Transform Igm Monoclonal Antibody (ii/41), Brilliant Violet™ 711, Ebioscience™ Markdown: -60% [FrwZdXUn]

Transform Igm Monoclonal Antibody (ii/41), Brilliant Violet™ 711, Ebioscience™ Markdown: -60% [FrwZdXUn]

The Transform Igm Monoclonal Antibody (ii/41), Brilliant Violet™ 711, Ebioscience™ Markdown: -60% [FrwZdXUn] is a cutting-edge research tool designed for flow cytometry analysis. This antibody, derived from a rat host, offers a highly specific and efficient method for detecting mouse IgM. With its monovalent IgG2a kappa isotype and monoclonal clone II/41, this antibody ensures reliable and consistent results. The Brilliant Violet™ 711 conjugation provides exceptional fluorescence, allowing for clear visualization and analysis of mouse IgM in various cellular contexts.

• High specificity for mouse IgM
• Monoclonal nature ensures consistent performance
• Brilliant Violet™ 711 conjugation for enhanced fluorescence

Product Properties and Specifications

This antibody is formulated in PBS with BSA and 0.09% sodium azide, ensuring stability and compatibility with various laboratory procedures. It is purified through affinity chromatography, guaranteeing high purity and minimal contamination. The concentration of the antibody is 0.2 mg/mL, and it is recommended to be stored at 4° C in the dark to maintain its integrity. The tested dilution for flow cytometry analysis is 1.0 µg/test, providing flexibility in experimentation.

• Formulated in PBS with BSA for stability
• Affinity chromatography-purified for high purity
• Recommended storage conditions for long-term stability

Practical Uses and Benefits

The Transform Igm Monoclonal Antibody (ii/41), Brilliant Violet™ 711, Ebioscience™ Markdown: -60% [FrwZdXUn] is an invaluable tool for researchers studying B lymphopoiesis and the function of IgM in the immune system. Its applications in flow cytometry analysis are extensive, including the detection of IgM on the surface of B cells and the study of B cell development. This antibody is particularly useful for researchers in immunology, oncology, and hematology, providing a reliable method for monitoring IgM expression and function.

• Enables detailed analysis of B cell development
• Essential for immunology and oncology research
• Contributes to advancements in hematology studies