Significados de replicative senescence em inglês

Telomerase is an important mechanism by which cancers escape replicative senescence.

This metabolic signature therefore can be used to predict the onset of replicative senescence.

ECs have a finite number of divisions and enter replicative senescence after exhaustion of this potential.

Cellular replicative senescence is a permanent growth arrest state that can be triggered by telomere shortening.

Once they are critically short, telomeres become dysfunctional and consequently activate a proliferative arrest called replicative senescence.

The relationship between NO production and subculture passages could represent a cutting edge " replicative senescence index".

The proliferative lifespan of normal somatic human cells in culture terminates in a permanent growth-arrested state known as replicative senescence.

Most normal somatic cells enter a state called replicative senescence after a certain number of divisions, characterized by irreversible growth arrest.

In this paper we describe how the numbers of activated T cells can be regulated by two distinct mechanisms, namely apoptosis and replicative senescence.