首页> 外文期刊>Theoretical and Applied Genetics: International Journal of Breeding Research and Cell Genetics >GpaXI tar l originating from Solanum tarijense is a major resistance locus to Globodera pallida and is localised on chromosome 11 of potato
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GpaXI tar l originating from Solanum tarijense is a major resistance locus to Globodera pallida and is localised on chromosome 11 of potato

机译:源自塔兰茄的GpaXI tar l是对Globodera pallida的主要抗性基因座,位于马铃薯​​的第11号染色体上

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摘要

Resistance to Globodera pallida Rookmaker (Pa3), originating from wild species Solanum tarijense was identified by QTL analysis and can be largely ascribed to one major QTL. GpaXI tar l explained 81.3% of the phenotypic variance in the disease test. GpaXI tar l is mapped to the long arm of chromosome 11. Another minor QTL explained 5.3% of the phenotypic variance and mapped to the long arm of chromosome 9. Clones containing both QTL showed no lower cyst counts than clones with only GpaXI tar l . After Mendelising the phenotypic data, GpaXI tar l could be more precisely mapped near markers GP163 and FEN427, thus anchoring GpaXI tar l to a region with a known R-gene cluster containing virus and nematode resistance genes.
机译:通过QTL分析鉴定了对源自野生物种Solanum tarijense的Gallodera pallida Rookmaker(Pa3)的抗性,并且可以将其很大程度上归因于一个主要的QTL。在疾病测试中,GpaXI tar 1解释了81.3%的表型变异。 GpaXI tar 1被定位到11号染色体的长臂上。另一个较小的QTL解释了5.3%的表型变异,并被映射到9号染色体的长臂上。与仅具有GpaXI tar 1的克隆相比,含有这两个QTL的克隆的囊肿数没有降低。在仔细研究了表型数据后,GpaXI tarl可以更精确地定位在标记GP163和FEN427附近,从而将GpaXI tarl锚定到具有包含病毒和线虫抗性基因的已知R基因簇的区域。

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