Functional Rhinoplasty

Blockage is often multi-factorial. A deviated septum (the wall between the nostrils) can bow into one side. Enlarged turbinates (the soft ridges that humidify air) swell with allergy. The nasal valve, the narrowest point of the airway, can collapse on deep breath. External crookedness often signals internal deviation. Examination, sometimes with endoscopy, maps which of these applies to you.

Septoplasty straightens the septum but leaves the external framework untouched. When a crooked framework, a collapsed middle vault, or weak valve support contributes to the obstruction, straightening the septum gives only partial relief. Functional rhinoplasty rebuilds those support structures in the same operation so the airway stays open long term.

Often yes, because the structures being corrected are also the ones that shape the nose. Straightening a deviated framework usually makes the nose look straighter. Spreader grafts (small cartilage strips that open the internal valve) can add slight width to the middle bridge in thin-skinned noses. Your plan should state which appearance changes are expected rather than leave them as surprises.

Valve support commonly uses spreader or batten grafts. Septal cartilage is the first choice because it is flat, strong, and harvested through the same surgical field. When septal supply is limited or weak, ear cartilage suits softer support needs, and rib cartilage is reserved for major reconstruction. Each source trades availability against stiffness and feel.

Modest turbinate reduction is common when enlargement contributes to blockage. Turbinates humidify and condition air, so aggressive removal can cause chronic dryness and crusting. In severe cases it can lead to empty nose syndrome, a distressing sense of obstructed breathing despite an open airway. Modern practice favors conservative, mucosa-preserving reduction over removal.

History and examination carry most of the weight. Many surgeons add standardized breathing scores such as the NOSE questionnaire before and after surgery, so improvement is documented rather than anecdotal. Some centers use rhinomanometry or acoustic rhinometry, which measure airflow pressures and cross-sectional area. Those numbers correlate imperfectly with how breathing actually feels.

We do not use internal splints. Instead, nasal packing is placed and removed one day after surgery. An external nasal splint supports and protects the nose; it is removed with the external nasal stitches on postoperative day 7. Internal nasal stitches are removed on postoperative day 10. If ear cartilage was used, the stitches behind the ear are removed at the same visit. Congestion and crusting improve over the following weeks as the lining recovers, helped by saline rinses. Subtle internal swelling can persist for a few months, so final breathing judgment usually waits until around 3 months.

Uneven congestion is normal early because each side swells and crusts differently. A blockage that stays fixed on the same side after 6-8 weeks deserves a scoped look. So does blockage that does not change with saline or decongestant. The goal is to rule out residual deviation, scar bands (synechiae), or valve narrowing.

Spreader grafts sit between the septum and the side wall to open the valve. In narrow or thin-skinned noses they can add slight visible width to the middle bridge. Surgeons size them carefully, sometimes asymmetrically, balancing airway gain against appearance. In wider noses the effect is usually invisible or even helpful.

With an open approach the tip skin is lifted and support structures adjusted, so stiffness and numbness around the tip and upper lip area are expected. Sensation largely returns over weeks to months. Stiffness softens over 3-6 months, sometimes up to a year for final tip softness. This is normal healing, not a complication.

Cartilage has memory and can slowly bow back. Scar contraction adds pull over the first year. Mild partial recurrence is a known risk even with good technique. Securing the septum and adding support grafts reduces it. Progressive or bothersome deviation after healing can be assessed for targeted revision once tissues stabilize.

The first step is a scoped examination, with imaging if needed, to find the residual cause: recurrent deviation, valve collapse, turbinate regrowth, or scar bands. Treatment targets that specific cause, from minor scar release to grafted valve support. It is rarely a repeat of the entire operation. Remote assessment by photo and video can start this triage for international patients.