This quick start video guides users on how to analyze samples and export results from the DeNovix DS-11 Series Spectrophotometer/Fluorometer. Rapidly and accurately quantify dsDNA, RNA and protein samples using only 1uL of sample.
The DeNovix dsDNA High Sensitivity Assay enables the accurate detection of purified double-stranded DNA (dsDNA) samples with a standard detection range of 100 pg – 250 ng total mass in 200 µL volumes and is compatible with a range of fluorometers and microplate readers.
Webinar video - Tips and Tricks for absorbance and fluorescence analysis success.
A live demo of the DS-11 Series spectrophotometer / fluorometer. Key features of the unique SmartPath technology are explained along with EasyApps software features for measurement, analysis and exporting. Comparison is made of absorbance and fluorescence measurements.
The DeNovix RNA Assay enables the accurate detection of RNA samples across a wide sample concentration range. In addition to the DS-11 Series and QFX Fluorometers, the assay can also be used on Thermo Fisher Qubit™ fluorometers.
DeNovix Inc. announces the launch of EasyApps Secure, a 21 CFR Part 11 Compliance Ready software option for CellDrop Automated Cell Counters.
The DeNovix RNA Assay enables highly specific fluorescence quantification of RNA over a broad range of concentrations using a single assay. This technical note presents typical performance data for the DeNovix RNA Assay measured using the fluorometer mode of the DS-11 Series instruments.
The DeNovix RNA Assay enables specific and accurate detection of purified RNA samples with a detection range from 5 ng to 1500 ng total mass in 200 µL volumes. This note details the short protocol for use.
The DeNovix RNA Assay enables specific and accurate detection of purified RNA samples with a detection range from 5 ng to 1500 ng total mass in 200 µL volumes. This note details the protocol for use.
The DS-11 Series includes three methods for protein quantification- Protein A280, Colorimetrics and Fluorescence Quantification. The choice of method is based on a number of factors related to sample type and concentration. This technical note describes and compares these methods.
