State Requirement Info
Presented by Amanda Cerka Mroz, AuD, FAAA, CCC-A
Presented by Josef Chalupper, PhD, Robert Kasanmascheff
1702 courses found
1
https://www.audiologyonline.com/audiology-ceus/course/guide-to-bithermal-caloric-testing-815
A Guide to Bithermal Caloric Testing
The purpose of this course is to provide an in-depth discussion of the caloric testing portion of the VNG/ENG test battery. Content will include descriptions of testing procedures, analysis and interpretation of results.
auditory, textual, visual
129
USD
Subscription
Unlimited COURSE Access for $129/year
OnlineOnly
AudiologyOnline
www.audiologyonline.com
A Guide to Bithermal Caloric Testing
The purpose of this course is to provide an in-depth discussion of the caloric testing portion of the VNG/ENG test battery. Content will include descriptions of testing procedures, analysis and interpretation of results.
815
Online
PT60M
A Guide to Bithermal Caloric Testing
Course: #815Level: Intermediate1 Hour
No CEUs/Hours Offered
The purpose of this course is to provide an in-depth discussion of the caloric testing portion of the VNG/ENG test battery. Content will include descriptions of testing procedures, analysis and interpretation of results.
2
https://www.audiologyonline.com/audiology-ceus/course/maximizing-speech-intelligibility-for-open-11955
Maximizing Speech Intelligibility for Open Canal Fittings
Psychoacoustic models for speech intelligibility and loudness can be used successfully for deriving a prescriptive fitting rule specifically to high frequency hearing losses. This article describes the development of a new prescriptive fitting algorithm for high frequency hearing losses, OPEN, including a detailed rationale and supporting clinical studies.
textual, visual
129
USD
Subscription
Unlimited COURSE Access for $129/year
OnlineOnly
AudiologyOnline
www.audiologyonline.com
Maximizing Speech Intelligibility for Open Canal Fittings
Psychoacoustic models for speech intelligibility and loudness can be used successfully for deriving a prescriptive fitting rule specifically to high frequency hearing losses. This article describes the development of a new prescriptive fitting algorithm for high frequency hearing losses, OPEN, including a detailed rationale and supporting clinical studies.
11955
Online
PT60M
Maximizing Speech Intelligibility for Open Canal Fittings
Course: #11955Level: Intermediate1 Hour
No CEUs/Hours Offered
Psychoacoustic models for speech intelligibility and loudness can be used successfully for deriving a prescriptive fitting rule specifically to high frequency hearing losses. This article describes the development of a new prescriptive fitting algorithm for high frequency hearing losses, OPEN, including a detailed rationale and supporting clinical studies.