Jönsson Anna K, Spigset Olav, Tjäderborn Micaela, Druid Henrik, Hägg Staffan
Nordic School of Public Health, Gothenburg, Sweden.
BMC Clin Pharmacol. 2009 Apr 27;9:7. doi: 10.1186/1472-6904-9-7.
Pharmaceutical drug poisonings have previously been reported using single sources of information, either hospital data or forensic data, which might not reveal the true incidence. We therefore aimed to estimate the incidence of suspected fatal drug poisonings, defined as poisonings by pharmaceutical agents, by using all relevant case records from various sources in a Swedish population.
Every seventh randomly selected deceased in three counties in southeastern Sweden during a one-year period was identified in the Cause of Death Register. Relevant case records (death certificates, files from hospitals and/or primary care centres and medico-legal files) were reviewed for all study subjects.
Of 1574 deceased study subjects, 12 cases were classified as pharmaceutical drug poisonings according to the death certificates and 10 according to the medico-legal files. When reviewing all available data sources, 9 subjects (0.57%; 95% confidence interval: 0.20-0.94%) were classified as drug poisonings, corresponding to an incidence of 6.5 (95% confidence interval: 2.3-10.7) per 100,000 person-years in the general population. The drug groups most often implicated were benzodiazepines (33%), antihistamines (33%) and analgesics (22%).
Fatal drug poisonings is a relatively common cause of death in Sweden. By using multiple sources of information when investigating the proportion of fatal poisonings in a population, more accurate estimates may be obtained.
以往关于药物中毒的报告仅使用单一信息来源,即医院数据或法医数据,这可能无法揭示真实发病率。因此,我们旨在通过使用瑞典人群中各种来源的所有相关病例记录,来估计疑似致命药物中毒(定义为药物制剂中毒)的发病率。
在一年时间内,从瑞典东南部三个县的死亡原因登记册中随机抽取每七名死者进行识别。对所有研究对象的相关病例记录(死亡证明、医院和/或初级保健中心的文件以及法医学文件)进行审查。
在1574名死亡研究对象中,根据死亡证明有12例被归类为药物中毒,根据法医学文件有10例。在审查所有可用数据源时,9名受试者(0.57%;95%置信区间:0.20 - 0.94%)被归类为药物中毒,相当于普通人群中每10万人年的发病率为6.5(95%置信区间:2.3 - 10.7)。最常涉及的药物类别是苯二氮䓬类(33%)、抗组胺药(33%)和镇痛药(22%)。
在瑞典,致命药物中毒是一种相对常见的死亡原因。在调查人群中致命中毒比例时,通过使用多种信息来源,可以获得更准确的估计。