This webinar will explore several strategies for extending sample stability, alternatives to whole blood samples in flow cytometry, and their successful implementations in clinical studies.

Flow cytometry allows high-content, multiparameter analysis of single cells, ... the CV and median of each sample did not change appreciably (Supplementary Fig. 1). ...

Some examples of the parameters that can be assessed using flow cytometry are described below. Functional analysis Flow cytometry can be used to evaluate changes that occur in cells over a short ...

However, we do not independently analyze samples for users. We are the only flow cytometry facility in the Pacific Northwest that offers therapeutic cell sorting, and collaborate closely with Fred ...

Flow cytometry is a single cell technology that utilizes lasers and fluorescence (in most cases) to study the gene expression profile and function of cells. The power of flow cytometry is its ability ...

The multicolor pre-formulated options standardize flow cytometry workflows, helping the lab simplify sample preparation, by reducing preparation time and reagent waste.

Researchers often use “flow cytometry” to refer to a method of analyzing cells on an aptly named flow cytometer. 1 However, the term also encompasses techniques that enable researchers to characterize ...

“We designed the CellMek SPS to open up new possibilities for clinical flow cytometry laboratories seeking to simplify their complex sample preparation workflows with an easy-to-use system that ...

For example, collecting a microalgal ramanome can take four hours and only achieve a shallow sampling depth. In contrast, other methods like Raman-based flow cytometry (RFC) ...

The feature appears on the 50th anniversary of the original publication in Science of the invention of the cell sorter, the start of flow cytometry. Flow cytometry, which allows for measurement of ...