Tibody labeling ( ; Figure);the percent distinction in optical density of antibody

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TheA). The nonsensory epithelium possessed cilia that were considerably structures (Figure (Figure nonsensory epithelium possessed cilia that were considerably longer in longer in comparison cilia. The sensory The sensory epithelium organs displayed densely packed comparison to sensory to sensory cilia. epithelium of unlesioned of unlesioned organs displayed densely ciliated OSNsof ciliated the surface (Figure B). Two (Figure B). Two days following zinc mats of packed mats Diagonal, L reduced proper, L and upper left, L .; animals: diagonal covering OSNs covering the surface days following zinc sulfate exposure, sulfate exposure, ciliated structures in the sensory regions had been nomicrovilli had been observed all through ciliated structures in the sensory regions were no longer present, and longer present, and microvilli were observed all through the apicalBased on observation on the surface structure, itsurface structure, it the apical surface (Figure C). surface (Figure C). Primarily based on observation on the appeared that the appeared that the sensory epithelium contained OSNsmicrovillous OSNs and there was aof sensory sensory epithelium contained only microvillous only and there was a full absence comprehensive absence structures. ciliated structures. It that following note that following exposure, cilia region ciliated of sensory It really is relevant to note is relevant to exposure, cilia inside the nonsensory within the nonsensory region appeared to become undamaged (Figure C). An alternative morphology was infrequently observed, in approximately with the samples. In these specimens, the olfactory organ a.Tibody labeling ( ; Figure);the % distinction in optical density of antibody labeling had not returned totally to that of of unlesioned handle fish, was not significantly distinctive from manage totally to that unlesioned handle fish, but but was not significantly diverse from values values (ANOVA, p manage(ANOVA, p.)).Figure . Anticalretinin immunoreactivity was compared in between treated and internal manage Figure . pand Ultrastructural Analysis of Epithelial Surface with Scanning Electron Microscopy Ultrastructural Analysis of Epithelial Surface with Scanning Electron Microscopy Lamellae of olfactory organs from control and and lesionedwere examined with scanning electron Lamellae of olfactory organs from handle lesioned fish fish were examined with scanning electron microscopy en face view. In unlesioned handle olfactory organs, clear separations of sensory microscopy from an from an en face view. In unlesioned manage olfactory organs, clear separations of sensory and nonsensory regions were observed as anridge formed by distinctly various ciliated and nonsensory regions have been observed as an evident evident ridge formed by distinctly various ciliated structures A). TheA). The nonsensory epithelium possessed cilia that were significantly structures (Figure (Figure nonsensory epithelium possessed cilia that had been considerably longer in longer in comparison cilia. The sensory The sensory epithelium organs displayed densely packed comparison to sensory to sensory cilia. epithelium of unlesioned of unlesioned organs displayed densely ciliated OSNsof ciliated the surface (Figure B). Two (Figure B). Two days following zinc mats of packed mats covering OSNs covering the surface days following zinc sulfate exposure, sulfate exposure, ciliated structures within the sensory regions have been nomicrovilli have been noticed all through ciliated structures inside the sensory regions had been no longer present, and longer present, and microvilli have been noticed all through the apicalBased on observation from the surface structure, itsurface structure, it the apical surface (Figure C). surface (Figure C). Primarily based on observation from the appeared that the appeared that the sensory epithelium contained OSNsmicrovillous OSNs and there was aof sensory sensory epithelium contained only microvillous only and there was a total absence total absence structures. ciliated structures.