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首页> 外文期刊>Journal of computational and theoretical nanoscience >A DNA Computing Model on Triple-Stranded for Minimum Spanning Tree Problem
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A DNA Computing Model on Triple-Stranded for Minimum Spanning Tree Problem

机译:最小生成树问题的三链DNA计算模型

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摘要

Single-strand DNA can match with homologous double-stranded into a triple-stranded structure mediated by RecA protein. The paper provides a triple-stranded DNA computing model for minimum spanning tree problem. DNA fragments corresponding to edges are coded by double-stranded DNA, wrong hybridization does not take place and hairpin structure does not form. The single-strand DNA probe is bond with RecA protein, so the rate of wrong solution will reduce. And in this way, encoding complexity and the errors in computation will be decreased.
机译:单链DNA可以与由RecA蛋白介导的同源双链匹配成三链结构。本文提供了用于最小生成树问题的三链DNA计算模型。对应于边缘的DNA片段由双链DNA编码,不会发生错误的杂交,也不会形成发夹结构。单链DNA探针与RecA蛋白结合,因此错误溶液的发生率将降低。并且以此方式,将减少编码复杂度和计算中的错误。

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