片语

platelet endothelial adhesion molecule-1血小板内皮细胞粘附因子

platelet membrane adhesion molecule血小板膜粘附分子的

Anti-platelet adhesion抗血小板粘附

Platelet adhesion antagonists血小板粘附抑制剂

platelet membrane adhesion molecules粘附分子

blood platelet membrane adhesion molecules血小板膜粘附分子

platelet on adhesion血小板粘附

Which Decreases Platelet Adhesion从而降低血小板粘附

platelet endothelial adhesion molecule-血小板内皮细胞粘附因子

英汉例句

• platelet adhesion induced by paf was measured with spectrophotometry.

  分光光度法测定paf诱发的血小板黏附强度；

• the platelet adhesion on surface of fibrillar collagen under high shear rate condition was observed by parallel plate flow chamber with mcab.

  利用平行板流动小室技术研究在高剪切力条件下该单抗对血小板在胶原表面黏附的抑制效果。

• the antithrombogenic properties of cdp were studied by kinetic clotting experiment and platelet adhesion experiment.

  利用动态凝血实验和血小板粘附实验研究了cdp的抗凝血性能。

• a model for evaluating the platelet adhesion of biomaterials is presented based on the complex evaluation of fuzzy mathematics.

  本文以模糊数学的综合评判方法，建立了评价生物材料血小板粘附性的模型。

• hemorrheology often check blood viscosity, platelet adhesion and aggregation and fibrinogen, and other abnormalities.

  血液流变学检查常有血液黏度，血小板黏附和聚集性，纤维蛋白。

• conclusions—: our data indicate that the selective blockade of key signaling pathways of platelet adhesion and aggregation has a different impact on stroke outcome and bleeding complications.

  结论——：我们的数据表明：有选择的阻断血小板粘附和聚集的关键性信号通路，会带来不同的关于卒中后果和出血并发癥方面的影响。

• the pla-heparin surface showed the improved hydrophilicity, decreased plasma protein adsorption, decreased platelet adhesion and subsequently enhanced blood compatibility and cell compatibility.

  pla肝素表面显示出亲水性的改善，降低了血浆蛋白质吸收性，减少了血小板的粘连性，提高了和血液的相容性以及与细胞的相容性。

• conclusion the changes of hematocrit, total blood viscosity, platelet adhesion rates, esr and k titer were close relationship with degree of pih;

  结论血球压积、全血粘度、血小板粘附率和血沉方程k值与妊高征发病密切相关；

• the blood compatibility of material was studied in rabbit blood by hemolysis test and platelet adhesion experiment.

  采取新鲜兔血，通过溶血实验和血小板黏附实验，研究材料的血液相容性。

• tetrandrine also markedly inhibited platelet adhesion and thrombosis, but didn't change thrombin coagulation time and plasma coagulation time obviously.

  对血小板粘附、血栓形成有明显抑制作用，而对凝血酶凝血时间、血浆凝固时间无明显影响。

• results: intima-injury model was made. on fibrinogen and collagen, platelet adhesion on area of experimental group was lower than that in negative control group(p0.01).

  结果：分别以纤维蛋白原和胶原蛋白 膜模拟创伤表面，两实验组血小板粘附率均明显低于阴性对照组，p0.01；

• conclusions— our data indicate that the selective blockade of key signaling pathways of platelet adhesion and aggregation has a different impact on stroke outcome and bleeding complications.

  结论：我们研究表明：血小板黏附集聚关键途径的选择性阻断对卒中及出血并发癥有不同的作用。

• the antithrombogenicity was determined by clotting time measurement in vitro and platelet adhesion experiment. it is shown that the antithrombogenicity of modified pvc materials is increased greatly.

  采用体外凝血时间测定和血小板粘附实验对材料的抗凝血性能进行评价，结果表明，被修饰pvc材料的抗凝血性能显着提高。

• from the result we found that the longer the spacer is, the bigger the grafting density and the fewer blood platelet adhesion is.

  对不同空间臂长的接枝结果进行了比较，发现空间臂越长，接枝密度越大，血小板黏附以及变形越少。

• finally, tensile strength of polymer materials was determined, and their hemocompatibility was evaluated by platelet adhesion experiment.

  用拉力机测定材料的抗张强度，并进行血小板粘附实验。

• blood compatibility of those composite membranes were identified by measurement of the haemolysis ratio, the dynamic blood clotting test and the platelet adhesion test.

  通过溶血率测试，动态凝血试验及血小板粘附试验探究了取向复合膜的血液相容性。

• these hemostatic textile materials can form colloidal particles in liquids, absorb activated platelets and take part in hemostasia. the platelet adhesion rate of these materials is about 50%.

  止血纺织材料在液体中形成胶体颗粒并吸附激活血小板，参与止血过程，血小板粘附率约50％。

• after cultured for 1 week, the tissue engineered heart valve and unseeded scaffold were tested by platelet adhesion experiments.

  体外培养1周后，取组织工程瓣膜及未种细胞的空支架做血小板黏附试验。

• von willebrand disease is characterized primarily by a defect in platelet adhesion to the endothelium.

  血管性血友病的主要特征是发生在血小板粘附在血管内皮细胞过程中的缺陷。

• the thrombosis on the surface of samples was observed through platelet adhesion in vitro and animal experiments in vivo, respectively.

  对样本分别进行体外血小板黏附试验和动物体内试验以观察血栓形成的情况。