David K Ryugo,Satoshi Nishitani
David K Ryugo
Age-related hearing loss impairs speech understanding for socialization and music appreciation for enjoyment, both of which compromise quality of life and can lead to cognitive decline. It has previously been shown that while standard audio...
Effects of early childhood otitis media-related conductive hearing loss on speech perception, neural processing, and working memory [0.03%]
儿童期分泌性中耳炎引起的传导性听力损失对语音感知、神经处理和工作记忆的影响
Anadel Khalaila-Zbidat,Arie Gordin,Hanin Karawani
Anadel Khalaila-Zbidat
Otitis media with effusion (OME) is a common childhood ear disease that can cause temporary conductive hearing loss during a critical period of auditory development. This condition is hypothesized to be related to deficits in neural, percep...
New concept for mechanisms of hair cell regeneration in the chick auditory epithelium [0.03%]
鸡 auditory 上皮中毛细胞再生机制的新概念
Marie Takeuchi,Mami Matsunaga,Takayuki Nakagawa
Marie Takeuchi
Sensory hair cells in the cochlea are essential for hearing. In adult mammals, hair cells are incapable of regeneration, primarily because the supporting cells lose their regenerative capacity shortly after birth. In contrast, avian support...
Furosemide prevents noise-induced hearing loss and enhances the preventive effect of N-acetylcysteine [0.03%]
呋塞米可预防噪声性听力损失并增强N-乙酰半胱氨酸的防护作用
Hongguo Su,Fan Wu,Khujista Haque et al.
Hongguo Su et al.
Disruption of reactive oxygen species (ROS) homeostasis is a key mechanism underlying noise-induced sensory hair cell damage. Antioxidant treatments such as N-acetylcysteine (NAC) have been shown to attenuate noise-induced hearing loss (NIH...
Primary and nonprimary auditory cortex connectivity with brain regions involved in cognitive and emotional processing: in mouse and human [0.03%]
与参与认知和情绪处理的大脑区域连接的初级和非初级听觉皮层：从小鼠到人类
Büşra Köse-Özkan,Mazhar Özkan,Yasin Celal Güneş et al.
Büşra Köse-Özkan et al.
Auditory cortex connectivity extends beyond the processing of acoustic stimuli, playing a crucial role in cognitive and emotional regulation through its interactions with higher-order brain regions. Although the neural mechanisms underlying...
Investigating the mechanisms of ageing and neuroinflammation in age-related hearing loss: A proteomic analysis [0.03%]
年龄相关性听力损失的衰老和神经炎症机制的蛋白组学分析研究
Yan Wang,Chanyuan Zhang,Xiaohui Ma et al.
Yan Wang et al.
Background: Age-related hearing loss (ARHL) is a prevalent neurodegenerative condition commonly linked to aging and chronic inflammation. However, there is currently a lack of substantial proteomic evidence elucidating th...
Experimental comparison between forward and reverse Vibrant Soundbridge cochlear stimulation [0.03%]
有关Vibrant Soundbridge声桥耳蜗植入的正向和反向刺激实验对比研究
Lukas Graf,David Stauske,Mohammad Ghoncheh et al.
Lukas Graf et al.
Introduction: Various couplers exist for the Vibrant Soundbridge implant to connect the actuator to a middle ear structure. While the surgical indication mainly distinguishes between purely sensorineural hearing loss and ...
A robust DeepLabCut-based pipeline for the multi-dimensional quantification of vestibular dysfunction in mice [0.03%]
一种基于DeepLabCut的稳健的工作流程：用于多维度量化小鼠前庭功能障碍
Mingwei Xu,Qiong Wu,Tianyu Gong et al.
Mingwei Xu et al.
Accurate quantification of behavioral deficits is critical for investigating vestibular disorders, yet current assessment methods often fail to capture complex kinematic features like rotational asymmetry. This study aimed to develop a cost...
Application of tensile load at the tympanic membrane by an eardrum-contact transducer [0.03%]
一种耳膜接触式换能器在鼓膜上加载拉伸力的应用
Michael Martin,Stepan Kempa,Katharina Bader et al.
Michael Martin et al.
Safety of hearing devices attached to the tympanic membrane depends on applied forces and resulting movements of the ossicles when pulling off the device. A robotized temporal bone measurement setup was designed to apply and measure defined...
Preclinical methods to determine output of the floating mass transducer in forward and reverse stimulation [0.03%]
测定漂浮质量传声器正向和反向刺激输出的非临床方法
David Stauske,Hamidreza Mojallal,Nils Prenzler et al.
David Stauske et al.
Objective: Our experimental study evaluated the efficiency of sound transmission with the Floating Mass Transducer (FMT) in forward (incus short process, SP) and reverse (round window, RW) stimulation modes using differen...