대한한의진단학회지 (The Journal of the Society of Korean Medicine Diagnostics)
- 제12권1호
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- Pages.103-130
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- 2008
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- 1226-5241(pISSN)
체표온도특성(體表溫度特性)과 맥율(脈率)의 상관성(相關性) 연구(硏究)
A Study of Correlation between Pulse-Respiration Ratio and Characteristics of Thermal Temperature
- 이혁재 (경희대학교 학과간협동과정 한방인체정보의학과) ;
- 박영재 (경희대학교 학과간협동과정 한방인체정보의학과) ;
- 박영배 (경희대학교 학과간협동과정 한방인체정보의학과) ;
- 오환섭 (경희대학교 학과간협동과정 한방인체정보의학과)
- Lee, Hyuk-Jae (Dept. of Human Informatics of Oriental Medicine, Interdisciplinary Programs, College of Oriental Medicine, Kyung-Hee University) ;
- Park, Young-Jae (Dept. of Human Informatics of Oriental Medicine, Interdisciplinary Programs, College of Oriental Medicine, Kyung-Hee University) ;
- Park, Young-Bae (Dept. of Human Informatics of Oriental Medicine, Interdisciplinary Programs, College of Oriental Medicine, Kyung-Hee University) ;
- Oh, Hwan-Sup (Dept. of Human Informatics of Oriental Medicine, Interdisciplinary Programs, College of Oriental Medicine, Kyung-Hee University)
- 발행 : 2008.07.31
초록
Background: For standardizing of Han-Yeol [寒熱], which is a kind of diagnosis method in oriental medicine, it is necessary to investigate into relationship of symptoms and signs representative of Han-Yeol [寒熱] to the biofunctional medical signals; thermal temperature by Thermography, Pulse-Respiration Ratio and so on. By correlation analysis of these data items acquired from patients, it could be provides the fundamental data for standardizing of Han-Yeol [寒熱]. Objectives: We performed this study to check the characteristics of thermal temperature with Han-Yeol [寒熱] statue by pulse-respiration ratio. Methods: We selected nine regions around acupoints including Yin dang[印堂], Sugu[水溝, GV26], Ch'ondol[天突, CV22], Chonjung[CV17], Chung-wan[中脘, CV12], Chonchu[天樞 S25], No-gung[勞官, P8], and calculated based on the utility of R.O.I.(Region of Integer) by IR-2000 these points temperature from 68 subjects. In practicing pulse-respiration ratio over 4.0 means the statues of Yeol [熱], pulse-respiration ratio below 4.0 means the statues of Han [寒]. To optimum conditions thermal temperature, which are not effected by internal and external variables, we studied preceding research. The results shows that optimal time period is 20minutes after undressed and the optimal region is the region around acupoints including Sugu [水溝, GV26]. Based on a preceding research results, we analyzed these data by Paired T-test between GV26 Region and 8-Thermography Regions and two-way repeated ANOVA with thermography
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