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- Conclusion:Naoxuebao had thrombolytic effect,but the effect had no relation with plasmin activating. 结论：脑血宝有溶栓作用，但其溶栓作用与激活纤溶酶无关。
- plasmin activator inhibitors - 1 纤溶酶原激活物抑制物-1
- Tranexamic acid also directly inhibits plasmin activity, but higher doses are required than are needed to reduce plasmin formation. 氨甲环酸还可以间接抑制纤溶酶的活性，但达到这种效果可能需要较高的浓度。
- Plasmin activator 纤维蛋白溶酶激活质
- The breakdown of fibrin,usually by the enzymatic action of plasmin. 纤维蛋白溶解纤维蛋白的溶解，通常通过胞质素的酶促作用完成。
- Plasmin is the main protease to break down and dissolve thrombus. 胞浆素是消除和分解血栓的主要蛋白酶。
- The effect of Pentainidine lsethionate(PI)on tissue plasminogen activator(tPA),plasmin(Pli)and plasminogen(Plg)in vitro were compared with tranexamic acid(AMCA). 对羟乙酸戊烷脒（PI）对组织型纤溶酶元激活因子（t－PA），纤溶酶元（Plg）及纤溶酶（Pli）的作用进行体外测定，并与止血环酸（AMCA）的作用进行比较。
- The next activator in the chain. 链中的下一个激活器。
- Gd3+ ion is a fine activator and sensitizer. Gd~(3+)离子是优良的激活剂和敏化剂。
- Mn~(2+) is the strongest activator,then Fe~(2+). Mn2+是酶活性强有力的激活剂,Fe2+次之。
- CAP: See catabolite gene activator protein. 降解物基因活化蛋白.
- The inactive precursorto plasmin that is found in body fluids and blood plasma. 血纤维蛋白溶酶原血纤维蛋白溶酶不活跃的前体,常发现于体液和血浆中。
- plasmin activity 纤溶酶活性
- The breakdown of fibrin, usually by the enzymatic action of plasmin. 纤维蛋白溶解纤维蛋白的溶解，通常通过胞质素的酶促作用完成
- Uses:As an activator of phosphor and dopant of garnet. 用途：用于荧光粉的活化剂和柘榴石的添加剂。
- Mn 2+ is suggested to bethe principal activator for CL in apatite. Mn2 + 为CL的主要激发元素。
- The breakdown of this compound requires a special activator. 分解这种化合物需要特殊的催化剂。
- The activation mechanism of activator is discussed. 并对激发剂的激发机理做了探讨。
- After acute high-altitude, PT, TT, APTT, DD increased and FIB, Plg, plasmin inhibitor decreased (P<0.05). 进入高原后;PT、TT、APTT、DD比在平原时增高;FIB、Plg、纤溶酶抑制物降低(P<0.;05)。
- To reveal the fibrillar network in vitreous and the effect of plasmin on this network. 观察玻璃体胶原纤维的空间结构及纤溶酶对其空间结构的影响。
