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Fluorescent Dye 700-I Hydrazide
AB-U0258
Producto nuevo
The Fluorescent Dye 700-I have fluorescence excitation and emission maxima of ~690 nm and ~710 nm respectively. These spectral characteristics make them an excellent alternative to Alexa Fluor 700 labeling dyes. Fluorescent Dye 700-I Hydrazide is reasonably stable and shows good reactivity and selectivity with carbonyl group (such as aldehyde). The Fluorescent Dye 700-I Hydrazide can be used for labeling cells. In addition, they are widely used to modify water-soluble biopolymers (such as proteins) through the formation of Schiff Base. These dyes are used for modifications of carbohydrates, glycoproteins and nucleic acids that are first periodate-oxidized to introduce aldehydes or ketones into the biopolymers for subsequent amination. The combination of periodate oxidation with amination provides an effective way for site-selective modifications of biopolymers.
Al comprar este producto puede obtener hasta 45 puntos de fidelidad. Su cesta totalizará 45 puntos de fidelidad que se puede(n) transformar en un cupón de descuento de 9.00EUR.
Ficha de datos
| Size | 1 mg |
| Storage Conditions | Store the product in desiccated environment at -20ºC and avoid from light. |
| Gene Alias | Ver ficha técnica |
| Specificity | Conjugation,Flow Cyt |
| Application Key | Conjugation,Flow Cyt |
Más información
The Fluorescent Dye 700-I have fluorescence excitation and emission maxima of ~690 nm and ~710 nm respectively. These spectral characteristics make them an excellent alternative to Alexa Fluor 700 labeling dyes. Fluorescent Dye 700-I Hydrazide is reasonably stable and shows good reactivity and selectivity with carbonyl group (such as aldehyde). The Fluorescent Dye 700-I Hydrazide can be used for labeling cells. In addition, they are widely used to modify water-soluble biopolymers (such as proteins) through the formation of Schiff Base. These dyes are used for modifications of carbohydrates, glycoproteins and nucleic acids that are first periodate-oxidized to introduce aldehydes or ketones into the biopolymers for subsequent amination. The combination of periodate oxidation with amination provides an effective way for site-selective modifications of biopolymers.