Publication | Closed Access
A multi-objective approach to discover biclusters in microarray data
54
Citations
20
References
2007
Year
Unknown Venue
EngineeringGeneticsMultiomicsEvolutionary AlgorithmsGenomicsGene RecognitionGene Expression ProfilingEvolutionary Multimodal OptimizationData MiningSearch SpaceComputational GenomicsBiostatisticsMicroarray Data AnalysisGene Expression MatrixEvolution-based MethodKnowledge DiscoveryStatistical GeneticsOmicsFunctional GenomicsBioinformaticsComputational BiologyMulti-objective ApproachSystems BiologyMedicine
The main motivation for using a multi-objective evolutionary algorithm for finding biclusters in gene expression data is motivated by the fact that when looking for biclusters in gene expression matrix, several objectives have to be optimized simultaneously, and often these objectives are in conflict with each other. Moreover, the use of evolutionary computation is justified by the huge dimensionality of the search space, since it is known that evolutionary algorithms have great exploration power.We focus our attention on finding biclusters of high quality with large variation. This is because, in expression data analysis, the most important goal may not be finding biclusters containing many genes and conditions, as it might be more interesting to find a set of genes showing similar behavior under a set of conditions. Experimental results confirm the validity of the proposed technique.
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