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Shared components of protein complexes-versatile building blocks or biochemical artefacts?

机译:蛋白质复合物的共有成分-通用的构建基块还是生化制品?

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摘要

Protein complexes perform many important functions in the cell. Large-scale studies of protein-protein interactions have not only revealed new complexes but have also placed many proteins into multiple complexes. Whilst the advocates of hypothesis-free research touted the discovery of these shared components as new links between diverse cellular processes, critical commentators denounced many of the findings as artefacts, thus questioning the usefulness of large-scale approaches. Here, we survey proteins known to be shared between complexes, as established in the literature, and compare them to shared components found in high-throughput screens. We discuss the various challenges to the identification and functional interpretation of bona fide shared components, namely contaminants, variant and megacomplexes, and transient interactions, and suggest that many of the novel shared components found in high-throughput screens are neither the results of contamination nor central components, but appear to be primarily regulatory links in cellular processes. BioEssays 26:1333-1343, 2004. (c) 2004 Wiley Periodicals, Inc.
机译:蛋白质复合物在细胞中执行许多重要功能。蛋白质间相互作用的大规模研究不仅揭示了新的复合物,而且还将许多蛋白质置于多种复合物中。尽管无假设研究的倡导者将这些共享成分的发现吹捧为不同细胞过程之间的新联系,但批评评论员谴责了许多发现是人工制品,因此质疑大规模方法的有用性。在这里,我们调查了已知在复合物中共享的蛋白质,如文献中所述,并将它们与在高通量筛选中发现的共享成分进行了比较。我们讨论了识别和功能解释真实共享成分(即污染物,变异体和大分子复合物以及瞬态相互作用)的各种挑战,并建议在高通量筛选中发现的许多新颖共享成分既不是污染的结果,也不是污染的结果。中心组件,但似乎主要是细胞过程中的调控环节。 BioEssays 26:1333-1343,2004.(c)2004 Wiley Periodicals,Inc.

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