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Designing the database for microarray experiments metadata

机译:设计MicroArray实验元数据库

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Advancements in both computer science and biotechnology opened way for an unprecedented amount and variety of gene expression raw data to appear in the open access. It is sometimes worth to rearrange and unite data from several similar gene expression studies into new case-control groups to test new hypothesis using available data. Unfortunately, most popular gene expression databases, such as GEO and ArrayExpress, were not designed to allow these cross-study procedures. In order to locate comparable samples in different studies numerous steps are required including gathering additional sample metadata and their standardization. Specialized databases are developed by investigators in their own fields of interest to reuse the processed data and create different case-control groups and test multiple hypothesis. Here we present a detailed description of the specialized database creation along with its use case which is 35 gene expression cDNA microarray datasets containing expression data on more than 1000 biological samples on human placenta under conditions of preeclampsia. Samples contain sufficient metadata for them to be merged into relevant cross-experiment case-control groups for further integrative analysis.
机译:计算机科学和生物技术的进步开启了前所未有的数量和各种基因表达原始数据的方式,以出现在开放式访问中。有时值得重新排列和联合来自几种类似的基因表达研究的数据,进入新的案例对照组,以使用可用数据测试新假设。不幸的是,最受欢迎的基因表达数据库(如Geo和ArrayExpress)并非旨在允许这些跨学习程序。为了在不同的研究中定位类似的样本,需要多个步骤,包括收集其他样本元数据及其标准化。专门的数据库由调查人员在自己的感兴趣领域开发,以重复使用处理的数据并创建不同的案例控制组并测试多个假设。在这里,我们对专业数据库创建的详细描述以及其用例,其是35基因表达cDNA微阵列数据集,其在预胰抗的条件下,含有超过1000个生物样品的表达数据。样品含有足够的元数据,用于将其合并到相关的交叉实验案例对照组中,以进行进一步的整合分析。

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