Fast Shipping Recombinant Human Treml2/tlt2 Protein (his Tag) Set [PqeZQV2z]

Fast Shipping Recombinant Human Treml2/tlt2 Protein (his Tag) Set [PqeZQV2z]: A Cutting-Edge Research Tool

Introducing our high-quality Fast Shipping Recombinant Human Treml2/tlt2 Protein (his Tag) Set [PqeZQV2z], a vital tool for researchers in the fields of immunology and cellular biology. This protein, expressed in HEK293 cells, offers a reliable and efficient means to study the function and interaction of TREML2/TLT2, a key player in immune responses. With its specific Ig-like V-type domain and various applications in both basic research and therapeutic development, this protein is an essential component for any laboratory looking to advance their understanding of the immune system.

Product Specifications and Properties

Our Fast Shipping Recombinant Human Treml2/tlt2 Protein (his Tag) Set [PqeZQV2z] is characterized by its high purity, exceeding 95%, as determined by reducing SDS-PAGE. It is endotoxin-free, with a level less than 1.0 EU per μg, ensuring the safety and reliability of your experiments. The protein is stabilized with a formulation that includes trehalose, mannitol, and Tween 80, ensuring its stability during storage and reconstitution. Key specifications include a calculated molecular weight of 28.5 kDa and an observed molecular weight of 55-60 kDa, with a His Tag for easy detection and purification.

Applications and Benefits

This recombinant protein is ideal for various applications, including in vitro binding assays, cell-based assays, and functional studies. Its potential to enhance T-cell activation through interaction with CD276 makes it a valuable asset for research into immune responses and autoimmune diseases. The protein's ability to be used in both basic research and therapeutic development positions it as a versatile tool for scientists and researchers. With its reliable performance and high purity, the Fast Shipping Recombinant Human Treml2/tlt2 Protein (his Tag) Set [PqeZQV2z] is a must-have for anyone looking to delve deeper into the complex world of immune biology.