Limited Edition Cfluor^® R685 Anti-human Cd3 (sk7) Save 75% Now [q2p6GYfk]

cFluor® R685 Anti-Human CD3 (SK7)

The cFluor® R685 Anti-Human CD3 (SK7) is a highly specialized monoclonal antibody designed for research applications in immunology. This antibody is engineered to bind specifically to the epsilon chain of the CD3 antigen/T-cell antigen receptor, a crucial component in the T-cell signaling pathway. Its exceptional purity and affinity make it an ideal tool for identifying and studying T cells, NK T cells, and thymocytes, providing a robust solution for various immunological research needs. Key features include:

• High specificity for human CD3 epsilon chain
• Conjugated to a fluorophore for enhanced detection
• Purified by affinity chromatography for maximum purity

Product Specifications and Technical Details

The cFluor® R685 Anti-Human CD3 (SK7) is formulated with a mouse IgG1, κ isotype, and is optimized for flow cytometry applications. It comes in a convenient cFluor® R685 format, ensuring compatibility with a wide range of instruments. The recommended dilution for flow cytometry is 5 µL per 1 million cells, making it efficient for high-throughput assays. The antibody is supplied in a phosphate-buffered solution containing 0.09% sodium azide and 0.2% BSA, ensuring stability and compatibility with various cell types. Key specifications include:

• Clone: SK7
• Reactivity: Human
• Format: cFluor® R685
• Isotype: Mouse IgG1, κ

Applications and Benefits

The cFluor® R685 Anti-Human CD3 (SK7) is an invaluable tool for researchers studying T-cell function, activation, and signaling. Its high specificity and affinity make it particularly useful for identifying and characterizing T-cell subsets, analyzing T-cell responses to antigens, and understanding the role of CD3 in immune responses. The antibody's compatibility with flow cytometry allows for efficient and accurate analysis of cell populations, making it a preferred choice in clinical and academic laboratories. Key benefits include:

• Enhanced detection of T cells and T-cell subsets
• Improved understanding of T-cell signaling and function
• Convenient and easy-to-use formulation for flow cytometry