Epithalon 10mg

Research applications

• Telomerase activity and telomere length research
• Cellular senescence studies in cultured cell lines
• Pineal gland and circadian signalling research
• Comparative research against epithalamin and related pineal peptides

What the literature reports on Epithalon

Epithalon was developed as a synthetic, stable analogue of epithalamin, a polypeptide extract from pineal gland tissue studied extensively for its role in regulating pineal and neuroendocrine function. Reducing epithalamin to a defined four-residue synthetic peptide allowed more controlled dose-response research than was possible with the original tissue extract.

Telomerase research

A substantial body of cell-culture research has examined Epithalon's effects on telomerase activity, with studies reporting increased telomerase expression and, in some cell models, changes in telomere length over extended culture periods. This research has positioned Epithalon as a frequently studied tool compound in telomere biology and cellular senescence research programmes.

Cellular senescence research

Related studies have examined markers of cellular senescence in cultured cell lines following Epithalon exposure, reporting changes in proliferative capacity and senescence-associated markers. This research connects Epithalon to the broader literature on interventions studied for their effects on replicative cellular ageing.

Pineal and circadian signalling research

Reflecting its origin as an epithalamin analogue, animal studies have examined Epithalon's effects on pineal gland function and circadian rhythm markers, including melatonin secretion patterns, research that continues to be an active area of neuroendocrine investigation.

Antioxidant pathway research

Separate from its telomerase-focused literature, research has examined Epithalon's effects on markers of oxidative stress in cultured cells and animal tissue, reporting changes in antioxidant enzyme activity that researchers have discussed as a possible contributing mechanism alongside telomerase-pathway effects in the broader cellular-longevity literature.

Comparative longevity-research context

Within this catalogue's GLOW category, Epithalon's telomerase and pineal-signalling research profile is often studied alongside the metabolic and coenzyme research associated with NAD+, given the shared cellular-ageing research framework that connects mitochondrial, genomic and neuroendocrine longevity pathways.

Laboratory handling

Epithalon should be stored as lyophilised powder at -20°C, protected from light and moisture, until reconstitution. As a short, simple tetrapeptide, it is generally stable when handled according to standard peptide reconstitution practice.

• Lyophilised powder: store at -20°C, protected from light, until reconstitution.
• Reconstitution: introduce diluent slowly along the vial wall; mix gently, do not shake.
• Post-reconstitution: 2-8°C for short-term laboratory use; avoid repeated freeze-thaw cycles.
• Each batch ships with a certificate of analysis confirming ≥99% purity by HPLC and identity by mass spectrometry.

See the peptide reconstitution and storage guide for a full protocol reference. This product is intended for laboratory research use only.