Quick Facts
| Property | Value |
|---|---|
| Category | Telomerase-Regulating Peptide |
| Risk Level | Experimental |
| Administration | Subcutaneous Injection |
| Typical Frequency | Nightly |
| Estimated Half-Life | Short Plasma Half-Life / Long-Term Signaling Effects Discussed |
| Primary Research Interest | Longevity / Cellular Aging / Recovery |
This material is provided strictly for educational and informational purposes related to peptide research and experimental longevity compounds. Epithalon is a biologically active peptide with limited large-scale human safety data and incompletely characterized long-term effects. Information presented here should not be interpreted as medical advice, treatment recommendations, or encouragement of unsupervised use.
1. Reconstitution Guide
- Vial Size: 50 mg
- Dilutant Type: BAC Water
- Amount of Dilutant Added: 5 mL
- Final Concentration: 10.00 mg/mL
At this concentration:
• 10 mg = 1.000 mL (100.0 units)
• 20 mg = 2.000 mL (200.0 units)
2. Route of Administration
Epithalon is most commonly discussed as a subcutaneous injectable peptide compound.
- Primary Route: SubQ Injection
- Preferred Timing: Nighttime / before bedtime administration
- Administration Notes: Longevity-oriented protocols commonly emphasize consistency during short cyclical runs rather than continuous year-round use
3. Typical Research Protocols
- Product Strength: 10.00 mg/mL
- Typical Delivered Amount: 10–20 mg before bedtime
- Frequency: Every night before bed
- Cycle Length: 30 days on / 5 months off, repeated biannually
- Special Notes: Unlike peptides such as Somatropin or Tesamorelin, Epithalon is generally not discussed as a continuous year-round protocol. Most longevity-oriented discussions instead emphasize periodic cyclical use.
4. Summary
Epithalon is an experimental synthetic tetrapeptide originally researched for potential effects on cellular aging, melatonin regulation, telomerase activity, and longevity-associated signaling pathways.
Research interest in Epithalon primarily centers around anti-aging discussions, sleep regulation, recovery, and theoretical cellular lifespan support.
5. Mechanism of Action
Epithalon is believed to influence pineal gland signaling and telomerase-associated pathways involved in cellular aging and circadian regulation.
Potential downstream mechanisms discussed in research include:
- Telomerase activation signaling
- Circadian rhythm modulation
- Melatonin regulation support
- Cellular stress response modulation
- Potential antioxidant pathway support
Much of the compound’s reputation within longevity communities stems from theoretical anti-aging mechanisms rather than extensive modern human clinical validation.
6. Potential Benefits
- Potential sleep quality support
- Improved circadian rhythm regulation
- Theoretical longevity support
- Potential recovery enhancement
- Possible antioxidant signaling effects
- Cellular stress response support
7. Potential Risks / Side Effects
Experimental
- Limited long-term human safety data
- Unknown effects on cellular growth signaling
- Fatigue or lethargy
- Headaches
- Dizziness
- Potential endocrine or circadian disruption
- Theoretical cancer signaling concerns related to telomerase pathways
8. Half-Life
Epithalon is believed to have a relatively short circulating plasma half-life.
However, many of the compound’s proposed mechanisms involve downstream signaling effects that may persist substantially longer than the peptide itself.
9. Storage Information
- Store refrigerated before and after reconstitution
- Protect from direct light exposure
- Avoid repeated freeze-thaw cycles
- Maintain sterile handling practices during preparation
10. Contraindications / Warnings
- Active cancer or cancer history
- Pregnancy or breastfeeding
- Severe endocrine disorders
- Known hypersensitivity to peptide compounds
11. Research References
- PubMed
- NIH Publications
- Longevity and telomerase research literature
- Peer-reviewed circadian biology journals
CKF Tide Tables 