INTERACTION OF COPPER CLUSTERS WITH CHOLESTEROL AND THIO-CHOLESTEROL. NON-EMPIRICAL STUDY

ALEKSANDER YU. ERMILOV, YANA A. GROMOVA, TATIANA I. SHABATINA
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Abstract

The structural geometries of small copper clusters (Cu2, Cu3, Cu13) and of their complexes with Cholesterol (Ch) and Thio-Cholesterol (TCh) ligands were studied by DFT/ B3LYP5-method. General trends in evolution of complexes geometries and interaction energies of copper clusters of different nuclearity with Cholesterol (Thio-Cholesterol) ligands upon the copper cluster size (number of copper atoms). It was shown the signi cant deviations in the structures of copper clusters’ complexes with cholesteric ligands in comparison to the silver-containing complexes studied previously. Thus, in Ch-Cu13 complex structure icosahedral fragment is signi cantly elongated in 3-order axis direction. The biligand complex of icosahedral copper cluster (TCh)2Cu13 possessed the highest energy stability.
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铜簇与胆固醇和硫代胆固醇的相互作用。非实证研究
采用DFT/ b3lyp5方法研究了小铜簇(Cu2、Cu3、Cu13)及其与胆固醇(Ch)和硫代胆固醇(TCh)配体配合物的几何结构。不同核铜簇与胆固醇(硫代胆固醇)配体配合物几何形状演化的一般趋势及相互作用能随铜簇大小(铜原子数)的变化。结果表明,铜簇胆甾配体配合物的结构与先前研究的含银配合物有明显的差异。因此,在Ch-Cu13配合物结构中,二十面体片段在三阶轴方向上明显拉长。二十面体铜簇(TCh)2Cu13的双配体配合物具有最高的能量稳定性。
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