Distinct signalling axis
Acts largely through AMPK and the folate/one-carbon pathway rather than receptor agonism.
MOTS-c არის 16 ამინომჟავიანი პეპტიდი, რომელიც კოდირებულია მიტოქონდრიულ დნმ-ში და მეტაბოლურ კვლევებში გამოიყენება.
In research it is used to probe AMPK signalling, metabolic flexibility, insulin sensitivity and exercise adaptation — areas where classical hormone analogues give only indirect answers.
Acts largely through AMPK and the folate/one-carbon pathway rather than receptor agonism.
Frequently used in skeletal-muscle and metabolic-adaptation models.
Its 16-residue length makes identity confirmation by mass spectrometry unambiguous.
Dispatched at 2–8 °C to Tbilisi, Batumi, Kutaisi and beyond.
MOTS-c translocates to the nucleus under metabolic stress and influences gene expression, giving researchers a direct handle on retrograde mitochondrial-to-nuclear signalling. That mechanism is unavailable through incretin or growth-hormone-derived compounds, so MOTS-c is typically added to a study as a complementary arm.
MOTS-c is water-soluble and reconstitutes cleanly, but like all short peptides it is vulnerable to repeated freeze–thaw cycling. Aliquoting after reconstitution is the standard precaution.
MOTS-c is one of the faster-moving items in our catalogue among sports-science and metabolic groups. Current batch availability is confirmed on request, and each vial carries a verification code.
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