Male Crooked Nose Correction Rhinoplasty in Korea
- Dr. Chayoung Kang
- 2024년 10월 15일
- 6분 분량
This case reviews male crooked nose correction rhinoplasty in a patient with a crooked nasal bridge, upturned nasal tip, excessive nostril exposure, right-sided nasal obstruction, septal deviation, weak nasal tip support, dorsal line imbalance, and masculine profile concerns. Surgery focused on septal reconstruction, septoplasty, turbinate reduction, autologous rib cartilage support, septal extension grafting, implant replacement, dorsal line realignment, nasal tip rotation control, nasolabial angle adjustment, and closed rhinoplasty structural correction.
Author: Dr. Cha-Young Kang
Clinic: NoseLab Clinic
Published: 2024
Last Updated: 2026
Introduction
Hello, this is Dr. Cha-Young Kang of NoseLab Clinic.
This case involves male crooked nose correction rhinoplasty in a patient with a crooked nasal structure, upturned nasal tip, excessive nostril exposure, and right-sided nasal obstruction.
The patient’s concerns were not limited to the external nasal shape. Structural deviation, septal deviation, weak nasal support, and airway narrowing also needed to be evaluated.
For this reason, the surgical plan included both functional correction and structural reconstruction rather than simple aesthetic contour adjustment.
The surgery was performed using a closed rhinoplasty / endonasal approach. The goal was to improve nasal axis balance, reduce excessive tip rotation, reinforce nasal support, and address nasal obstruction factors while maintaining a masculine nasal profile.
Patient Concerns Before Male Crooked Nose Correction Rhinoplasty
The patient’s main concerns included:
Crooked nasal bridge with visible asymmetry
Upturned nasal tip with excessive nostril exposure
Right-sided nasal obstruction related to septal deviation
Weak dorsal structure and imbalance in nasal height
Desire for a straighter and more masculine nasal profile
Because these concerns involved both appearance and breathing, detailed evaluation of nasal anatomy was important before surgery.
Preoperative Analysis Before Male Crooked Nose Correction Rhinoplasty
Preoperative design consultation photos were reviewed from the frontal, side, oblique, and nostril views.
Frontal View: Crooked Nasal Axis and Asymmetry
From the frontal view, the nasal axis appeared crooked.
The dorsal line appeared asymmetric, and the bridge did not appear well aligned with the central facial axis.
This type of deviation may involve the nasal bones, septum, cartilage framework, implant position, or a combination of these factors.
Side View: Upturned Tip and Dorsal Imbalance
From the side profile, the nasal tip appeared over-rotated and upturned.
The relationship between the radix, dorsum, nasal tip, and upper lip appeared imbalanced.
For a male rhinoplasty case, tip rotation and nasolabial angle needed to be adjusted carefully to avoid an overly upturned or overly soft profile.
Oblique View: Dorsal Line and Tip Support
From the oblique view, the transition from the radix to the nasal tip was evaluated.
The dorsal structure appeared weak and imbalanced, and the nasal tip required stronger support.
Nostril View: Nostril Exposure and Septal Deviation
From the nostril view, excessive nostril exposure was associated with the upturned tip position.
Septal deviation was also related to right-sided nasal obstruction.
Nostril balance was evaluated together with septal support, tip rotation, columella position, and lower nasal framework alignment.
Functional and Structural Problems Identified
The preoperative evaluation showed combined functional and structural issues.
These included:
Septal deviation contributing to unilateral nasal obstruction
Crooked nasal axis with asymmetric dorsal line
Over-rotated nasal tip causing nostril exposure
Weak structural support of the nasal tip
Imbalance between radix height and dorsal line
Because these factors were connected, the surgical plan required comprehensive structural correction rather than isolated bridge or tip adjustment.
Surgical Plan for Male Crooked Nose Correction Rhinoplasty
1. Septal Reconstruction and Airway Correction
Septoplasty was performed to address septal deviation.
Inferior turbinate reduction was performed to address turbinate-related airway narrowing.
These steps were included because functional nasal obstruction can be influenced by septal deviation, turbinate hypertrophy, mucosal swelling, and internal nasal structure.
2. Structural Reinforcement with Autologous Rib Cartilage
Autologous rib cartilage was used to reconstruct septal support and reinforce the nasal framework.
In male rhinoplasty and revision rhinoplasty, stronger structural support may be needed when the dorsal line, tip support, or septal framework is weak.
3. Septal Extension Graft for Tip Control
A septal extension graft was used to reposition and stabilize the nasal tip.
This helped reduce excessive tip rotation and improve lower nasal balance.
Tip rotation was adjusted carefully to maintain a masculine profile without creating excessive nostril exposure.
4. Dorsal Line Realignment
The previous implant was removed and replaced with a better-aligned dorsal structure.
This step was planned to improve the straightness of the dorsal line and reduce asymmetry.
Implant selection and placement were based on the patient’s nasal bone structure, skin thickness, and desired profile.
5. Nasal Tip and Nasolabial Angle Correction
The nasal tip rotation was reduced.
The nasolabial angle was adjusted to support a more masculine side profile.
In male rhinoplasty, a controlled tip position is important because excessive rotation can make the nose appear less balanced with the rest of the face.
Surgical Results After Male Crooked Nose Correction Rhinoplasty
Frontal View: Crooked Bridge and Symmetry
From the frontal view, the crooked nasal bridge appeared more balanced after nasal axis correction and dorsal realignment.
Nostril exposure appeared reduced after nasal tip rotation control.
Overall symmetry appeared improved within the patient’s anatomical limits.
Oblique View: Radix-to-Tip Transition
From the oblique view, the transition from the radix to the nasal tip appeared smoother after dorsal line realignment.
The nasal structure appeared better supported after rib cartilage reconstruction.
Side Profile: Dorsal Line and Tip Position
From the side profile, the dorsal line appeared straighter after implant replacement and structural support.
The nasal tip appeared better positioned after septal extension grafting.
The side profile appeared more balanced after nasolabial angle adjustment.
Nostril View and Functional Changes
From the nostril view, lower nasal balance appeared improved after septal reconstruction and tip support.
Nasal obstruction factors were addressed through septoplasty and turbinate reduction.
Functional changes should be evaluated over time because breathing can be affected by swelling, septal position, turbinate condition, mucosal response, scar tissue, and healing process.
Surgeon’s Commentary on Male Rhinoplasty
Male rhinoplasty often requires a different structural approach compared with female rhinoplasty.
In many male patients, the goal is to maintain a straighter and stronger nasal profile while controlling excessive tip rotation and preserving facial balance.
In this case, the main issues were crooked nasal axis, upturned nasal tip, excessive nostril exposure, weak structural support, and right-sided nasal obstruction.
Autologous rib cartilage was used to reinforce the septal framework and support nasal tip correction.
Functional correction was also important because structural deviation can affect breathing.
This case shows that male crooked nose correction rhinoplasty may require combined correction of the nasal bridge, septum, nasal tip, dorsal line, nasolabial angle, nostril exposure, and airway structure.
All surgical planning should be individualized based on the patient’s anatomy, facial proportions, septal condition, cartilage availability, implant history, airway structure, and healing response.
FAQ
Why is rib cartilage used in male rhinoplasty?
Rib cartilage may be used when stronger structural support is needed for the septum, nasal tip, or dorsal framework. It can be considered in cases with weak support, deviation, or revision needs.
Can crooked nose correction improve breathing?
Breathing may improve when nasal obstruction is related to septal deviation, turbinate hypertrophy, internal narrowing, or structural imbalance. Functional changes should be evaluated over time after surgery.
What defines a masculine nasal profile?
A masculine nasal profile often involves a straighter dorsal line, controlled tip rotation, and a nasolabial angle that does not appear overly rotated. The ideal profile varies depending on facial structure and patient preference.
Can an upturned male nose be corrected?
An upturned male nose may be corrected by adjusting tip rotation, reinforcing septal support, and repositioning the nasal tip. The degree of correction depends on cartilage condition, skin tension, scar tissue, and healing response.
Is closed rhinoplasty possible for crooked nose correction?
Closed rhinoplasty / endonasal approach may be used for crooked nose correction depending on the degree of deviation, septal condition, implant history, cartilage needs, and surgical goals.
International Consultation
For international patients, a photo-based consultation may help clarify whether male crooked nose correction rhinoplasty, closed rhinoplasty Korea, septal reconstruction, rib cartilage rhinoplasty, septal extension grafting, implant replacement, or nasal obstruction correction may be needed.
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