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Muscular Movements in Man, and their Evolution in the Infant: a Study of Movement in Man, and its Evolution, together with Inferences as to the Properties of Nerve-Centres and their Modes of Action in expressing Thought

Published online by Cambridge University Press:  19 February 2018

Francis Warner*
Affiliation:
London Hospital Medical College

Extract

(1) Movement in mau has long been a subject of profitable study. Visible movement in the body is produced by muscular contraction following upon stimulation of the muscles by efferent currents passing from the central nerve-system. Modern physiological experiments have demonstrated that when a special brain-area discharges nerve-currents, these are followed by certain visible movements or contraction of certain muscles corresponding. So exact are such reactions, as obtained by experiment upon the brain-areas, that movements similar to those produced by experimental excitation of a certain brain-area may be taken as evidence of action in that area, or as commencing in discharge from that area (see Reinforcement of Movements, 35; Compound Series of Movements, 34).

Type
Part 1.—Original Articles
Copyright
Copyright © Royal College of Psychiatrists, 1889 

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References

See Author's “The Children, how to Study them.” Section IV. F. Hodgson, Farringdon Street.Google Scholar

See Author's “Physical Expression,” Chap. XIII, International Scientific Series.Google Scholar

See Author's “Physical Expression,” Chap. XIII, International Scientific Series.Google Scholar

See Author's “Anatomy of Movement.” Kegan Paul & Co. Postures are there classified and named.Google Scholar

See Fig. 2.Google Scholar

“Movements of Plants,” Charles Darwin.Google Scholar

See Fig. 2.Google Scholar

“Journal of Physiology,” Vol. iv, part 2.Google Scholar

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