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h-Profile plots for the discovery and exploration of patterns in gene expression data with an application to time course data

机译:h-Profile图,用于发现和探索基因表达数据中的模式,并应用于时程数据

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Background An ever increasing number of techniques are being used to find genes with similar profiles from microarray studies. Visualization of gene expression profiles can aid this process, potentially contributing to the identification of co-regulated genes and gene function as well as network development. Results We introduce the h-Profile plot to display gene expression profiles. Thumbnail versions of plots of gene expression profiles are plotted at coordinates such that profiles of similar shape are located in the same sector, with decreasing variance towards the origin. Negatively correlated profiles can easily be identified. A new method for selecting genes with fixed periodicity, but different phase and amplitude is described and used to demonstrate the use of the plots on cell cycle data. Conclusion Visualization tools for gene expression data are important and h-profile plots provide a timely contribution to the field. They allow the simultaneous visualization of many gene expression profiles and can be used for the identification of genes with similar or reversed profiles, the foundation step in many analyses.
机译:背景技术越来越多的技术被用于从微阵列研究中寻找具有相似谱的基因。基因表达谱的可视化可以帮助这一过程,可能有助于共同调控基因的鉴定和基因功能以及网络的发展。结果我们引入了h-Profile图来显示基因表达谱。将基因表达谱图的缩略图版本绘制在坐标处,以使形状相似的谱图位于同一扇形中,并且朝向原点的方差减小。负相关的配置文件很容易识别。描述了一种选择具有固定周期性,但相位和振幅不同的基因的新方法,并用于证明该图在细胞周期数据中的用途。结论用于基因表达数据的可视化工具很重要,并且h轮廓图可为该领域提供及时的帮助。它们允许同时可视化许多基因表达图谱,并可用于鉴定具有相似或反向图谱的基因,这是许多分析的基础步骤。

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