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A systematic approach to infer biological relevance and biases of gene network structures

机译:推断基因网络结构生物学相关性和偏倚的系统方法

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The development of high-throughput technologies has generated the need for bioinformatics approaches to assess the biological relevance of gene networks. Although several tools have been proposed for analysing the enrichment of functional categories in a set of genes, none of them is suitable for evaluating the biological relevance of the gene network. We propose a procedure and develop a web-based resource (BIOREL) to estimate the functional bias (biological relevance) of any given genetic network by integrating different sources of biological information. The weights of the edges in the network may be either binary or continuous. These essential features make our web tool unique among many similar services. BIOREL provides standardized estimations of the network biases extracted from independent data. By the analyses of real data we demonstrate that the potential application of BIOREL ranges from various benchmarking purposes to systematic analysis of the network biology.
机译:高通量技术的发展引起了对生物信息学方法的需求,以评估基因网络的生物学相关性。尽管已经提出了几种工具来分析一组基因中功能类别的丰富化,但是它们都不适合评估基因网络的生物学相关性。我们提出了一个程序,并开发了一个基于Web的资源(BIOREL),通过整合不同的生物信息资源来估计任何给定遗传网络的功能偏差(生物学相关性)。网络中边缘的权重可以是二进制的也可以是连续的。这些基本功能使我们的网络工具在许多类似服务中独树一帜。 BIOREL提供了从独立数据中提取的网络偏差的标准化估计。通过对真实数据的分析,我们证明了BIOREL的潜在应用范围从各种基准测试目的到网络生物学的系统分析。

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