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首页> 外文期刊>Modern Physics Letters, B. Condensed Matter Physics, Statistical Physics, Applied Physics >The sequence-dependent transmission properties through double helix DNA molecules
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The sequence-dependent transmission properties through double helix DNA molecules

机译:通过双螺旋DNA分子的序列依赖性传输特性

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摘要

In this paper, a double helix model of charge transport in a DNA molecule is presented, and the transmission spectra and I V curves of four kinds of periodic sequences DNA are obtained. The results show that the transmission characteristics of DNA are not only related to the longitudinal transport but also to the transverse transport of the molecule. The more the composition of bases, the bigger the percent of theta-direction, and the conductive ability reduces. For a different sequence with same composition, the less the number of consecutive appearance of the same base is, the lower the conductive ability.
机译:本文提出了一种在DNA分子中电荷转移的双螺旋模型,并获得了四种周期序列DNA的透射光谱和IV曲线。结果表明,DNA的传递特性不仅与分子的纵向运输有关,而且与分子的横向运输有关。碱的组成越多,θ方向的百分比越大,并且导电能力降低。对于具有相同组成的不同序列,相同碱基的连续出现次数越少,导电能力越低。

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