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Formal Language Representation and Modelling Structures Underlying RNA Folding Process

机译:RNA折叠过程背后的形式语言表示和建模结构

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The biological sequences that occur in DNA, RNA and proteins can be considered as strings formed over the well defined chemical alphabets. Such gene sequences form structure based on the complementary pair and the structures can be interpreted as languages. Matrix insertion-deletion system has been introduced a few years back that modelled several bio-molecular structures occur at intramolecular and intermolecular level. In this paper, we identify some structures that are frequently noticed during RNA folding process such as double bulge loop, extended internal loop, triple stem and loop and we give the corresponding formal language representation to such structures. Further, we model the structures using Matrix insertion-deletion systems. This work is pioneering to give the language representation and modelling the structures of RNA folding process using formal grammar.
机译:DNA,RNA和蛋白质中出现的生物学序列可以认为是在定义明确的化学字母上形成的字符串。这样的基因序列基于互补对形成结构,并且该结构可以解释为语言。几年前已经引入了基质插入-缺失系统,该系统模拟了在分子内和分子间水平上发生的几种生物分子结构。在本文中,我们确定了在RNA折叠过程中经常注意到的一些结构,例如双凸环,扩展的内部环,三重茎和环,并为此类结构提供了相应的形式语言表示。此外,我们使用矩阵插入删除系统对结构进行建模。这项工作是开拓性的工作,可以使用正式的语法来提供语言表示形式并模拟RNA折叠过程的结构。

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