Immune response to phosphorylcholine—V

Gary W. Miller, Heinz Ko¨hler
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引用次数: 2

Abstract

It was recently shown that complement can dissociate BSA-anti-BSA immune complexes (Miller, 1977). In the present study we have formed specific complexes of idiotype and anti-idiotype. The idiotype used was the phosphorylchotine-binding Balb/c myeloma protein, HOPC-8, and the anti-idiotype was raised against purified HOPC-8 protein in A/J mice. Idiotypic complexes were prepared in either of 2 ways: (1) HOPC-8 protein was immobilized in test tubes and allowed to bind purified radiolabeled anti-idiotype. (2) Anti-idiotype was immobilized in test tubes and allowed to bind purified labeled HOPC-8 protein. Then both types of immobilized idiotypic complex were incubated with fresh or heat-inactivated rabbit serum at 37°C. The dissociation of either labeled idiotype or anti-idiotype was measured as a function of time. Active complement increased the rate und extent of dissociation of the idiotypic complex regardless of whether the idiotype or the anti-idiotype was immobilized.

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对磷酰胆碱v的免疫反应
最近有研究表明,补体可以解离BSA抗BSA免疫复合物(Miller,1977)。在本研究中,我们已经形成了独特型和反独特型的特异性复合物。使用的独特型是磷酸胆碱结合Balb/c骨髓瘤蛋白HOPC-8,并且在A/J小鼠中针对纯化的HOPC-8蛋白产生抗独特型。通过两种方法制备独特型复合物:(1)将HOPC-8蛋白固定在试管中,并使其与纯化的放射性标记的抗独特型结合。(2) 将抗独特型固定在试管中,并使其与纯化的标记HOPC-8蛋白结合。然后将两种类型的固定化独特型复合物与新鲜或热灭活的兔血清在37°C下孵育。标记的独特型或抗独特型的解离被测量为时间的函数。活性补体增加了独特型复合物的解离速率和程度,无论是固定化了独特型还是抗独特型。
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