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The mini-driver model of polygenic cancer evolution

机译:多基因癌症进化的微型驱动程序模型

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Much of cancer genetics research has focused on the identification of the most-important somatic mutations ('major drivers') that cause tumour growth. However, many mutations found in cancer might not be major drivers or 'passenger' mutations, but instead might have relatively weak tumour-promoting effects. Our aim is to highlight the existence of these mutations (termed 'mini drivers' herein), as multiple mini-driver mutations might substitute for a major-driver change, especially in the presence of genomic instability or high mutagen exposure. The mini-driver model has clinical implications: for example, the effects of therapeutically targeting such genes may be limited. However, the main importance of the model lies in helping to provide a complete understanding of tumorigenesis, especially as we anticipate that an increasing number of mini-driver mutations will be found by cancer genome sequencing.
机译:许多癌症遗传学研究都集中在识别导致肿瘤生长的最重要的体细胞突变(“主要驱动因素”)上。但是,在癌症中发现的许多突变可能不是主要的驱动因素或“乘客”突变,而可能具有相对较弱的促肿瘤作用。我们的目的是强调这些突变的存在(在本文中称为“微型驱动程序”),因为多个微型驱动程序突变可能替代主要驱动程序变化,尤其是在基因组不稳定或高诱变剂暴露的情况下。微型驱动程序模型具有临床意义:例​​如,治疗性靶向此类基因的作用可能有限。但是,该模型的主要重要性在于帮助提供对肿瘤发生的完整理解,特别是因为我们预计通过癌症基因组测序会发现越来越多的微型驱动程序突变。

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