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Possibilities and Challenges Using XML Technology for Storage and Integration of Molecular Interactions

机译:使用XML技术存储和整合分子相互作用的可能性和挑战

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The amount of data emerging from experiments on molecular and protein interactions is rapidly growing. It is of high importance to understand these datasets, putting them together to meaningful pathways describing some aspects of the cell physiology. Currently, there is a big interest in XML representations of protein interaction and molecular pathways. New standards, SBML, PSI MI and BioPAX are under development and it is of high importance to build tools for easy integration and analysis of data represented in these standards. There are currently two main approaches for storage of data represented within XML, one is to base the tools directly on XML while the other is to translate the information into a relational database. In this paper we report on experiments with these approaches for storage and analysis of molecular interaction data represented in the standards. The results give important pointers to the possibility of building easy to use tools
机译:从分子和蛋白质相互作用的实验中获得的数据量正在迅速增长。了解这些数据集,将它们放到描述细胞生理学某些方面的有意义的途径上,这一点非常重要。当前,人们对蛋白质相互作用和分子途径的XML表示非常感兴趣。 SBML,PSI MI和BioPAX等新标准正在开发中,构建易于集成和分析这些标准中表示的数据的工具非常重要。当前有两种主要的存储XML表示的数据的方法,一种是将工具直接基于XML,而另一种是将信息转换为关系数据库。在本文中,我们报告了使用这些方法存储和分析标准中代表的分子相互作用数据的实验。结果为构建易于使用的工具提供了重要的指示

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