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Isozymes and RAPD markers to identify the parenthood of Japanese pear 'Kuratsuki'.

机译:同工酶和RAPD标记可鉴定日本梨“ Kuratsuki”的亲缘关系。

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摘要

S (self incompatibility) genotypes, isoenzyme phenotypes and RAPD markers were investigated to identify the parentage of the Japanese pear (Pyrus pyrifolia) cultivar Kuratsuki, which was derived from a chance seedling found in a mixed planting of cultivars Shinsui, Kosui, Hosui and Chojuro. The S genotype of Kuratsuki was judged to be S3S5, the same as that of Hosui, in that the pollen of Kuratsuki was cross-incompatible, and it exhibited the same PCR-RFLP pattern for the S-RNase [ribonuclease] genes as Hosui. Analyses of 7 loci for 5 isoenzymes among the parental candidates showed that Kuratsuki shared the common a allele at the POD-1 (peroxidase) locus with Shinsui and Chojuro, and the common b allele at the PGM-3 (phosphoglucomutase) locus onlywith Hosui. The common RAPD markers specific to Kuratsuki were detected only in Shinsui and Hosui. The results suggest that Kuratsuki is a hybrid from a cross between Shinsui and Hosui.
机译:研究了S(自交不亲和)基因型,同工酶表型和RAPD标记物以鉴定日本梨(Pyrus pyrifolia)品种Kuratsuki的亲本,Kuratsuki是从Shinsui,Kosui,Hosui和Chojuro品种的混合种植中发现的偶然幼苗衍生而来的。 Kuratsuki的S基因型与Hosui相同,被认为是S3S5,因为Kuratsuki的花粉是交叉不相容的,并且S-RNase [核糖核酸酶]基因的PCR-RFLP模式与Hosui相同。亲本候选者中7个基因座的5个同工酶的分析表明,仓木与真水和Chojuro在POD-1(过氧化物酶)基因座共享一个等位基因,而与Hosui仅在PGM-3(磷酸葡萄糖突变酶)基因座共享一个b等位基因。仅在Shinsui和Hosui中检测到了针对Kuratsuki的常见RAPD标记。结果表明,仓敷是新水与细水之间杂交的杂种。

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