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Discovering common structural motifs from SSU 16 S ribosomal RNA secondary structures

机译:从SSU 16 S核糖体RNA二级结构中发现常见的结构基序

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Some structural motifs, like tetra-loops, in ribosomal RNA are known to functionally implicate in virtually every aspect of protein synthesis. Our aim in this study is to discover common structural motifs (CSMs), which are related to specific domains or functions, within the secondary structures of ribosomal RNAs in a data set constructed. After applying data mining techniques to mine the common structural motifs, a machine learning approach is used to find significant discriminating common structural motifs from groups of organisms. By applying to several data sets constructed in this study, it suggests that the CSMs can provide effective information to classify organisms and help biologists understand the functions of ribosomal RNA. From the experiments of the classification of organisms and the construction of phylogenetic trees by CSMs mined, we find our approach is promising.
机译:已知核糖体RNA中的某些结构基序(如四环)实际上涉及蛋白质合成的各个方面。我们在这项研究中的目的是在核糖体RNA二级结构中发现与特定结构域或功能相关的常见结构基序(CSM)。在应用数据挖掘技术来挖掘常见的结构图案之后,使用机器学习方法来从生物群中找到显着的区分常见的结构图案。通过应用本研究中构建的几个数据集,它表明CSM可以提供有效的信息来对生物进行分类,并帮助生物学家了解核糖体RNA的功能。通过对CSM进行生物分类和构建系统树的实验,我们发现我们的方法是有前途的。

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