Results 271 to 279 of about 53,888 (279)
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Chapter 3 Molecular Aspects of Myogenesis
1977Publisher Summary This chapter discusses the relevant literature in only those areas of myogenesis that deal with the quantitative and qualitative changes in protein synthesis, accompanying the terminal steps of muscle cell differentiation and the molecular mechanisms controlling these changes.
Robert G. Whalen +2 more
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CHALLENGES OF MYOGENESIS AND REPAIR OF THE HEART
2003A damaged myocardium cannot effectively regenerate and repair itself subsequent to either acute or chronic pathologic insult. The emerging field of cell transplantation has attempted to address some of the issues and has progressed from preclinical studies to proof-of-concept clinical studies conducted in humans.
John M Harvey +5 more
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MyoD and the paradoxes of myogenesis
Current Biology, 1992Eric N. Olson, W.Michael Perry
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2018
Myogenesis is an ordered process driven by myogenic regulatory factors (MyoD, MyoG, MRF4) culminating in the fusion of myoblasts in myotubes. p53 family members are involved in myoblasts differentiation, although the role of the specific isoforms has not been investigated. Previous experiments indicated that TAp63γ isoform is the only member of the p53
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Myogenesis is an ordered process driven by myogenic regulatory factors (MyoD, MyoG, MRF4) culminating in the fusion of myoblasts in myotubes. p53 family members are involved in myoblasts differentiation, although the role of the specific isoforms has not been investigated. Previous experiments indicated that TAp63γ isoform is the only member of the p53
openaire +2 more sources
Dynamics of myogenesis in vitro
The Anatomical Record, 1961William G. Cooper, Irwin R. Konigsberg
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