1 Objective: To explore the effect of partial inferior turbinectomy with powered microdebrider on nasal mucociliary clearance system.

2 Conclusion:The partial middle turbinectomy for middle turbinate in FESS is necessary.

3 Objective:To evaluate submucous partial inferior turbinectomy in treating chronic rhinitis, and to discuss the role of the inferior turbinate bone in the developing mechanism of chronic rhinitis .

4 Conclusion: Partial middle turbinectomy is effective in treating headache resulted from abnormal middle turbinate.

5 Objective: To explore the advantage and disadvantage of micro-stryker instruments and semiconductor laser in partial turbinectomy.

6 Methods to measure the peak flow of septoplasty and partial turbinectomy pre and post operation using Mini-Wright peak flow meter.

7 Objective : To explore the value of semiconductor laser in partial inferior turbinectomy.

8 Clinical course The patient was a 32-year-old woman who accepted the operation of partial inferior turbinectomy 2 years ago, because of her turbinate hypertrophy.

9 Objective: To observe the effect of septoplasty and partial turbinectomy on the peak flow of nose, and to evaluate the value of the peak flow of nose in the diagnosis of the nasal chronic diseases.

10 Result: The effect is marked by comparison with the traditional surgery such as middle turbinectomy, ethmoidectomy etc.

11 Objective To explore the relationship between the partial middle turbinectomy and the prognosis.

12 Objective To compare the efficacy of chronic hypertrophic rhinitis by partial inferior turbinectomy and using semiconductor laser surgery .

13 Objective: To study the possibility of reserving the main portion of polypoid middle turbinate in partial turbinectomy by endoscopic sinus surgery.

14 To explore the advantage and disadvantage of microstryker instruments and semiconductor laser in partial turbinectomy.

15 In general,[] more limited approaches to turbinoplasty should be performed because complete turbinectomy may put the patient at increased risk for developing atrophic rhinitis postoperatively.

16 Objective:To compare the advantages and disadvantages between power system and semiconductor laser in partial inferior turbinectomy.

17 Conclusions: The nasal mucosa regenerates well after partial inferior turbinectomy with powered microdebrider, and the nasal mucociliary clearance system recovers to normal largely.

18 ObjectiveOur paper was designed to explore the differences of partial inferior turbinectomy with HUMMER or microwave which made effect to nasal mucociliary clearance system.

19 Objective:To find out the best way and select the indication of inferior turbinectomy .

20 Objective : To compare the and disadvantages between power system and semiconductor laser in partial inferior turbinectomy.