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首页> 外文期刊>Forensic science international >Interaction between carbon monoxide and ethanol in fire fatalities.
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Interaction between carbon monoxide and ethanol in fire fatalities.

机译:一氧化碳和乙醇之间的相互作用会导致火灾死亡。

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Impairment due to ethanol is clearly a risk factor in deaths due to fire. However, it is less clear whether there is a physiological interaction between ethanol and carbon monoxide (CO) that would alter the carboxyhemoglobin saturation level (COHb sat.) that accounts for death. In an attempt to explore this issue further, 196 fire fatalities investigated by the Office of the Chief Medical Examiner, State of Maryland over a 3-year period were examined. COHb sat. and blood ethanol concentrations (BAC) were tabulated. Twelve cases positive for therapeutic or abused drugs other than lidocaine or atropine were excluded; 184 cases were included. The data indicate that ethanol does not affect the COHb sat. that accounts for death, since the percentage of cases positive for ethanol at a given COHb range shows no trends. Therefore, we conclude that although ethanol remains a risk factor in fire fatalities, the risk appears to be related to the impairment that it produces as opposed to a direct interaction with CO.
机译:乙醇造成的损害显然是导致火灾死亡的危险因素。但是,尚不清楚乙醇和一氧化碳(CO)之间是否存在生理学相互作用,这会改变导致死亡的羧基血红蛋白饱和度水平(饱和COHb)。为了进一步探讨该问题,对马里兰州首席体检官办公室在3年内调查的196起火灾死亡人数进行了调查。 COHb坐着。和血液乙醇浓度(BAC)制成表格。除利多卡因或阿托品以外,对十二种治疗性药物或滥用药物呈阳性的病例被排除在外;其中包括184例。数据表明乙醇不影响饱和COHb。这是造成死亡的原因,因为在给定的COHb范围内,乙醇阳性病例的百分比没有趋势。因此,我们得出的结论是,尽管乙醇仍然是导致火灾死亡的危险因素,但该风险似乎与乙醇产生的损害有关,而不是与CO直接相互作用。

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