DaSilva Linder C, Gurry Thomas, Stultz Collin M
Research Laboratory of Electronics; Massachusetts Institute of Technology; Cambridge, MA USA; ICET-CUAl Federal University of Mato Grosso; Barra do Garças, Brazil.
Research Laboratory of Electronics; Massachusetts Institute of Technology; Cambridge, MA USA; Computational and Systems Biology Initiative; Massachusetts Institute of Technology; Cambridge, MA USA.
Intrinsically Disord Proteins. 2014 Dec 12;2(1):e970902. doi: 10.4161/idp.29700. eCollection 2014.
In a recent article, published in , a valuable consensus view regarding the nomenclature for disordered proteins was presented. In this work the authors present a thoughtful and systemic review of terms that have been used in the literature to describe proteins that sample a heterogeneous set of structures during their biological lifetime. We agree that the term "intrinsically disordered proteins" (IDPs) is an appropriate single descriptor to refer to this particular class of proteins, although it does not fully capture much of the nuanced complexities that are inherent to this class. In what follows we suggest a refinement to this nomenclature based on an analysis of the underlying ensemble that describes the thermally accessible states of a given IDP.
在最近发表于《 》的一篇文章中,提出了关于无序蛋白质命名法的宝贵共识观点。在这项工作中,作者对文献中用于描述在其生物生命周期内呈现多种异构结构的蛋白质的术语进行了深入且系统的综述。我们认同“内在无序蛋白质”(IDPs)这一术语是指代这类特定蛋白质的合适单一描述符,尽管它并未完全涵盖这类蛋白质所固有的许多细微复杂之处。在接下来的内容中,我们基于对描述给定IDP热可及状态的基础系综的分析,建议对该命名法进行细化。