Anger F, Paysant F, Brousse F, Le Normand I, Develay P, Gaillard Y, Baert A, Le Gueut M A, Pepin G, Anger J P
Laboratoire de Toxicologie Pharmaceutique, U.F.R. des Sciences Médicales et Pharmaceutiques, Rennes, France.
J Anal Toxicol. 2000 Mar;24(2):90-2. doi: 10.1093/jat/24.2.90.
A 39-year-old man committed suicide by ingestion of aluminum phosphide, a potent mole pesticide, which was available at the victim's workplace. The judicial authority ordered an autopsy, which ruled out any other cause of death. The victim was discovered 10 days after the ingestion of the pesticide. When aluminum phosphide comes into contact with humidity, it releases large quantities of hydrogen phosphine (PH3), a very toxic gas. Macroscopic examination during the autopsy revealed a very important asphyxia syndrome with major visceral congestion. Blood, urine, liver, kidney, adrenal, and heart samples were analyzed. Phosphine gas was absent in the blood and urine but present in the brain (94 mL/g), the liver (24 mL/g), and the kidneys (41 mL/g). High levels of phosphorus were found in the blood (76.3 mg/L) and liver (8.22 mg/g). Aluminum concentrations were very high in the blood (1.54 mg/L), brain (36 microg/g), and liver (75 microg/g) compared to the usual published values. Microscopic examination revealed congestion of all the organs studied and obvious asphyxia lesions in the pulmonary parenchyma. All these results confirmed a diagnosis of poisoning by aluminum phosphide. This report points out that this type of poisoning is rare and that hydrogen phosphine is very toxic. The phosphorus and aluminum concentrations observed and their distribution in the different viscera are discussed in relation to data in the literature.
一名39岁男子因摄入磷化铝自杀,磷化铝是一种强效灭鼠剂,在受害者工作场所可以获取到。司法当局下令进行尸检,排除了任何其他死因。受害者在摄入农药10天后被发现。当磷化铝与湿气接触时,会释放出大量磷化氢(PH3),这是一种剧毒气体。尸检期间的宏观检查显示出严重的窒息综合征以及主要内脏充血。对血液、尿液、肝脏、肾脏、肾上腺和心脏样本进行了分析。血液和尿液中没有磷化氢气体,但在大脑(94 mL/g)、肝脏(24 mL/g)和肾脏(41 mL/g)中存在。血液(76.3 mg/L)和肝脏(8.22 mg/g)中发现了高浓度的磷。与通常公布的值相比,血液(1.54 mg/L)、大脑(36 μg/g)和肝脏(75 μg/g)中的铝浓度非常高。微观检查显示所有研究的器官都有充血,肺实质有明显的窒息性病变。所有这些结果证实了磷化铝中毒的诊断。本报告指出,这种类型的中毒很罕见,并且磷化氢毒性很强。结合文献数据讨论了观察到的磷和铝浓度及其在不同内脏中的分布情况。