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Comparative analysis of the transcription-factor gene regulatory networks of E. coli and S. cerevisiae

机译:大肠杆菌和酿酒酵母转录因子基因调控网络的比较分析

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摘要

BackgroundThe regulatory interactions between transcription factors (TF) and regulated genes (RG) in a species genome can be lumped together in a single directed graph. The TF's and RG's conform the nodes of this graph, while links are drawn whenever a transcription factor regulates a gene's expression. Projections onto TF nodes can be constructed by linking every two nodes regulating a common gene. Similarly, projections onto RG nodes can be made by linking every two regulated genes sharing at least one common regulator. Recent studies of the connectivity pattern in the transcription-factor regulatory network of many organisms have revealed some interesting properties. However, the differences between TF and RG nodes have not been widely explored.
机译:背景物种基因组中转录因子(TF)和受调控基因(RG)之间的调控相互作用可以集中在一个有向图中。 TF和RG符合此图的节点,而只要转录因子调节基因的表达,就会绘制链接。通过将调节共同基因的每两个节点连接起来,可以构建到TF节点的投影。类似地,可以通过将共享至少一个共同调控子的每两个调控基因连接起来,对RG节点进行投影。对许多生物的转录因子调控网络中的连通性模式的最新研究显示了一些有趣的特性。但是,尚未广泛探讨TF和RG节点之间的差异。

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