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Kidney transplant classification with gene expression profiles using L1 feature selection ensemble classifier based on data clustering

机译:基于数据聚类的L1特征选择集成分类器对具有基因表达谱的肾脏移植分类

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Gene expression profiles can be extracted from DNA in order to obtain relevant information related to kidney transplant. Successful kidney transplant from donor to patient depends on the fitness of both kidneys, so more and more study should be conducted particularly in kidney transplant classification. The common problem of kidney transplant classification is large amount of genes data from various samples. In this research, we demonstrate L1 Feature Selection Ensemble Classifier based on Data Clustering to select informative genes in order to classify gene expression profiles. After classification on data clustering, ensemble classifier produces 97% overall accuracy with precision, recall, F-Test and Kappa Coefficient reaches 95.7%, 91.3%, 93.5%, 90.3% respectively.
机译:可以从DNA中提取基因表达谱,以获得与肾脏移植有关的相关信息。从供体到患者的成功肾脏移植取决于两个肾脏的适应性,因此应进行越来越多的研究,尤其是在肾脏移植分类方面。肾移植分类的普遍问题是来自各种样品的大量基因数据。在这项研究中,我们演示了基于数据聚类的L1特征选择集合分类器以选择信息基因,以对基因表达谱进行分类。经过数据聚类的分类后,集成分类器的整体准确度达到97%,准确率,召回率,F检验和Kappa系数分别达到95.7%,91.3%,93.5%,90.3%。

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