Silva João Paulo Müller da, Lemke Ney, Mombach José Carlos, Souza José Guilherme Camargo de, Sinigaglia Marialva, Vieira Renata
Laboratório de Bioinformática e Biologia Computacional, Universidade do Vale do Rio dos Sinos, Unisinos, 93022-000 São Leopoldo, RS, Brazil.
Genet Mol Res. 2006 Mar 31;5(1):182-92.
The description of the complex molecular network responsible for cell behavior requires new tools to integrate large quantities of experimental data in the design of biological information systems. These tools could be used in the characterization of these networks and in the formulation of relevant biological hypotheses. The building of an ontology is a crucial step because it integrates in a coherent framework the concepts necessary to accomplish such a task. We present MONET (molecular network), an extensible ontology and an architecture designed to facilitate the integration of data originating from different public databases in a single- and well-documented relational database, that is compatible with MONET formal definition. We also present an example of an application that can easily be implemented using these tools.
描述负责细胞行为的复杂分子网络需要新工具,以便在生物信息系统设计中整合大量实验数据。这些工具可用于表征这些网络,并用于提出相关生物学假设。构建本体是关键一步,因为它将完成此类任务所需的概念整合到一个连贯的框架中。我们展示了MONET(分子网络),这是一个可扩展的本体以及一种架构,旨在便于将来自不同公共数据库的数据整合到一个记录完善的单一关系数据库中,该数据库与MONET形式定义兼容。我们还展示了一个使用这些工具可轻松实现的应用示例。