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Picking Vanished Proteins from the Void: How to Collect and Ship/Share Extremely Dilute Proteins in a Reproducible and Highly Efficient Manner

机译:从空隙中挑选消失的蛋白质:如何以可重现和高效的方式收集和运输/分享极稀的蛋白质

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摘要

Successful proteome analyses of highly dilute samples are strongly dependent on optimized workflows considering especially sample preparation prior to highly sensitive mass spectrometric analysis. Various methods are available for enrichment of proteome samples, each characterized by specific advantages and disadvantages limiting their general application as a method of choice. Here we suggest an optimized universal protocol ensuring reproducibility and effective enrichment of dilute samples by commercial affinity beads. By comparably assessing the performance of the new protocol with selected standard enrichment techniques, we show the seamless application of the enrichment in common mass spectrometry based proteomic workflows. Further, novel applications are suggested including a facile storage and shipping of desiccated, trapped proteome samples at ambient temperatures and usage of the affinity beads for gel-free proteomic approaches.
机译:高度稀释样品的成功蛋白质组学分析在很大程度上取决于优化的工作流程,尤其是在高度敏感的质谱分析之前特别要考虑样品制备。有多种方法可用于蛋白质组样品的富集,每种方法都具有特定的优缺点,限制了它们作为一种选择方法的一般应用。在这里,我们建议一种优化的通用方案,以确保通过商业亲和性珠子实现稀释样品的重现性和有效富集。通过与选定的标准富集技术比较评估新协议的性能,我们展示了富集在基于普通质谱的蛋白质组学工作流程中的无缝应用。此外,提出了新的应用,包括在环境温度下方便地储存和运输干燥,捕获的蛋白质组样品,以及将亲和珠用于无凝胶蛋白质组学方法。

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