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Integrative data analysis indicates an intrinsic disordered domain character of Argonaute-binding motifs

机译:综合数据分析表明Argonaute结合基序的内在无序域特征。

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Motivation: Argonaute-interacting WG/GW proteins are characterized by the presence of repeated sequence motifs containing glycine (G) and tryptophan (W). The motifs seem to be remarkably adaptive to amino acid substitutions and their sequences show non-contiguity. Our previous approach to the detection of GW domains, based on scoring their gross amino acid composition, allowed annotation of several novel proteins involved in gene silencing. The accumulation of new experimental data and more advanced applications revealed some deficiency of the algorithm in prediction selectivity. Additionally, W-motifs, though critical in gene regulation, have not yet been annotated in any available online resources.
机译:动机:与Argonaute相互作用的WG / GW蛋白的特征在于存在重复的包含甘氨酸(G)和色氨酸(W)的序列基序。这些基序似乎对氨基酸取代具有显着的适应性,并且它们的序列显示不连续。我们先前基于对GW域的总氨基酸组成进行评分的方法来检测GW域,允许注释涉及基因沉默的几种新型蛋白质。新实验数据的积累和更先进的应用揭示了该算法在预测选择性方面的不足。此外,W-基序尽管在基因调控中起着关键作用,但尚未在任何可用的在线资源中进行注释。

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