Sentence examples for microscopy study suggested from inspiring English sources
An atomic force microscopy study suggested that G6PD plays a significant role in hemolytic anemia by affecting the membrane structure of red blood cells (Tang et al., 2015).
Epifluorescence and confocal microscopy studies suggested that MTX was rapidly internalized by CNTs and drug efficacy was enhanced [69].
Fluorescence microscopy studies suggested that the presence of DSPE-PEG2000 did not adversely affect liposomal tumor vasculature targeting.
The X-ray diffraction, scanning electron microscopy, and transmission electron microscopy studies suggested that well crystalline sub-micronsized particles are obtained.
The results of our confocal microscopy studies suggested that Ig014 interacts with vimentin exposed on the extracellular side of the plasma membrane of stromal cells.
However, electron microscopy studies suggested that WRN is likely to be a dimer in solution while it forms higher oligomers such as a tetramers in the presence of DNA substrate [ 17].
Early electron microscopy studies suggested that FcεRI subunits did not remain intact after crosslinking, and studies of the BCR have suggested that its antigen binding and signaling receptor subunits dissociate, allowing for prolonged signaling at the membrane after the antigen-bound subunits internalize.
Fluorescence microscopy studies suggest that the mitochondria are not initial sites of accumulation of 3.
Also, scanning electron microscopy studies suggest that the shape and dimension of the nanoparticles begin to change when the temperature increases.
Transmission electron microscopy studies suggest that the observed differences in cyclic hardening between the different heat treatments result from the precipitation of fine carbides.
Microscopy studies suggest that this peptide kills microbial cells by inducing pores of ∼20 30 nm in size in microbial membrane on a short time scale, which further develops to grossly damaged membrane envelope on a longer time scale.
