Editor's Pick Recombinant Human Treml2/tlt2 Protein (fc Tag) Slash 35% Off The Price [tFrf8KYD]

Introducing Editor's Pick Recombinant Human Treml2/tlt2 Protein (fc Tag) Slash 35% Off The Price [tFrf8KYD]

Are you searching for a high-quality recombinant protein for your research needs? Look no further! Our Editor's Pick Recombinant Human Treml2/tlt2 Protein (fc Tag) Slash 35% Off The Price [tFrf8KYD] is a powerful tool for investigating the functions and interactions of TREML2, a crucial player in immune responses. With this protein, you can delve into the complexities of innate and adaptive immunity, thanks to its well-characterized properties and reliable performance.

• Expressed in HEK293 Cells for consistent quality
• Contains a C-Fc tag for enhanced detection and purification

Key Features and Specifications

Our Editor's Pick Recombinant Human Treml2/tlt2 Protein (fc Tag) Slash 35% Off The Price [tFrf8KYD] is a pure, biologically active protein with a high level of purity, exceeding 90% as determined by SDS-PAGE. This ensures the highest quality for your research applications. The protein has a calculated molecular weight of 54.2 kDa, with an observed molecular weight of 80-110 kDa. It is derived from the sequence Gly19-Ser268 and carries the AAI25079.1 accession number.

• Calculated molecular weight: 54.2 kDa
• Observed molecular weight: 80-110 kDa
• Expressed in HEK293 Cells

Applications and Benefits

Whether you're working on immune responses, cell signaling, or tumor biology, our Editor's Pick Recombinant Human Treml2/tlt2 Protein (fc Tag) Slash 35% Off The Price [tFrf8KYD] can provide valuable insights into these complex areas. The protein has been shown to interact with CD276, enhancing T-cell activation and potentially playing a role in innate immune responses. With this recombinant protein in your toolkit, you can explore the role of TREML2 in inflammation, T-cell activation, and more.

• Excellent tool for studying TREML2's role in immune responses
• High purity and bioactivity for reliable results
• Supports research in inflammation, T-cell activation, and tumor biology