The nose is an important and indispensable organ in our respiratory system. Turbinate hypertrophy is a common nasal inflammation, which is caused by edema of the nasal concha, resulting in blockage of the nasal cavity. This type of disease is also common in children. Children are in the growth period, so the treatment of diseases is very important. So, how should we choose the treatment method for children with inferior turbinate hypertrophy? Which method is correct? Let’s take a look at it together below! Previous methods for treating inferior turbinate hypertrophy, such as freezing, laser, microwave, and partial inferior turbinate resection surgery, have destroyed the normal structure of nasal mucosa and turbinate hypertrophy and affected the physiological function of the nasal cavity. With the gradual understanding and attention paid to the physiological functions of the nasal cavity, inferior turbinate surgery should continue to move towards the goal of "protecting the function of the inferior turbinate while reducing it to the optimal volume." (i) The use of vasoconstrictor nasal drops is limited to mild cases. (ii) Submucosal sclerosing agent injection of the inferior turbinate. Its mechanism of action is that after the sclerosing agent is injected, a local chemical inflammatory reaction can occur, producing scar tissue, reducing the volume of the turbinate and improving ventilation. (iii) Submucosal electrocoagulation of the thickened mucosal tissue under the inferior turbinate causes the scar to shrink. (iv) Cryosurgery involves placing a specially made cryotherapy head on the surface of the inferior turbinate to freeze the area for 1 to 2 minutes each time, causing the diseased mucosa to necrotize, fall off, and regenerate. (V) Surgical treatment: For nasal concha hypertrophy, Chinese patent medicine can be the first choice, and the compound Tongqiaozhi.liusan can be used for conservative treatment with good results. If drug treatment is ineffective, surgical treatment can be considered, such as DNR low-temperature plasma ablation. Under the action of low temperature, it can ablate the enlarged turbinate lesions without damaging the normal turbinate mucosal tissue, thereby achieving the treatment goal. The working principle of the plasma cryoablation treatment system is to form a thin plasma layer between the electrode and the tissue. The ions in the layer are accelerated by the electric field and transfer energy to the tissue. At low temperatures (40℃~70℃), the molecular bonds between cells are opened, and the cells in the target tissue are decomposed into carbohydrates and oxides, causing liquefaction and ablation of the diseased tissue, which is called plasma (not thermal effect), thereby achieving the effect of reducing the volume of scar tissue. The above is the expert’s answer to the question of what causes enlarged inferior turbinate in children and how to treat it. It is hoped that patients with this phenomenon can go to the hospital as soon as possible to find out the cause and type of the disease and seek medical attention early. Do not think that this is just a minor illness and ignore it. In many cases, this idea is often wrong. |
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