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Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae.

Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Research Abstract Details 

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  • Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Abstract Text:

    colleen g le prellColleen G Le Prell,kohei kawamotoKohei Kawamoto,yehoash raphaelYehoash Raphael,david f dolanDavid F Dolan,

    When sinusoidal electric stimulation is applied to the intact cochlea, a frequency-specific acoustic emission can be recorded in the ear canal. Acoustic emissions are produced by basilar membrane motion, and have been used to suggest a corresponding acoustic sensation termed "electromotile hearing." Electromotile hearing has been specifically attributed to electric stimulation of outer hair cells in the intact organ of Corti. To determine the nature of the auditory perception produced by electric stimulation of a cochlea with intact outer hair cells, guinea pigs were tested in a psychophysical task. First, subjects were trained to report detection of sinusoidal acoustic stimuli and dynamic range was assessed using response latency. Subjects were then implanted with a ball electrode placed into scala tympani. Following the surgical implant procedure, subjects were transferred to a task in which acoustic signals were replaced by sinusoidal electric stimulation, and dynamic range was assessed again. Finally, the ability of acoustic pure-tone stimuli to mask the detection of the electric signals was assessed. Based on the masking effects, it is concluded that sinusoidal electric stimulation of the intact cochlea results in perception of a tonal (rather than a broadband or noisy) sound at a frequency of 8 kHz or above.

    Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Publishing Authors By Initials

    cg le prellCG Le Prell,k kawamotoK Kawamoto,y raphaelY Raphael,df dolanDF Dolan,

    For similar natural sciences: physics: radiation: radiation, nonionizing: radio waves research abstracts see: natural sciences: physics: radiation: radiation, nonionizing: radio waves research

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    Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Journal Published:

    PUBLICATION TYPE: Research Support, Non-U.S. Gov

    Journal: The Journal of the Acoustical Society of America

    VOLUME: 120

    Page Numbers: 3889-900

    Journal Abbreviation: J. Acoust. Soc. Am.

    ISSN: 0001-4966

    DAY: 3

    MONTH: Dec

    YEAR: 2006

    Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Information

    Number of References:

    LANGUAGE: eng

    NlmUniqueID: 7503051

    Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Keywords Mesh Terms:

    KEYWORDS: Radio Waves

    MESH TERMS: statistics & numerical data

    Chemical & Substance for Abstract: Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae. Information

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    Grant and Affiliation Information for Electromotile hearing: acoustic tones mask psychophysical response to high-frequency electrical stimulation of intact guinea pig cochleae.

    AFFILIATION: Kresge Hearing Research Institute, 1301 East Ann Street, Ann Arbor, Michigan 48109-0506, USA. colleeng@umich.edu

    Country: United States

    United States Research PublicationUnited States Research Publication

    AGENCY: United States NIDCD

    GRANT: P30-DC05188

    ACRONYM: DC

    MEDLINETA: J Acoust Soc Am

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