Protease-Activated Receptor-4, PAR-4 Agonist 3, amide, murine – 1 mg

Overview

Protease-Activated Receptor-4 (PAR-4) plays a crucial role in various physiological processes, including muscle contraction and platelet activation. The PAR-4 Agonist 3, amide, murine variant, is designed to activate this specific receptor, offering valuable insights into its functional dynamics. This peptide, with sequences GYPGKF-NH2 and AYPGKG-NH2, has been shown to induce concentration-dependent contractile effects on muscle tissues, making it an essential tool for research in muscle physiology and pharmacology.

Key Features

• High purity 1 mg quantity for reliable results
• Specifically targets Protease-Activated Receptor-4
• Induces contractile effects on muscle through GYPGKF-NH2 and AYPGKG-NH2 sequences
• Essential for studying muscle contractions and receptor interactions
• Compatible with various labeling techniques, enhancing research capabilities

Specifications

FAQ

What are the applications of PAR-4 Agonist 3?

The PAR-4 Agonist 3 is primarily used in studies related to muscle contraction and signaling pathways of the PAR-4 receptor. Researchers utilize this peptide to explore its effects on muscle tissues and investigate its potential in therapeutic applications.

How should I store this peptide?

It’s recommended to store PAR-4 Agonist 3 at -20°C for optimal stability. Ensure that the peptide is kept in a dry and cool environment, away from light to maintain its integrity.

Can this peptide be used with other assays?

Yes, PAR-4 Agonist 3 can be integrated into various research assays, especially those focused on muscle physiology and receptor activation. For instance, using it in conjunction with related products such as our kinase substrates or fluorescently labeled peptides can provide comprehensive data on receptor activity.

If you’re looking to advance your research on receptor interactions, consider adding PAR-4 Agonist 3 to your inventory today. Its reliable performance makes it a smart choice for any laboratory focused on physiological research.

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