Closed Rhinoplasty Korea for Nasal Obstruction and Structural Revision

Dr. Chayoung Kang
3월 5일
3분 분량

최종 수정일: 3월 25일

Persistent nasal obstruction after rhinoplasty often results from multiple structural problems including septal deviation, nasal valve narrowing, and turbinate hypertrophy.

In this case, comprehensive structural reconstruction using rib cartilage, septoplasty, and airway correction restored both breathing function and nasal balance through a closed rhinoplasty approach.

Author: Dr. Cha-Young Kang, Director, NoseLab Clinic

This case involves a patient who continued to experience severe nasal obstruction and nostril asymmetry despite undergoing multiple nasal procedures over many years.

The patient presented with persistent right-sided nasal obstruction, nostril asymmetry, excessive dorsal height, and structural imbalance following previous surgeries.

Clinical evaluation revealed septal deviation, nasal valve narrowing, inferior turbinate hypertrophy, and distorted cartilage structures caused by prior surgical interventions.

In this case, structural correction was achieved through closed rhinoplasty korea, focusing on septal reconstruction, airway expansion, and restoration of internal nasal stability.

Persistent nasal obstruction after previous procedures often requires comprehensive structural reconstruction rather than isolated correction of individual components.

If you are experiencing ongoing breathing difficulty or nasal asymmetry after previous nasal treatments, a detailed structural evaluation is essential before determining the appropriate surgical plan.

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Preoperative design consultation photos: Frontal view, left oblique side view, and left side view.

Surgical Background – Closed Rhinoplasty Korea

Revision rhinoplasty for nasal obstruction requires precise reconstruction of both the internal airway and structural nasal framework.

For this reason, closed rhinoplasty korea was selected to allow detailed internal reconstruction while minimizing external tissue trauma and avoiding external incisions.

Preoperative design consultation photos showing right side view, right oblique view, and nostril view of a complex revision rhinoplasty patient with right-sided nasal obstruction and narrowed nostril after multiple prior surgeries. — Preoperative design consultation photos: Right side view, right oblique side view, and nostril view.

Structural Problems Identified

Preoperative evaluation revealed multiple interrelated structural issues:

Severe septal deviation
Nasal valve narrowing
Inferior turbinate hypertrophy
Nostril asymmetry
Excessive dorsal height
Distorted cartilage from previous surgery

These problems required comprehensive structural correction rather than isolated treatment.

Surgical Plan – Functional Reconstruction and Structural Stabilization

Septal Reconstruction with Rib Cartilage

Reconstruction of septal support using autologous rib cartilage
Restoration of midline nasal alignment
Expansion of the nasal airway

Nasal Valve Expansion

Correction of internal valve narrowing
Restoration of airflow dynamics

Inferior Turbinate Reduction

Reduction of turbinate hypertrophy
Increased airway space

Removal of Previous Materials

Removal of implants and distorted grafts
Re-establishment of a stable surgical field

Dorsal Height Reduction

Reduction of excessive dorsal height
Creation of natural nasal proportions

Nostril Asymmetry Correction

Columellar adjustment
Internal grafting for symmetry

Surgical Results

Frontal View

Improved nasal symmetry
Reduced nasal width

Lateral View

Correction of excessive dorsal height
Improved profile balance

Before and immediately after side view showing balanced nasal height, smoother dorsal line, and refined nasal tip following complex revision rhinoplasty with structural reconstruction. — Before Surgery (Left) / Immediately After Surgery (Right)

Oblique View

Smoother nasal contour
Enhanced facial harmony

Functional Outcome

Significant improvement in nasal airflow
Relief of chronic nasal obstruction

Before and immediately after nostril view showing enlargement of the previously narrowed right nostril and improved nostril symmetry following complex revision rhinoplasty with structural reconstruction and skin grafting. — Before Surgery (Left) / Immediately After Surgery (Right)

Surgeon’s Commentary

Persistent nasal obstruction after rhinoplasty is rarely caused by a single factor.

In this case, multiple structural issues—including septal deviation, nasal valve narrowing, turbinate hypertrophy, and nostril asymmetry—were contributing simultaneously to both functional and aesthetic problems.

Correction required a comprehensive structural approach rather than isolated procedures.

Through septal reconstruction, nasal valve expansion, turbinate reduction, and cartilage-based reinforcement, both airway function and structural stability were restored.

Revision rhinoplasty is particularly complex due to scar tissue and altered anatomy. Careful structural planning is essential for achieving stable long-term results.

Because revision rhinoplasty for nasal obstruction involves multiple structural factors, surgical planning must be based on precise anatomical analysis rather than a standardized approach.

If you are considering revision rhinoplasty due to persistent breathing problems or structural imbalance, a comprehensive evaluation is essential to determine the most appropriate reconstruction strategy.

📩 International Consultation

→ WhatsApp Consultation

→ LINE Consultation (Japan only)