Septoplasty vs Turbinate Reduction: Which Blockage Each Operation Fixes

It is two in the morning and you have just rolled over for the third time. The nostril that was blocked opens; the one that was open closes. By breakfast, the left side is sealed shut again, and the pharmacy spray that helped last winter now barely lasts an hour. Somewhere in the appointment that follows, two words get written on a notepad and slid across the desk: septoplasty, turbinate reduction.

People asking about septoplasty vs turbinate reduction are usually not asking which operation is better. They want to know which one matches the blockage they actually have, and whether the surgeon is looking at bent cartilage, swollen tissue, or a bit of both.

That distinction is the whole story. The nose can be narrowed by a wall that has grown or been knocked off center, or by shelves of living tissue that swell and shrink hour by hour. The two problems feel similar from the inside, yet they are fixed in completely different ways, and sometimes they travel together.

Why a blocked nose can have two completely different causes

Picture the inside of your nose as a narrow hallway with a wall down the middle. That wall is the septum: a sheet of cartilage at the front and thin bone further back, covered on both sides by a moist lining. It splits the hallway into two passages that should be roughly equal in width.

Along the outer wall of each passage sit the turbinates, three curved shelves of bone wrapped in spongy, blood-rich tissue. The lowest and largest pair, the inferior turbinates, do most of the work. As air rushes past, they warm it, add moisture and trap dust before it reaches the lungs. The spongy lining can fill with blood and swell in minutes, or drain and shrink, which is why the open nostril seems to switch sides through the day. Clinicians call this the nasal cycle, and it is normal.

So the hallway can narrow in two ways. The middle wall can be crooked, pressing into one side permanently. Or the shelves can be chronically puffed up, usually from allergy, irritation or long-term inflammation, so that both sides feel tight and the tightness waxes and wanes. The first problem is structural and does not change with the weather or a spray. The second is soft tissue and often does.

Airflow is unforgiving about narrow spaces. The resistance to air moving through a tube climbs steeply as the tube gets smaller, so a few millimeters lost near the front of the nose, where the passage is already at its tightest, can feel like a closed door. That is why a deviation that looks modest on a scan can matter a great deal, and why a swollen turbinate can produce the same complaint with no bone out of place at all.

What is a deviated septum, and what does deviated septum surgery correct?

A deviated septum is a septum that leans, bows or kinks to one side instead of running straight down the middle. Some people are born with one; others acquire it through growth spurts or a knock to the face that may have seemed trivial at the time. Cleveland Clinic notes that an estimated 80 percent of people have some degree of septal misalignment, which tells you that a bend on its own is not a disease. It only becomes relevant when it narrows a passage enough to cause symptoms that persist.

Deviated septum surgery, properly called septoplasty, straightens that wall. Working through the nostrils, the surgeon makes a cut in the lining, lifts it away from the cartilage and bone like peeling a label, then trims, scores or repositions the bent sections before laying the lining back down. Mayo Clinic describes the operation as typically taking 30 to 90 minutes, usually under general anesthesia, with soft splints or dissolvable material sometimes left inside to hold the septum straight while it heals.

Two points matter for anyone comparing septoplasty vs turbinate reduction. First, septoplasty is an internal operation; it is not designed to change the outside shape of the nose. When cosmetic reshaping is combined with it, the procedure has a different name, septorhinoplasty, and different goals. Second, septoplasty does nothing to tissue swelling. If the turbinates are the main culprit, a perfectly straight septum can still leave someone congested.

What septoplasty does well is remove a fixed obstruction. If a particular side has been blocked day and night for years regardless of allergy season or medication, and the examination shows the septum sitting against the side wall, this is the operation built for that problem.

What is turbinate hypertrophy, and how does turbinate reduction treat it?

Turbinate hypertrophy means the turbinates, almost always the inferior pair, have become enlarged. The swelling is mostly in the soft lining, though the underlying bone can thicken too over years. Common drivers include allergic rhinitis (nasal inflammation triggered by allergens such as pollen or dust mites), non-allergic rhinitis (the same inflammation without an allergic trigger), and overuse of decongestant sprays. The NHS warns that using these sprays for more than about a week can lead to rebound congestion, where the lining swells harder each time a dose wears off.

There is also a quieter cause: compensation. When the septum bends into one side, the turbinate on the roomier side often grows to fill the extra space. Straighten the septum without addressing that turbinate and the newly widened side can feel oddly blocked.

Turbinate reduction shrinks the shelf while trying to preserve its working surface. Cleveland Clinic describes several approaches. Radiofrequency or coblation uses controlled energy delivered through a fine probe inside the tissue to scar and shrink it from within. Submucous reduction uses a small powered instrument to remove excess tissue beneath the lining. Partial turbinectomy trims the turbinate’s edge. Outfracture simply pushes the bony shelf outward toward the side wall. Many of these can be done under local anesthesia in a clinic room and take a matter of minutes rather than hours; others are done in an operating room, often alongside septoplasty.

The guiding principle across modern techniques is restraint. The turbinate is not scar tissue to be cleared away; it is the nose’s humidifier and heater. Reducing it enough to open the airway while leaving enough lining to do its job is the balance every surgeon is trying to strike.

Septoplasty vs turbinate reduction: which blockage each operation fixes

Side by side, the two operations answer different questions. One is about shape; the other is about swelling. The table pulls together the practical differences people most often ask about, with timing figures drawn from Mayo Clinic and Cleveland Clinic patient resources.

Feature	Septoplasty	Turbinate reduction
Structure treated	Septum: the central wall of cartilage and bone	Turbinates, usually the inferior pair on the side walls
Type of blockage	Fixed, structural narrowing, often worse on one side	Soft-tissue swelling, often both sides, fluctuating
Typical pattern	Same side blocked day and night, unchanged by sprays	Congestion that varies with allergy, position, time of day
What the surgeon does	Lifts lining, straightens or trims bent cartilage and bone	Shrinks or trims tissue, or moves bone outward
Usual setting	Operating room, most often general anesthesia (Mayo Clinic)	Clinic room under local anesthesia, or operating room when combined
Procedure length	About 30–90 minutes (Mayo Clinic)	Often minutes for in-office techniques (Cleveland Clinic)
Does not address	Allergic or inflammatory swelling	A crooked septum or external nose shape
Healing horizon	Tissues largely settled by 3–6 months; changes possible up to a year (Mayo Clinic)	Most recovery over roughly 3 weeks (Cleveland Clinic)

Reading down the columns, a pattern emerges that is worth holding onto. If your blockage behaves like furniture, always in the same place, septal surgery is the logical candidate. If it behaves like weather, shifting with seasons and sprays, the turbinates are more likely in charge. Real noses rarely read the rulebook, which is why a surgeon examines rather than guesses, and why the two procedures are so often paired.

How does an ENT work out which one is blocking your nose?

The assessment starts with listening. Which side blocks, whether it swaps, what sprays or antihistamines have done, whether there was ever a knock to the nose, how sleep and exercise are affected. Those answers steer the surgeon before anyone picks up an instrument.

Next comes a look inside. Anterior rhinoscopy, a light and a small speculum at the nostril, shows the front of the septum and the leading edge of the inferior turbinate. Nasal endoscopy, a thin camera passed gently into the nose, reveals the rest: the deeper septum, the middle turbinates, the openings of the sinuses and any polyps. It is usually done awake with a numbing spray and takes a few minutes.

One of the most informative steps is also the simplest. The clinician applies a decongestant spray and looks again. Swollen turbinate tissue shrinks within minutes; cartilage and bone do not move. If the passage opens dramatically, soft tissue was doing most of the blocking. If the septum still sits against the side wall, the obstruction is structural. Patients often recognize this moment: it is the same relief they get from an over-the-counter spray, now being measured rather than chased.

Imaging is not automatic. A CT scan of the sinuses is more likely when the examination hints at sinus disease, polyps or a complex deviation that reaches far back. Mayo Clinic notes that imaging can show a bend in many people who breathe perfectly well, so scans are read alongside symptoms, never instead of them. Allergy testing may be added when turbinate swelling dominates, because controlling the cause changes whether surgery is even on the table.

None of this is something to replicate at home. The value lies in matching what the surgeon sees to what you feel, and that match is what decides the operation.

Who is usually offered each operation, and who is usually asked to wait

Septoplasty is generally considered for people whose septal deviation causes persistent obstruction that interferes with daily life, sleep or exercise, and whose symptoms have not responded to a reasonable trial of medical treatment such as saline rinses and anti-inflammatory sprays. Mayo Clinic also lists recurrent sinus infections and nosebleeds linked to the deviation among reasons the operation may be discussed. A crooked septum with no symptoms is not an indication on its own.

Turbinate reduction is typically offered when the examination confirms enlarged turbinates as a major contributor and medical therapy has been given a fair chance. Cleveland Clinic frames it as an option when sprays, allergy management and rinses have not controlled the swelling well enough.

Several groups are commonly asked to pause or prepare first. Children and younger teenagers are often asked to wait for septoplasty because the septum is still growing and helps shape the midface; Mayo Clinic notes surgeons may postpone until nasal growth is complete, with exceptions for severe cases. Anyone currently using a decongestant spray daily is usually asked to come off it under guidance, because the rebound swelling can mimic turbinate hypertrophy that would not need an operation. Active infection, uncontrolled allergic inflammation, bleeding disorders and certain blood-thinning medicines are reviewed and managed before a date is set, with any medication changes decided by the prescribing clinician. Smoking is discussed because it slows healing of the nasal lining.

People hoping surgery alone will resolve snoring or sleep apnea are often counseled carefully. Nasal surgery can make breathing and sometimes mask tolerance more comfortable, but it is not a stand-alone treatment for obstructive sleep apnea, and the sleep condition itself needs its own assessment.

Whether to operate, which operation, and when, rests with the treating team weighing these factors against your particular nose.

What actually happens on the day of each operation

For septoplasty, the day begins with the usual pre-operative routine: fasting as instructed, a check of medicines and allergies, a conversation with the anesthetist. Most septoplasties are performed under general anesthesia, so you are asleep throughout, though some are done with local anesthesia and sedation. The surgeon works entirely through the nostrils. After lifting the lining, the bent cartilage and bone are straightened, trimmed or repositioned, and the lining is closed with dissolvable stitches. Soft silicone splints, or occasionally light packing, may be placed to support the septum and limit bleeding. MedlinePlus notes that most people go home the same day once awake and comfortable.

A clinic-based turbinate reduction looks very different. You sit in a chair; numbing spray and a local anesthetic injection are applied. The surgeon inserts a slim probe into the turbinate and delivers radiofrequency energy for a short period on each side, or uses a small instrument to trim tissue beneath the lining. Cleveland Clinic describes these in-office procedures as brief, with people walking out shortly afterward. Operating-room turbinate reduction, especially submucous reduction with a powered instrument or when combined with septoplasty, happens under general anesthesia as part of the same session.

Both procedures end with practical instructions: how to use saline rinses, how to manage oozing, what to avoid, and when to return for a check. If splints were placed, a follow-up visit is arranged to remove them, typically within about a week according to Mayo Clinic.

What you will not experience with either operation is bruising around the eyes or a cast on the nose. Those belong to rhinoplasty, which reshapes the external framework. Septoplasty and turbinate reduction leave the outside of the nose alone, which surprises many people who expected to look different afterward.

Can you have septoplasty and turbinate reduction together?

Yes, and it is one of the most common pairings in nasal surgery. Cleveland Clinic notes that turbinate reduction is frequently performed at the same time as septoplasty, and the anatomy explains why. A septum that bends into one side leaves extra room on the other, and the turbinate on that roomier side often enlarges to fill it. Straightening the wall alone can leave that compensatory turbinate crowding a passage that is suddenly supposed to be open.

Combining the two means one anesthetic, one recovery period and one set of follow-up visits. The surgeon addresses the fixed obstruction with septoplasty and the soft-tissue obstruction with turbinate reduction in the same session, usually spending the extra minutes on the turbinates after the septum is straightened.

Not every surgeon combines them automatically. Some prefer to straighten the septum first and see whether the turbinates settle on their own once airflow normalizes, reserving turbinate reduction for a later clinic visit if swelling persists. Others reduce the turbinates conservatively at the time of septoplasty and accept that a small second procedure might occasionally be needed. Both are reasonable approaches, and the choice depends on how much of the blockage the examination attributed to each structure.

The same logic extends to sinus surgery. When nasal endoscopy or CT shows blocked sinus openings or polyps, functional endoscopic sinus surgery may be added to the same operation, since a straight septum often improves access to the sinuses.

If you have been offered a combined procedure, the useful question is not whether it is normal, because it is, but what proportion of your blockage the surgeon believes each part will address, and what happens if the turbinates swell again later. Those answers shape expectations far better than the procedure names do.

Recovery timeline: septoplasty and inferior turbinate reduction recovery compared

The first week after septoplasty is mostly about swelling. The nose feels blocked, often more than before, because the lining is inflamed and splints may be in place. Light oozing of blood-tinged mucus is expected for a day or two. Mayo Clinic advises avoiding strenuous activity, keeping the head elevated when resting, not blowing the nose, and wearing clothing that fastens at the front rather than pulling over the head, all to reduce bleeding and pressure on the healing septum. Splints usually come out at a clinic visit within about a week, and many people describe that moment as the first real breath.

Weeks two to six bring gradual clearing. Crusting eases with regular saline rinses, swelling subsides, and most people return to desk work within a week or two and to exercise when their surgeon clears them, often several weeks later. Mayo Clinic notes that nasal tissues are relatively stable by 3 to 6 months, with subtle changes possible up to a year, so the final result is judged in months, not days.

Inferior turbinate reduction recovery follows a shorter arc. Cleveland Clinic describes most people recovering over roughly three weeks. After in-office radiofrequency, the turbinates typically swell for several days before they begin to shrink, so breathing may feel worse before it feels better. Crusting is common and can be heavier than people expect; saline rinses several times daily are the main tool for keeping the lining moist while it heals. Mild bleeding is possible in the first week, particularly after submucous reduction.

Across both procedures, the lining of the nose heals at its own pace, and a sense of dryness or altered sensation in the early weeks is usual. Your care team sets the specific restrictions, and those instructions override any general timeline.

What are the risks of septoplasty and turbinate reduction?

Every operation inside the nose carries some shared risks: bleeding, infection, and a temporary worsening of blockage from swelling. Beyond those, each procedure has its own profile.

Mayo Clinic lists the specific risks of septoplasty as continued symptoms despite surgery, excessive bleeding, a change in the shape of the nose, a hole in the septum (a septal perforation), a decreased sense of smell, numbness of the upper teeth or front gums that is usually temporary, and the collection of blood in the nasal space that may need draining. A perforation can cause whistling, crusting or dryness; small ones often need no treatment, while larger ones may need repair. Revision surgery is sometimes required when cartilage shifts during healing or the initial correction proves incomplete.

Turbinate reduction risks, as described by Cleveland Clinic, include bleeding, crusting and dryness, scar bands between the turbinate and septum (adhesions), and regrowth of the tissue over time, since the underlying inflammation has not gone anywhere. The complication most people have read about online is empty nose syndrome: a poorly understood condition in which the nose feels paradoxically blocked, dry or unable to sense airflow despite a wide-open passage. It has been associated mainly with extensive removal of turbinate tissue, which is one reason current techniques favor shrinking and preserving the lining rather than cutting the shelf away. The evidence on how often it occurs is limited and inconsistent, and anyone worried about it should ask their surgeon directly how much tissue will be removed and why.

Anesthesia risks apply to operating-room procedures and are discussed separately with the anesthetist. None of these possibilities is a reason to avoid surgery that is well indicated; they are the reasons the indication has to be clear.

What can be tried before either operation?

Surgery for a blocked nose almost always follows a period of medical treatment, and that period doubles as a diagnostic test. Swelling responds to medicines; cartilage does not.

Saline irrigation, rinsing the nose with salt water, clears mucus and allergens and soothes an irritated lining. Intranasal corticosteroid sprays, a class of anti-inflammatory medicines applied inside the nose, reduce the swelling of the turbinate lining over days to weeks of regular use rather than minutes, which is why a short trial often disappoints and a sustained one is usually advised. Antihistamine tablets or sprays can help when allergy is the driver, and allergen avoidance, from dust-mite covers to keeping windows closed in pollen season, addresses the cause rather than the symptom. For non-allergic rhinitis, the NHS describes a similar toolkit of rinses and anti-inflammatory sprays, along with avoiding identified triggers such as smoke, strong smells or temperature swings.

Decongestant sprays sit in a separate category. They shrink turbinates fast by constricting blood vessels, which is exactly why they are used in the clinic to test the nose, but the NHS cautions against using them for more than about a week because the lining learns to swell harder as each application wears off. Many people referred for turbinate reduction turn out to have this rebound swelling, and stopping the spray under medical guidance can change the picture considerably.

Mechanical aids such as external nasal strips or internal dilators lift the soft side walls of the nose during sleep or exercise. They do nothing for a deviated septum or a swollen turbinate, but some people find them useful while deciding about surgery.

Any change to a prescribed medicine, including stopping a spray, belongs with the prescribing clinician. What the trial reveals, though, is often the most useful information the surgeon gets.

What people often get wrong about these two operations

A deviated septum always needs fixing. Most do not. With an estimated 80 percent of people carrying some degree of deviation according to Cleveland Clinic, the bend is closer to a fingerprint than a fault. Surgery is for the minority whose septum causes persistent symptoms.

Septoplasty will change how my nose looks. It is designed not to. The work is internal. Reshaping the external nose is rhinoplasty, and when the two are combined the procedure is planned and consented to as septorhinoplasty.

Turbinates are just extra tissue. They warm, humidify and filter every breath. Removing them wholesale is precisely what modern surgery tries to avoid, and the shift toward shrinking rather than excising reflects that lesson.

One operation fixes both problems. Septoplasty leaves swollen turbinates swollen; turbinate reduction leaves a bent septum bent. If both are contributing, both may need addressing, which is why combined procedures are so common.

Surgery ends allergies. It does not. Allergic inflammation continues after the turbinates are reduced, and the tissue can enlarge again. Allergy management usually continues alongside any surgery.

Nasal surgery treats sleep apnea. It can make nasal breathing easier and may improve comfort with a CPAP mask, but obstructive sleep apnea involves the throat and needs its own evaluation and treatment plan.

You breathe clearly the moment you wake up. The opposite is typical. Swelling, splints and crusting usually make the first week feel worse. Mayo Clinic’s 3-to-6-month horizon for tissue settling after septoplasty is a more realistic yardstick.

Blockage after surgery means it failed. Early blockage is healing. Persistent blockage months later is worth discussing, and may point to the other structure, to inflammation, or occasionally to a need for revision. None of that is a verdict; it is information.

Questions to ask your care team

Consultations move quickly, and the most useful questions are the ones that pin down what the surgeon saw and what each step is meant to achieve. Writing them down beforehand helps.

• When you examined my nose, how much of the blockage did you attribute to the septum and how much to the turbinates?
• Did the decongestant test change what you saw? What does that tell us?
• Are you recommending septoplasty, turbinate reduction, or both, and why that combination for my anatomy?
• Which turbinate technique do you plan to use, and how much tissue will be removed or preserved?
• What medical treatments should I have tried, and for how long, before surgery is reasonable?
• Will I need splints or packing, and when would they be removed?
• What does a typical first week look like for your patients, and when could I expect to return to work and exercise?
• What signs after the operation should prompt me to call, and whom do I call out of hours?
• What are the specific risks for my case, including septal perforation, adhesions and empty nose syndrome?
• If the blockage returns months later, what are the possible explanations and next steps?
• Should my allergy or rhinitis treatment continue after surgery, and who manages that?
• Do you need me to change anything about my current medicines beforehand, and who will advise me on that?

Bring a short note of your own symptom pattern too: which side blocks, whether it swaps, what has helped. Surgeons find that history as valuable as any scan, and it keeps the conversation focused on your nose rather than on the procedure in general.

When to call your doctor

Before any decision about surgery, a few patterns deserve prompt assessment rather than a wait-and-see approach: a blockage that is strictly one-sided and progressively worsening in an adult, especially with recurrent bleeding from that side; new numbness of the cheek or upper teeth; swelling of the face or around the eye; or a persistent foul-smelling discharge. These are uncommon and usually have benign explanations, but they are the signs a clinician wants to see early.

After septoplasty or turbinate reduction, contact your surgical team or seek urgent care if you notice any of the following:

• Bleeding that soaks through dressings or runs steadily down the throat and does not slow with gentle pressure and sitting upright for several minutes.
• Fever, spreading redness or increasing pain rather than the gradual easing you were told to expect.
• A rash, dizziness, vomiting or feeling very unwell while packing is in place, which can be signs of a rare but serious infection linked to nasal packing.
• Clear, watery fluid dripping from one nostril, particularly when leaning forward, which can occasionally indicate a leak of the fluid surrounding the brain and needs assessment.
• Severe headache, neck stiffness, confusion or sensitivity to light.
• Changes in vision, double vision, or sudden swelling and bruising around the eye.
• Difficulty breathing or chest pain, or calf pain and swelling, which are not expected after nasal surgery and need urgent evaluation.

Ordinary healing looks different: stuffiness, crusting, mild oozing and a dull ache that responds to the comfort measures your team recommended. When you are unsure which category a symptom falls into, the right move is to call. Surgical teams would rather hear from you about something minor than miss something that is not. Every decision about what happens next, including whether you need to be seen, sits with them.

Frequently asked questions

What is the main difference between septoplasty vs turbinate reduction?

Septoplasty straightens the septum, the wall between the nostrils, while turbinate reduction shrinks the swollen tissue shelves on the side walls. One treats a structural, unchanging narrowing; the other treats soft-tissue swelling that comes and goes. An ENT examination, often including a decongestant test, shows which structure is responsible, and many people have both problems at once.

Is deviated septum surgery the same as a nose job?

No. Septoplasty is an internal operation that straightens the septum and is not designed to change how the nose looks from outside. Rhinoplasty reshapes the external framework. When both are planned together the procedure is called septorhinoplasty, and it is consented to separately with cosmetic goals discussed in advance. Septoplasty alone does not involve a cast or external bruising.

What causes turbinate hypertrophy in the first place?

Turbinate hypertrophy usually follows long-standing inflammation of the nasal lining from allergic rhinitis, non-allergic rhinitis or overuse of decongestant sprays, which the NHS warns can cause rebound swelling after about a week of daily use. Turbinates can also enlarge to fill the roomier side opposite a septal deviation. Because the triggers persist, tissue can swell again after any reduction.

Can you have septoplasty and turbinate reduction together?

Yes, combining them is common. Cleveland Clinic notes turbinate reduction is often performed during septoplasty because the turbinate opposite a deviation frequently enlarges to fill the extra space. Doing both in one session means one anesthetic and one recovery. Some surgeons prefer to straighten the septum first and reassess the turbinates later; either approach is reasonable depending on the examination.

How long does inferior turbinate reduction recovery take?

Cleveland Clinic describes most people recovering over roughly three weeks. Breathing often feels worse for several days while the turbinates swell before they shrink, and crusting is common during the healing period, so saline rinses are usually recommended several times a day. Mild bleeding can occur in the first week. Your care team’s specific instructions take priority over general timelines.

How do I know if my blocked nose is a deviated septum or swollen turbinates?

Only an examination can tell reliably. A clinician looks inside with a light and often a thin camera, then applies a decongestant spray: swollen turbinate tissue shrinks within minutes, whereas a bent septum stays where it is. A blockage fixed to one side regardless of sprays suggests the septum; congestion that shifts with allergy or time of day points more toward the turbinates.

Will septoplasty or turbinate reduction help my snoring or sleep apnea?

It may make nasal breathing more comfortable and can improve tolerance of a CPAP mask, but neither operation is a stand-alone treatment for obstructive sleep apnea, which involves the throat and needs its own evaluation. Snoring from pure nasal blockage can ease; snoring from other causes usually does not. Ask your care team how your sleep symptoms fit the overall plan.

What is empty nose syndrome and how likely is it?

Empty nose syndrome is a poorly understood condition in which the nose feels blocked, dry or unable to sense airflow despite a wide-open passage. It has been linked mainly to extensive removal of turbinate tissue, which is why current techniques aim to shrink and preserve the lining. Evidence on how often it occurs is limited, so ask your surgeon how much tissue will be removed.

Do I have to try nasal sprays before surgery?

Most surgeons expect a sustained trial of medical treatment first, typically saline rinses and anti-inflammatory nasal sprays, with allergy management where relevant. This both relieves swelling and acts as a test: tissue swelling responds, a bent septum does not. Any start, stop or change to a prescribed spray should be decided with the prescribing clinician rather than on your own.

What are the red-flag signs after nasal surgery?

Call your surgical team or seek urgent care for bleeding that does not slow with gentle pressure, fever or worsening pain, a rash or feeling very unwell with packing in place, clear watery fluid dripping from one nostril, severe headache or neck stiffness, vision changes, or breathing difficulty. Stuffiness, crusting and mild oozing are expected; anything that feels wrong is worth a call.

References

• Cleveland Clinic: Deviated septum
• MedlinePlus: Septoplasty
• NHS: Non-allergic rhinitis

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.