Publication | Closed Access
Synergistic Influence of Polypeptide Growth Factors on Cultured Human Muscle
57
Citations
17
References
1985
Year
Muscle FunctionEngineeringCell CultureBiomedical EngineeringCulture MediumCellular PhysiologyRegenerative MedicineMuscle PhysiologyMuscle InjurySkeletal MuscleBiomechanicsMuscle DifferentiationPolypeptide Growth FactorsCreatine Kinase ActivityMechanobiologyGrowth HormoneDevelopmental BiologyPhysiologyTissue CultureMedicineSarcopeniaExtracellular Matrix
In two- to five-week tissue cultures of biopsied adult human skeletal muscle, combined addition to the culture medium of insulin, fibroblast growth factor, and epidermal growth factor synergistically increased creatine kinase activity 17-fold, increased acetylcholine receptors tenfold, and accelerated muscle differentiation. This study provides the first demonstration of the beneficial influence of these peptides on human muscle. It also establishes a new culture medium, resulting in the following: (1) much better long-term growth and differentiation of biopsied adult human muscle; and (2) by allowing elimination of embryo extract and reduction of serum, an important step toward developing a fully defined medium for culturing biopsied adult human normal and pathologic muscle tissue.
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