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Class prediction and gene selection for DNA microarrays using sliced inverse regression

机译:使用切片逆回归的DNA微阵列的类预测和基因选择

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The monitoring of the expression profiles of thousands of genes seems particularly promising for biological classification. DNA microarrays data have been recently used for the development of classification rules, particularly for cancer diagnosis. However, microarrays data present major challenges due to the complex, multiclass nature and the overwhelming number of variables characterizing gene expression profiles. We propose an approach based on sliced inverse regression which allows the simultaneous development of classification rules and the selection of those genes that are most important in terms of classification accuracy.
机译:监测成千上万基因的表达谱似乎对生物分类特别有前途。 DNA微阵列数据已被最近用于开发分类规则,特别是对于癌症诊断。然而,微阵列数据由于复杂,多标菌性质和特征在于表征基因表达谱的压倒性数量而产生的主要挑战。我们提出了一种基于切片逆回归的方法,该方法允许同时开发分类规则以及在分类准确性方面的选择最重要的那些基因。

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