… , DNA methylation affected the expression of muscle-related … the DNA methylation/SP1/IGF2BP3
axis in skeletal myogenesis. … dynamic DNA methylation in skeletal muscle development. …

… and subsequent cell development. This review summarizes what is currently known about
how skeletal muscle stem cells regulate the myogenic program through DNA methylation, …

… epigenetics, and specially of DNA methylation, in its pathogenesis. … of DNA methylation
profiles during skeletal muscle aging and … use of the recently developed DNA methylation-based …

… skeletal muscle and are responsible for postnatal muscle growth, hypertrophy, and muscle
… published data regarding DNA methylation changes along the skeletal muscle program, in …

… development remain unclear. To explore the functional … -scale DNA methylation during
sheep muscle growth, this study systematically investigated the genome-wide DNA methylation …

… The first genome-wide DNA methylation analysis in human skeletal muscle tissue itself,
after resistance exercise in healthy adults was after a period of 10 weeks chronic resistance …

… most comprehensive picture of DNA methylation ageing in human skeletal muscle and
reveal widespread alterations of genes involved in skeletal muscle structure, development, and …

… This is because we used this baseline tissue to derive cells (detailed below) for DNA
methylation analysis of differentiating human muscle derived cells in the present study. Schematic …

… of the muscle cell‐identity Myf5 super‐enhancer only in muscle cells. … unique DNA methylation
signature of skeletal muscle stem cells and highlighted the importance of DNA methylation…

… in early muscle development. In this study, we sought to investigate the effects of genome-wide
DNA methylation by combining the expression profiles of the chicken embryonic muscle. …