Researched benefits of MOTS-c
- Improved insulin sensitivity in animal and human pilot work
- Enhanced exercise capacity in rodent models, even in older animals
- Anti-inflammatory and anti-obesity signaling
- Mitochondrial biogenesis support
How MOTS-c produces these effects
MOTS-c activates AMPK signaling, enhances folate-methionine cycle activity, and modulates nuclear gene expression in response to metabolic stress. It improves insulin sensitivity and promotes substrate utilization during exercise.
What MOTS-c is not studied for
It is important to distinguish researched effects from extrapolations. Most MOTS-c data comes from cell and animal models. Human use is typically observational. MOTS-c is not a replacement for medical care or a prescription medication unless specifically indicated.
Side effects & limitations
- Limited human safety data
- Possible mild fatigue or flushing
- Injection-site irritation
Selected literature
- The mitochondrial-derived peptide MOTS-c — Cell Metabolism, 2015
- MOTS-c improves muscle insulin sensitivity in aged mice — Cell Reports, 2018