Product Overview
Melanotan I (MT-1) 10mg is a high-potency synthetic peptide analog of the naturally occurring alpha-melanocyte-stimulating hormone (α-MSH). Engineered for precision laboratory investigations, MT-1 is a cornerstone compound for researchers studying melanogenesis, pigmentation pathways, and melanocortin receptor (MCR) signaling.
As a precursor to melanin production, our MT-1 10mg preparation is optimized for preclinical models investigating cellular receptor interactions and systemic photoprotection mechanisms.
Guaranteed Purity & Analytical Excellence
We understand that research integrity depends on the quality of your compounds. Our Melanotan I 10mg undergoes rigorous analytical testing to ensure it meets the highest laboratory standards:
- Purity: ≥99.8% (Verified by HPLC)
- Assay Content: 9.83mg
- Identification (Retention Time): 0.996
- Identification (Spectrum): 993
- Bacterial Endotoxins: <0.001 EU/mg (Ultra-low)
- Microbial Safety: Total Aerobic Count, Yeast, and Mold are Not Detected.
What is Melanotan I (MT-1)?
Melanotan I is a non-selective agonist of the melanocortin receptors (MC1R, MC3R, MC4R, and MC5R). By mimicking the action of α-MSH, it triggers the darkening of skin through melanogenesis—the process where melanocytes produce melanin.
Unlike other analogs, MT-1 has been extensively documented in peer-reviewed literature for its role in modeling skin tanning processes and investigating receptor activity without the significant systemic side effects associated with less refined compounds.
Key Research Applications
In controlled laboratory environments, MT-1 is a versatile tool for exploring peptide hormone regulatory pathways. Common research applications include:
- Melanocortin Receptor Signaling: Investigating how agonists interact with MCRs to influence physiological responses.
- Pigmentation Pathway Investigation: Analyzing the biochemical steps of melanin synthesis in various skin cell models.
- Photoprotective Mechanism Studies: Researching how increased melanin levels may offer cellular protection against UV-induced damage.
- Peptide Hormone Interaction: Exploring the comparative efficacy of synthetic analogs versus endogenous hormones.
- Cell Signaling Analysis: Utilizing MT-1 as a probe for intracellular signaling cascades in dermatological research.
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