Samwald Matthias, Lim Ernest, Masiar Peter, Marenco Luis, Chen Huajun, Morse Thomas, Mutalik Pradeep, Shepherd Gordon, Miller Perry, Cheung Kei-Hoi
Digital Enterprise Research Institute, National University of Ireland Galway, IDA Business Park, Lower Dangan, Galway, Ireland.
Stud Health Technol Inform. 2009;150:317-21.
The amount of biomedical data available in Semantic Web formats has been rapidly growing in recent years. While these formats are machine-friendly, user-friendly web interfaces allowing easy querying of these data are typically lacking. We present "Entrez Neuron", a pilot neuron-centric interface that allows for keyword-based queries against a coherent repository of OWL ontologies. These ontologies describe neuronal structures, physiology, mathematical models and microscopy images. The returned query results are organized hierarchically according to brain architecture. Where possible, the application makes use of entities from the Open Biomedical Ontologies (OBO) and the 'HCLS knowledgebase' developed by the W3C Interest Group for Health Care and Life Science. It makes use of the emerging RDFa standard to embed ontology fragments and semantic annotations within its HTML-based user interface. The application and underlying ontologies demonstrate how Semantic Web technologies can be used for information integration within a curated information repository and between curated information repositories. It also demonstrates how information integration can be accomplished on the client side, through simple copying and pasting of portions of documents that contain RDFa markup.
近年来,以语义网格式提供的生物医学数据量一直在迅速增长。虽然这些格式对机器友好,但通常缺少便于用户轻松查询这些数据的用户友好型网络界面。我们展示了“Entrez Neuron”,这是一个以神经元为中心的试验性界面,它允许针对一个连贯的OWL本体库进行基于关键词的查询。这些本体描述了神经元结构、生理学、数学模型和显微镜图像。返回的查询结果根据大脑结构进行分层组织。在可能的情况下,该应用程序利用来自开放生物医学本体(OBO)和W3C医疗保健与生命科学兴趣小组开发的“HCLS知识库”中的实体。它利用新兴的RDFa标准在其基于HTML的用户界面中嵌入本体片段和语义注释。该应用程序和基础本体展示了语义网技术如何用于在一个经过策划的信息存储库内以及不同的经过策划的信息存储库之间进行信息集成。它还展示了如何通过简单地复制和粘贴包含RDFa标记的文档部分,在客户端完成信息集成。