Sentence examples for high magnification imaging from inspiring English sources
SEM4 Tabletop Scanning Electron Microscope Hitachi TM3030Plus Tabletop SEM The SEM is a high magnification imaging tool with secondary electron and backscattered electron detectors.
High magnification imaging at low voltage revealed the reticular IB structure which can be obscured by pixel saturation at higher voltages (Figure 1B, lower right).
Analysis of FRET-ratio was done by NIS-Elements software (Nikon Instruments Inc .. Cells stably expressing DsRed targeted at the mitochondria (Mito DsRed) and EGFP targeted at ER (ER-EGFP) (Clontech Laboratories Inc., Mountain View, CA, USA) were used for visualizing MAM by high magnification imaging.
Live cells were loaded with MitoTracker Red (0.1 μM; Life Technologies, Grand Island, NY) and imaged at 20× magnification, or loaded and then fixed for high magnification imaging (63×).
Nicely preserved outer retinal architecture was observed with both methods, however, QFDE provided excellent high magnification imaging, with greater detail, of the apical, central, and basal planes of the RPE.
High magnification imaging analysis revealed large three-phase boundary regions within the anode, a dense electrolyte layer and clearly highlighted the multiple CGO LSCF cermet and pure LSCF cathode layers.
K.K. performed high-magnification imaging.
High-magnification imaging analysis indicated the loss of α-SMA+ VSM cells from airway blood vessels (Fig. 4 D, Supplemental Video S2).
The tail fin of a Tg(CMV EGFP-map1lc3b) larva infeCMV EGFP-map1lc3bson larvaed bacterinfectedi) withfirst imaged using low magnification CLSM (Fig. 9A), followed by higher magnification imaging of the region of interest and 3D rendering (Fig. 9B).
Higher magnification imaging reveals a dense TUBB3+ neuropil containing axons (SMI312), dendrites (MAP2) and astrocytes (GFAP) in ALI-COs, while whole organoids exhibit disrupted morphology with decreased neuronal processes.
The higher magnification imaging (Fig. 1 b) revealed that the observed crystal aggregates consist of many 15 40 nm sized SC-TiO2 nanoparticles which is almost 10 times smaller than in pure TiO2 powder.
