Viral Brilliant Violet 510™ Anti-mouse/rat Xcr1 Markdown: -65% [GSVjLc96]

Highly Sensitive XCR1 Antibody for Advanced Research

The Viral Brilliant Violet 510™ Anti-mouse/rat Xcr1 Markdown: -65% [GSVjLc96] is a cutting-edge monoclonal antibody designed for researchers seeking to explore the complex world of chemokine receptors. This antibody, also known as GPR5 or CCXCR1, is a crucial tool for understanding the role of XCR1 in mediating chemotaxis and antigen cross-presentation by CD8α⁺ conventional dendritic cells. With its exceptional specificity and sensitivity, this antibody is ideal for a wide range of applications in immunology and cellular biology research.

Product Specifications and Features

The Viral Brilliant Violet 510™ Anti-mouse/rat Xcr1 Markdown: -65% [GSVjLc96] is a monoclonal antibody with a clone designated ZET. It is produced using a mouse host and conjugated to the BV510 dye, providing a vibrant and clear signal for flow cytometry analysis. This antibody is highly reactive against both mouse and rat XCR1, making it a versatile tool for cross-species studies. The antibody is formatted as a purified conjugate, ensuring consistent and reliable results. Key features include:

Monoclonal Antibody Type: IgG2b, κ

Reactivity: Mouse, Rat

Host: Mouse

Format: BV510 Conjugate

Applications and Benefits

The Viral Brilliant Violet 510™ Anti-mouse/rat Xcr1 Markdown: -65% [GSVjLc96] is a valuable asset for researchers investigating the role of XCR1 in immune responses and dendritic cell function. This antibody is particularly useful for flow cytometry applications, where its bright fluorescence and high specificity are essential for accurate and reliable data. Whether you are studying the migration of XCL1 and XCL2 or the antigen cross-presentation capabilities of CD8α⁺ dendritic cells, this antibody can help you achieve your research goals. By using this high-quality antibody, you can:

Gain deeper insights into the mechanisms of immune cell migration and antigen presentation

Enhance your flow cytometry experiments with a vibrant and clear signal

Conduct cross-species studies with confidence