Sentence examples for microscopy experiments show from inspiring English sources
The results of the fluorescence microscopy experiments show that the encrypted polymers direct vesicular escape and efficiently deliver oligonucleotides and macromolecules into the cytoplasm of hepatocytes.
Small angle X-ray scattering patterns of the materials and transmission electronic microscopy experiments show that the mesoporous network (mesopore size around 9 nm) adopts a hexagonal arrangement.
Small angle light scattering and confocal microscopy experiments show that the mechanism of phase separation is similar to spinodal decomposition, even in the presence of a rapid gelation.
In the first part, scanning electron microscopy experiments show that the two-phases composition of the semi-IPN NBR/PEDOT obtained notably the localization of PEDOT inside the NBR matrix.
Microscopy experiments show colocalization of both fluorescein and MG fluorescence.
The immunofluorescence and confocal microscopy experiments show that CRT and human C1q colocalize in the cytoplasmic vesicles and near to the surface membrane of previously permeabilized trophozoites or are incubated with normal human serum which is known to destroy trophozoites.
Optical microscopy experiments showed that both peptides induced pore opening and the dimer eventually caused the vesicles to burst.
Confocal laser scanning microscopy experiments showed that ARH could be used to detect Fe3+ in living cells.
Confocal laser scanning microscopy experiments showed that rhodamine B-2-aminobutenedioate can be applied to detect acidic pH variations in living cells with a turn-on signal.
Fluorescent microscopy experiments showed that the second and third generations are the most efficient for cellular uptake with the second generation having the synthetic advantage.
In situ immuno-electron microscopy experiments showed the minor subunit (FimH) mediating pilus adhesion to bladder epithelial cells to be the distal protein of the pilus tip, which had a spring-like appearance at higher magnification.
