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On Biclustering of Gene Expression Data

机译:论基因表达数据的聚类

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摘要

Microarray technology enables the monitoring of the expression patterns of a huge number of genes acrossndifferent experimental conditions or time points simultaneously. Biclustering of microarray data is an important techniquento discover a group of genes that are co-regulated in a subset of experimental conditions. Traditional clustering algorithmsnfind groups of genes/conditions over the complete feature space. Therefore they may fail to discover the local patternsnwhere a subset of genes has similar behaviour over a subset of conditions. Biclustering algorithms aim to discover suchnlocal patterns from the gene expression matrix, thus can be thought as simultaneous clustering of genes and conditions. Innrecent years, a large number of biclustering algorithms have been proposed in literature. In this article, a study has beennmade on various issues regarding the biclustering problem along with a comprehensive survey on available biclusteringnalgorithms. Moreover, a survey on freely available biclustering software is also made.
机译:微阵列技术能够在不同的实验条件或时间点同时监控大量基因的表达模式。微阵列数据的二聚化是发现在实验条件子集中被共同调节的一组基因的一项重要技术。传统的聚类算法会在整个特征空间上找到基因/条件组。因此,他们可能无法发现局部模式,其中基因的子集在条件的子集上具有相似的行为。双聚类算法旨在从基因表达矩阵中发现这种局部模式,因此可以认为是基因和条件的同时聚类。最近几年,文献中提出了大量的双簇算法。在本文中,已经对有关双聚类问题的各种问题进行了研究,并对可用的双聚类算法进行了全面调查。此外,还对免费提供的双群集软件进行了调查。

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