Closed Rhinoplasty Korea for Lateral Osteotomy Correction and Functional Restoration

This case demonstrates Closed Rhinoplasty Korea for correcting complications from over-aggressive lateral osteotomy. Rib cartilage reconstruction and nasal valve repair restored nasal symmetry, improved airflow, and achieved long-term structural stability.

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

1. Case Background

This patient presented with nasal asymmetry and severe nasal congestion following a previous rhinoplasty that included overly aggressive lateral osteotomy.

Improper osteotomy can lead to nasal bone collapse, structural imbalance, and internal airway compromise.

In this Closed Rhinoplasty Korea case, the goal was to restore nasal bone position, reconstruct the nasal framework, and correct functional airway obstruction simultaneously.

Key concerns included:

• Collapse of left nasal bone

• Deviated and twisted nasal structure

• Broad and bulbous nasal tip

• Residual dorsal hump

• Irregular nasal contour

• Nasal valve collapse

• Severe unilateral nasal obstruction

• 
  

This case required both structural reconstruction and functional repair.

If you are experiencing breathing difficulty or asymmetry after rhinoplasty, a detailed structural evaluation is essential.

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Design Consultation: Frontal View, Left Side View, and Oblique Side View Photos

Design Consultation: Right Side View, Oblique Side View, and Nostril View Photos

Surgical Approach – Lateral Osteotomy Correction Using Closed Rhinoplasty Korea

Lateral osteotomy is used to reshape the nasal bones, but excessive or inaccurate cuts can result in bone collapse and airway narrowing.

Such complications often affect both appearance and nasal function.

Closed Rhinoplasty Korea allows precise repositioning of nasal bones and reconstruction of internal structures while minimizing additional trauma.

2. Structural Problems Identified

• Collapsed nasal bone

• Deviated nasal structure

• Residual dorsal irregularity

• Broad nasal tip

• Nasal valve collapse

• Septal deviation

• Inferior turbinate hypertrophy

• Functional airway obstruction

Crooked Nose Caused by Left Nasal Bone Depression

Residual Hump from Previous Surgery

3.  Surgical Plan

a. Nasal Bone Reconstruction

• Correction of collapsed lateral osteotomy

• Repositioning of nasal bones

b. Septal Reconstruction

• Rib cartilage graft for structural support

• Restoration of central nasal framework

c. Nasal Valve Repair

• Reconstruction of internal nasal valve

• Improvement of airflow

d. Dorsal Correction

• Removal of residual hump

• Creation of smooth contour

e. Tip Refinement

• Alar cartilage repositioning

• Reduction of bulbous tip

f. Functional Surgery

• Septoplasty

• Turbinate reduction

4. Surgical Results

Frontal View

• Improved symmetry

• Straightened nasal alignment

Before (Left) / Immediately After (Right)

Lateral View

• Smooth dorsal contour

• Balanced nasal profile

Before (Left) / Immediately After (Right)

Oblique View

• Improved contour

• Harmonized structure

Before (Left) / Immediately After (Right)

Functional Outcome

• Restored nasal airflow

• Resolution of obstruction

5. Surgeon’s Commentary

Overly aggressive lateral osteotomy can result in both structural deformity and functional impairment.

Nasal bone collapse and internal valve narrowing are common consequences when osteotomy is not precisely controlled.

In this case, structural reconstruction using rib cartilage was necessary to restore stability, while nasal valve repair was essential for functional recovery.

Simply correcting the external shape is insufficient; internal airway reconstruction must be addressed simultaneously.

Closed Rhinoplasty Korea allows precise correction of both bone and cartilage structures while minimizing additional soft tissue damage.

Long-term success depends on restoring both symmetry and airway function.

✅ FAQ

Q1. What happens if lateral osteotomy is performed incorrectly?

It can cause nasal bone collapse and airway obstruction.

Q2. Can nasal obstruction be corrected with revision surgery?

Yes, through structural and functional reconstruction.

Q3. Why is rib cartilage used in these cases?

It provides strong support for rebuilding damaged structures.

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