RNA Structure and Stability

Jacek Nowakowski, Ignacio Tinoco Jr.
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引用次数: 59

Abstract

RNA molecules fold into specific base-paired conformations that contain single-stranded regions, A-form double helices, hairpin loops, internal loops, bulges, junctions, pseudoknots, kissing hairpins, and so forth. These structural motifs are recognized by proteins, other RNAs, and other parts of the same RNA. The interactions of these structural elements are crucial to the biological functions of the RNA molecules. We describe the different motifs and discuss their thermodynamic stabilities relative to single strands of RNA. The stabilities determine under what conditions they occur and whether they change when interacting with proteins or other ligands.

RNA的结构和稳定性
RNA分子折叠成特定的碱基配对构象,包括单链区域、a型双螺旋、发夹环、内部环、凸起、连接、假结、亲吻发夹等等。这些结构基序可被蛋白质、其他RNA和同一RNA的其他部分识别。这些结构元素的相互作用对RNA分子的生物学功能至关重要。我们描述了不同的基序,并讨论了它们相对于单链RNA的热力学稳定性。稳定性决定了它们在什么条件下发生,以及它们在与蛋白质或其他配体相互作用时是否发生变化。
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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