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首页> 外文期刊>African Journal of Biotechnology >Genetic analysis for identification, genomic template stability in hybrids and barcodes of the Vanda species (Orchidaceae) of Thailand
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Genetic analysis for identification, genomic template stability in hybrids and barcodes of the Vanda species (Orchidaceae) of Thailand

机译:遗传分析,用于鉴定泰国万代(兰科)杂种和条形码中的基因组模板稳定性

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Molecular data supporting morphological characters for identification and specific markers for ornamental?Vanda?species in Thailand can be achieved for economic means.?The ten native Thai species that have been explored and identified are?Vanda bensonii,?Vanda brunnea,?Vanda coerulea,?Vanda coerulescens,?Vanda denisoniana,Vanda pumila,?Vanda lilacina,?Vanda liouvillei,?Vanda testacea?and?Vanda tessellata. Three unidentified species (Vanda?sp. 1,?Vanda?sp. 2 and?Vanda?sp. 3) have been discovered. In addition, three hybrids,?hybrid 1?(maternal A?×?Vanda tessellata), hybrid 2 (Vanda denisoniana?×?Vanda bensonii), and hybrid 3?(maternal B?× paternal C), and two transferred species,?Holcoglossum kimballianum?(previously?Vanda kimballiana)and?Papilionanthe teres?(previously?Vanda teres) were included in genetic analysis by dendrogram constructed from?random amplified?polymorphic?deoxyribonucleic acid (DNA) (RAPD)?markers. The results indicate that identical species showed monophyletic group and genetic distances (D) that were between 0.15 to 0.17 which lead to the identification of?Vanda?sp.?1 as?Vanda bensonii?and?Vanda?sp.?2 as?Vanda brunnea?because different species give D as higher as 0.20 to 0.40 with divided ancestors. Genomic template stability (GTS) test of hybrids were calculated indicating the percentage of descendant characteristics from parents. The GTS values of hybrid 2 compared with maternal and paternal were 32.88 and 36.62, respectively. Regarding hybrid 1 and 3 for which maternal and / or paternal are unclear, the GTS values when compared to other identified species ranged from 20.34 to 36.84 and 23.19 to 45.98, respectively. Finally, the barcodes of all wild studied species were done by two core barcodes and the tag sequences were tested for nucleotide variations of 0.005 to 0.076 in?matK and 0.007 to 0.040 in?rbcL regions. The sequences were deposited in GenBank database with accession numbers.
机译:可以通过经济手段获得支持形态学特征鉴定的分子数据和泰国观赏性“万代”物种的特定标记。已探索和鉴定出的十种泰国本土物种为:万代本森尼,万达布鲁纳尼,万代蓝藻,万代蓝花,万代denisoniana,万达普米拉,万代lilacina,万代liouvillei,万代testacea和万代tessellata。发现了三个未知物种(Vanda?sp.1,?Vanda?sp.2和?Vanda?sp.3)。另外,有3个杂种,杂交种1(母本A××Vanda tessellata),杂种2(杂种Vanda denisoniana·××Vanda bensonii)和杂种3×(母本B××父本C),以及两个转移种,通过由随机扩增的多态性脱氧核糖核酸(DNA)(RAPD)标记构建的树状图进行遗传分析,将“大球藻”(以前称为“ Vanda kimballiana”)和“小苍兰”(以前称为“ Vanda teres”)纳入遗传分析。结果表明,同一物种的单系群和遗传距离(D)在0.15到0.17之间,这导致“ Vanda” sp.1被识别为“ Vanda bensonii”,“ Vanda” sp.2被识别为“ Vanda”。布鲁尼亚(Brunnea),因为不同的物种在祖先分裂的情况下D值高达0.20至0.40。计算了杂种的基因组模板稳定性(GTS)测试,表明来自亲本的后代特征百分比。与母本和父本相比,杂种2的GTS值分别为32.88和36.62。关于母本和/或父本不清楚的杂种1和3,与其他已鉴定物种相比,GTS值分别为20.34至36.84和23.19至45.98。最后,所有野生研究物种的条形码均由两个核心条形码完成,并测试了标签序列在?matK区域的0.005至0.076 in?和?rbcL区的0.007至0.040?的核苷酸变异。序列以登录号保存在GenBank数据库中。

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