Establishment of Identity and Suffocation Following Inhalation of Carbon Monoxide in a Series of Five Cases

M. Malhotra, H. V. Vaidya, N. P. Zanjad
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Abstract

A rapid and sudden death in a single incident like mass casualty poses challenge for health care facilities. Especially in such cases, identification of the deceased is the most important task for investigating police officers and doctors. The present study is a seriesof death of five young adult male workers,who died in a tragic fire which broke out in the confined space at under construction plant. All the bodies were rendered unidentifiable from facial recognition due to charring and blackening. Theprimary identification of the deceased was established based upon partially burnt clothes and personal belongings. The autopsy findings being superficial to deep burns, charring and blackening, soot particles inrespiratory tract were similar in all the five victims. The bloodpreserved for estimation ofcarboxy-haemoglobin level showed positive results in all the five cases. Soot in trachea and increased carboxy-haemoglobin level in blood suggested that the persons were alive at the time of incident. In all the five cases, death was caused due to suffocation by inhalation of carbon monoxide gas associated with thermal injuries. Role of forensic experts is to help in the identification of victims and to determine manner and cause of death.
五例一氧化碳吸入致窒息的身份确定
像大规模伤亡这样的单一事件中迅速而突然的死亡给卫生保健设施带来了挑战。特别是在这种情况下,查明死者身份是调查警察和医生的最重要任务。本研究是关于五名年轻成年男性工人的一系列死亡事件,他们死于一场发生在建筑厂房密闭空间的悲剧性火灾。由于烧焦和变黑,所有尸体都无法通过面部识别识别。死者的初步身份是根据部分烧焦的衣服和个人物品确定的。尸检结果显示,五名受害者的呼吸道内的烟灰颗粒相似,从浅到深的烧伤,烧焦和变黑。保存的血液用于估计羧基血红蛋白水平在所有5例中显示阳性结果。气管中的煤烟和血液中羧基血红蛋白的升高表明,这些人在事故发生时还活着。在所有五起案件中,死亡都是由于吸入与热伤有关的一氧化碳气体而窒息造成的。法医专家的作用是帮助查明受害者身份,确定死亡方式和死因。
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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