6개국 (호주, 중국, 일본, 미얀마, 영국, 베트남) 산 수입 대상 복족류의 분자 계통학적 연구 (Molecular Phylo-genetic Study of Imported Gastropods from 6 Countries (Australia, China, Japan, Myanmar, UK, Vietnam))

서지정보

· 발행기관 : 한국패류학회
· 수록지 정보 : The Korean Journal of Malacology / 37권 / 1호 / 9 ~ 16페이지
· 저자명 : 박지은, 송대권, 정종민, 상민규, 정준양, 이준상, 황희주, 이용석

초록

About 85,000 species of gastropods are known around the world, and the imports rate about edible gastropods are on the rise every year in Korea. The system will be needed to reflect taxonomic diversity about similar gastropoda groups. Because inaccurate information about edible species can cause serious problems in market. In this study, to cope with this problem, a study was conducted to accurately identify gastropods, and selected six target country with a large imported rate of edible gastropods in Korea. The collected gastropods were classified into 8 orders, 22 families and 33 species, including unrecorded in Korea, and were identified by morphological classification. Sequence analysis of the COI gene was performed for all collected species by COI universal primer. The result of molecular phylogenetic analysis and morphological classification result are similar. As a result of this study, it was confirmed that most gastropoda species can be identified using universal primers for gastropod COI sequences, and will be used as data for species identification of gastropods in the future.

영어초록

About 85,000 species of gastropods are known around the world, and the imports rate about edible gastropods are on the rise every year in Korea. The system will be needed to reflect taxonomic diversity about similar gastropoda groups. Because inaccurate information about edible species can cause serious problems in market. In this study, to cope with this problem, a study was conducted to accurately identify gastropods, and selected six target country with a large imported rate of edible gastropods in Korea. The collected gastropods were classified into 8 orders, 22 families and 33 species, including unrecorded in Korea, and were identified by morphological classification. Sequence analysis of the COI gene was performed for all collected species by COI universal primer. The result of molecular phylogenetic analysis and morphological classification result are similar. As a result of this study, it was confirmed that most gastropoda species can be identified using universal primers for gastropod COI sequences, and will be used as data for species identification of gastropods in the future.

참고자료

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