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UID:pretalx-ifos2026-AAVZP7@sciencenext.org
DTSTART;TZID=EET:20260912T073000
DTEND;TZID=EET:20260912T083000
DESCRIPTION:<p style="margin-left: 0px!important\;"><strong>Description:</s
 trong> Central auditory processing disorders (CAPD) present diagnostic cha
 llenges due to the involvement of complex neural networks responsible for 
 sound localization\, auditory discrimination\, and temporal processing. Th
 is session explores the application of electrophysiological methods—part
 icularly auditory brainstem responses (ABR)\, middle latency responses (ML
 R)\, and cortical auditory evoked potentials (CAEP)—as objective tools t
 o assess central auditory function. Emphasis will be placed on clinical ap
 plicability\, interpretation strategies\, and integration with behavioural
  test findings.</p><p style="margin-left: 0px!important\;"><strong>Outcome
  Objectives:</strong> At the end of this session\, participants will be ab
 le to:</p><ol><li><p style="margin-left: 0px!important\;">Define the neura
 l mechanisms underlying central auditory processing.</p></li><li><p style=
 "margin-left: 0px!important\;">Describe key electrophysiological technique
 s relevant to CAPD assessment.</p></li><li><p style="margin-left: 0px!impo
 rtant\;">Identify electrophysiological patterns associated with central au
 ditory dysfunction.</p></li><li><p style="margin-left: 0px!important\;">In
 tegrate objective and behavioural findings for a comprehensive clinical ev
 aluation.</p></li></ol><p style="margin-left: 0px!important\;"><strong>Bac
 kground:</strong> Central auditory processing involves the perceptual proc
 essing of auditory information within the central nervous system and the n
 eurobiological activity that underpins this processing. CAPD can affect la
 nguage development\, learning\, and everyday communication\, particularly 
 in pediatric and geriatric populations. Behavioural tests\, while informat
 ive\, are limited by their reliance on attention\, memory\, and language s
 kills.</p><p style="margin-left: 0px!important\;">Electrophysiological met
 hods provide a means of assessing auditory system integrity and processing
  efficiency independent of patient cooperation. Studies have demonstrated 
 the value of CAEPs and MLRs in identifying cortical involvement and tempor
 al abnormalities in CAPD cases. Moreover\, the frequency-following respons
 e (FFR) has been proposed as a promising tool to evaluate the encoding of 
 complex sounds at the subcortical level.</p><p style="margin-left: 0px!imp
 ortant\;">These objective measures complement behavioural evaluations and 
 can support differential diagnosis\, especially in populations with limite
 d behavioural test reliability. As audiology increasingly incorporates neu
 rophysiological tools into routine practice\, electrophysiology-based asse
 ssments are becoming vital for evidence-based management of CAPD.</p>
DTSTAMP:20260805T031225Z
LOCATION:Audiology 1
SUMMARY:Assessment of Central Auditory Processing and Audiotory Cognitive T
 raining - Bulent Şerbetçioğlu\, Büşra Nur Eser\, Deniz Tuz\, Merve İ
 kiz BOZSOY\, Mazen El-Banna
URL:https://sciencenext.org/ifos2026/talk/AAVZP7/
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