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Can We Identify Cellular Pathways Implicated in Cancer Using Gene Expression Data?

机译:我们可以使用基因表达数据识别涉及癌症中有牵种癌症的细胞途径吗?

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The cancer state of a cell is characterized by alterations of important cellular processes such as cell proliferation, apoptosis, DNA-damage repair, etc. The expression of genes associated with cancer related pathways, therefore, may exhibit differences between the normal and the cancerous states. We explore various means to find these differences. We analyze 6 different pathways (p53, Ras, Brca, DNA damage repair, NF kb and β-catenin) and 4 different types of cancer: colon, pancreas, prostate and kidney. Our results are found to be mostly consistent with existing knowledge of the involvement of these pathways in different cancers. Our analysis constitutes proof of principle that it may be possible to predict the involvement of a particular pathway in cancer or other diseases by using gene expression data. Such method would be particularly useful for the types of diseases where biology is poorly understood.
机译:细胞的癌症状态的特征在于,重要的细胞过程的改变,如细胞增殖,细胞凋亡,DNA损伤修复等。因此,与癌症相关途径相关的基因的表达可能表现出正常和癌症之间的差异 。 我们探索各种方法来找到这些差异。 我们分析6种不同的途径(P53,RAS,BRCA,DNA损伤修复,NF KB和β-Catenin)和4种不同类型的癌症:结肠,胰腺,前列腺和肾脏。 我们的结果主要是与现有的途径纳入不同癌症的现有知识。 我们的分析构成了原则的证据,即通过使用基因表达数据可以预测特定途径的累积或其他疾病的累积。 这种方法对于生物学知之甚少的疾病的类型特别有用。

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