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A Comparison of a Currently Marketed Hearing Aid Programmed With Two Different Fitting Methods

2018-04-20 09:47:10 | BioPortfolio

Published on BioPortfolio: 2018-04-20T09:47:10-0400

Clinical Trials [3874 Associated Clinical Trials listed on BioPortfolio]

Coupler-Based Hearing-Aid Fitting Approach for Experienced Users

The overall aim of the study is to compare the verification accuracy and hearing-aid outcomes between the traditional, fitting approach where the patient is present during the visit and a ...

Real-Ear Measurement (REM) and Test Box System Integration Into Fitting Software

Integration of the REM-verification within the fitting workflow will enable the hearing care professional to easily run real ear measurements. The purpose of the two study parts is to prov...

REFIT Hearing: Remote Fitting of Hearing Aids

Currently, the fitting of hearing aids is using a computer interface that allows to adjust the gain and compression of acoustic amplification. This adjustment is made face to face, patient...

Efficacy of a Coupler-based Fitting Approach for Experienced Users Receiving Replacement Hearing Aids

Hearing loss is among the top service-connected disabilities in Veterans. Hearing aids are the primary intervention for hearing loss. Half of the hearing aids dispensed in the VA are to Ve...

Comparison of the New Fitting Method Cochlear Nucleus Fitting Software (NFS) With the Established Fitting Method Cochlear Nucleus Custom SoundTM Suite (CSS)

The purpose of this study is to evaluate if the new and simplified fitting method with Cochlear Nucleus Fitting Software (a major component of a suite of tools which form the Clinical Care...

PubMed Articles [23774 Associated PubMed Articles listed on BioPortfolio]

Comparing Two Hearing Aid Fitting Algorithms for Bimodal Cochlear Implant Users.

To investigate the possible advantage of the use of a dedicated bimodal hearing aid fitting formula, the Adaptive Phonak Digital Bimodal (APDB), compared with a frequently used standard hearing aid fi...

The value of ASSR threshold-based bilateral hearing aid fitting in children with difficult or unreliable behavioral audiometry.

We conducted an analysis to assess the relative contribution of auditory brainstem response (ABR) testing and auditory steady-state response (ASSR) testing in providing appropriate hearing aid fitting...

A "Goldilocks" Approach to Hearing Aid Self-Fitting: Ear-Canal Output and Speech Intelligibility Index.

The objective was to determine self-adjusted output response and speech intelligibility index (SII) in individuals with mild to moderate hearing loss and to measure the effects of prior hearing aid ex...

VISAR signal analysis with an emphasis on ellipse fitting.

A method based on ellipse fitting for analysis of VISAR (Velocity Interferometer System for Any Reflector) signals has been described. The errors introduced on the free surface velocity history due to...

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Although hearing aids can improve hearing and communication, problems that arise following the acquisition of hearing aids can result in their disuse. This study aimed to gather perspectives of hearin...

Medical and Biotech [MESH] Definitions

The fitting and adjusting of artificial parts of the body. (From Stedman's, 26th ed)

Hearing loss due to disease of the AUDITORY PATHWAYS (in the CENTRAL NERVOUS SYSTEM) which originate in the COCHLEAR NUCLEI of the PONS and then ascend bilaterally to the MIDBRAIN, the THALAMUS, and then the AUDITORY CORTEX in the TEMPORAL LOBE. Bilateral lesions of the auditory pathways are usually required to cause central hearing loss. Cortical deafness refers to loss of hearing due to bilateral auditory cortex lesions. Unilateral BRAIN STEM lesions involving the cochlear nuclei may result in unilateral hearing loss.

Pathological processes involving the VESTIBULOCOCHLEAR NERVE; BRAINSTEM; or CENTRAL NERVOUS SYSTEM. When hearing loss is due to retrocochlear pathology, it is called retrocochlear hearing loss.

Hearing loss due to exposure to explosive loud noise or chronic exposure to sound level greater than 85 dB. The hearing loss is often in the frequency range 4000-6000 hertz.

The portion of the upper rounded extremity fitting into the glenoid cavity of the SCAPULA. (from Stedman, 27th ed)

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