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Evaluating Wheat Microsatellite Markers for the Use in Genetic Analysis ofThinopyrum, Dasypyrum,andPseudoroegneriaSpecies

机译:评估小麦微卫星标志物用于对锡麦草,达西麦草和假菜豆属进行遗传分析

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A set of 42 SSRs of wheat were evaluated for their cross-amplification on the DNA ofThinopyrum ponticum, Thinopyrum intermedium, Thinopyrum elongatum, Thinopyrum bessarabicum, Pseudoroegneria stipifolia,andDasypyrum villosum.The number of the wheat SSR markers that amplified DNA fragments with determined size forTh. ponticumwas 33 (78.6%); forTh. intermedium,28 (66.7%); forTh. elongatum,24 (57.1%); forTh. bessarabicum,24 (57.1%); forP. stipifolia,26 (69.1%); and forD. villosum,29 (69.0%). Twenty-four primer pairs of wheat SSR markers were successfully amplified from all investigated species. The dataset can be used for phylogenetic studies of wild relatives of wheat, for the estimation of their diversity, and for the introgression of agronomically valuable genes into wheat genome.
机译:对一组42个SSR小麦进行了交叉扩增,评估了它们的DNA扩增结果,这些小麦SSR标记的大小是确定大小的DNA片段的小麦SSR标记的数量。 。 ponticumwas 33(78.6%);向前。中级,28(66.7%);向前。伸长率24(57.1%);向前。 s,24(57.1%); forP。桔梗26(69.1%);和forD。绒毛29,(69.0%)。从所有调查物种中成功扩增了二十四对小麦SSR标记引物。该数据集可用于小麦野生近缘种的系统发育研究,估计其多样性,以及将具有农学价值的基因渗入小麦基因组。

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