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Triclustering on temporary microarray data using the TriGen algorithm

机译:使用TriGen算法对临时微阵列数据进行三聚类

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The analysis of microarray data is a computational challenge due to the characteristics of these data. Clustering techniques are widely applied to create groups of genes that exhibit a similar behavior under the conditions tested. Biclustering emerges as an improvement of classical clustering since it relaxes the constraints for grouping allowing genes to be evaluated only under a subset of the conditions and not under all of them. However, this technique is not appropriate for the analysis of temporal microarray data in which the genes are evaluated under certain conditions at several time points. In this paper, we propose the TriGen algorithm, which finds triclusters that take into account the experimental conditions and the time points, using evolutionary computation, in particular genetic algorithms, enabling the evaluation of the gene's behavior under subsets of conditions and of time points.
机译:由于这些数据的特征,对微阵列数据的分析是计算上的挑战。聚类技术被广泛应用于创建在测试条件下表现出相似行为的基因组。双簇出现是对经典聚​​类的一种改进,因为它放宽了分组的限制,允许仅在一部分条件下而不是在所有条件下评估基因。但是,此技术不适用于分析临时微阵列数据,在临时微阵列数据中,在某些条件下的几个时间点对基因进行了评估。在本文中,我们提出了TriGen算法,该算法使用进化计算(尤其是遗传算法)找到考虑了实验条件和时间点的细线,从而能够在条件和时间点的子集下评估基因的行为。

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