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Molecular revolution in the diagnosis of microbial brain abscesses

机译:分子革命在微生物脑脓肿的诊断中

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摘要

A brain abscess is a life-threatening infection, frequently with serious sequelae. Culture-based methods present many limitations and do not enable an exhaustive documentation of the bacterial flora. 16S rRNA-based amplification, cloning, and high-throughput sequencing have dramatically increased the number of identified agents of brain abscesses, showing that the causative flora is polymicrobial in up to 40 % of cases, with the presence of at least one anaerobic bacterium. In contrast, real-time polymerase chain reaction (PCR) technology is an appealing alternative to culture-based methods for diagnosing brain abscesses due to its speed, sensitivity, and specificity. Molecular typing is available for several bacterial and fungal genera, and this user-friendly tool is accessible for the clinical microbiology laboratory to diagnose microbes involved in a brain abscess. This article reviews the applications of the currently available tools for the etiological diagnosis of a brain abscess.
机译:脑脓肿是威胁生命的感染,经常伴有严重的后遗症。基于培养的方法存在许多局限性,无法详尽记录细菌菌群。基于16S rRNA的扩增,克隆和高通量测序已大大增加了脑脓肿的鉴定病原体数量,这表明在至少40个病例中,至少有一种厌氧菌可导致病原菌群是多微生物的。相比之下,实时聚合酶链反应(PCR)技术因其速度,敏感性和特异性而成为基于培养物的脑脓肿诊断方法的替代方法。分子分型可用于几种细菌和真菌属,临床微生物学实验室可使用此用户友好的工具来诊断涉及脑脓肿的微生物。本文回顾了目前用于脑脓肿病因诊断的工具的应用。

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