the exceptionally dense concentration of elements makes the synthetic and analytical activity of the analyzer possible.”*

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Specificity of Structure of the Central Visual System, also of their central portion. I shall here compare my findings with other studies of neurons. Neurons of the motor cortex have been studied by Zhukova (1950, 1953), and of the limbic cortex by Tsinda (1959, 1960). Important work was also carried out by Polyakov (1949), Cajal (1900–1906, 1911), Lorente de Nó (1922, 1938), and de Crinis (1933).

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Neurons of the Central Visual System,ea of the cortex is increased by the formation of fissures and gyri. The fissures and gyri are formed as a result of an increase in the number of neurons and of their long processes forming the white matter. The mass of white matter is increased, particularly on account of association pathways, and