Sentence examples for microscopy which has from inspiring English sources

At Cornell he worked on near-field microscopy, which uses light waves near a material's surface to obtain images of a higher resolution than could be achieved with normal optical microscopy, which has a resolution limit (discovered by German physicist Ernst Abbe in 1873) of about 200 nanometres (nm) for the shortest wavelengths of visible light.

Moreover, the structure of the coatings has been extensively probed by transmission electron microscopy, which has shown that the size of the TiC nanoparticles shrinks when increasing the carbon content within the films.

The structure of the septa has been investigated using transmission electron microscopy, which has revealed that W. americana has a single pore plugged by a "fan-shaped matrix"—an electron-dense region with a torus-shaped ring of translucent tissue wrapped around it.

Our results did not support this suggestion as patients with negative or indeterminate QFT-IT results did not have higher bacterial loads by sputum microscopy, which has been shown to be associated with cavitary disease [34], [35].

However, unlike light microscopy, which has the advantage of excellent fluorescence labeling specificity, EM lacks powerful and easy labeling strategies.

In these countries, TB diagnosis relies mainly on smear microscopy which has a highly variable sensitivity ranging from 20% to 60% [ 2, 3].

We focus on three developments: the application of super-resolution optical technologies to characterize the nanoscale organization of cadherins at cell-cell contacts, new approaches to interrogate the mechanical forces that act upon junctions, and advances in electron microscopy which have the potential to transform our understanding of cell-cell junctions.

In part, this is because of the strength of Conventional Scanning Electron Microscopy (CSEM), which has so many applications and advantages.

However, this fluorescent output relies upon the direct user-based quantification of fused organelles using microscopy techniques, which has not been amenable to high-throughput screening and automation.

Confocal fluorescence microscopy (CFM), which has been widely applied in biological imaging, has found application also in the imaging of porous materials to visualize defects that are confined to the crystal interior.

A newer technique for measurement of SbVP is flow-imaging microscopy (FIM), which has the capability to classify particulate matter as well as provide size distributions and particulate counts (15, 16).