Comparison of Auditory-Evoked Potentials and Behavioral Thresholds in the Normal and Noise-Exposed Chinchilla
Donald Henderson, Roger P. Hamernik, Richard Salvi, William A. Ahroon
Abstract
Donald Henderson, Roger P. Hamernik, Richard Salvi, William A. Ahroon
Abstract
Auditory sensitivity was tested in three monaural chinchillas using standard techniques and the auditory-evoked potential technique (AEP). Hearing was measured at octave steps from 500 to 8000 Hz before, 1 day after, and 30 days after exposure to a simultaneous combination of 50 impulses (A duration = 30 microseconds) presented at a rate of of 1/min and at 158 dB pe SPL and continuous noise (1 h of 95 dB 2-4 kHz octave band of noise). The two independent assessments of auditory sensitivity showed good agreement and the results support the use of AEP testing in experimental animals.
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Auditory sensitivity was tested in three monaural chinchillas using standard techniques and the auditory-evoked potential technique (AEP). Hearing was measured at octave steps from 500 to 8000 Hz before, 1 day after, and 30 days after exposure to a simultaneous combination of 50 impulses (A duration = 30 microseconds) presented at a rate of of 1/min and at 158 dB pe SPL and continuous noise (1 h of 95 dB 2-4 kHz octave band of noise). The two independent assessments of auditory sensitivity showed good agreement and the results support the use of AEP testing in experimental animals.
Key concepts: Monaural, Chinchilla, Audiology, Octave (electronics), Noise (video), Sensitivity (control systems), Octave band, Acoustics