Septoplasty Bellevue

Septoplasty in Bellevue is most often considered by adults whose chronic nasal obstruction has not responded to conservative medical management. Common patient descriptions include "I can't breathe through my left nostril," "I always sleep with my mouth open," "I get repeated sinus infections," "exercise is hard because I can't breathe through my nose," or "my nose has been crooked since a childhood injury." Albert Yang, MD evaluates the septum internally, assesses the internal and external nasal valves, examines the turbinates, reviews allergy history, and reviews any prior nasal surgery at consultation.

Patients who are not ideal candidates without additional planning include those who have not first completed a reasonable trial of medical management (saline, intranasal steroid, allergy treatment, decongestant trial as appropriate), those whose primary obstruction is from turbinate hypertrophy or nasal valve compromise rather than septal deviation (these may need turbinate reduction or valve support, alone or in combination), patients with active sinus infection (treat first), patients on certain blood thinners that cannot be safely held, and patients with bleeding disorders. Younger patients (typically under 17) are usually deferred until septal cartilage growth has matured.

Patients whose nasal obstruction has both septal and external structural causes (a crooked external nose, a collapsed valve, a saddle-shaped dorsum) are often best served by septorhinoplasty rather than septoplasty alone. The Bellevue practice is candid at consultation about whether isolated septoplasty will meaningfully improve breathing or whether a more comprehensive procedure is warranted.

The right plan is the smallest cohesive procedure that delivers durable functional improvement.

Septoplasty at the Bellevue practice begins with careful preoperative planning, including a thorough internal nasal examination — often supplemented by nasal endoscopy and, where appropriate, imaging. The surgeon plans which portions of the deviated septum to address while preserving the dorsal and caudal cartilaginous strut that supports the external shape of the nose.

The procedure is performed under general anesthesia in nearly all cases. Operative time for isolated septoplasty typically runs 45 minutes to 90 minutes; combined septorhinoplasty extends operative time correspondingly. After local anesthetic infiltration with vasoconstrictor, an internal hemitransfixion or Killian incision is made along the septum on one side. Mucoperichondrial flaps are carefully elevated bilaterally to expose the deviated cartilage and bone.

Dr. Yang's approach mirrors the standard technique for modern endonasal septoplasty: deviated cartilage and bone are reshaped, scored, or selectively removed, with conservative preservation of an L-shaped strut (a roughly 1.5-cm dorsal and caudal strut along the upper and front edges of the septum) to maintain long-term structural support of the nose. Spurs and ridges are removed or reduced. If the caudal septum is significantly deviated, more advanced maneuvers — extracorporeal septoplasty, swinging-door technique, or septal extension grafting — may be required. These typically involve an open-rhinoplasty approach or a combined septorhinoplasty.

If turbinate hypertrophy contributes to obstruction, inferior turbinate reduction (radiofrequency, microdebrider-assisted, or submucous resection) is often added through the same intranasal access. The mucoperichondrial flaps are then re-approximated, the incision is closed with absorbable sutures, and absorbable internal supports — quilting sutures or thin internal splints — may be placed briefly to stabilize the flaps. There is no external incision unless septoplasty is combined with open rhinoplasty.

Recovery from septoplasty in Bellevue is typically less involved than recovery from full rhinoplasty. The first 48 to 72 hours involve nasal congestion (the airway feels tight as internal swelling resolves), mild pressure or headache, and small amounts of bloody drainage that clear over several days. Most patients describe the discomfort as pressure rather than sharp pain and manage it with oral medication.

Internal splints, when placed, are typically removed at a follow-up visit at approximately one week. Without splints, the early week is generally quiet — saline rinses begin within a few days to keep the airway moist, and patients are asked to avoid vigorous nose blowing during the early healing window. Most patients return to office work and light social activities at one to two weeks. Many notice gradual improvement in breathing as internal swelling resolves over the following weeks.

Between weeks two and six, the nose continues to refine internally. Most patients return to moderate exercise around two to three weeks after isolated septoplasty (longer if combined with rhinoplasty); nasal pressure activities (eyeglasses on the bridge if osteotomies were involved, contact sports, vigorous blowing) are restricted longer. Final functional breathing benefit is typically appreciated at three to six months, when internal swelling has fully resolved and the airway is at its baseline.

For patients undergoing combined septorhinoplasty, the recovery profile follows the rhinoplasty timeline (cast removal at one week, dorsal swelling resolution over several months, tip swelling resolution at 9 to 12 months) layered on top of the septoplasty recovery.

Every surgical procedure carries risk, and septoplasty is no exception. Common, generally self-limited issues include early nasal congestion, mild bloody drainage, transient numbness of the front teeth or upper lip from local anesthetic infiltration that resolves over weeks, and mild postoperative discomfort.

Less common but recognized risks include septal hematoma (a blood collection between the mucoperichondrial flaps that requires prompt drainage), septal perforation (a small persistent hole between the two airways — more common when both flaps are perforated during dissection), persistent or new septal deviation requiring revision, persistent obstruction if turbinate hypertrophy or valve compromise was a co-contributor and was not addressed, infection, bleeding requiring intervention, and changes in nasal shape (saddle nose, dorsal irregularities) when over-aggressive cartilage removal compromises the dorsal-caudal strut.

Modern endonasal septoplasty technique that preserves the L-shaped strut and uses conservative cartilage removal substantially reduces structural complications. The Bellevue practice's standard is to preserve cartilage wherever possible. When more aggressive correction is needed (significantly deviated caudal septum, extracorporeal septoplasty), the approach is typically combined with rhinoplasty so structural support can be reinforced with grafts.

Realistic expectation-setting is part of risk management. Septoplasty improves breathing on the obstructed side; it does not eliminate every nasal symptom or every cause of congestion. Patients with multiple contributing factors benefit from a coordinated plan rather than expecting septoplasty alone to solve every nasal complaint.