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静态负荷机制导致的双颞部压迫性损伤。两例报告。

Bitemporal compression injury caused by static loading mechanism. Report of two cases.

作者信息

Echizenya K, Satoh M, Nakagawa T, Koiwa M, Abe H

出版信息

J Neurosurg. 1985 Mar;62(3):438-41. doi: 10.3171/jns.1985.62.3.0438.

Abstract

The authors report two cases of bitemporal compression injury caused by a static loading mechanism. These head injuries resulted from gradual bitemporal compression of the head. Plain skull films showed multiple skull fractures, and carotid angiography revealed internal carotid artery obstruction at the base of the skull. Neurological examination disclosed a slight disturbance of consciousness, hemiparesis, multiple cranial nerve injuries, and Horner's syndrome. In comparison with impact head injury, the energy from this type of trauma tends to be transmitted to the foramina and hiati of the middle cranial fossa and results in multiple injuries to the cranial nerves, sympathetic nerves, and blood vessels.

摘要

作者报告了两例由静态加载机制导致的双颞部挤压伤病例。这些头部损伤是由于头部逐渐受到双颞部挤压所致。颅骨平片显示多处颅骨骨折,颈动脉血管造影显示颅底颈内动脉阻塞。神经学检查发现有轻度意识障碍、偏瘫、多条颅神经损伤和霍纳综合征。与冲击性头部损伤相比,这种类型创伤的能量往往会传递至中颅窝的孔和裂隙,从而导致颅神经、交感神经和血管的多处损伤。

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