Reduction rhinoplasty

People rarely ask for “a smaller nose” as a single measurement. They notice a bump on the profile, a tip that sits too far forward, a bridge that reads wide on a front photograph, nostrils that dominate the lower third, or a length that makes the rest of the midface look short. The consultation is there to decide which of those features is actually driving the impression, and which should be treated as a priority rather than changed because they can be.

The bump on the bridge is mostly cartilage in the lower two thirds. Only the upper third is nasal bone. Reducing it can aim for a straight profile, a slightly concave one, or in some cases a slightly convex one that is simply less prominent. The choice is not a style. It has to sit with the forehead, the lip and the chin, and with the skin that will have to drape over the new line.

Reduction of the tip is a more complex combination of lowering the cartilages — which decreases projection — and reshaping them so the contour is narrower or more defined. Width and projection are not interchangeable. Taking height off the bridge without addressing width can leave the nose looking heavy from the front. Narrowing the bones without settling the tip can leave a mismatch that the eye reads immediately.

A nose that has been reduced in projection but left the same width often looks unfinished. The front view is where that shows. When the nostrils themselves are relatively wide for the new proportions, an alar base reduction can be included — a small wedge of tissue where the nostril meets the cheek. That leaves a fine scar in the crease. It is not an automatic add-on. It is used when the nostrils would otherwise stay out of scale with the rest of the change.

The same logic applies to the bony and cartilaginous width of the bridge. Ultrasonic instruments let us contour that width with more control than a conventional osteotome, and with less collateral disruption of the soft tissues around the bone.

The characteristics of the nasal skin influence how far reduction rhinoplasty can be taken. Skin is not removed in a typical reduction. The framework is made smaller and the skin has to shrink onto it. Thicker skin, particularly over the tip and the supratip, adapts more slowly and shows less fine definition. That does not mean thicker skin cannot be treated. It means the degree of change is more limited, and the time it takes for the shape to declare itself is longer.

The other limit is the airway. A good nasal airway at the end of the treatment is not a secondary concern. Narrowing the external shape without respect for the internal valves and the septum is how a cosmetic improvement becomes a functional problem. Maintaining the airway is part of the design, not a hope at the end of the case.

An important consideration in the design is nasal tip rotation, because rotation changes the character of the smile. Excessive rotation is to be avoided. A tip that is turned up too far reads as operated, and it changes how the upper lip moves.

There is a related perception effect that catches people on the simulation. Reducing the projection of the bridge can reveal that the tip was already in a relatively low position. The brain had been reading the bump and the tip as a single mass. Once the bump is taken down on the image, the tip suddenly looks slightly down. That is not a new deformity created by the plan. It was already there, and it only becomes obvious when the bridge is corrected. We often only notice it on the computer simulation. The plan then has to decide whether the tip needs a modest rotation to stay in balance, or whether leaving it is more honest for that face.

When you are planning a rhinoplasty, it is the right moment to be careful about the end goal. Surgery cannot replicate a computer simulation. A clear plan still has real benefits: it tests what you actually want, it shows how a change on the profile reads from the front, and it stops the operation being a sequence of isolated gestures.

Most of the time the planning involves computer simulation in 2D from standard photographs. It can also involve computer simulation in 3D, to design the goals for the surgery, evaluate whether the plan is feasible, and help design the treatment itself — or the treatment protocol, when more than one stage is wiser. We combine that with the characteristics of the soft tissues to decide what is achievable, not only what looks attractive on a screen.

Planning sometimes benefits from imaging such as a cone beam CT scan. It is not required for every reduction. It is useful when the bony vault, the septum or the relationship with the midface needs a clearer map than photographs can give.

Simulations differ from the outcome. That is not a disclaimer added for legal cover. In reduction rhinoplasty it is also mechanical: the skin has to adapt to a smaller framework, swelling takes months to leave the tip, and small asymmetries that were always present become more visible once the dominant bump has gone.

Ultrasonic instrumentation has become an established part of our practice and, for the bony vault, the standard of care. The instruments use micro-vibrations generated by piezoelectric crystals. Those vibrations shape or cut bone with more precision than a manual osteotome, which essentially splits the bone and can send a fracture line somewhere other than the planned cut.

For reduction rhinoplasty this matters in two ways. It lets us contour the bridge rather than only lower it, which is how width and height stay related. And it is associated with substantially reduced bruising and swelling, and a shorter overall recovery for the nasal shape, compared with conventional fracturing of the bones.

We favour the open approach for this procedure. The small scar sits across the columella, the strip of skin between the nostrils, and continues inside the nose. The reason is not fashion. The open approach helps the correlation between the preoperative planning and the outcome of the surgery. When the work involves the tip as well as the bridge — which it usually does in a genuine reduction — seeing the framework directly is how the planned relationships are actually built.

The surgery is carried out under general anaesthetic. It generally takes about two hours, and it can be longer depending on the characteristics of the nose — a wide bony vault, a demanding tip, an alar base reduction, or septal work to protect the airway all add time. It is most commonly carried out as a day-case procedure.

The sequence is the one the plan requires, not a fixed recipe. The bridge is lowered and narrowed with ultrasonic instruments. The tip cartilages are reduced and reshaped. The airway is checked and supported. If the nostrils would remain wide for the new proportions, the alar base is reduced at the same sitting. A cast is applied to protect the new bony line.

Reduction rhinoplasty is sometimes combined with chin enhancement when the profile imbalance is shared between the nose and the chin. That is a judgement from the consultation and the simulation, not an upsell. Changing only the nose when the chin is the other half of the disproportion leaves the face looking unfinished in a different way.

A consultation is the proper start. Come with a list of medicines and previous procedures, and with a clear sense of which view of the nose is the problem — the bump on profile, the width on a front photograph, the tip in conversation or in a smile, or a general sense that the nose dominates the face.

Medical history matters. Blood-thinning medicines raise the risk of bleeding and have to be managed around the operation. Raised blood pressure does the same. Both need to be known and planned for; they are not incidental details on a form. Previous nasal surgery, nasal allergy, and any existing airway complaint belong in the same conversation, because they change what a reduction can safely do.

Fees are discussed in consultation once the plan is clear. A reduction that is only a modest bony contour is not the same operation as a full open reduction with tip work, alar base reduction and septal support.

The cast and the sutures come off at one week. That is not the finished nose. The shape at that point is still influenced by the cast and by swelling, particularly in the tip. The nose continues to change for months; most of the visible settling is in the first few months, with finer changes after that.

We recommend:

• 1 week for return to working from home

• 2 weeks for return to work in an office

• 3 weeks for return to light exercise

• 5 to 6 weeks for return to normal-intensity exercise

Wearing glasses should be avoided for approximately one month after the surgery. Contact lenses are safe from the beginning. Ideally, in the aftercare period, sleep on your back. Lying on the side puts tension across a newly reshaped nose, and that tension is not helpful while the bones and the soft tissues are still settling.

Early breathing through the nose is often tighter, as it is with a cold. That is usually swelling of the lining rather than a structural blockage. Saline rinses are part of the usual aftercare. If restriction persists, it needs to be reviewed rather than waited out indefinitely.

Reduction rhinoplasty carries the risks of any operation under general anaesthetic, and some that belong specifically to the nose:

• Anaesthetic risk, bleeding, infection, pain and visible scars — including the columellar scar of an open approach and the fine scar of an alar base reduction when that is included.

• Bruising and swelling. Ultrasonic bone work typically reduces both, but they are not abolished, and the tip stays swollen for longer than the bridge.

• Reduced sensation in the tip, expected for some months after an open approach, and occasionally longer in small areas.

• Stiffness of the tip, common after open surgery, and usually much improved by around six months.

• Airway restriction. Temporary tightness is common. Persistent restriction can relate to the septum, the internal valves or lingering swelling, and may need further treatment.

• Septal perforation — uncommon, more relevant when the septum itself is worked on.

• Asymmetry, under-correction or over-correction. The two sides of a nose are not the same to start with. Taking down a dominant bump can make a previously quiet asymmetry more obvious.

• A result limited by skin thickness. The framework can be reduced further than the skin will show.

• A change in how the smile reads if tip rotation is misjudged.

• The need for further surgery. Revision after rhinoplasty is a recognised possibility, for small irregularities or for a more substantial change.

• Deep vein thrombosis, uncommon in day-case facial surgery, and reduced by early mobilisation.

Blood-thinning medication and raised blood pressure both increase bleeding risk and have to be planned for before a date is set.