In this episode of BackTable ENT, Dr. Shah and Dr. Agan discuss turbinate hypertrophy, turbinate reduction, and empty nose syndrome with Dr. Jayakar V. Nayak, associate professor of otolaryngology at Stanford University.

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SHOW NOTES

First, Dr. Nayak gives an introduction to nasal obstruction, which may be present in patients presenting with congestion or a “stuffy nose”. Common causes of nasal obstruction include a deviated septum, nasal polyps, large adenoids in children, and turbinate hypertrophy. There are three sets of turbinates, and the inferior turbinates are located in the nose. The function of turbinates is to filter and warm incoming air. The majority of airflow happens in the lowest one third of the nose around inferior turbinates and base of middle turbinates. Turbinate hypertrophy is one of the most common causes of nasal obstruction. Dr. Nayak also notes that the same level of obstruction can affect individual patients differently.

Next, he explains his workup for patients with turbinate hypertrophy. He always asks about specific symptoms the patient is experiencing, being sure to analyze both the right and left nasal cavities. He also inquires about their current nasal regimen (i.e. use of sprays, moisturizers, ointments, gels, etc.), past surgeries, past trauma to the nose, and their breathing goals. Then, he performs an endoscopy on everyone in order to examine the anterior nasal cavity of the native nose before administering decongestant. If he observes turbinate hypertrophy, he will apply topical decongestant and observe if the patient’s symptoms are mitigated. He avoids using decongestant spray because they may irritate patients’ throats.

Dr. Nayak recommends a basic nasal spray regimen in all his patients with turbinate hypertrophy as a first line treatment. Benefits of nasal saline include clearing out mucus and drawing out fluid from tissues to reduce turbinate hypertrophy. Nasal steroid sprays like Flonase work well but other prescription sprays also exist. He notes that tolerance and side effects are usually rare, but possible reasons why medication might have to be changed or discontinued. Combination rinses are also available for patients with additional symptoms, such as allergies. If the conservative medical approach fails, he will move onto turbinate reduction surgery.

Next, he discusses a complication of turbinate reduction, which is empty nose syndrome (ENS). ENS occurs when too much tissue in the nose has been resected, leaving a massively open nasal cavity. Patients experience a wide variety of symptoms, such as difficulty breathing fully, nasal crusting, cold or burning air rushing into the nose, and congestion. Symptoms are assessed using the SNOT 22 score; a score above 11 on a scale of 0-30 indicates a possible ENS diagnosis. Dr. Nayak also explains his in-office blinded cotton test technique to accurately diagnose ENS.

Finally, Dr. Nayak discusses his turbinate reduction technique to reduce the probability of ENS. He only reduces the turbinate size while keeping shape and contour of the bone. He believes that a gradual and conservative reduction is better than a quick and excessive one. He also notes that there needs to be more standardization of turbinate reduction procedures worldwide and data on which techniques are best for preventing ENS as a postoperative complication.