Bordenave G, Askonas B A
Immunology. 1974 Jul;27(1):1-9.
Serum antibodies from rabbits hyperimmunized with were examined by isoelectric focusing in polyacrylamide gel, followed by the coating of the gel with iodinated polysaccharide extracted from bacterial cell walls. The antibody populations in these sera were highly heterogeneous. Anti-idiotypic sera, prepared in allotypically matched rabbits, recognized only a fraction of these antibody populations (generally from one to three clonal antibodies per serum). Different rabbits subjected to the same anti-idiotypic immunization can recognize different antibodies in the same serum to . Homologous and heterologous idiotypes recognized by the same anti-idiotypic serum have shown very similar but never identical pI spectra. It appears that the same group of idiotypic determinants can be markers for several clonal antibodies and are not unique to a single clone. Two rabbits were studied throughout an immunization course lasting 2 years; we did not observe any change in the clonal product of antibody-producing cells carrying the idiotypic determinants.
用[具体物质]高度免疫的兔血清抗体,通过在聚丙烯酰胺凝胶中进行等电聚焦来检测,随后用从细菌细胞壁提取的碘化多糖包被凝胶。这些血清中的抗体群体高度异质。在同种异型匹配的兔中制备的抗独特型血清,仅识别这些抗体群体的一部分(通常每份血清有一到三种克隆抗体)。接受相同抗独特型免疫的不同兔子,可识别同一份血清中针对[具体物质]的不同抗体。同一抗独特型血清识别的同源和异源独特型显示出非常相似但从不完全相同的等电点谱。似乎同一组独特型决定簇可以是几种克隆抗体的标记,并非单个克隆所特有。对两只兔子进行了为期2年的免疫过程研究;我们未观察到携带独特型决定簇的抗体产生细胞的克隆产物有任何变化。