How it worksSkin is moved to the nose while remaining connected to its blood supply. Later surgery separates that connection and may refine thickness and shape.
May suitMany extensive defects needing substantial outer skin replacement.
Main tradeoffThere is a forehead scar, a temporary visible tissue bridge, and a need for more than one operation.
How it worksThe surgeon shapes grafts, often using cartilage from the rib or ear, to support the reconstructed nose and nostrils.
May suitDefects with missing or weakened support, usually alongside lining and skin reconstruction.
Main tradeoffA donor site adds recovery needs, and grafts may warp, shift, or lose volume over time.
How it worksDepending on the defect, the surgeon may use remaining nasal lining, a folded flap, or tissue transferred from elsewhere.
May suitFull-thickness defects where both inner lining and outer skin are missing.
Main tradeoffLimited local tissue or internal scarring can make this complex; narrowing may still develop during healing.
How it worksThe surgeon reconnects small vessels under magnification to supply the transferred tissue, often as part of a larger reconstruction.
May suitSelected very large, previously treated, or complex defects when nearby tissue is insufficient.
Main tradeoffThis involves longer surgery, close flap monitoring, and donor-site recovery; later contouring may be needed.
Flaps and grafts serve different purposes. Reconstructing a large nasal defect may require both, with the sequence tailored to tissue loss and blood supply. [1] [3].
Why not rebuild everything in one operation?
Some transferred tissue needs time to establish a dependable blood supply before it can be separated or reshaped. Healing between stages also helps the surgeon assess coverage, support, and airway size.
Does total reconstruction always require a free flap?
No. The name describes how much of the nose needs rebuilding, not one required technique. Remaining tissue, prior treatment, and the lining defect influence whether microsurgery is needed.