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前言 微机化的动态平衡仪(CDP)可用于确定各种感觉输入,也就是视觉、本体感觉和前庭感觉对平衡的相对重要性。因为确信这三个系统间的错误匹配是造成运动病的原因。所以动态评定与运动相关的感觉整合情况可有助于对运动病病理生理学的理解。方法 用CDP(Equi Test,Neurocom,Inc, USA)评定了20名对海晕病十分易感的、年龄在18岁～20岁间的海员。把感觉结构试验(SOT)、运动控制试验(MCT)以及这些试验的亚试验所得结果与试验正常值进行对比。结果 动态平衡仪检查结果异常的,亚试验为
Preface The computerized dynamic balancer (CDP) can be used to determine various sensory inputs, ie, the relative importance of vision, proprioception, and vestibular sensation to balance. Because it is convinced that the mismatch between the three systems is the cause of motion sickness. Therefore, dynamic assessment of exercise-related sensory integration may be helpful in understanding the pathophysiology of motion sickness. Methods Twenty seafarers aged 18 to 20 years who were very susceptible to sea sickness were assessed using CDP (Equi Test, Neurocom, Inc, USA). Sense structure test (SOT), exercise control test (MCT) and sub-test results of these tests were compared with the normal value of the test. Results Dynamic balancer test results abnormal, sub-test