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Self-organization and double helices

机译:自组织和双螺旋

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摘要

The method of molecular dynamics is used to study the formation and self-organization of different configurations of double helices. Calculations are performed in the frames of so called beads-on a-string model with the help of a set of longrange anharmonic pair potentials obtained in the previous investigations. It is found that two different types of double helices, which consist of intertwined or inserted into each other helical chains, are formed from initially straight bead chains. The type of helix formed depends on the competition of weak interactions along the single chains and between them. In the case of rather long double helices, both types can undergo 'shape' transformation.
机译:分子动力学方法用于研究不同配置双螺旋配置的形成和自组织。借助于在先前的研究中获得的一组Longrange Anharmonic对电位,在所谓的珠子上的框架中执行计算。发现,两种不同类型的双螺旋由初始直的珠链形成交叉或插入彼此螺旋链中。形成的螺旋类型取决于沿着单链和它们之间的弱相互作用的竞争。在相当长的双螺旋的情况下,两种类型都可以经历“形状”的转换。

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