Frishkoff Gwen, Sydes Jason, Mueller Kurt, Frank Robert, Curran Tim, Connolly John, Kilborn Kerry, Molfese Dennis, Perfetti Charles, Malony Allen
Stand Genomic Sci. 2011 Nov 30;5(2):211-23. doi: 10.4056/sigs.2025347. Epub 2011 Nov 15.
We present MINEMO (Minimal Information for Neural ElectroMagnetic Ontologies), a checklist for the description of event-related potentials (ERP) studies. MINEMO extends MINI (Minimal Information for Neuroscience Investigations)to the ERP domain. Checklist terms are explicated in NEMO, a formal ontology that is designed to support ERP data sharing and integration. MINEMO is also linked to an ERP database and web application (the NEMO portal). Users upload their data and enter MINEMO information through the portal. The database then stores these entries in RDF (Resource Description Framework), along with summary metrics, i.e., spatial and temporal metadata. Together these spatial, temporal, and functional metadata provide a complete description of ERP data and the context in which these data were acquired. The RDF files then serve as inputs to ontology-based labeling and meta-analysis. Our ultimate goal is to represent ERPs using a rich semantic structure, so results can be queried at multiple levels, to stimulate novel hypotheses and to promote a high-level, integrative account of ERP results across diverse study methods and paradigms.
我们展示了MINEMO(神经电磁本体的最小信息),这是一份用于描述事件相关电位(ERP)研究的清单。MINEMO将MINI(神经科学研究的最小信息)扩展到了ERP领域。清单术语在NEMO中进行了详细说明,NEMO是一个旨在支持ERP数据共享和整合的形式本体。MINEMO还与一个ERP数据库和网络应用程序(NEMO门户)相关联。用户通过门户上传他们的数据并输入MINEMO信息。然后,数据库将这些条目存储在RDF(资源描述框架)中,以及汇总指标,即空间和时间元数据。这些空间、时间和功能元数据共同提供了对ERP数据及其获取背景的完整描述。然后,RDF文件用作基于本体的标记和元分析的输入。我们的最终目标是以丰富的语义结构来表示ERP,以便可以在多个层面上查询结果,激发新的假设,并促进对跨不同研究方法和范式的ERP结果进行高层次的综合解释。