Features and Benefits
Figure 1. Quantitative initial sample concentration ranges (variable sample volume 1 – 20 µl) for EzQuant quantification assays and UV absorbance measurements.UV absorbance measurement can quantify high-concentration samples, but it is not selective for DNA and RNA.
-1X dsDNA HS (0.01 – 100 ng/µl)
-ssDNA (0.05 – 200 ng/µl)
-RNA HS (0.25 – 100 ng/µl)
-UV (2 – 20,000 ng/µl)
EzQuant 1X dsDNA HS Quantification Kit
EzQuant 1X dsDNA HS Quantification Kit contains a highly specific fluorescent dye that is designed for samples with low concentrations of dsDNA, and has good tolerance to contaminants. It provides ready-to-use working solutions and standards that you only need to prepare 1-20 µl of sample and perform measurements with the EzCube Fluorometer, and you can easily and accurately quantify DNA sample concentrations ranging from 10pg/μl to 100 ng/μl.
Figure 3. Linearity between measured and prepared dsDNA concentrations for EzQuant and Qubit™ assays.
EzQuant ssDNA Quantification Kit
EzQuant ssDNA Quantitative Kit is for ssDNA or oligonucleotides. It enables quick and accurate quantification of low-concentration samples from 50 pg/µl to 200 ng/µl when using with EzCube fluorometer. It does not specifically recognize ssDNA but can also bind to dsDNA and RNA. However, assay results will not be affected by common contaminants; such as proteins, salts, and detergents.
Figure 4. Linearity between measured and prepared ssDNA concentrations for EzQuant and Qubit™ assays.
EzQuant RNA HS Quantification Kit
EzQuant RNA HS Quantification Kit contains a highly specific fluorescent dye designed for samples with low concentrations of RNA and it is well tolerant to contaminants. Enabling the quick and accuracy of low-concentration RNA samples ranging from 0.25 to 100 ng/µl when using with EzCube fluorometer.
Note:
Qubit™ is a registered trademark of Thermo Fisher Scientific and its subsidiaries. It is used here for identification and reference purposes only.