Paul W Mitchell,Laurel H Carney
Paul W Mitchell
The inferior colliculus (IC) is an important brain region to understand neural encoding of complex sounds due to its diverse sound-feature sensitivities, including features that are affected by peripheral nonlinearities. Recent physiologica...
Cochlear neural contributions to triple network changes in tinnitus, hyperacusis & misophonia? A perspective review [0.03%]
耳蜗神经在耳鸣、响度敏感和恐音症的三网络变化中的作用？一篇观点综述
Li Xie,Rodrigo Donoso-San Martín,Stefan Fink et al.
Li Xie et al.
What do tinnitus, the perception of sounds without an internal or external source of noise, hyperacusis, the pathological hypersensitivity to noise, or misophonia, an intolerance to certain everyday noises, have in common, and what differen...
Echolocation frequency alteration, and hearing loss induced by an ototoxic drug in the echolocating bat Hipposideros pratti [0.03%]
关于回声定位蝙蝠Hipposideros pratti的频率调节和耳毒药物引起的听力丧失
Jianwen Zou,Yalin Wang,Shuilian Yang et al.
Jianwen Zou et al.
Noise exposure increases the level of reactive oxygen species (ROS) in the outer hair cells (OHCs) of the cochlea, which subsequently damages OHCs and causes noise-induced hearing loss. However, increasing evidences have shown that echoloca...
Short- and long-term changes in auditory sensitivity and tinnitus distress between acute and chronic tinnitus: Longitudinal observation in a community-based sample [0.03%]
急性耳鸣和慢性耳鸣的听力敏感度和耳鸣困扰的短期和长期变化：社区为基础样本的纵向观察研究
Abishek Umashankar,Phillip Gander,Kai Alter et al.
Abishek Umashankar et al.
Chronic tinnitus is a common consequence of hearing loss, which commonly coexists with a degree of increased subjective sensitivity to sound intensity, and sometimes overt hyperacusis. Central gain is thought to be an underlying mechanism f...
Christine Köppl,Sonja J Pyott
Christine Köppl
Speech performance in adults with cochlear implants using combined channel deactivation and dynamic current focusing [0.03%]
联合通道停用和动态电流聚焦的植入人工耳蜗成人患者的言语感知性能
Dietmar M Wohlbauer,Charles B Hem,Caylin McCallick et al.
Dietmar M Wohlbauer et al.
Objectives and methods: Cochlear implant listeners show difficulties in understanding speech in noise. Channel interactions from activating overlapping neural populations reduce the signal accuracy necessary to interpret ...
EEG responses to onset-edge and steady-state segments of continuous speech under selective auditory attention modulation [0.03%]
选择性听觉注意调节下连续语句起始部分及稳态部分诱发的脑电差异响应研究
Lei Wang,Fei Chen
Lei Wang
Electroencephalography (EEG) signals provide valuable insights into the neural mechanisms of speech perception. However, it still remains unclear how neural responses dynamically align with continuous speech under selective attention modula...
Investigation of bone conduction stimulation efficiency on the skull surface and below assessed by cochlear promontory vibration [0.03%]
基于耳蜗前庭振动评估的颅骨表面和颅骨下方骨导刺激效果研究
Alexander du Puits,Kristian Åsnes,Thomas Lenarz et al.
Alexander du Puits et al.
Objective: Stimulation sites closer to the cochlea result in higher output for bone conduction devices (BCD), increasing maximum output and reducing energy consumption. In our study, alternative coupling sites closer to t...
Toward an ex vivo preparation for studies of the cochlear active process in mammals [0.03%]
用于哺乳动物耳蜗主动过程研究的体外制备方法探讨
Francesco Gianoli,Rodrigo Alonso,Brian Fabella et al.
Francesco Gianoli et al.
The mammalian cochlea benefits from an active process characterized by amplification of mechanical inputs, sharp frequency selectivity, compressive nonlinearity, and spontaneous otoacoustic emission. Similar traits are observed in individua...
Peripheral and central auditory dysfunction induced by intermittent hypoxia via a novel recurrent airway obstruction device in rats [0.03%]
新型反复上气道梗阻装置导致大鼠外周及中枢听觉功能障碍的作用机制研究
Yue Wu,Tao Li,Dong Shao et al.
Yue Wu et al.
Objective: This study aimed to investigate the effects of intermittent hypoxia (IH) on auditory thresholds, auditory brainstem response (ABR) latency, and neuronal activity in the auditory cortex using a novel recurrent a...