Article published the September 5, 2022
1. IntroductionTissue-specific stem cells have the potential to self-renew or differentiate into mature cells, contributing to tissue growth and homeostasis. Muscle specific stem cells, satellite cells, maintain the ability to self-renew or differentiate and are required for post-natal muscle growth and repair [1–3]. The use of novel gene sequencing technology in the investigation of the gen ...
Article published the July 10, 2019
IntroductionPostnatal muscle growth and repair rely on the ability of satellite cells, muscle-resident stem cells, to activate, proliferate, and fuse into growing myofibers (Seale et al. 2000; Dumont et al. 2015). During the neonatal stage of life, the fractional rate of protein synthesis contributing to muscle growth is highest (Davis and Fiorotto 2009), marked by increased satellite cell activat ...
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