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Large-scale integrated databases supporting drug discovery.

机译:支持药物发现的大规模集成数据库。

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Over the past 15 years, genomics, combinatorial chemistry and high-throughput automation have transformed the setting for drug discovery, from an information-poor to a data-rich environment. The next challenge for informatics scientists is to convert the large amount of disparate data produced into useful, integrated information. Consolidation of the different types of information related to drug discovery requires a good working knowledge of database technology, the existence of accepted data standards for achieving uniformity and a complete understanding of the different data systems that are already available. Chemogenomic databases represent the first example of truly integrated systems that make 'omic' technologies directly relevant to small-molecule drug discovery. Researchers within drug discovery programs now have an opportunity to take advantage of new information domains, through the advance and adoption of integrated chemogenomic databases.
机译:在过去的15年中,基因组学,组合化学和高通量自动化已将药物发现的环境从信息贫乏的环境转变为数据丰富的环境。信息学科学家的下一个挑战是将产生的大量不同数据转换为有用的集成信息。整合与药物发现有关的不同类型的信息,需要对数据库技术有良好的运用知识,需要有公认的数据标准来实现统一性,并且需要对已经可用的不同数据系统有完整的了解。化学基因组数据库是使“组学”技术直接与小分子药物发现相关的真正集成系统的第一个示例。通过先进的化学基因组数据库的采用,药物发现计划中的研究人员现在有机会利用新的信息领域。

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