Active clinical trials for "Hearing Loss"

This study will involve collaborating with oncologists in the post-chemotherapy follow-up appointments. The participants who wish to consent to this study will then answer 3 short questionnaires (THI, HHIA and SF-36) about hearing loss, tinnitus and quality of life. The audiologist or the researcher, under the supervision of an audiologist, will then perform a simple, non-invasive hearing test on the participant. Should the participant have a hearing loss, they will be advise to seek help from their General Practitioner.

The overall goal of the project is to evaluate innovative, cost-effective, community-based automated hearing screening and education methods to motivate individuals with mild-to-moderate hearing loss to enter the hearing healthcare system.

The goal of this study is to determine whether daily assessment and feedback of workers' noise exposures leads to more effective use of hearing protection and prevention of noise-induced hearing loss.

The proposal of this study was to evaluate in human beings, using distortion product otoacoustic emission (DPOAE) test, the action of ginkgo biloba extract (GBE761)as a possible ear protective against cisplatin (CDDP) induced hearing loss.

This study will examine whether oral intake of 1200mg N-Acetylcysteine/day will prevent temporary threshold shift in hearing among workers exposed to noise

The purpose of this study is to determine if Lactated Ringer's solution is effective in patients undergoing chemotherapy with cisplatin for head and neck cancer in regards to cisplatin-induced hearing loss.

In 1986 The Medical Research Council estimated that 4 million UK adolescents were at risk of hearing damage from over-exposure to loud music from personal audio players (PAPs), gigs, clubs, pubs and festivals. Since that time social noise exposure is estimated to have tripled to 19% of young people. The European Commission commissioned a report that estimated 5-10% of personal audio player users are risking permanent hearing loss and tinnitus by listening to music at high volumes for more than 1 hour a day for 5 years or more. Up to 246 million PAPs were sold in Europe in 2008, and 200 million mobile phones, many of which now have built-in audio players. Nevertheless, a recent survey showed that only 8% of young people identify hearing loss as a health problem. The Royal National Institute for the Deaf (RNID) undertook two surveys of young people in the UK to analyse listening behaviours as part of their "Don't Lose the Music" campaign. As a consequence they offer listening advice given by flyers at events and online at the dedicated website. There have been no studies to confirm if such advice is effective in reducing noise exposure. Aim: This study will pilot a methodology for a randomised controlled trial to test the effectiveness of a publically-available online video in changing the listening habits of young music lovers i.e. reduce the volume and number of hours of exposure. Hypothesis: A video and adapted sound track demonstrating the experience of noise-induced hearing loss and tinnitus accessed online will change the listening habits of 18-25 year-olds.

The purpose of this study is to examine and relate physiological, behavioral, and self-perceived changes after a period of hearing aid use and as a function of auditory training. The project will focus on the following questions: 1)Is experience-related behavioral change in hearing aid performance reflected as a neurophysiologic change? 2)Does a neurophysiologic change occur prior to or in conjunction with an experience-related behavioral change? 3) Does behavioral training modify the neurophysiologic representation of speech following the provision of hearing aids? 4)What is the relationship between physiologic, behavioral,and self-perceived change impacted by behavioral training? 5)Are neurophysiologic changes limited to trained stimuli or does auditory training alter neurophysiological responses?

Clinical study designed to collect user feedback from Cochlear Implant recipients on a new Sound Processor System

Purpose: The purpose of this study is to demonstrate the non-inferiority and new features of an external speech processor for cochlear implant recipients. Participants: This study seeks to enroll 15 cochlear implant recipients listening to previous technology. Procedures (methods): Subjects will be programmed and tested with old and new technology.