Free Shipping Recombinant Mouse Kirrel1/neph1 Protein (his Tag) Save 80% Now [qfX5G0C4]

Free Shipping Recombinant Mouse Kirrel1/neph1 Protein (his Tag) Save 80% Now [qfX5G0C4]

Introducing our premium Free Shipping Recombinant Mouse Kirrel1/neph1 Protein (his Tag) Save 80% Now [qfX5G0C4], a cutting-edge product designed for researchers in the field of molecular biology and immunology. This high-quality protein is derived from HEK293 cells, ensuring purity and consistency. With its unique His Tag, this protein is easily identifiable and purifiable, making it an ideal choice for various applications, including in vitro studies, protein-protein interaction assays, and diagnostic tests.

• Produced in HEK293 cells for optimal purity and consistency
• His Tag facilitates easy identification and purification
• Excellent for in vitro research and diagnostic applications

Product Properties and Specifications

Our Free Shipping Recombinant Mouse Kirrel1/neph1 Protein (his Tag) Save 80% Now [qfX5G0C4] boasts exceptional purity, exceeding 95% as determined by reducing SDS-PAGE. It is also free from endotoxins, with a level below 1.0 EU per μg, ensuring safety and reliability. The protein has a calculated molecular weight of 53.4 kDa and an observed molecular weight of 70-85 kDa, making it suitable for various analytical techniques. Additionally, it is formulated with 5%-8% trehalose, mannitol, and 0.01% Tween 80 to enhance stability and protect the protein during storage.

• Purity > 95% as determined by reducing SDS-PAGE
• Endotoxin level < 1.0 EU per μg
• Calculated molecular weight: 53.4 kDa
• Observed molecular weight: 70-85 kDa

Applications and Benefits

The Free Shipping Recombinant Mouse Kirrel1/neph1 Protein (his Tag) Save 80% Now [qfX5G0C4] is a valuable tool for researchers studying the role of KIRREL1/NEPH1 in kidney development and function. This protein is particularly useful for understanding the interaction between KIRREL1/NEPH1 and other proteins, such as TJP1/ZO-1, NPHS2/podocin, and NPHS1/nephrin. By utilizing this protein, researchers can gain insights into the molecular mechanisms underlying kidney diseases and explore potential therapeutic strategies.

• Facilitates research on KIRREL1/NEPH1's role in kidney development and function
• Enables investigation of protein-protein interactions involving KIRREL1/NEPH1
• Supports the development of diagnostic tests and therapeutic strategies for kidney diseases