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Estimating the number of genetic mutations (hits) required for carcinogenesis based on the distribution of somatic mutations

机译:根据体细胞突变的分布估算致癌所需的基因突变(命中数)

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Author summary Cancer is primarily a result of genetic mutations. Each individual instance of cancer is initiated by a specific combination of a small number of mutations (hits). In trying to identify these combinations of mutations, it is important to know how many hits to look for. However, there are conflicting estimates for the number of hits. We present a fundamentally different model for estimating the number of hits. We found that the number hits ranges from two-eight depending on cancer type. These findings may provide insight into the unique characteristics of different cancer types.
机译:作者摘要癌症主要是遗传突变的结果。癌症的每个个体实例都是由少量突变(命中)的特定组合引发的。在尝试识别这些突变组合时,重要的是要知道要寻找多少个命中。但是,对命中数的估计存在矛盾。我们提出了一种根本不同的模型来估算点击数。我们发现,根据癌症类型的不同,命中率从八分之二不等。这些发现可以提供对不同癌症类型独特特征的见识。

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