期刊论文

Orthogonal test on local temperature influenced by different parameters and manipulation types of An-pressing Xinshu (BL 15)

Wu Li

英文

针灸推拿医学：英文版

1672-3597

2019

17

3

147-154

10.1007/s11726-019-1105-z

the tuina manipulation 堀 Some researchers measured this test that the parameters significantly affecting the the finger An ?pressing manipulation of the tuina experts local thermal effect in An 爁?ressing manipulation were and found that the frequency of finger An 爁?ressing pressing force and time ? the pressing force of ? 堃? kg 唀 the manipulation was ? 堃爃 ti考?me?s? 氁A甁s 崁sh? own in pressing time of ? ? ? min ? and the pressing frequency of Table  and Table 唀 the results of this trial suggested  times 氁?in made up the best combination of thermal that there was no statistically significant difference in effect parameters for An 爁褁?essing manipulation 嘀 the the local thermal effect between different frequencies local thermal effect of rhythmic An 爁?ressing ?PA䄃? 堃???堀 It was suggested that the freqmueanncipy uloaft ion was significantly greater than that of An ?pressing manipulation had no obvious influence on continuous An ?pressing manipulation ? This trial its local thermal effect ? The main effect values explored the optimal thermal effect parameters of the corresponding to the three frequencies were similar ? An 爁?ressing manipulation 堀 Further research will be but the K  value was the largest 唀 that was ? when theca rried out to study the specific thermal effect frequency was  times 氁?in ? the effect value was tmheechanism of An ?pressing manipulation and the clinical largest 堀 And An ?pressing manipulation has the main guiding role??堀 ? point of Rpressing and maintaining ?? If the frequency is too high 唀 it will cause discomfort due to the strong impact ? If the frequency is too low ? it will easily cause Conflict of Interest fatigue in the operator ? Therefore ? it was considered The authors declared that there was no potential conflict that the appropriate frequency was  times ?min 堀 of interest in this article. Rhythmic and continuous An ?pressing manipulations Acknowledgments are commonly used ? The results of this trial showed that This work was supported by Key Project of Hunan the temperature difference of the rhythmic An 爁?ressing Province Administration of Traditional Chinese Medicine manipulation was higher than that of the continuous (湖南省中医药管理局重点课题项目, No. 201721); An 爁?ressing manipulation 縁PA漁䄃? ? ft 堃P ? P?A䄃唀? ri堃ght P? Ge缃ner? al Project of Hunan Provincial Natural Science regardless of the left or right Xinshu ??? ? ? ? ?FItouwndaastion of China (湖南省自然科学基金一般项目, suggested that the thermal effect of rhythmic No. 2018JJ3396); National Natural Science Foundation of An 爁?ressing manipulation was significantly higher than China (国家自然科学基金, No. 81804216). that of continuous An ?pressing manipulation 嘀 however ?Statement of Informed Consent

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Objective: To explore the optimal thermal effect parameter combination of An-pressing manipulation based on the pressing force, time and frequency, and to compare the thermal effect differences between the rhythmic and the continuous An-pressing manipulations. Methods: Three levels of light, moderate and heavy pressing forces were determined according to the An-pressing forces of the clinical tuina physicians; the pressing time and frequency parameters were determined according to the literatures about An-pressing manipulation. The volunteers w...

目的:从力度、时间和频率三方面探索按法热效应的最佳参数组合,并据此比较节律性按法和持续性按法热效应的差异.方法:以临床推拿医生按法力量值,确定力度轻、中、重三个水平;参考有关按法的文献,确定时间和频率参数.用自制按法刺激器对志愿者右侧心俞穴进行按法刺激,然后按照L9(3^4)正交表规定的试验顺序进行三因素三水平的正交试验,并以红外热像仪记录按压前后温度,对按法热效应最佳参数进行筛选,以确定最佳操作参数.再以此为参数,分别以节律性按法和持续性按法刺激双侧心俞穴,用红外热像仪记录按压前后温度变化以及热效应持续时间(两侧温差≤0.5℃的时间),探索按法不同刺激方式热效应的差异.结...