摘要
目的测量循经低流阻通道与周围的组织液压,观察其差异及变化情况。方法在麻醉的小型猪上,使用连续流阻测量仪测出低流阻点和非低流阻点,然后采取针中芯方法测量组织液压。结果统计结果表明,小型猪胃经、肾经和任脉的低流阻通道平均压力均显著低于旁开的高流阻区域,其压力差分别为1.06、0.70、3.69 mmHg(1 mmHg=0.133 kPa),总压力差为1.44 mmHg,压力梯度为1.44~2.88 mmHg/cm。在一些低流阻点上发现了与呼吸频率一致的压力波。结论外周皮下组织中存在着指向经脉低流阻通道的压力差,可能构成组织液向经脉流动的动力。
Objective To measure the interstitial fluid pressure(IFP) on low hydraulic resistance channel along meridians and observe the difference and fluctuation.Method Low hydraulic resistance points(LHRP) and non-LHRP were measured on anesthetized mini-pigs by a scanning hydraulic resistance measuring device.The IFP was then measured by wick-in-needle method on these two regions.Results The stomach meridian,kid-ney meridian and conceptual vessel meridian on mini-pigs were measured.The IFP were significantly lower than non-LHRP region on the above three meridians(P 0.05),the differences of which were 1.06,0.70,3.69 mmHg respectively with the total pressure difference of 1.44 mmHg and pressure gradient of 1.44 ~ 2.88 mmHg/cm(1 mmHg =0.133 kPa).Conclusions Among the peripheral subcutaneous tissues,there exists a difference of IFP toward the meridian which may drive the flow of interstitial fluid toward the meridians.
出处
《医用生物力学》
EI
CAS
CSCD
2011年第1期29-33,共5页
Journal of Medical Biomechanics
基金
国家自然科学基金资助项目(39470873)
国家重点基础研究发展计划(973)项目(2010CB530507)
关键词
经络
组织液压
低流阻通道
压力梯度
组织
流体力学
Meridians
Interstitial fluid pressure
Low hydraulic resistance channel
Pressure gradient
Tissue
Fluid mechanics