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血液凝固中的自我抑制机制。

Self-damping mechanism in blood coagulation.

作者信息

Nemerson Y, Silverberg S A, Jesty J

出版信息

Thromb Diath Haemorrh. 1974 Sep 30;32(1):57-64.

PMID:4454045
Abstract

Two reactions of the extrinsic pathway of coagulation, the activations of Factor X and prothrombin, have been studied in purified systems and shown to be self-damping. Factor X was activated by the tissue factor-Factor VII complex, and prothrombin by two systems: the coagulant protein of Taipan venom, and the physiological complex of activated Factor X, Factor V, lipid, and calcium ions. In each case the yield of enzyme, activated Factor X or thrombin, is a function of the concentration of activator. These and other observations are considered as a basis for a control mechanism in coagulation.

摘要

凝血外源性途径的两个反应,即因子X和凝血酶原的激活,已在纯化系统中进行了研究,并显示为自我抑制。因子X由组织因子-因子VII复合物激活,凝血酶原由两个系统激活:太攀蛇毒的凝血蛋白,以及活化因子X、因子V、脂质和钙离子的生理复合物。在每种情况下,酶(活化因子X或凝血酶)的产量都是激活剂浓度的函数。这些以及其他观察结果被视为凝血控制机制的基础。

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