Fluorescein

Fluorescein standard (Reference standard), one of the basis in its structural transformation, can produce a series of fluorescein derivatives.

Fluorescein for Argon-ion Laser of 488nm spectral lines, there are relatively high fluorescence absorption, better yield of fluorescence as well as good water-soluble. Marker protein usually does not produce protein precipitation.

And other derivatives as fluorescein, Fluorescein has a high rate of light quenching, pH sensitivity and the spectral width of the shortcomings of the launch.

Mainly used in confocal laser scanning micro-array (Confocal laser scanning microscopy) and the application of flow cytometry (Flow cytometry).

FAM

Carboxy-fluorescein, Carboxyfluorescein, is fluorescein derivatives, 5-FAM than a 6-FAM is more frequently used.

Carboxyfluorescein-5-succimidyl ester, that is, 5-FAM (NHS) widely exists in the fluorescent labeling kit.

FITC compared with, FAM and N-response faster and more stable product, but the amount of FITC-binding protein and a greater control of the process easier.

FAM also applies to Argon-ion Laser of 488nm spectral lines, ABS / Em = 492/518nm (pH = 9.0), with a fluorescein derivative of the general characteristics, stability in water.

5-FAM is mainly used in automated DNA sequencing, the marking of the d / ddCTP, is also frequently used in quantitative PCR products, nucleic acid probe.

The company also long-term supply the following products:

5(6)-Fitc

5-FITC

6-FITC

5(6)-FAM

5-FAM

6-FAM

5(6)-FAM-NHS

5-FAM-NHS

FITC-LC

FAM-LC

Phycoerythrin, PE (R-PE, B-PE)

Phycocyanin

Fluorescent dye-stamping services