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The pollybeak deformity is one of the most common stigmata of a failed rhinoplasty. It presents as a fullness in the supratip area (just above the nasal tip), causing the nose to resemble a parrot’s beak. This convexity disrupts the desired straight or slightly concave dorsal line.
This deformity can be caused by two factors: scar tissue accumulation in the supratip (“soft tissue pollybeak”) or under-resection of the cartilaginous septum (“cartilaginous pollybeak”). Correcting it requires precise diagnosis. Scar tissue must be excised, and the space closed, while excess cartilage must be trimmed and the tip support strengthened to prevent recurrence.
Supratip fullness resembling a beak
Convexity disrupting the dorsal profile.
Soft tissue fibrosis vs. cartilaginous excess
Lack of definition between the dorsum and the tip
Requirement for tip support projection
The inverted-V deformity is a visible shadow in the shape of an upside-down V located in the middle third of the nose. It occurs when the upper lateral cartilages detach from the nasal bones or collapse inward. This is often the result of aggressive hump removal without reconstructing the middle vault.
This is not just a cosmetic issue; it indicates internal valve collapse that obstructs breathing. Correction involves placing spreader grafts strips of cartilage between the septum and the upper lateral cartilages. These grafts widen the middle vault, smoothing the aesthetic line and opening the airway.
Visible inverted-V shadow on the mid-dorsum
Disruption of the brow-tip aesthetic line
Collapse of the upper lateral cartilages
Pinching of the middle nasal third
Association with internal nasal valve obstruction
A pinched tip is characterized by the collapse of the nostril rims, looking as if a clothespin has been placed on the nose. This is caused by the over-resection of the lower lateral cartilages during the primary surgery. When too much cartilage is removed, the remaining rim strips are too weak to hold the nostril shape against the forces of healing.
This creates a “operated” look and often leads to external valve collapse, where the nostrils suck in during inspiration. Correction requires reinforcing the nostril rims with alar batten grafts or rim grafts to restore the natural curvature and strength of the tip.
Alar retraction occurs when the nostril rim pulls upward, exposing too much of the inner nostril lining (columellar show). This gives the nose a “snarling” appearance. It is caused by scar contracture or the excision of vestibular skin during previous surgery.
Correcting alar retraction involves pushing the nostril rim back down. This is achieved using composite grafts (cartilage and skin from the ear) or alar rim grafts. These grafts act as spacers, physically lengthening the nostril margin and reducing the visible area of the nostril interior.
Bossae are knob-like protuberances on the nasal tip that often create asymmetry. They occur when the cut edges of the lower lateral cartilages curl upward or twist under the thin skin of the tip. This usually happens years after the primary surgery as the skin thins and contracts.
These irregularities ruin tip symmetry and smoothness. Treatment involves shaving down the knuckling cartilage or camouflaging it with a layer of fascia or crushed cartilage. In severe cases, the tip cartilages must be reconstructed entirely and sutured to a new shape.
Cartilage has “memory,” meaning it tends to return to its original curved shape even after being straightened. In revision cases, a previously straightened septum or graft may warp over time, causing the nose to become crooked again.
This biological tendency is a significant cause of late-onset deviation. Surgeons combat this by using opposing grafts to balance the forces or by using diced cartilage wrapped in fascia, which has no memory and will not warp. Rib cartilage, while strong, is particularly prone to warping if not carved correctly (concentric carving).
In some revision cases, the grafts placed during the primary surgery may have resorbed (dissolved) over time. This is more common with crushed cartilage or homologous (donor) rib cartilage. The body breaks down the graft, leading to a loss of support or projection.
This biological failure leads to the recurrence of the original deformity or the collapse of the reconstructed area. Revision involves replacing these resorbed grafts with robust autologous cartilage (the patient’s own living tissue), which is more resistant to resorption and integrates better with the blood supply.
Over decades, the skin and subcutaneous fat of the nose naturally thin (atrophy). In a post-surgical nose, this thinning reveals any underlying irregularities of the bone or cartilage that were previously hidden by thicker skin.
This “skeletonization” of the nose can make grafts visible or palpable. It is a biological progression of aging accelerated by surgery. Revision focuses on thickening the skin envelope using temporalis fascia grafts or dermis grafts to restore a smooth, soft contour and hide the skeleton.
A common reason for revision is persistent breathing difficulty. This is often due to a septal deviation that was not fully corrected or was missed during the first surgery. The deviation may be located high in the dorsal septum or far back in the nose (posterior deviation).
Simply straightening the septum’s front is insufficient. Revision septoplasty involves accessing these difficult-to-reach areas. Often, the entire septum must be reconstructed using an “extracorporeal” technique, where the septum is removed, straightened on a table, and reimplanted.
The internal nasal valve is the narrowest point of the airway. Scarring in this angle, often from previous hump removal incisions, can cause stenosis (narrowing) or webbing. This creates a significant bottleneck for airflow.
This is a scarring issue rather than a collapse issue. Correcting stenosis requires excising the web of scar tissue and widening the valve angle with spreader grafts or flaring sutures. It restores the cross-sectional area needed for laminar airflow.
Empty Nose Syndrome (ENS) is a controversial and debilitating condition often caused by the over-aggressive removal of turbinates (turbinectomy) in previous surgeries. Patients report a sensation of suffocation despite having a wide-open airway, along with dryness and crusting.
While extremely difficult to treat, revision surgery can attempt to recreate the resistance and humidification provided by the turbinates. Surgeons may implant cartilage or bulk up the lateral nasal wall to narrow the airway slightly, restoring the sensation of airflow and improving moisture retention.
A saddle nose deformity is a severe collapse of the nasal bridge, creating a scooped-out profile. It is caused by the loss of septal support due to over-resection, hematoma infection, or autoimmune disease.
This deformity destroys the structural integrity of the nose. It requires major reconstruction using rigid support, typically rib cartilage, to rebuild the dorsal height (cantilever graft) and support the tip (columellar strut). It is both an aesthetic and functional rescue mission.
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A pollybeak deformity is when the area just above the tip of the nose is swollen or prominent, making the nose look like a parrot’s beak. It happens because of scar tissue buildup or because not enough cartilage was removed from the bridge during the first surgery.
This is likely an “inverted-V” deformity. It happens when the middle part of the nasal cartilage collapses or separates from the nasal bones. It usually creates a shadow in the shape of an upside-down V and often causes breathing problems.
A pinched tip occurs when too much cartilage was removed from the tip of the nose in a previous surgery. The remaining cartilage is too weak to maintain the nostril shape, causing the sides of the tip to collapse inward, giving the appearance of a pinched nose.
Yes, nostril asymmetry is a common issue addressed in revision. A deviated septum, uneven cartilage, or scar tissue can cause it. We can adjust the cartilage support, perform an alar base reduction, or use skin grafts to improve symmetry.
A saddle nose is a collapse of the bridge of the nose, creating a deep dip or scoop in the profile. It occurs when the septum, which supports the bridge, is damaged by injury, prior surgery, or infection. It requires strong grafts, usually from the rib, to rebuild the height.
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