COA
Certificate of Analysis
Third-party HPLC and MS testing for every batch, published before purchase and tied to the batch being sold.
HPLC / MSVR-MOTS
Cellular Research
MOTS-c10mg
Mitochondrial-derived peptide for metabolic research.
$45per vial
Product handling note
Lyophilized powder may shift or come loose during transit; that is a normal occurrence and does not affect the integrity of the research product. Fill appearance and batch-specific details may vary. Refer to the Certificate of Analysis below for the documentation tied to the current batch.
Research overview
Why researchers study mitochondrial signaling peptides.
MOTS-c is studied because it connects to mitochondria, the part of the cell best known for energy production. More specifically, researchers look at MOTS-c as a signaling peptide: a small peptide that may help explain how mitochondria communicate with the rest of the cell.
The research is mostly about cellular stress, energy-related pathways, and metabolic model systems. In simple terms, MOTS-c is interesting because it sits at the intersection of mitochondria, cell signaling, and energy-related biology.
The receipts
What you get with every vial.
ID
Batch traceability
Every vial is stamped with a batch ID that links back to its COA, source record, and current product documentation.
Batch linkedLabel
Batch-linked labeling
Product identity, strength, and batch reference stay easy to match from the product listing to the vial in hand.
Listing to vialRelated peptides
Adjacent research lanes.
Product FAQ
Common research questions.
What makes MOTS-c unusual compared with most peptides?
MOTS-c is discussed as a mitochondrial-derived peptide encoded from the mitochondrial 12S rRNA region. That gives it a different research story than peptides built mainly around surface-receptor agonism.
What is AMPK in plain English?
AMPK is often described as a cellular energy sensor. In MOTS-c literature, AMPK-linked signaling is one of the main ways researchers discuss stress response, fuel handling, and energy-related cell behavior.
Why does MOTS-c sometimes get discussed with nuclear signaling?
Some MOTS-c research looks at how mitochondrial stress signals can connect back to nuclear gene-expression programs. That is the interesting part: mitochondria are not just power plants; they also send signals.
How is MOTS-c different from SS-31?
MOTS-c is the mitochondrial-derived signaling lane. SS-31 is the mitochondria-targeted membrane lane, centered more around cardiolipin and inner-membrane bioenergetics.
Research sources
Literature links are included for background reading. Batch-specific identity and purity details live in the COA tied to the current batch.