Some tinnitus sound therapies require matching the tinnitus to a known stimulus. How can I do this with an audiometer?
Answer
Most conventional audiometers only have a frequency range up to 8000 Hz in half-octave intervals. If the tinnitus is below 8000 Hz, one will be able to estimate the pitch of the tinnitus to the accuracy of a half octave. However, this may not be sensitive enough for some sound therapy protocols. With the Inventis Piano Plus using the HDA transducers, the examiner can obtain a more accurate measurement of the pitch of the tinnitus using the multi-frequency option. The Multi-frequency option gives one the flexibility of presenting stimuli up to 24 points per octave. Also, with this transducer, the stimuli can be presented as high as 20,000 Hz.
Mel received his doctor of Audiology from Arizona School of Health Sciences. He has over 20 years of experience working with audiometric equipment development, sales, service, and support. He has presented at various workshops, meetings and trade shows both nationally and internationally. He is also engaged in performing diagnostic audiometric testing, hearing aid fitting and delivery with all age ranges in various practice environments.
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'As a primarily adult-oriented vestibular lab, this has been helpful to encourage me when to attempt testing and when to direct the parents of infants and very young children to more capable hands'Read Reviews
Over the past five years, we have seen a growing interest in studying vestibular disorders in children. The most commonly noteworthy are vestibular disorders in congenital sensorineural hearing loss (SNHL) and cochlear implants. Identifying and diagnosing vestibular and balance dysfunction in children is essential for their overall well-being. However, the diagnosis process is very demanding.This talk will provide an overview of vestibular and balance assessments in children with SNHL.
