Andrea J DeFreese,René H Gifford,Iliza M Butera et al.
Andrea J DeFreese et al.
Despite growing evidence of neural and behavioral plasticity following sensory loss, it remains unclear how multisensory processing varies across clinical hearing loss phenotypes. This study investigated visual perception and audiovisual (A...
Sentence recall and neurophysiological effects of the "2-Sentence Problem" under time compression in younger and older listeners [0.03%]
年轻和年长听者在时间压缩条件下探究“2句话问题”的句子回忆及神经生理效应
Victoria C Sinfield,Sandy Snyder,Yunjie Tong et al.
Victoria C Sinfield et al.
Understanding how auditory cognitive load impacts speech recognition is critical for improving communication strategies across the lifespan. This study investigated the effects of two auditory cognitive load factors - sentence count (one vs...
NADH against noise-induced hearing loss: Evidence from models of "temporary" and "permanent" deafness [0.03%]
NADH防治噪声性聋的实验研究
Ziyi Chen,Tao Shi,Jin Li et al.
Ziyi Chen et al.
Exposure to different types of noise for varying durations can lead to damage in different parts of the auditory pathway, such as synapse and hair cell loss, resulting in temporary or permanent threshold shifts. Noise-induced hearing loss (...
Disrupted fundamental frequency encoding in sensorineural hearing loss revealed by the frequency-following response [0.03%]
听神经型听力损失患者频率追随反应异常反映基频编码障碍
Laura Jacxsens,Lana Biot,Tinne Vandenbroeke et al.
Laura Jacxsens et al.
Objectives: The frequency-following response (FFR) is a scalp-recorded auditory evoked potential that reflects subcortical and cortical encoding of speech through neural phase-locking to its spectro-temporal features. Pre...
Ana Sousa Menezes,Ana Coelho,Rafaela Morais-Ribeiro et al.
Ana Sousa Menezes et al.
Objective: To characterize the auditory cortex (AC) in patients with Alzheimer's Disease (AD) and to assess the effect of ageing using Magnetic Resonance Imaging. ...
OSBPL2 deficiency impaired cochlear blood-labyrinth barrier via activation of NF-κB signaling pathway [0.03%]
OSBPL2通过激活NF-κB信号通路损伤耳蜗血液迷路屏障缺陷
Qian Yang,Tianqi Li,Yajie Lu et al.
Qian Yang et al.
OSBPL2 was one of the causal genes responsible for autosomal dominant non-syndromic hearing loss (DFNA) and the pathogenic mechanism of OSBPL2 mutations remain elusive. OSBPL2 was detected to be highly expressed in stria vascularis (SV) of ...
Retraction notice to "Analytical and numerical modeling of the hearing system: Advances towards the assessment of hearing damage" [Hearing Research 349 (2017) 111-128] [0.03%]
撤销《听觉系统听力损伤评估的分析和数值建模》[ Hearing research. 349(): 111-128.]
Annalisa De Paolis,Marom Bikson,Jeremy T Nelson et al.
Annalisa De Paolis et al.
Functional characteristics of speech perception decline in healthy aging based on resting-state EEG-fNIRS [0.03%]
基于静息态EEG-fNIRS的健康老化语音感知功能特征下降
Liu Yang,Songjian Wang,Jian Wang et al.
Liu Yang et al.
Older adults frequently struggle with speech perception in noisy environments, a challenge influenced by age-related changes in brain function. Resting-state brain activity has emerged as a crucial area of research for understanding alterat...
Loudness discomfort levels at extended high frequencies in young adults: A potential marker of hyperacusis [0.03%]
年轻成人扩展高频段的响度不舒适水平：潜在的响度敏感性标志物
Charlotte Bigras,Victoria Duda,Sylvie Hébert
Charlotte Bigras
Loudness discomfort levels (LDLs) are typically measured only at standard frequencies (0.25-8 kHz), which may limit their diagnostic utility in assessing loudness disorders such as hyperacusis. The aim of this study was to (1) establish nor...
Evaluation of the Automatic Classifier AutoSense Sky OS for pediatric cochlear implant users using a virtual classroom environment [0.03%]
基于虚拟课堂环境中儿科植入式耳蜗用户对自动分类器AutoSense Sky OS的评估研究
Maartje M E Hendrikse,André Goedegebure,Kars R Tjepkema et al.
Maartje M E Hendrikse et al.
This study evaluated whether AutoSense Sky OS, an automatic classifier used in pediatric Advanced Bionics cochlear implants (CIs), improves speech intelligibility from the front without significantly impairing spatial awareness (i.e., sound...