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Knoto-ID: a tool to study the entanglement of open protein chains using the concept of knotoids

机译:Knoto-id:使用拐点概念研究开放蛋白链纠缠的工具

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摘要

The backbone of most proteins forms an open curve. To study their entanglement, a common strategy consists in searching for the presence of knots in their backbones using topological invariants. However, this approach requires to close the curve into a loop, which alters the geometry of curve. Knoto-ID allows evaluating the entanglement of open curves without the need to close them, using the recent concept of knotoids which is a generalization of the classical knot theory to open curves. Knoto-ID can analyse the global topology of the full chain as well as the local topology by exhaustively studying all subchains or only determining the knotted core. Knoto-ID permits to localize topologically non-trivial protein folds that are not detected by informatics tools detecting knotted protein folds.
机译:大多数蛋白质的骨干形成开口曲线。 为了研究他们的纠缠,一个共同的策略包括使用拓扑不变的骨干中寻找结的结。 然而,这种方法需要将曲线关闭到循环中,这改变了曲线的几何形状。 Knoto-id允许使用最近的knotoid的概念来评估开放曲线的缠结,而无需关闭它们,这是古典结理论的概念来打开曲线。 Knoto-ID可以通过详尽地研究所有亚本子或仅确定打结的核心,分析全链的全球拓扑以及本地拓扑。 KNOTo-ID允许通过信息学工具检测拓扑蛋白折叠未检测到的拓扑非蛋白质折叠。

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