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Building a livestock genetic and genomic information knowledgebase through integrative developments of Animal QTLdb and CorrDB

机译:通过Animal QTLdb和CorrDB的集成开发来建立牲畜遗传和基因组信息知识库

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摘要

Successful development of biological databases requires accommodation of the burgeoning amounts of data from high-throughput genomics pipelines. As the volume of curated data in Animal QTLdb () increases exponentially, the resulting challenges must be met with rapid infrastructure development to effectively accommodate abundant data curation and make metadata analysis more powerful. The development of Animal QTLdb and CorrDB for the past 15 years has provided valuable tools for researchers to utilize a wealth of phenotype/genotype data to study the genetic architecture of livestock traits. We have focused our efforts on data curation, improved data quality maintenance, new tool developments, and database co-developments, in order to provide convenient platforms for users to query and analyze data. The database currently has 158 499 QTL/associations, 10 482 correlations and 1977 heritability data as a result of an average 32% data increase per year. In addition, we have made >14 functional improvements or new tool implementations since our last report. Our ultimate goals of database development are to provide infrastructure for data collection, curation, and annotation, and more importantly, to support innovated data structure for new types of data mining, data reanalysis, and networked genetic analysis that lead to the generation of new knowledge.
机译:生物数据库的成功开发需要适应高通量基因组学管道中迅速增长的数据量。随着Animal QTLdb()中策展数据量的成倍增长,必须通过快速的基础结构开发来应对由此带来的挑战,以有效地容纳大量数据策展并使元数据分析更强大。在过去15年中,动物QTLdb和CorrDB的发展为研究人员提供了宝贵的工具,使他们能够利用大量的表型/基因型数据来研究牲畜性状的遗传结构。我们致力于数据管理,改进数据质量维护,新工具开发和数据库联合开发,以便为用户提供方便的平台来查询和分析数据。该数据库目前具有158 499个QTL /关联,10 482个关联和1977年可遗传性数据,这是因为数据每年平均增加32%。此外,自上次报告以来,我们已进行了14项以上的功能改进或新工具实施。我们数据库开发的最终目标是为数据收集,管理和注释提供基础结构,更重要的是,为用于新型数据挖掘,数据重新分析和网络遗传分析的创新数据结构提供支持,从而产生新知识。

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