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首页> 外文期刊>Journal of the American Society for Horticultural Science >Identification of Resistance to the Large Raspberry Aphid in Black Raspberry
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Identification of Resistance to the Large Raspberry Aphid in Black Raspberry

机译:黑树莓对大树莓蚜虫的抗性鉴定

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摘要

The large raspberry aphid (Amphorophora agathonica Hottes) is an important vector of viruses in Rubus L. across North America. Although breeding for aphid resistance has long been recognized as an important tool for protecting red raspberries (Rubus idaeus L.) from viral infection, this is the first report of resistance to A. agathonica in black raspberry (Rubus occidentalis L.). Seedlings from 132 wild populations of black raspberries, representing the species' native range, were screened for resistance to A. agathonica. Strong resistance was found in three of these populations, one from Ontario (ORUS 3778), one from Maine (ORUS 3817), and one from Michigan (ORUS 4109). Resistance to the large raspberry aphid in ORUS 3778 and ORUS 3817 is dominant and appears to be conferred by different genes. We propose that the genes for resistance in ORUS 3778 and ORUS 3817 be designated Ag-4 and Ag-5, respectively. Resistance to A. agathonica in ORUS 4109 also appears to be controlled by a dominant allele at a single locus, but cannot be differentiated from Ag-4 at this time.
机译:大型覆盆子蚜虫(Amphorophora agathonica Hottes)是整个北美悬钩子属中的重要病毒载体。尽管长久以来人们一直认为抗蚜虫育种是保护红树莓(Rubus idaeus L.)免受病毒感染的重要工具,但这是黑树莓(Rubus occidentalis L.)对agathonica的抗性的首次报道。筛选了代表该物种原生范围的132个野生黑树莓野生种群的幼苗,以抵抗agathonica。在其中三个人口中发现了较强的抵抗力,一个来自安大略省(ORUS 3778),一个来自缅因州(ORUS 3817),另一个来自密歇根州(ORUS 4109)。 ORUS 3778和ORUS 3817对大树莓蚜虫的抗性占主导地位,并且似乎是由不同的基因赋予的。我们建议将ORUS 3778和ORUS 3817中的抗性基因分别命名为Ag-4和Ag-5。 ORUS 4109中对agathonica的抗性也似乎由单个位点的优势等位基因控制,但此时无法与Ag-4区分。

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