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对生物注册系统的需求。

The need for a biological registration system.

作者信息

Pihl Todd D, Ribaudo Randall K

机构信息

Human Workflows LLC, 1 Research Court Suite 450, Rockville, MD 20850, USA.

出版信息

IDrugs. 2010 Jun;13(6):388-93.

Abstract

A biological registration system is capable of determining whether two complex biological molecules are the same or different, and can assign identifiers based on this determination. Although such systems are frequently employed by chemists, they are rarely used by biological scientists in the pharmaceutical industry. However, a biological registration system would have several enterprise-wide benefits, from R&D to IP to laboratory safety. Beyond these evident benefits, a biological registration system that integrates appropriately with other systems such as electronic laboratory notebooks and inventory databases could provide critical links to allow the integration of otherwise-siloed data and knowledge generated across global pharmaceutical companies and other large research institutions. Data and knowledge integration are widely recognized as critical yet elusive components of effective translational science and systems biology programs that would create greater efficiencies for drug discovery. However, determining the optimal construction of such systems remains a challenge. This feature review describes how a special interest group comprising several pharmaceutical companies and a software company was used to create a commercially viable and supportable system.

摘要

生物注册系统能够确定两个复杂生物分子是否相同或不同,并能基于这一确定结果分配标识符。尽管化学家经常使用此类系统,但制药行业的生物科学家却很少使用。然而,生物注册系统会带来若干全企业范围的益处,从研发到知识产权再到实验室安全。除了这些明显的益处之外,一个能与诸如电子实验室笔记本和库存数据库等其他系统适当整合的生物注册系统,可以提供关键链接,以便整合全球制药公司和其他大型研究机构产生的原本孤立的数据和知识。数据和知识整合被广泛认为是有效转化科学和系统生物学项目的关键但难以实现的组成部分,而这些项目将提高药物研发的效率。然而,确定此类系统的最佳构建方式仍然是一项挑战。本专题综述描述了一个由几家制药公司和一家软件公司组成的特别兴趣小组如何创建一个具有商业可行性且可支持的系统。

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