Labelling

Fluorescence Dye 555-I with Phalloidin conjugate. Compared with Cy3 conjugates, those of Fluorescence Dye 555-I are slightly red-shifted, resulting in an optimal match to filters designed for Cy3 dyes in accompany with improved photostability. Besides, their fluorescence is pH-independent from pH 3 to 11.

Fluorescence Dye 570-M with Streptavidin conjugate. All the Fluorescent Dye M series products are designed to be maximally excited by one of the major light sources equipped in flow cytometers. Besides, in comparison with phycobiliprotein tandems, Fluorescent Dye M series possesses better photostability, higher conjugation yields, and little pH sensitivity making it an ideal choice in fluorescence imaging applications.

Fluorescence Dye 594-I with Streptavidin conjugate. Biomolecules conjugated to Fluorescence Dye 594-I exhibit little spectral overlap with green-fluorescent conjugates, and can be efficiently excited by 568nm line of Ar-Kr laser and by the 594nm line of orange He-Ne laser.

Fluorescence Dye 594-I with Phalloidin conjugate. Biomolecules conjugated to Fluorescence Dye 594-I exhibit little spectral overlap with green-fluorescent conjugates, and can be efficiently excited by 568nm line of Ar-Kr laser and by the 594nm line of orange He-Ne laser.

Fluorescence Dye 620-M with Streptavidin conjugate. All the Fluorescent Dye M series products are designed to be maximally excited by one of the major light sources equipped in flow cytometers. Besides, in comparison with phycobiliprotein tandems, Fluorescent Dye M series possesses better photostability, higher conjugation yields, and little pH sensitivity making it an ideal choice in fluorescence imaging applications.

Fluorescence Dye 630-M with Streptavidin conjugate. All the Fluorescent Dye M series products are designed to be maximally excited by one of the major light sources equipped in flow cytometers. Besides, in comparison with phycobiliprotein tandems, Fluorescent Dye M series possesses better photostability, higher conjugation yields, and little pH sensitivity making it an ideal choice in fluorescence imaging applications.

Fluorescence Dye 633-I with Streptavidin conjugate. Fluorescence emission of Fluorescence Dye 633-I is well separated from that of other commonly used red fluorophores, such as TAMRA, Texas Red, Alexa Fluor 594, Fluorescent Dye 594-I and R-phycoerythrin, making it ideal for multi-color labeling. In comparison with Alexa Fluor 633, the extinction coefficient of Fluorescence Dye 633-I is much higher (250,000 cm^-1M^-1).

Fluorescence Dye 633-I with Phalloidin conjugate. Fluorescence emission of Fluorescence Dye 633-I is well separated from that of other commonly used red fluorophores, such as TAMRA, Texas Red, Alexa Fluor 594, Fluorescent Dye 594-I and R-phycoerythrin, making it ideal for multi-color labeling. In comparison with Alexa Fluor 633, the extinction coefficient of Fluorescence Dye 633-I is much higher (250,000 cm^-1M^-1).

Fluorescence Dye 647-I with Streptavidin conjugate. The slight red shift in absorption spectrum makes Fluorescence Dye 647-I an optimal match to filters designed Cy5 dyes.Besides, their fluorescence is pH-independent from pH 3 to 11.