The process of inducing or supporting the activity of the enzyme telomerase to counteract the natural shortening of telomeres, the protective caps on the ends of chromosomes, which is a key mechanism associated with cellular aging and replicative senescence. Activating this mechanism is central to preserving genomic integrity and extending cellular lifespan potential. This is a focus area in longevity science.
Origin
This concept stems from molecular biology and genetics, where telomeres were identified as critical structures dictating cellular division limits. “Activation” implies initiating or increasing the rate of telomerase-mediated lengthening, which is often suppressed in adult somatic cells.
Mechanism
Activation primarily involves upregulating the expression or activity of the telomerase reverse transcriptase component, often influenced by cellular stress levels and specific epigenetic factors. While systemic endocrine factors play a permissive role in overall cellular health, direct telomere extension is a nuclear event regulated by intrinsic cellular programming responding to signals of proliferative need or stress mitigation.
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