GX BIO LABS · Product artwork
MOTS-c is a mitochondrial-encoded peptide studied in cellular stress responses, muscle metabolism and exercise-related signalling.
10 available
Check COA availabilityCOA not yet available for this strength
Not for human or veterinary administration. Listed strength is a supplied specification; see the matching batch report for measured results.
MOTS-c belongs to a group of peptides encoded within the mitochondrial genome. A 2021 investigation combined experiments on cultured muscle cells and mice with observations in ten healthy young men during exercise. Administered MOTS-c improved some physical-performance measures in mice, while cell experiments explored adaptation to metabolic stress. In the human component, researchers measured naturally occurring MOTS-c in muscle and blood before and after cycling. Levels increased with exercise. The human participants were not given MOTS-c, so this part of the study cannot show whether administration improves human exercise performance.
Each source identifies what was studied and the limits of its findings. Published research is separate from this product’s batch COA.
MOTS-c administration improved selected performance measures in mice. The human component measured exercise-associated changes in endogenous peptide levels and was not an administration trial.
Read studyMOTS-c is currently listed in 10 mg, 40 mg. Select a strength above to see its price, product image and current stock. Listed quantities are supplied specifications, not measured batch results.
1 laboratory report is published for this compound. Match the selected strength and available batch identifiers, and open the original document to check the actual test scope.
A catalogue listing is not a laboratory measurement. Check original documentation for the selected strength and batch before relying on identity, purity or quantity information.
NAD+ is nicotinamide adenine dinucleotide in its oxidised form, a coenzyme involved in cellular redox reactions and enzyme activity.
Also called Epithalon, this four-amino-acid peptide has been investigated in human fibroblast cultures for telomerase and telomere responses.