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Stealth Pathogens: The Sooty Blotch and Flyspeck Fungal Complex

机译:隐形病原体:烟雾斑和飞纺真菌复合物

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摘要

Sooty blotch and flyspeck (SBFS) fungi produce superficial, dark-colored colonies on fruits, stems, and leaves of many plant genera. These blemishes are economically damaging on fruit, primarily apple and pear, because they reduce the sale price of fresh fruit. Fungicide spray programs can control SBFS but are costly and impair human and environmental health; thus, less chemically intensive management strategies are needed. Although the scientific study of SBFS fungi began nearly 200 years ago, recent DNA-driven studies revealed an unexpectedly diverse complex: more than 100 species in 30 genera of Ascomycota and Basidiomycota. Analysis of evolutionary phylogenetics and phylogenomics indicates that the evolution of SBFS fungi from plant-penetrating ancestors to noninvasive ectophytic parasites was accompanied by a massive contraction of pathogenicity-related genes, including plant cell wall-degrading enzymes and effectors, and an expansion of cuticle-degradation genes. This article reviews progress in understanding SBFS taxonomy and ecology and improving disease management. We also highlight recent breakthroughs in reconstructing the evolutionary origins of these unusual plant pathogens and delineating adaptations to their ectophytic niche.
机译:SOOTY BLOTCH和FLYPECK(SBFS)真菌在果实,茎和叶片的浅表,暗色的菌落中的许多植物属的果实。这些瑕疵对水果,主要是苹果和梨的经济损害,因为他们减少了鲜油的销售价格。杀菌剂喷雾程序可以控制SBF,但昂贵并损害人类和环境健康;因此,需要较少的化学密集的管理策略。虽然SBFS真菌的科学研究近200年前,但近期的DNA驱动的研究揭示了一个意外的复杂性:30多种ascomycota和盆西的ascioomycota。进化系统源和系统核科学的分析表明,从植物穿透祖先对非侵入性异位寄生虫的SBFS真菌的演变伴随着致病性相关基因的大规模收缩,包括植物细胞壁降解酶和效应,以及角质层的膨胀 - 降解基因。本文审查了了解SBFS分类和生态和改善疾病管理的进展。我们还突出了最近重建这些异常植物病原体的进化起源并将适应性划定到孤立性利基的突破。

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