Reconstructive Rhinoplasty

A nose that has been broken, operated on more than once, affected by tissue loss, or shaped differently from birth doesn't always have enough of its own cartilage and bone left to simply reshape. In these situations, treatment planning has to start with a more basic question: is there enough structural material to work with, and if not, where can it come from?

This is what separates reconstruction from more straightforward rhinoplasty treatment . A standard reshaping procedure generally works with an intact framework. Reconstructive planning often works with a framework that is incomplete, displaced or scarred, and treats rebuilding that framework as the first job — appearance and breathing are addressed once there is something stable to build on.

The American Society of Plastic Surgeons' overview of the rhinoplasty procedure describes how cartilage from the septum, ear or rib can be used as graft material when a patient's own nasal cartilage isn't sufficient — exactly the kind of graft planning that reconstructive cases frequently require.

Reconstructive rhinoplasty is nasal surgery focused on restoring structures that are absent, damaged, weakened, displaced or scarred. It may be considered after significant nasal trauma, a congenital deformity, previous rhinoplasty or septorhinoplasty, infection, tissue loss, or collapse of the nasal framework from any cause. Unlike more straightforward cosmetic reshaping, it usually starts by evaluating the integrity of what's underneath the skin — the bony vault, the septum, the middle vault, the upper and lower cartilages, the nasal valves and the tip-support mechanisms — before deciding what can be repositioned, reinforced or rebuilt outright.

General patient information from Mayo Clinic on rhinoplasty notes that surgery to reshape the nose can also correct impaired breathing caused by structural defects — a point that applies especially to reconstructive cases, where the original defect is often functional as much as it is visible.

There is no single standard reconstructive operation. The plan depends on the original cause of the deformity, any earlier procedures, remaining septal support, scar tissue, skin and soft-tissue quality, nasal-valve function, available graft material and what the patient hopes to achieve — functionally, aesthetically, or both.

Not every nose that has been affected by trauma, disease or previous surgery needs full structural reconstruction. Depending on what examination finds, a more specific procedure may be the better fit.

• If a previous rhinoplasty left only contour irregularities without significant structural loss, revision rhinoplasty may be the more accurate description of what's needed.
• If breathing difficulty exists without meaningful external deformity, functional rhinoplasty addresses that on its own.
• If a deviated septum and external distortion occur together with no prior surgery involved, septorhinoplasty may cover the same ground with a smaller procedure.
• If your concern is broader ENT-related — sinus, allergy or general nasal health rather than structural rebuilding — the clinic's general ENT services may be the more relevant starting point.

Working out which of these actually fits your situation is exactly what a reconstructive consultation is for — arriving unsure which category applies is a completely normal starting point.

Preparation for reconstructive surgery starts with establishing exactly what happened to the nose — an injury, a previous operation, a disease process, or a difference present from birth — alongside a detailed medical assessment. Investigations are selected according to the likely scope of reconstruction and planned anaesthesia.

Where relevant, bringing prior imaging, operative notes or photographs meaningfully sharpens planning, since it clarifies what was already changed rather than leaving the surgeon to estimate from examination alone.

Commonly Considered Pre-Surgical Preparation

• Complete Blood Count (CBC): may identify anaemia, infection or other blood-related concerns.
• Coagulation Profile: helps assess blood-clotting function when indicated.
• Electrocardiogram (ECG): may be advised when age, medical history or anaesthesia assessment makes it appropriate.
• Imaging such as CT or X-ray: helps clarify remaining bone and cartilage structure, particularly after trauma or prior surgery.
• Allergy and medication review: helps identify relevant reactions, current medicines and anaesthetic considerations.
• Nasal endoscopy: may be used to directly assess the septum and internal airway.
• Liver and kidney function testing: may be advised when medical history or medication planning makes these checks relevant.

Patients should provide a complete and accurate medical history, including previous operations, regular medicines, allergies and any conditions that may influence anaesthesia or healing.