View clinical trials related to Hearing Loss.
Filter by:This multi-centre study funded by Oticon Medical AB will be conducted at seven hospitals across Europe (UK, Sweden, Denmark and the Netherlands). In total, 50 adult patients with a hearing loss that are already planned for treatment with a percutaneous (through the skin) bone-anchored hearing system (BAHS) will be included in the study. The purpose of the study is to investigate the rate of successful BAHS use after implantation of the Ponto implant system using a minimally invasive surgical technique.
The Work Related Questionnaire (WORQ) is a 59-item questionnaire of which each item represents an International Classification of Functioning and disability category. The WORQ was modified and reduced to include only questions relevant to Cochlear Implant (CI) users. In this analysis, a multicentre retrospective review of the revised WORQ in CI users was performed, with the revised WORQ as part of the questionnaires used in the regular clinical follow-up of CI users. Experienced CI users' responses on the questions will be evaluated to define the qualifiers for the revised WORQ.
This is a Phase 1b, prospective, randomized, double-blind, placebo-controlled, single-dose, multicenter, safety study of FX-322, administered by intratympanic injection, in adults with age-related sensorineural hearing loss.
This study aims to investigate the association between listening effort and cognitive function for both cognitively healthy individuals and for patients with Mild Cognitive Impairment (MCI) in mid-to-late stages of life, and furthermore to investigate listening effort and cognitive function after several weeks of hearing aid use. Listening effort is measured by the recording of peak pupil dilation during a sentence-final word identification and recall (SWIR) test, cognitive performance is measured using a battery of pen and paper cognitive tests, and hearing loss is measured with pure tone audiometry (PTA). A select number of participants in both the cognitively healthy and MCI group will be administered hearing aids, and the study will re-test both listening effort and cognitive performance.
Participants will perform two different listening tasks: (1) listening to, and repeating back, sentence lists presented in noise, and (2) Subjective rating of effort & performance following each condition. During this study, continuous, non-invasive physiological measurements (skin conductance, changes in pupil dilation) will be recorded from participants. Using this paradigm we will be assessing the effect of different hearing aid processing algorithms on listening effort. The study takes the form of a one factor (algorithm), within-subjects design. Each participant performs the Speech perception task with each algorithm (reference, noise reduction I, noise reduction II, noise reduction III), at two individualized signal-to-noise ratios (SRT90 and SRT50). Additionally subjective performance ratings in real-life will be collected.
Amplification is a well-established, evidence-based front-line treatment for those with impaired communication secondary to Age Related Hearing Loss (ARHL). ARHL is the most prevalent cause of communication impairment among older adults. The challenge in treating ARHL is identifying a care model that effectively promotes adherence to individualized-treatment recommendations allowing the end-user to self-manage hearing loss with appropriate support. This proposal compares the two most common models of care for ARHL provided to adults in assisted living/personal care communities. The Consult Model (i.e., usual care) is an acute care strategy, relying on a monthly Audiologist visit to the facility. The Engage Model is a chronic care approach to support hearing loss self-management of ARHL. Engage includes (a) hearing screening for all residents, (b) an individualized communication plan for those with an identified hearing loss (e.g., one-to-one, group, telephone, television plans, hearing aid trouble shooting, communication strategies, etc.), (c) provision of simple, non-custom amplifiers, (d) referral to audiology if needed, and (e) ongoing support provided by trained personnel (Communication Facilitator) under the supervision of the audiologist.
This clinical investigation aims to collect data on the use of the Mi2000 system, a totally implantable cochlear implant system, for the first time in human subjects.
The care of deafness in children is difficult and the relevance of interventions is difficult to evaluate based on audiometric measurements alone. Generic pediatric quality of life tools have been validated and used, among other things, to assess the quality of life of children with deafness. However, these non-specific tools do not make it possible to precisely target which factors and interventions are the most important for the quality of life in this population. Achieving a score to monitor the quality of life objectively over time is fundamental to verify the effectiveness of interventions, and assess the impact on the child. There is currently no validated test in French for any of these uses and populations. The objective of the study is to adapt the questionnaires "PEACH", "SSQ child (SSQ-C)" and "SSQ parents (SSQ-P)" to the French child, and statistically measure their internal and external validity by comparing them to a control group. The validation of these three tests (PEACH, SSQ-P, SSQ-C) would make it possible to assess the hearing performance and quality of life of almost the entire pediatric population, for use in both clinical and academic practice.
The purpose of this clinical investigation is to test a new Sound Processor (SP) to compare hearing performance of the new Sound Processor with unaided hearing and Baha 5 SP in adult subjects and to investigate which device (new Sound Processor versus Baha 5) the subjects prefer.
The goal of this project is to determine whether the selection of hearing aid settings should be based in part on an individual's cognitive characteristics (specifically, working memory). We anticipate the outcomes of this study to be applicable to realistic listening conditions.