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Progress in tear microdesiccate analysis by combining various transmitted-light microscope techniques

机译:结合各种透射光显微镜技术进行泪液微粉分析的进展

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摘要

BackgroundTear desiccation on a glass surface followed by transmitted-light microscopy has served as diagnostic test for dry eye. Four distinctive morphological domains (zones I, II, III and transition band) have been recently recognized in tear microdesiccates. Physicochemical dissimilarities among those domains hamper comprehensive microscopic examination of tear microdesiccates. Optimal observation conditions of entire tear microdesiccates are now investigated. One-μl aliquots of tear collected from individual healthy eyes were dried at ambient conditions on microscope slides. Tear microdesiccates were examined by combining low-magnification objective lenses with transmitted-light microscopy (brightfield, phase contrasts Ph1,2,3 and darkfield).
机译:背景技术玻璃表面的泪液干燥,然后进行透射光显微镜检查已成为干眼症的诊断测试。最近在泪液微干中发现了四个独特的形态学区域(I,II,III和过渡带)。这些区域之间的物理化学差异妨碍了对泪液微干燥剂的全面显微镜检查。现在研究整个泪液微干燥剂的最佳观察条件。在环境条件下,在显微镜载玻片上干燥从健康单眼收集的一微升眼泪等分试样。通过将低放大倍率的物镜与透射光显微镜(明场,相差Ph1,2,3和暗场)结合使用来检查泪液微干燥剂。

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