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Decision Problems for Linear and Circular Splicing Systems

机译:线性和圆形拼接系统的决策问题

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We will consider here the splicing systems, generative devices inspired by cut and paste phenomena on DNA molecules under the action of restriction and ligase enzymes. A DNA strand can be viewed as a string over a four letter alphabet (the four deoxyribonucleotides), therefore we can model DNA computation within the framework of formal language theory. In spite of a vast literature on splicing systems, briefly surveyed here, a few problems related to their computational power are still open. We intend to evidence how classical techniques and concepts in automata theory are a legitimate tool for investigating some of these problems.
机译:我们将在此考虑拼接系统,在限制和连接酶的作用下通过切割和粘贴现象的生成装置在DNA分子上受到影响。 DNA链可以在四个字母的字母表(四个脱氧核糖核苷酸)上被视为绳子,因此我们可以在正式语言理论的框架内模拟DNA计算。尽管在这里进行了拼接系统的普遍文献,但在此进行短暂的调查,仍然与其计算能力相关的问题仍然是开放的。我们打算证明自动机构理论中的古典技术和概念是一种调查这些问题的合法工具。

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