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Closed Rhinoplasty Korea for Contracted Nose Reconstruction and Functional Recovery

  • Dr. Chayoung Kang
  • 2024๋…„ 7์›” 29์ผ
  • 2๋ถ„ ๋ถ„๋Ÿ‰

์ตœ์ข… ์ˆ˜์ •์ผ: 1์ผ ์ „

This case demonstrates closed rhinoplasty Korea for severe nasal contracture following infection and implant removal. Structural reconstruction using rib cartilage and functional correction restored nasal symmetry, improved airway function, and achieved long-term stability.
Author:ย Dr. Chayoung Kang, Director, NoseLab Rhinoplasty Clinic

This patient developed severe nasal contracture and airway obstruction following infection after previous rib cartilage rhinoplasty.


The implant had to be removed within two weeks due to inflammation, leaving the nasal structure severely compromised.


In this closed rhinoplasty Korea case, the goal was to restore structural integrity and improve nasal function through staged reconstruction.


Key concerns included:

  • Severe nasal contracture

  • Loss of septal support

  • Nostril asymmetry

  • Hardened nasal tip tissue

  • Nasal obstruction and mouth breathing

  • Internal adhesions


๐Ÿ“ฉ International Consultation

Preoperative photos before stem cell therapy for contracted nose reconstruction: frontal view, side profile, and 45-degree oblique view showing severe nasal contracture and asymmetry
Photos taken before stem cell treatment โ€“ frontal, side, and 45-degree oblique views
Preoperative nostril view before stem cell therapy showing nostril asymmetry and contracture in closed rhinoplasty Korea case
Nostril view photo taken before stem cell treatment

โœ… Surgical Background โ€“ Closed Rhinoplasty Korea


Closed rhinoplasty Korea enables precise reconstruction of damaged nasal structures without external incision.


In contracture cases, both structural loss and scar contraction must be addressed simultaneously.


โœ… Structural Problems Identified


Preoperative analysis revealed:

  • Severe contracture with hardened tissue

  • Loss of septal cartilage

  • Alar cartilage deficiency

  • Nostril asymmetry

  • Internal mucosal adhesion

  • Functional airway obstruction

Endoscopic view of nasal cavity showing mucosal adhesion and airway obstruction before functional rhinoplasty correction
Endoscopic photo of the nasal cavity mucous membrane adhesion

โœ… Surgical Plan


1. Preoperative Tissue Preparation

Stem cell therapy was performed to improve tissue quality.


2. Osteotomy

Correction of nasal bone asymmetry.


3. Septal Reconstruction

Rebuilt using rib cartilage.


4. Alar Reconstruction

Restored nostril symmetry.


5. Columella Adjustment

Normalized nasal base balance.


6. Adhesion Release

Improved airway function.

Preoperative design consultation frontal view showing nasal deviation, contracture, and structural imbalance requiring rib cartilage reconstruction
Design consultation photos โ€“ frontal
Preoperative design consultation nostril view showing asymmetry and alar collapse due to nasal contracture
Design consultation photos โ€“ profile
Preoperative nostril view design consultation image showing nasal contractureโ€“related nostril asymmetry and planned septal repositioning in nasal contracture reoperation.
[Design consultation photos โ€“ nostril

โœ… Surgical Results


Frontal View

Improved symmetry and balanced structure

Before and after nasal contracture reconstruction nostril view showing improved symmetry and restored alar support
Before surgery (left), After surgery (right)

Lateral View

Restored projection and natural angle

Before and after contracted nose reconstruction using closed rhinoplasty Korea: side profile showing improved nasal tip projection and dorsal height
Before surgery (left), After surgery (right)

Oblique View

Reduced contracture and improved contour

Before and after closed rhinoplasty Korea for nasal contracture: oblique view showing improved contour and reduced contracture
Before surgery (left), After surgery (right)

Nasal Base View

Improved nostril symmetry

Before-and-after nasal base view showing release of contracture, widened nostril aperture, and corrected columella deviation following nasal contracture reoperation using autologous rib cartilage.
Before surgery (left), After surgery (right)

Functional Outcome

  • Improved breathing

  • Reduced obstruction

  • Stable airway


โœ… Surgeonโ€™s Commentary


Nasal contracture caused by infection is one of the most complex conditions in rhinoplasty.


The main issue is not only structural loss but also scar contraction and tissue damage.


Rib cartilage reconstruction is essential to rebuild stable nasal support in such cases.


Preoperative tissue preparation significantly improves surgical outcomes.


Closed rhinoplasty Korea allows precise correction while minimizing additional damage.


If you are experiencing similar complications, a structural approach is essential.


๐Ÿ“ฉ International Consultation


FAQ

Q1. What causes nasal contracture after rhinoplasty?

Nasal contracture usually results from postoperative infection or severe inflammation that leads to scar formation and cartilage loss.


Q2. Why is rib cartilage used in reconstructive cases?

Autologous rib cartilage provides sufficient strength and volume to rebuild severely damaged nasal structures and maintain long-term stability.


Q3. Can nasal breathing improve after contracture surgery?

Yes. Releasing adhesions and correcting septal deviation can significantly improve nasal airflow and reduce mouth breathing.



Postoperative precautions and possible complications after rhinoplasty โ€“ includes information on infection, bleeding, asymmetry, allergic reactions, and scarring.

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Home page : www.noselab.co.kr


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Email : noselab@naver.com


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