Examples of using Microscopy techniques in English and their translations into Swedish
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Combining optical microscopy techniques with AFM allows.
STORM uses lasers with higher intensities when compared to conventional microscopy techniques.
All of the following optical microscopy techniques are supported: Brightfield.
competence within different microscopy techniques.
cell components microscopy techniques, methods to fractionate cells and cell components.
support in all microscopy techniques.
Microscopy techniques can produce a lot of noise that interferes with the imaging
other high-resolution microscopy techniques.
The workshops are about learning and using microscopy techniques in practical applications, mainly in combination with the new systems.
integrating optical microscopy techniques and multifunctional AFM.
This interest in UV light in microscopy techniques may have helped to bring about the introduction of electron beam microscopy. .
PInano microscope scanning stages are effectively used in optimized high-resolution microscopy techniques such as STED, NSOM and STORM.
Advancements in microscopy techniques and sample preparations are extending this type of multi-component approach to the imaging of cells.
This is different from some of the other super-resolution microscopy techniques, where specialized fluorophores have to be generated.
which are observed using microscopy techniques on the nanoscale.
In comparison to other microscopy techniques, STED is able to produce video-rate imaging
Some of these changes would have taken months of work to view using other microscopy techniques, and a few would have been missed altogether.
Moreover, it can be used to analyze the sample using a very low concentration which is very difficult by DLS or electron microscopy techniques.
is a group of super-resolution microscopy techniques that can obtain images at extremely high resolutions.
Exciting microscopy techniques that provide three-dimensional data have been developed
This set the technique apart from conventional wide-field microscopy techniques as well as confocal microscopy,
extensions of other microscopy techniques.
range of contemporary microscopy techniques, many important biological phenomena still elude the precision of even the most sensitive tools.
the light that cells are exposed to is substantially less than traditional microscopy techniques.
The detail in atomic force images is unrivalled by other microscopy techniques that can be used to image samples in fluid,
application of technologies not traditionally applied to biological systems, such as the microscopy techniques used in the MIT Spectroscopy Lab.
Using these microscopy techniques simultaneously provides the user with high resolution imaging on specific molecules
A new technique that makes blood clots optically clear is allowing researchers to use powerful optical microscopy techniques to study the 3D structure of dangerous clots for the first time.
The ideal candidate should be familiar with microscopy techniques(including confocal microscopy)
To demonstrate an application for the different information that is available from this combination of microscopy techniques, a brief study of the apoptotic effects of hydrogen peroxide(H2O2)