Laboratory Setup

Microfluidic Cell Separation

In their latest publication, a team from the laboratory of Mohammad A. Qasaimeh, at New York University Abu Dhabi, set a new milestone for open space microfluidics in the field of cell biology. The researchers developed a new kind of open-space microfluidic system for the sequential cell separation and patterning based on dielectrophoresis, and are able to reach a cell purity of ~90 %. Read on »

Flow-controlled gold nanoparticle synthesis

Gold nanoparticles have gained great importance in various fields of application. Yet the reproducible synthesis of such nanoparticles remains extremely difficult. In their scientific article, Chow et al. now report about a new, flow-controlled method for the synthesis of gold nanoparticles using a separation technology based on a liquid-liquid membrane. Read on »

Microfluidic multipoles theory and applications

Thomas Gervais et al. liberate fluids from microchips and lay the foundations for the future of microfluidics with their research on "open space" applications. The experimental demonstration of the principles exposed required the use of up to 12 Low Pressure Syringe Pumps neMESYS 290N. Read on »

Droplet-based high-throughput screening has never been easier

Postek et al. nicely demonstrated an automated high-throughput screening for MIC determination of an antibiotic in nanolitre droplets for different E.coli concentrations. Read on »

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