结论鼻咽癌放疗后听觉通路损伤可能包括整个听通路。
Conclusion the radiotherapy for NPC may injure any part of hearing pathway.
听觉监测主要是通过对术中听觉通路的监测和预警作用来保护听觉。
These techniques could protect the hearing function by monitoring the hearing pathway and forecasting its status.
对15只正常豚鼠的ABR时域波形和频谱特征以及对18只豚鼠通过脑干核团立体定位技术，毁损听觉通路各不同部位后的时域波形及频谱改变进行了分析。
An analysis was made of ABR frequency spectrum spectrum of 15 normal guinea pigs and 18 guinea pigs with the destruction of different plane of auditory pathway.
听觉系统和视觉系统的不同之处在于：听觉系统在外周感受器和听皮层间具有更长的皮层下通路和更多的突触联系。
In contrast to the visual system, the auditory system has longer subcortical pathways and more spiking synapses between the peripheral receptors and the cortex.
结论感音神经性聋患者耳蜗或听觉传导通路的受损程度对穴位按摩疗效具有显著的影响。
Conclusion the impairment degree of cochlea or auditory transduction pathway in sensorineural deafness patients has significant influence on the curative effect of point massage.
目的观察慢性次声暴露对豚鼠听觉传出通路中重要的神经递质降钙素基因相关肽(CGRP)分布的影响。
AIM to explore the effects of infrasound on the distributions of CGRP IR in the efferent auditory pathways in guinea pigs.
目的探讨感音神经性聋患者耳蜗或听觉传导通路的受损程度对穴位按摩疗效的影响。
Objective it is to discuss the influence of the impairment degree of cochlea or auditory transduction pathway in sensorineural deafness patients on the curative effect of point massage.
目的：旨在探讨脑干听觉传入通路中gaba能神经递质及GABAA受体对电刺激位听神经传入冲动的影响。
Aim: to explore the influence of GABAergic neurotransmitters and GABAA receptors on the auditory afferent impulses recorded in the brainstem evoked by electro-stimulation.
结论CMV感染婴儿的听觉传导通路有不同程度的损害，BAEP监测有助于临床早期发现听力损害。
Conclusion the auditory nerve conduction was damaged in different extent in the infants with CMV infection. BAEP monitoring is useful to find out hearing impairment early in the clinic.
目的探索听觉传导通路中听神经和下丘的单位放电记录并对其反应特性进行观察。
Objective to explore a proper recording of the unit discharge in auditory nerve and inferior colliculus for the observation of characteristics of response potential.
下丘接受来自不同通路大量低位脑干听觉核团的上行输入以及来自对侧下丘的交叉输入和听皮层的下行输入。
The IC receives ascending input from a number of auditory nuclei in the lower brainstem. Moreover, it receives crossed input from the opposite IC and descending input from auditory cortex.
下丘接受来自不同通路大量低位脑干听觉核团的上行输入以及来自对侧下丘的交叉输入和听皮层的下行输入。
The IC receives ascending input from a number of auditory nuclei in the lower brainstem. Moreover, it receives crossed input from the opposite IC and descending input from auditory cortex.
应用推荐