Storch W
Acta Histochem Suppl. 1984;30:89-92.
Immunofluorescence techniques are increasingly used as a diagnostic tool in clinical immunology and pathology because of their flexibility and specificity. The main applications at present are: detection of circulating autoantibodies, detection of antigens in cells and cell membranes, detection of immune complexes in biopsy material and detection of circulating immune cells. The double immunofluorescence technique is the method of choice for the simultaneous detection of different antigens in the same localization. It has been successful used for the detection of hepatitis B surface and core antigen or for the hepatitis B surface antigen and the fourth component of complement in liver cells as well as new organ specific antibodies, e.g. against hormone producing cells, and skeletal motor endplates. The usual indirect immunofluorescence is also suitable for detecting of new antibodies, if the different staining patterns is taken into account and appropriate controls are performed (e.g. subtypes of antimitochondrial antibodies, antibodies to liver typical ribosomes, and to lamina propria of gastric mucosa.
免疫荧光技术因其灵活性和特异性,在临床免疫学和病理学中越来越多地用作诊断工具。目前的主要应用包括:检测循环自身抗体、检测细胞和细胞膜中的抗原、检测活检材料中的免疫复合物以及检测循环免疫细胞。双重免疫荧光技术是在同一部位同时检测不同抗原的首选方法。它已成功用于检测肝细胞中的乙肝表面抗原和核心抗原,或乙肝表面抗原与补体第四成分,以及新的器官特异性抗体,例如针对激素产生细胞和骨骼肌运动终板的抗体。如果考虑到不同的染色模式并进行适当的对照(例如抗线粒体抗体的亚型、抗肝典型核糖体抗体以及抗胃黏膜固有层抗体),常规的间接免疫荧光也适用于检测新抗体。