Transform Recombinant Mouse Blmh/blm Hydrolase Protein (his Tag)(active) Check It Out [LyVdWZg0]

Transform Recombinant Mouse Blmh/blm Hydrolase Protein (his Tag)(active) Check It Out [LyVdWZg0]

Introducing our Recombinant Mouse BLMH/BLM Hydrolase Protein, a cutting-edge research tool designed for scientists seeking to advance their understanding of the papain superfamily member bleomycin hydrolase. This highly conserved enzyme plays a crucial role in metabolic inactivation of the glycopeptide bleomycin, an essential component of cancer chemotherapy. Our product offers a pure, active protein with exceptional bio-activity, making it an invaluable asset for various research applications.

• Active protein with high bio-activity
• Expressed in E.coli for ease of production
• Meets the highest purity standards

Product Properties and Specifications

Our Recombinant Mouse BLMH/BLM Hydrolase Protein is produced using a recombinant expression system in E.coli, ensuring consistent quality and purity. The protein is tagged with a His tag for easy purification and detection. Key specifications include a calculated molecular weight of 53.3 kDa and an observed molecular weight of 47 kDa. The protein is >95% pure, as determined by reducing SDS-PAGE, and has been shown to have a specific activity of >500 pmoles/min/μg when measured by its ability to hydrolyze Met-AMC.

• Expressed in E.coli
• N-His tagged for easy purification
• Calculated molecular weight: 53.3 kDa
• Observed molecular weight: 47 kDa

Practical Applications and Benefits

The Recombinant Mouse BLMH/BLM Hydrolase Protein is a powerful tool for researchers studying the metabolism and effects of bleomycin in cancer therapy. This protein can be used to investigate the role of BLMH in neonatal survival and epidermal integrity. Its high purity and activity make it ideal for a wide range of applications, including enzyme assays, protein crystallization, and in vitro studies. Whether you are a scientist in academia or industry, this product offers the reliability and performance you need to drive your research forward.

• Valuable for cancer research and chemotherapy studies
• Enables detailed investigation of BLMH function
• Contributes to advancements in neonatal and dermatological research