Satellite cells are muscle stem cells responsible for muscle growth and regeneration in the postnatal stages. While these cells could significantly improve the success rates of experimental cell ...

Skeletal muscle maintenance and regeneration requires the adult skeletal muscle stem cells or satellite cells. Satellite cells are maintained until late in life when the numbers of satellite cells ...

enabling separation of functionally distinct human muscle stem cell subpopulations. Scientific Abstract: Although heterogeneity is recognized within the murine satellite cell pool, a comprehensive ...

Results showed no difference in viability between muscle cells treated with anabolic and the control cultures in all parameters. In conclusion, nandrolone, at the used concentrations, was not able to ...

A new research paper was published in Aging (listed by MEDLINE/PubMed as “Aging (Albany NY)” and “Aging-US” by Web of Science ...

Post-hatch muscle growth is through myogenic stem cells, satellite cells, which fuse with existing fibers increasing protein synthesis. Since satellite cells are partially differentiated stem cells, ...

Our results suggest that increased Arg-II in non-skeletal muscle cells promotes age-associated sarcopenia, particularly in male mice."BUFFALO, NY ...

TXNIP in satellite cells with the function of glucose uptake inhibition in human skeletal muscle was significantly upregulated in patients with sarcopenia. Changes in specific intercellular ...

Partial thickness tears revealed significantly more satellite cells and proliferative activity than full-thickness tears. There was no detectable apoptosis using an antibody recognising active caspase ...

In addition, drug administration studies in humans have demonstrated that testosterone dose-dependently increases satellite cell and myonuclei number, muscle fibre cross sectional area (CSA) and ...