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Nuclear magnetic resonance-based analysis of urine for the rapid etiological diagnosis of pneumonia

机译:基于核磁共振的尿液分析可快速诊断肺炎

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Importance of the field: Pneumonia is an acute infectious illness of the lower respiratory tract that is difficult to diagnose owing to the large number of possible pathogens. At present there is no single test capable of rapidly determining the etiology of pneumonia in patients.Areas covered in this review: This article reviews current approaches for diagnosing the cause of pneumonia and discusses the potential for the development of clinically relevant metabolomics assays. It also examines the possibility of using NMR spectroscopy as an analytical tool for this application. What the reader will gain: The reader will be introduced to metabolomics as it pertains to infectious disease, including two recent articles on metabolomic profiles in pneumonia as well as NMR technology in order to gain a better understanding of the development of this technology as it pertains to the field of pneumonia diagnostics.Take home message: NMR-based metabolomics may lend itself to rapid diagnosis of the etiology of pneumonia and has the potential to become an important screening method. If proven in larger clinical studies, this test may become feasible in the clinic and assist physicians with determining the best course of treatment, help with monitoring treatment efficacy, and provide valuable global disease surveillance information. Furthermore, metabolomics studies of infectious disease may provide insights into the mode of pathogen infection and uncover new approaches for generating new classes of Pharmaceuticals.
机译:领域的重要性:肺炎是下呼吸道的一种急性传染病,由于存在大量可能的病原体,因此难以诊断。目前尚无能够快速确定患者肺炎病因的单一测试。本文涵盖的领域:本文概述了目前诊断肺炎原因的方法,并讨论了发展临床相关的代谢组学检测方法的潜力。它还检查了使用NMR光谱作为此应用程序的分析工具的可能性。读者将会学到什么:将向读者介绍与传染病相关的代谢组学,包括两篇有关肺炎的代谢组学概况的最新文章以及NMR技术,以便更好地了解与该技术有关的技术发展回家的消息:基于NMR的代谢组学可能有助于快速诊断肺炎的病因,并有可能成为重要的筛查方法。如果在较大的临床研究中得到证明,则该测试可能会在临床上变得可行,并帮助医生确定最佳治疗方案,帮助监测治疗效果并提供有价值的全球疾病监测信息。此外,传染病的代谢组学研究可能会提供有关病原体感染模式的见解,并揭示产生新类药物的新方法。

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