Septorhinoplasty in NYC — one operation for function and form.

Septoplasty straightens the internal septum and generally does not intentionally reshape the external nose. Septorhinoplasty coordinates septal or nasal-airway reconstruction with external rhinoplasty when both are indicated. A patient with isolated septal obstruction may not need rhinoplasty.

Prior surgery often creates scar tissue and may reduce available septal cartilage. Planning focuses on restoring support, which commonly requires grafting from septum, ear, or rib depending on need. Revision cases may be staged when airway or reconstruction complexity is high. Preoperative counseling emphasizes realistic goals and the potential need for longer operative time or secondary procedures (see preservation and revision strategy references: https://www.aafprs.org).

Cosmetic rhinoplasty changes external shape without claiming to treat every breathing complaint. Septorhinoplasty includes a documented functional component—such as septal or valve reconstruction—when internal and external problems must be addressed together.

No. Many patients are appropriately treated with septoplasty alone. Septorhinoplasty is considered when the external framework, bridge, tip, nasal valves, trauma, or cosmetic goals make combined planning necessary.

Approach is anatomy-driven. Open (external) exposure is preferred for complex tip reconstruction or most revision cases. Closed techniques are considered when adequate exposure allows precise reshaping without external incision. Preservation strategies are used when the native dorsum and ligamentous attachments can be maintained to protect airway support (see AAFPRS discussion: https://www.aafprs.org).

It can when valve narrowing or sidewall weakness is confirmed. Treatment may include spreader grafts, batten grafts, lateral-wall support, septal reconstruction, or another anatomy-specific technique. A modified Cottle response alone does not determine the entire operation.

Turbinate reduction is performed when hypertrophy contributes to obstruction and may include outfracture, submucosal reduction, or energy-assisted techniques depending on mucosal health. Internal and external nasal valves are assessed and may be supported with spreader grafts, lateral wall suspension, or other targeted repairs. The objective is to restore physiologic airflow without excessive narrowing. Technique selection follows available guidance and individualized intraoperative assessment (see AAO‑HNS patient resources: https://www.entnet.org/content/nasal-obstruction/).

External nasal splints are typically removed at 7 to 10 days. When used, internal silicone splints or soft supports are commonly left for 5 to 14 days depending on surgeon preference and mucosal status. Traditional nasal packing is used less frequently; if placed it is usually removed within 24 to 48 hours. Specific timing is set at the operation and reviewed at the first postoperative visit.

Most patients can return to nonstrenuous work within 7 to 14 days. Light aerobic activity is usually permitted after 2 to 3 weeks; vigorous or contact sports are delayed for 6 to 8 weeks. Glasses that rest on the nasal bridge are typically avoided or taped to the forehead for 4 to 6 weeks and alternative support options are discussed. Healing varies by individual and follow-up visits adjust restrictions.

Selected patients may undergo coordinated procedures, but sinus disease and nasal structural problems must each be independently diagnosed. Combining surgery depends on disease severity, operative scope, safety, recovery, and whether one combined session is appropriate.

Cosmetic changes are not covered. A documented medically necessary functional component may be submitted when the patient’s plan includes applicable benefits and requirements are met. Coverage and payment are never guaranteed.