AstraZeneca, Safety Health and Environment, 151 85 Södertälje, Sweden.
Drug Saf. 2013 Jul;36(7):533-46. doi: 10.1007/s40264-013-0049-3.
Ecopharmacovigilance (EPV) is a developing science and it is currently very unclear what it might mean in practice. We have performed a comparison between pharmacovigilance (PV) and EPV and have identified that there are similarities, but also some important differences that must be considered before any practical implementation of EPV. The biggest difference and greatest challenge concerns signal detection in the environment and the difficulty of identifying cause and effect. We reflect on the dramatic vulture decline in Asia, which was caused by the veterinary use of diclofenac, versus the relative difficulty in identifying the specific causes of intersex fish in European rivers. We explore what EPV might mean in practice and have identified that there are some practical measures that can be taken to assess environmental risks across product life cycle, particularly after launch of a new drug, to ensure that our risk assessments and scientific understanding of pharmaceuticals in the environment remain scientifically and ecologically relevant. These include: Tracking environmental risks after launch of the product, via literature monitoring for emerging data on exposure and effects Using Environmental Risk Management Plans (ERMPs) as a centralized resource to assess and manage the risks of a drug throughout its life cycle Further research, testing or monitoring in the environment when a risk is identified Keeping a global EPV perspective Increasing transparency and availability of environmental data for medicinal products. These measures will help to ensure that any significant environmental issues associated with pharmaceuticals in the environment (PIE) are identified in a timely way, and can be managed appropriately.
生态药物警戒(EPV)是一门正在发展的科学,目前尚不清楚它在实践中可能意味着什么。我们对药物警戒(PV)和 EPV 进行了比较,发现它们既有相似之处,也有一些在实际实施 EPV 之前必须考虑的重要区别。最大的区别和最大的挑战涉及到环境中的信号检测以及识别因果关系的难度。我们反思了亚洲秃鹫数量急剧减少的情况,这是由于兽医使用双氯芬酸造成的,而在欧洲河流中识别雌雄同体鱼类的具体原因相对困难。我们探讨了 EPV 在实践中可能意味着什么,并确定了一些可以采取的实际措施来评估产品生命周期中的环境风险,特别是在新药推出后,以确保我们对环境中药物的风险评估和科学理解仍然具有科学和生态相关性。这些措施包括:
在产品推出后通过文献监测来跟踪环境风险,以获取有关暴露和影响的新数据;
使用环境风险管理计划(ERMPs)作为集中资源来评估和管理药物在其整个生命周期中的风险;
在发现风险时,在环境中进行进一步的研究、测试或监测;
保持全球 EPV 视角;
增加环境数据对药品的透明度和可用性。
这些措施将有助于确保及时识别与环境中的药物(PIE)相关的任何重大环境问题,并进行适当管理。