1. The effect of hearing aids on tinnitus in patients with unilateral sensorineural hearing loss.
- Author
-
Oishi, N., Shinden, S., and Ogawa, K.
- Subjects
- *
CHRONIC disease treatment , *TREATMENT of deafness , *TINNITUS treatment , *AUDITORY perception , *HEARING aids , *NOISE , *QUESTIONNAIRES , *LOUDNESS , *VISUAL analog scale - Abstract
Aim: To show the effects of sound therapy by hearing aids (HAs) in patients with tinnitus accompanying a unilateral sensorineural hearing loss. The subjects are 43 patients with chronic tinnitus who had a unilateral sensorineural hearing loss (SNHL) and were treated by HAs from 2009-2015 (HA group). As a control group, 29 patients were also enrolled who had a unilateral SNHL and were treated by noise generators (NGs) from 2002-2008 (NG group). The mean pure tone averages were 58 dBHL in the HA group and 57 dBFIL in the NG group, respectively. The effects of treatment were assessed with THI and VASs for tinnitus loudness and annoyance at six months after the start of treatment. In the NG group, the mean THI score significantly improved from 61 to 50; the mean VAS for tinnitus loudness improved from 76 to 69, and the mean VAS for tinnitus annoyance improved from 79 to 68. All of these changes were significant despite not large changes. In contrast, in the HA group, the mean THI score improved from 53 to 12; the mean VAS for tinnitus loudness improved from 66 to 26, and the mean VAS for tinnitus annoyance improved from 73 to 23. These changes in the HA group were all significant. The improvement in the HA group was much more apparent compared to the improvement in the NG group. Tire results of this study indicated that a sound therapy by HAs could be a very effective method to treat tinnitus in patients with a unilateral sensorineural hearing loss. As a TRT protocol by Jastreboff recommends, an actual compensation for hearing impairment can be more efficient in treating tinnitus than just enriching background sound in patients with hearing loss. [ABSTRACT FROM AUTHOR]
- Published
- 2017