View clinical trials related to Hearing Aids.
Filter by:The overarching hypothesis to be evaluated using this protocol is that age-related hearing loss (ARHL) leads to shifts in the functional spatial boundaries between segregated and integrated auditory streams, and that hearing aid intervention that relies on directional processing schemes is most effective for those that have the poorest spatial sensitivity. One key component of the research design is to measure both behavioral and neurophysiological indices of an individual's spatial segregation boundary. The second key component is to measure the cost or benefit associated with hearing aid intervention in older hearing-impaired listeners. The final component is to relate cost and benefit of hearing aid intervention to spatial sensitivity measures that might predict the efficacy of clinical intervention.
The purpose of this study is to investigate the effect of nonlinear signal processing algorithms on speech perception.
Normal hearing participants will be fit with a hearing aid and different types of customized earmolds. Hearing aids will be programmed to a simulated mild, flat, sensorineural hearing loss of 30 dB HL from 250-8000Hz. Objective acoustic real ear measures and subjective ratings of sound quality and physical comfort will be evaluated and compared between earmolds. Findings will help researchers to better understand the impacts of different earmolds and how each might affect overall point-of-care.
Many hearing aid users experience substantial communication difficulties that may affect their participation in daily life situations negatively. One of the reasons for experiencing remaining problems could be due to unrealistic expectations, another reason could be that the hearing aid is not well adjusted or that the hearing aid user didn't got sufficient support and follow-up from the audiologist. The purpose of this project is to offer remote hearing aid adjustment as an additional support for new hearing aid users.
Many hearing aid users experience substantial communication difficulties that may affect their participation in daily life situations negatively. One of the reasons for experiencing remaining problems could be due to unrealistic expectations, another reason could be that the hearing aid is not well adjusted or that the hearing aid user didn't got sufficient support and follow-up from the audiologist. The purpose of this project is to offer remote hearing aid adjustment as an additional support for experienced hearing aid users.
Satisfaction and benefit from hearing aids fit using two patient self fit methods will be compared against those fit using audiology-based best practices. Individuals between the ages of 50 and 79 years of age will be randomly assigned to one of three fitting methods. Benefit and satisfaction will be evaluated six weeks and six months after the initial fitting.
Tinnitus - defined as ringing, humming, or other sounds in the ears or head - is a very common problem for Veterans. Hearing aids that deliver low-level amplification are being used by audiologists to help people with tinnitus who also have normal hearing. However, there is a lack of research evidence showing that this practice is effective. Despite this fact, the practice clearly is spreading. Reports from audiologists in the field as well as research presentations refer to hearing aids being used in this way. Use of hearing aids has been shown to reduce distress from tinnitus for people with hearing loss. Additionally, the use of external sound to help reduce the impact of tinnitus has been shown to be effective. There is clearly a gap in the research regarding the use of hearing aids as a therapeutic method to manage tinnitus when hearing is considered normal. This study will obtain pilot data evaluating people with normal hearing and bothersome tinnitus to find out whether low-level amplification through hearing aids may provide benefit.