The software for the DeNovix® DS-11 Series Spectrophotometer / Fluorometer instruments enables the printing of data and screen captures via network printers. This document provides a step-by-step guide to exporting from a DeNovix Android OS instrument to a network printer.
The use of trypan blue can be problematic for counting cells and assessing viability in some sample types where debris or non-nucleated cells can interfere. The DeNovix Acridine Orange (Ao) / Propidium Iodide (PI) fluorescence assay is a simple, accurate alternative. Comparative data is presented here.
This note presents a comparison of instrument features and system performance of the DeNovix DS-11 Series 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.
The NIST has proposed a robust method to assess cell counting linearity and reproducibility. This technical note presents data for the CellDrop using this method and compares results to manually cell counting.
GFP is a common marker for transfection in biological systems. In order to assess transfection success it is important to optimize cell counting settings. this technical note provides a detailed protocol for optimizing the CellDrop GFP Count App.
GFP is a common fluorophore used in molecular and cell biology. DS-11 Series and QFX fluorometers enable precise GFP quantification. Data on typical performance are presented in this note.
GFP is a common fluorophore used in molecular and cell biology. DS-11 Series and QFX fluorometers enable precise GFP quantification. Data on typical performance are presented in this note.
DeNovix DS-11 Series and QFX Fluorometers enable the accurate and specific quantification of nucleic acids, proteins and other biomolecules through fluorescence measurement. This note presents typical performance data measured on the DeNovix QFX Fluorometer using the Thermo Fisher Scientific Qubit™ RNA high sensitivity (HS) and broad range (BR) assays.
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.