目的观察强次声波对豚鼠前庭终器超微结构的损伤情况。
Objective To study the ultrastructural changes of vestibular end organs induced by infrasound in guinea pigs.
目的分析选择不同运动方式作用于大鼠的前庭感受器后，诱导高岭土摄取量变化作为运动病指标的有效性。
Objective To analyze the efficacy of kaolin intake amount as an index for motion sickness(MS)induced by different motion patterns stimulating the vestibular receptors of rats.
结论脑干前庭传出系统神经元可能通过降低前庭终器感觉细胞向中枢神经系统的信号发放的程度，参与了适应性的产生过程。
Conclusions it is suggested that EVS neurons take part in the course of habituation acquisition through reducing the signals from vestibular end organ cells to CNS.
VEMP可能成为一种检测前庭终器及其传导通路完整性的方法。
VEMP recording could become an attractive method for testing otolithic receptors and vestibulospinal pathways.
本发明的婴儿旋转器可以用来训练婴儿的前庭功能。
The baby rotator has an advantage of the use for training vestibular function for baby.
方法晕船模拟器对SD大鼠进行模拟晕船刺激筛选晕船易感大鼠，取大鼠脑干前庭区利用透射电镜观察超微结构相对于正常对照组的改变。
Methods SD rats were stimulated by seasickness simulator. Brain stems were taken to observe the ultrastructure changes. Results rat seasickness model was successfully established.
方法晕船模拟器对SD大鼠进行模拟晕船刺激筛选晕船易感大鼠，取大鼠脑干前庭区利用透射电镜观察超微结构相对于正常对照组的改变。
Methods SD rats were stimulated by seasickness simulator. Brain stems were taken to observe the ultrastructure changes. Results rat seasickness model was successfully established.
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