A coarse grained model for DNA and polymer packaging: statics and dynamics

I. Ali, D. Marenduzzo, C. Micheletti, J. Yeomans
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引用次数: 3

Abstract

We present a numerical characterization of the statics and dynamics of the packaging of a semi-flexible polymer inside a sphere. The study is motivated by recent experiments on the packaging of DNA inside viral capsids. It is found that the force required to confine the coarse-grained polymer is in fair agreement with that found in experiments for the packaging of the phi29 bacteriophage genome. Despite its schematic nature, the model is capable of reproducing the most salient dynamical features of packaging experiments such as the presence of pauses during individual packaging processes and the trend of the resisting force as a function of chain packed fraction.
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DNA和聚合物包装的粗粒度模型:静力学和动力学
我们提出了半柔性聚合物在球内封装的静力学和动力学的数值表征。这项研究的动机是最近对病毒衣壳内DNA包装的实验。研究发现,限制粗粒聚合物所需的力与phi29噬菌体基因组包装实验中发现的力相当一致。尽管它是示意图性质,但该模型能够再现包装实验中最显著的动态特征,例如在单个包装过程中存在停顿,以及阻力作为链包装分数的函数的趋势。
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