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首页> 外文期刊>Trends in Microbiology >How Our Other Genome Controls Our Epi-Genome
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How Our Other Genome Controls Our Epi-Genome

机译:我们其他基因组如何控制我们的表观基因组

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摘要

Eukaryotes and prokaryotes produce extracellular nanovescicles that contain RNAs and other molecules that they exploit to communicate. Recently, inter kingdom crosstalk was demonstrated between humans and bacteria through fecal microRNAs. We suggest here how bacteria interact with humans via RNAs within membrane vesicles to alter our epigenome, thus filling the gap and closing the circle. At the same time, there are indications that there could be a wider inter kingdom communication network that might encompass all known kingdoms. Now that the connection with our other genome has been established, we also should begin to explore the 'social' network that we have around us.
机译:真核生物和原核生物产生细胞外的纳米囊泡,这些囊泡中含有RNAs和其他可用来交流的分子。最近,通过粪便microRNA证明了人与细菌之间的王国间串扰。我们在这里建议细菌如何通过膜小泡内的RNA与人类相互作用,从而改变我们的表观基因组,从而填补空白并缩小圆圈。同时,有迹象表明,可能存在更广泛的国与国之间的通信网络,其中可能涵盖所有已知的国度。现在已经建立了与我们其他基因组的联系,我们也应该开始探索我们周围的“社交”网络。

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