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Biological pathway conducting microarray-based cancer classification

机译:导电微阵列的癌症分类

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The cancer classification is a major and important study field in the medical research, and DNA microarrays have been proved to provide useful and great information for cancer classification at molecular level, compared with traditional clinical or histopathological information. Bio-markers from microarray gene expression analysis have developed to a new approach for cancer classification but still face the problems such as: different genetic signatures for same cancer under different methods; disregards of small but consistent changes in expression; and lack of biological systematic opinion. Here, this paper proposes biological pathway conducting cancer classification based on gene expression data with pathway information in KEGG. There are experiments on four different data-sets for breast, colon, gloimas and lymphoma cancer: the accuracy of these classifications are all promoted about 10%, and even achieve 100% in LOOCV on gloimas data;the pathway conducting classifiers show more significant biological functional features than genetic bio-markers.
机译:癌症分类是医学研究的主要和重要的研究领域,与传统临床或组织病理学信息相比,已证明DNA微阵列已经证明DNA微阵列为分子水平提供癌症分类的有用和卓越的信息。来自微阵列基因表达分析的生物标记已开发出一种新的癌症分类方法,但仍然面临着不同方法下同一癌症的不同遗传签名;忽略表达的小而一致的变化;缺乏生物系统意见。在此,本文提出了基于基因表达数据进行癌症分类的生物途径,在Kegg中的途径信息。有四种不同数据集的乳房,结肠,胶质血症和淋巴瘤癌症:这些分类的准确性均促进约10%,甚至在Gloimas数据上达到100%;途径进行分类器显示更重要的生物学功能特征而不是遗传生物标记。

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