The EDUCATE environment provides links to a number of commercial and non-commercial resources relating to flow cytometry and antibody-based techniques. You can link directly to the suppliers' websites.
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Whether you are looking for a different conjugate of our antibody or need a custom conjugation of your own antibody, BioLegend provides affordable, high-quality custom antibody conjugation service with unbeatable rapid turnaround times.
Brilliant Violet™ antibody conjugates, proudly co-developed by BioLegend and Sirigen, are an innovative class of novel research reagents, providing more options for your multicolor flow cytometry panels and getting you better results. Maximize the capacity of your violet laser with our large selection of directly labeled Brilliant Violet™ antibody conjugates.
Introducing the KIRAVIA Dyes™, a brand new fluorescent chemistry to advance applications in multicolor flow cytometry and beyond. "KIRAVIA" is a coined term meaning "sparkling" in Japanese.
It is critical to understand the degree of cell death in any flow cytometry assay and exclude those cells from the analysis.
BioLegend's LEGENDScreen™ products are lyophilized, fluorophore-conjugated antibodies provided in 96-well plates for the purpose of screening cell surface molecules on your cells of interest.
BioLegend’s LEGENDplex™ bead-based immunoassays quantify multiple soluble analytes simultaneously in biological samples using a flow cytometer.
MojoSort™ is BioLegend's magnetic cell separation system for the isolation and purification of cells from heterogeneous populations. MojoSort™ offers outstanding performance at an excellent price
BioLegend's Fluorescence Spectra Analyzer is useful for the analysis of excitation and emission spectra of commonly used fluorochromes for flow cytometry. This page works best in IE9 or higher, Firefox, or Chrome.
Flex-T™ is BioLegend's technology to study antigen-specific T cells through their TCRs. It has the unique property of allowing the loading of peptides of interest into the binding site of the MHC groove, by using ultraviolet (UV) light labile, exchangeable peptides.