含线性烷基侧链的螺旋聚(β-l-天冬氨酸)s的蒙特卡罗结构研究

S León , C Alemán , S Muñoz-Guerra , M Laso
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引用次数: 8

摘要

利用原子显式模型的蒙特卡罗模拟研究了聚α-烷基β-l-天冬氨酸家族的三个代表性成员(PAALA-12, -16和-18)。在所研究的温度下,主链(螺旋)排列在高度规则的层中,而层之间的空间由烷基侧链填充。发现层间区域的分子结构非常近似于液体状。模拟还能够预测PAALAs的异常(致密化)行为,随着温度通过过渡值升高。
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Monte Carlo structural investigation of helical poly(β-l-aspartate)s containing linear alkyl side chains

Three representative members of the family of poly(α-alkyl β-l-aspartate)s (PAALA-12, -16 and -18) have been investigated using Monte Carlo simulation of an atomistically explicit model. At the temperatures investigated, the main chains (helices) are arranged in highly regular layers, while the space between layers is filled by the alkyl side chains. The molecular structure of the inter-layer region is found to be very approximately liquid-like. The simulations are also able to predict the anomalous (densification) behavior of the PAALAs as the temperature is raised through the transition value.

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