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Peptide · MOTS-c

MOTS-c research and evidence overview

MOTS-c research and evidence overview

Educational only
This page is educational and not medical advice. See the medical disclaimer and editorial policy.

Quick facts

Family
Metabolic / mitochondrial / small molecules
About
Mitochondrial-derived peptide discussed for experimental roles in metabolic regulation, insulin sensitivity, and cellular stress responses.

Overview

The evidence base for MOTS-c can span preclinical work, early human data, and—where applicable—larger clinical trials. The strength and maturity of that evidence determine how confidently clinicians and researchers talk about its effects.

Key evidence themes

  • Preclinical models exploring mechanisms and proof-of-concept.
  • Early human or pilot data, if available.
  • Larger controlled trials for molecules with formal indications.

Context and caveats

When reviewing literature on MOTS-c, it is important to consider study design, endpoints, sample size, and duration, as well as how closely study populations match real-world use. Marketing narratives frequently move faster than rigorous evidence.

Sport & Anti-Doping Warning

MOTS-c is a mitochondrial-derived peptide that has drawn attention from anti-doping regulators as a potential metabolic modulator; it was added to the WADA Prohibited List under the section for metabolic and gene modulators.

Advisory Note

Because MOTS-c targets core metabolic pathways, anti-doping agencies treat it similarly to other S4 metabolic modulators.

References & searches

To validate claims, prioritize primary literature and trial registrations. These links open external search pages.