摘要
采用两极脉冲式经络测量法对正常小鼠和遗传性白内障小鼠肝脾肾三经腹段体表循行线和肝脾肾三脏进行了系统的导电性比较研究 ,可喜地发现 :正常小鼠三经体表循行线的定位与导电性特征与人体一致 ,三经与三脏间存在着伴随关系与因果关系交织的复杂联系。首次运用信息化实证方法对经络脏腑相关问题进行了系统、深入的定位、定性和定量研究 ,较为明确地说明了经络的客观存在、经络脏腑间的相关类型及数量关系 ,揭示了若干重要的活动规律。
The inspection of electric conductivity on abdomen parts of mouse liver,spleen,kidney meridian courses and liver, spleen, kidney organs, have been taken through two electrode pulse equipment. The comparative inspection of electric conductivity on three meridians and three organs between normal mouse and hereditary cataract mouse have been taken too. The results show us that the position and electric conductivity characters of three meridian courses are showing no di- fference with that of human meridian courses, a complex connection mixed by accompany relation with cause and effect relation exists among three meridians and three organs。The positive method of information has been used to study the relationships between meridians and organs systemically and deeply on fixed position, determining the nature and quantitative analysis firstly; the objective existence of meridian, the types of relationship between meridians and organs as well as the quantitative relation of them have been explained clearer; several important laws of meridian-organ action have been promulgated.
出处
《复杂系统与复杂性科学》
EI
CSCD
2004年第1期58-67,共10页
Complex Systems and Complexity Science
关键词
导电性
两极脉冲式经络测量法
信息化技术
中医现代化
动物实验
经络
脏腑
relationship between meridian and organ
restriction of whole principle
information
positive
electric con- ductivity.