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NTP concentration switches transcriptional activity by changing the large-scale structure of DNA

机译:NTP浓度通过改变DNA的大规模结构来切换转录活性

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摘要

It is becoming clearer that genetic activity is closely associated with the intracellular energy state.However,the mechanisms of this association are still unclear.In this study,we focused on large-scale changes in the structure fo DNA to examine the effect of the NTP concentration on the transcription reaction with T7 RNA polymerase and compared the results with long duplex DNA to those with a short persistant-length fragment.The transcriptional activity dramatically changed only for long duplex DNA within a narrow range of NTP concentrations associated with changes in the large-scale structure of DNA.This result suggests that the energy state may play an essential role in regulating ON/OFF switching on transcriptional activity.
机译:遗传活性与细胞内能量状态密切相关,这一点越来越清楚。但是,这种联系的机制仍不清楚。在本研究中,我们着眼于DNA结构的大规模变化以检验NTP的作用。浓度与T7 RNA聚合酶的转录反应浓度进行比较,并将长双链体DNA与具有短持久性片段的结果进行比较。 DNA的大规模结构。该结果表明,能态可能在调节转录活性的ON / OFF转换中起重要作用。

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