Sentence examples for microscopy suggest that from inspiring English sources

Dynamic mechanical behavior and electron microscopy suggest that a complex mutiphase structure is produced, particularly at low PDMS weight fractions.

Studies using force spectroscopy, flow cytometry and fluorescence microscopy suggest that the bioactive fragments of pectin may be pectin-derived galactans.

Examinations of EPS using Raman and Fourier-transform infared spectroscopy, and atomic-force microscopy suggest that some EPS gels possess physical and chemical properties which may hasten the development of sharp geochemical gradients, and contribute a protective effect to cells.

The preliminary experimental results from X-ray diffraction, scanning electron microscopy and transmission electron microscopy suggest that the TiO2 nanofibres were well-dispersed and interwoven by the CNTs, forming freestanding, bendable and light weighted composite.

Results from immunofluorescence microscopy suggest that traditional AFM measurements and microrheology analysis are not necessarily incompatible.

Data using live video microscopy suggest that an individual NK cell can make serial contacts with multiple targets and majority of contacts lead to lysis of target cells.

Microscopy suggested that the mode of cell death was lysis.

In addition, magnetic force microscopy suggested that spin domains were formed in the obtained systems.

Triple-color microscopy suggests that two factors interact to initiate actin formation and then separate as the filament grows.

The pattern of the primary particles, observed under scanning electron microscopy, suggests that these particles results from a spherulitic crystal growth mechanism inside the droplet.

Besides, confocal microscopy suggested that the polyplexes formed from these polymers could escape from endosome/lysosome more efficiently than those derived from PEGylated material.