Hruz Tomas, Laule Oliver, Szabo Gabor, Wessendorp Frans, Bleuler Stefan, Oertle Lukas, Widmayer Peter, Gruissem Wilhelm, Zimmermann Philip
Institute of Theoretical Computer Science, ETH Zurich, 8092 Zurich, Switzerland.
Adv Bioinformatics. 2008;2008:420747. doi: 10.1155/2008/420747. Epub 2008 Jul 8.
The Web-based software tool Genevestigator provides powerful tools for biologists to explore gene expression across a wide variety of biological contexts. Its first releases, however, were limited by the scaling ability of the system architecture, multiorganism data storage and analysis capability, and availability of computationally intensive analysis methods. Genevestigator V3 is a novel meta-analysis system resulting from new algorithmic and software development using a client/server architecture, large-scale manual curation and quality control of microarray data for several organisms, and curation of pathway data for mouse and Arabidopsis. In addition to improved querying features, Genevestigator V3 provides new tools to analyze the expression of genes in many different contexts, to identify biomarker genes, to cluster genes into expression modules, and to model expression responses in the context of metabolic and regulatory networks. Being a reference expression database with user-friendly tools, Genevestigator V3 facilitates discovery research and hypothesis validation.
基于网络的软件工具Genevestigator为生物学家提供了强大的工具,以便在广泛的生物学背景下探索基因表达。然而,其最初版本受到系统架构的扩展能力、多生物体数据存储和分析能力以及计算密集型分析方法可用性的限制。Genevestigator V3是一个新颖的元分析系统,它源于使用客户端/服务器架构进行的新算法和软件开发、对多种生物体的微阵列数据进行大规模人工整理和质量控制,以及对小鼠和拟南芥的通路数据进行整理。除了改进的查询功能外,Genevestigator V3还提供了新的工具,用于分析基因在许多不同背景下的表达、识别生物标志物基因、将基因聚类到表达模块中,以及在代谢和调控网络的背景下模拟表达反应。作为一个拥有用户友好工具的参考表达数据库,Genevestigator V3有助于发现研究和假设验证。