Sentence examples for microscopy techniques showed from inspiring English sources

Flow cytometry and confocal microscopy techniques showed that retinal cells but not corneal cells, uptake 18% of the nanoparticles.

The hydration products, analysed by X-ray diffraction, thermogravimetric analysis and scanning electron microscopy techniques, showed that Mg was mainly incorporated in the hydrotalcite-like phases.

Microscopy techniques showed that the organization of fat in cheeses results from the different steps involved in the technological process, from coagulation to ripening.

Multiple microscopy techniques showed that phototreatment with ZnPc+TMPyP induces mainly apoptotic cell death (>91%) or necrosis (>89%) depending on the light dose received (2.4 versus 3.6 J/cm).

The catalyst was characterized by various transmission electron microscopy techniques showing well-dispersed rhodium nanoparticles (∼3 nm) mainly located at the periphery of the silica coating.

Raman microspectrometry and transmission electron microscopy techniques show that neutron irradiation and milling lead to similar multiscale organization, and especially nanoporous carbon formation.

Research into the evolution of organ systems that are mainly comprised of soft parts is often stymied by the fact they are not easily preserved in the fossil record although recent close examination of specimens with advanced imaging and microscopy techniques shows these structures may be preserved more often than previously though.

Raman spectra for C60 and C70 films were utilized to evaluate the film quality, and atomic force microscopy technique showed the roughness of both films was within the molecular scale of fullerenes.

Also fluorescence microscopy technique showed less fluorescence intensity in oxLDL-treated cells after preincubation with PDTC for 1 h (Fig. 8B).

The postembedding immunogold electron microscopy technique showed that the two receptors are co-localized at the synaptic membranes and surrounding astroglial membranes of glutamatergic synapses.

Researchers at the University of Bergen in Norway, with the help of a new electron-microscopy technique, showed that viral concentrations in some aquatic habitats were up to 10 million times greater than previous estimates2.