Secondary Cleft Rhinoplasty / Cleft Septorhinoplasty | Results and further stages

A unilateral cleft nasal deformity involves several asymmetries, structural weaknesses and scarring from earlier surgery, so no single technique corrects every problem. Secondary rhinoplasty aims to improve airway function, tip definition, projection, columella length, nasal base width and symmetry. In a study of 30 patients with complete unilateral cleft lip and palate, both cartilage support and simple suspension reduced cleft-side nostril width; cartilage support may improve nostril width and height symmetry and remained stable, while simple suspension showed width recurrence. No statistical difference in postoperative appearance was found, and height differences were not significant by at least six months. This was a small retrospective study.

Secondary cleft rhinoplasty often improves nasal asymmetry at the alar base and nostril, yet nasal asymmetry can persist to varying degrees after surgery. The most common sites of asymmetry are the alar base and nostril, and septal deviation may recur or remain because of the original deformity, sometimes needing further procedures. Patients should be informed that additional surgery may be needed. Residual cleft lip deformities may involve skin, vermilion and muscle continuity, sometimes with or without nasal deformity. In some staged repairs, nasal surgery is delayed so it does not interfere with healing or blood supply of a revised lip. Therefore, improving the nose does not automatically correct every upper-lip difference.

Previously operated skin may be thinned or scarred, especially after an external approach or extensive dissection, and scarring can increase risks such as poor healing or skin necrosis. Structural support may be reduced after prior cartilage removal, so the surgeon evaluates remaining septal, ear or rib cartilage and nasal valve function. For warping risk, thin splinting grafts or preserved perichondrium may help stabilize grafts, and postoperative nasal compression exercises may counteract bending. In secondary cleft rhinoplasty, needs are individual; symmetrical dissection aims to balance scar contracture, while lining deficiencies may need mucosal flaps. Careful preoperative assessment is essential, and graft sources are planned before surgery.

Secondary cleft rhinoplasty is often complex because prior scarring and asymmetry affect both appearance and airflow. The operation may include septal or turbinate work, cartilage repositioning, grafts and soft-tissue redraping, depending on the individual deformity. Evidence from a small Indian series found significant nasal function improvement after open structure cleft rhinoplasty, with most patients reporting no breathing difficulties afterward. However, a wider or larger nose early after surgery can be the trade-off when support is preserved for breathing. Many revisions are minor adjustments, such as straightening the dorsum or columella, and may be done under local anaesthesia without hospitalisation; severe scarring may limit what can be achieved.

Swelling can hide small flaws, so an early impression may not reflect the final shape. The final appearance may not stabilize until the end of the first postoperative year or later, and the decision to reoperate is usually withheld for at least one year. In cleft nose revision, asymmetry, scarring and structural shortage make the operation more complex, and if surgery occurs before facial growth is complete, further changes may require additional surgery. Many revisions are minor adjustments, but major secondary rhinoplasty can often be unpredictable and may need further revision in a small percentage of patients. Safety, function and appearance are prioritized in that order.

Secondary cleft rhinoplasty is often considered the most difficult revision rhinoplasty. It involves significant asymmetries in several parts of the nose, structural inadequacies, and a restricted soft-tissue envelope from prior surgical scarring. Aesthetic problems may need correction while functional issues, such as airway compromise, are also addressed. Earlier surgery may have removed too much tissue, which can cause pinching, scarring or restricted nasal breathing and is generally harder to restore. Accurate diagnosis can be difficult when operative details are unclear, and the surgical plan becomes more complex. Each patient’s needs must be assessed individually, because no single technique corrects every problem. Careful preoperative assessment and individualized planning are essential for each patient.

Secondary cleft rhinoplasty is complex because multiple nasal parts may be asymmetric, with structural weakness and scarred soft tissue. Earlier grafts placed on weakened structures can lose support over time, and layering may thicken sidewalls or obstruct airflow. The nose may also continue to contract as tissues shrink-wrap over weakened structures. A revision plan may therefore take down vulnerable structures and rebuild with strong autologous rib cartilage, which offers structural support, resists scar contracture and is available in sufficient quantity. Ear cartilage can work but is suboptimal for certain deformities. Goals may include airway function, tip definition, symmetry, projection, columellar length and base narrowing. Careful individualized planning is essential because no single technique corrects every problem.

A cleft team includes specialists working together, and secondary rhinoplasty is tailored to each patient's functional and aesthetic needs. Asymmetry is the most common complication, often at the alar base or nostril, and patients may need additional surgery. Nasal obstruction can occur before or after surgery, and septal deviation may recur or remain. Follow-up may include standard photographs at six months and then yearly, because proper results often are not evident before six months to one year. A team approach is necessary, and secondary rhinoplasty should take place after orthodontic and orthognathic issues are addressed. Patient families are counseled that major or minor interventions may be necessary in the future.

There are no absolute criteria for secondary cleft nose revision; need is mainly based on your request and the surgeon’s ability, with careful preoperative evaluation and cooperative postoperative care. Because prior surgery leaves scar tissue that can reduce predictability, surgeons often favour limited dissection and the least surgery that achieves meaningful change. Major revisions are usually avoided while facial growth continues; secondary rhinoplasty is ideally delayed until growth is complete. Risks include altered smell or breathing, bleeding, pain, irregularity and dissatisfaction, so a further slight adjustment may sometimes be quite reasonable, but usually it is best to accept the improvement achieved.