Orsin F, Shulman S
J Exp Med. 1971 Jul 1;134(1):120-40. doi: 10.1084/jem.134.1.120.
Guinea pig vesicular fluid was characterized both biochemically and immunologically. Biochemical analyses showed this fluid to be homogeneous by ultracentrifugal analyses, revealing a single boundary with a sedimentation coeflicient of 1.5 S. In contrast, electrophoretic separation methods revealed six components, of which three were major components, of approximately equal proportions. They were termed I, II, and III. One of these components (II) was shown to be strongly antigenic in heteroimmunization, whereas components I and III failed to show any antigenicity, even after diverse attempts. This antigen (component II) was found to be highly tissue specific and species specific. Through procedures of isoimmunization, component II was also found to be immunogenic, giving rise (in male animals) to autoantibodies, A high proportion of injected guinea pigs showed positive skin tests and many revealed tissue lesions when the seminal vesicles were examined histologically. It is therefore concluded that experimental autoimmune disease of the seminal vesicle has been induced.
对豚鼠精囊液进行了生化和免疫学特性分析。生化分析表明,通过超速离心分析,该液体成分均一,呈现出单一的沉降界面,沉降系数为1.5S。相比之下,电泳分离方法显示有六种成分,其中三种为主要成分,比例大致相等。它们被命名为I、II和III。在异种免疫中,其中一种成分(II)表现出强抗原性,而成分I和III即使经过多种尝试也未显示出任何抗原性。发现这种抗原(成分II)具有高度的组织特异性和物种特异性。通过同种免疫程序,还发现成分II具有免疫原性,(在雄性动物中)可产生自身抗体。大量注射的豚鼠皮肤试验呈阳性,在对精囊进行组织学检查时,许多豚鼠显示出组织病变。因此得出结论,已诱导出精囊的实验性自身免疫疾病。