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AtCAST, a Tool for Exploring Gene Expression Similarities among DNA Microarray Experiments Using Networks

机译:AtCAST,一种使用网络探索DNA微阵列实验之间的基因表达相似性的工具

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The comparison of gene expression profiles among DNA microarray experiments enables the identification of unknown relationships among experiments to uncover the underlying biological relationships. Despite the ongoing accumulation of data in public databases, detecting biological correlations among gene expression profiles from multiple laboratories on a large scale remains difficult. Here, we applied a module (sets of genes working in the same biological action)-based correlation analysis in combination with a network analysis to Arabidopsis data and developed a ‘module-based correlation network’ (MCN) which represents relationships among DNA microarray experiments on a large scale. We developed a Web-based data analysis tool, ‘AtCAST’ (Arabidopsis thaliana: DNA Microarray Correlation Analysis Tool), which enables browsing of an MCN or mining of users’ microarray data by mapping the data into an MCN. AtCAST can help researchers to find novel connections among DNA microarray experiments, which in turn will help to build new hypotheses to uncover physiological mechanisms or gene functions in Arabidopsis.
机译:DNA微阵列实验之间基因表达谱的比较使得能够鉴定实验之间的未知关系,从而揭示潜在的生物学关系。尽管公共数据库中数据的积累不断,但要从多个实验室大规模检测基因表达谱之间的生物学相关性仍然很困难。在这里,我们将基于模块(在相同生物作用下工作的基因集)的相关性分析与网络分析相结合,对拟南芥数据进行了研究,并开发了一种“基于模块的相关性网络”(MCN),它代表了DNA微阵列实验之间的关系。大范围上。我们开发了基于Web的数据分析工具“ AtCAST”(拟南芥:DNA微阵列相关分析工具),该工具可通过浏览MCN或将数据映射到MCN来挖掘用户的微阵列数据。 AtCAST可以帮助研究人员在DNA微阵列实验之间找到新颖的联系,从而有助于建立新的假设以揭示拟南芥的生理机制或基因功能。

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