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APC Anti-Mouse TCR γ/δ: A Cutting-Edge Research Tool

The APC Anti-Mouse TCR γ/δ is a highly specialized monoclonal antibody designed for research applications involving T cell receptor (TCR) analysis. This antibody is engineered to recognize and bind to the γ and δ chains of the TCR, which are crucial for the recognition of bacterial and tumor antigens bound to MHC class I. With its specific reactivity to mouse cells, this antibody is a powerful tool for immunologists and researchers studying T cell subsets, particularly those expressing the γ/δ TCR.

• Targeted recognition of γ/δ TCR in mouse cells
• Enhanced detection and analysis of T cell subsets

Product Specifications and Technical Details

The APC Anti-Mouse TCR γ/δ is produced using a monoclonal antibody technique, ensuring high purity and specificity. This antibody is conjugated with APC, a fluorescent dye that provides excellent signal strength and minimal background noise. It is derived from Armenian Hamster and is of the IgG isotype, making it compatible with a wide range of immunological assays. The antibody has been quality tested for flow cytometry (FC) applications, ensuring reliable results in your research.

• Monoclonal antibody conjugated with APC dye
• Host: Armenian Hamster
• Isotype: IgG

Applications and Benefits in Research

The APC Anti-Mouse TCR γ/δ is a versatile research tool with a wide range of applications. It is particularly useful in studying T cell subsets, their roles in immune responses, and their involvement in diseases such as oral tolerance, tumor-associated tolerance, and autoimmune disorders. This antibody can be used to visualize and analyze γ/δ T cells in various tissues, including the thymus, intestinal epithelium, peripheral lymphoid tissues, and peritoneum. Its high specificity and sensitivity make it an essential component of research workflows in immunology and oncology.

• Essential for T cell subset analysis
• Enables detailed investigation of immune responses
• Supports research in oral tolerance, tumor immunity, and autoimmune diseases