For some hypertrophic inferior turbinates, nasal mucosal vasoconstrictors and Chinese and western medicines are used, but the effect is not good. Besides drug therapy, there are other ways to improve nasal ventilation, such as partial inferior turbinectomy, freezing, microwave, laser and partial resection of nasal polyps. However, the above methods have great damage to the inferior turbinate mucosa, and postoperative pain, bleeding, scabbing, dryness, nasal odor, infection, nasal adhesion and other factors affect the nasal function to varying degrees. Therefore, patients need to accept the scientific and standardized technology of regular hospitals in time and carry out targeted treatment, which is the key.
American Jesse low temperature ion ablation therapy. On the premise of protecting the function of turbinate as much as possible, this therapy can reduce the weight of turbinate and improve the nasal congestion and dyspnea caused by drinking turbinate hypertrophy. This is a nearly perfect minimally invasive treatment for turbinate hypertrophy. Under the action of low temperature, the diseased part of turbinate hypertrophy was ablated, and the normal turbinate mucosa was not damaged, thus achieving the therapeutic purpose.
Jesse low-temperature plasma ablation technology in the United States has the following advantages: the whole treatment only needs to puncture a small hole in front of the inferior turbinate, which has little influence on the ciliary function of the turbinate mucosa and little possibility of damage to the normal tissues around the turbinate, and digital power adjustment is conducive to selecting appropriate power. With the help of endoscope, the hypertrophic turbinate tissue can be fully and accurately reduced, and the still hypertrophic part can be properly supplemented. The intraoperative bleeding is generally 1-5ml, and the visual field is clear, which is beneficial to the accurate operation.
I hope the above introduction will be helpful to you, and it is recommended to treat this disease in time.