Recent studies have explored different electrokinetic mechanisms, such as electrohydrodynamics, electroosmosis, and dielectrophoresis, to enhance fluid transport and mixing in microfluidic devices.

Abraham Lee noticed something curious about the field of microfluidics when he was working for the Defense Advanced Research Project Agency (DARPA). When he looked around, he could see that a ...

2023). An ideal microfluidic chip should be capable of performing all steps of the analytical process, including sample loading, preprocessing, separation, dilution, mixing, reaction, and detection.

Microfluidic technology miniaturizes complex laboratory processes—such as mixing, reactions, separations, etc.—into devices the size of a microscope slide. The UF team has developed a ...

Department of Materials Science and State Key Laboratory of Molecular Engineering of Polymers, Fudan University, Shanghai 200433, China ...

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Because the ligand deposition process is done using the CFM's enclosed microchannels, each ligand spot can have a different concentration, buffer composition, pH, detergent mix, and so forth.

Microfluidic technology miniaturizes complex laboratory processes — such as mixing, reactions, separations, etc. — into devices the size of a microscope slide. The UF team has developed a ...