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死后标本中的药物浓度。

Drug concentrations in post-mortem specimens.

机构信息

Forensic Toxicology Unit, National Institute for Health and Welfare (THL), Mannerheimintie 166, FI-00270, Helsinki, Finland.

出版信息

Drug Test Anal. 2019 Sep;11(9):1338-1357. doi: 10.1002/dta.2662. Epub 2019 Jul 9.

Abstract

A meta-analysis of drug concentrations in post-mortem specimens is presented. The analysis involved 50 commonly used drugs and their concentrations in femoral blood, other blood (such as cardiac blood), vitreous humor, muscle, liver, kidney, brain, heart, lung, spleen, and bile. A total of 10 993 analytical results from 5375 post-mortem cases in 388 studies were gathered and the ratios of drug concentrations in tissue material to median femoral blood concentrations were calculated. Analytical results from the laboratory's own database (years 2000-2018) were also included. The results show that the variation of ratios between post-mortem specimens and femoral blood is highly compound dependent. This database can be utilized in interpretation of toxicological results in cases where femoral blood is not available. The specimens with similar concentrations as in femoral blood were vitreous humor, muscle, and other blood, such as cardiac blood, and the highest concentrations were generally measured from liver and bile. For these reasons we suggest the following order for biological specimens to be used for a quantitative toxicological analysis in cases where femoral blood is not available: 1. other blood, 2. muscle, 3. vitreous humor, 4. brain, 5. heart, 6. spleen, 7. kidney, 8. liver, and 9. bile.

摘要

呈现了一份关于死后标本中药物浓度的荟萃分析。分析涉及 50 种常用药物及其在股血、其他血液(如心血)、玻璃体、肌肉、肝脏、肾脏、大脑、心脏、肺、脾脏和胆汁中的浓度。共收集了 388 项研究中 5375 例死后案例的 10993 项分析结果,并计算了组织材料与股血中位数药物浓度的比值。实验室自有数据库(2000-2018 年)的分析结果也包括在内。结果表明,死后标本与股血之间比值的变化高度依赖于化合物。该数据库可用于解释在无法获得股血的情况下毒理学结果。与股血浓度相似的标本有玻璃体、肌肉和其他血液,如心血,而肝脏和胆汁中的浓度通常最高。基于这些原因,我们建议在无法获得股血的情况下,进行定量毒理学分析时,按照以下顺序选择生物标本:1. 其他血液,2. 肌肉,3. 玻璃体,4. 大脑,5. 心脏,6. 脾脏,7. 肾脏,8. 肝脏,9. 胆汁。

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