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使用钌红和硝酸镧对肾小管细胞膜表面进行电子显微镜组织化学研究。

Electronmicroscopic histochemical investigation of the surface of the cell membrane of the renal tubules with the use of ruthenium red and lantanum nitrate.

作者信息

Walski M, Olszewska K

出版信息

Folia Histochem Cytochem (Krakow). 1978;16(1):19-25.

PMID:416997
Abstract

The renal tubules were investigated with the use of ruthenium red and lanthanum nitrate to titrate the carbohydrate groups which are localized on the differentiated surface of the cell membranes and intercellular spaces. Ruthenium red visualized the surface coat which is tightly bound to the outer lamellae of the cell membrane. Lanthanum nitrate used in this investigations is a valuable marker of the intercellular spaces. The applied markers have visualized in the kidney the canals which are originated from the foldings of membranes of the tubular cells which adhere to the basal membrane. The markers used in combination with the fixative glutaraldehyde-paraformaldehyde give an electrondense envelope of the cell membrane which is more distinct as compared with specimen treated with glutaraldehyde and markers only.

摘要

使用钌红和硝酸镧对肾小管进行研究,以滴定位于细胞膜和细胞间隙分化表面的碳水化合物基团。钌红使紧密结合在细胞膜外片层上的表面被膜可视化。本研究中使用的硝酸镧是细胞间隙的一种有价值的标志物。所应用的标志物在肾脏中显示出由附着于基底膜的肾小管细胞的膜折叠形成的小管。与仅用戊二醛和标志物处理的标本相比,与固定剂戊二醛-多聚甲醛联合使用的标志物使细胞膜呈现出更明显的电子致密包膜。

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