Clinical Pharmacology Unit, University/BHF Centre for Cardiovascular Science, University of Edinburgh, Edinburgh, UK.
Br J Clin Pharmacol. 2013 May;75(5):1175-88. doi: 10.1111/j.1365-2125.2012.04449.x.
Self-poisoning with pesticides or plants is a major clinical problem in rural Asia, killing several hundred thousand people every year. Over the last 17 years, our clinical toxicology and pharmacology group has carried out clinical studies in the North Central Province of Sri Lanka to improve treatment and reduce deaths. Studies have looked at the effectiveness of anti-digoxin Fab in cardiac glycoside plant poisoning, multiple dose activated charcoal in all poisoning, and pralidoxime in moderate toxicity organophosphorus insecticide poisoning. More recently, using a Haddon matrix as a guide, we have started conducting public health and animal studies to find strategies that may work outside of the hospital. Based on the 2009 GSK Research in Clinical Pharmacology prize lecture, this review shows the evolution of the group's research from a clinical pharmacology approach to one that studies possible interventions at multiple levels, including the patient, the community and government legislation.
在农村亚洲,自杀性农药或植物中毒是一个主要的临床问题,每年导致数十万人死亡。在过去的 17 年中,我们的临床毒理学和药理学小组在斯里兰卡中北部省开展了临床研究,以改善治疗方法并降低死亡率。研究着眼于抗地高辛 Fab 在心脏糖苷植物中毒、所有中毒中的多次剂量活性炭,以及中度毒性有机磷杀虫剂中毒中的氯解磷定的效果。最近,我们使用 Haddon 矩阵作为指导,开始进行公共卫生和动物研究,以寻找可能在医院外发挥作用的策略。基于 2009 年 GSK 临床药理学研究奖演讲,本综述展示了该小组的研究从临床药理学方法演变为研究包括患者、社区和政府立法等多个层面可能干预措施的过程。