Closed Rhinoplasty Korea for Upturned Nose Correction and Columella Reconstruction

This case demonstrates Closed Rhinoplasty Korea for upturned nose correction with severe asymmetry and thick columella. Rib cartilage reconstruction and structural repair restored nasal balance, airflow, and long-term stability.

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

✅ Case Background

This patient presented with a severely upturned nasal tip, thickened columella, and significant asymmetry following multiple prior rhinoplasty procedures.

Repeated surgeries, inflammation, and scar contracture led to structural collapse, distorted nasal shape, and functional impairment.

In this Closed Rhinoplasty Korea case, the primary goal was to reconstruct the nasal framework, correct the upturned tip, reduce columella thickness, and restore both aesthetic balance and functional stability.

Key concerns included:

• Upturned nasal tip

• Thick and overdeveloped columella

• Severe nostril asymmetry

• Pinched nasal deformity

• Short and contracted nasal structure

• Scar tissue and foreign materials

• Functional airway limitation

• 
  

This case required extensive structural reconstruction rather than simple aesthetic correction.

If you are experiencing an upturned nose or structural problems after multiple surgeries, a detailed structural evaluation is essential.

📩 International Consultation

WhatsApp: [Link]

LINE: [Link]

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

✅ Surgical Approach – Upturned Nose Correction Using Closed Rhinoplasty Korea

Upturned nose deformities are typically caused by loss of septal support, scar contracture, and improper cartilage positioning.

Thickened columella and asymmetry further complicate both aesthetic balance and nasal function.

Closed Rhinoplasty Korea allows precise structural reconstruction while minimizing additional trauma to already compromised tissue.

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

✅ Structural Problems Identified

• Severe septal cartilage loss

• Alar cartilage deficiency

• Thick columella

• Upturned and shortened nasal structure

• Scar contracture

• Foreign material remnants

• Nostril asymmetry

• Functional airway compromise

✅ Surgical Plan

1. Septal Reconstruction

• Autologous rib cartilage reconstruction

• Restoration of central structural support

2. Alar Cartilage Reconstruction

• Full reconstruction of alar cartilage

• Stabilization of nasal tip

3. Columella Reduction and Reshaping

• Controlled reduction of thick columella

• Restoration of natural proportion

4. Scar and Foreign Material Removal

• Removal of scar tissue

• Elimination of residual foreign materials

5. Tip De-rotation and Structural Support

• Correction of upturned nasal tip

• Nasolabial angle normalization

6. Functional Correction

• Septal straightening

• Nasal valve reinforcement

• Rhinitis treatment

✅ Surgical Results

Frontal View

• Balanced nasal contour

• Reduced nostril exposure

Before (Left) / Immediately After (Right)

Lateral View

• Corrected tip rotation

• Improved nasolabial angle

Before (Left) / Immediately After (Right)

Oblique View

• Harmonized contour

• Improved structural balance

Before (Left) / Immediately After (Right)

Nasal Base View

• Symmetrical nostrils

• Natural columella width

Before (Left) / Immediately After (Right)

✅ Functional Outcome

• Improved airway function

• Reduced obstruction

• Stabilized nasal structure

✅ Surgeon’s Commentary

Upturned nose correction in revision cases requires complete structural reconstruction rather than simple repositioning.

In this case, severe septal and alar cartilage loss required reconstruction using rib cartilage to restore stability.

Thick columella and scar contracture were carefully addressed to achieve natural proportion and symmetry.

Removal of foreign materials and scar tissue was essential to prevent recurrence and further deformation.

Closed Rhinoplasty Korea allows precise internal reconstruction while preserving soft tissue and vascular integrity.

Long-term success depends on rebuilding the structural foundation and correcting functional airflow simultaneously.

✅ FAQ

Q1. Why does the nose become upturned after surgery?

Due to loss of septal support and scar contracture.

Q2. Can thick columella be corrected?

Yes, through controlled structural reshaping.

Q3. Why is rib cartilage used in revision cases?

It provides strong and stable structural support.

Messenger(WhatsApp) : +82 1057360302

Home page : www.noselab.co.kr

Instagram : noselab_global

YouTube : Noselab

Email : noselab@naver.com