• Journal of Korean Medical classics
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• v.27 no.3
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• pp.1-10
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• 2014

Objectives : For the excellent differentiation of syndromes, we study on the individual characteristic factor by the interrogation of history taking and palpation. Methods : To the subject of diagnosis special books and diagnostics textbook of korean medicine, we arrange the individual characteristic factor by the interrogation of history taking and palpation. Results : The interrogation of history taking on the individual characteristic factor was arranged dispositional symptoms and individual characteristic of syndromes. And the pulse taking and palpation on the individual characteristic factor was arranged the moderate person's pulse condition ; floating pulse, deep and sinking pulse, replete and forceful pulse, intermittent pulse, long pulse, slippery or smooth pulse, relaxed or loose pulse (浮沈實大長滑緩脈), six Yin and six Yang pulse (六陽脈, 六陰脈). Conclusions : As the results, the individual characteristic factor is very important item of the four methods of diagnosis and the differentiation of syndromes. And therefore, we have to divide the signs of individual characteristic factor and the signs of disease in the process on four methods of diagnosis and differentiation of syndromes.

• Journal of Korean Medical classics
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• v.18 no.1 s.28
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• pp.94-120
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• 2005

통과연구진사탁적현존팔종의서(通過硏究陳士鐸的現存八種醫書), 득출이하결론(得出以下結論): 인위석실비록시화타소저청낭서적복원본(認爲石室秘?是華?所著靑囊書的復原本), 이기백전급진사탁적시장중경보충설명완성적서적(而岐伯傳給陳士鐸的是張仲景補充說明完成的書籍). 본초신편재약271종(本草新篇載藥271種), 기술료종기백(記述了從岐伯), 장중경(張仲景), 편작소전수적내용(扁鵲所傳授的內容), 단재범예급서문중(但在範例及序文中), 견불도여편작상관적내용(見不到與扁鵲相關的內容). 변증기문여변증녹기술료기호상동적내용(辨證奇聞與辨證錄記述了幾乎相同的內容), 단무유관병인(但無有關病因), 맥진(脈診), 설진등방면적내용(舌診等方面的內容), 제외감이외(除外感以外), 대잡병병리기호도시이오장오행이론위의거진행료설명(對雜病病理幾乎都是以五臟五行理論爲依據進行了說明). 변증옥함기호미재세간류전(辨證玉函幾乎未在世間流傳), 근류전유일종판본(僅流傳有一種版本), 차파음양(且把陰陽), 허실(虛實), 상하(上下), 진가작위기구별질병적강요(眞假作爲其區別疾病的綱要). 맥결천미거설시귀여구소전(脈訣闡微據說是鬼與區所傳), 인기내용교소미단독간행(因其內容較少未單獨刊行), 근부어변증녹지후보충료변증방면적불족지처(僅符於辨?錄之後補充了辨證方面的不足之處). 거인위외경미언시진사탁종선사소수전적서중최위기리적서적(據認爲外經微言是陳士鐸從先師所授傳的書中最爲奇異的書籍), 시일본집진사탁의학사상지대성적전저(是一本集陳士鐸醫學思想之大成的專著). 동천오지시진사탁적외과전저(洞天奧旨是陳士鐸的外科專著), 재림상극소응용도침지법(在臨床極少應用刀針之法), 이책용료이중제위대보내소법(而策用了以重劑爲大補內消法), 계승료사전급가전적비방(繼承了師傳及家傳的秘方), 이차종합료력대외과저작적내용(而且綜合了曆代外科著作的內容).

• Journal of Korean Medical classics
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• v.20 no.4
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• pp.65-79
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• 2007

재한의학적착자상상견적"의자의야"저개어구(在한의學的着者上常見的"의者意也"저개語句), 파의학이론적신비성(把의學理論的神秘性), 치료방법적영활성(治료方法的영活性), 의가적오성간주'의'(의家的悟性看做'意'). 환구화래설(換句話래說), 한의학적운치포괄"가이의회(한의學的운致包括"可以意회), 난우언전"적감각(難于言전"的感覺). 수연의학기자연과학우실용기술(수然의學旣自然科學又실用技술), 환미비소우의가이'의'여하구축학문적연구(환未비소于의家以'意'如何구筑學問的硏究). 여금종각개각도평가전통과학기술화문화적시후(如今종各개角度評가전統科學技술和文化的시候), 서방과학기술재지구상번성이보급이후(西方科學技술在地球上繁盛而普及以后), 유일한의학잉연유불쇠퇴적생명력(唯一한의學仍然有不衰退的生命力), 저취시양인문표시경희(저就是양人們表示倞喜). 여차동시인문안조서방과학적시각화표준(여此同시人們按照西方科學的시角和표准), 파유일지탱생명력적한의학부단지관찰(把唯一支撑生命力的한의學不단地관察), 검사(檢査), 평가(評價), 요구(要求), 개조(改造). 저양적정황하(저양的情況下), 대표착"의자의야"적한의학불유득수도료허다견책(代表着"의者意也"的한의學不由得受到了許多遣責). 대우연구한의학래설(대于硏究한의學래說), 응해소주여하이해고대의가전래적저구화(應該소注如何理解古代의家전래的구句和). 통과요육군적연구등(通과寥育群的硏究等), 논자요분석이정리(論者要分析而整理), 매시기"의자의야"적다양포함화표연형식(每時基"의者意也"的多양包含和表演形式).

• Journal of Acupuncture Research
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• v.19 no.1
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• pp.210-224
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• 2002

Objective : A study on $\ll$Maek-beop$\gg$ which is the first scription of pulse diagnosis method in history. Method : A translation of contents in $\ll$Maek-beop$\gg$ into modern concepts on the basis of researched books and the explanation of difficult characters and paragraphs to general concepts. Result : The pulse diagnosis method by comparison, moxibustion method, venesection method, a treatment of an abscess and the succession of treatment in $\ll$Maek-beop$\gg$ are delivered from $\ll$Sumen, 素問$\gg$, $\ll$Lingchui, 靈樞$\gg$. Conclusion : A $\ll$Maek-beop$\gg$ is the scription of the diagnosis of meridian and therapeutic method in $\ll$Zu bi shi yi mai jiu jing, 足臂十一脈灸經$\gg$, $\ll$yin yang shi yi mai jiu jing, 陰陽十一脈灸經$\gg$.

• Journal of Haehwa Medicine
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• v.15 no.2
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• pp.39-52
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• 2006

We came to the conclusion as follows from the research about pulse diagnostic technique (脈診) out of "Nan Jinghoeju jeonjung" (難經滙注箋正). 1. "Nan Jing" is practical medical book for clinician and holds different opinions about three portions and nine takings(三部九候脈法) from Huang Di Nei Jing's Taking the pulse of Bu Jung Chim Chon Kwan Chuk((浮中沈 寸關尺) is a quite creative means which has been a important role to future generation. 2. We pointed the differences between western medical science and traditional medical science. And can explain the pulse in western medicine divided from twelve channels of Oriental Medicine. We can explain special connection between heart and lungs using the theory of systemic & pulmonary circulation in western medicine. And this can be a basement of Lung controls every pulse theory in oriental medicine. 3. We have negative assertion about viewing the human body using theory of Yin and Yang-Five Elements. And have poor opinion of explaining about the matching internal organs to Chon Kwan Chuk using the theory of Yin and Yang-Five Elements. 4. We pointed out the mistake that Porak & Sang hwa act for heart. We took pulses considering heart is a real actual internal organ as others. 5. We denied the theory of Man's Chuk pulse is always weak(男子尺脈恒弱) & Woman's Chuk pulse is always strong(女子尺脈恒盛). The physical form of man and woman is not different from each other considering their inheritances from forefather & same shape of organs. So, we cannot insist on the theory.

• Journal of the Korean Institute of Telematics and Electronics B
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• v.33B no.4
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• pp.81-90
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• 1996

In this paper, we implemented a computerized pulse diagnosis system for the developement of pulse diagnosis algorithms and the generalization of the pulse diagnosis. The system consists of the hardware and software. The hardware detects pulse waves and inputs the waves into the computer system, while the software not only manages and analyzes the input pulse wave data but also privides the database. In order to clinically test the developed pulse diagnosis system, we applied the carotid-radial pulse diagnosis algorithm to the system. As the results, it is found that the genralizatio of the pulse diagnosis is possible.

• Proceedings of the KIEE Conference
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• 2006.10c
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• pp.244-246
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• 2006

In this study, we search some parameters well-related to floating-sinking pulse by statistical analysis, because these pulses are frequently used in clinic. Pulse signals were acquired by 3D pulse analyzer and 30 subjects consist of 15 people diagnosed as floating pulse and 15 people diagnosed as sinking pulse by oriental doctors who have over 5 years clinical experience. Then, we made a representative beat template for each subject and, through a peak detection algorithm, we calculated several pulse parameters. To find the parameters related to floating-sinking pulse, we performed statistical testing with 17 parameters through the independence sampling, t-test. As a result, there is the biggest difference between pressure, the maximum pulse pressure, diastolic area(Ad) and float-sink data. (p < .05).

• Proceedings of the KIEE Conference
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• 2000.07d
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• pp.3241-3242
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• 2000

Recent progress in the medical informatics enables us to use the medical information regardless on the time or place limit, to make a diagnostic and therapeutic plan, according to increasing need about health of general population. There are many database oriented sites on the web, which provide medical common senses, hospital information, and medical counselling on the web. But there are few oriental pulse database on the web. The purpose of this study is to develope the Clinical Oriental Pulse Database Management System over the WWW.

• Proceedings of the KIEE Conference
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• 2001.07d
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• pp.2821-2822
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• 2001

This study has conducted researches in the web-based diagnosis data management system of pulse waveform as well as the method of transmitting the data of pulse waveform. In order to set the standard for the documents of the pulse waveform of patients, the web-based clinical database management system has been developed.

• The Journal of the Society of Korean Medicine Diagnostics
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• v.16 no.1
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• pp.19-26
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• 2012

Objectives The aim of this study is to develop a cardiovascular simulator that can reproduce blood pressure pulse and blood flow similar to those of the human body. Methods In order to design a system similar to the human cardiovascular system, the required performances were determined by investigating the hemodynamic characteristics of the heart and the arterial system. Main organ to be imitated is heart in simulator. The rest of the system was minimally designed. Also, a blood pressure and blood flow measurement system was developed for measuring the results. Results The developed system showed blood pressure pulse at similar range of the human aorta. The result waveform include primary wave caused by ventricular systole except reflected wave. Conclusions The blood pressure and blow flow patterns were replicated by the simulator. These patterns were similar to those of the human body. The system will play an important role in studying pulse diagnostics.