Melanotan I MT-1 10mg*10vials

Melanotan I MT-1 10mg*10 vials belongs to the CN peptide series of melanin-reducing peptides. It is a synthetic melanocortin receptor agonist that primarily targets the MC1R receptor on melanocytes. MT-1 is a basic research-grade peptide used to study melanin biosynthesis and epidermal pigmentation regulation. This product exhibits zero immunogenicity and good biocompatibility. The 10mg lyophilized powder formulation provides stable receptor-stimulating activity, supporting preclinical studies of melanocyte function, melanin synthesis regulation, skin pigmentation-related mechanisms, and validation of peptide combination effects. It is a core basic research material for pigment physiology and skin peptide mechanisms.

Product Functions and Research Value

MT-1 has three core laboratory-directed regulatory functions: selectively binding to the MC1R receptor on melanocytes, triggering intracellular signaling cascades and promoting melanin biosynthesis; MT-1 can explore the mechanisms of epidermal pigmentation deposition and distribution by regulating the physiological activity of melanocytes; it provides experimental models for pigmentation-related studies and supports the exploration of melanin production-related signaling pathways. Abnormal MC1R signaling activity and disordered melanin production are key factors leading to altered pigmentation. MT-1 provides stable and reproducible pharmacological stimulation, offering reliable baseline experimental data for preclinical studies related to pigment physiology, melanocyte biology, and dermatology.

Core Product Advantages

1. MC1R Target Specificity: Preferentially acts on the MC1R receptor on melanocytes, targeting and inducing melanin-related signaling pathways, suitable for baseline modeling of pigmentation mechanisms.

2. Stable Melanin Production Stimulation: Stable lyophilized peptide activity stably triggers melanin biosynthesis, ensuring reproducibility of experimental results.

3. Good Biocompatibility: Low immunogenic synthetic peptide, suitable for cellular level and preclinical intervention studies, with no significant immune interference.

4. Compatible with Peptide Studies: Can be used in combination with other melanocortin-like peptides for comparative and synergistic mechanism studies.

5. High-Purity Lyophilization Process: Gradient purification followed by vacuum lyophilization results in low background impurities and long-term stable activity.

6. Standard Aseptic Packaging: 10 vials per aseptic pack, including complete HPLC analysis and COA documentation, suitable for laboratory projects and bulk purchases.

Melanotan I MT-1 10mg*10 vials belongs to the CN peptide tanning peptide series. It is a synthetic melanocortin receptor agonist, primarily targeting the MC1R receptor on melanocytes. It is a fundamental research peptide for studying melanin biosynthesis and epidermal pigmentation regulation. This product has zero immunogenicity and excellent biocompatibility. The 10mg lyophilized vial packaging provides stable receptor-stimulating activity, suitable for preclinical studies of melanocyte function, melanin synthesis regulation, skin pigmentation mechanisms, and validation of peptide combination efficacy. It is a core basic material for research on pigment physiology and skin peptide mechanisms.

Core Uses and Research Value of Peptides: MT-1 has three core regulatory research values ​​in laboratory studies: selectively binding to the MC1R receptor on melanocytes, initiating intracellular signaling cascades and promoting melanin biosynthesis; regulating melanocyte physiological activity to explore the mechanisms of epidermal pigment deposition and distribution; and constructing experimental models related to pigmentation to support the exploration of signaling pathways related to melanin production. Abnormal MC1R signaling activity and disordered melanin production are important causes of altered pigment phenotypes. MT-1 provides stable and reproducible pharmacological stimulation, providing reliable baseline experimental data for preclinical research in pigment physiology, melanocyte biology, and skin-related fields.