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一例与胸小肌、肋间肌和髂腰肌出血相关的低温致死病例。

A fatal case of hypothermia associated with hemorrhages of the pectoralis minor, intercostal, and iliopsoas muscles.

作者信息

Ogata Mamoru, Ago Kazutoshi, Ago Mihoko, Kondo Toshikazu, Kasai Kentaro, Ishikawa Takaki, Mizukami Hajime

机构信息

Department of Legal Medicine, Graduate School of Medical and Dental Sciences, Kagoshima University, Kagoshima, Japan.

出版信息

Am J Forensic Med Pathol. 2007 Dec;28(4):348-52. doi: 10.1097/PAF.0b013e31814250cc.

Abstract

In a morning in January, a male in his early sixties was found dead in an outdoor parking area. The minimum temperature during the night before he was found dead was estimated to be 4.0 degrees C. Autopsy revealed the pinkness of hypostasis, slight abrasions and bruises on the face and the extremities, collapse of the lungs, and slight gastric submucosal hemorrhage. Histologic examination revealed compact arrangement of cardiac muscle fibers and cytoplasmic vacuolation in the adenohypophysis. Toxicologic examination demonstrated hyperacetonemia (51.2 microg/mL). Ubiquitin, one of the stress proteins that are induced by several stimuli, including severe cold, was detected in several organs. We concluded that the cause of his death was lethal hypothermia. In addition, hemorrhages were observed in the subfascial and/or intramuscular parts of the pectoralis minor, first intercostal, and iliopsoas muscles. Although it has been reported that iliopsoas muscle hemorrhage can result from hypothermia, there have been few reports concerning hypothermia-associated hemorrhages of the pectoralis minor and/or intercostal muscles. We presumed that intense shivering and/or effort ventilation during the course of lethal hypothermia might cause these muscle hemorrhages.

摘要

1月的一个早晨,一名60岁出头的男性被发现死于室外停车场。据估计,在他被发现死亡前一晚的最低温度为4.0摄氏度。尸检发现尸斑呈粉红色,面部和四肢有轻微擦伤和瘀伤,肺部萎陷,胃黏膜有轻微出血。组织学检查显示心肌纤维排列紧密,腺垂体有细胞质空泡形成。毒理学检查显示高丙酮血症(51.2微克/毫升)。泛素是一种由包括严寒在内的多种刺激诱导产生的应激蛋白,在多个器官中被检测到。我们得出结论,他的死因是致死性体温过低。此外,在胸小肌、第一肋间肌和髂腰肌的筋膜下和/或肌内部分观察到出血。虽然有报道称髂腰肌出血可能由体温过低引起,但关于胸小肌和/或肋间肌与体温过低相关出血的报道很少。我们推测,在致死性体温过低过程中强烈的颤抖和/或用力呼吸可能导致这些肌肉出血。

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