Cleft Rhinoplasty

Primary, secondary, and tertiary correction across the cleft care pathway.

Cleft nasal correction is delivered in stages. Primary correction is performed at the time of the original cleft lip repair in infancy, repositioning the nasal structures as the lip is repaired. Secondary cleft rhinoplasty is undertaken later in childhood or adolescence to address residual deformity once growth allows. Tertiary cleft rhinoplasty is the definitive structural correction performed in the older adolescent or adult, frequently after several prior procedures.

Dr Sparks’ experience encompasses secondary repairs in adolescence and complex tertiary correction in adult patients who have undergone multiple prior procedures. The timing of definitive surgery is planned carefully around facial growth.

Direct visualisation of an asymmetric, often previously operated framework.

Definitive cleft rhinoplasty is performed using the open approach. The asymmetry and the effects of prior surgery make direct visualisation of the entire nasal framework essential — the surgeon must see precisely how the cartilages are malpositioned and what structural resources remain before reconstruction can begin.

The open approach also provides the accurate, stable access required for the precise repositioning and grafting that cleft correction demands.

Repositioning the displaced cleft-side nasal base and rebuilding nostril symmetry.

The displaced alar base on the cleft side is repositioned — moving it inward, upward, and forward toward symmetry with the non-cleft side — and the deficient nasal floor is reconstructed where required. Nostril shape and symmetry are addressed directly, recognising that the cleft-side nostril is typically horizontally oriented and asymmetric.

Restoring projection, definition, and symmetry to the cleft-side tip.

The flattened, malpositioned lower lateral cartilage on the cleft side is repositioned and supported. Structural grafts — including tip grafts and alar contour grafts — are used to restore the projection, definition, and symmetry that the cleft-side tip lacks, and to support it durably against the contractile forces of scarred tissue.

Addressing the short, deviated columella, particularly in bilateral clefts.

The columella — the central pillar between the nostrils — is characteristically short and deviated in cleft deformity, and markedly so in bilateral clefts. Columellar lengthening and straightening, using local tissue and structural grafts, re-establishes tip support and the central symmetry of the nose.

Straightening the deviated septum and restoring the cleft-affected airway.

Septal deviation is a consistent feature of the cleft nose and a major contributor to obstruction. Septal correction straightens the deviated cartilage and bone, and spreader grafts and valve support are used to reconstruct the airway. Functional restoration is planned with the same priority as aesthetic correction.

Splint, dressings, and the most pronounced swelling.

• A splint and dressings are typically worn for 10 to 14 days — longer where rib cartilage grafting has been performed.
• Swelling and bruising are most pronounced in the first two weeks; where rib cartilage has been harvested, chest-wall discomfort is also expected and managed.
• Most patients return to non-strenuous school or work within two weeks, depending on the extent of the procedure.

Gradual resolution of swelling and early functional improvement.

• Significant improvement in swelling by 4 to 6 weeks, though scarred cleft tissue resolves more slowly than an un-operated nose.
• Airway improvement, where functional work was performed, is often noticed relatively early.
• Light exercise typically resumes after two to three weeks; strenuous activity and contact sport are deferred for at least eight weeks.

Slow settling and the final result.

• Continued settling of the tip and nasal base over 12 to 18 months.
• The settled outcome is not fully apparent until 12 to 18 months post-operatively in most cleft cases.
• Long-term review confirms the structural durability of the reconstruction and informs any further staged care.

A cleft of the lip and palate disrupts the symmetric development of the nose at its foundation. The result is a characteristic constellation of changes: a displaced and asymmetric nasal base on the cleft side, a flattened tip cartilage, a short and deviated columella, septal deviation, and frequently a compromised airway. Because it affects every layer of the nose, cleft rhinoplasty must address the skeletal base, the cartilage framework, the lining, and the skin together.

Cosmetic rhinoplasty reshapes an intact, symmetrically developed nose. Cleft rhinoplasty reconstructs a nose that never developed symmetrically and that has usually been operated upon several times in childhood. The anatomy is asymmetric from the outset, scar tissue is present, and structural resources may be depleted — so cleft rhinoplasty shares its disciplined, structural, graft-dependent approach with revision surgery rather than with primary cosmetic rhinoplasty.

Dr Sparks gained significant, direct experience in tertiary cleft rhinoplasty during his training in Vancouver, BC — one of the few programmes in Canada with a dedicated multidisciplinary cleft team managing patients through every stage of care. This provided hands-on exposure to the full spectrum of cleft nasal deformity, from secondary repairs in adolescence to complex tertiary correction in adults who had undergone multiple prior procedures.

Cleft nasal correction is staged. Primary correction occurs at the time of the original cleft lip repair in infancy; secondary correction addresses residual deformity in childhood or adolescence; and definitive (tertiary) structural correction is generally performed in the older adolescent or adult, once facial growth allows. The timing of definitive surgery is planned carefully around growth and around any other cleft procedures.

Cleft rhinoplasty is best understood as one stage in a long pathway of care. Depending on the deformity and the surgery performed in childhood, further staged procedures may be required to achieve and maintain the best result. This is discussed openly as part of planning.

Yes. Cleft rhinoplasty is frequently undertaken alongside, or in a planned sequence with, other elements of cleft care — cleft lip revision, alveolar bone grafting, or orthognathic (jaw) surgery. Where this is the case, Dr Sparks coordinates the sequencing with the patient’s broader treating team.

Cleft rhinoplasty can produce a meaningful and significant improvement in both the appearance and the function of the nose — but perfect symmetry is not an achievable goal. The cleft deformity affects the foundation of the nose, and a degree of residual asymmetry is expected even after careful structural reconstruction. Dr Sparks discusses what is realistically achievable for the individual deformity honestly before any decision is made.

In most cases, yes. Cleft-related nasal obstruction — from septal deviation, valve collapse, and a distorted nasal base — is addressed as a core part of the procedure, with septal correction and valve reconstruction planned with the same priority as the aesthetic correction.

Scarred and previously operated cleft tissue swells more and resolves more slowly than the tissue of an un-operated nose. As a result, the final result is typically not fully apparent until 12 to 18 months post-operatively. Dr Sparks prepares patients and families thoroughly for this extended timeline.