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Key contribution of post-transcriptional mechanisms to circadian metabolism regulation revealed by Perseus analysis of quantitative proteomics and cross-omics data

机译:转录后机制对昼夜分析的昼夜转录机制的关键贡献,揭示了定量蛋白质组学和跨越式数据的分析

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At least 6% of the proteome shows circadian oscillations in liver 1/3 of cycling proteins have no corresponding cycling transcript Phases of cycling proteins form two distinct clusters. mRNA are more evenly distributed over the whole day mRNA/protein time lag is not constant Circadian posttranscriptional and posttranslational mechanisms play a key role in the temporal orchestration of liver metabolism and physiology
机译:至少6%的蛋白质组显示肝脏1/3的循环振荡在循环蛋白中没有相应的循环蛋白的循环转录相形成两个不同的簇。 在整个昼夜mRNA /蛋白的时间滞后,mRNA更均匀分布,并不是昼夜核心术语,后翻查的和后期机制在肝脏代谢和生理学的时间核心中发挥着关键作用

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