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Non-canonical transcription initiation: the expanding universe of transcription initiating substrates

机译:非规范转录起始:转录底物的扩张宇宙

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RNA polymerase (RNAP) is the central enzyme of transcription of the genetic information from DNA into RNA. RNAP recognizes four main substrates: ATP, CTP, GTP and UTP. Experimental evidence from the past several years suggests that, besides these four NTPs, other molecules can be used to initiate transcription: (i) ribooligonucleotides (nanoRNAs) and (ii) coenzymes such as NAD(+), NADH, dephospho-CoA and FAD. The presence of these molecules at the 5' ends of RNAs affects the properties of the RNA. Here, we discuss the expanding portfolio of molecules that can initiate transcription, their mechanism of incorporation, effects on RNA and cellular processes, and we present an outlook toward other possible initiation substrates.
机译:RNA聚合酶(RNAP)是从DNA进入RNA的遗传信息转录的中央酶。 RNAP识别四个主要基板:ATP,CTP,GTP和UTP。 来自过去几年的实验证据表明,除了这四个NTP之外,其他分子可用于引发转录:(i)罗米寡核苷酸(纳诺)和(ii)辅酶,如NAD(+),NADH,Dephospho-CoA和FAD 。 RNA的5'末端存在这些分子的存在影响RNA的性质。 在这里,我们讨论可引发转录的扩展分子组合,它们的掺入机制,对RNA和细胞过程的影响,以及我们向其他可能的起始底物呈现出展望。

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