纤溶酶原受体介导细胞周围蛋白水解

Edward F. Plow , Lindsey A. Miles
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引用次数: 61

摘要

各种各样的细胞以非常高的能力结合纤溶酶原,具有相似的亲和力,并识别纤溶酶原分子内相同的结构特征。由于与细胞表面结合,纤溶酶原更容易被纤溶酶激活。纤溶蛋白保持细胞结合,在那里它可以降解基质成分,并保护其免受α - 2抗纤溶蛋白的失活。因此,纤溶酶原与细胞结合的功能结果是细胞周蛋白水解,允许细胞迁移。蛋白和非蛋白细胞表面成分都是纤溶酶原结合位点。神经节苷表现出非蛋白型纤溶酶原受体的适当性质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Plasminogen receptors in the mediation of pericellular proteolysis

A wide variety of cells bind plasminogen with very high capacity, with similar affinity and recognize the same structural features within the plasminogen molecule. As a consequence of binding to cell surfaces, plasminogen is more readily activated to plasmin. Plasmin remains cell-bound where it can degrade matrix constituents and is protected from inactivation by α2-antiplasmin. Thus, the functional consequence of plasminogen binding to cells is pericellular proteolysis, permitting cell migration. Both proteins and nonprotein cell-surface constituents function as plasminogen binding sites. Gangliosides exhibit the appropriate properties of the non-protein plasminogen receptors.

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