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1.第一组实验结果证明,于左冠状动脉的二枝之间,在实验性乳房内动脉结扎后所产生的血液循环动力学效应的基础上借移植脾内的血管建立了侧枝循环。为冠状动脉急性闭锁区提供了足够的血液供给。使残恬五天以上的动物提高到66.6 % o 2.第二组的实验结果说明,在结扎乳房内动脉后所产生血液动力学(hemodynamic)的效应通过心包隔动脉侧压(lateral-pressure)和血流量的增加而开伐和凿通了心包血管床并经心包翻拆处与冠状动脉系统相交通。对冠状动脉闭锁区的心肌表层提供了一定的血液量。3.在各组动物冠状动脉的闭锁区用PAS反应方法所显示的糖原颗粒的变化进一步地证实了第二组闭锁区的贫血状况得到一定的改善而第一组获得了此较彻底地改善。
1. The first set of experimental results demonstrated that collateral circulation was established by transplanting blood vessels in the spleen on the basis of the kinetic effects of blood circulation produced after the experimental intra-mammary artery ligation between the two branches of the left coronary artery. Provides adequate blood supply for acute coronary atresia. Increases the number of animals older than five days to 66.6% o 2. The second set of experimental results show that the hemodynamic effects produced by ligation of the intra-mammary artery are influenced by the lateral-pressure of the pericardium, And increased blood flow to open cut and perforation of the pericardial vascular bed and the pericardial turbinatorial system with the coronary artery traffic. Provides a certain amount of blood to the myocardium in the coronary atresia area. Changes in glycogen granules as shown by the PAS response in the coronary atresia area of each animal group further confirmed some improvement in anemia in the second group of occlusion areas and the first group achieved this more profound improvement .