Abstract The genomic sequences of a huge number of species have been determined. Typically, these genome sequences and the associated annotation data are accessed through Internet-based genome browsers that offer a user-friendly interface. Intelligent use of the data should expedite biological knowledge discovery. Such activity is collectively called data mining and involves queries that can be simple, complex, and even combinational. Various tools have been developed to make genome data mining available to computational and experimental biologists alike. In this mini-review, some tools that have proven successful will be introduced along with examples taken from published reports.
이번엔 미니 리뷰지만, 2009년엔 수업도 없으니 좀더 바짝 연구해서 논문 게재해야지~!! 아자아자~!! ㅎㅎ :)
국제 암 게놈 컨소시움(International Cancer Genome Consortium, ICGC) 11개국가에 우리나라는 아직 못끼는구나.. 일본은 일찍부터 미국, 유럽과 함께 선두주자였고, 후발주자인 중국이 들었는데... (음.. 개떼 저글링에는 당해낼 도리가 없는듯..) 우리도 잘 할 수 있을텐데... 돈이 쫌 문제인듯.. - 꽤 큰 금액을 언제까지 모를 프로젝트 기간동안 쏟아 부어야되서 우리나라는 못하는듯...
Australia: National Health and Medical Research Council Canada: Genome Canada (Observer Status); Ontario Institute for Cancer Research China: Chinese Cancer Genome Consortium Europe: European Commission (Observer Status) France: Institut National du Cancer India: Department of Biotechnology, Ministry of Science & Technology Japan: RIKEN; National Cancer Center Singapore: Genome Institute of Singapore (Observer Status) Spain: Spanish Ministry of Science and Innovation United Kingdom: The Wellcome Trust; Wellcome Trust Sanger Institute United States: National Institutes of Health
