EvaGreen®, 2000X in DMSO

EvaGreen®, 2000X in DMSO

• Description: EvaGreen® Dye, 2000X  in DMSO is offered for customers with specialized applications requiring a concentrated dye solution.
  Note: for most qPCR applications, we recommend our ready-to-use Forget-Me-Not trade; EvaGreen® qPCR Master Mixes or EvaGreen® Dye, 20X  in water.
  EvaGreen® dye is a green fluorescent nucleic acid dye with features that make the dye useful for several applications including qPCR and DNA melt curve analysis, real-time monitoring of thermophilic helicase-dependent amplification (tHDA), and capillary gel electrophoresis. The dye is essentially nonfluorescent by itself, but becomes highly fluorescent upon binding to dsDNA. The DNA-bound dye has excitation and emission spectra very close to those of fluorescein (FAM) or SYBR® Green I, making it readily compatible with instruments equipped with the 488 nm argon laser or any visible light excitation with wavelength in the region. EvaGreen® dye is extremely stable both thermally and hydrolytically, providing convenience during routine handling. EvaGreen® dye is nonmutagenic and noncytotoxic because it is impermeable to cell membranes, unlike SYBR® Green I, which enters cell rapidly and is known to be a powerful mutation-enhancer.
  The unique properties of EvaGreen® dye have made it particularly useful in quantitative real-time PCR (qPCR) applications. Compared with the widely used SYBR® Green I, EvaGreen® dye is generally less inhibitory toward PCR and less likely to cause nonspecific amplification. As a result, EvaGreen® dye can be used at a much higher dye concentration than SYBR® Green I, resulting in a high resolution signal for droplet digital PCR, real-time PCR and melt curve analysis.
  EvaGreen® dye and applications are covered under granted and pending US and international patents.
• UNSPSC: 41106307
• UNSPSC Description: Polymerase chain reaction PCR optimizing products
• Source: Synthetic;
• Storage Conditions: Room Temperature; Protect from light
• Shelf Life: 12 months