Objective

This instructional course offers an easy way to arrive at an intuitive, yet scientifically correct understanding of otoacoustic emissions (OAE). It is well suited for professionals who want to have a basic understanding of OAE. No prior knowledge or experience is required.

Background

OAE are acoustical signals generated within the inner ear. Today, more than four decades after their first description, they are widely used diagnostic tool in audiology.

Methods

The anatomical, physiological and physical basis of OAE will be discussed. The principle and the diagnostic value of two most frequently used measurement methods (transiently evoked OAE or TEOAE and distorsion product OAE or DPOAE) will be shown.

Special feature

During this course, you will have the opportunity to try to listen to your own otoacoustic emissions. A word of caution though: unfortunately, as the levels of OAEs are very low, often only about 2/3 of the listeners are able to hear them.

Results

At the end of this course, you will know how, where and when OAE are generated. You will know the difference between TEOAE and DPOAE and have an understanding of their respective diagnostic values. With a little bit of luck, you will have head your own OAEs.

Audiology Education; What does General Audiologist Mean? Audiology Education; What does General Audiologist Mean?

Description

This session highlights the latest research and innovation in ear and hearing science, aligned with the mission of the Mirko Tos Ear & Hearing Research Center. We explore cutting-edge developments, ranging from molecular biomarkers for early diagnosis to minimally invasive surgical techniques. Key topics include novel auditory implants, tinnitus management strategies, and translational research on inner ear pathophysiology. By bringing together audiologists, surgeons, and basic scientists, we aim to accelerate the development of personalized therapies for complex auditory and vestibular disorders.

Outcome Objectives

Upon completion, participants will be able to:

1. Identify emerging trends in middle ear surgery and hearing rehabilitation technologies.

2. Evaluate the clinical utility of new diagnostic biomarkers for sensorineural hearing loss and tinnitus.

3. Apply multidisciplinary, evidence-based strategies to improve patient outcomes in the management of chronic ear disease and vestibular dysfunction.

The Effect of Cochlear Implants on Cognitive Function in Older Adults