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Corrigendum: Phytoplasmas—The Crouching Tiger Threat of Australian Plant Pathology

机译:更正:植原体—澳大利亚植物病理学的卧虎藏龙威胁

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摘要

Phytoplasmas are insect-vectored bacteria that cause disease in a wide range of plant species. The increasing availability of molecular DNA analyses, expertise, and additional methods in recent years has led to a proliferation of discoveries of phytoplasma-plant host associations and in the numbers of taxonomic groupings for phytoplasmas. The widespread use of common names based on the diseases with which they are associated, as well as separate phenetic and taxonomic systems for classifying phytoplasmas based on variation at the 16S rRNA-encoding gene, complicates interpretation of the literature. We explore this issue and related trends through a focus on Australian pathosystems, providing the first comprehensive compilation of information for this continent, covering the phytoplasmas, host plants, vectors, and diseases. Of the 33 16Sr groups reported internationally, only groups II, XI, XII, XXIII, XXV, and XXXIII have been recorded in Australia and this highlights the need for ongoing biosecurity measures to prevent the introduction of additional pathogen groups. Many of the phytoplasmas reported in Australia have not been sufficiently well-studied to assign them to 16Sr groups so it is likely that unrecognized groups and sub-groups are present. Wide host plant ranges are apparent among well studied phytoplasmas, with multiple crop and non-crop species infected by some. Disease management is further complicated by the fact that putative vectors have been identified for few phytoplasmas, especially in Australia. Despite rapid progress in recent years using molecular approaches, phytoplasmas remain the least well-studied group of plant pathogens, making them a “crouching tiger” disease threat.
机译:植原体是昆虫媒介的细菌,可在多种植物中引起疾病​​。近年来,分子DNA分析的可用性,专业知识和其他方法的日益普及,导致了植物质体-植物宿主关联的发现和植物质体分类组的数量激增。基于与它们相关的疾病的通用名称的广泛使用,以及基于16S rRNA编码基因变异的用于区分植物质浆体的单独的物候和分类系统,使文献的解释变得复杂。我们通过关注澳大利亚的病理系统来探讨这个问题和相关趋势,为该大陆提供了首次全面的信息汇编,涵盖了植物原浆,宿主植物,媒介和疾病。在国际上报告的33个16Sr组中,在澳大利亚仅记录了II,XI,XII,XXIII,XXV和XXXIII组,这突出表明需要采取持续的生物安全措施以防止引入其他病原体。澳大利亚报道的许多植物原虫尚未经过充分研究,无法将其分配给16Sr组,因此很可能存在未被识别的组和亚组。在经过深入研究的植物原质中,寄主植物的范围很广,许多作物和非作物物种受到某些植物的感染。事实证明,已经确定了极少数植物质体的推定载体,尤其是在澳大利亚,疾病管理变得更加复杂。尽管近年来使用分子方法取得了长足的进步,但植物原虫仍然是研究最少的植物病原体类别,使其成为“卧虎藏龙”疾病的威胁。

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