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시민사회 개념에 관한 연구 : With Emphasis on Hegel, Marx & Gramsci 헤겔,맑스, 그리고 그람시를 중심으로
문병주 건국대학교 1994 대학원 학술논문집 Vol.38 No.-
This study has intended as a starting for making theoretical framework of analyzing the democratization process by making an inquiry into the concept of civil society. The concept of civil society, in a variety of use and definition, has become quite fashionable today. There are specific historical backgrounds. That is, the recent rebirth of civil society in comparative analysis directry results from so called 'an anti-establishment movement,' namely struggles against communist and military dictatorships in many parts of the world, as well as it is caused by intrinsic factors in the Western society. Under these backgrounds, theories of civil society discussed thus far can be categorized as the following: ①theories of civil society emphasizing civic culture as the core element in the theory of development, ②theories of social formation emphasized social structure and ③ theory of democratization stressed the particularity of the Third World having the problems of the building democratic regime. In these trends, this study surveys the concept of civil society in Hegel-civil society as a theoretical synthesis(chapter Ⅱ), in Marx-that as the subject of conquest(chapter Ⅲ), and in Gramsci-that as a sphere of liberty and consent (or a ground of Hegemony, chapter IV). These concepts might provide the ground work for building a theoretical framework of analyzing the democratization process in the Third World who are experiencing the transition from authoritarian regime to democratic one. And especially we are living in the era that the reconstruction and activation of civil society is demanded for the settlement of democracy. This study is only a sketchy work on the theory of civil society.
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Bacillus megaterium N4에 의한 들깨 균핵병 (Sclerotinia sclerotiorum)의 생물학적 방제
문병주,김현주,송주희,이광열,백정우,정순재 한국생명과학회 2004 생명과학회지 Vol.14 No.5
부산시 강서구 강동동 지역의 들깨 하우스내에서 들깨의 잎에 갈색내지 흑갈색의 병반이 형성되고 습도가 높을 시에는 잎에 무름증상과 줄기에 잘록증상이 나타나며, 심하면 주전체가 고사하여 흰색의 균사로 뒤덮히고 균핵이 형성되는 병해가 발생하여 1998년 5월에 자연발생된 균핵병 발병율을 조사한 결과 약 8.1~28.3%로서 평균 13.9%였다. 이러한 증상을 띄는 병반으로부터 분리된 16균주를 균사절편 접종법으로 병원성 검정한 결과, 접종 1일 후부터 발병되기 시작하여 자연발생된 병징과 동일한 증상을 나타내었으며 16균주 모두 80.0% 이상의 발병율을 나타내었다. 그 중 병원성이 가장 강한 52균주를 공시선발하고, 형태적 및 배양적 특성 등을 조사하여 동정한 결과, 들깨 균핵 병균 Sclerotinia sclerotiorum으로 동정되었다. 생물학적 방제를 위해 길항세균인 Nl 등 6균주를 공시하고 병원균 52균주와 균사생육 억제효과 및 생육상내 포트검정을 통해 방제효과를 검정한 결과, N4 균주에 의한 균사생육 억제효과와 방제효과가 가장 우수하였으며, 발병예방 및 치료효과 검정시 길항균을 병원균처리 1~3일 전에 처리할 경우 80.0% 이상의 방제가를 보여 치료 효과보다는 발병예방효과가 효과적인 것으로 확인되었다. 길항균 N4 균주를 Bergey's manual과 API system을 이 용하여 동정한 결과, Bacillus megaterium으로 동정 되었으며, 이를 수화제형인 미생물농약 N4제제로 제조하여 유기합성 농약인 베노밀수화제와 발병예방 및 치료효과를 비교하였다. 그 결과, 병원균처리 3일 전에 처리할 경우 N4 수화형 제제의 방제가가 98.0%로 베노밀수화제에 의한 78.0%보다 방제가가 높았다. This study was investigated the occurrence of sclerotinia rot caused by Sclerotinia sclerotiorum at the major perilla cultivating area, Gangdong-dong, Gangseo-gu, Busan in 1998. The incidence of this disease ranged from 8.1 to 28.3% at Gangdong-dong area during the growing seasons. Symptoms of the disease initially appeared damping-off of infected stems and soft-rot on the leaves of perilla. Under the relatively high humidity, abundant white mycelia of the pathogen formed on the lesion developed into black sclerotia later and the infected leaves were finally fell down. Sixteen isolates, Sl-S16, isolated from diseased lesions showing typical symptoms, and pathogenicity was tested using mycerlial disks. Among them, S2 isolate showing the most strong pathogenicity was selected and identified as Sclerotinia sclerotiorum on the basis of morphological and cultural characteristics. For biological control, an antagonistic bacteria, N4 isolate which effectively inhibited not only mycelial growth of S2 isolate but also suppress sclerotinia rot on the pot assay, was selected and identified as Bacillus megaterium according to Bergey's manual and API system., Wettable powder type, N4 formulation using B. megaterium N4 isolate was developed and estimated its control effect on perilla crops in a plastic house. As a results, N4 formulation which applied before 3 days inoculation of pathogen was effectually controlled Sclerotinia rot as the control value of 98.0%, was more effective than chemical fungicide, benomyl showing the control value of 78.0%. This is the first report of wettable powder formulation as a biocontrol agent using B. megaterium N4 against Sclerotinia rot caused by S. sclerotiorum on perilla.
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딸기 겹무늬病菌의 Thiophanate-methyl 및 Iprodione 劑에 대한 抵抗性
文炳周,曺鍾澤 한국응용곤충학회 1984 한국응용곤충학회지 Vol.23 No.2
Sixty isolates of Dendrophoma obscurans isolated from 19 important strawberry growing areas of Korea were tested in vitro for resistance to thiophanate-methyl and iprodione. Naturally-occurring thiophanate-methyl-resistant isolates were about 43 percents of isolates tested, whereas iprodione-resistant isolates were 10 percents. All these resistant isolates except SU 1 and SU 2, which were highly resistant to thiophanate-methyl, showed a week level of resistance. Iprodione-resistant isolates were readily obtained in vitro, when mycelial disk of the fungus was incubated on PDA media containing iprodione at the concentrations of , but no thiophanate-methyl-resistant isolate from the mycelia with or without UV irradiation. All these artificially-obtained iprodione-resistant isolates were showed a high degree of resistance. On the strawberry leaves, thiophanate-methyl and iprodione were no longer effective to all resistant isolates at the recommended concentration, and the protective value to highly resistant isolates was much less than that of weakly resistant isolates. Isolates resistant to thiophanate-methyl were also resistant to benomyl but iprodione-resistant isolates did not show cross-resistance to thiophanate-methyl, benomyl, captan and zineb. Captan controlled both thiophanate methyl-resistant and iprodione-resistant isolates as effectively as sensitive isolates. 딸기겹무늬 Dendrophoma obscurans에 현저한 효과를 나타내는 thiophanate-methyl과 iprodione 제에 대하여 D. obscurans의 저항성균이 포장과 실험실에서 발생 및 저항성균에 의한 이들 약제의 방제효과 저하 여부등에 대하여 검토하였다. 1. 전국 주요 딸기 산지에서 분리한 본 균의 60개균주에 대하여 저항성검정을 실시한 결과 포장에서 thiophanate-methyl 저항성균의 발생율은 약 로서 고도저항성균 SU1과 SU2외는 저도저항성균이었다. 이에 반하여 iprodione 저항성균의 발생율은 이었고 모두 저도저항성균이었다. 2. in vitro에서 thiophanate-methyl 저항성균은 균계 단대배양 또는 자외선 처리에 의해서도 전현 분리되지 않았으나 iprodione 저항성균은 자외선 처리 없이도 iprodione 또는 첨가 PDA 배지에서 용이하게 분리되었으며 모두 고도저항성균이었다. 3 딸기 잎에서 저항성균의 접종에 의한 thiophanate-methyl과 iprodione의 방제가는 저항성균 모두 저하되었으며 고도저항성균이 저도저항성균에 비하여 현저히 불량하였다. 4. thiophanate-methyl 저항성균은 benomyl에도 저항성을 보였으나 iprodione 저항성균은 thiophanate-methyl, benomyl, captan 및 zineb 등 공시약제에 모두 교차저항성을 보이지 않았으며, captan이 감성균은 물론 thiophanate-methyl 저항성균과 iprodione 저항성균을 효과적으로 방제하였다.
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거북밀깍지벌레(Cerostegia japonicus)의 發生消長과 그 防除에 관한 硏究
裵泰雄,曺種澤,河祥永,韓熙世,文炳周 東亞大學校 1979 東亞論叢 Vol.16 No.2
거북밀깍지벌레의 效果的인 防除法을 규명하기 위하여 釜山地域에서의 發生消長을 검토하고, 4종류의 寄主別로 기계유유제, 有機燐劑 3종 및 Carbamate劑 3종을 공시하여 殺蟲率을 Bliss의 Probit법으로 분석하고 農藥의 농도에 따른 蟲體의 呼吸代謝를 검토 하였다. 1. 釜山地方에서의 거북밀깍지벌레의 孵化器는 6月15日∼7月12日이였으며 孵化最盛期는 7月 初旬이였다. 2. 防除適期는 8月10日경이었다. 3. 8月3日에 처리한 寄主別의 본 害蟲의 LD?이 가장 낮은 것은 자목련에서는 DEP, 감나무에서는 BUX,사철나무와 치자나무에서는 BUX와 DEP로서 전체적으로 볼 때 BUX 및 DEP가 가장 效果的이고 그 다음이 Diazinon이였다. 4. 8月18日 처리에서 LD?이 가장 낮은 것은 자목련과 감나무에서는 Diazinon이, 사철나무와 치자나무에서는 BUX와 DEP로서 전체적으로 보면 Diazinon, BUX와 DEP등이 感受性이 높았다. 5. 8月3日의 처리에서 LD?이 가장 낮은 농약은 BUX로서 寄主別 농도 범위는 0.011∼0.043%였다. 6. 8月18日의 처리에서 LD?이 가장 낮은 농약은 BUX와 Diazinon으로서 寄主別 농도 범위는 각각 0.011∼0.1076%, 0.028∼0.074%였다. 7. 本 害蟲의 正常 酸素消費量은 9.25∼10.02㎕O₂/㎎ body weight/hour였으며 寄主에 따른 차이를 인정할 수 없었다. 8. Diazinon과 BUX에서는 농도가 높아질수록 산소소비량은 정상호흡량 보다 훨씬 증가하였으나 기계유유제에서는 감소되었다. In order to investigate the effective control of Florida was scale (Cerostegia japonicus), the seasonal occurrences of 1st in star in Busan area was examined, the insecticides tested with the different four hosts were carbamates(NAC,BUX BPMC), organicphosphates(DEP,MEP,Diazinon)and Machine-oil emulson, and the mortality was analyzed by the probit analysis. Also the effects of insecticide's concentration on respiratory metabolism of Florida wax scale was examined. The results obtained were as follows 1. The periods of the larva occurrence was from June 15 to July 12, and the major peak of its occurrence was found to be in the early July. 2. The adequate period for the effective control of Florida wax scale was about August 10. 3. The lowest insecticides of LD 50 values to Florida wax scale with each hosts in August 10 was DEP in the people magnolia, BUX in the persimmon tree, BUX and DEP in the spindle tree and the gardenia. So generally the most effective insecticides for controlling it were BUX and DEP, Diazinon was the next. 4. In the second experiments treated in August 18, the lowest insecticide of LD50 values to it was Diazinon in the purple magnolia and the persimmon tree, BUX and DEP in the spindle tree and the gardenia. So the susceptibility of it to the insecticides was highest in Diazinon, BUX and DEP. 5. The lowest insecticide of LD90 values to it was BUX and the concentration range by the hosts was from. 0.011% to 0.043%. 6. In the second experiment treated in August 18, the lowest insecticides of LD90 values to it were BUX and Diazinon, and the concentration ranges by the hosts were from 0.011 to 0.1076%, 0.028 to 0.074% respectively. 7. The normal oxygen consumption of Florida wax scale was from 9.25 to 10.02㎕O₂/㎎ body weight/hour and wasn't recognized the significance by the hosts. 8. The oxygen consumption of it in Diazinon and BUX was higher with increasing of insecticides concentration than the normal respiratory, but it was decreased in machine oil emulsion.
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