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Analysis of chloroplast ribosomal subunit S16 (rpS16) intron sequences in Morus (Urticales: Moraceae)

机译:桑属中叶绿体核糖体亚基S16(rpS16)内含子序列的分析(Urticales:桑科)

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In this study, the chloroplast?rps16 sequence variation of?Morus?was examined. Sequence data were obtained from 18 mulberry individuals belonging to 13 species and three varieties, and?two accessions of?Broussonetia papyrifera?and?Ficus caricaof the related?Moraceae, designed as outgroup were analyzed. The nucleotide diversity (0.016±0.006) covered 113 polymorphic sites of which 22 were parsimony informative. A total of 20 haplotypes were identified, producing a high overall haplotypic diversity (1.00±0.02).?Inferred phylogenetic relationship using the?neighbor-joining?method indicated genus?Morus?was a monophyletic and phylogenetic relationship among 18 mulberry materials was further determined. The result from cluster analysis indicates that they are basically consistent with the morphological classification.?Keywords:?Mulberry, Phylogeny,?rps?16.
机译:在这项研究中,研究了“桑树”的叶绿体rps16序列变异。从属于13个物种和3个变种的18个桑树个体获得序列数据,并分析了作为分群设计的相关桑科植物的两个“ Broussonetia papyrifera”和“ Ficus carica”。核苷酸多样性(0.016±0.006)覆盖113个多态性位点,其中22个为简约信息。共鉴定出20个单倍型,产生较高的整体单倍型多样性(1.00±0.02)。使用“邻居结合”方法表明的系统发育关系推断“桑树属”是进一步确定18种桑树材料之间的单系和系统发生关系。 。聚类分析结果表明,它们与形态学分类基本吻合。关键词:桑树;系统发育; rps; 16

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