Examples of using Microfluidic in English and their translations into German
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Biomedical and microfluidic flows.
Liposomes and polymer nanoparticle productionwith microfluidic.
Applications in microfluidic and photonic devices.
Si-deep etching for MEMS, MOEMS and microfluidic.
Microfluidic in-vitro model system for observing metastases MICROMET.
People also translate
Development and application of new microfluidic cultivation methods.
The current microfluidic layout of the MOC system allows the coculture of up to three tissues.
Finite elements simulation of mechanical and microfluidic applications.
Microfluidic chip with four integrated electrodes for flow cytometric blood cell measurement.
The main principle is always a combination of size and affinity filtering at microfluidic scale.
Optochemical sensors are integrated into microfluidic systems in order to detect the conversion of substances.
So, right now,we can actually miniaturize biological and chemistry laboratories onto microfluidic chips.
In the pharmaceutical industry, microfluidic systems have many analytical uses in biopharmaceutical production, e. g.
In addition, the interdisciplinary team is developing so-called microfluidic single-cell bioreactors.
Microfluidic systems, for example, are based on microscale liquid channels and are used for more efficient blood analysis.
We apply simplemethods such as the use of test strips or microfluidic chips to implement our chemical sensors.
Paper-based microfluidic devices(ÂμPAD) have been formed which allow multiple bioassays to be conducted simultaneously.
Optimising industrial processes for metabolite production andthe analysis of further tissue complexes with a novel microfluidic.
In this workshop you make your own microfluidic chip using our in-house developed super low-cost method.
Microfluidic systems and structures are of interest in many technical application areas, for example in medical engineering and biotechnology.
It is thus possible to usetiny volumes of these liquids in the open channels of microfluidic systems without any evaporation problems.
The formation of microfluidic assays on paper provides the potential for portable medical tests that can be used anywhere in the world. Â.
The Chemical andOptical Sensing Division develops chemical sensors, microfluidic systems, and optical and mass spectrometric methods.
We offer our diagnostics customers experience not only in micro components,but also in microstructured plastic mold parts for microfluidic test systems.
If yes,feel free join our course"Assay automation by centrifugal microfluidic platforms: simulation based design, scalable production, and applications.
Areas of application are the characterization of semiconductor components and materials, solar cells, dielectric spectroscopy,bioimpedance tasks, and microfluidic systems.
Our newly developed microfluidic biosensor is based on electrical impedance spectroscopy and parallel measurement of amperometric current which allows the real-time monitoring of biofilm formation processes.
Through careful experimental design we will be able to collect andanalyse multiparametric data from millions of microfluidic drops to screen for relevant molecules or microbial activity.
Furthermore, microfluidic systems at the micro- and nano-scale more accurately reflect the cellular environment, as physicochemical transport processes of most biological systems function at the same scale.