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首页> 外文期刊>Mycological Research >Primers for amplification of mt SSU rDNA, and a phylogenetic study of Botryosphaeria and associated anamorphic fungi
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Primers for amplification of mt SSU rDNA, and a phylogenetic study of Botryosphaeria and associated anamorphic fungi

机译:用于扩增mt SSU rDNA的引物,以及葡萄孢和相关变态真菌的系统发育研究

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摘要

Two PCR primers (MSU1 and MSU7) were designed to amplify part of the mt SSU rDNA gene from filamentous ascomycetes. The MSU1-MSU7 and MSU1-NMS2 primer pairs were tested with 32 isolates of 23 species in 10 genera. Minimum evolution, parsimony, and likelihood methods were used for the phylogenetic analyses of rn SSU rDNA sequences from Botryosphaeria species and related taxa, These analyses indicated that: Botryosphaeria is not monophyletic; the separation of Botryosphaeria from Guignardia is supported; except for B. vaccinii, other Botryosphaeria species and related taxa form a monophyletic group with strong jackknife support; Diplodia pinea f. sp. cupressi is different from RAPD marker groups A and B of Sphaeropsis sapinea; the anamorph genera Sphaeropsis and Diplodia are not indicative of close relationships among different species; and the name B. stevensii may have been applied to more than one species. Botryosphaeria needs additional study and substantial taxonomic revision.
机译:设计了两个PCR引物(MSU1和MSU7)以从丝状子囊菌中扩增部分mt SSU rDNA基因。对MSU1-MSU7和MSU1-NMS2引物对用10属的23种物种的32个分离株进行了测试。最小进化,简约和似然方法被用于对球形芽孢杆菌属和相关类群的rn SSU rDNA序列进行系统发育分析。这些分析表明:球形芽孢杆菌不是单系的。支持将葡萄球菌从吉尼亚氏菌中分离出来;除牛痘芽孢杆菌外,其他葡萄球菌属和相关的类群构成了单刀类群,并具有强大的折刀支撑;凤梨sp。 cupressi与Sphaeropsis sapinea的RAPD标记物组A和B不同。拟南芥属(Aphamorph属)和双翅类属(Diplodia)并不表示不同物种之间的密切关系。 B. stevensii的名称可能已被用于多个物种。葡萄孢需要进一步研究和实质性分类修订。

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