RNA quantification is a vital procedure in disease and drug development studies. Particularly, the quantification of small RNA, or microRNAs.
We review why automated cell counting technology helps improve the efficiency of RNA quantification and counting isolated nuclei in the laboratory.
This blog post will review how automated cell counters are used for optimal sample preparation while conducting single cell genomics research.
Nucleic acid quantification, encompassing double stranded DNA (dsDNA), single stranded DNA (ssDNA) and RNA quantification, is a staple process in life science applications.
DNA spectrophotometers are often used to measure concentration and this article will outline how they work and why they are used.
Fluorescence quantification uses the brightness intensities of each pixel to extract numeric data from images. Read on to find out more about the applications.
PicoGreen dsDNA quantitation reagent is a highly sensitive fluorescent nucleic acid stain which is used to quantitate double-stranded DNA. Read on to find out more.
There are various experimental approaches available to molecular scientists carrying out antibody quantification. So which technique is best?
Read this comparison of manual and automated cell counting to determine their viability in various biochemistry applications.
To make the most of your automated cell counter, you can optimize the default protocols so suit specific applications or cell types.
