基于网格的生物信息学生物数据库包装

M. Mirto, S. Fiore, M. Cafaro, Marco Passante, G. Aloisio
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引用次数: 5

摘要

随着基于网格的数据存储和数据分析服务的发展趋势,科学数据分析通常涉及访问多个数据源,并使用各种分析程序分析数据。一个严格相关的关键挑战是,数据源通常以多种不同格式保存同一类型的数据;此外,各种数据分析服务期望和生成的格式通常是不同的。在生物信息学中,数据通常存储在平面文件中,因此访问它们以检索由约束决定的记录子集,与其他方法(如关系DBMS)相比要慢一些。我们已经开发了一个数据网格系统,建立在平面文件格式的特定生物数据源之上,它将数据摄取到关系DBMS中进行数据集成,从而减少了生物平面文件中存在的数据冗余。在这项工作中,我们描述了在关系DBMS中摄取Swiss-2D PAGE平面文件的原型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Grid-Based Bioinformatics Wrapper for Biological Databases
With a growing trend towards grid-based data repositories and data analysis services, scientific data analysis often involves accessing multiple data sources, and analyzing the data using a variety of analysis programs. A strictly related critical challenge is the fact that data sources often hold the same type of data in a number of different formats; moreover, the formats expected and generated by various data analysis services are often distinct. In bioinformatics the data are often stored in flat files, therefore accessing them to retrieve a subset of records determined by constraints, is slower with respect to other approaches such as relational DBMS. We have developed a data grid system, built on top of specific biological data sources in flat file format, which carries out the ingestion into a relational DBMS for data integration reducing the data redundancy present in the biological flat files. In this work, we describe the prototype for the ingestion in a relational DBMS of the Swiss-2D PAGE flat file.
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