Closed Rhinoplasty in Korea: Correcting a Contracted Short Nose with Autologous Costal Cartilage

A contracted, upturned nose — commonly called a short nose — is one of the most surgically demanding conditions in rhinoplasty. When the nasal skin envelope shrinks and the tip rotates excessively upward, patients often feel self-conscious about the visible nostrils and the overall imbalance of their facial profile. For many patients, this condition is the result of previous rhinoplasty procedures using synthetic implants or cartilage grafts that led to chronic inflammation, capsular contracture, or implant displacement over time.

At Noselab Plastic Surgery in Seoul, Korea, Dr. Chayoung Kang specializes in complex revision and primary rhinoplasty using a closed (endonasal) approach — meaning no visible external incisions, no columellar scar, and significantly reduced swelling and downtime compared to open techniques. For contracted and short noses, Dr. Kang routinely uses autologous costal cartilage (rib cartilage harvested from the patient’s own body) to rebuild a stable, lasting nasal structure that integrates naturally with surrounding tissue.

What Is a Contracted Short Nose?

A contracted nose occurs when the nasal skin and soft tissue envelope loses its elasticity and tightens around the underlying framework, pulling the nasal tip upward and shortening the visible nose. The nostrils become overly exposed when viewed from the front, and the columella may retract. This can happen due to:

• Multiple prior rhinoplasty procedures causing scar tissue buildup
• Implant-related complications (silicone or Gore-Tex extrusion, infection, or chronic inflammation)
• Overresection of native cartilage in prior surgeries
• Congenital structural deficiencies

The challenge of correcting a contracted short nose lies not just in repositioning the tip, but in providing sufficient structural support to counteract the contractile forces of the scarred skin envelope — forces that, if underestimated, will cause the nose to recontract over time.

Why Autologous Costal Cartilage?

When the structural demands of a rhinoplasty are significant — as they always are in contracted short nose cases — synthetic implants simply cannot provide the mechanical resistance, volume, and biological integration that the situation requires. Autologous costal cartilage (rib cartilage) is the gold standard structural graft material for these cases because:

• Volume and rigidity: Rib cartilage provides ample graft material to construct a strong, customized nasal framework including a septal extension graft, columellar strut, tip grafts, and dorsal onlay grafts — all from a single harvest.
• Biological compatibility: Because it is the patient’s own tissue, there is no risk of rejection, extrusion, or foreign body reaction. Integration with surrounding tissue is natural and durable.
• Longevity: Results achieved with autologous rib cartilage are stable over decades. The graft becomes a permanent part of the nasal architecture.
• Revision-friendly: In the event that future refinements are needed, the surgeon is working with native tissue — not a synthetic material that must be removed or replaced.

At Noselab, Dr. Kang typically harvests cartilage from the 5th, 6th, or 7th rib, depending on the patient’s anatomy and the volume of material required. The harvest incision is kept as small as possible and is placed in a natural skin crease to minimize visible scarring.

The Closed Rhinoplasty Advantage in Complex Cases

Many surgeons performing rib cartilage rhinoplasty default to an open approach, reasoning that the complexity of the case demands maximum visualization. Dr. Kang takes a different view — and her outcomes demonstrate why. The closed (endonasal) technique offers specific advantages that become even more meaningful in contracted nose revision cases:

• No columellar incision: Avoiding a trans-columellar incision preserves the delicate blood supply to the nasal tip skin, which is often already compromised by prior surgeries and scar tissue.
• Reduced swelling: The closed approach causes less soft tissue disruption, resulting in faster resolution of edema — a significant benefit when the skin envelope is already under tension from contracture.
• Natural healing environment: With less surgical trauma, the healing process is more predictable and final results emerge earlier than with open rhinoplasty.
• Preserved nasal architecture: By working endonasally, Dr. Kang avoids releasing and re-draping the entire nasal skin flap, maintaining more of the native structural relationships during recovery.

Performing rib cartilage rhinoplasty through a closed approach requires advanced three-dimensional anatomical understanding and surgical precision that comes only from years of specialization. Dr. Kang performs exclusively rhinoplasty procedures, making her one of Korea’s most experienced specialists in this technically demanding technique.

The Surgical Process at Noselab

Consultation and Imaging

Every rhinoplasty at Noselab begins with a comprehensive consultation in which Dr. Kang evaluates nasal structure, skin quality, prior surgical history, and the patient’s aesthetic goals. High-resolution photography and, where indicated, CT imaging are used to plan the surgery in detail before the patient enters the operating room.

Cartilage Harvest

The rib cartilage is harvested under general anesthesia through a small incision placed in an inconspicuous location. Dr. Kang carefully inspects the cartilage for calcification and selects the optimal segments for each component of the nasal graft framework.

Graft Fabrication

Grafts are hand-carved and shaped to the precise dimensions required for each patient’s anatomy. For contracted short nose correction, this typically involves a septal extension graft to increase nasal length and derotate the tip, combined with structural tip grafts and, where needed, dorsal augmentation.

Endonasal Placement

Working entirely through nostril incisions, Dr. Kang creates precise pockets for each graft component and secures them with fine sutures. The tip is repositioned to the optimal projection and rotation, and the nasal length is increased to achieve facial harmony. Throughout the procedure, careful attention is paid to maintaining blood supply to the compromised skin envelope.

Recovery

A nasal splint is applied for approximately one week. Most patients experience visible improvement immediately after splint removal. Because the closed approach is used, columellar swelling — which can persist for many months after open rhinoplasty — is largely avoided. Patients are typically comfortable returning to social activities within two to three weeks.

Expected Results

Correction of a contracted short nose with autologous costal cartilage via the closed approach at Noselab consistently achieves:

• Increased nasal length and downward rotation of an over-rotated tip
• Reduced nostril show from the frontal view
• Improved nasal tip projection and definition
• Natural, balanced profile that harmonizes with the midface and chin
• Durable long-term results without implant-related risks

Because autologous cartilage is used and the body’s own healing processes govern integration, final results continue to refine for 6–12 months as residual swelling subsides. The structural framework, however, is immediately stable after surgery.

Is This Procedure Right for You?

If you have been told that your nose is too short, that your nostrils are overly visible, or that your previous rhinoplasty has resulted in contracture or implant complications, you may be an excellent candidate for contracted short nose correction with autologous rib cartilage. The best candidates are in good overall health, are non-smokers (or willing to stop smoking well before and after surgery), and have realistic expectations about the recovery timeline.

International patients are welcome at Noselab. Dr. Kang and the Noselab team regularly work with patients traveling from the United States, Canada, Australia, Southeast Asia, and the Middle East, and can assist with coordination of travel, accommodation, and follow-up planning.