

MOTS-c 10mg mitochondrial peptide from Real Peptides at $43.20 with published COA.
Real Peptides MOTS-c 10mg: Independent Review
Review of Real Peptides MOTS-c 10mg at $43.20. Mitochondrial peptide with published COA and HPLC purity. Full specs and verdict.
Key Features
- Price: $43.20 per vial
- Vial size: 10mg
- Purity: >=99% by HPLC
- Public COA: Yes, published per lot
- Shipping: US-based, within 24 hours
- Labeling: Research-use-only
The 10mg amount is confirmed on the listing, along with HPLC purity verification and a published Certificate of Analysis. These documentation elements are uncommon among MOTS-c vendors, where analytical transparency is often limited.
What's Inside
- Peptide: MOTS-c (Mitochondrial ORF of 12S rRNA Type-C)
- Amino acid count: 16 residues
- Quantity: 10mg per vial
- Form: Lyophilized powder, requires reconstitution with bacteriostatic water
The lot-specific COA verifies HPLC purity at 99% or above. MOTS-c is a shorter peptide than BPC-157 (16 vs 15 amino acids), and its mitochondrial origin distinguishes it from most synthetic peptides studied in preclinical research. For reconstitution guidance, see our reconstitution calculator.
- Product
- Real Peptides MOTS-c 10mg
- Price
- $43.20
- Vial Size
- 10mg
- Purity
- >=99% (HPLC)
- Public COA
- Yes (published)
- Shipping
- US, within 24h
- Labeling
- Research-use-only
- Editor Rating
- 4.2 / 5
How to Store and Handle
Store the sealed vial at -20°C for long-term preservation. Short-term storage at 2-8°C is acceptable for periods of two weeks or less. The lyophilized powder is stable at room temperature during shipping but should be refrigerated or frozen upon receipt.
To reconstitute, draw bacteriostatic water into an insulin syringe and inject it slowly along the inner wall of the vial. Do not shake or vortex the solution. Allow the powder to dissolve naturally. Clean the rubber stopper with an alcohol wipe before each draw. Store the reconstituted solution at 2-8°C and use within 28 days. Do not freeze after reconstitution.
Real Peptides MOTS-c 10mg is a research-grade lyophilized powder priced at $43.20 per vial. The product ships with a published Certificate of Analysis confirming HPLC purity at 99% or higher. Shipping is from the United States within 24 hours. We reviewed the listing, verified the analytical claims, and compared this product against the competing PeptideGod MOTS-C offering.
Overview
MOTS-c is a 16-amino-acid mitochondrial-derived peptide first identified in 2015 by researchers at the University of Southern California. The original paper, published in Cell Metabolism, described MOTS-c as a signaling peptide encoded within the mitochondrial genome that appeared to regulate metabolic homeostasis through AMPK pathway activation. Subsequent preclinical studies in rodent and cell models have examined its effects on energy metabolism, glucose uptake, and cellular stress responses. No completed human clinical trials have confirmed efficacy for any medical application.
Real Peptides manufactures this item in the United States and includes a published lot-specific COA. The analytical documentation exceeds what most MOTS-c vendors provide. For a comparison with a competing product, see our PeptideGod MOTS-C review, which is priced higher at $49.95.
MOTS-c in Preclinical Research
The 2015 discovery paper described MOTS-c as the first mitochondrial-derived peptide shown to affect systemic metabolism. In rodent models, researchers observed effects on AMPK activation, glucose regulation, and cellular energy balance. Follow-up studies examined its behavior under conditions of metabolic stress and aging in animal models.
It is important to emphasize that the MOTS-c research base is narrower than that of more established peptides. The available data is limited to preclinical animal studies and in vitro experiments. No human clinical trials have been completed, and any claims about human efficacy remain unsubstantiated by peer-reviewed evidence.
Our Verdict
Our editorial team rated Real Peptides MOTS-c 10mg at 4.2 out of 5. Category scores: Testing 4.5, Purity 4.5, Labeling 4.3, Value 3.5. The testing and purity scores reflect the published COA with HPLC verification, which exceeds the documentation standard of most MOTS-c vendors.
The value score of 3.5 reflects the $43.20 price. While this is the same price as the Real Peptides BPC-157 vial, MOTS-c has a narrower research base, which makes the cost harder to justify for researchers outside of specific metabolic studies. By comparison, PeptideGod MOTS-C is priced higher at $49.95, making the Real Peptides offering more competitive on price. For vendor comparisons, visit our peptide brands directory.
Our rating
MOTS-c 10mg mitochondrial peptide from Real Peptides at $43.20 with published COA.
FAQ
Does Real Peptides publish a COA for MOTS-c?
Yes. Real Peptides provides a published Certificate of Analysis for each lot of MOTS-c, including HPLC purity data. This documentation standard is uncommon among MOTS-c vendors.
What purity does Real Peptides MOTS-c achieve?
The published COA confirms purity at 99% or higher as measured by HPLC. This is the standard analytical method for verifying peptide purity in research-grade products.
What is MOTS-c and what has been studied?
MOTS-c is a 16-amino-acid peptide derived from the mitochondrial genome, first described in a 2015 Cell Metabolism publication. Preclinical studies in rodent models have examined its role in AMPK activation, energy metabolism, and glucose regulation. All available data comes from animal and cell-based studies. No human clinical trials have been completed.
How does Real Peptides MOTS-c compare to PeptideGod MOTS-C on price?
Real Peptides MOTS-c is priced at $43.20 for 10mg, while PeptideGod MOTS-C is listed at $49.95. Real Peptides is $6.75 less expensive and includes a published lot-specific COA, making it the better-documented and more affordable option between the two.
Disclaimer: This product is sold for research purposes only. BPC-157 Peptide Hub does not endorse the use of any peptide for self-administration. The information presented in this review is not medical advice. Consult a qualified healthcare professional before making any decisions related to peptide research or therapeutic protocols.

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