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On the Role of Electrostatic Interactions in Stabilization of Oxidized Nucleic Acid Base Complexes

机译:静电相互作用在稳定氧化性核酸碱复合物中的作用

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this study we analyze, using ab initio methods, the nature of intermolecular interactions in adenine-cytosine complexes in conformations that mimick those appearing in B-DNA. In particular, we focus on the role the electrostatics play in the stabilization of complexes modified by the hydroxyl radical. We have found significant variations of first-order electrostatic interactions, ranging from -6 kcal/mol to +2 kcal/mol, for various structures of oxidized complexes. None the less, the dispersion energy is the largest in magnitude as far as the stabilization contributions are concerned.
机译:这项研究我们使用从头算的方法分析了腺嘌呤-胞嘧啶复合物中分子间相互作用的性质,这种构象模仿了B-DNA中出现的构象。特别地,我们集中于静电在被羟基自由基修饰的络合物的稳定化中所起的作用。我们发现,对于各种氧化配合物结构,一阶静电相互作用的显着变化范围为-6 kcal / mol至+2 kcal / mol。但是,就稳定作用而言,色散能量最大。

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