Surgical considerations for pediatric nasal septal deviation: A review of current concepts and timing of intervention

OBJECTIVE: This review addresses the surgical management of pediatric nasal septal deviation. We discuss the challenges and considerations unique to children, including growth-related timing decisions, surgical techniques, and potential impacts on craniofacial development and quality of life. METHODS: A narrative synthesis of recent literature was conducted. Key topics reviewed include the epidemiology of septal deviation in children, associations with complications (e.g. obstructive sleep apnea, sinusitis, cognitive or behavioral effects), timing of intervention in relation to septal growth, operative methods and preservation strategies, and complication rates and outcomes data. RESULTS: The prevalence of septal deviation in children is approximately 30%. Alone it rarely causes severe nasal obstruction, but in combination with conditions such as allergic rhinitis or adenoid hypertrophy it contributes significantly to symptomatology. Untreated nasal obstruction has been linked to craniofacial growth disturbances, sleep-disordered breathing, behavioral issues, and academic decline. Multiple authors now support that septal surgery can be safely performed in children aged six years and older without major detrimental effects on midface development. Critical technical principles include maximal conservation of cartilage and bone (especially in dorsal and caudal zones), avoidance of nasal floor mucosa dissection, and preservation of growth-center zones. Reported complications are low, but revision rates in pediatric septorhinoplasty remain higher than in adults (∼13.5%). CONCLUSION: Data accumulation suggests pediatric septal surgery is increasingly safe when performed with conservative technique. Surgical indication should be considered in children aged ≥6 who present with septal deviation resistant to medical therapy and who suffer complications such as snoring, OSA, recurrent sinusitis, or severely impaired quality of life. Meticulous operative planning with maximal structural preservation is paramount to optimize outcomes and minimize growth disruption.