Zupko K, Waltenbaugh C, Diamond B
Proc Natl Acad Sci U S A. 1985 Nov;82(21):7399-403. doi: 10.1073/pnas.82.21.7399.
In order to identify the molecule(s) interacting with the I-J determinant on suppressor T cells, we have generated two anti-idiotypic sera: one to monoclonal anti-I-Jd antibody and one to monoclonal anti-I-Jk antibody. These antisera specifically block suppressor T-cell function in a genetically restricted manner and have no effect on helper T-cell activation. Both recognize a marker on primary monocytes and B cells but not on T cells. A myeloma cell line bearing this marker has been identified. Therefore, these antisera may recognize a molecule on cells interacting with suppressor T cells that is involved in mediating suppressor T-cell activity. The relationship between the T-cell I-J determinant and the molecule identified by the anti-idiotype may be similar to the relationship between the receptor on helper T cells and Ia molecules.
为了鉴定与抑制性T细胞上I-J决定簇相互作用的分子,我们制备了两种抗独特型血清:一种针对单克隆抗I-Jd抗体,另一种针对单克隆抗I-Jk抗体。这些抗血清以基因限制的方式特异性阻断抑制性T细胞功能,对辅助性T细胞激活无影响。两者都识别原代单核细胞和B细胞上的一种标志物,但不识别T细胞上的标志物。已鉴定出携带这种标志物的骨髓瘤细胞系。因此,这些抗血清可能识别与抑制性T细胞相互作用的细胞上的一种分子,该分子参与介导抑制性T细胞活性。T细胞I-J决定簇与抗独特型鉴定的分子之间的关系可能类似于辅助性T细胞上的受体与Ia分子之间的关系。