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A Dramatic Transformation for Contracted and Upturned Nose – Revision Rhinoplasty in Korea

  • noselab
  • 2024년 10월 17일
  • 4분 분량

최종 수정일: 1월 14일

This case study presents a complex revision rhinoplasty performed to correct a contracted nose and an upturned nasal tip caused by multiple prior surgeries and postoperative inflammation.
In this patient, structural collapse and asymmetry were resolved through septal reconstruction, dorsal contour restoration, and nostril correction using autologous rib cartilage, resulting in functional stability and natural nasal balance.
Author: Dr. Cha-Young Kang, Chief Director, NoseLab Clinic
Published: October 17, 2024

Hello, this is Dr. Cha-Young Kang, Chief Director of NoseLab Clinic.


This case involves a patient with a long history of nasal surgery complications who developed progressive nasal contracture and an upturned tip, requiring comprehensive structural reconstruction rather than surface-level correction.


Patient History – Contracted Nose After Multiple Rhinoplasty Surgeries

The patient presented with a contracted nose, excessive nostril show, and an upturned nasal tip caused by repeated surgeries and postoperative inflammation.


Surgical history

  • 2012: L-shaped silicone implant

  • 2019: Silicone implant, autologous rib cartilage, alar base reduction, philtrum reduction

  • 2023: Silicone implant, ear cartilage graft, alar lowering

  • 2023: Postoperative inflammation after splint removal, treated with antibiotics

  • 2023 (5 months later): Silicone implant removal

  • Six sessions of stem cell therapy prior to revision surgery

Pre-surgery design consultation photos showing frontal view, left oblique view, and left profile view of the patient before rhinoplasty
Preoperative design consultation images: frontal, left oblique, and left profile views

Preoperative Analysis – Contracture and Structural Deformity

The preoperative examination confirmed that structural collapse rather than soft tissue imbalance was the primary cause of deformity.


Key findings

  • Excessive nostril exposure and asymmetry

  • Blunt, upturned nasal tip

  • Depressed scar tissue at the nasal tip

  • Flat nasal bridge with poor definition

  • Inappropriate nasolabial angle

Pre-surgery design consultation photos showing right oblique view, right profile view, and nostril view of the patient before rhinoplasty.
Preoperative design consultation images: right oblique, right profile, and nostril views

Surgical Plan – Closed Rhinoplasty Korea with Autologous Rib Cartilage

This revision was planned using a closed rhinoplasty korea approach to allow full internal reconstruction while avoiding external scars.


Planned procedures

  • Septal extension using autologous rib cartilage

  • Total septal reconstruction for structural stability

  • Septal shift to correct nostril asymmetry

  • Creation of a controlled dorsal hump using rib cartilage

  • Alar cartilage reconstruction

  • Adjustment of the nasolabial angle


Surgical Procedure and Reconstruction Strategy

The operation focused on restoring the nasal framework before addressing contour.


Rib cartilage harvesting :

  • Sufficient rib cartilage was harvested to provide durable material for full reconstruction.


Septal extension and reconstruction :

  • The septum was rebuilt to correct the contracted, upturned tip and re-establish nasal length.


Nostril asymmetry correction :

  • Septal shift and structural realignment restored bilateral balance.


Dorsal contour creation :

  • Rib cartilage was sculpted to form a subtle, natural dorsal hump.


Alar cartilage reconstruction :

  • Reinforcement of alar structures improved tip support and definition.


Nasolabial angle adjustment :

  • Repositioning of the septum and tip softened the upper lip projection and improved profile harmony.


Surgical Results – Structural Recovery and Nasal Balance

Postoperative evaluation demonstrated clear improvement in nasal structure, symmetry, and proportion.

Frontal before and after comparison of rhinoplasty. Pre-surgery view on the left, post-surgery view on the right, showing correction of nasal tip and nostril asymmetry.
Frontal view before surgery (left) after surgery (right)

Frontal View:

  • Reduced nostril exposure

  • Improved bridge definition

  • Balanced nasal tip alignment

Oblique 45-degree before and after comparison of rhinoplasty. Pre-surgery view on the left, post-surgery view on the right, showing improved nasal bridge contour and refined nasal tip
45-degree angle view before surgery (left) after surgery (right)

Oblique View:

  • Natural dorsal hump visible

  • Corrected upturned tip

  • Reduced nostril show

Side profile before and after comparison of rhinoplasty. Pre-surgery view on the left, post-surgery view on the right, showing corrected nasal tip projection and balanced nasolabial angle.
Side profile view before surgery (left) after surgery (right)

Profile View:

  • Improved tip projection

  • Smooth dorsal contour

  • Corrected nasolabial angle

ostril view before and after comparison of rhinoplasty. Pre-surgery view on the left, post-surgery view on the right, showing corrected nostril asymmetry and refined columella
Nostrils before surgery (left) after surgery (right)

Nostril View:

  • Functional widening of narrow nostrils

  • Refined columella

  • Restored symmetry


Immediate Postoperative Evaluation

Immediate post-surgery rhinoplasty photos showing frontal view, 45-degree oblique view, and side profile. Improvements include lowered nasal tip, refined bridge contour, and reduced nostril exposure
Photos taken immediately after surgery, frontal view, 45-angle view, and side profile.
Immediate post-surgery nostril view after rhinoplasty, showing improved nostril symmetry and columella alignment with reduced exposure."
Photo of the nostrils

Educational Perspective – Why Structural Reconstruction Matters

Contracted and upturned noses cannot be corrected through minor adjustments or implant replacement alone.


In this case, rib cartilage reconstruction provided a stable framework capable of resisting recurrent contracture, while internal realignment restored both nasal length and airflow. A structure-first approach was essential to achieve lasting correction.


Final Thoughts

This case demonstrates that revision rhinoplasty for contracted and upturned noses requires comprehensive structural rebuilding rather than cosmetic reshaping alone.


Through septal reconstruction, dorsal contour restoration, and nostril realignment using autologous rib cartilage, long-term stability and functional balance were achieved in a patient with a complex surgical history.


FAQ

Q1. What causes nasal contracture after rhinoplasty?

Nasal contracture typically results from postoperative inflammation, scarring, or tissue damage that leads to shrinkage and distortion of nasal structures.


Q2. Why is rib cartilage used in revision rhinoplasty?

Rib cartilage provides strong, durable support when septal or ear cartilage is insufficient, especially in cases with severe structural loss.


Q3. Can an upturned nose be corrected after multiple surgeries?

Yes. Correction is possible through septal extension and structural reconstruction, though it requires careful planning and robust cartilage support.


Q4. Why is a closed approach preferred in complex revision cases?

A closed approach allows internal reconstruction without additional external scarring, preserving soft tissue integrity in already compromised noses.


🎥 This patient’s real story is available on our YouTube channel (2 parts):


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

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