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Prioritizing Disease Genes and Understanding Disease Pathways

机译:优先考虑疾病基因并了解疾病途径

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Genetic factors play a major role in the etiology of many human diseases. Genome-wide experimental methods produce an increasing number of genes associated with such diseases. This article introduces data sources, bioinformatics tools, and computational methods for prioritizing disease candidate genes and identifying disease pathways. The main strategy is to examine the similarity among the candidate genes and known disease genes at the functional level. The authors review different similarity measures and prevailing methods for integrating results from different functional aspects. The authors hope this article will help advocate many useful resources that the researchers can use to investigate diseases of their interest.
机译:遗传因素在许多人类疾病的病因中起着重要作用。全基因组的实验方法产生与这种疾病有关的基因数量增加。本文介绍了数据源,生物信息学工具和用于确定疾病候选基因优先级和确定疾病途径的计算方法。主要策略是在功能水平上检查候选基因与已知疾病基因之间的相似性。作者回顾了不同的相似性度量和用于整合来自不同功能方面的结果的流行方法。作者希望本文将有助于提倡许多有用的资源,研究人员可以将其用于调查他们感兴趣的疾病。

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