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Isolation and characterization of microsatellite markers for red elm (Ulmus rubra Muhl.) and cross-species amplification with Siberian elm (Ulmus pumila L.)

机译:红榆(Ulmus rubra Muhl。)和西伯利亚榆(Ulmus pumila L.)的跨物种扩增的微卫星标记的分离和表征

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摘要

Ulmus pumila is an elm species, non-native to the USA that hybridizes with Ulmus rubra. In order to study the genetic structure and hybridization patterns between these two elm species, we developed 15 primer pairs for microsatellite loci in U. rubra and tested their cross-amplification in U. pumila. All 15 primers amplified in both species, 11 of which possessed species-specific alleles. Eight loci were polymorphic in U. pumila and eight in U. rubra, each with two to eight alleles per locus. In addition, five primer pairs previously developed in U. laevis and U. carpinifolia (syn. U. minor) cross-amplified and showed polymorphic loci in U. pumila and/or U. rubra. These markers will facilitate the study of genetic structure and gene flow between U. rubra and exotic, invasive U. pumila.
机译:榆(Ulmus pumila)是榆树种,与美国榆树(Urmus rubra)杂交,与美国非本地。为了研究这两个榆树种之间的遗传结构和杂交方式,我们为洋毛菜中的微卫星基因座开发了15个引物对,并在U. pumila中测试了它们的交叉扩增。在这两个物种中扩增的所有15个引物,其中11个具有物种特异性等位基因。 U. pumila中有8个基因座,而U. rubra中有8个基因座,每个基因座有2至8个等位基因。另外,先前在U. laevis和U. carpinifolia(s.U. minor。)中发育的五个引物对交叉扩增,并在U. pumila和/或U. rubra中显示了多态性位点。这些标记物将有助于研究杨梅和外来入侵性杨梅之间的遗传结构和基因流动。

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