Mouse study shows aging muscle leaves a molecular fingerprint in its supporting matrix
Aging is often described through what we can see and feel: weaker muscles, reduced mobility and slower recovery. But behind these visible changes are deeper biological shifts in cells, tissues and the molecular structures that support them. A recent study published in BMC Genomics offers a closer l

<p>Aging is often described through what we can see and feel: weaker muscles, reduced mobility and slower recovery. But behind these visible changes are deeper biological shifts in cells, tissues and the molecular structures that support them.
A recent study published in BMC Genomics offers a closer l</p>