Bestselling Cd105 (endoglin) Monoclonal Antibody (sn6), Brilliant Ultra Violet™ 661 Flash Sale: 35% Off [YQ1p9IOd]
CD105 (Endoglin) Monoclonal Antibody (SN6) The SN6 monoclonal antibody is a powerful tool for researchers studying the critical role of CD105, also known as Endoglin, in vascular endothelial cells, bone marrow cells, and activated macrophages. This h
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CD105 (Endoglin) Monoclonal Antibody (SN6)
The SN6 monoclonal antibody is a powerful tool for researchers studying the critical role of CD105, also known as Endoglin, in vascular endothelial cells, bone marrow cells, and activated macrophages. This high-affinity antibody is designed to facilitate in-depth analysis of the complex processes involved in adhesion and embryonic angiogenesis. With its exceptional specificity and binding capabilities, the SN6 antibody offers a reliable and efficient solution for flow cytometric analysis.Product Features and Specifications
The SN6 antibody is conjugated with the innovative Brilliant Ultra Violet™ 661 (BUV661) dye, which emits at 660 nm and is compatible with cytometers equipped with an ultraviolet (355 nm) laser. This cutting-edge dye allows for precise and clear visualization of CD105 expression in various cell types. The antibody has been pre-diluted and tested for optimal performance in flow cytometric analysis, simplifying the staining process and ensuring consistent results. Key features include:- High specificity for human CD105 (Endoglin)
- BUV661 conjugation for enhanced fluorescence
- Pre-diluted for convenient use
Practical Applications
The SN6 monoclonal antibody is a valuable asset for researchers investigating the complex biological functions of CD105. Its use in flow cytometric analysis allows for the assessment of CD105 expression in various cell populations, aiding in the study of angiogenesis, tumor growth, and immune responses. This antibody is suitable for a wide range of applications, including:- Flow cytometric analysis of CD105 expression in cell populations
- Studying the role of CD105 in adhesion and embryonic angiogenesis
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