[Parallel investigations of blood and alveolar air in the diagnosis of lethal carbon monoxide poisoning].

Q4 Medicine
Soudni Lekarstvi Pub Date : 2017-01-01
Miroslav Bauer, Jiřina Bauerová, Peter Očko, Jozef Šidlo
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引用次数: 0

Abstract

Carbon monoxide poisonings are the most frequent among fatal gas and volatile substances intoxications. The authors present diagnostic options of fatal carbon monoxide poisoning by parallel blood investigations for the content of karbonylhaemoglobin and determining of the concentration of carbon monoxide in the alveolar air. The analysis of 160 cases of lethal poisonings with carbon monoxide over a period of 20 years was carried out. The cases were divided into subgroups according to the place of death to poisonings in flats, garages, bathrooms, in fires, road traffic accidents and mining accidents. Tabular cases were divided into poisonings with a dominant share of carbon monoxide; the lethal concentration (0.075 % volume percentage or more) in the alveolar air was found in 75 % of cases. By pairs of victims different concentrations of carbon monoxide in the alveolar air were found. It confirms the fact that the course of intoxication and time of death also depends on the state of health of an individual. In 25 % of cases composite action with other toxic substances and factors (cyanide ions, ethanol, carbon dioxide, smoke inhalation solids, burns etc.) was detected. The obtained results point to an important and irreplaceable role of the toxicological - chemical analysis of the alveolar air in the context of additional laboratory investigations at autopsy in the diagnosis of fatal carbon monoxide poisoning. Investigation of the alveolar air should be the standard methodological procedure in the diagnosis of fatal poisonings by gases and volatile substances.

[血液和肺泡空气在致命一氧化碳中毒诊断中的平行研究]。
一氧化碳中毒是最常见的致命气体和挥发性物质中毒。作者提出致命一氧化碳中毒的诊断选择平行血液调查的内容羰基血红蛋白和测定一氧化碳浓度在肺泡空气。本文对近20年来160例一氧化碳致死性中毒进行了分析。这些病例根据死亡地点分为小组:公寓、车库、浴室、火灾、道路交通事故和采矿事故中毒。表格病例分为一氧化碳中毒占主导地位的中毒;在75%的病例中发现肺泡空气中的致死浓度(体积百分比为0.075%或更高)。通过对受害者的研究,在肺泡空气中发现了不同浓度的一氧化碳。它证实了一个事实,即醉酒的过程和死亡时间也取决于个人的健康状况。在25%的病例中检测到与其他有毒物质和因素(氰化物离子、乙醇、二氧化碳、烟雾吸入固体、烧伤等)的复合作用。所获得的结果指出了一个重要的和不可替代的作用毒理学-化学分析肺泡空气的背景下,额外的实验室调查在尸检诊断致命的一氧化碳中毒。肺泡空气的调查应是诊断由气体和挥发性物质引起的致命中毒的标准方法程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Soudni Lekarstvi
Soudni Lekarstvi Medicine-Medicine (all)
CiteScore
0.30
自引率
0.00%
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