Archives of Neurology · 1977 · 28 citations · 13 references
Life SciencesBiochemistryCell BiologyCellular MetabolismEnzymologyMetabolismEnzyme DeficienciesMuscle DevelopmentMuscle DifferentiationMuscle DisordersMuscle PhysiologyMuscle TissueGlycogen AccumulationGlycogen Phosphorylase DeficiencyGlycogen Phosphorylase KinaseGlycogen Storage In Skeletal MuscleMuscle Enzyme DisordersMuscle Glycogen MetabolismPhosphorylase Kinase DeficiencySkeletal Muscle-derived Cells
Skeletal muscle fibers cultured from three patients whose mature fibers are deficient in glycogen myophosphorylase (EC 2.4.1.1) were shown to become rather mature, to have no excessive glycogen accumulation, and to develop signifcant myophosphorylase activity. That activity was characterized electrophoretically and immunologically and shown to be muscle phosphorylase rather than a genetically different type, thereby demonstrating true "rejuvenation" in culture of an enzyme genetically programmed ultimately to be deficient.
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B Lederer, F. Van Hoof, Greet Van den Berghe · Biochemical Journal · 1975 · 81 citations · Full text