Kohler H
Scand J Immunol. 1991 May;33(5):495-7; discussion 498. doi: 10.1111/j.1365-3083.1991.tb02516.x.
Network Antigens are idiotopic markers which are expressed on antibodies of a given specificity. These Network Antigen Idiotopes are part of specific immune responses and are selected through the process of antigen-driven maturation. Their natural role in immunity is the regulation of the response via idiotypic network interaction. The biological power of Network Antigens can be harnessed by generating monoclonal Ab2s against polyclonal disease-derived and specific Ab1. Because network antigens play an important biological role in immunity, it becomes difficult to call the Idiotype Network selfish. We believe that the organization and selection of a small antibody repertoire, which is needed to maintain a disease free existence, is accomplished by the idiotypic network. Furthermore, if we better understand the blueprint of this network we can begin to take advantage of the primed state of clones in the network to intervene, either to stimulate beneficial responses, or to suppress harmful immunities using antibodies which recognize the key organizer and controllers in the network.
网络抗原是在具有特定特异性的抗体上表达的独特型标记。这些网络抗原独特型是特异性免疫反应的一部分,并通过抗原驱动的成熟过程被选择出来。它们在免疫中的天然作用是通过独特型网络相互作用来调节反应。通过针对多克隆疾病衍生的特异性Ab1产生单克隆Ab2,可以利用网络抗原的生物学能力。由于网络抗原在免疫中发挥着重要的生物学作用,因此很难称独特型网络是自私的。我们认为,维持无病状态所需的小抗体库的组织和选择是由独特型网络完成的。此外,如果我们能更好地理解这个网络的蓝图,我们就可以开始利用网络中克隆的预激发状态进行干预,要么刺激有益反应,要么使用识别网络中关键组织者和控制器的抗体来抑制有害免疫。