首页> 外文OA文献 >Search for evidence of introgression of wheat (Triticum aestivum L.) traits into sea barley (Hordeum marinum s.str. Huds.) and bearded wheatgrass (Elymus caninus L.) in central and northern Europe, using isozymes, RAPD and microsatellite markers
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Search for evidence of introgression of wheat (Triticum aestivum L.) traits into sea barley (Hordeum marinum s.str. Huds.) and bearded wheatgrass (Elymus caninus L.) in central and northern Europe, using isozymes, RAPD and microsatellite markers

机译:寻找小麦( Triticum aestivum L.)性状渗入大麦( Hordeum marinum s.str。Huds。)和有胡子的小麦草( Elymus caninus L.),使用同功酶,RAPD和微卫星标记

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摘要

Seeds of English and Austrian populations of bearded wheatgrass ( L.) and sea barley ( Huds.) growing in the vicinity of wheat ( L.) fields were collected in order to search for evidence of the introgression of wheat traits into these wild relatives. Seeds were sown and plants grown for subsequent analyses using morphological and genetic (isozymes, RAPD and wheat microsatellites) markers. No F hybrids were found within the individuals of the two species grown, neither with morphological nor with genetic markers. Also, no evidence of introgression of wheat traits into was observed. However, in one individual of which had the typical morphology of this species, numerous species-specific DNA markers of wheat were amplified, thereby demonstrating previous hybridization. Consequently, the hybridization between wheat and under natural conditions and the introgression of wheat traits into this wild relative seems to be possible. Our results contribute to the risk assessment of transgenic wheat cultivation.
机译:收集在麦田(L.)附近生长的英语和奥地利胡须草(L.)和大麦(Huds。)种群的种子,以寻找小麦性状渗入这些野生近缘种的证据。使用形态和遗传(同工酶,RAPD和小麦微卫星)标记,播种种子并种植植物以进行后续分析。在生长的两个物种的个体中均未发现F杂种,既没有形态也没有遗传标记。另外,没有观察到小麦性状渗入的证据。然而,在一个具有该物种典型形态的个体中,小麦的许多物种特异性DNA标记被扩增,从而证明了先前的杂交。因此,小麦与自然条件下的杂交以及小麦性状向该野生近缘种的渗入似乎是可能的。我们的结果有助于转基因小麦种植的风险评估。

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