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An ABC pleiotropic drug resistance transporter of fusarium graminearum with a role in crown and root diseases of wheat

机译:禾本科镰刀菌的ABC多效性耐药转运蛋白,在小麦的根冠病中起作用

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摘要

FgABC1 (FGSG_04580) is predicted to encode a pleiotropic drug resistance class ABC transporter in Fusarium graminearum, a globally important pathogen of wheat. Deletion mutants of FgABC1 showed reduced virulence towards wheat in crown and root infection assays but were unaltered in infectivity on barley. Expression of FgABC1 during head blight and crown rot disease increases during the necrotrophic phases of infection suggestive of a role for FgABC1 in late infection stages in different tissue types. Deletion of FgABC1 also led to increased sensitivity of the fungus to the antifungal compound benalaxyl in culture, but the response to known cereal defence compounds, gramine, 2-benzoxazalinone and tryptamine was unaltered. FgABC1 appears to have a role in protecting the fungus from antifungal compounds and is likely to help combat as yet unidentified wheat defence compounds during disease development.
机译:FgABC1(FGSG_04580)预计在禾谷镰孢(Fusarium graminearum)(一种全球重要的小麦病原体)中编码多效耐药类ABC转运蛋白。在冠和根感染试验中,FgABC1的缺失突变体对小麦的毒力降低,但在大麦上的感染力不变。 FgABC1在头枯萎病和冠腐病期间的表达在感染的坏死阶段增加,这暗示了FgABC1在不同组织类型的晚期感染阶段中的作用。 FgABC1的删除还导致真菌对培养物中的抗真菌化合物苯那西林的敏感性增加,但是对已知的谷物防御化合物草胺,2-苯并恶唑啉酮和色胺的反应没有改变。 FgABC1似乎在保护真菌免受抗真菌化合物的作用,并可能有助于在疾病发展过程中对抗尚未鉴定的小麦防御化合物。

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