田间条件下巴基斯坦小麦地方品种对小麦茎锈病抗性的筛选

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摘要

在历史上,小麦茎锈病是造成亚洲和世界其他地区生产不稳定的主要生物胁迫。特别是1999年在乌干达出现的抑制重要的抗茎锈病基因Sr31的Ug99后,茎锈病对小麦基因组的破坏不断增加。该基因是小麦对茎锈菌产生免疫的关键基因。为了追踪小麦基因组内的遗传资源;在巴基斯坦南部茎锈病高发地区Jhuddo对112个地方品种进行了田间条件下的茎锈病抗性评价。结果表明,根据修正的Cobbs量表,80%的地方品种对Jhuddo茎锈病强度敏感,4%的地方品种对茎锈病敏感,11%的地方品种对茎锈病敏感,17%的地方品种对茎锈病敏感。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Screening of Pakistani Wheat Landraces to Stem Rust (Puccinia gramminis f. sp. tritici) resistance under field conditions.
The stem rust diseases of wheat have historically been the major biotic stress responsible for destabilizing production in Asia and other parts of the world .Stem rust has continuously been in surge of destroying wheat genome especially after its race Ug99 that surfaced in Uganda in year 1999 that suppressed vital stem rust resistance gene Sr31.It was the pivotal gene that had immunity to wheat against lethal stem rust fungus.In order to trace genetic resources inside the wheat genome; a set of 112 landraces was evaluated for stem rust resistance under field condition at Jhuddo, a hot spot of stem rust in southern Pakistan. The results indicated that 80% landraces were susceptible to intensity of stem rust at Jhuddo,4% moderately suscesptible,11% moderately resistant while 17% shown moderetly resistance moderetly susceptible types of reactions according to modified Cobbs Scale. .
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