基于图像处理的脉象形成与血管粘弹性关系的研究

脉象理论与人体循环理论有着密切的联系.此项研究希望利用工程学的方法,在中医与西医之间建立一座桥梁.设计对拟动脉血管进行显微放大摄影,采用图像处理的方法得到了血管脉动曲线,以此图线与同样条件下的脉象图进行比较,得到了很好的相关性.在此基础上,通过更换拟动脉血管的材质,来模拟血管粘弹性发生变化,这样得到的脉象图与原脉象图进行综合分析,并采用弹性腔理论从理论上给予解释,得到结论.

Relationship between artery pulse and viscoelasticity based on image processing

Artery pulse theories are closely tied to body circulation theories.This design aims to build up a bridge between Chinese medicine and Western medicine through the method of engineering.It uses microscope to enlarge the simulated artery and get the blood pulse curve in an image processing way.In the same condition,there are quite close relations between blood pulse curve and artery pulse curve.It's easy to simulate the changes of the viscoelasticity through changing the artery materials,which can bring up a new artery pulse curve.The differences between the new artery pulse curve and the former one are comprehensively analyzed.This design explains the differences in Windkessel theory,and makes a conclusion.