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酒精性酮症酸中毒作为法医学案例中的死因

Alcoholic ketoacidosis as a cause of death in forensic cases.

作者信息

Thomsen J L, Felby S, Theilade P, Nielsen E

机构信息

University Institute of Forensic Medicine, Odense, Denmark.

出版信息

Forensic Sci Int. 1995 Oct 30;75(2-3):163-71. doi: 10.1016/0379-0738(95)01783-6.

Abstract

Forensic pathologists are familiar with alcohol abusers, who are found dead and in whom the cause of death cannot be ascertained. In order to examine the possible role of ketoacidosis for the cause of death in this group of alcohol abusers, the concentrations of ketone bodies (acetone, acetoacetate, D-beta-hydroxybutyrate) were determined in post mortem blood specimens. Determination of the ketone body concentrations were made by a coupled enzymatic head-space gas chromatographic method. The material consisted of blood specimens from 131 deceased persons and was divided into three groups: Group 1: controls, 79 cases of non alcohol abusers; group 2: 35 cases of alcohol abusers with known causes of death and group 3: 17 cases of alcohol abusers without ascertainable cause of death. The geometric means for the sum of the ketone body concentrations in blood were: controls, 109 mumol/l; alcohol abusers with known causes of death, 152 mumol/l; and alcohol abusers without known cause of death, 590 mumol/l. The limit value between the controls and the group of alcoholics with unascertainable cause of death was by logistic regression found to be 531 mumol/l (343-1224 mumol/l). The term 'ketoalcoholic death' is, therefore, suggested, when the measured post mortem blood ketone body concentration in an alcoholic with otherwise unknown cause of death exceeds 531 mumol/l.

摘要

法医病理学家对那些被发现死亡且死因不明的酗酒者很熟悉。为了研究酮症酸中毒在这组酗酒者死因中可能起到的作用,对死后血液样本中的酮体(丙酮、乙酰乙酸、D-β-羟基丁酸)浓度进行了测定。酮体浓度的测定采用了一种耦合酶顶空气相色谱法。材料包括来自131名死者的血液样本,分为三组:第一组:对照组,79例非酗酒者;第二组:35例已知死因的酗酒者;第三组:17例死因不明的酗酒者。血液中酮体浓度总和的几何平均值分别为:对照组,109微摩尔/升;已知死因的酗酒者,152微摩尔/升;死因不明的酗酒者,590微摩尔/升。通过逻辑回归发现,对照组与死因不明的酗酒者组之间的极限值为531微摩尔/升(343 - 1224微摩尔/升)。因此,当一名死因不明的酗酒者死后血液中酮体浓度测量值超过531微摩尔/升时,建议使用“酮症酒精性死亡”这一术语。

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