Richard Salvi,Tang-Chuan Wang,Ann Eddins
Richard Salvi
Hyperacusis is a troubling loudness hypersensitivity disorder occasionally involving pain around ear and face. The neural origins of hyperacusis and conditions that evoke it are poorly understood. To gain insights into the neural mechanisms...
A Tumor-Bearing Mouse Model of Cisplatin-Induced Hearing Loss for Preclinical Otoprotectant Evaluation [0.03%]
用于临床前耳保护剂评估的顺铂致聋小鼠模型研究
Xiang Li,Huanyu Mao,Mingchuan Feng et al.
Xiang Li et al.
Cisplatin is a highly efficacious chemotherapeutic agent against a variety of human cancers. However, one of its adverse effects is irreversible sensorineural hearing loss. Currently, no widely applicable clinical strategy is available to p...
Auditory brainstem responses in an animal model of autism spectrum disorder: Audiograms, sex differences and maturation changes [0.03%]
自闭症谱系障碍动物模型的听觉脑干反应：听力图、性别差异和发育变化
Farhana Ratree,Sophia Franco,Randy Kulesza
Farhana Ratree
Atypical processing of sound is a common feature of autism spectrum disorder (ASD). This impairment is present at birth, ranges in severity and can impact language and cognitive ability. As such, early diagnosis and intervention is paramoun...
Cognitive-Behavioural Therapy applied to Misophonia, a scoping review [0.03%]
面向条件性声音诱发敌对症的认知行为疗法：综述研究
N Detroy,A J Norena
N Detroy
Misophonia is characterized by negative emotional, cognitive, and sometimes physical reactions to specific sounds, with impact that depends on context and meaning. Cognitive- behavioural therapy (CBT) is the most commonly described psycholo...
Corrigendum to "Eye movements of younger and older adults decrease during story listening in background noise" [Hearing Research 468 (2025) 109447] [0.03%]
Hearing Research期刊中文章“背景噪音下年轻和年长成人听故事时眼动减少”的勘误项（卷期：468，页码：109447）
Björn Herrmann,Florian Scharf,Andreas Widmann
Björn Herrmann
Published Erratum
Hearing research. 2026 May 15:109658. DOI:10.1016/j.heares.2026.109658 2026
Co-occurring trajectories of auditory, cognitive, and physical decline in older adults: A longitudinal latent class analysis [0.03%]
老年人听力、认知和身体功能共病下降轨迹的纵向潜在类别分析
Du Wu,Yang Lu,Meijia Lu et al.
Du Wu et al.
Background: Auditory, cognitive, and physical capacity are key domains of functioning, recently referred to as "intrinsic capacity" (IC), in older adults. While growing evidence suggests interrelated declines across these...
Interaction between spatial perception and self-relevance: Self-relevance improves the discrimination of distance from oneself in the extrapersonal space [0.03%]
空间知觉与自我相关的交互作用：自我相关改善对远距空间中距离的辨别
Robin Duclermortier,Mathieu Lavandier,Fabien Perrin
Robin Duclermortier
Discriminating the distance of a sound source from oneself contributes to the representation of the bodily self and may interact with the analysis of its self-relevance, but the mechanisms underlying the relationship between spatial and con...
Auditory brainstem response in pigs: normative data and insights from TPC2 knockout models [0.03%]
猪听觉脑干反应的正常值及TPC2敲除模型的新见解
Sheila Templado,Maite Almela-Rojo,Maria Dolores Barceló et al.
Sheila Templado et al.
Background: Pigs are increasingly used as translational models for auditory research due to anatomical and physiological similarities with humans. However, normative auditory brainstem response (ABR) parameters in commerc...
Dynamics of intra- and inter-regional activities of the auditory 'Where' pathway during sound localization: An fMRI study [0.03%]
听觉定位通路内侧颞区与顶叶区的动态交互作用：一项功能磁共振成像研究
Jiashuai Su,Renjie Tong,Weihao Feng et al.
Jiashuai Su et al.
Previous neuroimaging studies suggested that sound localization was accomplished by a cortical "where" pathway, which originated from auditory cortex and went through parietal and prefrontal regions. While previous studies focus on regional...
Auditory brainstem response abnormalities in autism spectrum disorder: A deep learning approach to characterize time-frequency signatures [0.03%]
自闭症谱系障碍的听觉脑干反应异常：一种表征时间-频率特征的深度学习方法
Xun Chen,Hewen Xu,Ying Huang et al.
Xun Chen et al.
Background: While Auditory Brainstem Response (ABR) provides a non-invasive window into auditory brainstem function, prior studies of ASD have primarily focused on localized waveform features (e.g., waves I, III, and V), ...