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 »

Tutorial: Flow profile generation with QmixElements - Part 2

In the second part of the tutorial you will learn how to create sinusoidal flow profiles using JavaScript functions. To do this, modify the script created in the first part of the tutorial so that a sinusoidal flow profile is generated instead of a sawtooth profile. In addition, you will learn how to record calculated values in the graphical logger using virtual I/O channels. Read on »

#WeSupportYou even during the biggest crisis!

The coronavirus pandemic is affecting people and businesses around the world. Our motto #wesupportyou is more true than ever throughout this crisis. We will do everything in our power to provide you with optimal support even in these uncertain times. Read on »

How Microfluidics Revolutionize Cultivation

Medicine today must be more innovation-driven and personalized than ever before. Therefore, microfluidics plays a decisive role in the research of new therapeutic approaches. In this article of the #CETONIacademy you will find out which! Read on »

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