Drosophila studies showed 11-16% extension Telomerase activation: In vitro studies confirmed hTERT upregulation in human fetal fibroblasts and pulmonary cells, with treated cells exceeding the Hayflick limit by approximately 10 additional population doublings Telomere elongation: Direct measurements showed statistically significant telomere lengthening in treated cells Cancer incidence: Long-term animal studies showed reduced spontaneous tumor formation, partially addressing the telomerase-cancer concern 2025 validation: An independent study confirmed telomere-lengthening effects across multiple human cell lines, representing the first significant non-Khavinson replication Key limitations: The evidence base is dominated by a single research group
This rise in proinflammatory cytokines is particularly evident in memory T cells, which display a senescence- associated phenotype [300,301,302]
We appreciate the help of Mrs
B., Dal, B., Ylmaz, M., Kahyaolu, F., Gkimen, A., mrl,
