Epithalon (Epitalon / Epithalamin analog) is a synthetic tetrapeptide derived from the pineal peptide epithalamin, commonly studied for its role in telomere biology, cellular longevity, and circadian regulation.
Potential Research Applications
•Telomere & DNA Stability Research
Studied for potential effects on telomerase activity in vitro.
•Cellular Aging Pathways
Used in research involving longevity, oxidative stress, and gene expression.
•Circadian Rhythm Regulation
Explored for its effects on pineal-related cellular pathways.
•Regeneration & Repair Studies
Included in models of cellular recovery and stress adaptation.
Mechanism of Interest
Epithalon is believed to influence telomerase-related pathways by interacting with cellular mechanisms that regulate telomere length and genomic stability (in vitro).
It is also studied for its potential role in pineal peptide signaling, making it a valuable tool for exploring circadian rhythm regulation and cellular aging mechanisms.