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Evaluation and comparison of gene clustering methods in microarray analysis

机译:基因聚类方法在微阵列分析中的评估和比较

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Motivation: Microarray technology has been widely applied in biological and clinical studies for simultaneous monitoring of gene expression in thousands of genes. Gene clustering analysis is found useful for discovering groups of correlated genes potentially co-regulated or associated to the disease or conditions under investigation. Many clustering methods including hierarchical clustering, K-means, PAM, SOM, mixture model-based clustering and tight clustering have been widely used in the literature. Yet no comprehensive comparative study has been performed to evaluate the effectiveness of these methods.
机译:动机:微阵列技术已广泛应用于生物学和临床研究,以同时监测数千个基因中的基因表达。发现基因聚类分析可用于发现潜在相关的基因组,这些相关基因可能与研究中的疾病或状况共调节或相关。文献中广泛使用了许多聚类方法,包括层次聚类,K-均值,PAM,SOM,基于混合模型的聚类和紧密聚类。然而,尚未进行全面的比较研究来评估这些方法的有效性。

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