Premium Quality Recombinant Mouse Cyclophilin A Protein Series [UIw8hjDy]

Premium Quality Recombinant Mouse Cyclophilin A Protein Series [UIw8hjDy]: Advanced Research Tool

The Premium Quality Recombinant Mouse Cyclophilin A Protein Series [UIw8hjDy] is a high-quality research tool designed for scientists and researchers in the field of molecular biology. This protein, also known as CYPA, is a crucial component of the cyclophilin-type PPIase family and plays a vital role in protein folding and stability. With its mouse species origin and E.coli expression host, this recombinant protein offers a reliable source for various experimental applications.

• Mouse species origin ensures accurate representation of native protein characteristics.
• E.coli expression host provides a robust and consistent protein production process.

Product Properties and Specifications

This recombinant protein is produced with exceptional purity, exceeding 95% as determined by reducing SDS-PAGE. It is formulated in a PBS solution with 10% glycerol at pH 7.4, ensuring optimal solubility and compatibility with various research techniques. The protein's calculated molecular weight is 18.0 kDa, with an observed molecular weight of 16 kDa, making it ideal for various biochemical assays and protein studies.

• High purity (>95%) for reliable experimental results.
• Formulated in PBS with 10% glycerol for easy handling and compatibility.

Applications and Benefits

The Premium Quality Recombinant Mouse Cyclophilin A Protein Series [UIw8hjDy] is an invaluable resource for studying the function of cyclophilin A in protein folding, HIV research, and various other applications. Its ability to interact with HIV proteins and its role in viral formation make it a key tool for understanding the virus's lifecycle. Whether you are conducting research in virology, immunology, or protein engineering, this recombinant protein offers numerous benefits.

• Essential tool for HIV research and understanding viral lifecycle.
• Contributes to the study of protein folding and stability in various biological processes.