关于经络实质的探讨——关于经络的理论与临床应用研究之三  

Study on theory and clinical application of meridians (Ⅲ)

作　　者：李定忠[1] 傅松涛[2] 李秀章[1] 

机构地区：[1]北京市第六医院,北京100007 [2]兰州医学院

出　　处：《中国针灸》2005年第1期53-59,共7页Chinese Acupuncture & Moxibustion

摘　　要：目的 :探讨经络的实质。方法 :对经络、腧穴、脑及相关脏器应用低温超导量子干涉仪(SQUID)和高磁场脑功能扫描仪 (fMRI)进行检测和分析。结论 :发现沿低阻通道传输的相对稳定的电磁振荡及电化学振荡循行流。不同的振荡之间相互竞争 ,往往会在机体的某些部位引发共振 ,从而形成具有电磁和化学振荡传输优势的“振荡网络”和“奇点” ,它可能就是最具调整效果的经络和腧穴。脑是经络的中枢 ,在不同生理、病理和调节状态下 ,经穴和脑磁频谱出现特征性变化且呈现反相关的现象 ,很可能就是经络动态调衡过程速效高效的核心机理。Objective To probe into essence of meridians. Methods To examine meridians, acupoints, brain and relative organs by SQUID and fMRI, and to analyze the results. Conclusion A relative stable circular current of electromagnetic and chemical oscillation along the low electric resistance pathway was found. Competition of different frequency oscillation often yield resonance in some positions of the human body so as to form “oscillatory network” and “strange point” with the electromagnetic and chemical oscillation circulating dominant position in the body, which is possibly meridians and acupoints with regulative actions. The brain is the center of meridians. In different physiological or pathological process, characteristic changes and negatively correlative phenomenon of electromagnetic spectrum at acupoints and the brain are possibly key mechanisms in dynamic regulation of meridians.

关 键 词：临床应用研究 经络实质 超导量子干涉仪 化学振荡 检测和分析 相关脏器 相互竞争 扫描仪 脑功能 特征性 腧穴 电磁 传输 

分 类 号：R780.2[医药卫生—口腔医学] R224.1[医药卫生—临床医学]