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Mathematical Modeling of the Induced Mutation Process in Bacterial Cells

机译:细菌细胞诱导突变过程的数学建模

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A mathematical model of the ultraviolet (UV) irradiation-induced mutation process in bacterial cells Escherichia coli is developed. Using mathematical approaches, the whole chain of events is tracked from a cell exposure to the damaging factor to mutation formation in the DNA chain. An account of the key special features of the regulation of this genetic network allows predicting the effects induced by the cell exposure to certain UV energy fluence.
机译:开发了一种紫外线(UV)辐照诱导的细菌细胞大肠杆菌突变过程的数学模型。使用数学方法,从细胞暴露于DNA链中突变形成的细胞暴露于损伤因子的细胞暴露。该遗传网络调节的关键特征的叙述允许预测细胞暴露于某些紫外线能量诱导的效果。

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