Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]
Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]: Your Gateway to Advanced Research Discover the power of recombinant proteins with our Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]. This high-quality protein is a crucial component in the study of the Bag family,
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Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]
Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]: Your Gateway to Advanced Research
Discover the power of recombinant proteins with our Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI]. This high-quality protein is a crucial component in the study of the Bag family, known for its role in the HSC 70/CHIP chaperone-dependent ubiquitin ligase complex. With a purity of >90% and a calculated molecular weight of 25.9 kDa, this protein is perfect for various research applications.- Enhance your research with high-purity recombinant proteins.
- Explore the intricate functions of the Bag family with this specific protein.
Key Product Properties and Specifications
Our Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI] is produced in E. coli and offers a sequence spanning Met 1-Asn211. The protein carries an N-His tag, facilitating easy purification and handling. It boasts an observed molecular weight of 25-30 kDa and is stored at < -20°C for stability. Key specifications include a purity of >90% and an endotoxin level of < 1.0 EU per μg, ensuring reliable and consistent results in your experiments.- Produced in E. coli for consistent quality and yield.
- High purity and low endotoxin levels for accurate and reproducible results.
Applications and Benefits in Research and Daily Life
Our Explore Recombinant Human Bag2 Protein (his Tag) - Final Sale [g6LRq0rI] is a valuable tool for researchers investigating the Bag family and its role in cellular processes. Its use can lead to a deeper understanding of chaperone-dependent ubiquitin ligase complexes and their impact on various biological functions. Whether you're a scientist, researcher, or academic professional, this protein is an essential addition to your toolkit.- Advance your research in cellular biology and molecular medicine.
- Contribute to the growing body of knowledge on chaperone-dependent processes.
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