首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Analysis of Aconitine Metabolites in Ten-Year Aconitine Poisoning Human Liver Sample Using High Performance Liquid Chromatography-Tandem Mass Spectrometry
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Analysis of Aconitine Metabolites in Ten-Year Aconitine Poisoning Human Liver Sample Using High Performance Liquid Chromatography-Tandem Mass Spectrometry

机译:高效液相色谱-串联质谱法分析十年来乌头碱中毒人肝样品中的乌头碱代谢产物

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摘要

Described here is a fatal case of accidental aconitine poisoning in a patient who took traditional Chinese medicine (TCM) formula containing radix aconite, radix aconite laterals preparation and radix aconite kusnezoffii ten years ago. The patient fell into a coma and died of brain edema 5 h after diagnosis. Consent for autopsy was confirmed by the family, the toxicity of aconitine alkaloids in the liver was analyzed by LC-MS. According to MS/MS and MS3 spectra data, three metabolites were identified as aconitine (A), benzoylaconine (B) and 16-O-demethylaconitine (C), respectively through comparison with authentic substances and among them, 16-O-demethylaconitine was reported for the first time. Metabolic pathway of aconitine in human liver was proposed. In this paper, the test sample is the longest storage time of all reported samples, so the result is useful to solve many long unsettled law cases of accidental or intentional aconitine poisoning which were caused for obsolete method.
机译:此处描述的是一起致命的意外乌头碱中毒的致命病例,该患者十年前服用了含中药乌头,中药乌头外药和中药乌头的中药配方。诊断后5小时,患者陷入昏迷并死于脑水肿。家族确认了尸检同意,并通过LC-MS分析了乌头碱生物碱在肝脏中的毒性。根据MS / MS和MS3光谱数据,通过与真实物质进行比较,分别鉴定出三种代谢产物为乌头碱(A),苯甲酰可可碱(B)和16-O-脱甲基methyl碱(C),其中16-O-脱甲基aco碱为第一次报告。乌头碱在人肝中的代谢途径被提出。在本文中,测试样品是所有报告样品中最长的存储时间,因此该结果对于解决许多因陈旧方法导致的偶然或故意的乌头碱中毒的长期未解决法律案件很有用。

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