Prepare the infant's skin before placing electrodes (if required). Clean oily skin using alcohol wipes/skin preparation gel. Use a small amount of conductive electrode gel to improve impedances.
Place the surface electrodes (on the prepared skin).
Attach the electrode cables to the surface electrodes.
NB: Ensure the electrode cables are correctly attached to the preamplifier.
Presenter
Learn how to use the Titan's automated ABR protocol.
Learn how to perform acoustic reflex testing with the Titan tympanometer.
Learn how to get the most out of your Titan for OAE testing.
Learn how to identify a blocked probe fit with the Titan tympanometer.
Learn how to change the Titan's probe tip.
Learn how to clean the Titan's probe tip.
Learn how to create a DPOAE pass/refer test protocol with the Titan.
Learn how to create a TEOAE pass/refer test protocol with the Titan.
Learn how to perform a daily system check of your Titan.
Learn how to get the most out of your electrodes for testing with the Titan.
Learn how to identify fluid in the middle ear with the Titan tympanometer.
In this video, you will learn how to clean the Titan's probe tube.
Click here to learn about the three options you have for printing without a database with the Titan handheld tympanometer.
Learn how to identify a loose probe fit with the Titan tympanometer.
Learn how to prepare the patient's skin and apply mastoid electrodes for automated ABR testing with the Titan.
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In this article, you will learn five things you can do in less than five minutes to identify children at risk for having a vestibular disorder. Read more.
This course provides an overview of the basics of performing the auditory steady state response (ASSR) test. Access the ASSR course here.
This video provides a real-life demonstration of performing an auditory brainstem response (ABR) test in a newborn baby, via air conduction. Watch video here.
The CE-Chirp® family is a family of acoustic stimuli used in evoked potential testing, primarily auditory brainstem response (ABR) testing. Learn more.
Reducing electrode impedance is important for auditory brainstem response (ABR) testing. Learn what electrode impedance is and how to reduce it in this piece.
The normal hearing level (nHL) is the sound level of a short duration signal. It is often higher than the estimated behavioral hearing level (eHL). Learn more.