血小板活化与脑梗死患者微血栓形成密切相关。
Platelet activation has a closed relationship with thrombogenesis in Stroke patients.
目的建立血栓微颗粒诱导大鼠冠状动脉微血栓形成的动物模型；
Objective To develop a model of microthrombosis in the rat coronary microcirculation induced by microthrombotic particles;
方法应用彩色病理图文分析系统，分析创面微血管增生数、扩张度及微血栓数。
METHOD Color pathological image analysis system was conducted to analyze the number of proliferated micrangium, the expansion degree of micrangium and the number of microthrombi.
成功的妊娠有赖于充足的胎盘血液循环，如胎盘微血栓形成或胎盘梗死，均可导致不良妊娠结局。
Successful pregnancy depends on sufficient uteroplacental circulation. Placental thrombosis or infarction can result in adverse pregnancy outcome.
结论t - PA及PAI关系失衡，有助于动脉内微血栓形成，促进或加重肺动脉高压的形成。
Conclusion the unbalance between t-PA and PAI can promote the formation of micro-thrombus and further exacerbate high pulmonary pressure.
前言：肺动脉高压的基本病理改变有三个方面：肺血管收缩、肺血管重构和肺小血管内微血栓形成。
The basic pathological alteration of pulmonary hypertension involves three dependent elements:pulmonary vasoconstriction, pulmonary vascular remodeling and pulmonary microvascular thrombogenesis.
观察20例急性脑梗塞，30例冠心病在微循环中微血栓的变化，同时检测血小板聚集率、D-2聚体。
The microthrombi, D- Dimer and platelet aggregation rate were observed in 30 patients with coronary heart disease and 20 patients with acute cerebral infarction.
目的：研究器官局部微血栓形成在MODS的发病机理中所起的作用和肌肉注射尿激酶以溶解器官局部微血栓、改善微循环后对小鼠MODS病程和预后的干预作用。
Objective: To investigate the role of the local microthrombi formed in the organ, in the pathogenesis of MODS and the intervening effect of urokinase on animal model of MODS.
另在体外制作人工血栓模型，在二维超声下观察微泡造影剂对声学信号的影响。
The effects of the targeted microbubbles on the ultrasonic signal was observed in an artificial thrombus model.
LCM能显著增强超声显像效果，使得血栓显影更加清晰。结论该自制微泡表现出了良好的物理状态、声学性质以及造影增强效果。
The LCM could enhance the ultrasound image of thrombus. Conclusion The LCM exhibited good physical state and acoustic properties, which could increase the imaging quality.
LCM能显著增强超声显像效果，使得血栓显影更加清晰。结论该自制微泡表现出了良好的物理状态、声学性质以及造影增强效果。
The LCM could enhance the ultrasound image of thrombus. Conclusion The LCM exhibited good physical state and acoustic properties, which could increase the imaging quality.
应用推荐