Sentence examples for microscopy which uses 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.

One method Warren works on is called pump-probe microscopy, which uses carefully timed pulses of laser light to electrically excite the molecules in a sample.

Surface topography was characterized by scanning ion conductance microscopy which uses a glass nanopipette as a sensitive probe.

The most commonly used technique is multiphoton microscopy, which uses short pulses of infrared laser light to excite fluorophores, while the emitted light is detected using photomultipliers.

The thicknesses of specific cartilage zones were measured with polarized light microscopy (PLM), which uses the birefringence of collagen to visualize fiber alignment [ 9].

A new challenge for the fractal analysis is the introduction of virtual microscopy [168 171], which uses whole or near-whole slide digitalization with the creation of a huge storage demand.

This year's Nobel Prize in Chemistry celebrated the remarkable rise of cryo-electron microscopy (cryo-EM), which uses a beam of electrons to map the structures of proteins and other biomolecules.

Other super-resolution optical imaging techniques such as stimulated emission depletion (STED) microscopy [ 13] which uses superlocalized depletion of the excited state by stimulated emission with few tens nanometers spatial resolution being demonstrated are severely limited in penetration depth to few tenths microns and limited for deep imaging applications.

The company does have one test on the market, which uses digital microscopy to detect malaria.

We have developed a rapid antimicrobial susceptibility assay for Staphylococcus aureus based on bacterial cytological profiling (BCP), which uses quantitative fluorescence microscopy to measure antibiotic induced changes in cellular architecture.

The dynamics of these chimaeric proteins were also observed using live-cell confocal video microscopy, which necessitates using GFP tagged proteins only.