Abnova™ Fluorescent Dye 790-I Phalloidin

Product Code. 16284960

Brand: Abnova™ U0307.300Reactions

Description

Fluorescence Dye 790-I with Phalloidin conjugate

The fluorescence emission maximum of Fluorescent Dye 790-I around 810nm is well separated from commonly used far-red fluorophores, including Fluorescent Dye 647-I, Fluorescent Dye 680-I or allophycocyanin (APC), facilitating the rapid growing NIR biological analysis. Fluorescent Dye 790-I is one of the brightest NIR fluorescent labeling dyes with fluorescence quantum yield close to 0.1. Its conjugates have been successfully used for NIR fluorescent probe-based in vivo imaging analysis. Ideal for labeling via Phalloidin for fluorescence imaging and other fluorescence-based biochemical analysis.

• Spectral Equivalent: Alexa Fluor 790, IRDye 800
• Molar Extinction Co-efficient: ≥2,50,000 M^-1cm^-1
• Excitation (Max): 783nm
• Emission (Max): 814nm
• Solubility: DMSO
• Storage Buffer: DMSO

Application: Conjugation, invivo imaging

Recommended Storage: Store in desiccated environment at -20°C and avoid from light.

Specifications

• Description: Fluorescence Dye 790-I with Phalloidin conjugate. The fluorescence emission maximum of Fluorescent Dye 790-I around 810nm is well separated from commonly used far-red fluorophores, including Fluorescent Dye 647-I, Fluorescent Dye 680-I or allophycocyanin (APC), facilitating the rapid growing NIR biological analysis. Fluorescent Dye 790-I is one of the bightest NIR fluorescent labeling dyes with fluorescence quantum yield close to 0.1. Its conjugates have been successfully used for NIR fluorescent probe-based in vivo imaging analysis.
• For Use With (Application): Conjugation; in vivo Imaging
• Quantity: 300 Reactions
• Product Type: Fluorescent Dye 790-I Phalloidin
• Sufficient For: 300 Reactions
• Equivalence: Alexa Fluor 790, IRDye 800
• Storage Buffer: DMSO
• Content And Storage: Store the product in desiccated environment at -20°C and avoid from light.
• Label or Dye: Fluorescent Dye 790-I Phalloidin
• Emission: 814
• Excitation: 783

For research use only (RUO).