Flow cytometry entered biomedical research in immunology and cancer labs out of initial interests in separating and counting cells in a mixed population, but groups also developed instruments purely ...

Flow cytometry can also be used to assess the subpopulations of different immune cells to understand better the physiology of a given patient’s disease state. For example, if a clinician is ...

High-throughput flow cytometry has a wide range of applications. How is it used in drug discovery and development? The technology can be used in primary screening and high-throughput screening for ...

Assessing the freshness of fish continues to be a painful and long-winded task for the fishing industry.

Flow cytometry enables researchers to label proteins of interest using fluorophore-conjugated antibodies and other fluorochromes. Much like immunohistochemistry, which produces two- or three ...

We often use the term “definitive phenotypes” in flow cytometry, which describes the least number of markers to define specific cell populations. Not too long ago, flow cytometry assays were limited ...

Spectral flow cytometry was a completely new concept at the time. We’re still learning about autofluorescence and other aspects that impact data analysis and understanding the interactions between ...

Flow cytometry assay validation requires different analytical approaches in preclinical and clinical settings. A fit-for-purpose (FFP) strategy allows researchers to customize the validation to ...

Traditionally, flow cytometry has not been considered a major player for high-throughput drug screening. But there is a paradigm shift afoot, according to J. Paul Robinson, Ph.D., professor of ...

Investigators sought to show how individual cases could be clarified through the use of flow cytometry analysis.