Three different attempts to categorize sounds into semantically coherent classes in terms of their auditory expressiveness allowed some conclusions, but failed for most of the hypothesized categories.
Moreover, the brains of the successful subjects had more gray matter in a part of their auditory cortex implicated in pitch perception.
The researchers discovered that in dogs, 48% of their auditory brain regions respond more strongly to environmental sounds, such as a car engine, than to voices.
Their hope is that viewers see the immensity and depth of the installation as a reflection of their auditory experiences.
We generated Slitrk6-knockout mice and investigated the development of their auditory and vestibular sensory organs.
In the present study, we generated Slitrk6-knockout mice and investigated the development of their auditory and vestibular sensory organs.
In the present study, we developed Slitrk6-knockout mice and analyzed the development of their auditory and vestibular sensory organs.
In this work we attempted to pinpoint a neural substrate for the characteristic musicality in WS individuals by studying the structure-function relationship of their auditory cortex.
