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Building An Optiplanet Collaboratory To Support Microbial Metagenomics

机译:建立一个Optiplanet合作实验室以支持微生物元基因组学

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We describe early experiments in the adoption of the OptIPuter architecture to provide data-intensive capabilities to several remote users of a large-scale, multi-year effort to organize and make publicly available data describing a wide variety of marine microbial ecologies, their genomic content, and the local environments in which they live-marine microbial metagenomics. Microbial genomes are millions of base pairs in length, requiring both a global view of the genome and the ability to zoom into detail interactively, enabled by the OptIPortal. We describe the design of a scientific data and compute server, enhanced by OptlPuter technologies, and early examples of its use in support of high performance science applications in this emerging scientific field.
机译:我们描述了采用OptIPuter架构的早期实验,该架构旨在为数个大规模,多年努力的远程用户提供数据密集型功能,以组织和公开提供描述各种海洋微生物生态及其基因组内容的数据,以及他们生活在海洋微生物宏基因组学中的当地环境。微生物基因组的长度为数百万个碱基对,需要通过OptIPortal实现基因组全局视图和交互式放大详细信息的能力。我们描述了由OptlPuter技术增强的科学数据和计算服务器的设计,以及其在此新兴科学领域中用于支持高性能科学应用的早期示例。

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