In this guide, we will explore why nucleic acid quantification is important, the differences between DNA and RNA and the methods used to quantify and assess the purity of DNA and RNA. DNA ...

Using cutting-edge design and manufacturing techniques, DeNovix fluorometers contain ... Absorbance quantification of nucleic acids is performed by analysing the amount of light across a UV ...

Whereas qPCR quantifies nucleic acids by comparing the number of amplification ... compounding of errors derived from each step in the quantification process. From a qPCR perspective, these ...

When specific quantification is required, fluorescence methods are commonly used. This is because of contamination with single-stranded nucleic acid ... Fluorometers also have integrated full ...

This software accurately assesses the presence of RNA, turbidity, beads, and other interfering elements affecting nucleic acid quantification. Researchers can leave behind time-consuming, dye-based ...

Lunatic makes batch quantification of protein and nucleic acids a no-brainer. All you need is 2 μL and a couple of minutes. Run your samples straight-up, at low or high concentrations, without ever ...

At a price accessible to all labs, the Helium 1 µL Spectrophotometer delivers quality performance and reliable quantification of 1 µL nucleic acids and protein samples. This stand-alone device ...

By merging the sensitivity, simplicity, and scalability of nucleic acid testing with protein biomarker quantification, SPEAR redefines the limits of protein detection, paving the way for broader ...

Across all areas of life science research, scientists are increasingly aware of the need for the absolute quantification of nucleic acids. To make their analyses actionable, they want to directly ...