Satellite cells are the primary stem cells in adult skeletal muscle, and are responsible for
postnatal muscle growth, hypertrophy and regeneration. In mature muscle, most satellite cells …

… Over-expression of NICD in mouse MuSCs, suppresses proliferation and preserves self-renewal
ability while inhibiting myogenic differentiation in vitro [83], whereas loss of RBP-J, a …

Intercellular communications play a vital role during tissue patterning, tissue repair, and
immune reactions, in homeostasis as well as in disease. Exosomes are cell-derived secreted …

Considerable evidence indicates that free radical injury may underlie the pathologic changes
in muscular dystrophies from mammalian and avian species. We have investigated the …

Hedgehog (Hh) is a secreted morphogen that elicits differentiation and patterning in developing
tissues. Multiple proposed mechanisms to regulate Hh dispersion includes lipoprotein …

… Brabac for assistance with embedding and staining ofthe muscle sections; J. Wilson, C. …
Parmacek for discussions and advice; J. Wilson for the BAG retrovirus; and K. Dekker for help …

Most cells in adult tissues are nondividing. In skeletal muscle, differentiated myofibers have
exited the cell cycle permanently, whereas satellite stem cells withdraw transiently, returning …

Background Current noncultured cell‐based transplantation therapies for vitiligo largely involve
shave skin biopsy for preparation of noncultured melanocyte suspension. As the overall …

OBJECTIVES--To compare the prevalence of diabetes, hyperinsulinaemia, and associated
metabolic abnormalities in immigrant Asians, Asians in India, and native white British men. …

… (f–j) Similar observations of a cell spread on a soft substrate (3 kPa). Note the difference in
the … Images in k and l are 3D reconstructions of the cells shown in a–e and f–j respectively. …