An epigenetic switch involving a positive feedback loop linking inflammation to cancer effected by Myc and miRNA-17-92 microRNA cluster

Jichun Chang, Ruiqi Wang
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Abstract

Inflammation is a critical part of tumour progression. But the regulatory mechanisms linking inflammation and cells transformation was less understood. A pathway linking inflammation to cell transformation which is maintained by a positive feedback loop involving NF-κB, Lin28, Let-7 and IL6 has been discovered. We extended the pathway,in which Myc and miR-17-92 microRNA cluster are added. Their roles are studied through the method of qualitative analysis. The result showed that both Myc and miR-17-92 microRNA cluster can promote the transformation. We have verified the the important elements of the pathway through sensitivity analysis.
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一种表观遗传开关,涉及Myc和miRNA-17-92 microRNA集群影响的连接炎症和癌症的正反馈回路
炎症是肿瘤发展的关键部分。但人们对炎症和细胞转化之间的调控机制知之甚少。发现了一种连接炎症和细胞转化的途径,该途径由NF-κB、Lin28、Let-7和IL6参与的正反馈回路维持。我们扩展了该途径,在其中添加了Myc和miR-17-92 microRNA簇。通过定性分析的方法研究了它们的作用。结果表明Myc和miR-17-92 microRNA簇都能促进转化。我们通过敏感性分析验证了该通路的重要元素。
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