What is a Turbinate Reduction?

Nasal turbinates are fingerlike projection towards the sidewall of the nose which are covered by nasal lining, increasing the surface area of contact with inspired air, which helps with humidification, filtering and warming up the air. They poses erectile function which can cause their enlargement in certain inflammatory or compensatory scenarios, and as such they can paly an obstructive role in nasal breathing. That's where the concept of turbinate reduction for patients with nasal congestion comes into play. There are many different techniques with different level of aggressiveness to perform this and controversies exist in the medical literature as far as the efficacy, longevity and potential adverse effects of the procedure.

Turbinate reduction is generally performed to
decrease the size of the inferior nasal turbinates. Turbinate reduction It is
usually undertaken to improve symptomatic nasal airway obstruction when the
size of positioning of the turbinates is judged to contribute to those
symptoms. Turbinate reduction is often performed in conjunction with
septoplasty, but they are not always performed together. Whether or not one or
the other of these procedures are indicated in your case would depend upon your
symptoms and the surgeon's findings during physical examination. For
individualized advice, consult with a qualified nasal surgeon about your
concerns. Good luck to you.

Hello and thanks for your question.
Turbinoplasty is a procedure which can improve the structure and architecture of these specific tissue between inside the nose. 
There are 3 pairs of turbinate inside each nostril. The lower or inferior turbinate is by far the largest one. Hypertrophy or enlargement of turbinates can lead to breathing difficulty. The surgery requires few days for recovery,  and can cause some discomfort. However, it responds nicely to pain medication. We use a soft splint which speeds up recovery. Sleep with head of bed elevated and follow all your surgeon's instructions.
Most pateints are very pleased with the improvement in the breathing.
Please note that a number of factors can lead to breathing difficulty through the nose.
Given that the nose and nasal breathing passages are three dimensional structures, a complete examination is needed to determine the diagnosis and the exact reason for breathing difficulty. In our office we used a headlight and other instrument to come up with the exact cause for this issue.  
The following are the 3 main reason for mouth breathing and difficulty breathing through the nose:
1. Septal deviation
2. Turbinate enlargement
3. Nasal Valve collapse
4. Major allergic rhinitis
5. Any combination of the above.
For patients who are searching for answer regarding above or turbinoplasty. I would highly recommend visiting a few plastic surgeons who specialize in this exacting and artistic procedure. In our office we provide patients with a personalized, individualized and complementary consultation to address these similar issues.
For more information and many before and after examples please see the link below.
Best wishes and good luck.
Dr. Sajjadian

The nasal turbinates are bony structures covered by a mucous membrane lining the inside of the nose.  There are 3-4 turbinates on each side of the nose (inferior, middle, superior, and sometimes supreme).  Generally, the inferior turbinate is the most common of these to contribute to nasal obstruction as the majority of nasal airflow is through the inferior part of the nose.  The turbinates will swell in response to inflammation, which is often caused by nasal allergies.  The nasal obstruction related to enlarged turbinates tends to alternate from side to side as part of the nasal cycle.  This swelling may respond to a nasal steroid spray (like Flonase, Nasonex, etc) used on a daily basis over the course of 4-6 weeks, but many times, the turbinates remain enlarged and continue to cause nasal obstruction despite medical treatment.  
Many patients also have nasal obstruction caused by a deviated septum, which will not respond to a nasal steroid spray or any other nasal decongestant because this is a fixed obstruction of bone or cartilage. 
While it is very common to shrink the turbinates at the time of septoplasty, your surgeon should perform a thorough history and physical exam to determine which procedures would benefit you the most. 
All the best,

The superior, middle, and inferior turbinates are outcroppings of the inner aspect of the lateral nasal passage which increase the surface area of the nasal mucosa.  The function of these structures is to warm and humidify the air that we breathe.  Enlargement of any or all of the turbinates can be secondary to anatomical air cells in the bone that forms the turbinates or due to allergy.  Although turbinate resection/ reduction has been heavily utilized in the past, its efficacy is questionable and over-resection leads to distinct problems.  If the issue the patient is suffering from is allergy, it makes more sense to treat the allergy than to treat the turbinate anatomically.

Turbinate reduction is often done with septal reconstruction. It is often done together to optimize breathing. This is to regulate the airflow that needs to be altered if you’re having functional nasal surgery.

Turbinates are structures inside your nose composed of erectile tissue that help to direct the nasal airflow.  Sometimes the turbinates become too large and block normal airflow instead of directing it.  Reducing the size of the turbinates often improves breathing, so it is commonly done in conjunction with septoplasty.  

A turbinate reduction is a general term used to describe a surgical procedure where the turbinate (usually lower turbinate) is made smaller.  The turbinate is a an anatomic structure made of bone and mucosa that sits inside the nose.  It helps to cause turbulence to the airflow entering the nose.  This moistens the air as you breathe it in and forces some of the air up into the top part of the nose where the sense of smell has most of it's fibers.  Some patients have overly large or inflamed turbinates which can block some of the airflow.  By reducing them the air can flow more easily through the nose and improve breathing.  

The turbinates are normal tissue inside the nose, which are made of bone and mucous membranes. The turbinates swell and contribute to nasal congestion due to many reasons, such as allergy, dust, smoke, pregnancy, gravity, etc.
Treatment starts with allergy medication and therapy. Nasal surgery is an option for persistent symptoms despite medical therapy. Turbinate reduction shrinks the turbinate, typically the inferior turbinate, to improve nasal breathing. Turbinate surgery is commonly combined with septoplasty for deviated septum repair, but may also be performed on its own.

Turbinates are ridges of tissue inside the nose; you have 3 sets on each side ( superior, middle, and inferior). The turbinates have bone and then are covered by mucosa. The purpose of these structures is to warm, humidify and filter the air that we breathe. However, the mucosa is capable of swelling/ congestion secondary to allergens, pollutants, other things in the environment, thus these ridges of tissue can become enlarged and make it more difficult to breathe. It is common to address the turbinates at the same time as a septoplasty, as both can contribute to nasal obstruction or difficulty breathing out of the nose. THere are multiple techniques ranging from simple outfracture, radiofrequency ablation, to submucous resection. Much of the technique chosen is personal comfort/ preference.