Tinnitus, masked speech perception, and auditory event-related potentials in clinically normal-hearing adults [0.03%]
耳鸣，正常听力成人被掩蔽言语感知和听觉事件相关电位
Ning Gao,Sheng-Yu Tao,Qian-Jie Fu et al.
Ning Gao et al.
Tinnitus can increase stress and anxiety and reduce quality of life. Compared to listeners with normal hearing and no tinnitus, listeners with tinnitus (with or without hearing loss) often have greater difficulty segregating competing speec...
Investigating the role of extended high-frequency audibility on temporal envelope processing and spatial release from masking [0.03%]
扩展高频可听度在时间包络处理和空间释放掩蔽中的作用研究
Chhayakanta Patro,Nirmal Kumar Srinivasan,Sadie O&#x;Neill et al.
Chhayakanta Patro et al.
Extended high-frequency (EHF) hearing loss offers a model for investigating the onset of auditory dysfunction before changes in standard audiometric thresholds occur. However, the impact on auditory perception remains poorly understood. Thi...
Tom T Austin,Christian L Thomas,Ben Warren
Tom T Austin
Age-related auditory decline manifests across the animal kingdom, from humans and mice to zebrafish and insects. Sex differences in auditory decline are established for humans, but there is now evidence in mice and even zebrafish. Here, we ...
Eleanor D Brown,Shada Nassar,Daniel J Jagger
Eleanor D Brown
NF2-related schwannomatosis (NF2-SWN, formerly known as neurofibromatosis type 2) is an autosomal dominant disorder associated with the growth of bilateral schwannomas on the cochleo-vestibular nerves and meningiomas. NF2-SWN is caused by p...
Frequency and level dependence of the middle ear acoustic reflex and its decay measured in wideband absorbance with contralateral narrowband noise elicitors [0.03%]
中耳声反射及其衰减的频率和强度依赖性研究——基于宽频带吸收量与对侧窄带噪声刺激的测量方法
Abbie Baricevich,Danielle Bassett,Sophia Chan et al.
Abbie Baricevich et al.
The acoustic reflex has potential as a diagnostic tool for identifying individuals with selective damage to cochlear sensory neurons (Bramhall et al., 2022; Feeney et al., 2023; Wojtczak et al., 2017). If damage to neurons is localized, the...
Ankyrins are dispensable for mechanotransduction by cochlear hair cells [0.03%]
锚蛋白对于耳蜗毛细胞的力学转导是非必需的
Hong Zhang,Xufeng Qiu,Jonah Mittelstadt et al.
Hong Zhang et al.
The mechanotransduction (MET) channels of cochlear hair cells is a heteromeric protein complex consisting of TMC1, TMIE and CIB2. The activity of this ion channel is thought to be regulated by a gating spring, a mechanical element that conv...
Thyroid hormone signaling is essential for the maturation and survival of cochlear root cells in mice [0.03%]
甲状腺激素信号对小鼠耳蜗根细胞的成熟和生存至关重要
XianHua Ma,Fei Jiang,Chunchun Wei et al.
XianHua Ma et al.
Thyroid hormone and its receptors (TRs) are crucial for late-stage cochlear development and the maintenance of endocochlear potential (EP), yet the mechanisms underlying EP reduction in their absence remain unclear. Cochlear outer sulcus ro...
Unveiling the mind's ear: Understanding the science behind auditory processing using illusions [0.03%]
揭开心灵之耳的面纱：利用听觉错觉理解听觉处理背后的科学原理
Anusha Yasoda-Mohan,Feifan Chen,Sven Vanneste
Anusha Yasoda-Mohan
Our perceptual experience is not purely driven by the information our senses receive but is an active combination of prior experience and the sensory information that we receive. This is promisingly demonstrated by an illusory experience. P...
Checkerboard cellular pattern in auditory epithelia: Implications for auditory function and sensory pathology [0.03%]
听觉上皮中的棋盘状细胞模式：对听觉功能和感觉病理的启示
Hideru Togashi
Hideru Togashi
Sensory epithelia are composed of specialized cells arranged in specific patterns essential for function. The auditory epithelium of the organ of Corti features a highly conserved checkerboard pattern of mechanosensory hair and supporting c...
Music to my ears [0.03%]
我耳中的音乐
Geoffrey A Manley
Geoffrey A Manley
Both psychoacoustic and cochlear measurements of frequency selectivity in humans indicate that persons with substantial active musical experience can show higher selectivity values. The influence of experience on neural networks in the brai...