A 16‑amino‑acid mitochondrial peptide that mimics exercise‑induced energy boosting.
MOTS‑c (Mitochondrial Open‑Reading‑frame of the 12S rRNA type‑C) is a tiny 16‑amino‑acid peptide produced by our own mitochondria. Dr. Jason Schuster explains that restoring its levels can revitalize cellular energy production and address chronic fatigue.
MOTS‑c is encoded by the 12S RNA segment of mitochondrial DNA and consists of only 16 amino acids—far smaller than peptides like Thymosin β4. Because it originates from the mitochondria, it works directly on the organelle that generates ATP, the body’s power currency.
Dr. Schuster describes MOTS‑c as a messenger that enhances dialogue between mitochondrial DNA and nuclear DNA. This signaling boosts NAD⁺ levels inside mitochondria, supports the citric‑acid cycle, and activates the NRF2 anti‑inflammatory pathway, thereby improving ATP synthesis and gene expression.
When mitochondrial function is optimized, Dr. Schuster notes a cascade of health effects: increased energy, better insulin sensitivity, reduced inflammation, and support for cardiovascular health. He also ties higher MOTS‑c levels to improved metabolic oxidation and potential lifespan extension.
The video cites Dr. Edin Lee’s protocol of 10 mg subcutaneous MOTS‑c administered once or twice a year, or on a rotational schedule (one‑to‑two‑month blocks with equal off‑periods). No serious adverse effects were reported, and the peptide is described as “super safe” and “natural.”
“MOTS‑c works like a bypass for exercise, delivering the same energy‑boosting benefits without the workout.”— Dr. Jason Schuster
Dr. Schuster's board-certified, accredited peptide therapy courses — the full research, dosing, and video breakdowns.