Core Peptides B7-33 – 6MG

Core Peptides B7-33 – 6MG

Core Peptides B7-33 – 6MG is a specialized synthetic peptide research material supplied for professional laboratory and scientific research applications. B7-33 is an engineered peptide derived from the B-chain region of relaxin and has been investigated in preclinical research for its interaction with relaxin-related signaling pathways.

Presented in a convenient 6 mg quantity, this research material is suitable for controlled experimental studies involving peptide characterization, receptor signaling, molecular interactions, and cellular research.

Product Highlights

• Product: B7-33
• Quantity: 6 mg
• Category: Synthetic peptide research material
• Research focus: Relaxin-related signaling, receptor interactions, peptide characterization, and cellular research
• Format: Convenient 6 mg research quantity
• Intended application: Professional laboratory and scientific research

Research Applications

B7-33 has been investigated as a research peptide for examining relaxin receptor signaling and related cellular pathways. Researchers may utilize it in appropriately designed experimental systems to study molecular interactions, receptor-mediated signaling, cellular responses, and other mechanisms associated with relaxin biology.

The peptide may also serve as a useful research material for analytical characterization and comparative studies involving relaxin-derived peptide sequences.

Quality & Documentation

For accurate experimental planning, researchers should consult the accompanying Certificate of Analysis (COA) and technical documentation for batch-specific information, including identity, purity, analytical results, storage recommendations, and other applicable specifications.

Research Use Only

Core Peptides B7-33 – 6MG is intended strictly for laboratory research purposes. It is not intended for human or veterinary consumption, self-administration, diagnosis, treatment, cure, or prevention of any disease or medical condition.

All handling and experimental use should be performed by appropriately qualified personnel using suitable laboratory safety procedures and in accordance with applicable regulations.