Identify cancer survival related mutation genes from integrated TCGA datasets

Zhenzhen Huang, Haomin Li
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Abstract

Several large-scale human cancer genomics projects such as TCGA offered huge genomic and clinical data for researchers to obtain meaningful genomics alterations which intervene in the development and metastasis of tumors. The object of this study was to identify associations of mutation genes and survival time by linking these genomic features to clinical outcome. Based on the TCGA dataset, this study developed a website called TCGA4U which provides a visualization solution to illustrate the relationship of these genomics alternations with clinical data. Through integrating somatic mutation data and follow up data of three cancer types in TCGA, this study identified several somatic mutations which impact patient survival with statistical significance. These identified mutation genes have the potential to be used as new cancer biomarkers in clinical to predict the survival of patients.
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从整合的TCGA数据集中识别癌症生存相关的突变基因
一些大规模的人类癌症基因组项目,如TCGA,为研究人员提供了大量的基因组和临床数据,以获得干预肿瘤发展和转移的有意义的基因组改变。本研究的目的是通过将这些基因组特征与临床结果联系起来,确定突变基因与生存时间的关联。基于TCGA数据集,本研究开发了一个名为TCGA4U的网站,该网站提供了一个可视化解决方案来说明这些基因组学变化与临床数据的关系。本研究通过整合TCGA三种癌症类型的体细胞突变资料和随访资料,发现了影响患者生存的几种体细胞突变,且具有统计学意义。这些已鉴定的突变基因有可能作为新的癌症生物标志物用于临床预测患者的生存。
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