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Quality assurance procedures for mass spectrometry untargeted metabolomics. a review

机译:质谱法的质量保证程序未预算的代谢组。 回顾

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Graphical abstract Display Omitted Highlights ? Understanding metabolomics challenges helps to control unwanted variance. ? Unwanted variation, bias and any source of possible errors should be minimized. ? Quality assurance plays the crucial role in quality of metabolomics studies. ? Standardized methods and SOPs for metabolomics are required. Abstract Untargeted metabolomics, as a global approach, has already proven its great potential and capabilities for the investigation of health and disease, as well as the wide applicability for other research areas. Although great progress has been made on the feasibility of metabolomics experiments, there are still some challenges that should be faced and that includes all sources of fluctuations and bias affecting every step involved in multiplatform untargeted metabolomics studies. The identification and reduction of the main sources of unwanted variation regarding the pre-analytical, analytical and post-analytical phase of metabolomics experiments is essential to ensure high data quality. Nowadays, there is still a lack of information regarding harmonized guidelines for quality assurance as those available for targeted analysis. In this review, sources of variations to be considered and minimized along with methodologies and strategies for monitoring and improvement the quality of the results are discussed. The given information is based on evidences from different groups among our own experiences and recommendations for each stage of the metabolomics workflow. The comprehensive overview with tools presented here might serve other researchers interested in monitoring, controlling and improving the reliability of their findings by implementation of good experimental quality practices in the untargeted metabolomics study.
机译:图形抽象显示省略了亮点?了解代谢组学挑战有助于控制不必要的方差。还是应最小化不需要的变化,偏差和可能误差的任何源。还是质量保证在代谢组科的质量中起着至关重要的作用。还是需要标准化方法和用于代谢组学的SOP。摘要未确定的代谢组学作为一种全球性方法,已经证明了对健康和疾病调查的巨大潜力和能力,以及对其他研究领域的广泛适用性。虽然已经对代谢组科实验的可行性取得了巨大进展,但仍有一些挑战应该面临,其中包括影响多平面未甲型代谢组学研究所涉及的每一步的所有波动和偏差来源。关于预分析,分析和分析后代谢组科实验的预析变异的主要源的鉴定和减少是必不可少的,以确保高数据质量。如今,仍然缺乏有关质量保证的统一指南的信息,因为可用于有针对性分析的统一指南。在本综述中,讨论了要考虑和最小化的变化来源以及监测和改善结果质量的方法和策略。给定的信息基于我们自己的经验和代谢组合工作流程的每个阶段的不同群体的证据。这里展示的工具的全面概述可能为其他有兴趣监测,控制和提高其调查结果的研究人员,通过在未明确的代谢组科研究中实施良好的实验性质实践。

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