Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.

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Language:English
Format: Book E-Resource
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author Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875
author2 Kaplan, Emanuel B.
author_browse Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875
Kaplan, Emanuel B.
author_facet Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875
Kaplan, Emanuel B.
Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875
Kaplan, Emanuel B.
author_fuller (Guillaume-Benjamin),
author_sort Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875.
building Internet
collection Hathi Collection
ctrlnum (OCoLC)606248
format Book
E-Resource
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import_time 2024-06-06T07:25:22.702Z
institution The University of Chicago
language English
lccn a 61000236
oclc_num 606248
physical xxiii, 612 p. illus., port. 25 cm.
publication_place Philadelphia,
publishDate 1959
publisher W.B. Saunders
recordtype hathi
spelling Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875.
Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities. Translated and edited by Emanuel B. Kaplan.
Philadelphia, W.B. Saunders [1959]
xxiii, 612 p. illus., port. 25 cm.
Muscles.
Physiology.
Electrophysiology.
Muscles physiology.
Psychomotricité.
Kaplan, Emanuel B., ed. and tr.
spellingShingle Duchenne, G.-B. (Guillaume-Benjamin), 1806-1875
Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
Muscles
Physiology
Electrophysiology
Muscles physiology
title Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_author Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_author_exact Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_browse Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_browse_sort Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities
title_full Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_fullStr Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_full_exact Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_full_unstemmed Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_short Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_short_exact Physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities.
title_sort physiology of motion demonstrated by means of electrical stimulation and clinical observation and applied to the study of paralysis and deformities
topic Muscles
Physiology
Electrophysiology
Muscles physiology
topic_browse Muscles
Physiology
Electrophysiology
Muscles Physiology