Side-by-side
| Epithalon | Pinealon | |
|---|---|---|
| Mechanism | Tetrapeptide; telomerase and pineal modulation. | Tripeptide; neuroprotection and free-radical suppression. |
| Half-life | Short. | Short. |
| Dose | 5-10 mg daily SC. | 3-5 mg daily SC. |
| Cycle | 10-20 day pulse, 2×/year. | 10-day pulse. |
| Research context | Soviet-era telomerase and pineal research1. | Khavinson-group neuroprotection research; limited Western data2. |
| Cost tier | Low-to-mid. | Low-to-mid. |
Epithalon and Pinealon are siblings in the Khavinson-peptide family. Both are short peptides (tetra- and tripeptide respectively) developed in the Russian bioregulation research tradition. Both have preclinical data primarily from the Khavinson group12, with limited Western replication. Research use should treat specific claims conservatively.
Mechanistic focus differs. Epithalon research emphasises telomerase activation and pineal-function endpoints (melatonin patterns, circadian regulation). Pinealon research emphasises neuroprotection, free-radical suppression, and prenatal-stress models. Dosing reflects the preclinical research patterns: Epithalon at 5-10 mg/day in 10-20 day pulses twice per year; Pinealon at 3-5 mg/day in 10-day pulses.
Pairing them is common in the Khavinson tradition because the programme conceived them as complementary bioregulators. Research protocols combining both typically sequence the pulses rather than overlap them. In a Western research context, neither has the trial-derived evidence base that would support a confident head-to-head comparison, and honest framing of the evidence gap matters. See Epithalon telomerase research for the programme context.
Frequently asked
Are Epithalon and Pinealon related?
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Related comparisons
- Comparison Epithalon vs MOTS-c Epithalon vs MOTS-c: telomerase-regulating tetrapeptide vs mitochondrial-derived metabolic peptide. Two longevity mechanisms compared.
- Comparison Epithalon vs GHK-Cu Epithalon vs GHK-Cu: telomerase-regulating tetrapeptide vs copper-peptide gene modulator. Two longevity mechanisms compared with cited research.
- Comparison GHK-Cu vs MOTS-c GHK-Cu vs MOTS-c: copper-peptide gene modulator vs mitochondrial AMPK peptide. Two longevity research tools contrasted with cited data.
References
- Khavinson VK, et al. Peptide Epitalon activates chromatin at the old age. Neuro Endocrinol Lett. 2003. PMID: 14647006
- Khavinson VK, et al. Pinealon increases cell viability by suppression of free radical levels and activating proliferative processes. Rejuvenation Res. 2011. PMID: 21978084
All references verified against PubMed via NCBI E-utilities.