MTR4 Reduces Vascular Cellular Senescence in Mammals, Extends Life in Nematode Worms
Cells become senescent constantly throughout life, usually upon reaching the Hayflick limit to replication, but also in response to injury, high levels of cell stress, or potentially cancerous damage. Senescent cells cease to replicate, grow in size, and secrete pro-inflammatory signals to attract t
<p>Cells become senescent constantly throughout life, usually upon reaching the Hayflick limit to replication, but also in response to injury, high levels of cell stress, or potentially cancerous damage. Senescent cells cease to replicate, grow in size, and secrete pro-inflammatory signals to attract t</p>