Short-term Datalogging: Another Approach for Fine-tuning Hearing Aids
To better understand patient complaints, a portable system is necessary to record acoustic events.
Read MoreJan 5, 2007 | Practice Management | 0 |
To better understand patient complaints, a portable system is necessary to record acoustic events.
Read MoreJan 2, 2007 | Practice Management | 0 |
The cross-check principle has been utilized throughout the audiological test battery and expanded upon with the introduction of new technologies. This article looks at the use of the cross-check principle in identifying hearing loss, and then applies it to the verification of the hearing instrument fittings.
Read MoreIn a survey of noise levels of the New York City transit system, researchers at Columbia University’s Mailman School of Public Health found that exposure to noise levels in subways have the potential to exceed recommended guidelines of the World Health Organization (WHO) and the US Environmental Protection Agency (EPA).
Read MoreDec 11, 2006 | Practice Management | 0 |
Many people who have hearing instruments equipped with a volume control report that it is necessary to adjust the gain several times per day for different listening environments. A new hearing aid that combines datalogging and a learning VC for automatic adjustment of gain addresses this problem.
Read MoreDec 5, 2006 | Evaluation, Speech in Noise? | 0 |
Perspectives from 18 companies in the hearing industry on what occurred in 2006 and what can be expected for 2007.
Read MoreNov 16, 2006 | Headphones | 0 |
House Ear Institute, Los Angeles, and Creative, Milpitas, Calif, a worldwide leader in digital entertainment products, have joined forces to provide music lovers with information about adopting healthy listening habits when enjoying music and movies through headphones plugged into Creative’s ZEN MP3 and portable media players.
Read MoreNov 9, 2006 | Cochlear Implants, Components, In the Ear | 0 |
A review of product literature and promotional materials available from hearing-related manufacturers and distributors.
Read MoreNov 6, 2006 | Practice Management | 0 |
Is it more important to synchronize the classification environment across ears, or allow the classification of the environment to vary depending on the listening situation? As hearing aid technology progresses, combining laboratory data with real-world experience to find the most appropriate evaluation strategies for predicting patient benefits becomes more challenging.
Read MoreIn a survey of noise levels of the New York City transit system, researchers at Columbia University’s Mailman School of Public Health found that exposure to noise levels in subways have the potential to exceed recommended guidelines of the World Health Organization (WHO) and the US Environmental Protection Agency (EPA).
Read MoreOct 25, 2006 | Hearing Loss | 0 |
Children with cancer who suffer hearing loss due to the toxic effects of chemotherapy might one day be able to get their hearing back through pharmacological and gene therapy, thanks to work done with mouse models at St. Jude Children’s Research Hospital.
Read More“I gave earTunes a standing wave ovation!”—G.V. Bekesy; “I would give my left ear for earTunes!” V.V. Gogh.
Read MoreOct 10, 2006 | Behind the Ear, Components, Evaluation | 0 |
Boston Scientific Corp, Natick, Mass, has received FDA approval for its new Harmony™ HiResolution® Bionic Ear System (Harmony System).
Read MoreOct 8, 2006 | Practice Management | 0 |
Linear Frequency Transposition extends the audibility of high frequency sounds for people who cannot receive this information from conventional amplification. It is demonstrated here to improve some patients’ appreciation for high frequency sounds.
Read MoreSep 29, 2006 | Hearing Loss | 0 |
Whether we’re blasting car stereos, rocking out at concerts, or lying around the pool listening to our MP3 players, music, particularly loud music, is a staple of the American way of life.
Read MoreSep 27, 2006 | Hearing Aids, People, Research | 0 |
An innovative technique that, for the first time, accurately measures exactly how sound behaves in “real-world” situation is now under development—and could improve acoustics in buildings ranging from concert halls to railway stations.
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