Image
Sale
Research Peptide

MOTS-C

4.9 (61 Reviews)
View Certificate of Analysis

A mitochondrial-derived peptide studied for its role in metabolic regulation and cellular energy. MOTS-C is one of the newest and most-discussed entries in metabolic peptide research.

BUNDLE & SAVE
We accept
For RESEARCH USE ONLY (RUO).
About the Peptide

A new conversation about cellular energy.

MOTS-C is a 16-amino-acid peptide encoded within mitochondrial DNA — the genetic material that lives outside the cell nucleus, in the body’s energy-producing organelles. Discovered in 2015, it represents an entirely new class of regulatory molecule and one of the most active areas of metabolic peptide research today.

Mitochondrial function declines with age, and that decline shows up in the symptoms women describe when energy stops behaving the way it used to: the workouts that drain instead of energize, the metabolic shifts that resist familiar interventions, the fatigue that doesn’t respond to sleep alone.

Published research has documented MOTS-C’s role in glucose regulation, fatty acid metabolism, and the cellular signaling that connects mitochondrial health to whole-body energy. Its discovery has prompted active investigation into mitochondrial-derived peptides as a new frontier in metabolic and longevity research.

Research Applications

When energy stops behaving the way it used to.

Mitochondrial function sits beneath nearly every metabolic conversation in women’s health. MOTS-C is one of the first peptides to be born from mitochondrial DNA itself.

Metabolic Regulation


Research has documented MOTS-C’s effects on glucose tolerance, insulin sensitivity, and the metabolic markers that change as women move through midlife.

Cellular Energy


By acting on the cellular machinery that produces ATP, MOTS-C has been studied for its role in energy availability, exercise capacity, and the fatigue states that accompany mitochondrial decline.

Body Composition


Studies have linked MOTS-C signaling to fatty acid metabolism and body composition outcomes, with particular relevance to research populations exploring metabolic resilience.
How to read a peptide Vial
Certificate of Analysis

Independently Tested. Verified by Batch.

Current Batch  • MOT10MGA
99.24%
Purity
Tested Purity by HPLC
10mg
Content

Labeled amount per vial

11.81mg
Net Content
Actual amount per vial
MOTS-C
Identification
Mass spectrometry confirmed
View COA
Frequently Asked

Questions.