A Simple Sequence Repeat Marker Linked to the Susceptibility of Apple to Alternaria Blotch Caused by Alternaria alternata Apple Pathotype
文献类型: 外文期刊
第一作者: Zhang, Liyi
作者: Zhang, Liyi;Cong, Peihua;Li, Ying;Zhang, Zhen;Cheng, Zong-Ming;Cheng, Zong-Ming
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关键词: genomic DNA;simple sequence repeat markers;primer pairs;fungicideUSA: North America;Nearctic region;Japan: Asia;Palearctic region;South Korea: Asia;Palearctic region;Liaoning: China;Asia;Palearctic region
期刊名称:JOURNAL OF THE AMERICAN SOCIETY FOR HORTICULTURAL SCIENCE ( 影响因子:1.144; 五年影响因子:1.617 )
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收录情况: SCI
摘要: Alternaria alternata apple pathotype (previously A. mali) causes alternaria blotch disease of apple (Malus xdomestica), which may result in leaf spots and up to 70% premature leaf drop in serious cases. This disease is of worldwide importance but is most serious in eastern Asia (Japan, Korea, and China) and in parts of the United States. The excessive use of fungicides not only adds cost to apple growers, but also pollutes the environment. In this study, we characterized a 5-year F-1 population from a cross of a resistant cultivar (Huacui) and a susceptible cultivar (Golden Delicious) consisting of 110 individuals along with 14-year-old parent trees (10 each). A field evaluation of disease severity was conducted in 2008 and 2009 under the natural conditions in Liaoning, China (lat. 40 degrees 37' N, long. 120 degrees 44' E). Based on the field data, 110 F-1 plants were divided into five groups. Artificial inoculation was carried out both on the living trees and on the detached leaves in 2009 to ensure that A. alternata apple pathotype was the causative agent. Eighty primer pairs of simple sequence repeat (SSR) were screened against the four genomic DNA pools, respectively, from six highly susceptible F-1 plants, six most resistant F-1 plants, one tree of the seed parent, and the one tree of the pollen parent. One pair of primers (CH05g07) was shown to be linked to the DNA pools of susceptible F-1 and the parent tree, but not to the DNA pools of resistant F-1 and parent trees. This primer pair was then used to screen all individual 110 F-1 progenies and two parent trees. The differentiation of 103 individuals (97.3%) with the marker matched the field disease resistance rating. This marker was further screened with 20 cultivars with known susceptibility or resistance to A. alternata apple pathotype and its linkage to susceptibility was validated. These results suggest that this marker can be used in marker-assisted selection for resistance/susceptibility to alternaria blotch disease in apple.
分类号: S6
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