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김범성 ( Boum Soung Kim ) 한국과학사학회 2013 한국과학사학회지 Vol.35 No.1
Focusing on the academic and the social life of the British scientist John Milne (1850-1913), this paper sketches how his research network was formed and transformed, crossing British and Japanese boundaries. Trained as a field scientist, Milne had explored the geological and geographical frontiers by the time that the Meiji government invited him to be a professor of geology and mining at the Imperial College of Engineering. Subsequently, in the Asiatic field, the scientist from the British Empire found interests in earthquakes and volcanoes as well as archaeological and anthropological topics. Mobilizing European knowledge and Japanese resources, Milne built a seismological research network in Japan and eventually expanded it to Britain. However, his research network was not immortal; even though he married a Japanese woman and attained honors from the Japanese emperor, during the age of Japan`s nationalist turn in the last decade of the nineteenth century, he left Japan. In the United Kingdom, he found that the research network available to him was insufficient. Simultaneously, the research system embedded in Japan had been appropriated by a younger generation of Japanese scientists, and its foreign origin has gradually been forgotten.
YOUNG BOUM SHIN(辛英範),CHANG DUK LEE(李昌德) 한국육종학회 1979 한국육종학회지 Vol.12 No.3
In order to investigate the useful gene(s) of wild rice species, the bacterial leaf blight test with 101 lines of the genus Oryza were examined. The eighteen lines of wild rice species showed equally resistance reaction from group III, IV and V that is, bacterial leaf blight, Xanthomonas oryzae (UYEDA et ISHIYAMA) DOWSON. The resistant lines of wild rice were W0065, W0066, W1134, W1149, W1199, W1201, W1252, W1268, W1302, W1539, T2018, O.m, W0015, W1408, Y20, W1519, W1525, and W1527.
Para-fluorophenylalanine(PFP) 처리에 의한 작물의 염색체 변이 Ⅰ. 배지, PFP 및 hormone이 메밀 및 담재 callus 유기 및 생장에 미치는 영향
Young Boum Shin(辛英範) 한국육종학회 1991 한국육종학회지 Vol.23 No.2
The callus induction ratio and the callus growth ratio of buckwheat and tobacco were investigated using the different kinds of media and hormones and the different concentrations of PFP and hormones to determine the optimum conditions of callus culture. The highest ratios of callus induction in buckwheat and tobacco were respectively observed in the medium containing 1mg/1 2,4-D in the dark (68.4%) and in the B₅ medium containing 2mg/1 2,4-D in the light (82.5%). In tobacco, callus induction ratio was decreased as PFP concentrations increased in the mixture of 2,4-D and PFP as well as in the addition of PFP alone. None of callus was formed over 10mg/1 PFP in the mixture of 2,4-D and PFP while callus induction of 5% was observed even in 80mg/1 PFP in the addition of PFP alone. Dicamba in the media MS and NN affected better callus growth of buckwheat than 2,4-D and picloram did. Fresh whight of tobacco callus increased markedly in the MS medium compared to the media B₅ and NN. Fresh weight of buckwheat callus was more increased in the mixture of 2,4-D and PFP rather than in the addition of PFP alone while that of tobacco callus was higher in the addition of PFP alone.