MOTS-C exercise and endurance research findings

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Current research on MOTS-c centres on age-related metabolic decline, insulin resistance in type 2 diabetes models, and skeletal muscle function preservation. The peptide's half-life in circulation is approximately 4–6 hours in rodent plasma, which limits sustained systemic exposure but allows for pulsatile signaling that mimics exercise-like metabolic bursts. A 2019 study in Nature Medicine examined MOTS-c levels across human aging cohorts and found that circulating MOTS-c declines by approximately 50% between ages 20 and 70. When older mice (18 months) were administered exogenous MOTS-c at 5mg/kg three times weekly for 8 weeks, their running endurance increased by 230% compared to saline controls. Matching the performance of younger (6-month) untreated mice. Mitochondrial respiration rates in skeletal muscle improved by 45%, measured via oxygen consumption in isolated muscle fibres. The insulin-sensitising effects are particularly robust. Db/db mice (a genetic model of type 2 diabetes) treated with MOTS-c showed fasting glucose reduced from 485mg/dL to 298mg/dL after 21 days, with corresponding improvements in glucose tolerance test area-under-curve (AUC) of 38%. Importantly, these effects occurred without hypoglycemia. MOTS-c doesn't force glucose into cells indiscriminately like exogenous insulin; it restores insulin sensitivity so endogenous insulin works properly. Real Peptides supplies research-grade MOTS-c synthesised through solid-phase peptide synthesis with verified amino acid sequencing, providing the structural accuracy required for mechanistic studies. Each batch undergoes HPLC and mass spectrometry analysis to confirm >98% purity. Critical when studying receptor-mediated signaling pathways where even minor sequence variations can alter binding affinity.