Adult Cleft Lip and Nose Revision: Why the Definitive Cleft Rhinoplasty Waits for Jaw Growth, What Can Be Done About a Lip Scar, a Whistle Deformity, or a Tight Upper Lip, Why Rib Cartilage Comes Up So Often, and How to Find a Surgeon Who Treats the Whole Sequence

The patient is 29, works in sales, and arrives at a rhinoplasty consultation with two photographs and a short history. The history is the kind most cleft patients can recite: lip repaired at about four months, palate at about a year, a bone graft to the gum line at nine, braces through most of middle school, and a "touch-up" to the nose at fourteen that nobody explained very well. The photographs are the reason for the visit. One is a profile shot where the left nostril sits lower and flatter than the right. The other is a smiling group photo where the upper lip pulls tight and a small notch shows in the red of the lip, just off center.

The patient has two requests. Breathe through the left side of the nose, which has never worked properly, and make the lip "look less operated on." Both are reasonable. Neither is a cosmetic rhinoplasty or a lip filler appointment, and the patient has already had one consultation where a surgeon offered a standard tip refinement and some filler without asking about the jaw, the bone graft, or the speech history.

Adult cleft lip and nose revision is its own discipline, with an order of operations that matters more than any single technique. This piece explains why the definitive cleft rhinoplasty usually waits until facial growth and any jaw surgery are finished, what the cleft nose looks like structurally and what a secondary rhinoplasty rebuilds, which lip problems respond to scar revision and which need the muscle repaired again, where fat grafting, dermal grafts, and the lower lip flap fit, and how an adult who aged out of a childhood cleft team finds the right surgeon. It builds on the earlier pieces on ethnic rhinoplasty and rhinoplasty revision rates, neither of which covered the cleft nose.

Who this is about, and why the adult cleft patient is often left on their own

The short answer: cleft lip, with or without cleft palate, is one of the most common birth differences, and most children are treated by multidisciplinary cleft teams through adolescence; many adults then age out of that system with unfinished nasal, lip, dental, or speech problems and no obvious place to take them, which is why so many arrive at general cosmetic practices instead.

The Centers for Disease Control and Prevention estimates that roughly 1 in 1,600 babies born in the United States has a cleft lip with a cleft palate, and roughly 1 in 2,800 has a cleft lip without a cleft palate. That adds up to thousands of new patients a year and a very large adult population. The condition comes in several forms that matter for revision planning: unilateral (one side) or bilateral (both sides), complete (running into the nostril) or incomplete, and with or without involvement of the gum ridge (the alveolus) and the palate.

Childhood treatment in the United States and much of the world is organized around cleft and craniofacial teams. The American Cleft Palate-Craniofacial Association (ACPA) publishes standards for these teams, which typically include a surgeon, an orthodontist, a speech-language pathologist, an audiologist or ear specialist, a pediatric dentist, a psychologist or social worker, and a coordinator. The usual childhood sequence, with variation by team and by country, runs roughly like this:

• Lip repair in the first months of life, often around three to six months, sometimes with a primary reshaping of the nose at the same operation.
• Palate repair usually before about eighteen months, timed for speech development.
• Speech assessment and, when needed, speech surgery in the preschool and early school years for velopharyngeal dysfunction, which is air and sound escaping through the nose during speech.
• Alveolar bone grafting to the gum line gap, typically during the mixed dentition years, often around ages seven to eleven, before the permanent canine erupts.
• Orthodontics and, in some patients, jaw surgery in the teenage years.
• Definitive rhinoplasty and final lip revision once growth is complete.

The last two steps are where the adult population lives. Some teams follow patients into their late teens and early twenties and finish the sequence. Others discharge patients earlier, and patients move, change insurance, or simply stop going. A patient who had a primary repair abroad, or decades ago, may never have had the later steps offered at all. The result is a large group of adults whose cleft care stopped somewhere in the middle, and who now present with a cosmetic-sounding complaint that has a reconstructive history behind it.

That history is the first thing a qualified surgeon wants. Request the operative notes and team records, as described in the piece on medical records after cosmetic surgery, because knowing whether the septum was already harvested, whether the bone graft took, and whether a speech operation was done changes the plan.

Why the definitive cleft rhinoplasty usually waits for the jaw and the bone graft

The short answer: the cleft nose sits on a foundation of upper jaw and gum-line bone that is often deficient on the cleft side, so the definitive rhinoplasty is generally done after facial growth is complete, after the alveolar bone graft has consolidated, and after any upper jaw advancement, because moving the jaw later changes the nasal base and can undo the nasal work.

This is the single most important planning principle, and it is the one most often skipped by surgeons who do not treat cleft patients. The nose does not float on the face. Its base, the alar bases where the nostrils meet the cheeks, rests on the upper jaw (the maxilla). In a cleft, the maxilla on the cleft side is frequently underdeveloped and set back, and the gap in the gum line leaves the nostril base without a solid platform. Even a beautifully reshaped tip will sit on a sunken, asymmetric base if the foundation is not addressed.

Two foundation steps usually come first:

• The alveolar bone graft. Filling the bony gap at the gum line, usually with bone from the hip, supports the teeth next to the cleft and gives the cleft-side nostril base something to sit on. In adults who never had one, or whose graft partly resorbed, the question of a late graft belongs in the plan before the nose.
• Jaw surgery when needed. Because scar tissue from palate repair can restrict growth of the upper jaw, a meaningful share of patients with complete cleft lip and palate develop an underbite and a flat midface by the end of growth. Published series report widely varying rates, with many in the range of a fifth to more than two fifths of patients with unilateral complete clefts eventually undergoing or being recommended for upper jaw advancement (a Le Fort I osteotomy). The details of that operation and why it differs from cosmetic jaw contouring are covered in orthognathic jaw surgery vs jawline work.

Advancing the upper jaw pushes the nasal base forward and often widens it. If the definitive rhinoplasty is done first and the jaw is moved afterward, the nostril shape, alar base position, and tip projection all change, and some of the nasal work may need to be redone. That is why the usual guidance in the cleft literature is skeletal maturity first (commonly cited as around the mid-teens for girls and the later teens for boys), then any jaw surgery, then the definitive nose, then final lip refinements, which are often done at the same operation as the nose or shortly after.

There are exceptions. Many children have an intermediate nasal operation before growth ends, for breathing, for severe asymmetry, or for social reasons, and that is an accepted part of team care rather than a mistake. Some adults have no jaw discrepancy at all and can go straight to the nose. And an adult who is decades past growth with a stable bite does not need to wait for anything. The principle is not "never touch the nose early." It is that a surgeon planning a definitive nasal operation should know where the jaw and the bone graft stand and should say so out loud.

"A cleft rhinoplasty that ignores the jaw is building a tip on a foundation nobody has checked, and the foundation is usually the part that is missing."

What a secondary cleft rhinoplasty actually rebuilds, and why rib cartilage comes up so often

The short answer: the cleft nose is a structural deformity, not a cosmetic variation; the cleft-side lower lateral cartilage is slumped and displaced, the columella and septum lean toward the non-cleft side, the nostril base sits low and back, and the airway is often blocked, so a secondary cleft rhinoplasty is a functional and structural reconstruction that frequently needs cartilage grafts, often from the rib when the septum has been used or is insufficient.

The unilateral cleft nose has a recognizable pattern. On the cleft side, the alar cartilage that forms the tip and the outer nostril wall is flattened and pulled down and outward, so the nostril looks wide, horizontal, and slumped, sometimes with a fold or web of skin inside it. The columella, the strip between the nostrils, is shorter on the cleft side and leans toward the non-cleft side. The septum is typically deviated, with its base displaced into the non-cleft nostril and its upper part bowing into the cleft side. The nostril base on the cleft side sits lower, farther out, and farther back because of the bony deficiency described above. The bilateral cleft nose usually looks different: a short columella, a broad and flat tip, and wide, flared nostrils on both sides.

Many of these patients cannot breathe properly through one or both sides, from the septal deviation, a narrowed or collapsing cleft-side nostril, enlarged turbinates, or all three. That is why the operation is planned as a functional rhinoplasty first and an aesthetic one second, and why the breathing history belongs in the chart and in any insurance submission.

The core maneuvers in a secondary cleft rhinoplasty usually include:

• Septal reconstruction to straighten the airway and create a stable central strut.
• Repositioning the cleft-side alar cartilage, freeing it from the skin and suturing it into a symmetric position with the other side.
• Structural grafts to hold that position against scar contracture: a columellar strut or septal extension graft for tip support, alar rim or lateral crural grafts to support a weak nostril wall, and sometimes a dorsal graft.
• Augmenting the deficient nasal base on the cleft side with cartilage, bone, an implant, or fat, to bring the alar base forward where the maxilla is short.
• Repositioning or narrowing the alar base and adjusting the nostril sill, using the same principles described in alar base reduction, and lengthening the columella in bilateral cases, which ties into the relationships explained in the hanging columella piece.

All of that requires cartilage, often more than a previously operated septum can provide. Ear cartilage works for some rim and tip grafts but is curved and soft. That is why many surgeons who do cleft rhinoplasty routinely discuss costal (rib) cartilage, either from the patient's own rib or from processed donor cartilage. Autologous rib gives a large supply of strong cartilage, at the cost of a small chest scar, chest-wall pain for a few weeks, a small risk of entering the chest cavity, and a known tendency for rib grafts to warp over time if they are not carved and stabilized carefully. Irradiated donor rib avoids the chest incision and has a reasonable track record in published series, with some reports of higher resorption. Neither is a reason to refuse surgery. Both are a reason to ask which one the surgeon uses and why. The septum in previously operated noses also deserves attention, since perforations and loss of support are covered in septal perforation and saddle nose.

Expectations need to match the anatomy. A cleft nose can be made dramatically more symmetric and more open, but perfect symmetry is rarely achieved, because the skin, the lining, and the underlying bone are not symmetric to begin with and scar tissue keeps pulling. Published series of secondary cleft rhinoplasty report revision rates that are generally higher than for primary cosmetic rhinoplasty, which is not a surprise in a nose that has been operated on before and has a structural deficiency underneath. Recovery runs on the same broad rules as other rhinoplasty, described in rhinoplasty recovery rules, with swelling that lasts longer because of the scar burden.

The lip: what scar revision can fix, and what needs the muscle redone

The short answer: residual cleft lip problems fall into three groups, surface problems such as a wide or raised scar or a misaligned lip border, which respond to scar revision, laser, or tattooing; volume and shape problems such as a whistle deformity or a thin red lip, which respond to fat or dermal grafts and local tissue rearrangement; and muscle problems such as a bulge on smiling or a short, tight lip, which usually need the lip reopened and the muscle repaired again, or tissue borrowed from the lower lip.

The upper lip in a cleft patient can have several distinct problems at once, and the first job of an experienced surgeon is to sort them, because the fixes are different.

Surface and border problems. The visible scar may be wide, raised, depressed, or pulled into a notch at the lip border. The white roll, the thin pale ridge that outlines the red part of the lip, may be misaligned by a millimeter or two, which the eye reads far more than its size would suggest. The peaks of the Cupid's bow may sit at different heights. Small misalignments are often corrected with a precise excision and re-alignment under local anesthesia. Texture problems in the scar can be improved with fractional or ablative laser, described in laser resurfacing, and with the scar care measures in scar care after plastic surgery. Where the white roll or lip border is faint, medical pigmentation can redraw it, a technique covered in scar camouflage and medical tattooing.

Volume and contour problems. The whistle deformity is a notch or deficiency in the red part of the lip, most often at the center of a bilateral repair or along the repair line in a unilateral one, named for the way the lip seems to purse. A thin or uneven red lip, or a lip that looks flat in profile, belongs in the same group. Options include local mucosal flaps that rearrange tissue from inside the lip, dermal or dermis-fat grafts, and structural fat grafting, which has become a common tool in cleft lip revision and has a growing body of case series showing improved contour and, in some reports, softer scars. The differences between those graft types are covered in dermal fat grafts vs fat transfer and fat transfer to the face. Hyaluronic acid filler can help in small, well-chosen cases, but scarred lip tissue is less forgiving than an unoperated lip, and the vascular cautions in the general lip literature still apply. The approach to asymmetry in unoperated lips, in how to fix uneven lips, is a useful contrast: in a cleft lip, asymmetry often comes from structure rather than volume.

Muscle and length problems. In the original repair, the ring muscle of the mouth (the orbicularis oris) has to be reconstructed across the cleft. When that muscle was not fully joined, or has separated, the patient may see a bulge on each side of the scar when smiling or puckering, and a groove over the scar itself. A lip that is too short vertically shows too much tooth or pulls the lip upward; a lip that is too long hangs over the teeth. These are not problems a laser or a filler can solve. They usually require reopening the lip, separating the muscle from the skin and lining, and repairing it again with correct alignment and length, sometimes called a re-repair or major lip revision. The general mechanics of vertical lip length are discussed in surgical lip lift vs filler, and the risks of shortening a lip too far in lip lift revision, with the caveat that cleft lips start from a different place.

The tight upper lip. Some patients, most often after bilateral repair, have an upper lip that is tight and deficient across its width compared with a fuller lower lip, so the profile looks like the lower lip juts forward. The classic solution is the Abbe flap, a cross-lip flap that moves a wedge of full-thickness lower lip into the center of the upper lip, attached by a small blood vessel bridge that is divided about two to three weeks later. It is a staged operation with a real recovery and a scar on the lower lip, and in the right patient it can rebuild the center of the upper lip in a way nothing else does. A surgeon who recommends it should be able to show results of their own.

Men have one more option that the cosmetic literature tends to forget: a mustache. Facial hair can cover a lip scar well, and when the scar itself prevents hair growth, follicular unit grafting into scar tissue is possible, as covered in the eyebrow and beard transplant piece, with lower graft survival than in unscarred skin.

Finding the right surgeon, the insurance question, and the parts that are not surgical

The short answer: adult cleft revision belongs with a surgeon who regularly treats cleft patients, usually a plastic surgeon or facial plastic surgeon affiliated with a cleft team, who can coordinate with orthodontists, oral surgeons, and speech pathologists; much of the work is reconstructive and may be covered by insurance, but adults often face denials that require documentation of function and history; and speech, dental, and emotional issues deserve their own attention.

The practical question is where to go. Good starting points include:

• The cleft team that treated you as a child, if it still exists. Many teams will see former patients as adults or refer them to a colleague who does.
• ACPA's team listings, which identify teams that meet its standards. Many university-based teams have adult cleft clinics or surgeons who take adult referrals.
• A plastic surgeon or facial plastic surgeon whose practice includes cleft care, confirmed through hospital affiliations and published work. The general guidance on credentials in board certifications and on volume in surgeon case volume applies with extra force here, because cleft revision is a small field and experience is concentrated.

Ask any surgeon how many adult cleft rhinoplasties and lip revisions they do in a year, whether they use rib cartilage and how they manage warping, whether they work with an orthodontist and oral surgeon, and to see photographs of cleft patients specifically, not general rhinoplasty results. If the first consultation did not address the jaw, the bone graft, or the airway, a second consultation is reasonable and common.

Insurance. Cleft care is the textbook example of reconstructive surgery for a congenital difference, and as covered in does insurance cover plastic surgery, many policies and many state laws treat correction of congenital anomalies as reconstructive rather than cosmetic. Some of those state mandates apply mainly to children or have age limits, and coverage for adults varies widely by plan. Adults frequently get partial approval, with the septoplasty and functional nasal work covered and the tip or lip refinements labeled cosmetic. The strongest submissions document nasal obstruction with examination findings, describe the cleft diagnosis and prior surgeries, include photographs, and explain the functional purpose of each step. A denial is often the beginning of an appeal rather than the end.

Speech and the palate. Some adults still have nasal-sounding speech or air escaping through the nose, from velopharyngeal dysfunction or a small hole remaining in the palate (an oronasal fistula). A speech-language pathologist can assess this, and surgery to the back of the palate or throat, or closure of a fistula, may help. These are relevant to the nose plan as well, because a palate operation or a pharyngeal flap can affect the nasal airway, and a fistula can complicate nasal surgery.

Teeth. Missing or malpositioned teeth next to the cleft, a narrow upper arch, and old bridges or implants all affect how the lip sits. Lip revision is often planned after the dental work is finished, because a new implant or a change in the tooth line changes lip support and tooth show.

The emotional part. Adults with clefts often describe years of photographs taken from one side, comments in school, and a quiet decision at some point to stop thinking about it. Wanting revision in adulthood is normal and is not vanity. It also carries real weight, and ACPA standards include psychological support as part of team care for that reason. The broader discussion in emotional recovery after plastic surgery applies, and so does the screening logic in body dysmorphic disorder screening: most cleft patients seeking revision have a concrete, visible concern, but a surgeon who asks about the emotional side is doing the job properly, not doubting the patient.

The honest summary

Adult cleft lip and nose revision is reconstructive surgery that often looks cosmetic from the outside. The patient may ask for a straighter nose or a less noticeable scar, but the problems underneath are structural: a deficient upper jaw and gum line on the cleft side, a displaced and slumped nostril cartilage, a deviated septum, and a lip muscle that may never have been fully joined.

The order of operations matters more than any single technique. The bone graft to the gum line and any jaw advancement generally come before the definitive rhinoplasty, because moving the foundation later moves the nose. The rhinoplasty itself is functional and structural, frequently needs cartilage grafts, and often uses rib cartilage when the septum is spent. The lip is sorted into surface, volume, and muscle problems, with scar revision, laser, and tattooing for the first, fat, dermal grafts, and local flaps for the second, and re-repair of the muscle or a lower lip flap for the third.

None of this produces perfect symmetry, and revision rates are higher than for cosmetic rhinoplasty. It can, and often does, open a blocked airway, make a nose far more symmetric, and turn a lip that draws attention into one that does not. The adults who get the most from it are the ones who find a surgeon who treats clefts regularly, bring their childhood records, and plan the steps in order.

The patient at the top of this piece took the records request seriously and found the operative notes from both earlier operations. The new surgeon, affiliated with a university cleft team, confirmed that the bone graft had held, that the bite was stable and did not need jaw surgery, and that the septum had already been partly used. The plan was a single operation: septal reconstruction, rib cartilage grafts to rebuild and support the left nostril, augmentation of the left nasal base, and a lip revision that re-aligned the border and repaired a small muscle gap, with fat grafting to the notch. The insurer approved the airway work and denied the lip, then approved most of it on appeal with the photographs and the original operative report. A year later, the patient breathes through both sides and stopped angling away from cameras. The left nostril is still not quite a mirror of the right. The patient said that was fine; it was the first time anyone had treated it as a cleft instead of a nose.