Cellular & mitochondrial research

Cellular and mitochondrial research peptides are designed to investigate intracellular energy regulation, bioenergetic signaling, and gene expression pathways associated with cellular maintenance and stress adaptation. Unlike receptor-agonist metabolic compounds or extracellular matrix–focused regenerative peptides, this category centers on peptides that influence mitochondrial function and cellular regulatory mechanisms.
This category includes mitochondrial-derived peptides such as MOTS-c and regulatory tetrapeptides such as Epitalon, which are studied in experimental models examining AMPK signaling, oxidative stress modulation, telomerase activity, and cellular aging pathways.
MOTS-c is investigated for its interaction with metabolic stress responses and intracellular energy-sensing pathways. Epitalon is studied in relation to telomerase regulation and gene expression patterns associated with cellular longevity research.
These compounds are supplied in lyophilized form for laboratory and analytical research purposes only.