首页> 外文期刊>Gulf of Mexico science >Phylogenetic Relationships Among Four Western Atlantic Cynoscion Species Based on DNA Sequences From 11 Nuclear Introns, Two Mitochondrial Genes, and Genotypes From 32 Microsatellite Markers
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Phylogenetic Relationships Among Four Western Atlantic Cynoscion Species Based on DNA Sequences From 11 Nuclear Introns, Two Mitochondrial Genes, and Genotypes From 32 Microsatellite Markers

机译:基于11个核内含子,2个线粒体基因和32个微卫星标记基因型的DNA序列,对四种西大西洋犬孢属物种之间的亲缘关系。

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Four species of Cynoscion occur in the waters off the Atlantic and Gulf coasts of North America, where they are targeted by commercial and recreational fisheries. Previous studies have not resolved the phylogenetic relationships of the four species, largely due to uncertainty as to whether the spotted seatrout, Cynscion nebulosus, or silver seatrout, Cynscion nothus, is the most divergent member of the North American assemblage. This study used DNA sequences from the nuclear and mitochondrial genes and multilocus genotypes from microsatellite markers to infer relationships among these species. Together, these three techniques strongly suggest that the weakfish, Cynscion regalis, and the sand seatrout, Cynscion arenarius, are the most closely related species, and that C. nothus is the most divergent from all the others.
机译:犬齿藻有四种,分布在北美大西洋和墨西哥湾沿岸的水域,是商业和休闲渔业的目标。先前的研究尚未解决这四个物种的系统发育关系,这在很大程度上是由于不确定的斑潜蝇(Cynscion nebulosus)或银潜蝇(Cynscion nothus)是否是北美种群中最分歧的成员。这项研究使用了来自核和线粒体基因的DNA序列以及来自微卫星标记的多基因座基因型来推断这些物种之间的关系。这三种技术在一起强烈暗示弱鱼Cynscion regalis和沙生的Cynscion arenarius是最密切相关的物种,而C. nothus与其他物种之间的差异最大。

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