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DEOD: uncovering dominant effects of cancer-driver genes based on a partial covariance selection method

机译:DEOD:基于偏协方差选择方法揭示癌症驱动基因的显性作用

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Motivation: The generation of a large volume of cancer genomes has allowed us to identify disease- related alterations more accurately, which is expected to enhance our understanding regarding the mechanism of cancer development. With genomic alterations detected, one challenge is to pinpoint cancer-driver genes that cause functional abnormalities.
机译:动机:大量癌症基因组的产生使我们能够更准确地识别与疾病相关的改变,这有望增进我们对癌症发展机制的了解。在检测到基因组改变后,一项挑战是查明导致功能异常的癌症驱动基因。

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