A total of 79% indicated to be sensitive to loud sounds varying from slight (52, 22%) to very severe (23, 10%).
When comparing the subjective complaints about hyperacusis with the results of the loudness-perception test, a small, but significant correlation was found: musicians who indicated to suffer severely from hyperacusis scored slightly lower UCL’s in the loudness perception test than check details others who indicated no or mild suffering (r = −0.29 for 0.75 kHz; r = −0.21 for 3 kHz; r = −0.15 for WBN, p < 0.01). No significant differences were found between the large instrument groups. Females, however, indicated to suffer from hyperacusis more severely than males (χ 2(4) = 10.3, p = 0.04). Only 7% of the musicians indicated to experience an interaural difference in pitch perception in contrast to the results of the diplacusis matching
where 18% showed an interaural pitch difference of more than 2%. When the subjective results on the question learn more of diplacusis were compared to the results of the diplacusis matching, no significant correlation was found for any of the tested frequencies. No significant difference was found between males and females on the subjective rating of diplacusis. One hundred and thirty two (51%) musicians indicated to have complaints about tinnitus, varying from slight (42, 32%) to severe (3, 2%). The large instrument groups (i.e. HS, LS, WW, BW) showed only slight differences in the number of participants
Chlormezanone with tinnitus. Tinnitus occurred the least in low string players, while it occurred more often in brass wind and high string players. No gender difference was found in the subjective rating. Effects in OAE-responses OAE-responses were obtained from 479 ears. Large inter-individual differences were found in TEOAE responses of the musicians in all frequency bands (1, 1.5, 2, 3, and 4 kHz) and the median intensity levels of the TEOAE were slightly decreasing with increasing frequency. In a GLM repeated measures SYN-117 analysis with gender as between subjects factor, and frequency band as the repeated measure, females show overall higher TEOAE-responses than males (average response over all frequencies 8.4 vs. 4.6, F = 8.9, p < 0.001). No significant differences were found for TEOAE-responses between the left and right ear (p > 0.05). Taking only the large instrument categories (i.e. HS, LS, WW and BW) into account, the instrument significantly affected the overall TEOAE response (F(4, 4) = 3, p < 0.01): brass wind players showed the lowest responses and high- and low-string players the highest. Responses covariated with age (F = 3.5, p < 0.01) showing decreased responses with increasing age. DPOAE responses showed the characteristic DPOAE configuration over the 27 tested frequencies (i.e.