Auditory nerve synapses in ventral cochlear nucleus end on two principal cell types, bushy and stellate cells. While the effects of hearing loss on bushy cells has been well studied, little is known about the effects of hearing loss on synaptic input to the stellate cells. Based on prior observations in bushy cells, we hypothesized that noise-induced hearing loss (NIHL) would decrease quantal release onto stellate cells
The bushy cells of the anterior ventral cochlear nucleus (AVCN) preserve or improve the temporal cod...
It is widely accepted that even a single acute noise exposure at moderate intensity that induces tem...
Acoustic over exposure (AOE) triggers hearing loss and tinnitus but cellular mechanisms underlying t...
Auditory nerve synapses in ventral cochlear nucleus end on two principal cell types, bushy and stell...
The dynamics of synaptic transmission between neurons plays a major role in neural information proce...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
Age-related hearing loss (AHL) typically starts from high frequency regions of the cochlea and over ...
The dynamics of synaptic transmission between neurons plays a major role in neural information proce...
Age-related hearing loss (AHL) typically starts from high frequency regions of the cochlea and over ...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
Hearing is an extremely delicate sense that is particularly vulnerable to insults from environment, ...
The prevalence and importance of hearing damage caused by noise levels not previously thought to cau...
The occurrence of tinnitus can be linked to hearing loss in the majority of cases, but there is neve...
The bushy cells of the anterior ventral cochlear nucleus (AVCN) preserve or improve the temporal cod...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
The bushy cells of the anterior ventral cochlear nucleus (AVCN) preserve or improve the temporal cod...
It is widely accepted that even a single acute noise exposure at moderate intensity that induces tem...
Acoustic over exposure (AOE) triggers hearing loss and tinnitus but cellular mechanisms underlying t...
Auditory nerve synapses in ventral cochlear nucleus end on two principal cell types, bushy and stell...
The dynamics of synaptic transmission between neurons plays a major role in neural information proce...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
Age-related hearing loss (AHL) typically starts from high frequency regions of the cochlea and over ...
The dynamics of synaptic transmission between neurons plays a major role in neural information proce...
Age-related hearing loss (AHL) typically starts from high frequency regions of the cochlea and over ...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
Hearing is an extremely delicate sense that is particularly vulnerable to insults from environment, ...
The prevalence and importance of hearing damage caused by noise levels not previously thought to cau...
The occurrence of tinnitus can be linked to hearing loss in the majority of cases, but there is neve...
The bushy cells of the anterior ventral cochlear nucleus (AVCN) preserve or improve the temporal cod...
Noise-induced hearing loss has gained relevance as one of the most common forms of hearing impairmen...
The bushy cells of the anterior ventral cochlear nucleus (AVCN) preserve or improve the temporal cod...
It is widely accepted that even a single acute noise exposure at moderate intensity that induces tem...
Acoustic over exposure (AOE) triggers hearing loss and tinnitus but cellular mechanisms underlying t...