Hauben M, Bate A
Pfizer, New York, USA.
Drug Discov Today. 2009 Apr;14(7-8):343-57. doi: 10.1016/j.drudis.2008.12.012. Epub 2009 Jan 31.
Spontaneous reporting is a crucial component of post-marketing drug safety surveillance despite its significant limitations. The size and complexity of some spontaneous reporting system databases represent a challenge for drug safety professionals who traditionally have relied heavily on the scientific and clinical acumen of the prepared mind. Computer algorithms that calculate statistical measures of reporting frequency for huge numbers of drug-event combinations are increasingly used to support pharamcovigilance analysts screening large spontaneous reporting system databases. After an overview of pharmacovigilance and spontaneous reporting systems, we discuss the theory and application of contemporary computer algorithms in regular use, those under development, and the practical considerations involved in the implementation of computer algorithms within a comprehensive and holistic drug safety signal detection program.
自发报告是上市后药品安全性监测的关键组成部分,尽管它存在显著局限性。一些自发报告系统数据库的规模和复杂性,对传统上严重依赖有准备头脑的科学和临床敏锐度的药品安全专业人员构成了挑战。用于计算大量药物-事件组合报告频率统计量的计算机算法,越来越多地被用于支持药物警戒分析师筛查大型自发报告系统数据库。在概述药物警戒和自发报告系统之后,我们将讨论常用的当代计算机算法的理论与应用、正在开发的算法,以及在全面且整体的药品安全信号检测计划中实施计算机算法所涉及的实际考量。