导电胶带粘贴揿针能够数倍于普通揿针的自发电化学电流研究
Study on the Self Generating Chemical Current of the Press Needle Pasted with Con-ductive Tape Several Times Higher Than That of the Ordinary Press Needle

DOI: 10.12677/BP.2020.104007, PP. 46-51

Keywords: 电针揿针，导电胶带揿针，揿针，针刺电化学效应，针刺自发电化学电流
Electroacupuncture Pressing Needle, Conductive Tape Press Pin, Plantar Pain, Electrochemical Effect of Acupuncture, Acupuncture Self Generating Chemical Current

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Abstract:

目的：探求导电胶带固定揿针于机体表皮的覆盖区域是否会有较大幅度地增加该区域内的自发电化学电流。方法：将试验组(采用导电胶带固定揿针)与对比组(单用揿针)的针刺自发电化学电流所记录的数据(其中鸡肉样本数据24个，猪肉样本数据为48个)，分组采用统计学方法进行比对、分析，数据采用t检验处理，P < 0.05有统计学意义。结果：试验组与对比组比较，其各组间的差异P ≤ 0.000均有极显著统计学意义。结论：采用导电胶带覆盖固定揿针于机体能够大幅度增加该覆盖区域的自发电化学电流。
Objective: To explore whether the self generating chemical current in the area covered by the fixed press needle with conductive tape will greatly increase the self generating chemical current in the area. Methods: The data (24 chicken samples and 48 pork samples) of the experimental group (fixed with conductive tape) and the control group (single press needle) were compared and analyzed by statistical methods. The data were processed by t-test, P < 0.05, with statistical significance. Results: The difference between the experimental group and the control group was statistically significant (P ≤ 0.000). Conclusion: The self generating chemical current in the covered area can be greatly increased by using conductive tape to cover the fixed press needle on the body.

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