These findings demonstrate the varied involvement of peripheral hearing and central brainstem functions in the neurotoxicity of neonatal hyperbilirubinemia 这些结果显示出胆红素神经毒性的病变包括末梢听神经至中枢脑干之不同程度的伤害。
The abrs were tested to evaluate the hearing and neurologic functions , that is , hearing threshold and brainstem electric response to suprathreshold stimuli 胆红素过高很容易引起脑部及听神经的病变，造成核黄疸、脑性麻痹、听力不足… …等。
Cochlear implants bypass the damage by receiving and converting sound into signals sent along electrodes to cells adjacent to the auditory nerve 而人工电子耳的功用，在于可以将接收到的声音转换成讯号，沿著电极越过受损的区域，传送到毗连听神经的细胞。
The topology of cfs in a - 1 indicated the rule of the neural projection from gmb to primary auditory cortex . the tuning curves of 34 neurons have been recorded and analyzed 听神经元cf分布的中文摘要一2一这种分域特性反映了从mgb到初级听皮层纤维投射的规律性。
The results were as follows : 1 case of acoustic neuroma , 1 case of cerebello - pontine lymphoma , 1 case of meningioma of the cerebello - pontine angle , 2 cases of stroke in the pons , and 1 case of dolichoectasia of the verterbro - basilar artery 结果计有：听神经瘤1例、小脑及桥脑淋巴瘤1例、小脑桥脑角脑膜瘤1例、桥脑中风2例、及椎骨基底动脉血管瘤1例。
The sooner a person receives an implant after becoming deaf , the more likely he will adapt to the new sound input ; people who have been deaf for years do not respond as well because of degeneration in the cochlea or auditory nerve 失聪后越早植入人工电子耳的人，越可能适应新声音的输入；失聪多年的人，由于耳蜗或听神经的退化，对声音的反应就没那麽灵光。
Its already well developed tradition of serving people with hearing disabilities will continue . in particular , it will extend its thoroughgoing cochlear implant programme , where hearing is restored by enabling the auditory nerve to receive electrical stimuli 耳鼻咽喉头颈外科学系亦将秉承服务听障人士的传统，尤其会加强发展人工耳蜗技术，病人可以透过电极来刺激听神经细胞，重拾听力。
Q30 values of a - i neurons were within from 0 . 24 to 3 . 36 . the values of q30 can also increase with increasing of cfs of neurons , which indicated that the frequency range of acoustic response of a - 1 neurons widened with increasing of cfs of these neurons 值都有随着神经元cf增高而增大的趋势，这就表明在al区听皮层，随着听神经元cf的增高，神经元的频率选择性能越强，神经元低强度反应的频率响应范围也有增大的趋势。
These data indicate that gabaergic inhibition makes an important contribution to the direction - dependent frequency tuning of most ic neurons . corticofugal modulation of the excitatory and inhibitory ftcs of most ic neurons was more pronounced at one sound direction than the other . sound direction effects on frequency tuning characteristics may undergo a postnatal development due to the development of excitation and inhibition integration 通过对幼年(出生后第四周)和成年蝙蝠下丘听神经元频率调谐的方向敏感性的比较，发现幼年蝙蝠频率调谐的方向敏感性比成年蝙蝠差，并认为可能是动物发育过程中，下丘的兴奋性和抑制性输入的整合也有一个发育的过程。
The opposite results were observed for excitatory and inhibitory ftcs of corticofugally facilitated icc neurons . corticofugal inhibition increased sharpness , minimum threshold , and decreased the frequency - intensity response area of eftcs , at the same time it decreased the sharpness , minimum threshold but increased the frequency - intensity response area of iftcs 结果表明，声源方位对下丘听神经元频率调谐曲线的锐度、最低阈值有影响，多数神经元在记录部位同侧的频率调谐曲线的锐度比对侧大，最低阈值比对侧高。
