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Integrative gene expression analysis of lung cancer based on a technology-merging approach

机译:基于技术合并方法的肺癌综合基因表达分析

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Nowadays there are many microarray gene expression datasets which are available by means of public repositories. Nevertheless, the fact is that most of them are low-scale analysis with a little number of samples. Consequently, integrating different data from several independent studies which try to treat a similar disease may be seen as a good option to tackle with the scarce number of samples that can be collected by only one study. In this paper we take a step beyond this approach and we merge also datasets from different microarray technologies, namely both Illumina and Affymetrix. Thanks to that we achieve a bigger database of lung cancer studies in order to obtain more significantly expressed genes in the differential gene expression analysis.
机译:如今有许多微阵列基因表达式数据集可以通过公共存储库获得。然而,事实是,大多数是用少量样品进行低规模分析。因此,将不同的数据与尝试治疗类似疾病的几项独立研究可以被视为在仅通过仅通过一项研究收集的样本数量的缺乏样本来解决的良好选择。在本文中,我们超越了这种方法,我们也可以从不同的微阵列技术合并数据集,即Illumina和Affymetrix。由于我们实现了更大的肺癌研究数据库,以便在差异基因表达分析中获得更明显的表达基因。

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