594 nm

AFDye 594 NHS ester
Reactivity: amine (Lys)

Amine-reactive, red-fluorescent dyes with excitation ideally suited for 561 nm or 594 nm laser lines.

A red-fluorescent, water-soluble label used for labeling amine-containing molecules with red-fluorescent AFDye 594 label.
A high performance red-fluorescent dye used for preparing exceedingly bright, and photostable conjugates.
AFDye 594 NHS ester
Reactivity: thiol (Cys)

The thiol reactive dyes that can be used to create bright, red fluorescent bioconjugates with excitation/emission maxima ~594/620 nm.

A sulfhydryl-reactive derivative of AF 594 Dye used for label cysteine-containing peptides and proteins.
A sulfhydryl-reactive derivative of our high-performance, red-fluorescent MB 594 Dye used for label cysteine-containing peptides and proteins.
AFDye 594 NHS ester
Reactivity: alkyne, cyclooctyne

Advanced, red-fluorescent azide probes with superior kinetics in CuAAC used for imaging low abundance alkyne targets.

A bright and photostable red-fluorescent probe with superior kinetics in copper-catalyzed click reactions.
Next generation red emitting azide probe that substantially increases sensitivity of alkyne-tagged biomolecule detection.
AFDye 594 NHS ester
Reactivity: alkyne, cyclooctyne

Red-fluorescent, azide-activated dyes for imaging of alkyne targets with excitation matching 594 nm laser line.

An azide-activated, water-soluble red-fluorescent probe used with the Ar-Kr mixed-gas laser.
An azide-activated, red emitting probe predominantly used for imaging alkyne-tagged biomolecule through CuAAC.
AFDye 594 NHS ester
Reactivity: azide, picolyl azide

Azide-reactive, red-fluorescent probes for imaging alkyne-containing targets via CuAAC used with 561 nm or 594 nm laser lines.

An alkyne-activated, red-fluorescent probe used for detection azide-containing targets via CuAAC.
A water-soluble, azide-reactive red fluorescent probe often used low abundance targets detection via CuAAC.
AFDye 594 NHS ester
Reactivity: azide, picolyl azide

Red-fluorescent, azide-reactive probes for imaging of azide targets via copper-free click reaction.

Water-soluble, red-fluorescent probe used for copper-less azide detection.
The most hydrophilic red fluorescent probe for copper-free imaging azide-tagged biomolecules.