Department of Pharmacology, Faculty of Medical Sciences in Zabrze, Medical University of Silesia in Katowice, 38 Jordana St., Zabrze 41-808, Poland.
Toxicology Laboratory ToxLab, 6 Kossutha St., Katowice 40-844, Poland.
J Anal Toxicol. 2023 Jul 22;47(6):547-551. doi: 10.1093/jat/bkad026.
New psychoactive substances continue to appear on the drug market, and alpha-pyrrolidinoisohexanophenone (α-PiHP) is one of the most popular cathinone derivatives. In this article, we report a case of death caused by α-PiHP. Based on the toxicological results of the studied case along with autopsy, histopathological findings and crime-scene information, fatal intoxication with α-PiHP was accepted as the final cause of death. α-PiHP and its metabolite (OH-α-PiHP) were detected and quantified in all postmortem materials (blood collected from the heart, the femoral vein and the dural venous sinuses; vitreous humor; cerebrospinal fluid; cerebral cortex; brainstem; cerebellum; bile; liver; kidney; heart; pancreas; spleen; thyroid gland; lung; adipose tissue; stomach and intestine). To date, this is the first case of determination of α-PiHP and its metabolite in postmortem specimens. In our opinion, α-PiHP and its metabolite concentration database can be helpful in the interpretation of fatal cases.
新型精神活性物质不断出现在毒品市场上,α-吡咯烷异己酮(α-PiHP)是最受欢迎的酮衍生物之一。本文报道了一例由 α-PiHP 引起的死亡案例。基于研究案例的毒理学结果以及尸检、组织病理学发现和犯罪现场信息,最终将因 α-PiHP 导致的中毒致死确认为死亡原因。α-PiHP 及其代谢物(OH-α-PiHP)在所有死后材料(心脏、股静脉和硬脑膜窦采集的血液;玻璃体;脑脊液;大脑皮层;脑干;小脑;胆汁;肝脏;肾脏;心脏;胰腺;脾脏;甲状腺;肺;脂肪组织;胃和肠道)中均被检测和定量。到目前为止,这是首例在死后标本中测定 α-PiHP 及其代谢物的案例。在我们看来,α-PiHP 及其代谢物浓度数据库有助于解释致命案例。