A combinatorial strategy of subsequences and the intrinsic characteristics of RNA secondary structure are adopted to compute the structures of planar multi-pseudoknots and a non-planar pseudoknot.
该算法采用子序列的组合策略和RNA二级结构的内在特性，计算多个平面伪结点和一个非平面伪结点结构。
A combinatorial strategy of subsequences and the intrinsic characteristics of RNA secondary structure are adopted to compute the structures of planar multi-pseudoknots and a non-planar pseudoknot.
该算法采用子序列的组合策略和RNA二级结构的内在特性，计算多个平面伪结点和一个非平面伪结点结构。
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