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首页> 外文期刊>Parasitology Research >Cell membrane labeling of Eimeria tenella sporozoites with the fluorescent dye PKH-67 GL for tracking parasite-host interactions.
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Cell membrane labeling of Eimeria tenella sporozoites with the fluorescent dye PKH-67 GL for tracking parasite-host interactions.

机译:用荧光染料PKH-67 GL标记艾美尔球虫孢子体的细胞膜标记,用于跟踪寄生虫-宿主相互作用。

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The fluorescent cell linker dye PKH-67 GL was used as a vital stain for sporozoites of Eimeria tenella for tests on viability, invasion of cultured primary chick kidney cells, flow cytometric analysis and fluorescence microscopy. The effect of PKH-67 GL on sporozoites was tested at a range of concentrations of dye and sporozoites. In flow cytometric analysis, 0.5-40x10(-6) M of PKH-67 GL labeled sporozoites to some degree, with the percentage of labeled sporozoites increasing with higher dye concentrations. The optimum concentration was 2x10(-6) M, allowing easy observation by fluorescence microscopy. Morphological changes in the sporozoite at concentrations greater than 5x10(-6) M were accompanied by loss of viability according to a propidium iodide inclusion assay. Sporozoite penetration of primary chick kidney cells was unaffected by the optimal level of 2x10(-6) M, allowing observation of intracellular activities. Overall, the cell linker dye greatly facilitated observation of E. tenella in vitro and in flow cytometric analysis.
机译:荧光细胞接头染料PKH-67 GL用作艾美叶球虫子孢子的重要染色剂,用于测试存活力,培养的原代鸡肾细胞的侵袭,流式细胞术分析和荧光显微镜检查。在一定浓度的染料和子孢子浓度范围内测试了PKH-67 GL对子孢子的影响。在流式细胞仪分析中,PKH-67 GL标记的子孢子在一定程度上具有0.5-40x10(-6)M的浓度,标记的子孢子的百分比随较高的染料浓度而增加。最佳浓度为2x10(-6)M,可通过荧光显微镜轻松观察。根据碘化丙锭包涵体分析,子孢子在大于5x10(-6)M的浓度下会发生形态变化,并伴有活力丧失。最佳水平的2x10(-6)M不影响主要鸡肾细胞的子孢子穿透,从而可以观察到细胞内活性。总体而言,细胞接头染料极大地促进了体外和流式细胞仪分析中大肠杆菌的观察。

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