Viral Cfluor^® V715 Anti-mouse Cd45r (b220) (ra3-6b2) Holiday Edition [Qs321Mzx]

cFluor® V715 Anti-Mouse CD45R (B220) (RA3-6B2)

The cFluor® V715 anti-Mouse CD45R (B220) (RA3-6B2) monoclonal antibody is a powerful tool for researchers studying hematopoietic markers. This antibody specifically binds to the CD45R/B220 isoform, a 220-kDa protein tyrosine phosphatase, which is a critical component for leukocyte function. Known for its exceptional specificity and consistency, this antibody is widely used in flow cytometry for identifying and analyzing B cells, T cell subsets, and NK cell subsets in both human and mouse samples. Its cross-reactivity with feline CD45R/B220 further expands its utility in multi-species research.

Product Specifications and Benefits

The RA3-6B2 antibody is produced through affinity chromatography, ensuring high purity and reliability. Conjugated to the cFluor® V715 fluorophore, this antibody offers excellent brightness and long-wavelength emission, which is particularly beneficial for multiplex staining and minimizing crosstalk. The antibody is formatted in phosphate-buffered saline with stabilizers and preservatives, ensuring stability and longevity. Key features include:

High specificity: Recognizes the CD45R/B220 isoform with high affinity.

Consistent performance: Reliable for flow cytometry analysis of B cells, T cell subsets, and NK cell subsets.

Multi-species compatibility: Cross-reactive with feline CD45R/B220, expanding application possibilities.

Applications and Target Audience

The cFluor® V715 anti-Mouse CD45R (B220) (RA3-6B2) antibody is ideal for researchers in immunology, hematology, and oncology. Its applications include:

Immunophenotyping: Identifying and characterizing different leukocyte subsets in blood samples.

Cellular analysis: Assessing the function and differentiation of B cells, T cells, and NK cells.

Whether you are a seasoned researcher or a student in the field, this antibody is a valuable addition to your laboratory toolkit. Its high performance, versatility, and ease of use make it an essential reagent for any researcher interested in studying hematopoietic markers.