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RNA editing sites in plant mitochondria can share cis-elements

机译:植物线粒体中的RNA编辑位点可以共享顺式元素

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摘要

RNA editing in flowering plant mitochondria alters numerous C nucleotides in a given mRNA molecule to U residues. To investigate whether neighbouring editing sites can influence each other we analyzed in vitro RNA editing of two sites spaced 30 nt apart. Deletion and competition experiments show that these two sites carry independent essential specificity determinants in the respective upstream 20-30 nucleotides. However, deletion of a an upstream sequence region promoting editing of the upstream site concomitantly decreases RNA editing of the second site 50-70 nucleotides downstream. This result suggests that supporting cis-Itrans-interactions can be effective over larger distances and can affect more than one editing event. (c) 2005 Federation of European Biochemical Societies. Published by Elsevier B.V. All rights reserved.
机译:开花植物线粒体中的RNA编辑将给定的mRNA分子中的许多C核苷酸变为U残基。为了研究相邻的编辑位点是否可以互相影响,我们分析了间隔30 nt的两个位点的体外RNA编辑。缺失和竞争实验表明,这两个位点在各自的上游20-30个核苷酸中带有独立的必需特异性决定簇。然而,缺失上游序列区域以促进上游位点的编辑同时缺失,从而降低了下游50-70个核苷酸的第二位点的RNA编辑。该结果表明支持顺式-I​​trans-相互作用可以在更大的距离上有效,并且可以影响多个编辑事件。 (c)2005年欧洲生物化学学会联合会。由Elsevier B.V.发布。保留所有权利。

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