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探索信息学能力从临床应用到生物科学应用的可移植性。

Exploring the portability of informatics capabilities from a clinical application to a bioscience application.

作者信息

Shifman Mark A, Srivastava Ranjana, Brandt Cynthia A, Li Tong-Ruei, White Kevin, Miller Perry L

机构信息

Center for Medical Informatics, Yale University School of Medicine, PO Box 208009, New Haven, CT 06520-8009.

出版信息

J Am Med Inform Assoc. 2004 Jul-Aug;11(4):294-9. doi: 10.1197/jamia.M1458. Epub 2004 Apr 2.

Abstract

This report describes XDesc (eXperiment Description), a pilot project that serves as a case study exploring the degree to which an informatics capability developed in a clinical application can be ported for use in the biosciences. In particular, XDesc uses the Entity-Attribute-Value database implementation (including a great deal of metadata-based functionality) developed in TrialDB, a clinical research database, for use in describing the samples used in microarray experiments stored in the Yale Microarray Database (YMD). XDesc was linked successfully to both TrialDB and YMD, and was used to describe the data in three different microarray research projects involving Drosophila. In the process, a number of new desirable capabilities were identified in the bioscience domain. These were implemented on a pilot basis in XDesc, and subsequently "folded back" into TrialDB itself, enhancing its capabilities for dealing with clinical data. This case study provides a concrete example of how informatics research and development in clinical and bioscience domains has the potential for synergy and for cross-fertilization.

摘要

本报告介绍了XDesc(实验描述),这是一个试点项目,作为一个案例研究,探索在临床应用中开发的信息学能力可移植用于生物科学的程度。具体而言,XDesc使用在临床研究数据库TrialDB中开发的实体-属性-值数据库实现(包括大量基于元数据的功能),用于描述存储在耶鲁微阵列数据库(YMD)中的微阵列实验所使用的样本。XDesc已成功链接到TrialDB和YMD,并用于描述涉及果蝇的三个不同微阵列研究项目中的数据。在此过程中,在生物科学领域发现了一些新的理想功能。这些功能在XDesc中进行了试点实施,随后“反馈”到TrialDB本身,增强了其处理临床数据的能力。本案例研究提供了一个具体示例,说明临床和生物科学领域的信息学研发如何具有协同和交叉融合的潜力。

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