Mitochondrial-derived peptide research

MOTS-C

A 16-amino-acid mitochondrial-derived peptide studied in cellular energy-stress models.

Explore presentation-specific analytical records covering identity, purity, measured content, lot traceability and downloadable Certificates of Analysis.

Certified presentations
Product information
Royal Pharma MOTS-C vial
Selected record40 mg

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Batch documentation

Presentation-specific COAs document identity, purity, measured content and lot information.

Product information

Mitochondrial signalling research, documented by batch.

MOTS-C is a 16-amino-acid peptide encoded within mitochondrial DNA and studied as a signalling molecule in metabolic-stress and cellular-energy models. The Royal Pharma 40 mg presentation is tied below to its sample-specific analytical record.

01

Research class

Mitochondrial-derived 16-residue peptide
02

Documentation status

Preclinical research compound
03

Reference CAS

1627580-64-6
04

Physical form

White lyophilised powder

Research profile

A mitochondrial sequence acting as a cellular signal.

Laboratory research examines MOTS-C in glucose-handling, AMPK-signalling and stress-responsive gene-expression models. These endpoints remain preclinical research context.

16 AA
Mitochondrial origin

The sequence is encoded within the mitochondrial 12S rRNA region.

mtDNA
Energy-stress signalling

Cell models examine responses associated with AMPK and metabolic adaptation.

AMPK
Nuclear response

Research also investigates stress-dependent nuclear translocation and gene regulation.

Quality documentation

Certificate of Analysis

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supplied for that sample.

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Selected COA

MOTS-C · 40 mg

Purity99.826%
Measured content
56.49 mg
Identity
MOTS-C
Lot
NL-MOTSC-2501-
Appearance
White Lyophilized Powder
Accession number
2607014386
Search code
Received
02/02/2026
Reported
2/04/2026
For laboratory research use only.

The supplied certificates state that the tested materials are intended for research use only and are not approved for human or veterinary use, diagnostic, therapeutic or clinical applications. Results are specific to the submitted samples. This page does not provide medical advice, dosing or administration instructions.