Ototoxicity represents a clinically significant complication of anticancer therapy in pediatric patients. Cytotoxic agents used in oncology, particularly platinum-based chemotherapy, may induce damage to the auditory and vestibular systems, resulting in hearing loss, tinnitus, and balance disturbances....
Audiologists managing pediatric oncology patients should apply evidence-based auditory monitoring protocols aligned with current diagnostic frameworks for platinum-based chemotherapy ototoxicity; this review consolidates existing guidance but does not introduce new practice-changing evidence.
Pediatric ototoxicity monitoring is an underserved area where standardised protocols can meaningfully reduce permanent hearing loss in childhood cancer survivors.
- 01Platinum-based chemotherapy (e.g., cisplatin, carboplatin) is a leading cause of permanent hearing loss in pediatric oncology patients.
- 02The review evaluates current auditory monitoring strategies including high-frequency audiometry and OAE testing.
- 03Contemporary diagnostic frameworks such as SIOP and ASHA grading scales are compared.
- 04Early detection through serial audiological monitoring is emphasised to enable timely intervention.
- 05Gaps in standardisation of monitoring schedules across institutions are identified.
Platinum-based chemotherapy causes ototoxicity (hearing damage) in pediatric oncology patients.
studysupportedEvidence-based auditory monitoring strategies can facilitate early detection of chemotherapy-induced hearing loss in children.
guidelinesupported- PMID
- 42121973
- DOI
- 10.3390/diagnostics16091272.
- Journal
- Diagnostics
- Publication type
- review
- Evidence level
- 5
- Population
- Pediatric oncology patients receiving antineoplastic (cancer-fighting) agents, particularly platinum-based chemotherapy
- Intervention
- Auditory monitoring strategies and diagnostic frameworks for ototoxicity surveillance
Primary outcomes
Evaluation of auditory monitoring strategies for ototoxicity detection; Comparison of contemporary diagnostic frameworks for hearing loss classification