Avenor Biosciences Back to Catalog

Mitochondrial signaling

MOTS-C

MOTS-c

A fascinating mitochondria-derived signal at the center of emerging research into cellular energy, metabolic stress adaptation, and communication between mitochondria and the nucleus.

Primary research pathwaysMitochondrial · AMPK
In simple termsCellular energy, exercise capacity, metabolic health, and healthy-aging research.

Scientific overview

What is MOTS-c?

MOTS-c is a mitochondria-encoded peptide studied as a signal between mitochondria and the nucleus. Research links it to cellular stress adaptation, folate/AICAR/AMPK signaling, glucose metabolism, and skeletal-muscle responses.

Mechanism under study

How researchers examine it

Under metabolic stress, MOTS-c has been reported to influence AMPK-related pathways and nuclear gene expression. Much of the intervention evidence comes from cell and animal experiments rather than controlled therapeutic trials in humans.

Evidence landscape

What the research currently shows

A translational study found that exercise increased endogenous MOTS-c in a small human sample, while administered MOTS-c improved physical performance in mice. Those findings do not establish human efficacy or an accepted clinical protocol.

Research focus

Why it stands out

  • A mitochondria-derived peptide that links cellular energy systems with nuclear signaling.
  • Studied in connection with metabolic stress adaptation, AMPK activity, and skeletal muscle.
  • Represents an emerging area of interest in mitochondrial communication and healthy-aging research.

Primary references

Exercise and MOTS-c · PubMedMetabolic homeostasis · PubMed

Continue exploring

Return to the research catalog.

View all compounds