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Use and evaluation of molecular diagnostics for pneumonia etiology studies

机译:分子诊断学在肺炎病因学研究中的应用和评估

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Comprehensive microbiological testing will be a core function of the Pneumonia Etiology Research for Child Health (PERCH) project. The development stage of PERCH provided the time and resources necessary for us to conduct a comprehensive review of the current state of respiratory diagnostics. These efforts allowed us to articulate the unique requirements of PERCH, establish that molecular methods would be central to our testing strategy, and focus on a short list of candidate platforms. This process also highlighted critical challenges in the general design and interpretation of diagnostic evaluation studies, particularly in the field of respiratory infections. Although our final molecular diagnostic platform was ultimately selected on the basis of operational and strategic considerations determined by the specific context of PERCH, our review highlighted several conceptual and practical challenges in respiratory diagnostics that have broader relevance for the performance and interpretation of pneumonia research studies.
机译:全面的微生物学检测将成为儿童健康肺炎病因研究(PERCH)项目的核心功能。 PERCH的开发阶段为我们全面评估呼吸系统诊断的当前状态提供了必要的时间和资源。这些努力使我们能够阐明PERCH的独特要求,确定分子方法对于我们的测试策略至关重要,并着眼于候选平台的简短列表。这个过程还突出了诊断评估研究的总体设计和解释中的重大挑战,特别是在呼吸道感染领域。尽管我们最终的分子诊断平台最终是根据PERCH的具体情况决定的运营和战略考虑因素而选择的,但我们的综述强调了呼吸诊断中的一些概念和实践挑战,这些挑战与肺炎研究的表现和解释有着广泛的相关性。

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