Certificates of Analysis available upon request.
20mg · AB-MOTS-20
Synthetic mitochondrial-derived peptide. Studied in mitochondrial function, cellular energy pathways, and longevity research.
$110
USD · per vial
Ships cold-chain in 1–2 business days · Free shipping over $200
For Research Use Only · Not for Human Consumption · Not for Veterinary Use · Keep Out of Reach of Children
MOTS-c is a research-grade synthetic peptide supplied as a lyophilized powder in a 10mL crimp-top vial. Each vial is verified to ≥98% purity by reverse-phase HPLC with UV detection (HPLC-UV) — the same methodology detailed on our Sourcing & Quality Standards page. Each batch is documented with a unique Certificate of Analysis identifying compound by name, lot number, methodology, and measured purity for that production run.
Synthetic mitochondrial-derived peptide. Studied in mitochondrial function, cellular energy pathways, and longevity research. Researchers should reference our handling protocols and storage guidance below before reconstitution. Certificates of Analysis are available upon request — email support@aurevrabio.com.
“Purity at the point of testing only matters if it survives the journey to your bench.”
Quality Standards · MOTS-c
We hold ourselves to a single standard across every compound. The data below is verified per batch and updated on every new production lot.
Per-batch reported on
20mg per vial
10mL Research-Grade Vial
Handle per institutional protocol
Available upon request
Any supplier documentation shown above is representative of the material we source, not of an individual lot. For the vial you actually receive, we issue a batch-specific COA identifying compound, CAS number, lot, manufacture date, purity, and HPLC methodology. Email support@aurevrabio.com with the compound name or your order number; we typically respond within one business day.
Discrete packaging, domestic priority

100mg · AB-GHKCU-100
Synthetic copper-binding peptide. Studied in copper peptide signaling, cellular biology, and tissue research models.