• Journal of Korean Medical classics
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• v.18 no.3 s.30
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• pp.95-105
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• 2005

통과대설기적외과의적급기내용적연구(通過對薛己的外科醫籍及其內容的硏究), 득출이하결론(得出以下結論): 1. 설기소저외과의적중최조편찬적시(薛己所著外科醫籍中最早編纂的時)${\lceil}$외과심법(外科心法)${\lrcorner}$(1528년(年)), 지후편찬적차서시(之後編纂的次序是)${\ulcorner}$외과발휘(外科發揮)${\lrcorner}$(1528년(年)), ${\ulcorner}$외과경험방(外科經驗方)${\lrcorner}$(1528년(年)), ${\ulcorner}$외과추요(外科樞要)${\lrcorner}$(1545년(年)), ${\ulcorner}$여양기요${\lrcorner}$(1554년(年)). 2. 설기개변이왕양의수증처방적악습(薛己改變以往瘍醫隨症處方的惡習), 파변증론치인용도료외과임상상(把辨證論治引用到了外科臨床上). 3. 재망진방면불근중시료국부적진찰(在望診方面不僅重視了局部的診察), 이차중시관찰전신적상태(而且重視觀察全身的狀態); 환중시료사진합참(還重視了四診合參), 우기중시료망진화절진(尤其重視了望診和切診). 4. 재치료방면령활지운용료소통(在治療方面靈活地運用了疏通), 발산(發散). 화해(和解), 보탁(補托), 온보등방법(溫補等方法), 이차환사용료침(而且還使用了針), 폄, 구(灸), 위등외치법(慰等外治法). 5. 설기소저적(薛己所著的)${\ulcorner}$여양기요${\lrcorner}$시일부조기간행적미풍병전저(是一部早期刊行的麻風病專著).

• The Journal of Dong Guk Oriental Medicine
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• v.8 no.2
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• pp.155-173
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• 2000

The diagnosis in Oriental medicine is done by inspection, auscultation and olfaction, interrogation, four diagnostics of pulse feeling and palpation, and various system of identification like identification according to Qi(vital energy), Xue and body fluids, identification according to fair principles, identification according to principles of Wei, Qi, Ying and Xue, identification according to Sanjiao(the triple heater), identification according to four type physical constitution. Sometimes, symptoms and diagnosis techniques according to symptoms is selectively applied for the diagnosis. Among them the pulse feeling and palpation diagnosis technique using the sense of finger and palm of the hand is divided into feeling of pulse and palpation and pressing maneuver. Pressing maneuver is a diagnosis technique pressing and rubbing the affected part in order to attain data of identification including inside and outside condition of the body with regard to the nature, condition and relative seriousness of disease. There are palpation of the skin, palpation the hand and foot, palpation the chest and the abdomen, palpation shu points in pressing maneuver. The diagnosis of the Back Shu points is a technique to examine the change of disease condition from pressure ache, spontaneous ache, tension, relaxation, solidification revealed through channels and collaterals. I investigates starting disease and an attack of disease of twelve pulse and pulse condition through the study relative to the substance and technique of pressing maneuver, and adjusts diagnosis techniques of a region for acupuncture and matters to be attended. The conclusions are as follows. 1. The Shu or stream points in which pathogenic factors go are important to medical treatment of dormant diseases like bowels disease, cold symptom complex and insufficiency symptom complex. 2. Disease classified by system is diagnosed by the condition of process part like pro-trusion, cave-in, tension, relaxation, pressure ache through palpating the Shu or stream points, that is pressing upward or downward left and right sides of the backbone process by hands. 3. In real clinic pressing maneuver of one's back side is very important to patient's diagnosis treatment. Thus, pressing maneuver of one's back side have to be done without omission. 4. Diagnosis must be accomplished through the perception about the diversity of diagnosis technique of bowels disease, the exact knowledge about pressing maneuver of one's back side for enlargement of treatment range and rising of treatment rate, and pressing maneuver of the Shu or the stream points.

• Journal of the Korea Academia-Industrial cooperation Society
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• v.11 no.11
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• pp.4473-4482
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• 2010

The examination of pulse, which is a typical palpation technique in the oriental medicine, has been used conventional analog system for discrimination of 28 pulses. However, the clipping phenomenon in the pulses, which used same feature extraction technique with ECG signals, has been occurred in analog system due to feature extraction method and over amplification from the input signals. It caused inaccurate to analyze the pulse signals. In this paper, we propose a digital filter design technique based on Prony's method for signal modeling and C-spline interpolation for feature extraction from pulse signal to compensate analog pulse detection system. In addition, we suggest a compensated electronic pulse detection system comprising new pulse analyzing algorithm and shape analysis technique for pulses, which were difficult to use in analog system. The feasibility for new proposed system has been confirmed comparing output signals between electronic pulse detection system having proposed filter design techniques with pulse analyzing algorithm and conventional analog system.