The Journal of Cell Biology · 1974 · 99 citations · 15 references
Life SciencesBiochemistryPhysiologyCellular MetabolismCytoskeletonProtein TranslationMuscle DevelopmentMuscle DifferentiationMuscle PhysiologyMuscle TissueProtein SynthesisProtein TurnoverAmino AcidsContractile ProteinsMuscle Contractile FunctionMyofibrillar ProteinsMyosin IsoformsSkeletal Muscle DifferentiationSkeletal Muscle Physiology
This study provides additional evidence that creatine, an end product of contraction unique to muscle, is involved in the control of muscle protein synthesis. Creatine is shown to stimulate selectively the rate of synthesis of two major contractile proteins, actin and myosin heavy chain, in cultures of differentiating skeletal muscle. Creatine affects only the rate of synthesis and not the rate of degradation. Several creatine analogs are as effective as creatine in stimulating muscle protein synthesis, creatinine and amino acids such as arginine and glycine are not. Creatine stimulates myosin heavy chain synthesis twofold in cultures of embryonic muscle grown in either normal or dialyzed media.
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An improved fluorometric assay for DNA
Ralph T. Hinegardner · Analytical Biochemistry · 1971 · 989 citations
On the Molecular Weight of Myosin. II<sup>*</sup>
Yūji Tonomura, Pearl Appel, M. Morales · Biochemistry · 1966 · 239 citations