PT-141

PT-141 (Bremelanotide) – Research Grade Peptide

PT-141 (Bremelanotide) is a synthetic cyclic melanocortin-receptor research peptide derived from the α-MSH (alpha-melanocyte-stimulating hormone) family. It is widely used in controlled in-vitro laboratory studies to investigate melanocortin receptor signalling, receptor subtype selectivity, and downstream second-messenger pathways under non-clinical research conditions.

As a melanocortin analogue, PT-141 enables precise exploration of receptor–ligand interactions and intracellular signalling mechanisms associated with the melanocortin system, supporting advanced research in neuroendocrine and molecular signalling models.


Product Information

  • Product name: PT-141

  • Synonyms: Bremelanotide; SZT-brem; melanocortin analogue

  • Class: Cyclic heptapeptide analogue of α-MSH (melanocortin family)

  • CAS (reference): 189691-06-3

  • Form: Lyophilised powder

  • Unit size: 10 mg

  • Appearance: White to off-white solid


⚠️ Important Notice

All products are manufactured exclusively for controlled laboratory research and development applications.
Not for human or animal use.


🔬 Suitable R&D Applications

🧪 Melanocortin Receptor Signalling Studies

  • Investigation of MC receptor activation and selectivity

  • Ligand–receptor interaction analysis

⚗️ Second-Messenger Pathway Research

  • Evaluation of cAMP-dependent signalling cascades

  • Mapping intracellular response mechanisms

🧩 Neuroendocrine Signalling Models

  • In-vitro exploration of melanocortin system function

  • Support for central and peripheral signalling studies

🔒 Peptide Stability & Integrity Testing

  • Assessment of chemical and enzymatic stability

  • Degradation profiling under experimental conditions

📦 Formulation & Delivery Research

  • Compatibility testing with research-grade excipients

  • Evaluation of carrier systems for experimental applications

🧬 Cell-Based & Molecular Assays

  • Use in receptor-expressing cell lines

  • Support for mechanistic and translational research models