Dr Scott J Turner | Specialist Plastic Surgeon (FRACS) | Sydney
Breathing should ideally be the same or better after rhinoplasty than it was before. For most patients it is. But not always. A subset of patients finish primary rhinoplasty with breathing problems they didn’t have before, or with a nose that looks the way they wanted but doesn’t move air the way it used to. The functional impact can be quietly significant. Reduced sleep quality. Mouth breathing at night. Snoring. Difficulty during exercise. Some of these settle as healing continues. Some don’t, and that’s where rhinoplasty for breathing problems (also called functional revision) becomes the right conversation. The most common cause is nasal valve collapse after rhinoplasty, but several other structural issues can contribute.
Dr Scott J Turner is a Specialist Plastic Surgeon (FRACS) practising at Bondi Junction and Manly in Sydney, with experience in primary and revision rhinoplasty including the functional cases where breathing has been compromised by previous surgery. This guide is for patients who feel their breathing is worse after a nose job and are wondering what’s normal healing versus a problem that may need revision surgery. While breathing problems after rhinoplasty can feel distressing, there are clear ways to work out what’s going on and, in many cases, structured surgical options to improve things. The article covers what’s normal in the early weeks, the common causes of post-rhinoplasty breathing problems including nasal valve collapse after rhinoplasty, the surgical options for fixing each one, and the Medicare rebate framework for functional revision.
The Early Weeks: What’s Normal Versus What’s Concerning
In the first 2 to 3 months, blocked breathing is usually swelling. After this, persistent obstruction is more concerning.
Most patients struggle to breathe through the nose for the first one to two weeks after primary rhinoplasty. That’s expected. Even very limited nasal airflow in the first 1 to 2 weeks is normal as long as pain, swelling and bruising are in the expected range and you can still breathe through your mouth. By two weeks the splint is off, by four to six weeks most patients are breathing reasonably well, and by three months the airway has usually opened up.
Normal in the first 8 to 12 weeks: reduced airflow through one or both sides, worse breathing when lying down, crusting that needs saline rinses, congestion that comes and goes, and slight asymmetry in airflow.
Concerning past three months: persistent obstruction that hasn’t improved week to week, audible breathing during exercise that wasn’t present before, sleep noticeably worse than before primary surgery, new or substantially worse snoring, or a sense that one nostril completely closes when sniffing in.
Call your surgeon or hospital immediately if you experience sudden severe obstruction, new severe pain, fever, or significant bleeding. These need urgent assessment regardless of timeline.
If you’re past three to six months and breathing is worse than where you started, that’s not “still healing.” That’s a finding that warrants assessment.
Common Causes of Breathing Problems After Rhinoplasty
A handful of structural causes account for most post-rhinoplasty breathing complications. Often more than one is contributing.
Internal Nasal Valve Collapse
The internal nasal valve sits roughly halfway up the nose, where the upper lateral cartilages meet the septum. It’s the narrowest point of the nasal airway. Reducing the dorsum without reinforcing the internal valve is one of the most common causes of post-op breathing problems. This is the structural cause behind “I can’t get enough air in through my nose after my nose job.” Patients describe difficulty drawing in a full breath, particularly during exercise. The Cottle test (gently pulling the cheek outward to widen the valve) often improves airflow dramatically, which is diagnostic. For more, see rhinoplasty 101: understanding nasal valve collapse.
External Nasal Valve Collapse
The external nasal valve is at the nostril opening, supported by the lateral crura of the lower lateral cartilages. Over-resection at primary surgery can leave the external valve unable to resist the pressure of inhalation. Patients often describe the nostril as “sucking in” or “collapsing” when they sniff. Often noticed first during exercise or sleep on the affected side.
Persistent or New Septal Deviation
Septal deviation may have been present before primary surgery and not fully addressed, or new deviation can develop as cartilage settles post-operatively. The patient feels a fixed obstruction on one side that doesn’t improve with decongestants. For background, see septoplasty or nose septum surgery.
Turbinate-Related Issues
The inferior turbinates are soft tissue “shelves” inside the nose that swell and shrink through the day. They can become persistently enlarged after rhinoplasty, particularly if they were enlarged pre-operatively or if compensatory hypertrophy develops in response to a contralateral septal deviation. Patients describe congestion that varies through the day, often worse at night.
Scar Tissue and Synechiae
Internal scar tissue (synechiae) can form between the septum and the lateral wall, narrowing the airway invisibly from the outside. More common after revision surgery than primary, but can occur after primary rhinoplasty especially with significant intranasal work or post-op crusting that wasn’t well managed.
Combined Functional and Aesthetic Concerns
Breathing problems often coexist with cosmetic concerns. The revision plan needs to address both as a single integrated procedure rather than treating them separately. For the broader framework, see functional rhinoplasty: when breathing issues meet aesthetic goals.
How Surgeons Diagnose Post-Rhinoplasty Breathing Problems
A breathing-focused revision consultation involves more than the standard rhinoplasty assessment:
History and symptom mapping. When did the breathing change? Better or worse than before primary surgery? Symmetric or one-sided? Worse with exercise, sleep, or particular positions? Decongestant response? Previous nasal trauma or sinus surgery?
The NOSE scale. A simple five-question survey that turns your breathing symptoms into a score out of 100, used both at consultation and post-revision. Scores above 50 typically indicate clinically significant obstruction.
External examination. Looking for visible signs of valve compromise, columellar position, and any deformity suggesting structural under-support.
The Cottle manoeuvre. Gently retracting the cheek to widen the nasal valve area. Significant improvement in airflow during this test points to internal valve compromise.
Intranasal examination. Direct visualisation of the septum, turbinates, internal valve angle, and any synechiae. Endoscopy in selected cases.
Imaging. CT imaging is sometimes used where the picture isn’t clear from examination alone.
It’s very common to find two or three contributing problems rather than just one, which is why the assessment needs to be systematic.
Surgical Options for Functional Revision Rhinoplasty
Different causes need different operations. There is no single “one size fits all” revision.
Once the cause is identified, the correction is matched to the structural problem:
Spreader grafts. Long, narrow strips of cartilage placed between the upper lateral cartilages and the septum to widen the internal nasal valve. The standard correction for internal valve compromise after dorsal reduction.
Alar batten grafts. Cartilage placed in the alar sidewall to reinforce the external nasal valve and prevent collapse during inhalation.
Lateral crural strut grafts. Cartilage placed beneath the lateral crura to reinforce a weakened or malpositioned lateral cartilage. Particularly useful for combined functional and cosmetic tip revision. For more, see tip revision rhinoplasty.
Septoplasty. Straightening of a deviated septum, often performed alongside revision rhinoplasty when both cosmetic and functional concerns are present.
Turbinate reduction. Reduction of enlarged inferior turbinates. Various techniques (submucosal resection, radiofrequency, outfracture) depending on the degree of hypertrophy.
Synechiae release. Surgical division of internal scar tissue bands, sometimes combined with a spacer to prevent recurrence.
Combined functional and aesthetic revision. Where breathing and cosmetic concerns coexist, a single integrated procedure addresses both.
Most revision rhinoplasty procedures are performed under general anaesthetic as day surgery or overnight stay, depending on the extent of reconstruction. In primary revisions septal cartilage is often depleted, so ear (conchal) cartilage, rib (costal) cartilage, or cadaveric (irradiated homologous) cartilage is commonly used to rebuild structural support.
Timing of Functional Revision
The standard 12-month wait for cosmetic revision applies to most functional revisions, with one important exception. Severe acute breathing compromise can warrant earlier intervention than the 12-month wait. These cases are individually assessed.
For the majority of patients with concerns that aren’t acutely severe, the 12 to 18 month timeline allows swelling to resolve, scar tissue to mature, and the surgeon to operate on settled anatomy. Operating too early can mean “chasing” swelling that would have settled on its own, or missing problems that only become obvious once everything has fully healed. This window is consistent with common international recommendations for revision rhinoplasty timing.
Medicare Rebate Framework for Functional Revision
Where revision rhinoplasty is performed for documented functional reasons (correcting nasal valve collapse, septal deviation, or breathing obstruction), Medicare rebates may be relevant for the functional component. The standard MBS items for nasal surgery (septoplasty, turbinate reduction, internal valve reconstruction) can apply when clinical indications are met and documented appropriately.
For many of the nasal surgery item numbers, Medicare requires a self-reported NOSE score above 45 together with examination findings and photographic documentation before a rebate applies. Eligibility depends on documented functional symptoms, examination findings consistent with symptoms, anatomical indications matching MBS item descriptors, and GP referral.
Medicare and private health funds may audit these claims, so accurate documentation at consultation is essential. The cosmetic component of a combined revision is not covered by Medicare. For the broader framework, see will Medicare cover my rhinoplasty.
Realistic Expectations
When the cause is structural and identifiable, revision surgery usually produces meaningful improvements in day-to-day breathing. NOSE scores typically drop substantially, and patients report improvements in sleep, exercise tolerance, and daily comfort.
Some honest caveats: not all breathing problems are fully reversible (severe cartilage loss limits reconstruction), some patients have multifactorial obstruction (allergic rhinitis, sinus disease, sleep apnoea) where structural surgery addresses one component but other treatment is also needed, revision functional surgery has a higher complication rate than primary functional surgery, and the settling timeline is similar to cosmetic revision (most improvement within 3 to 6 months, final stability at 12 to 18 months). For the broader risk profile, see understanding rhinoplasty risks and complications.
Choosing a Surgeon for Functional Revision
The surgeon for functional revision should be comfortable with both the cosmetic and functional aspects, because most post-rhinoplasty breathing problems coexist with at least some cosmetic concern. Treating them as separate problems often produces a result that breathes well but looks wrong, or vice versa. Criteria worth verifying:
- Specialist Plastic Surgery registration on the AHPRA register
- Regular exposure to functional revision specifically, not just primary functional surgery
- Comfort with internal valve reconstruction, external valve reinforcement, septoplasty, and turbinate management
- Ability to integrate functional and aesthetic concerns in a single surgical plan
- Use of objective outcome measures (NOSE score) at consultation and follow-up
For the broader framework on evaluating any rhinoplasty surgeon, see how to choose a rhinoplasty surgeon you can actually trust.
If you’re earlier in the process and not sure whether revision is the right call, see revision rhinoplasty Sydney: when and why a second nose surgery may be needed and what if I don’t like my rhinoplasty result.
Consult with Dr Scott J Turner
Dr Scott J Turner is a Specialist Plastic Surgeon (FRACS) practising at Bondi Junction and Manly in Sydney, with experience in functional revision rhinoplasty including internal valve reconstruction with spreader grafts, external valve reinforcement, septoplasty, turbinate management, and integrated functional-and-aesthetic revision plans.
The consultation framework follows the AHPRA cosmetic surgery requirements where applicable: GP referral, two consultations, psychological evaluation where indicated, and cooling-off periods at each decision point. These steps are designed to help you make a considered decision rather than rushing into revision surgery. Where revision is performed for documented functional reasons, the Medicare rebate pathway is discussed as part of the consultation. Patients are encouraged to bring previous operative reports, pre-operative photos, and any imaging from primary surgery where available.
Surgery is performed in three accredited Sydney private hospitals: Bondi Junction Private Hospital (Eastern Suburbs), Delmar Private Hospital in Dee Why (Northern Beaches), and East Sydney Private Hospital (CBD).
Contact the practice to arrange a consultation, or read more about Dr Turner’s background and training.
Frequently Asked Questions
What if I can’t breathe after my nose job?
It depends on how soon after surgery. In the first 1 to 2 weeks, very limited nasal airflow is normal because of splints, packing, and internal swelling. Mouth breathing during this period is expected. By 4 to 6 weeks most patients are breathing reasonably well, and by 3 months the airway has usually opened up. Call your surgeon or hospital immediately if you experience sudden severe obstruction, new severe pain, fever, or significant bleeding. If you’re past 3 months and breathing is worse than where you started, that’s not “still healing” – it’s a finding that warrants assessment with a specialist plastic surgeon experienced in revision.
Can rhinoplasty fix breathing problems caused by previous surgery?
In most cases, yes, where the cause is structural and identifiable. Internal nasal valve collapse responds to spreader grafts. External valve weakness responds to alar batten or lateral crural strut grafts. Persistent septal deviation responds to septoplasty. Turbinate hypertrophy responds to turbinate reduction. The realistic question is rarely “can it be fixed” but “to what extent.” Severe cartilage loss from primary surgery can limit reconstruction. Multifactorial obstruction (where structural problems coexist with allergic rhinitis or sleep apnoea) may need additional treatment beyond the structural surgery.
How long after my first rhinoplasty can I have functional revision?
The standard wait is 12 months, sometimes 18 months in patients with thicker skin or more extensive primary surgery. The exception is severe acute breathing failure, which can warrant earlier intervention regardless of timeline. The wait allows swelling to resolve and the airway to stabilise, which makes the assessment more accurate and the revision more predictable.
Does Medicare cover revision rhinoplasty for breathing problems?
Where revision is performed for documented functional reasons (correcting nasal valve collapse, septal deviation, or breathing obstruction), Medicare rebates may be relevant for the functional component. The cosmetic component of a combined revision is not covered. Eligibility requires documented symptoms (typically a NOSE score above 45), examination findings, and specific anatomical indications matching the relevant MBS item descriptors. Medicare and private health funds may audit these claims, so accurate documentation at consultation is essential.
Can I have a cosmetic revision at the same time as functional revision?
Yes, and in many cases it makes sense to. Combined functional and aesthetic revision is technically more demanding than either component alone, but addressing both as a single integrated procedure produces better-coordinated results than treating them as separate operations. The surgical plan is built around the functional reconstruction with cosmetic refinements integrated into that framework. Where Medicare rebates apply to the functional component, those continue to apply even when cosmetic work is being done at the same time, although the cosmetic component itself is not covered.
