If the results of the aided cortical test suggest that changes or improvements can be made to the patient's device or amplification, then it is important to understand how and when to make such adjus…
This video will explore the clinical utility of the aided cortical tests for patients with auditory neuropathy spectrum disorder (ANSD). Patients with ANSD are challenging to manage due to the discre…
At the HeAL 2024 conference, we were excited to offer a sneak peek of the new Aided Cortical module for the Interacoustics Eclipse, which makes it possible to objectively and reliably validate hearin…
Maintaining balance relies on a combination of both sensory inputs and motor outputs. In its most basic form, the three sensory inputs that contribute to this process come from the visual, vestibular…
Traducido por Gerard Encina-Llamas, Ph.D. y Núria Cuevas Sánchez Índice de contenidos ¿Qué es la timpanometría? ¿Qué es un timpanómetro? Procedimiento de la prueba Interpretación de los resultados Ca…
Balance is fundamental for daily activities, from walking and running to climbing stairs and reaching for objects. Maintaining stability and equilibrium is essential for postural control, helping pre…
Inhaltsangabe Was ist die Tympanometrie? Was ist ein Tympanometer? Messablauf Interpretation der Ergebnisse Kalibrierung eines Tympanometers Was ist die Tympanometrie? Die Tympanometrie ist eine effe…
Inhaltsangabe Was ist die Spielaudiometrie? Für wen ist die Spielaudiometrie geeignet? Aufbau und notwendiges Equipment Beurteilung, ob ein Kind für die Spielaudiometrie bereit ist Vorbereitungen für…
Written by Kristen Janky, Au.D., Ph.D., CCC-A You should suspect children of having vestibular loss if they have complaints of dizziness, if they have severe or profound sensorineural hearing loss, i…
Table of contents Assessing the vestibulo-ocular reflex (VOR) What is the fvHIT? DVA vs GST vs fvHIT How to perform the fvHIT Interpreting fvHIT results Using fvHIT data in the management of the pati…
The Cochlear Microphonic (CM) has been found to be dominated by hair cells located in close proximity to the recording electrode, near the base of the cochlear, regardless of stimulus frequency. Whil…
