Sentence examples for microscopy which showed from inspiring English sources

This was confirmed with fluorescent confocal microscopy which showed elevated levels of LC3 expression in cells treated with Q525, but not Q605 [7].

The nanocomposites microstructure was investigated by scanning electron microscopy, which showed a high degree of dispersion of the fillers.

The morphology was investigated by environmental scanning electron microscopy, which showed that increasing content of OMMT reduces the domain size of phase-separated particles.

This change in release profile was related to the immiscibility of Eudragit S and ethylcellulose as assessed by thermal analysis, and confirmed by microscopy which showed pores within the microparticle structures following dissolution of the Eudragit S domains.

This was evidenced from detailed defect statistics obtained by transmission electron microscopy, which showed that the densities of grain boundaries, dislocations and twin boundaries have all been lowered by annealing.

Mushroom structures were examined using optical microscopy, while the deformities on the pathogens inflicted by mushroom extracts were visualized using scanning electron microscopy, which showed accumulation and formation of biofilm in Gram-positive and shrinkage with cavity formation in Gram-negative bacteria.

We present results from a scanning probe method (Kelvin probe force microscopy) which show direct observation of dopant-induced potential modulations.

The morphology of the membranes is studied by scanning electron microscopy, which shows the presence of the thin layers coated on the SPAEK-C membrane.

Morphological characterization of PPCP/MWCNT nanoscale composites (NCs) was done using scanning electron microscopy and transmission electron microscopy, which show good dispersion of MWCNTs in the PPCP matrix even at high loadings and confirm the formation of true NCs.

We have examined the morphology of an ultra-thin film P VDF/TrFE) copolymer by the atomic force microscopy and the transmission electron microscopy, which show the same images with "rod-like" structures in the size of 50 nm in width and few hundreds nanometer in length.

This latter observation is extended by confocal microscopy which shows that PHZ and parasitic DNA do not colocalize in situ in the infected red blood cell (iRBC) isolated from P. chabaudi-infected mice.