干扰素受体。

M. Rubinstein, P. Orchansky
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引用次数: 138

摘要

早期对干扰素作用方式的研究表明,细胞表面的受体系统参与了其作用。只有在获得纯干扰素后,才发现了高亲和力结合位点的第一个直接证据。两种不同的受体,一种是干扰素特异性受体,另一种是干扰素特异性受体。建立了对受体的亲和力与特异性活性之间的相关性。标记干扰素及其受体的交联复合物在凝胶电泳上可见,甚至部分纯化。据报道,干扰素与受体结合后内化。最近研究了神经节苷类作为干扰素结合助手的作用。描述了仍然保留结合能力的干扰素片段,并有助于阐明干扰素分子上的结合位点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The interferon receptors.
Early studies on the mode of action of interferons have indicated that a receptor system on the cell surface is involved in its action. The first direct evidence to a high-affinity binding site was found only after pure interferon was available. Two different receptors, one specific for interferons-alpha and beta, and the other for interferon-gamma were recognized. A correlation between affinity to the receptor and specific activity was established. Cross-linked complexes of labeled interferons with their receptors were visualized on gel electrophoresis and even partially purified. Internalization of interferons after binding to the receptor was reported. The role of gangliosides as helpers of interferon binding was recently investigated. Fragments of interferons which still retained binding capacity were described and helped in elucidating the binding site on the interferon molecule.
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