HAMASHIMA Y, HARTER J G, COONS A H
J Cell Biol. 1964 Feb;20(2):271-9. doi: 10.1083/jcb.20.2.271.
Human liver sections were stained with anti-human serum albumin and/or anti-human fibrin monomer fluorescent conjugates. Approximately 10 per cent of the hepatic cells stained specifically for human serum albumin,1 per cent for fibrinogen, and 0.1 per cent for both. Approximately 18 per cent of the Kupffer cells stained specifically for human serum albumin and 33 per cent for fibrinogen. Staining of both cell types was mainly cytoplasmic, although albumin was found in the nuclei of some parenchymal cells, depending on the method of fixation. Cytoplasmic granules staining specifically for fibrinogen could be seen just inside the cell membrane facing the bile caniculi in many more parenchymal cells than the 1 per cent showing diffuse cytoplasmic staining. The technical difficulties involved in preparing fluorescent conjugates against these antigens and in the fixation of these antigens for immunofluorescent staining are discussed.
用人血清白蛋白和/或人纤维蛋白单体荧光偶联物对人肝脏切片进行染色。约10%的肝细胞对人血清白蛋白呈特异性染色,1%对纤维蛋白原呈特异性染色,0.1%对两者均呈特异性染色。约18%的库普弗细胞对人血清白蛋白呈特异性染色,33%对纤维蛋白原呈特异性染色。两种细胞类型的染色主要在细胞质中,不过根据固定方法的不同,在一些实质细胞的细胞核中也发现了白蛋白。在许多实质细胞中,面向胆小管的细胞膜内侧可见特异性针对纤维蛋白原的细胞质颗粒染色,其数量比显示弥漫性细胞质染色的1%要多得多。文中讨论了制备针对这些抗原的荧光偶联物以及固定这些抗原用于免疫荧光染色所涉及的技术难题。