What Are Turbinates?
Turbinates are the long, narrow, curled shelves of bone that protrude into the nasal cavity. They perform important functions in the body, humidifying, filtering, and warming the air we breathe and protecting the lungs.
When turbinates become enlarged as a result of sinus inflammation, environmental irritants, allergies, and other factors, they can impair normal breathing and contribute to headaches, snoring, and sleep apnea. This condition is known as turbinate hypertrophy (enlargement).
As with any ailment, Dr. Zadeh at Los Angeles Sinus Institute will first try to treat turbinate hypertrophy with medications and non-surgical procedures. When enlarged turbinates fail to respond to non-invasive medical therapies, Dr. Mani Zadeh can perform his Los Angeles turbinate reduction surgery to correct nasal obstruction by reducing the size of the turbinates while preserving their natural function.
The goal of this surgery is to improve breathing through the nose and reduce nasal drainage and post-nasal drip. As turbinate reduction surgery can reduce headaches, snoring, and sleep apnea, it often improves a patient’s quality of life.
What Causes the Enlargement of the Turbinates?
Turbinates may become enlarged for a number of reasons, including:
- Allergies
- Congenital variations
- Infections
- Pregnancy
- Persistent sinus inflammation
- Hormonal changes
- Environmental irritants
When turbinate hypertrophy is caused by allergies or irritants, it generally responds well to treating the underlying cause. In many cases, the swelling can be reduced and the problem resolved with medical treatment. However, chronic, long-term swelling of the turbinates may not respond to medical therapies. In such cases, turbinate reduction surgery may be the most effective and appropriate treatment.
AM I A CANDIDATE FOR TURBINATE REDUCTION?
Turbinate reduction surgery is appropriate for patients with chronic nasal obstruction caused specifically by inferior turbinate hypertrophy that has not responded to non-surgical treatments. Candidacy is determined through a physical examination and nasal endoscopy.
Patients who are typically good candidates:
- Adults with confirmed inferior turbinate hypertrophy contributing to nasal airway obstruction
- Patients who have not achieved adequate relief from antihistamines, nasal corticosteroid sprays, decongestants, or allergy treatments
- Patients with turbinate hypertrophy occurring alongside a deviated septum, where both issues are contributing to obstruction
- Patients experiencing chronic mouth breathing, sleep disruption, snoring, or exercise intolerance due to nasal obstruction
Patients who are not ideal candidates:
- Patients whose turbinate enlargement is primarily allergy-driven and has not yet been treated with appropriate allergy management
- Patients with nasal obstruction caused primarily by a deviated septum, polyps, or other structural factors (these may require different or combined procedures)
Dr. Zadeh will evaluate whether turbinate reduction alone or a combined approach with septoplasty or sinus surgery is the most appropriate plan for your nasal anatomy.
Turbinate Reduction Surgery and Septal Surgery
Inferior turbinate hypertrophy is common in patients with a deviated septum. The turbinates tend to be smaller on the side of the septal deviation (the smaller nostril) and larger on the opposite side, as the body is attempting to compensate for the anatomical difference. Breathing may be impaired by the septal obstruction in one nostril and by the enlarged turbinate in the other. Turbinate reduction surgery is often performed in conjunction with nasal septal surgery.
TYPES OF TURBINATE REDUCTION TECHNIQUES
Turbinate reduction is not a single standardized technique. Several approaches exist, and the right choice depends on the patient’s anatomy, the degree of hypertrophy, and whether bony or soft tissue enlargement is the primary issue. Dr. Zadeh selects the technique most appropriate for each patient’s specific case.
- Radiofrequency ablation (coblation): A low-temperature radiofrequency energy probe is inserted into the turbinate tissue and heats it from the inside, causing the tissue to shrink over the following weeks. This is often performed under local anesthesia in the office with minimal downtime.
- Microdebrider-assisted turbinoplasty: A powered instrument removes tissue from inside the turbinate while preserving the outer mucosal lining. This technique is more precise for larger hypertrophy and is typically performed in an operating room.
- Submucosal resection: A portion of the underlying bone and tissue is removed through a small incision while preserving the surface mucosa. This is appropriate for turbinates with a significant bony component.
- Outfracture: The turbinate bone is repositioned laterally to widen the airway. This technique can be used alone or in combination with tissue reduction.
In all cases, Dr. Zadeh’s goal is to reduce the turbinate’s size sufficiently to improve airflow while preserving its natural function in humidifying and filtering the air entering the lungs.
Turbinate Reduction Procedure
Dr. Zadeh has developed a procedure to reduce the overall size of the turbinate, allowing for greater airflow and relief of nasal obstruction and congestion, while preserving the critical function of the turbinates.
- Inferior turbinate reduction surgery can be performed under local anesthesia in the office or under general anesthesia in an operating room.
- The procedure is performed entirely through the nostrils — there are no incisions made on the skin.
- The surgeon makes an incision in the mucosa lining the turbinate.
- The turbinate is then reduced by thinning the tissue inside. A microdebrider may be used to thin the tissue. (This is a cylindrical instrument used in endoscopic surgery for cutting and suctioning tissue.) Alternatively, the tissue may be cauterized with radio frequency or electrical current.
- After the turbinate is reduced, it is pushed outward to increase the space between the turbinate and the septum, allowing more air to flow.
- When the effects of the anesthesia have worn off after the surgery, the patient is discharged to go home.
What to Expect After Turbinate Reduction Surgery?
If your surgery is performed under general anesthesia, you can expect to spend a few hours in the recovery room while the anesthesia wears off. When you are feeling well enough, you will be discharged to go home.
Dr. Zadeh will prescribe antibiotics to help prevent infection and medication to relieve pain, although we encourage you to take Tylenol for milder pain rather than prescription pain killers. Do not take any NSAID medications, such as Motrin, Advil, or Aleve, as these drugs can increase the risk of bleeding.
How Long Does It Take to Recover From Turbinate Reduction?
The surgery can cause temporary swelling of the tissues in the nasal cavity and a feeling of fullness and congestion in your nose and sinuses. Do not blow your nose for 14 days after the surgery to help prevent bleeding. If you need to sneeze, do so with your mouth open. For the first week after surgery, it may be helpful to sleep with your head elevated to reduce congestion.
You will have red nasal discharge after the surgery, which should decrease in volume and become lighter in color in a few days. You may have blood-tinged discharge for 10 to 14 days after the surgery. Avoid strenuous activity for 2 weeks after the surgery. Avoid bending over and lifting objects that weigh more than 20 lbs. It is fine to walk for moderate exercise during this time.
What Is the Aftercare for Turbinate Reduction?
Drink plenty of fluids. Do not smoke or breathe secondhand smoke. Do not travel by plane until you have full medical clearance to do so from Dr. Zadeh.
When you come for your first post-operative office visit, we will prescribe a saltwater solution for flushing your nasal cavity. After you begin the flushes, you may also begin gently blowing your nose as needed.
WEEK-BY-WEEK RECOVERY TIMELINE
- Days 1 to 3: Congestion, mild pressure, and blood-tinged discharge are expected. Rest at home. Begin saline rinses as directed after 24 hours.
- Days 4 to 7: Most patients resume light daily activities. Avoid nose blowing, strenuous exercise, and heavy lifting.
- Weeks 2 to 3: Swelling in the nasal tissues continues to resolve. Many patients begin to notice improved airflow during this period.
- Weeks 4 to 8: Full results are typically apparent as turbinate tissue finishes healing and shrinking. Breathing continues to improve over this period.
Note: Radiofrequency ablation performed in the office typically involves less immediate downtime than procedures performed in the operating room. However, the tissue shrinkage process after radiofrequency ablation occurs gradually over four to six weeks, so results are not immediate. Dr. Zadeh will set clear expectations for your specific technique and recovery at your consultation and post-operative visits.
COST AND INSURANCE COVERAGE
Turbinate reduction surgery is generally considered a medically necessary functional procedure and is covered by most major health insurance plans when appropriate documentation is provided. Coverage typically requires:
- A confirmed diagnosis of turbinate hypertrophy causing nasal airway obstruction
- Documentation of failed conservative treatments such as nasal corticosteroid sprays, antihistamines, or decongestants
- Supporting nasal endoscopy or CT findings
When turbinate reduction is performed together with septoplasty or sinus surgery, insurance typically covers the combined procedure under a single surgical claim. Office-based radiofrequency ablation may be billed differently from operating room cases. Our team will clarify the billing process during your consultation.
Patients without insurance coverage or who prefer to pay privately can request a cost estimate at their initial consultation. The Zadeh MD team assists with insurance verification and pre-authorization before scheduling.
WHY CHOOSE DR. ZADEH FOR TUBINATE REDUCTION?
Dr. Mani Zadeh is a board-certified otolaryngologist and rhinologist with subspecialty expertise in nasal airway surgery. Turbinate reduction is one of the most common procedures performed at the Los Angeles Sinus Institute, and Dr. Zadeh brings a level of technique refinement that comes only from dedicated subspecialty practice.
• Subspecialty rhinologist: Dr. Zadeh’s practice is focused entirely on nasal and sinus conditions. Turbinate hypertrophy is not a peripheral case type — it is a core area of his clinical expertise.
• Function-preserving technique: Dr. Zadeh’s approach reduces turbinate size while preserving the turbinate’s critical role in humidifying, filtering, and warming nasal airflow. Over-resection of the turbinates can cause a condition called empty nose syndrome, a risk Dr. Zadeh takes seriously and actively works to prevent.
• In-office and operating room options: Depending on your anatomy and disease extent, turbinate reduction can often be performed in the office under local anesthesia, reducing cost and downtime.
• Combined surgical expertise: When turbinate hypertrophy occurs alongside a deviated septum or sinus disease — which is common — Dr. Zadeh can address all contributing factors in a single surgical session.
• Patient-centered approach: Dr. Zadeh will recommend surgery only when conservative treatments have been appropriately tried and have not provided adequate relief. He discusses all available options during the consultation so patients can make an informed decision.
Patients throughout Los Angeles and Southern California choose Dr. Zadeh because of his reputation for precise technique, clear communication, and durable outcomes in nasal airway surgery.
Schedule a Turbinate Reduction Consultation
Our Los Angeles turbinate reduction surgery can benefit patients with chronic nasal obstruction caused by hypertrophy of the inferior nasal turbinates, who have failed other medical treatments. Chronic nasal obstruction can impair normal breathing, forcing patients to breathe through the mouth and affecting their daily activities.
Enlarged turbinates and nasal congestion can contribute to headaches and sleep disorders such as snoring and obstructive sleep apnea, as the normal breathing route during sleep is impaired. If you have congestion and impaired breathing from enlarged turbinates, schedule an initial consultation with Dr. Zadeh at Los Angeles Sinus Institute.
Turbinate Reduction FAQs
Turbinate reduction surgery is a procedure that reduces the size of the inferior turbinates to improve airflow through the nose. The turbinates are small bony shelves within the nasal cavity that can swell due to allergies, inflammation, or anatomical factors. The surgery is performed entirely through the nostrils with no external incisions.
For most patients, turbinate reduction provides long-term relief. However, turbinates can re-enlarge over time, particularly in patients with ongoing allergies or chronic nasal inflammation. Managing underlying causes, such as allergies, is important for maintaining results. Dr. Zadeh will discuss realistic expectations at your consultation based on the cause of your hypertrophy.
For most patients, turbinate reduction provides long-term relief. However, turbinates can re-enlarge over time, particularly in patients with ongoing allergies or chronic nasal inflammation. Managing underlying causes, such as allergies, is important for maintaining results. Dr. Zadeh will discuss realistic expectations at your consultation based on the cause of your hypertrophy.
Septoplasty straightens a deviated nasal septum, which is the central wall dividing the two nostrils. Turbinate reduction reduces the size of the turbinate bones on the sides of the nasal cavity. Both conditions can cause nasal obstruction, and they frequently occur together. When both are present, Dr. Zadeh will often perform both procedures in the same surgical session.
Yes. Radiofrequency ablation of the turbinates can often be performed in the office under local anesthesia, without the need for a hospital or surgical center. This approach is appropriate for patients with soft tissue hypertrophy and is associated with minimal downtime. More extensive turbinate reduction is performed in an operating room setting.
The procedure itself typically takes 15 to 30 minutes for an in-office radiofrequency case, or 30 to 60 minutes when performed in an operating room as a standalone or combined procedure. Total visit time varies based on the setting and whether any preparation or recovery time is required.
Turbinate reduction is typically covered by major health insurance plans when it is performed for functional reasons and medical necessity is documented. Our team at Zadeh MD assists with insurance verification and pre-authorization prior to scheduling. Coverage for combined procedures such as septoplasty with turbinate reduction is also generally available with appropriate documentation.
For operating room procedures, some patients notice improvement within the first one to two weeks as swelling resolves. For radiofrequency ablation, tissue shrinkage occurs gradually over four to six weeks, and the full benefit of the procedure may not be apparent until six to eight weeks after surgery.
Empty nose syndrome is a rare but recognized condition that can occur when excessive turbinate tissue is removed, leaving the nasal airway feeling paradoxically open and dry despite the structural space. Dr. Zadeh uses function-preserving techniques specifically designed to reduce turbinate size adequately while avoiding over-resection. He will discuss this risk and his technique during your consultation.
In the two weeks following surgery, avoid blowing your nose forcefully, strenuous exercise, heavy lifting, swimming, and air travel without clearance from Dr. Zadeh. Nasal saline rinses are typically prescribed starting 24 hours after surgery to support healing and keep the nasal passages clear.
Yes. Turbinate reduction is frequently combined with septoplasty, endoscopic sinus surgery, or balloon sinuplasty when multiple contributing factors are present. Addressing all relevant anatomical and disease factors in a single surgical session is generally more efficient and results in a single recovery period rather than staged procedures.