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Finding common genes in multiple cancer types through meta-analysis of microarray experiments: a rank aggregation approach.

机译:通过对微阵列实验的荟萃分析,发现多种癌症类型中的共有基因:秩聚合法。

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摘要

Discovering genes involved in multiple types of cancers is of significant therapeutic importance. We show that collective evidence for such genes can be obtained via a form of meta-analysis that aggregates the results (rankings and p values) from various cancer-specific microarray experiments. This method is illustrated by a combined analysis of 20 microarray experiments. In the aggregated list of top-50 genes, 36 of them have been implicated in cancer (often multiple cancers) genesis in past studies, which also suggests that this list may contain some novel cancer genes that may deserve further scrutiny in the future.
机译:发现涉及多种类型癌症的基因具有重要的治疗重要性。我们表明可以通过汇总各种癌症特异性微阵列实验的结果(等级和p值)的荟萃分析形式获得此类基因的集体证据。通过对20个微阵列实验的综合分析说明了该方法。在前50个基因的汇总清单中,过去的研究中有36个与癌症(通常是多种癌症)的发生有关,这也表明该清单可能包含一些新颖的癌症基因,将来可能需要进一步审查。

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