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콩 미이라병 저항성 관련 DNA marker 탐색 및 우량계통 육성

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영문명
Development of Breeding Lines and Evaluation of DNA Markers Associated with Resistance to Phomopsis Seed Decay in Soybean
발행기관
한국육종학회
저자명
윤홍태 남시훈 이재도 김용호
간행물 정보
『한국육종학회지』Vol.39 No.3, 277~282쪽, 전체 6쪽
주제분류
농수해양 > 기타농수해양
파일형태
PDF
발행일자
2007.09.30
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Phomopsis seed decay (PSD) is part of a major fungal disease complex found in most soybean production areas of the world. To establish the genetic linkage map and efficient soybean breeding program, DNA markers were surveyed for polymorphism between PSD resistant (cv. PI 417479) and susceptible (cv. Hwaeomput-kong) varieties. F2, BC1F2, BC2F2 and the corresponding F2:3 population families were used to evaluate the correlation between molecular markers and resistance to PSD. In SSR analysis, Sct_033 was the most significantly associated with PSD resistance among selected eight primers. AF1, AF2, and AF3 were also selected in AFLP analysis. And a few promising lines could be selected from two times of back cross. Especially a breeding line SS01415-8-1 was developed, which has high seed quality such a large seed size, bright hilum color, round shape, and etc. It might be considered a good breeding material for new recommend variety having resistance gene to PSD with good seed quality.  Phomopsis seed decay (PSD) is part of a major fungal disease complex found in most soybean production areas of the world. To establish the genetic linkage map and efficient soybean breeding program, DNA markers were surveyed for polymorphism between PSD resistant (cv. PI 417479) and susceptible (cv. Hwaeomput-kong) varieties. F2, BC1F2, BC2F2 and the corresponding F2:3 population families were used to evaluate the correlation between molecular markers and resistance to PSD. In SSR analysis, Sct_033 was the most significantly associated with PSD resistance among selected eight primers. AF1, AF2, and AF3 were also selected in AFLP analysis. And a few promising lines could be selected from two times of back cross. Especially a breeding line SS01415-8-1 was developed, which has high seed quality such a large seed size, bright hilum color, round shape, and etc. It might be considered a good breeding material for new recommend variety having resistance gene to PSD with good seed quality.

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APA

윤홍태,남시훈,이재도,김용호. (2007).콩 미이라병 저항성 관련 DNA marker 탐색 및 우량계통 육성. 한국육종학회지, 39 (3), 277-282

MLA

윤홍태,남시훈,이재도,김용호. "콩 미이라병 저항성 관련 DNA marker 탐색 및 우량계통 육성." 한국육종학회지, 39.3(2007): 277-282

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