DeNovix Inc. will donate a limited edition Pink CellDrop™ Automated Cell Counter to one lucky research lab.
CellDrop Automated Cell Counters use a patented DirectPipetteTM Technology to replace plastic slides. This method allows variable chamber heights to enhance the cell density range without the need for diluting or concentrating samples.
Tubidity is a commonly used measurement to determine growth phase or cell number of microbial cell cultures. This technical note presents performance data for the DS-11 Series and explores the reasons for differences between instruments with different optical designs.
EasyApps software allows for quick and effective storage, processing and sharing of data. The various options available are presented in this short technical note.
This technical note presents a comparison of instrument features and system performance of the DeNovix QFX Fluorometer and the Thermo Fisher Qubit™ 3.0/4 fluorometers. A performance comparison of DeNovix dsDNA Quantification Assays and Thermo Fisher Qubit™ dsDNA assays is also presented.
CellDrop™ Cell Counters introduce new levels of precision to biochemistry and life sciences studies investigating cell populations in various sample types.
This technical note outlines seven top tips from the DeNovix applications team to ensure accurate and reproducible results when counting cells manually or using automated systems such as the CellDrop™ Automated Cell Counter.Â
In this article, DeNovix will outline the ideal operating protocols for the green fluorescence protein (GFP) application.
The DeNovix DS-11 Series Spectrophotometer / Fluorometer offer best-in-class limits of detection, the broadest dynamic range, intuitive ease of use and powerful networking features that are superior to the Thermo Fisher NanoDrop™ One spectrophotometer. This note presents a comparison of features and side-by-side instrument performance
EasyApps software includes pre-installed count apps for rapid counting and viability assessment. This note defines the count settings and how each can be adjusted to optimize performance.
