体感音乐低频声波对30例健康人肺经及大肠经循经微循环影响研究

Somatosensory Music Low-frequency Sound Waves in 30 Healthy Human Lung and Large Intestine Meridian with Microcirculation

目的：探讨体感音乐低频声波（16~160 Hz）对健康人肺经及大肠经循经微循环的影响,以及体感音乐治疗疾病的经络生物物理机制。方法：在30例健康人的肺经及大肠经附近,按顺序播放体感音乐低频声波,同时以激光多普勒血流仪分析循经穴位的微循环变化,统计分析实验数据。结果：不同频率的低频声波对肺经及大肠经有不同影响,差异显著;同一频率对同一经络上的不同穴位影响相似。其中C1（32.70 Hz）对肺经影响最显著,C2（65.41 Hz）对大肠经影响最显著。结论：肺经及大肠经对不同频率的低频声波具有选择性吸收特性,特定频率声波可引起肺经及大肠经共振,肺经的共振频率为C1音（32.70 Hz）,大肠经的共振频率为C2音（65.41 Hz）。

Objective：To investigate the somatosensory music low-frequency sound waves （ 16--160 Hz ）on human lung and large intestine meridian with microcirculation, and somatosensory music treatment of diseases of the main and collateral channels biophysical mechanisms. Methods ： The hmgs and large intestines in 30 healthy people, according to the order of playing somatosensoiy music low-frequency soundwaves, at the same time with laser Doppler flowmetry meridian acupoints of microcirculation. The experimental data was analyzed. Results： The low fi-equency acoustic wave with different frequencies of the lung and large intestine had different affects with significant difference and affected the same frequency on different acupoints on the same main and collateral channels. The C 1 （ 32.70 Hz ）on the liver had the most significant effect and the C2 （ 65.41 Hz ）had the most significant impact on the gallbladder. Conclusion ： Low frequency sound wave of cliff）rent frequencies at the lung and large intestine meridian has selective absorption and the specific frequency sound waves can cause hmg and colon resonance.