MOTS-c – Mitochondrial Research Peptide (10mg / 2ml)
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What is MOTS-c?
MOTS-c (mitochondrial open reading frame of the 12S rRNA-c) is a naturally occurring peptide encoded within mitochondrial DNA — a discovery that fundamentally expanded the scientific understanding of mitochondrial biology when first characterized in 2015. Unlike the vast majority of bioactive peptides, which are encoded in nuclear DNA, MOTS-c originates from the mitochondrial genome, reflecting its deep evolutionary roots in cellular energy regulation and metabolic homeostasis.
MOTS-c functions as a mitochondrial-derived signaling peptide that translocates to the nucleus under conditions of metabolic stress, where it directly regulates gene expression programs governing glucose utilization, insulin sensitivity, and adaptive cellular responses. Its capacity to activate AMPK (AMP-activated protein kinase) — one of the cell’s master regulators of energy balance — and modulate folate and methionine metabolism has positioned MOTS-c as one of the most compelling compounds to emerge from the expanding field of mitochondrial peptide research.
This formulation delivers ultra-high purity MOTS-c (>99%, third-party verified) in a convenient, ready-to-use 10mg / 2ml liquid format — precision and convenience combined for advanced investigations into mitochondrial signaling, metabolic regulation, and cellular adaptation.
What are the benefits of MOTS-c in research?
MOTS-c’s unique origin within mitochondrial DNA and its role as a stress-responsive metabolic regulator give it a research profile that spans energy metabolism, insulin biology, exercise physiology, and longevity science. Key areas of investigational interest include:
- Glucose metabolism & insulin sensitivity: MOTS-c has demonstrated robust effects on glucose regulation in research models, with studies documenting its capacity to improve insulin sensitivity, enhance glucose uptake, and support glycemic homeostasis — effects that have made it a compound of strong interest in metabolic disease research.
- AMPK pathway activation: Research has confirmed MOTS-c’s capacity to activate AMPK signaling cascades linked to energy balance, fat oxidation, and mitochondrial biogenesis — pathways of central importance in investigations of obesity, metabolic syndrome, and exercise adaptation.
- Mitochondrial function & energy production: As a peptide of direct mitochondrial origin, MOTS-c’s influence on mitochondrial function and cellular energy production has been a primary focus of research, with studies exploring its capacity to enhance mitochondrial efficiency and support ATP generation under conditions of metabolic demand.
- Exercise performance & endurance: MOTS-c has attracted significant research interest in exercise physiology, with investigations documenting its effects on endurance capacity, skeletal muscle metabolism, and the cellular adaptations underpinning sustained physical performance.
- Longevity & age-related metabolic decline: Research has explored MOTS-c’s role in the biology of aging, with studies examining its capacity to counteract age-associated declines in metabolic flexibility, mitochondrial function, and adaptive stress response — positioning it as a key compound in longevity-focused research programs.
- Cellular stress resilience: MOTS-c’s translocation to the nucleus under metabolic stress conditions and its subsequent regulation of adaptive gene expression programs make it a valuable tool for investigating cellular resilience mechanisms and the molecular basis of stress adaptation.
- Body composition & lipid metabolism: Research has documented MOTS-c’s influence on body composition parameters and lipid metabolism, with findings suggesting its capacity to modulate fat accumulation and support favorable shifts in metabolic phenotype — areas of strong relevance to obesity and metabolic syndrome research.
Research Background & Scientific Context
MOTS-c’s discovery by Chang et al. in 2015 represented a landmark moment in mitochondrial biology, establishing for the first time that mitochondrial DNA encodes bioactive peptides capable of functioning as systemic hormones. This finding fundamentally revised the understanding of mitochondria’s role beyond ATP production to encompass active participation in whole-body metabolic communication.
Subsequent research has rapidly expanded the MOTS-c literature across metabolic disease, exercise science, and aging biology. Studies in rodent models have demonstrated striking effects on insulin resistance, obesity, and physical performance, while investigations into its nuclear translocation mechanism have shed new light on how mitochondria communicate metabolic status to the rest of the cell. MOTS-c’s activity under conditions of nutrient imbalance and metabolic stress — including high-fat feeding, insulin resistance states, and aging — has made it particularly valuable for studies modeling the pathophysiology of modern metabolic disease. The ready-to-use 10mg / 2ml liquid format eliminates reconstitution variability and ensures precise, reproducible dosing across experimental protocols.
Proper Usage & Handling Guidelines
MOTS-c for research purposes should be handled and administered in accordance with the specific experimental protocol in use. The compound is supplied as a pre-mixed liquid solution, eliminating the need for reconstitution and providing accurate, consistent dosing directly from the vial.
Format Specifications – MOTS-c 10mg / 2ml:
Supplied as a sterile, pre-mixed liquid solution at 5mg/ml concentration in a laboratory-grade vial. The ready-to-use format supports accurate volumetric dosing across a wide range of experimental designs without additional preparation steps.
Storage & Handling Notes:
- Store refrigerated at 2–8°C; for long-term storage, keep at -20°C
- Do not freeze the ready-to-use solution repeatedly — minimize freeze-thaw cycles
- Protect from light and temperature fluctuation
- Handle under sterile laboratory conditions
- Use within recommended timeframes following initial vial opening
Possible Side Effects
MOTS-c has demonstrated a favorable tolerability profile in the published preclinical research literature, with no significant adverse effects identified at research-relevant doses in available studies. As a naturally occurring mitochondria-derived peptide, it is generally well-characterized in terms of its biological activity profile. As with all research-grade peptide compounds, appropriate experimental controls, dose-response assessments, and adherence to established laboratory safety protocols should be maintained throughout investigation.
What’s Included
- MOTS-c peptide solution — 10mg / 2ml
- Sterile, laboratory-grade vial
- Handling and usage guidelines
Why Choose This MOTS-c Formulation?
This MOTS-c formulation is manufactured to deliver the mitochondrial peptide at greater than 99% purity, independently confirmed by third-party analysis. The pre-mixed 10mg / 2ml liquid format provides a significant practical advantage over lyophilized alternatives — eliminating reconstitution steps, minimizing preparation variability, and enabling precise, reproducible dosing directly in the laboratory setting. Strong bioactivity in metabolic stress conditions, combined with lab-grade quality assurance throughout manufacturing and testing, makes this formulation an efficient and reliable choice for the most demanding metabolic, endurance, and longevity research applications.
Advance your understanding of mitochondrial signaling and metabolic adaptation with MOTS-c 10mg / 2ml — where mitochondrial-origin biology meets precision-grade purity for cutting-edge metabolic and longevity research.
The information presented has been collected from published studies and analyses and is not intended for diagnosing, treating, or preventing any disease.
Notice: MOTS-c is sold strictly and exclusively for in-vitro laboratory research, scientific experimentation, and analytical purposes only. It is not a pharmaceutical product, therapeutic agent, dietary supplement, performance-enhancing substance, or compound intended for human or animal consumption, diagnosis, treatment, or any medical or veterinary application whatsoever. The purchaser assumes full responsibility for proper refrigerated storage, safe handling, legal compliance, and adherence to all applicable institutional, national, and international regulations.
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