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Mechanistic investigations in human somatic cell cultures have suggested that Epithalon may: Activate telomerase in vitro Support telomere maintenance and reduce the accumulation of DNA replicationassociated errors Potentially modulate the balance between cellular senescence and replicative capacity in experimental systems In parallel, Epithalon has been examined for its ability to interact with oxidative stress pathways and free radical markers, which may contribute to observed longevity-related effects in certain preclinical models

Additionally, a similar trend was observed in cell migration using the wound healing assay (Figure 7DE)

It promotes the outgrowth of fibroblasts and tenocytes, helping repair tendons and ligaments with greater structural integrity

Mechanistic research revealed that KCNK3-mediated differential metabolites are primarily enriched in the AMPK signaling pathway [70]

However, there is one major drawback in this approach, which has significant implications for patient care and future directions in clinical research