Heinonen E, Krohn K
Med Biol. 1977 Feb;55(1):48-53.
Precipitating adrenal antibodies, originally described by Andrada et al., are often associated with patients suffering from the moniliasis-polyendocrinopathy syndrome. The syndrome may include contemporarily several organ-specific autoimmune diseases such as hypoparathyroidism. Addison's disease, thyroiditis, pernicious anaemia, gastritis and ovarian failure and often combined with moniliasis and alopecia. These antibodies seem to differ from those demonstrable by immunofluorescence (IFL) and complement fixation. This conclusion was made as the titres of immunofluorescence antibodies did not correlate with the presence or absence of precipitating antibodies (Krohn et al., Clin Immunol Immunopathol 3:59-68, 1974; Heinonen et al., Ann Clin Res 8:262-265 1976). In this study we describe the subcellular localization and distribution of the precipitable adrenal antigens within some animal species. We found two precipitable adrenal antigens; one of them, designated P-antigen (particulate), was found in precipitable form only in the mitochondrial fractions, and the other, designated S-antigen, could be found in all subcellular fractions of some animal species. Bovine and equine S-antigen could be fractionated on a Sephadex G-200 column, revealing also the soluble nature of the S-antigen. The human S-antigen seemed to differ from the animal S-antigen as in addition to one common antigenic determinant (Sc), the human S contained a second determinant (Sh) not present in the animals. There was no difference in the antigenic character of the P-antigen within different species, although this conclusion is mainly based on the absorption studies.
最初由安德拉达等人描述的沉淀性肾上腺抗体,常与患有念珠菌病 - 多内分泌病综合征的患者相关。该综合征可能同时包括几种器官特异性自身免疫性疾病,如甲状旁腺功能减退症、艾迪生病、甲状腺炎、恶性贫血、胃炎和卵巢功能衰竭,并且常与念珠菌病和脱发合并出现。这些抗体似乎与通过免疫荧光(IFL)和补体结合所证实的抗体不同。得出这一结论是因为免疫荧光抗体的滴度与沉淀抗体的存在与否无关(克罗恩等人,《临床免疫学与免疫病理学》3:59 - 68,1974;海诺宁等人,《临床研究年鉴》8:262 - 265,1976)。在本研究中,我们描述了某些动物物种中可沉淀肾上腺抗原的亚细胞定位和分布。我们发现了两种可沉淀肾上腺抗原;其中一种,命名为P抗原(颗粒状),仅在线粒体组分中以可沉淀形式被发现,另一种,命名为S抗原,在某些动物物种的所有亚细胞组分中都能找到。牛和马的S抗原可以在葡聚糖凝胶G - 200柱上进行分离,这也揭示了S抗原的可溶性本质。人类S抗原似乎与动物S抗原不同,因为除了一个共同的抗原决定簇(Sc)外,人类S抗原还含有动物所没有的第二个决定簇(Sh)。不同物种间P抗原的抗原特性没有差异,不过这一结论主要基于吸收研究。