99% purity MOTs-c high quality 10mg/40mg/vial, 10vial/kit

MOTs-c is a synthetically produced, highly active peptide/bioactive molecule. It’s manufactured using advanced solid-phase synthesis techniques, resulting in a purity of ≥99%. The product exhibits batch stability, high activity, and well-controlled impurities. As a research-grade reagent, it’s ideal for cell experiments, mechanism studies, pharmacological research, and formula development. It provides high-quality materials for research in related fields.

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1、Highly active bioregulation: Precisely targets cell signaling pathways/molecular targets, participating in physiological processes such as metabolic regulation, cell repair, tissue maintenance, and state optimization, providing reliable models for related mechanism research.
2、Stable, efficient, and easy to use: The lyophilized powder has strong morphological stability, is easily soluble, and retains activity well. It is compatible with various experimental systems, easy to operate, highly repeatable, and reduces experimental errors.
3、Safe and low-interference: Research-grade quality control standards, sterile, pyrogen-free, endotoxin-free, with no additional impurities interfering with experimental results, suitable for long-term research and large-scale experiments.
4、Multi-scenario scientific research adaptation: Suitable for research directions such as metabolic mechanisms, cell regeneration, tissue maintenance, active ingredient development, and in vitro model construction, with a wide range of applications.

✅ High-purity quality control: ≥99%, COA quality inspection report provided for each batch, quality traceable.
✅ Advanced process: solid-phase synthesis + purification technology, low impurities, high activity, and strong batch consistency.
✅ Complete specifications: Multiple dosage specifications are available to meet different experimental scales and research needs.
✅ Stable and easy to store: Stable at -20°C for a long time, not easily degradable, with long-lasting activity, reducing storage costs.

Research on cell signaling pathways and molecular mechanisms
Research on the relationship between metabolic regulation and energy homeostasis
Research on cell repair, regeneration, and tissue maintenance
Research on bioactive ingredient screening and formulation development
Construction of in vitro experimental models and exploration of pharmacological mechanisms
Basic research and academic research applications in related fields