Mouse genome informatics in a new age of biological inquiry

C. Bult, J. Richardson, J. Blake, J. Kadin, M. Ringwald, J. Eppig
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引用次数: 20

Abstract

Data integration is key to knowledge discovery in the age of genomics and represents a major, long-standing challenge for the genome informatics community. Integration of data across heterogeneous genome databases requires the identification of common data entities and mechanisms to ensure referential integrity and persistence of these common entities even as our understanding of their biological properties changes. The Mouse Genome Informatics (MGI) database group employs multiple strategies for achieving data integration and maintaining inter-connectedness with other databases, including: (1) the use of permanent, unique accession IDs for identifying core data entities, (2) the application of nomenclature standards for naming genes and strains of mice, and (3) the development and implementation of controlled vocabularies and ontologies to ensure semantic consistency of biological concepts within and across model organism databases.
小鼠基因组信息学在生物探究的新时代
数据集成是基因组学时代知识发现的关键,也是基因组信息学社区长期面临的主要挑战。跨异构基因组数据库的数据集成需要识别共同的数据实体和机制,以确保这些共同实体的参考完整性和持久性,即使我们对其生物学特性的理解发生了变化。小鼠基因组信息学(MGI)数据库组采用多种策略来实现数据集成并保持与其他数据库的互联性,包括:(1)使用永久的、唯一的接入id来识别核心数据实体;(2)应用命名标准来命名小鼠基因和品系;(3)开发和实施受控词汇表和本体,以确保模型生物数据库内部和跨模型生物数据库的生物学概念语义一致性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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