Active clinical trials for "Hearing Loss"

Background: Cisplatin is used to treat head and neck cancer. People who take this drug are at risk for hearing loss. Atorvastatin is a drug used to treat high cholesterol. It might reduce the risk of cisplatin-induced hearing loss. Objective: To find out if atorvastatin reduces hearing loss in people treated with cisplatin and radiation. Eligibility: People ages 18 and older with squamous cell carcinoma of the head and neck who will undergo treatment with cisplatin-based chemotherapy and radiation Design: Participants will be screened with their medical records. Participants currently taking a cholesterol-lowering statin medication are invited to participate in the observational arm of the study. Those not taking such a medication are invited to participate in the interventional arm of the study. All participants will have 2 visits. One before starting cisplatin treatment and within 3 months of completing treatment. They will have tympanograms. A small flexible tip will be placed in the ear canal. A puff of air will be delivered to assess mobility of the ear drum. They will have hearing tests. They will wear headphones. They will listen to tones that vary in loudness. They will be asked to indicate when they hear a sound. Participants in the interventional arm will have 2 additional visits for blood tests. These will occur upon consent and 12 weeks after. They will be randomly assigned to take the study drug or placebo orally, once daily. They will take it during cisplatin treatment and for 3 months after treatment. Long-term follow up will include a chart review 2 years after participants complete their cisplatin therapy.

Facemasks may impede communication. Impaired communication may worsen healthcare outcomes. This study explores the problem of hearing impairment in chronic pain patients, and the impact of facemasks on healthcare outcomes in chronic pain patients. Data collection includes patient's age, anxiety score, depression score, numeric pain score, and effects of facemasks on treatment outcomes. Pain is measured using numeric pain rating scale. Depression is measured using the Patient Health Questionnaire (PHQ-9) scale. Anxiety is measured using the General Anxiety Disorder (GAD-7) scale.

The investigators evaluated patients older than 6 years old, with severe hearing loss, cochlear implant wearers, able to perform a series of tests (TUISE, the pitch discrimination test, the melody discrimination test, VAS) to assess the skills of perceiving spectral components of music and understanding emotional states of language investigating the relationship between musical ability, pitch discrimination and paraverbal language comprehension.

This is a prospective study designed to evaluate the safety and performance of the HiResTM Ultra Cl HiFocusTM MS Electrode and HiResTM Ultra 3D Cl HiFocusTM MS Electrode (Ultra X) under normal conditions of use as it is approved for this device.

Background: Prevalence of hearing loss increases over age; its estimated prevalence is 40-50% in people older than 75 years. Recent studies agree that modification in the hearing threshold contributes to deterioration in sociality, sensitivity, cognition, and quality of life of the elderly subjects. Our study objective is to verify if rehabilitation with first time applied Hearing Aids (HA) in a cohort of old people with hearing impairment improves over time speech perception in a noisy environment and the overall health-related quality of life. Methods: The monocentric, prospective, repeated measures, single-subject, clinical observational study will accrue 100 elderly, first-time HA recipients (≥ 65 years). The evaluation protocol is designed to analyze changes on specific measurement tools a year after the first HA fitting in comparison to the evaluation before HA usage. Evaluations will consist of multiparametric details collected through self-report questionnaires completed by the recipients and a series of commonly used audiometric measures and geriatric assessment tools. The primary indicator of changes in speech perception in noise will be the OLSA test whereas the indicator of changes in overall quality of life will be the AQoL and HHEI questionnaires. Montreal Cognitive Assessment (MoCA) will help us to verify the cognitive state of the subjects. This questionnaire will allow us to exclude a reduction of the cognitive abilities over time. Discussion: The protocol is designed to make use of measurement tools that have already been applied to the hearing-impaired population in order to compare the effects of HA rehabilitation in the elderly immediately before their first HA usage (Pre) and after gaining 1 year of experience (Post). The broad approach will lead to a greater understanding of how useful hearing influences the quality of life in elderly individuals, and thus improves potentials for healthy aging. Outcomes will be described and analyzed in detail.

Tinnitus, hearing loss and vertigo are the three major diseases of otology, affecting hundreds of millions of people in our country, and are major health problems. Ear structures and lesions are deeply embedded in the bone, and CT is the preferred examination technique. The key structures of the ear are small and the lesions are hidden. Spiral CT is "not visible" and "undiagnosed" due to insufficient spatial resolution. The ultra-high-resolution CT independently developed by our team has a spatial resolution of 50 μm, which is 6 times higher than that of high-end spiral CT, and solves the problem of "not showing" ear diseases. However, with the transformation of imaging modes and the improvement of display capabilities, the imaging system of helical CT is no longer applicable. It is urgent to carry out systematic research to create matching imaging plans, imaging anatomy standards and disease assessment standards to solve the problem of "undiagnosed". problem. This project plans to build an adult and pediatric imaging solution based on ultra-high-resolution CT to optimize image quality and radiation dose; comprehensively evaluate conduction, sensory, and surgical-related fine structures of the ear, and establish a new 0.1mm-scale image anatomy atlas; A prospective study conducted by the center analyzes the hidden pathological changes of tinnitus, deafness and vertigo, evaluates the diagnostic efficacy of ultra-high-resolution CT for the above diseases, and establishes new diagnostic criteria for lesion detection, symptom correlation, and efficacy evaluation. This project will bring new changes to the practice of otology clinical diagnosis and treatment

Approximately 48 million people in the United States have hearing loss or hearing difficulties in noisy environments. Whisper.ai Inc has previously brought to market a commercial hearing aid system that reduces background noise and amplifies voices and sounds of interest using its proprietary platform based on machine learning and artificial intelligence technologies. Whisper.ai Inc now seeks to bring to market a new hearing system that will incorporate a "self-fitting" capability. Self-fitting hearing aids have emerged in recent years as a potentially viable option to calibrate hearing aids to the needs of individual users without clinician intervention. The purpose of this project is to evaluate the efficiency and reliability of the fitting procedure and algorithms developed by Whisper.ai Inc. The study will be carried out using a randomized crossover design in two phases: in phase 1, subjects will be tested and a hearing aid will be fitted using conventional audiological standard procedures , and in phase 2, the subject will be tested and a hearing aid will be fitted using the results of the self-fitting algorithm. Objective, subjective, and behavioral responses will be gathered from a variety of hearing-related surveys and tests, and will be analyzed quantitatively to evaluate the efficiency and reliability of the self-fitting algorithm. The investigators expect the fitting results of the Whisper.ai self-fitting algorithm to be similar to those of standardized fitting procedures conducted by hearing professionals.

Following a sufficient delay after the cochlear implantation and initial implant activation, the patient will return to the hospital for follow-up visits for equipment maintenance and auditory performance evaluation only once per year. This frequency might appear either insufficient, in which case an additional patient check-up will be arranged, or excessive if patient performances and implant adjustments are stable. Using at-home testing tool for remote hearing performance monitoring can thus appear advantageous for both patients and clinicians, allowing to avoid an unnecessary journey to the implantation reference center for the first and to diminish a number of unscheduled medical appointments for the second.

Active music engagement has been shown to provide unique benefits for both pediatric and adult cochlear implant (CI) users. Here, My Voice 2 (HMV 2) project will build upon the 2021 pilot program and provide personalized voice lessons to members of the hard-of-hearing (HOH) community in order to support the (re)discovery of their voice as a tool of self-expression. Over the course of 12 weeks, participants from the HOH community will partner with students from USC's Thornton School of Music to practice expressive vocal techniques in one-on-one individual lessons. At the conclusion of the lessons, HLAA will host a communal session with a recital in which each team will present what they have worked on. Data will be collected via self-assessment surveys, vocal assessment measures, and interviews at the beginning, middle, and end of the program, as well as a 3 month follow-up. This data will be quantified/coded using qualitative coding, as appropriate, and the findings will be published in relevant conferences and journals. The data will also be used to evaluate the merits of this program to improve the format in future iterations.

The aim of this study is to determine whether measures derived from Magnetic Resonance Imaging (MRI) scans, and clinical and behavioural measures of hearing loss, in the peripheral and central auditory system (ranging from the cochlear nerve through the auditory brainstem to the auditory cortex) are associated with age and history of noise exposure in otherwise healthy adult humans.