KMID : 1161520120160010011
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Animal Cells and Systems 2012 Volume.16 No. 1 p.11 ~ p.19
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Korea Barcode of Life Database System (KBOL)
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Kim Sung-Min
Kim Chang-Bae Min Gi-Sik Suh Young-Bae Bhak Jong Woo Tae-Ha Koo Hye-Young Choi Jun-Kil Shin Mann-Kyoon Jung Jong-Woo Song Kyo-Hong Ree Han-Il Hwang Ui-Wook Park Yung-Chul Eo Hae-Seok Kim Joo-Pil Yoon Seong-Myeong Rho Hyun-Soo Kim Sa-Heung Lee Hang Min Mi-Sook Kim Jin-Koo Sim Chung-Ja Won Yong-Jin Lee Jong-Wook Cho Soo-Won Seo Ji-Eun Lee Seung-Hwan Song Jun-Im Han Ho-Yeon Shin Sook Song Sung-Joon Park Joong-Ki Eom Kee-Seon Park Jung-Hee Kim Won
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Abstract
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A major concern regarding the collection and storage of biodiversity information is the inefficiency of conventional taxonomic approaches in dealing with a large number of species. This inefficiency has increased the demand for automated, rapid, and reliable molecular identification systems and large-scale biological databases. DNA-based taxonomic approaches are now arguably a necessity in biodiversity studies. In particular, DNA barcoding using short DNA sequences provides an effective molecular tool for species identification. We constructed a large-scale database system that holds a collection of 5531 barcode sequences from 2429 Korean species. The Korea Barcode of Life database (KBOL, http://koreabarcode.org) is a web-based database system that is used for compiling a high volume of DNA barcode data and identifying unknown biological specimens. With the KBOL system, users can not only link DNA barcodes and biological information but can also undertake conservation activities, including environmental management, monitoring, and detecting significant organisms.
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KEYWORD
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DNA barcoding, species identification, Korea Barcode of Life database system (KBOL), biodiversity
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