Sudden Death Due to Acetone Toxicity

H. Mohammadzadeh, H. Mohammadi, Mohammad Ali Tavakoli, S. Sadeghi
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引用次数: 1

Abstract

Background: Acetone or propanone is a volatile liquid that can be absorbed by ingestion, inhalation, and dermal routes, and is distributed throughout the body.  Case Presentation: This study presented a case of an employee of the Emergency Medical Center of North Khorasan Province, Iran, who died due to acetone poisoning. He was last seen alive approximately 4 hours before his body was found. Thus, the deceased was found 4 hours after death. He was a 25-year-old unmarried male nurse. He had a history of smoking for the last 4 years and reported diarrhea and nausea on the day before death. There was no history of diabetes or alcoholism as well as no other definite causes. According to interviews with his colleagues and family, he had no history of depression. A postmortem examination was performed to define the cause of death. Postmortem quantitative toxicological analysis with Gas Chromatography with Flame-Ionization Detection (GC-FID) presented acetone in the vitreous (35 mg/dL), blood (28 mg/dL), and urine (77 mg/dL) samples. Furthermore, in postmortem pathological analysis, highly microvascular changes and the diffuse necrosis of hepatocytes were reported. Other pathological changes in the brain and lungs were observed. No other definite medical cause of death was found. The cause of death was determined to be acute acetone intoxication.  Conclusion: Contrary to public opinion, acetone is a toxic and dangerous substance; thus, it is necessary to improve and implement public safeguards concerning acetone usage, as well as its handling, and disposal. Organ toxicity due to acetone can be a major cause of death. Other alcohol-related poisoning deaths, such as acetone and other metabolites, should be considered.
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丙酮中毒导致猝死
背景:丙酮或丙酮是一种挥发性液体,可通过食入、吸入和皮肤途径被吸收,并分布于全身。病例介绍:本研究报告了伊朗北呼罗珊省紧急医疗中心的一名雇员因丙酮中毒死亡的病例。最后一次见到他是在他的尸体被发现前大约四小时。因此,死者是在死后4小时被发现的。他是一个25岁的未婚男护士。他过去4年有吸烟史,死前一天报告腹泻和恶心。没有糖尿病或酗酒史,也没有其他明确的原因。根据对他的同事和家人的采访,他没有抑郁症病史。进行了尸检以确定死因。用气相色谱火焰电离检测(GC-FID)对尸体进行定量毒理学分析,发现玻璃体(35 mg/dL)、血液(28 mg/dL)和尿液(77 mg/dL)样品中含有丙酮。此外,在死后病理分析中,报告了高度微血管改变和肝细胞弥漫性坏死。观察脑、肺的其他病理改变。没有发现其他确切的医学死因。死因确定为急性丙酮中毒。结论:与舆论相反,丙酮是一种有毒危险物质;因此,有必要完善和实施有关丙酮使用、处理和处置的公共保障措施。丙酮引起的器官毒性是导致死亡的主要原因。应考虑其他与酒精有关的中毒死亡,如丙酮和其他代谢物。
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