Fluorescent Labeling Reagents for Proteins
Convenient kits and activated fluorescent dyes for labeling amines, sulfhydryls and other antibody or protein functional groups with FITC, fluorescein, rhodamine or one of several DyLight Fluors to create molecular probes for fluorescence imaging.
Motivated by recent advances in fluorescence detection technologies and applications, our researchers have developed improved forms of traditional dyes, entirely new fluorescent compounds and the most convenient and efficient labeling kits available.
Fluorescent Labeling Selection Guide »
DyLight Fluor Technology and Product Guide »
Fluorescent Probes for Protein Detection »
Thermo Scientific* DyLight 680-4xPEG Amine-Reactive Dye is a derivative of our high-performance DyLight 680 Dye that can be used to fluorescently label antibodies and other proteins.
Thermo Scientific* DyLight 680-4xPEG Sulfhydryl-Reactive Dye is a maleimide-activated derivative of our high-performance DyLight 680 Dye used to fluorescently label cysteine-containing peptides, proteins or other biomolecular probes.
Thermo Scientific* DyLight Fluor Antibody Labeling Kits provide the essential reagents and accessories to easily label and purify antibodies and include regular-scale and microscale kits for each specific DyLight Fluorescent Dye.
Thermo Scientific* Amine-Reactive DyLight Dyes are NHS ester-activated DyLight Fluors for fluorescent labeling of antibodies and other proteins to be used as molecular probes for cellular imaging and other fluorescence detection methods.
Thermo Scientific* DyLight Fluor Free Acids are nonreactive fluorescent dyes for use as imaging controls.
Thermo Scientific* Sulfhydryl-Reactive DyLight Dyes are used to label cysteines with a bright alternative to Alexa Fluor*750 near-infrared dye.
Thermo Scientific* DyLight 690 and DyLight 747 In Vivo Apoptosis Detection Kits offer an accurate method to detect apoptosis in small-animal imaging.
Thermo Scientific* DyLight Long Stokes Shift Specialty Dyes offer a broad spectrum of fluorescence emission characteristics from green to far red with a single excitation peak that matches the 488 laser line and extraordinarily large Stokes
Thermo Scientific* DyLight Quencher Specialty Dyes are for efficient paring with DyLight Fluors and other commercial fluorescent dyes for qualitative and quantitative fluorescence resonance energy transfer (FRET) applications.
Thermo Scientific* DyLight Blue-emitting Specialty Dye is optimized for labeling molecules and other staining applications.