Bfcm Special Recombinant Mouse S100a11 Protein (his Tag) Special: 75% Discount [7zOAgpH6]

Bfcm Special Recombinant Mouse S100a11 Protein (his Tag) Special: 75% Discount [7zOAgpH6]

Discover the purity and precision of our Bfcm Special Recombinant Mouse S100a11 Protein (his Tag) Special: 75% Discount [7zOAgpH6], a high-quality recombinant protein derived from E. coli. This protein is a vital component of the S-100 family, known for its diverse roles in cellular processes and tumor biology. With its N-His tag for easy detection and purification, this protein is ideal for various research applications.

Key Features and Specifications

Our Bfcm Special Recombinant Mouse S100a11 Protein (his Tag) Special: 75% Discount [7zOAgpH6] boasts a purity of over 90% as determined by reducing SDS-PAGE, ensuring reliable and consistent results. This protein has a calculated molecular weight of 13.2 kDa and an observed molecular weight of 14 kDa, making it suitable for various experiments. The protein is available in a lyophilized form, shipped with ice packs for safe delivery. Its formulation includes sterile PBS, 10% glycerol, pH 7.4, and additional protectants such as trehalose, mannitol, and Tween 80 for stability and longevity.

Applications and Benefits

The Bfcm Special Recombinant Mouse S100a11 Protein (his Tag) Special: 75% Discount [7zOAgpH6] is a versatile tool for researchers studying cell growth, differentiation, and tumor biology. Its dual role as a tumor suppressor or promoter in various types of tumors makes it a valuable resource for understanding the complex interactions within the S-100 family. With its non-covalent homodimer structure and calcium-binding properties, this protein can trigger conformational changes that facilitate its interaction with target proteins. The protein's bio-activity, although not validated, opens up possibilities for further research and exploration. Utilize this high-quality recombinant protein to advance your research and contribute to the understanding of S100A11's role in cellular processes and disease.