麻疯树属叶绿体微卫星(CPSSR)标记的开发

P. Sangin, M. Nakkuntod, Sudarat Kasemcholathan
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引用次数: 0

摘要

物理坚果或麻疯树是麻疯树属中唯一一个有吸引力的替代生物柴油的物种。麻瓜的主要问题是产量低、果实成熟期不均匀和遗传多样性低。为此,本研究重点开发了14个叶绿体微卫星(cp) SSR标记,对17份麻疯树材料进行遗传多样性研究,其中包括12份麻疯树材料和5份其他植物材料。而经片段分析,仅有4条引物,即JaCpSSR_2、JaCpSSR_5、JaCpSSR_10和JaCpSSR_11产生多态性条带,共产生25个等位基因。采用NTSYSpc-2.20k、UPGMA方法构建树形图,相似指数为0.68 ~ 1.00,将样品分为3组。第1组为南邦麻麻与清迈麻麻和洛伊麻麻亲缘关系较近的麻麻标本。相似指数为1.00的兰番麻和孔敬麻相似度较高。第II组为金合欢(1)、金合欢(2)、多花金合欢和棉叶金合欢为一组,第III组为金合欢。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Chloroplast Microsatellite (CPSSR) Markers for the Genus Jatropha
Physic nut or Jatrophacurcas is the only one which is an attractive species in Genus Jatrophaas an alternative to biodiesel. The big problems of J. curcas are their low production, non - homogenous fruit ripening and low genetic diversity. Therefore, this research focused on developing 14 chloroplast microsatellite (cp SSR) markers for genetic diversity study of 17 Jatropha accessions including 12 of Jatrophacurcas and 5 of the other species. However, there are only 4 primers i. e., JaCpSSR_2, JaCpSSR_5, JaCpSSR_10 and JaCpSSR_11 which generated polymorphic bands and produced 25 alleles by fragment analysis. The dendrogram was constructed by NTSYSpc-2.20k, UPGMA method and the similarity index ranged from 0.68-1.00 which separated the samples into 3 groups. The group I consisted of all samples of J. curcas which accessions from Lampang was closely related to Chiangmai and Loey. Similarly, J. curcas from Lamphun and Khonkaen with the similarity index was 1.00. Group II was J. integerrima (1), J. integerrima (2), J. multifida and J. gossypifolia formed a group together and group III was J. podagrica.
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