Use of RAPD-PCR to identify true hybrid plants from crosses between closely related progenitors

A. L. Alzate-Marin, G. Baía, S. M. Filho, T. J. P. Júnior, C. Sediyama, E. G. Barros, M. Moreira
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引用次数: 17

Abstract

RAPD-PCR molecular markers were used to identify common bean and soybean hybrid plants derived from crosses between closely related progenitors, with no apparent phenotypic differences. Primers OP-F12 and OP-0O3 were used to identify true hybrids derived from crosses between common bean cultivars Ruda (A 285) and AN 910408, and soybean cultivars Cristalina and Bossier, respectively. Each primer generated one polymorphic DNA band which was present in the male progenitor and absent in the female progenitor. As RAPD bands are normally inherited as dominant characters, the presence of these bands in the F1 plants confirmed their status.
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利用RAPD-PCR鉴定亲缘关系近的亲缘祖间杂交的真杂交种
利用RAPD-PCR分子标记对亲缘关系较近的普通豆和大豆杂交植株进行了鉴定,结果显示亲缘关系无明显差异。引物OP-F12和OP-0O3分别鉴定了普通豆品种“鲁大”(A 285)和“AN 910408”与大豆品种“Cristalina”和“Bossier”杂交的真杂种。每个引物产生一个多态DNA条带,该条带在雄性祖先中存在,而在雌性祖先中不存在。由于RAPD带通常作为显性性状遗传,这些带在F1植株中的存在证实了它们的地位。
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