Epitalon

Research Overview

Epitalon emerged from decades of Soviet and Russian research into pineal gland peptides and aging biology. Professor Khavinson's group published studies in journals including Bulletin of Experimental Biology and Medicine, Neuroendocrinology Letters, and Mechanisms of Ageing and Development examining the peptide's effects on telomerase activity, telomere length, and various age-related parameters in cell culture and animal models. The most notable finding has been the activation of telomerase in human somatic cell cultures, which has implications for understanding replicative senescence. Studies in rodent models have examined effects on circadian rhythm regulation, melatonin production, and lifespan parameters. While the research base is substantial, much of it originates from Russian-language publications, and independent replication by Western laboratories remains limited.

Key Research Findings

• 1

  Activated telomerase in human fetal lung fibroblast cultures (Khavinson et al., 2003)

• 2

  Elongated telomeres in human cell culture studies beyond the Hayflick limit

• 3

  Modulated melatonin production patterns in aging rodent pineal gland studies

• 4

  Demonstrated effects on circadian rhythm-related gene expression in animal models

• 5

  Based on decades of pineal peptide research by the Khavinson laboratory in St. Petersburg

• 6

  One of the smallest bioactive peptides studied — only 4 amino acids

Where to Buy Epitalon

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