Warehouse Clearance Cfluor^® Byg610 Anti-human Cd33 (wm53) For You [aide857n]

cFluor® BYG610 Anti-Human CD33 (WM53)

The cFluor® BYG610 Anti-Human CD33 (WM53) monoclonal antibody is a powerful tool for researchers investigating the role of CD33 in various cellular processes. This highly specific antibody binds to human CD33, a 67-kDa type I transmembrane glycoprotein expressed on a wide range of immune cells. With its robust binding affinity and conjugation to a fluorophore, this antibody is ideal for flow cytometry applications, offering a clear and reliable staining solution for your research needs.

• Specificity: Binds to human CD33 with high affinity.
• Application: Perfect for flow cytometry studies.

Product Properties and Specifications

The cFluor® BYG610 Anti-Human CD33 (WM53) antibody is produced through a purification process that ensures its purity and stability. It is conjugated to the cFluor® BYG610 dye, known for its bright fluorescence and minimal bleed-through. The antibody has a mouse IgG1, κ isotype and is formatted in a phosphate-buffered solution containing sodium azide and BSA, providing optimal storage stability. Key features include:

• Format: cFluor® BYG610 conjugated, purified by chromatography.
• Storage: 2-8°C, protected from light, do not freeze.

Applications and Benefits

This antibody is highly beneficial for researchers studying cellular activities, particularly in the fields of immunology and hematology. Its ability to detect CD33 on a variety of cell types makes it invaluable for investigating the role of this protein in disease processes and immune responses. The antibody is suitable for a wide range of applications, including:

• Flow Cytometry: Ideal for phenotyping and monitoring CD33 expression on different cell types.
• Research Studies: Essential for investigating the function of CD33 in cellular processes and disease pathogenesis.

By using the cFluor® BYG610 Anti-Human CD33 (WM53) antibody, researchers can gain deeper insights into the complexities of the immune system and its role in health and disease.