诺达病毒RNA重组

L.Andrew Ball
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引用次数: 17

摘要

诺达病毒的基因组包含两个正义RNA,分别编码RNA聚合酶和衣壳蛋白。在该系统中,重组发生在聚合酶在负链RNA合成过程中切换模板时,通常发生在新生链可以与受体模板形成4-5 bp的位点。影响重组位点选择的其他两个因素:(1)模板二级结构,预测模板二级结构使重组位点靠近;(2)交叉位点与复制起点相似,这表明聚合酶直接与受体模板相互作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nodavirus RNA Recombination

The genomes of nodaviruses contain two positive-sense RNAs that encode the RNA polymerase and capsid proteins, respectively. In this system, recombination occurs when the polymerase switches templates during negative strand RNA synthesis, usually at a site where the nascent strand can form 4–5 bp with the acceptor template. Two other factors influence the choice of recombination site: (1) template secondary structure, which is predicted to hold the recombination sites in close proximity; and (2) similarity of the cross-over site to an origin of replication, which suggests that the polymerase interacts directly with the acceptor template.

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