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Neural networks for gene expression analysis and gene selection from DNA microarray

机译:神经网络用于基因表达分析和DNA芯片的基因选择

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We propose two approaches for microarray gene expression analysis and gene selection using neural networks. Using these approaches, only those genes which help sample classification are selected from the original set of genes, and the redundant genes expression patterns involved in the huge microarray matrix are eliminated so that dimensionality of the matrix is reduced from a few thousands to a much smaller number. An unsupervised SOM based technique and another supervised single layer perceptron based technique have been utilized for this purpose. Performance of these two approaches is compared in terms of accuracy, implementation and execution time.
机译:我们提出了两种使用神经网络进行微阵列基因表达分析和基因选择的方法。使用这些方法,仅从原始基因集中选择那些有助于样品分类的基因,并消除了巨大的微阵列矩阵中涉及的冗余基因表达模式,从而使矩阵的维数从数千减小到了更小数字。为此目的,已使用了无监督的基于SOM的技术和另一种有监督的基于单层感知器的技术。从准确性,实现和执行时间方面比较了这两种方法的性能。

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