Epithalon vs MOTS-c
Both are longevity-research favorites, but they approach aging from different angles. Epithalon is studied for telomerase and circadian regulation; MOTS-c is a mitochondrial-derived peptide studied for metabolic function.
| Epithalon | MOTS-c | |
|---|---|---|
| Compound class | Telomerase-related tetrapeptide | Mitochondrial-derived peptide |
| Primary target | Telomerase / pineal regulation | AMPK / metabolic signaling |
| Category | Anti-Aging & Longevity | Anti-Aging & Longevity |
| Administration | Subcutaneous, short cycles | Subcutaneous |
| Research focus | Telomere, circadian & longevity research | Mitochondrial function & metabolic flexibility |
Key differences
- Mechanism: Epithalon is linked to telomerase activity and pineal/circadian regulation; MOTS-c signals through AMPK and mitochondrial pathways.
- Research focus: Epithalon for telomere and circadian longevity endpoints; MOTS-c for mitochondrial and metabolic flexibility.
- Protocol: Epithalon is often run in short cyclical courses; MOTS-c in metabolic-focused research blocks.
- Both are subcutaneous peptides.
Which is right for your research?
Epithalon targets the telomere/circadian side of longevity research; MOTS-c targets the mitochondrial/metabolic side. They address different aging mechanisms.
Frequently asked questions
Do Epithalon and MOTS-c work the same way?
No. Epithalon is associated with telomerase and circadian regulation, while MOTS-c is a mitochondrial-derived peptide acting through AMPK and metabolic pathways.
Which is more metabolic?
MOTS-c is the more metabolically focused of the two, while Epithalon leans toward telomere and circadian research.
How is Epithalon typically used in research?
Epithalon is often run in short cyclical courses, whereas MOTS-c is used in metabolic-focused research blocks.
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