Further, for 30% of the group, a post-masking effect was observed after exposure or a reduction in tinnitus loudness after the cessation of the stimuli. A significant improvement was found in concentration abilities and in the functional impact of tinnitus with use of this sound therapy device, which was represented by an improvement in mean scores for the concentration subscale and total score on the Tinnitus Primary Functions Questionnaire. There were three individuals who reported an increase in their tinnitus after exposure to the sound stimulus and, therefore, did not benefit from the sound therapy. Results: Results revealed a reduction in tinnitus loudness for 16 of 23 participants and in annoyance for 14 of 23 participants. Following the exposure, the change in tinnitus loudness was quantified numerically in 1-minute intervals, and acceptability of the masker was rated. The Tinnitus Primary Functions Questionnaire was administered pre- and post-exposure to determine the degree of change in the functional impact of tinnitus. Magnitude estimates of loudness and annoyance were obtained over this period. Ratings of tinnitus loudness and annoyance were measured prior, during, and after the sound exposure. Method: Twenty-three individuals with sensorineural tinnitus were exposed to a 30 minute sound of their choice using the HyperSound audio system.
We were interested in determining the magnitude of tinnitus relief that results from exposure to a novel, high-frequency directional audio system.
Purpose: Many tinnitus patients report a reduction in their tinnitus with use of sound therapy. 10.5935/0946-5448.20180023 Tinnitus Relief Using High-Frequency Sound via the HyperSound Audio SystemĪuthors: Ann Perreau, Richard Tyler, Alexandra Watts
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