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Auditory and Vibratory Responses in the Midbrains of Snakes
Science, 1969Airborne sound and substrate vibration each elicit electrical responses below the surface of the tectum in species of three families of snakes. Tones of 50 to 1000 hertz evoke responses independently of substrate vibration. Sensitivity to locally applied sound is present over much of the body surface.
P H, Hartline, H W, Campbell
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2011
In sorrowful reference to his deafness, Ludwig van Beethoven wrote in October of 1802 in his famous Heiligenstadt Testament (translated from the original German), “I was soon compelled to withdraw, to live life alone…[W]hat a humiliation for me when someone standing next to me heard a flute in the distance and I heard nothing or someone heard a ...
Hubert H. Lim +2 more
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In sorrowful reference to his deafness, Ludwig van Beethoven wrote in October of 1802 in his famous Heiligenstadt Testament (translated from the original German), “I was soon compelled to withdraw, to live life alone…[W]hat a humiliation for me when someone standing next to me heard a flute in the distance and I heard nothing or someone heard a ...
Hubert H. Lim +2 more
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The Auditory Midbrain and Acousticomotor Behavior
1986Early anatomical studies of the auditory system, such as those of Ramon y Cajal (1911), considered the inferior colliculus to be a reflex center in hearing, with a similar function in audition to that subserved by the superior colliculus in vision.
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Otology & Neurotology, 2006
The auditory midbrain implant (AMI) is a new central auditory prosthesis designed for penetrating stimulation of the human inferior colliculus. The major group of candidates for the AMI consists of neurofibromatosis type 2 (NF2) patients who develop neural deafness because of growth and/or surgical removal of bilateral acoustic neuromas. Because of the
Thomas, Lenarz +4 more
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The auditory midbrain implant (AMI) is a new central auditory prosthesis designed for penetrating stimulation of the human inferior colliculus. The major group of candidates for the AMI consists of neurofibromatosis type 2 (NF2) patients who develop neural deafness because of growth and/or surgical removal of bilateral acoustic neuromas. Because of the
Thomas, Lenarz +4 more
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The Auditory Midbrain in Bats and Birds
2005Both bats and birds are flying vertebrates that diverged early in evolution. Their flight mechanisms are different, and so are their auditory systems. They share a common ancestor in the Carboniferous era, but their auditory systems evolved in parallel and are not homologous (Clack 1997). However, other ancestral mammalian traits, such as moveable ears,
Ellen Covey, Catherine E. Carr
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The Auditory Midbrain and Behavior
1986Before examining in detail the structure and physiology of the auditory midbrain, it is important to demonstrate that the integrity of this region is essential for normal acoustic behavior. This may be gauged from the fact that the inferior colliculus, at least in the cat, is an obligatory relay for the vast majority of afferents ascending from the ...
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The Representation of Amplitude Modulations in the Mammalian Auditory Midbrain
Journal of Neurophysiology, 2008Temporal modulations in stimulus amplitude are essential for recognizing and categorizing behaviorally relevant acoustic signals such as speech. Despite this behavioral importance, it remains unclear how amplitude modulations (AMs) are represented in the responses of neurons at higher levels of the auditory system.
Bjarne, Krebs +2 more
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Interdependence of Spatial and Temporal Coding in the Auditory Midbrain
Journal of Neurophysiology, 2000To date, most physiological studies that investigated binaural auditory processing have addressed the topic rather exclusively in the context of sound localization. However, there is strong psychophysical evidence that binaural processing serves more than only sound localization.
U, Koch, B, Grothe
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