Over the past 40 years, flow cytometry has emerged as a leading, application-rich
technology that supports high-resolution characterization of individual cells which function in …

Multiparameter flow cytometry has matured tremendously since the 1990s, giving rise to a
technology that allows us to study the immune system in unprecedented detail. In this article …

Unmasking the subtleties of the immune system requires both a comprehensive knowledge
base and the ability to interrogate that system with intimate sensitivity. That task, to a …

Biomedical research is evolving to address biological systems as molecular pathways
integrated into complex networks. Tools for molecular and cell analysis are also evolving to …

Recent advances in flow cytometry allow scientists to measure an increasing number of
parameters per cell, generating huge and high-dimensional datasets. To analyse, visualize …

The increasing need for polychromatic approaches to flow cytometry, coupled with rapid
technological advances, has pushed the frontiers of flow cytometry beyond 12-colour …

Flow cytometry is a technology that provides rapid multi‐parametric analysis of single cells
in solution. Flow cytometers utilize lasers as light sources to produce both scattered and …

Flow cytometry is a single-cell technology that measures scatter and fluorescence to
establish a set of unique cellular properties. Flow cytometry is used in many areas of …

Major technological advances in flow cytometry (FC), both for instrumentation and reagents,
have emerged over the past few decades. These advances facilitate simultaneous …

Current flow cytometry (FCM) reagents and instrumentation allow for the measurement of an
unprecedented number of parameters for any given cell within a homogenous or …