葡萄种子亲本SSR单倍型的重建

Gizella Győrffyné Jahnke, Zóra Annamária Nagy, C. Németh, Gyöngyi Knolmajerné Szigeti, János Májer
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引用次数: 0

摘要

近十年来,微卫星标记(“单序列重复”,SSR)被广泛用于葡萄品种亲本鉴定或系谱重建。到目前为止,大多数重要品种的系谱已经确定。同时,了解双亲,就能知道哪一个是母株,哪一个是传粉者。考古葡萄种子的分析为葡萄品种进化的研究提供了新的契机。在大多数被子植物中,胚乳是三倍体,其中两个基因组相当于母系,一个基因组相当于父系。我们推测,这种母本和父本等位基因的数量差异导致葡萄种子SSR等位基因扩增的可测量差异。为了验证我们的方法,对12粒灰比诺种子进行了预实验,验证了我们的理论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reconstruction of Parental SSR Haplotypes from a Single Grape Seed
Microsatellite (‘single sequence repeats’, SSR) markers were widely used in the last decade for the identification of parents of a given grapevine variety or for pedigree reconstruction as well. By now the pedigree of the majority of the most important varieties is established. At the same time, knowing both of the parents gives information about which one was the mother plant and which one was the pollinator. Analyses of archaeological grapevine seeds can give new opportunities in the research of the evolution of varieties. In most of the angiosperms, the endosperm is triploid with two genome equivalents from the maternal line and one from the paternal line. Our presumption was that this numeral difference in the maternal and paternal alleles causes measureable difference in the amplification of SSR alleles from grapevine seeds. To validate our method, pre-experiments were carried out on 12 ‘Pinot gris’ seeds, which verified our theory.
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