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首页> 外文期刊>International journal of legal medicine >Was a child poisoned by ethanol? Discrimination between ante-mortem consumption and post-mortem formation.
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Was a child poisoned by ethanol? Discrimination between ante-mortem consumption and post-mortem formation.

机译:一个孩子被乙醇中毒了吗?事前消费与事后形成之间的区别。

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The presence of ethanol in human specimens collected during autopsies is generally considered as an indication of recent ante-mortem alcohol consumption. The interpretation of the results may however be impaired by post-mortem formation of ethanol when microorganisms capable of fermentation of glucose to ethanol are present. Since the distribution in the different fluids and tissues remains contentious to conclude on the origin of the detected ethanol, the determination of specific metabolites of ethanol such as ethyl glucuronide (EtG) may be performed to discriminate between exogenous (ante-mortem) and endogenous (post-mortem). Toxicological analysis of specimens from the autopsy of a child aged 14 months displayed a high concentration of ethanol in blood and tissues. In order to discriminate between ante-mortem alcohol administration and post-mortem formation, the presence of microorganisms capable of ethanol production was checked by fermentation tests and the liver was tested for the presence of EtG and compared with a positive control. Fermentation tests displayed in the blood of the deceased the presence of the bacterial strain Lactococcus garvieae capable of producing ethanol from glucose. The absence of EtG in the liver of the deceased compared to the high level (19.56 mug/g) detected in the positive control's liver is a further indication that the ethanol detected in the body of the deceased is of post-mortem origin.
机译:尸检期间收集的人体标本中乙醇的存在通常被认为是近期事前饮酒的指标。但是,当存在能够将葡萄糖发酵为乙醇的微生物时,乙醇的事后形成可能会损害结果的解释。由于在不同的液体和组织中的分布仍然存在争议,无法就检测到的乙醇的来源做出结论,因此可以通过确定乙醇的特定代谢产物(如乙基葡萄糖醛酸(EtG))来区分外源(死前)和内源(验尸)。对一个14个月大的儿童进行尸检后对标本进行的毒理学分析表明,血液和组织中乙醇的浓度很高。为了区分前验酒精施用和验尸形成,通过发酵测试检查了能够产生乙醇的微生物的存在,并测试了肝脏中EtG的存在,并与阳性对照进行了比较。死者血液中显示的发酵试验表明存在能够从葡萄糖中产生乙醇的细菌乳酸杆菌。与阳性对照肝脏中检测到的高水平(19.56马克/克)相比,死者肝脏中没有EtG,这进一步表明死者体内检测到的乙醇是死后来源的。

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