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Complexity of a Collision-Aware String Partition Problem and Its Relation to Oligo Design for Gene Synthesis

机译:碰撞感知字符串分区问题的复杂性及其与基因合成的寡核苷酸设计

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Artificial synthesis of long genes and entire genomes is achieved by self-assembly of DNA oligo fragments - fragments which are short enough to be generated using a DNA synthesizer. Given a description of the duplex to be synthesized, a computational challenge is to select the short oligos so that, once synthesized, they will self-assemble without error. In this paper, we show that a natural abstraction of this problem, the collision-aware string partition problem, is NP-complete.
机译:通过DNA oligo片段的自组装来实现长基因和整个基因组的人工合成 - 使用DNA合成仪产生足够短的片段。给定对要合成的双工的描述,计算挑战是选择短的寡核苷酸,使得一旦合成,它们将自动组装而没有错误。在本文中,我们表明,此问题的自然抽象,碰撞感知字符串分区问题,是NP完成。

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