High-quality Recombinant Mouse Kirrel3/neph2 Protein (his Tag)(active) Kit [rYodZczj]
High-Quality Recombinant Protein for Research The High-quality Recombinant Mouse Kirrel3/neph2 Protein (his Tag)(active) Kit [rYodZczj] is a premium research tool designed for scientists and researchers seeking to study the critical functions of KIRREL3/NEPH2 in various biologi
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High-Quality Recombinant Protein for Research
The High-quality Recombinant Mouse Kirrel3/neph2 Protein (his Tag)(active) Kit [rYodZczj] is a premium research tool designed for scientists and researchers seeking to study the critical functions of KIRREL3/NEPH2 in various biological processes. This active protein is produced using HEK293 cells, ensuring high purity and biological activity. With its specific sequence Met 1-Ala 535 and molecular weights of 57.5 kDa (calculated) and 65 kDa (observed), this protein is ideal for a wide range of applications, including cell adhesion studies and research into the role of KIRREL3/NEPH2 in the brain and kidney.Key Features and Specifications
This recombinant protein is characterized by its high purity, exceeding 96% as determined by reducing SDS-PAGE. It is also endotoxin-free, with less than 1.0 EU per μg of the protein, ensuring reliable and reproducible results. The protein is formulated in a sterile PBS solution with added protectants like trehalose, mannitol, and Tween 80, making it stable and easy to handle. The product is shipped as a lyophilized powder, ensuring long-term stability and convenience for researchers.Applications and Benefits
The High-quality Recombinant Mouse Kirrel3/neph2 Protein (his Tag)(active) Kit [rYodZczj] is a versatile tool for studying the function of KIRREL3/NEPH2 in various biological contexts. Its ability to support the adhesion of MS1 mouse pancreatic islet endothelial cells makes it particularly useful for research into cell signaling and adhesion processes. Additionally, the protein's involvement in the nucleogenesis of the pontine nucleus suggests its potential in studying neuronal migration and brain development. With this protein, researchers can gain valuable insights into the complex functions of KIRREL3/NEPH2 and its role in human health and disease.What Our Customers Say
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