Studies have demonstrated MOTS-c's ability to improve insulin sensitivity in rodent models of insulin resistance, examining AMPK activation, glucose transporter expression and downstream glucose uptake in skeletal muscle.

Laboratory models have investigated MOTS-c's activation of the AMPK signalling pathway, characterising how mitochondrial stress signals trigger AMPK-mediated metabolic adaptations in muscle and liver tissue.

Studies have examined MOTS-c's exercise-mimetic properties, investigating its ability to activate metabolic pathways associated with physical activity including fatty acid oxidation, mitochondrial biogenesis and antioxidant defence.

Research has examined MOTS-c levels in aged versus young subjects and animal models, investigating how declining mitochondrial peptide signalling contributes to age-related metabolic dysfunction.

Laboratory studies have examined MOTS-c's effects on adipose tissue biology and body composition in diet-induced obesity models, measuring fat mass reduction, adipokine profiles and metabolic rate changes.

Studies have investigated MOTS-c's translocation from mitochondria to the nucleus under stress conditions, examining its role as a transcriptional regulator of antioxidant and stress response genes.

Allow vial to reach room temperature. Clean the rubber stopper with an alcohol swab and allow to dry completely.

Draw required volume of BAC water into a sterile syringe. Inject slowly down the inside of the vial wall — not directly onto the powder.

Gently swirl until powder fully dissolves. Do not shake. Solution should be clear and colourless. MOTS-c dissolves readily in BAC water.