访问和连接临床患者数据和分子生物学信息的可定制框架

T. Töpel
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引用次数: 0

摘要

这项工作提出了一个可定制的软件框架,支持在代谢紊乱背景下的集成数据库中分析基因型和表型之间的相关性。检查基因型和表型之间关系的基础是来自不同生命科学数据源的信息,这些信息由基于介质的系统合并到一个综合数据库中。图形化Web界面使用户能够查询集成数据,并跟踪到不同信息域中相应数据对象的连接。在此基础上,提出了基于web的系统原型。在一个示例场景中,该框架用于整合罕见代谢疾病的临床和分子生物学数据。该框架提供了软件工具来集成几乎所有的生命科学数据,并为用户特定的演示准备内容。
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A Customizable Framework to Access and Interconnect Clinical Patient Data and Molecular Biology Information
This work presents a customizable software framework that supports the analysis of correlations between genotype and phenotype within an integrated database in the context of metabolic disorders. The basis for the examination of relations between genotypes and phenotypes is the information from different life science data sources, merged by a mediator-based system in an integrated database. A graphical Web interface enables user queries to the integrated data and the trace of connections to corresponding data objects in different information domains. As a result of this work, a Web-based prototype of the system is presented. In the context of an example scenario, the framework was used to integrate clinical and molecular biology data for rare metabolic diseases. The framework offers software tools to integrate almost any life science data and to prepare the content for user-specific presentation.
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