Elegant Brilliant Violet 785™ Anti-mouse Cd3ε Get 65% Off Today [l8FqhjwR]

Highly Sensitive CD3ε Antibody for Mouse Research

The Elegant Brilliant Violet 785™ Anti-mouse Cd3ε Get 65% Off Today [l8FqhjwR] is a powerful tool for researchers investigating T cell biology and immunology. This monoclonal antibody, clone 145-2C11, offers exceptional sensitivity and specificity, making it ideal for flow cytometry applications. With its ability to bind to the CD3ε protein, which is a crucial component of the T cell receptor (TCR) complex, this antibody is essential for studying T cell activation, antigen recognition, and signal transduction.

• High sensitivity and specificity for CD3ε
• Optimized for flow cytometry
• Enables detailed analysis of T cell functions

Product Specifications and Technical Details

The Elegant Brilliant Violet 785™ Anti-mouse Cd3ε Get 65% Off Today [l8FqhjwR] is a monoclonal antibody derived from Armenian Hamster and conjugated to BV785, a bright and stable fluorochrome. This antibody recognizes mouse CD3ε, a 20 kD transmembrane protein, and is known as CD3 or T3. It is a member of the Ig superfamily and is primarily expressed on T cells, NK-T cells, and thymocytes during T cell differentiation. The antibody is formatted as a BV785 conjugate, providing a high level of fluorescence intensity and minimal bleed-through.

• Monoclonal antibody conjugated to BV785
• Host: Armenian Hamster
• Isotype: IgG
• Reactivity: Mouse

Applications and Benefits

The Elegant Brilliant Violet 785™ Anti-mouse Cd3ε Get 65% Off Today [l8FqhjwR] is a versatile reagent for a wide range of research applications. Its ability to detect CD3ε expression on various cell types makes it particularly useful for analyzing T cell subsets, assessing T cell activation, and studying immune responses. This antibody is also suitable for multiparameter analysis, allowing researchers to gain deeper insights into complex immune systems. With its regulatory status as RUO (Research Use Only), this product is ideal for use in both academic and commercial research settings.

• Multi-parametric analysis in flow cytometry
• Analysis of T cell subsets and activation
• Research into immune responses and T cell biology