Mots-C
MOTS-c is a 16-amino-acid mitochondrial-derived peptide encoded within mitochondrial DNA. It is studied as a signaling molecule linking mitochondrial stress, nuclear responses, cellular energy metabolism, and adaptive homeostasis.
Unlike conventional peptides encoded by nuclear genes, MOTS-c originates from a short open reading frame within the mitochondrial 12S rRNA region. Research suggests it can participate in mitochondria-to-nucleus communication, but its biology remains an evolving field.
Preclinical studies examine metabolic-stress signaling, AMPK-related pathways, folate and purine metabolism, nuclear translocation under stress, glucose utilization, and skeletal-muscle responses. Mechanistic conclusions remain model- and context-dependent.
Current research includes mitochondrial signaling, metabolic homeostasis, exercise and muscle models, cellular stress resistance, aging biology, and population studies of circulating MOTS-c. Analytical assays and species differences require careful interpretation.
Most mechanistic evidence is preclinical, and clinical application has not been established. Reviews consistently note promising biology alongside major gaps in delivery, pharmacology, dose translation, long-term safety, and reproducibility.
Mitochondrial-peptide research benefits from rigorous controls for peptide identity, purity, concentration, cell state, metabolic media, and timing. Store and handle according to the label and lot documentation and minimize conditions that can accelerate peptide degradation.
The label, lot number, declared vial amount, and batch-specific documentation are the authoritative references for the supplied material. Any certificate should be matched to the lot number on the vial. A purity result describes analytical composition; it does not establish sterility, clinical safety, or suitability for human use.
Published research about the molecule Mots-C describes specific experimental materials, formulations, doses, populations, and controlled conditions. Those findings cannot be transferred automatically to this Peptara Lab research material and are not a promise of clinical effect.
Mots-C is supplied exclusively for controlled laboratory and in vitro research. The experimental design, solvent, concentration, and handling procedure must be determined by qualified personnel under an approved institutional protocol.
Record the product title, lot number, vial amount, receipt date, opening date, storage conditions, operator, and experimental use in the laboratory log.
Confirm solvent and container compatibility, use appropriate blanks and reference standards, and document any deviation from the approved method.
Orders are prepared on business days after payment and stock confirmation. You will be contacted if an item requires additional processing time.
Products are packed to reduce movement, light exposure, and damage during transport. Inspect the parcel and product label after delivery.
Tracking information is provided when supported by the selected carrier. Delivery time depends on the destination and courier service.
Available delivery methods, final shipping cost, and the latest estimated delivery window are shown at checkout.
Mots-C is offered exclusively for laboratory and in vitro research. It is not intended for human or veterinary use.
MOTS-c is called mitochondrial-derived because its sequence is encoded within mitochondrial DNA. This does not mean a research vial contains mitochondria; it contains a synthetic material corresponding to the studied peptide sequence.
No. Products in this catalog are research materials and are not presented as medicines, foods, cosmetics, or dietary supplements.
Follow the conditions printed on the label and any batch documentation. Keep the container sealed and protect it from light, heat, moisture, contamination, and repeated temperature changes.
The variant indicates the amount of material in the vial. Choose only according to the requirements of your validated laboratory protocol; it is not a dosage recommendation.
Where batch-specific documentation is available, it can be requested from Peptara Lab support before purchase. Always match any document to the lot number on the received product.
After payment and stock confirmation, in-stock orders are normally prepared for dispatch within 1–2 business days. Courier transit time is separate and depends on destination and service.
Do not use the material. Photograph the outer parcel, protective packaging, label, lot number, and damage, keep all packaging, and contact Peptara Lab support promptly for review.
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