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In silico methods for co-transcriptional RNA secondary structure prediction and for investigating alternative RNA structure expression

机译:在用于共转录RNA二次结构预测的硅方法中,用于研究替代RNA结构表达

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摘要

RNA transcripts are the primary products of active genes in any living organism, including many viruses. Their cellular destiny not only depends on primary sequence signals, but can also be determined by RNA structure. Recent experimental evidence shows that many transcripts can be assigned more than a single functional RNA structure throughout their cellular life and that structure formation happens co-transcriptionally, i.e. as the transcript is synthesised in the cell. Moreover, functional RNA structures are not limited to non-coding transcripts, but can also feature in coding transcripts.
机译:RNA转录物是任何生物体中活性基因的主要产物,包括许多病毒。 它们的蜂窝命运不仅取决于主要序列信号,而且还可以通过RNA结构确定。 最近的实验证据表明,许多转录物可以在整个细胞寿命中分配大于单一功能性RNA结构,并且结构形成发生在细胞中合成转录物。 此外,功能性RNA结构不限于非编码转录物,但也可以在编码转录物中具有特征。

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