Microprofiling and micro sampling system for water saturated environmental boundary layers

Fabricius et al. reported in their scientific article on an automated sample collection system (micro profiling and micro sampling system- missy) for the spatial high resolution investigation of water samples from water saturated boundary layers with small volumes of < 500 µl (sediments, biofilms or soils). Read on »

Realtime baseline correction

The spectroscopy plugin for the new QmixElements version v20180824 now comes with a real-time baseline correction. This enables the software to correct baseline shifts in real time while the spectra are being recorded. A subsequent baseline correction can thus be omitted. This facilitates the later evaluation of the data and simplifies the post-processing of the recorded spectra. Read on »

Qmix SDK for Python

With the new Python integration for the Qmix SDK you can develop small applications in the shortest time, automate certain dosing processes or realize your own analyses. The main advantage of Python is its ease of programming, which significantly reduces the time required to develop, debug and maintain the code. In the following example we show you how easy and fast you can implement an application with Python and the Qmix SDK. Read on »

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 »

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