Syndromic hearing losses and treatment options

From birth to one year of age, patients under one year of age requires special attention regarding otological and hearing problems. Guidelines on how to approach some specific issues are not well defined. Collaboration of audiology and ENT is mandatory.

We will try to have a review on all treatment possibilities for hearing impaired children. The topics that we will try to cover are as below:

hearing aid candidacy will explained for both children and infants.

how to decide for switching to CI is a very important decision that must be made ASAP.

the application of bone conduction hearing aids for pediatric population. (both conventional & implantableas).

treatment programes for children with confirmed diagnosis of central auditory processing disorderes. Different kind of treatments will be explained ( dichotic training/spatial training/ time or frequency training/word based training /….).

This instructional course focuses on physiologic techniques, specifically auditory brainstem response (ABR) and auditory steady-state response (ASSR) for accurate auditory threshold estimation in infants and young children. Special attention will be paid to tone burst and chirp-evoked abrs, comparing their utility with standard click stimuli. The course will provide clinical decision-making strategies for choosing stimulus types, managing calibration issues, and integrating physiologic results with limited behavioral data. The session will conclude with a brief overview of behavioral estimation methods to highlight a multimodal approach.

learning objectives:

• differentiate between click, tone burst, and chirp stimuli in ABR and understand their use in frequency-specific threshold estimation.

• apply chirp ABR in clinical settings, especially in infants, considering calibration and latency differences.

• use ASSR as a complementary or alternative tool for auditory threshold estimation.

• integrate physiologic results with limited behavioral observations to guide diagnosis.

• apply decision making protocols in medically complex or time constrained pediatric cases.

course outline:

1.     introduction (2 min): importance of accurate auditory threshold estimation in pediatric diagnostics.

2.     stimulus comparisons in ABR (8 min): click vs. Tone burst vs. Chirp; frequency specificity, temporal synchrony, and recording efficiency.

3.     chirp ABR in practice (6 min): clinical benefits, limitations, calibration issues, and interpretation strategies.

4.     ASSR applications (5 min): role in bilateral threshold estimation, especially for profound hearing loss and auditory neuropathy.

5.     behavioral correlation (5 min): how to integrate physiologic data with behavioral responses like VRA and BOA.

6.     decision making algorithms (4 min): practical case based strategies and flowcharts for clinical use.

this instructional course focuses on physiologic techniques, specifically auditory brainstem response (ABR) and auditory steady-state response (ASSR) for accurate auditory threshold estimation in infants and young children. Special attention will be paid to tone burst and chirp-evoked abrs, comparing their utility with standard click stimuli. The course will provide clinical decision-making strategies for choosing stimulus types, managing calibration issues, and integrating physiologic results with limited behavioral data. The session will conclude with a brief overview of behavioral estimation methods to highlight a multimodal approach.

course outline

1.     introduction (2 min): importance of accurate auditory threshold estimation in pediatric diagnostics.

2.     stimulus comparisons in ABR (8 min): click vs. Tone burst vs. Chirp; frequency specificity, temporal synchrony, and recording efficiency.

3.     chirp ABR in practice (6 min): clinical benefits, limitations, calibration issues, and interpretation strategies.

4.     ASSR applications (5 min): role in bilateral threshold estimation, especially for profound hearing loss and auditory neuropathy.

5.     behavioral correlation (5 min): how to integrate physiologic data with behavioral responses like VRA and BOA.

6.     decision making algorithms (4 min): practical case based strategies and flowcharts for clinical use.