A Review on RNA Secondary Structure Prediction Algorithms

Ian Kings Oluoch, Abdullah Akalin, Yilmaz Vural, Yavuz Canbay
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引用次数: 11

Abstract

Undoubtedly, RNA has vital functions on organisms. As a single stranded nucleic acid, it tends to bend and twirl and it forms a stable structure of itself. This is what comes to be known as the RNA secondary structure. RNA secondary structure is of use in determining the functionalities of RNA sequences as well as in pharmaceutical developments. Furthermore, predicting the secondary structure of an RNA is a crucial step in predicting its tertiary structure, which is its three dimensional form. For the problem of RNA secondary structure, researchers have developed many algorithms over the years in an attempt to make accurate predictions. In this paper, we review some of the recent works that made use of artificial intelligence in RNA secondary structure prediction. The reviewed articles show that by the power of novel artificial intelligence methods and ensembles of the old techniques, there are promising outcomes for future research.
RNA二级结构预测算法研究进展
毫无疑问,RNA对生物体起着至关重要的作用。作为单链核酸,它具有弯曲和旋转的倾向,形成了稳定的自身结构。这就是我们所说的RNA二级结构。RNA二级结构用于确定RNA序列的功能以及在药物开发中。此外,预测RNA的二级结构是预测其三级结构(即RNA的三维形式)的关键一步。对于RNA二级结构的问题,研究人员多年来开发了许多算法,试图做出准确的预测。本文综述了近年来利用人工智能进行RNA二级结构预测的研究进展。回顾的文章表明,通过新的人工智能方法和旧技术的集成,未来的研究有很好的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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