Archives of Neurology · 1964 · 186 citations · 33 references
Life SciencesAnatomyPhysiologyBioenergeticsEnzymologyHistologyEnzyme CharacterizationMammalian AnatomyMuscle PhysiologyMuscle StructureMuscle TissueMuscular AnatomyEnzymesFiber Type CompositionMuscle Fiber CharacteristicsMuscle Fiber OrganizationMuscle Fiber TypingRelative Activity MeasurementSkeletal Muscle Fiber TypesSkeletal Muscle Physiology
<h3>Introduction</h3> Recent histochemical studies of muscle<sup>1-13</sup>have demonstrated the relative activity of various enzymes in individual skeletal muscle fibers. These studies have been carried out on single muscles or fragments of muscles. Aiming to arrive at a better understanding of the energy metabolism of individual muscle fibers, we undertook a series of histochemical and quantitative studies of enzymes in skeletal muscles and heart. For histochemical studies, large serial sections were used containing several entire skeletal muscles and heart. The use of such sections made possible the study of the enzymatic profile of a large number of fibers in each skeletal muscle, and observations could be made on the distribution of the various types of fibers within each muscle. These sections also permitted a comparison between the enzymatic activity of the individual fibers of several skeletal muscles, as well as a comparison between the enzymatic activity of the fibers of
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Histochemistry: Theoretical and Applied
Journal of the American Medical Association · 1953 · 7.1K citations · Full text
Richard J. Bing, A. Siegel, I Ungár et al. · The American Journal of Medicine · 1954 · 443 citations
Reubin Andres, Gordon Cader, Kenneth L. Zierler · Journal of Clinical Investigation · 1956 · 391 citations · Full text