Examples of using Microscopy techniques in English and their translations into German
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Determination of the current cell status with real-time analysis by high-resolution microscopy techniques.
In our research we are developing new isotope and microscopy techniques for the investigation of biogeochemical processes.
Dr Patrick Theer is a physicist who has spent most of his career developing microscopy techniques.
Microscopy techniques can produce a lot of noise that interferes with the imaging and SMLM are no exception to this.
I have learnt a lot already,such as how to clone bacteria and new microscopy techniques," says Jaishri Atri.
The new microscopy techniques show different chemical compositions on the surfaces of frog tongues.
We apply a combination of moleculargenetic, cell biological, biophysical and microscopy techniques to our research.
The microscopy techniques necessary for such observation are complex and require for example vacuum chambers, in which the devices would be destroyed.
The dissectates are then collected and can be deeper analyzed either by molecular biology methods,or by other microscopy techniques.
The"Fiber Architecture" group is in charge of developing the microscopy techniques, methods for signal analysis and image processing, as well as simulations.
Latest microscopy techniques allow scientists to see individual live cells with resolution beyond the Abbe Limit, thanks to super resolution imaging.
In cooperation with the Medical University of Vienna and the University of New SouthWales in Sydney, high-resolution microscopy techniques are used to.
Along with molecular biology, modern microscopy techniques are important tools."With these techniques we can observe and film protein complexes in living cells in real time," Ott says.
Furthermore, new approaches will be developed to measure the pathology of grey matter and cellular andmolecular microscopy techniques will be used to monitor damage to nerve and glia cells in intact tissues.
By using modern microscopy techniques, researchers at the TIMed Center study how microfluidics covered with human endothelium cells react if they are exposed to various shearing forces.
Professor Spontak's focus areas in research are polymer morphology and phase stability, multifunctional and nanostructured polymers,blends and networks, and the application of microscopy techniques to polymer science and engineering.
We develop new state-of-the-art microscopy techniques and automated image analysis software to obtain quantitative information about molecular components in space and time.
Together with continuous training of new users, we organize regular courses andworkshops to introduce users to the most recent microscopy techniques and foster interactions and collaborations between microscopy users at the iMM.
High-resolution microscopy techniques are used to monitor cellular changes at both macro- and nano-levels in the course of the progression of activation cascades on various biochemical surfaces.
By being able to mechanically probe and manipulate cellular samples without complicated preparation, biologists can have a unique view into cell functionality and are able to conduct experiments,which were impossible with traditional microscopy techniques.
This research involves the use of large scale,high resolution microscopy techniques to reconstruct individual structures, locations and the synaptic wiring of different neuron types.
There are a widerange of potential applications using virtual microscopy techniques in the hydrocarbon and mineral industry, and for new developments in geoscience education.
Super-resolution microscopy The technique differed from more conventional microscopy techniques that were available at the time of its development as it was able to produce imaging beyond the diffraction limit the point at which molecules 200 nm or less in size can be distinguished from one another.