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首页> 外文期刊>Breeding science >Development of a locus-specific marker and localization of the Ry_(sto) gene based on linkage to a catalase gene on chromosome XII in the tetraploid potato genome.
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Development of a locus-specific marker and localization of the Ry_(sto) gene based on linkage to a catalase gene on chromosome XII in the tetraploid potato genome.

机译:基于与四倍体马铃薯基因组中XII染色体上的过氧化氢酶基因的连锁,开发了基因座特异性标记和Ry_(sto)基因的定位。

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摘要

As a result of many decades of potato breeding in Keszthely, Hungary, numerous varieties resistant to the pathogens attacking potato have been developed using wild Solanum species as resistance sources. In order to simplify the time-consuming breeding process, the present research project involved the development of a SCAR marker correlating with the Rysto gene, originating from the Solanum stoloniferun species and conferring extreme resistance to the potato Y virus (PVY), using sequence information from a RAPD marker linked to the gene. The usefulness of the marker was tested on 21 varieties resistant or susceptible to PVY and it was found to provide efficient identification of genotypes carrying the Rysto gene. Based on its linkage to a new chromosome-specific anchor marker (Cat-in2), identified by means of the intron-targeting method not previously used in potato research, the Rysto gene was localized on chromosome XII.
机译:在匈牙利凯斯特海伊(Keszthely)进行了数十年的马铃薯育种,已经开发出许多以野生茄科植物为抗性来源的对侵袭马铃薯的病原体具有抗性的品种。为了简化繁琐的育种过程,本研究项目涉及开发与 Ry sto 基因相关的SCAR标记,来源于马铃薯(Solanum stoloniferun)物种,并利用与该基因相关的RAPD标记的序列信息赋予了马铃薯Y病毒(PVY)极强的抗性。在21种抗PVY或对PVY敏感的变种上测试了该标记的有用性,发现该标记可有效鉴定携带 Ry sto 的基因型。基因。基于其与新的染色体特异性锚定标记( Cat-in2 )的连锁关系,通过以前在马铃薯研究中未使用的内含子靶向方法进行鉴定, Ry sto 基因位于XII染色体上。

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