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On the use of algorithms to discover motifs in DNA sequences

机译:关于使用算法发现DNA序列中的基序

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Many approaches are currently devoted to find DNA motifs in nucleotide sequences. However, this task remains challenging for specialists nowadays due to the difficulties they find to deeply understand gene regulatory mechanisms, especially when analyzing binding sites in DNA. These sites or specific nucleotide sequences are known to be responsible for transcription processes. Thus, this work aims at providing an updated overview on strategies developed to discover meaningful motifs in DNA-related sequences, and, in particular, their attempts to find out relevant binding sites. From all existing approaches, this work is focused on dictionary, ensemble, and artificial intelligence-based algorithms since they represent the classical and the leading ones, respectively.
机译:当前,许多方法致力于寻找核苷酸序列中的DNA基序。然而,由于他们发现难以深刻理解基因调控机制,尤其是在分析DNA结合位点时,如今的专家仍然面临着艰巨的任务。已知这些位点或特定核苷酸序列负责转录过程。因此,这项工作的目的是提供有关为发现DNA相关序列中有意义的基序而开发的策略的最新概述,尤其是他们为找出相关结合位点而进行的尝试。在所有现有方法中,由于它们分别代表经典算法和主导算法,因此本工作着重于词典,集成算法和基于人工智能的算法。

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