{Reference Type}: Journal Article
{Title}: The synthetic peptide SVVYGLR promotes cell motility of myogenic cells and facilitates differentiation in skeletal muscle regeneration.
{Author}: Tanaka S;Fujishita Y;Kawaguchi N;Usuki T;Yokoyama Y;Wu X;Mori S;Yamamoto H;Kogo M;
{Journal}: Dent Mater J
{Volume}: 40
{Issue}: 3
{Year}: May 2021 29
{Factor}: 2.418
{DOI}: 10.4012/dmj.2020-317
{Abstract}: The present study was designed to evaluate the effects of the osteopontin-derived multifunctional short peptide, SVVYGLR (SV) peptide on the biological properties of skeletal muscle-specific myogenic cells. We employed human-derived satellite cells (HSkMSC) and skeletal muscle myoblasts (HSMM) and performed a series of biochemical experiments. The synthetic SV peptide showed no influence on the proliferation and adhesion properties of HSkMSC and HSMM, while it showed a significant increase in cell motility, including migration activities upon treatment with the SV peptide. In a rat model with volumetric loss of masticatory muscle, immunohistochemical staining of regenerating muscle tissue immediately after injury demonstrated an increase of the number of both MyoD- and myogenin-positive cells in SV peptide-treated group. These results suggest that SV peptide plays a potent role in facilitating skeletal muscle regeneration by promoting the migration, and differentiation of myogenic precursor and progenitor cells.