Live-Cell Imaging reagents and consumables for IncuCyte® Live-Cell Analysis System. Simply filter by category to review our assay kits, live-cell labeling reagents, pre-labeled cell lines and plateware.
One cryopreserved vial of immortalised human T lymphocyte cells stably expressing a nuclear restricted red fluorescent protein (1.5 x 10^6 cell/vial)
More information125 mL assay medium for extra medium changes if desired. For use with IncuCyte® Angiogenesis PrimeKit.
More informationOne vial of lyophilized solid sufficient for labeling 5 x10^7 target cells of choice - suitable for 100-200 live cell imaging phagocytosis assays in 96-well format.
More informationOne vial of 1 mg sterile lyophilized solid sufficient for 100-200 live cell imaging phagocytosis tests in 96-well format.
More informationIncuCyte CytoLight Rapid Dyes for live-cell labelling enable simple, fast and highly efficient labelling of living cells.
More informationIncuCyte CytoLight Rapid Dyes for live-cell labelling enable simple, fast and highly efficient labelling of living cells.
More informationThe IncuCyte® Caspase-3/7 Red apoptosis assay reagent couples the activated caspase-3/7 recognition motif (DEVD) to NucView™633, a DNA intercalating dye to enable quantification of apoptosis over time.
More informationThe IncuCyte® Human FabFluor pH Red Antibody Labeling Reagent utilizes a novel pH-sensitive dye coupled antibody fragment, which labels Fc-containing human test antibodies and allows for rapid antibody internalization and kinetic high-throughput analysis.
More informationThe IncuCyte® Mouse IgG1 FabFluor pH Red Antibody Labeling Kit utilizes a novel pH-sensitive dye coupled antibody fragment, which labels Fc-containing mouse IgG1 test antibodies and allows for rapid antibody internalization and kinetic high-throughput analysis.
More informationThe IncuCyte® Rat FabFluor pH Red Fluorescent Reagent utilizes a novel pH-sensitive dye coupled antibody fragment, which labels Fc-containing rat test antibodies and allows for rapid antibody internalization and kinetic high-throughput analysis.
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