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首页> 外文期刊>Journal of Fish Diseases >Methacarn preserves mucus integrity and improves visualization of amoebae in gills of Atlantic salmon (Salmo salar L.)
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Methacarn preserves mucus integrity and improves visualization of amoebae in gills of Atlantic salmon (Salmo salar L.)

机译:Methacarn保留了粘液完整性,并改善了大西洋鲑鱼(Salmo Salar L.)的鳃上的amoebae的可视化

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摘要

Two aqueous fixation methods (modified Davidson's solution and modified Davidson's solution with 2% (w/v) Alcian blue) were compared against two non-aqueous fixation methods (methacarn solution and methacarn solution with 2% (w/v) Alcian blue) along with the standard buffered formalin fixation method to (a) improve preservation of the mucous coat on Atlantic salmon, Salmo salar L., gills and (b) to examine the interaction between the amoebae and mucus on the gill during an infection with amoebic gill disease. Aqueous fixatives demonstrated excellent cytological preservation but failed to deliver the preservation of the mucus when compared to the non-aqueous-based fixatives; qualitative and semi-quantitative analysis revealed a greater preservation of the gill mucus using the non-aqueous methacarn solution. A combination of this fixation method and an Alcian blue/Periodic acid-Schiff staining was tested in gills of Atlantic salmon infected with amoebic gill disease; lectin labelling was also used to confirm the mucus preservation in the methacarn-fixed tissue. Amoebae were observed closely associated with the mucus demonstrating that the techniques employed for preservation of the mucous coat can indeed avoid the loss of potential mucus-embedded parasites, thus providing a better understanding of the relationship between the mucus and parasite.
机译:将两种水性固定方法(改进的Davidson溶液和改性Davidson用2%(w / v)alcian蓝色的溶液进行比较,与两种非水固定方法(甲基溶液和2%(w / v)alcian蓝色)进行比较用标准缓冲的福尔马林固定方法(a)改善大西洋鲑鱼,沙摩酱油和(b)的粘液涂层的保存,以检查Amoebic Gill病的感染期间鳃上的amoebae和粘液之间的相互作用。含水固定剂显示出优异的细胞学保存,但与非水基固体相比,未能递送粘液的保存;定性和半定量分析揭示了使用非甲基氨基甲酸溶液的鳃粘液的更大保存。这种固定方法和Alcian蓝/周期性酸 - 席石夫染色的组合在大西洋鲑鱼的鳃中测试了amoebic鳃病的鳃;凝集素标记还用于确认甲嘧啶固定组织中的粘液保存。与粘液密切相关的氨苄饲观察到,粘液表明,用于保存粘液涂层的技术确实避免了潜在的粘液嵌入寄生虫的丧失,从而更好地了解粘液和寄生虫之间的关系。

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