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Combined use of periodic reaction field and coarse-grained molecular dynamics simulations. I. phospholipid monolayer systems

机译:结合定期反应场和粗粒化分子动力学模拟。 I.磷脂单层系统

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摘要

A periodic reaction field based on a linear-combination-based isotropic periodic sum (LIPS) method was applied for coarse-grained molecular dynamics simulations of zwitterionic lipid systems. In phospholipid monolayer systems with various number of lipid molecules, the density profile, lipid orientation and surface tension were mainly calculated using the periodic reaction field and Ewald sum. The results from the periodic reaction field were almost equal to that from the Ewald sum. It is concluded that the periodic reaction field method has a great possibility to provide a high accuracy in determining coarse-grained zwitterionic lipid systems.
机译:基于直链组合的各向同性周期性和(嘴唇)方法的周期性反应场用于两性离子脂质系统的粗粒化分子动力学模拟。 在具有各种数量的脂质分子的磷脂单层系统中,使用周期性反应场和Ewald总和来计算密度分布,脂质取向和表面张力。 周期性反应场的结果几乎等于来自Ewald总和的结果。 结论是,周期性反应现场方法具有在确定粗粒粒子的两性离子脂质系统中提供高精度的可能性。

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