Figure 3A presents a coronal section of a tumor-bearing mouse after Nissl staining while Figure 3B depicts brain sections from another mouse that was analyzed by means of fluorescence microscopy and (Figure 3C) in situ hybridization with specific probes that demonstrate the expression of the TSPO mRNA by the tumor.
Figures 4(a) and 4(b) present the appearance of stainless steel microparticles as observed by electron microscopy and Figure 4(c) the hysteresis curves at room temperature.
Morphologically normal and abnormal sperm from the T group are shown in Figure 1 (detected by scanning electron microscopy) and Figure 2 (stained with eosin/nigrosin and detected by light microscopy).
We identified Oct4-null embryos by immunocytochemistry (Figure 6) and then imaged the nuclei of putative EPI cells by correlative fluorescence microscopy and ESI (Figure 6).
Thus, we generated deletion mutants of tBid-EYFP (Figure 1C) and determined the ability of these mutants to translocate to the mitochondria by fluorescence microscopy and microspectroflurometry (Figure 1D, 1E, and Table 2).
Cross-sectional transmission electron microscopy and pole figure analysis show that the orientation relationship is(111 TiN∥ 0001 SiC[0¯11]TiN∥[1¯210]SiC,It is different from that on sapphire,"(111 TiN∥ 0001 Al2O3[10¯1]TiN∥[10¯10]Al2O3",in spite of the same crystal structure of substrate surfaces.
The uptake of Alexa-, DIG- or gold-conjugated-p97 and unconjugated p97 by the brain was observed using confocal microscopy and EM (Figure 5).
MB designed and coordinated the study, constructed the mutant, performed the microarray experiments, the mycothiol measurements and fluorescence microscopy and prepared the figures.
Images were collected with confocal microscopy and shown in Figures 1, 2 and 3. Identically treated, stained, and imaged sections from Clic4 null mice served as the negative control and showed no significant signal with the CLIC4 antibody.
Corrosion attack morphologies of the mild steel specimens in the absence and presence of the inhibitor for 120 and 20 min immersion in static and hydrodynamic conditions, respectively, have been investigated by optical microscopy and exhibited in Figure 13.
