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首页> 外文期刊>Journal of Crop Improvement >Inheritance of soybean aphid resistance from PI 71506.
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Inheritance of soybean aphid resistance from PI 71506.

机译:PI 71506对大豆蚜虫抗性的遗传。

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Resistance to the soybean aphid (Aphis glycines Matsumura) was characterized in segregating populations from crosses of soybean [Glycine max (L.) Merr.] accession PI 71506 to susceptible cultivars, and compared to Rag1 resistance from the cultivar 'Dowling.' Two susceptible adapted cultivars were crossed with PI 71506 or Dowling. In no-choice greenhouse assays, resistance corresponded to a single dominant gene model for both the PI 71506-derived and Dowling-derived populations. Segregation of aphid resistance in SD1111RR x PI 71506 F2:3 populations in aphid field-cage trials also fit a single-gene model, as did segregation of aphid resistance in the F2:5 generation. However, other genetic effects may also contribute to aphid resistance from PI 71506. Comparison with Rag1 resistance from Dowling indicated that PI 71506 resistance was weaker than that associated with Rag1, but antixenosis resistance from PI 71506 was effective against an Ohio aphid biotype that has overcome Rag1 resistance.Digital Object Identifier http://dx.doi.org/10.1080/15427528.2010.511104
机译:对大豆蚜虫(Aphis glycines Matsumura)的抗性的特征是将群体与大豆[ Glycine max (L.)Merr。]保藏号PI 71506的杂交群体隔离,并与品种“道林”的Rag1抗性进行了比较。将两个易感的适应品种与PI 71506或Dowling杂交。在无选择温室试验中,抗性对应于PI 71506衍生群体和Dowling衍生群体的单一显性基因模型。蚜虫田间笼养试验中SD1111RR x PI 71506 F 2:3 种群中的蚜虫抗性分离也符合单基因模型,F 2:5中的蚜虫抗性分离也是如此生成。但是,其他遗传效应也可能对PI 71506的蚜虫抗性产生了影响。与Dowling的Rag1抗性的比较表明,PI 71506的抗性比与Rag1相关的抗性弱,但是PI 71506的抗异种抗性对已克服的俄亥俄州蚜虫生物型有效Rag1电阻数字对象标识符http://dx.doi.org/10.1080/15427528.2010.511104

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