Sentence examples for microscopy to better from inspiring English sources

Engineers have frequently used microscopy to better understand the structure of materials.

The initial microstructure in both coarse-grained (CG) and UFG conditions was characterized by transmission electron microscopy and orientation imaging microscopy to better correlate the observed deformation behavior with the microstructural elements.

MIT is party to a subcontract under an NIMH small business grant awarded to Nectome, with the Boyden group working on an academic research project to combine aspects of Nectome's chemistry with the Boyden group's invention, expansion microscopy, to better visualize mouse brain circuits for basic science and research purposes.

The Media Lab says that the grant involved a research project to "combine aspects of Nectome's chemistry with the Boyden group's invention, expansion microscopy, to better visualize mouse brain circuits for basic science and research purposes".

In addition, we performed electron microscopy to better understand, at subcellular resolution, how the endocardium and myocardium layers are affected in these fish.

After a number of years of carrying out such measures using spectrofluorometry, colonies were examined with fluorescent microscopy to better localize the source of the NAD(P H.

Microstructure determined by X-ray diffraction, atomic force microscopy, and transmission electron microscopy due to better dispersion of MT nanoclay particles and interaction of MT with SSEBS matrix was responsible for this effect.

Besides devising unique ways to analyze conventional cell images, researchers are also using new microscopy techniques to better define cell shapes.

"We've been contacted by a number of users sharing their result and we were surprised to found a very broad use-cases," he said — claiming for example that scientists and doctors are using the tool to upscale X-ray and microscopy photographs to "better see the details".

She moved to the Institut Curie in 1993 to work on questions related to "Physics of the cell". With her group, she is developing a multidisciplinary approach, largely based on synthetic biology and biomimetic systems as well as quantitative mechanical and microscopy methods, to better understand the role of biological membranes in cellular functions.

This study opens the way for using Atomic force microscopy to get a better understanding of reinforcement in filled rubbers.