鼻中隔偏曲与慢性鼻—鼻窦炎关系的探讨
[Abstract]:Objective to investigate the relationship between nasal septum deviation and chronic rhinosinusitis without nasal polyp (chronic rhinosinusitis without nasal polyps,CRSs NP) by CT analysis of paranasal sinuses. Methods CT scanning was performed in 185 patients with nasal septum deviation. The incidence of sinusitis was evaluated by Lund-Machay CT scoring system in all cases. The incidence of nasal septum deviation in sinusitis group and normal control group was analyzed and analyzed. The side of nasal cavity which is consistent with the direction of deviation of nasal septum is called narrow side and vice versa. The incidence of sinusitis on both sides of nasal septum is analyzed. According to Zhang Jianning's grouping method, the nasal septum deviation combined with chronic rhinosinusitis without nasal polyps was divided into six groups. The incidence of chronic rhinosinusitis without nasal polyps was analyzed and counted. The changes of nasal cavity structure on both sides of nasal septum deviation were observed by nasal endoscopy. Results among the 185 patients with nasal septum deviation, 129 cases were complicated with CRSs NP, the incidence rate was 69.73 and 87 cases were complicated with CRSs NP in the wide side of nasal septum deviation, the incidence rate was higher (67.4444). There were 42 cases of nasal septum deviation and narrow side complicated with CRSs NP, the incidence rate was 32.566.There was no significant difference between the sinusitis group and the control group in the direction of nasal septum deviation. The degree of nasal septum deviation was significantly different between sinusitis group and normal group. There was statistical difference between the degree of nasal septum deviation and chronic sinusitis. There was a correlation between moderate and severe nasal septum deviation and CRSs NP. The position of nasal septum deviation was statistically significant between sinusitis group and normal control group, and the high deviation of nasal septum was correlated with CRSs NP. 2. According to Lund-Mackay sinus CT evaluation and scoring method, According to the statistics of the severity of sinusitis in the patients, it was found that most of the nasal sinuses were turbidity in the broad side of nasal cavity, including maxillary sinus and anterior ethmoid sinus. 3. According to Zhang Jianning's classification of nasal septum deviation, 185 patients had nasal septum deviation. There were 129 cases of CRSs NP, of which 12 cases were complicated with CRSs NP in group A; There were 14 cases with CRSs NP in group B, 15 cases with CRSs NP in group C, 56 cases with CRSs NP in group D (high position, vertical plate of ethmoid bone), 11 cases with CRSs NP in group E and 21 cases with CRSs NP in group F. The incidence of) CRSs NP was the highest in group D F (77 cases). The results of nasal cavity examination of nasal septum deviation and CRSs NP showed that middle, inferior thyroid and uncinate process hypertrophy were more common in broad nasal cavity. Contralateral flexion and compression of middle thyroid were more common in narrow nasal cavity. Conclusion 1. The incidence of CRSs NP in patients with nasal septum deviation is higher. The incidence of CRSs NP in the wide side of nasal septum deviation is higher than that in narrow side, and the incidence of maxillary sinus in wide side of nasal septum deviation is higher than that in the wide side of nasal septum deviation, and the incidence of high deviation of nasal septum and high deviation of nasal septum is related to the occurrence of CRSs NP. The incidence of ethmoid sinus in the former group was significant. 3. The incidence of CRSs NP in the DUF group was higher. 4. The middle turbinate, inferior turbinate and uncinate process were hypertrophic in the wide side of nasal septum deviation. Contralateral flexion and compression of middle thyroid were common in narrow nasal cavity.
【学位授予单位】:天津医科大学
【学位级别】:硕士
【学位授予年份】:2017
【分类号】:R765
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