为了探讨血液粘稠度增高时病理生理学变化和活血化淤、血液稀释等疗法对降低全血粘度,改善微循环的疗效,本实验进行了“高粘滞血症”动物模型的复制。一、实验方法杂种狗35只,雌雄兼有,其中7只进行三天观察。在全麻下,分离出一侧股动脉与血压装置相连,以备测血压;分离出另一侧股静脉与输液装置相连,以备输入药物;分离出左侧颈总动脉与电磁血流量计相连测血流量,暴露左侧球结合膜,观察上 In order to investigate the pathophysiological changes in the blood viscosity increase and blood circulation, hemodilution and other therapy to reduce the viscosity of whole blood and improve the efficacy of microcirculation, this experiment carried out a “hyperviscosity” animal model of replication. First, the experimental method 35 hybrid dogs, both male and female, of which 7 were observed for three days. Under general anesthesia, one side of the femoral artery is separated and connected to the blood pressure device to measure blood pressure; the other side of the femoral vein is separated from the infusion device to prepare for input of drugs; the left common carotid artery is separated from the electromagnetic blood flow meter Connect the blood flow, expose the left ball joint membrane, observe