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The MGED ontology: a framework for describing functional genomics experiments

机译:MGED本体:描述功能基因组学实验的框架

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The Microarray Gene Expression Data (MGED) society was formed with an initial focus on experiments involving microarray technology. Despite the diversity of applications, there are common concepts used and a common need to capture experimental information in a standardized manner. In building the MGED ontology, it was recognized that it would be impractical to cover all the different types of experiments on all the different types of organisms by listing and defining all the types of organisms and their properties. Our solution was to create a framework for describing microarray experiments with an initial focus on the biological sample and its manipulation. For concepts that are common for many species, we could provide a manageable listing of controlled terms. For concepts that are species-specific or whose values cannot be readily listed, we created an 'OntologyEntry" concept that referenced an external resource. The MGED ontology is a work in progress that needs additional instances and particularly needs constraints to be added. The ontology currently covers the experimental sample and design, and we have begun capturing aspects of the microarrays themselves as well. The primary application of the ontology will be to develop forms for entering information into databases, and consequently allowing queries, taking advantage of the structure provided by the ontology. The application of an ontology of experimental conditions extends beyond microarray experiments and, as the scope of MGED includes other aspects of functional genomics, so too will the MGED ontology.
机译:成立了微阵列基因表达数据(MGED)协会,最初的重点是涉及微阵列技术的实验。尽管应用程序多种多样,但仍使用了通用概念和以标准化方式捕获实验信息的通用需求。在建立MGED本体时,已经认识到通过列出和定义所有类型的生物及其特性来涵盖所有不同类型的生物的所有不同类型的实验是不切实际的。我们的解决方案是创建一个描述微阵列实验的框架,最初将重点放在生物样品及其操作上。对于许多物种共有的概念,我们可以提供受控术语的可管理列表。对于特定于物种或其值无法轻易列出的概念,我们创建了一个“ OntologyEntry”概念,该概念引用了外部资源MGED本体是一项进行中的工作,需要其他实例,特别是需要添加约束。目前涵盖实验样品和设计,并且我们也已开始捕获微阵列本身的方面。本体的主要应用将是开发用于将信息输入数据库的形式,从而允许利用数据库提供的结构进行查询。实验条件的本体论的应用超出了微阵列实验的范围,并且由于MGED的范围包括功能基因组学的其他方面,因此MGED本体论的范围也是如此。

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