In response, other gentler sorting technologies have been developed, including magnetic cell sorters that select cells tagged with magnetic nanoparticles and microfluidic cell sorting technologies.

One of the major goals of the MF3 Center is to develop microfluidic modules for various tasks—for example, cell sorting or fluid transport—so that a variety of well-designed modules are ...

This article details why pulsation impacts flow stability in microfluidics and how it affects precision and accuracy.

For instance, Quake integrated these pneumatic microvalves onto microfluidic chips to easily separate and sort DNA molecules instead of relying on DNA gel electrophoresis. With the integration of this ...

“He kept thinking there must be a better way of counting cells,” recalled Stephen De Rosa, who was a postdoctoral researcher in the Herzenberg laboratory in the late 1990s and is currently an ...

Researchers at the K N Toosi University of Technology (KNTU) in Tehran, Iran believe that ultrasonic waves could separate CTCs from red blood cells accurately, in an energy efficient way and in real ...

However, the traditional methods of fabricating microfluidic devices—typically ... such as fluorescent cell sorting and pixel array generation. A key innovation of the library is the ability ...

Drug discovery efforts have expanded beyond the traditional approaches of small molecules and antibodies to include cells.

Explore a high-throughput picodroplet-based method for CAR-T cell functional validation that enables rapid, single-cell ...

This technology can be easily adapted to sort and analyze a variety of cell types from various biological samples by using beads labeled with different antibodies,” commented study lead McHugh. By ...

The new microfluidic device uses a large number of tiny channels, about the width of a human hair, designed to quickly and efficiently separate blood cells by size in a process called controlled ...