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Our MOTS-c is a synthetic, high-purity peptide sequence identical to the endogenous human form (amino acid sequence: MRWQEMGYIFYPRKLR). It is produced under stringent laboratory conditions to ensure exceptional purity and biological activity for research purposes. As a novel mitochondrial signal, MOTS-c is a cutting-edge tool in biochemistry and molecular biology research, primarily used to investigate metabolic regulation, insulin sensitivity, exercise mimetics, and the molecular mechanisms of aging. Its high specificity makes it invaluable for advancing studies in metabolic health and longevity science.
Synthetic, high-purity peptide sequence identical to the endogenous human form with the amino acid sequence: MRWQEMGYIFYPRKLR.
Produced under rigorous laboratory standards to ensure exceptional purity and optimal biological activity required for research applications.
Serves as a novel mitochondrial signal, acting as a cutting-edge biochemistry tool to examine insulin sensitivity and exercise mimetics.
Mainly utilized to investigate the molecular mechanisms of aging and metabolic regulation due to its high specificity.
A: The amino acid sequence of our synthetic MOTS-c is MRWQEMGYIFYPRKLR, which is identical to the endogenous human form.
A: It is manufactured under stringent laboratory conditions to guarantee exceptional purity and robust biological activity specifically for research applications.
A: MOTS-c functions as a novel mitochondrial signal and serves as a cutting-edge tool in molecular biology to study how cells regulate metabolic responses.
A: MOTS-c is primarily used to investigate metabolic regulation, insulin sensitivity, exercise mimetics, and the underlying molecular mechanisms of aging.
A: The high specificity of MOTS-c makes it an invaluable asset for obtaining precise and reliable data in metabolic health and longevity science studies.
