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Applying Clustering and Phylogeny Analysis to Study Dinoflagellates Based on Sterol Composition

机译:基于甾醇成分的聚类和系统发育分析研究鞭毛藻

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This study examined the sterol compositions of 102 dinoflagellates (including several previously unexamined species) using clustering techniques as a means of determining the relatedness of the organisms. In addition, dinoflagellate sterol-based relationships were compared statistically to dinoflagellate 18S rDNA-based phylogeny relationships using the Mantel test. Our results indicated that the examined dinoflagellates form six clusters based on sterol composition and that several, but not all, dinoflagellate genera that form discrete clusters in the 18S rDNA-based phylogeny share similar sterol compositions. This and other correspondences suggest that the sterol compositions of dinoflagellates are explained, to a certain extent, by the evolutionary history of this lineage.
机译:这项研究使用聚类技术作为确定生物体相关性的一种方法,检查了102种鞭毛鞭毛藻酸酯(包括几个以前未经检查的物种)的甾醇成分。此外,使用Mantel检验将基于鞭毛藻甾醇的亲缘关系与基于鞭毛藻18S rDNA的系统发育关系进行统计学比较。我们的结果表明,根据固醇成分,所检测的鞭毛鞭毛形成六个簇,并且在基于18S rDNA的系统发育中形成离散簇的几个但不是全部鞭毛鞭毛属具有相似的甾醇组成。这种和其他对应关系表明,通过该谱系的进化史在一定程度上解释了鞭毛藻的甾醇成分。

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