Closed Rhinoplasty Korea for Crooked Nose Correction and Nasal Bridge Reconstruction

Dr. Chayoung Kang
2024년 11월 13일
2분 분량

최종 수정일: 4월 24일

This case demonstrates Closed Rhinoplasty Korea for crooked nose correction combined with nasal bridge reconstruction. Structural realignment and functional surgery improved nasal symmetry, airflow, and long-term stability.

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

✅ Case Background

This patient presented with a crooked nose, sunken nasal bridge, and chronic nasal obstruction following previous rhinoplasty.

Crooked nose deformities are often associated with septal deviation and nasal bone asymmetry, which can affect both facial balance and breathing function.

In this Closed Rhinoplasty Korea case, the goal was to realign the nasal structure, elevate the depressed bridge, and improve airway function through structural reconstruction.

Key concerns included:

Crooked nasal alignment
Sunken nasal bridge
Nostril asymmetry
Septal deviation
Chronic rhinitis
Nasal obstruction

This case required both structural correction and functional improvement.

If you are experiencing nasal deviation or breathing difficulty, a detailed structural evaluation is essential.

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Preoperative design consultation photos of a male patient: frontal view, left oblique side view, and side view for crooked nose correction and nasal bridge analysis. — Design Consultation: Frontal View, Left Oblique Side View, and Side View Photos

✅ Surgical Approach – Crooked Nose Correction Using Closed Rhinoplasty Korea

Crooked nose deformities are caused by asymmetry of the nasal bones and deviation of the septum.

Without correcting the internal structure, external straightening alone can lead to recurrence or imbalance.

Closed Rhinoplasty Korea allows precise realignment of both bone and cartilage structures while minimizing additional tissue trauma.

Preoperative design consultation photos of a male patient: right oblique side view, side view, and nostril view for crooked nose and nasal bridge evaluation. — Design Consultation: Right Oblique Side View, Side View, and Nostril View Photos

✅ Structural Problems Identified

Nasal bone asymmetry
Septal deviation
Sunken nasal bridge
Nostril asymmetry
Tip instability
Functional airway obstruction

✅ Surgical Plan

1. Septal Correction

Septoplasty to correct deviation
Restoration of airway

2. Structural Reconstruction

Septal extension graft using rib cartilage
Stabilization of nasal framework

3. Lateral Osteotomy

Realignment of nasal bones
Correction of crooked structure

4. Dorsal Augmentation

Elevation of sunken nasal bridge
Creation of smooth contour

5. Functional Surgery

Turbinate reduction
Improvement of rhinitis symptoms

✅ Surgical Results

Side View:

Smooth nasal bridge contour, lowered nasion starting point, and corrected tip projection.

Oblique View:

Balanced profile with improved nasal tip position.

Before (left) and immediately after surgery (right) frontal view photos of a male patient, showing correction of crooked nose and improved nasal symmetry. — Before (Left) / Immediately After (Right)

Front View:

Improved nasal symmetry and columella alignment.

Nostril View:

Significant improvement in nostril symmetry after Crooked Nose Correction.

✅ Surgeon’s Commentary

Crooked nose correction requires precise structural realignment of both bone and cartilage.

Without addressing septal deviation, external correction alone is insufficient and may lead to recurrence.

In this case, septoplasty and rib cartilage reconstruction provided stable internal support, while lateral osteotomy corrected the external deviation.

Simultaneous functional correction ensured improved breathing and long-term patient satisfaction.

Closed Rhinoplasty Korea allows accurate structural correction while minimizing surgical trauma and recovery time.

Long-term success depends on correcting both alignment and airway function.