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恒河猴坐姿着陆冲击内耳损伤的观察
引用本文:张新颖 成自龙. 恒河猴坐姿着陆冲击内耳损伤的观察[J]. 航天医学与医学工程, 1996, 9(4): 271-275
作者姓名:张新颖 成自龙
作者单位:航天医学工程研究所
摘    要:为研究机体及各组织器官对冲击力的耐受限值,探讨致伤原因及提出防护措施,利用着陆冲击塔,使实验动物恒河猴的坐姿状态下,进行冲击试验,试验后1h左右处死,作大体解剖观察并取心,肝,脾,肺,颞骨等组织,固定,切片,镜检。同时重点观察了内耳的损伤。结果表明,冲击载荷不大(平台过载值为≤25G)时内脏虽然有轻度损伤,但内耳可避免受员,当冲击力加大到一定程度(平台过载值为30~35G)导致内脏中等损伤时,内耳

关 键 词:着陆冲击 冲击损伤 冲击耐力 内耳

Observation of Inner Ear Injury after Landing Impact in Sitting Position in Rhesus Monkeys.
ZHANG Xinying,[ Institute of Space Medico-Engineering,Beijing ,China] CHENG Zilong,WANG Yulan,WANG Yuqing.. Observation of Inner Ear Injury after Landing Impact in Sitting Position in Rhesus Monkeys.[J]. Space Medicine & Medical Engineering, 1996, 9(4): 271-275
Authors:ZHANG Xinying  [ Institute of Space Medico-Engineering  Beijing   China] CHENG Zilong  WANG Yulan  WANG Yuqing.
Affiliation:Institute of Space Medico-Engineering, Beijing, China.
Abstract:Tolerance limits of different tissues to landing impact were studied by doing experiment in Rhesus monkeys. 10 Rhesus monkeys were divided into three groups, each suffered a different landing load. The monkeys were killed lh after the experiment, and heart, liver, spleen, lung, and temporal bone were fixed, sliced, and then observed under microscope. Injuries of inner-ear were also observed. The results showed that when acceleration measured at the impact platform was less than 25 G, only slight injuries were found in the various organs and no injury was found in the inner ear; when platform acceleration was 25-35 G intermediate injuries were found in the various internal organs, and slight injury was found in the inner ear, such as detachment of otolith from macula of saccule and separation of epithelium in the ampulla.
Keywords:landing impact impact damage impact tolerance labyrinth
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