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An Algorithm to Find All Identical Motifs in Multiple Biological Sequences

机译:查找多个生物序列中所有相同基序的算法

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Sequence motifs are of greater biological importance in nu-cleotide and protein sequences. The conserved occurrence of identical motifs represents the functional significance and helps to classify the biological sequences. In this paper, a new algorithm is proposed to find all identical motifs in multiple nucleotide or protein sequences. The proposed algorithm uses the concept of dynamic programming. The application of this algorithm includes the identification of (a) conserved identical sequence motifs and (b) identical or direct repeat sequence motifs across multiple biological sequences (nucleotide or protein sequences). Further, the proposed algorithm facilitates the analysis of comparative internal sequence repeats for the evolutionary studies which helps to derive the phylogenetic relationships from the distribution of repeats.
机译:序列基序在核苷酸和蛋白质序列中具有更大的生物学重要性。相同基序的保守出现代表功能意义,并有助于对生物学序列进行分类。在本文中,提出了一种新算法,可以在多个核苷酸或蛋白质序列中找到所有相同的基序。该算法采用了动态规划的概念。该算法的应用包括鉴定(a)保守的相同序列基序和(b)跨越多个生物序列(核苷酸或蛋白质序列)的相同或直接重复序列基序。此外,所提出的算法有利于对内部比较重复序列进行分析,以进行进化研究,从而有助于从重复序列的分布中得出系统发育关系。

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