Do enlarged turbinates cause fear of heat?

Written by Zhang Jun
Otolaryngology
Updated on January 26, 2025
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Turbinates hypertrophy tends to be heat-sensitive since excessive heat can lead to congestion and swelling of the nasal conchae's mucous membrane, thereby worsening nasal congestion in patients.

Turbinates hypertrophy is a symptom caused by inflammation of the turbinates, commonly seen in chronic rhinitis in clinical settings. Patients experience persistent nasal congestion in both nasal cavities, along with sensations of a foreign body and swelling in the nasal cavity.

The nasal cavity may discharge viscous abnormal secretions, accompanied by facial swelling, pain, headaches, and other related symptoms. A detailed examination at the hospital using electronic rhinoscopy, routine blood tests, and sinus CT can confirm the diagnosis. During the examination, diffuse congestion and swelling of the bilateral inferior turbinates can be observed, along with abnormal secretions inside the nasal cavity.

In terms of treatment, nebular inhalation therapy can be used to shrink the turbinates and relieve symptoms of nasal congestion. Additionally, a light diet and regular exercise can gradually improve the condition.

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Written by Deng Bang Yu
Otolaryngology
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What should I do about turbinate hypertrophy?

Clinically, turbinate hypertrophy is mainly caused by the stimulation of inflammatory factors such as acute and chronic rhinitis and sinusitis, leading to the proliferation of the turbinate, including the mucosal and even bony growth, as well as congenital developmental factors causing turbinate enlargement. Initially, treatment typically involves medication, using nasal sprays such as corticosteroids for nasal treatment. Secondly, surgical treatment can be employed. We can assess the extent of turbinate hypertrophy with a nasal CT scan to determine if there is bony enlargement. If there is bony hypertrophy, partial resection of the submucosal turbinate bone can be performed. If the hypertrophy is only in the mucosal and soft tissue, it can be treated using plasma ablation. In summary, turbinate hypertrophy can be treated with medication or surgery, depending on the specific extent of the pathology.

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Written by Zhang Jun
Otolaryngology
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Can nasal turbinates hypertrophy be seen with the naked eye?

Turbinate hypertrophy is visible to the naked eye as the turbinates are located on the lateral wall of the nasal cavity. When the turbinates are excessively enlarged, a dark red protrusion will appear inside the nasal cavity. Turbinate hypertrophy primarily leads to persistent progressive nasal congestion for the patient, along with feelings of nasal swelling, a foreign body sensation, and mucous nasal discharge. Turbinate hypertrophy is generally caused by acute and chronic rhinitis, allergic rhinitis, deviated nasal septum, and nasal polyps. It is necessary to visit a hospital for a detailed examination, where procedures like nasal endoscopy, sinus CT, complete blood count, and skin prick tests can confirm the diagnosis. In terms of treatment, during the acute phase, nebulized inhalation therapy using corticosteroids can be the first approach. This helps to reduce turbinate size and alleviate nasal congestion. Additionally, regular physical exercise and treatment of the primary disease are recommended. If conservative treatment is ineffective, partial resection of the bilateral lower turbinates may be needed.

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Written by Li Rui
Otolaryngology
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What are the causes of nasal turbinate hypertrophy?

Turbinate hypertrophy is a relatively common otorhinolaryngological disease, and there are many causes for turbinate hypertrophy. Some of it is physiological hypertrophy, which is simply thickening of the turbinate tissue without causing noticeable clinical symptoms. In general, this situation does not require special treatment, but regular follow-ups are necessary. It may also result from acute rhinitis, chronic rhinitis, or sinusitis, which can lead to turbinate hypertrophy with associated clinical symptoms such as nasal congestion, runny nose, reduced sense of smell, headaches, and dizziness. In such cases, pharmacological treatment should be considered, commonly involving oral medications and nasal sprays, with regular follow-ups to monitor recovery.

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Written by Zhang Jun
Otolaryngology
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What can be done to alleviate the difficulty in breathing caused by enlarged turbinates?

Breathing difficulties caused by hypertrophic turbinates can initially be managed with corticosteroids via nebulization. Additionally, massaging the Yingxiang acupoints on the outer sides of both nostrils can constrict the turbinates and quickly alleviate nasal congestion to ease breathing difficulties. Patients also need to undergo detailed examination at the hospital using an endoscopic camera and sinus CT to determine the cause of the turbinate hypertrophy. Turbinate hypertrophy generally results from symptoms caused by chronic rhinitis or chronic allergic rhinitis, leading to persistent bilateral nasal congestion in patients. This is also accompanied by a foreign body sensation in the nose, swelling, and the discharge of mucous nasal fluid. For treatment, symptomatic anti-inflammatory and anti-allergy therapy should initially be administered. If conservative treatments are ineffective, a partial turbinectomy on both sides may be necessary.

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Written by Zhang Jun
Otolaryngology
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Can you drink alcohol with enlarged turbinates?

It is best not to drink alcohol if you have enlarged turbinates, as alcohol can stimulate the dilation of blood vessels, leading to congestion and swelling of the turbinates, which in turn exacerbates nasal congestion symptoms. Enlarged turbinates are just a clinical presentation, not a disease. The most common cause of enlarged turbinates in clinical settings is chronic rhinitis. Chronic rhinitis results from repeated acute inflammatory stimuli, causing congestion, swelling, and hyperplasia of the turbinate mucosa. Patients may experience bilateral nasal congestion that progressively worsens and may also have abnormal secretions in the nasal cavity. During an examination with an electronic rhinoscope, pronounced congestion and swelling in both middle and lower turbinates can be observed, sometimes showing mulberry-like changes on the surface. For treatment, patients may need to undergo a partial inferior turbinectomy, which requires hospitalization, and recovery is typically about one week before discharge.