Epithalon is the tetrapeptide Ala-Glu-Asp-Gly and is studied in cellular models examining telomerase-associated signaling, gene-expression patterns, oxidative markers, and replicative senescence. Observed marker changes are experimental endpoints, not evidence of lifespan extension or disease modification.

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Epithalon
Lyophilized Epithalon peptide supplied in a 10 mg research vial. Each unit is labeled with a traceable lot code and links to its corresponding analytical report.
What researchers study
Epithalon is a short synthetic peptide used as a reference material in cellular aging, sequence characterization, and stability research.
Cellular-aging research examines biochemical pathways, redox state, enzyme activity, sequence stability, and measurable markers in controlled laboratory systems.
Changes in laboratory markers do not establish lifespan extension, disease prevention, or a therapeutic effect. Conclusions must remain within the design and limits of the reported experiment.
Its short sequence is characterized through mass-to-charge measurements, fragmentation patterns, amino-acid composition, and chromatographic behavior. Orthogonal methods help distinguish the intended sequence from truncations, isomers, and synthesis-related impurities.
Because short peptides can be affected by hydrolysis, oxidation, adsorption, and repeated temperature cycling, laboratories track intact peptide and degradants under defined storage conditions. Stability conclusions apply only to the tested matrix and handling protocol.
Know what your laboratory receives.
Batch records are published for transparency and should be independently reviewed by qualified research personnel.
- Tamper-evident packaging
- Lot and SKU traceability
- Independent analytical review


