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细胞结合型IgM的溶血效率:IgM-C1复合物激活不能与同源C2-C9发生溶血反应的C4分子的证据。

Hemolytic efficiency of cell-bound IgM: evidence that IgM-C1 complexes activate C4 molecules not hemolytic with homologous C2--C9.

作者信息

Ejzemberg R, Borsos T

出版信息

J Immunol. 1982 Apr;128(4):1600-2.

PMID:7061844
Abstract

The hemolytic efficiency of rabbit-anti-Forssman IgM antibody depends on the source of complement components. With whole guinea pig complement as few as one in 10 IgM molecules was hemolytic; it was found that with purified guinea pig C1, C4, and C2 components and with rat late-acting components, all IgM molecules were hemolytic. Evidence indicates that the block occurred as a result of generating at least two different cell-bound C4 molecules, one of which was not competent with homologous late-acting components.

摘要

兔抗福斯曼IgM抗体的溶血效率取决于补体成分的来源。使用全豚鼠补体时,每10个IgM分子中只有1个具有溶血活性;研究发现,使用纯化的豚鼠C1、C4和C2成分以及大鼠后期作用成分时,所有IgM分子都具有溶血活性。有证据表明,这种阻断是由于产生了至少两种不同的细胞结合C4分子而导致的,其中一种与同源后期作用成分不兼容。

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