Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM]

Introducing Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM]

Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM] is a highly specialized monoclonal antibody designed for research applications in the field of immunology and cell biology. This exceptional product offers a robust solution for studying IgG Fc fragment-mediated functions such as opsonization, antibody-dependent cellular cytotoxicity (ADCC), and complement activation. With its KIRAVIA Blue 520 conjugation, it provides enhanced fluorescence properties, making it an ideal choice for flow cytometry and other cellular analysis techniques.

Product Details and Specifications

The Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM] antibody is clone M1310G05 and is of rat origin. It is formulated as a monoclonal antibody with a reactivity specific to human antigens. This product features a unique KIRAVIA Blue 520 conjugation, offering high fluorescence intensity and minimal background noise. Key specifications include the antibody format, which is FC-quality tested, and the host, which is rat. Additionally, it belongs to the IgG2a, κ isotype.

• Enhanced fluorescence with KIRAVIA Blue 520 conjugation
• Monoclonal antibody with high specificity for human antigens
• FC-quality tested for optimal flow cytometry performance

Applications and Benefits

The Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM] antibody is versatile and suitable for various research applications, including FC analysis. Its unique properties make it particularly beneficial for studying immune responses and cellular interactions. This product is ideal for researchers working on understanding the complex functions of IgG Fc fragments and their role in immune pathways. By utilizing Portable Kiravia Blue 520™ Anti-human Igg Fc With Free Shipping [OmWK4VuM], you can expect improved experimental results, enhanced data analysis, and a deeper understanding of the immune system.

• Optimized for flow cytometry and other cellular analysis techniques
• Facilitates detailed investigation of immune system functions
• Enables accurate quantification and analysis of immune responses