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Parabolic section and distance excess of space curves applied to protein structure classification

机译:抛物线形截面和空间曲线的距离过量应用于蛋白质结构分类

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摘要

Proteins are long chain molecules that fold up into beautiful and complicated three-dimensional structures before fulfilling their biological functions in the living organisms. With the aim of providing an efficient tool for describing the proteins' native folds, we present a global geometric measure of a space curve. This geometric measure allows us to define descriptors of protein structures that quantify how parallel the secondary structure elements of a protein are. These descriptors are C-2 in deformations of the protein structure, are evaluated very fast and reliably, and are demonstrated to capture essential parts of the protein native fold universe.
机译:蛋白质是长链分子,在活生物体中发挥其生物学功能之前,会折叠成美丽而复杂的三维结构。为了提供描述蛋白质天然折叠的有效工具,我们提出了空间曲线的整体几何度量。这种几何度量使我们能够定义蛋白质结构的描述符,从而量化蛋白质二级结构元素的平行程度。这些描述符是蛋白质结构变形中的C-2,非常快速且可靠地评估,并被证明可以捕获蛋白质天然折叠宇宙的基本部分。

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