Mathematical Formulas for Prion All Cross-Structures Listed in the Protein Data Bank

Jiapu Zhang
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引用次数: 3

Abstract

Prion protein (PrP) has two regions: unstructured region PrP(1-120) and structured region PrP(119-231). In the structured region, there are many segments which have the property of amyloid fibril formation. By theoretical calculations, PrP(126-133), PrP(137-143), PrP(170-175), PrP(177-182), PrP(211-216) have the amyloid fibril forming property. PrP(142-166) has a X-ray crystallography experimental β-hairpin structure, instead of a pure cross-β amyloid fibril structure; thus we cannot clearly find it by our theoretical calculations. However, we can predict that there must be a laboratory X-ray crystal structure in PrP(184-192) segment that will be produced in the near future. The experiments of X-ray crystallography laboratories are agreeing with our theoretical calculations. This article summarized mathematical formulas of prion amyloid fibril cross-β structures of all the above PrP segments currently listed in the Protein Data Bank.
蛋白质数据库中列出的所有交叉结构的朊病毒的数学公式
朊病毒蛋白(PrP)有两个区域:非结构区PrP(1-120)和结构区PrP(119-231)。在结构区,有许多片段具有淀粉样纤维形成的性质。通过理论计算,PrP(126-133)、PrP(137-143)、PrP(170-175)、PrP(177-182)、PrP(211-216)具有淀粉样蛋白纤维形成特性。PrP(142-166)具有x射线晶体学实验β-发夹结构,而不是纯粹的交叉β淀粉样纤维结构;因此,我们无法通过理论计算清楚地找到它。然而,我们可以预测,在不久的将来,PrP(184-192)段一定会产生实验室x射线晶体结构。x射线晶体学实验室的实验与我们的理论计算一致。本文总结了目前在蛋白质数据库中列出的所有PrP片段的朊病毒淀粉样蛋白纤维交叉β结构的数学公式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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