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A simple, rapid and reliable procedure of tissue preparation was devised to estimate glycogen phosphorylase activity in cardiac and skeletal muscle of normal and genetically dystrophic Syrian hamsters of various ages. Total phosphorylase activities of dystrophic skeletal muscle, compared to normal, were reduced. Except for the case of heart from the younger dystrophic animals (45 days old), in which higher phosphorylase activity was noted, hearts from dystrophic hamsters, compared to normal, also showed reduced phosphorylase activities. There were, however, no significances in the ratios of phosphorylase alpha to total phosphorylase between the normal and dystrophic tissues.
S J Sulakhe, and
P V Sulakhe
March 1982,
Hormone and metabolic research = Hormon- und Stoffwechselforschung = Hormones et metabolisme,
S J Sulakhe, and
P V Sulakhe
July 1985,
Bioscience reports,
S J Sulakhe, and
P V Sulakhe
May 1972,
Canadian journal of biochemistry,
S J Sulakhe, and
P V Sulakhe
March 2001,
Experimental physiology,
S J Sulakhe, and
P V Sulakhe
January 1972,
Recent advances in studies on cardiac structure and metabolism,
S J Sulakhe, and
P V Sulakhe
June 1974,
Canadian journal of biochemistry,
S J Sulakhe, and
P V Sulakhe
January 1986,
Biomedica biochimica acta,
S J Sulakhe, and
P V Sulakhe
August 1991,
The Biochemical journal,
S J Sulakhe, and
P V Sulakhe
January 1975,
Experimentelle Pathologie,
S J Sulakhe, and
P V Sulakhe
January 1977,
Archivum immunologiae et therapiae experimentalis,
