Recombinant Rat MMP2 protein (His tag)

A DNA sequence encoding the Rat Mmp2 protein (P33436) (Met1-Cys662) was expressed with a C-His.

Introducing the Recombinant Rat MMP2 Protein (HIS TAG), a meticulously engineered product designed to cater to the diverse needs of the scientific community. This protein, derived from the rat matrix metalloproteinase 2 (MMP2), showcases exceptional quality and purity, making it an indispensable tool for various research applications.

The Recombinant Rat MMP2 Protein (HIS TAG) is meticulously produced using advanced recombinant DNA technology, ensuring the utmost precision and accuracy in its composition. With the inclusion of a histidine (HIS) tag, this protein offers enhanced ease of purification and subsequent downstream applications.

This product's unrivaled purity is achieved through a rigorous purification process, which eliminates any impurities or contaminants, guaranteeing a highly concentrated and reliable protein source. The Recombinant Rat MMP2 Protein (HIS TAG) is characterized by its exceptional stability, ensuring consistent performance and reproducibility in experimental settings.

The Recombinant Rat MMP2 Protein (HIS TAG) exhibits remarkable functionality, enabling researchers to delve into the intricate mechanisms of extracellular matrix remodeling and tissue homeostasis. Its ability to specifically cleave various substrates, including gelatin and collagen, makes it an invaluable asset in studying cellular processes such as migration, invasion, and angiogenesis.

This product is meticulously packaged to preserve its integrity and stability during transportation and storage. Each vial contains a generous quantity of the Recombinant Rat MMP2 Protein (HIS TAG), allowing for multiple experiments and ensuring cost-effectiveness.

In summary, the Recombinant Rat MMP2 Protein (HIS TAG) stands as a pinnacle of scientific innovation, offering researchers an unparalleled tool to unravel the complexities of matrix metalloproteinase biology. With its exceptional purity, stability, and functionality, this protein is poised to revolutionize research in fields such as cancer biology, tissue engineering, and regenerative medicine.