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Predicting and affecting response to cancer therapy based on pathway-level biomarkers

机译:基于途径水平的生物标志物预测和影响对癌症治疗的反应

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摘要

Euclidean distance (ED) distribution of genes and pathways calculated from microarray data from two different institutions (CCLE and GDSC) across 438 cell lines. Blue line: ED distribution between the pathways in the two datasets; red line: ED distribution between the genes. values were generated using Mann–Whitney -test. ED distribution of genes and pathways between RNA-seq and microarray data across 294 ovarian cancer patients. Blue line: ED between the pathways; red line: ED between the genes. -values were generated using Mann–Whitney -test. tSNE plot of the gene-expression levels in three tumor types and their adjacent normal tissue. Samples are colored by tissue type and state (tumorormal). tSNE plot of the pathway activity levels in three tumor types and their adjacent normal tissue. Samples are colored by tissue type and state (tumorormal). Workflow pipeline depicting the data flow from the (i) Input data to (ii) the drug-based Classification step to (iii) the final Results output. The quantile–quantile (QQ) plots are colored by tissue type. See also Supplementary Figs.  – .
机译:从两个不同机构(CCLE和GDSC)的438个细胞系的微阵列数据计算得出的基因和途径的欧氏距离(ED)分布。蓝线:两个数据集中路径之间的ED分布;红线:基因之间的ED分布。使用Mann–Whitney -test生成值。 ED分布在294名卵巢癌患者中的基因分布以及RNA-seq和微阵列数据之间的通路。蓝线:通道之间的ED;红线:基因之间的ED。使用Mann–Whitney -test生成值。 tSNE绘图的三种肿瘤类型及其邻近的正常组织中的基因表达水平。样品按组织类型和状态(肿瘤/正常)上色。三种肿瘤类型及其邻近正常组织中途径活性水平的tSNE图。样品按组织类型和状态(肿瘤/正常)上色。工作流管道描述了从(i)输入数据到(ii)基于毒品的分类步骤到(iii)最终结果输出的数据流。分位数-分位数(QQ)图按组织类型着色。另见补充图。 –。

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