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Population Genomics of Legionella longbeachae and Hidden Complexities of Infection Source Attribution

机译:长军团菌种群基因组学和感染源归因的隐患

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摘要

Legionella longbeachae is the primary cause of legionellosis in Australasia and Southeast Asia and an emerging pathogen in Europe and the United States; however, our understanding of the population diversity of L. longbeachae from patient and environmental sources is limited. We analyzed the genomes of 64 L. longbeachae isolates, of which 29 were from a cluster of legionellosis cases linked to commercial growing media in Scotland in 2013 and 35 were non–outbreak-associated isolates from Scotland and other countries. We identified extensive genetic diversity across the L. longbeachae species, associated with intraspecies and interspecies gene flow, and a wide geographic distribution of closely related genotypes. Of note, we observed a highly diverse pool of L. longbeachae genotypes within compost samples that precluded the genetic establishment of an infection source. These data represent a view of the genomic diversity of L. longbeachae that will inform strategies for investigating future outbreaks.
机译:长军团菌是在澳大利亚和东南亚出现军团菌病的主要原因,也是欧洲和美国的一种新兴病原体。但是,我们对患者和环境来源的长滩乳杆菌种群多样性的了解是有限的。我们分析了64个长双歧杆菌的基因组,其中29个来自与2013年苏格兰商业生长培养基相关的军团菌病病例群,而35个是来自苏格兰和其他国家的非暴发相关菌株。我们确定了L. longbeachae物种广泛的遗传多样性,与种内和种间基因流相关,并且密切相关基因型的广泛地理分布。值得注意的是,我们在堆肥样品中观察到了L. longbeachae基因型高度多样化的库,从而无法通过遗传方式建立感染源。这些数据代表了L. longbeachae基因组多样性的观点,这将为调查未来暴发的策略提供依据。

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