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Laboratory / analytical evidence · Epitalon

Epitalon and telomere length in human cell lines

Epitalon increased telomere length in several cultured human cell models and affected telomerase/ALT-associated biology.

Quick read
Laboratory / analytical evidence

What this study tells us

This was laboratory or cell research, not a human treatment trial. It can help explain a mechanism, but it cannot prove clinical benefit or safety in people.

Who was studied?

Human epithelial, fibroblast and cancer cell lines

How many?

No participant count — this was laboratory or analytical research.

What happened?

Epitalon increased telomere length in several cultured human cell models and affected telomerase/ALT-associated biology.

What stops us overclaiming?

Cell-line telomere effects do not establish lifespan extension and may have different implications in cancer-cell biology.

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Key result

Epitalon increased telomere length in several cultured human cell models and affected telomerase/ALT-associated biology.

Study details

Study designIn-vitro human-cell study
PopulationHuman epithelial, fibroblast and cancer cell lines
RouteIn vitro
Regimen / exposureEpitalon exposure in cultured cells
DurationCell-culture experiment
ComparatorUntreated controls
Primary endpoint / questionTelomere length / telomerase-ALT biology
Safety resultNot a human administration study; no clinical safety dataset.
Key limitationsCell-line telomere effects do not establish lifespan extension and may have different implications in cancer-cell biology.
Registry / identifierPMID 40908429