Structural characterization of adenine moiety in functional RNA molecules.

Satoshi Fujii
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引用次数: 0

Abstract

RNA molecules express the specific structure containing A-form helices and non-helical regions, such as loops and bulges. The adenosine moiety plays a key role in helical packing and/or loop and/or bulge interactions. It is well known as A-platform, tetraloop, and A-minor motif. For the formation of these motifs, there are specific interactions to the adjacent RNA segments and/or protein and/or metal ions beside the specific base sequences. The database focusing on adenine's structural roles, structural information about the assemblage and the space distribution of base moieties can be a useful tool. The user can obtain the selected list with the several descriptors including kink parameters for the structure definition and sequence properties. In addition to this nucleic acid system, RNA-drug related compound system would be included.

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功能性RNA分子中腺嘌呤片段的结构表征。
RNA分子表达包含a型螺旋和非螺旋区域的特定结构,如环和凸起。腺苷部分在螺旋包装和/或环和/或凸起相互作用中起关键作用。它被称为a平台、四环和a小调基序。为了形成这些基序,与特定碱基序列旁边的邻近RNA片段和/或蛋白质和/或金属离子存在特定的相互作用。着重于腺嘌呤的结构作用、碱基部分的组合和空间分布的结构信息的数据库可以是一个有用的工具。用户可以获得包含结构定义和序列属性的扭结参数等多个描述符的选定列表。除核酸系统外,还将包括rna -药物相关化合物系统。
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