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System size reduction in stochastic simulations of the facilitated diffusion mechanism

机译:随机扩散机制随机模拟中的系统尺寸减小

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摘要

BackgroundSite-specific Transcription Factors (TFs) are proteins that bind to specific sites on the DNA and control the activity of a target gene by enhancing or decreasing the rate at which the gene is transcribed by RNA polymerase. The process by which TF molecules locate their target sites is a key component of transcriptional regulation. Therefore it is essential to gain insight into the mechanisms by which TFs search for the target sites.Research in this area uses experimental and analytical approaches, but also stochastic simulations of the search process. Previous work based on stochastic simulations focussed only on short sequences, primarily for reasons of technical feasibility. Many of these studies had to disregard possible biases introduced by reducing a genome-wide system to a smaller subsystem. In particular, we identified crucial parameters that require adjustment, which were not adequately changed in these previous studies.
机译:背景位点特异性转录因子(TFs)是与DNA上特定位点结合并通过增强或降低RNA聚合酶转录该基因的速率来控制靶基因活性的蛋白质。 TF分子定位其靶位的过程是转录调控的关键组成部分。因此,有必要深入了解TF搜索目标位点的机制。该领域的研究使用实验和分析方法,以及搜索过程的随机模拟。以前基于随机模拟的工作主要集中在短序列上,主要是出于技术可行性的考虑。这些研究中许多都不得不忽略通过将全基因组系统缩小为较小的子系统而引入的可能偏差。特别是,我们确定了需要调整的关键参数,而这些先前的研究并未对其进行适当的更改。

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