Aim Subjective noise sensitivity (SNS) is not only one of the most important predictors of perceived noise annoyance for the subjects exposed to the noise, but also strongly related with some psychological conditions and poor health perception of the subjects. The Weinstein?s Noise Sensitivity Scale (WNSS) is widely used for measuring of SNS. Materials and Methods In this study we adapted WNSS to Turkish (Tr-WNSS) and evaluated its psychometric properties and effect of age, sex and education level on SNS. Results The study included 105 males and 105 female subjects between 18 and 55 years of age. Conclusion Our data demonstrated that Tr-WNSS was a reliable, valid, and invariant scale for Turkish population, and not affected by sex, age and education level.

Objective: Our aim was to look for the association of health-related quality of life (HRQoL) with subjective noise sensitivity (SNS) in the audiologically and perceptually normal hearing subjects since HRQoL was suggested as a tool during the intervention of the hearing impaired people. Methods: The audiological evaluation was first done in the subjects who were enrolled from the previous study in which Weinstein Noise Sensitivity Scale (WNSS) was adapted to Turkish. Then, the Short Form-36 (SF-36) scores were determined and the relationships of WNSS score with the SF-36 scores were analysed in respect to gender, age, audiological variables. Results: Of 210, 124 subjects (M:44; F:80) were taken to the study. WNSS score presented no gender difference and correlation with age and audiological variables. It was found that WNSS score was significantly correlated with emotional and mental domains of HRQoL in women and physical and social functioning in men. Role limitations due to physical health, mental health, role limitations due to emotional problems, social functioning, vitality and mental composite scores were significantly lower in the upper SNS subgroup. Conclusion: It was revealed that SNS was strongly associated with HRQoL in perceptionally and audiologically normal hearing males and females via different domains. Therefore, in case of using HRQoL in audiological care, our data suggest that SNS should be taken into account.

Purpose: Otitis media with effusion (OME) is one of the most common childhood diseases. It is recommended to use tympanometry in addition to otoscopy and/or pneumatic otoscopy for the diagnosis and follow-up of OME. Clinitians are using Wideband absorbance (WBA), which is one of the methods of evaluating the middle ear in the diagnosis of OME, more widely. Methods: The relationship between the changes in the examination findings obtained by otoscopy and pneumatic otoscopy and the findings of WBA in the monthly follow-ups performed during the three-month period of children diagnosed with OME, was examined. In the study, 48 ears of 26 individuals aged 24–71 month who were diagnosed with OME were evaluated. Otoscopy, pneumatic otoscopy, 226 Hz tympanometry and WBA measurements were performed at the initial, first, second and third month examinations. The relationship between the difference between consecutive measurements was examined because it was thought that consecutive measurements might be more significant in the relationship between measurements. The Spearman test was used to determine whether there was a relationship between WBA and otoscopic and pneumatic otoscopic examination results. For assessing parameters where there was a significant difference between the groups compared, the variables were assessed using Kruskal-Wallis analysis of variance. The Dunn test was used for post hoc testing. Results: The change observed with both otoscopy and pneumatic otoscopy between the initial and first month control could not be adequately determined by 226 Hz tympanometry, but the change in the amount absorbance at 2520 Hz and 3175 Hz was moderately correlated with the examination findings. However, it was observed that the change between the first and the second follow-up examinations was significant at the frequency range of 226–630 Hz in WBA and the change between the second and third months was significant at the frequency range of 226–4000 Hz in WBA. Conclusions: The findings obtained in the study show that, 226 Hz tympanometry may be insufficient to reflect the change in examination findings while WBA can provide more detailed information to support the examination findings during the follow-up period as well as the diagnosis of OME.