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『상한론(傷寒論)』 변병진단체계(辨病診斷體系)에 근거하여 소시호탕(小柴胡湯)을 투여한 양명병(陽明病) 아토피 피부염 치험 1례
민준홍,조소현,Min, Joon-Hong,Jo, So-Hyun 대한상한금궤의학회 2015 대한상한금궤의학회지 Vol.7 No.1
Objective : This case report presents the effect of Soshiho-tang on Atopic Dermatitis. The patient was diagnosed with Yangmyung-byung based on Shanghanlun provisions. Methods : According to Shanghanlun six meridian patterns diagnostic system, we dianosed the patient as Yangmyung-byung and he had trouble getting out of bed and nighttime itch. The patient was treated with Soshiho-tang. We evaluated the results of treatment by Objective SCORAD Index and pictures. Results : After the treatment, Objective SCORAD Index decreased from 61 to 21.5. And he became to have no trouble in getting up and also nighttime itch vanished. Conclusions : This case report sowed and effectiveness of using Soshiho-tang according to Diagnostic system based on Shanghanlun provisions on Atopic Dermatitis.
변병진단체계(辨病診斷體系)에 근거하여 회역산(回逆散)을 투여하여 호전된 우울증 1례
민준홍,Min, Joon Hong 대한상한금궤의학회 2015 대한상한금궤의학회지 Vol.7 No.1
Objective : This case report aims to show the effect of Huini-san on depressive disorder. the patient was diagnosed with Soeum-byung based on Shanghanlun provisions. Methods : According to Diagnostic system based on Shanghanlun provisions, the patient was diagnosed with Soeum-byung and the patients are treated with Huini-san. We evaluated the results of treatment by Korean Version of the Remission from Depression Questionnaire. Results : After taking Huini-san decoction for 2 month, the symptoms of patients improved Conclusions : This case report shows that effectiveness of using Huini-san according to Diagnostic system based on Shanghanlun provisions on depressive disorder.
관람객 행동을 고려한 과학관 전시공간의 분석방법에 관한 연구
민준홍,윤성규,임채진 한국문화공간건축학회 2015 한국문화공간건축학회논문집 Vol.- No.52
Recently, museums are changing their time and space composition from room-to-room to the exhibition space of open plan. Moreover, exhibition space and exhibit are being planned to use diverse techniques and media in order to cope with social changes. In particular, different from general museums whose relics or artworks to be displayed can be anticipated in advance, science museums whose main exhibition is participatory one where spectators can experience and understand various and comprehensive contents are required to be prepared with plans through efforts. This approach toward exhibition space and exhibit is being considered from the process of setting the direction for the actual plan for a museum, and in many researches, quantitative and qualitative study which can be reflected to the actual plan for the exhibition space and exhibit is being carried out simultaneously. Especially, regarding the plan for the exhibition place of the present science museums where open space consists of the main part, which is different from the open plan space, this demand is increasing more and more. However, when an open type of exhibition space and participatory exhibit are analyzed and predicted, problems occur, such as unclear standards for the analysis, gap between the analysis results and the actual behaviors depending on the spectators' cognitive experiences, and therefore failure in applying it to the real plans. Accordingly, this study aims at trying to analyze spectators' behaviors in the exhibition space of science museums using space syntax based on the fact that spectators recognize exhibition space and exhibit and behave in a science museum in a variety of ways. This study is also meaningful in that the cognitive scientific analysis methods examined in the preceding study were applied to the real space and investigated positively.
전기적 방출조절 시스템을 이용한 광 peroxide 센서
민준홍,임인희,최정우,이원홍 경북대학교 센서기술연구소 1995 센서技術學術大會論文集 Vol.6 No.1
The optical biosensor using electrically controlled-release system is developed for the measurement of peroxide concentration. The electrically controlled-release system is consisted of hydrogen bonding polymer complex between carboxylic and oxazoline group. The polymer complex form below pH 5.0 and dissolve instantly above pH 5.4. By applying the electric current to polymer complex containing reagent, the degradation of polymer complex surface occur and reagent of enzyme reaction is released because of change of local pH around the polymer complex. The release rate is constant at constant applied current and proportional to the applied electric current. Proposed controlled-release system model can predict the degradation velocity of polymer complex and degradation velocity is linearly proportional to the applied current. The released reagent and peroxide is flowed into enzyme immobilized reactor and react with enzyme. The measurement of peroxide is performed by measuring the fluorescence of enzyme reaction product. The biosensor has the linear analytical range of 0.025~1.0 mM with response time of about 20 minutes. The optical peroxide biosensor has good repeatability and the electrically controlled-release system can be applied to optical peroxide biosensor.