"Conventional flow cytometry is not practical for many resource ... After experimenting with several alternate microfluidic ...

A better flow Researchers have long used flow cytometry to count and characterize cells as microfluidics guide them over a detector. But human cells can be relatively large, up to 150 micrometres ...

Multi-temporal Analysis by Flow Cytometry: Microfluidics and inertial microfluidics, in particular, have and will continue to be applied in emerging miniaturized flow cytometry platforms for ...

“For the most part, flow cytometry is used when you have a good affinity assay—an antibody or oligomer probe that can specifically label your cell type,” ...

Conventional flow cytometry is not practical for many resource ... After experimenting with several alternate microfluidic ...

This whitepaper explores the advantages of a novel cell sorting and dispensing platform – which combines microfluidics, flow cytometry and liquid dispensing – that can help researchers get to their ...

The introduction of new and improved analytical tools through technological advancements in Flow Cytometry, such as the development of microfluidic Flow Cytometry for Point-of-Care (POC) testing, is ...

Conventional flow cytometry involves biological cells tagged with fluorescent ... "However, current 3D IFC systems are often limited by incompatibility with available microfluidic devices, or by ...

Learn More About the Beacon ® Screening Platform The Beacon ® single-cell optofluidic system combines a unique OptoElectronic Positioning (OEP) technology with novel microfluidic technology.