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UTILIZATION OF cpDNA SEQUENCES TO IDENTIFY 15 MANGO ACCESSIONS

机译:利用cpDNA序列识别15种芒果

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Information about genetic relationship and genetic diversity are an inevitable need in mango breeding program. Base substitution value, genetic distance and grouping of 15 mango accessions based on accessions in chloroplast DNA (cpDNA) among 15 mango accessions were assessed. The samples were originated from Mango Germplasm, Cukur Gondang Research Station of Indonesian Tropical Fruits Research Institute, Pasuruan, East Java. Sequencing of Chloroplast DNA was used to obtain nucleotide sequence data. Paired specific primer rpl20 F - rps12 R and atp F - rbcL R were used for amplification of non-coding area of mango DNA chloroplast and sequencing processes as well. All data were analyzed using Software MEGA 6. The result showed that total numbers and nucleotide base sequences varied among all accessions. All accessions were grouped in five different clusters that might be used as source of parental breeding.
机译:关于遗传关系和遗传多样性的信息是芒果育种计划中不可避免的需求。评估了15个芒果种中碱基替换值,遗传距离和基于叶绿体DNA(cpDNA)中的15个芒果种的分组。样品来自东爪哇省帕苏鲁安的印度尼西亚热带水果研究所Cukur Gondang研究站的芒果种质。叶绿体DNA的测序用于获得核苷酸序列数据。配对的特异引物rpl20 F-rps12 R和atp F-rbcL R用于扩增芒果DNA叶绿体非编码区和测序过程。使用软件MEGA 6分析所有数据。结果表明,所有登录号的总数和核苷酸碱基序列均不同。所有种质都被分为五个不同的类群,可以用作育种的来源。

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