Overview
Epitalon, also spelled epithalon, is a synthetic tetrapeptide with the sequence Ala-Glu-Asp-Gly, modeled on epithalamin, a peptide preparation originally derived from pineal-gland extract. Its very short structure gives it a research-friendly profile as a tool compound in cellular-aging investigation.
In laboratory systems, epitalon has been studied for its proposed influence on telomerase activity, telomere-length dynamics, pineal and melatonin-regulation models, and circadian gene expression. Much of this work has been conducted by a limited number of research groups, and the underlying mechanisms are not well characterized in rigorous, independently replicated preclinical models, so the compound is best understood as an exploratory research material rather than a well-established one.
What makes epitalon a notable catalog entry is its recurring use in aging- and telomere-related research questions despite that thin and largely low-quality evidence base. Whether its proposed mechanisms translate to female physiology remains an open research question; our evidence review tracks how many of the underlying studies included women. Supplied for in-vitro and laboratory research only.
Summary
Epitalon is a synthetic tetrapeptide based on the pineal peptide epithalamin, studied primarily by a single research group for aging- and telomerase-related claims. The human evidence is limited and largely low-quality, with no rigorous independent trials and no female-specific data.
Evidence in women
Mechanism
Proposed to modulate pineal function and telomerase activity; mechanisms are not well characterized in rigorous, independently replicated models.
Free research guide
How to tell real female data from male-extrapolated claims, with the questions to ask about any compound.
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Educational information for laboratory and research use only. Not medical advice, a recommendation, or a claim of safety or efficacy; no personal dosing. “Unstudied” means no qualifying study was found, not that a compound is safe or unsafe.