转录因子和它们的靶标基因之间的关系能够根据定向调节网络被模拟出来。
The relationships between TFs and their target genes can be modeled in terms of directed regulatory networks.
丁酸不仅调节某一个基因的表达，还参与信号通路及基因网络的调节。
Butyric acids not only regulate the expression of a particular gene, but also involved in the regulation of signaling pathways and gene networks.
研究人员曾经认为主控转录因子通过直接调节许多基因来产生广泛的影响，但事实上具有最多直接的调节靶标的转录因子处于这种层次网络的中间。
Finally, one might think master TFs achieve their wide influence through directly regulating many targets, but TFs with most direct targets are in the middle of the hierarchy.
研究人员曾经认为主控转录因子通过直接调节许多基因来产生广泛的影响，但事实上具有最多直接的调节靶标的转录因子处于这种层次网络的中间。
Finally, one might think master TFs achieve their wide influence through directly regulating many targets, but TFs with most direct targets are in the middle of the hierarchy.
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