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Molecular dynamics and ab initio FMO calculations on the effect of water molecules on the interactions between androgen receptor and its ligand and cofactor

机译:分子动力学和AB初始FMO计算水分子对雄激素受体及其配体和辅助体与辅助体和辅因子相互作用的影响

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To reveal the effect of water molecules on the specific interactions between androgen receptor (AR) and ligand as well as cofactor, we investigated dynamical properties of the complex by the classical molecular dynamics simulations in an explicit water box. Moreover, electronic properties of the complex with and without the water molecules were calculated by ab initio fragment molecular orbital method to find that some of the water molecules contribute significantly to the interactions between AR, ligand and cofactor.
机译:为了揭示水分子对雄激素受体(Ar)和配体以及辅助因子之间的特定相互作用的影响,我们通过明确水箱中的经典分子动力学模拟研究了复合物的动态性质。此外,通过AB Initio片段分子轨道方法计算复合物的电子性质,并且通过AB初始分子分子轨道方法计算,发现一些水分子与Ar,配体和辅因子之间的相互作用显着贡献。

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