epithalon research peptide
Sales!

EPITHALON

$45.00

In Stock
Epithalon is studied for its potential effects on telomere regulation and cellular longevity pathways. Derived from the pineal gland peptide epithalamin, it may influence telomerase activity and support genomic stability. Research focuses on its possible applications in aging-related processes and cellular maintenance.

In stock

Quantity Discount (%) Price
1 $45.00
3 $70.00
6 $65.00
12+ $60.00

99%+ Purity Tests

Ships from USA

USA Lab Tested

Free bacteriostatic water with every order.

Overview

Epithalon is a research peptide under investigation for its potential anti-aging effects and ability to support cellular longevity. Studies suggest this short peptide may stimulate telomerase, the enzyme that preserves telomeres, the protective ends of chromosomes that naturally shorten with age. Evidence indicates Epithalon may help maintain telomere length, potentially slowing aspects of cellular aging. Researchers are examining its impact on longevity, sleep regulation, and overall physiological vitality.

Use our Research Peptide Storage Guide — Laboratory Use Only — to ensure proper handling and stability for controlled experimental applications. Not for human consumption, therapeutic, or diagnostic use.

Key Characteristics

Molecular Details

Formula: C14H22N4O9

Weight: 390.34 g/mol

CAS: 307297-39-8

Structure: Ala-Glu-Asp-Gly

Product Information

Form: White lyophilized powder

Solubility: Readily dissolves in water

Origin: Synthetic version of epithalamin

Storage: Keep refrigerated 36‑46 °F (2‑8 °C)

How It Works

Epithalon operates through several interconnected mechanisms that target aging at its roots:

Primary Mechanisms

Telomerase Activation

Stimulates telomerase activity to help maintain telomere length in cellular research models

Genetic Expression Modulation

Influences gene pathways associated with aging and cellular regeneration

Cellular Longevity Signaling

Supports improved cellular replication stability and reduced senescence markers

Antioxidant & Protective Pathways

Modulates oxidative stress responses and enhances cellular resilience mechanisms

Research Benefits

Telomere Length Research

Studied for its potential to slow telomere shortening in aging models

Anti-Aging Pathway Support

Investigated for improvements in biological aging markers and longevity-associated genes

Hormonal Regulation Studies

Explored for effects on endocrine balance and circadian rhythm modulation

Cellular Regeneration Research

Evaluated for enhancing tissue repair and improving functional cellular activity in preclinical models

Research Findings

Laboratory investigations have provided valuable insights into CJC-1295’s biological activity and research applications.

Anti-Aging Effects

Research demonstrates strong anti-aging and longevity-related effects in experimental models.

  • Extended lifespan in animal research models

  • Improved markers of biological aging

  • Enhanced cellular regeneration and repair

  • Reduced age-related physiological decline

  • Maintained youthful gene expression patterns

Sleep & Circadian Rhythm Regulation

Studies show significant effects on melatonin signaling and sleep stability.

  • Normalizes endogenous melatonin production

  • Improves sleep architecture and quality

  • Enhances circadian rhythm synchronization

  • Supports deeper and more restorative sleep phases

  • Reduces sleep disruption associated with aging

Neuroprotective Properties

Preclinical research indicates protective effects on brain function and cognition.

  • Improves cognitive performance in aging models

  • Protects against neurodegenerative changes

  • Supports memory formation and learning processes

  • Reduces neuroinflammation markers

  • Maintains neural plasticity and signaling balance

Cardiovascular Support

Research suggests protective effects on heart and vascular function.

  • Improves cardiovascular function markers

  • Supports healthy blood pressure regulation

  • Enhances vascular elasticity

  • Reduces oxidative stress in vascular tissue

  • Protects against age-related cardiac structural changes

Immune System Modulation

Studies indicate regulatory effects on immune function during aging.

  • Restores T-cell activity in aging models

  • Improves immune responsiveness

  • Enhances resistance to experimental infections

  • Balances inflammatory signaling

  • Supports immune surveillance mechanisms

Vision & Ocular Health

Emerging research suggests benefits for eye function and retinal protection.

  • Protects against age-related visual decline

  • Supports retinal function maintenance

  • Reduces cataract development in models

  • Helps regulate intraocular pressure

  • Protects ocular tissues from oxidative stress

Potential Side Effects in Research

Safety considerations and tolerability profile observed in research settings.

Excellent overall tolerability

Consistently well tolerated in research models

No observed toxicity

No toxic effects reported even at elevated experimental doses

Minimal adverse effects

Rare and typically mild local injection site reactions

No significant drug interactions reported

No documented interaction concerns in available studies

Supported long-term safety

Research suggests safety with extended or repeated use in experimental settings

This outstanding safety profile makes Epithalon particularly valuable for longevity research.

References

THIRD-PARTY LAB TESTED

Certificate of Analysis

Independent laboratory testing confirms purity and composition

99.621%

Purity

28ABF

Batch

January 2026

Date

Related products

Select options This product has multiple variants. The options may be chosen on the product page
Select options This product has multiple variants. The options may be chosen on the product page