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Studying disorder-to-order transitions from structural analysis

机译:研究结构分析的紊乱转变

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Many proteins and protein regions have been reported to be intrinsically disordered. Such disordered regions have been found to have conformational changes in various biological processes. Comprehensive studies on these disordered regions provide useful clues in understanding the mechanisms of a living cell. However, previous analyses only provided an overall number of disorder residues without definitely identifying the conformational changes. Besides, the variance of different binding types was averaged but not individually investigated. In this study, we have compiled a collection of structure pairs where the two members are identical except that one has an extra molecule than the other. This design, which enlarged the collection of analyzing targets with more various structures, is one of the most distinct features of this work to previous studies. By constructing the complete maps of every residue between two structures, this study performed more detailed and specific analyses than previous studies.
机译:据报道,许多蛋白质和蛋白质区是本质上无序的。已经发现这种无序区域具有各种生物过程的构象变化。对这些无序区域的综合研究提供了理解活细胞机制的有用线索。然而,先前的分析仅提供了整个疾病残留物,而无明确地识别构象变化。此外,对不同结合类型的方差平均但未单独研究。在这项研究中,我们已经编译了一系列结构对,其中两个成员是相同的,除了一个比另一个的额外分子有额外的分子。这种设计放大了与更多各种结构的分析目标的集合是这项工作中最鲜明的特征之一。通过构建两个结构之间的每种残留物的完整地图,该研究比以前的研究表达了更详细和特定的分析。

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