Changes in the frequency and intensity of Tinnitus using the Suppressive Noise Spectrum
Published on: 21st July, 2017
OCLC Number/Unique Identifier: 7325433767
Objective:To report findings of improvement in patient tinnitus intensity and changes in frequency using a novel suppressive noise spectrum.
Design: Single-subject; each subject served as his or her own control. Each patient received treatment, and changes were measured over time.
Setting: Tertiary referral via university otolaryngology and hospital audiology as well as audiology clinics in the region.
Patients: Fifteen tinnitus ears in 8 patients.
Interventions: Therapeutic and rehabilitative.
Main Outcome Measures:: Tinnitus frequency, tinnitus intensity, and tinnitus questionnaire.
Results (Findings): After 3 months of exposure to the customized suppressive noise spectrum therapy, patients showed a shift in tinnitus frequency in addition to a significant decrease in tinnitus intensity from the pre-treatment to post-treatment condition (p<0.05). Typically, improvement was gradual based on comparing 3 sets of data collected at baseline, 1.5 months and 3 months.
Conclusion: Using suppression in tinnitus is novel. Based on our findings, using a customized suppressive noise spectrum is effective in shifting the frequency, reducing the intensity of subjective tonal tinnitus, and improving the handicap based on THQ test. From this seminal report, factors related to maximizing its effectiveness (e.g., length of listening time, level of hearing loss, and application for alternative tinnitus types) may be considered for future research.
Auditory effects and consequences of noise pollution in humans: A scoping review
Published on: 9th November, 2020
OCLC Number/Unique Identifier: 8796529862
Noise is widespread in everyday life and can cause both auditory and non-auditory health impacts. Noise-induced hearing loss remains highly prevalent in occupational settings and is now increasingly caused by exposure to social and environmental noise. Incidence of noise-induced hearing loss (NIHL) has been observed to increase substantially in the recent years. Several advances have taken place in past few years for understanding the molecular basis of NIHL. Our understanding of molecular mechanisms implicated in noise-induced hair-cell and nerve damage has significantly increased. Research in the field of genetics is also advancing at a rapid speed, and several genes linked to NIHL have been discovered. This could help in developing preventive and treatment strategies. This review article focuses on the current research and future trends on auditory effects and consequences of noise pollution in humans, stressing the importance of adequate noise prevention and mitigation strategies as a public health measures.
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