Spectral flow cytometry is redefining how complex cell populations are analyzed. This guide outlines the most important considerations to run a spectral flow cytometry experiment successfully.

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 ...

Our staff are here to aid in use of a wide array of cytometers. We consult at every step of the process, including panel design, and marker and color choice, as well as data analysis and ...

Thanks to recent developments that have led to improved resolution, flow cytometry can now be applied to the detection and analysis of single-celled microbes.

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 ...

1. Learn how flow cytometry streamlines and enhances the CRISPR gene editing workflow 2. Gain working knowledge of the different uses of flow cytometry for genome editing validation including single ...

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

This article provides advice on presenting flow cytometry data in an academic publication, including presenting controls and standardizing the data.

Suspension cultures have stories to tell, but we risk losing the plot, says IntelliCyt’s CTO, unless we read cell productivity attributes—with flow cytometry.

In addition to being used for flow cytometry applications, TruCytes™ are extensively used in cell therapy workflows. We can also design for assay technologies outside of flow cytometry (e.g.