Fluorescent probes

Product introduction：Fluolysotm probe is a fluorescent probe used for lysosome specific labeling of living cells. The concentration of this product is 1 mm. The fluolysotm probe can selectively stay in the acidic lysosomes, thus achieving specific

Product introduction：Fluolysotm probe is a fluorescent probe used for lysosome specific labeling of living cells. The concentration of this product is 1 mm. The fluolysotm probe can selectively stay in the acidic lysosomes, thus achieving specific

Product introduction：Fluolysotm probe is a fluorescent probe used for lysosome specific labeling of living cells. The concentration of this product is 1 mm. The fluolysotm probe can selectively stay in the acidic lysosomes, thus achieving specific

Fluorescein Bis(trifluoromethanesulfonate)

Fluorescein diacetate (FDA) is a non-fluorescent molecule, which is hydrolysed to fluorescent fluorescein in live cells. Dead cells cannot accumulate or hydrolyse FDA.Lipase substrate

Fluorescein diacetate (FDA) is a non-fluorescent molecule, which is hydrolysed to fluorescent fluorescein in live cells. Dead cells cannot accumulate or hydrolyse FDA.Lipase substrate

Fluorescein diacetate (FDA) is a non-fluorescent molecule, which is hydrolysed to fluorescent fluorescein in live cells. Dead cells cannot accumulate or hydrolyse FDA.Lipase substrate

Fluorescein diacetate (FDA) is a non-fluorescent molecule, which is hydrolysed to fluorescent fluorescein in live cells. Dead cells cannot accumulate or hydrolyse FDA.Lipase substrate

Fluorescein II CEP

FITC (isomer I) is a derivative of fluorescein. FITC exhibits an excitation maximum at λ = 495 nm and emission maximum at approximately λ = 519 nm. FITC can be easily used as labelling agent of various substrates such as proteins or polysaccharides.

FITC (isomer I) is a derivative of fluorescein. FITC exhibits an excitation maximum at λ = 495 nm and emission maximum at approximately λ = 519 nm. FITC can be easily used as labelling agent of various substrates such as proteins or polysaccharides.

FITC (isomer I) is a derivative of fluorescein. FITC exhibits an excitation maximum at λ = 495 nm and emission maximum at approximately λ = 519 nm. FITC can be easily used as labelling agent of various substrates such as proteins or polysaccharides.