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Identification of Tilletia species using rep-PCR fingerprinting technique

机译:使用rep-PCR指纹图谱技术鉴定蠕虫物种

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Analyzing 167 non-processed seed samples of wheat, it was found that 145 samples (86.8 %) were contaminated with Tilletia species, while 22 (13.2 %) samples were not contaminated. By using rep-PCR fingerprinting technique, it was found that DNA isolates of T. tritici originated from Serbian wheat samples had 80 % similarity with positive control for T. tritici. One isolate shared similarity of 60% with T. tritici, T. controversa and T. laevis. It was supposed that this isolate belongs to T. bromi. Isolate of T. laevis shared a similarity of 70 % with isolates of T. tritici and T. controversa, while T. walkeri was more than 10 % similar with T. tritici, T. controversa and T. laevis. Although T. controversa and T. tritici had high percent of genetic similarity, they were clustered separately. Our results suggest that rep-PCR fingerprinting could be a useful tool for monitoring presence of morphologically similar Tilletia species in wheat production areas.
机译:分析了167个未经加工的小麦种子样品,发现145个样品(86.8%)被铁锈菌污染,而22个样品(13.2%)未受到污染。通过使用rep-PCR指纹图谱技术,发现源自塞尔维亚小麦样品的小麦小麦的DNA分离株与小麦小麦的阳性对照具有80%的相似性。一个分离株与小麦,小麦和烟草一起分享了60%的相似性。据推测,该分离物属于T. bromi。 T. laevis的分离物与T. tritici和T. controversa的分离株具有70%的相似性,而T. walkeri与T. tritici,T。controversa和T. laevis的分离株具有10%以上的相似性。尽管T. controversa和T. tritici具有很高的遗传相似性,但它们是分开聚集的。我们的结果表明,rep-PCR指纹图谱可能是监测小麦产区形态相似的Tilletia物种存在的有用工具。

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