Cell Based Assays
Invitrogen™ TO-PRO™3 Ready Flow™ Reagent
TO-PRO™3 Ready Flow™ Reagent is a bright, easy-to-use nucleic acid stain for distinguishing dead cells from live cells in flow cytometry assays.
Invitrogen™ Newport Green™ DCF Diacetate, cell permeant
Has moderate zinc-binding affinity (Kd for Zn2+ approximately 1μM) but is essentially insensitive to Ca2+.
Invitrogen™ Neutral Red, high purity
For use with microplate readers and fluorescence microscopes
Invitrogen™ Dextran, Amino, 500,000 MW
Rigorous methods for removing as much unconjugated dye as practical, followed by sssay of dextran conjugates by thin-layer chromatography to help ensure absence of low molecular weight contaminants
Molecular Probes™ Qtracker™ 655 Cell Labeling Kit (Trial Size)
Qtracker™ 655 Cell Labeling Kit (Trial Size)
Invitrogen™ NucRed™ Dead 647 ReadyProbes™ Reagent (TO-PRO-3 iodide)
Cell impermeant stain that emits bright far-red fluorescence when bound to DNA
Invitrogen™ SBFI, Tetraammonium Salt, cell impermeant
Sodium-sensitive molecule used to estimate Na+ gradients in isolated mitochondria, to measure intracellular NA+ levels, or to measure Na+ efflux in cells
Invitrogen™ Sodium Green™ Tetraacetate, cell permeant - Special Packaging
Visible light-excitable Na+ indicator
Invitrogen™ Vybrant™ FLICA Caspase Apoptosis Assay Kits for flow cytometry
Detect apoptosis via flow cytometry with Vybrant FLICA Caspase Assays that detect poly and caspase-3/7/8 activities.
Invitrogen™ ACMA (9-Amino-6-Chloro-2-Methoxyacridine)
DNA intercalator that selective binds to poly (d(A-T))
Invitrogen™ Qtracker™ 705 Vascular Labels
Non-targeted quantum dots are designed to be injected into the tail vein of mice for the study of vascular structure using small animal in vivo imaging (SAIVI) techniques
Invitrogen™ Vybrant™ Alexa Fluor™ 555 Lipid Raft Labeling Kit
Provides convenient, reliable and extremely bright fluorescent labeling of lipid rafts in live cells
Invitrogen™ Vybrant™ Phagocytosis Assay Kit
Observe and quantitate process of phagocytosis in human polynuclear cells and mouse macrophages by following internalization of a foreign particle