View clinical trials related to Hearing Loss.
Filter by:Research supports that bimodal stimulation includes improvements in auditory performance and daily living over using a cochlear implant (CI) or hearing aid (HA) alone. Although bimodal users continue to achieve high levels of satisfaction, speech perception in noise continues to be highly problematic. The aim of this field study is to identify which directionality schemes in a bimodal solution are preferred by users using an ecological momentary assessment tool.
Evaluation of the outcome of cochlear implantation (CI) is very important issue since adequate hearing is linked to improved communication outcomes and school performance, development of speech and language, enhances speech perception in quiet and noise and even allows CI recipients to use the telephone. As well as there is a growing need for a widely used set of international quality standards on minimal outcome measurements to determine outcomes in CI recipients, monitor the auditory progress of CI recipients over time and to be able to relate on important issues as the most ideal age for implantation and the cut-off audiological thresholds for CI indication. This study will be conducted to evaluate outcome of cochlear implantation in sohag university hospital. Aim of work: To evaluate the outcome of cochlear implantation in Sohag university hospital.
A sound dosimeter will be used to measure noise level to which a population of head and neck patients on the otolaryngology ward are exposed to. The device is the EXTECH 407764 type II sound level meter (IEC 651 RS232). The device will be configured to OSHA and ISO standards, and calibration confirmed in a sound booth with a sound level calibrator. The dosimeter captures A-weighted sound levels between 30 and 130 dB. Specifically, participants included in the study will be head and neck cancer patients on the otolaryngology floor at VG site. Measurements will be taken three times a day at random intervals. Each measurement will be taken in a similar manner. The dosimeter will be placed on the head side of the bed at the level of patient's ear one inch away from the ear and kept there for ten seconds to get a representative level. The overall measurements will be averaged (Leq) for statistical analysis. Investigators will randomly select 50% of the patients and give them protective ear plugs to be used while the participants are inpatients, and the other 50% will not provide them with ear plugs (like what is being done now). Investigators will obtain a baseline hearing test prior to admission and 7 days after admission and then a repeat hearing test at 3 weeks after discharge. The goal is to establish if there is a temporary or a permanent threshold shift.
During the regular protocol of Intra-tympanic injections of Dexamethasone to the middle ear due to Sudden Sensorineural Hearing Loss, the patients will be sitted once after the injection instead of lying down. They will be then asked to rate their taste as a reference to the amount of fluid leaking to the throat through the eustachian tube.
During the Coronavirus pandemic children's hearing services are closed or reduced and grommet operations are part of the lowest priority group. In the absence of management options, this research study aims to see if bone conduction headphones either paired (via bluetooth) to a microphone or an app will help children with a hearing loss during this period of waiting. The child's quality of life is measured with validated questionnaires The study is over 3 months, and delivered remotely, with the product being sent to the family home and support offered via telephone/ video consulattion.
The effect of the patient's head on the leakage of steroids from the middle ear to the throat will be studied. The patients will be seated after one of the intra tympanic injections that are routonely performed due to Sudden Sensorineural Hearin Loss (SNHL). The patients will be asked if they taste the steroids in their throats.
Hearing aids are the number one treatment for hearing loss and it is estimated that out of the 2 million of UK individuals who are supplied with hearing aids 1.4 million will use their hearing aids to varying degrees and the other 0.6 million will stop using their hearing aids altogether. The proposed research is looking to improve hearing aid usage by using a self-affirmation intervention which lowers the threat of participants' ageing anxiety. The target of lowering participants' ageing anxiety to improve hearing aid use is because there is a stigma of hearing aids making people seem old and this stigma can make individuals resistant to wearing their hearing aids as they do not want to be seen in this light. The current proposed research is an extension of a pilot study that was conducted in 2016 which found that a self-affirmation intervention may be useful in improving individuals' hearing aid usage. They randomly allocated 50 first-time hearing aid users either to a group that undertook a self-affirming exercise (e.g., "If I feel threatened or anxious, then I will think about the things I value about myself") or to a no-intervention control group. Consistent with the idea that self-affirmation helps people deal with threat, first-time hearing aid users reported significantly lower anxieties about ageing after self-affirming. Moreover, according to the data usage downloaded from their hearing aids (data-logging), the self-affirming group were found to have worn their hearing aids an average of two hours per day longer than the control group. Due to the limited number of participants, the effects of the intervention were not statistically significant. Nevertheless, the low cost and high potential public health "reach" alongside the effect size of d = 0.43 indicates that the intervention shows promise. The main aim of this research is to re-test the self-affirmation intervention from the previous pilot study with a sufficiently large enough sample to answer the following "Does a self-affirmation intervention improve participant's hearing aid usage when compared to participants in the control group?
To assess the diagnostic value of NGS screnning in prelingually deafned children using a new designed chip, and to evaluate its interest in a the neonatal screening program for ddetecting congenitally deafned children.
Hearing impairment is common in older adults, and recent research points to associations between hearing impairment and balance/mobility. The association may be due to more attentional resources being used to compensate for the sensory loss, with less resources available for maintaining balance. The aim of this projects is therefore to investigate whether an exercise program with focus on motor-cognitive tasks is feasible for older adults with hearing impairment. The study is meant as a proof-of-concept study, where trialling will be evaluated, and results will be used to inform the design of a larger and adequately powered study.
The function of the vestibular system among patients with Sudden Sensori Neural Hearing Loss will be evaluted using the video Head Impulse Test