Epithalon – 50mg

Epithalon is a synthetic tetrapeptide (Ala-Glu-Asp-Gly) originally developed from research into naturally occurring pineal peptides involved in biological timekeeping and cellular regulation. It has been widely studied in laboratory and preclinical research for its association with cellular aging mechanisms, telomerase-related signaling, and gene-expression modulation linked to longevity pathways.

In scientific literature, Epithalon has been investigated for its influence on telomere dynamics and chromosomal stability, offering a unique model for studying how cellular replication limits and aging-associated signaling pathways may be regulated at the molecular level. Research environments frequently explore Epithalon’s interaction with epigenetic control mechanisms, particularly genes associated with oxidative stress response, DNA maintenance, and cellular senescence.

Epithalon has also been examined in studies related to circadian rhythm synchronization and pineal gland signaling, where it is used to investigate how molecular signaling contributes to biological timing, hormonal coordination, and age-associated rhythm disruption. These characteristics have positioned Epithalon as a core peptide in longevity-focused research examining the intersection of aging, neuroendocrine regulation, and genomic stability.

Because of its short amino-acid sequence, well-characterized molecular profile, and extensive presence in published research, Epithalon is frequently utilized as a reference peptide in laboratory models centered on cellular lifespan, biological aging processes, and long-term regulatory signaling.

This product is supplied as a high-purity lyophilized powder, suitable for controlled laboratory handling and long-term storage when maintained under appropriate conditions.

Specifications

• Compound: Epithalon (Synthetic Tetrapeptide)
• Content: 50mg per vial
• Form: Lyophilized powder
• Storage: Store in a cool, dry environment. Protect from moisture, heat, and direct light.

Common Research Focus Areas

• Cellular aging and longevity pathway investigations
• Telomerase-related signaling and telomere biology studies
• Epigenetic regulation and gene-expression research
• Circadian rhythm and pineal signaling models
• Oxidative stress response and genomic stability analysis

Research Use Only

This material is supplied exclusively for laboratory research use. Not for human or animal consumption. Purchase and use are restricted to qualified researchers or research institutions operating in compliance with all applicable laws and regulations.