When Reductive Rhinoplasty Goes Wrong and How to Make it Right

Overview

Over-resection, meaning removing more tissue than the structure can spare, causes many rhinoplasty complications. The authors divide the nose into thirds: the nasal bones form the upper third, the bridge septum and upper lateral cartilages the middle third, and the lower lateral cartilages and tip supporting structures the lower third. They then list the consequences of over-resection in each and how to correct them.

Sections of note

• Article type: narrative review of complications and their correction. No outcome data are reported.
• Anatomical framework: upper third the nasal bones, middle third the septum and upper lateral cartilages, lower third the lower lateral cartilages and tip supports.
• Named consequences of over-resection: a deep radix, saddle nose deformity, inverted-V deformity, pollybeak deformity, alar retraction, a pinched nasal tip, bossae, deep alar grooves and external nasal valve collapse.
• Stated primary strategy: avoidance rather than repair. Several grafting techniques are described for correcting overly aggressive reduction, though none are named.
• The authors state it is critical both to avoid these complications and to know how to correct them.

What it means for a patient

• Most listed deformities are structural collapse. Once support is removed, the overlying tissue falls inward or contracts.
• Several appear only over months or years as scar tightens, so a nose that looked correct at first can develop them later.
• Repair is by adding cartilage back, which requires a graft source and is harder than not removing the tissue in the first place.
• The abstract carries no findings. It reports no rates and does not evaluate any repair technique against another.

Why this paper matters

Reductive rhinoplasty dominated practice for decades, and the deformities it produced are still presenting for revision, which is part of why the field shifted toward preservation and structural support. Cataloguing them alongside repairs serves both prevention and correction. No comparative data on the repairs is given.

Terms

• Over-resection: removing more tissue than the structure can spare.
• Inverted-V deformity: a visible V shaped shadow where the nasal bones meet collapsed cartilage.
• Saddle nose deformity: a collapsed bridge that dips in the middle.
• Alar retraction: upward pulling of the nostril rim, exposing more of the nostril.
• Bossae: knuckle like bumps appearing at the tip where cartilage edges become visible.
• External nasal valve collapse: inward caving of the nostril opening on breathing in.