Tag: Muscle regeneration

CD90 divides quiescent muscle stem cells in mouse and human muscle into a fast-activating fraction driven by a CD90-AMPK axis ...

A new review in Cell Regeneration explains why transient senescent cells support muscle repair while persistent senescence in aged or ...

A new review argues that drugs enhancing the body's own muscle regeneration, exemplified by the approved HDAC inhibitor Givinostat, could ...

A new study shows the CSRP3 gene is essential for satellite cell differentiation and muscle regeneration in pigs but dispensable ...

Scientists have created a CTRP9-CreERT2 knock-in mouse line whose tamoxifen-inducible reporter selectively labels microvascular endothelial cells in heart, skeletal muscle, ...

A Chinese cross-sectional study of 471 older adults finds that low blood levels of the vessel-growth signals VEGF and ANGPT1 ...

New cell research shows prolonged tadalafil exposure boosts proliferation of muscle progenitor cells, suppresses myostatin and TGF-beta, and delays terminal ...

New research shows that chronic intracellular calcium overload keeps muscle progenitor cells proliferating through sustained NFATc1 signaling, impairing regeneration, and ...

New research shows that the immune surface protein CD37 drives inflammatory macrophage activity that impairs blood vessel regrowth and muscle ...

In the quest to enhance muscle regeneration, researchers have been exploring innovative techniques that utilize the body’s own biological materials. ...

In the intricate world of cellular biology, the preservation of proteostasis emerges as a crucial determinant of stem cell functionality ...

In a groundbreaking study set to reshape our understanding of muscle regeneration, researchers led by D. Wang, D. Shan, and ...