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Early Loss of Spiral Ganglion Neurons in the Auditory System after Noise Trauma.
Audiol NeurootolGröschel M +5 more
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Measuring absorbed energy in the human auditory system using finite element models: A comparison with experimental results. [PDF]
Technol Health CareCastro-Egler C +5 more
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Neurotransmission In The Auditory System
Otolaryngologic Clinics of North America, 1992Neurotransmitters and neuromodulators thought to be active on neurons in the cochlea, CN, and SOC have been reviewed. The variety of neurotransmitters and neuromodulators present and likely colocalized in these neurons are the chemical substrates that link morphologically and physiologically diverse neurons to process sound information.
C, Hunter, K, Doi, R J, Wenthold
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Compression in the auditory system
Сенсорные системы, 2023The review is devoted to the mechanism of compression in the mammals auditory system. The compression provides the high sensitivity with a wide dynamic range of the auditory system, and sharpness of the frequency tuning. In this review, three main methods for detecting compression were observed: the direct registration of basilar membrane vibrations ...
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Method to adjust an auditory system and corresponding auditory system
The Journal of the Acoustical Society of America, 2008An adjustment of hearing device systems is achieved by an interactive adaptation that is undertaken during the operation. A classifier recognizes various auditory situations and starts interactive adaptation procedures, in the framework of which various settings are to be evaluated. Only settings that fit the auditory situation are thereby offered.
Volkmar Hamacher, Matthias Wesselkamp
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Electrophysiology of the auditory system
Clinical Physics and Physiological Measurement, 1988This review has attempted to summarise the properties of electro physiological responses in the auditory system. The treatment was broad and consequently somewhat sketchy. For a more detailed recent treatment of the physiology of the auditory system the reader is referred to Pickles (1982), Møller (1983), or Altschuller et al (1986).
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Regeneration in the auditory system
Experimental Neurology, 1992The auditory organs of birds and mammals normally stop producing sensory hair cells during embryonic development, so loss of those cells later in life results in hearing deficits that have been considered irreversible. In contrast to this, the ears of some fish and amphibians produce hair cells continuously throughout life and even increase in ...
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ORL, 2010
A biological view of the central auditory system seems to be replacing the older Galilean or physics-based view as the guide for research in the late 20th century. This emerging view is primarily Darwinian in origin and recognizes that the entire auditory system is an adaptation for extracting information from natural sounds and their sources, usually ...
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A biological view of the central auditory system seems to be replacing the older Galilean or physics-based view as the guide for research in the late 20th century. This emerging view is primarily Darwinian in origin and recognizes that the entire auditory system is an adaptation for extracting information from natural sounds and their sources, usually ...
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Plasticity in the auditory system
Hearing Research, 2018Over the last 30 years a wide range of manipulations of auditory input and experience have been shown to result in plasticity in auditory cortical and subcortical structures. The time course of plasticity ranges from very rapid stimulus-specific adaptation to longer-term changes associated with, for example, partial hearing loss or perceptual learning.
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