Reconstructive Revision Rhinoplasty with Rib Cartilage Reconstruction
- Dr. Chayoung Kang
- 2025년 12월 5일
- 5분 분량
This case reviews reconstructive revision rhinoplasty in a patient with severe septal damage, weakened central nasal support, loss of nasal tip projection, nostril asymmetry, septal deviation, rhinitis, and chronic nasal obstruction after multiple previous nasal surgeries. Surgery focused on rib cartilage septal reconstruction, nasal tip support, alar cartilage realignment, nostril asymmetry correction, dermal and cartilage grafting, septoplasty, inferior turbinate reduction, and functional airway improvement.
Author: Dr. Cha-Young Kang
Clinic: NoseLab Clinic
Published: 2025
Last Updated: 2026
Introduction
Hello, this is Dr. Cha-Young Kang of NoseLab Clinic.
This case involves reconstructive revision rhinoplasty in a patient who had undergone multiple previous nasal surgeries and later developed severe weakening of the septal support structure.
The remaining central support was very limited, so the nasal tip could not maintain projection properly. Nostril asymmetry worsened over time, and the patient also had chronic nasal obstruction related to septal deviation and rhinitis.
The surgery was performed using a closed rhinoplasty / endonasal approach. The goal was to rebuild the central nasal framework with autologous rib cartilage, improve nasal tip support, correct nostril asymmetry, and address functional airway obstruction.
Surgical Background: Septal Damage and Nostril Asymmetry
Preoperative design consultation photos were reviewed from the frontal, side, oblique, and nostril views.
Why Reconstructive Revision Rhinoplasty Was Needed
The patient presented after multiple previous nasal surgeries that had left the septum severely weakened or nearly removed.
Because the septum is the central support structure of the nose, loss of septal support can lead to several secondary problems.
The main problems included:
Severe weakening of central septal support
Loss of nasal tip projection
Worsening nostril asymmetry
Septal deviation
Rhinitis-related symptoms
Chronic nasal obstruction
Unstable nasal framework
Need for structural reconstruction rather than simple reshaping
This clinical situation required reconstructive revision rhinoplasty focused on rebuilding foundational support before refining the external nasal shape.
Preoperative Structural Assessment
Frontal View
The frontal view showed nasal imbalance and nostril asymmetry. The nasal tip appeared under-supported because the central framework was weakened.
Side View
The side view showed reduced nasal tip projection and insufficient structural support. The nasal tip position was affected by the lack of a stable septal foundation.
Oblique View
The oblique view showed imbalance between the nasal bridge, nasal tip, and lower nasal structure.
Nostril View
The nostril view showed asymmetry of the nostrils and imbalance of the nasal base. These findings were related to weakened septal support and alar cartilage malposition.
The preoperative findings confirmed that the case required full framework reconstruction rather than isolated tip or nostril correction.
Surgical Plan: Complete Framework Reconstruction
The surgical plan focused on rebuilding the central nasal support, improving nasal tip projection, correcting nostril asymmetry, and addressing nasal obstruction.
Rib Cartilage Septal Reconstruction
Autologous rib cartilage was harvested to rebuild the central septal framework.
Because the patient’s original septal support was severely weakened, rib cartilage was used to create a new structural foundation for nasal tip support and airway stability.
Nasal Tip Support Reconstruction
The reconstructed septal framework allowed the nasal tip to be supported more effectively.
This helped improve nasal tip projection and provided a stronger base for lower nasal correction.
Alar Cartilage Realignment
The alar cartilages were realigned to improve nostril asymmetry and lower nasal balance.
In cases with severe septal support loss, nostril asymmetry is often not only a surface problem. The central septum and alar cartilages must be corrected together.
Dermal and Cartilage Grafting
Dermal and cartilage grafts were added over the nasal tip to soften the contour and reduce a pointed or overly defined appearance.
This was especially important because thin skin can make reconstructed nasal tips appear too sharp if soft tissue coverage is insufficient.
Septoplasty and Inferior Turbinate Reduction
Septoplasty and inferior turbinate reduction were performed to address nasal obstruction and improve airflow.
Functional correction was included because the patient had septal deviation, rhinitis, and chronic congestion.
Surgical Results
Nasal Tip Support
After reconstruction, the nasal tip had improved structural support from the rebuilt septal framework.
The tip projection appeared more stable after rib cartilage reconstruction.
Nostril Shape
Nostril asymmetry improved after alar cartilage realignment and central support reconstruction.
The nasal base appeared more balanced after the septum and alar cartilages were corrected together.
Tip Contour
The nasal tip contour appeared softer after dermal and cartilage grafting.
The added grafts helped reduce excessive sharpness and improve soft tissue coverage.
Functional Outcome
Nasal airflow improved after septoplasty, inferior turbinate reduction, and structural airway support.
Chronic congestion related to septal deviation and rhinitis was addressed as part of the reconstruction plan.
Overall Structural Outcome
The central framework was rebuilt using autologous rib cartilage. Nasal tip support, nostril balance, and airway structure were corrected together.
Because this was a complex revision case with severe septal damage, the outcome was planned within the limits of scar tissue, remaining support, skin condition, and previous surgical changes.
Surgeon’s Commentary
Revision rhinoplasty with a severely damaged septum requires true structural reconstruction rather than cosmetic adjustment alone.
The septum is the central pillar of the nose. When septal support is severely weakened or removed, the nasal tip may lose projection, the nostrils may become asymmetric, and breathing function may be affected.
In this case, autologous rib cartilage was used to rebuild the central framework. This provided support for the nasal tip and created a stronger foundation for nostril correction.
Nostril asymmetry had to be corrected at the structural level. Surface-level adjustment alone would not have been enough because the asymmetry was related to weakened septal support and alar cartilage position.
Softening the nasal tip was also important. In reconstructive cases, the tip can appear too sharp if the framework is rebuilt without enough soft tissue coverage. Dermal and cartilage grafts were used to create a softer contour.
This case shows that reconstructive revision rhinoplasty should prioritize foundation restoration, nasal tip support, nostril balance, and airway function together.
FAQ
What is reconstructive revision rhinoplasty?
Reconstructive revision rhinoplasty is revision nasal surgery focused on rebuilding damaged or weakened nasal support structures. It is often needed when previous surgeries have caused cartilage loss, septal damage, collapse, or functional problems.
Why is the septum important in revision rhinoplasty?
The septum provides central support for the nose. When the septum is weakened or removed, the nasal tip may lose projection, nostril asymmetry may worsen, and breathing function may become affected.
Why is rib cartilage used for septal reconstruction?
Rib cartilage may be used when the remaining septal cartilage is insufficient. It can provide stronger support for rebuilding the septal framework, supporting the nasal tip, and improving structural stability.
Can nostril asymmetry improve after reconstructive revision rhinoplasty?
Nostril asymmetry can improve when the septum, nasal tip support, alar cartilage position, and nasal base balance are corrected together. The degree of improvement depends on scar tissue and previous surgical changes.
Can breathing improve after septal reconstruction?
Breathing may improve when septal deviation, turbinate hypertrophy, nasal valve narrowing, or structural obstruction is corrected. The degree of improvement depends on the patient’s internal nasal anatomy and healing process.
International Consultation
For international patients, a photo-based consultation may help clarify whether reconstructive revision rhinoplasty, rib cartilage septal reconstruction, nostril asymmetry correction, nasal tip support reconstruction, or functional airway correction may be needed.
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