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Microsatellites characteristics analysis and SSR marker development for Paphiopedilum hirsutissimum based on transcriptome sequencing

机译:基于转录体测序的Paphiopedilum hirsutisimum的微卫星特征分析及SSR标记开发

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Paphiopedilum hirsutissimum (Lindl. ex Hook. f.) Stein (Orchidaceae) is a valuable but endangered ornamental plant. In the present study, the microsatellites characteristics were analysed and 14 polymorphic simple sequence repeat (SSR) markers were developed based on the de novo transcriptome sequencing for P. hirsutissimum using Illumina pair-end sequencing technology. A total of 7406 SSRs were detected in 56,688 unigenes, with the occurrence frequency of 13.06% and an average density of one SSR per 5.42 kb; and 150 primer pairs randomly selected from 2090 pairs except mononucleotide repeats were synthesized for verification. These loci were validated in 32 individuals from the concentrated distribution centre, and were successfully amplified using 14 primer sets showing a high level of polymorphism. These SSR markers will be useful in future studies of genetic diversity, the population structure of P. hirsutissimum and make effective conservation strategy.
机译:Paphiopedilum hirsutisimumum(lindl。前钩。F。)斯坦(兰科)是一个有价值但濒危的观赏植物。 在本研究中,分析了微卫星特征,基于使用Illumina对端子测序技术的P.Hirsutisimum的De Novo转录组测序开发了14种多态性简单序列重复(SSR)标记。 在56,688个unigenes中,总共检测到7406个SSR,其出现频率为13.06%,平均密度为每5.42 kB的SSR; 除了单核苷酸重复之外,从2090对中随机选择的150个引物对进行验证。 这些基因座在来自浓缩的分发中心的32个中验证,并使用14个引物组成功扩增,显示出高水平的多态性。 这些SSR标记将在未来的遗传多样性研究中有用,P.Hirsutisimum的人口结构和提出有效的保护策略。

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