International Journal for Computational Biology · 2014 · 22 citations · 47 references
Life SciencesBioinformaticsBiostatisticsGene ExpressionGene Expression AnalysisGenomicsDifferential Expression AnalysisDifferential Gene Expression AnalysisGene ClustersGene Co-expression AnalysisGene Coexpression NetworksGene Expression ProfilingClusteringClustering AlgorithmsDifferential Co-expression AnalysisGene Cluster Expression PatternsGene ClusteringHeuristic AlgorithmsMicroarray AnalysisNp-hardness
There are subsets of genes that have similar behavior under subsets of conditions, so we say that they coexpress, but behave independently under other subsets of conditions. Discovering such coexpressions can be helpful to uncover genomic knowledge such as gene networks or gene interactions. That is why, it is of utmost importance to make a simultaneous clustering of genes and conditions to identify clusters of genes that are coexpressed under clusters of conditions. This type of clustering is called biclustering. Biclustering is an NP-hard problem. Consequently, heuristic algorithms are typically used to approximate this problem by finding suboptimal solutions. In this paper, we make a new survey on biclustering of gene expression data, also called microarray data.
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