The Magic Of Pe-cyanine7 Anti-human Cd45 (hi30) Instant 90% Discount [K5kOIm4o]

Superior Detection of Human CD45 with PE-Cyanine7 Antibody

The The Magic Of Pe-cyanine7 Anti-human Cd45 (hi30) Instant 90% Discount [K5kOIm4o] antibody is a highly specialized reagent designed for the detection of human CD45, a crucial hematopoietic marker expressed on all leukocytes. This antibody offers a unique combination of specificity and sensitivity, making it an essential tool in flow cytometry. With its ability to recognize and bind to CD45, this antibody provides reliable staining for T cells, B cells, monocytes, macrophages, and NK cells, enabling researchers to gain valuable insights into leukocyte functions and cell activation.

Key Product Features

The HI30 antibody is produced using a mouse IgG1, kappa isotype, ensuring compatibility with a wide range of flow cytometry applications. This reagent boasts excellent cross-reactivity with chimpanzee cells, further expanding its utility in comparative studies. Its PE-Cyanine7 conjugation provides bright and stable fluorescence, allowing for clear visualization and analysis of CD45 expression. The product specifications are as follows: Cat. No. 60-0459, Alternative Names: Leukocyte Common Antigen, LCA, Ly-5, Gene ID: 5788, Clone: HI30, Reactivity: Human, Cross Reactivity: Chimpanzee, Format: PE-Cyanine7, Application: Flow Cytometry. These features make the The Magic Of Pe-cyanine7 Anti-human Cd45 (hi30) Instant 90% Discount [K5kOIm4o] antibody an ideal choice for your laboratory's flow cytometry needs.

Applications and Benefits

The The Magic Of Pe-cyanine7 Anti-human Cd45 (hi30) Instant 90% Discount [K5kOIm4o] antibody is widely used in flow cytometry for a variety of applications, including the study of leukocyte functions, signal transduction, and cell activation. This antibody has been employed in numerous research studies, as evidenced by its presence in recent publications. Its ability to detect CD45 on different leukocyte subsets allows for a comprehensive analysis of the immune system. By utilizing this antibody, researchers can benefit from increased accuracy, reduced experimental variability, and faster data acquisition, leading to more reliable results and a better understanding of immune cell behavior.