Epithalon

Original price was: $129.00.Current price is: $95.00.

Epithalon is a synthetic tetrapeptide derived from epithalamin, a naturally occurring peptide complex associated with pineal gland function. It is widely studied for its potential role in cellular aging, telomerase activation, oxidative stress regulation, and longevity-related biological pathways. Epithalon has become a significant focus in anti-aging and regenerative research models.

  • Synthetic tetrapeptide studied for longevity, cellular aging, and regenerative research
  • May support telomerase activity and healthy cellular function pathways
  • Investigated for its role in sleep regulation, oxidative stress, and age-related biological processes
  • May help support cellular repair, recovery, and metabolic balance
  • Commonly researched for anti-aging, mitochondrial health, and longevity-focused applications

9 in stock

Description

Mechanism of Action

  • Investigated for activation of telomerase-related cellular pathways
  • May support maintenance of telomere length and cellular stability
  • Studied for its effects on melatonin regulation and circadian rhythm balance
  • May influence antioxidant defense systems and oxidative stress reduction
  • Investigated for supporting healthy cellular repair and regeneration mechanisms

 

Potential Research Benefits

  • May support longevity and healthy aging pathways
  • Studied for improved sleep quality and circadian rhythm regulation
  • Investigated for antioxidant and cellular protective effects
  • May help support mitochondrial efficiency and metabolic balance
  • Potential role in regenerative medicine and age-related research applications

 

Applications in Research

  • Longevity and anti-aging studies
  • Cellular senescence and telomere research
  • Sleep and circadian rhythm investigations
  • Oxidative stress and mitochondrial function models
  • Regenerative and metabolic health research

Pharmacological Profile

  • Synthetic tetrapeptide associated with epithalamin signaling pathways
  • Short-acting peptide commonly studied in cyclical research protocols
  • Frequently researched via subcutaneous administration methods
  • Investigated for systemic effects on cellular longevity and biological regulation

For research purposes only. Not for human consumption.

 

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