[人类补体替代途径的激活(作者译)]。

Annales d'immunologie Pub Date : 1982-03-01
M Kazatchkine, E Fischer, U Nydegger
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引用次数: 0

摘要

人补体的C3扩增转化酶C3b, Bb,通过替代途径蛋白B, D和P与细胞结合的C3b相互作用组装在生物表面。转换酶的形成受调节蛋白H和i的作用调节。在替代途径的激活表面,C3b、Bb相对抵抗H的调节。相反,非激活表面表现出表面特征,如膜相关唾液酸或肝素相关物质含量高,这增加了H与细胞结合的C3b的相互作用。因此,精细调节的分子相互作用允许替代途径作为自然防御的主要识别和效应系统发挥作用。
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[Activation of the alternative pathway of human complement (author's transl)].

The C3 amplification convertase of human complement, C3b, Bb, is assembled on biological surfaces by the interaction of the alternative pathway proteins B, D and P with cell-bound C3b. Convertase formation is modulated by the action of the regulatory proteins H and I. On activating surfaces of the alternative pathway, C3b, Bb is relatively resistant to regulation by H. In contrast, non-activating surfaces exhibit surface characteristics such as high content in membrane-associated sialic acid or heparin-related material which increase the interaction of H with cell-bound C3b. Thus, finely tuned molecular interactions allow the alternative pathway to function as a major recognition and effector system for natural defence.

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