• Journal of the Korean Society for Library and Information Science
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• v.26
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• pp.257-273
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• 1994

중국 도서관체제의 한 하부체제로서 중국과학원 문헌정보체제는 이론 연구와 실무 실천 양면에서 중국의 문헌정보활동 발전에 크게 기여해왔다. 현재 중국에 풍미하고 있는 개혁운동으로 중국과학원 문헌정보체제는 훌륭한 기회와 도전에 직면해 있다. 중국과학원 문헌정보체제가 현대적인 기술과 수단으로 그 이용자에게 봉사해야 할 의무와 책임을 견지하고 있는 한 동 문헌정보체제는 그 활동을 더욱 더 개선해 나갈 것이다. 이러한 기본적인 배경아래 본 논문에서는 첫째, 중국과학원 문헌정보체제의 조직 구조; 둘째, 그 주요 사업과 활동 현황 - 특히 이론 연구, 도서관학과 정보학의 통합, 이차간행물의 출판과 데이터베이스의 구축, 정보검색과 정보분석, 자동화, 직원훈련; 셋째, 결론으로서 중국과학원 문헌정보활동의 장래 발전을 전망하였다.

• Journal of the Korean Society for Library and Information Science
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• v.45 no.3
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• pp.279-301
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• 2011

This study analyzed 138 multicultural programs from 40 libraries during the last two years. The study compares multicultural programs running in Korean libraries with those from American and Canadian libraries which have a long history of multicultural societies. The results are listed below. There is a need for long-running multicultural programs that address the needs of its users even from the planning stages. Programs should include out-reach based running methods, daily life based subjects and contents, and differentiated approaches for different levels and ages of users.

• Journal of Plant Biotechnology
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• v.33 no.3
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• pp.153-160
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• 2006

Brassica rape is an important species used as a vegetable, oil, and fodder worldwide. It is related phylogenically to Arabidopsis thaliana, which has already been fully sequenced as a model plant. The 'Multinational Brassica Genome Project (MBGP)'was launched by the international Brassica community with the aim of sequencing the whole genome of B. rapa in 2003 on account of its value and the fact that it has the smallest genome among the diploid Brassica. The genome study was carried out not only to know the structure of genome but also to understand the function and the evolution of the genes comprehensively. There are two mapping populations, over 1,000 molecular markers and a genetic map, 2 BAC libraries, physical map, a 22 cDHA libraries as suitable genomic materials for examining the genome of B. rapa ssp. pekinensis Chinese cabbage. As the first step for whole genome analysis, 220,000 BAC-end sequences of the KBrH and KBrB BAC library are achieved by cooperation of six countries. The results of BAC-end sequence analysis will provide a clue in understanding the structure of the genome of Brassica rapa by analyzing the gene sequence, annotation and abundant repetitive DHA. The second stage involves sequencing of the genetically mapped seed BACs and identifying the overlapping BACs for complete genome sequencing. Currently, the second stage is comprises of process genetic anchoring using communal populations and maps to identify more than 1,000 seed BACs based on a BAC-to-BAC strategy. For the initial sequencing, 629 seed BACs corresponding to the minimum tiling path onto Arabidopsis genome were selected and fully sequenced. These BACs are now anchoring to the genetic map using the development of SSR markers. This information will be useful for identifying near BAC clones with the seed BAC on a genome map. From the BAC sequences, it is revealed that the Brassica rapa genome has extensive triplication of the DNA segment coupled with variable gene losses and rearrangements within the segments. This article introduces the current status and prospective of Korea Brassica Genome Project and the bioinformatics tools possessed in each national team. In the near future, data of the genome will contribute to improving Brassicas for their economic use as well as in understanding the evolutional process.