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Saddle Nose Deformity: Causes, Symptoms, and Treatment Options

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Saddle nose deformity is a condition in which the bridge of the nose appears sunken or concave, resembling the shape of a saddle. The dip in the nasal structure can affect both the appearance of the face and the function of the nose — difficulties are common when the nasal valves are compromised. Specialist rhinoplasty is the standard treatment for both the aesthetic and the functional consequences.

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This article covers what saddle nose deformity is, what causes it, the symptoms it produces, and the surgical options for correction.

What Is a Saddle Nose Deformity?

Saddle nose deformity is a loss of structural support in the nasal framework that causes the bridge to collapse inward. The collapse can range from a subtle indentation to a concavity affecting both appearance and breathing.

The structures that maintain the shape of the nose — the nasal septum, the upper lateral cartilages, and surrounding soft tissue — work together to support the nasal bridge and keep the airway open. Damage to any of these can produce a saddle nose. Severity depends on how much support has been lost and whether one or several structures are involved.

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What Causes Saddle Nose?

There are four main causes, in descending order of frequency.

Direct trauma to the nose — sports injuries, falls, road traffic accidents, or assault — is the most common cause. Nasal fractures, septal cartilage damage, and untreated septal haematomas can all lead to progressive collapse of the bridge over weeks or months. A septal haematoma in particular can destroy septal cartilage if not drained promptly, which is why any blunt nasal trauma should be assessed early.

Saddle nose deformity can occur after , when too much cartilage or bone has been removed without adequate structural reinforcement. The collapse may be immediate or develop gradually over months or years. with grafting is the usual treatment.

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Several inflammatory and autoimmune conditions can erode nasal cartilage and produce saddle nose deformity. The most common are granulomatosis with polyangiitis (formerly Wegener’s), relapsing polychondritis, and systemic lupus erythematosus. Cocaine use can also cause progressive cartilage destruction through repeated inflammation and ischaemia.

When an inflammatory or autoimmune cause is suspected, correction is usually deferred until the underlying disease is stable, since active disease can destroy the cartilage grafts placed during reconstruction.

Less commonly, saddle nose deformity is congenital. It can occur as part of certain genetic syndromes (including congenital syphilis, where it has historically been a recognised feature) or as an isolated developmental anomaly affecting the nasal cartilage.

Symptoms of Saddle Nose Deformity

The symptoms fall into two groups: structural appearance and nasal function.

The structural changes are usually visible — a depression along the nasal bridge, sometimes extending toward the tip, with possible asymmetry of the nostrils in more severe cases. The supratip area may appear pinched or over-rotated.

The functional symptoms are caused by collapse of the internal nasal valves, which control airflow into the nose. Patients commonly report nasal obstruction, difficulty through the nose during exercise or sleep, mouth-breathing at night, snoring, and chronic congestion. These symptoms tend to worsen as the structural collapse progresses.

Surgical Correction

Rhinoplasty for saddle nose deformity rebuilds the nasal bridge using cartilage grafts, restoring both the contour and the structural support to the internal nasal valves. The operation is performed under general and takes three to four hours, depending on the severity of the deformity. Most patients are discharged the same day.

The varies with the severity of the deformity.

Subtle can often be corrected with of the existing upper lateral cartilages and a small fascia or cartilage onlay graft to smooth the contour of the bridge. Recovery is straightforward and the result is usually predictable.

Moderate cases require dedicated cartilage grafts. Spreader grafts are placed between the septum and upper lateral cartilages to widen the internal valve, and dorsal onlay grafts rebuild the bridge contour. Septal cartilage is the first choice when available; ear (conchal) is the second.

Severe collapse requires more substantial reconstruction, usually with rib (costal) cartilage. Rib cartilage provides the volume and strength needed to rebuild a significantly collapsed bridge, and is reliable in the long term. Diced cartilage wrapped in fascia is a common technique for the dorsal onlay in these cases, producing a smooth contour without visible graft edges.

Surgeons at Centre for Surgery use the patient’s own cartilage rather than synthetic implants for saddle nose reconstruction. Autologous cartilage integrates with surrounding tissue, has a very low long-term complication rate, and avoids the infection and extrusion risks associated with synthetic implants such as silicone or Gore-Tex.

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Recovery After Saddle Nose Rhinoplasty

for saddle nose deformity follows the typical pattern for major rhinoplasty, with some additional considerations because of the cartilage grafting involved.

The first one to two weeks involve nasal swelling, bruising around the eyes, and a degree of nasal congestion. A nasal cast or splint is worn for the first week. Most patients return to desk-based work after 10 to 14 days.

By six weeks, the majority of visible swelling has settled and breathing has usually improved noticeably. The internal nasal valves are now better supported and patients often report the most significant benefit at this stage.

Final results take 9 to 12 months to fully appear, particularly at the tip. The cartilage grafts settle and integrate with surrounding tissue over this period, and the contour of the bridge progressively more refined.

If rib cartilage was used, the chest donor site causes mild discomfort for the first one to two weeks and leaves a small scar (typically 3-4cm) along the natural skin crease.

FAQs

It isn’t life-threatening, but progression on the cause. Saddle nose due to active inflammatory disease can worsen over time if the underlying isn’t controlled. Saddle nose from healed trauma or completed rhinoplasty is usually stable. Functional symptoms (nasal obstruction, mouth-breathing, snoring) tend to be the more consequences for most patients.

Yes. Rhinoplasty and can be performed in the same operation in suitable patients, which avoids two separate recovery periods. Suitability depends on health, the complexity of each procedure, and the surgeon’s assessment.

In most cases, yes. Reconstructing the nasal bridge restores support to the internal nasal valves, which is where most of the airway resistance in saddle nose deformity comes from. Patients with significant pre-operative obstruction usually report substantial functional improvement after surgery.

No. Once structural support is lost, the deformity is without surgical correction. Inflammatory causes may stabilise with medical treatment but the existing collapse won’t reverse on its own.

For patients not suitable for surgery, dermal filler can be used to improve the contour of the bridge . This is a temporary that doesn’t address the cause or improve breathing — it’s a camouflage option, not a .

Centre for Surgery

Centre for Surgery is a CQC-regulated cosmetic surgery clinic at 95–97 Baker Street, London W1U 6RN. Saddle nose rhinoplasty is performed by GMC specialist-registered consultant plastic surgeons with specific experience in complex and nasal surgery, using autologous cartilage grafts.

Finance is available through Chrysalis Finance, with 0% APR options.

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