Schirrmacher V, Rajewsky K
J Exp Med. 1970 Nov;132(5):1019-34. doi: 10.1084/jem.132.5.1019.
19S and 7S memory is analyzed in a system of cooperating antigenic determinants. Cooperation occurs in the induction of both 19S and 7S secondary antibodies, and for both responses carrier specificity can be entirely accounted for by presensitization of the animal to carrier determinants. The class distribution of secondary anti-hapten antibody depends on the dose of the hapten primary-carrier conjugate used for priming, and on the time interval between priming with the hapten primary-carrier conjugate and secondary injection. The conditions of priming with the secondary carrier influence the extent of the secondary response but not the class distribution of secondary antibody. The data confirm the cooperation hypothesis of antibody induction. Specifically, we interpret them to mean that in hapten-carrier cooperation, the hapten-specific memory cells are predetermined for the class of the emerging antibodies. Together with the hapten-specific memory cells, the carrier-specific helpers are responsible for the extent of the secondary response.
在协同抗原决定簇系统中分析了19S和7S记忆。协同作用发生在19S和7S二级抗体的诱导过程中,并且对于这两种反应,载体特异性完全可以通过动物对载体决定簇的预致敏来解释。二级抗半抗原抗体的类别分布取决于用于初次免疫的半抗原-载体偶联物的剂量,以及用半抗原-载体偶联物进行初次免疫与二次注射之间的时间间隔。用二级载体进行初次免疫的条件影响二次反应的程度,但不影响二级抗体的类别分布。这些数据证实了抗体诱导的协同假说。具体而言,我们将它们解释为意味着在半抗原-载体协同作用中,半抗原特异性记忆细胞对于新出现抗体的类别是预先确定的。与半抗原特异性记忆细胞一起,载体特异性辅助细胞决定了二次反应的程度。