Limited Edition Brilliant Violet 711™ Anti-human Igm Special: 35% Discount [oWsaUpR9]

Brilliant Violet 711™ Anti-human IgM

The Limited Edition Brilliant Violet 711™ Anti-human Igm Special: 35% Discount [oWsaUpR9] is a highly specialized monoclonal antibody designed for the detection and analysis of human IgM. This reagent is essential for researchers studying the immune response and the function of B cells. With its unique fluorescent properties, the BV711 conjugate offers exceptional brightness and long-wavelength emission, making it ideal for flow cytometry applications.

Product Details

This antibody, clone MHM-88, is a mouse monoclonal IgG1, κ isotype. It is specifically designed to react with human IgM, making it a valuable tool for assessing B cell subsets and the presence of surface IgM on both immature and mature B cells. The antibody format is BV711, which provides a robust fluorescent signal for accurate and sensitive detection. Its host species is mouse, ensuring compatibility with various immunological assays. The product is quality tested for flow cytometry (FC) applications, ensuring reliable results.

Applications and Benefits

The Limited Edition Brilliant Violet 711™ Anti-human Igm Special: 35% Discount [oWsaUpR9] is versatile and can be used in a variety of research settings. Its ability to detect IgM expression on B cells is particularly useful for immunologists studying B cell development and immune responses. The following are some key benefits of using this product:

High Sensitivity: The BV711 conjugate provides a strong fluorescent signal, allowing for sensitive detection of IgM.

Specificity: The monoclonal nature of the antibody ensures high specificity for human IgM, reducing the risk of cross-reactivity.

Multi-Color Compatibility: The long-wavelength emission of the BV711 dye allows for compatibility with other fluorochromes in multi-color flow cytometry experiments.

This product is suitable for researchers in immunology, oncology, and other related fields who require a reliable and efficient tool for studying B cell function and the immune system.