As nuclear transcriptomes mirror cell cytosolic profiles, nuclei isolated from brain tissue samples is a valuable tool for characterizing different brain cell types.
Explore the synergy between RNA-seq and single-cell sequencing, highlighting the roles of DeNovix and 10x Genomics in advancing cellular biology research.
Explore the power of RNA sequencing in classifying cell types, its applications, and how DeNovix is contributing to advancements in genomics.
Fluorometers are used for precise quantitation of biological molecules including nucleic acids and proteins in microliter (μl) samples.
Cell counting is necessary for all cell and cell-related research. Read on to find out about fluorometric methods and cell counting accuracy.
Fluorometric RNA quantification provides sensitivity and specificity without the high capital costs of qPCR systems, making it the go-to choice.
To implement and expand applications of microalgae, it’s essential that researchers can easily assess and maintain microalgal cultures. For this reason, manual and automatic cell counters play a vital role in microalgal research.
There are a number of different techniques by which DNA quantification can be carried out. Learn about 5 methods to consider when choosing a DNA quantification method.
Some of the best techniques for RNA quantification include PCR, fluorescence and spectrophotometry. Learn about how these methods work, and how they compare to each other.
Spectrophotometers are devices that measure the electromagnetic energy intensity at each wavelength of light in a particular region. Learn about different types of spectrophotometers and how DeNovix instruments can meet your quantification needs.
