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Self-Assembly CdS Nanowires Based On DNA Templates

机译:基于DNA模板的自组装CdS纳米线

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DNA molecules are recently widely used as a smart templates material in designing rod-and tube-like nanostructures because of there famous double helix strands. In this paper, we present the fabrication of CdS nanowires by self-assembling CdS nanoparticles on double-stranded DNA templates. The nanowires are formed by a few nanowires screwing together, featuring a helix structure. The seldom structure in inorganic materials attributes to the strong electrostatic interaction between the free carboxyl on CdS nanoparticles with negative chargesand the amidocyanogen on DNA molecules with positive charges. The results show that it is a highly efficiency approach and technology to construct nanowires using DNA templates.
机译:由于存在着名的双螺旋链,DNA分子最近被广泛用作设计杆状和管状纳米结构的智能模板材料。在本文中,我们介绍了通过在双链DNA模板上自组装CdS纳米粒子来制造CdS纳米线的过程。纳米线是由几根拧在一起的纳米线形成的,具有螺旋结构。无机材料中很少的结构归因于带有负电荷的CdS纳米颗粒上的游离羧基与带有正电荷的DNA分子上的氨基氰之间的强静电相互作用。结果表明,使用DNA模板构建纳米线是一种高效的方法和技术。

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