Flow Cytometry Assays

Bead Based Assays Read more...

Bead Based Assays Read more...

Bead Based Assays Read more...

Cell Based Assays Read more...

Cell Based Assays Read more...

Cell Based Assays Read more...

Cell Based Assays Read more...

The MSC Phenotyping Kit was developed for the standardized identification and phenotyping of cultured human MSCs by flow cytometry based on the defined ISCT standards The MSC Phenotyping Kit includes reagents for: Enumeratio... Read more...

The MACSPlex Exosome Kits allow detection of 37 exosomal surface epitopes plus two isotype controls. The MACSPlex Exosome Kit comprises a cocktail of various fluorescently labeled bead populations, each coated with a specific antibody bi... Read more...

Test kit for the specific detection of living Brettanomyces bruxellensis cells in wine and pre-mature wine sample. Read more...

Bio-Rad's cell proliferation assays provide a range of dyes for monitoring and tracking cell he Read more...

A comprehensive mass cytometry solution for immune cell profiling   Read more...

Ready-to-use, dropper bottle far-red viability probe Read more...

A far-red viability dye staining nuclei in dead / apoptotic cells. Read more...

A novel cellular probe that can enter both INTACT and compromised cells. Read more...

iTAg™ MHC Tetramer Technology Prior to the development of Class I and Class II MHC Tetramers, identification of antigen-specific T cells was limited due to lack of sensitivity and specificity in existing technology. Now with unparalleled... Read more...

Guava Mitochondrial Depolarization Assay for detection of early apoptosis. There is growing interest within the scientific community to evaluate changes in the mitochondrial membrane potential and further define its role in initiating apop... Read more...

Mouse embryonic stem cells (mESCs) are unique cells in that they can be maintained in vitro as pluripotent cells and can be induced to differentiate into many cell types by manipulating culture conditions. mESCs have been used as a model t... Read more...

Millipore’s The FlowCellect™ Human Embryonic Stem Cell Characterization kit is designed as an easier and quicker way to track surface marker expression of hOCT4, SSEA4 and SSEA1. The kit will also help to determine the percentage of undiff... Read more...

Millipore’s The FlowCellect™ Human Embryonic Stem Cell Surface Marker Characterization kit is designed to facilitate an easier and quicker way to track surface marker expression of TRA-1-60, SSEA4 and SSEA1. The kit will also help to deter... Read more...

Millipore’s The FlowCellect™ Human Embryonic Stem Cell New Surface Marker Characterization Kit is designed to facilitate an easier and quicker way to track surface marker expression of HESCA1, SSEA4 and SSEA1. The kit will also help to det... Read more...

Millipore’s The FlowCellect™Rodent Neural Stem Cell Characterization Kit for Neuronal Differentiation is designed as an easier and quicker way to track neuronal differentiation. The kit will also help to determine the percentage of undiffe... Read more...

Millipore’s The FlowCellect™Rodent Neural Stem Cell Characterization Kit for Astrocyte Differentiation is designed as an easier and quicker way to track Astrocyte differentiation. The kit will also help to determine the percentage of undif... Read more...

Millipore’s FlowCellect™ GPCR Surface Identification kit is designed to provide an easier and more efficient way of characterizing GPCR expression on a given cell type of interest. This kit includes optimized buffers and a high affinity, s... Read more...

Millipore’s FlowCellect™ GPCR Surface Identification kit is designed to provide an easier and more efficient way of characterizing GPCR expression on a given cell type of interest. This kit includes optimized buffers and a high affinity, s... Read more...